applied anatomy exam 1-hip Flashcards

1
Q

def osteokinematics

A

motions distal to the aspect that moves

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2
Q

3 types of arthrokinematics

A

roll: will continue unless stopped
glide: usually with a role
spin: rotates w/o the object moving across a distance

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3
Q

concave & convex rule with roll/glide

A

concave: same direction
convex: opposite direction

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4
Q

what are the 3 parts of contractile tissue in the body

A

muscle belly, tendon, tendoperiosteal junction

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5
Q

7 steps of orthopedic exam

A

observe, AROM, PROM, RROM, mobility test, palpation, special tests

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6
Q

P/R1

A

when patient feels resistance or pain

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7
Q

P/R2

A

when movement is stopped due to pain or resistance

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8
Q

examples of abnormal end feels

A

springy, empty, spongy

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9
Q

4 types of resisted testing that can be done

A

gross muscle testing, MMT, contractile unit testing, myotomal (nerve testing for 6 seconds and repeat)

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10
Q

what are the 4 options for CUT that a patient should be asked

A

strong/weak/painful/painless

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11
Q

if a patient has pain w/ CUT should the next step be to perform MMT

A

no b/c pain causes MMT to not be valid so don’t do them

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12
Q

what are the 4 parts of palpation

A

TART
texture, asymmetry, restriction, tender

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13
Q

def hyperalgesia

A

putting pressure on the patient creates a larger than expected amount of pain

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14
Q

if active movement is limited in the same direction or painful what could the cause of the problem be

A

inert, agonist contractile or antagonist contractile issue

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15
Q

if passive movement is limited in the same direction or painful what could the cause of the problem be

A

could be inert or antagonist contractile

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16
Q

what’s an example of gross muscle testing

A

see if patient can get out of a chair on their own- very generalized test with no real way to measure

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17
Q

what kind of testing should be done first in an exam

A

CUT b/c see if pain exists with movement before continuning

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18
Q

what finding of the CUT would indicate wanting to do MMT and/or myotomal nerve testing

A

weak and painless

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19
Q

how long should a CUT movement be held for

A

5-6 seconds at submax force

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20
Q

what is the main physiological purpose of CUT

A

isolate muscles and help indicate what part of the contractile tissue may be the problem

