378

Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

  • Upload
    others

  • View
    1

  • Download
    0

Embed Size (px)

Citation preview

Page 1: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW
Page 2: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Atlas of theDeveloping Mouse Brain

at E17.5, P0, and P6

ADMB Book #4 23/8/06 3:13 PM Page I

Page 3: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

This page intentionally left blank

Page 4: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

George PaxinosPrince of Wales Medical Research Institute

The University of New South Wales

Sydney, Australia

Glenda HallidayPrince of Wales Medical Research Institute

The University of New South Wales

Sydney, Australia

Charles WatsonDivision of Health Sciences

Curtin University of Technology

Perth, Australia

Yuri KoutcherovPrince of Wales Medical Research Institute

The University of New South Wales

Sydney, Australia

HongQin WangPrince of Wales Medical Research Institute

The University of New South Wales

Sydney, Australia

AMSTERDAM • BOSTON • HEIDELBERG • LONDON • NEW YORK • OXFORD

PARIS • SAN DIEGO • SAN FRANCISCO • SINGAPORE • SYDNEY • TOKYO

Academic Press is an imprint of Elsevier

Atlas of theDeveloping Mouse Brain

at E17.5, P0, and P6

ADMB Book 26/8/06 12:38 AM Page III

Page 5: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Academic Press is an imprint of Elsevier84 Theobald’s Road, London WC1X 8RR, UKRadarweg 29, PO Box 211, 1000 AE Amsterdam, The Netherlands30 Corporate Drive, Suite 400, Burlington, MA 01803, USA

First edition 2007

Copyright © 2007 Elsevier Inc. All rights reserved.

Cover design by Lewis TsalisBook design by Lewis TsalisCD-ROM design by Paul Halasz

No part of this publication may be reproduced, stored in a retrieval system or transmitted in any form or by

any means electronic, mechanical, photocopying, recording or otherwise without the prior written permission

of the publisher Permissions may be sought directly from Elsevier’s Science & Technology Rights Department

in Oxford, UK: phone (+44) (0) 1865 843830; fax (+44) (0) 1865 853333; email: [email protected].

Alternatively you can submit your request online by visiting the Elsevier web site at

http://elsevier.com/locate/permissions, and selecting Obtaining permission to use Elsevier material.

Notice

No responsibility is assumed by the publisher for any injury and/or damage to persons or property as a

matter of products liability, negligence or otherwise, or from any use or operation of any methods, products,

instructions or ideas contained in the material herein. Because of rapid advances in the medical sciences,

in particular, independent verification of diagnoses and drug dosages should be made.

ISBN–13: 978-0-12-547622-5ISBN–10: 0-12-547622-1CD-ROM ISBN–13: 978-0-12373719-9CD-ROM ISBN–10: 0-12-373719-2

British Library Cataloguing in Publication DataA catalogue record for this book is available from the British Library

Library of Congress Cataloging-in-Publication DataA catalog record for this book is available from the Library of Congress

For information on all Academic Press publicationsvisit our web site at books.elsevier.com

Printed and bound in China

07 08 09 10 11 10 9 8 7 6 5 4 3 2 1

ADMB Book #4 23/8/06 3:13 PM Page IV

Page 6: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

We dedicate this book to Paul Halasz, and to Mark, Nelli and George, and ChengShan

ADMB Book #4 23/8/06 3:13 PM Page V

Page 7: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

This page intentionally left blank

Page 8: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ContentsPreface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . IX

Acknowledgements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . IX

Introduction. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . IX

Nomenclature . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . X

Histology . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . X

Preparation of photographs and drawings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . XI

The basis of delineations of structures . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . XI

References . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . XII

Index of structures . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . XIII

Index of abbreviations. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . XVIII

Figures . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . XXV

ADMB Book #4 23/8/06 3:13 PM Page VII

Page 9: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

This page intentionally left blank

Page 10: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

PrefaceThe period from just before birth to a week after birth is one in which enormous

changes occur in the developing brain. Many researchers now use newborn or

late prenatal mice in their studies of gene expression on the brain. We have made

an atlas which presents the main anatomical features at three ages from E17.5 to

P6 which we hope will meet the needs of researchers in this area.

We welcome feedback, both positive and negative, on our publication. We have

no doubt that many researchers with expertise in specific areas will have local

knowledge more sophisticated than our own. We will be delighted to include

their contributions in future editions.

AcknowledgementsWe thank Lewis Tsalis and John Car for speed, accuracy and brilliance in the

construction of the diagrams, Lewis Tsalis for the cover design and layout of the

book, Julia Tsalis for accurately labelling the diagrams, and Paul Halasz for expert

construction of the CD-ROM. Work on rhombomeres reported herein was

supported by an Australian Research Council grant and comparative and

developmental work on the hypothalamus by a National Health and Medical

Research Council grant. We also acknowledge support from the Ronald Geoffrey

Arnold Foundation, the Rebecca Cooper Foundation, the Ramaciotti

Foundation, and a grant by Elsevier Academic Press for the construction of the

atlas. We thank Eleftherios Ferekidis for comments on the peripheral auditory

apparatus.

We thank our editor Dr Johannes Menzel of Elsevier for his support of this

project. His judgment, scientific knowledge, and great interpersonal skills have

ensured that this work has come to a pleasing conclusion.

IntroductionThis book is an atlas of brains of late fetal and newborn mice. The ages of E17.5,

P0, and P6 were selected to serve the needs of researchers interested in the effects

of gene manipulation and other early interventions on late maturing brain

anatomy, as well as those with other interests in the development of the brain.

Most areas in the P6 and P0 atlases are presented in nearly the same level of

detail as our atlas of the adult brain of this species (Paxinos and Franklin, 2003).

In delineating structures, we have been informed by our experience in mapping

the brains of adults of a variety of mammalian species (e.g. Paxinos and Watson,

2007), our previous work on the developing rat nervous system (Paxinos, et al.,

1994), and the work of other authors. The atlas sections were taken at relatively

close intervals, and the intervening sections stained with a variety of neuronal

markers.

The primary source of information for our delineation was the set of cresyl

violet stained sections depicted in the atlas plates. These plates are photographs

of 30 µm sections taken at 120 µm intervals (every fourth section was taken for

an atlas plate). In many cases, the cresyl violet stain alone gives clear boundaries

of nuclear structures, but in the E17.5 day brain there was little evident

differentiation in areas such as the thalamus, and other stains proved more

useful. Among the other markers we used, the most valuable was calbindin,

which shows some nuclei with outstanding contrast. Calretinin was, as always,

useful for identifying olfactory structures in the forebrain, but it also stained

some structures in caudal parts of the brain. Tyrosine hydroxylase identified only

the catecholamine cells bodies, with little terminal staining present especially at

the earlier ages.

We have, as far as possible, drawn in boundaries around the structures we have

identified. Where there was insufficient evidence to draw a boundary, we have

placed the abbreviation in what we believe to be the centre of the structure

identified. The boundaries of cell groups are indicated by dashed lines, and the

boundaries of fiber tracts are indicated by continuous lines. The ventricular

cavities are indicated by blue shading.

We have in some instances, identified structures according to the neuromere

from which they develop by the use of a prefix in italics (e.g. mRt represents the

mesencephalic part of the reticular formation and p1PAG is the prosomere 1 part

of the periaqueductal gray). For a comprehensive atlas of the boundaries of

neuromeric domains, we recommend the study of the atlas of the chick brain

(Puelles et al., 2007). We believe that in the future the identification of

neuromeric origins of cell groups in the mammalian brain will contribute

significantly to the understanding of the organization of the developing brain.

The representation of structures identified in the P0 and P6 brains can be readily

related to those in the adult mouse brain, but the conformation of the E17.5

brain makes such comparisons more difficult. One problem is that the brain is

sharply flexed at the caudal end of the mesencephalon (cephalic flexure) and

flexed again in the middle of the hindbrain (pontine flexure). Because we used

the same plane of section for the whole brain, the hindbrain is sectioned in a

way that is difficult at first to interpret. However, there are many outstanding

landmarks in this region, and those who use the atlas will find that the anatomy

can be mapped with reference to these landmarks.

As noted above, almost all of the structures that are represented in the adult

brain can be found in the P6 and P0 brain, but the relative sizes of nuclei are

often strikingly different from the adult. An example is the relatively large size

of the zona incerta. In the E17.5 brain, many fiber bundles are either not present

(such as the corpus callosum) or small and hard to identify. The cerebellum in

the E17.5 brain is no more than a small bud at the lateral edge of the 4th

ventricle. We were unable to accurately parcellate many of the components of

Atlas of the Developing Mouse Brain at E17.5, P0, and P6 Paxinos Halliday Watson Koutcherov Wang IX

ADMB Book #4 23/8/06 3:13 PM Page IX

Page 11: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

the basal telencephalon in the E17.5 brain. In the E17.5 brain, only a few cortical

areas are sufficiently differentiated to enable their identification with certainty.

In this brain we were able to identify the piriform cortex, amygdalar cortical

components, insular cortex, cingulate cortex, retrosplenial cortex, and some

components of the subiculum.

We have identified a number of structures that lie outside of the brain in the

sections of the E17.5 and P0 animals. While we focused on neural structures,

such as the eye, inner ear, and peripheral nerves, a number of musculoskeletal

structures have also been identified to orient the reader.

NomenclatureIn this atlas, the names of brain structures and their abbreviations are based on

the system first developed by Paxinos and Watson (1982) and since then used in

many other major brain atlases (the mouse brain (Paxinos and Franklin, 2002),

the rhesus monkey brain (Paxinos et al., 2000), the human brain (Mai et al.,

2004, Paxinos and Huang, 1995), the developing rat brain (Paxinos et al., 1994;

Foster, 1998), the hamster brain (Morin and Wood, 2001) and the chick brain

(Puelles et al., 2007).

Our abbreviations have been constructed on the basis of the following principles:

1. The abbreviations represent the order of words as spoken in English

(e.g. DLG = dorsal lateral geniculate nucleus) rather than the order in which

they appear in older latinised terms.

2. The approach used in the abbreviations of the names of elements in the

periodic table was followed: the capital letter representing the first letter of

a word in a nucleus is followed, where necessary, by a lower case letter most

characteristic of that word (not necessarily the second letter; e.g. Mg =

magnesium; Rt = reticular).

3. All nuclei and other cell groupings (such as cortical areas) begin with a

capital letter, except some cranial nerve nuclei which begin with a number

followed by capital N (e.g. 12N represents the nucleus of the hypoglossal

nerve). All fiber bundles begin with lower case letters except some cranial

nerves which begin with a number followed by lower case n (for ‘nerve’, as

in 6n = abducens nerve). Thus, there is no necessity for a letter to be used

to point out that a structure is a nucleus. Similarly, there is no need for the

letter “t” to be used to denote a fiber tract.

4. Compound names of nuclei have a capital letter for each part (e.g. LPGi =

lateral paragigantocellular nucleus).

5. If a word occurs in the names of a number of structures, it is almost always

given the same abbreviation (e.g. Rt = reticular thalamic nucleus; RtTg =

reticulotegmental nucleus of the pons). Exceptions to this rule are made for

well-established abbreviations such as VTA.

6. Abbreviations of brain regions are omitted where the identity of the region in

question is clear from its position (CM = central median thalamic nucleus;

not CMTh).

7. Arabic numerals are used instead of Roman numerals in identifying cranial

nerves and their nuclei, layers of the cortex, and layers of the spinal cord.

While the spoken meaning is the same, the detection threshold is lower for

Roman numerals. The use of Arabic numerals ensures that ambiguity is

reduced. For example, VIII could signal ‘8’ or visual area 3. In addition, the

Arabic numerals are easier to position in small spaces available on diagrams

(8 is smaller than VIII).

8. The names of anatomical entities outside the brain are based on those used in

the atlas of the developing rat nervous system (Paxinos et al., 1994). However,

the abbreviations for these structures were harmonized as far as possible with

the abbreviations used by Mai et al (2004). It is our aim to assist scientists to

navigate seamlessly between the brains of humans and experimental animals

without frivolously introducing different terms or different abbreviations for

homologous structures in different animals. This principle can also be

applied to the mapping of the avian brain, and we have used the same terms

and abbreviations for structures in the chick brain (Puelles et al., 2007) as in

mammalian brains (mouse – Paxinos and Franklin, 2003; rat – Paxinos and

Watson, 2007; monkey – Paxinos et al., 2000; human – Mai et al., 2004;

Paxinos and Huang, 1995).

HistologyFor staging of embryos, see Paxinos et al. (1994). Following perfusion of dams

at 17.5 day of pregnancy, heads of mice were obtained and sectioned in a plane

roughly approximating in the forebrain to the coronal plane. We did not

determine the sex of the specimens before the brain was sectioned. However,

the characteristic morphology of the medial preoptic nucleus in the P6

specimen, strongly suggests that the specimen was male. The sections were cut

in a plane approximately at right angles to the superior surface of the calvarium.

Because of brain flexion, the plane resembled more the horizontal plane in the

region of the rhombencephalon.

For Postnatal Day 0 and Day 6, the neonates were killed by decapitation and the

heads postfixed in 4% paraformaldehyde for 3-7 days. For all ages, sections were

cut at 30 mm thickness, and every fourth section was taken for cresyl violet

staining. These cresyl violet stained sections were used for the plates pictured in

this atlas.

Cresyl Violet Staining Slides were immersed for 5 min in each of the following: xylene, xylene, 100%

alcohol, 100% alcohol, 95% alcohol, and 70% alcohol. They were dipped in

distilled water and stained in 0.5% cresyl violet for 15–30 min. They were

differentiated in water for 3–5 min and then dehydrated through 70% alcohol,

95% alcohol, and 100% alcohol. They were then put in xylene and coverslipped.

To make 500 ml of 0.5% cresyl violet of about pH 3.9, mix 2.5 g of cresylecht

violet (Chroma Gesellschaft, Postfach 11 10, D-73257, Kongen, Germany, Fax

number: 49-7024-82660), 300 ml of water, 30 ml of 1.0 M sodium acetate

(13.6 g of granular sodium acetate in 92 ml of water), and 170 ml of 1.0 M acetic

acid (29 ml of glacial acetic acid added to 471 ml of water). Mix this solution for

at least 7 days on a magnetic stirrer, then filter.

A detailed protocol of the staining procedures for the various neuronal markers

used in this work may be obtained from our website:

www.powmri.edu.au/staff/paxinos.htm.

X Atlas of the Developing Mouse Brain at E17.5, P0, and P6 Paxinos Halliday Watson Koutcherov Wang

ADMB Book #4 23/8/06 3:13 PM Page X

Page 12: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Preparation of photographs and drawings

Photography The photographs of stained brain sections were taken with a Nikon Multiphot

macrophotographic apparatus using 4”x5” Kodak Plus X film. High contrast

filters were used to print the photographs of cresyl violet sections, whereas lower

contrast filters were used to print the photographs of intervening sections stained

with neuronal markers.

Drawings Drawings, which later formed the basis of the figures, were made by tracing the

photographs of sections. The drawings were then digitized using Adobe

Illustrator.

Fiber tracts in the drawings are outlined by solid lines, and nuclei and cell groups

are outlined by broken lines. In general, each abbreviation is placed in the center

of the structure to which it relates; where this is not possible, the abbreviation is

placed alongside the structure and a leader line is used. The outlines of the

ventricles and aqueduct are filled in with solid color.

The Figure number appears in the top right corner of each drawing. Under the

Figure number is the stage of development and the identity of the section in that

particular series. For example, under the heading Figure 52 will appear the line

“P0 #11”, which means the eleventh section in the P0 series. Under, the section

identity is a number indicating the distance from the most rostral section in that

series. In the case of P0 #11, the number is 0.12 mm.

The basis of delineations of structuresThe identification of structures is based principally on our previous work on the

adult rat and mouse brains and the developing rat nervous system (Paxinos et al.,

(1994); Paxinos and Watson (2005); Paxinos and Franklin (2003)). We made

extensive use of the two chemoarchitectonic atlases of the rat brain

(Chemoarchitectonic Atlas of the Rat Forebrain (Paxinos et al., 1999) and

Chemoarchitectonic Atlas of the Rat Brainstem (Paxinos et al., 1999b)).

We were assisted by the description of brain regions and systems by referring

to specific chapters in a comprehensive text on the rat nervous system

(Paxinos, 2004). We refer readers to the following sources for further

information on specific areas.

• Olfactory system – Shipley et al. (2004)

• Basal ganglia – Heimer et al. (1995) and Gerfen (2004)

• Septum, hypothalamus and neurosecretory nuclei Simerly (2004),

Risold (2004) and Oldfield and McKinley (2004)

• Amygdala and bed nucleus of stria terminalis – de Olmos et al. (2004)

• Hippocampal region – Witter and Amaral (2004)

• Thalamus – Groenewegen and Witter (2004)

• Cerebral cortex – Palomero-Gallagher and Zilles (2004)

• Raphe nuclei – Harding et al. (2004) and Buttner-Ennever et al. (1988)

• Locus coeruleus and brainstem catecholamine cell groups – Aston-Jones

(2004)

• Brainstem nuclei associated with taste, respiratory, cardiovascular and other

autonomic functions – Saper (2004)

• Periaqueductal gray – Keay and Bandler (2004)

• Oromotor nuclei – Travers (2004)

• Precerebellar nuclei – Ruigrok (2004)

• Cerebellum – (Voogd, 2004)

• Somatosensory system – Tracey (2004)

• Visual system – Sefton et al. (2004)

• Auditory system – Malmierca and Merchan (2004).

Atlas of the Developing Mouse Brain at E17.5, P0, and P6 Paxinos Halliday Watson Koutcherov Wang XI

ADMB Book #4 23/8/06 3:13 PM Page XI

Page 13: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ReferencesArmstrong, WE (2004). Hypothalamic supraoptic and paraventricular nuclei.

In G. Paxinos (Ed), The Rat Nervous System, 3rd ed. Elsevier Academic Press,

San Diego, pp 369-388.

Aston-Jones, G (2004). Locus coeruleus, A5 and A7 noradrenergic cell groups.

In G. Paxinos (Ed), The Rat Nervous System, 3rd ed. Elsevier Academic Press,

San Diego, pp 259-294.

Berman, AL (1968). The Brainstem of the Cat: A Cytoarchitectonic Atlas with

Stereotaxic Coordinates. University of Wisconsin Press, Madison.

Carrive, P, and Paxinos, G (1994). The supraoculomotor cap: A region revealed

by NADPH diaphorase histochemistry. NeuroReport 5, 2257–2260.

De Olmos, JS, Beltramino, CA and Alheid, G (2004). Amygdala and extended

amygdala of the rat: a cytoarchitectonical, fibroarchitectonical, and

chemoarchitectonical survey. In G. Paxinos (Ed), The Rat Nervous System,

3rd ed. Elsevier Academic Press, San Diego, pp 510-601.

Faye-Lund, H, and Osen, KK (1985). Anatomy of the inferior colliculus in rat.

Anat. Embryol. 171, 1–20.

Foster G (1998). Chemical Neuroanatomy of the Prenatal Rat Brain.

A Developmental Atlas. Oxford University Press. New York. 416 pp.

Gerfen, CR (2004). Basal ganglia. In G. Paxinos (Ed), The Rat Nervous System,

3rd ed. Elsevier Academic Press, San Diego, pp 458-509.

Groenewegen, HJ and Witter, MP (2004). Thalamus. In G. Paxinos (Ed), The Rat

Nervous System, 3rd ed. Elsevier Academic Press, San Diego, pp 408-457.

Harding, A, Paxinos, G, and Halliday, G (2004). The serotonin and tachykinin

systems. In G. Paxinos (Ed), The Rat Nervous System, 3rd ed. Elsevier Academic

Press, San Diego, pp 1203-1256.

Heimer, L, Zahm, DS, and Alheid, GF (1995). Basal ganglia. In G. Paxinos (Ed),

The Rat Nervous System, 2nd ed. Academic Press, San Diego.

Hökfelt, T, Martensson, R, Bjorklund, A, Kleinau, S, and Goldstein, M (1984).

Distributional maps of tyrosine-hydroxylase-immunoreactive neurons in the

rat brain. In A. Bjorklund and T. Hökfelt (Eds), Handbook of Chemical

Neuroanatomy, Vol. 2, Part 1. Elsevier, Amsterdam.

Holstege, G (2004). Central nervous system control of micturition. In G. Paxinos

(Ed), The Rat Nervous System, 3rd ed. Elsevier Academic Press, San Diego,

pp 321-331.

Insausti, R, Herrero, MT, and Witter, MP (1997). Entorhinal cortex of the rat:

cytoarchitectonic subdivisions and the origin and distribution of cortical

efferents. Hippocampus 7: 146: 183.

Jacobowitz DM and Abbott LC (1998). Chemoarchitectonic Atlas of the

Developing Mouse Brain. CRC Press. New York.

Kanjhan, R, Lipski, J, Kruszewska, B, and Rong, W (1995). A comparative study

of presympathetic and Bötzinger neurons in the rostral ventrolateral medulla

(RVLM) of the rat. Brain Res. 699, 19–32.

Kaufman MH (1992). The atlas of mouse development. Academic Press –

Harcourt Brace Jovanovich. San Diego.

Lundy, RF Jr and Norgren, R (2004). Gustatory system. In G. Paxinos (Ed), The

Rat Nervous System, 3rd ed. Elsevier Academic Press, San Diego, pp 890-921.

Mai, JK, Assheuer, J, and Paxinos, G (2004). Atlas of the Human Brain. Elsevier

Elsevier Academic Press, San Diego.

Malmierca, MS and Merchan, MA (2004). Auditory system. In G. Paxinos (Ed),

The Rat Nervous System, 3rd ed. Elsevier Academic Press, San Diego,

pp 996-1081.

Morin, LP and Wood, RI (2001) A Stereotaxic Atlas of the Golden Hamster Brain

Academic Press, San Diego.

Neafsey, EJ, Bold, EL, Haas, G, Hurley-Gius, KM, Quirk, G, Sievert, CF, and

Terreberry, RR (1986). The organization of the rat motor cortex: A

microstimulation mapping study. Brain Res. Rev. 11, 77–96.

Oldfield, BJ and McKinley, MJ (2004). Circumventricular organs. In G. Paxinos

(Ed), The Rat Nervous System, 3rd ed. Elsevier Academic Press, San Diego,

pp 389-407.

Palomero-Gallagher, N and Zilles, K (2004). Isocortex. In G. Paxinos (Ed), The

Rat Nervous System, 3rd ed. Elsevier Academic Press, San Diego, pp 728-760.

Paxinos, G (Ed) (2004). The Rat Nervous System, 3rd ed., Elsevier Academic

Press, San Diego.

Paxinos, G, and Huang, X-F (1995). Atlas of the Human Brainstem.

Academic Press, San Diego.

Paxinos, G, and Watson, C (1982). The Rat Brain in Stereotaxic Coordinates.

Academic Press, Sydney.

Paxinos, G, and Watson, C (1986). The Rat Brain in Stereotaxic Coordinates,

2nd ed. Academic Press, San Diego.

Paxinos, G and Watson C (1997). The Rat Brain in Stereotaxic Coordinates,

Compact 3rd ed. CD-Rom. Academic Press, San Diego.

Paxinos, G, and Watson, C (2007). The Rat Brain in Stereotaxic Coordinates,

6th ed. Elsevier Academic Press, San Diego.

Paxinos, G, Kus, L, Ashwell, K, and Watson, C (1999a). Chemoarchitecture of the

Rat Forebrain. Academic Press, San Diego.

Paxinos, G, Carrive, P, Wang, H, and Wang P-Y (1999b). Chemoarchitecture of

the Rat Brainstem. Academic Press, San Diego.

Paxinos, G, Ashwell, KW, and Tork, I (1994). Atlas of the Developing Rat Nervous

System, 2nd ed, Academic Press, San Diego.

Paxinos, G, Huang, X-F, and Toga AW (2000). The Rhesus Monkey Brain in

Stereotaxic Coordinates. Academic Press, San Diego.

Paxinos, G and Franklin, K (2003). The Mouse Brain in Stereotaxic Coordinates.

3rd ed. Elsevier Academic Press, San Diego.

Puelles, L, Martinez-de-la-Torre, M, Martinez, S, Watson, C, and Paxinos, G

(2007). The Chick Brain in Stereotaxic Coordinates. Elsevier Academic Press,

San Diego.

Risold, PY (2004). The septal region. In G. Paxinos (Ed), The Rat Nervous

System, 3rd ed. Elsevier Academic Press, San Diego, pp 602-636.

Ruigrok, TJH (2004). Precerebellar nuclei and red nucleus. In G. Paxinos (Ed),

The Rat Nervous System, 3rd ed. Elsevier Academic Press, San Diego,

pp 167-204.

Saper, CB (2004). Central autonomic system. In G. Paxinos (Ed), The Rat

Nervous System, 3rd ed. Elsevier Academic Press, San Diego, pp 761-794.

XII Atlas of the Developing Mouse Brain at E17.5, P0, and P6 Paxinos Halliday Watson Koutcherov Wang

ADMB Book #4 23/8/06 3:13 PM Page XII

Page 14: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Sefton, AJ, Dreher, B and Harvey, A (2004). Visual system. In G. Paxinos (Ed),

The Rat Nervous System, 3rd ed. Elsevier Academic Press, San Diego,

pp 1082-1164.

Scremin, OU (2004). Cerebral vascular system. In G. Paxinos (Ed), The Rat

Nervous System, 3rd ed. Elsevier Academic Press, San Diego, pp 1165-1202.

Shipley, MT, Ennis, M and Puche, A (2004). Olfactory system. In G. Paxinos (Ed),

The Rat Nervous System, 3rd ed. Elsevier Academic Press, San Diego,

pp 922-963.

Simerly, RB (2004). Anatomical substrates of hypothalamic integration.

In G. Paxinos (Ed), The Rat Nervous System, 3rd ed. Elsevier Academic Press,

San Diego, pp 336-368.

Tracey, D (2004). Ascending and descending pathways in the spinal cord.

In G. Paxinos (Ed), The Rat Nervous System, 3rd ed. Elsevier Academic Press,

San Diego, pp 149-164.

Tracey, D (2004). Somatosensory system. In G. Paxinos (Ed), The Rat Nervous

System, 3rd ed. Elsevier Academic Press, San Diego, pp 795-814.

Travers, JB (2004). Oromotor nuclei. In G. Paxinos (Ed), The Rat Nervous

System, 3rd ed. Elsevier Academic Press, San Diego, pp 295-320.

Voogd, J (2004). Cerebellum. In G. Paxinos (Ed), The Rat Nervous System,

3rd ed. Elsevier Academic Press, San Diego, pp 205-243.

Atlas of the Developing Mouse Brain at E17.5, P0, and P6 Paxinos Halliday Watson Koutcherov Wang XIII

ADMB Book #4 23/8/06 3:13 PM Page XIII

Page 15: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

List of StructuresNames of the structures are listed in alphabetical order.

Each name is followed by abbreviation of the structure.

1st cerebellar lobule (lingula) 1Cb

2nd and 3rd cerebellar lobules 2/3Cb

2nd cerebellar lobule 2Cb

3rd cerebellar lobule 3Cb

3rd ventricle 3V

4th and 5th cerebellar lobules 4/5Cb

4th cerebellar lobule 4Cb

4th ventricle 4V

5th cerebellar lobule 5Cb

6th cerebellar lobule 6Cb

7th cerebellar lobule 7Cb

8th cerebellar lobule 8Cb

9th cerebellar lobule 9Cb

10th cerebellar lobule (nodule) 10Cb

Aa 7Gn

A1 noradrenaline cells A1

A1 noradrenaline cells/C1 adrenaline cells A1/C1

A11dopamine cells A11

A13 dopamine cells A13

A14 dopamine cells A14

A4 noradrenaline cells A4

A5 noradrenaline cells A5

A7 noradrenaline cells A7

abducens nucleus 6N

abducens nucleus, retractor bulbi part 6RB

accessory nerve nucleus 11N

accessory neurosecretory nuclei ANS

accessory olfactory bulb AOB

accumbens nucleus Acb

accumbens nucleus neuroepithelium Acbne

accumbens nucleus, core AcbC

accumbens nucleus, shell AcbSh

agranular insular cortex, dorsal part AID

agranular insular cortex, posterior part AIP

agranular insular cortex, ventral part AIV

alar ligament of dens Alar

alar nucleus Al

alar orbital bone AOrb

alisphenoid bone ASph

alveus of the hippocampus alv

ambiguus nucleus Amb

ambiguus nucleus, compact part AmbC

ambiguus nucleus, loose part AmbL

ambiguus nucleus, subcompact part AmbSC

amygdala Amg

amygdalohippocampal area, anterolateral part AHiAL

amygdalohippocampal area, posterolateral AHiPL

amygdalohippocampal area, posteromedial part

AHiPM

amygdaloid fissure af

amygdaloid intramedullary gray IMG

amygdalopiriform transition area APir

amygdalostriatal transition area ASt

angular thalamic nucleus AngT

ansoparamedian fissure apmf

anterior amygdaloid area AA

anterior belly of the digastric muscle ADig

anterior cerebral artery acer

anterior chamber of the eye AntCh

anterior commissure ac

anterior commissure, anterior part aca

anterior commissure, intrabulbar part aci

anterior commissure, posterior part acp

anterior cortical amygdaloid nucleus ACo

anterior hypothalamic area AH

anterior hypothalamic area, anterior part AHA

anterior hypothalamic area, central part AHC

anterior hypothalamic area, posterior part AHP

anterior lobe of the pituitary APit

anterior olfactory nucleus AO

anterior olfactory nucleus, dorsal part AOD

anterior olfactory nucleus, external part AOE

anterior olfactory nucleus, lateral part AOL

anterior olfactory nucleus, medial part AOM

anterior olfactory nucleus, posterior part AOP

anterior olfactory nucleus, ventral part AOV

anterior olfactory nucleus, ventroposterior part AOVP

anterior perifornical nucleus APF

anterior pretectal nucleus APT

anterior pretectal nucleus, dorsal part APTD

anterior pretectal nucleus, ventral part APTV

anterior semicircular canal ASCC

anterior spinal artery asp

anterior tegmental nucleus ATg

anterior thalamic region ATh

anterodorsal thalamic nucleus AD

anteromedial thalamic nucleus AM

anteromedial thalamic nucleus, ventral part AMV

anterovent thalamic nucleus, dorsomedial part AVDM

anteroventral periventricular nucleus AVPe

anteroventral thalamic nucleus AV

anteroventral thalamic nucleus, ventrolateral part

AVVL

apex of cochlea Apex

aqueduct Aq

arcuate hypothalamic nucleus Arc

arcuate hypothalamic nucleus, dorsal part ArcD

arcuate hypothalamic nucleus, lateral part ArcL

arcuate hypothalamic nucleus, lateroposterior part

ArcLP

arcuate hypothalamic nucleus, medial part ArcM

arcuate hypothalamic nucleus, medial posterior part

ArcMP

area postrema AP

artery a

arytenoid cartilage Ary

ascending fibers of the facial nerve asc7

atlantoaxial joint AtAx

atlantooccipital joint AtOc

atlas Atlas

auditory tube Aud

auditory tube cartilage AudC

axis (C2 vertebra) Axis

azygous anterior cerebral artery azac

BBarrington’s nucleus Bar

basal nucleus (Meynert) B

basal nucleus, core BCo

basal telencephalon BTel

basal telencephalon, neuroepithelial zone BTelne

base of stapes BStap

basilar artery bas

basioccipital bone BOcc

basisphenoid bone BSph

basolateral amygdaloid nucleus BL

basolateral amygdaloid nucleus, anterior part BLA

basolateral amygdaloid nucleus, posterior part BLP

basolateral amygdaloid nucleus, ventral part BLV

basomedial amygdaloid nucleus BM

basomedial amygdaloid nucleus, anterior part BMA

basomedial amygdaloid nucleus, posterior part BMP

bed nucleus of stria terminalis, fusiform part Fu

bed nucleus of the accessory olfactory tract BAOT

bed nucleus of the anterior commissure BAC

bed nucleus of the stria terminalis ST

bed nucleus of the stria terminalis, dorsal part STD

bed nucleus of the stria terminalis, intermediate

division STI

bed nucleus of the stria terminalis, intraamygdaloid

division STIA

bed nucleus of the stria terminalis, lateral division,

dorsal part STLD

bed nucleus of the stria terminalis, lateral division,

intermediate part STLI

bed nucleus of the stria terminalis, lateral division,

juxtacapsular part STLJ

bed nucleus of the stria terminalis, lateral division,

posterior part STLP

bed nucleus of the stria terminalis, lateral division,

ventral part STLV

bed nucleus of the stria terminalis, medial division,

anterior part STMA

bed nucleus of the stria terminalis, medial division,

anterolateral part STMAL

bed nucleus of the stria terminalis, medial division,

anteromedial part STMAM

bed nucleus of the stria terminalis, medial division,

posterior part STMP

bed nucleus of the stria terminalis, medial division,

posterointermediate part STMPI

bed nucleus of the stria terminalis, medial division,

posterolateral part STMPL

bed nucleus of the stria terminalis, medial division,

posteromedial part STMPM

bed nucleus of the stria terminalis, medial division,

ventral part STMV

Botzinger complex Bo

brachium of the inferior colliculus bic

brachium of the superior colliculus bsc

CC1 adrenaline cells C1

C1 adrenaline cells and A1 noradrenaline cells C1/A1

C1 cells and caudoventrolateral reticular nucleus

C1/CVL

C2 adrenaline cells C2

carotid body CtdB

carotid canal Ctd

carotid plexus cpx

caudal linear nucleus of the raphe CLi

caudate putamen (striatum) CPu

caudate putamen, neuroepithelial zone CPune

caudomedial entothinal cortex CEnt

caudoventrolateral reticular nucleus CVL

caudoventrolateral reticular nucleus and C1 cells

CVL/C1

cavernous sinus cav

cell bridges of the ventral striatum CB

central amygdaloid nucleus Ce

central amygdaloid nucleus, capsular part CeC

central amygdaloid nucleus, lateral division CeL

central amygdaloid nucleus, medial division CeM

central canal CC

central cervical nucleus of the spinal cord CeCv

central gray CG

central gray, alpha part CGA

central gray, beta part CGB

central gray, gamma part CGG

central gray, nucleus O CGO

central medial thalamic nucleus CM

central nucleus of the inferior colliculus CIC

centrolateral thalamic nucleus CL

cerebellar commissure cbx

cerebellar white matter cbw

cerebellum Cb

cerebral cortex Cx

cerebral peduncle cp

cervicoauricular muscle CeAu

chorda tympani nerve cty

choroid plexus chp

cingulate cortex Cg

cingulate cortex, area 1 Cg1

cingulate cortex, area 2 Cg2

cingulum cg

claustrum Cl

clavicle Clav

cochlear (spiral) ganglion CGn

cochlear duct CD

cochlear root of the vestibulocochlear nerve 8cn

commissural nucleus of the inferior colliculus Com

commissural stria terminalis cst

commissure of the superior colliculus csc

common crus of the semicircular canals CCrus

condylar process of mandible Cond

copula of the pyramis Cop

cornea Cornea

coronoid process of the mandible Cor

corpus callosum cc

cortex-amygdala transition zone CxA

cortex-amygdala transition zone, layer 1 CxA1

cortex-amygdala transition zone, layer 2 CxA2

cortical plate CxP

cribriform plate of the ethmoid CrP

crus 1 of the ansiform lobule Crus1

crus 2 of the ansiform lobule Crus2

cuneate fasciculus cu

cuneate nucleus Cu

cuneate nucleus, rotundus part CuR

cuneiform nucleus CnF

Ddecussation of the superior cerebellar peduncle xscp

decussation of the trapezoid body tzx

deep cerebral white matter dcw

deep gray layer of the superior colliculus DpG

deep white layer of the superior colliculus DpWh

dens of the axis DAx

dentate gyrus DG

descending palatine artery dpal

developing cortex, layer 1 Cx1

dorsal 3rd ventricle D3V

dorsal cochlear nucleus DC

dorsal cochlear nucleus, deep core DCDp

dorsal cochlear nucleus, fusiform layer DCFu

dorsal cochlear nucleus, molecular layer DCMo

dorsal cortex of the inferior colliculus DCIC

dorsal corticospinal tract dcs

dorsal endopiriform nucleus DEn

dorsal fornix df

dorsal hippocampal commissure dhc

dorsal horn of spinal cord DH

dorsal hypothalamic area DA

dorsal intermediate entorhinal cortex DIEnt

dorsal lateral geniculate nucleus DLG

dorsal lateral olfactory tract dlo

dorsal motor nucleus of vagus 10N

dorsal nucleus of the lateral lemniscus DLL

dorsal paragigantocellular nucleus DPGi

dorsal part of claustrum DCl

dorsal peduncular cortex DP

dorsal periolivary region DPO

dorsal raphe nucleus DR

dorsal raphe nucleus, caudal part DRC

dorsal raphe nucleus, dorsal part DRD

dorsal raphe nucleus, lateral part DRL

dorsal raphe nucleus, ventral part DRV

dorsal raphe, interfascicular part DRI

dorsal recess of third ventricle DR3V

dorsal root ganglion DRGn

dorsal spinocerebellar tract dsc

dorsal spinocerebellar tract and olivocerebellar tract

dsc/oc

dorsal subiculum DS

dorsal tegmental decussation dtgx

dorsal tegmental nucleus DTg

dorsal tegmental nucleus, central part DTgC

dorsal tegmental nucleus, pericentral part DTgP

dorsal tenia tecta DTT

dorsal transition zone DTr

dorsal tuberomammillary nucleus DTM

dorsolateral entorhinal cortex DLEnt

dorsolateral orbital cortex DLO

dorsolateral periaqueductal gray DLPAG

dorsomedial hypothalamic nucleus DM

dorsomedial hypothalamic nucleus, compact part

DMC

dorsomedial hypothalamic nucleus, dorsal part DMD

dorsomedial hypothalamic nucleus, ventral part DMV

dorsomedial periaqueductal gray DMPAG

dorsomedial spinal trigeminal nucleus DMSp5

dorsomedial tegmental area DMTg

dysgranular insular cortex DI

Eectorhinal cortex Ect

Edinger-Westphal nucleus EW

emissary vein emv

enamel organ EnO

endolymphatic sac ELS

entopeduncular nucleus EP

entorhinal cortex Ent

entorhinal cortex, neuroepithelial zone Entne

ependyma and subependymal layer E

epiglottis EpiG

epipeduncular nucleus EpP

XIV Atlas of the Developing Mouse Brain at E17.5, P0, and P6 Paxinos Halliday Watson Koutcherov Wang

ADMB Book #4 23/8/06 3:13 PM Page XIV

Page 16: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

episupraoptic nucleus ESO

ethmoid bone EthB

ethmoid thalamic nucleus Eth

exorbital gland ExOrb

external capsule ec

external carotid artery ectd

external cortex of the inferior colliculus ECIC

external cuneate nucleus ECu

external granular layer of developing cerebellum EGL

external medullary lamina eml

external plexiform layer of the olfactory bulb EPl

eye Eye

eyelid Eyelid

FF cell group of the vestibular complex FVe

facial motor nucleus, stylohyoid part 7SH

facial nerve 7n

facial nucleus 7N

facial nucleus, dorsal intermediate subnucleus 7DI

facial nucleus, dorsolateral subnucleus 7DL

facial nucleus, dorsomedial subnucleus 7DM

facial nucleus, lateral subnucleus 7L

facial nucleus, ventral intermediate subnucleus 7VI

facial nucleus, ventromedial subnucleus 7VM

fasciculus retroflexus fr

fasciola cinereum FC

field CA1 of the hippocampus CA1

field CA2 of the hippocampus CA2

field CA3 of the hippocampus CA3

fields of Forel FF

fimbria of the hippocampus fi

flocculus Fl

foramen magnum FMag

forceps major of the corpus callosum fmj

forceps minor of the corpus callosum fmi

fornix f

frontal and parietal bones Fro/Par

frontal assocn cortex FrA

frontal bone Fro

frontal cortex, area 3 Fr3

Ggelatinous layer of the caudal spinal trigeminal nucleus

Ge5

gemini hypothalamic nucleus Gem

genioglossus muscle GeGl

geniohyoid muscle GeHy

genu of the corpus callosum gcc

genu of the facial nerve g7

gigantocellular reticular nucleus Gi

gigantocellular reticular nucleus, alpha part GiA

gigantocellular reticular nucleus, ventral part GiV

globus pallidus GP

glomerular layer of the olfactory bulb Gl

glossopharyngeal and vagus nerves 9/10n

glossopharyngeal nerve 9n

glossopharyngeal, vagus, and accessory nerves

9/10/11n

gonial process Gonial

gracile fasciculus gr

gracile nucleus Gr

granular cell layer of the olfactory bulb GrO

granular insular cortex GI

granular layer of the dentate gyrus GrDG

granule cell layer of cochlear nuclei GrC

granule cell layer of the accessory olfactory bulb GrA

granule cell layer of the cerebellum GrCb

Hhabenular commissure hbc

habenular nuclei Hb

hamulus of the pterygoid bone HPtg

handle of malleus HMall

handle of stapes HStap

Harderian gland HardG

hemisphere of cerebellum Hem

hippocampal fissure hif

hippocampal region Hi

horizontal semicircular canal HSCC

horizontal semicircular canal ampulla HSCCA

hyoglossus muscle HyGl

hyoid bone Hyoid

hypoglossal canal 12C

hypoglossal nucleus 12N

hypoglossal nucleus, geniohyoid part 12GH

Iincus Inc

indusium griseum IG

inferior alveolar nerve ialn

inferior cerebellar peduncle (restiform body) icp

inferior colliculus IC

inferior ganglion of the glossopharyngeal nerve I9Gn

inferior meatus InfM

inferior oblique capitis muscle IObCa

inferior olivary nucleus IO

inferior olive, beta subnucleus IOBe

inferior olive, cap of Kooy of the medial nucleus IOK

inferior olive, dorsal nucleus IOD

inferior olive, dorsomedial cell group IODM

inferior olive, medial nucleus IOM

inferior olive, principal nucleus IOPr

inferior olive, subnucleus A of medial nucleus IOA

inferior olive, subnucleus B of medial nucleus IOB

inferior olive, subnucleus C of medial nucleus IOC

inferior olive, ventrolateral protrusion IOVL

inferior ophthalmic artery iopha

inferior rectus muscle IRec

inferior salivatory nucleus IS

infralimbic cortex IL

infraorbital artery iorb

infraorbital foramen IOrbF

infundibulum Inf

inner plexiform layer of the retina InPl

insular cortex Ins

interanterodorsal thalamic nucleus IAD

interanteromedial thalamic nucleus IAM

intercalated amygdaloid nucleus, main part IM

intercalated nuclei of the amygdala I

intercalated nucleus of the medulla In

intercrural fissure icf

interfascicular nucleus IF

intergeniculate leaf IGL

intermediate cortical layer ICx

intermediate endopiriform nucleus IEn

intermediate gray layer of the superior colliculus InG

intermediate lobe of the pituitary IPit

intermediate nucleus of the lateral lemniscus ILL

intermediate reticular nucleus IRt

intermediate white layer of the superior colliculus

InWh

intermediodorsal thalamic nucleus IMD

internal arcuate fibers ia

internal auditory meatus IAud

internal capsule ic

internal carotid artery ictd

internal jugular vein ijugv

internal medullary lamina iml

internal plexiform layer of the olfactory bulb IPl

interpeduncular fossa IPF

interpeduncular nucleus IP

interpeduncular nucleus, apical subnucleus IPA

interpeduncular nucleus, caudal subnucleus IPC

interpeduncular nucleus, dorsolateral subnucleus

IPDL

interpeduncular nucleus, dorsomedial subnucleus

IPDM

interpeduncular nucleus, intermediate subnucleus IPI

interpeduncular nucleus, lateral subnucleus IPL

interpeduncular nucleus, rostral subnucleus IPR

interposed cerebellar nucleus Int

interposed cerebellar nucleus, anterior part IntA

interposed cerebellar nucleus, dorsolateral hump

IntDL

interposed cerebellar nucleus, posterior part IntP

interposed cerebellar nucleus, posterior parvicellular

part IntPPC

interstitial nucleus of Cajal InC

interstitial nucleus of the medulla IB

interstitial nucleus of the posterior limb of the anterior

commissure IPAC

interstitial nucleus of the vestibulocochlear nerve I8

interventricular foramen IVF

intramedullary thalamic area IMA

iris Iris

islands of Calleja ICj

islands of Calleja, major island ICjM

Jjugular foramen JugF

juxtaparaventricular part of lateral hypothalamus

JPLH

KKˆlliker-Fuse nucleus KF

Llacunosum moleculare layer of the hippocampus

LMol

lambdoid septal zone Ld

laryngopharynx LarPh

larynx Lar

lat amygdaloid nucleus La

lateral (dentate) cerebellar nucleus Lat

lateral accumbens shell LAcbSh

lateral amygdaloid nucleus, dorsolateral part LaDL

lateral amygdaloid nucleus, ventrolateral part LaVL

lateral amygdaloid nucleus, ventromedial part LaVM

lateral cerebellar nucleus, parvicellular part LatPC

lateral column of the spinal cord lc

lateral entorhinal cortex LEnt

lateral habenular nucleus LHb

lateral habenular nucleus, lateral part LHbL

lateral habenular nucleus, medial part LHbM

lateral hypothalamic area LH

lateral lemniscus ll

lateral mammillary nucleus LM

lateral olfactory tract lo

lateral orbital cortex LO

lateral parabrachial nucleus LPB

lateral parabrachial nucleus, central part LPBC

lateral parabrachial nucleus, external part LPBE

lateral parabrachial nucleus, internal part LPBI

lateral parabrachial nucleus, superior part LPBS

lateral paragigantocellular nucleus LPGi

lateral parietal association cortex LPtA

lateral periaqueductal gray LPAG

lateral posterior thalamic nucleus LP

lateral posterior thalamic nucleus, laterorostral part

LPLR

lateral posterior thalamic nucleus, mediorostral part

LPMR

lateral preoptic area LPO

lateral pterygoid muscle LPtg

lateral recess of the 4th ventricle LR4V

lateral rectus capitis muscle LReCa

lateral rectus muscle LRec

lateral reticular nucleus LRt

lateral reticular nucleus, parvicellular part LRtPC

lateral reticular nucleus, subtrigeminal part LRtS5

lateral septal nucleus LS

lateral septal nucleus, dorsal part LSD

lateral septal nucleus, intermediate part LSI

lateral septal nucleus, ventral part LSV

lateral stripe of the striatum LSS

lateral superior olive LSO

lateral terminal nucleus of the accessory optic tract LT

lateral ventricle LV

lateral vestibular nucleus LVe

lateroanterior hypothalamic nucleus LA

laterodorsal tegmental nucleus LDTg

laterodorsal tegmental nucleus, ventral part LDTgV

laterodorsal thalamic nucleus LD

laterodorsal thalamic nucleus, dorsomedial part

LDDM

laterodorsal thalamic nucleus, ventrolateral part

LDVL

lateroventral periolivary nucleus LVPO

layer 1 of cortex 1

layer 1 of developing cortex 1Cx

layer 2 of cortex 2

layer 3 of cortex 3

layer 4 of cortex 4

lemina terminalis LTer

lens Lens

levator palati muscle LPal

levator palpebrae superioris muscle LPS

linear nucleus of the medulla Li

lingual artery lga

lingual nerve lgn

lithoid nucleus Lth

loculated brown fat Fat

locus coeruleus LC

longissimus capitis muscle LgsCa

longitudinal fasciculus of the pons lfp

longus capitis muscle LgCa

Mmagnocellular nucleus of the lateral hypothalamus

MCLH

magnocellular nucleus of the posterior commissure

MCPC

magnocellular preoptic nucleus MCPO

malleus Mall

mammillary body MB

mammillary peduncle mp

mammillary recess of the 3rd ventricle MRe

mammillotegmental tract mtg

mammillothalamic tract mt

mandible Man

marginal zone of the medial geniculate MZMG

masseter muscle MasM

masseteric artery masa

masseteric nerve masn

masseteric vein masv

mastoid process of temporal bone Mst

matrix region of the medulla Mx

maxillary artery mxa

maxillary bone (maxilla) MxB

maxillary vein mxv

Meckel’s cartilage Mc

medial (fastigial) cerebellar nucleus Med

medial accessory oculomotor nucleus MA3

medial amygdaloid nucleus Me

medial amygdaloid nucleus, ant dorsal MeAD

medial amygdaloid nucleus, anterior part MeA

medial amygdaloid nucleus, anteroventral part MeAV

medial amygdaloid nucleus, posterodorsal part MePD

medial amygdaloid nucleus, posteroventral part MePV

medial cerebellar nucleus, dorsolateral protuberance

MedDL

medial cerebellar nucleus, lateral part MedL

medial eminence, external layer MEE

medial eminence, internal layer MEI

medial entorhinal cortex MEnt

medial forebrain bundle mfb

medial geniculate nucleus MG

medial geniculate nucleus, dorsal part MGD

medial geniculate nucleus, medial part MGM

medial geniculate nucleus, ventral part MGV

medial habenular nucleus MHb

medial lemniscus ml

medial lemniscus decussation mlx

medial longitudinal fasciculus mlf

medial mammillary nucleus, lateral part ML

medial mammillary nucleus, medial part MM

medial mammillary nucleus, median part MnM

medial orbital cortex MO

medial parabrachial nucleus MPB

medial parabrachial nucleus external part MPBE

medial paralemniscial nucleus MPL

medial parietal association cortex MPtA

medial preoptic area MPA

medial preoptic nucleus MPO

medial preoptic nucleus, central part MPOC

medial preoptic nucleus, lateral part MPOL

medial preoptic nucleus, medial part MPOM

medial pretectal nucleus MPT

medial pterygoid muscle MPtg

medial rectus muscle MRec

Atlas of the Developing Mouse Brain at E17.5, P0, and P6 Paxinos Halliday Watson Koutcherov Wang XV

ADMB Book #4 23/8/06 3:13 PM Page XV

Page 17: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

medial septal nucleus MS

medial superior olive MSO

medial terminal nucleus of the accessory optic tract

MT

medial tuberal nucleus MTu

medial vestibular nucleus MVe

medial vestibular nucleus, magnocellular part

MVeMC

medial vestibular nucleus, parvicellular part MVePC

median accessory nucleus of the medulla MnA

median eminence ME

median preoptic nucleus MnPO

median raphe nucleus MnR

mediodorsal thalamic nucleus MD

mediodorsal thalamic nucleus, central part MDC

mediodorsal thalamic nucleus, lateral part MDL

mediodorsal thalamic nucleus, medial part MDM

medioventral periolivary nucleus MVPO

medullary reticular nucleus, dorsal part MdD

medullary reticular nucleus, ventral part MdV

mesencephalic reticular formation mRt

mesencephalic trigeminal nucleus Me5

mesencephalic trigeminal tract me5

microcellular tegmental nucleus MiTg

middle cerebellar peduncle mcp

middle cerebral artery mcer

middle meatus MidM

mitral cell layer of the accessory olfactory bulb MiA

mitral cell layer of the olfactory bulb Mi

molecular layer of the cerebellum MoCb

molecular layer of the dentate gyrus MoDG

motor root of the trigeminal nerve m5

motor trigeminal nucleus 5N

motor trigeminal nucleus, anterior digastric part

5ADi

motor trigeminal nucleus, tensor tympani part 5TT

mylohyoid muscle MyHy

Nnasal cavity NasC

nasal septum NSpt

navicular nucleus of the basal forebrain Nv

nerve of the pterygoid canal ptgcn

neuroepithelial zone of developing cortex Cxne

neuroepithelium ne

nigrostriatal bundle ns

nucleus of Darkschewitsch Dk

nucleus of origin of efferents of the vestibular nerve

EVe

nucleus of Roller Ro

nucleus of the ansa lenticularis AL

nucleus of the brachium of the inferior colliculus BIC

nucleus of the central acoustic tract CAT

nucleus of the fields of Forel F

nucleus of the horizontal limb of the diagonal band

HDB

nucleus of the lateral olfactory tract LOT

nucleus of the lateral olfactory tract, layer 1 LOT1

nucleus of the lateral olfactory tract, layer 2 LOT2

nucleus of the optic tract OT

nucleus of the posterior commissure PCom

nucleus of the solitary tract Sol

nucleus of the solitary tract, central part SolCe

nucleus of the solitary tract, commissural part SolC

nucleus of the solitary tract, dorsomedial part SolDM

nucleus of the solitary tract, gelatinous part SolG

nucleus of the solitary tract, intermediate part SolIM

nucleus of the solitary tract, lateral part SolL

nucleus of the solitary tract, medial part SolM

nucleus of the solitary tract, rostrolateral part SolRL

nucleus of the solitary tract, ventrolateral part SolVL

nucleus of the stria medullaris SM

nucleus of the trapezoid body Tz

nucleus of the vertical limb of the diagonal band VDB

nucleus X X

nucleus Y Y

nucleus Z Z

Ooccipital artery occ

occipital bone Occ

occipital sinus occs

oculomotor nerve 3n

oculomotor nucleus 3N

oculomotor nucleus, parvicellular part 3PC

olfactory nerve layer ON

olfactory nerve or its rootlets 1n

olfactory tubercle Tu

olfactory tubercle, layer 1 Tu1

olfactory ventricle (olfactory part of lateral ventricle)

OV

olivary pretectal nucleus OPT

olivocochlear bundle ocb

omohyoid muscle OmHy

ophthalmic artery opha

ophthalmic vein ophv

optic chiasm och

optic disc OpD

optic fiber layer of the retina OF

optic foramen OptF

optic nerve 2n

optic nerve layer of the superior colliculus Op

optic tract opt

oral cavity Oral

organ of Corti Corti

oriens layer of the hippocampus Or

otic ganglion Otic

oval paracentral thalamic nucleus OPC

oval window OvalW

Ppalatine bone Pal

palatoglossus muscle PalGl

parabigeminal nucleus PBG

parabrachial nucleus PB

parabrachial pigmented nucleus of the VTA PBP

paracentral thalamic nucleus PC

paracommissural nucleus of the posterior commissure

PaC

parafascicular thalamic nucleus PF

parafloccular cavity PFlCv

parafloccular sulcus pfs

paraflocculus PFl

parainterfascicular nucleus of the VTA PIF

paralambdoid septal nucleus PLd

paramedian lobule PM

paramedian raphe nucleus PMnR

paramedian reticular nucleus PMn

paramedian sulcus pms

paranigral nucleus of the VTA PN

parapyramidal nucleus PPy

pararubral nucleus PaR

parasolitary nucleus PSol

parastrial nucleus PS

parasubiculum PaS

parasubthalamic nucleus PSTh

paratenial thalamic nucleus PT

paraterete nucleus PTe

paratrigeminal nucleus Pa5

paratrochlear nucleus Pa4

paraventricular hypoth nucleus Pa

paraventricular hypothalamic nucleus, anterior

parvicellular part PaAP

paraventricular hypothalamic nucleus, dorsal cap

PaDC

paraventricular hypothalamic nucleus, lateral

magnocellular part PaLM

paraventricular hypothalamic nucleus, medial

magnocellular part PaMM

paraventricular hypothalamic nucleus, medial

parvicellular part PaMP

paraventricular hypothalamic nucleus, posterior part

PaPo

paraventricular hypothalamic nucleus, ventral part

PaV

paraventricular thalamic nucleus PV

paraventricular thalamic nucleus, anterior part PVA

paraventricular thalamic nucleus, posterior part PVP

paraxiphoid nucleus of thalamus PaXi

parietal bone ParB

parietal cortex Pt

parietal cortex, posterior area, caudal part PtPC

parietal cortex, posterior area, dorsal part PtPD

parietal cortex, posterior area, rostral part PtPR

parietal plate ParP

parotid gland Ptd

parvicellular reticular nucleus PCRt

parvicellular reticular nucleus, alpha part PCRtA

peduncular part of lateral hypothalamus PLH

pedunculopontine tegmental nucleus PTg

periaqueductal gray PAG

perifacial zone P7

perifornical nucleus PeF

perifornical part of lateral hypothalamus PeFLH

perilemniscal nucleus, ventral part PLV

peripeduncular nucleus PP

perirhinal cortex PRh

peritrigeminal zone P5

periventricular hypothalamic nucleus Pe

pigment layer of the eye Pig

pineal gland Pi

pinna of the ear Pinna

piriform cortex Pir

piriform cortex, layer 1 Pir1

pleoglial periaqueductal gray PlPAG

polymorph layer of the dentate gyrus PoDG

pontine nuclei Pn

pontine raphe nucleus PnR

pontine reticular nucleus, caudal part PnC

pontine reticular nucleus, oral part PnO

pontine reticular nucleus, ventral part PnV

posterior belly of the digastric muscle PDig

posterior cerebral artery pcer

posterior commissure pc

posterior hypothalamic area PHA

posterior hypothalamic area, dorsal part PHD

posterior hypothalamic nucleus PH

posterior intralaminar thalamic nucleus PIL

posterior limitans thalamic nucleus PLi

posterior lobe of pituitary PPit

posterior pretectal nucleus PPT

posterior semicircular canal PSCC

posterior semicircular canal ampulla PSCCA

posterior superior alveolar artery psa

posterior superior fissure psf

posterior thalamic nuclear group Po

posterior thalamic nuclear group, triangular part PoT

posterodorsal preoptic nucleus PDPO

posterodorsal raphe nucleus PDR

posterodorsal tegmental nucleus PDTg

posteroinferior cerebellar artery pica

posterolateral cortical amygdaloid nucleus PLCo

posterolateral cortical amygdaloid nucleus, layer 1

PLCo1

posterolateral fissure plf

posteromedial cortical amygdaloid nucleus PMCo

posteromedian thalamic nucleus PoMn

postsubiculum Post

pre lateral spinal PrLSp

pre-Botzinger complex PrBo

pre-Edinger-Westphal nucleus PrEW

precommissural nucleus PrC

preculminate fissure pcuf

precuneiform area PrCnF

prelimbic cortex PrL

premammillary nucleus, dorsal part PMD

premammillary nucleus, ventral part PMV

preoptic hypothalamus POHy

prepositus nucleus Pr

prepyramidal fissure ppf

prerubral field PR

presphenoid bone PSph

presphenoid wing PSphW

presubiculum PrS

prethalamus (prosomere 3) PrTh

primary auditory cortex Au1

primary fissure prf

primary motor cortex M1

primary somatosensory cortex S1

primary somatosensory cortex, barrel field S1BF

primary somatosensory cortex, dysgranular zone

S1DZ

primary somatosensory cortex, forelimb region S1FL

primary somatosensory cortex, hindlimb region S1HL

primary somatosensory cortex, jaw region S1J

primary somatosensory cortex, oral dysgranular zone

S1DZO

primary somatosensory cortex, shoulder region S1Sh

primary somatosensory cortex, trunk region S1Tr

primary somatosensory cortex, upper lip region

S1ULp

primary visual cortex V1

primary visual cortex, binocular area V1B

primary visual cortex, monocular area V1M

principal mammillary tract pm

principal sensory trigeminal nucleus Pr5

principal sensory trigeminal nucleus, dorsomedial part

Pr5DM

principal sensory trigeminal nucleus, ventrolateral part

Pr5VL

pterygoid process of the sphenoid bone Ptg

pterygopalatine nerve ptgpal

Purkinje cell layer of the cerebellum Pk

pyramidal cell layer of the hippocampus Py

pyramidal decussation pyx

pyramidal tract py

Rradiatum layer of the hippocampus Rad

raphe interpositus nucleus RIP

raphe magnus nucleus RMg

raphe obscurus nucleus ROb

raphe pallidus nucleus RPa

Rathke’s pouch Rath

recess of the inferior colliculus ReIC

rectus capitis posterior major muscle RCPMj

red nucleus R

red nucleus, magnocellular part RMC

red nucleus, parvicellular part RPC

Reichert’s cartilage Rc

reticluostrial nucleus RtSt

reticular thalamic nucleus Rt

reticulotegmental nucleus of the pons RtTg

reticulotegmental nucleus of the pons, lateral part

RtTgL

reticulotegmental nucleus of the pons, pericentral part

RtTgP

retinal ganglion cell layer of the retina RGn

retroambiguus nucleus RAmb

retrochiasmatic area RCh

retrochiasmatic area, lateral part RChL

retroethmoid nucleus REth

retrolemniscal nucleus RL

retroparafascicular nucleus RPF

retrorubral field RRF

retrorubral field and A8 dopamine cells RRF/A8

retrorubral nucleus RR

retrosplenial dysgranular cortex RSD

retrosplenial granular cortex RSG

retrosplenial granular cortex, a region RSGa

retrosplenial granular cortex, b region RSGb

retrosplenial granular cortex, c region RSGc

retrouniens area RRe

reuniens thalamic nucleus Re

rhabdoid nucleus Rbd

rhinal fissure rf

rhomboid thalamic nucleus Rh

root of abducens nerve 6n

root of accessory nerve 11n

root of hypoglossal nerve 12n

rostral amygdalopiriform area RAPir

rostral interstitial nucleus of medial longitudinal

fasciculus RI

rostral linear nucleus of the raphe RLi

rostral ventral respiratory group RVRG

rostral ventrolateral reticular nucleus C1/RVL

rostroventrolateral reticular nucleus RVL

rubrospinal tract rs

Ssaccule Sacc

sagulum nucleus Sag

salpingopharyngeus muscle SalPh

scala tympani ScTy

scala vestibuli ScVe

XVI Atlas of the Developing Mouse Brain at E17.5, P0, and P6 Paxinos Halliday Watson Koutcherov Wang

ADMB Book #4 23/8/06 3:13 PM Page XVI

Page 18: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

scaphoid thalamic nucleus Sc

scapula Scap

second cervical vertebra CV2

secondary auditory cortex, dorsal area AuD

secondary auditory cortex, ventral area AuV

secondary fissure sf

secondary motor cortex M2

secondary somatosensory cortex S2

secondary visual cortex, lateral area V2L

secondary visual cortex, mediolateral area V2ML

secondary visual cortex, mediomedial area V2MM

sensory root of the trigeminal nerve s5

septofimbrial nucleus SFi

septohippocampal nucleus SHi

septohypothalamic nucleus SHy

septum Spt

septum neuroepithelium Sptne

sigmoid sinus sig

simple lobule Sim

solitary nucleus, dorsolateral part SolDL

solitary nucleus, ventral part SolV

solitary tract sol

sphenoid nucleus Sph

sphenopalatine ganglion SphPal

spinal trigeminal nucleus, caudal part Sp5C

spinal trigeminal nucleus, interpolar part Sp5I

spinal trigeminal nucleus, oral part Sp5O

spinal trigeminal tract sp5

spinal vestibular nucleus SpVe

splenium of the corpus callosum scc

splenius capitis muscle SplCa

stapedius bone Stap

stapedius muscle StapM

sternomastoid muscle StM

stigmoid hypothalamic nucleus Stg

stratum lucidum of the hippocampus SLu

stria medullaris of the thalamus sm

stria terminalis st

strial part of the preoptic area StA

striohypothalamic nucleus StHy

styloglossus muscle StyGl

stylohyoid muscle StyHy

stylomastoidforamen StyMF

stylopharyngeus muscle StyPh

subbrachial nucleus SubB

subcoeruleus nucleus SubC

subcoeruleus nucleus, alpha part SubCA

subcoeruleus nucleus, dorsal part SubCD

subcoeruleus nucleus, ventral part SubCV

subcommissural organ SCO

subfornical organ SFO

subgeniculate nucleus SubG

subiculum S

subincertal nucleus SubI

sublenticular extended amygdala EA

sublenticular extended amygdala, central part EAC

sublenticular extended amygdala, medial part EAM

submammillothalamic nucleus SMT

submedius thalamic nucleus Sub

submedius thalamic nucleus, ventral part SubV

subparafascicular thalamic nucleus SPF

subparafascicular thalamic nucleus, parvicellular part

SPFPC

subparaventricular zone of the hypothalamus SPa

subpeduncular tegmental nucleus SPTg

subpostrema area SubP

substantia innominata, basal part SIB

substantia nigra SN

substantia nigra, compact part, dorsal tier SNCD

substantia nigra, compact part, medial tier SNCM

substantia nigra, compacta part, ventral tier SNCV

substantia nigra, lateral part SNL

substantia nigra, reticular part SNR

subthalamic nucleus STh

subventricular layer of developing cortex SubVCx

sulcus limitans sl

superficial gray layer of the superior colliculus SuG

superficial temporal vein stv

superior cerebellar peduncle (brachium conjunctivum)

scp

superior colliculus SC

superior constrictor muscle of the pharynx SCM

superior ganglion of the glossopharyngeal nerve S9Gn

superior meatus SupM

superior medullary velum SMV

superior oblique capitis muscle SObCa

superior oblique muscle SOb

superior olivary nucleus. lateral part SOl

superior paraolivary nucleus SPO

superior rectus muscle SRec

superior sagittal sinus sss

superior salivatory nucleus SuS

superior thalamic radiation str

superior vestibular nucleus SuVe

suprachiasmatic nucleus SCh

suprachiasmatic nucleus, dorsolateral part SChDL

suprachiasmatic nucleus, ventromedial part SChVM

suprageniculate thalamic nucleus SG

supragenual nucleus SGe

supramammillary decussation sumx

supramammillary nucleus SuM

supramammillary nucleus, lateral part SuML

supramammillary nucleus, medial part SuMM

supraoculomotor cap Su3C

supraoculomotor periaqueductal gray Su3

supraoptic decussation sox

supraoptic nucleus SO

supraoptic nucleus, retrochiasmatic part SOR

supraspinal nucleus SSp

supratrigeminal nucleus Su5

suspensory ligament SuspLig

Ttectal gray TG

tectospinal tract ts

temporal associatin cortex TeA

temporal bone, petrosal part TempP

temporal bone, squamous part TempS

temporalis muscle TempM

temporomandibular joint TMJ

tensor palati muscle TPal

tensor tympani muscle TT

terete hypothalamic nucleus Te

thyroid gland Thy

tongue Tongue

transverse fibers of the pons tfp

transverse sinus trs

trapezius muscle TzM

trapezoid body tz

triangular nucleus, lateral lemniscus TrLL

triangular septal nucleus TS

triangular septal nucleus, neuroepithelial zone TSne

trigeminal ganglion 5Gn

trigeminal ganglion and trigeminal nerve 5Gn/5n

trigeminal nerve 5n

trigeminal nerve, mandibular division 5man

trigeminal nerve, maxillary division 5mx

trigeminal nerve, ophthalmic division 5oph

trigeminal transition zone 5Tr

trigeminal-solitary transition zone 5Sol

trigeminothalamic tract tth

trochlear nerve 4n

trochlear nucleus 4N

trochlear nucleus shell region 4Sh

tuberal region of lateral hypothalamus TuLH

tympanic branch of the glossopharyngeal nerve ty9

tympanic bulla TyBu

tympanic cavity TyC

tympanic membrane TyM

Uutricle Utr

Vvagus nerve 10n

vagus nerve ganglion 10Gn

vascular organ of the lamina terminalis VOLT

vein v

ventral anterior thalamic nucleus VA

ventral cochlear nucleus VC

ventral cochlear nucleus, anterior part VCA

ventral cochlear nucleus, capsular part VCCap

ventral cochlear nucleus, posterior part VCP

ventral cochlear nucleus, posterior part, octopus cell

area VCPO

ventral column of the spinal cord vc

ventral endopiriform nucleus VEn

ventral geniculate nucleus VG

ventral geniculate nucleus, layer 1 VG1

ventral hippocampal commissure vhc

ventral horn of spinal cord VH

ventral intermediate entorhinal cortex VIEnt

ventral linear nucleus of the thalamus VLi

ventral median fissure vmnf

ventral nucleus of the lat lemniscus VLL

ventral orbital cortex VO

ventral pallidum VP

ventral part of claustrum VCl

ventral posterior nucleus of the thalamus, parvicellular

part VPPC

ventral posterolateral thalamic nucleus VPL

ventral posteromedial thalamic nucleus VPM

ventral reuniens thalamic nucleus VRe

ventral spinocerebellar tract vsc

ventral subiculum VS

ventral tegmental area VTA

ventral tegmental area, rostral part VTAR

ventral tegmental decussation vtgx

ventral tegmental nucleus VTg

ventral tenia tecta VTT

ventral tenia tecta, layer 1 VTT1

ventral tuberomammillary nucleus VTM

ventricular space of the eye Vent

ventrolateral hypothalamic nucleus VLH

ventrolateral periaqueductal gray VLPAG

ventrolateral preoptic nucleus VLPO

ventrolateral thalamic nucleus VL

ventromedial hypothalamic nucleus VMH

ventromedial hypothalamic nucleus, central part

VMHC

ventromedial hypothalamic nucleus, dorsomedial part

VMHDM

ventromedial hypothalamic nucleus, ventrolateral part

VMHVL

ventromedial nucleus of the hypothalamus shell

VMHSh

ventromedial preoptic nucleus VMPO

ventromedial thalamic nucleus VM

vertebral artery vert

vestibular nerve ganglion VeGn

vestibular root of the vestibulocochlear nerve 8vn

vestibule of the inner ear Vest

vestibulocerebellar nucleus VeCb

vestibulocochlear nerve 8n

vestibulospinal tract vesp

vitreous cavity (posterior chamber) of the eye Vitr

vomer Vom

vomeronasal nerve vn

Xxiphoid thalamic nucleus Xi

Zzona incerta, caudal part ZIC

zona incerta, dorsal part ZID

zona incerta, rostral part ZIR

zona incerta, ventral part ZIV

zona layer of the superior colliculus Zo

zona limitans ZL

zygomatic arch ZygA

Atlas of the Developing Mouse Brain at E17.5, P0, and P6 Paxinos Halliday Watson Koutcherov Wang XVII

ADMB Book #4 23/8/06 3:13 PM Page XVII

Page 19: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Index ofAbbreviationsThe abbreviations are listed in alphabetical order.

Each abbreviation is followed by the structure name

and the number of the figures on which the

abbreviation appears.

