Planes of joints/Example of joints/range of motion Flashcards

1
Q

Another name for articulations

A

joints

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2
Q

sites where 2 or more bones meet

A

joints

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3
Q

What are the 2 fundamental functions of joints

A

skeleton mobility and hold it together (protective role)

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4
Q

how are joints classified

A

structure and function

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5
Q

what are the structural joints

A

fibrous, cartilaginous, and synovial joints

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6
Q

which joint has a joint cavity

A

synovial joint

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7
Q

what are the functional joints

A

synarthroses
amphiarthroses
diarthroses

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8
Q

immovable joints

A

synarthroses

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9
Q

slightly movable joints

A

amphiarthroses

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10
Q

freely movable joints

A

diarthroses

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11
Q

freely moveable joints are predominately where

A

limbs

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12
Q

immovable and slightly movable joints are where

A

restricted to axial skeleton

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13
Q

are fibrous joints immovable

A

yes

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14
Q

are synovial joints freely movable

A

yes

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15
Q

T or F. Cartilaginous joints have both rigid and slightly movable examples

A

true

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16
Q

Every skeletal muscle of the body is attached to bone or other connective tissue structures at no fewer than how many points

A

2

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17
Q

what is attached to the immovable part of the muscle

A

origin

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18
Q

in the other end, it is attached to the movable bone

A

insertion

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19
Q

slipping movement away

A

nonaxial movement

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20
Q

movement in one plane

A

uniaxial movement

21
Q

movement in two planes

A

biaxial movement

22
Q

movement in or around all three planes

A

multiaxial movement

23
Q

what are the three general types of movement

A

gliding, angular movements, rotation

24
Q

occurs when one flat or nearly flat bone surface glides or slips over another (back & forth, side to side)

A

gliding movement

25
Q

increase or decrease the angle between two bones and includes flexion, extension, hyperextension, abduction, and curcumduction

A

angular movements

26
Q

bending movement, usually sagittal plane, that decreases the angle of the joint and brings articulating bones closer

A

flexion

27
Q

reverse of flexion and occurs at same joint; movement along sagital plan that increases angle between articulating bones (strainghtens a flexed limb or body part)

A

extension

28
Q

movement of a limb away from midline or median plane of body

A

abduction

29
Q

opposite of abduction; movement of a limb toward the body, midline, or toward the midline of the hand or foot

A

adduction

30
Q

turning of a bone around its own long axis; only movement allowed between the first 2 cervical vertebrae; common at hip

A

rotation

31
Q

refer to the movements of the radius around the ulna

A

supp\ination and pronation

32
Q

spination is

A

turning backward

33
Q

pronation is

A

turning forward

34
Q

Lifting the foot so its superior surface approaches the shin; corresponds to wrist extension

A

dorsiflexion

35
Q

depressing the foot (pointing the toes); corresponds to wrist flexion

A

plantar flexion

36
Q

sole of the foot turns medially

A

inversion

37
Q

the sole of the foot faces laterally

A

eversion

38
Q

nonangular anterior in a transverse plane

A

protraction

39
Q

posterior movements in a transverse plane

A

retraction

40
Q

lifting a body part superiorly

A

elevation

41
Q

moving the elevated part inferiorly

A

depression

42
Q

the saddle joint between metacarpal I and the trapzium allow a movement called what?

A

opposition

43
Q

Examples of synovial joints

A

knee, shoulder, elbow, hip, temporomandibular joint

44
Q

Plane joint has what kind of movement

A

nonaixal movement-gliding

45
Q

hinge joint has what kind of movement

A

uniaxial movement-flexion and extension

46
Q

pivot joint has what kind of movement

A

uniaxial movement-rotation

47
Q

condylar joint has what kind of movement

A

biaxial movement-flexion and extension; adduction and abduction

48
Q

saddle joint has what kind of movement

A

biaxial movement-flexion and extension; adduction and abduction

49
Q

ball and socket joint has what kind of movement

A

multiaxial movement-flexion and extension; adduction and abduction; rotation