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21
Q

what is a break test

A

MMT w/ maximal force applied to see how strong the patient is

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22
Q

if the patient can’t do AROM against gravity, what do you do

A

place them in a gravity lessoned position and see if the score is a 2- or 2+

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23
Q

what may a 0/5 MMT indicate

A

complete tear or neurological problem since there is 0 movement happening

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24
Q

what 4 MMT should be done in seated position for gravity position

A

hip flexion, ER, IR, sartorius

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25
what is the axis called for the transverse plane
longitudinal axis
26
what is the axis called around the frontal plane
anterior posterior axis
27
what axis does the sagittal plane move
medial lateral axis
28
open chain osteokinematics means
femur moves on the pelvis
29
closed chain osteokinematics means
pelvis moves on the femur
30
does open or closed packed allow for more movement
open packed
31
what hip positions are open packed
flexion, abduction, ER
32
what hip positions are closed packed
extension, aBduction, IR
33
open chain means what about concave and convex
convex ON concave & roll and glide in opposite directions
34
closed chain means what about concave and convex
concave ON convex & roll and glide in the same direction
35
sagittal plane flexion & extension
F: anterior roll, posterior glide E: posterior roll, anterior glide
36
frontal plane abduction & adduction
AB: superior roll, inferior glide AD: medial roll and lateral glide
37
transverse plane IR & ER
IR: anterior roll, posterior glide ER: posterior roll, anterior glide
38
sensitivity vs specificity
rule OUT, rule IN
39
high sensitivity means
a positive test is likely a positive test, so it would have a score of like 0.8/1
40
high specificity means
41
3 intra-articular pathology special tests
scour, FADIR, FABER
42
2 other names for FABER test
patrick's and figure 4
43
tests for muscle tightness
ely's, thomas, modified thomas, ober, modified ober, piriformis, 90/90, SLR
44
femoral torsion test
craig's
45
muscle function special tests
trendelenburg, step down
46
scour test position
supine, PT standing next to
47
scour test procedure
PT moves hip into end range of hip flexion, adds COMPRESSION and moves AD w/ IR, AB w/ ER to see if symptoms arise
48
if scour test the first time feels fine for the patient what can you do
do it again and add more pressure
49
+ scour test if
pain, popping, clicking, catching
50
FADIR test means
flexion, aD, IR
51
FADIR test set up
supine w/ PT behind
52
FADIR test procedure
PT brings leg to 90 deg hip/knee flexion, AD w/ IR, if no s/s then repeat and increase hip flexion degrees
53
+ FADIR test
stiff, increase symptoms, apprehension
54
FABER test means
flexion, AB, ER
55
FABER test set up
supine w/ PT standing over
56
FABER test procedure
position in figure 4, apply pressure at contralateral ASIS while pushing against figure 4 to see if s/s increase
57
+ FABER test symptoms in groin
iliopsoas or intraarticular pathology
58
+ FABER test symptoms in posterior hip
SIJ, ligamentum teres, posterior hip impingement
59
ely's test set up
prone, PT standing beside
60
ely's test perform
PT bring leg into flexion and see if ASIS rises, lumbar rotation, lumbar extension to compensate; if this happens before 90 deg flexion then it's positive
61
+ ely's test
rectus femoris tightness
62
modified thomas test set up
supine at end of table, PT beside
63
modified thomas test procedure
PT bring hips and knees into flexion while feeling spine flatten, patient hold extremities w/ hands, PT lowers limb slowly to see if thigh can rest flat on table
64
+ modified thomas test
TFL tight: leg moves aB iliopsoas tight: can't get hip extension neutral rectus femoris tight: can't flex 90 deg knee at rest
65
ober test set up
sidelying, PT behind
66
ober test procedure
flex knee to 90 deg, bring hip aB then slight EXTENSION to test TFL, lower leg down to table in horizontal plane
67
+ ober test
IT band or TFL tightness
68
fair test set up
sidelying, PT behind or in front
69
fair test procedure
PT flex hip to 60 deg and AD +IR
70
fair test +
increase sciatic or piriformis symptoms
71
90/90 test +
>20 deg knee flexion at end range
72
SLR test +
patient unable to reach 70 deg hip flexion
73
craig's test set up
prone, PT beside
74
craig's test procedure
passively flex knee 90, ER/IR until greater trochanter is in lateral position, measure angle of tibial crest
75
eccentric step down test set up
stand on 8 inch step w/ hands on hips with stance leg, slowly lower non-weight-bearing leg to the floor and perform 3-5 reps while PT looks for compensation
76
eccentric step down test results
weak ER or unstable joint if arm aB, trunk flexes, hip aB, hip IR
77
2 MMT
100% of motion in gravity lessened
78
2+ MMT
partial ROM against gravity
79
2- MMT
partial motion in gravity lessened position
80
what is PROM looking for
relationship b/w pain and motion and end-feel and motion limited
81
what is AROM looking for
quality and quantity of movement
82
normal value for hip flexion
110-120 deg
83
what is the axis of the goniometer for hip flexion
greater trochanter of femur
84
normal value of hip extension
10-15 deg
85
hip abduction normal value
40 deg
86
what is the axis of the goniometer for abduction and adduction
ipsilateral ASIS
87
hip adduction normal value
20 deg from neutral
88
IR normal values
30-40 deg
89
normal end feel for IR/ER, AB/AD
firm
90
ER normal values
40-60 deg
91
uncompensated trendenelburg
contralteral hip drops during the motion
92
compensated trendenelburg test
contralateral hip moves upwards due to compensation of the QL
93
what does eccentric step down test primarily test for
ER
94
what does trendenlburg test primarily test for
AB
95
how to decide if a joint will likely roll or glide
can only roll when there is room for it to move across the joint, otherwise it will glide
96
congruency for open-packed position
the least stable position b/c ligaments are laxed