1 layer 1 of cortex 56-57, 59, 64, 110, 137

1Cb 1st cerebellar lobule (lingula) 94-95, 163

1Cx layer 1 of developing cortex 3-20, 22-24, 26-29

1n olfactory nerve or its rootlets 1-5, 42-44, 104-105

2 layer 2 of cortex 56-57, 59, 64-66, 68-70, 72-75,

108-139

2/3Cb 2nd and 3rd cerebellar lobules 93, 161-163

2Cb 2nd cerebellar lobule 158-160

2n optic nerve 5-9, 52-63, 108-110, 112-124

3 layer 3 of cortex 56-57, 59, 64-66, 68-70, 72-75,

108-139

3Cb 3rd cerebellar lobule 160

3N oculomotor nucleus 31-34, 80-82, 148-149

3n oculomotor nerve 9-15, 19-20, 59-64, 69, 71-73,

75-77, 121, 143, 146-147

3PC oculomotor nucleus, parvicellular part 32-34,

80-82, 149

3V 3rd ventricle 8-26, 59-70, 72, 74-76, 121-142

4 layer 4 of cortex 110

4/5Cb 4th and 5th cerebellar lobules 94, 162-163

4Cb 4th cerebellar lobule 161

4N trochlear nucleus 35-36, 83-84, 150-153

4n trochlear nerve 9-15, 19-20, 59-64, 70-71, 73,

76-78, 82, 121, 143, 146-147

4Sh trochlear nucleus shell region 150-151, 153

4V 4th ventricle 26-41, 87-100, 158-169

5ADi motor trigeminal nucleus, anterior digastric

part 156-157

5Cb 5th cerebellar lobule 164-166

5Gn trigeminal ganglion 14, 16-22, 66, 68-69, 73-79,

143, 146-147

5Gn/5n trigeminal ganglion and trigeminal nerve

15, 65, 67, 70-72

5man trigeminal nerve, mandibular division 11-14,

16, 71-73

5mx trigeminal nerve, maxillary division 1-13,

42-62, 64, 104-105, 108, 110, 112-113, 116-117, 121

5N motor trigeminal nucleus 26-27, 29, 84-86,

154-157

5n trigeminal nerve 20-23, 63

5oph trigeminal nerve, ophthalmic division 9-13,

59-60, 62, 64, 121

5Sol trigeminal-solitary transition zone 29, 31,

34-37, 39-40, 89-100, 161-170

5Tr trigeminal transition zone 158-159

5TT motor trigeminal nucleus, tensor tympani part

24-28, 82-85, 151-155

6Cb 6th cerebellar lobule 95-102, 165-169

6N abducens nucleus 27-30, 87-88, 159-160

6n root of abducens nerve 9-15, 19-20, 59-65, 71-73,

75-76, 78-80, 87, 89, 121, 146, 159

6RB abducens nucleus, retractor bulbi part 87, 157

7Cb 7th cerebellar lobule 102-103, 166-174

7DI facial nucleus, dorsal intermediate subnucleus

25, 87-89, 91, 159-161

7DL facial nucleus, dorsolateral subnucleus 87, 89,

91, 159-161

7DM facial nucleus, dorsomedial subnucleus 25,

87-89, 91, 159-161

7Gn a 80, 82

7L facial nucleus, lateral subnucleus 25, 87-89, 91,

159-161

7N facial nucleus 23-24, 26-29, 90, 92, 158, 162-163

7n facial nerve 19-26, 80-92, 150-159

7SH facial motor nucleus, stylohyoid part 27-28, 89,

92, 158-163

7VI facial nucleus, ventral intermediate subnucleus

87-89, 91, 159-161

7VM facial nucleus, ventromedial subnucleus 87-89,

91, 159-161

8Cb 8th cerebellar lobule 101-103, 169-175

8cn cochlear root of the vestibulocochlear nerve

20-24, 84-87, 92, 154-159, 162

8n vestibulocochlear nerve 29, 34, 88-91, 94, 159,

161

8vn vestibular root of the vestibulocochlear nerve

25, 83-85, 89, 91, 152, 154-155, 159-160

9/10/11n glossopharyngeal, vagus, and accessory

nerves 28-29, 94-98, 163

9/10n glossopharyngeal and vagus nerves 93

9Cb 9th cerebellar lobule 97, 101-102, 167-176

9n glossopharyngeal nerve 30, 93-95

10Cb 10th cerebellar lobule (nodule) 96-102,

164-168

10Gn vagus nerve ganglion 25, 83-87, 90, 162-163

10N dorsal motor nucleus of vagus 35-39, 95-103,

166-174

10n vagus nerve 30, 165

11N accessory nerve nucleus 35-37, 102-103,

174-176

11n root of accessory nerve 30, 92-94, 97, 166, 170,

174

12C hypoglossal canal 96-98, 167

12GH hypoglossal nucleus, geniohyoid part 170

12N hypoglossal nucleus 35-38, 95-102, 165-175

12n root of hypoglossal nerve 28-29, 94, 96-101,

167-170, 172

Aa artery 108, 117, 140-141, 147

A1 A1 noradrenaline cells 101-103, 173-176

A1/C1 A1 noradrenaline cells/C1 adrenaline cells

171-172

A11 A11 dopamine cells 25, 69-71, 73, 79, 135-142

A13 A13 dopamine cells 65, 67-70, 132-134

A14 A14 dopamine cells 73, 129

A4 A4 noradrenaline cells 94

A5 A5 noradrenaline cells 24, 85, 88-89, 154-158

A7 A7 noradrenaline cells 26-29, 83-84, 86, 152-153,

155

AA anterior amygdaloid area 14-15, 63-68, 124-131

ac anterior commissure 11, 53, 56-61, 121-123

aca anterior commissure, anterior part 4-10, 49-52,

54-55, 109-120

Acb accumbens nucleus 5-8, 51-53

AcbC accumbens nucleus, core 54-58, 112-119

Acbne accumbens nucleus neuroepithelium 4

AcbSh accumbens nucleus, shell 53-58, 110-119

acer anterior cerebral artery 4-7, 55-56, 61, 115-128

aci anterior commissure, intrabulbar part 105-107

ACo anterior cortical amygdaloid nucleus 14-18,

64-70, 125-133

acp anterior commissure, posterior part 11-14, 59,

61, 63-66, 121-127

AD anterodorsal thalamic nucleus 14, 63-64,

124-127

ADig anterior belly of the digastric muscle 1, 3

af amygdaloid fissure 138-143

AH anterior hypothalamic area 14-16, 66

AHA anterior hypothalamic area, anterior part

12-13, 65, 127-129

AHC anterior hypothalamic area, central part 66-68,

129-131

AHiAL amygdalohippocampal area, anterolateral part

71-73, 135-138

AHiPL amygdalohippocampal area, posterolateral

74-75, 139-140

AHiPM amygdalohippocampal area, posteromedial

part 74-80, 139-144

AHP anterior hypothalamic area, posterior part

17, 67-68, 130-132

AID agranular insular cortex, dorsal part 50-67,

107-110, 111-121

AIP agranular insular cortex, posterior part 68-69,

122-132

AIV agranular insular cortex, ventral part 50-67,

107-121

AL nucleus of the ansa lenticularis 68

Al alar nucleus 59-60, 121

Alar alar ligament of dens 30-31

alv alveus of the hippocampus 68, 127-131, 133-147

AM anteromedial thalamic nucleus 14-15, 63-66,

125-131

Amb ambiguus nucleus 30, 32-36

AmbC ambiguus nucleus, compact part 93-96,

165-166

AmbL ambiguus nucleus, loose part 98-99, 169-171

AmbSC ambiguus nucleus, subcompact part 97,

167-168

Amg amygdala 13, 21

AMV anteromedial thalamic nucleus, ventral part

127-129

AngT angular thalamic nucleus 65, 129-133

ANS accessory neurosecretory nuclei 64-66, 127-130

AntCh anterior chamber of the eye 2, 4-5

AO anterior olfactory nucleus 3

AOB accessory olfactory bulb 2, 45-46

AOD anterior olfactory nucleus, dorsal part 47-49,

105-107

AOE anterior olfactory nucleus, external part 2, 47,

105-106

AOL anterior olfactory nucleus, lateral part 47-49,

105-107

AOM anterior olfactory nucleus, medial part 47-49,

106-107

AOP anterior olfactory nucleus, posterior part

49-50, 109-112

AOrb alar orbital bone 42-47, 49, 52-54

AOV anterior olfactory nucleus, ventral part 47,

105-107

AOVP anterior olfactory nucleus, ventroposterior part

48-50, 108-110

AP area postrema 39-40, 101, 168-173

Apex apex of cochlea 78

APF anterior perifornical nucleus 62

APir amygdalopiriform transition area 74-77, 79-80,

138-144

APit anterior lobe of the pituitary 17-20, 76-80, 143,

146

apmf ansoparamedian fissure 164-168, 170-172

APT anterior pretectal nucleus 24-29, 72-77,

137-138, 141-142, 144-146

APTD anterior pretectal nucleus, dorsal part

139-140, 143

APTV anterior pretectal nucleus, ventral part

139-140, 143

Aq aqueduct 26-27, 29-41, 76-97, 143-157

Arc arcuate hypothalamic nucleus 16-22, 24-26,

69-70, 132-133

ArcD arcuate hypothalamic nucleus, dorsal part

71, 74, 134-137

ArcL arcuate hypothalamic nucleus, lateral part

71-74, 134-138

ArcLP arcuate hypothalamic nucleus, lateroposterior

part 75, 139-141

ArcM arcuate hypothalamic nucleus, medial part

71-74, 134-138

ArcMP arcuate hypothalamic nucleus, medial

posterior part 75-76, 139-142

Ary arytenoid cartilage 20-21

asc7 ascending fibers of the facial nerve 30

ASCC anterior semicircular canal 26, 28-34, 85, 87,

89-95

asp anterior spinal artery 33

ASph alisphenoid bone 10-17, 58-64, 66, 68-77, 121

ASt amygdalostriatal transition area 68

AtAx atlantoaxial joint 30-31, 103

ATg anterior tegmental nucleus 33, 83-84, 152-153

ATh anterior thalamic region 13

Atlas atlas 25-26, 28-31, 33-41, 98-100, 103

AtOc atlantooccipital joint 30-31

Au1 primary auditory cortex 70-79, 131-143

AuD secondary auditory cortex, dorsal area 70-79,

131-144

Aud auditory tube 16

AudC auditory tube cartilage 17

AuV secondary auditory cortex, ventral area 70-79,

131-143

AV anteroventral thalamic nucleus 14, 65, 123-125

AVDM anterovent thalamic nucleus, dorsomedial part

63-64, 126-129

AVPe anteroventral periventricular nucleus 58-60,

123

AVVL anteroventral thalamic nucleus, ventrolateral

part 63-64, 126-129

Axis axis (C2 vertebra) 28-31, 33-41, 99-100

azac azygous anterior cerebral artery 5, 112-114

BB basal nucleus (Meynert) 15-16, 63-64, 66, 68,

124-129

BAC bed nucleus of the anterior commissure 61-62,

122-123

BAOT bed nucleus of the accessory olfactory tract

16, 67-70, 128-132

Bar Barrington’s nucleus 33-35, 87-91, 157-160

bas basilar artery 21-22, 24-26, 28, 31-32, 77-99,

146-171

BCo basal nucleus, core 127

BIC nucleus of the brachium of the inferior colliculus

31-35, 79-85, 146-155

bic brachium of the inferior colliculus 31-36, 79-85,

144-157

BL basolateral amygdaloid nucleus 16-17, 19-20

BLA basolateral amygdaloid nucleus, anterior part

18, 68-72, 128-134

BLP basolateral amygdaloid nucleus, posterior part

71-75, 133-140

BLV basolateral amygdaloid nucleus, ventral part

18-19, 69-72, 131-136

BM basomedial amygdaloid nucleus 19-20

BMA basomedial amygdaloid nucleus, anterior part

16-18, 65-70, 128-133

BMP basomedial amygdaloid nucleus, posterior part

70-74, 133-138

Bo Botzinger complex 93-94, 163-165

BOcc basioccipital bone 18-23, 25-26, 28-29, 37-38,

81-87, 89-90, 93-97, 162-163

bsc brachium of the superior colliculus 22, 26, 28,

69-75, 136-140

BSph basisphenoid bone 14, 17, 65-69, 71, 73-74,

77-80

BStap base of stapes 23-25

BTel basal telencephalon 5-10, 13

BTelne basal telencephalon, neuroepithelial zone

5-8, 10-16, 20-22

CC1 C1 adrenaline cells 90, 92, 161-168

C1/A1 C1 adrenaline cells and A1 noradrenaline cells

97-98, 100, 169-170

C1/CVL C1 cells and caudoventrolateral reticular

nucleus 95

C1/RVL rostral ventrolateral reticular nucleus 93-94

C2 C2 adrenaline cells 94

CA1 field CA1 of the hippocampus 65-69, 75,

128-134, 137-142

CA2 field CA2 of the hippocampus 65-69, 128-139

CA3 field CA3 of the hippocampus 63-69, 73-77,

126-143

CAT nucleus of the central acoustic tract 22, 82-84,

152-154

cav cavernous sinus 8-11, 13-14, 59, 61-62, 110,

113-117, 121

CB cell bridges of the ventral striatum 53-56, 59,

115-117, 119-120, 122

Cb cerebellum 30-31, 33-34, 36, 38-40, 86-90

cbw cerebellar white matter 156-173

cbx cerebellar commissure 38

CC central canal 33-38, 170-176

cc corpus callosum 57-62, 64-65, 101, 115-134

CCrus common crus of the semicircular canals

30-35, 93-94, 167-168

CD cochlear duct 19-25, 80-87, 89-91, 153-154

Ce central amygdaloid nucleus 16-20, 72

CeAu cervicoauricular muscle 31, 33-38

CeC central amygdaloid nucleus, capsular part

67-71, 99, 129-134

CeCv central cervical nucleus of the spinal cord

101, 103, 171-176

CeL central amygdaloid nucleus, lateral division

68-70, 129-133

CeM central amygdaloid nucleus, medial division

65-70, 128-133

CEnt caudomedial entothinal cortex 81-82, 145-152

CG central gray 29-32, 93

Cg cingulate cortex 14

cg cingulum 54-70, 112-138

Cg1 cingulate cortex, area 1 50-62, 108-126

Cg2 cingulate cortex, area 2 49, 54-61, 115-126

CGA central gray, alpha part 28, 88-89, 159-160

XVIII Atlas of the Developing Mouse Brain at E17.5, P0, and P6 Paxinos Halliday Watson Koutcherov Wang

ADMB Book #4 23/8/06 3:13 PM Page XVIII

Page 20: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

CGB central gray, beta part 29, 87, 89, 158-159

CGG central gray, gamma part 88, 159-160

CGn cochlear (spiral) ganglion 20-24, 79-87, 92-93,

154, 157

CGO central gray, nucleus O 28, 89, 159

chp choroid plexus 12-22, 33-37, 131, 162, 166-169

CIC central nucleus of the inferior colliculus 87-93,

157-164

CL centrolateral thalamic nucleus 65, 67-70,

127-137

Cl claustrum 8-16, 50-59, 69, 109

Clav clavicle 20

CLi caudal linear nucleus of the raphe 33-34, 81-83,

149-152

CM central medial thalamic nucleus 16-20, 22-24,

63-65, 67-70, 125-136

CnF cuneiform nucleus 35-38, 83-94, 154-160

Com commissural nucleus of the inferior colliculus

26, 90-95, 159-162

Cond condylar process of mandible 15-18, 63-64,

66-69, 71-74

Cop copula of the pyramis 102-103, 168-173

Cor coronoid process of the mandible 6, 8-10,

55-59, 61

Cornea cornea 2-6, 44-47, 105

Corti organ of Corti 20, 87, 153-154

cp cerebral peduncle 24-33, 79-82, 84, 137-150

CPu caudate putamen (striatum) 7-20, 52-66,

68-72, 111-134

CPune caudate putamen, neuroepithelial zone 4-19

cpx carotid plexus 77-80

CrP cribriform plate of the ethmoid 1-4, 42-46, 49,

104

Crus1 crus 1 of the ansiform lobule 100-101,

156-171

Crus2 crus 2 of the ansiform lobule 102-103, 155,

159-172

csc commissure of the superior colliculus 27, 29,

74-76, 78, 143-144

cst commissural stria terminalis 15, 67-69, 128-131,

133

Ctd carotid canal 77-78

CtdB carotid body 87, 89-92, 94

cty chorda tympani nerve 67-70, 72

Cu cuneate nucleus 41, 99-103, 168-176

cu cuneate fasciculus 37-41, 100-103, 173-176

CuR cuneate nucleus, rotundus part 100-103,

171-175

CV2 second cervical vertebra 36

CVL caudoventrolateral reticular nucleus 167

CVL/C1 caudoventrolateral reticular nucleus and C1

cells 96

Cx cerebral cortex 83-85

Cx1 developing cortex, layer 1 21

CxA cortex-amygdala transition zone 14-16, 59-60,

62-63, 66-67, 131

CxA1 cortex-amygdala transition zone, layer 1

64-65, 126, 128-130

CxA2 cortex-amygdala transition zone, layer 2 61

Cxne neuroepithelial zone of developing cortex

3-27, 29

CxP cortical plate 3-29

DD3V dorsal 3rd ventricle 66-74, 126-136, 138-139

DA dorsal hypothalamic area 19, 69, 133-134

DAx dens of the axis 30-31, 100

DC dorsal cochlear nucleus 32-34, 93-96, 159-160

DCDp dorsal cochlear nucleus, deep core 161-164

DCFu dorsal cochlear nucleus, fusiform layer

161-164

DCIC dorsal cortex of the inferior colliculus 90-93,

159-164

DCl dorsal part of claustrum 60-66, 68, 110-132

DCMo dorsal cochlear nucleus, molecular layer

160-165

dcs dorsal corticospinal tract 37-41

dcw deep cerebral white matter 51-52, 56, 64-66,

69, 71-73, 75, 79, 81-82, 112, 124-132, 135-140,

142-149

DEn dorsal endopiriform nucleus 12, 17-18, 50-75,

107-139

df dorsal fornix 62-63, 120-125

DG dentate gyrus 18-20, 24, 64-69, 73-80, 146

DH dorsal horn of spinal cord 37-41

dhc dorsal hippocampal commissure 64, 66,

127-145

DI dysgranular insular cortex 52-69, 109-132

DIEnt dorsal intermediate entorhinal cortex 81,

145-150

Dk nucleus of Darkschewitsch 26-29, 74-79,

143-149

DLEnt dorsolateral entorhinal cortex 74-81,

136-147

DLG dorsal lateral geniculate nucleus 18-24, 69-73,

131-140

DLL dorsal nucleus of the lateral lemniscus 32-37,

82-88, 153-157

DLO dorsolateral orbital cortex 48-49, 106

dlo dorsal lateral olfactory tract 2, 105

DLPAG dorsolateral periaqueductal gray 77-85,

87-92, 145-159

DM dorsomedial hypothalamic nucleus 17-21,

69-72, 74-75, 137-139

DMC dorsomedial hypothalamic nucleus, compact

part 71-72, 135-136, 166

DMD dorsomedial hypothalamic nucleus, dorsal part

73, 133-136

DMPAG dorsomedial periaqueductal gray 77-92,

144-161

DMSp5 dorsomedial spinal trigeminal nucleus

161-169

DMTg dorsomedial tegmental area 27-29, 83-88,

155-158

DMV dorsomedial hypothalamic nucleus, ventral part

73, 135-136

DP dorsal peduncular cortex 50-53, 109-115

dpal descending palatine artery 1-3, 6, 43-44

DpG deep gray layer of the superior colliculus

77-87, 143-158

DPGi dorsal paragigantocellular nucleus 28, 30-33,

89-94, 160-165

DPO dorsal periolivary region 156

DpWh deep white layer of the superior colliculus

78-87, 144-156

DR dorsal raphe nucleus 35-36, 83-84

DR3V dorsal recess of third ventricle 15-20

DRC dorsal raphe nucleus, caudal part 90, 158-161

DRD dorsal raphe nucleus, dorsal part 81-82, 85-89,

150-157

DRGn dorsal root ganglion 35, 37

DRI dorsal raphe, interfascicular part 83-86,

152-155

DRL dorsal raphe nucleus, lateral part 85-86,

152-155

DRV dorsal raphe nucleus, ventral part 81-82,

85-88, 149-157

DS dorsal subiculum 69, 71-77, 135-148

dsc dorsal spinocerebellar tract 101-103, 169,

173-176

dsc/oc dorsal spinocerebellar tract and olivocerebellar

tract 30-32, 163-168, 170-172

DTg dorsal tegmental nucleus 34-35, 89, 91-92

DTgC dorsal tegmental nucleus, central part 90,

158-159

DTgP dorsal tegmental nucleus, pericentral part 90,

157-161

dtgx dorsal tegmental decussation 149

DTM dorsal tuberomammillary nucleus 74-75,

139-140

DTr dorsal transition zone 108-109

DTT dorsal tenia tecta 48-55, 107-113

EE ependyma and subependymal layer 140

EA sublenticular extended amygdala 14-16, 63, 67,

131

EAC sublenticular extended amygdala, central part

64-66, 124-130

EAM sublenticular extended amygdala, medial part

18, 20-26, 65-66, 77-85, 128-130

ec external capsule 5-13, 53-62, 64-66, 69-70,

113-116, 118-134

ECIC external cortex of the inferior colliculus

34-35, 80-93, 150-166

Ect ectorhinal cortex 70-82, 133-151

ectd external carotid artery 91-92

ECu external cuneate nucleus 38-41, 97-101,

166-170

EGL external granular layer of developing cerebellum

31-40, 92-103, 153-176

ELS endolymphatic sac 28-35, 87, 89-99

eml external medullary lamina 65, 68, 126, 132-135,

137-138

emv emissary vein 28-29

EnO enamel organ 1-8, 42-44, 47, 49, 104, 110,

116-117

Ent entorhinal cortex 23-27

Entne entorhinal cortex, neuroepithelial zone 22-27

EP entopeduncular nucleus 18-19, 67-69, 130-134

EpiG epiglottis 17

EPl external plexiform layer of the olfactory bulb

1-2, 42-46, 104-107

EpP epipeduncular nucleus 74, 142-143

ESO episupraoptic nucleus 65-67, 127-130

Eth ethmoid thalamic nucleus 25, 46, 73-74,

140-142

EthB ethmoid bone 1-7, 42-44, 104-105, 108

EVe nucleus of origin of efferents of the vestibular

nerve 27-28, 87-89, 158-160

EW Edinger-Westphal nucleus 79-80, 148-149

ExOrb exorbital gland 74, 78

Eye eye 8-9, 42-43, 48-49, 53-54, 112

Eyelid eyelid 2-7, 42, 53

FF nucleus of the fields of Forel 25, 72-73, 139-140

f fornix 12-17, 19-22, 59-76, 121-143

Fat loculated brown fat 33-41

FC fasciola cinereum 65-66, 130-133, 135

FF fields of Forel 73, 138-139, 141-142

fi fimbria of the hippocampus 11-22, 62-73, 120-136

Fl flocculus 91-98, 157-166

FMag foramen magnum 30-31

fmi forceps minor of the corpus callosum 50-53,

110-114

fmj forceps major of the corpus callosum 67-74,

136-145

fr fasciculus retroflexus 20-31, 69-77, 132-146

Fr3 frontal cortex, area 3 50-52, 107-111

FrA frontal assocn cortex 46-47, 105-106

Fro frontal bone 2-14, 42-50, 52, 54-58, 60, 104-105,

108-110, 112-113, 116

Fro/Par frontal and parietal bones 86

Fu bed nucleus of stria terminalis, fusiform part

59-60, 121-122

FVe F cell group of the vestibular complex 95,

165-166

Gg7 genu of the facial nerve 27-28, 87, 89, 160

gcc genu of the corpus callosum 54, 56

Ge5 gelatinous layer of the caudal spinal trigeminal

nucleus 175

GeGl genioglossus muscle 1, 3, 5, 8

GeHy geniohyoid muscle 3, 5, 16-17

Gem gemini hypothalamic nucleus 25, 72, 139-141

GI granular insular cortex 54-69, 110-112, 114-132

Gi gigantocellular reticular nucleus 24-26, 28-36,

87-99, 159-169

GiA gigantocellular reticular nucleus, alpha part

24-28, 87-91, 159-164

GiV gigantocellular reticular nucleus, ventral part

29-30, 92-95, 165-166

Gl glomerular layer of the olfactory bulb 1-2, 42-46,

104-107

Gonial gonial process 72-75

GP globus pallidus 13-18, 59, 62-65, 67-69, 123-132

Gr gracile nucleus 1, 98-103, 169-176

gr gracile fasciculus 37-41, 103, 175-176

GrA granule cell layer of the accessory olfactory bulb

158

GrC granule cell layer of cochlear nuclei 92-94,

159-163

GrCb granule cell layer of the cerebellum 154-156,

162-164, 166-176

GrDG granular layer of the dentate gyrus 126-145

GrO granular cell layer of the olfactory bulb 2,

42-43, 47, 104-107

HHardG Harderian gland 43-47, 49-53, 104-105, 110,

112-114

Hb habenular nuclei 16-21

hbc habenular commissure 70-72, 136-137

HDB nucleus of the horizontal limb of the diagonal

band 11-13, 54-66, 117-130

Hem hemisphere of cerebellum 91-101

Hi hippocampal region 14-23, 70-72

hif hippocampal fissure 65, 76-77, 128-141

HMall handle of malleus 20-22, 80-81

HPtg hamulus of the pterygoid bone 14-15, 72,

74-75

HSCC horizontal semicircular canal 28-31, 90-96

HSCCA horizontal semicircular canal ampulla 26,

28, 85-87, 89

HStap handle of stapes 24

HyGl hyoglossus muscle 5, 8-12, 14

Hyoid hyoid bone 16-18, 20

II intercalated nuclei of the amygdala 16-18, 65,

67-68, 70-72, 128-129, 131, 133-136

I8 interstitial nucleus of the vestibulocochlear nerve

157-158

I9Gn inferior ganglion of the glossopharyngeal nerve

28, 90-94, 163

ia internal arcuate fibers 176

IAD interanterodorsal thalamic nucleus 63-64,

126-127

ialn inferior alveolar nerve 1, 5, 7-10, 63, 65, 67-69

IAM interanteromedial thalamic nucleus 65-66,

128-130

IAud internal auditory meatus 86-87

IB interstitial nucleus of the medulla 175-176

IC inferior colliculus 33, 36-41, 94-102

ic internal capsule 12-22, 60-78, 121-140

icf intercrural fissure 159-171

ICj islands of Calleja 55-59, 111-112, 114-121, 124

ICjM islands of Calleja, major island 54, 113,

116-117

icp inferior cerebellar peduncle (restiform body)

29-35, 91-93, 95-99, 160-166

ictd internal carotid artery 8-12, 14-21, 23, 69,

71-82, 85, 87, 89-92, 129-132, 134-135

ICx intermediate cortical layer 4-28

IEn intermediate endopiriform nucleus 50-60,

62-64, 108-120, 121-126

IF interfascicular nucleus 28-30, 76-80, 144-148

IG indusium griseum 8-12, 54-63, 114-135

IGL intergeniculate leaf 18-24, 69-73, 132-141

ijugv internal jugular vein 21, 23, 28-30, 96-97

IL infralimbic cortex 50-53, 109-114

ILL intermediate nucleus of the lateral lemniscus

29-31, 79-82, 151-154

IM intercalated amygdaloid nucleus, main part

130-131

IMA intramedullary thalamic area 70-72, 132,

134-139

IMD intermediodorsal thalamic nucleus 65-69,

129-135

IMG amygdaloid intramedullary gray 72, 131-134

iml internal medullary lamina 133-134, 136

In intercalated nucleus of the medulla 35, 37-38,

95-96, 167-168

InC interstitial nucleus of Cajal 28-30, 74-81,

144-149

Inc incus 22-23, 27, 77, 81

Inf infundibulum 139

InfM inferior meatus 1, 42-45

InG intermediate gray layer of the superior colliculus

76-87, 143-158

InPl inner plexiform layer of the retina 2-4, 6-8,

43-46, 49-53, 104-105, 108-110, 112

Ins insular cortex 8-16

Int interposed cerebellar nucleus 93-98

IntA interposed cerebellar nucleus, anterior part

23-24, 37-39, 161-164

IntDL interposed cerebellar nucleus, dorsolateral

hump 162-164

IntP interposed cerebellar nucleus, posterior part

37-38, 163-167

Atlas of the Developing Mouse Brain at E17.5, P0, and P6 Paxinos Halliday Watson Koutcherov Wang XIX

ADMB Book #4 23/8/06 3:13 PM Page XIX

Page 21: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

IntPPC interposed cerebellar nucleus, posterior

parvicellular part 165

InWh intermediate white layer of the superior

colliculus 74, 76-87, 143-158

IO inferior olivary nucleus 29-30

IOA inferior olive, subnucleus A of medial nucleus

99-101, 170-174

IOB inferior olive, subnucleus B of medial nucleus

99-102, 169-173

IObCa inferior oblique capitis muscle 31, 34

IOBe inferior olive, beta subnucleus 99-101,

168-173

IOC inferior olive, subnucleus C of medial nucleus

99-101, 169-173

IOD inferior olive, dorsal nucleus 31-35, 95-100,

164-171

IODM inferior olive, dorsomedial cell group

166-167

IOK inferior olive, cap of Kooy of the medial nucleus

99-101, 171-173

IOM inferior olive, medial nucleus 31-36, 94-98,

164-168

iopha inferior ophthalmic artery 8

IOPr inferior olive, principal nucleus 31-33, 94-98,

165-170

iorb infraorbital artery 1-3, 50-51, 53-54, 56-58

IOrbF infraorbital foramen 53

IOVL inferior olive, ventrolateral protrusion

168-170

IP interpeduncular nucleus 27, 32

IPA interpeduncular nucleus, apical subnucleus

79-81, 149-150

IPAC interstitial nucleus of the posterior limb of the

anterior commissure 58-65, 120-127

IPC interpeduncular nucleus, caudal subnucleus

31, 78-80, 145-150

IPDL interpeduncular nucleus, dorsolateral

subnucleus 78-80, 147-149

IPDM interpeduncular nucleus, dorsomedial

subnucleus 147-148

IPF interpeduncular fossa 27, 30-31, 76-78, 145-146

IPI interpeduncular nucleus, intermediate subnucleus

78-80, 148-150

IPit intermediate lobe of the pituitary 18-19, 77-79,

143

IPL interpeduncular nucleus, lateral subnucleus 31,

46, 78, 104, 146-149

IPl internal plexiform layer of the olfactory bulb

1-2, 42-45, 106

IPR interpeduncular nucleus, rostral subnucleus

77-79, 145-149

IRec inferior rectus muscle 7-8, 51, 54-56, 112

Iris iris 4, 6, 45, 47

IRt intermediate reticular nucleus 26-36, 87-103,

157-176

IS inferior salivatory nucleus 30, 92-94, 162-164

IVF interventricular foramen 12-14, 62-63, 123

JJPLH juxtaparaventricular part of lateral

hypothalamus 65-67, 129-130

JugF jugular foramen 30-31, 93-97, 162-163, 167

KKF Kˆlliker-Fuse nucleus 30-32, 84-87, 153-159

LLA lateroanterior hypothalamic nucleus 12-14,

65-66, 127-130

La lat amygdaloid nucleus 16-20, 68-75

LAcbSh lateral accumbens shell 56-57, 117

LaDL lateral amygdaloid nucleus, dorsolateral part

130-137

Lar larynx 20

LarPh laryngopharynx 18, 20-21

Lat lateral (dentate) cerebellar nucleus 35, 37-39,

93-97, 159-164

LatPC lateral cerebellar nucleus, parvicellular part

93-94, 161-164

LaVL lateral amygdaloid nucleus, ventrolateral part

133-134

LaVM lateral amygdaloid nucleus, ventromedial part

133-139

LC locus coeruleus 32, 34-35, 89-91, 158-162

lc lateral column of the spinal cord 33-39

LD laterodorsal thalamic nucleus 16, 65-66

Ld lambdoid septal zone 57, 117, 119

LDDM laterodorsal thalamic nucleus, dorsomedial

part 67-68, 126-132

LDTg laterodorsal tegmental nucleus 32-35, 86-92,

155-161

LDTgV laterodorsal tegmental nucleus, ventral part

87-89, 155-157

LDVL laterodorsal thalamic nucleus, ventrolateral

part 67-68, 126-133

Lens lens 2-6, 45, 47, 50-51, 105, 108-109

LEnt lateral entorhinal cortex 82, 133-135, 148-150

lfp longitudinal fasciculus of the pons 24-25, 77,

79-81, 147-152

lga lingual artery 3, 5-12

LgCa longus capitis muscle 20-24, 82, 87, 89

lgn lingual nerve 68

LgsCa longissimus capitis muscle 28-31, 33-41

LH lateral hypothalamic area 67, 75

LHb lateral habenular nucleus 22, 64-66, 68-71,

127-128

LHbL lateral habenular nucleus, lateral part

129-131, 133, 135-137

LHbM lateral habenular nucleus, medial part

129-137

Li linear nucleus of the medulla 95-96, 166-168

ll lateral lemniscus 27, 79-83, 86-87, 148-156

LM lateral mammillary nucleus 23-24, 76-77,

141-144

LMol lacunosum moleculare layer of the

hippocampus 128-142

LO lateral orbital cortex 48-51, 105-110

lo lateral olfactory tract 2-13, 46-48, 51-52, 54-64,

105, 107-125

LOT nucleus of the lateral olfactory tract 14-15, 129

LOT1 nucleus of the lateral olfactory tract, layer 1

66, 127-128

LOT2 nucleus of the lateral olfactory tract, layer 2

65, 67

LP lateral posterior thalamic nucleus 17-30, 72-75,

139-145

LPAG lateral periaqueductal gray 77-92, 145-160

LPal levator palati muscle 17

LPB lateral parabrachial nucleus 32, 34-35, 86-90,

92-93, 158-161

LPBC lateral parabrachial nucleus, central part

156-157

LPBE lateral parabrachial nucleus, external part

33, 87-89, 156-160

LPBI lateral parabrachial nucleus, internal part

160-161

LPBS lateral parabrachial nucleus, superior part

156-157

LPGi lateral paragigantocellular nucleus 23-32,

87-95, 97, 158-167

LPLR lateral posterior thalamic nucleus, laterorostral

part 69-71, 134-138

LPMR lateral posterior thalamic nucleus,

mediorostral part 69-71, 133-138

LPO lateral preoptic area 11-12, 58-64, 119-126

LPS levator palpebrae superioris muscle 4-7, 49,

51-52, 108-110

LPtA lateral parietal association cortex 70, 129-131

LPtg lateral pterygoid muscle 10-16, 58-67, 69-73

LR4V lateral recess of the 4th ventricle 30-38, 90-98,

157-168

LRec lateral rectus muscle 7-9, 54-57, 112

LReCa lateral rectus capitis muscle 22-26

LRt lateral reticular nucleus 33-36, 97-102, 168-174

LRtPC lateral reticular nucleus, parvicellular part

97-99, 169-173

LRtS5 lateral reticular nucleus, subtrigeminal part

168-171

LS lateral septal nucleus 5-11

LSD lateral septal nucleus, dorsal part 53-62,

114-124

LSI lateral septal nucleus, intermediate part 50-61,

112-122

LSO lateral superior olive 85-86, 155-157

LSS lateral stripe of the striatum 54-56, 58-62,

116-128

LSV lateral septal nucleus, ventral part 53-60,

113-121

LT lateral terminal nucleus of the accessory optic tract

74-76, 142

LTer lemina terminalis 11, 59-61, 122-123

Lth lithoid nucleus 26, 73-75, 141-143

LV lateral ventricle 3-26, 51-65, 68, 73-76, 78, 80,

112-137, 139-146

LVe lateral vestibular nucleus 30-31, 91-93, 161-164

LVPO lateroventral periolivary nucleus 84-86,

154-157

MM1 primary motor cortex 49-69, 107-128

M2 secondary motor cortex 48-69, 107-128

m5 motor root of the trigeminal nerve 19, 25, 27,

75-79, 81-82, 143, 146-153, 155-157

MA3 medial accessory oculomotor nucleus 28-30,

33, 77-79, 145-147

Mall malleus 20-21, 23, 77-81, 84-85

Man mandible 1-14, 54-62, 70, 72

masa masseteric artery 6-7, 10-11

MasM masseter muscle 1-14, 42-47, 49-50, 54-61,

63-65, 69-72, 95-96

masn masseteric nerve 68-70, 74

masv masseteric vein 72

MB mammillary body 22

Mc Meckel’s cartilage 1, 3, 5-19, 65-76

mcer middle cerebral artery 5-7, 63, 123-128

MCLH magnocellular nucleus of the lateral

hypothalamus 69, 71-73, 132-135

mcp middle cerebellar peduncle 25, 29-38, 78-83,

85-92, 147-155

MCPC magnocellular nucleus of the posterior

commissure 26, 73-75, 140-144

MCPO magnocellular preoptic nucleus 11-13,

58-66, 119-130

MD mediodorsal thalamic nucleus 16-22, 64-65,

126-129

MDC mediodorsal thalamic nucleus, central part

68, 131-133

MdD medullary reticular nucleus, dorsal part 37-38,

41, 100-103, 170-176

MDL mediodorsal thalamic nucleus, lateral part

66-69, 130-135

MDM mediodorsal thalamic nucleus, medial part

66-67, 69, 130-136

MdV medullary reticular nucleus, ventral part

35-36, 100-103, 170-176

ME median eminence 22, 134

Me medial amygdaloid nucleus 16-20

Me5 mesencephalic trigeminal nucleus 34-35, 91-92,

155, 160-161

me5 mesencephalic trigeminal tract 34, 36, 91

MeA medial amygdaloid nucleus, anterior part

14-15

MeAD medial amygdaloid nucleus, ant dorsal 66-70,

128-133

MeAV medial amygdaloid nucleus, anteroventral part

17, 67-70, 130-132

Med medial (fastigial) cerebellar nucleus 39, 94-99,

162-167

MedDL medial cerebellar nucleus, dorsolateral

protuberance 165-167

MedL medial cerebellar nucleus, lateral part 164-165

MEE medial eminence, external layer 18, 74-76,

135-138

MEI medial eminence, internal layer 18, 74-76,

135-138

MEnt medial entorhinal cortex 81-82, 145-150

MePD medial amygdaloid nucleus, posterodorsal part

70-73, 133-137

MePV medial amygdaloid nucleus, posteroventral part

71-73, 133-134, 137

mfb medial forebrain bundle 17-25, 56, 112,

116-118, 132-133, 137-139

MG medial geniculate nucleus 25-30, 74

MGD medial geniculate nucleus, dorsal part 75-78,

140-145

MGM medial geniculate nucleus, medial part 73,

75-78, 141-143

MGV medial geniculate nucleus, ventral part 75-78,

140-145

MHb medial habenular nucleus 22, 64-69, 71,

126-133, 135-137

Mi mitral cell layer of the olfactory bulb 1-2, 42-46,

104-106

MiA mitral cell layer of the accessory olfactory bulb

104-105

MidM middle meatus 1-3, 43-50, 108, 110

MiTg microcellular tegmental nucleus 34-35, 81-88,

150-155

ML medial mammillary nucleus, lateral part 23-26,

74-76, 141-145

ml medial lemniscus 18-28, 30-31, 70-77, 79, 81,

85-86, 132-134, 136-137, 139-160, 162-173

mlf medial longitudinal fasciculus 27-36, 78-86, 88,

94, 145-176

mlx medial lemniscus decussation 101, 175

MM medial mammillary nucleus, medial part

23-26, 74-76, 141-144

MnA median accessory nucleus of the medulla 102,

175-176

MnM medial mammillary nucleus, median part

74-75, 141-142

MnPO median preoptic nucleus 11, 58, 120-122

MnR median raphe nucleus 26-30, 79-85, 150-155

MO medial orbital cortex 48-49, 105-108

MoCb molecular layer of the cerebellum 154-156,

161-162, 166-176

MoDG molecular layer of the dentate gyrus 126-145

mp mammillary peduncle 24-25, 143-144, 146-147

MPA medial preoptic area 7, 58-64, 120-126

MPB medial parabrachial nucleus 31-32, 34-35,

86-92, 156-157, 159-161

MPBE medial parabrachial nucleus external part

158

MPL medial paralemniscial nucleus 28-31, 80-85,

148-154

MPO medial preoptic nucleus 12

MPOC medial preoptic nucleus, central part 62, 124

MPOL medial preoptic nucleus, lateral part 59-64,

122-127

MPOM medial preoptic nucleus, medial part 60-64,

124-127

MPT medial pretectal nucleus 24-25, 73-74, 139-142

MPtA medial parietal association cortex 70, 129-131

MPtg medial pterygoid muscle 11-14, 64-74

MRe mammillary recess of the 3rd ventricle 25,

140-142

MRec medial rectus muscle 3-7, 49, 54-55, 104, 108,

110, 112

mRt mesencephalic reticular formation 150

MS medial septal nucleus 5-10, 53-58, 114-120

MSO medial superior olive 86, 154-157

Mst mastoid process of temporal bone 28

MT medial terminal nucleus of the accessory optic

tract 77, 144-145

mt mammillothalamic tract 23, 65-74, 127-139

mtg mammillotegmental tract 24-31, 73-76,

140-147

MTu medial tuberal nucleus 16-21, 70-74, 133-140

MVe medial vestibular nucleus 28-38, 95-99,

166-168

MVeMC medial vestibular nucleus, magnocellular

part 88-94, 159, 161-165

MVePC medial vestibular nucleus, parvicellular part

88-94, 159-165

MVPO medioventral periolivary nucleus 22, 81-86,

151-157

Mx matrix region of the medulla 94-95, 97-103,

165-176

mxa maxillary artery 70

MxB maxillary bone (maxilla) 1-7, 9, 42-47, 55-56,

104

mxv maxillary vein 14, 73

MyHy mylohyoid muscle 1, 3, 5-9

MZMG marginal zone of the medial geniculate 142

XX Atlas of the Developing Mouse Brain at E17.5, P0, and P6 Paxinos Halliday Watson Koutcherov Wang

ADMB Book #4 23/8/06 3:14 PM Page XX

Page 22: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

NNasC nasal cavity 1-17, 42-52, 54-58, 60-63, 65-69,

72-75, 78, 104-105, 108, 110, 112, 116, 121

ne neuroepithelium 1-10, 26, 28-29, 42-58, 60,

62-65, 67-69, 75-76, 79-80, 85-87, 92-98, 104-132,

134-137, 156, 158

ns nigrostriatal bundle 124, 132-133, 137-139, 141

NSpt nasal septum 1-7, 42-50, 52, 104-105, 108, 110

Nv navicular nucleus of the basal forebrain 50-52,

111-113

Oocb olivocochlear bundle 159

Occ occipital bone 29-37, 39-41, 97-100, 167

occ occipital artery 92-93, 95-97

occs occipital sinus 30, 32-38, 99-100

och optic chiasm 10-13, 64-65, 125-127

OF optic fiber layer of the retina 2-7, 43-46, 49-53,

104-105, 108-110

OmHy omohyoid muscle 24

ON olfactory nerve layer 1-2, 42-43, 46, 104-106

Op optic nerve layer of the superior colliculus

76-87, 143-159

OPC oval paracentral thalamic nucleus 69-70,

135-136

OpD optic disc 4-6, 51

opha ophthalmic artery 9

ophv ophthalmic vein 4-7, 46, 112

OPT olivary pretectal nucleus 23-27, 72-75, 139-143

opt optic tract 12-21, 24, 66-71, 74-75, 128-137,

140-141

OptF optic foramen 8, 55-56, 112-116

Or oriens layer of the hippocampus 63, 127-142

Oral oral cavity 1-14, 17, 43-49, 52, 54-58, 60-63,

65-68, 71, 78, 80-85

OT nucleus of the optic tract 23, 25-28, 74-76,

140-143

Otic otic ganglion 16-17, 72-73

OV olfactory ventricle (olfactory part of lateral

ventricle) 1-2, 42-50, 104-111

OvalW oval window 23, 25, 72, 84

PP5 peritrigeminal zone 84-86, 153-155, 157

P7 perifacial zone 23, 25-26, 87, 158, 160-162, 164

Pa paraventricular hypoth nucleus 14-18

Pa4 paratrochlear nucleus 35, 84-85, 150, 153-154

Pa5 paratrigeminal nucleus 98, 100, 168-170

PaAP paraventricular hypothalamic nucleus, anterior

parvicellular part 13, 61-63, 124-126

PaC paracommissural nucleus of the posterior

commissure 74, 143-144

PaDC paraventricular hypothalamic nucleus, dorsal

cap 68, 130-131

PAG periaqueductal gray 26-38, 72, 74, 93-97,

139-144

Pal palatine bone 5-11, 48-52, 55-61, 64-65

PalGl palatoglossus muscle 14

PaLM paraventricular hypothalamic nucleus, lateral

magnocellular part 65-67, 128-130

PaMM paraventricular hypothalamic nucleus, medial

magnocellular part 64-65, 127

PaMP paraventricular hypothalamic nucleus, medial

parvicellular part 64-68, 127-131

PaPo paraventricular hypothalamic nucleus, posterior

part 18, 68, 131

PaR pararubral nucleus 30, 32-33, 36, 78-81,

147-149

ParB parietal bone 31, 33-36, 38

ParP parietal plate 16-23, 26-28, 30, 78-81, 85-86,

92-93, 95, 97

PaS parasubiculum 25, 81-82, 144-152

PaV paraventricular hypothalamic nucleus, ventral

part 64-67, 127-130

PaXi paraxiphoid nucleus of thalamus 15, 18, 63-68,

126-133

PB parabrachial nucleus 36

PBG parabigeminal nucleus 34, 82-87, 150-155

PBP parabrachial pigmented nucleus of the VTA

27-31, 74-80, 141-149

PC paracentral thalamic nucleus 23, 63-64, 67-69,

127-131, 133-134

pc posterior commissure 24, 26, 73-74, 138-144

pcer posterior cerebral artery 20, 24-26, 76-77, 148

PCom nucleus of the posterior commissure 27,

75-76, 141-144

PCRt parvicellular reticular nucleus 26-29, 31-33,

35-36, 87, 92-99, 162-169

PCRtA parvicellular reticular nucleus, alpha part

26-28, 88-91, 158-161

pcuf preculminate fissure 161

PDig posterior belly of the digastric muscle 20-21

PDPO posterodorsal preoptic nucleus 61-62,

123-124

PDR posterodorsal raphe nucleus 85-86, 152-154

PDTg posterodorsal tegmental nucleus 89-91,

160-161

Pe periventricular hypothalamic nucleus 61-69, 73,

122-132, 134-138

PeF perifornical nucleus 20-21, 70-73, 133-137

PeFLH perifornical part of lateral hypothalamus

68-73, 132-138

PF parafascicular thalamic nucleus 22-25, 70-72,

136-140

PFl paraflocculus 91-102, 154-167

PFlCv parafloccular cavity 92, 94-95, 167

pfs parafloccular sulcus 96-101, 156-167

PH posterior hypothalamic nucleus 22-24, 70-73,

136-141

PHA posterior hypothalamic area 25-26, 72-74,

139-142

PHD posterior hypothalamic area, dorsal part 69,

71, 134-136

Pi pineal gland 24, 26-27, 75-77, 144-148

pica posteroinferior cerebellar artery 33, 35

PIF parainterfascicular nucleus of the VTA 28-29,

77-79, 146-149

Pig pigment layer of the eye 2-9, 42-44, 54-55,

104-105, 108-110, 112-114

PIL posterior intralaminar thalamic nucleus 26,

74-78, 141-145

Pinna pinna of the ear 28, 30-31

Pir piriform cortex 3-21, 49-64, 67, 71

Pir1 piriform cortex, layer 1 65-66, 68-70, 72-75,

108-139

Pk Purkinje cell layer of the cerebellum 154-156,

161-163, 166-176

PLCo posterolateral cortical amygdaloid nucleus

18-20, 70-75, 134-140

PLCo1 posterolateral cortical amygdaloid nucleus,

layer 1 133

PLd paralambdoid septal nucleus 56-57

plf posterolateral fissure 91-97, 155-166

PLH peduncular part of lateral hypothalamus

13-26, 65-68, 70-74, 76, 127-132, 136-143

PLi posterior limitans thalamic nucleus 73-76,

141-145

PlPAG pleoglial periaqueductal gray 77-78, 143-147,

149-152

PLV perilemniscal nucleus, ventral part 151

PM paramedian lobule 102-103, 163-172

pm principal mammillary tract 24, 140-143

PMCo posteromedial cortical amygdaloid nucleus

19-20, 71-76, 78-80, 133-143

PMD premammillary nucleus, dorsal part 73-76,

139-141

PMn paramedian reticular nucleus 165

PMnR paramedian raphe nucleus 26-32, 34, 80-85,

150-155

pms paramedian sulcus 100-101, 170-172

PMV premammillary nucleus, ventral part 74-76,

139-140

PN paranigral nucleus of the VTA 79, 146-148

Pn pontine nuclei 24-25, 27, 77-81, 146-153

PnC pontine reticular nucleus, caudal part 24-26,

82-86, 154-158

PnO pontine reticular nucleus, oral part 24-32,

79-83, 85-86, 148-155

PnR pontine raphe nucleus 86, 156-157

PnV pontine reticular nucleus, ventral part 85,

156-157

Po posterior thalamic nuclear group 18-25, 27-28,

68-77, 132-145

PoDG polymorph layer of the dentate gyrus

128-144

POHy preoptic hypothalamus 8-11

PoMn posteromedian thalamic nucleus 70, 136

Post postsubiculum 73-81, 142-150

PoT posterior thalamic nuclear group, triangular part

26, 75-78, 142-145

PP peripeduncular nucleus 75, 142-143

ppf prepyramidal fissure 168-174

PPit posterior lobe of pituitary 18-19, 77-78, 143

PPT posterior pretectal nucleus 25-26, 75-76,

142-143

PPy parapyramidal nucleus 162-163

PR prerubral field 22-25, 70-74, 137-143

Pr prepositus nucleus 31-35, 89-96, 160-167

Pr5 principal sensory trigeminal nucleus 23-26,

28-29, 83-85, 87-89, 151-154, 159-160

Pr5DM principal sensory trigeminal nucleus,

dorsomedial part 155-158

Pr5VL principal sensory trigeminal nucleus,

ventrolateral part 155-158

PrBo pre-Botzinger complex 95-96, 166

PrC precommissural nucleus 23-24, 71-73, 138-141

PrCnF precuneiform area 34, 81-82, 84-85, 150-155

PrEW pre-Edinger-Westphal nucleus 27, 76-78,

145-147

prf primary fissure 162-165

PRh perirhinal cortex 70-82, 133-152

PrL prelimbic cortex 48-53, 106-114

PrLSp pre lateral spinal 100, 170-175

PrS presubiculum 25, 27, 75-81, 86, 145-149

PrTh prethalamus (prosomere 3) 15-18, 20-21,

25-26

PS parastrial nucleus 59-60, 121-122

psa posterior superior alveolar artery 1, 3

PSCC posterior semicircular canal 29-34, 95-97, 99

PSCCA posterior semicircular canal ampulla 29

psf posterior superior fissure 155, 157, 159-163,

165-169

PSol parasolitary nucleus 98-100, 168-171

PSph presphenoid bone 7-13, 15-16, 54-64, 112-118,

121

PSphW presphenoid wing 2-16, 53-57, 109, 116

PSTh parasubthalamic nucleus 22, 25, 71-76,

136-140

PT paratenial thalamic nucleus 14-15, 62-64,

123-129

Pt parietal cortex 71-75, 77

Ptd parotid gland 18, 99-100

PTe paraterete nucleus 68, 131-136

PTg pedunculopontine tegmental nucleus 32-34,

81-86, 150-157

Ptg pterygoid process of the sphenoid bone 11-15,

66-69, 71

ptgcn nerve of the pterygoid canal 14, 77, 121

ptgpal pterygopalatine nerve 13, 58-59, 61-65,

67-68, 70-85, 87, 121, 146-147, 150-152

PtPC parietal cortex, posterior area, caudal part

136-139

PtPD parietal cortex, posterior area, dorsal part 132,

134-136

PtPR parietal cortex, posterior area, rostral part

132-135

PV paraventricular thalamic nucleus 17, 21, 66-68,

71, 130-132

PVA paraventricular thalamic nucleus, anterior part

14-16, 62-65, 123-129

PVP paraventricular thalamic nucleus, posterior part

19-20, 69-70, 133-137

Py pyramidal cell layer of the hippocampus 126-142

py pyramidal tract 25, 28-31, 82-86, 88-96, 99-101,

153-176

pyx pyramidal decussation 35-36, 102-103, 176

RR red nucleus 30, 32, 75-76

Rad radiatum layer of the hippocampus 126-142

RAmb retroambiguus nucleus 100-102, 172-175

RAPir rostral amygdalopiriform area 71-73, 135-137

Rath Rathke’s pouch 19

Rbd rhabdoid nucleus 84, 152-153

Rc Reichert’s cartilage 22-24, 92

RCh retrochiasmatic area 15, 68, 70, 131

RChL retrochiasmatic area, lateral part 68-69,

131-133

RCPMj rectus capitis posterior major muscle 35-41

Re reuniens thalamic nucleus 15-18, 63-68, 124-134

ReIC recess of the inferior colliculus 160-161

REth retroethmoid nucleus 25, 74, 142

rf rhinal fissure 6-7, 20, 22, 52-53, 55-58, 60-66,

68-75, 77-78, 82, 108, 110, 111-121, 125-129, 131-

136, 141-148

RGn retinal ganglion cell layer of the retina 2-4, 6-7,

43-46, 49-53, 104-105, 108-110

Rh rhomboid thalamic nucleus 16-17, 65-68,

127-134

RI rostral interstitial nucleus of medial longitudinal

fasciculus 25-26, 72, 140-142

RIP raphe interpositus nucleus 23-24, 82-89,

154-159

RL retrolemniscal nucleus 148, 157-158

RLi rostral linear nucleus of the raphe 27-32, 76,

78-80, 143-147

RMC red nucleus, magnocellular part 31, 33, 77-81,

145-149

RMg raphe magnus nucleus 24-28, 85-92, 156-164

Ro nucleus of Roller 35, 95-98, 165-169, 172

ROb raphe obscurus nucleus 30-34, 36, 93-98, 100,

163-169, 171-174

RPa raphe pallidus nucleus 22-30, 32-35, 85-98, 100,

156-167, 170-174

RPC red nucleus, parvicellular part 26-29, 77-78,

144-147

RPF retroparafascicular nucleus 26, 73, 141

RR retrorubral nucleus 32-33, 81-82, 151-153

RRe retrouniens area 20-24, 69, 135-136

RRF retrorubral field 32-33, 80-82, 149

RRF/A8 retrorubral field and A8 dopamine cells

34, 150-152

rs rubrospinal tract 24-25, 34, 83, 85-86, 88, 93-95,

97, 99, 101-103, 149-176

RSD retrosplenial dysgranular cortex 22-26, 63-82,

127-152

RSG retrosplenial granular cortex 22-26, 148-149

RSGa retrosplenial granular cortex, a region 71-82,

138-147

RSGb retrosplenial granular cortex, b region 69-80,

132-145

RSGc retrosplenial granular cortex, c region 63-78,

127-141

Rt reticular thalamic nucleus 14-19, 28-32, 63-69,

73-76, 78-80, 124-134, 140, 142-149, 151-153

RtSt reticluostrial nucleus 17, 63-67, 124-130

RtTg reticulotegmental nucleus of the pons 25,

79-83, 150-157

RtTgL reticulotegmental nucleus of the pons, lateral

part 84, 157

RtTgP reticulotegmental nucleus of the pons,

pericentral part 156

RVL rostroventrolateral reticular nucleus 163, 165

RVRG rostral ventral respiratory group 97-98, 100,

167-172

SS subiculum 21-22, 24, 77-80

S1 primary somatosensory cortex 71, 133-134

S1BF primary somatosensory cortex, barrel field

62-70, 123-132

S1DZ primary somatosensory cortex, dysgranular

zone 55-70, 113-130

S1DZO primary somatosensory cortex, oral

dysgranular zone 59, 117-119

S1FL primary somatosensory cortex, forelimb region

55-56, 58-65, 113-126

S1HL primary somatosensory cortex, hindlimb region

57, 62-68, 121-128

S1J primary somatosensory cortex, jaw region

51-59, 109-119

S1Sh primary somatosensory cortex, shoulder region

66-67, 127-129

S1Tr primary somatosensory cortex, trunk region

68-70, 129

S1ULp primary somatosensory cortex, upper lip

region 59-62, 66-69, 117-130

S2 secondary somatosensory cortex 60, 63-70,

113-132

Atlas of the Developing Mouse Brain at E17.5, P0, and P6 Paxinos Halliday Watson Koutcherov Wang XXI

ADMB Book #4 23/8/06 3:14 PM Page XXI

Page 23: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

s5 sensory root of the trigeminal nerve 19, 76,

78-79, 81-83, 143, 146-154

S9Gn superior ganglion of the glossopharyngeal nerve

93-97, 162-163, 167

Sacc saccule 23-26

Sag sagulum nucleus 86, 89-92, 156

SalPh salpingopharyngeus muscle 20-21

SC superior colliculus 27-41, 75, 88-98, 142

Sc scaphoid thalamic nucleus 73, 140-141

Scap scapula 24, 34, 37

scc splenium of the corpus callosum 66, 135

SCh suprachiasmatic nucleus 11-14, 64-65, 67-68,

126-127

SChDL suprachiasmatic nucleus, dorsolateral part

66, 128-130

SChVM suprachiasmatic nucleus, ventromedial part

66, 127-130

SCM superior constrictor muscle of the pharynx 82

SCO subcommissural organ 72-74, 138-141

scp superior cerebellar peduncle (brachium

conjunctivum) 21, 28, 31-37, 76-77, 84, 87-92,

130, 136-137, 145-149, 154-164

ScTy scala tympani 80-87, 89-91, 153-154

ScVe scala vestibuli 81-86, 153-154

sf secondary fissure 152, 169-175

SFi septofimbrial nucleus 58-62, 120-125

SFO subfornical organ 13-14, 62, 123-126

SG suprageniculate thalamic nucleus 75-78, 142-145

SGe supragenual nucleus 28-30, 88-89, 159-160

SHi septohippocampal nucleus 50-58, 112-116

SHy septohypothalamic nucleus 10-12, 58, 60-61,

119-123

SIB substantia innominata, basal part 54-64,

116-127

sig sigmoid sinus 99

Sim simple lobule 91-99, 155-168

sl sulcus limitans 21, 23, 31, 34, 37-38

SLu stratum lucidum of the hippocampus 126-142

SM nucleus of the stria medullaris 14-15, 63-64,

126-129

sm stria medullaris of the thalamus 14-20, 62-70,

124-134

SMT submammillothalamic nucleus 71, 73, 138

SMV superior medullary velum 162

SN substantia nigra 26-33

SNCD substantia nigra, compact part, dorsal tier

74-80, 140-149

SNCM substantia nigra, compact part, medial tier

76, 78-79, 146-147, 149

SNCV substantia nigra, compacta part, ventral tier

77, 79, 145, 149

SNL substantia nigra, lateral part 76-77, 79,

142-146, 148

SNR substantia nigra, reticular part 74-76, 78-80,

139-149

SO supraoptic nucleus 14-16, 65-69, 127-131

SOb superior oblique muscle 2-4, 6, 46, 104, 109

SObCa superior oblique capitis muscle 30-31, 33-34

SOl superior olivary nucleus. lateral part 23

Sol nucleus of the solitary tract 30-41, 89-103

sol solitary tract 30-32, 34-35, 37-38, 40-41, 95-103,

162-167, 170-174

SolC nucleus of the solitary tract, commissural part

171-176

SolCe nucleus of the solitary tract, central part

168-170

SolDL solitary nucleus, dorsolateral part 163,

167-173

SolDM nucleus of the solitary tract, dorsomedial part

164-166

SolG nucleus of the solitary tract, gelatinous part

168-170

SolIM nucleus of the solitary tract, intermediate part

162-174

SolL nucleus of the solitary tract, lateral part 167,

174

SolM nucleus of the solitary tract, medial part

162-176

SolRL nucleus of the solitary tract, rostrolateral part

162-163

SolV solitary nucleus, ventral part 164-174

SolVL nucleus of the solitary tract, ventrolateral part

93, 164-173

SOR supraoptic nucleus, retrochiasmatic part 14

sox supraoptic decussation 12-19, 64-69, 71,

128-137, 139

sp5 spinal trigeminal tract 27-35, 37-41, 84-92,

94-103, 152, 155-176

Sp5C spinal trigeminal nucleus, caudal part 37-41,

96-103, 171-176

Sp5I spinal trigeminal nucleus, interpolar part

27-36, 91-101, 161-173

Sp5O spinal trigeminal nucleus, oral part 23-29,

89-90, 161-163

SPa subparaventricular zone of the hypothalamus

64-68, 127-131

SPF subparafascicular thalamic nucleus 22, 70-71,

137-139

SPFPC subparafascicular thalamic nucleus,

parvicellular part 138-143

Sph sphenoid nucleus 90-92, 160-161

SphPal sphenopalatine ganglion 4-11, 13, 52-59,

61-64, 110, 112

SplCa splenius capitis muscle 34-41

SPO superior paraolivary nucleus 85-86, 155-157

Spt septum 4

SPTg subpeduncular tegmental nucleus 33, 83-84,

152-156

Sptne septum neuroepithelium 5-10

SpVe spinal vestibular nucleus 29-39, 92-98, 161-168

SRec superior rectus muscle 3-8, 49, 51-56, 108-110,

112

SSp supraspinal nucleus 103

sss superior sagittal sinus 75-79

ST bed nucleus of the stria terminalis 10-13

st stria terminalis 12-19, 62-73, 121-136

StA strial part of the preoptic area 59-60, 121-122

Stap stapedius bone 84-86

StapM stapedius muscle 24-26, 86-87, 89-92

STD bed nucleus of the stria terminalis, dorsal part

122

Stg stigmoid hypothalamic nucleus 67, 132

STh subthalamic nucleus 21-24, 70-74, 135-139

StHy striohypothalamic nucleus 13, 23, 59-64,

123-126

STI bed nucleus of the stria terminalis, intermediate

division 121-122

STIA bed nucleus of the stria terminalis,

intraamygdaloid division 19-20, 69-73, 132-136

STLD bed nucleus of the stria terminalis, lateral

division, dorsal part 59-60, 120-121

STLI bed nucleus of the stria terminalis, lateral

division, intermediate part 61, 122-123

STLJ bed nucleus of the stria terminalis, lateral

division, juxtacapsular part 59-60, 121-122

STLP bed nucleus of the stria terminalis, lateral

division, posterior part 59-62, 120-124

STLV bed nucleus of the stria terminalis, lateral

division, ventral part 59-60, 121-123

StM sternomastoid muscle 20-21, 23-24, 26, 92-97

STMA bed nucleus of the stria terminalis, medial

division, anterior part 58-60, 119-120

STMAL bed nucleus of the stria terminalis, medial

division, anterolateral part 121-122

STMAM bed nucleus of the stria terminalis, medial

division, anteromedial part 121-122

STMP bed nucleus of the stria terminalis, medial

division, posterior part 63-64, 123, 125-127

STMPI bed nucleus of the stria terminalis, medial

division, posterointermediate part 61-62,

123-124

STMPL bed nucleus of the stria terminalis, medial

division, posterolateral part 61-63, 123-124

STMPM bed nucleus of the stria terminalis, medial

division, posteromedial part 61-62, 123-124

STMV bed nucleus of the stria terminalis, medial

division, ventral part 59-60, 121-122

str superior thalamic radiation 69-70, 135, 137-141

stv superficial temporal vein 3-4, 6-11

StyGl styloglossus muscle 10-12, 14, 16, 20-21

StyHy stylohyoid muscle 20-21

StyMF stylomastoidforamen 90

StyPh stylopharyngeus muscle 20-21

Su3 supraoculomotor periaqueductal gray 32-34,

80-82, 149-150

Su3C supraoculomotor cap 32, 34, 80-82, 149

Su5 supratrigeminal nucleus 30-31, 85-88, 155-158

Sub submedius thalamic nucleus 66-69, 129,

131-134

SubB subbrachial nucleus 27-28, 30-32, 76-82,

144-151

SubC subcoeruleus nucleus 27, 29, 33, 88

SubCA subcoeruleus nucleus, alpha part 87, 157-158

SubCD subcoeruleus nucleus, dorsal part 26, 28, 85,

87, 154-158

SubCV subcoeruleus nucleus, ventral part 28, 85,

155-156

SubG subgeniculate nucleus 20-21, 29, 70-72,

134-141

SubI subincertal nucleus 69-70, 134

SubP subpostrema area 168-170, 172-173

SubV submedius thalamic nucleus, ventral part

3, 23-25, 28

SubVCx subventricular layer of developing cortex

4-9, 11-22, 26-27

SuG superficial gray layer of the superior colliculus

76-81, 143-160

SuM supramammillary nucleus 23-25

SuML supramammillary nucleus, lateral part 24, 26,

74-76, 140-145

SuMM supramammillary nucleus, medial part

74-76, 140-145

sumx supramammillary decussation 25-26, 74,

142-143

SupM superior meatus 44

SuS superior salivatory nucleus 88-89, 158-159

SuspLig suspensory ligament 104-105

SuVe superior vestibular nucleus 29-36, 88-92,

159-161

TTe terete hypothalamic nucleus 70-73, 135-140

TeA temporal associatin cortex 72-82, 133-148

TempM temporalis muscle 1, 6-14, 16-17, 44-47,

49-50, 54-61, 63-67

TempP temporal bone, petrosal part 22-23, 25-26,

28-36, 78-79, 81-82, 84, 87, 89, 92, 100, 151-152,

154, 163, 167

TempS temporal bone, squamous part 13-21, 66-73

tfp transverse fibers of the pons 24, 26, 28-29, 77-81,

147-152

TG tectal gray 27-28, 73-76, 142-145

Thy thyroid gland 17, 21

TMJ temporomandibular joint 16-18, 67, 69-73

Tongue tongue 1-14

TPal tensor palati muscle 14-15, 71-72, 74-75

TrLL triangular nucleus, lateral lemniscus 153-154

trs transverse sinus 30, 32-36, 75-81, 85-87, 91-93,

97

TS triangular septal nucleus 12, 60-62, 121-125

ts tectospinal tract 32, 83-84, 150-155, 161-176

TSne triangular septal nucleus, neuroepithelial zone

13

TT tensor tympani muscle 77-82

tth trigeminothalamic tract 148, 150-151

Tu olfactory tubercle 4-12, 50-52, 54-63, 111, 125

Tu1 olfactory tubercle, layer 1 112-124

TuLH tuberal region of lateral hypothalamus 67,

70-71, 130-132, 137-140

ty9 tympanic branch of the glossopharyngeal nerve

91-94

TyBu tympanic bulla 18-25, 82, 84-85, 87, 89-90

TyC tympanic cavity 18, 20-24, 79, 90

TyM tympanic membrane 18

Tz nucleus of the trapezoid body 22-23, 82-85,

153-157

tz trapezoid body 23, 28, 92, 153-162

TzM trapezius muscle 28-31, 33-37, 39-41

tzx decussation of the trapezoid body 22

UUtr utricle 26, 28, 84, 87, 89-90, 92-94

Vv vein 146

V1 primary visual cortex 71-82, 133-137, 141-142,

144, 148, 150-152

V1B primary visual cortex, binocular area 138-140,

143, 145-147

V1M primary visual cortex, monocular area

138-140, 143, 146-147

V2L secondary visual cortex, lateral area 71-82,

133-152

V2ML secondary visual cortex, mediolateral area

71-82, 132-147

V2MM secondary visual cortex, mediomedial area

71-82, 132-150

VA ventral anterior thalamic nucleus 65, 128-130

VC ventral cochlear nucleus 30-31

vc ventral column of the spinal cord 33-34

VCA ventral cochlear nucleus, anterior part 26-29,

86-91, 153-158

VCCap ventral cochlear nucleus, capsular part

160-162

VCl ventral part of claustrum 60-66, 68, 110-132

VCP ventral cochlear nucleus, posterior part 27,

91-94, 159-162, 164

VCPO ventral cochlear nucleus, posterior part,

octopus cell area 163

VDB nucleus of the vertical limb of the diagonal band

52-57, 114-118

VeCb vestibulocerebellar nucleus 31, 93, 161-164

VeGn vestibular nerve ganglion 25-26, 28, 83-87,

151-155, 157

VEn ventral endopiriform nucleus 65-70, 127-130,

132

Vent ventricular space of the eye 2-7, 42-46, 51-52,

54, 104-105, 108-110, 112-113

vert vertebral artery 33, 100-102, 172-174

vesp vestibulospinal tract 161

Vest vestibule of the inner ear 84-87

VG ventral geniculate nucleus 18-25, 69-74,

131-134, 136-141

VG1 ventral geniculate nucleus, layer 1 135

VH ventral horn of spinal cord 33-36

vhc ventral hippocampal commissure 62-63,

122-126

VIEnt ventral intermediate entorhinal cortex 81,

145-147

Vitr vitreous cavity (posterior chamber) of the eye

2-3, 6, 44, 52

VL ventrolateral thalamic nucleus 16-17, 65-67,

128-132

VLH ventrolateral hypothalamic nucleus 65-67,

127-130

VLi ventral linear nucleus of the thalamus 139-140

VLL ventral nucleus of the lat lemniscus 21-28,

78-83, 148-153

VLPAG ventrolateral periaqueductal gray 81-92,

150-151, 156-159

VLPO ventrolateral preoptic nucleus 59-64, 122-126

VM ventromedial thalamic nucleus 65-69, 129-136

VMH ventromedial hypothalamic nucleus 15-21,

73-74, 131-132, 137-138

VMHC ventromedial hypothalamic nucleus, central

part 70, 133-136

VMHDM ventromedial hypothalamic nucleus,

dorsomedial part 69-72, 133-136

VMHSh ventromedial nucleus of the hypothalamus

shell 68, 73, 131-136

VMHVL ventromedial hypothalamic nucleus,

ventrolateral part 69-72, 133-136

vmnf ventral median fissure 103

VMPO ventromedial preoptic nucleus 21, 58-64,

122-126

vn vomeronasal nerve 105

VO ventral orbital cortex 48-49, 105-109

VOLT vascular organ of the lamina terminalis 6-10,

58, 119-122

Vom vomer 1-5, 42-43

VP ventral pallidum 11-12, 52-64, 112-127

VPL ventral posterolateral thalamic nucleus 17-24,

66-67, 69-71, 130-138

VPM ventral posteromedial thalamic nucleus 18-25,

68-73, 131-141

VPPC ventral posterior nucleus of the thalamus,

parvicellular part 22-24, 69-71, 135-139

VRe ventral reuniens thalamic nucleus 64-65, 67,

125-134

VS ventral subiculum 75-77, 140-148

XXII Atlas of the Developing Mouse Brain at E17.5, P0, and P6 Paxinos Halliday Watson Koutcherov Wang

ADMB Book #4 23/8/06 3:14 PM Page XXII

Page 24: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

vsc ventral spinocerebellar tract 30-32, 84, 86-87,

152-176

VTA ventral tegmental area 30-32

VTAR ventral tegmental area, rostral part 27, 29,

74-76, 143-145

VTg ventral tegmental nucleus 33-34, 86-88,

154-157

vtgx ventral tegmental decussation 80, 146, 148

VTM ventral tuberomammillary nucleus 22, 75-76,

140-144

VTT ventral tenia tecta 48-49, 108, 110

VTT1 ventral tenia tecta, layer 1 109

XX nucleus X 32, 34-35, 92-96, 161-166

Xi xiphoid thalamic nucleus 64-68, 126-133

xscp decussation of the superior cerebellar peduncle

33, 81-83, 149-153

YY nucleus Y 93-94, 161-163

ZZ nucleus Z 96, 167

ZIC zona incerta, caudal part 74-75, 140-143

ZID zona incerta, dorsal part 18-25, 69-73, 134-140

ZIR zona incerta, rostral part 65-68, 72, 127-133

ZIV zona incerta, ventral part 18-25, 68-71, 73-74,

134-141

ZL zona limitans 58

Zo zona layer of the superior colliculus 76-81,

143-160

ZygA zygomatic arch 1-14, 45-47, 49-51, 54-61,

63-67

Atlas of the Developing Mouse Brain at E17.5, P0, and P6 Paxinos Halliday Watson Koutcherov Wang XXIII

ADMB Book #4 23/8/06 3:14 PM Page XXIII

Page 25: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

This page intentionally left blank

Page 26: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Figures

E17.5 Figures 1-42

P0 Figures 43-103

P6 Figures 104-176

ADMB Book #4 23/8/06 3:14 PM Page XXV

Page 27: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:14 PM Page XXVI

Page 28: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Figure 1E17.5 #10.24 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

Oral

dpal

MxB

GlneOV

Gr

ON1n

EPl

Mi

IPl

CrP

MidM

NasC

NSpt

EthB

InfM Vom

NasC5mxiorb

TempM

ZygA

MasMpsa

EnO

EnOTongue

Man

Man

ialn

Mc

GeGl

MyHy

ADig

1n olfactory nerve5mx 5n, maxillary divisionADig anterior digastric muscleCrP cribriform plate ethmoiddpal descending palatine arteryEnO enamel organEPl ext plexiform layer olf bulbEthB ethmoid boneGeGl genioglossus muscleGl glomerular layer olf bulbGr gracile nuialn inferior alveolar nerveInfM inferior meatusiorb infraorbital arteryIPl IP layer olf bulbMan mandibleMasM masseter muscleMc Meckel’s cartilageMi mitral cell layer olf bulbMidM middle meatusMxB maxillary boneMyHy mylohyoid muscleNasC nasal cavityne neuroepitheliumNSpt nasal septumON olfactory nerve layerOral oral cavityOV olfactory ventriclepsa post sup alveolar arteryTempM temporalis muscleTongue tongueVom vomerZygA zygomatic arch

ADMB Book #4 23/8/06 2:14 PM Page XXVII

Page 29: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:14 PM Page XXVIII

Page 30: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

SOb

AOB

dlo

lo ne

OV Gl

MiGrO

IPl

EPl

ONFro

Eyelid

PSphW CrP

1nAOE

MidM NasC

NSpt

Vom

NasC

EthB

ne

Vent

Cornea

AntChLens

VitrOF

RGn

Pig

InPl5mx

iorb

MxB

dpal

Oral

EnO

ZygA

MasM

EnOTongue

Man

Figure 2E17.5 #20.48 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1n olfactory nerve5mx 5n, maxillary divisionAntCh anterior chamberAOB access olfactory bulbAOE ant olfactory nu, extCornea corneaCrP cribriform plate ethmoiddlo dorsal lat olfactory tractdpal descending palatine arteryEnO enamel organEPl ext plexiform layer olf bulbEthB ethmoid boneEyelid eyelidFro frontal boneGl glomerular layer olf bulbGrO granular cell layer olf bulbInPl inner plexiform layer iorb infraorbital arteryIPl IP layer olf bulbLens lenslo lateral olfactory tractMan mandibleMasM masseter muscleMi mitral cell layer olf bulbMidM middle meatusMxB maxillary boneNasC nasal cavityne neuroepitheliumNSpt nasal septumOF optic fiber layer ON olfactory nerve layerOral oral cavityOV olfactory ventriclePig pigment layer of the eyePSphW presphenoid wingRGn ganglion cell layer SOb superior oblique muscleTongue tongueVent ventricular space eyeVitr vitreous cavity eyeVom vomerZygA zygomatic arch

ADMB Book #4 23/8/06 2:14 PM Page XXIX

Page 31: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:14 PM Page XXX

Page 32: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

EthB

1CxCxP

SubV

Cxne

LV

neloPir

AO

Fro

Eyelid

PSphW CrP1n

SOb

Cornea

LensVitr

ne

Vent

SRec

PigneOF

InPl

RGnpsa

5mxMRec iorb

MidM

NSpt

Vom

NasC

NasC

MxB

dpalstv

ZygA

EnO

Oral

Tongue

lga

EnOMasM

Man

Mc

MyHy

GeGl

GeHyADig

Figure 3E17.5 #30.60 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1Cx layer 1 of developing cortex1n olfactory nerve5mx 5n, maxillary divisionADig anterior digastric muscleAO anterior olfactory nuCornea corneaCrP cribriform plate ethmoidCxne neuroepithelial zone cortexCxP cortical platedpal descending palatine arteryEnO enamel organEthB ethmoid boneEyelid eyelidFro frontal boneGeGl genioglossus muscleGeHy geniohyoid muscleInPl inner plexiform layer iorb infraorbital arteryLens lenslga lingual arterylo lateral olfactory tractLV lateral ventricleMan mandibleMasM masseter muscleMc Meckel’s cartilageMidM middle meatusMRec medial rectus muscleMxB maxillary boneMyHy mylohyoid muscleNasC nasal cavityne neuroepitheliumNSpt nasal septumOF optic fiber layer Oral oral cavityPig pigment layer of the eyePir piriform cortexpsa post sup alveolar arteryPSphW presphenoid wingRGn ganglion cell layer SOb superior oblique muscleSRec superior rectus musclestv superficial temporal veinSubV submedius thal nu, ventral Tongue tongueVent ventricular space eyeVitr vitreous cavity eyeVom vomerZygA zygomatic arch

ADMB Book #4 23/8/06 2:14 PM Page XXXI

Page 33: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:14 PM Page XXXII

Page 34: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Tu

1Cx

CxP

ICxSubVCx

Cxne

CPune

LV

ne

Acbneaca

Pir

loFro

Eyelid

PSphW

Spt

acer

1nCrP

NasC

NSpt

LPS

SOb

Cornea

Lens

OpD

OFneRGn

InPl PigSRec EthB

Vom

NasCSphPal

5mxophv

MRec

stv

ZygA

MasM

Man

EnO

EnO MxB

Oral

Tongue

Iris

Vent

AntCh

Figure 4E17.5 #40.72 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1Cx layer 1 of developing cortex1n olfactory nerve5mx 5n, maxillary divisionaca anterior commissure, antAcbne accumbens neuroepithelacer anterior cerebral artAntCh anterior chamberCornea corneaCPune caudate putamen, neuroepCrP cribriform plate ethmoidCxne neuroepithelial zone cortexCxP cortical plateEnO enamel organEthB ethmoid boneEyelid eyelidFro frontal boneICx intermed cortical layerInPl inner plexiform layer Iris irisLens lenslo lateral olfactory tractLPS levator palpebraeLV lateral ventricleMan mandibleMasM masseter muscleMRec medial rectus muscleMxB maxillary boneNasC nasal cavityne neuroepitheliumNSpt nasal septumOF optic fiber layer OpD optic discophv ophthalmic veinOral oral cavityPig pigment layer of the eyePir piriform cortexPSphW presphenoid wingRGn ganglion cell layer SOb superior oblique muscleSphPal sphenopalatine ganglionSpt septumSRec superior rectus musclestv superficial temporal veinSubVCx subventricular layer cortexTongue tongueTu olfactory tubercleVent ventricular space eyeVom vomerZygA zygomatic arch

ADMB Book #4 23/8/06 2:14 PM Page XXXIII

Page 35: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:14 PM Page XXXIV

Page 36: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

EthB

1CxCxPICx

SubVCx

Cxne

LV

SptneCPune

ec

acaBTelne

LS

MSazac

mcer

BTelacer

1n NasC

NSpt

Pirlo

Tu

Fro

PSphW

ophv

Pig

LPS

Eyelid

Cornea

Lens

AntCh

OF

OpD 2nSRec ophv

Vom

NasC

SphPal

Pal5mx

MRec

ophvVent

EnOMxB

OralZygA

MasM

EnOTongue

MasM

Man ialn

Mc

MyHyGeHy

HyGl lga

GeGl

Acb

ne

Figure 5E17.5 #50.84 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1Cx layer 1 of developing cortex1n olfactory nerve2n optic nerve5mx 5n, maxillary divisionaca anterior commissure, antAcb accumbens nuacer anterior cerebral artAntCh anterior chamberazac azygous ant cerebral artBTel basal telencephalonBTelne basal telenceph, neuroepithCornea corneaCPune caudate putamen, neuroepCxne neuroepithelial zone cortexCxP cortical plateec external capsuleEnO enamel organEthB ethmoid boneEyelid eyelidFro frontal boneGeGl genioglossus muscleGeHy geniohyoid muscleHyGl hyoglossus muscleialn inferior alveolar nerveICx intermed cortical layerLens lenslga lingual arterylo lateral olfactory tractLPS levator palpebraeLS lateral septal nuLV lateral ventricleMan mandibleMasM masseter muscleMc Meckel’s cartilagemcer middle cerebral arteryMRec medial rectus muscleMS medial septal nuMxB maxillary boneMyHy mylohyoid muscleNasC nasal cavityne neuroepitheliumNSpt nasal septumOF optic fiber layer OpD optic discophv ophthalmic veinOral oral cavityPal palatine bonePig pigment layer of the eyePir piriform cortexPSphW presphenoid wingSphPal sphenopalatine ganglionSptne septum neuroepitheliumSRec superior rectus muscleSubVCx subventricular layer cortexTongue tongueTu olfactory tubercleVent ventricular space eyeVom vomerZygA zygomatic arch

ADMB Book #4 23/8/06 2:14 PM Page XXXV

Page 37: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:14 PM Page XXXVI

Page 38: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

OpD2n

Pig

ne

1Cx

CxPSubVCx

ICxCxne

LV

SptneCPune

ec

aca BTelne

LS

MS

Acb

Pirlo

rf

Fro

Tu

BTel

VOLT

acer

mcerPSphWophv

Vent

Eyelid SOb

Lens Vitr

OFRGn

InPl

stv

MRecSphPal

EthBophv

LPSSRec

5mx

NasC

NSpt

NasC

PalMxB

EnOdpal

Oral

ZygA

TempMCor

EnO

Tongue

lgaMyHyMcMan

MasM

masa

Iris

Cornea

Figure 6E17.5 #60.96 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1Cx layer 1 of developing cortex2n optic nerve5mx 5n, maxillary divisionaca anterior commissure, antAcb accumbens nuacer anterior cerebral artBTel basal telencephalonBTelne basal telenceph, neuroepithCor coronoid process mandibleCornea corneaCPune caudate putamen, neuroepCxne neuroepithelial zone cortexCxP cortical platedpal descending palatine arteryec external capsuleEnO enamel organEthB ethmoid boneEyelid eyelidFro frontal boneICx intermed cortical layerInPl inner plexiform layer Iris irisLens lenslga lingual arterylo lateral olfactory tractLPS levator palpebraeLS lateral septal nuLV lateral ventricleMan mandiblemasa masseteric arteryMasM masseter muscleMc Meckel’s cartilagemcer middle cerebral arteryMRec medial rectus muscleMS medial septal nuMxB maxillary boneMyHy mylohyoid muscleNasC nasal cavityne neuroepitheliumNSpt nasal septumOF optic fiber layer OpD optic discophv ophthalmic veinOral oral cavityPal palatine bonePig pigment layer of the eyePir piriform cortexPSphW presphenoid wingrf rhinal fissureRGn ganglion cell layer SOb superior oblique muscleSphPal sphenopalatine ganglionSptne septum neuroepitheliumSRec superior rectus musclestv superficial temporal veinSubVCx subventricular layer cortexTempM temporalis muscleTongue tongueTu olfactory tubercleVent ventricular space eyeVitr vitreous cavity eyeVOLT vasc organ lam terZygA zygomatic arch

ADMB Book #4 23/8/06 2:14 PM Page XXXVII

Page 39: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:14 PM Page XXXVIII

Page 40: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

EnO

5mx

IRec LRec

1Cx

CxPSubVCx

CxneICx

LV

Sptne

LS

MS

CPuneCPu

ec

Pir

aca

Tu

lo

rf

Fro

EyelidAcb

BTelne

BTelMPA

VOLTmcer acer

PSph

NSpt

EthBPSphW

LPSSRec

OF

InPl

RGn

Vent

ne

Pig

2nophv

MRec

NasC

Pal

MxB

SphPal

stv

TempMZygA

masa

MasM

Man

ialnMc

EnO

Oral

Tongue

lgaMyHy

Figure 7E17.5 #71.08 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1Cx layer 1 of developing cortex2n optic nerve5mx 5n, maxillary divisionaca anterior commissure, antAcb accumbens nuacer anterior cerebral artBTel basal telencephalonBTelne basal telenceph, neuroepithCPu caudate putamen (striatum)CPune caudate putamen, neuroepCxne neuroepithelial zone cortexCxP cortical plateec external capsuleEnO enamel organEthB ethmoid boneEyelid eyelidFro frontal boneialn inferior alveolar nerveICx intermed cortical layerInPl inner plexiform layer IRec inferior rectus musclelga lingual arterylo lateral olfactory tractLPS levator palpebraeLRec lat rectus muscleLS lateral septal nuLV lateral ventricleMan mandiblemasa masseteric arteryMasM masseter muscleMc Meckel’s cartilagemcer middle cerebral arteryMPA medial preoptic areaMRec medial rectus muscleMS medial septal nuMxB maxillary boneMyHy mylohyoid muscleNasC nasal cavityne neuroepitheliumNSpt nasal septumOF optic fiber layer ophv ophthalmic veinOral oral cavityPal palatine bonePig pigment layer of the eyePir piriform cortexPSph presphenoid bonePSphW presphenoid wingrf rhinal fissureRGn ganglion cell layer SphPal sphenopalatine ganglionSptne septum neuroepitheliumSRec superior rectus musclestv superficial temporal veinSubVCx subventricular layer cortexTempM temporalis muscleTongue tongueTu olfactory tubercleVent ventricular space eyeVOLT vasc organ lam terZygA zygomatic arch

