Anatomy 1

Question 1

Anatomy

Answer 1

The study of the structures that make up the human body and how those structures relate to each other

Question 2

Anatomical Position

Answer 2

1. palms forward
2. feet together facing forward
3. face forward

Question 3

Sagittal

Answer 3

goes right through the middle of the body (between boobs)

Question 4

Transverse plane

Answer 4

horizontal in the middle of the body

Question 5

Supine

Answer 5

lying on back

Question 6

Prone

Answer 6

palms down (push ups)

Question 7

Frontal Plane

Answer 7

side to side (jumping jacks

Question 8

Dorsiflexion

Answer 8

lifting the foot up

Question 9

Plantar flexion

Answer 9

foot flat on the ground

Question 10

Abduction

Answer 10

move arm away from the body

Question 11

adduction

Answer 11

arm goes to body

Question 12

Inversion

Answer 12

when the sole of the foot turns inward

Question 13

eversion

Answer 13

when the sole of the foot turns outward

Question 14

Pronation

Answer 14

palm face down

Question 15

Supination

Answer 15

when the palm is faced upward

Question 16

Axial Skeleton

Answer 16

Brain, sternum, ribs, and vertebral columns

Question 17

Appendicular Skeleton

Answer 17

Pectoral griddle, upper limb, pelvic girdle, lower limb

Question 18

Short bones

Answer 18

ankle (tarsals) and wrist (carpals

Question 19

Long bones

Answer 19

femur and humorous

Question 20

Flat bones

Answer 20

brain, scapula, sternum, and ribs

Question 21

Irregular bones

Answer 21

facial bones, vertebrae

Question 22

Sesamoid bones

Answer 22

patella (knee cap)

Question 23

Compact

Answer 23

Function: withstanding stress in areas subjected to high impact loads

long bones

Question 24

Spongy/Cancellous Bone

Answer 24

Function: Shock absorption due to its ability to change shape
Honey cone shaped

vertebral

Question 25

Calcium carbonate/calcium phosphate

Answer 25

-stiffness
-resistance to pressing and squeezing forces
60-70% bone

Question 26

Collagen fibres

Answer 26

• flexibility
• resist pulling and stretching forces
• when lost bone becomes brittle
• as in aging

Question 27

Wolffs Law

Answer 27

bone adapts to applied loads

Question 28

joint definition

Answer 28

• connection between two or more bones
• strands of CT ensure stability and hold joint together
• classified by the degree of movement

Question 29

Fibrous Joints

Answer 29

• no movement
• absorb shock
  ex) skull suture

Question 30

Cartilaginous joints

Answer 30

• limited movement, absorb shock

ex) intervertebral discs

Question 31

Synovial Joints

Answer 31

• greatest degree of movement
• allows movement
  ex) hip joint

Question 32

Joint Capsule

Answer 32

• surrounds the joint and provides support

- Lined with synovial membrane that secretes synovial fluid

Question 33

Hyaline Cartilage

Answer 33

-Dense white CT that covers and protects the ends of the articulating bones

Question 34

Ligaments

Answer 34

-support the joint and connect the articulating bones of the joint

Question 35

Uniaxial

Answer 35

movement about one axis

ex) pivot and hinge joint

Question 36

Biaxial

Answer 36

• movement about two perpendicular axis

ex) Condyloid and saddle-shaped

Question 37

Mutliaxial

Answer 37

• movement about all three perpendicular axis

ex) ball and socket, and plane joint

Question 38

Pivot Joint

Answer 38

one bone rotates around one axis, uniaxial

ex)neck

Question 39

Gliding

Answer 39

bone surfaces are flat, uniaxial

ex)acrominiaclavicular

Question 40

Hinge

Answer 40

convex and concave articulating surfaces, uniaxial

ex) elbow

Question 41

Saddle

Answer 41

bones set together as in sitting on a horse, biaxial

ex)thumb

Question 42

Condyloid Joint

Answer 42

ovular convex shape and reciprocal concave surfaces, biaxial
ex)knuckles

Question 43

Ball and Socket

Answer 43

A rounded bone into a cup, multiaxial

ex)Hip