Ankle: Ligament Pathology 3 Flashcards

1
Q

Ankle impingement: usually occur secondary to

A

Trauma

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2
Q

Ankle impingement: Pain located where?

A
  • sinus tarsi
  • syndesmosis
  • posterior ankle
  • anterolateral gutter
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3
Q

Ankle impingement: usually occur due to

A
  • hypermobility

- disruption of stabilizing structures

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4
Q

Ankle impingement: Disruption of stabilizing structures…

A
  • bones
  • joint capsules
  • ligaments
  • tendons
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5
Q

Ankle impingement: Recurrent ankle pain with (motions)

A

Either DF or PF

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6
Q

Osseous impingement: what is it?

A

Abnormal calcification within the joint

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7
Q

Osseous impingement: abnormal calcification within the joint, specifically where?

A
  • talus
  • tibia
  • fibula
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8
Q

Osseous impingement: May be the direct result of

A
  • Anterior ankle capsule traction with repetitive minor trauma
  • results from PF during activity
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9
Q

Osseous impingement: Once the spur forms, DF may cause what?

A
  • entrapment of bordering soft tissue
  • contact with opposing bony structures
  • causes chronic pain during activity
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10
Q

Posterior impingement: occurs when?

A

Talus and/or neighboring soft tissue become compressed between the tibia and calcaneus with repetitive or extreme PF

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11
Q

Posterior impingement: What may initiate posterior impingement?

A
  • acute inversion ankle injuries

- overuse injuries involving trauma in ankle PF

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12
Q

Heel pain: posterior heel pain differential dx

A
  • retrocalcaneal bursitis
  • haglund’s deformity
  • Achilles tendinopathyh
  • S1 radiculopathy
  • Sever’s disease
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13
Q

Heel pain: What is Sever’s disease?

A

Abnormal stress at the epiphysis

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14
Q

Heel pain: Plantar heel pain differential dx

A
  • plantar fascia microtrauma
  • tibial nerve entrapment
  • fat pad atrophy
  • heel spur
  • stress fx
  • TTS
  • subtalar hypomobility
  • systemic problems
  • S1 radiculopathy
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15
Q

Heel pain: Systemic issues that may cause plantar heel pain

A
  • Reiter’s syndrome
  • gout
  • RA
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16
Q

Plantar fasciitis: what tissue may be affected?

A
  • plantar fascia
  • plantar ligament
  • bone spur
  • adverse nerve tension
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17
Q

Plantar fasciitis: potential causes

A
  • recent weight gain
  • recent change in activity
  • overuse
  • dec GSC flexibility
18
Q

Plantar fasciitis: Pain most often where

A

At attachment of central slip

19
Q

Plantar fasciitis: Onset

20
Q

Plantar fasciitis: Pain worse after period of

21
Q

Plantar fasciitis: Pain gradually improves at first with activity but worsens after

A

Prolonged activity

22
Q

Plantar fasciitis: Pain with (toe motion)

A

DF of 1st MTP

23
Q

Plantar fasciitis: Sharp pain with palpation, (does/does not) refer/travel

24
Q

Plantar fasciitis: Strong association with

A

BMI in nonathletic population

25
Plantar fasciitis: risk factors | Weak association with
- increased age - decreased ankle DF - decreased 1st MTP extension - prolonged standing
26
Plantar fasciitis: risk factors | Inconclusive
- static foot posture | - dynamic foot motion
27
Plantar fasciitis: Risk factors | No association with
- height in nonathletic population | - height, weight, and BMI in athletic population
28
Plantar fasciitis: Commonly accompanies strength deficits where?
Intrinsic and extrinsics
29
Plantar fasciitis: In nonathletes, the pain is often from irritation of
Medial calcaneal nerve
30
Plantar fasciitis: In nonathletes, the pain is often from irritation of the medial calcaneal nerve. Palpation at the nerve should be (better/worse) than palpation of MCT
Worse
31
Plantar fasciitis: In nonathletes, the pain is often from irritation of the medial calcaneal nerve. Palpation of the nerve often worse with what special testing positions
SLR | Slump
32
Plantar fasciitis: for treatment, focus on
- foot intrinsic - foot extrinsic - LQ biomechanics
33
Plantar heel pain: (%) will report improvement in symptoms within 1 year
80%
34
Plantar heel pain: Evidence for use of dexamethasone or acetic acid through iontophoresis in the short term
Moderate evidence
35
Plantar heel pain: Moderate evidence that ionto should be used how long for pain relief and improved function
Short term 2-4 weeks
36
Plantar heel pain: Evidence Calf muscle and/or PF specific stretching can be used to provide short term pain relief and improvement in calf flexibility
Moderate
37
Plantar heel pain: Calf stretching | Moderate evidence to use for short term (how long) pain relief and improvement in flexibility
2-4 mos
38
Plantar heel pain: Evidence | Calcaneal low dye taping
Weak
39
Plantar heel pain: Weak evidence for calcaneal low dye taping to provide (short/long) term relief
Short term 7-10 days
40
Plantar heel pain: Evidence | Prefabricated or custom foot orthoses
Strong
41
Plantar heel pain: Strong evidence to support use of prefabricated or custom foot orthoses for (short/long) term relief
Short term - 3 mos
42
Plantar heel pain: evidence | Use of prefabricated or custom foot orthoses for long term > 1 year management
NO evidence to support