Joint Specific Examinations Lower Extremity Flashcards

1
Q

Describe the Trendelenberg Test

A
  • with patient standing, make sure their pelvis is level
  • ask patient to stand on one leg
  • positive: pelvis will fall on the unsupported side
  • tests for gluteus medius strength
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2
Q

Describe the Log Rolling Test

A
  • while patient is supine, roll their leg in internal and external rotation
  • tests for ROM
  • internal rotation is first to be lost with hip arthritis
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3
Q

Describe the Stinchfield’s test

A
  • Have patient do an active straight leg test while supine
  • positive: pain in hip
  • tests for hip pathology like DJD, infection, or fx
  • (localizes to hip, as opposed to low back pain)
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4
Q

Describe the Thomas Test

A

-while patient lies supine, have them flex both hips and knees to their chest
release one leg at a time, allowing leg to extend to the table
-this flattens the lumbar back, taking it out of the equation
-positive: “contracture” of the released leg
-tests for contractures that prevent the leg from fully extending

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5
Q

FABER test (Patrick’s test)

A
  • flex, abduct, and externally rotate patient’s hip while they lie supine
  • positive: pain
  • checks for SI joint pathology as source of lumbar pain
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6
Q

FADIR test

A
  • place limb into flexion, adduction, and internal rotation
  • positive: anterolateral hip pain
  • checks for femoroacetabular impingement (hip impingement)
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7
Q

Piriformis Test

A
  • have patient lie in decubitus position with examined side up
  • flex hip to 45’ and knee to 90’ (so that it “hangs” over the other limb)
  • stabilize patient’s pelvis (preventing pelvic rotation) and press the flexed knee toward exam table
  • positive: localized pain suggests piriformis tightness or tendonitis
  • positive: diffuse, radiating pain indicates piriformes syndrome
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8
Q

Ober Test

A
  • patient lies in decubitus position with examined side up
  • patient’s knee flexed to 90’, hip abducted to 40’, and hip is extended to its limit
  • stabilize pelvis
  • positive: limited ROM indicates contracture of the iliotibial tract
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9
Q

Patellar Apprehension test

A
  • have patient lie supine and abduct their limb so that the knee is flexed over the side of the table
  • push the patella as far laterally as possible while slowly flexing the knee with the other hand
  • positive: apprehension indicates imminent pateller disolcation
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10
Q

Passive Patellar Grind Test

A
  • press the patella against the femur while passively flexing the knee with the other hand
  • Positive: pain; degree of flexion in which pain and crepitus is felt may clue to the area of articular cartilage damage
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11
Q

Bounce Home Test

A
  • patient lies supine and extends the knee as far as they can
  • hold the heel and proximal tibia and gently and slowing extend the knee a bit farther
  • positive: sharp pain at medial femoral condyle and medal ibial plateau
  • tests for bucket handle tears of meniscus and ACL tear
  • if torn ACL stump prevents extension, pain is described as central and deep
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12
Q

Lachman’s test

A
  • patient is supine with knees 20-30’ flexed
  • place thumb over tibial tubercles and wrap other fingers around the calf
  • the other hand’s thumb presses against the femur through the quadriceps tendon while other fingers wrap around thigh
  • pull forward on the tibia and push backward on the femur
  • assess amount of anterior translation
  • positive: anterior translation >2mm; indicates ACL damage
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13
Q

Quad Active Drawer Test

A
  • patient is supine with knees 90’ flexed
  • grasp tibia just below joint line and ask patient to flex their quads
  • positive: the posteriorly subluxed tibia is seen shifting anteriorly into reduction
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14
Q

How do you test for knee LCL strength?

A

-Apply varus stress to an “unlocked” knee (flex knee to 10-20’ to relax)

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15
Q

How do you test for knee MCL strength?

A

-apply valgus stress to an “unlocked” knee (flex the knee 10-20’ to unlock)

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16
Q

Pivot Shift Test

A
  • have patient lie supine
  • apply axial load, valgus stress, and external rotation on knee
  • positive: knee “jumps” into a reduced position; indicates nonfunctional or ruptured ACL
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17
Q

McMurray’s test

A
  • patient lies supine and flexes knee as far as possible
  • grasp patient’s hindfoot, externally rotate the foot, place a varus stress on the knee, and passively extend the knee while palpating the medial joint line (tests for medial meniscus tear or dysfunction)
  • grasp hindfoot, internally rotate the foot, apply valgus force on the knee, and passively extend the knee while palpating the lateral joint line (tests for lateral meniscus tear or dysfunction)
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18
Q

Apley’s Compression

A
  • patient lies prone and flexes knee to 90’
  • distraction: grasp patient’s foot, stabilize thigh, and pull upward on the foot to distract the knee
  • alternately externally and internally rotate the foot
  • push downward on the patient’s knee while alternately internally and externally rotating the foot
  • compression pain with external rotation = medial meniscal tear
  • compression pain with internal rotation = lateral meniscal tear
19
Q

What is the posterior tibialis responsible for?

