LESSON PLAN FOR I st SEMESTER (SESSION: 2014-2016)vbu.ac.in/wp-content/uploads/2015/08/Lecture-Plan-of-Botany.pdfLESSON PLAN FOR I st SEMESTER (SESSION: 2014-2016) Name of the Teacher:

LESSON PLAN FOR Ist SEMESTER (SESSION: 2014-2016)

Name of the Teacher: Dr. Enam Nabi Siddiqui

Designation: Professor & Head

S.No. Chapter/Topic No. of

Classes

No. of Classes

allotted/week

Remarks

1. Introduction to Botany & General

Classification of Organisms.

06 Completed

2. Classification of Algae by Fritsch,

Smith,& Round.

06 In Progress

3. Role of Pigments, reserve food, and

flagella in classification of Algae

06

4. General discussion & class Test 02

5. Chaetophorales 02

6. Charales 02

7. Fucales 02

8. Nemalionales 02

9. Revision classes, Classs-test &

presentation by students

02

10. Ceramiales 02

11. Life Cycle Pattern in Algae 02

12. Evolution of sex in Algae 02

13. Algal Bloom 02

14. General discussion & Class Test 02

15. Algae as Biofertilizer 02

16. Algae as environment indicator 02

17. Some interesting aspects of Algae 02



02

04

Total no. of Lectures required 48


Name of the Teacher: Dr. Avinash Kumar

Designation: Assistant Professor


Classes

No. of Classes

allotted/week

Remarks

1. Classification of Bacteria Completed

2. Ultrastructure of bacterial Cell Completed

3. Organisation of genetic material in

bacteria

Completed

4. Replication of genetic material in

bacteria

08

5. Recombination in bacteria 06

6. Economic Importance of bacteria with

reference to agriculture

02


reference to industry

02


reference to medicine

02



04

10. Cyanobacteria: Genome& genetic

properties

04

11. Cyanobacteria: Soil & Rice field

reclamation

02

12. Heterocyst: ultra-structure 02

13. Heterocyst: biochemistry & nif gene

regulation

04

14. Viruses: Nomenclature & Classification 04

15. Viruses: distinctive properties,

morphology & ultra-structure

04

16. Viral genomes: types & structure,

replication

04

17. Virus related agents 02



04

19. Mycoplasma 04

20. Plant Pathology: Symptoms, etiology &

control measures of selected diseases

16

04



Name of the Teacher: Prashant Kumar Mishra

Designation: Ass0ciate Professor


Classes

No. of Classes

allotted/week

Remarks

1. Classification of Gymnosperm Completed

2. General account of Gymnosperm Completed

3. Morphology and reproduction of

Gnetales

04

4. Affinity of Gnetales 04

5. Morphology, Reproduction and affinity

of Taxales

06


of Ginkgoales

06


of Cordiatales

06


of Pentoxylales

06


of Pteridospermales

06

10 Class Test 02

11. Trouble Shooting 02

12. Distribution of living Gymnosperm 04

13. Evolution of Female gametophyte 04

14. Embryogeny in Gymnosperm 04

16. Fossil gymnosperm of Jharkhand 04

17. Trouble shooting 04

18. Class test 04

04


Lesson plan for 1st semester (session 2014-2016)

Name of the Teacher- Dr. Tripurari Roy

Designation- Assistant professor

Sl.

no.

Chapter/ topic No. Of

classes

No. Of

classes

alloted /

week

Remarks

1. Classification of fungi (Ainsworth

1973; Alexopoulos & Mims 1979)

2 Completed

Completed

2.

3.

4.

5.

Structure, life cycle & phylogeny of

thefollowing orders;

a) Plasmodiophorales

b) Chytridiales

c) Peronosporales

d) Erysiphales

e) Uredinales

f) Moniliales

Revision classes

2

2

2

2

2

2

2

1

2

Theory

classes-

2

Practical-

1

Seminar-

1

Mycotoxins

Mushroom cultivation-

6. Mycorrhizae- general account

their role and application in

agriculture and forest

2

7. Revision classes 3

8. Fungus as a biocontrol agent 2

9. Symptoms, etiology and

control measures of the

following diseases-

a) Wart disease of potato

b) Stem gall of coriander

c) Rust of linseed

d) Brown leaf spot of rice

e) Tikka disease of

groundnut

1

1

1

1

1


LESSON PLAN FOR IVth. SEMESTER (SESSION: 2012-2014)

Name of the Teacher: Dr. Enam Nabi Siddiqui

Designation: Professor & Head

Paper – XIII. Environmental Biotechnology.


Classes

No. of Classes

allotted/week

Remarks

1. Concept of Environmental

Biotechnology.

