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48 Cards in this Set

  • Front
  • Back

Human anatomy

Study of the location, shake, and structure of organs

Lateral

Away from mid line (right & left of body)

Medial

Toward mid line of body (head to toe)


Proximal

Close to trunk/core

Distal

Away from trunk/ away from front of body

Anterior

Face side (front side of body)

Posterior

Butt side (back of body)

Ventral

Belly side

Dorsal

Spine side

Superior

Toward head (top of head is most superior of all)

Inferior

Toward feet (feet are inferior to head)

Superficial

Close to body surface (skin is most superficial)

Deep

Deep into the body (heart is deep compared to skin)

Planes of section

Ways of cutting body to see inside

Sagitial section

Vertical cut, separates left from right

Mid sagitial section

Vertical cut on midline (used when cutting skull & brain)

Frontal section

Vertical cut, separates anterior from posterior (butt & stomach)

Transverse section (horizontal section)

Horizontal cut that separates superior from inferior

Oblique section

Diagonal cut through body

Bilateral symmetry

Left and right sides are mirror images (hands & whole body) (excluding some organs such as heart)

Alamentary canal (GI tract)

Tube from mouth to anus (inner tube)

Body wall

Bone and muscle of trunk forms a tube around alamentary canal

Body cavities

Hollow areas in trunk/core that hold organs

Dorsal body cavity

Inside cranium and vertebral column that hold CNS

Ventral body cavity is formed by thoracic cavity---

Bordered by ribs and diaphragm that holds heart and lungs

Abdominopelvic cavity

Bordered by abdominal muscles and pelvis that holds digestive organs, renal organs, and reproductive organs

Histology

Study of tissues

Tissues

Group of cells working together for a common purpose ex-muscle tissue cells work together to cause movement

Epithelial tissue

Covers surfaces, lines cavities, forms glands

Connective tissue

Gives organs shape, takes up space, pass structures from damage, sticks epithelial tissue to other tissues

Muscle tissue

Generates motion (movement of body & heat generation)

Nervous tissue

Sends signals (comminication)

Squamous epithelial call shape

Wide, flat cells. Like scales or tiles

Cuboidal epithelial cell shape

Same size in all dimensions like a dice

Columnar epithelial cell shape

Taller long than wide, nucleus at bottom

Connective tissue

Formed out of cells surrounded by a matrix (matrix is something that surrounds the cells)

Matrix

May be fluid, semi fluid, gelatinous, fibrous, calcified(bone like) matrix determines the consistency of the tissue

Connective tissue cont

Has a nerve supply except in cartilage


-has a blood supply (has capillary running through it)


-isn't on free surfaces, however exception is joints

Axial skeleton

Body axis (bulk)

Appendicular skeleton

Arms and legs and bones holding them on the body

Articulations

Point of contact between bones

Synarthrosis

Immobile joints (joints in skull bones)

Amphiarthrosis

Slightly moveable joints (distal tibia and fibula)

Diarthrosis

Freely moving joints (most limb joints, fingers, arms)

Syndesmosis

Fibrous connecting tissue holds bones together as a ligament (duct tape) -often in amphiarthrosis

Gomphosis

Roots of teeth fit into alveoli on maxilla and mandible

Synchondrosis

Hyaline cartilage is the joining material when joining bones together

Symphysis

Fibrous cartilage is joining material