ADMB Book #4 23/8/06 2:14 PM Page XXXIX

Page 41: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:14 PM Page XL

Page 42: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

BTel

Acb

1Cx

SubVCx

Cxne

InsCl ec

CPu

CPune

Sptne

LS

IG

MSaca

BTelne

loFro

Tu

Pir

PSphW

ictd

OptF

2n cav

VOLT

POHy

ne

3V

PSph

SRecPigneInPl

iopha

IRec

LRec

5mx

Pal

NasCSphPal

EnO

Cor

Man

TempMstv

ZygA

MasM ialn Mc

Oral

Tongue

HyGlMyHylga

GeGl

CxP

ICx

LV

Eye

Figure 8E17.5 #81.20 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1Cx layer 1 of developing cortex2n optic nerve3V 3rd ventricle5mx 5n, maxillary divisionaca anterior commissure, antAcb accumbens nuBTel basal telencephalonBTelne basal telenceph, neuroepithcav cavernous sinusCl claustrumCor coronoid process mandibleCPu caudate putamen (striatum)CPune caudate putamen, neuroepCxne neuroepithelial zone cortexCxP cortical plateec external capsuleEnO enamel organEye eyeFro frontal boneGeGl genioglossus muscleHyGl hyoglossus muscleialn inferior alveolar nerveictd internal carotid arteryICx intermed cortical layerIG indusium griseumInPl inner plexiform layer Ins insular cortexiopha inf ophthalmic arteryIRec inferior rectus musclelga lingual arterylo lateral olfactory tractLRec lat rectus muscleLS lateral septal nuLV lateral ventricleMan mandibleMasM masseter muscleMc Meckel’s cartilageMS medial septal nuMyHy mylohyoid muscleNasC nasal cavityne neuroepitheliumOptF optic foramenOral oral cavityPal palatine bonePig pigment layer of the eyePir piriform cortexPOHy preoptic hypothalamusPSph presphenoid bonePSphW presphenoid wingSphPal sphenopalatine ganglionSptne septum neuroepitheliumSRec superior rectus musclestv superficial temporal veinSubVCx subventricular layer cortexTempM temporalis muscleTongue tongueTu olfactory tubercleVOLT vasc organ lam terZygA zygomatic arch

ADMB Book #4 23/8/06 2:14 PM Page XLI

Page 43: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:14 PM Page XLII

Page 44: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

BTelPOHy

3V

VOLT

MS

LV

LS

IGCPune

Cxne

SubVCx

1Cx

CxP

ICx

CPuSptne

Clec

Ins

PirloFro

aca

Tu

ictd

2n

PSphW

Pigne

PSph

NasC

PalMxB

5mx

4n6n

3n5oph cav

LRec

ictd

SphPal

opha

TempM

Corstv

ZygA

MasM

Man

ialnMc MyHy Tongue

Oral

HyGl lga

Eye

Figure 9E17.5 #91.30 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1Cx layer 1 of developing cortex2n optic nerve3n oculomotor nerve3V 3rd ventricle4n trochlear nerve5mx 5n, maxillary division5oph 5n, ophthalmic division6n root of abducens nerveaca anterior commissure, antBTel basal telencephaloncav cavernous sinusCl claustrumCor coronoid process mandibleCPu caudate putamen (striatum)CPune caudate putamen, neuroepCxne neuroepithelial zone cortexCxP cortical plateec external capsuleEye eyeFro frontal boneHyGl hyoglossus muscleialn inferior alveolar nerveictd internal carotid arteryICx intermed cortical layerIG indusium griseumIns insular cortexlga lingual arterylo lateral olfactory tractLRec lat rectus muscleLS lateral septal nuLV lateral ventricleMan mandibleMasM masseter muscleMc Meckel’s cartilageMS medial septal nuMxB maxillary boneMyHy mylohyoid muscleNasC nasal cavityne neuroepitheliumopha ophthalmic artOral oral cavityPal palatine bonePig pigment layer of the eyePir piriform cortexPOHy preoptic hypothalamusPSph presphenoid bonePSphW presphenoid wingSphPal sphenopalatine ganglionSptne septum neuroepitheliumstv superficial temporal veinSubVCx subventricular layer cortexTempM temporalis muscleTongue tongueTu olfactory tubercleVOLT vasc organ lam terZygA zygomatic arch

ADMB Book #4 23/8/06 2:14 PM Page XLIII

Page 45: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:14 PM Page XLIV

Page 46: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

3V

1Cx

CxP

ICxCxne

LV

IG

LS

MS

SHyST

BTelne

aca

CPune Sptne

CPuec

ClIns

PirloFro

BTelTu

POHy

VOLTneoch

ictd

PSphW

TempM

PSph

NasCPal

5oph

5mx

4n 3n cav6n

SphPal

ASph

LPtg

Cor

MasMstv

ZygA

masa Man

MasMMc

ialnOral

Tongue

lgaStyGl

HyGl

Figure 10E17.5 #101.44 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1Cx layer 1 of developing cortex3n oculomotor nerve3V 3rd ventricle4n trochlear nerve5mx 5n, maxillary division5oph 5n, ophthalmic division6n root of abducens nerveaca anterior commissure, antASph alisphenoid boneBTel basal telencephalonBTelne basal telenceph, neuroepithcav cavernous sinusCl claustrumCor coronoid process mandibleCPu caudate putamen (striatum)CPune caudate putamen, neuroepCxne neuroepithelial zone cortexCxP cortical plateec external capsuleFro frontal boneHyGl hyoglossus muscleialn inferior alveolar nerveictd internal carotid arteryICx intermed cortical layerIG indusium griseumIns insular cortexlga lingual arterylo lateral olfactory tractLPtg lat pterygoid muscleLS lateral septal nuLV lateral ventricleMan mandiblemasa masseteric arteryMasM masseter muscleMc Meckel’s cartilageMS medial septal nuNasC nasal cavityne neuroepitheliumoch optic chiasmOral oral cavityPal palatine bonePir piriform cortexPOHy preoptic hypothalamusPSph presphenoid bonePSphW presphenoid wingSHy septohypothalamic nuSphPal sphenopalatine ganglionSptne septum neuroepitheliumST bed nu stria terminalisstv superficial temporal veinStyGl styloglossus muscleTempM temporalis muscleTongue tongueTu olfactory tubercleVOLT vasc organ lam terZygA zygomatic arch

ADMB Book #4 23/8/06 2:14 PM Page XLV

Page 47: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:15 PM Page XLVI

Page 48: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

VPST

1Cx

CxP

ICx

SubVCx

Cxne LV

IGCPune

CPu

ec

ClIns

Fro Piracp BTelne

LS

fi

MnPO

LTer

ac

SHy

LPO

HDB

MCPOTu

lo

ictdPOHy

SChoch

PSphW

TempM ASph

LPtg

4n 3n6n

5oph

5mxcav

SphPal

Pal

MasMZygA

stv

masa

MasMMan

5man

McMPtg

Ptg

NasC

PSph

Oral

Tongue

MasM StyGllga

HyGl

3V

Figure 11E17.5 #111.56 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1Cx layer 1 of developing cortex3n oculomotor nerve3V 3rd ventricle4n trochlear nerve5man 5n, mandibular division5mx 5n, maxillary division5oph 5n, ophthalmic division6n root of abducens nerveac anterior commissureacp anterior comm, posteriorASph alisphenoid boneBTelne basal telenceph, neuroepithcav cavernous sinusCl claustrumCPu caudate putamen (striatum)CPune caudate putamen, neuroepCxne neuroepithelial zone cortexCxP cortical plateec external capsulefi fimbria hippocampusFro frontal boneHDB nu horizlimb diagonal bandHyGl hyoglossus muscleictd internal carotid arteryICx intermed cortical layerIG indusium griseumIns insular cortexlga lingual arterylo lateral olfactory tractLPO lat preoptic areaLPtg lat pterygoid muscleLS lateral septal nuLTer lemina terminalisLV lateral ventricleMan mandiblemasa masseteric arteryMasM masseter muscleMc Meckel’s cartilageMCPO magnocell preoptic nuMnPO median preoptic nuMPtg medial pterygoid muscleNasC nasal cavityoch optic chiasmOral oral cavityPal palatine bonePir piriform cortexPOHy preoptic hypothalamusPSph presphenoid bonePSphW presphenoid wingPtg pterygoid proces sphenoid SCh suprachiasmatic nuSHy septohypothalamic nuSphPal sphenopalatine ganglionST bed nu stria terminalisstv superficial temporal veinStyGl styloglossus muscleSubVCx subventricular layer cortexTempM temporalis muscleTongue tongueTu olfactory tubercleVP ventral pallidumZygA zygomatic arch

ADMB Book #4 23/8/06 2:15 PM Page XLVII

Page 49: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:15 PM Page XLVIII

Page 50: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

MCPO

HDB

1CxCxP

ICx

SubVCx

Cxne LV

chp

fiIG

TS

IVF

CPune

BTelne

ic

CPuec

ClIns

PirFro acp

VPst fST

SHy

3V

Tu

loPSphW

ictd

LPO AHAMPO

LA

SChopt

ochsox

PSph6n3n4n

5oph5mx

Oral

ASph

TempM

LPtgZygA

MasM

Man

MasM Mc

5man

MPtg

ASph

Ptg

NasC

Oral

Tongue

lga

HyGl

StyGl

Figure 12E17.5 #121.68 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1Cx layer 1 of developing cortex3n oculomotor nerve3V 3rd ventricle4n trochlear nerve5man 5n, mandibular division5mx 5n, maxillary division5oph 5n, ophthalmic division6n root of abducens nerveacp anterior comm, posteriorAHA anterior hypothal area, antASph alisphenoid boneBTelne basal telenceph, neuroepithchp choroid plexusCl claustrumCPu caudate putamen (striatum)CPune caudate putamen, neuroepCxne neuroepithelial zone cortexCxP cortical plateec external capsulef fornixfi fimbria hippocampusFro frontal boneHDB nu horizlimb diagonal bandHyGl hyoglossus muscleic internal capsuleictd internal carotid arteryICx intermed cortical layerIG indusium griseumIns insular cortexIVF interventricular foramenLA lateroanterior hypothal nulga lingual arterylo lateral olfactory tractLPO lat preoptic areaLPtg lat pterygoid muscleLV lateral ventricleMan mandibleMasM masseter muscleMc Meckel’s cartilageMCPO magnocell preoptic nuMPO medial preoptic nuMPtg medial pterygoid muscleNasC nasal cavityoch optic chiasmopt optic tractOral oral cavityPir piriform cortexPSph presphenoid bonePSphW presphenoid wingPtg pterygoid proces sphenoid SCh suprachiasmatic nuSHy septohypothalamic nusox supraoptic decussationST bed nu stria terminalisst stria terminalisStyGl styloglossus muscleSubVCx subventricular layer cortexTempM temporalis muscleTongue tongueTS triangular septal nuTu olfactory tubercleVP ventral pallidumZygA zygomatic arch

ADMB Book #4 23/8/06 2:15 PM Page XLIX

Page 51: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:15 PM Page L

Page 52: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

TempS

PLH

Amg

BTel

1Cx

CxP

Cxne LV

chp

fi

TSne

IVFCPune

CPuec

ClIns

acpPir

lo

GP

ic BTelne

ATh

SFO

ST

st

3V

StHyHDB

MCPO

f PaAP

AHA

LA

SCh

ochoptTempM

Fro

PSphW

ASph

LPtg

ZygA

Man

MasMMc MPtg

5man

ASph

cav

Ptg

ptgpal

4n 3n6n

5oph5mx

SphPalPSph

NasC

Tongue

ICx

SubVCx

sox

Oral

Figure 13E17.5 #131.80 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1Cx layer 1 of developing cortex3n oculomotor nerve3V 3rd ventricle4n trochlear nerve5man 5n, mandibular division5mx 5n, maxillary division5oph 5n, ophthalmic division6n root of abducens nerveacp anterior comm, posteriorAHA anterior hypothal area, antAmg amygdalaASph alisphenoid boneATh anterior thalamic regionBTel basal telencephalonBTelne basal telenceph, neuroepithcav cavernous sinuschp choroid plexusCl claustrumCPu caudate putamen (striatum)CPune caudate putamen, neuroepCxne neuroepithelial zone cortexCxP cortical plateec external capsulef fornixfi fimbria hippocampusFro frontal boneGP globus pallidusHDB nu horizlimb diagonal bandic internal capsuleICx intermed cortical layerIns insular cortexIVF interventricular foramenLA lateroanterior hypothal nulo lateral olfactory tractLPtg lat pterygoid muscleLV lateral ventricleMan mandibleMasM masseter muscleMc Meckel’s cartilageMCPO magnocell preoptic nuMPtg medial pterygoid muscleNasC nasal cavityoch optic chiasmopt optic tractOral oral cavityPaAP paraventric hy, ant parvicellPir piriform cortexPLH peduncular part lat hyPSph presphenoid bonePSphW presphenoid wingPtg pterygoid proces sphenoid ptgpal pterygopalatine nSCh suprachiasmatic nuSFO subfornical organsox supraoptic decussationSphPal sphenopalatine ganglionST bed nu stria terminalisst stria terminalisStHy striohypothalamic nuSubVCx subventricular layer cortexTempM temporalis muscleTempS temporal bone, squamousTongue tongueTSne triang sept neuropithelialZygA zygomatic arch

ADMB Book #4 23/8/06 2:15 PM Page LI

Page 53: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:15 PM Page LII

Page 54: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ictd

EA

1Cx

CxPICx Cxne

SubVCxLV

chp

fiHi

Cg

CPuneIVF

SFO

PVAPTAV

AM3V

smAD

BTelne

CPu

ClIns

Fro

Piracp GP

icst

Rt

sm

SM

PLH

f

MeAAA

LOTACo

CxA

PSphW SO AH

Pa

opt

sox

SOR

SCh

LATempM TempS

ASph

4n 3n

6ncav

5GnOral

5man ASph

LPtgZygA

mxv

Man

Mc

MasM

Man

MPtgTPal

HPtg

Ptg NasC

ptgcn

BSph

Oral

Tongue

PalGl

HyGl

StyGl

Figure 14E17.5 #141.92 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1Cx layer 1 of developing cortex3n oculomotor nerve3V 3rd ventricle4n trochlear nerve5Gn trigeminal ganglion5man 5n, mandibular division6n root of abducens nerveAA anterior amyg areaACo ant cortical amygdaloid nuacp anterior comm, posteriorAD anterodorsal thalamic nuAH anterior hypothalamic areaAM anteromedial thalamic nuASph alisphenoid boneAV anteroventral thalamic nuBSph basisphenoid boneBTelne basal telenceph, neuroepithcav cavernous sinusCg cingulate cortexchp choroid plexusCl claustrumCPu caudate putamen (striatum)CPune caudate putamen, neuroepCxA cortex-amyg transition Cxne neuroepithelial zone cortexCxP cortical plateEA sublenticular extend amygf fornixfi fimbria hippocampusFro frontal boneGP globus pallidusHi hippocampal regionHPtg hamulus pterygoid boneHyGl hyoglossus muscleic internal capsuleictd internal carotid arteryICx intermed cortical layerIns insular cortexIVF interventricular foramenLA lateroanterior hypothal nuLOT nu lateral olfactory tractLPtg lat pterygoid muscleLV lateral ventricleMan mandibleMasM masseter muscleMc Meckel’s cartilageMeA medial amyg nu, antMPtg medial pterygoid musclemxv maxillary veinNasC nasal cavityopt optic tractOral oral cavityPa paraventricular hypothal nuPalGl palatoglossus musclePir piriform cortexPLH peduncular part lat hyPSphW presphenoid wingPT paratenial thalamic nuPtg pterygoid proces sphenoid ptgcn nerve of the pterygoid canalPVA paraventricular thal nu, antRt reticular thal nuSCh suprachiasmatic nuSFO subfornical organSM nu stria medullarissm stria medullaris thalSO supraoptic nuSOR supraoptic, retrochiasmaticsox supraoptic decussationst stria terminalisStyGl styloglossus muscleSubVCx subventricular layer cortexTempM temporalis muscleTempS temporal bone, squamousTongue tongueTPal tensor palati muscleZygA zygomatic arch

ADMB Book #4 23/8/06 2:15 PM Page LIII

Page 55: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:15 PM Page LIV

Page 56: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ictd

SO

1Cx

CxPICx

SubVCxCxne chp

LV

Hi

fi chp

DR3V

PVAPTsm

CPune

BTelneCPuCl

Ins

GP

B ic

st

RtSM

AM

RePaXi

3VPrThEA

PLH Pa

Pir

PSphW CxA

ACo

AAcst

LOT

MeA

AHf

VMHsoxopt

4n 3n

6n5Gn/5n

TempS

TempS

ASph PSph

RCh

NasCPtg

HPtgTPal

Mc

LPtgCond

Figure 15E17.5 #152.04 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1Cx layer 1 of developing cortex3n oculomotor nerve3V 3rd ventricle4n trochlear nerve5Gn/5n trigem ganglion and nerve6n root of abducens nerveAA anterior amyg areaACo ant cortical amygdaloid nuAH anterior hypothalamic areaAM anteromedial thalamic nuASph alisphenoid boneB basal nu (Meynert)BTelne basal telenceph, neuroepithchp choroid plexusCl claustrumCond condylar process mandibleCPu caudate putamen (striatum)CPune caudate putamen, neuroepcst comm stria terminalisCxA cortex-amyg transition Cxne neuroepithelial zone cortexCxP cortical plateDR3V dorsal recess third ventricleEA sublenticular extend amygf fornixfi fimbria hippocampusGP globus pallidusHi hippocampal regionHPtg hamulus pterygoid boneic internal capsuleictd internal carotid arteryICx intermed cortical layerIns insular cortexLOT nu lateral olfactory tractLPtg lat pterygoid muscleLV lateral ventricleMc Meckel’s cartilageMeA medial amyg nu, antNasC nasal cavityopt optic tractPa paraventricular hypothal nuPaXi paraxiphoid nu of thalamusPir piriform cortexPLH peduncular part lat hyPrTh prethalamusPSph presphenoid bonePSphW presphenoid wingPT paratenial thalamic nuPtg pterygoid proces sphenoid PVA paraventricular thal nu, antRCh retrochiasmatic areaRe reuniens thalamic nuRt reticular thal nuSM nu stria medullarissm stria medullaris thalSO supraoptic nusox supraoptic decussationst stria terminalisSubVCx subventricular layer cortexTempS temporal bone, squamousTPal tensor palati muscleVMH ventmed hypothal nu

ADMB Book #4 23/8/06 2:15 PM Page LV

Page 57: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:15 PM Page LVI

Page 58: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

BAOTACo

BMACxAParP

PSphWBL

I

1CxCxP

ICx

SubVCx

Cxne chp

LV

Hi

fi

sm

Hb

DR3V

PVAMD

CPune

BTelneLD

VLCM

RhRe

sticRtCPuIns

Cl

La

Ce

GP

B

EA

PrTh3V

PaMe

PLHSO

AHf

VMHPLH

soxopt

ictd

MTuArc

TempM

TempSASph

5Gn

5man ASphPSph

NasCAud

Otic

Mc

LPtg

Cond

TMJ

StyGl

GeHy

Hyoid

Pir

Figure 16E17.5 #162.16 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1Cx layer 1 of developing cortex3V 3rd ventricle5Gn trigeminal ganglion5man 5n, mandibular divisionACo ant cortical amygdaloid nuAH anterior hypothalamic areaArc arcuate hypothal nuASph alisphenoid boneAud auditory tubeB basal nu (Meynert)BAOT bed nu access olfactory trBL basolateral amyg nuBMA basomed amyg nu, antBTelne basal telenceph, neuroepithCe central amygdaloid nuchp choroid plexusCl claustrumCM central medial thal nuCond condylar process mandibleCPu caudate putamen (striatum)CPune caudate putamen, neuroepCxA cortex-amyg transition Cxne neuroepithelial zone cortexCxP cortical plateDR3V dorsal recess third ventricleEA sublenticular extend amygf fornixfi fimbria hippocampusGeHy geniohyoid muscleGP globus pallidusHb habenular nucleiHi hippocampal regionHyoid hyoid boneI intercalated nuclei amygic internal capsuleictd internal carotid arteryICx intermed cortical layerIns insular cortexLa lat amygdaloid nuLD laterodorsal thal nuLPtg lat pterygoid muscleLV lateral ventricleMc Meckel’s cartilageMD mediodorsal thalamic nuMe medial amygdaloid nuMTu medial tuberal nuNasC nasal cavityopt optic tractOtic otic ganglionPa paraventricular hypothal nuParP parietal platePir piriform cortexPLH peduncular part lat hyPrTh prethalamusPSph presphenoid bonePSphW presphenoid wingPVA paraventricular thal nu, antRe reuniens thalamic nuRh rhomboid thal nuRt reticular thal nusm stria medullaris thalSO supraoptic nusox supraoptic decussationst stria terminalisStyGl styloglossus muscleSubVCx subventricular layer cortexTempM temporalis muscleTempS temporal bone, squamousTMJ temporomandibular jointVL ventrolateral thalamic nuVMH ventmed hypothal nu

ADMB Book #4 23/8/06 2:15 PM Page LVII

Page 59: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:15 PM Page LVIII

Page 60: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ACo

BMA

BL

Ce

MeAV

1Cx

CxP

ICx

SubVCx

Cxne

chpHi

LV

Hb

sm

fichp

DR3V

PVMDLP

VL CM

Rh

CPune

VPL

ReRt

RtSt

st

ic

CPu

GPmfb PrTh

3VPa

AHP

DM

f

PLH

MeI

La

DEn

ParP

soxopt

ictd

MTu

VMH

Arc

APit

5Gn

TempS

TempM Cond

TMJ

Otic

McASph

BSph

NasCAudC

LPal

GeHy

Oral

EpiG

Hyoid

Thy

Pir

Figure 17E17.5 #172.28 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1Cx layer 1 of developing cortex3V 3rd ventricle5Gn trigeminal ganglionACo ant cortical amygdaloid nuAHP ant hypothal area, postAPit anterior lobe pituitaryArc arcuate hypothal nuASph alisphenoid boneAudC auditory tube cartilageBL basolateral amyg nuBMA basomed amyg nu, antBSph basisphenoid boneCe central amygdaloid nuchp choroid plexusCM central medial thal nuCond condylar process mandibleCPu caudate putamen (striatum)CPune caudate putamen, neuroepCxne neuroepithelial zone cortexCxP cortical plateDEn dorsal endopiriform nuDM dorsomed hypothal nuDR3V dorsal recess third ventricleEpiG epiglottisf fornixfi fimbria hippocampusGeHy geniohyoid muscleGP globus pallidusHb habenular nucleiHi hippocampal regionHyoid hyoid boneI intercalated nuclei amygic internal capsuleictd internal carotid arteryICx intermed cortical layerLa lat amygdaloid nuLP lateral posterior thal nuLPal levator palati muscleLV lateral ventricleMc Meckel’s cartilageMD mediodorsal thalamic nuMe medial amygdaloid nuMeAV med amygd nu, anteroventmfb med forebrain bundleMTu medial tuberal nuNasC nasal cavityopt optic tractOral oral cavityOtic otic ganglionPa paraventricular hypothal nuParP parietal platePir piriform cortexPLH peduncular part lat hyPrTh prethalamusPV paraventricular thalamic nuRe reuniens thalamic nuRh rhomboid thal nuRt reticular thal nuRtSt reticluostrial nusm stria medullaris thalsox supraoptic decussationst stria terminalisSubVCx subventricular layer cortexTempM temporalis muscleTempS temporal bone, squamousThy thyroid glandTMJ temporomandibular jointVL ventrolateral thalamic nuVMH ventmed hypothal nuVPL ventral posterolat thal nu

ADMB Book #4 23/8/06 2:15 PM Page LIX

Page 61: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:15 PM Page LX

Page 62: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ACoPLCo

Me

BMA

BLA

BLV

I

CeLa

1Cx

CxP ICx

SubVCx

Cxne

LV

chp

LV

Hi

DGHb

sm

LPMD

DR3V

PoIGLDLG

VPM

VPLCM

VG

CPune

stCPu

GPic

ZID

ZIV

Re

PaXi

PrTh 3V

PaPaPo

Rt

EP

st

DEn

Pir

ParP

optsox

f

PLH

mfb

DM

VMH

MTu

ictd5GnTempSPtd

TMJ

Cond

Mc APit

Arc MEIMEE

PPitIPit

BOcc

TyBu

EAM

TyMTyC

LarPh

Hyoid

fi

ml

Figure 18E17.5 #182.40 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1Cx layer 1 of developing cortex3V 3rd ventricle5Gn trigeminal ganglionACo ant cortical amygdaloid nuAPit anterior lobe pituitaryArc arcuate hypothal nuBLA basolat amyg nu, antBLV basolat amyg, ventralBMA basomed amyg nu, antBOcc basioccipital boneCe central amygdaloid nuchp choroid plexusCM central medial thal nuCond condylar process mandibleCPu caudate putamen (striatum)CPune caudate putamen, neuroepCxne neuroepithelial zone cortexCxP cortical plateDEn dorsal endopiriform nuDG dentate gyrusDLG dorsal lat geniculate nuDM dorsomed hypothal nuDR3V dorsal recess third ventricleEAM sublent extended amyg, medEP entopeduncular nuf fornixfi fimbria hippocampusGP globus pallidusHb habenular nucleiHi hippocampal regionHyoid hyoid boneI intercalated nuclei amygic internal capsuleictd internal carotid arteryICx intermed cortical layerIGL intergeniculate leafIPit intermediate lobe pitLa lat amygdaloid nuLarPh laryngopharynxLP lateral posterior thal nuLV lateral ventricleMc Meckel’s cartilageMD mediodorsal thalamic nuMe medial amygdaloid nuMEE medial eminence, ext layerMEI medial eminence, internal layermfb med forebrain bundleml medial lemniscusMTu medial tuberal nuopt optic tractPa paraventricular hypothal nuPaPo paraventricular hy nu, postParP parietal platePaXi paraxiphoid nu of thalamusPir piriform cortexPLCo posterolat cortical amygPLH peduncular part lat hyPo post thal nuclear groupPPit posterior lobe pitPrTh prethalamusPtd parotid glandRe reuniens thalamic nuRt reticular thal nusm stria medullaris thalsox supraoptic decussationst stria terminalisSubVCx subventricular layer cortexTempS temporal bone, squamousTMJ temporomandibular jointTyBu tympanic bullaTyC tympanic cavityTyM tympanic membraneVG ventral geniculate nuVMH ventmed hypothal nuVPL ventral posterolat thal nuVPM vent posteromed thal nuZID zona incerta, dorsal ZIV zona incerta, ventral

ADMB Book #4 23/8/06 2:15 PM Page LXI

Page 63: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:15 PM Page LXII

Page 64: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

CPuneCPu

1Cx

CxP ICxCxne

SubVCx

LV

chpHi DG

DR3V

Hbsm

LPfi

MDPVP

CMVPM

Po

VPL

ml

DLG

VGIGL

ZIDZIV

Rtst

CeLa

Pir

BL

BMMe

STIA

PMCoBLV

EP DAmfb

DM

3V

PLHsox

optMTu

f

VMH

Arcictd

PLCoParP

TempS

CD

TyBu

7n

Mc

5Gn

4n 3n6n

s5

m5 IPit

APit

PPit

Rath

BOcc

ic

Figure 19E17.5 #19

2.52mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1Cx layer 1 of developing cortex3n oculomotor nerve3V 3rd ventricle4n trochlear nerve5Gn trigeminal ganglion6n root of abducens nerve7n facial nerveAPit anterior lobe pituitaryArc arcuate hypothal nuBL basolateral amyg nuBLV basolat amyg, ventralBM basomedial amyg nuBOcc basioccipital boneCD cochlear ductCe central amygdaloid nuchp choroid plexusCM central medial thal nuCPu caudate putamen (striatum)CPune caudate putamen, neuroepCxne neuroepithelial zone cortexCxP cortical plateDA dorsal hypothal areaDG dentate gyrusDLG dorsal lat geniculate nuDM dorsomed hypothal nuDR3V dorsal recess third ventricleEP entopeduncular nuf fornixfi fimbria hippocampusHb habenular nucleiHi hippocampal regionic internal capsuleictd internal carotid arteryICx intermed cortical layerIGL intergeniculate leafIPit intermediate lobe pitLa lat amygdaloid nuLP lateral posterior thal nuLV lateral ventriclem5 motor root trigeminal nerveMc Meckel’s cartilageMD mediodorsal thalamic nuMe medial amygdaloid numfb med forebrain bundleml medial lemniscusMTu medial tuberal nuopt optic tractParP parietal platePir piriform cortexPLCo posterolat cortical amygPLH peduncular part lat hyPMCo posteromed cortical amyg nuPo post thal nuclear groupPPit posterior lobe pitPVP paraventricular thal nu, postRath Rathke’s pouchRt reticular thal nus5 sensory root trigem nsm stria medullaris thalsox supraoptic decussationst stria terminalisSTIA ST, intraamygdaloid divSubVCx subventricular layer cortexTempS temporal bone, squamousTyBu tympanic bullaVG ventral geniculate nuVMH ventmed hypothal nuVPL ventral posterolat thal nuVPM vent posteromed thal nuZID zona incerta, dorsal ZIV zona incerta, ventral

ADMB Book #4 23/8/06 2:15 PM Page LXIII

Page 65: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:15 PM Page LXIV

Page 66: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

PLH

mfb

DM

LV

chpCxne

SubVCx

ICxCxP

1Cx

HiDG sm

DR3V

Hb

frLP

DLG MD PVPPo

VPM

VPLIGL

fi

CPu

VG

BTelne

opt

ZIDZIV

CM

RRe

PrThSubG

icMe

Ce

La

rf

PirBL

BM

STIA

PMCoPLCo

VMHfPeF

pcer

ArcMTu

6n3n4nParP

TempS

Mall

5Gn5n

CGn CD

APit

BOcc

LgCaCortiCD

CGn

8cn

7n

HMall

EAMTyC

SalPh

TyBu

StyPh

StyGlictd LarPh

PDig

StyHy

StMClav

Ary

LarHyoid

ml

3V

Figure 20E17.5 #202.64 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1Cx layer 1 of developing cortex3n oculomotor nerve3V 3rd ventricle4n trochlear nerve5Gn trigeminal ganglion5n trigeminal nerve6n root of abducens nerve7n facial nerve8cn cochlear root 8th nerveAPit anterior lobe pituitaryArc arcuate hypothal nuAry arytenoid cartilageBL basolateral amyg nuBM basomedial amyg nuBOcc basioccipital boneBTelne basal telenceph, neuroepithCD cochlear ductCe central amygdaloid nuCGn cochlear (spiral) ganglionchp choroid plexusClav clavicleCM central medial thal nuCorti organ of CortiCPu caudate putamen (striatum)Cxne neuroepithelial zone cortexCxP cortical plateDG dentate gyrusDLG dorsal lat geniculate nuDM dorsomed hypothal nuDR3V dorsal recess third ventricleEAM sublent extended amyg, medf fornixfi fimbria hippocampusfr fasciculus retroflexusHb habenular nucleiHi hippocampal regionHMall handle of malleusHyoid hyoid boneic internal capsuleictd internal carotid arteryICx intermed cortical layerIGL intergeniculate leafLa lat amygdaloid nuLar larynxLarPh laryngopharynxLgCa longus capitis muscleLP lateral posterior thal nuLV lateral ventricleMall malleusMD mediodorsal thalamic nuMe medial amygdaloid numfb med forebrain bundleml medial lemniscusMTu medial tuberal nuopt optic tractParP parietal platepcer post cerebral artPDig post belly digastricPeF perifornical nuPir piriform cortexPLCo posterolat cortical amygPLH peduncular part lat hyPMCo posteromed cortical amyg nuPo post thal nuclear groupPrTh prethalamusPVP paraventricular thal nu, postrf rhinal fissureRRe retrouniens areaSalPh salpingopharyngeus musclesm stria medullaris thalSTIA ST, intraamygdaloid divStM sternomastoid muscleStyGl styloglossus muscleStyHy stylohyoid muscleStyPh stylopharyngeus muscleSubG subgeniculate nuSubVCx subventricular layer cortexTempS temporal bone, squamousTyBu tympanic bullaTyC tympanic cavityVG ventral geniculate nuVMH ventmed hypothal nuVPL ventral posterolat thal nuVPM vent posteromed thal nuZID zona incerta, dorsal ZIV zona incerta, ventral

ADMB Book #4 23/8/06 2:15 PM Page LXV

Page 67: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:15 PM Page LXVI

Page 68: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ParP

Amg

BTelne

Pir

Cx1CxP ICx

SubVCxCxne

LV

chpHi

S

fi

Hb

frLP

DLG PoMD

PV

VPMVPL

IGLVG

ZIVZID

opt SubGRRe

scp

PrTh3V

DMmfbSTh

ic

LV

MTu

PLH

PeF

VMH

f

Arc

5n5Gn

VLL

VMPO

bas

CGn

CD

8cnCD

7n

TempS

Mall

HMall

TyCEAM

TyBu

BOcc

LgCa

ijugvSalPhStyPh

StyGlictd

PDig

StyHy

StM

Ary

Thy

LarPh

ml

sl

Figure 21E17.5 #212.76 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

3V 3rd ventricle5Gn trigeminal ganglion5n trigeminal nerve7n facial nerve8cn cochlear root 8th nerveAmg amygdalaArc arcuate hypothal nuAry arytenoid cartilagebas basilar arteryBOcc basioccipital boneBTelne basal telenceph, neuroepithCD cochlear ductCGn cochlear (spiral) ganglionchp choroid plexusCx1 developing Cx, layer 1Cxne neuroepithelial zone cortexCxP cortical plateDLG dorsal lat geniculate nuDM dorsomed hypothal nuEAM sublent extended amyg, medf fornixfi fimbria hippocampusfr fasciculus retroflexusHb habenular nucleiHi hippocampal regionHMall handle of malleusic internal capsuleictd internal carotid arteryICx intermed cortical layerIGL intergeniculate leafijugv internal jugular veinLarPh laryngopharynxLgCa longus capitis muscleLP lateral posterior thal nuLV lateral ventricleMall malleusMD mediodorsal thalamic numfb med forebrain bundleml medial lemniscusMTu medial tuberal nuopt optic tractParP parietal platePDig post belly digastricPeF perifornical nuPir piriform cortexPLH peduncular part lat hyPo post thal nuclear groupPrTh prethalamusPV paraventricular thalamic nuRRe retrouniens areaS subiculumSalPh salpingopharyngeus musclescp superior Cb pedunclesl sulcus limitansSTh subthalamic nuStM sternomastoid muscleStyGl styloglossus muscleStyHy stylohyoid muscleStyPh stylopharyngeus muscleSubG subgeniculate nuSubVCx subventricular layer cortexTempS temporal bone, squamousThy thyroid glandTyBu tympanic bullaTyC tympanic cavityVG ventral geniculate nuVLL ventral nu lat lemniscusVMH ventmed hypothal nuVMPO ventmed preoptic nuVPL ventral posterolat thal nuVPM vent posteromed thal nuZID zona incerta, dorsal ZIV zona incerta, ventral

ADMB Book #4 23/8/06 2:15 PM Page LXVII

Page 69: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:15 PM Page LXVIII

Page 70: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

VTM

BTelne

Entne

LV

rf

LVchp

Cxne

1Cx

CxP

ICx

SubVCxfi

Hi

S

RSG

RSD

MHbLHb

LP

fr

PF

MDPo

DLG

CM

VPM

VPL

bsc

IGLVG

ml VPPCRRe

3VZID

ZIV PR SPF

PHmfb

ic

STh

PSTh

PLH

fMB

ArcArc ME

tzxParP

5nVLL

CAT

Tz

RPa

MVPO

5GnInc

TempP

7n

HMall

TyC

CGn

8cnbas

BOcc

LReCaLgCa

TyBuRc

CD

CGn

EAM

Hi

3V

Figure 22E17.5 #22

2.88mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1Cx layer 1 of developing cortex3V 3rd ventricle5Gn trigeminal ganglion5n trigeminal nerve7n facial nerve8cn cochlear root 8th nerveArc arcuate hypothal nubas basilar arteryBOcc basioccipital bonebsc brachium superior colliculusBTelne basal telenceph, neuroepithCAT nu central acoustic trCD cochlear ductCGn cochlear (spiral) ganglionchp choroid plexusCM central medial thal nuCxne neuroepithelial zone cortexCxP cortical plateDLG dorsal lat geniculate nuEAM sublent extended amyg, medEntne entorh cx neuroepithelialf fornixfi fimbria hippocampusfr fasciculus retroflexusHi hippocampal regionHMall handle of malleusic internal capsuleICx intermed cortical layerIGL intergeniculate leafInc incusLgCa longus capitis muscleLHb lateral habenular nuLP lateral posterior thal nuLReCa lat rectus capitis muscleLV lateral ventricleMB mammillary bodyMD mediodorsal thalamic nuME median eminencemfb med forebrain bundleMHb med habenular numl medial lemniscusMVPO medioventral periolivary nuParP parietal platePF parafascicular thal nuPH posterior hypothal nuPLH peduncular part lat hyPo post thal nuclear groupPR prerubral fieldPSTh parasubthalamic nuRc Reichert’s cartilagerf rhinal fissureRPa raphe pallidus nuRRe retrouniens areaRSD retrosplenial dysgranular cxRSG retrosplenial granular cxS subiculumSPF subparafascicular thal nuSTh subthalamic nuSubVCx subventricular layer cortexTempP temporal bone, petrousTyBu tympanic bullaTyC tympanic cavityTz nu trapezoid bodytzx decuss trapezoid bodyVG ventral geniculate nuVLL ventral nu lat lemniscusVPL ventral posterolat thal nuVPM vent posteromed thal nuVPPC vent post nu th, parvicellular VTM vent tuberomammillary nuZID zona incerta, dorsal ZIV zona incerta, ventral

ADMB Book #4 23/8/06 2:15 PM Page LXIX

Page 71: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:15 PM Page LXX

Page 72: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Ent

Entne

Hi

Cxne

SubVICx

1CxCxP

LV

RSD

RSG

PrCOT

OPT

PF

fr3V

Po

PC

LP

CM

RResl

DLG

VPLVPM

mlVPPC

PH

PRZID

ZIV

VG

IGL

mfb

PLHSTh

LM MLMM

mt

SuM

3V

RIPTz

VLLParP

5n

IntA7n

TempP tz

Sp5O

Pr5

SOl

ml

LPGiP7

7N

SaccInc

Mall

EAM

BStapOvalW

CD8cn

CGnTyC

7nTyBu

Rc

StHy

StM ictd

ijugv LgCa

LReCaBOcc

RPa

Figure 23E17.5 #233.00 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1Cx layer 1 of developing cortex3V 3rd ventricle5n trigeminal nerve7N facial nu7n facial nerve8cn cochlear root 8th nerveBOcc basioccipital boneBStap base of stapesCD cochlear ductCGn cochlear (spiral) ganglionCM central medial thal nuCxne neuroepithelial zone cortexCxP cortical plateDLG dorsal lat geniculate nuEAM sublent extended amyg, medEnt entorhinal cortexEntne entorh cx neuroepithelialfr fasciculus retroflexusHi hippocampal regionictd internal carotid arteryICx intermed cortical layerIGL intergeniculate leafijugv internal jugular veinInc incusIntA interposed cerebellar nu, antLgCa longus capitis muscleLM lateral mammillary nuLP lateral posterior thal nuLPGi lat paragigantocellular nuLReCa lat rectus capitis muscleLV lateral ventricleMall malleusmfb med forebrain bundleML med mammillary nu, latml medial lemniscusMM med mammillary nu, medialmt mammillothalamic tractOPT olivary pretectal nuOT nu of the optic tractOvalW oval windowP7 perifacial zoneParP parietal platePC paracentral thal nuPF parafascicular thal nuPH posterior hypothal nuPLH peduncular part lat hyPo post thal nuclear groupPR prerubral fieldPr5 principal sensory trigem nuPrC precommissural nuRc Reichert’s cartilageRIP raphe interpositus nuRPa raphe pallidus nuRRe retrouniens areaRSD retrosplenial dysgranular cxRSG retrosplenial granular cxSacc sacculesl sulcus limitansSOl superior olive, lateralSp5O spinal trigeml nu, oralSTh subthalamic nuStHy striohypothalamic nuStM sternomastoid muscleSubV submedius thal nu, ventral SuM supramammillary nuTempP temporal bone, petrousTyBu tympanic bullaTyC tympanic cavityTz nu trapezoid bodytz trapezoid bodyVG ventral geniculate nuVLL ventral nu lat lemniscusVPL ventral posterolat thal nuVPM vent posteromed thal nuVPPC vent post nu th, parvicellular ZID zona incerta, dorsal ZIV zona incerta, ventral

ADMB Book #4 23/8/06 2:15 PM Page LXXI

Page 73: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:15 PM Page LXXII

Page 74: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

VLL

RSD

Pi1Cx

Cxne

ICxSubV

CxP

LV

RSG MPTpc

OPT PrCAPT

LP

DLG

DG

S

Entne

Ent

VG IGL

VPL VPM

Po

PFfr

3VCM

RRe

VPPCml

ZIDPR

ZIV

STh

opt

cp

mfb

PLH

PH

mtg

SuM

SuMLmp

LM ML

MMpm

Arcpcer

Pn

tfp

lfp Pn

PnO

PnC5TTPr5

7n

IntA rs

Sp5O7n

A5

Gi

GiALPGi

7N RMgRPa

ml

bas

Sacc7n

HStap

StapMBStap

EAMTyC

CD

CGn8cn

7n

RcTyBu

LReCa

LgCa

StM

OmHy

Scap

RIP

Figure 24E17.5 #24

3.12mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1Cx layer 1 of developing cortex3V 3rd ventricle5TT motor trigem, tensor tymp7N facial nu7n facial nerve8cn cochlear root 8th nerveA5 A5 noradrenaline cellsAPT anterior pretectal nuArc arcuate hypothal nubas basilar arteryBStap base of stapesCD cochlear ductCGn cochlear (spiral) ganglionCM central medial thal nucp cerebral peduncleCxne neuroepithelial zone cortexCxP cortical plateDG dentate gyrusDLG dorsal lat geniculate nuEAM sublent extended amyg, medEnt entorhinal cortexEntne entorh cx neuroepithelialfr fasciculus retroflexusGi gigantocellular reticular nuGiA gigantocellular retic, alphaHStap handle of stapesICx intermed cortical layerIGL intergeniculate leafIntA interposed cerebellar nu, antlfp longitudinal fasciculus ponsLgCa longus capitis muscleLM lateral mammillary nuLP lateral posterior thal nuLPGi lat paragigantocellular nuLReCa lat rectus capitis muscleLV lateral ventriclemfb med forebrain bundleML med mammillary nu, latml medial lemniscusMM med mammillary nu, medialmp mammillary peduncleMPT medial pretectal numtg mammillotegmental tractOmHy omohyoid muscleOPT olivary pretectal nuopt optic tractpc posterior commpcer post cerebral artPF parafascicular thal nuPH posterior hypothal nuPi pineal glandPLH peduncular part lat hypm principal mammillary trPn pontine nucleiPnC pontine reticular nu, caudalPnO pontine reticular nu, oral Po post thal nuclear groupPR prerubral fieldPr5 principal sensory trigem nuPrC precommissural nuRc Reichert’s cartilageRIP raphe interpositus nuRMg raphe magnus nuRPa raphe pallidus nuRRe retrouniens arears rubrospinal tractRSD retrosplenial dysgranular cxRSG retrosplenial granular cxS subiculumSacc sacculeScap scapulaSp5O spinal trigeml nu, oralStapM stapedius muscleSTh subthalamic nuStM sternomastoid muscleSubV submedius thal nu, ventral SuM supramammillary nuSuML supramammillary nu, lat tfp transverse fibers ponsTyBu tympanic bullaTyC tympanic cavityVG ventral geniculate nuVLL ventral nu lat lemniscusVPL ventral posterolat thal nuVPM vent posteromed thal nuVPPC vent post nu th, parvicellular ZID zona incerta, dorsal ZIV zona incerta, ventral

ADMB Book #4 23/8/06 2:15 PM Page LXXIII

Page 75: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:15 PM Page LXXIV

Page 76: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

pcer

ICxCxP

ICx

SubV

Cxne

PrS

PaS

Entne

LV

Ent

cpPSTh

RSG

RSD

MPT

PPTOT

APTOPT

LP 3V

PFPo

MG Eth fr

RI A11REthVPM

VGZID F PR PrTh

ZIV

Gem

mtgPHA

PLH

mfb

SuMsumx

ML

MMmp

Arc MRe

VLLmcp

Pn lfp

lfpPn

RtTgPnOPr5

5TT

m5

7n

PnC

Gi

TempP

8vn

VeGnBStap

Sacc

StapM

7n

EAM7n

CD TyBu

CD

OvalW

10GnLReCa

BOcc

Atlas

baspyml RPa

RMgGiA

LPGiP7

7DM7DI

7Lrs

Sp5O

Figure 25E17.5 #253.24 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

3V 3rd ventricle5TT motor trigem, tensor tymp7DI facial nu, dors intermedial7DM facial nu, dorsomedial7L facial nu, lateral subnu7n facial nerve8vn vestibular root of 8th nerve10Gn vagus nerve ganglionA11 A11 dopamine cellsAPT anterior pretectal nuArc arcuate hypothal nuAtlas atlasbas basilar arteryBOcc basioccipital boneBStap base of stapesCD cochlear ductcp cerebral peduncleCxne neuroepithelial zone cortexCxP cortical plateEAM sublent extended amyg, medEnt entorhinal cortexEntne entorh cx neuroepithelialEth ethmoid thalamic nuF nu fields of Forelfr fasciculus retroflexusGem gemini hypothalamic nuGi gigantocellular reticular nuGiA gigantocellular retic, alphaICx intermed cortical layerlfp longitudinal fasciculus ponsLP lateral posterior thal nuLPGi lat paragigantocellular nuLReCa lat rectus capitis muscleLV lateral ventriclem5 motor root trigeminal nervemcp middle cerebellar pedunclemfb med forebrain bundleMG med geniculate nuML med mammillary nu, latml medial lemniscusMM med mammillary nu, medialmp mammillary peduncleMPT medial pretectal nuMRe mammillary recess 3Vmtg mammillotegmental tractOPT olivary pretectal nuOT nu of the optic tractOvalW oval windowP7 perifacial zonePaS parasubiculumpcer post cerebral artPF parafascicular thal nuPHA posterior hypothal areaPLH peduncular part lat hyPn pontine nucleiPnC pontine reticular nu, caudalPnO pontine reticular nu, oral Po post thal nuclear groupPPT posterior pretectal nuPR prerubral fieldPr5 principal sensory trigem nuPrS presubiculumPrTh prethalamusPSTh parasubthalamic nupy pyramidal trREth retroethmoid nuRI rostral interstitial nu of mlfRMg raphe magnus nuRPa raphe pallidus nurs rubrospinal tractRSD retrosplenial dysgranular cxRSG retrosplenial granular cxRtTg reticulotegmental nu ponsSacc sacculeSp5O spinal trigeml nu, oralStapM stapedius muscleSubV submedius thal nu, ventral SuM supramammillary nusumx supramammillary decussTempP temporal bone, petrousTyBu tympanic bullaVeGn vestibular n ganglionVG ventral geniculate nuVLL ventral nu lat lemniscusVPM vent posteromed thal nuZID zona incerta, dorsal ZIV zona incerta, ventral

ADMB Book #4 23/8/06 2:15 PM Page LXXV

Page 77: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:15 PM Page LXXVI

Page 78: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Ent

Entne

LV

1CxCxP

ICx

Cxne

RSDPi

RSG

pc

Com

MCPC

RPFLth

Aq

PPTOPT

OT

bsc

LPAPT

Dk

p1PAG

MG

Po

PoT frPIL

mlRPC mtg

PHA

3V

RI PrTh

SN

Ent

pcercp PLH

sumx

SuML ML MM

Arc

VLL

ParP

5TT

A7

Pr5

PnO

PnC

MnR

PMnR

tfp

4V

ne7n

SubCDPCRtA

5N

Sp5OPCRt

IRt

ASCC

TempPHSCCA

Utr

Sacc

VCA

VeGn

StapM

7nEAM

StM

LReCa

BOcc

Atlas

bas

RMg

RPa

GiA

LPGi

P7

7N

Gi

SubVCx

Figure 26E17.5 #263.36 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1Cx layer 1 of developing cortex3V 3rd ventricle4V 4th ventricle5N motor trigeminal nu5TT motor trigem, tensor tymp7N facial nu7n facial nerveA7 A7 noradrenaline cellsAPT anterior pretectal nuAq aqueductArc arcuate hypothal nuASCC anterior semicirc canalAtlas atlasbas basilar arteryBOcc basioccipital bonebsc brachium superior colliculusCom commissural nu inf colliculuscp cerebral peduncleCxne neuroepithelial zone cortexCxP cortical plateDk nu of DarkschewitschEAM sublent extended amyg, medEnt entorhinal cortexEntne entorh cx neuroepithelialfr fasciculus retroflexusGi gigantocellular reticular nuGiA gigantocellular retic, alphaHSCCA horizontal SCCICx intermed cortical layerIRt intermed reticular nuLP lateral posterior thal nuLPGi lat paragigantocellular nuLReCa lat rectus capitis muscleLth lithoid nuLV lateral ventricleMCPC magnocell nu post commMG med geniculate nuML med mammillary nu, latml medial lemniscusMM med mammillary nu, medialMnR median raphe numtg mammillotegmental tractne neuroepitheliumOPT olivary pretectal nuOT nu of the optic tractP7 perifacial zonep1PAG p1 periaqueductal grayParP parietal platepc posterior commpcer post cerebral artPCRt parvicell reticular nuPCRtA parvicell reticular nu, alphaPHA posterior hypothal areaPi pineal glandPIL post intralaminar thal nuPLH peduncular part lat hyPMnR paramedian raphe nuPnC pontine reticular nu, caudalPnO pontine reticular nu, oralPo posterior thalamic nu PoT posterior thal nu, triangularPPT posterior pretectal nuPr5 principal sensory trigem nuPrTh prethalamusRI rostral interstitial nu of mlfRMg raphe magnus nuRPa raphe pallidus nuRPC red nu, parvicell partRPF retroparafascicular nuRSD retrosplenial dysgranular cxRSG retrosplenial granular cxSacc sacculeSN substantia nigraSp5O spinal trigeml nu, oralStapM stapedius muscleStM sternomastoid muscleSubCD subcoeruleus nu, dorsal SubVCx subventricular layer cortexSuML supramammillary nu, lat sumx supramammillary decussTempP temporal bone, petroustfp transverse fibers ponsUtr utricleVCA ventral cochlear nu, ant VeGn vestibular n ganglionVLL ventral nu lat lemniscus

ADMB Book #4 23/8/06 2:15 PM Page LXXVII

Page 79: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:16 PM Page LXXVIII

Page 80: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

IPF

SC

Pi

1Cx

CxP ICxSubVCx

Cxne

csc

PComTG

OT

p1PAGAPTLP

OPT

MGPo

RPC

Inc

Dk

PrEW

Aq

SubB

cpSN

PBPml fr

VTAR

RLi

IP

mtg

Entne

Ent

ParP

PMnR

Pn

MnRVLL ll

5TT

PnOPrS

m55N

VCA

SubC

A7

PCRtA

DMTg mlf

g7EVe

Sp5O

sp5

VCP

Sp5I

PCRt

IRt

6N

mlf

7SH

7N

LPGi

GiA

Gi

RMgRPa

4V

Figure 27E17.5 #273.48 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1Cx layer 1 of developing cortex4V 4th ventricle5N motor trigeminal nu5TT motor trigem, tensor tymp6N abducens nu7N facial nu7SH facial motor nu, stylohyoidA7 A7 noradrenaline cellsAPT anterior pretectal nuAq aqueductcp cerebral pedunclecsc comm superior colliculusCxne neuroepithelial zone cortexCxP cortical plateDk nu of DarkschewitschDMTg dorsomed tegmental areaEnt entorhinal cortexEntne entorh cx neuroepithelialEVe nu origin efferents ve nfr fasciculus retroflexusg7 genu facial nerveGi gigantocell retic nuGiA gigantocellular retic, alphaICx intermed cortical layerInc incusIP interpedunc nuIPF interpedunc fossaIRt intermed reticular null lateral lemniscusLP lateral posterior thal nuLPGi lat paragigantocellular num5 motor root trigeminal nerveMG med geniculate numl medial lemniscusmlf med longitudinal fasciculusMnR median raphe numtg mammillotegmental tractOPT olivary pretectal nuOT nu of the optic tractp1PAG p1 periaqueductal grayParP parietal platePBP parabrachial pigmented nuPCom nu posterior commPCRt parvicell reticular nuPCRtA parvicell reticular nu, alphaPi pineal glandPMnR paramedian raphe nuPn pontine nucleiPnO pontine reticular nu, oral Po post thal nuclear groupPrEW pre-Edinger-Westphal nuPrS presubiculumRLi rostral linear nu rapheRMg raphe magnus nuRPa raphe pallidus nuRPC red nu, parvicell partSC superior colliculusSN substantia nigrasp5 spinal trigem tractSp5I spinal trigem nu, interpolarSp5O spinal trigeml nu, oralSubB subbrachial nuSubC subcoeruleus nuSubVCx subventricular layer cortexTG tectal grayVCA ventral cochlear nu, ant VCP vent cochlear nu, posterior VLL ventral nu lat lemniscusVTAR vent tegmental area, rostr

ADMB Book #4 23/8/06 2:16 PM Page LXXIX

Page 81: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:16 PM Page LXXX

Page 82: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Aq

VLLMPL

PnO

ne

CxP

1Cx

ICx

SubV

SC

bscOT

TG

APTLP

ne

p1PAG

Dk

p1Rt

PoMG

SubBRPC

InC

MA3fr

PBP

SNcpscp RLi

IF

PIF

mtg

tfp

MnR

PMnRSubCV5TT

Pr5A7

5N

ParP

SubCD

DMTgPCRtA

Sp5O

VCA

VeGnASCC

HSCCA

HSCC

UtrTempP

Pinna

TzM

LgsCaMst ijugv

9/10/11n emv

emv

12n BOcc

ijugv I9Gn Atlas

Axis

baspy

ml RPa

RMg

GiALPGi

7N

7SH

IRtGi

PCRt

Sp5I

sp5

tz

ELS

mlf

6N

g7

SGe

4VEVe

MVe

CGAmlf

CGO

Figure 28E17.5 #283.60 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1Cx layer 1 of developing cortex4V 4th ventricle5N trigeminal motor nu5TT motor trigem, tensor tymp6N abducens nu7N facial nu7SH facial motor nu, stylohyoid9/10/11n 9n, 10n, and 11n12n root of hypoglossal nerveA7 A7 noradrenaline cellsAPT anterior pretectal nuASCC anterior semicirc canalAtlas atlasAxis axis (C2 vertebra)bas basilar arteryBOcc basioccipital bonebsc brachium superior colliculusCGA central gray, alpha partCGO central gray, nu Ocp cerebral peduncleCxP cortical plateDk nu of DarkschewitschDMTg dorsomed tegmental areaELS endolymphatic sacemv emissary veinEVe nu origin efferents ve nfr fasciculus retroflexusg7 genu facial nerveGi gigantocellular reticular nuGiA gigantocellular retic, alphaHSCC horizontal semicircular canalHSCCA horizontal SCCI9Gn inferior ganglion 9nICx intermed cortical layerIF interfascicular nuijugv internal jugular veinInC interstitial nu of CajalIRt intermed reticular nuLgsCa longissimus capitis muscleLP lateral posterior thal nuLPGi lat paragigantocellular nuMA3 med access oculomotor nuMG med geniculate numl medial lemniscusmlf med longitudinal fasciculusMnR median raphe nuMPL medial paralemniscial nuMst mastoid processmtg mammillotegmental tractMVe medial vestibular nune neuroepitheliumOT nu of the optic tractp1PAG p1 periaqueductal grayParP parietal platePBP parabrachial pigmented nuPCRt parvicell reticular nuPCRtA parvicell reticular nu, alphaPIF parainterfascicular nu VTAPinna pinna of the earPMnR paramedian raphe nuPnO pontine reticular nu, oral Po post thal nuclear groupPr5 principal sensory trigem nupy pyramidal trRLi rostral linear nu rapheRMg raphe magnus nuRPa raphe pallidus nuRPC red nu, parvicell partRt reticular thal nuSC superior colliculusscp superior Cb peduncleSGe supragenual nuSN substantia nigrasp5 spinal trigem tractSp5I spinal trigem nu, interpolarSp5O spinal trigeml nu, oralSubB subbrachial nuSubCD subcoeruleus nu, dorsal SubCV subcoeruleus nu, ventral SubV submedius thal nu, ventral TempP temporal bone, petroustfp transverse fibers ponsTG tectal graytz trapezoid bodyTzM trapezius muscleUtr utricleVCA ventral cochlear nu, ant VeGn vestibular n ganglionVLL ventral nu lat lemniscus

ADMB Book #4 23/8/06 2:16 PM Page LXXXI

Page 83: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:16 PM Page LXXXII

Page 84: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Pr5

Cxne

CxP

1Cx

SCcsc

APTLP p1Rt

mPAG Aq

DkInC

RPCSubG

MGMA3

VTAR

SN

cpPIF

PBPRLi

mtg

fr IF

mcptfp

PMnR

MnR

DMTg

PnO

MPLILL

5N SubC

A7

CGne

mlf

4VCGBMVe

SuVe

sp5

ASCC

HSCC

TempPELS

HSCCPSCCAPSCC

9/10/11n

ijugvTzM

LgsCaOcc

VCAicp

SpVe

Sp5O 5Sol

PCRtIRtSp5I

8n

sp5

Gi

7NLPGi

emv

12nBOcc

AtlasAxis

py RPa

GiV

IO

6N

SGe

Figure 29E17.5 #293.72 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1Cx layer 1 of developing cortex4V 4th ventricle5N motor trigeminal nu5Sol trigeminal-solitary trans6N abducens nu7N facial nu8n vestibulocochlear nerve9/10/11n 9n, 10n, and 11n12n root of hypoglossal nerveA7 A7 noradrenaline cellsAPT anterior pretectal nuAq aqueductASCC anterior semicirc canalAtlas atlasAxis axis (C2 vertebra)BOcc basioccipital boneCG central grayCGB central gray, beta partcp cerebral pedunclecsc comm superior colliculusCxne neuroepithelial zone cortexCxP cortical plateDk nu of DarkschewitschDMTg dorsomed tegmental areaELS endolymphatic sacemv emissary veinfr fasciculus retroflexusGi gigantocellular reticular nuGiV gigantocellular retic, ventHSCC horizontal semicircular canalicp inf cerebellar peduncleIF interfascicular nuijugv internal jugular veinILL intermed nu lat lemniscusInC interstitial nu of CajalIO inferior olivary nuIRt intermed reticular nuLgsCa longissimus capitis muscleLP lateral posterior thal nuLPGi lat paragigantocellular nuMA3 med access oculomotor numcp middle cerebellar peduncleMG med geniculate numlf med longitudinal fasciculusMnR median raphe nuMPL medial paralemniscial numRt mesenceph retic formmtg mammillotegmental tractMVe medial vestibular nune neuroepitheliumOcc occipital bonep1PAG p1 periaqueductal grayPBP parabrachial pigmented nuPCRt parvicell reticular nuPIF parainterfascicular nu VTAPMnR paramedian raphe nuPnO pontine reticular nu, oral Pr5 principal sensory trigem nuPSCC post semicircular canalPSCCA post ampullapy pyramidal trRLi rostral linear nu rapheRPa raphe pallidus nuRPC red nu, parvicell partSC superior colliculusSGe supragenual nuSN substantia nigrasp5 spinal trigem tractSp5I spinal trigem nu, interpolarSp5O spinal trigeml nu, oralSpVe spinal vestibular nuSubC subcoeruleus nuSubG subgeniculate nuSuVe superior vestibular nuTempP temporal bone, petroustfp transverse fibers ponsTzM trapezius muscleVCA ventral cochlear nu, ant VTAR vent tegmental area, rostr

ADMB Book #4 23/8/06 2:16 PM Page LXXXIII

Page 85: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:16 PM Page LXXXIV

Page 86: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

trs

SC

mPAGAqLP

p1RtMG

SubBPaR

R

InC

MA3

RLiIF

frVTA

PBP

mtg

mlSN

cp

IPFmcp

ILL MPL

PnOSu5

KFvsc

icpSuVe CG

mlf

PMnR

Cb

VC

LVeMVe

4V

SGeISSol

5Sol

PCRt

solSpVe

Sp5I

sp5ELS

occs

ASCC

TempP

Pinna

HSCC HSCC

CCrus

PSCC

TzM

LgsCa

SObCa

JugF

9n10n11n

ijugvdsc/oc

AmbGi

IRt

vsc

LPGi

Occ

AtOc

Atlas

Alar

FMag

DAx

AxisAtAx

py

RPaIOGiV

ROb

DPGiasc7

mlf6N

ParP

LR4V

MnR

Figure 30E17.5 #303.84 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

4V 4th ventricle5Sol trigeminal-solit trans6N abducens nu9n glossopharyngeal nerve10n vagus nerve11n root of accessory nerve Alar alar ligament densAmb ambiguus nuAq aqueductasc7 ascending fibers facial nASCC anterior semicirc canalAtAx atlantoaxial jointAtlas atlasAtOc atlantooccipital jointAxis axis (C2 vertebra)Cb cerebellumCCrus common crus CG central graycp cerebral peduncleDAx dens of the axisDPGi dors paragigantocellular nudsc/oc dors spino / olivocereb trELS endolymphatic sacFMag foramen magnumfr fasciculus retroflexusGi gigantocellular reticular nuGiV gigantocellular retic, ventHSCC horizontal semicircular canalicp inf cerebellar peduncleIF interfascicular nuijugv internal jugular veinILL intermed nu lat lemniscusInC interstitial nu of CajalIO inferior olivary nuIPF interpedunc fossaIRt intermed reticular nuIS inferior salivatory nuJugF jugular foramenKF Kˆlliker-Fuse nuLgsCa longissimus capitis muscleLP lateral posterior thal nuLPGi lat paragigantocellular nuLR4V lat recess 4th ventricleLVe lateral vestibular nuMA3 med access oculomotor numcp middle cerebellar peduncleMG med geniculate numl medial lemniscusmlf med longitudinal fasciculusMnR median raphe nuMPL medial paralemniscial numRt mesenceph retic formmtg mammillotegmental tractMVe medial vestibular nuOcc occipital boneoccs occipital sinusp1PAG p1 periaqueductal grayPaR pararubral nuParP parietal platePBP parabrachial pigmented nuPCRt parvicell reticular nuPinna pinna of the earPMnR paramedian raphe nuPnO pontine reticular nu, oral PSCC post semicircular canalpy pyramidal trR red nuRLi rostral linear nu rapheROb raphe obscurus nuRPa raphe pallidus nuSC superior colliculusSGe supragenual nuSN substantia nigraSObCa superior oblique Sol nu of solitary tractsol solitary tractsp5 spinal trigem tractSp5I spinal trigem nu, interpolarSpVe spinal vestibular nuSu5 supratrigeminal nuSubB subbrachial nuSuVe superior vestibular nuTempP temporal bone, petroustrs transverse sinusTzM trapezius muscleVC ventral cochlear nuvsc ventral spinocerebellar trVTA vent tegmental area

ADMB Book #4 23/8/06 2:16 PM Page LXXXV

Page 87: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:16 PM Page LXXXVI

Page 88: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ParB

SC Aq

mPAG

mRt

RMC

BICbic

SubB3N

RLimtg

VTAPBP

SN

cp ml

IPF

IPCIPL

fr

MPLILL PMnR

PnO

Su5vsc

KFMPB

CG

4V

sl

Pr

MVe

VeCb

scpmcpEGL

ASCC

TempP

PinnaCCrus

ELS

VC

LR4V

Cb SuVe

LVeicp

SpVe

Sol

sol

5Sol

PCRtSp5I

sp5IRt DPGi

Gi

mlf

RObHSCC

PSCCJugF

vsc

dsc/ocLPGi

FMagOcc

SObCa

TzM

LgsCa

CeAu

Atlas

AtOcAtlas

Alar

DAx

Axis

AtAxIObCa

pybas

IOMRPa

IOPr

IOD

Figure 31E17.5 #313.96 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

3N oculomotor nu4V 4th ventricle5Sol trigeminal-solitary transAlar alar ligament densAq aqueductASCC anterior semicirc canalAtAx atlantoaxial jointAtlas atlasAtOc atlantooccipital jointAxis axis (C2 vertebra)bas basilar arteryBIC nu brachium inf colliculusbic brachium inf colliculusCb cerebellumCCrus common crus CeAu cervicoauricular muscleCG central graycp cerebral peduncleDAx dens of the axisDPGi dors paragigantocellular nudsc/oc dors spino / olivocereb trEGL external granular layer CbELS endolymphatic sacFMag foramen magnumfr fasciculus retroflexusGi gigantocellular reticular nuHSCC horizontal semicircular canalicp inf cerebellar peduncleILL intermed nu lat lemniscusIObCa inf oblique capitisIOD inf olive, dorsal nuIOM inf olive, med nuIOPr inf olive, principal nuIPC IPC nu, caudal IPF interpedunc fossaIPL interpedunc nu, lat subnuIRt intermed reticular nuJugF jugular foramenKF Kˆlliker-Fuse nuLgsCa longissimus capitis muscleLPGi lat paragigantocellular nuLR4V lat recess 4th ventricleLVe lateral vestibular numcp middle cerebellar peduncleml medial lemniscusmlf med longitudinal fasciculusMPB medial parabrachial nuMPL medial paralemniscial numRt mesenceph retic formmtg mammillotegmental tractMVe medial vestibular nuOcc occipital bonePAG periaqueductal grayParB parietal bonePBP parabrachial pigmented nuPCRt parvicell reticular nuPinna pinna of the earPMnR paramedian raphe nuPnO pontine reticular nu, oral Pr prepositus nuPSCC post semicircular canalpy pyramidal trRLi rostral linear nu rapheRPa raphe pallidus nuRMC red nu, magnocell partROb raphe obscurus nuSC superior colliculusscp superior Cb pedunclesl sulcus limitansSN substantia nigraSObCa superior oblique Sol nu of solitary tractsol solitary tractsp5 spinal trigem tractSp5I spinal trigem nu, interpolarSpVe spinal vestibular nuSu5 supratrigeminal nuSubB subbrachial nuSuVe superior vestibular nuTempP temporal bone, petrousTzM trapezius muscleVC ventral cochlear nuVeCb vestibulocerebellar nuvsc ventral spinocerebellar trVTA vent tegmental area

ADMB Book #4 23/8/06 2:16 PM Page LXXXVII

Page 89: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:16 PM Page LXXXVIII

Page 90: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

PnO

SCmPAG

Aq

mRt

Su3C

3N3PC

Su3BIC

bic

SubB

SN

PaRR

mlf

RLi

IP

IP

PMnRts

VTA

RRFcp

PTgRR

DLL

MPB LDTgscp

LPB

KF

vsc

mcpEGL

trs

ASCC

SuVe

LC

CG

4VDC

SpVe MVe

LR4V

ELS

CCrus

TempP

PSCC occs

Sp5I

PCRt

Sol

sol

5Sol

X

icp

Pr

mlf

DPGiIRt

Gi RObAmb

LPGi

vsc

Occdsc/oc

IODIOM

RPa

IOPrbas

sp5

Figure 32E17.5 #324.08 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

3N oculomotor nu3PC oculomotor nu, parvicellular4V 4th ventricle5Sol trigeminal-solit transAmb ambiguus nuAq aqueductASCC anterior semicirc canalbas basilar arteryBIC nu brachium inf colliculusbic brachium inf colliculusCCrus common crus CG central graycp cerebral peduncleDC dorsal cochlear nuDLL dorsal nu lateral lemniscusDPGi dors paragigantocellular nudsc/oc dors spino / olivocereb trEGL external granular layer CbELS endolymphatic sacGi gigantocellular reticular nuicp inf cerebellar peduncleIOD inf olive, dorsal nuIOM inf olive, med nuIOPr inf olive, principal nuIP interpedunc nuIRt intermed reticular nuKF Kˆlliker-Fuse nuLC locus coeruleusLDTg laterodor tegmental nuLPB lateral parabrachial nuLPGi lat paragigantocellular nuLR4V lat recess 4th ventriclemcp middle cerebellar pedunclemlf med longitudinal fasciculusMPB medial parabrachial numRt mesenceph retic formMVe medial vestibular nuOcc occipital boneoccs occipital sinusPAG periaqueductal grayPaR pararubral nuPCRt parvicell reticular nuPMnR paramedian raphe nuPnO pontine reticular nu, oral Pr prepositus nuPSCC post semicircular canalPTg pedunculopontine tegmentalR red nuRLi rostral linear nu rapheROb raphe obscurus nuRPa raphe pallidus nuRR retrorubral nuRRF retrorubral fieldSC superior colliculusscp superior Cb peduncleSN substantia nigraSol nu of solitary tractsol solitary tractsp5 spinal trigem tractSp5I spinal trigem nu, interpolarSpVe spinal vestibular nuSu3 supraoculomotor PAGSu3C supraoculomotor capSubB subbrachial nuSuVe superior vestibular nuTempP temporal bone, petroustrs transverse sinusts tectospinal trvsc ventral spinocerebellar trVTA vent tegmental areaX nu X

ADMB Book #4 23/8/06 2:16 PM Page LXXXIX

Page 91: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:16 PM Page XC

Page 92: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Occ

SC

mPAG

IC

BIC

bic

PaR

Aq

MA3 Su33PC

3N

mlfCLi

RMC

scpRRF

SNcp

RR

DLLParB PTg

SPTg

xscp

ATg

VTg

LDTgSubC

LC Bar

scp

LPBE

mcpEGLtrs

Cb SuVe

ASCC

LR4Vchp

DC 4V

MVeSpVe

icp

CCrusELS

TempP

PSCC

occs

Sp5I

Sol Pr

DPGi

mlfPCRt

IRtAmb

Gi

LRt

pica

sp5

IOD

IOMIOPr

RPavert

Atlas

vert

SObCa

CeAu

TzM FatAxis vc

VH

CClc

LgsCa

asp

ROb

5Sol

Figure 33E17.5 #334.20 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

3N oculomotor nu3PC oculomotor nu, parvicellular4V 4th ventricle5Sol trigeminal-solit transAmb ambiguus nuAq aqueductASCC anterior semicirc canalasp anterior spinal arteryATg anterior tegmental nuAtlas atlasAxis axis (C2 vertebra)Bar Barrington’s nuBIC nu brachium inf colliculusbic brachium inf colliculusCb cerebellumCC central canalCCrus common crus CeAu cervicoauricular musclechp choroid plexusCLi caudal linear nu raphecp cerebral peduncleDC dorsal cochlear nuDLL dorsal nu lateral lemniscusDPGi dors paragigantocellular nuEGL external granular layer CbELS endolymphatic sacFat loculated brown fatGi gigantocellular reticular nuIC inferior colliculusicp inf cerebellar peduncleIOD inf olive, dorsal nuIOM inf olive, med nuIOPr inf olive, principal nuIRt intermed reticular nulc lateral coumn spinal cordLC locus coeruleusLDTg laterodor tegmental nuLgsCa longissimus capitis muscleLPBE lat parabrachial nu, externalLR4V lat recess 4th ventricleLRt lateral reticular nuMA3 med access oculomotor numcp middle cerebellar pedunclemlf med longitudinal fasciculusmPAG mesenc periaqueduc grayMVe medial vestibular nuOcc occipital boneoccs occipital sinusPaR pararubral nuParB parietal bonePCRt parvicell reticular nupica post inferior Cb artPr prepositus nuPSCC post semicircular canalPTg pedunculopontine tegmentalRMC red nu, magnocell partROb raphe obscurus nuRPa raphe pallidus nuRR retrorubral nuRRF retrorubral fieldSC superior colliculusscp superior Cb peduncleSN substantia nigraSObCa superior oblique Sol nu of solitary tractsp5 spinal trigem tractSp5I spinal trigem nu, interpolarSPTg subpeduncular tegmental nuSpVe spinal vestibular nuSu3 supraoculomotor PAGSubC subcoeruleus nuSuVe superior vestibular nuTempP temporal bone, petroustrs transverse sinusTzM trapezius musclevc ventral column spinal cordvert vertebral artVH ventral horn spinal cordVTg vent tegmental nuxscp decussation sup cereb ped

ADMB Book #4 23/8/06 2:16 PM Page XCI

Page 93: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:16 PM Page XCII

Page 94: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ELS

SC

mPAG

Me5

ECICbic

BICPrCnF

Su3C Su33PC

3N

mlf CLi

Aq

PBG

MiTg

RRF/A8

DLLParB scp

PTg

LPB

mcpEGL

trsCb

SuVe

scp

MPBLDTg

BarDTg

PMnR

VTgLC

me5Me5

LR4Vchp

DCASCC

TempP CCrus

PSCC

icp8n SpVe

MVe

Solsol

Sp5Isp5occs

PCRt

5Sol

IRt

Pr

4V

sl

GiAmb

rs

LRt IODROb

mlf

IOMRPaAtlas

Occ

SObCa

TzMCeAu

SplCa

Fat

LgsCa

IObCa

Axis

vc

VH

Scap

Fat

lcCC

X

Figure 34E17.5 #344.32 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

3N oculomotor nu3PC oculomotor nu, parvicellular4V 4th ventricle5Sol trigeminal-solitary trans8n vestibulocochlear nerveAmb ambiguus nuAq aqueductASCC anterior semicirc canalAtlas atlasAxis axis (C2 vertebra)Bar Barrington’s nuBIC nu brachium inf colliculusbic brachium inf colliculusCb cerebellumCC central canalCCrus common crus CeAu cervicoauricular musclechp choroid plexusCLi caudal linear nu rapheDC dorsal cochlear nuDLL dorsal nu lateral lemniscusDTg dorsal tegmental nuECIC external cx inferior collEGL external granular layer CbELS endolymphatic sacFat loculated brown fatGi gigantocellular reticular nuicp inf cerebellar peduncleIObCa inf oblique capitisIOD inf olive, dorsal nuIOM inf olive, med nuIRt intermed reticular nuLC locus coeruleuslc lateral coumn spinal cordLDTg laterodor tegmental nuLgsCa longissimus capitis muscleLPB lateral parabrachial nuLR4V lat recess 4th ventricleLRt lateral reticular numcp middle cerebellar peduncleMe5 mesencephalic trigem nume5 mesencephalic trigem tractMiTg microcell tegmental numlf med longitudinal fasciculusmPAG mesenc periaqueduc grayMPB medial parabrachial nuMVe medial vestibular nuOcc occipital boneoccs occipital sinusParB parietal bonePBG parabigeminal nuPCRt parvicell reticular nuPMnR paramedian raphe nuPr prepositus nuPrCnF precuneiform areaPSCC post semicircular canalPTg pedunculopontine tegmentalROb raphe obscurus nuRPa raphe pallidus nuRRF/A8 retrorubral/A8 dopaminers rubrospinal tractSC superior colliculusScap scapulascp superior Cb pedunclesl sulcus limitansSObCa superior oblique Sol nu of solitary tractsol solitary tractsp5 spinal trigem tractSp5I spinal trigem nu, interpolarSplCa splenius capitis muscleSpVe spinal vestibular nuSu3 supraoculomotor PAGSu3C supraoculomotor capSuVe superior vestibular nuTempP temporal bone, petroustrs transverse sinusTzM trapezius musclevc ventral column spinal cordVH ventral horn spinal cordVTg vent tegmental nuX nu X

ADMB Book #4 23/8/06 2:16 PM Page XCIII

Page 95: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:16 PM Page XCIV

Page 96: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

chp

trs

SC

mPAG

Aq

ECIC

BIC

bic

CnF DR4N

Pa4MiTg

DLL mlf

DRmlf

LDTgMPB

LPB

mcpEGL

ParB

Bar

LCSuVe

scp

Lat 4V

DTg

chpLR4V

CCrus

TempPELS

icp

SpVe MVe4V

solSol

10N

Pr

In12N

PCRt

5Sol

Sp5Ioccs

IRt

Gi Ro RObOcc Amb

LRt IODMdVIOM

RPapica

Atlas

RCPMj

LgsCa

SplCa

CeAuTzM

Fat

DRGn

pyx

VH

11N

Axis lcCC

X

sp5

Me5

Figure 35E17.5 #354.44 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

4N trochlear nu4V 4th ventricle5Sol trigeminal-solitary trans10N dorsal motor nu of vagus11N accessory nerve nu12N hypoglossal nuAmb ambiguus nuAq aqueductAtlas atlasAxis axis (C2 vertebra)Bar Barrington’s nuBIC nu brachium inf colliculusbic brachium inf colliculusCC central canalCCrus common crus CeAu cervicoauricular musclechp choroid plexusCnF cuneiform nuDLL dorsal nu lateral lemniscusDR dorsal raphe nuDRGn dorsal root ganglionDTg dorsal tegmental nuECIC external cx inferior collEGL external granular layer CbELS endolymphatic sacFat loculated brown fatGi gigantocellular reticular nuicp inf cerebellar peduncleIn intercalated nu medullaIOD inf olive, dorsal nuIOM inf olive, med nuIRt intermed reticular nuLat lateral (dentate) Cb nuLC locus coeruleuslc lateral coumn spinal cordLDTg laterodor tegmental nuLgsCa longissimus capitis muscleLPB lateral parabrachial nuLR4V lat recess 4th ventricleLRt lateral reticular numcp middle cerebellar peduncleMdV medullary reticular nu, ventMe5 mesencephalic trigem nuMiTg microcell tegmental numlf med longitudinal fasciculusmPAG mesenc periaqueduc grayMPB medial parabrachial nuMVe medial vestibular nuOcc occipital boneoccs occipital sinusPa4 paratrochlear nuParB parietal bonePCRt parvicell reticular nupica post inferior Cb artPr prepositus nupyx pyramidal decussationRCPMj rectus capitis major Ro nu of RollerROb raphe obscurus nuRPa raphe pallidus nuSC superior colliculusscp superior Cb peduncleSol nu of solitary tractsol solitary tractsp5 spinal trigem tractSp5I spinal trigem nu, interpolarSplCa splenius capitis muscleSpVe spinal vestibular nuSuVe superior vestibular nuTempP temporal bone, petroustrs transverse sinusTzM trapezius muscleVH ventral horn spinal cordX nu X

