Joints Flashcards

1
Q

point of contact between bones or between bones and cartilage

A

articulation

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2
Q

immovable joints

A

synarthoses

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3
Q

slightly moveable joints

A

ampiarthoses

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4
Q

mostly moveable joints

A

diarthoses

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5
Q

no joint cavity and made of fibrous connective tissue

A

fibrous

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6
Q

classification by type of connective tissue at the joint and whether or not there is space between the bones

A

structural classification

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7
Q

classification based on the amount of movement at the joint

A

functional classification

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8
Q

exist only in the skull

A

sutures

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9
Q

has a connection that uses a ligament

A

syndesmoses

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10
Q

holds the teeth in place

A

gomphoses

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11
Q

types of fibrous joints

A

sutrues, syndesmoses, and gomphoses

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12
Q

type of joint held together by cartilage

A

cartlaginous

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13
Q

connected by hyaline cartilage.

A

synchondroses

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14
Q

examples of a synchondroses

A

the first rib being connected by hyaline cartilage and the epiphyseal plates

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15
Q

synchondroses are made of what

A

hyaline cartilage

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16
Q

joint that uses fibrocartilage

A

symphyses

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17
Q

example of a symphysis

A

the intervertebral disks

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18
Q

type of joint where there is space between the articulating bone

A

synovial

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19
Q

extension of the periosteum from the two bones.

A

fibrocapsule

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20
Q

what is the fibrocapsule made of

A

dense irregular connective tissue

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21
Q

inner part of the fibrocapsule

A

synovial membrane

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22
Q

what is the synovial membrane made of

A

areolar connective tissue

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23
Q

acts as a cushion to prevent friction in joints.

A

synovial fluid

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24
Q

what are ligaments made of

A

connective tissue

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25
what do ligaments do
add strength to the joint
26
what are menisci
extra cushion in synovial joints
27
what are menisci made of
fibrocartilage
28
sac that has fluid
bursae
29
what does the bursae do
prevent things from rubbing against each other
30
where can bursae be found
between ligaments and bone, skin and bone, and bone and bone
31
fluid filled sac between bone and tendons
tendon sheath
32
what are some factors limiting movement (5)
non-boney parts, articulating bones, number of ligaments, tension of ligaments, and muscle tone
33
type of movement where surface of two bones glide across each other
gliding
34
examples of gliding movement
inter carpal or inter tarsal or intervertebral
35
types of cartilaginous joints
synchondroses and symphyses
36
type of movement that incr or decr the angle between two bones
angular
37
decr the angle between two bones
flexion
38
brings bones closer together
flexion
39
incr the angle between two bones
extension
40
extend beyond anatomical position
hyperextension
41
when the distal end of the bone moves in a circle around the proximal end of the bone
circumduction
42
movement of the bone around its own longitudinal axis
rotation
43
anterior surface of the bone toward the midline
medial rotation
44
anterior surface of the bone away from the midline
lateral rotation
45
rotating the ankle up
inversion
46
sole of the foot outward
eversion
47
push the clavicle or mandible forward
protraction
48
movement of the palm up with the elbow bent
supination
49
turning the palm downward
pronation
50
movement of the bone up
elevation
51
movement of the bone down
depression
52
most human movement
opposition
53
forcible twisting of a joint.
sprain
54
tearing of the attachment of the joint
sprain
55
displacement of the joints at a joint
dislocation
56
tearing of the capsule
dislocation
57
what is bursitis caused from
bursae accumulation
58
what does bursitis result from
trauma
59
inflammation of the tendon sheath
tendonitis
60
what does tendonitis result from
overuse
61
inflammation of a joint
arthritis
62
wear and tear disease
osteoarthritis
63
what can osteoarthritis be caused from
obesity
64
autoimmune disease when the immune cells attack the synovial membrane.
rheumatoid arthritis
65
accumulation of salt crystals between the joints
gouty arthritis
66
what is the accumulation of salt crystals in gouty arthritis caused from?
an accumulation of uric acid in the blood. (Na ions combine to form Na urate salts)