FINAL EXAM Flashcards

(69 cards)

1
Q

the acetabulum is formed by fusion of which 3 bones?

A

ilium
ischium
pubis

= innominate bone/ pelvis

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2
Q

function of the acetabular labrum

A

holds femoral head in acetabulum
increases surface area
acts as shock absorber
stabilizes hip during lat.R while also preventing anterior translation

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3
Q

the hip is supported by which 3 ligaments?

A

iliofemoral
ischiofemoral
pubofemoral

= limit int.R

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4
Q

aka Y ligament of Bigelow
one of the strongest ligaments in body, prevents excessive ext., plays role in stabilizing body & maintaining upright posture at hip while also limiting anterior translation

A

iliofemoral ligament

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5
Q

weakest of the 3 strong ligaments of the hip, winds tightly on extension, helping to stabilize the hip

A

ischiofemoral ligament

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6
Q

ligament of the hip that is intra-articular, supports vascular supply to the femoral head and acts as a hip stabilizer

A

ligamentum teres

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7
Q

resting position of the hip

A

30° flexion, 30° ABD , slight ext.R

closed packed position: full extension, int.R, ABD
capsular pattern: flexion, ABD, int.R

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8
Q

most common mechanism of injury for a hip dislocation is a car accident where the femur is forced…

A

posteriorly

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9
Q

snapping in the hip can be caused by what?

A

-tight ITB, snapping over iliopectineal eminence
-slipping of iliopsoas over lesser trochanter of femur
-acetabular labral tear

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10
Q

borders of the femoral triangle

A

inguinal ligament
adductor longus
sartorius

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11
Q

osteoarthritis can also be referred to as what?

A

degenerative joint disease (DJD)

= most common disease process affecting the hip

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12
Q

where are cartilaginous changes first seen with normal aging for OA of the hip?

A

nonarticular areas of cartilage

DJD: seen first in areas of cartilage that undergo most frequent contact (weight bearing)

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13
Q

predisposing factors for OA or DJD of the hip

A

leg length discrepancy
capsular tightness
loss of extensibility

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14
Q

with weight bearing of the hip, where is pain usually felt?

A

groin or trochanteric pain

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15
Q

observations with OA/ DJD

A

-difficulty rising from sitting
-antalgic/ trendelenbrug gait
-trunk lurch toward affected side if limb short
-difficulty removing shoes, socks, slacks

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16
Q

which special test is performed in order to assess for Osteoarthritis or capsulitis?

A

hip scour

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17
Q

when is pain noticed for OA of the hip and at what age do symptoms occur?

A

at end of day

middle-aged/ older, insidious onset

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18
Q

with progressive capsular tightness in the hip, what does the client notice they have difficulty with at first?

A

difficulty squatting

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19
Q

which bursitis can mimic sciatic pain & can present with an antalgic gait with the patient leaning towards affected side?

A

ischial

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20
Q

contributing factors for bursitis

A

mm imbalances
poor biomechanics
postural dysfunctions
lack of flexibility

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21
Q

when is pain usually worse with trochanteric bursitis?

A

climbing stairs & getting out of car

P at lateral hip

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22
Q

pain at the anterior hip and may radiate down the anterior leg due to pressure on the femoral nerve

A

iliopectineal bursa

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23
Q

with an ITB contracture, what bursa can become inflamed?

A

trochanteric

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24
Q

causes of ITB contracture

A

-activities that place knee & hip in flexion (cycling, horseback riding, prolonged sitting)
-postural imbalances (anterior pelvic tilt)
-prolonged wheelchair use/ bedrest

