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The Human Axial Skeleton Dr. Christopher J. Knüsel, Associate Professor in Bioarchaeology, Department of Archaeology, University of Exeter, Laver Building, North Park Road, Exeter, Devon, EX4 4QE United Kingdom

Human Anatomy

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Human Anatomy and Archaeology presentation

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  • The Human Axial Skeleton

    Dr. Christopher J. Knsel,

    Associate Professor in Bioarchaeology,

    Department of Archaeology,

    University of Exeter,

    Laver Building,

    North Park Road,

    Exeter, Devon, EX4 4QE

    United Kingdom

  • Human Anatomy

  • The Adult Human

    Skeleton

  • Cranium, Crania

    Mandible, Mandibulae

  • Intra-cranial views

  • Superior, Inferior, and Posterior

    views

  • The Jaws

    Maxilla, Maxillae Mandible, Mandibulae

  • Fontanelles in the Newborn

  • Fusion of the Infant Cranium

  • Dentition: Two Sets of Teeth

    Deciduous

    Infant Dental Formula

    212

    212

    Incisors(2), Canine(1), Molars(2)

    Developing Permanent Teeth

  • Adult Dentition

    Adult Dental Formula

    2123

    2123

    Incisors(2), Canine(1), Molars (3)

  • The Vertebral Column

    vertebra= singular

    vertebrae= plural

  • Mid-line Structures

    Hyoid

    sternum

    manubrium

    corpus sterni

    xiphoid process

  • Rib (costa) (12 pairs)

    rib 1rib 7thoracic cage

  • Cervical Vertebrae (7)

    Atlas Axis

  • Thoracic Vertebrae (12)

    thoracic vertebra 12

  • Lumbar Vertebrae (5)

    lumbar vertebra 5

  • Sacrum (5 fused vertebrae) &

    Coccyx (3-4 vertebrae, often fused)

    anterior and posterior

    superior

    lateral

    female male

    female

    male

  • The Human Appendicular Skeleton

    Dr. Christopher J. Knsel,

    Associate Professor in Bioarchaeology,

    Department of Archaeology,

    University of Exeter,

    Laver Building,

    North Park Road,

    Exeter, Devon, EX4 4QE

    United Kingdom

  • Pectoral Girdle: The Clavicle

  • Scapula: Glenoid Cavity

  • Evidence for Laterality

    FCS No. 7 the Mary Rose

    FCS No. 7 the Mary Rose

  • Baldock

    1203

    80%

    65 %

    50%

    35%

    20%

    % Bilateral Distribution

  • A Medial Epicondylar Epiphysis

    in the Process of Fusing

  • The Appearance and Fusion Times

    of the Humeral Epiphyses

    Figure 9.9 from Scheuer, L. and Black, S. (2000). Developmental Juvenile Osteology.

    San Diego, Academic Press

  • 80% slice

    (shoulder)

    20% slice

    (elbow)

    Ability: Cross-sectional Analysis of Humeri

  • The Forearm: Radius and Ulna

    posterior & anterior posterior & anterioranterior & posterior

  • The Hand (Manus)

    The Wrist:

    Carpal Bones

    Phalanges (14)

    (phalanx = singular)

    Metacarpals (5)

    Carpals (8)

  • Epiphyses of the Upper Limb

    Metacarpals and

    Phalanges

    (phalanx= singular

    pectoral girdle

    Humerus

    proximal and

    distal ends

  • The Pelvic Girdle: The Os Coxae

    Os coxae = singular

    Ossa coxae = plural

  • The Bone of the Thigh: The Femur

    posterior anterior anterior

  • The Articulations of the Femur

  • The Patella (patellae)

  • The Bones of the Leg: The Tibia (tibiae)

    anterior posterior retroversion of the tibialateral medial

  • The Leg: Tibia (tibiae) & Fibula (fibulae)

    superior view

    anterior view

    posterior view

    Calcaneus and Talus:

    talo-calcaneal

    articulation/sub-talar joint

  • The Foot (Pes, Pedal)

    Plantar view Dorsal view

    Tarsals

    (7)

    Meta-

    tarsals

    (5)

    Phalanges

    (phalanx)

    (14)

  • The Lateral Bone of

    the Leg: The Fibula

    anterior posterior mediallateral

  • Epiphyses of the Lower Limb

    proximal

    and distal

    femur

    calcaneus

    Metatarsals

    and phalanges

    (phalanx=

    singular)

    proximal and

    distal tibia and

    fibula