ADMB Book #4 23/8/06 2:16 PM Page XCV

Page 97: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:16 PM Page XCVI

Page 98: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

LR4V

SC

Aq

mPAG

me5

ICbic

CnF

DLL Pa4

4NDR

mlf

PB

ParB

EGL

mcp scp

SuVeLatCb

trs

4V

chp

chp

MVeSpVe

Sol5Sol4V

10NPCRtSp5I

TempPoccs

12NIRt

Amb

Gi

V ROb

IOM

MdVLRt

Occ

RCPMj

11N

pyx

VH

AtlasLgsCa

SplCa

CeAu

TzM

Fat

RCPMj

Axis

lcCV2

CC

In

Figure 36E17.5 #364.56 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

4N trochlear nu4V 4th ventricle5Sol trigeminal-solitary trans10N dorsal motor nu of vagus11N accessory nerve nu12N hypoglossal nuAmb ambiguus nuAq aqueductAtlas atlasAxis axis (C2 vertebra)bic brachium inf colliculusCb cerebellumCC central canalCeAu cervicoauricular musclechp choroid plexusCnF cuneiform nuCV2 second cervical vertebraDLL dorsal nu lateral lemniscusDR dorsal raphe nuEGL external granular layer CbFat loculated brown fatGi gigantocellular reticular nuIC inferior colliculusIOM inf olive, med nuIRt intermed reticular nulc lateral coumn spinal cordIn intercalated nu medullaLat lateral cerebellar nuLgsCa longissimus capitis muscleLR4V lat recess 4th ventricleLRt lateral reticular numcp middle cerebellar peduncleMdV medullary reticular nu, ventme5 mesencephalic trigem tractmlf med longitudinal fasciculusmPAG mesenc periaqueduc grayMVe medial vestibular nuOcc occipital boneoccs occipital sinusPa4 paratrochlear nuPaR pararubral nuParB parietal bonePB parabrachial nucleusPCRt parvicell reticular nupyx pyramidal decussationRCPMj rectus capitis major ROb raphe obscurus nuSC superior colliculusscp superior Cb peduncleSol nu of solitary tractSp5I spinal trigem nu, interpolarSplCa splenius capitis muscleSpVe spinal vestibular nuSuVe superior vestibular nuTempP temporal bone, petroustrs transverse sinusTzM trapezius muscleVH ventral horn spinal cord

ADMB Book #4 23/8/06 2:16 PM Page XCVII

Page 99: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:16 PM Page XCVIII

Page 100: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

MdD

SC

IC

CnFAq

mPAG

DLL

mcp

EGLOcc

occs

LatIntA

scp

IntP 4V

chp

LR4Vchp

SpVeMVe

4VslSolsol

5Sol

Sp5C

sp5

BOccIn

12N

10N

12N

11N

DRGn

lcAtlas

LgsCa

SplCa

CeAu

TzM

Fat

RCPMj

Axis

Fat

DH

dcs

grcu

Scap

CC

Figure 37E17.5 #374.68 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

4V 4th ventricle5Sol trigeminal-solitary trans10N dorsal motor nu of vagus11N accessory nerve nu12N hypoglossal nuAq aqueductAtlas atlasAxis axis (C2 vertebra)BOcc basioccipital boneCC central canalCeAu cervicoauricular musclechp choroid plexusCnF cuneiform nucu cuneate fasciculusdcs dors corticospinal tractDH dorsal horn spinal cordDLL dorsal nu lateral lemniscusDRGn dorsal root ganglionEGL external granular layer CbFat loculated brown fatgr gracile fasciculusIC inferior colliculusIn intercalated nu medullaIntA interposed cerebellar nu, antIntP interposed cerebellar nu, postLat lateral (dentate) Cb nulc lateral coumn spinal cordLgsCa longissimus capitis muscleLR4V lat recess 4th ventriclemcp middle cerebellar peduncleMdD medullary reticular nu, dorsmPAG mesenc periaqueduc grayMVe medial vestibular nuOcc occipital boneoccs occipital sinusRCPMj rectus capitis major SC superior colliculusScap scapulascp superior Cb pedunclesl sulcus limitansSol nu of solitary tractsol solitary tractsp5 spinal trigem tractSp5C spinal trigem nu, caudalSplCa splenius capitis muscleSpVe spinal vestibular nuTzM trapezius muscle

ADMB Book #4 23/8/06 2:16 PM Page XCIX

Page 101: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:16 PM Page C

Page 102: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

occs

SC

AqIC

ParB

CnF

mPAG

cbx

IntAmcp

Lat

IntPCb

EGL

ParB

4VLR4V

SpVeMVe

4V

BOcc

Sp5CMdD

ECu

10Nsl

Sol5Sol sol

12N

sp5

RCPMj

SplCa

CeAu

Fat

LgsCa

Atlaslc

Axis

Fat

DH

CC

dcs

cu gr

In

Figure 38E17.5 #384.80 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

4V 4th ventricle5Sol trigeminal-solit trans10N dorsal motor nu of vagus12N hypoglossal nuAq aqueductAtlas atlasAxis axis (C2 vertebra)BOcc basioccipital boneCb cerebellumcbx cerebellar commissureCC central canalCeAu cervicoauricular muscleCnF cuneiform nucu cuneate fasciculusdcs dors corticospinal tractDH dorsal horn spinal cordECu external cuneate nuEGL external granular layer CbFat loculated brown fatgr gracile fasciculusIC inferior colliculusIn intercalated nu medullaIntA interposed cerebellar nu, antIntP interposed cerebellar nu, postLat lateral (dentate) Cb nulc lateral coumn spinal cordLgsCa longissimus capitis muscleLR4V lat recess 4th ventriclemcp middle cerebellar peduncleMdD medullary reticular nu, dorsmPAG mesenc periaqueduc grayMVe medial vestibular nuoccs occipital sinusParB parietal boneRCPMj rectus capitis major SC superior colliculussl sulcus limitansSol nu of solitary tractsol solitary tractsp5 spinal trigem tractSp5C spinal trigem nu, caudalSplCa splenius capitis muscleSpVe spinal vestibular nu

ADMB Book #4 23/8/06 2:32 PM Page CI

Page 103: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:32 PM Page CII

Page 104: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Occ

SC

IC

Aq

IntAMed

LatCbEGL

4VSpVe

ECu

5Sol

Sol10N

AP

Sp5Csp5

RCPMj

Atlas

LgsCa

SplCa

TzM

Fat

lc

DHdcs

cu grAxisFat

Figure 39E17.5 #39

4.92mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

4V 4th ventricle5Sol trigeminal-solitary trans10N dorsal motor nu of vagusAP area postremaAq aqueductAtlas atlasAxis axis (C2 vertebra)Cb cerebellumcu cuneate fasciculusdcs dors corticospinal tractDH dorsal horn spinal cordECu external cuneate nuEGL external granular layer CbFat loculated brown fatgr gracile fasciculusIC inferior colliculusIntA interposed cerebellar nu, antLat lateral (dentate) Cb nulc lateral coumn spinal cordLgsCa longissimus capitis muscleMed medial cerebellar nuOcc occipital boneRCPMj rectus capitis major SC superior colliculusSol nu of solitary tractsp5 spinal trigem tractSp5C spinal trigem nu, caudalSplCa splenius capitis muscleSpVe spinal vestibular nuTzM trapezius muscle

ADMB Book #4 23/8/06 2:32 PM Page CIII

Page 105: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:32 PM Page CIV

Page 106: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

EGL

ECu

Cb

Aq

SC

IC

4V

Occ

Sp5C

5Sol

Solsol

APsp5

Atlas

LgsCa

TzM

SplCa

RCPMj

Fat

Axis

DHdcs

cu

gr

Figure 40E17.5 #405.04 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

4V 4th ventricle5Sol trigeminal-solitary transAP area postremaAq aqueductAtlas atlasAxis axis (C2 vertebra)Cb cerebellumcu cuneate fasciculusdcs dors corticospinal tractDH dorsal horn spinal cordECu external cuneate nuEGL external granular layer CbFat loculated brown fatgr gracile fasciculusIC inferior colliculusLgsCa longissimus capitis muscleOcc occipital boneRCPMj rectus capitis major SC superior colliculusSol nu of solitary tractsol solitary tractsp5 spinal trigem tractSp5C spinal trigem nu, caudalSplCa splenius capitis muscleTzM trapezius muscle

ADMB Book #4 23/8/06 2:32 PM Page CV

Page 107: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:32 PM Page CVI

Page 108: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

4V

Occ

ICAq

SC

ECu

Sol

Cu

solMdD

Sp5C

sp5

Atlas

LgsCa

SplCa

TzM

Fat

RCPMj

Axisgrcu

DH

dcs

Figure 41E17.5 #415.16 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

4V 4th ventricleAq aqueductAtlas atlasAxis axis (C2 vertebra)Cu cuneate nucu cuneate fasciculusdcs dors corticospinal tractDH dorsal horn spinal cordECu external cuneate nuFat loculated brown fatgr gracile fasciculusIC inferior colliculusLgsCa longissimus capitis muscleMdD medullary reticular nu, dorsOcc occipital boneRCPMj rectus capitis major SC superior colliculusSol nu of solitary tractsol solitary tractsp5 spinal trigem tractSp5C spinal trigem nu, caudalSplCa splenius capitis muscleTzM trapezius muscle

ADMB Book #4 23/8/06 2:32 PM Page CVII

Page 109: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:32 PM Page CVIII

Page 110: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

EthB

AOrb

CrP1n

ON

OV

neGrO

IPl

GlEPl

Mi Fro

Eyelid

Pig

Ventne

Vom

NSpt

NasC InfM

5mx

EnO

MxB

NasC

MasM

Eye

Figure 42P0 #1

0.63 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1n olfactory nerve5mx 5n, maxillary divisionAOrb alar orbital boneCrP cribriform plate ethmoidEnO enamel organEPl ext plexiform layer olf bulbEthB ethmoid boneEye eyeEyelid eyelidFro frontal boneGl glomerular layer olf bulbGrO granular cell layer olf bulbInfM inferior meatusIPl IP layer olf bulbMasM masseter muscleMi mitral cell layer olf bulbMxB maxillary boneNasC nasal cavityne neuroepitheliumNSpt nasal septumON olfactory nerve layerOV olfactory ventriclePig pigment layer of the eyeVent ventricular space eyeVom vomer

ADMB Book #4 23/8/06 2:32 PM Page CIX

Page 111: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:32 PM Page CX

Page 112: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

EthB

CrP

1n

ON

NasC

InfM

5mx

EnO

MxBdpal

Oral

Vom

MasM

HardG

OF

RGnne

PigInPl

NSpt

OV

ne AOrb

Fro

Gl EPlMi

IPl

GrO

MidMEye

Vent

Figure 43P0 #2

0.75 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1n olfactory nerve5mx 5n, maxillary divisionAOrb alar orbital boneCrP cribriform plate ethmoiddpal descending palatine arteryEnO enamel organEPl ext plexiform layer olf bulbEthB ethmoid boneEye eyeFro frontal boneGl glomerular layer olf bulbGrO granular cell layer olf bulbHardG Harderian glandInfM inferior meatusInPl inner plexiform layer IPl IP layer olf bulbMasM masseter muscleMi mitral cell layer olf bulbMidM middle meatusMxB maxillary boneNasC nasal cavityne neuroepitheliumNSpt nasal septumOF optic fiber layer ON olfactory nerve layerOral oral cavityOV olfactory ventriclePig pigment layer of the eyeRGn ganglion cell layer Vent ventricular space eyeVom vomer

ADMB Book #4 23/8/06 2:32 PM Page CXI

Page 113: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:33 PM Page CXII

Page 114: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

TempM

InfM

MidM

AOrb

OV

neIPl

1n

CrPPig

ne

Vent

dpal

SupM

Gl

EPl

Mi

RGn

OF

InPl

5mx

EthB

NSptHardG

NasC

Oral

MxBEnO

MasM

NasC

Cornea

Fro

Vitr

Figure 44P0 #3

0.87 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1n olfactory nerve5mx 5n, maxillary divisionAOrb alar orbital boneCornea corneaCrP cribriform plate ethmoiddpal descending palatine arteryEnO enamel organEPl ext plexiform layer olf bulbEthB ethmoid boneFro frontal boneGl glomerular layer olf bulbHardG Harderian glandInfM inferior meatusInPl inner plexiform layer IPl IP layer olf bulbMasM masseter muscleMi mitral cell layer olf bulbMidM middle meatusMxB maxillary boneNasC nasal cavityne neuroepitheliumNSpt nasal septumOF optic fiber layer Oral oral cavityOV olfactory ventriclePig pigment layer of the eyeRGn ganglion cell layer SupM superior meatusTempM temporalis muscleVent ventricular space eyeVitr vitreous cavity eye

ADMB Book #4 23/8/06 2:33 PM Page CXIII

Page 115: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:33 PM Page CXIV

Page 116: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Lens

Cornea

Iris

TempM

HardG

ZygA

InfM

NasCNSpt

NasC

MidM

CrP

OV

Mi

Gl

IPlEPl

AOB Fro

AOrb

MasM

MxB

Oral

RGn

ne

InPl

OF

Vent

5mx

Figure 45P0 #4

0.99 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

5mx 5n, maxillary divisionAOB access olfactory bulbAOrb alar orbital boneCornea corneaCrP cribriform plate ethmoidEPl ext plexiform layer olf bulbFro frontal boneGl glomerular layer olf bulbHardG Harderian glandInfM inferior meatusInPl inner plexiform layer IPl IP layer olf bulbIris irisLens lensMasM masseter muscleMi mitral cell layer olf bulbMidM middle meatusMxB maxillary boneNasC nasal cavityne neuroepitheliumNSpt nasal septumOF optic fiber layer Oral oral cavityOV olfactory ventricleRGn ganglion cell layer TempM temporalis muscleVent ventricular space eyeZygA zygomatic arch

ADMB Book #4 23/8/06 2:33 PM Page CXV

Page 117: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:33 PM Page CXVI

Page 118: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

EthCrP

MidM

NasC

NSpt

NasC

MxB

5mx HardG

ophvTempM ZygA

Cornea

SObAOrb

loAOB

neOV

EPlIPL

MiGl

EPl

ON

MasMOral

FroFrA

InPl

RGn

OF

Vent

ne

Figure 46P0 #5

1.11 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

5mx 5n, maxillary divisionAOB access olfactory bulbAOrb alar orbital boneCornea corneaCrP cribriform plate ethmoidEPl ext plexiform layer olf bulbEth ethmoid thalamic nuFrA frontal assocn cortexFro frontal boneGl glomerular layer olf bulbHardG Harderian glandInPl inner plexiform layer IPL interpedunc nu, lat subnulo lateral olfactory tractMasM masseter muscleMi mitral cell layer olf bulbMidM middle meatusMxB maxillary boneNasC nasal cavityne neuroepitheliumNSpt nasal septumOF optic fiber layer ON olfactory nerve layerophv ophthalmic veinOral oral cavityOV olfactory ventricleRGn ganglion cell layer SOb superior oblique muscleTempM temporalis muscleVent ventricular space eyeZygA zygomatic arch

ADMB Book #4 23/8/06 2:33 PM Page CXVII

Page 119: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:33 PM Page CXVIII

Page 120: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Lens

MidM

HardG5mx

NasC

NSpt

NasC

Iris

Cornea

TempM ZygA

AOV

ne

OVAOM

AOD

AOL

GrOAOE

loAOrb

FroFrA

EnO

MxB

Oral

MasM

Figure 47P0 #6

1.23 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

5mx 5n, maxillary divisionAOD ant olfactory nu, dorsAOE ant olfactory nu, extAOL ant olfactory nu, latAOM ant olfactory nu, medialAOrb alar orbital boneAOV ant olfactory nu, ventralCornea corneaEnO enamel organFrA frontal assocn cortexFro frontal boneGrO granular cell layer olf bulbHardG Harderian glandIris irisLens lenslo lateral olfactory tractMasM masseter muscleMidM middle meatusMxB maxillary boneNasC nasal cavityne neuroepitheliumNSpt nasal septumOral oral cavityOV olfactory ventricleTempM temporalis muscleZygA zygomatic arch

ADMB Book #4 23/8/06 2:33 PM Page CXIX

Page 121: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:33 PM Page CXX

Page 122: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

AOD

AOL

AOVP

VTT

neOV

MidM

NasC

NSpt5mx

PalNasC

lo

DLOLO

VOMO

PrL

M2

Fro

AOM

Oral

Eye

DTT

Figure 48P0 #7

1.35 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

5mx 5n, maxillary divisionAOD ant olfactory nu, dorsAOL ant olfactory nu, latAOM ant olfactory nu, medialAOVP ant olfactory, ventropostDLO dorsolat orbital cortexDTT dorsal tenia tectaEye eyeFro frontal boneLO lateral orbital cxlo lateral olfactory tractM2 secondary motor cxMidM middle meatusMO medial orbital cxNasC nasal cavityne neuroepitheliumNSpt nasal septumOral oral cavityOV olfactory ventriclePal palatine bonePrL prelimbic cxVO ventral orbital cxVTT ventral tenia tecta

ADMB Book #4 23/8/06 2:33 PM Page CXXI

Page 123: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:33 PM Page CXXII

Page 124: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

MidM

CrP

NasC

NSpt

NasCPal

5mxHardG

MRec

LPS

SRec

AOrb

lo

AOP

Pir

AOL

AOD

AOMne

OV

AOVP aca

Fro

M1

M2Cg2

PrL

MOVO LO

DLO

TempMEnO

Oral MasM

ZygA

neOF

RGnInPl

Eye

DTT

VTT

Figure 49P0 #8

1.47mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

5mx 5n, maxillary divisionaca anterior commissure, antAOD ant olfactory nu, dorsAOL ant olfactory nu, latAOM ant olfactory nu, medialAOP ant olfactory nu, postAOrb alar orbital boneAOVP ant olfactory, ventropostCg2 cingulate cortex, area 2CrP cribriform plate ethmoidDLO dorsolat orbital cortexDTT dorsal tenia tectaEnO enamel organEye eyeFro frontal boneHardG Harderian glandInPl inner plexiform layerlo lateral olfactory tract LO lateral orbital cxLPS levator palpebraeM1 primary motor cxM2 secondary motor cxMasM masseter muscleMidM middle meatusMO medial orbital cxMRec medial rectus muscleNasC nasal cavityne neuroepitheliumNSpt nasal septumOF optic fiber layer Oral oral cavityOV olfactory ventriclePal palatine bonePir piriform cortexPrL prelimbic cxRGn ganglion cell layer SRec superior rectus muscleTempM temporalis muscleVO ventral orbital cxVTT ventral tenia tectaZygA zygomatic arch

ADMB Book #4 23/8/06 2:33 PM Page CXXIII

Page 125: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:33 PM Page CXXIV

Page 126: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

FroFr3

AIDAIV

ClLO

PirDEn

lo

ne

OV

fmi

M1

M2Cg1

PrL

IL

DP

DTT

SHi

LSI AOVP

AOP

aca IEn

Nv

Tu

NasC

NSpt

Pal

HardG

MidM

5mx

iorbTempM ZygA

MasM

neOF

InPl RGn

Lens

Figure 50P0 #9

1.59 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

5mx 5n, maxillary divisionaca anterior commissure, antAID agranular insular cx, dorsalAIV agranular insular cx, ventAOP ant olfactory nu, postAOVP ant olfactory, ventropostCg1 cingulate cortex, area 1Cl claustrumDEn dorsal endopiriform nuDP dorsal peduncular cxDTT dorsal tenia tectafmi forceps min corpus callFr3 frontal cx, area 3Fro frontal boneHardG Harderian glandIEn intermed endopiriform nuIL infralimbic cortexInPl inner plexiform layer iorb infraorbital arteryLens lenslo lateral olfactory tractLO lateral orbital cxLSI lat septal nu, intermedM1 primary motor cxM2 secondary motor cxMasM masseter muscleMidM middle meatusNasC nasal cavityne neuroepitheliumNSpt nasal septumNv navicular nu basal forebrainOF optic fiber layer OV olfactory ventriclePal palatine bonePir piriform cortexPrL prelimbic cxRGn ganglion cell layer SHi septohippocampal nuTempM temporalis muscleTu olfactory tubercleZygA zygomatic arch

ADMB Book #4 23/8/06 2:33 PM Page CXXV

Page 127: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:33 PM Page CXXVI

Page 128: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Lens

Pir

lo

LPS

AIV

AID

S1J

Fr3

M1

M2Cg1

PrL

IL

DP

ne

ClLO

DEn

IEn

aca

Acb

LSI

DTT

SHi

Nv

Tu

OpD

HardG

SRec

NasC

NasC

Paliorb

5mx

ZygA

IRec

fmi

dcw

OFRGn

InPl

LV

Vent

ne

Figure 51P0 #10

1.71mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

5mx 5n, maxillary divisionaca anterior commissure, antAcb accumbens nuAID agranular insular cx, dorsalAIV agranular insular cx, ventCg1 cingulate cortex, area 1Cl claustrumdcw deep cerebral whiteDEn dorsal endopiriform nuDP dorsal peduncular cxDTT dorsal tenia tectafmi forceps min corpus callFr3 frontal cx, area 3HardG Harderian glandIEn intermed endopiriform nuIL infralimbic cortexInPl inner plexiform layer iorb infraorbital arteryIRec inferior rectus muscleLens lensLO lateral orbital cxlo lateral olfactory tractLPS levator palpebraeLSI lat septal nu, intermedLV lateral ventricleM1 primary motor cxM2 secondary motor cxNasC nasal cavityne neuroepitheliumNv navicular nu basal forebrainOF optic fiber layer OpD optic discPal palatine bonePir piriform cortexPrL prelimbic cxRGn ganglion cell layer S1J prim somatosens, jaw SHi septohippocampal nuSRec superior rectus muscleTu olfactory tubercleVent ventricular space eyeZygA zygomatic arch

ADMB Book #4 23/8/06 2:33 PM Page CXXVII

Page 129: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:33 PM Page CXXVIII

Page 130: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Acb

LSINv

VDB

Tu

VP

AOrb

PirIEnaca

CPu DEn

Cl

lo

SRec

LPSAIV

AIDDI

FroS1J

dcw

Fr3

M1

M2Cg1

PrL

fmiIL

DP

DTT

SHi

ne

LV

OF

RGn

2n

HardG5mx

SphPal

NasC

NSpt

NasC

Pal

Oral

InPl

ne

rf

Vent

Vitr

Figure 52P0 #11

1.83 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2n optic nerve5mx 5n, maxillary divisionaca anterior commissure, antAcb accumbens nuAID agranular insular cx, dorsalAIV agranular insular cx, ventAOrb alar orbital boneCg1 cingulate cortex, area 1Cl claustrumCPu caudate putamen (striatum)dcw deep cerebral whiteDEn dorsal endopiriform nuDI dysgranular insular cxDP dorsal peduncular cxDTT dorsal tenia tectafmi forceps min corpus callFr3 frontal cx, area 3Fro frontal boneHardG Harderian glandIEn intermed endopiriform nuIL infralimbic cortexInPl inner plexiform layer lo lateral olfactory tractLPS levator palpebraeLSI lat septal nu, intermedLV lateral ventricleM1 primary motor cxM2 secondary motor cxNasC nasal cavityne neuroepitheliumNSpt nasal septumNv navicular nu basal forebrainOF optic fiber layer Oral oral cavityPal palatine bonePir piriform cortexPrL prelimbic cxrf rhinal fissureRGn ganglion cell layer S1J prim somatosens, jaw SHi septohippocampal nuSphPal sphenopalatine ganglionSRec superior rectus muscleTu olfactory tubercleVDB nu vertical limb diagonal bandVent ventricular space eyeVitr vitreous cavity eyeVP ventral pallidum

ADMB Book #4 23/8/06 2:33 PM Page CXXIX

Page 131: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:33 PM Page CXXX

Page 132: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Eyelid

PSphW

SRec

AOrb

2n

ne

InPl RGn

OF

rfCPu

ec

ne

LV

Acb

aca

VPCB

VP

AcbShVP

VDB

MS

LSI

LSV

LSDSHi

DTT

fmi

DPIL

PrL

Cg1 M2M1

S1J

HardGIOrbF5mx

iorb

SphPal

Cl

DEn

IEn

Pir

DI

AID

AIV

Eye

Figure 53P0 #12

1.95 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2n optic nerve5mx 5n, maxillary divisionaca ant commiss ant limbAcb accumbens nuAcbSh accumbens nu, shellAID agranular insular cx, dorsalAIV agranular insular cx, ventAOrb alar orbital boneCB cell bridges vent striatumCg1 cingulate cortex, area 1Cl claustrumCPu caudate putamen (striatum)DEn dorsal endopiriform nuDI dysgranular insular cxDP dorsal peduncular cxDTT dorsal tenia tectaec external capsuleEye eyeEyelid eyelidfmi forceps min corpus callHardG Harderian glandIEn intermed endopiriform nuIL infralimbic cortexInPl inner plexiform layer iorb infraorbital arteryIOrbF infraorbital foramenLSD lat septal nu, dorsal partLSI lat septal nu, intermedLSV lat septal nu, vent partLV lateral ventricleM1 primary motor cxM2 secondary motor cxMS medial septal nune neuroepitheliumOF optic fiber layer Pir piriform cortexPrL prelimbic cxPSphW presphenoid wingrf rhinal fissureRGn ganglion cell layer S1J prim somatosens, jaw SHi septohippocampal nuSphPal sphenopalatine ganglionSRec superior rectus muscleVDB nu vertical limb diagonal bandVP ventral pallidum

ADMB Book #4 23/8/06 2:33 PM Page CXXXI

Page 133: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:33 PM Page CXXXII

Page 134: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

CPu

ec

S1J

Fro

GI

M1M2Cg1

Cg2cg

IG

gcc DTT

LSDLSD

LV

SHi

LSILSV

ne

ICjMMS

VDB

HDB

SIB

AcbShAcbC

aca

LSS

VP

CB

IEn

DEn

Pir

Cl

AIV

AID

DI

Pig

Ventne

PSphW

lo

AOrbSRec

2n

PSph

NasC

MRecLRec

IRec

Oral

SphPal 5mxiorb TempM

MasM

ManZygA

Tu Eye

Figure 54P0 #13

2.07 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2n optic nerve5mx 5n, maxillary divisionaca anterior commissure, antAcbC accumbens nu, coreAcbSh accumbens nu, shellAID agranular insular cx, dorsalAIV agranular insular cx, ventAOrb alar orbital boneCB cell bridges vent striatumcg cingulumCg1 cingulate cortex, area 1Cg2 cingulate cortex, area 2Cl claustrumCPu caudate putamen (striatum)DEn dorsal endopiriform nuDI dysgranular insular cxDTT dorsal tenia tectaec external capsuleEye eyeFro frontal bonegcc genu corpus callosumGI granular insular cxHDB nu horizlimb diagonal bandICjM islands of Calleja, major IEn intermed endopiriform nuIG indusium griseumiorb infraorbital arteryIRec inferior rectus musclelo lateral olfactory tractLRec lat rectus muscleLSD lat septal nu, dorsal partLSI lat septal nu, intermedLSS lat stripe striatumLSV lat septal nu, vent partLV lateral ventricleM1 primary motor cxM2 secondary motor cxMan mandibleMasM masseter muscleMRec medial rectus muscleMS medial septal nuNasC nasal cavityne neuroepitheliumOral oral cavityPig pigment layer of the eyePir piriform cortexPSph presphenoid bonePSphW presphenoid wingS1J prim somatosens, jaw SHi septohippocampal nuSIB substantia innominata, basalSphPal sphenopalatine ganglionSRec superior rectus muscleTempM temporalis muscleTu olfactory tubercleVDB nu vertical limb diagonal bandVent ventricular space eyeVP ventral pallidumZygA zygomatic arch

ADMB Book #4 23/8/06 2:33 PM Page CXXXIII

Page 135: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:33 PM Page CXXXIV

Page 136: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

CPu

aca

DEnDEn

Cl

ec Fro

S1J

S1FL

M1M2Cg1

Cg2 cg

IG ne

DTT

SHi

LSD

LSI

MS

VDB

LSV

AcbC

AcbSh

PirIEn

LSS

VP

rf

lo

Pig

PSphW

ICj

CBVPVPSIB

HDB

acer

PSph2n

SRec

LRecMRec

IRec

TempM

TempM

Man

OptF

5mx

SphPal

NasC

Oral

Pal

MxB

Cor

ZygA

MasM

LVGI

DI

AID

AIV

Tu

S1DZ

Figure 55P0 #14

2.19 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2n optic nerve5mx 5n, maxillary divisionaca anterior commissure, antAcbC accumbens nu, coreAcbSh accumbens nu, shellacer anterior cerebral artAID agranular insular cx, dorsalAIV agranular insular cx, ventCB cell bridges vent striatumcg cingulumCg1 cingulate cortex, area 1Cg2 cingulate cortex, area 2Cl claustrumCor coronoid process mandibleCPu caudate putamen (striatum)DEn dorsal endopiriform nuDI dysgranular insular cxDTT dorsal tenia tectaec external capsuleFro frontal boneGI granular insular cxHDB nu horizlimb diagonal bandICj islands of CallejaIEn intermed endopiriform nuIG indusium griseumIRec inferior rectus musclelo lateral olfactory tractLRec lat rectus muscleLSD lat septal nu, dorsal partLSI lat septal nu, intermedLSS lat stripe striatumLSV lat septal nu, vent partLV lateral ventricleM1 primary motor cxM2 secondary motor cxMan mandibleMasM masseter muscleMRec medial rectus muscleMS medial septal nuMxB maxillary boneNasC nasal cavityne neuroepitheliumOptF optic foramenOral oral cavityPal palatine bonePig pigment layer of the eyePir piriform cortexPSph presphenoid bonePSphW presphenoid wingrf rhinal fissureS1DZ prim somatosens, dysgranul S1FL prim somatosens, forelimbS1J prim somatosens, jaw SHi septohippocampal nuSIB substantia innominata, basalSphPal sphenopalatine ganglionSRec superior rectus muscleTempM temporalis muscleTu olfactory tubercleVDB nu vertical limb diagonal bandVP ventral pallidumZygA zygomatic arch

ADMB Book #4 23/8/06 2:33 PM Page CXXXV

Page 137: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:33 PM Page CXXXVI

Page 138: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

CPu

ec

ClAIV

rf

AID

DIGI

Fro

S1J

S1DZ

S1FL

M1M2Cg1

Cg2 cg

dcwIG

gcc

SHi LSD

LSI

PLdMS

LSV ne

AcbSh

AcbC

ac LSS

DEn

LAcbSh

Pir123 lo

PSphW

CB ICjVP

mfbVP

SIB

VDB

HDB ICj

SRec2n

acer

PSph

IEn

NasC

Pal

Oral MxB

5mx

iorb

SphPal

OptF IRecLRec

TempM

Cor

Man

MasM

ZygA

LV

Tu

Figure 56P0 #15

2.31 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1 layer 1 of cortex2 layer 2 of cortex2n optic nerve3 layer 3 of cortex5mx 5n, maxillary divisionac anterior commissureAcbC accumbens nu, coreAcbSh accumbens nu, shellacer anterior cerebral artAID agranular insular cx, dorsalAIV agranular insular cx, ventCB cell bridges vent striatumcg cingulumCg1 cingulate cortex, area 1Cg2 cingulate cortex, area 2Cl claustrumCor coronoid process mandibleCPu caudate putamen (striatum)dcw deep cerebral whiteDEn dorsal endopiriform nuDI dysgranular insular cxec external capsuleFro frontal bonegcc genu corpus callosumGI granular insular cxHDB nu horizlimb diagonal bandICj islands of CallejaIEn intermed endopiriform nuIG indusium griseumiorb infraorbital arteryIRec inferior rectus muscleLAcbSh lateral accumbens shelllo lateral olfactory tractLRec lat rectus muscleLSD lat septal nu, dorsal partLSI lat septal nu, intermedLSS lat stripe striatumLSV lat septal nu, vent partLV lateral ventricleM1 primary motor cxM2 secondary motor cxMan mandibleMasM masseter musclemfb med forebrain bundleMS medial septal nuMxB maxillary boneNasC nasal cavityne neuroepitheliumOptF optic foramenOral oral cavityPal palatine bonePir piriform cortexPLd paralambdoid septal nuPSph presphenoid bonePSphW presphenoid wingrf rhinal fissureS1DZ prim somatosens, dysgranul S1FL prim somatosens, forelimbS1J prim somatosens, jaw SHi septohippocampal nuSIB substantia innominata, basalSphPal sphenopalatine ganglionSRec superior rectus muscleTempM temporalis muscleTu olfactory tubercleVDB nu vertical limb diagonal bandVP ventral pallidumZygA zygomatic arch

ADMB Book #4 23/8/06 2:33 PM Page CXXXVII

Page 139: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:34 PM Page CXXXVIII

Page 140: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Figure 57P0 #16

2.43 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

CPu

LSV

LSI

PLd

MS

Ld

LSDSHi

cc

IG

Cg2

Cg1

cg

M2M1

S1FL

S1J

S1DZ

ec

ne

GIFro

DIAID

AIVrf

Cl

DEn

ac

AcbCAcbShLAcbSh

IEn Pir123 lo

ICjVPSIBVDB

HDB

2n

PSph

NasCPal

LRec

PSphW

Tu

TempM

Cor

Man

ZygA

5mx

iorb

SphPal

OralMasM

LV

1 layer 1 of cortex2 layer 2 of cortex2n optic nerve3 layer 3 of cortex5mx 5n, maxillary divisionac anterior commissureAcbC accumbens nu, coreAcbSh accumbens nu, shellAID agranular insular cx, dorsalAIV agranular insular cx, ventcc corpus callosumcg cingulumCg1 cingulate cortex, area 1Cg2 cingulate cortex, area 2Cl claustrumCor coronoid process mandibleCPu caudate putamen (striatum)DEn dorsal endopiriform nuDI dysgranular insular cxec external capsuleFro frontal boneGI granular insular cxHDB nu horizlimb diagonal bandICj islands of CallejaIEn intermed endopiriform nuIG indusium griseumiorb infraorbital arteryLAcbSh lateral accumbens shellLd lambdoid septal zonelo lateral olfactory tractLRec lat rectus muscleLSD lat septal nu, dorsal partLSI lat septal nu, intermedLSV lat septal nu, vent partLV lateral ventricleM1 primary motor cxM2 secondary motor cxMan mandibleMasM masseter muscleMS medial septal nuNasC nasal cavityne neuroepitheliumOral oral cavityPal palatine bonePir piriform cortexPLd paralambdoid septal nuPSph presphenoid bonePSphW presphenoid wingrf rhinal fissureS1DZ prim somatosens, dysgranul S1FL prim somatosens, forelimbS1J prim somatosens, jaw SHi septohippocampal nuSIB substantia innominata, basalSphPal sphenopalatine ganglionTempM temporalis muscleTu olfactory tubercleVDB nu vertical limb diagonal bandVP ventral pallidumZygA zygomatic arch

ADMB Book #4 23/8/06 2:34 PM Page CXXXIX

Page 141: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:34 PM Page CXL

Page 142: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

CPu

LSS

IEn

lo

rfAIV

DEn

Cl

AID

DIFro

GI

ec

S1J

S1DZ

S1FLM1

M2Cg1

Cg2cg

IG

cc

SHi LSD

LV ne

LSI

SFi

MSLSV

ZLSHyMnPO

AcbSh

ac

STMA

AcbC

IPAC

VPLPO

SIB

HDB

VMPO 2n

PSph

NasC

SphPal5mx

iorb

ptgpal

ASph LPtg

Tu

MCPO ICj

TempM

Cor

TempM ZygA

Pal

Oral

Man

MasM

MPA

ICj

Pir

VOLT

AVPe

Figure 58P0 #17

2.55 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2n optic nerve5mx 5n, maxillary divisionac anterior commissureAcbC accumbens nu, coreAcbSh accumbens nu, shellAID agranular insular cx, dorsalAIV agranular insular cx, ventASph alisphenoid boneAVPe ant ventral periventric nucc corpus callosumcg cingulumCg1 cingulate cortex, area 1Cg2 cingulate cortex, area 2Cl claustrumCor coronoid process mandibleCPu caudate putamen (striatum)DEn dorsal endopiriform nuDI dysgranular insular cxec external capsuleFro frontal boneGI granular insular cxHDB nu horizlimb diagonal bandICj islands of CallejaIEn intermed endopiriform nuIG indusium griseumiorb infraorbital arteryIPAC interst nu post limb aclo lateral olfactory tractLPO lat preoptic areaLPtg lat pterygoid muscleLSD lat septal nu, dorsal partLSI lat septal nu, intermedLSS lat stripe striatumLSV lat septal nu, vent partLV lateral ventricleM1 primary motor cxM2 secondary motor cxMan mandibleMasM masseter muscleMCPO magnocell preoptic nuMnPO median preoptic nuMPA medial preoptic areaMS medial septal nuNasC nasal cavityne neuroepitheliumOral oral cavityPal palatine bonePir piriform cortexPSph presphenoid boneptgpal pterygopalatine nrf rhinal fissureS1DZ prim somatosens, dysgranul S1FL prim somatosens, forelimbS1J prim somatosens, jaw SFi septofimbrial nuSHi septohippocampal nuSHy septohypothalamic nuSIB substantia innominata, basalSphPal sphenopalatine ganglionSTMA bed nu st, med div, ant TempM temporalis muscleTu olfactory tubercleVMPO ventmed preoptic nuVOLT vasc organ lam terVP ventral pallidumZL zona limitansZygA zygomatic arch

ADMB Book #4 23/8/06 2:34 PM Page CXLI

Page 143: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:34 PM Page CXLII

Page 144: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Figure 59P0 #18

2.67 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

3Vac

LTeracp

fLTer SHy

STMASTLP

GP

STLJ

STLD

CPu

Cl

LSISFi

LSV

LSDcc

Cg2

Cg1

cg

M2 M1S1FL

S1JS1DZ

S1DZO

S1ULp

GI

ec

DIAID

AIV

Pir1

23

loSHyPSAl

StASTMV

Fu

STLV

VP

IPACLSS

IEn

CxAICjCB

Tu

LPO

MPA

MPOL

AVPe

VMPO

VLPOSIB

MCPOHDB

2n

PSph

Pal

SphPal cav

6n 3n 4n

ptgpal5mx

ASphLPtg

Man

MasM

Cor

TempM

5oph

LV

DEn

3V

ZygA

IG

1 layer 1 of cortex2 layer 2 of cortex2n optic nerve3 layer 3 of cortex3n oculomotor nerve3V 3rd ventricle4n trochlear nerve5mx 5n, maxillary division5oph 5n, ophthalmic division6n root of abducens nerveac anterior commissureacp anterior comm, posteriorAID agranular insular cx, dorsalAIV agranular insular cx, ventAl alar nuASph alisphenoid boneAVPe ant ventral periventric nucav cavernous sinusCB cell bridges vent striatumcc corpus callosumcg cingulumCg1 cingulate cortex, area 1Cg2 cingulate cortex, area 2Cl claustrumCor coronoid process mandibleCPu caudate putamen (striatum)CxA cortex-amyg transition DEn dorsal endopiriform nuDI dysgranular insular cxec external capsulef fornixFu bed nu st, fusiformGI granular insular cxGP globus pallidusHDB nu horizlimb diagonal bandICj islands of CallejaIEn intermed endopiriform nuIG indusium griseumIPAC interst nu post limb aclo lateral olfactory tractLPO lat preoptic areaLPtg lat pterygoid muscleLSD lat septal nu, dorsal partLSI lat septal nu, intermedLSS lat stripe striatumLSV lat septal nu, vent partLTer lemina terminalisLV lateral ventricleM1 primary motor cxM2 secondary motor cxMan mandibleMasM masseter muscleMCPO magnocell preoptic nuMPA medial preoptic areaMPOL medial preoptic nu, lateralPal palatine bonePir piriform cortexPS parastrial nuPSph presphenoid boneptgpal pterygopalatine nS1DZ prim somatosens, dysgranul S1DZO prim somatosens, oral dysg S1FL prim somatosens, forelimbS1J prim somatosens, jaw S1ULp prim somatosens, upper lipSFi septofimbrial nuSHy septohypothalamic nuSIB substantia innominata, basalSphPal sphenopalatine ganglionStA strial part preoptic areaSTLD bed nu st, lat div, dorsal STLJ bed nu st, lat div, juxtacapSTLP bed nu st, lat div, posterior STLV bed nu st, lat div, ventral STMA bed nu st, med div, ant STMV bed nu st, med div, ventral TempM temporalis muscleTu olfactory tubercleVLPO ventlat preoptic nuVMPO ventmed preoptic nuVP ventral pallidumZygA zygomatic arch

ADMB Book #4 23/8/06 2:34 PM Page CXLIII

Page 145: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:34 PM Page CXLIV

Page 146: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Figure 60P0 #19

2.79 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

CPuic

SHyf

ac

STMA STLP

STLD

STLJSTMV

STLVIPACSHy

StA PSAl

Fu

SFiTS

LTer

LSV

LSI

LSD

LVne

IG

cc

cgCg2

Cg1M2 M1

S1FL

S1DZ

S1ULp

ecS2

GI

DI FroDCl

VCl

AID

rfAIV

LSSCxA

lo

LPO VPMPA

MPOL

MPOM

AVPe

SIB

MCPOHDBVLPO

VMPOPSph

2n

Tu

ASph LPtg

NasCPal

5mx

5oph6n 3n 4n

Oral MasM

TempM

DEn

IEn

Pir

3V

ManZygA

2n optic nerve3n oculomotor nerve3V 3rd ventricle4n trochlear nerve5mx 5n, maxillary division5oph 5n, ophthalmic division6n root of abducens nerveac anterior commissureAID agranular insular cx, dorsalAIV agranular insular cx, ventAl alar nuASph alisphenoid boneAVPe ant ventral periventric nucc corpus callosumcg cingulumCg1 cingulate cortex, area 1Cg2 cingulate cortex, area 2CPu caudate putamen (striatum)CxA cortex-amyg transition DCl dors part of claustrumDEn dorsal endopiriform nuDI dysgranular insular cxec external capsulef fornixFro frontal boneFu bed nu st, fusiformGI granular insular cxHDB nu horizlimb diagonal bandic internal capsuleIEn intermed endopiriform nuIG indusium griseumIPAC interst nu post limb aclo lateral olfactory tractLPO lat preoptic areaLPtg lat pterygoid muscleLSD lat septal nu, dorsal partLSI lat septal nu, intermedLSS lat stripe striatumLSV lat septal nu, vent partLTer lemina terminalisLV lateral ventricleM1 primary motor cxM2 secondary motor cxMan mandibleMasM masseter muscleMCPO magnocell preoptic nuMPA medial preoptic areaMPOL medial preoptic nu, lateralMPOM medial preoptic nu, medialNasC nasal cavityne neuroepitheliumOral oral cavityPal palatine bonePir piriform cortexPS parastrial nuPSph presphenoid bonerf rhinal fissureS1DZ prim somatosens, dysgranul S1FL prim somatosens, forelimbS1ULp prim somatosens, upper lipS2 2ary somatosensory cxSFi septofimbrial nuSHy septohypothalamic nuSIB substantia innominata, basalStA strial part preoptic areaSTLD bed nu st, lat div, dorsal STLJ bed nu st, lat div, juxtacapSTLP bed nu st, lat div, posterior STLV bed nu st, lat div, ventral STMA bed nu st, med div, ant STMV bed nu st, med div, ventral TempM temporalis muscleTS triangular septal nuTu olfactory tubercleVCl vent part claustrumVLPO ventlat preoptic nuVMPO ventmed preoptic nuVP ventral pallidumZygA zygomatic arch

ADMB Book #4 23/8/06 2:34 PM Page CXLV

Page 147: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:34 PM Page CXLVI

Page 148: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

CPu

LSS lo

rfVCl

DCl

ec

S1ULp

S1DZ

S1FL

cg

cc

IG

LV

LSD

TSSFi

LSI

SHyLTer

f BAC

STMPM STMPL

ic

STLP

acp

STLI

StHy

STMPI

LPO

MPA

MPOL

MPOM

Pe

SIB

PDPO

ac

PaAP

VLPO

VMPO2n

PSph

NasC

HDB

MCPO

VP

Tu

CxA2ASph

LPtg

Pal

Oral

cav

SphPal5mx

ptgpal

6n 3n 4nacer

Man

MasM

Cor

TempM

Cg2

Cg1M2 M1

GI

DI

AID

AIV

3V

ZygA

Pir

DEn

IPAC

Figure 61P0 #20

2.91 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2n optic nerve3n oculomotor nerve3V 3rd ventricle4n trochlear nerve5mx 5n, maxillary division6n root of abducens nerveac anterior commissureacer anterior cerebral artacp anterior comm, posteriorAID agranular insular cx, dorsalAIV agranular insular cx, ventASph alisphenoid boneBAC bed nu ant commissurecav cavernous sinuscc corpus callosumcg cingulumCg1 cingulate cortex, area 1Cg2 cingulate cortex, area 2Cor coronoid process mandibleCPu caudate putamen (striatum)CxA2 cortex-amyg trans, lr 2DCl dors part of claustrumDEn dorsal endopiriform nuDI dysgranular insular cxec external capsulef fornixGI granular insular cxHDB nu horizlimb diagonal bandic internal capsuleIG indusium griseumIPAC interst nu post limb aclo lateral olfactory tractLPO lat preoptic areaLPtg lat pterygoid muscleLSD lat septal nu, dorsal partLSI lat septal nu, intermedLSS lat stripe striatumLTer lemina terminalisLV lateral ventricleM1 primary motor cxM2 secondary motor cxMan mandibleMasM masseter muscleMCPO magnocell preoptic nuMPA medial preoptic areaMPOL medial preoptic nu, lateralMPOM medial preoptic nu, medialNasC nasal cavityOral oral cavityPaAP paraventric hy, ant parvicellPal palatine bonePDPO posterodorsal preoptic nuPe periventricular hypothal nuPir piriform cortexPSph presphenoid boneptgpal pterygopalatine nrf rhinal fissureS1DZ prim somatosens, dysgranul S1FL prim somatosens, forelimbS1ULp prim somatosens, upper lipSFi septofimbrial nuSHy septohypothalamic nuSIB substantia innominata, basalSphPal sphenopalatine ganglionStHy striohypothalamic nuSTLI bed nu st, lat div, intermedSTLP bed nu st, lat div, posterior STMPI bed nu st, med div, postint STMPL bed nu st, med div, post lat STMPM bed nu st, med div, post medTempM temporalis muscleTS triangular septal nuTu olfactory tubercleVCl vent part claustrumVLPO ventlat preoptic nuVMPO ventmed preoptic nuVP ventral pallidumZygA zygomatic arch

ADMB Book #4 23/8/06 2:34 PM Page CXLVII

Page 149: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:34 PM Page CXLVIII

Page 150: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

CPu

st

LPO

VP

MPA

MPOL

VLPO

VMPO

StHy

PDPO

MPOC

MPOM SIB

HDB

MCPO

IPAC

LSS

Tu

LPtg

loCxA

IEnPirf

PaAP

APF

PTBAC

smPVA

SFOvhc

TSfi

SFi

neIVF

ic

GPSTLP

STM

PL

STM

PI

STM

PM

DEn

VClrf

AIVAIVAIDAID

DCl

ec S1ULp

S1BF

S1FL

S1HLM1M2

Cg1

Cg1cg

IGcc

df LSD

2n

NasC

Oral

SphPal

cav5mx

5oph

ptgpal

4n3n6n

Man

S1DZ

GI

S2

DI

PSph

LV

3V

3V

3VASph

Pe

Figure 62P0 #21

3.03 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2n optic nerve3n oculomotor nerve3V 3rd ventricle4n trochlear nerve5mx 5n, maxillary division5oph 5n, ophthalmic division6n root of abducens nerveAID agranular insular cx, dorsalAIV agranular insular cx, ventAPF anterior perifornical nuASph alisphenoid boneBAC bed nu ant commissurecav cavernous sinuscc corpus callosumcg cingulumCg1 cingulate cortex, area 1CPu caudate putamen (striatum)CxA cortex-amyg transition DCl dors part of claustrumDEn dorsal endopiriform nudf dorsal fornixDI dysgranular insular cxec external capsulef fornixfi fimbria hippocampusGI granular insular cxGP globus pallidusHDB nu horizlimb diagonal bandic internal capsuleIEn intermed endopiriform nuIG indusium griseumIPAC interst nu post limb acIVF interventricular foramenlo lateral olfactory tractLPO lat preoptic areaLPtg lat pterygoid muscleLSD lat septal nu, dorsal partLSS lat stripe striatumLV lateral ventricleM1 primary motor cxM2 secondary motor cxMan mandibleMCPO magnocell preoptic nuMPA medial preoptic areaMPOC medial preoptic nu, centralMPOL medial preoptic nu, lateralMPOM medial preoptic nu, medialNasC nasal cavityne neuroepitheliumOral oral cavityPaAP paraventric hy, ant parvicellPDPO posterodorsal preoptic nuPe periventricular hypothal nuPir piriform cortexPSph presphenoid bonePT paratenial thalamic nuptgpal pterygopalatine nPVA paraventricular thal nu, antrf rhinal fissureS1BF prim somatosens, barrel S1DZ prim somatosens, dysgranul S1FL prim somatosens, forelimbS1HL prim somatosens, hindlimbS1ULp prim somatosens, upper lipSFi septofimbrial nuSFO subfornical organSIB substantia innominata, basalsm stria medullaris thalSphPal sphenopalatine ganglionst stria terminalisStHy striohypothalamic nuSTLP bed nu st, lat div, posterior STMPI bed nu st, med div, postint STMPL bed nu st, med div, post lat STMPM bed nu st, med div, post medTS triangular septal nuTu olfactory tubercleVCl vent part claustrumvhc ventral hippocamp commVLPO ventlat preoptic nuVMPO ventmed preoptic nuVP ventral pallidum

ADMB Book #4 23/8/06 2:34 PM Page CXLIX

Page 151: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:34 PM Page CL

Page 152: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

CPu

RSD

RSGc

IG

cg

df

vhc CA3 Or

fi

M1 M2

S1HL

S1FL

S1DZ

S1BF

S1ULp

S2

GIDI

AIDAIV

rf

DCl

VCl

DEn

PirIEn

IPAC

loTempM

CxA

Tu

VP

GP

ic

RtSt

st

STMPL

SM

smRt

AVVL

AMRe

CM

PT PC

sm AD

IADAVDM

fSTMP

StHy

PaAP

3V

PaXi

MPOM

EA

LPOMPA

VLPOVMPO

MPOL SIB

HDB

MCPO

AA

PSph

NasC

Oral

SphPal6n 3n

5n

4n

ptgpal

LPtg

mcer

Cond

MasM

2n

Pe

ZygA

B

LV

3VIVF

acp

PVA

ialn

ASph

ne

Figure 63P0 #22

3.15 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2n optic nerve3n oculomotor nerve3V 3rd ventricle4n trochlear nerve5n trigeminal nerve6n root of abducens nerveAA anterior amyg areaacp anterior comm, posteriorAD anterodorsal thalamic nuAID agranular insular cx, dorsalAIV agranular insular cx, ventAM anteromedial thalamic nuASph alisphenoid boneAVDM ant vent thal nu, dorsomedAVVL ant ventral thal, ventrolatB basal nu (Meynert)cg cingulumCM central medial thal nuCond condylar process mandibleCPu caudate putamen (striatum)CxA cortex-amyg transition DCl dors part of claustrumDEn dorsal endopiriform nudf dorsal fornixDI dysgranular insular cxEA sublenticular extend amygf fornixfi fimbria hippocampusGI granular insular cxGP globus pallidusHDB nu horizlimb diagonal bandIAD interanterodorsal thal nuialn inferior alveolar nerveic internal capsuleIEn intermed endopiriform nuIG indusium griseumIPAC interst nu post limb acIVF interventricular foramenlo lateral olfactory tractLPO lat preoptic areaLPtg lat pterygoid muscleLV lateral ventricleM1 primary motor cxM2 secondary motor cxMasM masseter musclemcer middle cerebral arteryMCPO magnocell preoptic nuMPA medial preoptic areaMPOL medial preoptic nu, lateralMPOM medial preoptic nu, medialNasC nasal cavityne neuroepitheliumOr oriens layer hippocampusOral oral cavityPaAP paraventric hy, ant parvicellPaXi paraxiphoid nu of thalamusPC paracentral thal nuPe periventricular hypothal nuPir piriform cortexPSph presphenoid bonePT paratenial thalamic nuptgpal pterygopalatine nPVA paraventricular thal nu, antRe reuniens thalamic nurf rhinal fissureRSD retrosplenial dysgranular cxRSGc retrosplenial granular cx, cRt reticular thal nuRtSt reticluostrial nuS1BF prim somatosens, barrel S1DZ prim somatosens, dysgranul S1FL prim somatosens, forelimbS1HL prim somatosens, hindlimbS1ULp prim somatosens, up lipS2 2ary somatosensory cxSIB substantia innominata, basalSM nu stria medullarissm stria medullaris thalSphPal sphenopalatine ganglionst stria terminalisStHy striohypothalamic nuSTMP bed nu st, med div, post STMPL bed nu st, med div, post lat TempM temporalis muscleTu olfactory tubercleVCl vent part claustrumvhc ventral hippocamp commVLPO ventlat preoptic nuVMPO ventmed preoptic nuVP ventral pallidumZygA zygomatic arch

ADMB Book #4 23/8/06 2:34 PM Page CLI

Page 153: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:34 PM Page CLII

Page 154: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Figure 64P0 #23

3.27 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

CPu

RSGc

RSD

cg

cc

dhc

dcw

M2 M1S1HL

S1FLS1DZ

ec

neCA3

DG

fiS2

S1BF

S1ULp

GIDI

AIDAIV

rf

VCl

DCl

DEn

GP

B

ic

stRtSt

AVVLAVVL

ADsmMHb LHb

PVA MD PC

PT

IAD

AVDMAVDM

AM

CM

RtVReRe

Xi

PaXiANS

sm

SM

EACf

STMPSTMP

StHyStHy

MPAMPAMPOLMPOL

VMPOVMPO

LPO

PaMPPaMP

SPaSPaPaV

PaMMPaMM

MPOMMPOM

ochsox

SCh VLPO

HDB

SIBMCPO

VP

acp

IPACLSS

ACo

AA

loTempM

Pir1

23

IEn

CxA1

23

Pe

Pal

SphPal5oph

5mx

6n 3n 4n

ptgpal

LPtg

Cond

MasM

ZygA

MPtg

PSph

LV

ASph

3V

3n oculomotor nerve3V 3rd ventricle4n trochlear nerve5mx 5n, maxillary division5oph 5n, ophthalmic division6n root of abducens nerveAA anterior amyg areaACo ant cortical amygdaloid nuacp anterior comm, posteriorAD anterodorsal thalamic nuAID agranular insular cx, dorsalAIV agranular insular cx, ventAM anteromedial thalamic nuANS access neurosecretory nu ASph alisphenoid boneAVDM ant vent thal nu, dorsomedAVVL ant ventral thal, ventrolatB basal nu (Meynert)cc corpus callosumcg cingulumCM central medial thal nuCond condylar process mandibleCPu caudate putamen (striatum)CxA1 cortex-amyg trans, lr 1DCl dors part of claustrumdcw deep cerebral whiteDEn dorsal endopiriform nuDG dentate gyrusdhc dorsal hippocampal commDI dysgranular insular cxEAC sublent extend amyg, centec external capsulef fornixfi fimbria hippocampusGI granular insular cxGP globus pallidusHDB nu horizlimb diagonal bandIAD interanterodorsal thal nuic internal capsuleIEn intermed endopiriform nuIPAC interst nu post limb acLHb lateral habenular nulo lateral olfactory tractLPO lat preoptic areaLPtg lat pterygoid muscleLV lateral ventricleM1 primary motor cxM2 secondary motor cxMasM masseter muscleMCPO magnocell preoptic nuMD mediodorsal thalamic nuMHb med habenular nuMPA medial preoptic areaMPOL medial preoptic nu, lateralMPOM medial preoptic nu, medialMPtg medial pterygoid musclene neuroepitheliumoch optic chiasmPal palatine bonePaMM paravent hy, med magnocelPaMP paravent hy, med parvicellPaV paraventric hy nu, ventPaXi paraxiphoid nu of thalamusPC paracentral thal nuPe periventricular hypothal nuPir piriform cortexPSph presphenoid bonePT paratenial thalamic nuptgpal pterygopalatine nPVA paraventricular thal nu, antRe reuniens thalamic nurf rhinal fissureRSD retrosplenial dysgranular cxRSGc retrosplenial granular cx, cRt reticular thal nuRtSt reticluostrial nuS1BF prim somatosens, barrel S1DZ prim somatosens, dysgranul S1FL prim somatosens, forelimbS1HL prim somatosens, hindlimbS1ULp prim somatosens, up lipS2 2ary somatosensory cxSCh suprachiasmatic nuSIB substantia innominata, basalSM nu stria medullarissm stria medullaris thalsox supraoptic decussationSPa subparaventric zone hySphPal sphenopalatine ganglionst stria terminalisStHy striohypothalamic nuSTMP bed nu st, med div, post

Refer to Index of Abbreviations for other entries

ADMB Book #4 23/8/06 2:34 PM Page CLIII

Page 155: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:34 PM Page CLIV

Page 156: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Figure 65P0 #24

3.39 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

CPu

icGP

RSGc

RSD M2 M1 S1HLS1FL

cg

cc

dcwne

S1BF

ec

S2

FC CA2 CA3

DGhif

CA1

fi

LDsm

MHb

LHb

MDPVA

IMD

IAMCM

Rh mt AM

AngT

AVCL VL

VA

VMRe

Xi VRe

PaXi

3V

Pe

ZIRA13

PaLM

JPLHJPLH

f

ANS

SPaPaV

PaMM

AHA PLH

EAM EAC

CeM

Rt

eml

IPACacp

Pir12

3

CxA123

BMA

ACoMCPO

LOT2AA

HDB

VLH

ESO

SO

SCh LA

ochsox

BSph

NasC

SphPal

Pal

5Gn/5n

ptgpal

LPtg

Oral

MPtgMc

MasM

ZygA

TempM

rf

DEn

AIV

AID

DI

GIDCl

VCl

I

VEn

6n

PaMP

stRtSt

S1DZ

LV

ialn

S1ULp

3V 3rd ventricle5Gn/5n trigem ganglion and nerve6n root of abducens nerveAA anterior amyg areaACo ant cortical amygdaloid nuacp anterior comm, posteriorAHA anterior hypothal area, antAID agranular insular cx, dorsalAIV agranular insular cx, ventAM anteromedial thalamic nuAngT angular thalamic nuANS access neurosecretory nu AV anteroventral thalamic nuBMA basomed amyg nu, antBSph basisphenoid bonecc corpus callosumCeM central amyg nu, med divcg cingulumCL centrolateral thal nuCM central medial thal nuCPu caudate putamen (striatum)CxA1 cortex-amyg trans, lr 1DCl dors part of claustrumdcw deep cerebral whiteDEn dorsal endopiriform nuDG dentate gyrusDI dysgranular insular cxEAC sublent extend amyg, centEAM sublent extended amyg, medec external capsuleeml external medullary laminaESO episupraoptic nuf fornixFC fasciola cinereumfi fimbria hippocampusGI granular insular cxGP globus pallidusHDB nu horizlimb diagonal bandhif hippocampal fissureI intercalated nuclei amygialn inferior alveolar nerveIAM interanteromedthal nuic internal capsuleIMD intermediodorsal thal nuIPAC interst nu post limb acJPLH juxtaparaventricular lat hyLA lateroanterior hypothal nuLD laterodorsal thal nuLHb lateral habenular nuLOT2 nu lat olf tract, layer 2LPtg lat pterygoid muscleLV lateral ventricleM1 primary motor cxM2 secondary motor cxMasM masseter muscleMc Meckel’s cartilageMCPO magnocell preoptic nuMD mediodorsal thalamic nuMHb med habenular nuMPtg medial pterygoid musclemt mammillothalamic tractNasC nasal cavityne neuroepitheliumoch optic chiasmOral oral cavityPal palatine bonePaLM paravent hy, lat magnocellPaMM paravent hy, med magnocelPaMP paravent hy, med parvicellPaV paraventric hy nu, ventPaXi paraxiphoid nu of thalamusPC paracentral thalamic nuPe periventricular hypothal nuPir1 piriform cx, layer 1PLH peduncular part lat hyptgpal pterygopalatine nPVA paraventricular thal nu, antRe reuniens thalamic nurf rhinal fissureRh rhomboid thal nuRSD retrosplenial dysgranular cxRSGc retrosplenial granular cx, cRt reticular thal nuRtSt reticluostrial nuS1BF prim somatosens, barrel S1DZ prim somatosens, dysgranul S1FL prim somatosens, forelimbS1HL prim somatosens, hindlimbS1ULp prim somatosens, up lipS2 2ary somatosensory cxSCh suprachiasmatic nusm stria medullaris thal

Refer to Index of Abbreviations for other entries

ADMB Book #4 23/8/06 2:34 PM Page CLV

Page 157: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:34 PM Page CLVI

Page 158: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

VPL

VL

LD

RSGc

RSDM2 M1 S1HL

S1ShS1DZ

S1BF

S1ULp

S2

GI

DI

AID

AIVrf

DCl

VClCPu

ec

dcw

cg

CA2

CA3

CA1

DGD3V

sccdhc

FC

MHb

LHb

sm fi

stRtStMDM

PVMDL

IMD

IAMAM

CL

PC

CM

mtVM

SubRh

ReXi

PaXiZIR

Rt

ic

B

DEn

acp

VEn

Pir123

CxABMA

CeMEACEAM

MCPO

HDBPLH

MeAD

AA

LOT1

2

3ACo

ASphVLHESO

SO

opt

LA

AHC

f

ANSJPLHPaLM

AH

SChDL

SChVM

sox

BSph

3VPaMP

SPa

PaV

NasC

Oral

Ptg

5Gn

MPtgMc

CondLPtg

ZygA

TempM

TempS

Pe

Figure 66P0 #25

3.51 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

3V 3rd ventricle5Gn trigeminal ganglionAA anterior amyg areaACo ant cortical amygdaloid nuacp anterior comm, posteriorAH anterior hypothalamic areaAHC anterior hy area, centralAID agranular insular cx, dorsalAIV agranular insular cx, ventAM anteromedial thalamic nuANS access neurosecretory nu ASph alisphenoid boneB basal nu (Meynert)BMA basomed amyg nu, antBSph basisphenoid boneCeM central amyg nu, med divcg cingulumCL centrolateral thalamic nuCM centromedian thalamic nuCond condylar process mandibleCPu caudate putamen (striatum)CxA cortex-amyg transition D3V dorsal 3rd ventricleDCl dors part of claustrumdcw deep cerebral whiteDEn dorsal endopiriform nuDG dentate gyrusdhc dorsal hippocampal commDI dysgranular insular cxEAC sublent extend amyg, centEAM sublent extended amyg, medec external capsuleESO episupraoptic nuf fornixFC fasciola cinereumfi fimbria hippocampusGI granular insular cxHDB nu horizlimb diagonal bandIAM interanteromedthal nuic internal capsuleIMD intermediodorsal thal nuJPLH juxtaparaventricular lat hyLA lateroanterior hypothal nuLD laterodorsal thal nuLHb lateral habenular nuLOT1 nu lat olf tract, layer 1LPtg lat pterygoid muscleLSS lateral striatal stripeM1 primary motor cxM2 secondary motor cxMc Meckel’s cartilageMCPO magnocell preoptic nuMDL mediodorsal thalamic nu, latMDM mediodorsal thal nu, medMeAD med amygd nu, ant dorsMHb med habenular nuMPtg medial pterygoid musclemt mammillothalamic tractNasC nasal cavityopt optic tractOral oral cavityPaLM paravent hy, lat magnocellPaMP paravent hy, med parvicellPaV paraventric hy nu, ventPaXi paraxiphoid nu of thalamusPC paracentral thalamic nuPe periventricular hypothal nuPir1 piriform cx, layer 1PLH peduncular part lat hyPtg pterygoid proces sphenoid PV paraventricular thalamic nuRe reuniens thalamic nurf rhinal fissureRh rhomboid thal nuRSD retrosplenial dysgranular cxRSGc retrosplenial granular cx, cRt reticular thal nuRtSt reticluostrial nuS1BF prim somatosens, barrel S1DZ prim somatosens, dysgranul S1HL prim somatosens, hindlimbS1Sh prim somatosens, shoulderS1ULp prim somatosens, upper lipS2 2ary somatosensory cxscc splenium corpus callosumSChDL suprachiasmatic, dorsolatSChVM suprachiasmatic, ventromedsm stria medullaris thalSO supraoptic nusox supraoptic decussationSPa subparaventric zone hyst stria terminalis

Refer to Index of Abbreviations for other entries

ADMB Book #4 23/8/06 2:34 PM Page CLVII

Page 159: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:34 PM Page CLVIII

Page 160: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Figure 67P0 #26

3.63 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

VL

VPL

Rt

RSGc

RSD

cg

fmj

S1HLS1Sh S1DZ

S1BF

S1ULp

S2

GIDI

AIDAIV

CA1

CA2CA3 ne

DGD3V

MHb

sm

LH

MDM

PV

IMD MDLPC

CL

LDDM LDVL fi

ne

stRtSt

ic

CM

RhSub mt

VMGP

CPu

DEn

VEn

Pir

CxA

CeCCeMEP EA

ACocst

LOT2

AA BMAI

MeAD

MeAV

BAOT

VLHESOSO

PLHf

AHC

AHPStg

JPLH

ZIRA13VRe

ReXi

PaXi

PaMPPaLM

PaV

SPa

3V

Pe

SCh TuLH

sox

BSph

opt

5Gn/5n

Ptg

NasC

Oral

MPtg

cty

Mc

ialn

ptgpal

LPtg

Cond

TMJ

ZygA

TempMTempS

M1M2

3V 3rd ventricle5Gn/5n trigem ganglion and nerveAA anterior amyg areaACo ant cortical amygdaloid nuAHC anterior hy area, centralAHP ant hypothal area, postAID agranular insular cx, dorsalAIV agranular insular cx, ventBAOT bed nu access olfactory trBMA basomed amyg nu, antBSph basisphenoid boneCeC central amyg nu, capsularCeM central amyg nu, med divcg cingulumCL centrolateral thal nuCM central medial thal nuCond condylar process mandibleCPu caudate putamencst comm stria terminaliscty chorda tympani nerveCxA cortex-amyg transition D3V dorsal 3rd ventricleDEn dorsal endopiriform nuDG dentate gyrusDI dysgranular insular cxEA sublenticular extend amygEP entopeduncular nuESO episupraoptic nuf fornixfi fimbria hippocampusfmj forceps maj corpus callGI granular insular cxGP globus pallidusI intercalated nuclei amygialn inferior alveolar nerveic internal capsuleIMD intermediodorsal thal nuJPLH juxtaparaventricular lat hyLDDM laterodor th nu, dorsomedLDVL laterodor thal nu, ventrolatLH lateral hypothalamic areaLOT2 nu lat olf tract, layer 2LPtg lat pterygoid muscleM1 primary motor cxM2 secondary motor cxMc Meckel’s cartilageMDL mediodorsal thalamic nu, latMDM mediodorsal thal nu, medMeAD med amygd nu, ant dorsMeAV med amygd nu, anteroventMHb med habenular nuMPtg medial pterygoid musclemt mammillothalamic tractNasC nasal cavityne neuroepitheliumopt optic tractOral oral cavityPaLM paravent hy, lat magnocellPaMP paravent hy, med parvicellPaV paraventric hy nu, ventPaXi paraxiphoid nu of thalamusPC paracentral thal nuPe periventricular hypothal nuPir piriform cortexPLH peduncular part lat hyPtg pterygoid proces sphenoid ptgpal pterygopalatine nPV paraventricular thalamic nuRe reuniens thalamic nuRh rhomboid thal nuRSD retrosplenial dysgranular cxRSGc retrosplenial granular cx, cRt reticular thal nuRtSt reticluostrial nuS1BF prim somatosens, barrel S1DZ prim somatosens, dysgranul S1HL prim somatosens, hindlimbS1Sh prim somatosens, shoulderS1ULp prim somatosens, upper lipS2 2ary somatosensory cxSCh suprachiasmatic nusm stria medullaris thalSO supraoptic nusox supraoptic decussationSPa subparaventric zone hyst stria terminalisStg stigmoid hypothal nuSub submedius thalamic nuTempM temporalis muscleTempS temporal bone, squamousTMJ temporomandibular jointTuLH tuberal region lat hy

Refer to Index of Abbreviations for other entries

ADMB Book #4 23/8/06 2:34 PM Page CLIX

Page 161: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:34 PM Page CLX

Page 162: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

VPM

Po

RSGc

RSD

M2M1

S1HLS1Tr

S1DZ

S1BF

S1ULp

S2

cg

fmj

D3VCA1

CA2

alv

LV

fi

LDVLLDDM

DGsmMHb

LHb

MDCPV

IMDMDL

CL

CA3

eml st

Rt

CPu GI

DI

AIPrf

VCl

DCl

GP

B

ic

EP

VM

PCCMRh

Re Submt

PaXiXi

3VPaPo

AHP

AHC

Pe

SCh

VMHSh

PeFLH

fPLH

ZIVZIRA13

PaDC

SPa

PaMP PTe

DEn

AStVEn

Pir123

LaCeL

CeCCeM

AL

AAcst

IBLA

BMAMeAD

MeAV ACo

TempS

BAOT

masn

ASph

Cond

LPtg

ptgpalcty

Mc

lgn

ialn

MPtg

5Gn

Ptg

Oral

NasC

BSph

RChLRCh sox

opt

SO

ne

Figure 68P0 #27

3.75mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

3V 3rd ventricle5Gn trigeminal ganglionAA anterior amyg areaACo ant cortical amygdaloid nuAHC anterior hy area, centralAHP ant hypothal area, postAIP agranular insular cx, postAL nu ansa lenticularisalv alveus hippocampusASph alisphenoid boneASt amygdalostriatal transitionB basal nu (Meynert)BAOT bed nu access olfactory trBLA basolat amyg nu, antBMA basomed amyg nu, antBSph basisphenoid boneCeC central amyg nu, capsularCeL central amygd nu, lat divCeM central amyg nu, med divcg cingulumCL centrolateral thal nuCM central medial thal nuCond condylar process mandibleCPu caudate putamen (striatum)cst comm stria terminaliscty chorda tympani nerveD3V dorsal 3rd ventricleDCl dors part of claustrumDEn dorsal endopiriform nuDG dentate gyrusDI dysgranular insular cxeml external medullary laminaEP entopeduncular nuf fornixfi fimbria hippocampusfmj forceps maj corpus callGI granular insular cxGP globus pallidusI intercalated nuclei amygialn inferior alveolar nerveic internal capsuleIMD intermediodorsal thal nuLa lat amygdaloid nuLDDM laterodor th nu, dorsomedLDVL laterodor thal nu, ventrolatlgn lingual nerveLHb lateral habenular nuLPtg lateral pterygoid muscleLV lateral ventricleM1 primary motor cxM2 secondary motor cxmasn masseteric nerveMc Meckel’s cartilageMDC MD thal nu, centralMDL mediodorsal thalamic nu, latMeAD med amygd nu, ant dorsMeAV med amygd nu, anteroventMHb med habenular nuMPtg medial pterygoid musclemt mammillothalamic tractNasC nasal cavityne neuroepitheliumopt optic tractOral oral cavityPaDC paraventric hy dorsal capPaMP paravent hy, med parvicellPaPo paraventricular hy nu, postPaXi paraxiphoid nu of thalamusPC paracentral thal nuPe periventricular hypothal nuPeFLH perifornical part of lat hyPir1 piriform cx, layer 1PLH peduncular part lat hyPo post thal nuclear groupPTe paraterete nuPtg pterygoid proces sphenoid ptgpal pterygopalatine nPV paraventricular thalamic nuRCh retrochiasmatic areaRChL retrochiasmatic, lateralRe reuniens thalamic nurf rhinal fissureRh rhomboid thal nuRSD retrosplenial dysgranular cxRSGc retrosplenial granular cx, cRt reticular thal nuS1BF prim somatosens, barrel S1DZ prim somatosens, dysgranul S1HL prim somatosens, hindlimbS1Tr prim somatosens, trunk S1ULp prim somatosens, upper lipS2 2ary somatosensory cx

Refer to Index of Abbreviations for other entries

ADMB Book #4 23/8/06 2:34 PM Page CLXI

Page 163: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:35 PM Page CLXII

Page 164: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

IMD

RSD

RSGc

RSGb

fmj

cg

M2M1

S1Tr

S1DZ

S1BFdcw

DSD3V

MHbLHb

sm DG

CA1

CA2

CA3

bscne

ecS1ULp

S2

GIDI

AIPrf

ClCPu

DLGLPLRLPMR

CLfrPVP

MDMMDL

PC

Po

VPMOPC

VPL

str

VG

IGL

stRt

GP

VM

VPPCCM

RRe

PHD Submt

A11

DA3V

PeDM

VMHDM

VMHVL

PeFLH

f

Arc RChL

ZID

ZIVA13

SubI

EP

icCeL DEn

La

CeCCeM

cstMCLH

MeADSTIA

BLAVEn

BLV

BMA

ACoMeAV

Pir123

TempS

TMJ

BAOT

SO

opt

sox

BSph

NasC

Ptg

5Gn

3n ictdmasn

ASph

LPtg

Cond

MasMialnMc

ctyASph

MPtg

fi

Figure 69P0 #28

3.87 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

PLH

3n oculomotor nerve3V 3rd ventricle5Gn trigeminal ganglionACo ant cortical amygdaloid nuAIP agranular insular cx, postArc arcuate hypothal nuASph alisphenoid boneBAOT bed nu access olfactory trBLA basolat amyg nu, antBLV basolat amyg, ventralBMA basomed amyg nu, antbsc brachium superior colliculusBSph basisphenoid boneCeC central amyg nu, capsularCeL central amygd nu, lat divCeM central amyg nu, med divcg cingulumCL centrolateral thal nuCl claustrumCM central medial thal nuCond condylar process mandibleCPu caudate putamen (striatum)cst comm stria terminaliscty chorda tympani nerveD3V dorsal 3rd ventricleDA dorsal hypothal areadcw deep cerebral whiteDEn dorsal endopiriform nuDG dentate gyrusDI dysgranular insular cxDLG dorsal lat geniculate nuDM dorsomed hypothal nuDS dorsal subiculumec external capsuleEP entopeduncular nuf fornixfi fimbria hippocampusfmj forceps maj corpus callfr fasciculus retroflexusGI granular insular cxGP globus pallidusialn inferior alveolar nerveic internal capsuleictd internal carotid arteryIGL intergeniculate leafIMD intermediodorsal thal nuLa lat amygdaloid nuLHb lateral habenular nuLPLR LP thal nu, laterorostralLPMR LP thal nu, mediorostralLPtg lat pterygoid muscleM1 primary motor cxM2 secondary motor cxMasM masseter musclemasn masseteric nerveMc Meckel’s cartilageMCLH magnocell nu lat hypothalMDL mediodorsal thalamic nu, latMDM mediodorsal thal nu, medMeAD med amygd nu, ant dorsMeAV med amygd nu, anteroventMHb med habenular nuMPtg medial pterygoid musclemt mammillothalamic tractNasC nasal cavityne neuroepitheliumOPC oval paracentral thal nuopt optic tractPC paracentral thal nuPe periventricular hypothal nuPeFLH perifornical part of lat hyPHD post hypothal area, dorsalPir1 piriform cx, layer 1PLH peduncular lat hypothalPo post thal nuclear groupPtg pterygoid proces sphenoidPTg pedunculopontine teg nu PVP paraventricular thal nu, postRChL retrochiasmatic, lateralrf rhinal fissureRRe retrouniens areaRSD retrosplenial dysgranular cxRSGb retrosplenial granular cx, bRSGc retrosplenial granular cx, cRt reticular thal nuS1BF prim somatosens, barrel S1DZ prim somatosens, dysgranul S1Tr prim somatosens, trunk S1ULp prim somatosens, upper lipS2 2ary somatosensory cxsm stria medullaris thalSO supraoptic nu

Refer to Index of Abbreviations for other entries

ADMB Book #4 23/8/06 2:35 PM Page CLXIII

Page 165: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:35 PM Page CLXIV

Page 166: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

SPF

RSGc

RSGb

fmj

cgRSD

MPtALPtA

S1TrS1DZ

S1BF

hbc

D3V

3V

sm ecS2

AuD

Au1

AuV

Ect

PRhrf

CPuic

LPMRLHbCL

frPVP

frPoMn

CM

PF

Po

VPMVPL

str

bscDLG

IMA

LPLR

VG

IGL

ZID

OPCVPPC

ml

PR

A11

mt

A13

ZIV

SubI

STh

ic

SubGst

CeL

CeMCeC

La

DEn

VEn Pir123

BLA

STIA IMePD

MeAD

BMABMP

BLV

PLCoMeAV

BAOT ACoASph

TempS

TMJ

LPtg

PLH

PH

DM

PeFLH

PeFf

Te opt

MTu

TuLH

VMH

VL

VMH

DM

ArcRCh

VM

HC

5Gn/5n4n

ASph

MPtg

cty

masn

ptgpal

Mc mxaMasM

Man

fi

Hi

Figure 70P0 #29

3.99 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

3V 3rd ventricle4n trochlear nerve5Gn/5n trigem ganglion and nerveACo ant cortical amygdaloid nuArc arcuate hypothal nuASph alisphenoid boneAu1 primary auditory cortexAuD 2ary auditory cx, dorsalAuV 2ary auditory cx, ventralBAOT bed nu access olfactory trBLA basolat amyg nu, antBLV basolat amyg, ventralBMA basomed amyg nu, antBMP basomed amyg nu, postbsc brachium superior colliculusCeC central amyg nu, capsularCeL central amygd nu, lat divCeM central amyg nu, med divcg cingulumCL centrolateral thal nuCM central medial thal nuCPu caudate putamen (striatum)cty chorda tympani nerveD3V dorsal 3rd ventricleDEn dorsal endopiriform nuDLG dorsal lat geniculate nuDM dorsomed hypothal nuec external capsuleEct ectorhinal cortexf fornixfi fimbria hippocampusfmj forceps maj corpus callfr fasciculus retroflexushbc habenular commissureHi hippocampal regionI intercalated nuclei amygic internal capsuleIGL intergeniculate leafIMA intramedullary thalamic areaLa lat amygdaloid nuLHb lateral habenular nuLPLR LP thal nu, laterorostralLPMR LP thal nu, mediorostralLPtA lat parietal association cxLPtg lat pterygoid muscleMan mandibleMasM masseter musclemasn masseteric nerveMc Meckel’s cartilageMeAD med amygd nu, ant dorsMeAV med amygd nu, anteroventMePD med amygd nu, posterodorsml medial lemniscusMPtA med parietal association cxMPtg medial pterygoid musclemt mammillothalamic tractMTu medial tuberal numxa maxillary arteryOPC oval paracentral thal nuopt optic tractPeF perifornical nuPeFLH perifornical part of lat hyPF parafascicular thal nuPH posterior hypothal nuPir1 piriform cx, layer 1PLCo posterolat cortical amygPLH peduncular part lat hyPo post thal nuclear groupPoMn posteromedian thal nuPR prerubral fieldPRh perirhinal cxptgpal pterygopalatine nPVP paraventricular thal nu, postRCh retrochiasmatic arearf rhinal fissureRSD retrosplenial dysgranular cxRSGb retrosplenial granular cx, bRSGc retrosplenial granular cx, cS1BF prim somatosens, barrel S1DZ prim somatosens, dysgranul S1Tr prim somatosens, trunk S2 2ary somatosensory cxsm stria medullaris thalSPF subparafascicular thal nust stria terminalisSTh subthalamic nuSTIA ST, intraamygdaloid divstr superior thalamic radiationSubG subgeniculate nuSubI subincertal nuTe terete hypothal nuTempS temporal bone, squamous

