Class ` Flashcards

1
Q

normal soft end feel

A

soft tissue approximation

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2
Q

normal firm end feel

A

stretch from muscle capsule, ligament

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3
Q

normal hard end feel

A

bone on bone

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4
Q

abnormal soft end feel

A

wrong timing during movement (e.g. edema)

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5
Q

Abnormal firm or hard

A

bony grating or bony block

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6
Q

abnormal empty end feel

A

pain prevents sense of end feel

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7
Q

Joint play

A

movement available when joint in loose-pack

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8
Q

Joint mobilization purpose

A

restore pain-free physiological movement

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9
Q

joint mobilization is what?

A

passive movement of articular surfaces by therapist

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10
Q

joint restrictions limit:

A

movement

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11
Q

Synovial joint

A

m/c joint, freely moveable

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12
Q

cartilaginous joint examples

A

pubic symphysis, manubriosternal

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13
Q

Fibrous joint example

A

skull sutures

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14
Q

Synarthrosis

A

immobile joint

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15
Q

amphiarthrosis

A

joint w/ limited movement

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16
Q

diarthrotic

A

freely mobile joint

17
Q

Passive Accessory Mobilizations

A

produce glide or traction

18
Q

Passive Physiological Mobilizations

19
Q

Osteokinematic

A

movement if parts of body in anatomical planes

20
Q

Arthrokinematic

A

Unobservable articular surfaces (roll, glide, spin)

21
Q

Roll direction

A

same direction as bone itself

22
Q

Glide/slide direction

A

may be same or opposite

23
Q

Spin direction

A

turns around mechanical axis

24
Q

Kaltenborn’s Rule

A

if convex on concave = glide is opposite as roll
if concave on convex = glide is same direction as roll

25
Grades of traction Grade 1
Small amplitude
26
Grades of traction Grade 2
Take up slack in tissue
27
Grades of traction grade 3
Stretch joint capsule
28
What grade use for acute stage
Grade 1
29
What grade used for subacute stage
Grade 1, possibly 2
30
What grade used for chronic stage
grades 1-4, depending on goal
31
Treatment plane
Plane superimposed over concave surface of joint
32
mechanical axis
perpendicular to treatment plane
33
distraction
using force to pull articulating surfaces apart
34
compression
force applied to approximate articular surfaces together
35
closed pack
surfaces most closely approximated
36
loose pack position
laxity in some parts of capsule
37
capsular pattern of restriction
pattern of ROM restricion