Leg, Ankle, Foot DD

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79 Terms

1
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What is the typical age range for a patient presenting with Plantar Fasciitis?

20-60 years old

2
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What is the characteristic mechanism of injury (MOI) for Plantar Fasciitis?

Gradual onset with no known direct cause

3
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Which symptom onset pattern is classic for Plantar Fasciitis during weight-bearing?

Pain on the sole of the foot under the heel during weight-bearing, especially first thing in the morning.

4
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What structural posture of the foot is commonly observed in Plantar Fasciitis?

Pronated foot or flattened arches

5
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Which passive movement of the foot reproduces pain in Plantar Fasciitis?

Passive great toe extension

6
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Where is point tenderness specifically located upon palpation in Plantar Fasciitis?

Plantar aspect of the heel

7
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What primary special test is used to evaluate Plantar Fasciitis?

Windlass test

8
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What is the typical age range for Achilles Tendinitis?

20-40 years old

9
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What is the mechanism of injury (MOI) for Achilles Tendinitis?

Overuse

10
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Which activities typically aggravate symptoms in Achilles Tendinitis?

Jumping and running on the posterior ankle

11
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Where do you typically see swelling in patients with Achilles tendinitis

Posterior ankle

12
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How are active and passive ankle dorsiflexion affected in Achilles Tendinitis?

Both are painful and limited

13
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How does knee position influence passive dorsiflexion limitation in Achilles Tendinitis?

Passive dorsiflexion is limited with the knee in the extended position.

14
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Which resisted isometric muscle testing produces pain in Achilles Tendinitis?

Resisted plantarflexion

15
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What is the typical age range for Gastrocnemius strain?

20-40 years

16
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What is the mechanism of injury (MOI) for a Gastrocnemius Strain?

Sudden overloading

17
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Where is pain primarily localized in a Gastrocnemius strain?

Upper calf

18
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Which active movement or test typically increases pain in a Gastrocnemius strain?

Heel raise

19
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What gait deviation is typically observed in patients with a Gastrocnemius strain?

Antalgic gait

20
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How are active and passive knee extension affected in Gastrocnemius strain?

Both are painful and limited

21
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What motion will be painful with resistance for a Gastrocnemius strain

Plantarflexion

22
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Where is tenderness specifically found on palpation in a Gastrocnemius strain?

Mid-to-upper calf area

23
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What age range is typically seen for Posterior tibialis tendinitis

20-40 years

24
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What mechanism of injury and foot posture are associated with Posterior Tibialis Tendinitis?

Overuse with a flat, pronated foot

25
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Where is pain, tenderness and swelling primarily noted in Posterior Tibialis Tendinitis?

Medial ankle throughout the tendon

26
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Which active and passive range of motion movements reproduce pain in Posterior Tibialis Tendinitis?

Active and passive plantarflexion and eversion

27
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Which manual muscle test combination elicits pain in Posterior Tibialis Tendinitis?

Resisted inversion with a plantarflexed foot

28
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What is the age range for those with Anterior Tibialis Tendinitis

15-45 years

29
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What is the primary mechanism of injury for Anterior Tibialis Tendinitis?

Overuse

30
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Which repetitive movement increases symptoms in Anterior Tibialis Tendinitis?

Repetitive dorsiflexion on anterior lower leg

31
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Which combined active movement elicits pain in Anterior Tibialis Tendinitis?

Combined active plantarflexion and inversion

32
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Which passive movement reproduces pain in Anterior Tibialis Tendinitis?

Passive plantarflexion

33
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Which resisted movement causes pain in Anterior Tibialis Tendinitis?

Resisted dorsiflexion

34
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What is the common age range for Medial Tibial Stress Syndrome (Shin Splints)?

15-30 years old

35
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What is the primary mechanism of injury for Medial Tibial Stress Syndrome?

Overuse

36
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Where is pain localized in Medial Tibial Stress Syndrome?

Anterior lower leg and posterior-medial lower leg

37
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Which combined active movement causes pain in Medial Tibial Stress Syndrome?

Active combined plantarflexion and inversion

38
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Which combined resisted movement causes pain in Medial Tibial Stress Syndrome?

Resisted plantarflexion and eversion

39
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Where is point tenderness specifically elicited in Medial Tibial Stress Syndrome?

Posteromedial calf / tibia

40
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What pathophysiological event defines Anterior Compartment Syndrome?

Increased pressure within the anterior compartment of the leg causing an ischemic condition.

41
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What are three mechanisms of injury (MOIs) associated with Anterior Compartment Syndrome?