A

-inversion of foot

20
Q

How do you test the strength of the posterior tibialis muscle or tendon integrity?

A

-ask patient to invert foot against resistance while stabilizing the lateral aspect of their leg

21
Q

What does posterior tibialis weakness indicate?

A

-Injury or dysfunction of posterior tibialis or L5 nerve root

22
Q

What is the anterior tibialis responsible for?

A

-dorsal flexion of the foot

23
Q

How do you test for anterior tibialis muscle strength or tendon integrity?

A

-have patient flex toes (eliminating help from toe extensors), then invert and dorsiflex the foot against resistance

24
Q

What does weakness with the anterior tibialis test indicate?

A

-lesion of L4 nerve root or dep peroneal nerve

25
Q

How do you test for Peroneus Brevis strength?

A
  • grasp the anteromedial aspect of leg and apply resistance to lateral aspect of 5th MT
  • position foot in plantar flexion (eliminating lateral toe extensor activity) and ask patient to ever foot against resistance
26
Q

How do you test for peroneus longus strength?

A

-plantarflex the first ray while having the patient evert foot against your resistance

27
Q

How do you test for extensor hallicus longus strength?

A
  • grasp dorsal and plantar aspect fo midfoot medially and apply resistance to dorsal aspect of great toe
  • have patient extend the great toe against resistance
28
Q

What does weakness of the extensor hallucis longus indicate?

A

-deep peroneal nerve or L5 dysfunction

29
Q

How do you test the strength of the Flexor Hallucis Longus?

A
  • grasp dorsal and plantar aspect of midfoot while applying plantar resistance to great toe
  • ask patient to plantar flex their great toe against resistance
30
Q

What does weakness of the flexor hallucis longus indicate?

A

-tibial nerve or S1 nerve root dysfunction

31
Q

What is the easiest and most specific way to assess S1 nerve root dysfunction?

A

Flexor hallucis longus

32
Q

What is the easiest and most specific muscle to assess L5 nerve root dysfunction?

A

-extensory hallucis longus

33
Q

How can you assess for only anterior talofibular ligament damage?

A

-anterior drawer test

34
Q

Tilt test

A
  • stabilize tibia, grasp the calcaneus, and invert the hindfoot
  • Positive: excessive motion
  • tests for anterior talofibular and calcaneal fibular ligaments
35
Q

How do you assess Metatarso-phalangeal (MTP) joint stability?

A
  • stabilize foot and grasp the proximal phalanx of each toe
  • move the joint in a plantar and dorsal direction
  • positive: instability may indicate chronic synovitis or long-standing claw toe deformity
  • positive: pain may indicate active synovitis
36
Q

Which toe is most often affected by synovitis?

A

2nd toe

37
Q

How can you test for Interdigital (Morton) Neuroma?

A

-apply upward pressure between adjacent MT heads
-then compress the MTs from side to side with the free hand
-positive: pain
-

38
Q

Where are interdigital neuromas most commonly located?

A
  • between the 3rd and 4th MT hads
  • occasionally between the 2nd and 3rd
  • rarely between the others
39
Q

Kleiger Test

A
  • patient is seated with knees flexed to 90’
  • grasp and stabilize the leg from behind with one hand
  • dorsiflex the ankle and externally rotate the foot with the other hand
  • positive: pain (determine specific location)
  • indicates syndesmosis fx
40
Q

Squeeze Test

A
  • squeeze the tibia and fibula together

- positive: ankle pain; indicates syndesmotic interruption

41
Q

Thompson Test

A
  • patient lies prone with knee flexed to 90’
  • squeeze the medal and lateral aspect of the mid-calf together
  • foot should plantar flex
  • positive: foot does not plantar flex; indicates Achilles tendon damage/rupture
42
Q

Eversion Stress Test

A
  • patient is seated and knee flexed to 90’
  • evert the hindfoot (with hand on the calcaneus so you don’t ever the midfoot)
  • positive: pain over deltoid ligament and increased eversion compared to other side
  • indicates possible injury to the mid portion of the deltoid ligament or possible avuslion fx of medial malleolus
43
Q

Inversion Stress Test

A
  • patient is seated with knee flexed to 90’
  • invert the hindfoot with hand over calcaneus
  • positive: pain or increased inversion
  • indicates moderate to severe injury to calcaneofibular ligament