Refer to Index of Abbreviations for other entries

ADMB Book #4 23/8/06 2:35 PM Page CLXV

Page 167: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:35 PM Page CLXVI

Page 168: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ZIV

RSGc

RSGb

fmj

RSDV2MM V2ML

RSGa DShbc

D3V

MHbLHb

PV

PrC

V1V2L

dcw

Pt

S1

AuDHi

Au1

AuV

Ect

PRh

CPu

LPMR LPLRIMA

DLG

PoPF

fr VPM

VPL

ZID

VG

IGL

fi

A11 SPFPR

VPPC

ml

SubG

st

icSTh

PSThmtPHD

PHSMT

PeFLHMCLH

MePD I

STIA

CeC La

DEn

rf

TempS

TMJ

Cond

BLP

BLA

BLV

BMPMePV

AHiALPLCo

PMCo

PLHPeF

f

DMDMC

VMHDMVMHVL

MTu

TeTuLH

ictd

optsox

ArcD

ArcM ArcL

BSph

6n3n

5Gn/5n

ASph

PtgTPal

MPtg

Oral

5manLPtg

ASph

RAPir

MasM

Mc

4n

ptgpal

Pir

bsc

Figure 71P0 #30

4.11mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

3n oculomotor nerve4n trochlear nerve5Gn/5n trigem ganglion and nerve5man 5n, mandibular division6n root of abducens nerveAHiAL amygdalohip area, antlatArcD arcuate hypothal nu, dorsArcL arcuate hypothal nu, latArcM arcuate hypothal nu,medASph alisphenoid boneAu1 primary auditory cortexAuD 2ary auditory cx, dorsalAuV 2ary auditory cx, ventralBLA basolat amyg nu, antBLP basolat amyg nu, postBLV basolat amyg, ventralBMP basomed amyg nu, postbsc brachium superior colliculusBSph basisphenoid boneCeC central amyg nu, capsularCond condylar process mandibleCPu caudate putamen (striatum)D3V dorsal 3rd ventricledcw deep cerebral whiteDEn dorsal endopiriform nuDLG dorsal lat geniculate nuDM dorsomed hypothal nuDMC dorsomed hy nu, compactDS dorsal subiculumEct ectorhinal cortexf fornixfi fimbria hippocampusfmj forceps maj corpus callfr fasciculus retroflexushbc habenular commissureHi hippocampal regionI intercalated nuclei amygic internal capsuleictd internal carotid arteryIGL intergeniculate leafIMA intramedullary thalamic areaLa lat amygdaloid nuLHb lateral habenular nuLPLR LP thal nu, laterorostralLPMR LP thal nu, mediorostralLPtg lat pterygoid muscleMasM masseter muscleMc Meckel’s cartilageMCLH magnocell nu lat hypothalMePD med amygd nu, posterodorsMePV med amyg nu, posteroventMHb med habenular numl medial lemniscusMPtg medial pterygoid musclemt mammillothalamic tractMTu medial tuberal nuopt optic tractOral oral cavityPeF perifornical nuPeFLH perifornical part of lat hyPF parafascicular thal nuPH posterior hypothal nuPHD post hypothal area, dorsalPir piriform cortexPLCo posterolat cortical amygPLH peduncular part lat hyPMCo posteromed cortical amyg nuPo post thal nuclear groupPR prerubral fieldPrC precommissural nuPRh perirhinal cxPSTh parasubthalamic nuPt parietal cortexPtg pterygoid proces sphenoid ptgpal pterygopalatine nPV paraventricular thalamic nuRAPir rostral amygdalopiriform rf rhinal fissureRSD retrosplenial dysgranular cxRSGa retrosplenial granular cx, aRSGb retrosplenial granular cx, bRSGc retrosplenial granular cx, cS1 primary somatosensory cxSMT submammillothalamic nusox supraoptic decussationSPF subparafascicular thal nust stria terminalisSTh subthalamic nuSTIA ST, intraamygdaloid divSubG subgeniculate nuTe terete hypothal nuTempS temporal bone, squamous

Refer to Index of Abbreviations for other entries

ADMB Book #4 23/8/06 2:35 PM Page CLXVII

Page 169: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:35 PM Page CLXVIII

Page 170: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ZIR

RSGc

RSGbRSGa DS

fmj

RSD

V2MM V2ML

V1

V2L

dcw

Hi

Pt

AuD

Au1

AuV

TeA

Ect

PRhrf

OPT

hbc

SCOPrC APT LP

IMADLGPo

PF

p1PAG

VPM

ZIDmlfr

RIPR

IGL

VG

CPu

La

IMGfi

SubG

ic

F

PH

mt GemPSTh

STh

PHA

3V

D3V

Cest DEn

BLPBLA

STIA

MePD

MCLH

PLHPeFLH

PeF

fDM

DMC

VMHVL

VMHDM

MTuArcLArcM

Teictd

3n

6n

5Gn/5n

PMCo

AHiAL

MePV

I

BMP

BLV

RAPir

PLCoASph Cond

TempS

TMJ

LPtg

masv

MasM

Gonial

McctyOvalWptgpal

Otic

MPtg

5man

NasC

HPtgTPal

Man

Pir123

bsc

Figure 72P0 #31

4.23 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

3n oculomotor nerve3V 3rd ventricle5Gn/5n trigem ganglion and nerve5man 5n, mandibular division6n root of abducens nerveAHiAL amygdalohip area, antlatAPT anterior pretectal nuArcL arcuate hypothal nu, latArcM arcuate hypothal nu,medASph alisphenoid boneAu1 primary auditory cortexAuD 2ary auditory cx, dorsalAuV 2ary auditory cx, ventralBLA basolat amyg nu, antBLP basolat amyg nu, postBLV basolat amyg, ventralBMP basomed amyg nu, postbsc brachium superior colliculusCe central amygdaloid nuCond condylar process mandibleCPu caudate putamen (striatum)cty chorda tympani nerveD3V dorsal 3rd ventricledcw deep cerebral whiteDEn dorsal endopiriform nuDLG dorsal lat geniculate nuDM dorsomed hypothal nuDMC dorsomed hy nu, compactDS dorsal subiculumEct ectorhinal cortexF nu fields of Forelf fornixfi fimbria hippocampusfmj forceps maj corpus callfr fasciculus retroflexusGem gemini hypothalamic nuGonial gonial processhbc habenular commissureHi hippocampal regionHPtg hamulus pterygoid boneI intercalated nuclei amygic internal capsuleictd internal carotid arteryIGL intergeniculate leafIMA intramedullary thalamic areaIMG amyg intramedullary grLa lat amygdaloid nuLP lateral posterior thal nuLPtg lat pterygoid muscleMan mandibleMasM masseter musclemasv masseteric veinMc Meckel’s cartilageMCLH magnocell nu lat hypothalMePD med amygd nu, posterodorsMePV med amyg nu, posteroventml medial lemniscusMPtg medial pterygoid musclemt mammillothalamic tractMTu medial tuberal nuNasC nasal cavityOPT olivary pretectal nuOtic otic ganglionOvalW oval windowp1PAG p1 periaqueductal grayPeF perifornical nuPeFLH perifornical part of lat hyPF parafascicular thal nuPH posterior hypothal nuPHA posterior hypothal areaPir1 piriform cx, layer 1PLCo posterolat cortical amygPLH peduncular part lat hyPMCo posteromed cortical amyg nuPo post thal nuclear groupPR prerubral fieldPrC precommissural nuPRh perirhinal cxPSTh parasubthalamic nuPt parietal cortexptgpal pterygopalatine nRAPir rostral amygdalopiriform rf rhinal fissureRI rostral interstitial nu of mlfRSD retrosplenial dysgranular cxRSGa retrosplenial granular cx, aRSGb retrosplenial granular cx, bRSGc retrosplenial granular cx, cSCO subcommissural organst stria terminalisSTh subthalamic nuSTIA ST, intraamygdaloid div

Refer to Index of Abbreviations for other entries

ADMB Book #4 23/8/06 2:35 PM Page CLXIX

Page 171: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:35 PM Page CLXX

Page 172: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

frPR

RSGb

RSGc

RSDV2MM

V2MLV1

V2L

Pt

AuD

Au1

AuV

TeA

Ect

PRh

RSGa Post DS

fmjdcw

MPT OPTpcSCO

PrCMCPC

TG APT

PLi LP

Lth

RPF

p1Rt

Eth

Sc PoDLG

MGMVPM

IGL

VGZID

ZIVF

A11

mtgfi

icSTh

PSTh

FFPH

PHAmt

MCLHPMD

SMT

MePV

MePDst

La

DEn

Pir1

TempS

23BLP

STIA

BMP

RAPir

PLCo

TMJ

Cond

LPtg

AHiAL

PMCo

PLHPeFf

DMV

DMDPe

VMH

PeFLH

VMHSh

A14

ArcL

ArcMMTu

Te

BSph

3nictd

6n 5Gn 5man

Otic

ptgpal Mc

Gonial

mxvMPtg

ASph

NasC

rf

LV

DG

CA3

D3V

LV

ml

4n

bsc

Figure 73P0 #32

4.35 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

3n oculomotor nerve4n trochlear nerve5Gn trigeminal ganglion5man 5n, mandibular division6n root of abducens nerveAHiAL amygdalohip area, antlatAPT anterior pretectal nuArcL arcuate hypothal nu, latArcM arcuate hypothal nu,medASph alisphenoid boneAu1 primary auditory cortexAuD 2ary auditory cx, dorsalAuV 2ary auditory cx, ventralBLP basolat amyg nu, postBMP basomed amyg nu, postbsc brachium superior colliculusBSph basisphenoid boneCond condylar process mandibleD3V dorsal 3rd ventricledcw deep cerebral whiteDEn dorsal endopiriform nuDG dentate gyrusDLG dorsal lat geniculate nuDMD dorsomed hypothal nu,dorsalDMV dorsomed hy nu, ventralDS dorsal subiculumEct ectorhinal cortexEth ethmoid thalamic nuF nu fields of Forelf fornixFF fields of Forelfi fimbria hippocampusfmj forceps maj corpus callfr fasciculus retroflexusGonial gonial processic internal capsuleictd internal carotid arteryIGL intergeniculate leafLa lat amygdaloid nuLP lateral posterior thal nuLPtg lat pterygoid muscleLth lithoid nuLV lateral ventricleMc Meckel’s cartilageMCLH magnocell nu lat hypothalMCPC magnocell nu post commMePD med amygd nu, posterodorsMePV med amyg nu, posteroventMGM med geniculate nu, medialml medial lemniscusMPT medial pretectal nuMPtg medial pterygoid musclemt mammillothalamic tractmtg mammillotegmental tractMTu medial tuberal numxv maxillary veinNasC nasal cavityOPT olivary pretectal nuOtic otic ganglionp1Rt p1 reticular formationpc posterior commPe periventricular hypothal nuPeF perifornical nuPeFLH perifornical part of lat hyPH posterior hypothal nuPHA posterior hypothal areaPir1 piriform cx, layer 1PLCo posterolat cortical amygPLH peduncular part lat hyPLi posterior limitans thal nuPMCo posteromed cortical amyg nuPMD premammillary nu, dorsPo post thal nuclear groupPost postsubiculumPR prerubral fieldPrC precommissural nuPRh perirhinal cxPSTh parasubthalamic nuPt parietal cortexptgpal pterygopalatine nRAPir rostral amygdalopiriform rf rhinal fissureRPF retroparafascicular nuRSD retrosplenial dysgranular cxRSGa retrosplenial granular cx, aRSGb retrosplenial granular cx, bRSGc retrosplenial granular cx, cSc scaphoid thal nuSCO subcommissural organSMT submammillothalamic nust stria terminalisSTh subthalamic nu

Refer to Index of Abbreviations for other entries

ADMB Book #4 23/8/06 2:35 PM Page CLXXI

Page 173: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:35 PM Page CLXXII

Page 174: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

PHA

RSGc

RSGbD3V RSGa

fmj

RSDV2MM V2ML

Post DS

V1

V2L

Pt

AuD

Au1

AuV

TeA

Ect

bsc

DG

MPT OTOPT

InWhPaCpc

csc

SCOp1PAG

MCPCLth

TGAPT

PLi

LP

MGPo

EthPILREth

p1RtDk

InC

PRfrmtg

VTAR PBP

mlZIC

ZIV

opt

VG

CA3LT

EpPSNR

PSTh STh

ic rf

PRh

DLEntLa

DEn

Pir12

3BLP

BMPAPir

AHiPM

AHiPL

PMCoPLCo

Cond

PLH

sumx

SuMM

SuML

mt

MnMMM ML

SNCD

PMD

PMVDTM

DM

VMH

ArcMArcL

MEE MEI

MTu

f

ArcD

BSph

NasC

HPtg

TPal

ASph

5Gnictd

ptgpalMc

Gonial masn

MPtg

ExOrb

LV

3V

Figure 74P0 #33

4.47 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

3V 3rd ventricle5Gn trigeminal ganglionAHiPL amygdalohip area, postlatAHiPM amygdalohip, posteromedAPir amygdalopiriform transitionAPT anterior pretectal nuArcD arcuate hypothal nu, dorsArcL arcuate hypothal nu, latArcM arcuate hypothal nu,medASph alisphenoid boneAu1 primary auditory cortexAuD 2ary auditory cx, dorsalAuV 2ary auditory cx, ventralBLP basolat amyg nu, postBMP basomed amyg nu, postbsc brachium superior colliculusBSph basisphenoid boneCond condylar process mandiblecsc comm superior colliculusD3V dorsal 3rd ventricleDEn dorsal endopiriform nuDG dentate gyrusDk nu of DarkschewitschDLEnt dorsolateral entorhinal cxDM dorsomed hypothal nuDS dorsal subiculumDTM dors tuberomammillary nuEct ectorhinal cortexEpP epipeduncular nuEth ethmoid thalamic nuExOrb exorbital glandf fornixfmj forceps maj corpus callfr fasciculus retroflexusGonial gonial processHPtg hamulus pterygoid boneic internal capsuleictd internal carotid arteryInC interstitial nu of CajalInWh intermediate white layer SCLa lat amygdaloid nuLP lateral posterior thal nuLT lat terminal nu acc optic trLth lithoid nuLV lateral ventriclemasn masseteric nerveMc Meckel’s cartilageMCPC magnocell nu post commMEE medial eminence, ext layerMEI medial eminence, internal layerMG med geniculate nuML med mammillary nu, latml medial lemniscusMM med mammillary nu, medialMnM medial mammillary nu, medMPT medial pretectal nuMPtg medial pterygoid musclemt mammillothalamic tractmtg mammillotegmental tractMTu medial tuberal nuNasC nasal cavityOPT olivary pretectal nuopt optic tractOT nu of the optic tractp1PAG p1 periaqueductal grayp1Rt p1 reticular formationPaC paracomm nu post comPBP parabrachial pigmented nupc posterior commPHA posterior hypothal areaPIL post intralaminar thal nuPir1 piriform cx, layer 1PLCo posterolat cortical amygPLH peduncular part lat hyPLi posterior limitans thal nuPMCo posteromed cortical amyg nuPMD premammillary nu, dorsPMV premammillary nu, ventPo post thal nuclear groupPost postsubiculumPR prerubral fieldPRh perirhinal cxPSTh parasubthalamic nuPt parietal cortexptgpal pterygopalatine nREth retroethmoid nurf rhinal fissureRSD retrosplenial dysgranular cxRSGa retrosplenial granular cx, aRSGb retrosplenial granular cx, bRSGc retrosplenial granular cx, cSCO subcommissural organ

Refer to Index of Abbreviations for other entries

ADMB Book #4 23/8/06 2:35 PM Page CLXXIII

Page 175: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:35 PM Page CLXXIV

Page 176: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

fr

mtg R

Pi

sss

RSGc

RSGbRSGa

Post

DS

PrS

LP

OTOPT

PPTSC

csc

ne

csc PCom

MCPC

Lth

DkInC

p1Rt

TG

APT

PLiPo

SG MGD

PoT MGMMGV

PIL

ZIC

DG

RSD V2MM

V2ML

dcw V1

V2L

Pt

AuD

Au1

AuV

CA1

TeA

Ect

PRh

rfDLEnt

DEn

LaLV

BLP

Pir1APir

trsPLCo

AHiPL

AHiPMVS

PMCo

ic

SNR

SNCDLT

optPP

CA3

PBP

ml

SuMMSuML

MnM

MM ML f

PSTh

VTAR

PMD

PMVDM

DTM

3V

ArcMP

ArcLP

MEI MEE

VTM

LH

5Gn

m53n

ictd6n ASph

NasC

HPtgTPal

Gonial

Mcptgpal

23

bsc

Figure 75P0 #34

4.59 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

3n oculomotor nerve3V 3rd ventricle5Gn trigeminal ganglion6n root of abducens nerveAHiPL amygdalohip area, postlatAHiPM amygdalohip, posteromedAPir amygdalopiriform transitionAPT anterior pretectal nuArcLP arcuate hy nu, lateropostArcMP arcuate hy nu, med postASph alisphenoid boneAu1 primary auditory cortexAuD 2ary auditory cx, dorsalAuV 2ary auditory cx, ventralBLP basolat amyg nu, postbsc brachium superior colliculuscsc comm superior colliculusdcw deep cerebral whiteDEn dorsal endopiriform nuDG dentate gyrusDk nu of DarkschewitschDLEnt dorsolateral entorhinal cxDM dorsomed hypothal nuDS dorsal subiculumDTM dors tuberomammillary nuEct ectorhinal cortexf fornixfr fasciculus retroflexusGonial gonial processHPtg hamulus pterygoid boneic internal capsuleictd internal carotid arteryInC interstitial nu of CajalLa lat amygdaloid nuLH lateral hypothalamic areaLP lateral posterior thal nuLT lat terminal nu acc optic trLth lithoid nuLV lateral ventriclem5 motor root trigeminal nerveMc Meckel’s cartilageMCPC magnocell nu post commMEE medial eminence, ext layerMEI medial eminence, internal layerMGD med geniculate nu, dorsalMGM med geniculate nu, medialMGV med geniculate nu, ventralML med mammillary nu, latml medial lemniscusMM med mammillary nu, medialMnM medial mammillary nu, medmtg mammillotegmental tractNasC nasal cavityne neuroepitheliumOPT olivary pretectal nuopt optic tractOT nu of the optic tractp1Rt p1 reticular formationPBP parabrachial pigmented nuPCom nu posterior commPi pineal glandPIL post intralaminar thal nuPir1 piriform cx, layer 1PLCo posterolat cortical amygPLi posterior limitans thal nuPMCo posteromed cortical amyg nuPMD premammillary nu, dorsPMV premammillary nu, ventPo post thal nuclear groupPost postsubiculumPoT posterior thal nu, triangularPP peripeduncular nuPPT posterior pretectal nuPRh perirhinal cxPrS presubiculumPSTh parasubthalamic nuPt parietal cortexptgpal pterygopalatine nR red nurf rhinal fissureRSD retrosplenial dysgranular cxRSGa retrosplenial granular cx, aRSGb retrosplenial granular cx, bRSGc retrosplenial granular cx, cSC superior colliculusSG suprageniculate thal nuSNCD s nigra, compact, dors tierSNR s nigra, reticularsss superior sagittal sinusSuML supramammillary nu, lat SuMM supramammillary nu, medial TeA temporal associatin cx

Refer to Index of Abbreviations for other entries

ADMB Book #4 23/8/06 2:35 PM Page CLXXV

Page 177: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:35 PM Page CLXXVI

Page 178: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

R

RSGb

RSGc

Pi

sss

csc

RSD V2MM

RSGa

Post

V2ML

V1

DSPrS

OT

ZoSuG

Op

InG

InWh TG PPT

APT

PLiPo

SG

MGDneAq

PCom

p1Rt

V2L

AuD

Au1

AuV

TeA

Ect

PRh

DLEnt

MGM

MGV

PoT

PIL

DkInC

scp

mtgRLi

PrEW

SubB

DG

CA3

LTSNLSNCD

SNR

mlfrIF

IPFVTAR PBP

SNCM ic

hif

LV

VSPSThSuMLSuMM

MM

ML f

LM

PMDne

3V

ArcMP

PMVPLH

DG

AHiPMAPir trs

PMCoVTM pcer

4n

s53n

m55Gn

ASph

ictd

6nAPitMEE

MEI

ptgpal Mc

ne

Figure 76P0 #35

4.71 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

3n oculomotor nerve3V 3rd ventricle4n trochlear nerve5Gn trigeminal ganglion6n root of abducens nerveAHiPM amygdalohip, posteromedAPir amygdalopiriform transitionAPit anterior lobe pituitaryAPT anterior pretectal nuAq aqueductArcMP arcuate hy nu, med postASph alisphenoid boneAu1 primary auditory cortexAuD 2ary auditory cx, dorsalAuV 2ary auditory cx, ventralcsc comm superior colliculusDG dentate gyrusDk nu of DarkschewitschDLEnt dorsolateral entorhinal cxDS dorsal subiculumEct ectorhinal cortexf fornixfr fasciculus retroflexushif hippocampal fissureic internal capsuleictd internal carotid arteryIF interfascicular nuInC interstitial nu of CajalInG intermed gray layer SCInWh intermediate white layer SCIPF interpedunc fossaLM lateral mammillary nuLT lat terminal nu acc optic trLV lateral ventriclem5 motor root trigeminal nerveMc Meckel’s cartilageMEE medial eminence, ext layerMEI medial eminence, internal layerMGD med geniculate nu, dorsalMGM med geniculate nu, medialMGV med geniculate nu, ventralML med mammillary nu, latml medial lemniscusMM med mammillary nu, medialmtg mammillotegmental tractne neuroepitheliumOp optic nerve layer sup coll OT nu of the optic tractp1Rt p1 reticular formationPBP parabrachial pigmented nupcer post cerebral artPCom nu posterior commPi pineal glandPIL post intralaminar thal nuPLH peduncular part lat hyPLi posterior limitans thal nuPMCo posteromed cortical amyg nuPMD premammillary nu, dorsPMV premammillary nu, ventPo post thal nuclear groupPost postsubiculumPoT posterior thal nu, triangularPPT posterior pretectal nuPrEW pre-Edinger-Westphal nuPRh perirhinal cxPrS presubiculumPSTh parasubthalamic nuptgpal pterygopalatine nR red nuRLi rostral linear nu rapheRSD retrosplenial dysgranular cxRSGa retrosplenial granular cx, aRSGb retrosplenial granular cx, bRSGc retrosplenial granular cx, cs5 sensory root trigem nscp superior Cb peduncleSG suprageniculate thal nuSNCD s nigra, compact, dors tierSNCM s nigra, compact, med tierSNL s nigra, lateralSNR s nigra, reticularsss superior sagittal sinusSubB subbrachial nuSuG superficial gray sup collSuML supramammillary nu, lat SuMM supramammillary nu, medial TeA temporal associatin cxTG tectal graytrs transverse sinusV1 primary visual cortexV2L 2ary visual cx, lat areaV2ML 2ary visual cx, mediolat

Refer to Index of Abbreviations for other entries

ADMB Book #4 23/8/06 2:35 PM Page CLXXVII

Page 179: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:35 PM Page CLXXVIII

Page 180: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Figure 77P0 #36

4.83 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

DpG

InWh

Pi

sss

RSGb

Op

InG

SuGZo RSGa

RSGc

RSD V2MMV2ML

V1

V2L

Post

DS

Pt

AuD

Au1

AuV

TeA

Ect

PRh

rf

DLEnt

S

PrSMGD

SGPo

APT

PlPAG

DMPAG

DLPAGLPAGAq

DkPrEW

MA3

InC

scp

RPC

RMC

PBPIF

RLi

IPR frPIF SNCD

ml

SNCD

PILPoT

MGMMGV

SubB

SNL

DG

hif

CA3

ic

SNCV

SNR

MT

IPF

lfp

tfp

Pnbas

LM

3n

pcer

DG

VSAHiPM APir

PMCo

trs

Mall

Incptgpal5Gn

4n

3n

m5

PPit

IPitAPit

BSph

ictdcpx

Ctd ASphptgcn

TT EAM

3n oculomotor nerve4n trochlear nerve5Gn trigeminal ganglionAHiPM amygdalohip, posteromedAPir amygdalopiriform transitionAPit anterior lobe pituitaryAPT anterior pretectal nuAq aqueductASph alisphenoid boneAu1 primary auditory cortexAuD 2ary auditory cx, dorsalAuV 2ary auditory cx, ventralbas basilar arteryBSph basisphenoid bonecpx carotid plexusCtd carotid canalDG dentate gyrusDk nu of DarkschewitschDLEnt dorsolateral entorhinal cxDLPAG dorsolat periaqueductal grayDMPAG dorsomed periaqueductl grayDpG deep gray superior collDS dorsal subiculumEAM sublent extended amyg, medEct ectorhinal cortexfr fasciculus retroflexushif hippocampal fissureic internal capsuleictd internal carotid arteryIF interfascicular nuInC interstitial nu of CajalInc incusInG intermed gray layer SCInWh intermediate white layer SCIPF interpedunc fossaIPit intermediate lobe pitIPR interpedunc nu, rostral sublfp longitudinal fasciculus ponsLM lateral mammillary nuLPAG lat periaqueductal graym5 motor root trigeminal nerveMA3 med access oculomotor nuMall malleusMGD med geniculate nu, dorsalMGM med geniculate nu, medialMGV med geniculate nu, ventralml medial lemniscusMT med terminal nu acc optic trOp optic nerve layer sup coll PBP parabrachial pigmented nupcer post cerebral artPi pineal glandPIF parainterfascicular nu VTAPIL post intralaminar thal nuPlPAG pleoglial PAGPMCo posteromed cortical amygPn pontine nucleiPo post thal nuclear groupPost postsubiculumPoT posterior thal nu, triangularPPit posterior lobe pitPrEW pre-Edinger-Westphal nuPRh perirhinal cxPrS presubiculumPt parietal cortexptgcn nerve of the pterygoid canalptgpal pterygopalatine nrf rhinal fissureRLi rostral linear nuRMC red nu, magnocell partRPC red nu, parvicell partRSD retrosplenial dysgranular cxRSGa retrosplenial granular cx, aRSGb retrosplenial granular cx, bRSGc retrosplenial granular cx, cS subiculumscp superior Cb peduncleSG suprageniculate thal nuSNCD s nigra, compact, dors tierSNCV s nigra, compact, vent tierSNL s nigra, lateralSNR s nigra, reticularsss superior sagittal sinusSubB subbrachial nuSuG superficial gray sup collTeA temporal associatin cxtfp transverse fibers ponstrs transverse sinusTT tensor tympani muscleV1 primary visual cortexV2L 2ary visual cx, lat areaV2ML 2ary visual cx, mediolat

Refer to Index of Abbreviations for other entries

ADMB Book #4 23/8/06 2:35 PM Page CLXXIX

Page 181: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:35 PM Page CLXXX

Page 182: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

VLL4n

ic

csc

sss

DMPAG

DLPAG

LPAGAq

PlPAG

DpWh

DpG

InWh

InG

Op

Zo

SuGRSGa

Post

RSGb

RSGcRSD

V2MMV2ML

V1

V2L

AuD

Au1

AuV

TeA

Ect

PRh

rf

DLEnt

S

LV

PrSMGD

MGVMGM

SGPoT

PIL

mRt

PaR

Dk InCPrEW

MA3

mlf

RPC

RMCRLi

IF

IPRIPDL

IPL

IPI IPF

IPC

Pn

PBPPIF SNCM

SNCD

SNR

SubB

tfp

Pntfp

bas

PPit

APit

IPit

mcpm5

s5

5Gn

AHiPM

PMCo

ptgpal

TempP

Apex

cpx

Ctd

ictdBSph

NasC

EAM

TT

ParP

trs

Mall

6n

Oral ExOrb

DG

Figure 78P0 #37

4.95 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

APir

4n trochlear nerve5Gn trigeminal ganglion6n root of abducens nerveAHiPM amygdalohip, posteromedApex apex of cochleaAPir amygdalopiriform transAPit anterior lobe pituitaryAq aqueductAu1 primary auditory cortexAuD 2ary auditory cx, dorsalAuV 2ary auditory cx, ventralbas basilar arteryBSph basisphenoid bonecpx carotid plexuscsc comm superior colliculusCtd carotid canalDG dentate gyrusDk nu of DarkschewitschDLEnt dorsolateral entorhinal cxDLPAG dorsolat periaqueductal grayDMPAG dorsomed periaqueductl grayDpG deep gray superior collDpWh deep white superior collEAM sublent extended amyg, medEct ectorhinal cortexExOrb exorbital glandic internal capsuleictd internal carotid arteryIF interfascicular nuInC interstitial nu of CajalInG intermed gray layer SCInWh intermediate white layer SCIPC IPC nu, caudal IPDL interpedunc nu, dorsolatIPF interpedunc fossaIPI interpedunc nu, intermedIPit intermediate lobe pitIPL interpedunc nu, lat subnuIPR interpedunc nu, rostral subLPAG lat periaqueductal grayLV lateral ventriclem5 motor root trigeminal nerveMA3 med access oculomotor nuMall malleusmcp middle cerebellar peduncleMGD med geniculate nu, dorsalMGM med geniculate nu, medialMGV med geniculate nu, ventralmlf med longitudinal fasciculusmRt mesenceph reticular formNasC nasal cavityOp optic nerve layer sup coll Oral oral cavityPaR pararubral nuParP parietal platePBP parabrachial pigmented nuPIF parainterfascicular nu VTAPIL post intralaminar thal nuPlPAG pleoglial PAGPMCo posteromed cortical amyg nuPn pontine nucleiPost postsubiculumPoT posterior thal nu, triangularPPit posterior lobe pitPrEW pre-Edinger-Westphal nuPRh perirhinal cxPrS presubiculumptgpal pterygopalatine nrf rhinal fissureRLi rostral linear nu rapheRMC red nu, magnocell partRPC red nu, parvicell partRSD retrosplenial dysgranular cxRSGa retrosplenial granular cx, aRSGb retrosplenial granular cx, bRSGc retrosplenial granular cx, cS subiculums5 sensory root trigem nSG suprageniculate thal nuSNCD s nigra, compact, dors tierSNCM s nigra, compact, med tierSNR s nigra, reticularsss superior sagittal sinusSubB subbrachial nuSuG superficial gray sup collTeA temporal associatin cxTempP temporal bone, petroustfp transverse fibers ponstrs transverse sinusTT tensor tympani muscleV1 primary visual cortexV2L 2ary visual cx, lat area

Refer to Index of Abbreviations for other entries

ADMB Book #4 23/8/06 2:35 PM Page CLXXXI

Page 183: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:35 PM Page CLXXXII

Page 184: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

IPC

PnO

sssZo

SuGOp

InGInWh

DpGDMPAG DLPAG

LPAGneAq

A11

Dk

RSGa

RSGb

RSDV2MM

V2ML

V1

Post

V2L

AuD

Au1

AuVdcw

DpWhBIC

bic

TeA

Ect

PRh

DLEnt

ne

S

PrSSubB

trsParP

APir

AHiPM

PMCo

DG

SNL

SNR

SNCV

SNCD

mRt

PaR

RMC

InC

mlf

MA3

EW

RLi

IF PNPIF

PBP

ml

SNCM

cp

VLL

ILLll

RtTg

MnR

lfp

Pntfp

bas

mcpm5

s5

5Gnptgpal

Mall

TyC

EAM

TTTempP

CGn

cpx ictd

BSph

APit

IPit 6n

IPI

IPDL

IPAIPR

Figure 79P0 #38

5.07 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

5Gn trigeminal ganglion6n root of abducens nerveAHiPM amygdalohip, posteromedAPir amygdalopiriform transitionAPit anterior lobe pituitaryAq aqueductAu1 primary auditory cortexAuD 2ary auditory cx, dorsalAuV 2ary auditory cx, ventralbas basilar arteryBIC nu brachium inf colliculusbic brachium inf colliculusBSph basisphenoid boneCGn cochlear (spiral) ganglioncp cerebral pedunclecpx carotid plexusdcw deep cerebral whiteDG dentate gyrusDk nu of DarkschewitschDLEnt dorsolateral entorhinal cxDLPAG dorsolat periaqueductal grayDMPAG dorsomed periaqueductl grayDpG deep gray superior collDpWh deep white superior collEAM sublent extended amyg, medEct ectorhinal cortexEW Edinger-Westphal nuictd internal carotid arteryIF interfascicular nuILL intermed nu lat lemniscusInC interstitial nu of CajalInG intermed gray layer SCInWh intermediate white layer SCIPA interpedunc nu, apical subnuIPC IPC nu, caudal IPDL interpedunc nu, dorsolatIPI interpedunc nu, intermedIPit intermediate lobe pitIPR interpedunc nu, rostral sublfp longitudinal fasciculus ponsll lateral lemniscusLPAG lat periaqueductal graym5 motor root trigeminal nerveMA3 med access oculomotor nuMall malleusmcp middle cerebellar peduncleml medial lemniscusmlf med longitudinal fasciculusMnR median raphe numRt mesenceph reticular formne neuroepitheliumOp optic nerve layer sup coll PaR pararubral nuParP parietal platePBP parabrachial pigmented nuPIF parainterfascicular nu VTAPMCo posteromed cortical amyg nuPN paranigral nu of the VTAPn pontine nucleiPnO pontine reticular nu, oral Post postsubiculumPRh perirhinal cxPrS presubiculumptgpal pterygopalatine nRLi rostral linear nu rapheRMC red nu, magnocell partRSD retrosplenial dysgranular cxRSGa retrosplenial granular cx, aRSGb retrosplenial granular cx, bRtTg reticulotegmental nu ponsS subiculums5 sensory root trigem nSNCD s nigra, compact, dors tierSNCM s nigra, compact, med tierSNCV s nigra, compact, vent tierSNL s nigra, lateralSNR s nigra, reticularsss superior sagittal sinusSubB subbrachial nuSuG superficial gray sup collTeA temporal associatin cxTempP temporal bone, petroustfp transverse fibers ponstrs transverse sinusTT tensor tympani muscleTyC tympanic cavityV1 primary visual cortexV2L 2ary visual cx, lat areaV2ML 2ary visual cx, mediolatV2MM 2ary visual cx, mediomedVLL ventral nu lat lemniscusZo zona layer sup coll

ADMB Book #4 23/8/06 2:35 PM Page CLXXXIII

Page 185: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:35 PM Page CLXXXIV

Page 186: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

PnO

cp

DMPAG DLPAG

LPAGAqne

DpWhDpG

InWh

InG

OpSuG

Zo

Post

RSGa

RSGb

RSD

V2MMV2ML

V1

V2LPrSECIC

mRt

PaR

RMCvtgxRLi

EW

Su3CSu3

3PCInC

mlf

3N

PBPIF

IPA

IPC IPDLIPI

RRF

SNCD

SNR

SubB

SLV TeA

Ect

PRh

DLEntDGILL

VLL

MPL

RtTg

lfpll

mcp

AHiPM APir

PMCoParP

trs

5m 5s

7n7Gn

ptgpal

Mall

CD

ScTy

CGn

TT

HMall

EAM

ictd

cpxOral

BSph

APit

bas

tfp Pn

6n

MnR

PMnR

bicBIC

Figure 80P0 #39

5.19mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

3N oculomotor nu3PC oculomotor nu, parvicellular6n root of abducens nerve7Gn facial nerve ganglion7n facial nerveAHiPM amygdalohip, posteromedAPir amygdalopiriform transitionAPit anterior lobe pituitaryAq aqueductbas basilar arteryBIC nu brachium inf colliculusbic brachium inf colliculusBSph basisphenoid boneCD cochlear ductCGn cochlear (spiral) ganglioncp cerebral pedunclecpx carotid plexusDG dentate gyrusDLEnt dorsolateral entorhinal cxDLPAG dorsolat periaqueductal grayDMPAG dorsomed periaqueductl grayDpG deep gray superior collDpWh deep white superior collEAM sublent extended amyg, medECIC external cx inferior collEct ectorhinal cortexEW Edinger-Westphal nuHMall handle of malleusictd internal carotid arteryIF interfascicular nuILL intermed nu lat lemniscusInC interstitial nu of CajalInG intermed gray layer SCInWh intermediate white layer SCIPA interpedunc nu, apical subnuIPC IPC nu, caudal IPDL interpedunc nu, dorsolatIPI interpedunc nu, intermedlfp longitudinal fasciculus ponsll lateral lemniscusLPAG lat periaqueductal grayLV lateral ventriclem5 motor root trigeminal nMall malleusmcp middle cerebellar pedunclemlf med longitudinal fasciculusMnR median raphe nuMPL medial paralemniscial numRt mesenceph reticular formne neuroepitheliumOp optic nerve layer sup coll Oral oral cavityPaR pararubral nuParP parietal platePBP parabrachial pigmented nuPMCo posteromed cortical amyg nuPMnR paramedian raphe nuPn pontine nucleiPnO pontine reticular nu, oral Post postsubiculumPRh perirhinal cxPrS presubiculumptgpal pterygopalatine nRLi rostral linear nu rapheRMC red nu, magnocell partRRF retrorubral fieldRSD retrosplenial dysgranular cxRSGa retrosplenial granular cx, aRSGb retrosplenial granular cx, bRtTg reticulotegmental nu ponsS subiculums5 sensory root trigeminal nScTy scala tympaniSNCD s nigra, compact, dors tierSNR s nigra, reticularSu3 supraoculomotor PAGSu3C supraoculomotor capSubB subbrachial nuSuG superficial gray sup collTeA temporal associatin cxtfp transverse fibers ponstrs transverse sinusTT tensor tympani muscleV1 primary visual cortexV2L 2ary visual cx, lat areaV2ML 2ary visual cx, mediolatV2MM 2ary visual cx, mediomedVLL ventral nu lat lemniscusvtgx vent tegmental decussationZo zona layer sup coll

ADMB Book #4 23/8/06 2:35 PM Page CLXXXV

Page 187: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:36 PM Page CLXXXVI

Page 188: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

CEnt

ZoSuG

Op

V2MM

V2ML

V1

RSGa

RSD

InG

InWh

DpG

DpWhLPAG

DLPAGDMPAG

Aq

DRDVLPAG

Su3CSu33PC

3N

mlfDRV

InCPaR

RMC

RRF

ECIC

PostV2L

dcw

PrSSubBPrCnF

BIC bic

MiTg

cp

RRPTgxscp

CLi

IPA

MnR

PMnR

PnO

RtTg

ILLMPL

VLL

MPL ll

VLLmcp

m5

PaS

TeA

Ect

PRh

DLEnt

VIEnt

DIEnt

MEnt

trs

ParP

ptgpal

Inc

Mall

TT

TempP

7n

s5m5

ScVe

CGnCD

ScTy

EAM

HMall

CGnCD

ictd

Oral

BOcc

bas

tfp

Pn ml

lfpMVPO

Figure 81P0 #40

5.31 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

3N oculomotor nu3PC oculomotor nu, parvicellular7n facial nerveAq aqueductbas basilar arteryBIC nu brachium inf colliculusbic brachium inf colliculusBOcc basioccipital boneCD cochlear ductCEnt caudomed entothinal cxCGn cochlear (spiral) ganglionCLi caudal linear nu raphecp cerebral peduncledcw deep cerebral whiteDIEnt dorsintermed entorhinal cxDLEnt dorsolateral entorhinal cxDLPAG dorsolat periaqueductal grayDMPAG dorsomed periaqueductl grayDpG deep gray superior collDpWh deep white superior collDRD dorsal raphe nu, dorsal DRV dorsal raphe nu, ventralEAM sublent extended amyg, medECIC external cx inferior collEct ectorhinal cortexHMall handle of malleusictd internal carotid arteryILL intermed nu lat lemniscusInC interstitial nu of CajalInc incusInG intermed gray layer SCInWh intermediate white layer SCIPA interpedunc nu, apical subnulfp longitudinal fasciculus ponsll lateral lemniscusLPAG lat periaqueductal graym5 motor root trigeminal nerveMall malleusmcp middle cerebellar peduncleMEnt med entorhinal cxMiTg microcell tegmental numl medial lemniscusmlf med longitudinal fasciculusMnR median raphe nuMPL medial paralemniscial nuMVPO medioventral periolivary nuOp optic nerve layer sup coll Oral oral cavityPaR pararubral nuParP parietal platePaS parasubiculumPMnR paramedian raphe nuPn pontine nucleiPnO pontine reticular nu, oral Post postsubiculumPrCnF precuneiform areaPRh perirhinal cxPrS presubiculumPTg pedunculopontine tegmentalptgpal pterygopalatine nRMC red nu, magnocell partRR retrorubral nuRRF retrorubral fieldRSD retrosplenial dysgranular cxRSGa retrosplenial granular cx, aRtTg reticulotegmental nu ponss5 sensory root trigem nScTy scala tympaniScVe scala vestibuliSu3 supraoculomotor PAGSu3C supraoculomotor capSubB subbrachial nuSuG superficial gray sup collTeA temporal associatin cxTempP temporal bone, petroustfp transverse fibers ponstrs transverse sinusTT tensor tympani muscleV1 primary visual cortexV2L 2ary visual cx, lat areaV2ML 2ary visual cx, mediolatV2MM 2ary visual cx, mediomedVIEnt ventral intermed entorhinalVLL ventral nu lat lemniscusVLPAG ventlat periaqueductal grayxscp decussation sup cereb pedZo zona layer sup coll

ADMB Book #4 23/8/06 2:36 PM Page CLXXXVII

Page 189: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:36 PM Page CLXXXVIII

Page 190: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

PnO

MPL

ILL

DLL

cpRRPTg

xscpCLi

DRV mlf

RRF

MiTg PBG

SubBPrCnF

3N 3PCSu3

Su3C

VLPAGDRD

Aq LPAG

DLPAGDMPAG

DpWhECIC

DpG

InWh

InG

Op

PMnR

V2MM

V2ML

V1

V2LRSGa

BIC

bic

PaS

4n

TeA

Ect

PRhrf

LEnt

MEnt

CEnt

RtTg

MnR

PnCRIP

Tz

py

bas

CAT

MVPO

VLL

ll5TT

s5

mcp

7Gn

7nm5

TempP

ScVe

BOcc

LgCa

Oral SCM

ictd

ScTy

ScTyCD

CGn

CD

TyBu

EAM

TT

ptgpal

7n

RSD

dcw

Figure 82P0 #41

5.43 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

3N oculomotor nu3PC oculomotor nu, parvicellular4n trochlear nerve5TT motor trigem, tensor tymp7Gn facial nerve ganglion7n facial nerveAq aqueductbas basilar arteryBIC nu brachium inf colliculusbic brachium inf colliculusBOcc basioccipital boneCAT nu central acoustic trCD cochlear ductCEnt caudomed entothinal cxCGn cochlear (spiral) ganglionCLi caudal linear nu raphecp cerebral peduncledcw deep cerebral whiteDLL dorsal nu lateral lemniscusDLPAG dorsolat periaqueductal grayDMPAG dorsomed periaqueductl grayDpG deep gray superior collDpWh deep white superior collDRD dorsal raphe nu, dorsal DRV dorsal raphe nu, ventralEAM sublent extended amyg, medECIC external cx inferior collEct ectorhinal cortexictd internal carotid arteryILL intermed nu lat lemniscusInG intermed gray layer SCInWh intermediate white layer SCLEnt lateral entorhinal cxLgCa longus capitis musclell lateral lemniscusLPAG lat periaqueductal graym5 motor root trigeminal nervemcp middle cerebellar peduncleMEnt med entorhinal cxMiTg microcell tegmental numlf med longitudinal fasciculusMnR median raphe nuMPL medial paralemniscial nuMVPO medioventral periolivary nuOp optic nerve layer sup coll Oral oral cavityPaS parasubiculumPBG parabigeminal nuPMnR paramedian raphe nuPnC pontine reticular nu, caudalPnO pontine reticular nu, oral PrCnF precuneiform areaPRh perirhinal cxPTg pedunculopontine tegmentalptgpal pterygopalatine npy pyramidal trrf rhinal fissureRIP raphe interpositus nuRR retrorubral nuRRF retrorubral fieldRSD retrosplenial dysgranular cxRSGa retrosplenial granular cx, aRtTg reticulotegmental nu ponss5 sensory root trigem nSCM superior constrictorScTy scala tympaniScVe scala vestibuliSu3 supraoculomotor PAGSu3C supraoculomotor capSubB subbrachial nuTeA temporal associatin cxTempP temporal bone, petrousTT tensor tympani muscleTyBu tympanic bullaTz nu trapezoid bodyV1 primary visual cortexV2L 2ary visual cx, lat areaV2ML 2ary visual cx, mediolatV2MM 2ary visual cx, mediomedVLL ventral nu lat lemniscusVLPAG ventlat periaqueductal grayxscp decussation sup cereb ped

ADMB Book #4 23/8/06 2:36 PM Page CLXXXIX

Page 191: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:36 PM Page CXC

Page 192: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

PnO

MPL DLL

ll

Op

InG

InWh

DpG

DpWhDMPAG DLPAG

LPAG

VLPAG

DR

Aq

4NmlfDRI

CLi xscpSPTg

PTg

MiTg PBG

CxCnF

ATg

MnRPMnR

ts

DMTg

ECIC

BIC

bic

mcp

Pr55TT

A7

rsPnC

RtTg

RIP

Tz

bas

BOcc

CAT

MVPO

VLL7n

s5

VeGn

8vn

7n

ptgpal

HMall

EAM

CD

ScTyScTy

CD

ScVeCGn

10Gn

Oral

py

Figure 83P0 #42

5.55 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

4N trochlear nu5TT motor trigem, tensor tymp7n facial nerve8vn vestibular root of 8th nerve10Gn vagus nerve ganglionA7 A7 noradrenaline cellsAq aqueductATg anterior tegmental nubas basilar arteryBIC nu brachium inf colliculusbic brachium inf colliculusBOcc basioccipital boneCAT nu central acoustic trCD cochlear ductCGn cochlear (spiral) ganglionCLi caudal linear nu rapheCnF cuneiform nuCx cerebral cortexDLL dorsal nu lateral lemniscusDLPAG dorsolat periaqueductal grayDMPAG dorsomed periaqueductl grayDMTg dorsomed tegmental areaDpG deep gray superior collDpWh deep white superior collDR dorsal raphe nuDRI dorsal raphe, interfascicularEAM sublent extended amyg, medECIC external cx inferior collHMall handle of malleusInG intermed gray layer SCInWh intermediate white layer SCll lateral lemniscusLPAG lat periaqueductal graymcp middle cerebellar peduncleMiTg microcell tegmental numlf med longitudinal fasciculusMnR median raphe nuMPL medial paralemniscial nuMVPO medioventral periolivary nuOp optic nerve layer sup coll Oral oral cavityPBG parabigeminal nuPMnR paramedian raphe nuPnC pontine reticular nu, caudalPnO pontine reticular nu, oral Pr5 principal sensory trigem nuPTg pedunculopontine tegmentalptgpal pterygopalatine npy pyramidal trRIP raphe interpositus nurs rubrospinal tractRtTg reticulotegmental nu ponss5 sensory root trigem nScTy scala tympaniScVe scala vestibuliSPTg subpeduncular tegmental nuts tectospinal trTz nu trapezoid bodyVeGn vestibular n ganglionVLL ventral nu lat lemniscusVLPAG ventlat periaqueductal grayxscp decussation sup cereb ped

ADMB Book #4 23/8/06 2:36 PM Page CXCI

Page 193: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:36 PM Page CXCII

Page 194: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

MiTg

Op

InGInWh

DpG

DpWh

ECIC

PrCnF

DMPAGDLPAG

LPAGAq

VLPAG CnF

BIC bic

PBGCx

Cx

PTg

Pa4

4NDR

DRI mlf

scpRbd

ATg

ts

DMTg

RtTgL

PMnR

PnOMnR

A7

P5

5N

MPLDLL

KF vsc

Pr5

5TT

PnC

RIPLVPO

CATMVPO

Tz

bas

ScTy

7n

cp

sp5

VeGn

TempP

8vn

VestUtr

OvalW Stap

ptgpal

7n

Mall

EAMScVe

8cn

CGn

CD

TyBu10Gn

BOcc

Oral

SPTg

py

Figure 84P0 #43

5.67mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

4N trochlear nu5N motor trigeminal nu5TT motor trigem, tensor tymp7n facial nerve8cn cochlear root 8th nerve8vn vestibular root of 8th nerve10Gn vagus nerve ganglionA7 A7 noradrenaline cellsAq aqueductATg anterior tegmental nubas basilar arteryBIC nu brachium inf colliculusbic brachium inf colliculusBOcc basioccipital boneCAT nu central acoustic trCD cochlear ductCGn cochlear (spiral) ganglionCnF cuneiform nucp cerebral peduncleCx cerebral cortexDLL dorsal nu lateral lemniscusDLPAG dorsolat periaqueductal grayDMPAG dorsomed periaqueductl grayDMTg dorsomed tegmental areaDpG deep gray superior collDpWh deep white superior collDR dorsal raphe nuDRI dorsal raphe, interfascicularEAM sublent extended amyg, medECIC external cx inferior collInG intermed gray layer SCInWh intermediate white layer SCKF Kˆlliker-Fuse nuLPAG lat periaqueductal grayLVPO lateroventral periolivary nuMall malleusMiTg microcell tegmental numlf med longitudinal fasciculusMnR median raphe nuMPL medial paralemniscial nuMVPO medioventral periolivary nuOp optic nerve layer sup coll Oral oral cavityOvalW oval windowP5 peritrigeminal zonePa4 paratrochlear nuPBG parabigeminal nuPMnR paramedian raphe nuPnC pontine reticular nu, caudalPnO pontine reticular nu, oralPr5 principal sensory trigem nuPrCnF precuneiform areaPTg pedunculopontine tegmentalptgpal pterygopalatine npy pyramidal trRbd rhabdoid nuRIP raphe interpositus nuRtTgL reticulotegmental pons, latscp superior Cb peduncleScTy scala tympaniScVe scala vestibulisp5 spinal trigem tractSPTg subpeduncular tegmental nuStap stapedius boneTempP temporal bone, petrousts tectospinal trTyBu tympanic bullaTz nu trapezoid bodyUtr utricleVeGn vestibular n ganglionVest vestibule of the inner earVLPAG ventlat periaqueductal grayvsc ventral spinocerebellar tr

ADMB Book #4 23/8/06 2:36 PM Page CXCIII

Page 195: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:36 PM Page CXCIV

Page 196: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Cx

trs

ParP

Op

InG

InWh

DpG

ECIC

bicBIC

DpWh

DMPAG DLPAG

LPAGneAq

DRD DRLVLPAG

PDRDRV

DRI

mlf Pa4

PrCnF

CnF MiTgPBG

PTgDLL

MPL

KF mcpSu5

SubCD

PnOPMnR

DMTgMnR

ne

SubCV

5TT Pr5

5NP5

ASCC

HSCCA

sp5

VeGn

8vn

A5

rs 7n

LSO LVPOSPO

PnC

RIP

PnV

RMgml Tz

py

bas

RPa

MVPO

ScTy CGn

8cn

BOcc

Oral

10Gn

ictd TyBu

CD

ScVeMall

EAM

Stap

ptgpal

7n

8vn

Vest

Figure 85P0 #44

5.79 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

5N motor trigeminal nu5TT motor trigem, tensor tymp7n facial nerve8cn cochlear root 8th nerve8vn vestibular root of 8th nerve10Gn vagus nerve ganglionA5 A5 noradrenaline cellsAq aqueductASCC anterior semicirc canalbas basilar arteryBIC nu brachium inf colliculusbic brachium inf colliculusBOcc basioccipital boneCD cochlear ductCGn cochlear (spiral) ganglionCnF cuneiform nuCx cerebral cortexDLL dorsal nu lateral lemniscusDLPAG dorsolat periaqueductal grayDMPAG dorsomed periaqueductl grayDMTg dorsomed tegmental areaDpG deep gray superior collDpWh deep white superior collDRD dorsal raphe nu, dorsal DRI dorsal raphe, interfascicularDRL dorsal raphe nu, lateralDRV dorsal raphe nu, ventralEAM sublent extended amyg, medECIC external cx inferior collHSCCA horizontal SCCictd internal carotid arteryInG intermed gray layer SCInWh intermediate white layer SCKF Kˆlliker-Fuse nuLPAG lat periaqueductal grayLSO lat superior oliveLVPO lateroventral periolivary nuMall malleusmcp middle cerebellar peduncleMiTg microcell tegmental numl medial lemniscusmlf med longitudinal fasciculusMnR median raphe nuMPL medial paralemniscial nuMVPO medioventral periolivary nune neuroepitheliumOp optic nerve layer sup coll Oral oral cavityP5 peritrigeminal zonePa4 paratrochlear nuParP parietal platePBG parabigeminal nuPDR posterodors raphe nuPMnR paramedian raphe nuPnC pontine reticular nu, caudalPnO pontine reticular nu, oral PnV pontine retic nu, ventralPr5 principal sensory trigem nuPrCnF precuneiform areaPTg pedunculopontine tegmentalptgpal pterygopalatine npy pyramidal trRIP raphe interpositus nuRMg raphe magnus nuRPa raphe pallidus nurs rubrospinal tractScTy scala tympaniScVe scala vestibulisp5 spinal trigem tractSPO superior paraolivary nuStap stapedius boneSu5 supratrigeminal nuSubCD subcoeruleus nu, dorsal SubCV subcoeruleus nu, ventral trs transverse sinusTyBu tympanic bullaTz nu trapezoid bodyVeGn vestibular n ganglionVest vestibule of the inner earVLPAG ventlat periaqueductal gray

ADMB Book #4 23/8/06 2:36 PM Page CXCV

Page 197: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:36 PM Page CXCVI

Page 198: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

HSCCA

Fro/Par

ParP

trs

OpInG

InWh

DpG

ECIC

DpWh

DMPAG DLPAG

LPAGAq ne

VLPAG

CnFSag

PBGMiTg

ll

DLL

PTgLPBLDTg

DRLDRD

DRVPDR

LDTgMPB

mlfDRI

VTgPnO Su5

vsc

KF

5N

A7

P5

PnR

DMTg

mlfne

PrSsp5

VCA

Cb

mcp

PnCRIP

rs

7n

LSOSPORMg

PnR

mlpyRPa

bas

MVPO

MSO

LVPO

IAud

VeGn

8cn

CGnScTy

Vest

ScVe

Stap

StapM

7n

CD10Gn

BOcc

Figure 86P0 #45

5.91 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

5N motor trigeminal nu7n facial nerve8cn cochlear root 8th nerve10Gn vagus nerve ganglionA7 A7 noradrenaline cellsAq aqueductbas basilar arteryBOcc basioccipital boneCb cerebellumCD cochlear ductCGn cochlear (spiral) ganglionCnF cuneiform nuDLL dorsal nu lateral lemniscusDLPAG dorsolat periaqueductl grayDMTg dorsomed tegmental areaDpG deep gray superior collDpWh deep white superior collDRD dorsal raphe nu, dorsal DRI dorsal raphe, interfascicularDRL dorsal raphe nu, lateralDRV dorsal raphe nu, ventralECIC external cx inferior collFro/Par frontal and parietal bonesHSCCA horizontal SCCIAud internal auditory meatusInG intermed gray layer SCInWh intermediate white layer SCKF Kˆlliker-Fuse nuLDTg laterodor tegmental null lateral lemniscusLPAG lat periaqueductal grayLPB lateral parabrachial nuLSO lat superior oliveLVPO lateroventral periolivary numcp middle cerebellar peduncleMiTg microcell tegmental numl medial lemniscusmlf med longitudinal fasciculusMPB medial parabrachial nuMSO medial superior oliveMVPO medioventral periolivary nune neuroepitheliumOp optic nerve layer sup coll P5 peritrigeminal zoneParP parietal platePBG parabigeminal nuPDR posterodors raphe nuPnC pontine reticular nu, caudalPnO pontine reticular nu, oral PnR pontine raphe nuPrS presubiculumPTg pedunculopontine tegmentalpy pyramidal trRIP raphe interpositus nuRMg raphe magnus nuRPa raphe pallidus nurs rubrospinal tractSag sagulum nuScTy scala tympaniScVe scala vestibulisp5 spinal trigem tractSPO superior paraolivary nuStap stapedius boneStapM stapedius muscleSu5 supratrigeminal nutrs transverse sinusVCA ventral cochlear nu, ant VeGn vestibular n ganglionVest vestibule of the inner earVLPAG ventlat periaqueductal grayvsc ventral spinocerebellar trVTg vent tegmental nu

ADMB Book #4 23/8/06 2:36 PM Page CXCVII

Page 199: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:36 PM Page CXCVIII

Page 200: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

PBG

MiTg

ll

DLL

CnF

CIC

ECIC

trs

ASCC

Op

InG

InWh

DpG

DpWh

DMPAGDLPAG

LPAG

AqVLPAG

DRD

VTg

LDTgVLDTg

Bar

SubCA

MPB

LPBLPBE

KF

DRV

DMTg EVe

Su5

vsc

mcpscp

CGB

6N g7

IRt

Gi 6RBSu5

PCRt

Pr5 sp5

VCA

Cb

VeGn

IAud6n

7DI7DL

7L7VI7DM

7VMLPGiGiA

RIP

4V

ne

RMg

RPa

bas

ELS

Utr

TempPHSCCA

7n

StapMVest

CDCorti

8cn

CGn

ScTy

ptgpalTyBu

ictd

CtdB

10GnLgCa

BOcc

8cn

SubCD

P7

Figure 87P0 #46

6.03 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

4V 4th ventricle6N abducens nu6n root of abducens nerve6RB abducens, retractor bulbi7DI facial nu, dors intermedial7DL facial nu, dorsolateral7DM facial nu, dorsomedial7L facial nu, lateral subnu7n facial nerve7VI 7 nu, ventral intermediate7VM facial nu, ventromedial8cn cochlear root 8th nerve10Gn vagus nerve ganglionAq aqueductASCC anterior semicirc canalBar Barrington’s nubas basilar arteryBOcc basioccipital boneCb cerebellumCD cochlear ductCGB central gray, beta partCGn cochlear (spiral) ganglionCIC central nu inf colliculusCnF cuneiform nuCorti organ of CortiCtdB carotid bodyDLL dorsal nu lateral lemniscusDLPAG dorsolat periaqueductal grayDMPAG dorsomed periaqueductl grayDMTg dorsomed tegmental areaDpG deep gray superior collDpWh deep white superior collDRD dorsal raphe nu, dorsal DRV dorsal raphe nu, ventralECIC external cx inferior collELS endolymphatic sacEVe nu origin efferents ve ng7 genu facial nerveGi gigantocellular reticular nuGiA gigantocellular retic, alphaHSCCA horizontal SCCIAud internal auditory meatusictd internal carotid arteryInG intermed gray layer SCInWh intermediate white layer SCIRt intermed reticular nuKF Kˆlliker-Fuse nuLDTg laterodor tegmental nuLDTgV laterodor tegmental nu, ventLgCa longus capitis musclell lateral lemniscusLPAG lat periaqueductal grayLPB lateral parabrachial nuLPBE lat parabrachial nu, externalLPGi lat paragigantocellular numcp middle cerebellar peduncleMiTg microcell tegmental nuMPB medial parabrachial nune neuroepitheliumOp optic nerve layer sup coll P7 perifacial zonePBG parabigeminal nuPCRt parvicell reticular nuPr5 principal sensory trigem nuptgpal pterygopalatine nRIP raphe interpositus nuRMg raphe magnus nuRPa raphe pallidus nuscp superior Cb peduncleScTy scala tympanisp5 spinal trigem tractStapM stapedius muscleSu5 supratrigeminal nuSubCA subcoeruleus nu, alpha SubCD subcoeruleus nu, dorsal TempP temporal bone, petroustrs transverse sinusTyBu tympanic bullaUtr utricleVCA ventral cochlear nu, ant VeGn vestibular n ganglionVest vestibule of the inner earVLPAG ventlat periaqueductal grayvsc ventral spinocerebellar trVTg vent tegmental nu

ADMB Book #4 23/8/06 2:36 PM Page CXCIX

Page 201: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #4 23/8/06 2:36 PM Page CC

Page 202: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

DMTg

SC

ECIC

CICDMPAGDLPAG

LPAG

Aq

VLPAGCnF MiTg

DLLLPB

DRDLDTg

scpMPBLDTgV

mlf

DRV

VTgBar

SuVeLPBE

mcp

CbMVeMC

SubCMVePC

SGe EVe7n6N

CGA4V

CGGmlf

RIP GiIRt

Su5

PCRtA

Su5Pr5

VCA

8nsp5

rs

A5

SuS

7L7VI

7DI7DMLPGi

7VMGiA

RMg

py

bas

RPa

Figure 88P0 #47

6.15 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

4V 4th ventricle6N abducens nu7DI facial nu, dors intermedial7DM facial nu, dorsomedial7L facial nu, lateral subnu7n facial nerve7VI 7 nu, ventral intermediate7VM facial nu, ventromedial8n vestibulocochlear nerveA5 A5 noradrenaline cellsAq aqueductBar Barrington’s nubas basilar arteryCb cerebellumCGA central gray, alpha partCGG central gray, gamma partCIC central nu inf colliculusCnF cuneiform nuDLL dorsal nu lateral lemniscusDLPAG dorsolat periaqueductal grayDMPAG dorsomed periaqueductl grayDMTg dorsomed tegmental areaDRD dorsal raphe nu, dorsal DRV dorsal raphe nu, ventralECIC external cx inferior collEVe nu origin efferents ve nGi gigantocellular reticular nuGiA gigantocellular retic, alphaIRt intermed reticular nuLDTg laterodor tegmental nuLDTgV laterodor tegmental nu, ventLPAG lat periaqueductal grayLPB lateral parabrachial nuLPBE lat parabrachial nu, externalLPGi lat paragigantocellular numcp middle cerebellar peduncleMiTg microcell tegmental numlf med longitudinal fasciculusMPB medial parabrachial nuMVeMC med vestib nu, magnocellMVePC med vestib nu, parvicellulPCRtA parvicell reticular nu, alphaPr5 principal sensory trigem nupy pyramidal trRIP raphe interpositus nuRMg raphe magnus nuRPa raphe pallidus nurs rubrospinal tractSC superior colliculusscp superior Cb peduncleSGe supragenual nusp5 spinal trigem tractSu5 supratrigeminal nuSubC subcoeruleus nuSuS superior salivatory nuSuVe superior vestibular nuVCA ventral cochlear nu, ant VLPAG ventlat periaqueductal grayVTg vent tegmental nu

ADMB Book #4 23/8/06 2:36 PM Page CCI

Page 203: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:45 PM Page CCII

Page 204: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ASCC

SC

ECIC

CIC

LPAG

DMPAGDLPAG

VLPAG

AqCnF

SagLPB

scp

MPBLC

LDTg

DRD

DTgLDTgV

PDTg

BarCGBCGOMVePC

MVeMC

SuVe

LPBE

scp

mcp

Cb

VCAPr5

5SolSol

IRt

EVeSGeg7

DPGi

4VPr

CGA

PCRtA7SH

Gi

RIP

GiA

RMgpyRPa

bas

6n

SuS

A5

Sp5O8n

sp5

7L

7DL

7VILPGi

7DM

7VM

7DI

Utr

HSCCA

TempP

StapM

7n

8vn

ELS

CD

ScTy

TyBu

ictdCtdB

LgCa

BOcc

Figure 89P0 #48

6.27 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

4V 4th ventricle5Sol trigeminal-solitary trans6n root of abducens nerve7DI facial nu, dors intermedial7DL facial nu, dorsolateral7DM facial nu, dorsomedial7L facial nu, lateral subnu7n facial nerve7SH facial motor nu, stylohyoid7VI 7 nu, ventral intermediate7VM facial nu, ventromedial8n vestibulocochlear nerve8vn vestibular root of 8th nerveA5 A5 noradrenaline cellsAq aqueductASCC anterior semicirc canalBar Barrington’s nubas basilar arteryBOcc basioccipital boneCb cerebellumCD cochlear ductCGA central gray, alpha partCGB central gray, beta partCGO central gray, nu OCIC central nu inf colliculusCnF cuneiform nuCtdB carotid bodyDLPAG dorsolat periaqueductal grayDMPAG dorsomed periaqueductl grayDPGi dors paragigantocellular nuDRD dorsal raphe nu, dorsal DTg dorsal tegmental nuECIC external cx inferior collELS endolymphatic sacEVe nu origin efferents ve ng7 genu facial nerveGi gigantocellular reticular nuGiA gigantocellular retic, alphaHSCCA horizontal SCCictd internal carotid arteryIRt intermed reticular nuLC locus coeruleusLDTg laterodor tegmental nuLDTgV laterodor tegmental nu, ventLgCa longus capitis muscleLPAG lat periaqueductal grayLPB lateral parabrachial nuLPBE lat parabrachial nu, externalLPGi lat paragigantocellular numcp middle cerebellar peduncleMPB medial parabrachial nuMVeMC med vestib nu, magnocellMVePC med vestib nu, parvicellulPCRtA parvicell reticular nu, alphaPDTg posterodors tegmental nuPr prepositus nuPr5 principal sensory trigem nupy pyramidal trRIP raphe interpositus nuRMg raphe magnus nuRPa raphe pallidus nuSag sagulum nuSC superior colliculusscp superior Cb peduncleScTy scala tympaniSGe supragenual nuSol nu of solitary tractsp5 spinal trigem tractSp5O spinal trigeml nu, oralStapM stapedius muscleSuS superior salivatory nuSuVe superior vestibular nuTempP temporal bone, petrousTyBu tympanic bullaUtr utricleVCA ventral cochlear nu, ant VLPAG ventlat periaqueductal gray

ADMB Book #2 24/8/06 10:45 PM Page CCIII

Page 205: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:45 PM Page CCIV

Page 206: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Cb

SuVe

SCCom

DCIC

DMPAG

DLPAG

LPAG

CIC ECIC

CnF SagVLPAG

Aq

DRCDTgP

DTgC

LDTg

Bar LC

PDTg

Sph

4VPr

MVePC

MPBscp

LPB mcp

VCAMVeMC

8n

IRtDPGi Sp5O

5SolSol

PCRtA

Gi

LPGiGiA

RMg

pyC1

bas

RPa

7N

ELSUtr

8n

I9Gn

BOcc

10GnCtdB

ictd

TyBu

ScTy

ScTy

CD

StapM

StyMF

7n

TyC

HSCC

ASCC

LR4V

sp5

Figure 90P0 #49

6.39 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

4V 4th ventricle5Sol trigeminal-solitary trans7N facial nu7n facial nerve8n vestibulocochlear nerve10Gn vagus nerve ganglionAq aqueductASCC anterior semicirc canalBar Barrington’s nubas basilar arteryBOcc basioccipital boneC1 C1 adrenaline cellsCb cerebellumCD cochlear ductCIC central nu inf colliculusCnF cuneiform nuCom commissural nu inf colliculusCtdB carotid bodyDCIC dors cx inf colliculusDLPAG dorsolat periaqueductal grayDMPAG dorsomed periaqueductl grayDPGi dors paragigantocellular nuDRC dorsal raphe nu, caudal DTgC dors tegmental nu, centralDTgP dors tegmental nu, pericentECIC external cx inferior collELS endolymphatic sacGi gigantocellular reticular nuGiA gigantocellular retic, alphaHSCC horizontal semicircular canalI9Gn inferior ganglion 9nictd internal carotid arteryIRt intermed reticular nuLC locus coeruleusLDTg laterodor tegmental nuLPAG lat periaqueductal grayLPB lateral parabrachial nuLPGi lat paragigantocellular nuLR4V lat recess 4th ventriclemcp middle cerebellar peduncleMPB medial parabrachial nuMVeMC med vestib nu, magnocellMVePC med vestib nu, parvicellulPCRtA parvicell reticular nu, alphaPDTg posterodors tegmental nuPr prepositus nupy pyramidal trRMg raphe magnus nuRPa raphe pallidus nuSag sagulum nuSC superior colliculusscp superior Cb peduncleScTy scala tympaniSol nu of solitary tractsp5 spinal trigem tractSp5O spinal trigeml nu, oralSph sphenoid nuStapM stapedius muscleStyMF stylomastoid foramenSuVe superior vestibular nuTyBu tympanic bullaTyC tympanic cavityUtr utricleVCA ventral cochlear nu, ant VLPAG ventlat periaqueductal gray

ADMB Book #2 24/8/06 10:45 PM Page CCV

Page 207: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:45 PM Page CCVI

Page 208: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

LR4V

SCCom

DMPAGDLPAG

LPAG

DCIC

ECICCIC

CnFSag

Sim

trsAq

VLPAGMe5

MPB LPB

LDTg

DTgme5

LCBar

PDTgMVePC

Sph

Pr4V

SuVe

mcp scp

icp

LVe

MVeMC

ASCCHem

PFlplf

Fl

VCA

VCP8vn

5SolSol

IRtDPGi

Gi

PCRtASp5I

ELS HSCC

StapM

7nScTy

CD8n7L

7DL7DI

7VI7VMLPGi7DM

GiA

RMg

py

bas

RPa

I9Gn

ictd

CtdB

ectd

ty9

sp5

Figure 91P0 #50

6.51 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

4V 4th ventricle5Sol trigeminal-solitary trans7DI facial nu, dors intermedial7DL facial nu, dorsolateral7DM facial nu, dorsomedial7L facial nu, lateral subnu7n facial nerve7VI 7 nu, ventral intermediate7VM facial nu, ventromedial8n vestibulocochlear nerve8vn vestibular root of 8th nerveAq aqueductASCC anterior semicirc canalBar Barrington’s nubas basilar arteryCD cochlear ductCIC central nu inf colliculusCnF cuneiform nuCom commissural nu inf colliculusCtdB carotid bodyDCIC dors cx inf colliculusDLPAG dorsolat periaqueductal grayDMPAG dorsomed periaqueductl grayDPGi dors paragigantocellular nuDTg dorsal tegmental nuECIC external cx inferior collectd external carotid arteryELS endolymphatic sacFl flocculusGi gigantocellular reticular nuGiA gigantocellular retic, alphaHem hemisphere of cerebellumHSCC horizontal semicircular canalI9Gn inferior ganglion 9nicp inf cerebellar peduncleictd internal carotid arteryIRt intermed reticular nuLC locus coeruleusLDTg laterodor tegmental nuLPAG lat periaqueductal grayLPB lateral parabrachial nuLPGi lat paragigantocellular nuLR4V lat recess 4th ventricleLVe lateral vestibular numcp middle cerebellar peduncleMe5 mesencephalic trigem nume5 mesencephalic trigem tractMPB medial parabrachial nuMVeMC med vestib nu, magnocellMVePC med vestib nu, parvicellulPCRtA parvicell reticular nu, alphaPDTg posterodors tegmental nuPFl paraflocculusplf posterolateral fissurePr prepositus nupy pyramidal trRMg raphe magnus nuRPa raphe pallidus nuSag sagulum nuSC superior colliculusscp superior Cb peduncleScTy scala tympaniSim simple lobuleSol nu of solitary tractsp5 spinal trigem tractSp5I spinal trigem nu, interpolarSph sphenoid nuStapM stapedius muscleSuVe superior vestibular nutrs transverse sinusty9 tympanic branch of 9nVCA ventral cochlear nu, ant VCP vent cochlear nu, posterior VLPAG ventlat periaqueductal gray

ADMB Book #2 24/8/06 10:45 PM Page CCVII

Page 209: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:45 PM Page CCVIII

Page 210: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Gi

LPGiGiV

RMgpyRPa

bas

CtdB

ictd

ectd

StM

11n

I9Gn

occ

ty9

Rc

Rc

StapM

7n

CGn

8cn

TempP HSCC

ELS

Utr

tz

C1

7N

7SH

PCRt Sp5I

VCP

IRtDPGi

Pr SolIS

5Sol

X

GrC

PFlCvLR4V

MVeMC

LVe

SpVe

icpMVePC

4V

SuVe

mcp

scp

HemSim trs

ParP

EGLSag

CnF

LPB

MPB

Me5

LDTg

Sph

ne

Aq

DTg PFl

Fl

plf

ASCC

CIC

ECIC

DCICSC

Com

DMPAGDLPAG

LPAG

VLPAG

sp5

ne

Figure 92P0 #51

6.63 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

4V 4th ventricle5Sol trigeminal-solitary trans7N facial nu7n facial nerve7SH facial motor nu, stylohyoid8cn cochlear root 8th nerve11n root of accessory nerve Aq aqueductASCC anterior semicirc canalbas basilar arteryC1 C1 adrenaline cellsCGn cochlear (spiral) ganglionCIC central nu inf colliculusCnF cuneiform nuCom commissural nu inf colliculusCtdB carotid bodyDCIC dors cx inf colliculusDLPAG dorsolat periaqueductal grayDMPAG dorsomed periaqueductl grayDPGi dors paragigantocellular nuDTg dorsal tegmental nuECIC external cx inferior collectd external carotid arteryEGL external granular layer CbELS endolymphatic sacFl flocculusGi gigantocellular reticular nuGiV gigantocellular retic, ventGrC granule cell, cochlear nuHem hemisphere of cerebellumHSCC horizontal semicircular canalI9Gn inferior ganglion 9nicp inf cerebellar peduncleictd internal carotid arteryIRt intermed reticular nuIS inferior salivatory nuLDTg laterodor tegmental nuLPAG lat periaqueductal grayLPB lateral parabrachial nuLPGi lat paragigantocellular nuLR4V lat recess 4th ventricleLVe lateral vestibular numcp middle cerebellar peduncleMe5 mesencephalic trigem nuMPB medial parabrachial nuMVeMC med vestib nu, magnocellMVePC med vestib nu, parvicellulne neuroepitheliumocc occipital arteryParP parietal platePCRt parvicell reticular nuPFl paraflocculusPFlCv parafloccular cavityplf posterolateral fissurePr prepositus nupy pyramidal trRc Reichert’s cartilageRMg raphe magnus nuRPa raphe pallidus nuSag sagulum nuSC superior colliculusscp superior Cb peduncleSim simple lobuleSol nu of solitary tractsp5 spinal trigem tractSp5I spinal trigem nu, interpolarSph sphenoid nuSpVe spinal vestibular nuStapM stapedius muscleStM sternomastoid muscleSuVe superior vestibular nuTempP temporal bone, petroustrs transverse sinusty9 tympanic branch of 9ntz trapezoid bodyUtr utricleVCP vent cochlear nu, posterior VLPAG ventlat periaqueductal grayX nu X

ADMB Book #2 24/8/06 10:45 PM Page CCIX

Page 211: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:45 PM Page CCX

Page 212: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

LPB

Com SC DCIC

ECICCIC

PAG

ne

2/3Cb

SimCnF

EGLParP

trsHem

LatInt

VeCbCG

MVePC

PrIS

MVeMCSpVe

LVeY

LatPC

GrC LR4V

Fl

plf

PFl ASCC

SolSolVL

5Sol

X

icpDC

DPGi

IRt

RObGi

GiVRPa py

bas

LPGiC1/RVL

Bo

AmbC

PCRt Sp5I

rs

ne

VCP

ELS

CCrus

HSCC

UtrCGn

PFlCv

BOcc

I9Gn 9n

S9GnJugF

ty99/10n

occStM

11n

HSCC

4V

Aq

Figure 93P0 #52

6.75 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2/3Cb 2nd/3rd cerebellarlobules4V 4th ventricle5Sol trigeminal-solitary trans9/10n glossopharyngeal & vagus9n glossopharyngeal nerve11n root of accessory nerve AmbC ambiguus nu, compact partAq aqueductASCC anterior semicirc canalbas basilar arteryBo Botzinger complexBOcc basioccipital boneC1/RVL C1/rostral ventlat retic nuCCrus common crus CG central grayCGn cochlear (spiral) ganglionCIC central nu inf colliculusCnF cuneiform nuCom commissural nu inf colliculusDC dorsal cochlear nuDCIC dors cx inf colliculusDPGi dors paragigantocellular nuECIC external cx inferior collEGL external granular layer CbELS endolymphatic sacFl flocculusGi gigantocellular reticular nuGiV gigantocellular retic, ventGrC granule cell, cochlear nuHem hemisphere of cerebellumHSCC horizontal semicircular canalI9Gn inferior ganglion 9nicp inf cerebellar peduncleInt interposed cerebellar nuIRt intermed reticular nuIS inferior salivatory nuJugF jugular foramenLat lateral (dentate) Cb nuLatPC lat Cb nu, parvicellLPB lateral parabrachial nuLPGi lat paragigantocellular nuLR4V lat recess 4th ventricleLVe lateral vestibular nuMVeMC med vestib nu, magnocellMVePC med vestib nu, parvicellulne neuroepitheliumocc occipital arteryPAG periaqueductal grayParP parietal platePCRt parvicell reticular nuPFl paraflocculusPFlCv parafloccular cavityplf posterolateral fissurePr prepositus nupy pyramidal trROb raphe obscurus nuRPa raphe pallidus nurs rubrospinal tractS9Gn superior ganglion 9nSC superior colliculusSim simple lobuleSol nu of solitary tractSolVL nu sol tract, ventrolateralSp5I spinal trigem nu, interpolarSpVe spinal vestibular nuStM sternomastoid muscletrs transverse sinusty9 tympanic branch of 9nUtr utricleVCP vent cochlear nu, posterior VeCb vestibulocerebellar nuX nu XY nu Y