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25
causes of ITB friction syndrome
-prolonged, repetitive activities where knee & hip are flexed (running, cycling) -poor TFL stretching & anterior pelvic tilt
26
what observations would you be likely to see in a patient with an iliotibial band contracture?
-lateral pelvic tilt on contracted side -indentation on lateral aspect of thigh -valgus orientation of knee on contracted side -pes planus -P worse with activity
27
which meniscus is "C-shaped"?
medial meniscus, larger lateral: O-shaped
28
which ligament holds the meniscus in place?
coronary ligament
29
functions of the meniscus
1. lubrication & nutrition 2. shock absorber 3. make joint surfaces more congruent 4. reduce friction 5. improve weight distribution 6. prevent hyperextension
30
when are the collateral and cruciate ligaments most taught?
extension
31
what collateral ligament is attached to the meniscus?
MCL
32
which ligament acts as a rotary guide to the “screwing home” mechanism of the knee?
posterior cruciate ligament
33
which cruciate ligament runs from the posterior portion of the tibial intercondylar area to the medial aspect of the lateral femoral condyle?
ACL
34
functions to prevent knee extension, anterior translation of tibia on femur & internal tibial rotation
ACL
35
causes of ACL injuries
-pivoting motion of leg -blow to posterior tibia -blow to lateral side of knee *often injured with MCL
36
causes of PCL injuries
-blow to anterior tibia -excessive hyperextension -dashboard injury where tibia is forced posteriorly
37
causes of meniscal injuries
twisting injury while foot is weight bearing & anchored to the ground
38
what increases the lateral pull on the patella?
tight lateral structures: vastus lateralis, IT band & TFL
39
softening of the cartilage of the patella
chondromalacia patella
40
functions of the foot
-impact absorption and adaptation to uneven surfaces -propulsion -support
41
ligaments on the medial side of the foot
MCL/ deltoid tibionavicular tibiocalcaneal ant & post tibiotalar
42
ligament that resists lateral translation and lateral rotation of the talus
anterior tibiotalar ligament
43
ligaments on the lateral side of the foot
ant and post talofibular calcaneofibular
44
resting position of the talocrural (ankle) joint
10° plantar flexion, midway between inversion & eversion close packed: max dorsiflexion capsular pattern: plantar flexion, dorsiflexion
45
the talocalcaneonavicular joint is supported by which ligaments?
dorsal talonavicular bifurcated plantar calcaneonavicular (spring)
46
"high ankle sprains", usually the result of forced lateral rotation of the tibia and/or hyperdorsiflexion
syndesmosis injury
47
supination of the foot is a combination of...
inversion, adduction & plantarflexion
48
pronation of the foot is a combination of...
eversion, abduction & dorsiflexion
49
eversion of the calcaneus when the subtalar joint is in the neutral position
hindfoot valgus (subtalar or rearfoot Valgus)
50
causes of periostitis
overtraining poor technique running on hard surfaces or uneven surfaces improper footwear
51
posteromedial periostitis occurs with...
excessive pronation, varus knee & excessive external rotation of hip (abducted gait) anterolateral periostitis: occurs with forefoot varus & tight gastrocs, soleus
52
achiness is worse on getting up in morning and with exercise, then decreases after a period of warm-up, returns towards end of exercise period and continues afterwards
periostitis symptoms worse during pre-swing phase of gait cycle
53
which compartment is most commonly affected in compartment syndrome?
anterior (45%) deep posterior (40%)
54
tib ant is a ____ muscle, responding to stress by fatiguing, while gastrocs & soleus are ____ muscles, responding to stress by shortening
phasic; postural
55
T/F - with compartment syndrome, pain increases with activity
TRUE (relieved by rest)
56
differential diagnosis of compartment syndrome/ periostitis
tibialis posterior tendinitis tibial stress fracture DVT
57
causes of plantar fasciitis
overtraining poor technique running on hard surfaces prolonged standing activities that require ankle plantarflexion & extension of MTP joints (running, dancing)
58
with plantar fasciitis, pain is reported as worse during _____ stage of the gait
pre-swing (toe-off)
59
entrapment of the posterior tibial nerve at the medial malleolus
tarsal tunnel syndrome
60
3 main arches of the foot
medial longitudinal lateral longitudinal anterior transverse
61
causes of pes planus
-hypermobility in foot due to joint capsule & ligamentous laxity -inherited/ due to pathology (RA) -poor biomechanics of subtalar & midtarsal joint -weakness of mm that support arch in the dynamic foot (tib post)
62
foot on ground & weight bearing, acts as shock absorber, closed kinetic chain phase of gait
stance phase
63
foot not weight bearing, open kinetic chain phase of gait, allows for leg length adjustments, 40% of cycle
swing phase
64
double leg stance makes up ____ of gait cycle, single leg stance makes up ____
25%; 30%
65
normal base width, distance between the two feet is ____ inches
3-4 wider: poor balance, diabetes, peripheral neuropathy
66
distance between successive contact points on opposite feet
step length normal = 28 inches
67
distance between successive points of foot-to-floor contact of same foot
stride length normal = 56 inches
68
side to side movement of the pelvis during walking
lateral pelvic shift (pelvic list) normal = 1-2 inches
69
the normal cadence is between _____ steps per minute
90-120 women = higher