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
increase or decrease the angle between two bones and includes flexion, extension, hyperextension, abduction, and curcumduction
angular movements
26
bending movement, usually sagittal plane, that decreases the angle of the joint and brings articulating bones closer
flexion
27
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)
extension
28
movement of a limb away from midline or median plane of body
abduction
29
opposite of abduction; movement of a limb toward the body, midline, or toward the midline of the hand or foot
adduction
30
turning of a bone around its own long axis; only movement allowed between the first 2 cervical vertebrae; common at hip
rotation
31
refer to the movements of the radius around the ulna
supp\ination and pronation
32
spination is
turning backward
33
pronation is
turning forward
34
Lifting the foot so its superior surface approaches the shin; corresponds to wrist extension
dorsiflexion
35
depressing the foot (pointing the toes); corresponds to wrist flexion
plantar flexion
36
sole of the foot turns medially
inversion
37
the sole of the foot faces laterally
eversion
38
nonangular anterior in a transverse plane
protraction
39
posterior movements in a transverse plane
retraction
40
lifting a body part superiorly
elevation
41
moving the elevated part inferiorly
depression
42
the saddle joint between metacarpal I and the trapzium allow a movement called what?
opposition
43
Examples of synovial joints
knee, shoulder, elbow, hip, temporomandibular joint
44
Plane joint has what kind of movement
nonaixal movement-gliding
45
hinge joint has what kind of movement
uniaxial movement-flexion and extension
46
pivot joint has what kind of movement
uniaxial movement-rotation
47
condylar joint has what kind of movement
biaxial movement-flexion and extension; adduction and abduction
48
saddle joint has what kind of movement
biaxial movement-flexion and extension; adduction and abduction
49
ball and socket joint has what kind of movement
multiaxial movement-flexion and extension; adduction and abduction; rotation