Mobilization Flashcards

1
Q

Concave on convex

A

Roll/slide occurs in SAME direction

Mobilizing force should be applied in SAME direction

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2
Q

Indications for mobilization

A

Restricted joint mobility
Restricted accessory motion
Desired neurophysiological effects

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3
Q

Contratindications for mobilization

A

Active disease, infection, advanced osteoporosis, articular hypermobility, fracture, acute inflammation, muscle guarding, joint replacement

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4
Q

Glenohumeral motion

A

Convex; humerus
concave; glenoid
Osteo/arthrokinematic motion = opposite direction

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5
Q

Ulnarhumeral motion

A

Convex; humerus
concave; Ulna
Osteo/arthrokinematic motion; same direction

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6
Q

Radiohumeral motion

A

Convicts; humerus
Concave: radius
Osteo/arthrokinematic motion: same direction

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7
Q

Proximal radioulnar motion

A

Concave: radius
Convex: ulna
Osteo/arthrokinematic motion: same direction

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8
Q

Distal radioulnar motion

A

Convex: ulna
Concave: radius
Osteo/arthrokinematic motion: same direction

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9
Q

Radiocarpal motion

A

Convex: carpals
Concave: radius
Osteo/arthrokinematic motion: opposite

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10
Q

Hip mobilazation

A

Convex: femur
Concave: acetabulum
Osteo/arthrokinematic motion: opposite

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11
Q

Tibeofemoral mobilization

A

Convex: femur
Concave: tibia
Osteo/arthrokinematic motion: same

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12
Q

Patellofemoral mobilization

A

Convex: patella
Concave: femur
Osteo/arthrokinematic motion: opposite

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13
Q

Convex on concave

A

Roll/ slide occur in OPPOSITE directions

Apply mobilizing force in OPPOSITE direction of bone movement

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14
Q

Proximal tibiofibular

A

Convex: tibia
Concave: fibula
Osteo/arthrokinematic motion: same

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15
Q

Distal tibiofibular

A

Convex: fibula
Concave: tibia
Osteo/arthrokinematic motion: opposite

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16
Q

Talocrural

A

Convex: talus
Concave: tibia and fibula
Osteo/arthrokinematic motion: opposite

17
Q

Subtalar

A
Same direction 
    Convex: anterior and middle talus
    Concave: anterior and middle calcaneus
Opposite direction
    Convex: posterior calcaneus
    Concave: posterior talus