Exam 2 - hip clinical considerations, knee osteology Flashcards

1
Q

describe the greater trochanter syndrome

A

can be primary cause of lateral hip pain

common > 40 yrs

“rotator cuff syndrome of the hip”

tension stress and compression

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2
Q

what would a pt report with greater trochanter syndrome

A

ache, tender near greater trochanter

P! with standing on 1 leg, climbing stairs, prolonged walking, high/sustained use of hip and

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3
Q

what is the rx for greater trochanter syndrome

A

injection, anti-inflammation meds, cane, PT

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4
Q

what would be practiced in PT for greater trochanter syndrome

A

isometric abd
limit add
biomechanical assessment of LE alignment

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5
Q

describe trendelinburg sign

A

weak hip “galls” into pelvic-on-femoral adduction

can be masked by trunk side lean as the trunk lean reduces external torque

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6
Q

what other conditions can hip abductor weakness lead to

A

postural instability
falls
patella-femoral pain
LBP
ankle pain
knee instability

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7
Q

what is the etiology of hip abductor weakness

A

muscular dystrophy
guillian-barre
incomplete spinal cord injury
GTPS
hip arthritis/deg
poliomyelitis
LBP
disuse atrophy
surgery

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8
Q

what nerve is damaged if pt demonstrates trendelinburg sign

A

superior gluteal nerve

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9
Q

what muscles are weakened if the pt demonstrates trendelenburg sign

A

gluteus medius and minimus

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10
Q

what locations can the pt report pain with osteoarthritis of the hip

how with the pt report the pain

A

groin, thigh, buttocks, knee

stabbing and short, dull ache, stiff hip
pain with getting out of bed or prolonged sitting
pain, swelling, tenderness of the hip
sound/feeling of “crunching”
inability to move the hip to perform routine activities

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11
Q

what occurs in the hip joint with osteoarthritis

A

loss of joint space
deterioration of cartilage
thickened joint capsule
sclerosis of subchondral bone
osteophytes

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12
Q

describe total hip athroplasty

A

consists of ceramic femoral head with a titanium stem and polyethylene socket

can be cement or biological fixation via bone growth into the implanted device

large torsional forces between implant/bone can create loosening

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13
Q

what is hip resurfacing procedure

A

surgeon trims damage from the natural bone ball at the top of the thighbone
surgeon resurfaces it with a smooth metal covering
surgeon also lines natural bone socket of the hip with a metal lining or shell

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14
Q

what is the function of the piriformis when the hip is extended

A

external rotation

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15
Q

what is the function of the piriformis when the hip is flexed

A

internal rotation

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16
Q

what are the 2 main causes of hip impingement

A

cam - deformity of the ball at the top of the femur

pincer - deformity of the socket

17
Q

describe the cam impingement of the hip

A

the abnormal shaped head jams the socket when the hip is bent

occurs during hip flx and IR activities

18
Q

describe the pincer impingement of the hip

A

front of the acetabulum sticks out too far and excess bone growth on the femoral neck cannot pass smoothly in the socket

19
Q

what is “bone on bone” notion most commonly known as

how does this occur

A

arthritis

loss of cartilage and labrum d/t abnormal femoral head/neck repetitively rubs on the cartilage and labrum

20
Q

t/f
tears of the labrum can also fold into the joint space which further restricts motion of the hip and causes additional pain

21
Q

what are the key symptoms of femoroacetabular impingement

A

pain in hip or groin and sensation of catching or sharpness during movement

consistent, dull ache

can be felt along the side of the thigh and buttocks

first notice pain in front of hip/groin after prolonged sitting or exercise

22
Q

what type of forces occur on the labrum during acetabular labrum injury

A

compressive, tensile, shearing

23
Q

how can acetabular labrum injury occur

A

hip dislocations
deep squat and strenuous pull/lift
MVA
rotational, repetitive near end ROM (dance, soccer, etc)

24
Q

what is the rx for acetabular labrum injury

A

injections
NSAIDs
core and hip strengthening
pt education of improved motion to modify impingement
surgery (repair, debridement, microfracture)

25
what is developmental dysplasia of the hip (DH)
dislocated or poorly formed acetabulum loss of normal input for development
26
t/f fx of the proximal femur/hip are commonclinical occurrences in the elderly and osteoporotic patients
true
27
what is the etiology of hip fractures
accident (fall/MVA) athletes (long-distance runners) minor fall or twisting/pivoting suddenly with elderly or osteoporotic patients
28
what are the risk factors of osteoporosis
female > males increased age endocrine disorders intestinal disorders nervous system disorders hypoglycemia long term use of prednisone lack of physical activity tobacco/alcohol use
29
what are the complications for hip fracture surgery
reduced independence shortend life immobility blood clots bed sores UTI pneumonia muscle mass decrease death
30
where does the psoas major insert what is its function
lesser trochanter ER and FLX hip
31
what position is the femur in when the femoral neck is detached
femur is pulled into ER
32
why are canes utilized on the contralateral side of the injured hip
the cane reduces the compressive forces of the opposite hand and reduces the activation of the ipsilateral hip abductors by 36%
33
with compromised hip, it is ideal to (carry/not carry) any external loads
not carry if so, light/backpack/ipsilateral or cane ad ipsilateral load
34
stability of the knee primarily relies on what kind of structures
soft tissue constraints > bony
35
>180 degrees at the knee indicates...
genu varum or "bow-leg"
36
< 170 degrees at the knee indicates..
genu valgum or "knocked knee"
37
what degrees is considered normal in the frontal plane at the knee
17-175 degrees