ADMB Book #2 24/8/06 10:45 PM Page CCXI

Page 213: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:45 PM Page CCXII

Page 214: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

4V

Com SC

ICPAG

Aq

ne CnF

EGL

SimHem

PFlplf ASCC

LatIntMed1Cb

4/5Cb EGL

LatPCA4

Y Fl

LR4V

ELS PFlCv

CCrusne

GrCSpVe

MVePC

MVeMC

Pr IS Sol

DPGiC2

mlfIRt PCRt

5Sol

Mx X

8n DCVCP

sp5

Sp5IAmbC

Bo

GiROb

GiVLPGi

C1/RVL

rs9/10/11n Utr

IOM

py

bas

RPaIOPr

BOcc

CtdB 9n12n

11n

I9Gn

I9Gn

JugFS9Gn

9/10/11n

ty9

StM

HSCC

Figure 94P0 #53

6.87 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1Cb 1st cerebellar lobule4/5Cb 4th/5th cerebellar lobules4V 4th ventricle5Sol trigeminal-solitary trans8n vestibulocochlear nerve9/10/11n 9n, 10n, and 11n9n glossopharyngeal nerve11n root of accessory nerve 12n root of hypoglossal nerveA4 A4 noradrenaline cellsAmbC ambiguus nu, compact partAq aqueductASCC anterior semicirc canalbas basilar arteryBo Botzinger complexBOcc basioccipital boneC1/RVL C1/rostral ventlat retic nuC2 C2 adrenaline cellsCCrus common crus CnF cuneiform nuCom commissural nu inf colliculusCtdB carotid bodyDC dorsal cochlear nuDPGi dors paragigantocellular nuEGL external granular layer CbELS endolymphatic sacFl flocculusGi gigantocellular reticular nuGiV gigantocellular retic, ventGrC granule cell, cochlear nuHem hemisphere of cerebellumHSCC horizontal semicircular canalI9Gn inferior ganglion 9nIC inferior colliculusInt interposed cerebellar nuIOM inf olive, med nuIOPr inf olive, principal nuIRt intermed reticular nuIS inferior salivatory nuJugF jugular foramenLat lateral (dentate) Cb nuLatPC lat Cb nu, parvicellLPGi lat paragigantocellular nuLR4V lat recess 4th ventricleMed medial cerebellar numlf med longitudinal fasciculusMVeMC med vestib nu, magnocellMVePC med vestib nu, parvicellulMx matrix region medullane neuroepitheliumPAG periaqueductal grayPCRt parvicell reticular nuPFl paraflocculusPFlCv parafloccular cavityplf posterolateral fissurePr prepositus nupy pyramidal trROb raphe obscurus nuRPa raphe pallidus nurs rubrospinal tractS9Gn superior ganglion 9nSC superior colliculusSim simple lobuleSol nu of solitary tractsp5 spinal trigem tractSp5I spinal trigem nu, interpolarSpVe spinal vestibular nuStM sternomastoid musclety9 tympanic branch of 9nUtr utricleVCP vent cochlear nu, posterior X nu XY nu Y

ADMB Book #2 24/8/06 10:45 PM Page CCXIII

Page 215: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:45 PM Page CCXIV

Page 216: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

HSCC

Com SC

ICPAG

ne

6Cb

Sim

Hem

EGL

ParP

PFl

plf

Fl

LatIntMed

1Cb

ASCC

PFlCvELSDC

MVe

PrSpVe

10NIn

12N

RoIRt

Sol

FVeX

Mx5Sol

PCRtLi

sp5

Sp5IAmbC

PrBo

C1/CVL

rsLPGi

GiROb

GiV

IOMpy

RPabasIOPr

IOD

BOcc

JugF

HSCC

S9Gn 9/10/11n

9n

StM

MasM

PSCC

HSCC

occ

sol

4V

LR4V

icp

Aq

Figure 95P0 #54

6.99 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1Cb 1st cerebellar lobule4V 4th ventricle5Sol trigeminal-solitary trans6Cb 6th cerebellar lobule9/10/11n 9n, 10n, and 11n9n glossopharyngeal nerve10N dorsal motor nu of vagus12N hypoglossal nuAmbC ambiguus nu, compact partAq aqueductASCC anterior semicirc canalbas basilar arteryBOcc basioccipital boneC1/CVL C1/caudoventrolat reticCom commissural nu inf colliculusDC dorsal cochlear nuEGL external granular layer CbELS endolymphatic sacFl flocculusFVe F cell group vestibGi gigantocellular reticular nuGiV gigantocellular retic, ventHem hemisphere of cerebellumHSCC horizontal semicircular canalIC inferior colliculusicp inf cerebellar peduncleIn intercalated nu medullaInt interposed cerebellar nuIOD inf olive, dorsal nuIOM inf olive, med nuIOPr inf olive, principal nuIRt intermed reticular nuJugF jugular foramenLat lateral (dentate) Cb nuLi linear nu of the medullaLPGi lat paragigantocellular nuLR4V lat recess 4th ventricleMasM masseter muscleMed medial cerebellar nuMVe medial vestibular nuMx matrix region medullane neuroepitheliumocc occipital arteryPAG periaqueductal grayParP parietal platePCRt parvicell reticular nuPFl paraflocculusPFlCv parafloccular cavityplf posterolateral fissurePr prepositus nuPrBo pre-Botzinger complexPSCC post semicircular canalpy pyramidal trRo nu of RollerROb raphe obscurus nuRPa raphe pallidus nurs rubrospinal tractS9Gn superior ganglion 9nSC superior colliculusSim simple lobuleSol nu of solitary tractsol solitary tractsp5 spinal trigem tractSp5I spinal trigem nu, interpolarSpVe spinal vestibular nuStM sternomastoid muscleX nu X

ADMB Book #2 25/8/06 12:04 AM Page CCXV

Page 217: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:45 PM Page CCXVI

Page 218: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

PFlCV

PSCC

ELS

SC

PAGIC

Sim

6Cb

Med

plf10Cb

EGLHem

pfs

PFl

plf

Fl

LatInt

SpVeMVeZ

Pr10N

In

Sol

5Sol

X icp

sp5

Sp5C

Sp5IPCRtIRt

LiGi

12N

Ro

ROb

IOM IOD

IOPrpy

IOMbas

RPa

BOcc

CVL/C1

PrBo

AmbC

12n

12C

S9Gn

9/10/11nijugv

JugF

PSCC

HSCC

MasMocc

StM

DC

ne

Aq

4VLR4V

sol

LPGi

Figure 96P0 #55

7.11 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

4V 4th ventricle5Sol trigeminal-solitary trans6Cb 6th cerebellar lobule9/10/11n 9n, 10n, and 11n10Cb 10th cerebellar lobule10N dorsal motor nu of vagus12C hypoglossal canal12N hypoglossal nu12n root of hypoglossal nerveAmbC ambiguus nu, compact partAq aqueductbas basilar arteryBOcc basioccipital boneCVL/C1 caudoventrolat retic/C1DC dorsal cochlear nuEGL external granular layer CbELS endolymphatic sacFl flocculusGi gigantocellular reticular nuHem hemisphere of cerebellumHSCC horizontal semicircular canalIC inferior colliculusicp inf cerebellar peduncleijugv internal jugular veinIn intercalated nu medullaInt interposed cerebellar nuIOD inf olive, dorsal nuIOM inf olive, med nuIOPr inf olive, principal nuIRt intermed reticular nuJugF jugular foramenLat lateral (dentate) Cb nuLi linear nu of the medullaLPGi lat paragigantocell retLR4V lat recess 4th ventricleMasM masseter muscleMed medial cerebellar nuMVe medial vestibular nune neuroepitheliumocc occipital arteryPAG periaqueductal grayPCRt parvicell reticular nuPFl paraflocculusPFlCv parafloccular cavitypfs parafloccular sulcusplf posterolateral fissurePr prepositus nuPrBo pre-Botzinger complexPSCC post semicircular canalpy pyramidal trRo nu of RollerROb raphe obscurus nuRPa raphe pallidus nuS9Gn superior ganglion 9nSC superior colliculusSim simple lobuleSol nu of solitary tractsol solitary tractsp5 spinal trigem tractSp5C spinal trigem nu, caudalSp5I spinal trigem nu, interpolarSpVe spinal vestibular nuStM sternomastoid muscleX nu XZ nu Z

ADMB Book #2 24/8/06 10:45 PM Page CCXVII

Page 219: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:45 PM Page CCXVIII

Page 220: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

PSCC

ELS

SC

PAG IC

ne

6Cb

SimEGL

ParPHem

pfs

trsPFl

plf

Fl

LatIntMed

9Cb

10Cb

MVeSpVe ECu

icpMxSol

sol10N

12N

Ro

RObGi

IRtPCRt

5Sol

Sp5I

sp5

Sp5CAmbSC

RVRGLRt

IOD

IOM

bas

RPaLPGi

C1/A1

IOPr12n

12C

12n

9/10/11nrs

S9Gnijugv

JugF

PSCC

Occ

occ

StM

11n

BOcc

LRtPC

LR4V

4V

Aq

Figure 97P0 #56

7.23 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

4V 4th ventricle5Sol trigeminal-solitary trans6Cb 6th cerebellar lobule9/10/11n 9n, 10n, and 11n9Cb 9th cerebellar lobule10Cb 10th cerebellar lobule10N dorsal motor nu of vagus11n root of accessory nerve 12C hypoglossal canal12N hypoglossal nu12n root of hypoglossal nerveAmbSC ambiguus nu, subcompactAq aqueductbas basilar arteryBOcc basioccipital boneC1/A1 adren/ noradrenaline cellsECu external cuneate nuEGL external granular layer CbELS endolymphatic sacFl flocculusGi gigantocellular reticular nuHem hemisphere of cerebellumIC inferior colliculusicp inf cerebellar peduncleijugv internal jugular veinInt interposed cerebellar nuIOD inf olive, dorsal nuIOM inf olive, med nuIOPr inf olive, principal nuIRt intermed reticular nuJugF jugular foramenLat lateral (dentate) Cb nuLPGi lat paragigantocellular nuLR4V lat recess 4th ventricleLRt lateral reticular nuLRtPC lat reticular nu, parvicellularMed medial cerebellar nuMVe medial vestibular nuMx matrix region medullane neuroepitheliumOcc occipital boneocc occipital arteryPAG periaqueductal grayParP parietal platePCRt parvicell reticular nuPFl paraflocculuspfs parafloccular sulcusplf posterolateral fissurePSCC post semicircular canalRo nu of RollerROb raphe obscurus nuRPa raphe pallidus nurs rubrospinal tractRVRG rost vent respiratoryS9Gn superior ganglion 9nSC superior colliculusSim simple lobuleSol nu of solitary tractsol solitary tractsp5 spinal trigem tractSp5C spinal trigem nu, caudalSp5I spinal trigem nu, interpolarSpVe spinal vestibular nuStM sternomastoid muscletrs transverse sinus

ADMB Book #2 24/8/06 10:45 PM Page CCXIX

Page 221: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:45 PM Page CCXX

Page 222: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Med

ne6Cb

Sim

SC

IC

Hem

EGL

pfs

IntPFl

ELSFl

10Cb

MVeGr SpVe

ECuMx

PSolSol

sol

10N

12N

RoGi

IRt PCRt

5Sol

Sp5I

icp

Pa5

sp5Sp5C

AmbL

RVRG

LRt LRtPC

C1/A1

ROb

IOM

IOM IOPrIOD

12n

9/10/11n

12C12n

bas

RPa

Occ

Atlas

LR4V4V

Figure 98P0 #57

7.35 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

4V 4th ventricle5Sol trigeminal-solitary trans6Cb 6th cerebellar lobule9/10/11n 9n, 10n, and 11n10Cb 10th cerebellar lobule10N dorsal motor nu of vagus12C hypoglossal canal12N hypoglossal nu12n root of hypoglossal nerveAmbL ambiguus nu, loose partAtlas atlasbas basilar arteryC1/A1 adren/ noradrenaline cellsECu external cuneate nuEGL external granular layer CbELS endolymphatic sacFl flocculusGi gigantocellular reticular nuGr gracile nuHem hemisphere of cerebellumIC inferior colliculusicp inf cerebellar peduncleInt interposed cerebellar nuIOD inf olive, dorsal nuIOM inf olive, med nuIOPr inf olive, principal nuIRt intermed reticular nuLR4V lat recess 4th ventricleLRt lateral reticular nuLRtPC lat reticular nu, parvicellularMed medial cerebellar nuMVe medial vestibular nuMx matrix region medullane neuroepitheliumOcc occipital bonePa5 paratrigeminal nuPCRt parvicell reticular nuPFl paraflocculuspfs parafloccular sulcusPSol parasolitary nuRo nu of RollerROb raphe obscurus nuRPa raphe pallidus nuRVRG rost vent respiratorySC superior colliculusSim simple lobuleSol nu of solitary tractsol solitary tractsp5 spinal trigem tractSp5C spinal trigem nu, caudalSp5I spinal trigem nu, interpolarSpVe spinal vestibular nu

ADMB Book #2 24/8/06 10:45 PM Page CCXXI

Page 223: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:45 PM Page CCXXII

Page 224: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Figure 99P0 #58

7.47 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

Sp5C

occs

Med

IC

6CbSim

Hem

EGLpfs

PFl

ELS

PSCC

sig

icp

ECuCu

10Cb

4VMVe

Gr

PSolSol

sol

10N

12NCeC

IRt

PCRt

AmbLRVRG

Gi

LRtLRtPCIOD

IOK

IOCIOB IOA

pybas

IOBe

12n

rs

sp5

PtdOcc

Atlas

Axis

Mx5Sol

Sp5I

ROb

4V 4th ventricle5Sol trigeminal-solitary trans6Cb 6th cerebellar lobule10Cb 10th cerebellar lobule10N dorsal motor nu of vagus12N hypoglossal nu12n root of hypoglossal nerveAmbL ambiguus nu, loose partAtlas atlasAxis axis (C2 vertebra)bas basilar arteryCeC central amyg nu, capsularCu cuneate nuECu external cuneate nuEGL external granular layer CbELS endolymphatic sacGi gigantocellular reticular nuGr gracile nuHem hemisphere of cerebellumIC inferior colliculusicp inf cerebellar peduncleIOA inf olive, subnu A medial nuIOB inf olive, subnu B med nuIOBe inf olive, beta subnuIOC inf olive, subnu C of med nuIOD inf olive, dorsal nuIOK inf olive, cap of Kooy med nuIRt intermed reticular nuLRt lateral reticular nuLRtPC lat reticular nu, parvicellularMed medial cerebellar nuMVe medial vestibular nuMx matrix region medullaOcc occipital boneoccs occipital sinusPCRt parvicell reticular nuPFl paraflocculuspfs parafloccular sulcusPSCC post semicircular canalPSol parasolitary nuPtd parotid glandpy pyramidal trROb raphe obscurus nurs rubrospinal tractRVRG rost vent respiratorysig sigmoid sinusSim simple lobuleSol nu of solitary tractsol solitary tractsp5 spinal trigem tractSp5C spinal trigem nu, caudalSp5I spinal trigem nu, interpolar

ADMB Book #2 24/8/06 10:45 PM Page CCXXIII

Page 225: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:46 PM Page CCXXIV

Page 226: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

MdD

IC

6Cbpms

Crus1

EGL

Hem

pfs

PFl

occs

10Cb

4V Gr CuECu

PSolsol

10N

Sol

CuR

cu

Mx

5Sol

Sp5I

Pa5

sp5

Sp5CIRt

MdV

12N

ROb

IOKIOD

IOBe

IOC IOB IOApy

vertRPa

LRt

RAmb

RVRG

C1/A1

PrLSp

Occ

12n

DAx

Axis

Atlas

Ptd

TempP

Figure 100P0 #59

7.59 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

4V 4th ventricle5Sol trigeminal-solitary trans6Cb 6th cerebellar lobule10Cb 10th cerebellar lobule10N dorsal motor nu of vagus12N hypoglossal nu12n root of hypoglossal nerveAtlas atlasAxis axis (C2 vertebra)C1/A1 adren/ noradrenaline cellsCrus1 crus 1 ansiform lobuleCu cuneate nucu cuneate fasciculusCuR cuneate nu, rotundus partDAx dens of the axisECu external cuneate nuEGL external granular layer CbGr gracile nuHem hemisphere of cerebellumIC inferior colliculusIOA inf olive, subnu A medial nuIOB inf olive, subnu B med nuIOBe inf olive, beta subnuIOC inf olive, subnu C of med nuIOD inf olive, dorsal nuIOK inf olive, cap of Kooy med nuIRt intermed reticular nuLRt lateral reticular nuMdD medullary reticular nu, dorsMdV medullary reticular nu, ventMx matrix region medullaOcc occipital boneoccs occipital sinusPa5 paratrigeminal nuPFl paraflocculuspfs parafloccular sulcuspms paramedian sulcusPrLSp pre lateral spinalPSol parasolitary nuPtd parotid glandpy pyramidal trRAmb retroambiguus nuROb raphe obscurus nuRPa raphe pallidus nuRVRG rost vent respiratorySol nu of solitary tractsol solitary tractsp5 spinal trigem tractSp5C spinal trigem nu, caudalSp5I spinal trigem nu, interpolarTempP temporal bone, petrousvert vertebral art

ADMB Book #2 24/8/06 10:46 PM Page CCXXV

Page 227: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:46 PM Page CCXXVI

Page 228: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

MdD

Sp5C

IRt

A1

LRt

MdV

12N

IOK

IOC IOBIOA 12n

mlxRAmb

IOBers

CeCv

10N

ccdsc

sp5

sol

SolCuR

Mx

APGr

Cu cuECu

9Cb

8Cb

10Cb

pfs

PFl

pms6Cb Crus1

IC

Hem

EGL

vert

py

Sp5I

Figure 101P0 #60

7.71 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

6Cb 6th cerebellar lobule8Cb 8th cerebellar lobule9Cb 9th cerebellar lobule10Cb 10th cerebellar lobule10N dorsal motor nu of vagus12N hypoglossal nu12n root of hypoglossal nerveA1 A1 noradrenaline cellsAP area postremacc corpus callosumCeCv central cervical nu Crus1 crus 1 ansiform lobuleCu cuneate nucu cuneate fasciculusCuR cuneate nu, rotundus partdsc dorsal spinocereb tractECu external cuneate nuEGL external granular layer CbGr gracile nuHem hemisphere of cerebellumIC inferior colliculusIOA inf olive, subnu A medial nuIOB inf olive, subnu B med nuIOBe inf olive, beta subnuIOC inf olive, subnu C of med nuIOK inf olive, cap of Kooy med nuIRt intermed reticular nuLRt lateral reticular nuMdD medullary reticular nu, dorsMdV medullary reticular nu, ventmlx med lemniscus decussationMx matrix region medullaPFl paraflocculuspfs parafloccular sulcuspms paramedian sulcuspy pyramidal trRAmb retroambiguus nurs rubrospinal tractSol nu of solitary tractsol solitary tractsp5 spinal trigem tractSp5C spinal trigem nu, caudalSp5I spinal trigem nu, interpolarvert vertebral art

ADMB Book #2 24/8/06 10:46 PM Page CCXXVII

Page 229: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:46 PM Page CCXXVIII

Page 230: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

MdD Sp5C

Solsol

CuRMx

CuGrMnA

10N

12N IRt

IC

6Cb

7Cb

8Cb

9Cb10Cb

PFl

Cop

PMCrus2

EGL

sp5

dsc

rs

RAmbA1

LRt

MdV

11N

IOBpyx

vert

cu

Figure 102P0 #61

7.83 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

6Cb 6th cerebellar lobule7Cb 7th cerebellar lobule8Cb 8th cerebellar lobule9Cb 9th cerebellar lobule10Cb 10th cerebellar lobule10N dorsal motor nu of vagus11N accessory nerve nu12N hypoglossal nuA1 A1 noradrenaline cellsCop copula pyramisCrus2 crus 2 ansiform lobuleCu cuneate nucu cuneate fasciculusCuR cuneate nu, rotundus partdsc dorsal spinocereb tractEGL external granular layer CbGr gracile nuIC inferior colliculusIOB inf olive, subnu B med nuIRt intermed reticular nuLRt lateral reticular nuMdD medullary reticular nu, dorsMdV medullary reticular nu, ventMnA median access nu medullaMx matrix region medullaPFl paraflocculusPM paramedian lobulepyx pyramidal decussationRAmb retroambiguus nurs rubrospinal tractSol nu of solitary tractsol solitary tractsp5 spinal trigem tractSp5C spinal trigem nu, caudalvert vertebral art

ADMB Book #2 24/8/06 10:46 PM Page CCXXIX

Page 231: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:46 PM Page CCXXX

Page 232: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Cu

Crus27Cb

8Cb Cop

PM

EGL

cugrGr

MxCuR Mx

Sp5CMdD

solSol

10N

CeCv

MdV

IRt

A1 rs

sp5

dsc

pyx

11N

SSpvmnf

Atlas

AtAx

Figure 103P0 #62

7.95 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

7Cb 7th cerebellar lobule8Cb 8th cerebellar lobule10N dorsal motor nu of vagus11N accessory nerve nuA1 A1 noradrenaline cellsAtAx atlantoaxial jointAtlas atlasCeCv central cervical nu Cop copula pyramisCrus2 crus 2 ansiform lobuleCu cuneate nucu cuneate fasciculusCuR cuneate nu, rotundus partdsc dorsal spinocereb tractEGL external granular layer CbGr gracile nugr gracile fasciculusIRt intermed reticular nuMdD medullary reticular nu, dorsMdV medullary reticular nu, ventMx matrix region medullaPM paramedian lobulepyx pyramidal decussationrs rubrospinal tractSol nu of solitary tractsol solitary tractsp5 spinal trigem tractSp5C spinal trigem nu, caudalSSp supraspinal nucleusvmnf ventral median fissure

ADMB Book #2 24/8/06 10:46 PM Page CCXXXI

Page 233: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:46 PM Page CCXXXII

Page 234: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

GrO

EPl

Gl

1n

MiA

IPL

neOV

ON

CrP

EthB

EthB

NasCNSpt

MxB

NasC

EnO

MRecHardG

SOb

Mi

EPl

Fro

SuspLig

OFRGn

InPl

Vent

Pig

MxB

5mx

ne

Figure 104P6 #1

0.99 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1n olfactory nerve5mx 5n, maxillary divisionCrP cribriform plate ethmoidEnO enamel organEPl ext plexiform layer olf bulbEthB ethmoid boneFro frontal boneGl glomerular layer olf bulbGrO granular cell layer olf bulbHardG Harderian glandInPl inner plexiform layer IPL interpedunc nu, lat subnuMi mitral cell layer olf bulbMiA mitral cell layer acc olf bulbMRec medial rectus muscleMxB maxillary boneNasC nasal cavityne neuroepitheliumNSpt nasal septumOF optic fiber layer ON olfactory nerve layerOV olfactory ventriclePig pigment layer of the eyeRGn ganglion cell layer SOb superior oblique muscleSuspLig suspensory ligamentVent ventricular space eye

ADMB Book #2 24/8/06 10:46 PM Page CCXXXIII

Page 235: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:46 PM Page CCXXXIV

Page 236: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

GrO

vn

MiA

LO

VO

ON

1n

NSpt

Gl

EPl

MiAOE

AOLAOD

neOV

AOV

aci

lo

Fro

Lens NasCEthB

FrA

MO

dlo

ne

Pig

Vent

SuspLig

CorneaOF

RGn

InPl

HardG

5mx

Figure 105P6 #2

1.35 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1n olfactory nerve5mx 5n, maxillary divisionaci ant commiss, intrabulbarAOD ant olfactory nu, dorsAOE ant olfactory nu, extAOL ant olfactory nu, latAOV ant olfactory nu, ventralCornea corneadlo dorsal lat olfactory tractEPl ext plexiform layer olf bulbEthB ethmoid boneFrA frontal assocn cortexFro frontal boneGl glomerular layer olf bulbGrO granular cell layer olf bulbHardG Harderian glandInPl inner plexiform layer Lens lensLO lateral orbital cxlo lateral olfactory tractMi mitral cell layer olf bulbMiA mitral cell layer acc olf bulbMO medial orbital cxNasC nasal cavityne neuroepitheliumNSpt nasal septumOF optic fiber layer ON olfactory nerve layerOV olfactory ventriclePig pigment layer of the eyeRGn ganglion cell layer SuspLig suspensory ligamentVent ventricular space eyevn vomeronasal nVO ventral orbital cx

ADMB Book #2 24/8/06 10:46 PM Page CCXXXV

Page 237: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:46 PM Page CCXXXVI

Page 238: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

FrA

PrL

MOVO

LO

DLO

AOD

AOLAOM

aci

neOV

GrO

AOV

AOEON

GlIPl

Mi

EPl

Figure 106P6 #3

1.71 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

aci ant commiss, intrabulbarAOD ant olfactory nu, dorsAOE ant olfactory nu, extAOL ant olfactory nu, latAOM ant olfactory nu, medialAOV ant olfactory nu, ventralDLO dorsolat orbital cortexEPl ext plexiform layer olf bulbFrA frontal assocn cortexGl glomerular layer olf bulbGrO granular cell layer olf bulbIPl IP layer olf bulbLO lateral orbital cxMi mitral cell layer olf bulbMO medial orbital cxne neuroepitheliumON olfactory nerve layerOV olfactory ventriclePrL prelimbic cxVO ventral orbital cx

ADMB Book #2 24/8/06 10:46 PM Page CCXXXVII

Page 239: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:46 PM Page CCXXXVIII

Page 240: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

M2

PrL

MO

VOLO

AIV

AID

Fr3

M1

AOL

AODDTT

AOM

AOV

DEn

aci ne OV

GrO Gl

EPllo

Figure 107P6 #4

1.83 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

aci ant commiss, intrabulbarAID agranular insular cx, dorsalAIV agranular insular cx, ventAOD ant olfactory nu, dorsAOL ant olfactory nu, latAOM ant olfactory nu, medialAOV ant olfactory nu, ventralDEn dorsal endopiriform nuDTT dorsal tenia tectaEPl ext plexiform layer olf bulbFr3 frontal cx, area 3Gl glomerular layer olf bulbGrO granular cell layer olf bulbLO lateral orbital cxlo lateral olfactory tractM1 primary motor cxM2 secondary motor cxMO medial orbital cxne neuroepitheliumOV olfactory ventriclePrL prelimbic cxVO ventral orbital cx

ADMB Book #2 24/8/06 10:46 PM Page CCXXXIX

Page 241: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:46 PM Page CCXL

Page 242: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

M1

Fr3

AIDFro

AIV

LO

VO

MO

PrL

Cg1M2

DTT

AOVP

DTr

DEn

IEn ne OV

VTT

Pir12

3

Lens

MRec 5mx

MidM EthB

NasC

NSpt

NasC

ne

rf

SRec

2n

a

lo

Pig

Vent

InPl

OF

RGn

LPSEthB

Figure 108P6 #5

1.95 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2 layer 2 of cortex2n optic nerve3 layer 3 of cortex5mx 5n, maxillary divisiona arteryAID agranular insular cx, dorsalAIV agranular insular cx, ventAOVP ant olfactory, ventropostCg1 cingulate cortex, area 1DEn dorsal endopiriform nuDTr dorsal transition zoneDTT dorsal tenia tectaEthB ethmoid boneFr3 frontal cx, area 3Fro frontal boneIEn intermed endopiriform nuInPl inner plexiform layer Lens lensLO lateral orbital cxlo lateral olfactory tractLPS levator palpebraeM1 primary motor cxM2 secondary motor cxMidM middle meatusMO medial orbital cxMRec medial rectus muscleNasC nasal cavityne neuroepitheliumNSpt nasal septumOF optic fiber layer OV olfactory ventriclePig pigment layer of the eyePir1 piriform cx, layer 1PrL prelimbic cxrf rhinal fissureRGn ganglion cell layer SRec superior rectus muscleVent ventricular space eyeVO ventral orbital cxVTT ventral tenia tecta

ADMB Book #2 24/8/06 10:46 PM Page CCXLI

Page 243: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:46 PM Page CCXLII

Page 244: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

M2

M1

Cg1

PrL

IL

DP

DTT

AOVP

AOP

neOV

acaIEn

DEn

DTrLO

AIV

AID

DI

S1J

Fr3

Fro

Cl

VO

lo

Pir12

3

PSphW

LPS

ne

SRec

2n

Lens

OF

RGn

InPl

SOb

Vent

VTT1

23

Pig

Figure 109P6 #6

2.07 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2 layer 2 of cortex2n optic nerve3 layer 3 of cortexaca anterior commissure, antAID agranular insular cx, dorsalAIV agranular insular cx, ventAOP ant olfactory nu, postAOVP ant olfactory, ventropostCg1 cingulate cortex, area 1Cl claustrumDEn dorsal endopiriform nuDI dysgranular insular cxDP dorsal peduncular cxDTr dorsal transition zoneDTT dorsal tenia tectaFr3 frontal cx, area 3Fro frontal boneIEn intermed endopiriform nuIL infralimbic cortexInPl inner plexiform layer Lens lensLO lateral orbital cxlo lateral olfactory tractLPS levator palpebraeM1 primary motor cxM2 secondary motor cxne neuroepitheliumOF optic fiber layer OV olfactory ventriclePig pigment layer of the eyePir1 piriform cx, layer 1PrL prelimbic cxPSphW presphenoid wingRGn ganglion cell layer S1J prim somatosens, jaw SOb superior oblique muscleSRec superior rectus muscleVent ventricular space eyeVO ventral orbital cxVTT1 vent tenia tecta, layer 1

ADMB Book #2 24/8/06 11:22 PM Page CCXLIII

Page 245: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 11:22 PM Page CCXLIV

Page 246: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

M1

Fr3

S1J

GI

DI

AID

AIVLO

VCl

fmi

PrL

Cg1

M2

IL

DP

DTT1234

AOVP

AOP

OVne

DEnaca

AcbSh

DCl

IEn

Pir12

3

LPS

lo

ne

SRecMidM

NSpt

NasCSphPalEnO

2n

5mx

cavMRec

HardG

OF

InPl

RGn

Pig

Vent

rf

Fro

VTT23

1

Figure 110P6 #7

2.19 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1 layer 1 of cortex2 layer 2 of cortex2n optic nerve3 layer 3 of cortex4 layer 4 of cortex5mx 5n, maxillary divisionaca anterior commissure, antAcbSh accumbens nu, shellAID agranular insular cx, dorsAIV agranular insular cx, ventAOP ant olfactory nu, postAOVP ant olfactory, ventropostcav cavernous sinusCg1 cingulate cortex, area 1DCl dors part of claustrumDEn dorsal endopiriform nuDI dysgranular insular cxDP dorsal peduncular cxDTT dorsal tenia tectaEnO enamel organfmi forceps min corpus callFr3 frontal cx, area 3Fro frontal boneGI granular insular cxHardG Harderian glandIEn intermed endopiriform nuIL infralimbic cortexInPl inner plexiform layer LO lateral orbital cxlo lateral olfactory tractLPS levator palpebraeM1 primary motor cxM2 secondary motor cxMidM middle meatusMRec medial rectus muscleNasC nasal cavityne neuroepitheliumNSpt nasal septumOF optic fiber layer OV olfactory ventriclePig pigment layer of the eyePir1 piriform cx, layer 1PrL prelimbic cxrf rhinal fissureRGn ganglion cell layer S1J prim somatosens, jaw SphPal sphenopalatine ganglionSRec superior rectus muscleVCl vent part claustrumVent ventricular space eyeVTT ventral tenia tecta

ADMB Book #2 24/8/06 11:22 PM Page CCXLV

Page 247: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 11:22 PM Page CCXLVI

Page 248: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

M1

M2

Cg1

PrL

IL

DP

DTT

Nv

TuICjICj

AOP

AcbSh

OV

ne

CPu

fmi

VCl

DClGI

DI

S1J

Fr3

AIDAIV

DEnaca

IEn

Pir1 23

lo

Figure 111P6 #8

2.31 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2 layer 2 of cortex3 layer 3 of cortexaca anterior commissure, antAcbSh accumbens nu, shellAID agranular insular cx, dorsalAIV agranular insular cx, ventAOP ant olfactory nu, postCg1 cingulate cortex, area 1CPu caudate putamen (striatum)DCl dors part of claustrumDEn dorsal endopiriform nuDI dysgranular insular cxDP dorsal peduncular cxDTT dorsal tenia tectafmi forceps min corpus callFr3 frontal cx, area 3GI granular insular cxICj islands of CallejaIEn intermed endopiriform nuIL infralimbic cortexlo lateral olfactory tractM1 primary motor cxM2 secondary motor cxne neuroepitheliumNv navicular nu basal forebrainOV olfactory ventriclePir1 piriform cx, layer 1PrL prelimbic cxrf rhinal fissureS1J prim somatosens, jaw Tu olfactory tubercleVCl vent part claustrum

ADMB Book #2 24/8/06 11:22 PM Page CCXLVII

Page 249: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 11:22 PM Page CCXLVIII

Page 250: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

M1

M2

Cg1

PrL

IL

DP

DTT

LSI

ne

LVCPu

cg

fmi

GI

DI

AID

AIV

Fro

DCl

VCl

DEn

IEn

AOP

AcbCaca

AcbSh

VP

Nvazac

ICj

S1J

InPl

ne

Pig

SRec

lo

rf

Pir1

2

3

ICj

Tu12

3

mfb

OptF

2n

LRecMRecIRec

HardG5mx

ophv SphPal

NasC

PSph

Vent

SHi

Eye

dcw

Figure 112P6 #9

2.43 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2 layer 2 of cortex2n optic nerve3 layer 3 of cortex5mx 5n, maxillary divisionaca anterior commissure, antAcbC accumbens nu, coreAcbSh accumbens nu, shellAID agranular insular cx, dorsalAIV agranular insular cx, ventAOP ant olfactory nu, postazac azygous ant cerebral artcg cingulumCg1 cingulate cortex, area 1CPu caudate putamen (striatum)DCl dors part of claustrumdcw deep cerebral whiteDEn dorsal endopiriform nuDI dysgranular insular cxDP dorsal peduncular cxDTT dorsal tenia tectaEye eyefmi forceps min corpus callFro frontal boneGI granular insular cxHardG Harderian glandICj islands of CallejaIEn intermed endopiriform nuIL infralimbic cortexInPl inner plexiform layer IRec inferior rectus musclelo lateral olfactory tractLRec lat rectus muscleLSI lat septal nu, intermedLV lateral ventricleM1 primary motor cxM2 secondary motor cxmfb med forebrain bundleMRec medial rectus muscleNasC nasal cavityne neuroepitheliumNv navicular nu basal forebrainophv ophthalmic veinOptF optic foramenPig pigment layer of the eyePir1 piriform cx, layer 1PrL prelimbic cxPSph presphenoid bonerf rhinal fissureS1J prim somatosens, jaw SHi septohippocampal nuSphPal sphenopalatine ganglionSRec superior rectus muscleTu1 olfactory tubercle, layer 1VCl vent part claustrumVent ventricular space eyeVP ventral pallidum

ADMB Book #2 24/8/06 11:22 PM Page CCXLIX

Page 251: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 11:23 PM Page CCL

Page 252: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

S1FL

M1

M2

Cg1

PrL

IL

DP

DTT

SHiLSI

LSVLV

ne

fmi

cg

S1DZ

S1J

ec

S2Fro

G1

DI

AID

AIV

VCl

DCl

DEn

acaAcbC

CPu

IEn

Pir12

3rf

Pig

Vent

ne

AcbSh

ICjMNv

azacVPVP

Tu12

3

OptF

2n

HardG cav5mx

PSph

lo

Figure 113P6 #10

2.55 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2 layer 2 of cortex2n optic nerve3 layer 3 of cortex5mx 5n, maxillary divisionaca anterior commissure, antAcbC accumbens nu, coreAcbSh accumbens nu, shellAID agranular insular cx, dorsalAIV agranular insular cx, ventazac azygous ant cerebral artcav cavernous sinuscg cingulumCg1 cingulate cortex, area 1CPu caudate putamen (striatum)DCl dors part of claustrumDEn dorsal endopiriform nuDI dysgranular insular cxDP dorsal peduncular cxDTT dorsal tenia tectaec external capsulefmi forceps min corpus callFro frontal boneGi gigantocell reticular nuHardG Harderian glandICjM islands of Calleja, major IEn intermed endopiriform nuIL infralimbic cortexlo lateral olfactory tractLSI lat septal nu, intermedLSV lat septal nu, vent partLV lateral ventricleM1 primary motor cxM2 secondary motor cxne neuroepitheliumNv navicular nu basal forebrainOptF optic foramenPig pigment layer of the eyePir1 piriform cx, layer 1PrL prelimbic cxPSph presphenoid bonerf rhinal fissureS1DZ prim somatosens, dysgranul S1FL prim somatosens, forelimbS1J prim somatosens, jaw S2 2ary somatosensory cxSHi septohippocampal nuTu1 olfactory tubercle, layer 1VCl vent part claustrumVent ventricular space eyeVP ventral pallidum

ADMB Book #2 24/8/06 11:23 PM Page CCLI

Page 253: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 11:23 PM Page CCLII

Page 254: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

S1FL

M1

M2

Cg1

S1DZ

S1J

S2

GI

DI

AID

AIV

VCl

DCl

DEn

CPu

ne

ec

cg

fmi

DP

IL

PrL

IG

SHiLSD

LV

LSILSV

MS

VDBAcbSh

acaAcbCaca

IEn

Pir1

2

3rf

lo

Pig

VP VPTu1 2

3

ICj

OptF

2n

cavHardG

PSph

azacICj

ICj

Figure 114P6 #11

2.67 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2 layer 2 of cortex2n optic nerve3 layer 3 of cortexaca anterior commissure, antAcbC accumbens nu, coreAcbSh accumbens nu, shellAID agranular insular cx, dorsalAIV agranular insular cx, ventazac azygous ant cerebral artcav cavernous sinuscg cingulumCg1 cingulate cortex, area 1CPu caudate putamen (striatum)DCl dors part of claustrumDEn dorsal endopiriform nuDI dysgranular insular cxDP dorsal peduncular cxec external capsulefmi forceps min corpus callGI granular insular cxHardG Harderian glandICj islands of CallejaIEn intermed endopiriform nuIG indusium griseumIL infralimbic cortexlo lateral olfactory tractLSD lat septal nu, dorsal partLSI lat septal nu, intermedLSV lat septal nu, vent partLV lateral ventricleM1 primary motor cxM2 secondary motor cxMS medial septal nune neuroepitheliumOptF optic foramenPig pigment layer of the eyePir1 piriform cx, layer 1PrL prelimbic cxPSph presphenoid bonerf rhinal fissureS1DZ prim somatosens, dysgranul S1FL prim somatosens, forelimbS1J prim somatosens, jaw S2 2ary somatosensory cxSHi septohippocampal nuTu1 olfactory tubercle, layer 1VCl vent part claustrumVDB nu vertical limb diagonal bandVP ventral pallidum

ADMB Book #2 24/8/06 11:23 PM Page CCLIII

Page 255: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 11:23 PM Page CCLIV

Page 256: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

S1FL

S1DZ

S1J

S2

GI

DI

AID

AIV

VCl

DEn

DCl

CPu

ne

LV

LSD

M1

M2

Cg1

Cg2cg

IG

cc

DP

SHi

LSILSV

acaaca

AcbC

IEn

ec

rf

Pir1

2

3

loICj

ICj

VP

CB

2

Tu1

3

2n

OptF

cav

PSph

acerICj

VDB

MS

AcbShVP

ICj

Figure 115P6 #12

2.79 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2 layer 2 of cortex2n optic nerve3 layer 3 of cortexaca anterior commissure, antAcbC accumbens nu, coreAcbSh accumbens nu, shellacer anterior cerebral artAID agranular insular cx, dorsalAIV agranular insular cx, ventcav cavernous sinusCB cell bridges vent striatumcc corpus callosumcg cingulumCg1 cingulate cortex, area 1Cg2 cingulate cortex, area 2CPu caudate putamen (striatum)DCl dors part of claustrumDEn dorsal endopiriform nuDI dysgranular insular cxDP dorsal peduncular cxec external capsuleGI granular insular cxICj islands of CallejaIEn intermed endopiriform nuIG indusium griseumlo lateral olfactory tractLSD lat septal nu, dorsal partLSI lat septal nu, intermedLSV lat septal nu, vent partLV lateral ventricleM1 primary motor cxM2 secondary motor cxMS medial septal nune neuroepitheliumOptF optic foramenPir1 piriform cx, layer 1PSph presphenoid bonerf rhinal fissureS1DZ prim somatosens, dysgranul S1FL prim somatosens, forelimbS1J prim somatosens, jaw S2 2ary somatosensory cxSHi septohippocampal nuTu1 olfactory tubercle, layer 1VCl vent part claustrumVDB nu vertical limb diagonal bandVP ventral pallidum

ADMB Book #2 24/8/06 11:23 PM Page CCLV

Page 257: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 11:23 PM Page CCLVI

Page 258: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

CPu

S1FL

M1

M2

Cg1

Cg2

IG

cgS1DZ

S1J

ec

S2

GI

DIFro

AID

VCl

DCl

DEn

IEn

LSS

AcbC

acaaca

LSV

LSI

LSD

ne

LV

ne

cc

SHi

MS

VDB

ICjM

AcbShVP

SIB

Pir1

2

3rf

lo

Tu12

3ICj VP

mfbCB

ICj acer

2nOptF

cav

5mxEnO

PSphW

PSph

NasC

AIV

Figure 116P6 #13

2.91 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2 layer 2 of cortex2n optic nerve3 layer 3 of cortex5mx 5n, maxillary divisionaca anterior commissure, antAcbC accumbens nu, coreAcbSh accumbens nu, shellacer anterior cerebral artAID agranular insular cx, dorsalAIV agranular insular cx, ventcav cavernous sinusCB cell bridges vent striatumcc corpus callosumcg cingulumCg1 cingulate cortex, area 1Cg2 cingulate cortex, area 2CPu caudate putamen (striatum)DCl dors part of claustrumDEn dorsal endopiriform nuDI dysgranular insular cxec external capsuleEnO enamel organFro frontal boneGI granular insular cxICj islands of CallejaICjM islands of Calleja, major IEn intermed endopiriform nuIG indusium griseumlo lateral olfactory tractLSD lat septal nu, dorsal partLSI lat septal nu, intermedLSS lat stripe striatumLSV lat septal nu, vent partLV lateral ventricleM1 primary motor cxM2 secondary motor cxmfb med forebrain bundleMS medial septal nuNasC nasal cavityne neuroepitheliumOptF optic foramenPir1 piriform cx, layer 1PSph presphenoid bonePSphW presphenoid wingrf rhinal fissureS1DZ prim somatosens, dysgranul S1FL prim somatosens, forelimbS1J prim somatosens, jaw S2 2ary somatosensory cxSHi septohippocampal nuSIB substantia innominata, basalTu1 olfactory tubercle, layer 1VCl vent part claustrumVDB nu vertical limb diagonal bandVP ventral pallidum

ADMB Book #2 24/8/06 11:23 PM Page CCLVII

Page 259: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 11:23 PM Page CCLVIII

Page 260: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

CPu

cc

cg

S1FL

S1DZ

S1J

S1DZO

M1M2

Cg1

Cg2

S1ULp

S2

GI

DI

AID

AIV

VCl

DCl

DEn

ne

LVne

LSD

IG

cc

LSI

Ld

MS

LSV

aca

AcbCIEn

rf

Pir12

3

lo

ICjM

AcbShSIB VDB

HDB

acer

2n

VP

CBmfb

ICj

LAcbSh

LSS

ICjTu1

23

cav

5mxEnO

aPSph

Figure 117P6 #14

3.03 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2 layer 2 of cortex2n optic nerve3 layer 3 of cortex5mx 5n, maxillary divisiona arteryaca anterior commissure, antAcbC accumbens nu, coreAcbSh accumbens nu, shellacer anterior cerebral artAID agranular insular cx, dorsalAIV agranular insular cx, ventcav cavernous sinusCB cell bridges vent striatumcc corpus callosumcg cingulumCg1 cingulate cortex, area 1Cg2 cingulate cortex, area 2CPu caudate putamen (striatum)DCl dors part of claustrumDEn dorsal endopiriform nuDI dysgranular insular cxEnO enamel organGI granular insular cxHDB nu horizlimb diagonal bandICj islands of CallejaICjM islands of Calleja, major IEn intermed endopiriform nuIG indusium griseumLAcbSh lateral accumbens shellLd lambdoid septal zonelo lateral olfactory tractLSD lat septal nu, dorsal partLSI lat septal nu, intermedLSS lat stripe striatumLSV lat septal nu, vent partLV lateral ventricleM1 primary motor cxM2 secondary motor cxmfb med forebrain bundleMS medial septal nune neuroepitheliumPir1 piriform cx, layer 1PSph presphenoid bonerf rhinal fissureS1DZ prim somatosens, dysgranul S1DZO prim somatosens, oral dysg S1FL prim somatosens, forelimbS1J prim somatosens, jaw S1ULp prim somatosens, upper lipS2 2ary somatosensory cxSIB substantia innominata, basalTu1 olfactory tubercle, layer 1VCl vent part claustrumVDB nu vertical limb diagonal bandVP ventral pallidum

ADMB Book #2 24/8/06 11:23 PM Page CCLIX

Page 261: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 11:23 PM Page CCLX

Page 262: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

CPu

ne

LV

LSD

S1FL

S1DZ

S1J

S1DZO

S1ULpec

S2

GI

DI

AID

AIV

VCl

DCl

DEn

M1

M2

Cg1

Cg2cg

IG

cc

LSI

LSV

MS

aca

AcbC AcbSh

VPVDB

SIB

HDBICj

mfb

IEn

Pir12

3

lo

rf

Tu123

LSS

ICj

2n

acer

PSph

VP

Figure 118P6 #15

3.15 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2 layer 2 of cortex2n optic nerve3 layer 3 of cortexaca anterior commissure, antAcbC accumbens nu, coreAcbSh accumbens nu, shellacer anterior cerebral artAID agranular insular cx, dorsalAIV agranular insular cx, ventcc corpus callosumcg cingulumCg1 cingulate cortex, area 1Cg2 cingulate cortex, area 2CPu caudate putamen (striatum)DCl dors part of claustrumDEn dorsal endopiriform nuDI dysgranular insular cxec external capsuleGI granular insular cxHDB nu horizlimb diagonal bandICj islands of CallejaIEn intermed endopiriform nuIG indusium griseumlo lateral olfactory tractLSD lat septal nu, dorsal partLSI lat septal nu, intermedLSS lat stripe striatumLSV lat septal nu, vent partLV lateral ventricleM1 primary motor cxM2 secondary motor cxmfb med forebrain bundleMS medial septal nune neuroepitheliumPir1 piriform cx, layer 1PSph presphenoid bonerf rhinal fissureS1DZ prim somatosens, dysgranul S1DZO prim somatosens, oral dysg S1FL prim somatosens, forelimbS1J prim somatosens, jaw S1ULp prim somatosens, upper lipS2 2ary somatosensory cxSIB substantia innominata, basalTu1 olfactory tubercle, layer 1VCl vent part claustrumVDB nu vertical limb diagonal bandVP ventral pallidum

ADMB Book #2 25/8/06 12:08 AM Page CCLXI

Page 263: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 11:23 PM Page CCLXII

Page 264: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

S1J

S1DZ

S1FL

M1M2

Cg1

cg

S1DZO

S1ULp

ec

Cg2

IG

cc

LSD

ne

LV

LSI Ld

MSLSV

CPu

SHySTMA

aca

AcbCAcbSh

S2

GI

DI

AID

rf AIV

VCl

DCl

DEn

IEnLSS

CB

ICj

Tu12

3

ICj

2n

acer

HDBMCPO

SIB

VPLPO

VOLT

Pir1

2

3

lo

Figure 119P6 #16

3.27 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2 layer 2 of cortex2n optic nerve3 layer 3 of cortexaca anterior commissure, antAcbC accumbens nu, coreAcbSh accumbens nu, shellacer anterior cerebral artAID agranular insular cx, dorsalAIV agranular insular cx, ventCB cell bridges vent striatumcc corpus callosumcg cingulumCg1 cingulate cortex, area 1Cg2 cingulate cortex, area 2CPu caudate putamen (striatum)DCl dors part of claustrumDEn dorsal endopiriform nuDI dysgranular insular cxec external capsuleGI granular insular cxHDB nu horizlimb diagonal bandICj islands of CallejaIEn intermed endopiriform nuIG indusium griseumLd lambdoid septal zonelo lateral olfactory tractLPO lat preoptic areaLSD lat septal nu, dorsal partLSI lat septal nu, intermedLSS lat stripe striatumLSV lat septal nu, vent partLV lateral ventricleM1 primary motor cxM2 secondary motor cxMCPO magnocell preoptic nuMS medial septal nune neuroepitheliumPir1 piriform cx, layer 1rf rhinal fissureS1DZ prim somatosens, dysgranul S1DZO prim somatosens, oral dysg S1FL prim somatosens, forelimbS1J prim somatosens, jaw S1ULp prim somatosens, upper lipS2 2ary somatosensory cxSHy septohypothalamic nuSIB substantia innominata, basalSTMA bed nu st, med div, ant Tu1 olfactory tubercle, layer 1VCl vent part claustrumVOLT vasc organ lam terVP ventral pallidum

ADMB Book #2 24/8/06 11:23 PM Page CCLXIII

Page 265: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 11:23 PM Page CCLXIV

Page 266: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

S1FL

S1DZ

S1ULp ec

cg

M1M2

Cg1

Cg2

IG

cc

LSD

ne

ne

LV

LSI

df

fiSFi

S2

GI

DI

AID

AIVrf

VCl

DCl

DEn

CPu LSV

SHySTLD

STLP

STMA

aca

IPACVP

LPO

MS

IEn

Pir12

3

lo

VP

LSS

SIB

MCPO HDB MPA VOLT

MnPO

CB

ICj

Tu123

acer

2n

Figure 120P6 #17

3.39 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2 layer 2 of cortex2n optic nerve3 layer 3 of cortexaca anterior commissure, antacer anterior cerebral artAID agranular insular cx, dorsalAIV agranular insular cx, ventCB cell bridges vent striatumcc corpus callosumcg cingulumCg1 cingulate cortex, area 1Cg2 cingulate cortex, area 2CPu caudate putamen (striatum)DCl dors part of claustrumDEn dorsal endopiriform nudf dorsal fornixDI dysgranular insular cxec external capsulefi fimbria hippocampusGI granular insular cxHDB nu horizlimb diagonal bandICj islands of CallejaIEn intermed endopiriform nuIG indusium griseumIPAC interst nu post limb aclo lateral olfactory tractLPO lat preoptic areaLSD lat septal nu, dorsal partLSI lat septal nu, intermedLSS lat stripe striatumLSV lat septal nu, vent partLV lateral ventricleM1 primary motor cxM2 secondary motor cxMCPO magnocell preoptic nuMnPO median preoptic nuMPA medial preoptic areaMS medial septal nune neuroepitheliumPir1 piriform cx, layer 1rf rhinal fissureS1DZ prim somatosens, dysgranul S1FL prim somatosens, forelimbS1ULp prim somatosens, upper lipS2 2ary somatosensory cxSFi septofimbrial nuSHy septohypothalamic nuSIB substantia innominata, basalSTLD bed nu st, lat div, dorsal STLP bed nu st, lat div, posterior STMA bed nu st, med div, ant Tu1 olfactory tubercle, layer 1VCl vent part claustrumVOLT vasc organ lam terVP ventral pallidum

ADMB Book #2 24/8/06 11:23 PM Page CCLXV

Page 267: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 11:23 PM Page CCLXVI

Page 268: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

S1FL

S1HLM1

M2

S1DZ

S1ULp

ec

S2

Cg1

Cg2

IG

cc

cg

ne

LVLSD

df

TS

f

SFifi

LSI

LSV

SHy

MnPOSTMAM

STMAL

stic

STLP

STLD

STLJacp

ac

GI

DI

AID

AIV

VCl

DEn

DCl

Pir12

3

rf

lo

Tu1 23

CPu

LSSIEn IPAC

VP

STLVSTI STMV SHy

PSFu

StA

Al MnPO

SIB

MCPOHDB

LPO

MPA

VOLT

3V

acer

2n

4n3n 6n

5oph

5mxptgcnptgpal

ASph NasC

PSph

ICj

cav

Figure 121P6 #18

3.51 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2 layer 2 of cortex2n optic nerve3 layer 3 of cortex3n oculomotor nerve3V 3rd ventricle4n trochlear nerve5mx 5n, maxillary division5oph 5n, ophthalmic division6n root of abducens nerveac anterior commissureacer anterior cerebral artacp anterior comm, posteriorAID agranular insular cx, dorsalAIV agranular insular cx, ventAl alar nuASph alisphenoid bonecav cavernous sinuscc corpus callosumcg cingulumCg1 cingulate cortex, area 1Cg2 cingulate cortex, area 2CPu caudate putamen (striatum)DCl dors part of claustrumDEn dorsal endopiriform nudf dorsal fornixDI dysgranular insular cxec external capsulef fornixfi fimbria hippocampusFu bed nu st, fusiformGI granular insular cxHDB nu horizlimb diagonal bandic internal capsuleICj islands of CallejaIEn intermed endopiriform nuIG indusium griseumIPAC interst nu post limb aclo lateral olfactory tractLPO lat preoptic areaLSD lat septal nu, dorsal partLSI lat septal nu, intermedLSS lat stripe striatumLSV lat septal nu, vent partLV lateral ventricleM1 primary motor cxM2 secondary motor cxMCPO magnocell preoptic nuMnPO median preoptic nuMPA medial preoptic areaNasC nasal cavityne neuroepitheliumPir1 piriform cx, layer 1PS parastrial nuPSph presphenoid boneptgcn nerve of the pterygoid canalptgpal pterygopalatine nrf rhinal fissureS1DZ prim somatosens, dysgranul S1FL prim somatosens, forelimbS1HL prim somatosens, hindlimbS1ULp prim somatosens, upper lipS2 2ary somatosensory cxSFi septofimbrial nuSHy septohypothalamic nuSIB substantia innominata, basalst stria terminalisStA strial part preoptic areaSTI ST, intermediate divSTLD bed nu st, lat div, dorsal STLJ bed nu st, lat div, juxtacapSTLP bed nu st, lat div, posterior STLV bed nu st, lat div, ventral STMAL bed nu st, med div, ant lat STMAM bed nu st, med div, ant med STMV bed nu st, med div, ventral TS triangular septal nuTu1 olfactory tubercle, layer 1VCl vent part claustrumVOLT vasc organ lam terVP ventral pallidum

ADMB Book #2 24/8/06 11:23 PM Page CCLXVII

Page 269: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 11:23 PM Page CCLXVIII

Page 270: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

S1ULp

S1DZ

S1FL

S1HL

M1M2

Cg1

Cg2

IG

cg

ccne

LSDLVne

LSI df

SFi

fi

TS

vhc

LTer

f

STD

ic

CPu

SHyst

STMAM

STMAL

ec

S2

GI

DIDCl

AIP VCl

STLPSTLI BAC

ac

STI

STLVacpDEn

SHySTMV

StAFu

STLJ

Pir12

3LSS

IEn

lo

Tu12

3

MCPO

CB

VPIPAC

SIB LPO

PS

MPA

MPOL Pe

MnPO

3V

VOLT

VMPO

VLPOHDB

acer

2n

IPAC

Figure 122P6 #19

3.63 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2 layer 2 of cortex2n optic nerve3 layer 3 of cortex3V 3rd ventricleac anterior commissureacer anterior cerebral artacp anterior comm, posteriorAIP agranular insular cx, postBAC bed nu ant commissureCB cell bridges vent striatumcc corpus callosumcg cingulumCg1 cingulate cortex, area 1Cg2 cingulate cortex, area 2CPu caudate putamen (striatum)DCl dors part of claustrumDEn dorsal endopiriform nudf dorsal fornixDI dysgranular insular cxec external capsulef fornixfi fimbria hippocampusFu bed nu st, fusiformGI granular insular cxHDB nu horizlimb diagonal bandic internal capsuleIEn intermed endopiriform nuIG indusium griseumIPAC interst nu post limb aclo lateral olfactory tractLPO lat preoptic areaLSD lat septal nu, dorsal partLSI lat septal nu, intermedLSS lat stripe striatumLTer lemina terminalisLV lateral ventricleM1 primary motor cxM2 secondary motor cxMCPO magnocell preoptic nuMnPO median preoptic nuMPA medial preoptic areaMPOL medial preoptic nu, lateralne neuroepitheliumPe periventricular hypothal nuPir1 piriform cx, layer 1PS parastrial nuS1DZ prim somatosens, dysgranul S1FL prim somatosens, forelimbS1HL prim somatosens, hindlimbS1ULp prim somatosens, upper lipS2 2ary somatosensory cxSFi septofimbrial nuSHy septohypothalamic nuSIB substantia innominata, basalst stria terminalisStA strial part preoptic areaSTD bed nu st, dorsal partSTI ST, intermediate divSTLI bed nu st, lat div, intermedSTLJ bed nu st, lat div, juxtacapSTLP bed nu st, lat div, posterior STLV bed nu st, lat div, ventral STMAL bed nu st, med div, ant lat STMAM bed nu st, med div, ant med STMV bed nu st, med div, ventral TS triangular septal nuTu1 olfactory tubercle, layer 1VCl vent part claustrumvhc ventral hippocamp commVLPO ventlat preoptic nuVMPO ventmed preoptic nuVOLT vasc organ lam terVP ventral pallidum

ADMB Book #2 24/8/06 11:23 PM Page CCLXIX

Page 271: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 11:23 PM Page CCLXX

Page 272: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

S1FL

S1HL

M1

S1DZ

S1BF

S1ULp

S2

ec

GI

DI DCl

CPu

ne

ne

LV

ne

M2

Cg1

Cg2cg

IG

cc

LSD df

TS

vhc

AV

stSTMP PT

PVAic

GP

STMPL

STLV

STMPI

STMPM

f

BAC

STLI

ac

LTer

STLPIPAC

VClAIP

DEn

LSSacp

IPACIEnVP

LPO

PDPO

SHyStHy

fiSFi

IVFSFO

lo

mcer

Tu1 2 3

Pir12

3

MCPO

HDB

SIB

acer 2n

VLPO

MPAMPOL

AVPe

VMPO

3V

Pe

Figure 123P6 #20

3.75 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2 layer 2 of cortex2n optic nerve3 layer 3 of cortex3V 3rd ventricleac anterior commissureacer anterior cerebral artacp anterior comm, posteriorAIP agranular insular cx, postAV anteroventral thalamic nuAVPe ant ventral periventric nuBAC bed nu ant commissurecc corpus callosumcg cingulumCg1 cingulate cortex, area 1Cg2 cingulate cortex, area 2CPu caudate putamen (striatum)DCl dors part of claustrumDEn dorsal endopiriform nudf dorsal fornixDI dysgranular insular cxec external capsulef fornixfi fimbria hippocampusGI granular insular cxGP globus pallidusHDB nu horizlimb diagonal bandic internal capsuleIEn intermed endopiriform nuIG indusium griseumIPAC interst nu post limb acIVF interventricular foramenlo lateral olfactory tractLPO lat preoptic areaLSD lat septal nu, dorsal partLSS lat stripe striatumLTer lemina terminalisLV lateral ventricleM1 primary motor cxM2 secondary motor cxmcer middle cerebral arteryMCPO magnocell preoptic nuMPA medial preoptic areaMPOL medial preoptic nu, lateralne neuroepitheliumPDPO posterodorsal preoptic nuPe periventricular hypothal nuPir1 piriform cx, layer 1PT paratenial thalamic nuPVA paraventricular thal nu, antS1BF prim somatosens, barrel S1DZ prim somatosens, dysgranul S1FL prim somatosens, forelimbS1HL prim somatosens, hindlimbS1ULp prim somatosens, upper lipS2 2ary somatosensory cxSFi septofimbrial nuSFO subfornical organSHy septohypothalamic nuSIB substantia innominata, basalst stria terminalisStHy striohypothalamic nuSTLI bed nu st, lat div, intermedSTLP bed nu st, lat div, posterior STLV bed nu st, lat div, ventral STMP bed nu st, med div, post STMPI bed nu st, med div, postint STMPL bed nu st, med div, post lat STMPM bed nu st, med div, post medTS triangular septal nuTu1 olfactory tubercle, layer 1VCl vent part claustrumvhc ventral hippocamp commVLPO ventlat preoptic nuVMPO ventmed preoptic nuVP ventral pallidum

ADMB Book #2 24/8/06 11:23 PM Page CCLXXI

Page 273: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 11:23 PM Page CCLXXII

Page 274: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

S1BF

S1DZS1FL

S1HL

M1M2

Cg1

Cg2

IG

cg

dcw

ecS1ULp

S2

CPu

neLV ne

SFi

LSD

GI

fi

AV

AD

sm

ccdf

TS

vhc

SFO

GP

ic Rt

st

RtSt

PT PVA

f Re

STM

PIST

MPM

STM

PL

STLP

EACacp

ns

DI

AIP VCl

DCl

DEn

LSS

IEnIPAC VP

B

Pir12

3

MCPO

SIB LPOMPA

PDPO

StHy

lo

Tu12

3

mcer ICj acer

VLPO

MPOL

MPOM

MPOC

2n

AAHDB

VMPO

3V

PaAP

3VPe

Figure 124P6 #21

3.87 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2 layer 2 of cortex2n optic nerve3 layer 3 of cortex3V 3rd ventricleAA anterior amyg areaacer anterior cerebral artacp anterior comm, posteriorAD anterodorsal thalamic nuAIP agranular insular cx, postAV anteroventral thalamic nuB basal nu (Meynert)cc corpus callosumcg cingulumCg1 cingulate cortex, area 1Cg2 cingulate cortex, area 2CPu caudate putamen (striatum)DCl dors part of claustrumdcw deep cerebral whiteDEn dorsal endopiriform nudf dorsal fornixDI dysgranular insular cxEAC sublent extend amyg, centec external capsulef fornixfi fimbria hippocampusGI granular insular cxGP globus pallidusHDB nu horizlimb diagonal bandic internal capsuleICj islands of CallejaIEn intermed endopiriform nuIG indusium griseumIPAC interst nu post limb aclo lateral olfactory tractLPO lat preoptic areaLSD lat septal nu, dorsal partLSS lat stripe striatumLV lateral ventricleM1 primary motor cxM2 secondary motor cxmcer middle cerebral arteryMCPO magnocell preoptic nuMPA medial preoptic areaMPOC medial preoptic nu, centralMPOL medial preoptic nu, lateralMPOM medial preoptic nu, medialne neuroepitheliumns nigrostriatal bundlePaAP paraventric hy, ant parvicellPDPO posterodorsal preoptic nuPe periventricular hypothal nuPir1 piriform cx, layer 1PT paratenial thalamic nuPVA paraventricular thal nu, antRe reuniens thalamic nuRt reticular thal nuRtSt reticluostrial nuS1BF prim somatosens, barrel S1DZ prim somatosens, dysgranul S1FL prim somatosens, forelimbS1HL prim somatosens, hindlimbS1ULp prim somatosens, upper lipS2 2ary somatosensory cxSFi septofimbrial nuSFO subfornical organSIB substantia innominata, basalsm stria medullaris thalst stria terminalisStHy striohypothalamic nuSTLP bed nu st, lat div, posterior STMPI bed nu st, med div, postint STMPL bed nu st, med div, post lat STMPM bed nu st, med div, post medTS triangular septal nuTu1 olfactory tubercle, layer 1VCl vent part claustrumvhc ventral hippocamp commVLPO ventlat preoptic nuVMPO ventmed preoptic nuVP ventral pallidum

ADMB Book #2 24/8/06 11:23 PM Page CCLXXIII

Page 275: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 11:24 PM Page CCLXXIV

Page 276: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

S1BF

S1FL

S1DZ

S1HL

M1 M2

Cg1

Cg2cg

dcw

SFiTS

df

cc

IG

neLV

ne

fi

SFO

vhc

PVAPT

smAD

AV

AM

st

CPu

GP

Rt

ic

CMsm

S1ULp ec

S2

GI

DCl

VCl

DI

AIP B

RtSt

rf

Pir12

3

DEn

acp

LSSLSS

IEn

IPACVP

HDB

EAC

SIBLPO

MCPO

MPA

STMP

f

VReRe

PaAP

StHy

3VPe

MPOM

MPOL

VMPO

ochVLPOacer

AAACo

Tulo

mcer

Figure 125P6 #22

3.99 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2 layer 2 of cortex3 layer 3 of cortex3V 3rd ventricleAA anterior amyg areaacer anterior cerebral artACo ant cortical amygdaloid nuacp anterior comm, posteriorAD anterodorsal thalamic nuAIP agranular insular cx, postAM anteromedial thalamic nuAV anteroventral thalamic nuB basal nu (Meynert)cc corpus callosumcg cingulumCg1 cingulate cortex, area 1Cg2 cingulate cortex, area 2CM central medial thal nuCPu caudate putamen (striatum)DCl dors part of claustrumdcw deep cerebral whiteDEn dorsal endopiriform nudf dorsal fornixDI dysgranular insular cxEAC sublent extend amyg, centec external capsulef fornixfi fimbria hippocampusGI granular insular cxGP globus pallidusHDB nu horizlimb diagonal bandic internal capsuleIEn intermed endopiriform nuIG indusium griseumIPAC interst nu post limb aclo lateral olfactory tractLPO lat preoptic areaLSS lat stripe striatumLV lateral ventricleM1 primary motor cxM2 secondary motor cxmcer middle cerebral arteryMCPO magnocell preoptic nuMPA medial preoptic areaMPOL medial preoptic nu, lateralMPOM medial preoptic nu, medialne neuroepitheliumoch optic chiasmPaAP paraventric hy, ant parvicellPe periventricular hypothal nuPir1 piriform cx, layer 1PT paratenial thalamic nuPVA paraventricular thal nu, antRe reuniens thalamic nurf rhinal fissureRt reticular thal nuRtSt reticluostrial nuS1BF prim somatosens, barrel S1DZ prim somatosens, dysgranul S1FL prim somatosens, forelimbS1HL prim somatosens, hindlimbS1ULp prim somatosens, upper lipS2 2ary somatosensory cxSFi septofimbrial nuSFO subfornical organSIB substantia innominata, basalsm stria medullaris thalst stria terminalisStHy striohypothalamic nuSTMP bed nu st, med div, post TS triangular septal nuTu olfactory tubercleVCl vent part claustrumvhc ventral hippocamp commVLPO ventlat preoptic nuVMPO ventmed preoptic nuVP ventral pallidumVRe vent reuniens thalamic nu

ADMB Book #2 24/8/06 11:24 PM Page CCLXXV

Page 277: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 11:24 PM Page CCLXXVI

Page 278: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

CPu

GP

B

ic

Rt

st

LDVL

LDDM

AD

AVDM

AVVL

eml

AM

PTIAD

smMHb

S2

GI

DI

AIP

VCl

DCl

DEn

ecS1ULp

S1BF

S1DZ

S1FL

S1HL

M1M2

Cg1

Cg2cg

dcw

cc

IG

Py

CA3 Rad

SLu

ne

LV

ne

fi

RtSt

vhc

D3V

PVA

CM

SFO

GrDG

MoDG

IEnLSS

acp

IPAC

VP

3

2

CxA1ACo

AA

mceracer

MCPO

HDB

SIB

EAC

LPO

VLPO

MPA

MPOL

MPOM

Pe

3V

PaAP

StHy

STMP

f

sm

SM

VReRe

Xi

PaXi

VMPO

ochSCh

rf

MD

Pir1 2 3

Figure 126P6 #23

4.11 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

3V 3rd ventricleAA anterior amyg areaacer anterior cerebral artACo ant cortical amygdaloid nuacp anterior comm, posteriorAD anterodorsal thalamic nuAIP agranular insular cx, postAM anteromedial thalamic nuAVDM ant vent thal nu, dorsomedAVVL ant ventral thal, ventrolatB basal nu (Meynert)CA3 field CA3 hippocampuscc corpus callosumcg cingulumCg1 cingulate cortex, area 1Cg2 cingulate cortex, area 2CM central medial thal nuCPu caudate putamen (striatum)CxA1 cortex-amyg trans, lr 1D3V dorsal 3rd ventricleDCl dors part of claustrumdcw deep cerebral whiteDEn dorsal endopiriform nuDI dysgranular insular cxEAC sublent extend amyg, centec external capsuleeml external medullary laminaf fornixfi fimbria hippocampusGI granular insular cxGP globus pallidusGrDG granular dentate gyrusHDB nu horizlimb diagonal bandIAD interanterodorsal thal nuic internal capsuleIEn intermed endopiriform nuIG indusium griseumIPAC interst nu post limb acLDDM laterodor th nu, dorsomedLDVL laterodor thal nu, ventrolatLPO lat preoptic areaLSS lat stripe striatumLV lateral ventricleM1 primary motor cxM2 secondary motor cxmcer middle cerebral arteryMCPO magnocell preoptic nuMD mediodorsal thalamic nuMHb med habenular nuMoDG molecular dentate gyrusMPA medial preoptic areaMPOL medial preoptic nu, lateralMPOM medial preoptic nu, medialne neuroepitheliumoch optic chiasmPaAP paraventric hy, ant parvicellPaXi paraxiphoid nu of thalamusPe periventricular hypothal nuPir1 piriform cx, layer 1PT paratenial thalamic nuPVA paraventricular thal nu, antPy pyramidal cell hippocampusRad radiatum layer hippocampRe reuniens thalamic nurf rhinal fissureRt reticular thal nuRtSt reticluostrial nuS1BF prim somatosens, barrel S1DZ prim somatosens, dysgranul S1FL prim somatosens, forelimbS1HL prim somatosens, hindlimbS1ULp prim somatosens, upper lipS2 2ary somatosensory cxSCh suprachiasmatic nuSFO subfornical organSIB substantia innominata, basalSLu stratum lucidum hippocampSM nu stria medullarissm stria medullaris thalst stria terminalisStHy striohypothalamic nuSTMP bed nu st, med div, post VCl vent part claustrumvhc ventral hippocamp commVLPO ventlat preoptic nuVMPO ventmed preoptic nuVP ventral pallidumVRe vent reuniens thalamic nuXi xiphoid thal nu

ADMB Book #2 24/8/06 11:24 PM Page CCLXXVII

Page 279: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 11:24 PM Page CCLXXVIII

Page 280: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Rad

S1Sh

S1DZ

S1BF

S1ULp

ec

dcw

cg

RSGc

IG

S1HL

M1M2

RSD

SLuCA3

PyOr

alv

neLV

fi

LDVLLDDM

AD

AVDM

AVVL

Rt

st

ic

ic

GP

CPuAM

AMV

PT

PVA

D3V

dhc

cc

MHbsm

LHb

MDPC

CLmt CM

IAD

Rh

ReVRe

RtSt

GrDG

MoDG

S2

GI

DI

AIPVCl

DCl

DEn

rf LSSIPAC

B

EAC

VP

MCPOVEn

acp

Pir1 2 3

3AA

HDB

ACo 2

LOT1

mceracer

SO

ESO

VLH

PLHSIB

sm

SM

ZIR

ANS

f

STMP

AHA

MPOL

MPOM

LASCh

ochSChVM

Pe

3V

SPaPaV

PaMM PaXi

Xi

PaMPBCo

Figure 127P6 #24

4.23 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

3V 3rd ventricleAA anterior amyg areaacer anterior cerebral artACo ant cortical amygdaloid nuacp anterior comm, posteriorAD anterodorsal thalamic nuAHA anterior hypothal area, antAIP agranular insular cx, postalv alveus hippocampusAM anteromedial thalamic nuAMV anteromed thal nu, ventANS access neurosecretory nu AVDM ant vent thal nu, dorsomedAVVL ant ventral thal, ventrolatB basal nu (Meynert)BCo basal nu, corecc corpus callosumcg cingulumCL centrolateral thal nuCM central medial thal nuCPu caudate putamen (striatum)D3V dorsal 3rd ventricleDCl dors part of claustrumdcw deep cerebral whiteDEn dorsal endopiriform nudhc dorsal hippocampal commDI dysgranular insular cxEAC sublent extend amyg, centec external capsuleESO episupraoptic nuf fornixfi fimbria hippocampusGI granular insular cxGP globus pallidusGrDG granular dentate gyrusHDB nu horizlimb diagonal bandIAD interanterodorsal thal nuic internal capsuleIG indusium griseumIPAC interst nu post limb acLA lateroanterior hypothal nuLDDM laterodor th nu, dorsomedLDVL laterodor thal nu, ventrolatLHb lateral habenular nuLOT1 nu lat olf tract, layer 1LSS lat stripe striatumLV lateral ventricleM1 primary motor cxM2 secondary motor cxmcer middle cerebral arteryMCPO magnocell preoptic nuMD mediodorsal thalamic nuMHb med habenular nuMoDG molecular dentate gyrusMPOL medial preoptic nu, lateralMPOM medial preoptic nu, medialmt mammillothalamic tractne neuroepitheliumoch optic chiasmOr oriens layer hippocampusPaMM paravent hy, med magnocelPaMP paravent hy, med parvicellPaV paraventric hy nu, ventPaXi paraxiphoid nu of thalamusPC paracentral thal nuPe periventricular hypothal nuPir1 piriform cx, layer 1PLH peduncular part lat hyPT paratenial thalamic nuPVA paraventricular thal nu, antPy pyramidal cell hippocampusRad radiatum layer hippocampRe reuniens thalamic nurf rhinal fissureRh rhomboid thal nuRSD retrosplenial dysgranular cxRSGc retrosplenial granular cx, cRt reticular thal nuRtSt reticluostrial nuS1BF prim somatosens, barrel S1DZ prim somatosens, dysgranul S1HL prim somatosens, hindlimbS1Sh prim somatosens, shoulderS1ULp prim somatosens, upper lipS2 2ary somatosensory cxSCh suprachiasmatic nuSChVM suprachiasmatic, ventromedSIB substantia innominata, basalSLu stratum lucidum hippocampSM nu stria medullarissm stria medullaris thalSO supraoptic nu

Refer to Index of Abbreviations for other entries

ADMB Book #2 24/8/06 11:24 PM Page CCLXXIX

Page 281: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 11:24 PM Page CCLXXX

Page 282: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Figure 128P6 #25

4.35 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

CPu

Rt

st

LDVLLDDM

sm

LHb

MD

PTPC

CL

AVDM

VL

AVVL

AM

VA

mt

AMV

hif

MoDG

PoDG

GrDG

CA2 CA1Py

cg

dcw

ec

ne

fi

RtSt

Rad

CA3

ne

LV

SLu

LMol

MHb

alv

OrS1BF

dhc

cc

IG

RSGc

RSDM2M1S1HL

S1ShS1DZ

D3V

PVA

CM

IAM

Rh

ReGP

S1ULp

S2

GI

DI

AIP

VCl

DCl

rf

Pir123

LSS

VEn

DEn

BLA

ICeM

BMA

EAC

Bic

B

EAM

ZIR VRe

CxA12

3ACo 2

LOT1

BAOT

3

MeAD

AA

cst

MCPO

HDB

PLH

SM

VLH

ESO

mceracer SO

LA

opt

AHA

SPaf

ANS

PaXi

Xi

PaMPPaV

PaLM

SChVMsox

Pe

PaV

SChDL

3V

3V 3rd ventricleAA anterior amyg areaacer anterior cerebral artACo ant cortical amygdaloid nuAHA anterior hypothal area, antAIP agranular insular cx, postalv alveus hippocampusAM anteromedial thalamic nuAMV anteromed thal nu, ventANS access neurosecretory nu AVDM ant vent thal nu, dorsomedAVVL ant ventral thal, ventrolatB basal nu (Meynert)BAOT bed nu access olfactory trBLA basolat amyg nu, antBMA basomed amyg nu, antcc corpus callosumCeM central amyg nu, med divcg cingulumCL centrolateral thal nuCM central medial thal nuCPu caudate putamen (striatum)cst comm stria terminalisCxA1 cortex-amyg trans, lr 1D3V dorsal 3rd ventricleDCl dors part of claustrumdcw deep cerebral whiteDEn dorsal endopiriform nudhc dorsal hippocampal commDI dysgranular insular cxEAC sublent extend amyg, centEAM sublent extended amyg, medec external capsuleESO episupraoptic nuf fornixfi fimbria hippocampusGI granular insular cxGP globus pallidusGrDG granular dentate gyrusHDB nu horizlimb diagonal bandhif hippocampal fissureI intercalated nuclei amygIAM interanteromedthal nuic internal capsuleIG indusium griseumLA lateroanterior hypothal nuLDDM laterodor th nu, dorsomedLDVL laterodor thal nu, ventrolatLHb lateral habenular nuLMol lacunosum moleculareLOT1 nu lat olf tract, layer 1LSS lat stripe striatumLV lateral ventricleM1 primary motor cxM2 secondary motor cxmcer middle cerebral arteryMCPO magnocell preoptic nuMD mediodorsal thalamic nuMeAD med amygd nu, ant dorsMHb med habenular nuMoDG molecular dentate gyrusmt mammillothalamic tractne neuroepitheliumopt optic tractOr oriens layer hippocampusPaLM paravent hy, lat magnocellPaMP paravent hy, med parvicellPaV paraventric hy nu, ventPaXi paraxiphoid nu of thalamusPC paracentral thal nuPe periventricular hypothal nuPir1 piriform cx, layer 1PLH peduncular part lat hyPoDG polymorph dentate gyrusPT paratenial thalamic nuPVA paraventricular thal nu, antPy pyramidal cell hippocampusRad radiatum layer hippocampRe reuniens thalamic nurf rhinal fissureRh rhomboid thal nuRSD retrosplenial dysgranular cxRSGc retrosplenial granular cx, cRt reticular thal nuRtSt reticluostrial nuS1BF prim somatosens, barrel S1DZ prim somatosens, dysgranul S1HL prim somatosens, hindlimbS1Sh prim somatosens, shoulderS1ULp prim somatosens, upper lipS2 2ary somatosensory cxSChDL suprachiasmatic, dorsolat

Refer to Index of Abbreviations for other entries

ADMB Book #2 24/8/06 11:24 PM Page CCLXXXI

Page 283: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 11:24 PM Page CCLXXXII