04 Completed

2. Thuringenesis toxin as natural Pesticides 04 Completed

3. Biotchnology for pollution abatement 04

4. General discussion & class Test 02

5. Bioscrubber 02

6. Biofilter 02

7. Biochips 02

8. Biosensor 02



02

10. Waste water treatment-Introduction 02

11. Sources of water pollution 04

12. Technology of waste water treatment.-

chemical & biological

08

13. Vermitchnology 04

14. General discussion & Class Test 02

15. Bioplastics 02

16. Biomass from waste 12

17. Radiaton Pollution 08



02

04


LESSON PLAN FOR IVth

SEMESTER (SESSION: 2012-2014)

Name of the Teacher: Dr. Avinash Kumar

Designation: Assistant Professor


Classes

No. of Classes

allotted/week

Remarks

1. Tools of genetic engineering: Cloning

vectors

08

2. Restriction endonucleases, ligases, gel

electrophoresis, probes

04

3. Blotting techniques 04

4. Gene bank: Objective & procedure of

making cDNA library

04

5. Contruction of genomic library, ligation,

packaging and implications

06

6. Chromosome specific library, methods

of screening, significance

04



04

8. Polymerase Chain Reaction: concept,

comparison, application

06

9. PCR: site directed mutagenesis,

preparation of probes, molecular

mapping, mutation studies

06

10. PCR: DNA fingerprinting 04

11. Methods of gene transfer in plants:

Direct & vector mediated

06

12. Transgenic plants 06

13. Restriction Fragment Length

Polymorphism: concept, contruction of

linkage maps, advantages, applications

08

06



04


LESSON PLAN FOR IVth

SEMESTER (SESSION: 2012-2014)

Name of the Teacher: Prashant Kumar Mishra

Designation: Associate Professor


Classes

No. of Classes

allotted/week

Remarks

1. Concept of Bioremediation Completed

2. Technology and advantages of

bioremediation

Completed

3. Concept of Climate change 12

4. .Present state and projection of climate

change

08

5. Impact of climate change 02

6. Traditional knowledge and bioresource 04

7. Remote sensing and its application 04

8. Environmental protection act 02

9. Forest protection act 02

11. Sustainable development 02

12. Biopiracy and bioprospecting 02

13. Environmental economics 02

14. Village biodiversity register 02

15. Bioethecis 02

16. Project 32

17. Total no. of Lectures required 76

16

Lesson plan for 4th semester (session 2012-2014)

Name of the Teacher- Dr. Tripurari Roy

Designation- Assistant professor

Sl.

no.

Chapter/ topic No. Of

classes

No. Of

classes

alloted /

week

Remarks

1. Physical basis of heredity- the

nucleus(including new basket model

of nuclear [pore complex,

nucleocytoplasmic traffic); structure

of chromatin fibre, special types of

chromosomes- lampbrush, salivary

gland & B- chromosomes.

8 4 classes taken


3. Fine structure of gene- at the

genetic level: Gene vs allele : a

new concept of

allelomorphism

(recombination,

complementation,position

effect,pseudo alleles,cis-trans

efect); fine structure of

gene(lozene in Drosophila, rII

in t4 phage);cistron, recon,

muton.

6

4 Revision classes 2

5 Cell cycle; interphase and

mitosis, cytokinesis; stages of

meiosis,significance of meiosis,

synaptonemal complex and its

significance in meiosis;

recombination nodules and

their role in meiotic

recombination.

4

6. Revision classes- 1

7. Cancer and cells: types of

tumours; characteristics of the

cancerous cells; how a cell

become cancerous ; the cell

cycle and cancer cyclins (cyclin

D1 cyclin E, cyclin A) and

Cdks in cancer; cel cycle

inhibitors and cancer; tumour

suppressors (p53

and Rb).

4


9. Expression of gene (protein

synthesis): transcription in

prokaryote and eukaryotes;

RNA processing- RNA

splicing, RNA editing and

Ribozymes; synthesis and

transport of proteins.

4


11. Regulation of gene expression :

operon circuits in bacteria and

other prokaryotes; circuits for

lytic cycle and lysogeny in

bacteriophages; regulation of

gene expression in eukaryotes-

cell signalling and cel receptors

5


13. Somatic embryogenesis:

introduction; sources for

somatic embryogenesis; direct

and indirect embryogenesis;

protocol and the factors

affecting somatic

6

embryogenesis; significance;

thev artificial seeds.

14. Somaclonal variations;

introduction; causes of

Somaclonal variations;

methods for the screening of

Somaclonal variants;

achievements.

4


16. Micropropagation :

introduction, protocol, sources;

advantages.

3

17. Protoplast culture: concept of

protoplast; methods for

isolation of the protoplast;

regeneration of plants from the

isolated protoplasts;

significance.

4


19. Somatic hybridisation:

objectives, protocol;selection of

the fused protoplasts;

chromosome staus of the

somatic hybrids; significance;

cybrids.

4

20. Anther and pollen culture:

objectives; protocols for Anther

and pollen culture; comparision

between Anther and pollen

culture; screening of haploids;

methods of diploidization;

significance of Anther and

pollen culture.

6

Documents

LESSON PLAN FOR I st SEMESTER (SESSION: 2014-2016)vbu.ac.in/wp-content/uploads/2015/08/Lecture-Plan-of-Botany.pdfLESSON PLAN FOR I st SEMESTER (SESSION: 2014-2016) Name of the Teacher: