Exam 3: The Foot and Ankle Flashcards

1
Q

Which bones make up the leg

A

tibia and fibula

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2
Q

What bones make up the foot and ankle

A
tibia
fibula
7 tarsal
5 metatarsals
14 phalanges
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3
Q

What are the three parts of the foot

A

hindfoot, midfoot, and forefoot

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4
Q

Which bones make up the hindfoot

A

talus and calcaneus

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5
Q

Which part of the foot does the talus and calcaneus make up?

A

hindfoot

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6
Q

Which bones make up the midfoot

A

navicular, cuboid, and three cuneiforms

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7
Q

Which bones make up the forefoot

A

5 metatarsals and 14 phalanges

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8
Q

The ____ is first to contact the ground in gait

A

foot

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9
Q

True or False:

In regards to the foot and ankle in the kinetic chain, the ankle’s position and ability to do it’s job effects the entire kinetic chains

A

False, its the foot not the ankle

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10
Q

Even in static stance, the position of the ____ effects the knee, hip, and lumbosacral regions

A

foot

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11
Q

In static stance, which three regions are affected by the position of the foot

A

knee, hip, and lumbosacral

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12
Q

Which three nerves of the foot and ankle are subject to pressure and trauma

A

Common peroneal nerve
Posterior tibial nerve
Plantar and calcaneal nerve

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13
Q

What is the course of the common peroneal nerve

A

laterally around the fibular neck and passes through the opening in the peroneus longus muscle

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14
Q

Which nerve is subject to pressure because the nerve travels laterally around the fibular neck and passes through the opening in the peroneus longus muscle

A

common peroneal nerve

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15
Q

Which nerve entrapment may occur in the tarsal tunnel just posterior to the medial malleoli

A

posterior tibial nerve

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16
Q

Where would the posterior tibial nerve entrapment occur at?

A

in the tarsal tunnel just posterior to the medial malleoli

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17
Q

The plantar and calcaneal nerves are branches off the ____ ___ nerve

A

posterior tibial

18
Q

What is the courses of the plantar and calcaneal nerve

A

They pass under the medial aspect of the foot and pass through an opening in the abductor hallucis muscle

19
Q

Which nerves can become entrapped as they pass under the medial aspect of the food and pass through an opening in the abductor hallucis muscle

A

plantar and calcaneal nerves

20
Q

Which nerve roots can cause referred pain or sensory changes of the foot and ankle

A

Terminal point for L4, L5, and S1 via the terminal branches of the peroneal and tibial nerves

21
Q

What are three common pathologies of the foot and ankle that cause hypomobility

A

degenerative joint disease
post immobilization stiffness
gout

22
Q

Where does gout typically occur in

A

The MTP of the great toe

23
Q

What are four common body structure and function impairments of someone with hypomobility of the foot and ankle

A

decreased ROM
Pain
muscle weakness
poor balance

24
Q

What may be the cause of muscle weakness in the foot and ankle because due to hypomobiity

A

deformity and mechanical disadvantages of the tendons

25
What are common activity limitations of someone with hypomobility in the foot and ankle
decrease ambulation due to pain risk of falls decreased ability to perform household and job related tasks due to inability to WB
26
During the protection phase, how would a clinician help decrease pain in a patient with hypomobility of the foot and ankle
gentle low grade mobilizations and orthotic devices
27
During the protection phase, how would a clinician help maintain joint and soft tissue mobility and muscle integrity
PROM, AAROM, AROM aquatic therapy, muscle setting
28
Which phase would a clinician perform gentle low grade mobilizations and use orthotic devices to decrease pain in patients with hypomobility in the ankle and foot
protection phase
29
Which phase would a clinician prescribe PROM, AAROM, AROM aquatic therapy, and muscle setting to maintain joint and soft tissue mobility and muscle integrity in patients with hypomobility in the ankle and foot
protection phase
30
During the controlled motion and return to function phase, what would a clinician prescribe for a patient with hypomobility in the foot and ankle
joint mobilizations and stretching, regain balance and strength, improve proprioception, and develop cardiovascular fitness
31
What are pathologies related to overuse and repetitive trauma syndromes
tendinitis/tenosynovitis plantar fasciitis shin splints
32
What are common impairments/disabilities of overuse and repetitive trauma syndromes of the foot and ankle
``` pain with palpations/activity pain with weight bearing muscle length/strength imbalances abnormal foot postures decreased ability to stand, decreased cadence of gait, restriction of sport activities ```
33
During the protection phase, what interventions can be done to treat patients with overuse and repetitive trauma syndromes in the foot and ankle
``` rest modalities possible immobilizations pain free ROM education ```
34
During the controlled motion and return to function phase self stretching can be done. Which muscles of the foot/ankle should be stressed if a patient has an overuse and repetitive trauma syndromes
gastroc/soleus and plantar fascia
35
What is the normal progression of exercise modes for overuse and repetitive trauma syndromes of the foot and ankle
isometrics to DCER | open and closed chain, foot intrinsic, endurance, and eccentric exercises
36
What are some common body structure and function impairments in ligamentous injuries in the foot and ankle
``` pain excessive motion or instability impaired balance edema decreased ROM at times ```
37
What are some common activity limitations in ligamentous injuries in the foot and ankle
restricted ambulation | difficulty walking, running or quick directional changes
38
In ligamentous injuries during the protection phase, what are some interventions that can be done
minimize swelling gentle mobilization for pain and ROM educate patient and circulation exercises
39
In ligamentous injuries during the controlled motion phase, what interventions can be done
NWB AROM intrinsic progress to strengthening, endurance, and stabilization as swelling decreases
40
In ligamentous injuries during the return to function phase, what interventions should be done
progress strengthening progress stabilization and balance Start agility and controlled twisting/lateral movements
41
In ligamentous injuries, when returning to sport ___ or ___ and wear proper shoes to prevent re-injury
tape or brace