Page 284: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Figure 129P6 #26

4.47 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

Rt

VL

VA

LDVLLDDM

CL

PC

PT

MD

smfi

st

ne

LV

RtSt

GP

B

B

icZIR

VMmt

Sub

ReVRe

PaXiXi

AM

AMV

AngT

AVDM

AVVLLHbL

MHb

LHbM

hif

PoDGGrDG

RadLMolMoDG

CA3SLu

CA1CA2 Py

alv

Or

dcw

S2

GI

DI

AIP DEn

VCl

DCl CPu

ec

S1ULp

S1BF

S1DZ

S1ShS1Tr

LPtAMPtA RSD

RSGccg

IG

cc

dhc

D3V

PVA

IMD

rf

Pir12

3

BLACeL

CeM

CeC

IVEn

EAC

BMA

ACo

LOT

BAOT

AAcstMCPO

HDB

EAM

PLH

VLH

ESO

SO

ictd opt

LA

AHA

SM

sm ANS JPLH

f

AHC

SPa

PaLM

CxA1

2

3

SChVMsox

Pe

A14

3VPaV

PaMP

SChDLMeAD

Rh

IAM

CM

3V 3rd ventricleA14 A14 dopamine cellsAA anterior amyg areaACo ant cortical amygdaloid nuAHA anterior hypothal area, antAHC anterior hy area, centralAIP agranular insular cx, postalv alveus hippocampusAM anteromedial thalamic nuAMV anteromed thal nu, ventAngT angular thalamic nuANS access neurosecretory nu AVDM ant vent thal nu, dorsomedAVVL ant ventral thal, ventrolatB basal nu (Meynert)BAOT bed nu access olfactory trBLA basolat amyg nu, antBMA basomed amyg nu, antcc corpus callosumCeC central amyg nu, capsularCeL central amygd nu, lat divCeM central amyg nu, med divcg cingulumCL centrolateral thal nuCM central medial thal nuCPu caudate putamen (striatum)cst comm stria terminalisCxA1 cortex-amyg trans, lr 1D3V dorsal 3rd ventricleDCl dors part of claustrumdcw deep cerebral whiteDEn dorsal endopiriform nudhc dorsal hippocampal commDI dysgranular insular cxEAC sublent extend amyg, centEAM sublent extended amyg, medec external capsuleESO episupraoptic nuf fornixfi fimbria hippocampusGI granular insular cxGP globus pallidusGrDG granular dentate gyrusHDB nu horizlimb diagonal bandhif hippocampal fissureI intercalated nuclei amygIAM interanteromedthal nuic internal capsuleictd internal carotid arteryIG indusium griseumIMD intermediodorsal thal nuJPLH juxtaparaventricular lat hyLA lateroanterior hypothal nuLDDM laterodor th nu, dorsomedLDVL laterodor thal nu, ventrolatLHbL lateral habenular nu, lateralLHbM lateral habenular nu, medialLMol lacunosum moleculareLOT nu lateral olfactory tractLPtA lat parietal association cxLV lateral ventricleMCPO magnocell preoptic nuMD mediodorsal thalamic nuMeAD med amygd nu, ant dorsMHb med habenular nuMoDG molecular dentate gyrusMPtA med parietal association cxmt mammillothalamic tractne neuroepitheliumopt optic tractOr oriens layer hippocampusPaLM paravent hy, lat magnocellPaMP paravent hy, med parvicellPaV paraventric hy nu, ventPaXi paraxiphoid nu of thalamusPC paracentral thal nuPe periventricular hypothal nuPir1 piriform cx, layer 1PLH peduncular part lat hyPoDG polymorph dentate gyrusPT paratenial thalamic nuPVA paraventricular thal nu, antPy pyramidal cell hippocampusRad radiatum layer hippocampRe reuniens thalamic nurf rhinal fissureRh rhomboid thal nuRSD retrosplenial dysgranular cxRSGc retrosplenial granular cx, cRt reticular thal nuRtSt reticluostrial nuS1BF prim somatosens, barrel

Refer to Index of Abbreviations for other entries

ADMB Book #2 24/8/06 11:24 PM Page CCLXXXIII

Page 285: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 11:24 PM Page CCLXXXIV

Page 286: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Figure 130P6 #27

4.59 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

VPL

VL

VA

VMscp

RtGP

ic

CPu

mt

AM

AngT

LDDMLDVL

MDL MDM

LHbM

LHbL

sm MHb

PoDGGrDG

st

fi RtSt

nene

CA3

SLudcw

ecS2

GI

DI

AIP

VCl

DEnLaDL

BLACeC

CeL

CeMEAC

EP

DCl

S1ULp

ZIR

EAM

ANS

VReRe

PaXi

S1BF

LPtAMPtA RSD

RSGccg

IG

cc

dhc

D3V

FC

PV

IMD

LMol

Rad

CA1

CA2LV

alv

Py

Or

hif

MoDG

Pir1 23

VEnIM

BMA

ACoCxA1

2

3

AA

cst

MeAD

MeAV

BAOT

SOESO

VLH

PLHHDBMCPO

ictd opt

sox

TuLHLA

AHC

f

JPLH PaLM

AHP

SPa

SChVM

SChDL

Pe

PaV

PaMP

PaDC

Xi

Rh

IAM

CM

PC

CL

3V

S1DZ

LV

3V 3rd ventricleAA anterior amyg areaACo ant cortical amygdaloid nuAHC anterior hy area, centralAHP ant hypothal area, postAIP agranular insular cx, postalv alveus hippocampusAM anteromedial thalamic nuAngT angular thalamic nuANS access neurosecretory nu BAOT bed nu access olfactory trBLA basolat amyg nu, antBMA basomed amyg nu, antcc corpus callosumCeC central amyg nu, capsularCeL central amygd nu, lat divCeM central amyg nu, med divCL centrolateral thalamic nucg cingulumCM central medial thal nuCPu caudate putamen (striatum)cst comm stria terminalisCxA1 cortex-amyg trans, lr 1D3V dorsal 3rd ventricleDCl dors part of claustrumdcw deep cerebral whiteDEn dorsal endopiriform nudhc dorsal hippocampal commDI dysgranular insular cxEAC sublent extend amyg, centEAM sublent extended amyg, medec external capsuleEP entopeduncular nuESO episupraoptic nuf fornixFC fasciola cinereumfi fimbria hippocampusGI granular insular cxGP globus pallidusGrDG granular dentate gyrusHDB nu horizlimb diagonal bandhif hippocampal fissureIAM interanteromedthal nuic internal capsuleictd internal carotid arteryIG indusium griseumIM intercalated amygd nu, mainIMD intermediodorsal thal nuJPLH juxtaparaventricular lat hyLA lateroanterior hypothal nuLaDL lat amyg nu, dorsolatLDDM laterodor th nu, dorsomedLDVL laterodor thal nu, ventrolatLHbL lateral habenular nu, lateralLHbM lateral habenular nu, medialLMol lacunosum moleculareLPtA lat parietal association cxLV lateral ventricleMCPO magnocell preoptic nuMDL mediodorsal thalamic nu, latMDM mediodorsal thal nu, medMeAD med amygd nu, ant dorsMeAV med amygd nu, anteroventMHb med habenular nuMoDG molecular dentate gyrusMPtA med parietal association cxmt mammillothalamic tractne neuroepitheliumopt optic tractOr oriens layer hippocampusPaDC paraventric hy dorsal capPaLM paravent hy, lat magnocellPaMP paravent hy, med parvicellPaV paraventric hy nu, ventPaXi paraxiphoid nu of thalamusPC paracentral thalamic nuPe periventricular hypothal nuPir1 piriform cx, layer 1PLH peduncular part lat hyPoDG polymorph dentate gyrusPV paraventricular thalamic nuPy pyramidal cell hippocampusRad radiatum layer hippocampRe reuniens thalamic nuRh rhomboid thal nuRSD retrosplenial dysgranular cxRSGc retrosplenial granular cx, cRt reticular thal nuRtSt reticluostrial nuS1BF prim somatosens, barrel S1DZ prim somatosens, dysgranul S1ULp prim somatosens, upper lip

Refer to Index of Abbreviations for other entries

ADMB Book #2 24/8/06 11:24 PM Page CCLXXXV

Page 287: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:29 PM Page CCLXXXVI

Page 288: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Figure 131P6 #28

4.71 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

LDVLLDDM

CL

MDLMDC

MDM

LHbL

LHbM

PoDGGrDG

LMolMoDG

hif

SLu

CA3

DLG

VGfine

ne

LV

st

RtVPL

VPM

VLPC

AngT

AM

Sub

mtVM

EP

icGP

CPu

ZIRVRe

DI

GI

AuV

VCl

DCl

Au1

AuD

ec

S2

dcw

alv cg

CA2

CA1Rad Py

Or

S1BF

LPtA MPtA RSD

RSGc

IG

cc

dhc

D3V

FC

MHb

PV

IMD

CM

Rh

Re

Xi

PaXi

PaPo

PaDC

EA

cst

CeM

CeL

CeCBLA

LaDL

IMGDEn

AIP

rf

Pir12

3

I

BLVCxA

ACo

BMA

IM AA MeAD

MeAV

BAOT

f

SO

opt

PTe

PLH

TuLH

ictdsox

RChL

VMH

VMHSh

AHC

AHP

SPa

Pe

RCh

3V

PaMP

chp

sm

3V 3rd ventricleAA anterior amyg areaACo ant cortical amygdaloid nuAHC anterior hy area, centralAHP ant hypothal area, postAIP agranular insular cx, postalv alveus hippocampusAM anteromedial thalamic nuAngT angular thalamic nuAu1 primary auditory cortexAuD 2ary auditory cx, dorsalAuV 2ary auditory cx, ventralBAOT bed nu access olfactory trBLA basolat amyg nu, antBLV basolat amyg, ventralBMA basomed amyg nu, antcc corpus callosumCeC central amyg nu, capsularCeL central amygd nu, lat divCeM central amyg nu, med divcg cingulumchp choroid plexusCL centrolateral thal nuCM central medial thal nuCPu caudate putamen (striatum)cst comm stria terminalisCxA cortex-amyg transition D3V dorsal 3rd ventricleDCl dors part of claustrumdcw deep cerebral whiteDEn dorsal endopiriform nudhc dorsal hippocampal commDI dysgranular insular cxDLG dorsal lat geniculate nuEA sublenticular extend amygec external capsuleEP entopeduncular nuf fornixFC fasciola cinereumfi fimbria hippocampusGI granular insular cxGP globus pallidusGrDG granular dentate gyrushif hippocampal fissureI intercalated nuclei amygic internal capsuleictd internal carotid arteryIG indusium griseumIM intercalated amygd nu, mainIMD intermediodorsal thal nuIMG amyg intramedullary grLaDL lat amyg nu, dorsolatLDDM laterodor th nu, dorsomedLDVL laterodor thal nu, ventrolatLHbL lateral habenular nu, lateralLHbM lateral habenular nu, medialLMol lacunosum moleculareLPtA lat parietal association cxLV lateral ventricleMDC MD thal nu, centralMDL mediodorsal thalamic nu, latMDM mediodorsal thal nu, medMeAD med amygd nu, ant dorsMeAV med amygd nu, anteroventMHb med habenular nuMoDG molecular dentate gyrusMPtA med parietal association cxmt mammillothalamic tractne neuroepitheliumopt optic tractOr oriens layer hippocampusPaDC paraventric hy dorsal capPaMP paravent hy, med parvicellPaPo paraventricular hy nu, postPaXi paraxiphoid nu of thalamusPC paracentral thal nuPe periventricular hypothal nuPir1 piriform cx, layer 1PLH peduncular part lat hyPoDG polymorph dentate gyrusPTe paraterete nuPV paraventricular thalamic nuPy pyramidal cell hippocampusRad radiatum layer hippocampRCh retrochiasmatic areaRChL retrochiasmatic, lateralRe reuniens thalamic nurf rhinal fissureRh rhomboid thal nuRSD retrosplenial dysgranular cxRSGc retrosplenial granular cx, cRt reticular thal nu

Refer to Index of Abbreviations for other entries

ADMB Book #2 24/8/06 10:29 PM Page CCLXXXVII

Page 289: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:29 PM Page CCLXXXVIII

Page 290: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Figure 132P6 #29

4.83 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

LDDMLDVL

PoCL

MDL

MDC

MDM

PV

LHbM

LHbM

MHb

sm

LMol

PoDG

GrDG

CA3

SLu

DLG

IGL

IMA

fi

stRt VPL

VPMVL

CM

VM

VG

CA2

dcw MoDG

hif D3V

FCdhc

IMD

ic

ne ne

LV eml

EP

Sub

mtRe

Rh

CPu

GP

ec

LaDLDEn

IMG

CeC

CeL

CeM

S2

AuD

Au1

AuV

S1BF

PtPR

PtPD

CA1 Rad

PyOr

cgRSGb

RSGc

RSDV2MMV2ML

IG

cc

AngTfr

ml

GI

DI

AIP

rf

DCl

VCl

Pir12

3

VEnBLA

STIA

BLVBMA

ACo

MeAV

MeAD

MCLHns

mfb

PLHf

PTe

opt

ictdBAOT

sox

VMH

TuLH

RChL

PeFLH

VMHSh

Pe

AHP

ZIRA13 VRe

PaXiXi

Stg

3V

Arc

3V 3rd ventricleA13 A13 dopamine cellsACo ant cortical amygdaloid nuAHP ant hypothal area, postAIP agranular insular cx, postAngT angular thalamic nuArc arcuate hypothal nuAu1 primary auditory cortexAuD 2ary auditory cx, dorsalAuV 2ary auditory cx, ventralBAOT bed nu access olfactory trBLA basolat amyg nu, antBLV basolat amyg, ventralBMA basomed amyg nu, antcc corpus callosumCeC central amyg nu, capsularCeL central amygd nu, lat divCeM central amyg nu, med divcg cingulumCL centrolateral thal nuCM central medial thal nuCPu caudate putamen (striatum)D3V dorsal 3rd ventricleDCl dors part of claustrumdcw deep cerebral whiteDEn dorsal endopiriform nudhc dorsal hippocampal commDI dysgranular insular cxDLG dorsal lat geniculate nuec external capsuleeml external medullary laminaEP entopeduncular nuf fornixFC fasciola cinereumfi fimbria hippocampusfr fasciculus retroflexusGI granular insular cxGP globus pallidusGrDG granular dentate gyrushif hippocampal fissureic internal capsuleictd internal carotid arteryIG indusium griseumIGL intergeniculate leafIMA intramedullary thalamic areaIMD intermediodorsal thal nuIMG amyg intramedullary grLaDL lat amyg nu, dorsolatLDDM laterodor th nu, dorsomedLDVL laterodor thal nu, ventrolatLHbM lateral habenular nu, medialLMol lacunosum moleculareLV lateral ventricleMCLH magnocell nu lat hypothalMDC MD thal nu, centralMDL mediodorsal thalamic nu, latMDM mediodorsal thal nu, medMeAD med amygd nu, ant dorsMeAV med amygd nu, anteroventmfb med forebrain bundleMHb med habenular numl medial lemniscusMoDG molecular dentate gyrusmt mammillothalamic tractne neuroepitheliumns nigrostriatal bundleopt optic tractOr oriens layer hippocampusPaXi paraxiphoid nu of thalamusPe periventricular hypothal nuPeFLH perifornical part of lat hyPir1 piriform cx, layer 1PLH peduncular part lat hyPo post thal nuclear groupPoDG polymorph dentate gyrusPTe paraterete nuPtPD parietal cx, post, dorsalPtPR parietal cx, post, rostralPV paraventricular thalamic nuPy pyramidal cell hippocampusRad radiatum layer hippocampRChL retrochiasmatic, lateralRe reuniens thalamic nurf rhinal fissureRh rhomboid thal nuRSD retrosplenial dysgranular cxRSGb retrosplenial granular cx, bRSGc retrosplenial granular cx, cRt reticular thal nuS1BF prim somatosens, barrel S2 2ary somatosensory cxSLu stratum lucidum hippocamp

Refer to Index of Abbreviations for other entries

ADMB Book #2 24/8/06 10:29 PM Page CCLXXXIX

Page 291: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:29 PM Page CCXC

Page 292: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Figure 133P6 #30

4.95 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

LDVLDLG

VGfi

RtVPL

VPM

Po

LPMR

CL

AngT

iml MDL

MDC

LHbLLHbM

fr

hifGrDG

PoDG

MoDG

SLu

CA3

CPu

IMG

CeC

CeL

st

ic

LV

EP

LEnt

rfDEn

PRh

Ect

TeA

AuV

Au1

ec

AuD

S1

eml

LaDL

LaVM

LaVL

BLA

BLP

CeM

cst

PtPR

V2L

V1

V2MLV2MM RSD

RSGc

RSGbcg

IGcc

dhc

alv

OrPy

CA1

FC

Rad

LMol

smMHb

D3V

PVP

IMD

MDM

CA2

CMPC

VM Sub

mtVRe

PaXi Xi

Re

Rh

ns

ZIR

A13

DAmfb

MCLH PeFLHPeFf

PTeopt

MePV

MeAD

MePDSTIAI

BLVPir1

23

PLCo1

2

3ACo PMCo

BMABMP

soxMTu

RChLArc

VMHVLVMHSh

VMHDM

VMHC

DMD

3V

ml

IGL

3V 3rd ventricleA13 A13 dopamine cellsACo ant cortical amygdaloid nualv alveus hippocampusAngT angular thalamic nuArc arcuate hypothal nuAu1 primary auditory cortexAuD 2ary auditory cx, dorsalAuV 2ary auditory cx, ventralBLA basolat amyg nu, antBLP basolat amyg nu, postBLV basolat amyg, ventralBMA basomed amyg nu, antBMP basomed amyg nu, postcc corpus callosumCeC central amyg nu, capsularCeL central amygd nu, lat divCeM central amyg nu, med divcg cingulumCL centrolateral thal nuCM central medial thal nuCPu caudate putamen (striatum)cst comm stria terminalisD3V dorsal 3rd ventricleDA dorsal hypothal areaDEn dorsal endopiriform nudhc dorsal hippocampal commDLG dorsal lat geniculate nuDMD dorsomed hypothal nu,dorsalec external capsuleEct ectorhinal cortexeml external medullary laminaEP entopeduncular nuf fornixFC fasciola cinereumfi fimbria hippocampusfr fasciculus retroflexusGrDG granular dentate gyrushif hippocampal fissureI intercalated nuclei amygic internal capsuleIG indusium griseumIGL intergeniculate leafIMD intermediodorsal thal nuIMG amyg intramedullary griml int medullary laminaLaDL lat amyg nu, dorsolatLaVL lat amyg nu, ventrolatLaVM lat amyg nu, ventromedLDVL laterodor thal nu, ventrolatLEnt lateral entorhinal cxLHbL lateral habenular nu, lateralLHbM lateral habenular nu, medialLMol lacunosum moleculareLPMR LP thal nu, mediorostralLV lateral ventricleMCLH magnocell nu lat hypothalMDC MD thal nu, centralMDL mediodorsal thalamic nu, latMDM mediodorsal thal nu, medMeAD med amygd nu, ant dorsMePD med amygd nu, posterodorsMePV med amyg nu, posteroventmfb med forebrain bundleMHb med habenular numl medial lemniscusMoDG molecular dentate gyrusmt mammillothalamic tractMTu medial tuberal nuns nigrostriatal bundleopt optic tractOr oriens layer hippocampusPaXi paraxiphoid nu of thalamusPC paracentral thal nuPeF perifornical nuPeFLH perifornical part of lat hyPir1 piriform cx, layer 1PLCo1 posterolat cortical amyg, 1PMCo posteromed cortical amyg nuPo post thal nuclear groupPoDG polymorph dentate gyrusPRh perirhinal cxPTe paraterete nuPtPR parietal cx, post, rostralPVP paraventricular thal nu, postPy pyramidal cell hippocampusRad radiatum layer hippocampRChL retrochiasmatic, lateralRe reuniens thalamic nurf rhinal fissureRh rhomboid thal nuRSD retrosplenial dysgranular cx

Refer to Index of Abbreviations for other entries

ADMB Book #2 24/8/06 10:29 PM Page CCXCI

Page 293: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:29 PM Page CCXCII

Page 294: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Figure 134P6 #31

5.07 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

Po

VPM

VPL

MDL

MDMIMD

iml

PC

CL frPVP

MHb

LHbM

LHbLLPMRLPLR

sm

DLG

eml

IMACA2

SLu

CA3

fi

VG

IGL

Rt

SubG

ic

EP

ZID

ZIVA13

PHD

Re

Rh

Sub

mt VRe

CM

D3VGrDG

hif

FC

PoDG

MoDG

LMol

Rad

PyOr

CA1

alv cgRSGb

IGcc

dhc

RSGc

RSDV2MMV2ML

V1

V2L

PtPD

PtPR

S1

AuD

Au1

ec

LVCPu

LaDL

LaVMDEn

AuV

TeA

Ect

PRh

rf LEnt

ne

ml

MePD

STIA

BLAI

BLP

IMG

CeC

st

LaVL

Pir1 2 3

BLV BMP

PLCo

PMCo

MePV

sox

opt

PTe

MCLH

PeFf

PeFLH

MTu

ictd

VMHVL

VMHC

VMHSh

DMD

SubI

VM

ArcL ArcM

ArcD

ME

3V

Pe

DA

VMHDM

3V 3rd ventricleA13 A13 dopamine cellsalv alveus hippocampusArcD arcuate hypothal nu, dorsArcL arcuate hypothal nu, latArcM arcuate hypothal nu,medAu1 primary auditory cortexAuD 2ary auditory cx, dorsalAuV 2ary auditory cx, ventralBLA basolat amyg nu, antBLP basolat amyg nu, postBLV basolat amyg, ventralBMP basomed amyg nu, postcc corpus callosumCeC central amyg nu, capsularcg cingulumCL centrolateral thal nuCM central medial thal nuCPu caudate putamen (striatum)D3V dorsal 3rd ventricleDA dorsal hypothal areaDEn dorsal endopiriform nudhc dorsal hippocampal commDLG dorsal lat geniculate nuDMD dorsomed hypothal nu,dorsalec external capsuleEct ectorhinal cortexeml external medullary laminaEP entopeduncular nuf fornixFC fasciola cinereumfi fimbria hippocampusfr fasciculus retroflexusGrDG granular dentate gyrushif hippocampal fissureI intercalated nuclei amygic internal capsuleictd internal carotid arteryIG indusium griseumIGL intergeniculate leafIMA intramedullary thalamic areaIMD intermediodorsal thal nuIMG amyg intramedullary griml int medullary laminaLaDL lat amyg nu, dorsolatLaVL lat amyg nu, ventrolatLaVM lat amyg nu, ventromedLEnt lateral entorhinal cxLHbL lateral habenular nu, lateralLHbM lateral habenular nu, medialLMol lacunosum moleculareLPLR LP thal nu, laterorostralLPMR LP thal nu, mediorostralLV lateral ventricleMCLH magnocell nu lat hypothalMDL mediodorsal thalamic nu, latMDM mediodorsal thal nu, medME median eminenceMePD med amygd nu, posterodorsMePV med amyg nu, posteroventMHb medial habenular numl medial lemniscusMoDG molecular dentate gyrusmt mammillothalamic tractMTu medial tuberal nune neuroepitheliumopt optic tractOr oriens layer hippocampusPC paracentral thal nuPe periventricular hypothal nuPeF perifornical nuPeFLH perifornical part of lat hyPHD post hypothal area, dorsalPir1 piriform cx, layer 1PLCo posterolat cortical amygPMCo posteromed cortical amyg nuPo post thal nuclear groupPoDG polymorph dentate gyrusPRh perirhinal cxPTe paraterete nuPtPD parietal cx, post, dorsalPtPR parietal cx, post, rostralPVP paraventricular thal nu, postPy pyramidal cell hippocampusRad radiatum layer hippocampRe reuniens thalamic nurf rhinal fissureRh rhomboid thal nuRSD retrosplenial dysgranular cxRSGb retrosplenial granular cx, bRSGc retrosplenial granular cx, cRt reticular thal nu

Refer to Index of Abbreviations for other entries

ADMB Book #2 24/8/06 10:29 PM Page CCXCIII

Page 295: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:29 PM Page CCXCIV

Page 296: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Figure 135P6 #32

5.19 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

VPM

Po

VPL

VPPC

VMZID

ZIV

mtA11

SubG

ic STh

fi

CA3

SLu

CA2 DLG

IGL

VG12

3

dcw

AuV

TeA

Ect

PRh

LEnt

rf

DEnLaDL

LaVM

BLPSTIA

stne

ne

Pir1 2 3

Au1

AuD

PtPR

Rad LMol

PoDGGrDG

hifDS

MoDG

alv

Py

Or

V2L

PtPD

V1V2ML V2MM RSD

RSGc

RSGb

cg

scc

dhc FC

IG

D3V

MHb

LHbLLHbM

LPMRLPLRIMA

strCL

fr

MDLMDM

IMD

PVP

OPC

eml

BMP

I

BLV

RAPir

PLCo

AHiAL PMCo

MePDMCLH

sox

opt

PeFLH DMD

DMC

DMVPeF

f

Te

MTu

ictd

VMHVLVMHDM

VMHSh

VMHC

ArcMArcL

ArcD

3V

Pe

PHD

RRe

CM

PTe

MEE

MEI

LV

LV

3V 3rd ventricleA11 A11 dopamine cellsAHiAL amygdalohip area, antlatalv alveus hippocampusArcD arcuate hypothal nu, dorsArcL arcuate hypothal nu, latArcM arcuate hypothal nu,medAu1 primary auditory cortexAuD 2ary auditory cx, dorsalAuV 2ary auditory cx, ventralBLP basolat amyg nu, postBLV basolat amyg, ventralBMP basomed amyg nu, postcg cingulumCL centrolateral thal nuCM central medial thal nuD3V dorsal 3rd ventricledcw deep cerebral whiteDEn dorsal endopiriform nudhc dorsal hippocampal commDLG dorsal lat geniculate nuDMC dorsomed hy nu, compactDMD dorsomed hypothal nu,dorsalDMV dorsomed hy nu, ventralDS dorsal subiculumEct ectorhinal cortexeml external medullary laminaf fornixFC fasciola cinereumfi fimbria hippocampusfr fasciculus retroflexusGrDG granular dentate gyrushif hippocampal fissureI intercalated nuclei amygic internal capsuleictd internal carotid arteryIG indusium griseumIGL intergeniculate leafIMA intramedullary thalamic areaIMD intermediodorsal thal nuLaDL lat amyg nu, dorsolatLaVM lat amyg nu, ventromedLEnt lateral entorhinal cxLHbL lateral habenular nu, lateralLHbM lateral habenular nu, medialLMol lacunosum moleculareLPLR LP thal nu, laterorostralLPMR LP thal nu, mediorostralLV lateral ventricleMCLH magnocell nu lat hypothalMDL mediodorsal thalamic nu, latMDM mediodorsal thal nu, medMEE medial eminence, ext layerMEI medial eminence, internal layerMePD med amygd nu, posterodorsMHb med habenular nuMoDG molecular dentate gyrusmt mammillothalamic tractMTu medial tuberal nune neuroepitheliumOPC oval paracentral thal nuopt optic tractOr oriens layer hippocampusPe periventricular hypothal nuPeF perifornical nuPeFLH perifornical part of lat hyPHD post hypothal area, dorsalPir1 piriform cx, layer 1PLCo posterolat cortical amygPMCo posteromed cortical amyg nuPo post thal nuclear groupPoDG polymorph dentate gyrusPRh perirhinal cxPTe paraterete nuPtPD parietal cx, post, dorsalPtPR parietal cx, post, rostralPVP paraventricular thal nu, postPy pyramidal cell hippocampusRad radiatum layer hippocampRAPir rostral amygdalopiriform rf rhinal fissureRRe retrouniens areaRSD retrosplenial dysgranular cxRSGb retrosplenial granular cx, bRSGc retrosplenial granular cx, cscc splenium corpus callosumSLu stratum lucidum hippocampsox supraoptic decussationst stria terminalisSTh subthalamic nuSTIA ST, intraamygdaloid divstr superior thalamic radiation

Refer to Index of Abbreviations for other entries

ADMB Book #2 24/8/06 10:29 PM Page CCXCV

Page 297: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 11:46 PM Page CCXCVI

Page 298: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Figure 136P6 #33

5.31 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

LPMR

Po

LPLR

DLG

IGL

VG

CA3

SLu

PF

fr

fr

PVP

PoMn

MDM

CMOPC

VPPC

VMscp

mt

ZID

ZIV

VPM

VPL

DS

LHbL

CL

iml

MHb

LHbM

3V

hbc

D3V

IMA

bsc

PoDGGrDG

LMolhif

MoDG

CA2

SubG

ic

opt

sox

fine

LV

stSTh

ml RRe

PHD

A11

LaDLDEn

LaVM

Rad

PyOr

alv

fmj

cg

dhc

RSGb

RSGc

RSDV2MMV2ML

V1

V2L

PtPD

PtPC

AuD

Au1 dcw

AuV

TeA

Ect

PRh

DLEntrf

Pir1 2 3BLP

BMPBLV

RAPirAHiAL

PMCo

I

I STIAMePD

PSTh

PLCoTe

PTef

PeF

PLH

PeFLH

MTuVMHVL

VMHDM

ArcM

ArcL

ArcD

MEEMEI

VMHC

DMDPe

PH

DMV

DMC

VMHSh

3V 3rd ventricleA11 A11 dopamine cellsAHiAL amygdalohip area, antlatalv alveus hippocampusArcD arcuate hypothal nu, dorsArcL arcuate hypothal nu, latArcM arcuate hypothal nu,medAu1 primary auditory cortexAuD 2ary auditory cx, dorsalAuV 2ary auditory cx, ventralBLP basolat amyg nu, postBLV basolat amyg, ventralBMP basomed amyg nu, postbsc brachium superior colliculuscg cingulumCL centrolateral thal nuCM central medial thal nuD3V dorsal 3rd ventricledcw deep cerebral whiteDEn dorsal endopiriform nudhc dorsal hippocampal commDLEnt dorsolateral entorhinal cxDLG dorsal lat geniculate nuDMC dorsomed hy nu, compactDMD dorsomed hypothal nu,dorsalDMV dorsomed hy nu, ventralDS dorsal subiculumEct ectorhinal cortexf fornixfi fimbria hippocampusfmj forceps maj corpus callfr fasciculus retroflexusGrDG granular dentate gyrushbc habenular commissurehif hippocampal fissureI intercalated nuclei amygic internal capsuleIGL intergeniculate leafIMA intramedullary thalamic areaiml int medullary laminaLaDL lat amyg nu, dorsolatLaVM lat amyg nu, ventromedLHbL lateral habenular nu, lateralLHbM lateral habenular nu, medialLMol lacunosum moleculareLPLR LP thal nu, laterorostralLPMR LP thal nu, mediorostralLV lateral ventricleMDM mediodorsal thal nu, medMEE medial eminence, ext layerMEI medial eminence, internal layerMePD med amygd nu, posterodorsMHb med habenular numl medial lemniscusMoDG molecular dentate gyrusmt mammillothalamic tractMTu medial tuberal nune neuroepitheliumOPC oval paracentral thal nuopt optic tractOr oriens layer hippocampusPe periventricular hypothal nuPeF perifornical nuPeFLH perifornical part of lat hyPF parafascicular thal nuPH posterior hypothal nuPHD post hypothal area, dorsalPir1 piriform cx, layer 1PLCo posterolat cortical amygPLH peduncular part lat hyPMCo posteromed cortical amyg nuPo post thal nuclear groupPoDG polymorph dentate gyrusPoMn posteromedian thal nuPRh perirhinal cxPSTh parasubthalamic nuPTe paraterete nuPtPC parietal cx, post, caudalPtPD parietal cx, post, dorsalPVP paraventricular thal nu, postPy pyramidal cell hippocampusRad radiatum layer hippocampRAPir rostral amygdalopiriform rf rhinal fissureRRe retrouniens areaRSD retrosplenial dysgranular cxRSGb retrosplenial granular cx, bRSGc retrosplenial granular cx, cscp superior Cb peduncleSLu stratum lucidum hippocampsox supraoptic decussationst stria terminalis

Refer to Index of Abbreviations for other entries

ADMB Book #2 24/8/06 10:29 PM Page CCXCVII

Page 299: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:29 PM Page CCXCVIII

Page 300: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Figure 137P6 #34

5.43 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

Po

PF

fr

VPM

LPLRLPMR

APT

DS

dhc

RSGb

MHb 3V

hbc

PVPLHbM

LHbLCL

RSGc

RSD

fmj

cg

V2MMV2ML

V1

V2L

PtPC

AuD

Au1

AuV

TeA

Ect

dcw

CA1

Rad

LMol MoDG

GrDG

PoDGbsc

IMA

DLG

strIGL

hif

Py

alvOr

VG1

23 VPL

eml

ml

VPPC

SPFPR

scp A11

mt PHns

mfb

ZID

ZIV

SubG

CA2SLu

CA3

CA3

DEn

PRh

DLEnt

Pir12

3

ne

LaDL

LaVM

BLP

RAPirBMP

AHiAL

sox

opt ic

LV

MePD

STh

cpPSTh

PLH

PMCo

MePV

PLCoTe

f

PeFPeFLH

DM

TuLH

MTuVMH

ArcL

ArcD

ArcM

MEEMEI

3V

Pe

LV

3V 3rd ventricleA11 A11 dopamine cellsAHiAL amygdalohip area, antlatalv alveus hippocampusAPT anterior pretectal nuArcD arcuate hypothal nu, dorsArcL arcuate hypothal nu, latArcM arcuate hypothal nu,medAu1 primary auditory cortexAuD 2ary auditory cx, dorsalAuV 2ary auditory cx, ventralBLP basolat amyg nu, postBMP basomed amyg nu, postbsc brachium superior colliculuscg cingulumCL centrolateral thal nucp cerebral peduncledcw deep cerebral whiteDEn dorsal endopiriform nudhc dorsal hippocampal commDLEnt dorsolateral entorhinal cxDLG dorsal lat geniculate nuDM dorsomed hypothal nuDS dorsal subiculumEct ectorhinal cortexeml external medullary laminaf fornixfmj forceps maj corpus callfr fasciculus retroflexusGrDG granular dentate gyrushbc habenular commissurehif hippocampal fissureic internal capsuleIGL intergeniculate leafIMA intramedullary thalamic areaLaDL lat amyg nu, dorsolatLaVM lat amyg nu, ventromedLHbL lateral habenular nu, lateralLHbM lateral habenular nu, medialLMol lacunosum moleculareLPLR LP thal nu, laterorostralLPMR LP thal nu, mediorostralLV lateral ventricleMEE medial eminence, ext layerMEI medial eminence, internal layerMePD med amygd nu, posterodorsMePV med amyg nu, posteroventmfb med forebrain bundleMHb med habenular numl medial lemniscusMoDG molecular dentate gyrusmt mammillothalamic tractMTu medial tuberal nune neuroepitheliumns nigrostriatal bundleopt optic tractOr oriens layer hippocampusPe periventricular hypothal nuPeF perifornical nuPeFLH perifornical part of lat hyPF parafascicular thal nuPH posterior hypothal nuPir1 piriform cx, layer 1PLCo posterolat cortical amygPLH peduncular part lat hyPMCo posteromed cortical amyg nuPo post thal nuclear groupPoDG polymorph dentate gyrusPR prerubral fieldPRh perirhinal cxPSTh parasubthalamic nuPtPC parietal cx, post, caudalPVP paraventricular thal nu, postPy pyramidal cell hippocampusRad radiatum layer hippocampRAPir rostral amygdalopiriform RSD retrosplenial dysgranular cxRSGb retrosplenial granular cx, bRSGc retrosplenial granular cx, cscp superior Cb peduncleSLu stratum lucidum hippocampsox supraoptic decussationSPF subparafascicular thal nuSTh subthalamic nustr superior thalamic radiationSubG subgeniculate nuTe terete hypothal nuTeA temporal associatin cxTuLH tuberal region lat hyV1 primary visual cortexV2L 2ary visual cx, lat areaV2ML 2ary visual cx, mediolat

Refer to Index of Abbreviations for other entries

ADMB Book #2 24/8/06 10:29 PM Page CCXCIX

Page 301: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:29 PM Page CCC

Page 302: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Figure 138P6 #35

5.55 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

VPM

PF fr

VPPC

SPF

PR

SPFPC

VPL

eml

ZID

ZIV

SubG

VG

DLG str Po

CA3

hif

PrCSCO

D3Vpc

LPLR

IMA

LPMRAPTbsc

RSGbRSGa

PoDG

LMolMoDG GrDG

RadPyOralv

CA1

dcw

IGL

RSGc

dhcDS

fmj

cg

RSDV2MMV2MLV1M

V1B

V2L

PtPC

AuD

Au1

AuV

TeA

Ect

D3V

PRh

DLEnt

DEn

Pir12

3LaVM

BLP

CA2SLu

ic

STh

cp

BMP

APir

af

PLCo

AHiAL

PMCo

Te

PSThmfbns

FF

mt

SMT

PH

A113V

PePeFLHf

PLH

MTuTuLH

DM

VMH

ArcLArcM

MEE

MEI

3V

3V 3rd ventricleA11 A11 dopamine cellsaf amygdaloid fissureAHiAL amygdalohip area, antlatalv alveus hippocampusAPir amygdalopiriform transitionAPT anterior pretectal nuArcL arcuate hypothal nu, latArcM arcuate hypothal nu,medAu1 primary auditory cortexAuD 2ary auditory cx, dorsalAuV 2ary auditory cx, ventralBLP basolat amyg nu, postBMP basomed amyg nu, postbsc brachium superior colliculuscg cingulumcp cerebral peduncleD3V dorsal 3rd ventricledcw deep cerebral whiteDEn dorsal endopiriform nudhc dorsal hippocampal commDLEnt dorsolateral entorhinal cxDLG dorsal lat geniculate nuDM dorsomed hypothal nuDS dorsal subiculumEct ectorhinal cortexeml external medullary laminaf fornixFF fields of Forelfmj forceps maj corpus callfr fasciculus retroflexusGrDG granular dentate gyrushif hippocampal fissureic internal capsuleIGL intergeniculate leafIMA intramedullary thalamic areaLaVM lat amyg nu, ventromedLMol lacunosum moleculareLPLR LP thal nu, laterorostralLPMR LP thal nu, mediorostralMEE medial eminence, ext layerMEI medial eminence, internal layermfb med forebrain bundleMoDG molecular dentate gyrusmt mammillothalamic tractMTu medial tuberal nuns nigrostriatal bundleOr oriens layer hippocampuspc posterior commPe periventricular hypothal nuPeFLH perifornical part of lat hyPF parafascicular thal nuPH posterior hypothal nuPir1 piriform cx, layer 1PLCo posterolat cortical amygPLH peduncular part lat hyPMCo posteromed cortical amyg nuPo post thal nuclear groupPoDG polymorph dentate gyrusPR prerubral fieldPrC precommissural nuPRh perirhinal cxPSTh parasubthalamic nuPtPC parietal cx, post, caudalPy pyramidal cell hippocampusRad radiatum layer hippocampRSD retrosplenial dysgranular cxRSGa retrosplenial granular cx, aRSGb retrosplenial granular cx, bRSGc retrosplenial granular cx, cSCO subcommissural organSLu stratum lucidum hippocampSMT submammillothalamic nuSPF subparafascicular thal nuSPFPC subparafascicular, parvicellSTh subthalamic nustr superior thalamic radiationSubG subgeniculate nuTe terete hypothal nuTeA temporal associatin cxTuLH tuberal region lat hyV1B primary visual cx, binocularV1M prim visual cx, monocularV2L 2ary visual cx, lat areaV2ML 2ary visual cx, mediolatV2MM 2ary visual cx, mediomedVG ventral geniculate nuVMH ventmed hypothal nuVPL ventral posterolat thal nuVPM vent posteromed thal nuVPPC vent post nu th, parvicellular ZID zona incerta, dorsal ZIV zona incerta, ventral

ADMB Book #2 24/8/06 10:29 PM Page CCCI

Page 303: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:30 PM Page CCCII

Page 304: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Figure 139P6 #36

5.67 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

Po

PF

fr

LP

RSDV2MM

V2MLV1M

V1B

V2L

PtPC

AuD

RSGcfmj

dhc

LV

RSGbRSGa

MPTOPT

D3V

SCO

pc

PrC

p1PAG

APTD

APTVIMA

DLG

GrDG bsc

DS

Py

Rad

LMol

MoDG

PoDG

Or

alv

dcw

CA1

hif

CA3

VG

IGL str

VPM

VPPC

SPFA11

PR

ml

SPFPC

VLi

ZID

ZIV

SubG

Au1

AuV

TeA

Ect

PRh

DLEnt

DEn

Pir1 2 3

LaVM

BLP

CA2

SLu

icsox

SNR

cpAPir

PLCo

afPMCo

AHiPMAHiPL

GrDG

PLH

Tef

MTuPMV

TuLH

PMD

mtGem

FF

F

ns

mfb

PH

PHA

DTM

DM

ArcMPArcLP

Inf

3V

3V

PSThSTh

3V 3rd ventricleA11 A11 dopamine cellsaf amygdaloid fissureAHiPL amygdalohip area, postlatAHiPM amygdalohip, posteromedalv alveus hippocampusAPir amygdalopiriform transitionAPTD ant pretectal nu, dorsAPTV ant pretectal nu, ventralArcLP arcuate hy nu, lateropostArcMP arcuate hy nu, med postAu1 primary auditory cortexAuD 2ary auditory cx, dorsalAuV 2ary auditory cx, ventralBLP basolat amyg nu, postbsc brachium superior colliculuscp cerebral peduncleD3V dorsal 3rd ventricledcw deep cerebral whiteDEn dorsal endopiriform nudhc dorsal hippocampal commDLEnt dorsolateral entorhinal cxDLG dorsal lat geniculate nuDM dorsomed hypothal nuDS dorsal subiculumDTM dors tuberomammillary nuEct ectorhinal cortexF nu fields of Forelf fornixFF fields of Forelfmj forceps maj corpus callfr fasciculus retroflexusGem gemini hypothalamic nuGrDG granular dentate gyrushif hippocampal fissureic internal capsuleIGL intergeniculate leafIMA intramedullary thalamic areaInf infundibulumLaVM lat amyg nu, ventromedLMol lacunosum moleculareLP lateral posterior thal nuLV lateral ventriclemfb med forebrain bundleml medial lemniscusMoDG molecular dentate gyrusMPT medial pretectal numt mammillothalamic tractMTu medial tuberal nuns nigrostriatal bundleOPT olivary pretectal nuOr oriens layer hippocampusp1PAG p1 periaqueductal graypc posterior commPF parafascicular thal nuPH posterior hypothal nuPHA posterior hypothal areaPir1 piriform cx, layer 1PLCo posterolat cortical amygPLH peduncular part lat hyPMCo posteromed cortical amyg nuPMD premammillary nu, dorsPMV premammillary nu, ventPo post thal nuclear groupPoDG polymorph dentate gyrusPR prerubral fieldPrC precommissural nuPRh perirhinal cxPSTh parasubthalamic nuPtPC parietal cx, post, caudalPy pyramidal cell hippocampusRad radiatum layer hippocampRSD retrosplenial dysgranular cxRSGa retrosplenial granular cx, aRSGb retrosplenial granular cx, bRSGc retrosplenial granular cx, cSCO subcommissural organSLu stratum lucidum hippocampSNR s nigra, reticularsox supraoptic decussationSPF subparafascicular thal nuSPFPC subparafascicular, parvicellSTh subthalamic nustr superior thalamic radiationSubG subgeniculate nuTe terete hypothal nuTeA temporal associatin cxTuLH tuberal region lat hyV1B primary visual cx, binocularV1M prim visual cx, monocularV2L 2ary visual cx, lat areaV2ML 2ary visual cx, mediolat

Refer to Index of Abbreviations for other entries

ADMB Book #2 24/8/06 10:30 PM Page CCCIII

Page 305: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:30 PM Page CCCIV

Page 306: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Figure 140P6 #37

5.79 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

VPM

RSD

RSGc

RSGbRSGa

V2MMV2MLV1M

V1B

V2L

AuD

Au1

AuV

DS

LV

dhc

fmj

OPTMPT

pc E

SCO

PrCMCPC

p1PAG

3VPF

p1Rt

APTD

OTbsc

LP

APTV

Sc

Eth

PoMGD

DLG

MGVstr

VG

opt

ZIC

IGL

ZID

ZIVSubG

ic

CA3

SPFPC

fr

RIA11

PH

PR

ml

F

VLi

hif

Rad

LMol

PoDG

GrDG

MoDG

Py

Or

CA1

dcw

alv

Ect

PRh

DLEnt

APir

BLP

AHiPLPLCo

af PMCo

AHiPM VS

SLuSNR

SNCD

PSTh

Gem

mtg

SuML pm

SuML

PHA

PLH

fTe

a

MoDG

cp

PMD

TuLHMTu

VTM

PMV

DTM

ArcLP

ArcMP

MRe

SuMM

TeA

3V 3rd ventriclea arteryA11 A11 dopamine cellsaf amygdaloid fissureAHiPL amygdalohip area, postlatAHiPM amygdalohip, posteromedalv alveus hippocampusAPir amygdalopiriform transitionAPTD ant pretectal nu, dorsAPTV ant pretectal nu, ventralArcLP arcuate hy nu, lateropostArcMP arcuate hy nu, med postAu1 primary auditory cortexAuD 2ary auditory cx, dorsalAuV 2ary auditory cx, ventralBLP basolat amyg nu, postbsc brachium superior colliculuscp cerebral peduncledcw deep cerebral whitedhc dorsal hippocampal commDLEnt dorsolateral entorhinal cxDLG dorsal lat geniculate nuDS dorsal subiculumDTM dors tuberomammillary nuE ependyma/ subependymalEct ectorhinal cortexEth ethmoid thalamic nuF nu fields of Forelf fornixfmj forceps maj corpus callfr fasciculus retroflexusGem gemini hypothalamic nuGrDG granular dentate gyrushif hippocampal fissureic internal capsuleIGL intergeniculate leafLMol lacunosum moleculareLP lateral posterior thal nuLV lateral ventricleMCPC magnocell nu post commMGD med geniculate nu, dorsalMGV med geniculate nu, ventralml medial lemniscusMoDG molecular dentate gyrusMPT medial pretectal nuMRe mammillary recess 3Vmtg mammillotegmental tractMTu medial tuberal nuOPT olivary pretectal nuopt optic tractOr oriens layer hippocampusOT nu of the optic tractPAG periaqueductal graypc posterior commPF parafascicular thal nuPH posterior hypothal nuPHA posterior hypothal areaPLCo posterolat cortical amygPLH peduncular part lat hypm principal mammillary trPMCo posteromed cortical amyg nuPMD premammillary nu, dorsPMV premammillary nu, ventPo post thal nuclear groupPoDG polymorph dentate gyrusPR prerubral fieldPrC precommissural nuPRh perirhinal cxPSTh parasubthalamic nuPy pyramidal cell hippocampusRad radiatum layer hippocampRI rostral interstitial nu of mlfRSD retrosplenial dysgranular cxRSGa retrosplenial granular cx, aRSGb retrosplenial granular cx, bRSGc retrosplenial granular cx, cRt reticular thal nuSc scaphoid thal nuSCO subcommissural organSLu stratum lucidum hippocampSNCD s nigra, compact, dors tierSNR s nigra, reticularSPFPC subparafascicular, parvicellstr superior thalamic radiationSubG subgeniculate nuSuML supramammillary nu, lat SuMM supramammillary nu, medial Te terete hypothal nuTeA temporal associatin cxTuLH tuberal region lat hyV1B primary visual cx, binocularV1M prim visual cx, monocular

Refer to Index of Abbreviations for other entries

ADMB Book #2 24/8/06 10:30 PM Page CCCV

Page 307: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:30 PM Page CCCVI

Page 308: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

APT

PLi

LP

MGD

MGV

PILEth

ScPo

VPM

MGM

IGLVGopt

SubG

str

p1Rt

RPF

RSD

V2MMV2ML

V1

AuD

Au1

AuV

TeA

RSGcfmj

RSGbRSGaDS

dhc

MPTOPTOT

PCompc

SCOPrC

MCPC

Lth

3V

p1PAG

A11

frPR

RI

PH

mtg

PHAGem

ns

FF

ml

SPFPCZIC

ZIV

SNR PBP

SNCD

DLEnt

Ect

rf

Py Rad

LMol

GrDG

MoDG

PoDG

hif

CA1alv

Or

APir

PMCoaf

AHiPMVS

SLu

CA3

cp

aMoDG

LMf

VTM

ArcLP

PMD

MM MnM

SuMMpm

SuML

PLH

ArcMP

MRe

ML

V2L

PRh

LV

Figure 141P6 #38

5.91 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

3V 3rd ventriclea arteryA11 A11 dopamine cellsaf amygdaloid fissureAHiPM amygdalohip, posteromedalv alveus hippocampusAPir amygdalopiriform transitionAPT anterior pretectal nuArcLP arcuate hy nu, lateropostArcMP arcuate hy nu, med postAu1 primary auditory cortexAuD 2ary auditory cx, dorsalAuV 2ary auditory cx, ventralcp cerebral peduncledhc dorsal hippocampal commDLEnt dorsolateral entorhinal cxDS dorsal subiculumEct ectorhinal cortexEth ethmoid thalamic nuf fornixFF fields of Forelfmj forceps maj corpus callfr fasciculus retroflexusGem gemini hypothalamic nuGrDG granular dentate gyrushif hippocampal fissureIGL intergeniculate leafLM lateral mammillary nuLMol lacunosum moleculareLP lateral posterior thal nuLth lithoid nuLV lateral ventricleMCPC magnocell nu post commMGD med geniculate nu, dorsalMGM med geniculate nu, medialMGV med geniculate nu, ventralML med mammillary nu, latml medial lemniscusMM med mammillary nu, medialMnM medial mammillary nu, medMoDG molecular dentate gyrusMPT medial pretectal nuMRe mammillary recess 3Vmtg mammillotegmental tractns nigrostriatal bundleOPT olivary pretectal nuopt optic tractOr oriens layer hippocampusOT nu of the optic tractPAG periaqueductal grayPBP parabrachial pigmented nupc posterior commPCom nu posterior commPH posterior hypothal nuPHA posterior hypothal areaPIL post intralaminar thal nuPLH peduncular part lat hyPLi posterior limitans thal nupm principal mammillary trPMCo posteromed cortical amyg nuPMD premammillary nu, dorsPo post thal nuclear groupPoDG polymorph dentate gyrusPR prerubral fieldPrC precommissural nuPRh perirhinal cxPy pyramidal cell hippocampusRad radiatum layer hippocamprf rhinal fissureRI rostral interstitial nu of mlfRPF retroparafascicular nuRSD retrosplenial dysgranular cxRSGa retrosplenial granular cx, aRSGb retrosplenial granular cx, bRSGc retrosplenial granular cx, cSc scaphoid thal nuSCO subcommissural organSLu stratum lucidum hippocampSNCD s nigra, compact, dors tierSNR s nigra, reticularSPFPC subparafascicular, parvicellstr superior thalamic radiationSubG subgeniculate nuSuML supramammillary nu, lat SuMM supramammillary nu, medial TeA temporal associatin cxV1 primary visual cortexV2L 2ary visual cx, lat areaV2ML 2ary visual cx, mediolatV2MM 2ary visual cx, mediomedVG ventral geniculate nuVPM vent posteromed thal nu

Refer to Index of Abbreviations for other entries

ADMB Book #2 24/8/06 10:30 PM Page CCCVII

Page 309: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:30 PM Page CCCVIII

Page 310: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

p1Rt

V2MMV2ML

V1

V2L

AuD

Au1

AuV

TeA

dcwalv

RSD

fmj

LVdhc RSGb

RSGa

Post MPT

SC

PPTOPT

OT

LP

APT

TG

PCom

pc

MCPC

Lthp1PAG

3V

A11

PLiPo

SGMGD

GrDG

PoDG MGV

MZMG

MGM PoT

PP PILEth

REthZICEpPLT

CA3

LMol

RadCA1

Py

Or

Ect

PRh

DLEnt

rf

SPFPC

mlPR fr

RI

mtgPHA

DS

SNL

SNR

SNCD

PBP

FF

sumx

SuMMSuML

PLH

MLf

LM

VTM

cp

MoDG

VSAPir

afPMCo

AHiPM

LV

SLu

pm

MM

MRe

MnM

ArcMP

Figure 142P6 #39

6.03 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

3V 3rd ventricleA11 A11 dopamine cellsaf amygdaloid fissureAHiPM amygdalohip, posteromedalv alveus hippocampusAPir amygdalopiriform transitionAPT anterior pretectal nuArcMP arcuate hy nu, med postAu1 primary auditory cortexAuD 2ary auditory cx, dorsalAuV 2ary auditory cx, ventralcp cerebral peduncledcw deep cerebral whitedhc dorsal hippocampal commDLEnt dorsolateral entorhinal cxDS dorsal subiculumEct ectorhinal cortexEpP epipeduncular nuEth ethmoid thalamic nuf fornixFF fields of Forelfmj forceps maj corpus callfr fasciculus retroflexusGrDG granular dentate gyrusLM lateral mammillary nuLMol lacunosum moleculareLP lateral posterior thal nuLT lat terminal nu acc optic trLth lithoid nuLV lateral ventricleMCPC magnocell nu post commMGD med geniculate nu, dorsalMGM med geniculate nu, medialMGV med geniculate nu, ventralML med mammillary nu, latml medial lemniscusMM med mammillary nu, medialMnM medial mammillary nu, medMoDG molecular dentate gyrusMPT medial pretectal nuMRe mammillary recess 3Vmtg mammillotegmental tractMZMG marg zone med geniculateOPT olivary pretectal nuOr oriens layer hippocampusOT nu of the optic tractPAG periaqueductal grayPBP parabrachial pigmented nupc posterior commPCom nu posterior commPHA posterior hypothal areaPIL post intralaminar thal nuPLH peduncular part lat hyPLi posterior limitans thal nupm principal mammillary trPMCo posteromed cortical amyg nuPo post thal nuclear groupPoDG polymorph dentate gyrusPost postsubiculumPoT posterior thal nu, triangularPP peripeduncular nuPPT posterior pretectal nuPR prerubral fieldPRh perirhinal cxPy pyramidal cell hippocampusRad radiatum layer hippocampREth retroethmoid nurf rhinal fissureRI rostral interstitial nu of mlfRSD retrosplenial dysgranular cxRSGa retrosplenial granular cx, aRSGb retrosplenial granular cx, bRt reticular thal nuSC superior colliculusSG suprageniculate thal nuSLu stratum lucidum hippocampSNCD s nigra, compact, dors tierSNL s nigra, lateralSNR s nigra, reticularSPFPC subparafascicular, parvicellSuML supramammillary nu, lat SuMM supramammillary nu, medial sumx supramammillary decussTeA temporal associatin cxTG tectal grayV1 primary visual cortexV2L 2ary visual cx, lat areaV2ML 2ary visual cx, mediolatV2MM 2ary visual cx, mediomedVS ventral subiculumVTM vent tuberomammillary nuZIC zona incerta, caudal

ADMB Book #2 24/8/06 10:30 PM Page CCCIX

Page 311: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:30 PM Page CCCX

Page 312: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

mRtDk

V2MMV2ML

RSDV1M

V1B

V2L

AuD

Au1

AuV

TeA

Ect dcwalv

DS

LV dhc

fmj

RSGb

RSGa

Post

Zo

SuG

OpInG PaC

InWhDpG

OT

PPT

OPT TG

APTDp1Rt

PCompc

MCPC

Lth

Aq

p1PAGPlPAG

csc

LPPo

SGMGDMoDG

GrDG

MGV

MGMPoT

PP

PoDGDLEnt

rfAPTV

PLi

PIL

ZIC

SNLEpP

CA3SNCD

ml

SPFPC

PR

fr

mtg

RLi

APir

AHiPMVS

PMCoaf

5Gn

s5

4n

3n

cp

LM

VTMSuML

PLH

PBP

SNRVTAR

sumx

SuMM

MMpm

MLf

mp

PRh

m5

APitPPitIPit

Figure 143P6 #40

6.15 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

3n oculomotor nerve4n trochlear nerve5Gn trigeminal ganglionaf amygdaloid fissureAHiPM amygdalohip, posteromedalv alveus hippocampusAPir amygdalopiriform transitionAPit anterior lobe pituitaryAPTD ant pretectal nu, dorsAPTV ant pretectal nu, ventralAq aqueductAu1 primary auditory cortexAuD 2ary auditory cx, dorsalAuV 2ary auditory cx, ventralcp cerebral pedunclecsc comm superior colliculusdcw deep cerebral whitedhc dorsal hippocampal commDk nu of DarkschewitschDLEnt dorsolateral entorhinal cxDpG deep gray superior collDS dorsal subiculumEct ectorhinal cortexEpP epipeduncular nuf fornixfmj forceps maj corpus callfr fasciculus retroflexusGrDG granular dentate gyrusInG intermed gray layer SCInWh intermediate white layer SCIPit intermediate lobe pitLM lateral mammillary nuLP lateral posterior thal nuLth lithoid nuLV lateral ventriclem5 motor root trigeminal nerveMCPC magnocell nu post commMGD med geniculate nu, dorsalMGM med geniculate nu, medialMGV med geniculate nu, ventralML med mammillary nu, latml medial lemniscusMM med mammillary nu, medialMoDG molecular dentate gyrusmp mammillary pedunclemRt mesenceph reticular formationmtg mammillotegmental tractOp optic nerve layer sup coll OPT olivary pretectal nuOT nu of the optic tractp1PAG p1 periaqueductal grayPaC paracomm nu post comPBP parabrachial pigmented nupc posterior commPCom nu posterior commPIL post intralaminar thal nuPLH peduncular part lat hyPLi posterior limitans thal nuPlPAG pleoglial PAGpm principal mammillary trPMCo posteromed cortical amyg nuPo post thal nuclear groupPoDG polymorph dentate gyrusPost postsubiculumPoT posterior thal nu, triangularPP peripeduncular nuPPit posterior lobe pitPPT posterior pretectal nuPR prerubral fieldPRh perirhinal cxrf rhinal fissureRLi rostral linear nu rapheRSD retrosplenial dysgranular cxRSGa retrosplenial granular cx, aRSGb retrosplenial granular cx, bs5 sensory root trigem nSG suprageniculate thal nuSNCD s nigra, compact, dors tierSNL s nigra, lateralSNR s nigra, reticularSPFPC subparafascicular, parvicellSuG superficial gray sup collSuML supramammillary nu, lat SuMM supramammillary nu, medial sumx supramammillary decussTeA temporal associatin cxTG tectal grayV1B primary visual cx, binocularV1M prim visual cx, monocularV2L 2ary visual cx, lat areaV2ML 2ary visual cx, mediolatV2MM 2ary visual cx, mediomed

Refer to Index of Abbreviations for other entries

ADMB Book #2 24/8/06 10:30 PM Page CCCXI

Page 313: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:30 PM Page CCCXII

Page 314: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

mRt

V2MM

RSD

V2ML

V1

V2L

AuD

TeA

DS

dhc

fmj

RSGaRSGb

Pi

Post

LV

dcw

alv

LP

Po APT

TG

Zo

PaC

SuGOp

InG

InWhDpG

DpWhPCom

csc

DMPAG

PlPAG

Aqp1PAG

pc

MCPC

p1Rt

PLi

MGD

MGV

PoT

SG

bic

MoDGSubB

GrDG

PIL

RPC

InC

mlPBP

SNL

PoDG

rfPRh

DLEnt

APir

VS

AHiPM

PaS

SNR

Dk

SNCD

PBP

VTAR

fr

mtg RLi

IF

SuMM

MM

ML

mpLM

SuML

VTM

cp

MT

Ect

Figure 144P6 #41

6.27 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

AHiPM amygdalohip, posteromedalv alveus hippocampusAPir amygdalopiriform transitionAPT anterior pretectal nuAq aqueductAuD 2ary auditory cx, dorsalbic brachium inf colliculuscp cerebral pedunclecsc comm superior colliculusdcw deep cerebral whitedhc dorsal hippocampal commDk nu of DarkschewitschDLEnt dorsolateral entorhinal cxDMPAG dorsomed periaqueductl grayDpG deep gray superior collDpWh deep white superior collDS dorsal subiculumEct ectorhinal cortexfmj forceps maj corpus callfr fasciculus retroflexusGrDG granular dentate gyrusIF interfascicular nuInC interstitial nu of CajalInG intermed gray layer SCInWh intermediate white layer SCLM lateral mammillary nuLP lateral posterior thal nuLV lateral ventricleMCPC magnocell nu post commMGD med geniculate nu, dorsalMGV med geniculate nu, ventralML med mammillary nu, latml medial lemniscusMM med mammillary nu, medialMoDG molecular dentate gyrusmp mammillary pedunclemRt mesenceph reticular formationMT med terminal nu acc optic trmtg mammillotegmental tractOp optic nerve layer sup collp1PAG p1 periaqueductal gray PaC paracomm nu post comPaS parasubiculumPBP parabrachial pigmented nupc posterior commPCom nu posterior commPi pineal glandPIL post intralaminar thal nuPLi posterior limitans thal nuPlPAG pleoglial PAGPo post thal nuclear groupPoDG polymorph dentate gyrusPost postsubiculumPoT posterior thal nu, triangularPRh perirhinal cxrf rhinal fissureRLi rostral linear nu rapheRPC red nu, parvicell partRSD retrosplenial dysgranular cxRSGa retrosplenial granular cx, aRSGb retrosplenial granular cx, bSG suprageniculate thal nuSNCD s nigra, compact, dors tierSNL s nigra, lateralSNR s nigra, reticularSubB subbrachial nuSuG superficial gray sup collSuML supramammillary nu, lat SuMM supramammillary nu, medial TeA temporal associatin cxTG tectal grayV1 primary visual cortexV2L 2ary visual cx, lat areaV2ML 2ary visual cx, mediolatV2MM 2ary visual cx, mediomedVS ventral subiculumVTAR vent tegmental area, rostr VTM vent tuberomammillary nuZo zona layer sup coll

ADMB Book #2 24/8/06 10:30 PM Page CCCXIII

Page 315: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:30 PM Page CCCXIV

Page 316: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

PaS

DS

alvdcw

DLEnt

PRh

rf

Ect

TeA

DIEnt

VIEnt

MoDG

SNL

SubB PIL

PoT

bic

MGV

MGD

PoSG

LPPrS

Post

APTPLi

TG

mRt

RPC

RMC

MT

ml

PBPVTARSNCD

SNR

VS

V2L

V1B

fmj

dhcLV

RSGa Zo SuGOp

InG

InWh

DpG

DpWh LPAG

DLPAG

V2ML V2MM

RSD

RSGb Pi

DMPAG

PlPAG

Aq

Dk

InCMA3

mlf

mtgscp

PrEW

RLi

IF

MEnt

CEnt

GrDG

SNCV

cp

SNCD

SuML

ML

SuMM

IPF

IPC

IPRfr

Figure 145P6 #42

6.39 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

alv alveus hippocampusAPT anterior pretectal nuAq aqueductbic brachium inf colliculusCEnt caudomed entothinal cxcp cerebral peduncledcw deep cerebral whitedhc dorsal hippocampal commDIEnt dorsintermed entorhinal cxDk nu of DarkschewitschDLEnt dorsolateral entorhinal cxDLPAG dorsolat periaqueductal grayDMPAG dorsomed periaqueductl grayDpG deep gray superior collDpWh deep white superior collDS dorsal subiculumEct ectorhinal cortexfmj forceps maj corpus callfr fasciculus retroflexusGrDG granular dentate gyrusIF interfascicular nuInC interstitial nu of CajalInG intermed gray layer SCInWh intermediate white layer SCIPC IPC nu, caudal IPF interpedunc fossaIPR interpedunc nu, rostral subLP lateral posterior thal nuLPAG lat periaqueductal grayLV lateral ventricleMA3 med access oculomotor nuMEnt med entorhinal cxMGD med geniculate nu, dorsalMGV med geniculate nu, ventralML med mammillary nu, latml medial lemniscusmlf med longitudinal fasciculusMoDG molecular dentate gyrusmRt mesenceph reticular formMT med terminal nu acc optic trmtg mammillotegmental tractOp optic nerve layer sup coll PaS parasubiculumPBP parabrachial pigmented nuPi pineal glandPIL post intralaminar thal nuPLi posterior limitans thal nuPlPAG pleoglial PAGPo post thal nuclear groupPost postsubiculumPoT posterior thal nu, triangularPrEW pre-Edinger-Westphal nuPRh perirhinal cxPrS presubiculumrf rhinal fissureRLi rostral linear nu rapheRMC red nu, magnocell partRPC red nu, parvicell partRSD retrosplenial dysgranular cxRSGa retrosplenial granular cx, aRSGb retrosplenial granular cx, bscp superior Cb peduncleSG suprageniculate thal nuSNCD s nigra, compact, dors tierSNCV s nigra, compact, vent tierSNL s nigra, lateralSNR s nigra, reticularSubB subbrachial nuSuG superficial gray sup collSuML supramammillary nu, lat SuMM supramammillary nu, medial TeA temporal associatin cxTG tectal grayV1B primary visual cx, binocularV2L 2ary visual cx, lat areaV2ML 2ary visual cx, mediolatV2MM 2ary visual cx, mediomedVIEnt ventral intermed entorhinalVS ventral subiculumVTAR vent tegmental area, rostr Zo zona layer sup coll

ADMB Book #2 24/8/06 10:30 PM Page CCCXV

Page 317: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:30 PM Page CCCXVI

Page 318: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

VS

DS

PrS

PaS

DG

SNR

SNL

SubB

mRt

RPC

RMC

ml

SNCDPBP

CEnt

MEnt

VIEnt

DIEnt

DLEnt

PRh

rfdcw

alv

LV

bicBIC

APT

Post

Ect

cpvIPF

mpSNCM

PIFPN

fr

IPL IPC

IPR

IF

RLivtgx

mtg

scp

mlf

MA3

PrEWDk

InC

LPAGAq

DLPAG

DMPAGPlPAG

DpWh

DpG

InWhInG

Op

SuGZo

PiRSD

RSGa

V2MMV2ML

V1M

V1B

V2L

TeA

Post

ptgpal5Gn

s5 m5

3n

4n

Pn bas

APit6n

Figure 146P6 #43

6.51 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

3n oculomotor nerve4n trochlear nerve5Gn trigeminal ganglion6n root of abducens nervealv alveus hippocampusAPit anterior lobe pituitaryAPT anterior pretectal nuAq aqueductbas basilar arteryBIC nu brachium inf colliculusbic brachium inf colliculusCEnt caudomed entothinal cxcp cerebral peduncledcw deep cerebral whiteDG dentate gyrusDIEnt dorsintermed entorhinal cxDk nu of DarkschewitschDLEnt dorsolateral entorhinal cxDLPAG dorsolat periaqueductal grayDMPAG dorsomed periaqueductl grayDpG deep gray superior collDpWh deep white superior collDS dorsal subiculumEct ectorhinal cortexfr fasciculus retroflexusIF interfascicular nuInC interstitial nu of CajalInG intermed gray layer SCInWh intermediate white layer SCIPC IPC nu, caudal IPF interpedunc fossaIPL interpedunc nu, lat subnuIPR interpedunc nu, rostral subLPAG lat periaqueductal grayLV lateral ventriclem5 motor root trigeminal nerveMA3 med access oculomotor nuMEnt med entorhinal cxml medial lemniscusmlf med longitudinal fasciculusmp mammillary pedunclemRt mesenceph reticular formmtg mammillotegmental tractOp optic nerve layer sup coll PaS parasubiculumPBP parabrachial pigmented nuPi pineal glandPIF parainterfascicular nu VTAPlPAG pleoglial PAGPN paranigral nu of the VTAPn pontine nucleiPost postsubiculumPrEW pre-Edinger-Westphal nuPRh perirhinal cxPrS presubiculumptgpal pterygopalatine nrf rhinal fissureRLi rostral linear nu rapheRMC red nu, magnocell partRPC red nu, parvicell partRSD retrosplenial dysgranular cxRSGa retrosplenial granular cx, as5 sensory root trigem nscp superior Cb peduncleSNCD s nigra, compact, dors tierSNCM s nigra, compact, med tierSNL s nigra, lateralSNR s nigra, reticularSubB subbrachial nuSuG superficial gray sup collTeA temporal associatin cxv veinV1B primary visual cx, binocularV1M prim visual cx, monocularV2L 2ary visual cx, lat areaV2ML 2ary visual cx, mediolatV2MM 2ary visual cx, mediomedVIEnt ventral intermed entorhinalVS ventral subiculumvtgx vent tegmental decussationZo zona layer sup coll

ADMB Book #2 24/8/06 10:30 PM Page CCCXVII

Page 319: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:30 PM Page CCCXVIII

Page 320: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

VS

PaS

CEnt

MEnt

VIEnt

DIEnt

DLEnt

PRhrf

dcw

alvDS

PrS

Ect

TeA

BIC

bic

SubB

mRt

PaR

SNR

SNCD

SNCM

PBP

PIF

ml

mpcp IPL

RMC

RPC

scp RLimtg

Dk

InC

DpG

V2L

Post InWh

InG

DpWhLPAG

DLPAG

V1B

V1M

V2MLV2MM RSD

RSGa SuG

Zo

Op

Pi

PlPAG

DMPAG

Aq

PrEW

MA3

mlf

4n

s5m5

5Gn

ptgpal

a

lfp

Pn

mcp

tfp

IPC

IPR

IPDL

PN

IF

IPDM

3n

bas

Figure 147P6 #44

6.63 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

3n oculomotor nerve4n trochlear nerve5Gn trigeminal gangliona arteryalv alveus hippocampusAq aqueductbas basilar arteryBIC nu brachium inf colliculusbic brachium inf colliculusCEnt caudomed entothinal cxcp cerebral peduncledcw deep cerebral whiteDIEnt dorsintermed entorhinal cxDk nu of DarkschewitschDLEnt dorsolateral entorhinal cxDLPAG dorsolat periaqueductal grayDMPAG dorsomed periaqueductl grayDpG deep gray superior collDpWh deep white superior collDS dorsal subiculumEct ectorhinal cortexIF interfascicular nuInC interstitial nu of CajalInG intermed gray layer SCInWh intermediate white layer SCIPC IPC nu, caudal IPDL interpedunc nu, dorsolatIPDM interpedunc nu, dorsomedIPL interpedunc nu, lat subnuIPR interpedunc nu, rostral sublfp longitudinal fasciculus ponsLPAG lat periaqueductal graym5 motor root trigeminal nerveMA3 med access oculomotor numcp middle cerebellar peduncleMEnt med entorhinal cxml medial lemniscusmlf med longitudinal fasciculusmp mammillary pedunclemRt mesenceph reticular formmtg mammillotegmental tractOp optic nerve layer sup coll PaR pararubral nuPaS parasubiculumPBP parabrachial pigmented nuPi pineal glandPIF parainterfascicular nu VTAPlPAG pleoglial PAGPN paranigral nu of the VTAPn pontine nucleiPost postsubiculumPrEW pre-Edinger-Westphal nuPRh perirhinal cxPrS presubiculumptgpal pterygopalatine nrf rhinal fissureRLi rostral linear nu rapheRMC red nu, magnocell partRPC red nu, parvicell partRSD retrosplenial dysgranular cxRSGa retrosplenial granular cx, as5 sensory root trigem nscp superior Cb peduncleSNCD s nigra, compact, dors tierSNCM s nigra, compact, med tierSNR s nigra, reticularSubB subbrachial nuSuG superficial gray sup collTeA temporal associatin cxtfp transverse fibers ponsV1B primary visual cx, binocularV1M prim visual cx, monocularV2L 2ary visual cx, lat areaV2ML 2ary visual cx, mediolatV2MM 2ary visual cx, mediomedVIEnt ventral intermed entorhinalVS ventral subiculumZo zona layer sup coll

ADMB Book #2 24/8/06 10:30 PM Page CCCXIX

Page 321: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:30 PM Page CCCXX

Page 322: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Pn

bas

tfp

lfp

mltth

s5

m5mcp

VLL

ll

MPL

IPLpcer cp

ml

SNR

SNCD

PBP

PnO IPI

IPC

IPRIPDL

IPDMPN

PIF IF

PaR

RMC scp

RL vtgx

mlf

InC3N

Dk

EW

mRt

BIC

bic

PrS

VS

DS

PaS

LPAG

DLPAG

DMPAG

Aq

plPAG

Post

DpWh

DpG

InWh

InG

Op

SuG

ZoPi

RSDV2MM

RSG

V1

V2L

TeA

Ect

PRh

rf

LEnt

DIEnt

SubB

SNL

CEnt

MEnt

dcw

Figure 148P6 #45

6.75 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

3N oculomotor nuAq aqueductbas basilar arteryBIC nu brachium inf colliculusbic brachium inf colliculusCEnt caudomed entothinal cxcp cerebral peduncledcw deep cerebral whiteDIEnt dorsintermed entorhinal cxDk nu of DarkschewitschDLPAG dorsolat periaqueductal grayDMPAG dorsomed periaqueductl grayDpG deep gray superior collDpWh deep white superior collDS dorsal subiculumEct ectorhinal cortexEW Edinger-Westphal nuIF interfascicular nuInC interstitial nu of CajalInG intermed gray layer SCInWh intermediate white layer SCIPC IPC nu, caudal IPDL interpedunc nu, dorsolatIPDM interpedunc nu, dorsomedIPI interpedunc nu, intermedIPL interpedunc nu, lat subnuIPR interpedunc nu, rostral subLEnt lateral entorhinal cxlfp longitudinal fasciculus ponsll lateral lemniscusLPAG lat periaqueductal graym5 motor root trigeminal nervemcp middle cerebellar peduncleMEnt med entorhinal cxml medial lemniscusmlf med longitudinal fasciculusMPL medial paralemniscial numRt mesenceph reticular formOp optic nerve layer sup coll PaR pararubral nuPaS parasubiculumPBP parabrachial pigmented nupcer post cerebral artPi pineal glandPIF parainterfascicular nu VTAPlPAG pleoglial PAGPN paranigral nu of the VTAPn pontine nucleiPnO pontine reticular nu, oral Post postsubiculumPRh perirhinal cxPrS presubiculumrf rhinal fissureRL retrolemniscal nuRMC red nu, magnocell partRSD retrosplenial dysgranular cxRSG retrosplenial granular cxs5 sensory root trigem nscp superior Cb peduncleSNCD s nigra, compact, dors tierSNL s nigra, lateralSNR s nigra, reticularSubB subbrachial nuSuG superficial gray sup collTeA temporal associatin cxtfp transverse fibers ponstth trigeminothalamic trV1 primary visual cortexV2L 2ary visual cx, lat areaV2MM 2ary visual cx, mediomedVLL ventral nu lat lemniscusVS ventral subiculumvtgx vent tegmental decussationZo zona layer sup coll

ADMB Book #2 24/8/06 10:30 PM Page CCCXXI

Page 323: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:30 PM Page CCCXXII

Page 324: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

bastfp

Pn

lfpmcp

VLLml

s5

m5

MPL

ll

cp

PnO IPLIPI

IPC

IPDL

IPA

IPR

SNR

SNCD

SNCV

SNCM

RRFrs

PIF

PBP

PaR

RMC

CLi

xscp

scpdtgx

InC

mRt Dk

Su3CSu3

3PC

3N

DRVmlf

LPAG

DLPAG

DMPAG

PlPAGAq

DpWh

DpG

Zo

SuG

Op

InG

InWh

RSD

RSG

Post

V2MM

V2L

Ect

PRh

PrSbic

BIC

LEnt

SubBPaSDIEnt

MEnt CEnt

EW

dcw

Figure 149P6 #46

6.87 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

3N oculomotor nu3PC oculomotor nu, parvicellularAq aqueductbas basilar arteryBIC nu brachium inf colliculusbic brachium inf colliculusCEnt caudomed entothinal cxCLi caudal linear nu raphecp cerebral peduncledcw deep cerebral whiteDIEnt dorsintermed entorhinal cxDk nu of DarkschewitschDLPAG dorsolat periaqueductal grayDMPAG dorsomed periaqueductl grayDpG deep gray superior collDpWh deep white superior collDRV dorsal raphe nu, ventraldtgx dors tegmental decussationEct ectorhinal cortexEW Edinger-Westphal nuInC interstitial nu of CajalInG intermed gray layer SCInWh intermediate white layer SCIPA interpedunc nu, apical subnuIPC IPC nu, caudal IPDL interpedunc nu, dorsolatIPI interpedunc nu, intermedIPL interpedunc nu, lat subnuIPR interpedunc nu, rostral subLEnt lateral entorhinal cxlfp longitudinal fasciculus ponsll lateral lemniscusLPAG lat periaqueductal graym5 motor root trigeminal nervemcp middle cerebellar peduncleMEnt med entorhinal cxml medial lemniscusmlf med longitudinal fasciculusMPL medial paralemniscial numRt mesenceph reticular formOp optic nerve layer sup coll PaR pararubral nuPaS parasubiculumPBP parabrachial pigmented nuPIF parainterfascicular nu VTAPlPAG pleoglial PAGPn pontine nucleiPnO pontine reticular nu, oral Post postsubiculumPRh perirhinal cxPrS presubiculumRMC red nu, magnocell partRRF retrorubral fieldrs rubrospinal tractRSD retrosplenial dysgranular cxRSG retrosplenial granular cxs5 sensory root trigem nscp superior Cb peduncleSNCD s nigra, compact, dors tierSNCM s nigra, compact, med tierSNCV s nigra, compact, vent tierSNR s nigra, reticularSu3 supraoculomotor PAGSu3C supraoculomotor capSubB subbrachial nuSuG superficial gray sup colltfp transverse fibers ponsV2L 2ary visual cx, lat areaV2MM 2ary visual cx, mediomedVLL ventral nu lat lemniscusxscp decussation sup cereb pedZo zona layer sup coll

ADMB Book #2 24/8/06 10:30 PM Page CCCXXIII

Page 325: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:31 PM Page CCCXXIV