Direct trauma, muscle hypertrophy, or fracture

42
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What three clinical complaints form the primary symptom presentation of Anterior Compartment Syndrome?

Severe cramping, diffuse pain, and tightness

43
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How does rest affect pain in Anterior Compartment Syndrome?

Pain decreases with rest and increases with activity.

44
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How does passive stretching affect pain in Anterior Compartment Syndrome?

Pain worsens with stretching.

45
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What are the '6 Ps' to remember for compartment syndrome assessment?

Pain, Pallor, Paresis, Paresthesia, Pulselessness, Palpable tenderness

46
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What is the definitive medical management required for acute Anterior Compartment Syndrome?

Emergency surgery (fasciotomy)

47
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What is the typical age range for Morton's Neuroma?

40-60 years old

48
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Which functional activity aggravates pain on the sole of the foot in Morton's Neuroma?

Weight-bearing activities

49
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What typically can be seen in the foot in Morton’s Neuroma?

Pronated foot or flattened arch

50
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Which passive toe movement reproduces pain in Morton's Neuroma?

Passive toe extension

51
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Where is tenderness specifically localized during palpation in Morton's Neuroma?

Web space of the toes

52
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What is the typical age range for Tarsal Tunnel Syndrome?

25-50 years old

53
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What are common contributing factors or mechanisms of injury for Tarsal Tunnel Syndrome?

Posttraumatic onset, rapid weight gain, fluid retention, inflammatory conditions, abnormal foot/ankle biomechanics, or valgus foot deformity.

54
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Which nerve's distribution is affected in Tarsal Tunnel Syndrome?

Posterior tibial nerve

55
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Where do symptoms radiate in Tarsal Tunnel Syndrome?

Medial malleolus, up the leg, or down into the medial arch, plantar surface of the foot, and toes.

56
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Which biomechanical action exacerbates symptoms during walking or running in Tarsal Tunnel Syndrome?

Excessive pronation

57
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What can you expect to see in the foot in Tarsal tunnel syndrome

Pronated foot and pes planus

58
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Which passive movement combination is painful in Tarsal Tunnel Syndrome?

Passive plantarflexion and eversion

59
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Which resisted muscle action causes pain in Tarsal Tunnel Syndrome?

Resisted toe flexion

60
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Which special test is positive in Tarsal Tunnel Syndrome?

Tinel's sign

61
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What age do you typically see metatarsal stress fracture

15-45 years old

62
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What is the primary mechanism of injury (MOI) for a Metatarsal Stress Fracture?

Overuse

63
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Which specific activity pattern increases symptoms in a Metatarsal Stress Fracture?

Weight-bearing activities on the forefoot

64
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Which metatarsal bone shaft is specifically noted as a common site for stress fractures?

2nd metatarsal shaft

65
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What diagnostic tools/tests are used to evaluate a Metatarsal Stress Fracture?

Palpation, ultrasound, tuning fork, bone scan, MRI, and CT scan.

66
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What age do you typically see Midfoot sprains

15-40 years old

67
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What mechanisms of injury cause a Midfoot Sprain?

High-impact landing or foot twisted when in a fixed position.

68
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Which specific weight-bearing action increases symptoms in a Midfoot Sprain?

Walking on toes

69
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Which passive clinical technique reproduces pain in a Midfoot Sprain?

Passive midfoot pronation and supination while the hindfoot is stabilized.

70
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Which radiographic views are required when assessing a Midfoot Sprain?

Weightbearing lateral and anterior-posterior radiographs

71
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What is Sever's Disease (Calcaneal Apophysitis)?

A traction apophysitis at the insertion of the Achilles tendon on the calcaneus.

72
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What is the typical age range for a patient with Sever's Disease?

8-13 years old

73
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What contributing mechanical factors increase the risk of Sever's Disease?

Foot pronation, tight gastrocnemius-soleus complex, and jumping or landing from a height.

74
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Where is pain localized in Sever's Disease, and how does it react to rest?

Pain is over the posterior-inferior heel; it increases with weight-bearing and resolves with rest.

75
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Which joint motion restriction is characteristic of Sever's Disease?

Limited dorsiflexion and stiffness

76
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Which physical examination special test evaluates Sever's Disease?

Squeeze test (of the calcaneus)

77
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What imaging modality is typically ordered to confirm Sever's Disease?

X-ray

78
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What defines Forefoot Varus?

Inversion of the forefoot with the subtalar joint in neutral.

79
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What defines Forefoot Valgus?

Eversion of the forefoot with the subtalar joint in neutral.