THE HIP Flashcards

1
Q

palpate the ASIS

A

patient supine - hip bones

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2
Q

palpate the PSIS

A

patient prone lying or standing

identify sacral dimples - palpate PSIS slightly laterally and inferiorly

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3
Q

palpate the iliac crest

A

patient side lying with hips and knees flexed

identify ASIS and use index and middle fingers to palpate the full extendt of the crest to the PSIS

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4
Q

palpate xiphoid process

A

patient supine identify clavicular notch of manubrium and run fingers distally to xiphoid

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5
Q

palpate isoheal tuberosity

A

patient side lying
identify horizontal gluteal crease and move finger up 5cm
identify natal cleft and 5cm laterally.
get patient to flex knee to chest - palpate full extent under finger

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6
Q

palpate the greater trochanter

A

patient side lying with knee and hips flexed
identify prominence on lateral surface.
palpate full U shape - identify this

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7
Q

palpate the joint line of the hip

A

patient supine
identify ASIS and draw imaginary line to pubic tubercle
find mid line and move fingers 2cm laterally
find femoral pulse
move slightly laterally
passively rotate the patients leg to move the femoral head
this is the joint line

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8
Q

what type of joint is the hip?

A

simple, multiaxial, ball and socket

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9
Q

demonstrate full ROM for hip flexion

A

patient supine

as patient to bring knee to chest

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10
Q

demonstrate full ROM for hip extension

A

patient side lying
support pelvis and lumbar spine
from nuetral ask to lift leg as high as possible off the bed

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11
Q

demonstrate full ROM for hip abduction

A

patient supine - one leg placed over plinth to stool (fixes pelvis)
ask patient to keep their toes pointing upwards - move leg as far out as possible

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12
Q

demonstrate full ROM for hip adduction

A

patient supine - one leg placed over plinth to stool (fixes pelvis)
ask patient to keep their toes pointing upwards - move leg as far in as possible

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13
Q

demonstrate full ROM for medial rotation

A

patient supine - one leg placed over plinth to stool (fixes pelvis)
from neutral ask to move feet inwards as far in as possible

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14
Q

demonstrate full ROM for lateral rotation

A

patient supine - one leg placed over plinth to stool (fixes pelvis)
from neutral ask to move feet outwards as far in as possible

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15
Q

what is the limiting factors for hip flexion

A

contact of thigh with abdominal wall

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16
Q

what is the limiting factors for hip extension

A

medial band of illeofemoral ligament
pubofemoral and isheofemoral ligaments
tension in flexors

17
Q

what is the limiting factors for hip abduction

A

pubofemoral ligament
medial band of illeofemoral ligament
tension in adductors

18
Q

what is the limiting factors for hip adduction

A

lateral band of ileofemoral ligament
ischeofermoral ligaments
tension in abductors

19
Q

what is the limiting factors for hip medial rotation

A

ischeofermoral ligament

tension in lateral rotators

20
Q

what is the limiting factors for hip lateral rotation

A

iliofemoral and pubofemoral ligaments

tension in medial rotators

21
Q

what is normal ROM for hip flexion

A

0-120

22
Q

what is normal ROM for hip extension

A

0-20

23
Q

what is normal ROM for hip abduction

A

0-40

24
Q

what is normal ROM for hip adduction

A

0-25

25
Q

what is normal ROM for hip medial rotation

A

0-40

26
Q

what is normal ROM for hip lateral rotation

A

0-60

27
Q

what is the special test for true shortening?

A

patient supine
measure from inferior edge of ASIS to medial malleolus
repeat 3 times

28
Q

what is true shortening?

A

damage below the joint - i.e. damage to greater trochanter, damage to articular cartilidge

29
Q

what is the special test for apparent shortening?

A

patient supine
measure from xiphoid process to medial malleolus
repeat 3 times

30
Q

what is apparent shortening

A

muscle contracture around the hip or damage to the SI joint

31
Q

how is the trendelenburg test carried out?

A

model stand by plinth, arms by side

ask to stand on normal leg and flex other knee

32
Q

what is a postive trendelenburg sign?

A

pelvis dropping on unsupported side - shows paralysis of glutes or inhibition due to pain

33
Q

what is the aim of trendelenburg test?

A

testing for function of hip abductors - glutes

34
Q

how to carry out thomas test?

A
patient supine
stand on affected side
hand under lumbar spine
flex hip to chest 
lumbar spine should flatten
other leg should remain in contact with plinth
35
Q

what is a positive thomas test?

A

opposite leg lift from plinth
lumbar spine not flattening

loss of extension at hip meaning FFD.

36
Q

what accessory movement can be done at the hip?

A

longitudinal caudad

37
Q

how to carry out longitudinal caudad at hip

A

patient supine
plinth low
grasp femur with pt leg straight
gently pull back

38
Q

why would a longditudinal caudad movement be carried out?

A

identify capsule strength

ability to cause hip flexion and rotation

39
Q

what are you looking for in hip flexion?

A

pain, resistance or spasm

in early mid or end range