Page 326: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

7n

ptgpal

s5

mcp m5

bas

tfp

lfp

Pn

mltth

ll

ts

cp

MPL

VLLrs

PnOMnR

PMnR

PTg

IPA

IPCIPI

CLi

xscp

DRVPa4

4N

mlf

4ShSu3

VLPAG

LPAG

mRt

RRF/A8

PBGMiTg

SubB

ECIC

BICbic

PrCnF DRD

PlPAGAq

DLPAG

DMPAG

DpWh

DpG

InWh

InG

Op

SuG

Zo

V2MM

V1

RSD

Post

V2L

Ect

PRh

LEnt

PaSDIEnt

MEnt

CEnt

ll

RtTg

Figure 150P6 #47

6.99 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

4N trochlear nu4Sh trochlear nu shell region7n facial nerveAq aqueductbas basilar arteryBIC nu brachium inf colliculusbic brachium inf colliculusCEnt caudomed entothinal cxCLi caudal linear nu raphecp cerebral peduncleDIEnt dorsintermed entorhinal cxDLPAG dorsolat periaqueductal grayDMPAG dorsomed periaqueductl grayDpG deep gray superior collDpWh deep white superior collDRD dorsal raphe nu, dorsal DRV dorsal raphe nu, ventralECIC external cx inferior collEct ectorhinal cortexInG intermed gray layer SCInWh intermediate white layer SCIPA interpedunc nu, apical subnuIPC IPC nu, caudal IPI interpedunc nu, intermedLEnt lateral entorhinal cxlfp longitudinal fasciculus ponsll lateral lemniscusLPAG lat periaqueductal graym5 motor root trigeminal nervemcp middle cerebellar peduncleMEnt med entorhinal cxMiTg microcell tegmental numl medial lemniscusmlf med longitudinal fasciculusMnR median raphe nuMPL medial paralemniscial numRt mesencephalic retic formOp optic nerve layer sup coll Pa4 paratrochlear nuPaS parasubiculumPBG parabigeminal nuPlPAG pleoglial PAGPMnR paramedian raphe nuPn pontine nucleiPnO pontine reticular nu, oral Post postsubiculumPrCnF precuneiform areaPRh perirhinal cxPTg pedunculopontine tegmentalptgpal pterygopalatine nRRF/A8 retrorubral/A8 dopaminers rubrospinal tractRSD retrosplenial dysgranular cxRtTg reticulotegmental nu ponss5 sensory root trigem nSu3 supraoculomotor PAGSubB subbrachial nuSuG superficial gray sup colltfp transverse fibers ponsts tectospinal trtth trigeminothalamic trV1 primary visual cortexV2L 2ary visual cx, lat areaV2MM 2ary visual cx, mediomedVLL ventral nu lat lemniscusVLPAG ventlat periaqueductal grayxscp decussation sup cereb pedZo zona layer sup coll

ADMB Book #2 24/8/06 10:31 PM Page CCCXXV

Page 327: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:31 PM Page CCCXXVI

Page 328: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

CEnt

PaS

ll

rsmcp

ptgpal

m5

s5

mcp

ll

VLL

ILL

5TT

Pr5

7n

TempP

VeGn

MPL

RR

PLV

MVPO

bas

tfp

lfp

tthml

RtTg

Pn

PMnR

MnRPnO ts

xscp

PTg CLi

bic

mRt

BICECIC PrCnF

PBG MiTg

RRF/A8

SubB

RSD

DpWh

DpG

DRV

4N

DRDVLPAG

LPAG

DLPAG

DMPAG

mlf

4Sh

PlPAG

Aq

InWh

InG

Op

SuGZo

V1

V2L

Ect

PRh

Figure 151P6 #48

7.11 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

4N trochlear nu4Sh trochlear nu shell region5TT motor trigem, tensor tymp7n facial nerveAq aqueductbas basilar arteryBIC nu brachium inf colliculusbic brachium inf colliculusCEnt caudomed entothinal cxCLi caudal linear nu rapheDLPAG dorsolat periaqueductal grayDMPAG dorsomed periaqueductl grayDpG deep gray superior collDpWh deep white superior collDRD dorsal raphe nu, dorsal DRV dorsal raphe nu, ventralECIC external cx inferior collEct ectorhinal cortexILL intermed nu lat lemniscusInG intermed gray layer SCInWh intermediate white layer SClfp longitudinal fasciculus ponsll lateral lemniscusLPAG lat periaqueductal graym5 motor root trigeminal nervemcp middle cerebellar peduncleMiTg microcell tegmental numl medial lemniscusmlf med longitudinal fasciculusMnR median raphe nuMPL medial paralemniscial numRt mesenceph reticular formMVPO medioventral periolivary nuOp optic nerve layer sup coll PaS parasubiculumPBG parabigeminal nuPlPAG pleoglial PAGPLV perilemniscal nu, ventral PMnR paramedian raphe nuPn pontine nucleiPnO pontine reticular nu, oral Pr5 principal sensory trigem nuPrCnF precuneiform areaPRh perirhinal cxPTg pedunculopontine tegmentalptgpal pterygopalatine nRR retrorubral nuRRF/A8 retrorubral/A8 dopaminers rubrospinal tractRSD retrosplenial dysgranular cxRtTg reticulotegmental nu ponss5 sensory root trigem nSubB subbrachial nuSuG superficial gray sup collTempP temporal bone, petroustfp transverse fibers ponsts tectospinal trtth trigeminothalamic trV1 primary visual cortexV2L 2ary visual cx, lat areaVeGn vestibular n ganglionVLL ventral nu lat lemniscusVLPAG ventlat periaqueductal grayxscp decussation sup cereb pedZo zona layer sup coll

ADMB Book #2 24/8/06 10:31 PM Page CCCXXVII

Page 329: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:31 PM Page CCCXXVIII

Page 330: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

PnOPMnR

tsMnR

CEnt

PRh

V2L

sf

V1

RSD

PaS

bic

BICECIC

ZoSuGOp

InG

InWh

DpG

DpWhDLPAG

DMPAG

PlPAG

AqLPAG

PrCnFDRL

DRD

DRVPDRisRt

RRF/A8

MiTgPBG

RR

4Nmlf

DRI

CLiPTgxscp

Rbd

ATgSPTg

MPLVLL

ILL

mcpvsc

Pr55TT

m5 A7 rs

s5sp5

7n

VeGn8vn

7n

ptgpal

TempPll

VLLCAT

MVPOlfp

mlPn

RtTg

tfp

bas

Figure 152P6 #49

7.23 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

4N trochlear nu5TT motor trigem, tensor tymp7n facial nerve8vn vestibular root of 8th nerveA7 A7 noradrenaline cellsAq aqueductATg anterior tegmental nubas basilar arteryBIC nu brachium inf colliculusbic brachium inf colliculusCAT nu central acoustic trCEnt caudomed entothinal cxCLi caudal linear nu rapheDLPAG dorsolat periaqueductal grayDMPAG dorsomed periaqueductl grayDpG deep gray superior collDpWh deep white superior collDRD dorsal raphe nu, dorsal DRI dorsal raphe, interfascicularDRL dorsal raphe nu, lateralDRV dorsal raphe nu, ventralECIC external cx inferior collILL intermed nu lat lemniscusInG intermed gray layer SCInWh intermediate white layer SCisRt isthmic reticular formlfp longitudinal fasciculus ponsll lateral lemniscusLPAG lat periaqueductal graym5 motor root trigeminal nervemcp middle cerebellar peduncleMiTg microcell tegmental numl medial lemniscusmlf med longitudinal fasciculusMnR median raphe nuMPL medial paralemniscial nuMVPO medioventral periolivary nuOp optic nerve layer sup coll PaS parasubiculumPBG parabigeminal nuPDR posterodors raphe nuPlPAG pleoglial PAGPMnR paramedian raphe nuPn pontine nucleiPnO pontine reticular nu, oral Pr5 principal sensory trigem nuPrCnF precuneiform areaPRh perirhinal cxPTg pedunculopontine tegmentalptgpal pterygopalatine nRbd rhabdoid nuRR retrorubral nuRRF/A8 retrorubral/A8 dopaminers rubrospinal tractRSD retrosplenial dysgranular cxRtTg reticulotegmental nu ponss5 sensory root trigem nsf secondary fissuresp5 spinal trigem tractSPTg subpeduncular tegmental nuSuG superficial gray sup collTempP temporal bone, petroustfp transverse fibers ponsts tectospinal trV1 primary visual cortexV2L 2ary visual cx, lat areaVeGn vestibular n ganglionVLL ventral nu lat lemniscusvsc ventral spinocerebellar trxscp decussation sup cereb pedZo zona layer sup coll

ADMB Book #2 24/8/06 10:31 PM Page CCCXXIX

Page 331: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:31 PM Page CCCXXX

Page 332: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

PnO

ts

ZoSuG

Op

InG

InWh

DpG

DLPAG

DMPAG

DpWh

LPAG

PrCnF

ECICBIC

bic

Aq

DRDDRL

MiTg

PBG

RRDLL

EGL

ILL

TrLL

PTg

isRtPa4

PDR DRV

DRI4N

4Sh

mlf

xscpSPTg

MPLvscKF

mcp

VeGn

VCA

s5Pr5

5TT

A7

P5

rs

m5

PMnR

RbdATg

MnR

RtTg

Pn

tzmlTz

pybas

MVPO

CATVLL

ll

vsc

7n

tz

ScTy

CDScVe

Corti

Figure 153P6 #50

7.35 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

4N trochlear nu4Sh trochlear nu shell region5TT motor trigem, tensor tymp7n facial nerveA7 A7 noradrenaline cellsAq aqueductATg anterior tegmental nubas basilar arteryBIC nu brachium inf colliculusbic brachium inf colliculusCAT nu central acoustic trCD cochlear ductCorti organ of CortiDLL dorsal nu lateral lemniscusDLPAG dorsolat periaqueductal grayDMPAG dorsomed periaqueductl grayDpG deep gray superior collDpWh deep white superior collDRD dorsal raphe nu, dorsal DRI dorsal raphe, interfascicularDRL dorsal raphe nu, lateralDRV dorsal raphe nu, ventralECIC external cx inferior collEGL external granular layer CbILL intermed nu lat lemniscusInG intermed gray layer SCInWh intermediate white layer SCisRt isthmic reticular formKF Kˆlliker-Fuse null lateral lemniscusLPAG lat periaqueductal graym5 motor root trigeminal nervemcp middle cerebellar peduncleMiTg microcell tegmental numl medial lemniscusmlf med longitudinal fasciculusMnR median raphe nuMPL medial paralemniscial nuMVPO medioventral periolivary nuOp optic nerve layer sup coll P5 peritrigeminal zonePa4 paratrochlear nuPBG parabigeminal nuPDR posterodors raphe nuPMnR paramedian raphe nuPn pontine nucleiPnO pontine reticular nu, oral Pr5 principal sensory trigem nuPrCnF precuneiform areaPTg pedunculopontine tegmentalpy pyramidal trRbd rhabdoid nuRR retrorubral nurs rubrospinal tractRtTg reticulotegmental nu ponss5 sensory root trigem nScTy scala tympaniScVe scala vestibuliSPTg subpeduncular tegmental nuSuG superficial gray sup collTrLL triangular nu, lat lemniscusts tectospinal trTz nu trapezoid bodytz trapezoid bodyVCA ventral cochlear nu, ant VeGn vestibular n ganglionVLL ventral nu lat lemniscusvsc ventral spinocerebellar trxscp decussation sup cereb pedZo zona layer sup coll

ADMB Book #2 24/8/06 10:35 PM Page CCCXXXI

Page 333: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:35 PM Page CCCXXXII

Page 334: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

PnO

Zo

SuG

Op

InG

InWh

DpG

DpWh

ECICBIC

bicDLPAG

DMPAG

LPAGAq

PrCnF

DRL

DRDCnF

MiTg

PBG

DLL

TrLLILL

ll

PTgscp

DRV

PDR

Pa4mlf

DRI

VTgSPTgMPL

KF

vscmcp

SubCDts

PFl

GrCbEGL

MoCbPk

5N

PMnR

MnR

RtTgPnC

P5

5TT

Pr5s5

VCA

8vn

tz

VeGn

TempP

8cn ScTy

vsc

7n rsA5

LVPO

MVPO

MSO

CAT

Tzpy

ml

RIP

basCorti

CDCGn

ScVe

Figure 154P6 #51

7.47 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

5N motor trigeminal nu5TT motor trigem, tensor tymp7n facial nerve8cn cochlear root 8th nerve8vn vestibular root of 8th nerveA5 A5 noradrenaline cellsAq aqueductbas basilar arteryBIC nu brachium inf colliculusbic brachium inf colliculusCAT nu central acoustic trCD cochlear ductCGn cochlear (spiral) ganglionCnF cuneiform nuCorti organ of CortiDLL dorsal nu lateral lemniscusDLPAG dorsolat periaqueductal grayDMPAG dorsomed periaqueductl grayDpG deep gray superior collDpWh deep white superior collDRD dorsal raphe nu, dorsal DRI dorsal raphe, interfascicularDRL dorsal raphe nu, lateralDRV dorsal raphe nu, ventralECIC external cx inferior collEGL external granular layer CbGrCb granule cell layer cbILL intermed nu lat lemniscusInG intermed gray layer SCInWh intermediate white layer SCKF Kˆlliker-Fuse null lateral lemniscusLPAG lat periaqueductal grayLVPO lateroventral periolivary numcp middle cerebellar peduncleMiTg microcell tegmental numl medial lemniscusmlf med longitudinal fasciculusMnR median raphe nuMoCb molecular layer CbMPL medial paralemniscial nuMSO medial superior oliveMVPO medioventral periolivary nuOp optic nerve layer sup coll P5 peritrigeminal zonePa4 paratrochlear nuPBG parabigeminal nuPDR posterodors raphe nuPFl paraflocculusPk Purkinje cell layer CbPMnR paramedian raphe nuPnC pontine reticular nu, caudalPnO pontine reticular nu, oral Pr5 principal sensory trigem nuPrCnF precuneiform areaPTg pedunculopontine tegmentalpy pyramidal trRIP raphe interpositus nurs rubrospinal tractRtTg reticulotegmental nu ponss5 sensory root trigem nscp superior Cb peduncleScTy scala tympaniScVe scala vestibuliSPTg subpeduncular tegmental nuSubCD subcoeruleus nu, dorsal SuG superficial gray sup collTempP temporal bone, petrousTrLL triangular nu, lat lemniscusts tectospinal trTz nu trapezoid bodytz trapezoid bodyVCA ventral cochlear nu, ant VeGn vestibular n ganglionvsc ventral spinocerebellar trVTg vent tegmental nuZo zona layer sup coll

ADMB Book #2 24/8/06 10:35 PM Page CCCXXXIII

Page 335: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:35 PM Page CCCXXXIV

Page 336: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

SPTg

Zo

SuG

Op

InG

InWhDpG

DpWh

DLPAG

DMPAG

ECIC

Me5

LPAG

Aq

BIC

bic

PrCnF

DRL DRDCnFMiTg

PBG

PTg

scp

LDTg DRV

LDTgV

VTg

mlfDRI

DLLllpsf

Crus2

GrCb

Sim

EGL

MoCbplf

Pk

PFl

mcp

vsc

KF

Su5PnO

ts PMnR

MnR

RtTg

DMTg

SubCD

A7P5

5N

Pr5DM

VCA

Pr5VL m55TT SubCV

PnC8vntz

sp5

VeGn

8cn

7nrs

A5

LSOvsc

LVPO

SPO

MVPO

tz

MSO

Tzpy

ml

RIP

bas

Figure 155P6 #52

7.59 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

5N motor trigeminal nu5TT motor trigem, tensor tymp7n facial nerve8cn cochlear root 8th nerve8vn vestibular root of 8th nerveA5 A5 noradrenaline cellsA7 A7 noradrenaline cellsAq aqueductbas basilar arteryBIC nu brachium inf colliculusbic brachium inf colliculusCnF cuneiform nuCrus2 crus 2 ansiform lobuleDLL dorsal nu lateral lemniscusDLPAG dorsolat periaqueductal grayDMPAG dorsomed periaqueductl grayDMTg dorsomed tegmental areaDpG deep gray superior collDpWh deep white superior collDRD dorsal raphe nu, dorsal DRI dorsal raphe, interfascicularDRL dorsal raphe nu, lateralDRV dorsal raphe nu, ventralECIC external cx inferior collEGL external granular layer CbGrCb granule cell layer cbInG intermed gray layer SCInWh intermediate white layer SCKF Kˆlliker-Fuse nuLDTg laterodor tegmental nuLDTgV laterodor tegmental nu, ventll lateral lemniscusLPAG lat periaqueductal grayLSO lat superior oliveLVPO lateroventral periolivary num5 motor root trigeminal nervemcp middle cerebellar peduncleMe5 mesencephalic trigem nuMiTg microcell tegmental numl medial lemniscusmlf med longitudinal fasciculusMnR median raphe nuMoCb molecular layer CbMSO medial superior oliveMVPO medioventral periolivary nuOp optic nerve layer sup coll P5 peritrigeminal zonePBG parabigeminal nuPFl paraflocculusPk Purkinje cell layer Cbplf posterolateral fissurePMnR paramedian raphe nuPnC pontine reticular nu, caudalPnO pontine reticular nu, oral Pr5DM principal sens 5, dorsomedPr5VL principal sens 5, ventrolatPrCnF precuneiform areapsf post superior fissurePTg pedunculopontine tegmentalpy pyramidal trRIP raphe interpositus nurs rubrospinal tractRtTg reticulotegmental nu ponsscp superior Cb peduncleSim simple lobulesp5 spinal trigem tractSPO superior paraolivary nuSPTg subpeduncular tegmental nuSu5 supratrigeminal nuSubCD subcoeruleus nu, dorsal SubCV subcoeruleus nu, ventral SuG superficial gray sup collts tectospinal trTz nu trapezoid bodytz trapezoid bodyVCA ventral cochlear nu, ant VeGn vestibular n ganglionvsc ventral spinocerebellar trVTg vent tegmental nuZo zona layer sup coll

ADMB Book #2 24/8/06 10:35 PM Page CCCXXXV

Page 337: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:35 PM Page CCCXXXVI

Page 338: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

7n

TzMVPOLVPO

LSO

DPO

SPO

MSOA5

SubCV

5N

SubCD

5ADiDMTg

RtTgP

PnRSu5

SPTg

LDTgV

LDTg

MPBLPBE

LPBC

LPBS

Sag

Pk

Pr5DM

VCA

plf

Pr5VL8cn

sp5

ll

rs

vsc

m5

ll

DLL

PFl

tz

ml

RtTg

PnC

PTg

bic

ECIC

CnF

DpWh

DpG

DRV

DRD

VLPAG

LPAG

DLPAG

DMPAG

mlf

InWh

InG

Op

SuG

Zo

pybas

RPa

RMgPnV

RIP

KF VTg

scp

neAq

pfs

pfsEGL

GrCb

Crus1

Simvsc

cbw

MoCb

Figure 156P6 #53

7.71 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

5ADi motor trigem, ant digastric5N motor trigeminal nu7n facial nerve8cn cochlear root 8th nerveA5 A5 noradrenaline cellsAq aqueductbas basilar arterybic brachium inf colliculuscbw cerebellar white matterCnF cuneiform nuCrus1 crus 1 ansiform lobuleDLL dorsal nu lateral lemniscusDLPAG dorsolat periaqueductal grayDMPAG dorsomed periaqueductl grayDMTg dorsomed tegmental areaDpG deep gray superior collDPO dorsal periolivary regionDpWh deep white superior collDRD dorsal raphe nu, dorsal DRV dorsal raphe nu, ventralECIC external cx inferior collEGL external granular layer CbGrCb granule cell layer cbInG intermed gray layer SCInWh intermediate white layer SCKF Kˆlliker-Fuse nuLDTg laterodor tegmental nuLDTgV laterodor tegmental nu, ventll lateral lemniscusLPAG lat periaqueductal grayLPBC lat parabrachial nu, centralLPBE lat parabrachial nu, externalLPBS lat parabrachial nu, supLSO lat superior oliveLVPO lateroventral periolivary num5 motor root trigeminal nerveml medial lemniscusmlf med longitudinal fasciculusMoCb molecular layer CbMPB medial parabrachial nuMSO medial superior oliveMVPO medioventral periolivary nune neuroepitheliumOp optic nerve layer sup coll PFl paraflocculuspfs parafloccular sulcusPk Purkinje cell layer Cbplf posterolateral fissurePnC pontine reticular nu, caudalPnR pontine raphe nuPnV pontine retic nu, ventralPr5DM principal sens 5, dorsomedPr5VL principal sens 5, ventrolatPTg pedunculopontine tegmentalpy pyramidal trRIP raphe interpositus nuRMg raphe magnus nuRPa raphe pallidus nurs rubrospinal tractRtTg reticulotegmental nu ponsRtTgP reticuloteg nu, pericentralSag sagulum nuscp superior Cb peduncleSim simple lobulesp5 spinal trigem tractSPO superior paraolivary nuSPTg subpeduncular tegmental nuSu5 supratrigeminal nuSubCD subcoeruleus nu, dorsal SubCV subcoeruleus nu, ventral SuG superficial gray sup collTz nu trapezoid bodytz trapezoid bodyVCA ventral cochlear nu, ant VLPAG ventlat periaqueductal grayvsc ventral spinocerebellar trVTg vent tegmental nuZo zona layer sup coll

ADMB Book #2 24/8/06 10:35 PM Page CCCXXXVII

Page 339: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:35 PM Page CCCXXXVIII

Page 340: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

baspy

PnVRMg

ml

PnCIRt

7n

5ADi

6RB

RIP

LSOSPO

MSO

MVPOLVPO

TzRPa

RtTg

PnR

RtTgLDMTg

SubCD

Su5

5NP5

VTg

SubCA

LDTgV

DTgP

mlf

DRVMPBBar

LDTg

vsc

rsA5

CGn

VCA

VeGn 8cn

I8 tz

sp5

Pr5VL

m5LR4V

Fl

Pr5DM

KF

cbwPFl

plf

pfs

vscSim

EGL

Crus1

psf

RL DLLLPBS

LPBC

PTgscp

LPBE

CnFVLPAG

DRD

AqLPAG

CIC

DLPAG

DMPAG

Op

InG

InWh

DpG

Zo

SuG

ECIC

bic

Crus1

Figure 157P6 #54

7.83 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

5ADi motor trigem, ant digastric5N motor trigeminal nu6RB abducens, retractor bulbi7n facial nerve8cn cochlear root 8th nerveA5 A5 noradrenaline cellsAq aqueductBar Barrington’s nubas basilar arterybic brachium inf colliculuscbw cerebellar white matterCGn cochlear (spiral) ganglionCIC central nu inf colliculusCnF cuneiform nuCrus1 crus 1 ansiform lobuleDLL dorsal nu lateral lemniscusDLPAG dorsolat periaqueductal grayDMPAG dorsomed periaqueductl grayDMTg dorsomed tegmental areaDpG deep gray superior collDRD dorsal raphe nu, dorsal DRV dorsal raphe nu, ventralDTgP dors tegmental nu, pericentECIC external cx inferior collEGL external granular layer CbFl flocculusI8 interstitial nu 8th nerveInG intermed gray layer SCInWh intermediate white layer SCIRt intermed reticular nuKF Kˆlliker-Fuse nuLDTg laterodor tegmental nuLDTgV laterodor tegmental nu, ventLPAG lat periaqueductal grayLPBC lat parabrachial nu, centralLPBE lat parabrachial nu, externalLPBS lat parabrachial nu, supLR4V lat recess 4th ventricleLSO lat superior oliveLVPO lateroventral periolivary num5 motor root trigeminal nerveml medial lemniscusmlf med longitudinal fasciculusMPB medial parabrachial nuMSO medial superior oliveMVPO medioventral periolivary nuOp optic nerve layer sup coll P5 peritrigeminal zonePFl paraflocculuspfs parafloccular sulcusplf posterolateral fissurePnC pontine reticular nu, caudalPnR pontine raphe nuPnV pontine retic nu, ventralPr5DM principal sens 5, dorsomedPr5VL principal sens 5, ventrolatpsf post superior fissurePTg pedunculopontine tegmentalpy pyramidal trRIP raphe interpositus nuRL retrolemniscal nuRMg raphe magnus nuRPa raphe pallidus nurs rubrospinal tractRtTg reticulotegmental nu ponsRtTgL reticulotegmental pons, latscp superior Cb peduncleSim simple lobulesp5 spinal trigem tractSPO superior paraolivary nuSu5 supratrigeminal nuSubCA subcoeruleus nu, alpha SubCD subcoeruleus nu, dorsal SuG superficial gray sup collTz nu trapezoid bodytz trapezoid bodyVCA ventral cochlear nu, ant VeGn vestibular n ganglionVLPAG ventlat periaqueductal grayvsc ventral spinocerebellar trVTg vent tegmental nuZo zona layer sup coll

ADMB Book #2 24/8/06 10:35 PM Page CCCXXXIX

Page 341: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:35 PM Page CCCXL

Page 342: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

baspy

rstz

plf

pfs

cbw

mlf

mlvsc

scp

ne

vsc

plf

RPaRMg

GrALPGi

7N

P7SuS

A5

7SH

7n IRt

SubCD

DMTg

PnCRIP

4V

EVe CGB

PCRtA

LR4V VCA

I8

Pr5DM

Pr5VL

sp5

5Tr

8cn

Fl

PFl

Sim

LPBE

KF

Su5

LPB

MPBE

EGL

RL

SubCA

LC Bar

LDTg

VLPAG

DTgP

DTgC

DRC

2Cb

LPAG

DLPAG

DMPAGDpG

CnF

CIC

ECIC

Crus1

Crus1

InWh

InG

Op

SuG

Zo

Figure 158P6 #55

7.95 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2Cb 2nd cerebellar lobule4V 4th ventricle5Tr trigem transition zone7N facial nu7n facial nerve7SH facial motor nu, stylohyoid8cn cochlear root 8th nerveA5 A5 noradrenaline cellsBar Barrington’s nubas basilar arterycbw cerebellar white matterCGB central gray, beta partCIC central nu inf colliculusCnF cuneiform nuCrus1 crus 1 ansiform lobuleDLPAG dorsolat periaqueductal grayDMPAG dorsomed periaqueductl grayDMTg dorsomed tegmental areaDpG deep gray superior collDRC dorsal raphe nu, caudal DTgC dors tegmental nu, centralDTgP dors tegmental nu, pericentECIC external cx inferior collEGL external granular layer CbEVe nu origin efferents ve nFl flocculusGrA granule cell, acc olf bulbI8 interstitial nu 8th nerveInG intermed gray layer SCInWh intermediate white layer SCIRt intermed reticular nuKF Kˆlliker-Fuse nuLC locus coeruleusLDTg laterodor tegmental nuLPAG lat periaqueductal grayLPB lateral parabrachial nuLPBE lat parabrachial nu, externalLPGi lat paragigantocellular nuLR4V lat recess 4th ventricleml medial lemniscusmlf med longitudinal fasciculusMPBE med parabrachial nu extne neuroepitheliumOp optic nerve layer sup coll P7 perifacial zonePCRtA parvicell reticular nu, alphaPFl paraflocculuspfs parafloccular sulcusplf posterolateral fissurePnC pontine reticular nu, caudalPr5DM principal sens 5, dorsomedPr5VL principal sens 5, ventrolatpy pyramidal trRIP raphe interpositus nuRL retrolemniscal nuRMg raphe magnus nuRPa raphe pallidus nurs rubrospinal tractscp superior Cb peduncleSim simple lobulesp5 spinal trigem tractSu5 supratrigeminal nuSubCA subcoeruleus nu, alpha SubCD subcoeruleus nu, dorsal SuG superficial gray sup collSuS superior salivatory nutz trapezoid bodyVCA ventral cochlear nu, ant VLPAG ventlat periaqueductal grayvsc ventral spinocerebellar trZo zona layer sup coll

ADMB Book #2 24/8/06 10:35 PM Page CCCXLI

Page 343: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:35 PM Page CCCXLII

Page 344: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

bas

6n

tz rs

sp58n

8cn

8vn

7n

py

vsc

ocb mlf

ml

Pr5

SuS

GrC

DC

VCP

7DL

7L

7DI

7VI7DM

7VM LPGiGiA

RMg

RPa

GiRIP

7SH

IRtSuSPCRtA

6N4V

CGGEVe SGe

CGO

CGB

KF

5Tr

MVeMC

MVePC

SuVeLR4V

Fl

Lat

cbw

scp

icf LC

Sim

LPB

MPBLPBE

Bar

CnF

LDTg

DTgPDTgC

DRC

VLPAG

ECIC

CIC

DCIC

LPAG

DLPAGDMPAG

Com

psf

EGL

2Cb

Crus1

Zo

SuG

Op

Crus1

icf

pfs Crus2

PFl

plf

CGA

Figure 159P6 #56

8.07 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2Cb 2nd cerebellar lobule4V 4th ventricle5Tr trigem transition zone6N abducens nu6n root of abducens nerve7DI facial nu, dors intermedial7DL facial nu, dorsolateral7DM facial nu, dorsomedial7L facial nu, lateral subnu7n facial nerve7SH facial motor nu, stylohyoid7VI 7 nu, ventral intermediate7VM facial nu, ventromedial8cn cochlear root 8th nerve8n vestibulocochlear nerve8vn vestibular root of 8th nerveBar Barrington’s nubas basilar arterycbw cerebellar white matterCGA central gray, alpha partCGB central gray, beta partCGG central gray, gamma partCGO central gray, nu OCIC central nu inf colliculusCnF cuneiform nuCom commissural nu inf colliculusCrus1 crus 1 ansiform lobuleCrus2 crus 2 ansiform lobuleDC dorsal cochlear nuDCIC dors cx inf colliculusDLPAG dorsolat periaqueductal grayDMPAG dorsomed periaqueductl grayDRC dorsal raphe nu, caudal DTgC dors tegmental nu, centralDTgP dors tegmental nu, pericentECIC external cx inferior collEGL external granular layer CbEVe nu origin efferents ve nFl flocculusGi gigantocellular reticular nuGiA gigantocellular retic, alphaGrC granule cell, cochlear nuicf intercrural fissureIRt intermed reticular nuKF Kˆlliker-Fuse nuLat lateral (dentate) Cb nuLC locus coeruleusLDTg laterodor tegmental nuLPAG lat periaqueductal grayLPB lateral parabrachial nuLPBE lat parabrachial nu, externalLPGi lat paragigantocellular nuLR4V lat recess 4th ventricleml medial lemniscusmlf med longitudinal fasciculusMPB medial parabrachial nuMVeMC med vestib nu, magnocellMVePC med vestib nu, parvicellulocb olivocochlear bundleOp optic nerve layer sup coll PCRtA parvicell reticular nu, alphaPFl paraflocculuspfs parafloccular sulcusplf posterolateral fissurePr5 principal sensory trigem nupsf post superior fissurepy pyramidal trRIP raphe interpositus nuRMg raphe magnus nuRPa raphe pallidus nurs rubrospinal tractscp superior Cb peduncleSGe supragenual nuSim simple lobulesp5 spinal trigem tractSuG superficial gray sup collSuS superior salivatory nuSuVe superior vestibular nutz trapezoid bodyVCP vent cochlear nu, posterior VLPAG ventlat periaqueductal grayvsc ventral spinocerebellar trZo zona layer sup coll

ADMB Book #2 24/8/06 10:35 PM Page CCCXLIII

Page 345: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:35 PM Page CCCXLIV

Page 346: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

bas

vsc

tzrs

ml

py

cbw

icp

g7sp5

pfs

icf

plf

7L

7DL 7DI

7VI 7DM

7VMRPa

RMg

GiA

P7

PFl

Lat

LPB

MPBscp

Crus2

Sim

CnF

LPBI

Bar

LDTgDTgP

Sph

PDTg

PrSGeCGA

CGG

IRt

LPGi

7SH

PCRtA

6N

Gi

DPGi

mlf

EVe

SuVe

MVePC

VeMC

Pr5VCP

DC

DCMo

VCCap8vn

GrC

Fl

LR4V

LPBE

Crus1

vsc EGL

psf

DRC

4V

4V

3Cb

2Cb

ReICLPAG

DMPAGCIC

Zo

SuG

DCIC

ComECIC

Crus1

Me5

LC

Figure 160P6 #57

8.19 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2Cb 2nd cerebellar lobule3Cb 3rd cerebellar lobule4V 4th ventricle6N abducens nu7DI facial nu, dors intermedial7DL facial nu, dorsolateral7DM facial nu, dorsomedial7L facial nu, lateral subnu7SH facial motor nu, stylohyoid7VI 7 nu, ventral intermediate7VM facial nu, ventromedial8vn vestibular root of 8th nerveBar Barrington’s nubas basilar arterycbw cerebellar white matterCGA central gray, alpha partCGG central gray, gamma partCIC central nu inf colliculusCnF cuneiform nuCom commissural nu inf colliculusCrus1 crus 1 ansiform lobuleCrus2 crus 2 ansiform lobuleDC dorsal cochlear nuDCIC dors cx inf colliculusDCMo dors cochlear nu, molecularDMPAG dorsomed periaqueductl grayDPGi dors paragigantocellular nuDRC dorsal raphe nu, caudal DTgP dors tegmental nu, pericentECIC external cx inferior collEGL external granular layer CbEVe nu origin efferents ve nFl flocculusg7 genu facial nerveGi gigantocellular reticular nuGiA gigantocellular retic, alphaGrC granule cell, cochlear nuicf intercrural fissureicp inf cerebellar peduncleIRt intermed reticular nuLat lateral (dentate) Cb nuLC locus coeruleusLDTg laterodor tegmental nuLPAG lat periaqueductal grayLPB lateral parabrachial nuLPBE lat parabrachial nu, externalLPBI lat parabrachial nu, internalLPGi lat paragigantocellular nuLR4V lat recess 4th ventricleMe5 mesencephalic trigem numl medial lemniscusmlf med longitudinal fasciculusMPB medial parabrachial nuMVeMC med vestib nu, magnocellulMVePC med vestib nu, parvicellulP7 perifacial zonePCRtA parvicell reticular nu, alphaPDTg posterodors tegmental nuPFl paraflocculuspfs parafloccular sulcusplf posterolateral fissurePr prepositus nuPr5 principal sensory trigem nupsf post superior fissurepy pyramidal trReIC recess inferior collRMg raphe magnus nuRPa raphe pallidus nurs rubrospinal tractscp superior Cb peduncleSGe supragenual nuSim simple lobulesp5 spinal trigem tractSph sphenoid nuSuG superficial gray sup collSuVe superior vestibular nutz trapezoid bodyVCCap vent cochlear nu, capsular VCP vent cochlear nu, posterior vsc ventral spinocerebellar trZo zona layer sup coll

ADMB Book #2 24/8/06 10:35 PM Page CCCXLV

Page 347: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:35 PM Page CCCXLVI

Page 348: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

icf

pfs

plf

vsc

scp

icp

vespmlf

sp5tz

8n

ts

py

bas

rsvsc

P7

7L

7DL 7DI

7VI7DM

7VMLPGi

C1

7SH

Fl

LR4V

DCMo

GrC VCPSp5O

DMSp5

Sp5I

XDCDp

DCFu

VCCap SpVe

5Sol

MVeMC

LVe

YLatPCSuVe

MVePC

PCRtA IRt

Gi

GiARMg

RPa ml

Pr

PDTg

DPGi

4V

GrC

Lat

IntA

VeCbMe5 LC LDTg

SphDRC

LPB LPBI

MPB4VDTgP

ECIC

CIC

4Cb

2/3Cb

EGL

pcuf

Pk

MoCb

Sim

Crus1

psf

DCIC

Com

DMPAG

ReIC

DMPAG

cbw

EGL

Crus1

Crus2

GrC

PFl

Figure 161P6 #58

8.31 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2/3Cb 2nd/3rd cerebellarlobules4Cb 4th cerebellar lobule4V 4th ventricle5Sol trigeminal-solitary trans7DI facial nu, dors intermedial7DL facial nu, dorsolateral7DM facial nu, dorsomedial7L facial nu, lateral subnu7SH facial motor nu, stylohyoid7VI 7 nu, ventral intermediate7VM facial nu, ventromedial8n vestibulocochlear nervebas basilar arteryC1 C1 adrenaline cellscbw cerebellar white matterCIC central nu inf colliculusCom commissural nu inf colliculusCrus1 crus 1 ansiform lobuleCrus2 crus 2 ansiform lobuleDCDp dors cochlear nu, deep coreDCFu dors cochlear nu, fusiformDCIC dors cx inf colliculusDCMo dors cochlear nu, molecularDMPAG dorsomed periaqueductl grayDMSp5 dorsomed spinal trigem nuDPGi dors paragigantocellular nuDRC dorsal raphe nu, caudal DTgP dors tegmental nu, pericentECIC external cx inferior collEGL external granular layer CbFl flocculusGi gigantocellular reticular nuGiA gigantocellular retic, alphaGrC granule cell, cochlear nuicf intercrural fissureicp inf cerebellar peduncleIntA interposed cerebellar nu, antIRt intermed reticular nuLat lateral (dentate) Cb nuLatPC lat Cb nu, parvicellLC locus coeruleusLDTg laterodor tegmental nuLPB lateral parabrachial nuLPBI lat parabrachial nu, internalLPGi lat paragigantocellular nuLR4V lat recess 4th ventricleLVe lateral vestibular nuMe5 mesencephalic trigem numl medial lemniscusmlf med longitudinal fasciculusMoCb molecular layer CbMPB medial parabrachial nuMVeMC med vestib nu, magnocellMVePC med vestib nu, parvicellulP7 perifacial zonePCRtA parvicell reticular nu, alphapcuf preculminate fissurePDTg posterodors tegmental nuPFl paraflocculuspfs parafloccular sulcusPk Purkinje cell layer Cbplf posterolateral fissurePr prepositus nupsf post superior fissurepy pyramidal trReIC recess inferior collRMg raphe magnus nuRPa raphe pallidus nurs rubrospinal tractscp superior Cb peduncleSim simple lobulesp5 spinal trigem tractSp5I spinal trigem nu, interpolarSp5O spinal trigeml nu, oralSph sphenoid nuSpVe spinal vestibular nuSuVe superior vestibular nuts tectospinal trtz trapezoid bodyVCCap vent cochlear nu, capsular VCP vent cochlear nu, posterior VeCb vestibulocerebellar nuvesp vestibulospinal trvsc ventral spinocerebellar trX nu XY nu Y

ADMB Book #2 24/8/06 10:35 PM Page CCCXLVII

Page 349: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:35 PM Page CCCXLVIII

Page 350: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

prfSim

ECICCIC

DCIC

Com

Crus1

psf

4/5Cb

EGL

Crus1

icf

Crus2

cbw

IntDL

IntA

Latpfs

Pk

MoCb

2/3CbGrCb

SMVMed

VeCbscp

LatPCcbwLVeY

chp

4V

MVePC

Pr

MVeMCSpVe

X

PFl

plf

Fl

LR4V

DCDp

DCFu

DCMo

GrC VCP

icp

GrC

tz

sp5

Sp5I

Sp5O

DMSp5

SolRLsol

SolM IS

IRtPCRt

7SH

rsvsc

P7

7N

SolIM5Sol

8cnVCCap

JugF

S9Gn

10GnBOcc

C1PPy

LPGi

Gi

DPGi

mlf

ts

GiA RMg

ml

py bas

RPa

LC

Figure 162P6 #59

8.43 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

2/3Cb 2nd/3rd cerebellarlobules4/5Cb 4th/5th cerebellar lobules4V 4th ventricle5Sol trigeminal-solitary trans7N facial nu7SH facial motor nu, stylohyoid8cn cochlear root 8th nerve10Gn vagus nerve ganglionbas basilar arteryBOcc basioccipital boneC1 C1 adrenaline cellscbw cerebellar white matterchp choroid plexusCIC central nu inf colliculusCom commissural nu inf colliculusCrus1 crus 1 ansiform lobuleCrus2 crus 2 ansiform lobuleDCDp dors cochlear nu, deep coreDCFu dors cochlear nu, fusiformDCIC dors cx inf colliculusDCMo dors cochlear nu, molecularDMSp5 dorsomed spinal trigem nuDPGi dors paragigantocellular nuECIC external cx inferior collEGL external granular layer CbFl flocculusGi gigantocellular reticular nuGiA gigantocellular retic, alphaGrC granule cell, cochlear nuGrCb granule cell layer cbicf intercrural fissureicp inf cerebellar peduncleIntA interposed cerebellar nu, antIntDL interposed, dorsolat humpIRt intermed reticular nuIS inferior salivatory nuJugF jugular foramenLat lateral (dentate) Cb nuLatPC lat Cb nu, parvicellLC locus coeruleusLPGi lat paragigantocellular nuLR4V lat recess 4th ventricleLVe lateral vestibular nuMed medial cerebellar numl medial lemniscusmlf med longitudinal fasciculusMoCb molecular layer CbMVeMC med vestib nu, magnocellMVePC med vestib nu, parvicellulP7 perifacial zonePCRt parvicell reticular nuPFl paraflocculuspfs parafloccular sulcusPk Purkinje cell layer Cbplf posterolateral fissurePPy parapyramidal nuPr prepositus nuprf primary fissurepsf post superior fissurepy pyramidal trRMg raphe magnus nuRPa raphe pallidus nurs rubrospinal tractS9Gn superior ganglion 9nscp superior Cb peduncleSim simple lobuleSMV superior medullary velumsol solitary tractSolIM nu sol tract, intermediateSolM nu sol tract, medialSolRL nu sol tract, rostrolateralsp5 spinal trigem tractSp5I spinal trigem nu, interpolarSp5O spinal trigeml nu, oralSpVe spinal vestibular nuts tectospinal trtz trapezoid bodyVCCap vent cochlear nu, capsular VCP vent cochlear nu, posterior VeCb vestibulocerebellar nuvsc ventral spinocerebellar trX nu XY nu Y

ADMB Book #2 24/8/06 10:35 PM Page CCCXLIX

Page 351: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:36 PM Page CCCL

Page 352: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Med

ECIC

CIC

DCIC

Crus1

psf

prf

Sim 4/5Cb

GrCb

Pk

EGL

2/3Cbcbw

Crus1

icf

Crus2

PM IntDL IntA

IntP

Latpfs scp

LatPC LVe

VeCb 1Cb

4V

MVePC

Pr

MVeMC

Y

GrCDCMo

PFl

plf Fl

LR4V

DCDpDCFu

GrC

TempP

icp X

SpVe

VCPOsp5 Sp5O

DMSp55Sol

SolIM SolM

SolRL sol SolDL

IS

PCRtIRt

7SH

7NBors

Sp5Idsc/oc

vscJugF

RVLC1 LPGi

PPy pyml

GiA

Gi

DPGi mlf

ts

ROb

RMg

RPa

bas

BOcc

S9Gn

9/10/11n

10GnI9Gn

Figure 163P6 #60

8.55 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

1Cb 1st cerebellar lobule2/3Cb 2nd/3rd cerebellarlobules4/5Cb 4th/5th cerebellar lobules4V 4th ventricle5Sol trigeminal-solitary trans7N facial nu7SH facial motor nu, stylohyoid9/10/11n 9n, 10n, and 11n10Gn vagus nerve ganglionbas basilar arteryBo Botzinger complexBOcc basioccipital boneC1 C1 adrenaline cellscbw cerebellar white matterCIC central nu inf colliculusCrus1 crus 1 ansiform lobuleCrus2 crus 2 ansiform lobuleDCDp dors cochlear nu, deep coreDCFu dors cochlear nu, fusiformDCIC dors cx inf colliculusDCMo dors cochlear nu, molecularDMSp5 dorsomed spinal trigem nuDPGi dors paragigantocellular nudsc/oc dors spino / olivocereb trECIC external cx inferior collEGL external granular layer CbFl flocculusGi gigantocellular reticular nuGiA gigantocellular retic, alphaGrC granule cell, cochlear nuGrCb granule cell layer cbI9Gn inferior ganglion 9nicf intercrural fissureicp inf cerebellar peduncleIntA interposed cerebellar nu, antIntDL interposed, dorsolat humpIntP interposed cerebellar nu, postIRt intermed reticular nuIS inferior salivatory nuJugF jugular foramenLat lateral (dentate) Cb nuLatPC lat Cb nu, parvicellLPGi lat paragigantocellular nuLR4V lat recess 4th ventricleLVe lateral vestibular nuMed medial cerebellar numl medial lemniscusmlf med longitudinal fasciculusMVeMC med vestib nu, magnocellMVePC med vestib nu, parvicellulPCRt parvicell reticular nuPFl paraflocculuspfs parafloccular sulcusPk Purkinje cell layer Cbplf posterolateral fissurePM paramedian lobulePPy parapyramidal nuPr prepositus nuprf primary fissurepsf post superior fissurepy pyramidal trRMg raphe magnus nuROb raphe obscurus nuRPa raphe pallidus nurs rubrospinal tractRVL rostroventrolat retic nuS9Gn superior ganglion 9nscp superior Cb peduncleSim simple lobulesol solitary tractSolDL sol nu, dorsolateralSolIM nu sol tract, intermediateSolM nu sol tract, medialSolRL nu sol tract, rostrolateralsp5 spinal trigem tractSp5I spinal trigem nu, interpolarSp5O spinal trigeml nu, oralSpVe spinal vestibular nuTempP temporal bone, petrousts tectospinal trVCPO vent cochlear, post, octopusVeCb vestibulocerebellar nuvsc ventral spinocerebellar trX nu XY nu Y

ADMB Book #2 24/8/06 10:36 PM Page CCCLI

Page 353: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:36 PM Page CCCLII

Page 354: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

SpVe MVeMCMVePC

SolDM

SolMSolIMSolV

SolVLsol

IS5Sol

PCRt IRt

DMSp5

Sp5I

sp5

X

icp

VCP

DCDpDCFu

dsc/oc

LR4V

DCMo

Fl

LVe

rsvsc

P7 Bo

LPGiC1 IOD

py basIOMml

RPa

RMgGiA

Gi ts ROb

mlfDPGi

Pr

4V

EGL 10CbVeCb MedL

Med cbwIntAIntDL

LatLatPC

scpIntP

PFl

pfs

PM

Crus2

Sim

icfCrus1

Crus1

pfs

ECIC

CIC

DCIC

5Cb

GrCbprf

apmf

plf

Figure 164P6 #61

8.67mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

4V 4th ventricle5Cb 5th cerebellar lobule5Sol trigeminal-solitary trans10Cb 10th cerebellar lobuleapmf ansoparamedian fissurebas basilar arteryBo Botzinger complexC1 C1 adrenaline cellscbw cerebellar white matterCIC central nu inf colliculusCrus1 crus 1 ansiform lobuleCrus2 crus 2 ansiform lobuleDCDp dors cochlear nu, deep coreDCFu dors cochlear nu, fusiformDCIC dors cx inf colliculusDCMo dors cochlear nu, molecularDMSp5 dorsomed spinal trigem nuDPGi dors paragigantocellular nudsc/oc dors spino / olivocereb trECIC external cx inferior collEGL external granular layer CbFl flocculusGi gigantocellular reticular nuGiA gigantocellular retic, alphaGrCb granule cell layer cbicf intercrural fissureicp inf cerebellar peduncleIntA interposed cerebellar nu, antIntDL interposed, dorsolat humpIntP interposed cerebellar nu, postIOD inf olive, dorsal nuIOM inf olive, med nuIRt intermed reticular nuIS inferior salivatory nuLat lateral (dentate) Cb nuLatPC lat Cb nu, parvicellLPGi lat paragigantocellular nuLR4V lat recess 4th ventricleLVe lateral vestibular nuMed medial cerebellar nuMedL medial Cb nu, lateralml medial lemniscusmlf med longitudinal fasciculusMVeMC med vestib nu, magnocellMVePC med vestib nu, parvicellulP7 perifacial zonePCRt parvicell reticular nuPFl paraflocculuspfs parafloccular sulcusplf posterolateral fissurePM paramedian lobulePr prepositus nuprf primary fissurepy pyramidal trRMg raphe magnus nuROb raphe obscurus nuRPa raphe pallidus nurs rubrospinal tractscp superior Cb peduncleSim simple lobulesol solitary tractSolDM nu sol tract, dorsomedSolIM nu sol tract, intermediateSolM nu sol tract, medialSolV sol nu, ventral partSolVL nu sol tract, ventrolateralsp5 spinal trigem tractSp5I spinal trigem nu, interpolarSpVe spinal vestibular nuts tectospinal trVCP vent cochlear nu, posterior VeCb vestibulocerebellar nuvsc ventral spinocerebellar trX nu X

ADMB Book #2 24/8/06 10:36 PM Page CCCLIII

Page 355: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:36 PM Page CCCLIV

Page 356: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

MedL

Med

MedDL

ECIC

Crus1psf

Sim

Crus1

icf

6Cb

prf

5Cb

EGL

EGL

10Cb

Crus2

apmf cbw

PM

IntP

IntPPC

PFl

pfs

plfFl SpVe

LR4V

DCMo

LR4V

icpFVe

XMx

DMSp5sp5

Sp5I

dsc/oc

PCRtIRt

sol

SolV SolM 10n

MVeMC

MVePC

SolVL5Sol SolIM

Pr

12NRo

DPGi mlf

RObts

Gi

AmbC

rs Bo

vsc RVLC1

LPGi

GiV

IOD IOPr mlpy bas

IOM

RPa

PMn

4V

SolDM

Figure 165P6 #62

8.79 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

4V 4th ventricle5Cb 5th cerebellar lobule5Sol trigeminal-solitary trans6Cb 6th cerebellar lobule10Cb 10th cerebellar lobule10n vagus nerve12N hypoglossal nuAmbC ambiguus nu, compact partapmf ansoparamedian fissurebas basilar arteryBo Botzinger complexC1 C1 adrenaline cellscbw cerebellar white matterCrus1 crus 1 ansiform lobuleCrus2 crus 2 ansiform lobuleDCMo dors cochlear nu, molecularDMSp5 dorsomed spinal trigem nuDPGi dors paragigantocellular nudsc/oc dors spino / olivocereb trECIC external cx inferior collEGL external granular layer CbFl flocculusFVe F cell group vestibGi gigantocellular reticular nuGiV gigantocellular retic, venticf intercrural fissureicp inf cerebellar peduncleIntP interposed cerebellar nu, postIntPPC interposed, post parvicellularIOD inf olive, dorsal nuIOM inf olive, med nuIOPr inf olive, principal nuIRt intermed reticular nuLPGi lat paragigantocellular nuLR4V lat recess 4th ventricleMed medial cerebellar nuMedDL medial Cb, dorsolat protubMedL medial Cb nu, lateralml medial lemniscusmlf med longitudinal fasciculusMVeMC med vestib nu, magnocellMVePC med vestib nu, parvicellulMx matrix region medullaPCRt parvicell reticular nuPFl paraflocculuspfs parafloccular sulcusplf posterolateral fissurePM paramedian lobulePMn paramedian reticular nuPr prepositus nuprf primary fissurepsf post superior fissurepy pyramidal trRo nu of RollerROb raphe obscurus nuRPa raphe pallidus nurs rubrospinal tractRVL rostroventrolat retic nuSim simple lobulesol solitary tractSolDM nu sol tract, dorsomedSolIM nu sol tract, intermediateSolM nu sol tract, medialSolV sol nu, ventral partSolVL nu sol tract, ventrolateralsp5 spinal trigem tractSp5I spinal trigem nu, interpolarSpVe spinal vestibular nuts tectospinal trvsc ventral spinocerebellar trX nu X

ADMB Book #2 24/8/06 10:36 PM Page CCCLV

Page 357: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:36 PM Page CCCLVI

Page 358: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

IntP

Med

MedDL

ECIC

EGL

MoCb6Cb

GrCb

Pk

Sim

psfCrus1

Crus1

icf

Crus2

cbw

apmf

PM

5Cb

7Cb

GrCb

10Cb

4VMVeSpVeECu

pfs

PFl

plf FlXicp

LR4V

chp

sp5DMSp5

SolDMsol

SolV

SolVL

5Sol

MxFVe

SolIMSolM

10N12N

Pr

Ro

PCRtSp5I

dsc/oc

11n

rsvsc

PrBo

AmbC

LiIRt

Gi

GiV

C1 LPGi IOD

IOPr

pybas

IOMml

RPa

IODMts

mlf

ROb

Figure 166P6 #63

8.91 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

4V 4th ventricle5Cb 5th cerebellar lobule5Sol trigeminal-solitary trans6Cb 6th cerebellar lobule7Cb 7th cerebellar lobule10Cb 10th cerebellar lobule10N dorsal motor nu of vagus11n root of accessory nerve 12N hypoglossal nuAmbC ambiguus nu, compact partapmf ansoparamedian fissurebas basilar arteryC1 C1 adrenaline cellscbw cerebellar white matterchp choroid plexusCrus1 crus 1 ansiform lobuleCrus2 crus 2 ansiform lobuleDMC dorsomed hy nu, compactDMSp5 dorsomed spinal trigem nudsc/oc dors spino / olivocereb trECIC external cx inferior collECu external cuneate nuEGL external granular layer CbFl flocculusFVe F cell group vestibGi gigantocellular reticular nuGiV gigantocellular retic, ventGrCb granule cell layer cbicf intercrural fissureicp inf cerebellar peduncleIntP interposed cerebellar nu, postIOD inf olive, dorsal nuIODM inf olive, dorsomed cell groupIOM inf olive, med nuIOPr inf olive, principal nuIRt intermed reticular nuLi linear nu of the medullaLPGi lat paragigantocellular nuLR4V lat recess 4th ventricleMed medial cerebellar nuMedDL medial Cb, dorsolat protubml medial lemniscusmlf med longitudinal fasciculusMoCb molecular layer CbMVe medial vestibular nuMx matrix region medullaPCRt parvicell reticular nuPFl paraflocculuspfs parafloccular sulcusPk Purkinje cell layer Cbplf posterolateral fissurePM paramedian lobulePr prepositus nuPrBo pre-Botzinger complexpsf post superior fissurepy pyramidal trRo nu of RollerROb raphe obscurus nuRPa raphe pallidus nurs rubrospinal tractSim simple lobulesol solitary tractSolDM nu sol tract, dorsomedSolIM nu sol tract, intermediateSolM nu sol tract, medialSolV sol nu, ventral partSolVL nu sol tract, ventrolateralsp5 spinal trigem tractSp5I spinal trigem nu, interpolarSpVe spinal vestibular nuts tectospinal trvsc ventral spinocerebellar trX nu X

ADMB Book #2 24/8/06 10:36 PM Page CCCLVII

Page 359: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:36 PM Page CCCLVIII

Page 360: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

PFl

Sim

6Cbpsf

Crus1

EGL

Crus1

Crus2

icf

cbw

apmf

PM

pfs

MedDLMed

7Cb

9Cb

Pk

GrCb

MoCb

10Cb

4VZPr

In

12N10N

SolM

MVeSolDL

SolIMSolV

SolVL

SolL

5Sol

Mx

ECu SpVe

Ro

mlf

ts

RObGi

IRtPCRt

DMSp5

IntP

CCrus

LR4V

chp

sp5

Sp5I

dsc/oc

TempP

PFlCvLi

Li

AmbSC

RVRG

CVLC1 LPGi

IOD

IOPr

IOMpy bas

RPa

IODMrs

vsc

S9Gn

JugFOcc

12C

12n

ml

sol

Figure 167P6 #64

9.03 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

4V 4th ventricle5Sol trigeminal-solitary trans6Cb 6th cerebellar lobule7Cb 7th cerebellar lobule9Cb 9th cerebellar lobule10Cb 10th cerebellar lobule10N dorsal motor nu of vagus12C hypoglossal canal12N hypoglossal nu12n root of hypoglossal nerveAmbSC ambiguus nu, subcompactapmf ansoparamedian fissurebas basilar arteryC1 C1 adrenaline cellscbw cerebellar white matterCCrus common crus chp choroid plexusCrus1 crus 1 ansiform lobuleCrus2 crus 2 ansiform lobuleCVL caudoventrolat reticular nuDMSp5 dorsomed spinal trigem nudsc/oc dors spino / olivocereb trECu external cuneate nuEGL external granular layer CbGi gigantocellular reticular nuGrCb granule cell layer cbicf intercrural fissureIn intercalated nu medullaIntP interposed cerebellar nu, postIOD inf olive, dorsal nuIODM inf olive, dorsomed cell groupIOM inf olive, med nuIOPr inf olive, principal nuIRt intermed reticular nuJugF jugular foramenLi linear nu of the medullaLPGi lat paragigantocellular nuLR4V lat recess 4th ventricleMed medial cerebellar nuMedDL medial Cb, dorsolat protubml medial lemniscusmlf med longitudinal fasciculusMoCb molecular layer CbMVe medial vestibular nuMx matrix region medullaOcc occipital bonePCRt parvicell reticular nuPFl paraflocculusPFlCv parafloccular cavitypfs parafloccular sulcusPk Purkinje cell layer CbPM paramedian lobulePr prepositus nupsf post superior fissurepy pyramidal trRo nu of RollerROb raphe obscurus nuRPa raphe pallidus nurs rubrospinal tractRVRG rost vent respiratoryS9Gn superior ganglion 9nSim simple lobulesol solitary tractSolDL sol nu, dorsolateralSolIM nu sol tract, intermediateSolL nu sol tract, lateralSolM nu sol tract, medialSolV sol nu, ventral partSolVL nu sol tract, ventrolateralsp5 spinal trigem tractSp5I spinal trigem nu, interpolarSpVe spinal vestibular nuTempP temporal bone, petrousts tectospinal trvsc ventral spinocerebellar trZ nu Z

ADMB Book #2 24/8/06 10:36 PM Page CCCLIX

Page 361: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:36 PM Page CCCLX

Page 362: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

cbw

Pk

EGL

9Cb

EGL

psfCrus1

Crus1

icf

Crus2

Sim

6Cb

GrCb7Cb

Pk

MoCb

psf

apmf

PM

ppf

CCrus

Cop10Cb

AP

4V

10N

12N

Ro

In

SolM

SolGSubP

MVeSpVeCu

Mx

SolVL

SolVSolIM

SolCe

PSol

SolDL

5SolDMSp5

ECu

Pa5

Sp5I

sp5

LR4V

chp

PCRt IRt

Li Gi

LRt

Lidsc/oc

rs

12n

vsc

LRtS5

C1

AmbSC

RVRG

mlf

tsROb

IOBeIOVL

IOD

IOPr

py

IOMml

bas

Figure 168P6 #65

9.15mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

4V 4th ventricle5Sol trigeminal-solitary trans6Cb 6th cerebellar lobule7Cb 7th cerebellar lobule9Cb 9th cerebellar lobule10Cb 10th cerebellar lobule10N dorsal motor nu of vagus12N hypoglossal nu12n root of hypoglossal nerveAmbSC ambiguus nu, subcompactAP area postremaapmf ansoparamedian fissurebas basilar arteryC1 C1 adrenaline cellscbw cerebellar white matterCCrus common crus chp choroid plexusCop copula pyramisCrus1 crus 1 ansiform lobuleCrus2 crus 2 ansiform lobuleCu cuneate nuDMSp5 dorsomed spinal trigem nudsc/oc dors spino / olivocereb trECu external cuneate nuEGL external granular layer CbGi gigantocellular reticular nuGrCb granule cell layer cbicf intercrural fissureIn intercalated nu medullaIOBe inf olive, beta subnuIOD inf olive, dorsal nuIOM inf olive, med nuIOPr inf olive, principal nuIOVL inf olive, ventrolateralIRt intermed reticular nuLi linear nu of the medullaLR4V lat recess 4th ventricleLRt lateral reticular nuLRtS5 lat reticular nu, subtrigeminalml medial lemniscusmlf med longitudinal fasciculusMoCb molecular layer CbMVe medial vestibular nuMx matrix region medullaPa5 paratrigeminal nuPCRt parvicell reticular nuPk Purkinje cell layer CbPM paramedian lobuleppf prepyramidal fissurepsf post superior fissurePSol parasolitary nupy pyramidal trRo nu of RollerROb raphe obscurus nurs rubrospinal tractRVRG rost vent respiratorySim simple lobuleSolCe nu sol tract, centralSolDL sol nu, dorsolateralSolG nu sol tract, gelatinousSolIM nu sol tract, intermediateSolM nu sol tract, medialSolV sol nu, ventral partSolVL nu sol tract, ventrolateralsp5 spinal trigem tractSp5I spinal trigem nu, interpolarSpVe spinal vestibular nuSubP subpostrema areats tectospinal trvsc ventral spinocerebellar tr

ADMB Book #2 24/8/06 10:36 PM Page CCCLXI

Page 363: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:36 PM Page CCCLXII

Page 364: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

9Cb

6Cb

7Cb

psfCrus1

Crus1

icf

cbw

8Cb

sf

cbw

MoCb

GrCb

PkCrus2

PM

ppf

EGL

Cop

4V

chpPa5

sp5ECu

Cu

DMSp55Sol

MxPSol

SolVLSolV 10N

SolM

SubP

APGr

SolG

SolCe

SolIM

SolDL

Sp5I

sp5

PCRtIRt

Gi

12N

Romlf

ROb

ts

IOBe

IOVLLRt

IOD

IOBIOC

ml

baspy

IOPr12n

AmbL

RVRG

C1/A1

LRtrsdsc

LRtS5vsc

LRtPC

Figure 169P6 #66

9.27 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

4V 4th ventricle5Sol trigeminal-solitary trans6Cb 6th cerebellar lobule7Cb 7th cerebellar lobule8Cb 8th cerebellar lobule9Cb 9th cerebellar lobule10N dorsal motor nu of vagus12N hypoglossal nu12n root of hypoglossal nerveAmbL ambiguus nu, loose partAP area postremabas basilar arteryC1/A1 adren/ noradrenaline cellscbw cerebellar white matterchp choroid plexusCop copula pyramisCrus1 crus 1 ansiform lobuleCrus2 crus 2 ansiform lobuleCu cuneate nuDMSp5 dorsomed spinal trigem nudsc dorsal spinocereb tractECu external cuneate nuEGL external granular layer CbGi gigantocellular reticular nuGr gracile nuGrCb granule cell layer cbicf intercrural fissureIOB inf olive, subnu B med nuIOBe inf olive, beta subnuIOC inf olive, subnu C of med nuIOD inf olive, dorsal nuIOPr inf olive, principal nuIOVL inf olive, ventrolateralIRt intermed reticular nuLRt lateral reticular nuLRtPC lat reticular nu, parvicellularLRtS5 lat reticular nu, subtrigeminalml medial lemniscusmlf med longitudinal fasciculusMoCb molecular layer CbMx matrix region medullaPa5 paratrigeminal nuPCRt parvicell reticular nuPk Purkinje cell layer CbPM paramedian lobuleppf prepyramidal fissurepsf post superior fissurePSol parasolitary nupy pyramidal trRo nu of RollerROb raphe obscurus nurs rubrospinal tractRVRG rost vent respiratorysf secondary fissureSolCe nu sol tract, centralSolDL sol nu, dorsolateralSolG nu sol tract, gelatinousSolIM nu sol tract, intermediateSolM nu sol tract, medialSolV sol nu, ventral partSolVL nu sol tract, ventrolateralsp5 spinal trigem tractSp5I spinal trigem nu, interpolarSubP subpostrema areats tectospinal trvsc ventral spinocerebellar tr

ADMB Book #2 24/8/06 10:36 PM Page CCCLXIII

Page 365: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:36 PM Page CCCLXIV

Page 366: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Sp5IMdD

IRt

MdV

12GH

12N

10N

SolM

7Cb

8Cb

Crus1

icf

Crus2

apmf

PM

ppf

GrCb MoCbPk

EGLsf

9Cbcbw

Cop

ECu

Pk

CuPa5

pms

sf

sp5

dsc/oc

5Sol Mx

APGr

PSol

SolVSolVL

SubPSolG

SolIM

AmbL

SolDL

PrLSprs

11n

vsc

12n

C1/A1

LRtRVRGLRtS5

LRtPCIOPr

IOD

IOB

IOC

IOA pyml

bas

IOBe

RPa

IOVL

ts

mlf

CC

SolCesol

Figure 170P6 #67

9.39 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

5Sol trigeminal-solitary trans7Cb 7th cerebellar lobule8Cb 8th cerebellar lobule9Cb 9th cerebellar lobule10N dorsal motor nu of vagus11n root of accessory nerve 12GH hypoglossal nu, geniohyoid12N hypoglossal nu12n root of hypoglossal nerveAmbL ambiguus nu, loose partAP area postremaapmf ansoparamedian fissurebas basilar arteryC1/A1 adren/ noradrenaline cellscbw cerebellar white matterCC central canalCop copula pyramisCrus1 crus 1 ansiform lobuleCrus2 crus 2 ansiform lobuleCu cuneate nudsc/oc dors spino / olivocereb trECu external cuneate nuEGL external granular layer CbGr gracile nuGrCb granule cell layer cbicf intercrural fissureIOA inf olive, subnu A medial nuIOB inf olive, subnu B med nuIOBe inf olive, beta subnuIOC inf olive, subnu C of med nuIOD inf olive, dorsal nuIOPr inf olive, principal nuIOVL inf olive, ventrolateralIRt intermed reticular nuLRt lateral reticular nuLRtPC lat reticular nu, parvicellularLRtS5 lat reticular nu, subtrigeminalMdD medullary reticular nu, dorsMdV medullary reticular nu, ventml medial lemniscusmlf med longitudinal fasciculusMoCb molecular layer CbMx matrix region medullaPa5 paratrigeminal nuPk Purkinje cell layer CbPM paramedian lobulepms paramedian sulcusppf prepyramidal fissurePrLSp pre lateral spinalPSol parasolitary nupy pyramidal trRPa raphe pallidus nurs rubrospinal tractRVRG rost vent respiratorysf secondary fissuresol solitary tractSolCe nu sol tract, centralSolDL sol nu, dorsolateralSolG nu sol tract, gelatinousSolIM nu sol tract, intermediateSolM nu sol tract, medialSolV sol nu, ventral partSolVL nu sol tract, ventrolateralsp5 spinal trigem tractSp5I spinal trigem nu, interpolarSubP subpostrema areats tectospinal trvsc ventral spinocerebellar tr

ADMB Book #2 24/8/06 10:36 PM Page CCCLXV

Page 367: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:36 PM Page CCCLXVI

Page 368: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

Sp5C

MdD

IRt

MdV

7Cb

MoCb

Crus1icf

Crus2

apmf

PM

ppf

8Cb

GrCb

sf

Pk

Cop

pms

cbw

GrCb

9Cb

EGLGr

Cu AP

SolMSolC

CC

12N

10NMx

CuRsol

SolV

SolVLCeCvSolIM

PSolSolDL

sp5

Sp5I

dsc/ocrs

vsc

LRt

AmbL

LRtS5

PrLSp RVRG

A1/C1

IOD

IOCIOBIOA

LRtPC py basml

RPa

IOBeIOK

ts

mlfROb

Figure 171P6 #68

9.51 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

7Cb 7th cerebellar lobule8Cb 8th cerebellar lobule9Cb 9th cerebellar lobule10N dorsal motor nu of vagus12N hypoglossal nuA1/C1 noradrenaline/adren cellsAmbL ambiguus nu, loose partAP area postremaapmf ansoparamedian fissurebas basilar arterycbw cerebellar white matterCC central canalCeCv central cervical nu Cop copula pyramisCrus1 crus 1 ansiform lobuleCrus2 crus 2 ansiform lobuleCu cuneate nuCuR cuneate nu, rotundus partdsc/oc dors spino / olivocereb trEGL external granular layer CbGr gracile nuGrCb granule cell layer cbicf intercrural fissureIOA inf olive, subnu A medial nuIOB inf olive, subnu B med nuIOBe inf olive, beta subnuIOC inf olive, subnu C of med nuIOD inf olive, dorsal nuIOK inf olive, cap of Kooy med nuIRt intermed reticular nuLRt lateral reticular nuLRtPC lat reticular nu, parvicellularLRtS5 lat reticular nu, subtrigeminalMdD medullary reticular nu, dorsMdV medullary reticular nu, ventml medial lemniscusmlf med longitudinal fasciculusMoCb molecular layer CbMx matrix region medullaPk Purkinje cell layer CbPM paramedian lobulepms paramedian sulcusppf prepyramidal fissurePrLSp pre lateral spinalPSol parasolitary nupy pyramidal trROb raphe obscurus nuRPa raphe pallidus nurs rubrospinal tractRVRG rost vent respiratorysf secondary fissuresol solitary tractSolC nu sol tract, comm partSolDL sol nu, dorsolateralSolIM nu sol tract, intermediateSolM nu sol tract, medialSolV sol nu, ventral partSolVL nu sol tract, ventrolateralsp5 spinal trigem tractSp5C spinal trigem nu, caudalSp5I spinal trigem nu, interpolarts tectospinal trvsc ventral spinocerebellar tr

ADMB Book #2 24/8/06 10:36 PM Page CCCLXVII

Page 369: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:36 PM Page CCCLXVIII

Page 370: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

7Cb

cbw

Crus2

apmf

PM cbw

8Cb

Cop

ppfsf

EGL

MoCbGrCbPk

cbw 9Cb

pms Gr AP SubP

SolC

SolDLSolIM

10NSolVsol

SolVL

MxCuR

CuSolM

CC

CeCv 12N

Ro

MdV

Sp5Csp5

MdD IRt

Sp5I

dsc/oc

PrLSp

rs

vsc

LRtPC

LRtA1/C1

RVRG

RAmb

12n

IOA

IOBIOC

IOBets

mlf

IOK

ROb

RPa

vert

py ml

Figure 172P6 #69

9.63 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

7Cb 7th cerebellar lobule8Cb 8th cerebellar lobule9Cb 9th cerebellar lobule10N dorsal motor nu of vagus12N hypoglossal nu12n root of hypoglossal nerveA1/C1 noradrenaline/adren cellsAP area postremaapmf ansoparamedian fissurecbw cerebellar white matterCC central canalCeCv central cervical nu Cop copula pyramisCrus2 crus 2 ansiform lobuleCu cuneate nuCuR cuneate nu, rotundus partdsc/oc dors spino / olivocereb trEGL external granular layer CbGr gracile nuGrCb granule cell layer cbIOA inf olive, subnu A medial nuIOB inf olive, subnu B med nuIOBe inf olive, beta subnuIOC inf olive, subnu C of med nuIOK inf olive, cap of Kooy med nuIRt intermed reticular nuLRt lateral reticular nuLRtPC lat reticular nu, parvicellularMdD medullary reticular nu, dorsMdV medullary reticular nu, ventml medial lemniscusmlf med longitudinal fasciculusMoCb molecular layer CbMx matrix region medullaPk Purkinje cell layer CbPM paramedian lobulepms paramedian sulcusppf prepyramidal fissurePrLSp pre lateral spinalpy pyramidal trRAmb retroambiguus nuRo nu of RollerROb raphe obscurus nuRPa raphe pallidus nurs rubrospinal tractRVRG rost vent respiratorysf secondary fissuresol solitary tractSolC nu sol tract, comm partSolDL sol nu, dorsolateralSolIM nu sol tract, intermediateSolM nu sol tract, medialSolV sol nu, ventral partSolVL nu sol tract, ventrolateralsp5 spinal trigem tractSp5C spinal trigem nu, caudalSp5I spinal trigem nu, interpolarSubP subpostrema areats tectospinal trvert vertebral artvsc ventral spinocerebellar tr

ADMB Book #2 24/8/06 10:36 PM Page CCCLXIX

Page 371: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:36 PM Page CCCLXX

Page 372: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

cbw9Cb

MoCbGrCb Pk

sf

8Cb

7Cbppf

EGL

Cop

cu

CuR

Cu GrAP SubP

SolC

10N

CeCv 12N

Mx

MdD

SolVLSolV

solSolDL

SolM

CCSolIM

Sp5Csp5

Sp5I

PrLSp

rsdsc

vscLRt

A1

RAmb

IRt

LRtPCIOA

IOB

py

ml

IOC

RObts

IOBe

MdV mlf IOK

vert

RPa

Figure 173P6 #70

9.75 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

7Cb 7th cerebellar lobule8Cb 8th cerebellar lobule9Cb 9th cerebellar lobule10N dorsal motor nu of vagus12N hypoglossal nuA1 A1 noradrenaline cellsAP area postremacbw cerebellar white matterCC central canalCeCv central cervical nu Cop copula pyramisCu cuneate nucu cuneate fasciculusCuR cuneate nu, rotundus partdsc dorsal spinocereb tractEGL external granular layer CbGr gracile nuGrCb granule cell layer cbIOA inf olive, subnu A medial nuIOB inf olive, subnu B med nuIOBe inf olive, beta subnuIOC inf olive, subnu C of med nuIOK inf olive, cap of Kooy med nuIRt intermed reticular nuLRt lateral reticular nuLRtPC lat reticular nu, parvicellularMdD medullary reticular nu, dorsMdV medullary reticular nu, ventml medial lemniscusmlf med longitudinal fasciculusMoCb molecular layer CbMx matrix region medullaPk Purkinje cell layer Cbppf prepyramidal fissurePrLSp pre lateral spinalpy pyramidal trRAmb retroambiguus nuROb raphe obscurus nuRPa raphe pallidus nurs rubrospinal tractsf secondary fissuresol solitary tractSolC nu sol tract, comm partSolDL sol nu, dorsolateralSolIM nu sol tract, intermediateSolM nu sol tract, medialSolV sol nu, ventral partSolVL nu sol tract, ventrolateralsp5 spinal trigem tractSp5C spinal trigem nu, caudalSp5I spinal trigem nu, interpolarSubP subpostrema areats tectospinal trvert vertebral artvsc ventral spinocerebellar tr

ADMB Book #2 24/8/06 10:36 PM Page CCCLXXI

Page 373: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:36 PM Page CCCLXXII

Page 374: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

GrCb

ppf

8Cb

EGL PkMoCb

9Cb

sf

Sp5Csp5

cuCu

CuRMx

MdD

IRt12N

Gr

solSolC

CC

CeCv

SolLSolV

SolM

10N

SolIM

ROb11N

MdV mlf

ts

py

RPa

IOA

11n

LRt

RAmb

PrLSprs A1dsc

vsc

vert

7Cb

Figure 174P6 #71

9.87 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

7Cb 7th cerebellar lobule8Cb 8th cerebellar lobule9Cb 9th cerebellar lobule10N dorsal motor nu of vagus11N accessory nerve nu11n root of accessory nerve 12N hypoglossal nuA1 A1 noradrenaline cellsCC central canalCeCv central cervical nu Cu cuneate nucu cuneate fasciculusCuR cuneate nu, rotundus partdsc dorsal spinocereb tractEGL external granular layer CbGr gracile nuGrCb granule cell layer cbIOA inf olive, subnu A medial nuIRt intermed reticular nuLRt lateral reticular nuMdD medullary reticular nu, dorsMdV medullary reticular nu, ventmlf med longitudinal fasciculusMoCb molecular layer CbMx matrix region medullaPk Purkinje cell layer Cbppf prepyramidal fissurePrLSp pre lateral spinalpy pyramidal trRAmb retroambiguus nuROb raphe obscurus nuRPa raphe pallidus nurs rubrospinal tractsf secondary fissuresol solitary tractSolC nu sol tract, comm partSolIM nu sol tract, intermediateSolL nu sol tract, lateralSolM nu sol tract, medialSolV sol nu, ventral partsp5 spinal trigem tractSp5C spinal trigem nu, caudalts tectospinal trvert vertebral artvsc ventral spinocerebellar tr

ADMB Book #2 24/8/06 10:36 PM Page CCCLXXIII

Page 375: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:36 PM Page CCCLXXIV

Page 376: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

GrCb 9Cb

MoCb

PkEGL

8Cbsf

GrcuCu

CuR Mx

grMnA

SolCSolMCC

12Nmlx

CeCvIRtMdD

Sp5C

Ge5

sp5

rsdsc

vsc

A1

PrLSp

RAmb

MdV

11N tsmlf

py

IB

Figure 175P6 #72

9.99 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

8Cb 8th cerebellar lobule9Cb 9th cerebellar lobule11N accessory nerve nu12N hypoglossal nuA1 A1 noradrenaline cellsCC central canalCeCv central cervical nu Cu cuneate nucu cuneate fasciculusCuR cuneate nu, rotundus partdsc dorsal spinocereb tractEGL external granular layer CbGe5 gelatinous layer caudal Sp5Gr gracile nugr gracile fasciculusGrCb granule cell layer cbIB interstitial nu medullaIRt intermed reticular nuMdD medullary reticular nu, dorsMdV medullary reticular nu, ventmlf med longitudinal fasciculusmlx med lemniscus decussationMnA median access nu medullaMoCb molecular layer CbMx matrix region medullaPk Purkinje cell layer CbPrLSp pre lateral spinalpy pyramidal trRAmb retroambiguus nurs rubrospinal tractsf secondary fissureSolC nu sol tract, comm partSolM nu sol tract, medialsp5 spinal trigem tractSp5C spinal trigem nu, caudalts tectospinal trvsc ventral spinocerebellar tr

ADMB Book #2 24/8/06 10:36 PM Page CCCLXXV

Page 377: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

ADMB Book #2 24/8/06 10:37 PM Page CCCLXXVI

Page 378: Atlas of the Developing Mouse Brain [at E17.5, P0 and P6] - G. Paxinos, et al., (Elsevier, 2007) WW

MdD

IRt

MdV

Sp5C

sp5

EGL

MoCb Pk 9CbGrCb

GrMnA

grcu

CuIB Mx

SolC

CC

CeCvia

SolM

11N ts

mlf pyx

pyvsc

dscrs A1

Figure 176P6 #73

10.11 mm

Atlas of the Developing Mouse Brain Paxinos Halliday Watson Koutcherov Wang 0 0.2 0.4 0.6 0.8 1.0 mm

9Cb 9th cerebellar lobule11N accessory nerve nuA1 A1 noradrenaline cellsCC central canalCeCv central cervical nu Cu cuneate nucu cuneate fasciculusdsc dorsal spinocereb tractEGL external granular layer CbGr gracile nugr gracile fasciculusGrCb granule cell layer cbia internal arcuate fibersIB interstitial nu medullaIRt intermed reticular nuMdD medullary reticular nu, dorsMdV medullary reticular nu, ventmlf med longitudinal fasciculusMnA median access nu medullaMoCb molecular layer CbMx matrix region medullaPk Purkinje cell layer Cbpy pyramidal trpyx pyramidal decussationrs rubrospinal tractSolC nu sol tract, comm partSolM nu sol tract, medialsp5 spinal trigem tractSp5C spinal trigem nu, caudalts tectospinal trvsc ventral spinocerebellar tr

ADMB Book #2 24/8/06 10:37 PM Page CCCLXXVII