Frictions, Sprains & Strains Flashcards

0
Q

Indications for frictions:

A
Fibrosis (mm, lig, capsule, tendon)
Tendonitis
Bursitis
Ligament sprain
Attachment release 
Injury and overuse
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1
Q

Should you friction referred pain?

A

Good god, no.

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2
Q

What stage of healing is appropriate for frictions?

A

Late subacute and chronic

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3
Q

How to position for frictions: without synovial sheath

A

Relaxed shortened position (softens fibres)

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4
Q

How to position for frictions: tendon with synovial sheath

A

Maximum stretch (so tendon and sheath will slip across each other)

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5
Q

How to position for frictions: ligament

A

Shortened Position.

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6
Q

What direction should you friction?

A

Cross fibre UNLESS THE TENDON HAD A SYNOVIAL SHEATH (in which case friction longitudinal)

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7
Q

General friction technique

A

Prepare tissue with Swedish etc.

2-5 cycles/second
90 seconds gentle, 90 seconds moderate, 90 seconds deep

More effleurage.
Reassess
Mobilize and/or stretch.

Ice ice baby.

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8
Q

How long for the analgesic effect of frictions to occur

A

1-2 minutes.

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9
Q

Intent of frictions

A

Restore or maintain mobility of structure with respect to adjacent tissues and to increase the extensibility of the structure under normal load.

Restores mobility in muscles like joint mobs free joints.

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10
Q

Frictions: CI’s

A

Bacterial and rheumatoid-type tendonitis/tenosynovitis/tenovaginitis

Calcification and ossification of soft tissue

Disorders of nerve structure

Skin problems

Hematoma

Acute bursitis

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11
Q

Follow frictions by:

A

Minor muscle tears: active movement
Ligamentous tears: passive movement
Pain avoidance: tendinous lesions

And ice, ice, baby

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12
Q

Strain

A

Overstretch injury to a musculotendinous unit.

Caused by overstretching or extreme contraction against heavy resistance.

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13
Q

Joint effusion

A

Occurs when injury is severe enough to inflame the synovium.

Increased production of synovial fluid, causing swelling.

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15
Q

Hemarthrosis

A

Bleeding into the synovial space. Causes immediate swelling (20-60 minutes)

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16
Q

Grade 1 Strain

A

Minor stretch or tear (0-20%)
Minimal loss of strength
Can continue activity with discomfort
Local edema, heat and bruising

17
Q

Grade 2 Strain

A
20-70% damage
Snapping sensation or sound
Palpable gap
Difficulty continuing due to pain
Moderate edema,heat and bruising
18
Q

Grade 3 Strain

A
70-100% damage
Possible complete rupture or avulsion
Snapping sound or sensation
Palpable and possibly visible gap
Cannot continue activity
Bruising is red, black and blue
19
Q

Sprain

A

overstretch injury to ligament

20
Q

Most common sprain locations:

A

anterior talofibular (inversion sprain – ankle)
acromioclavicular ligament (shoulder)
palmar and collateral radiocarpal ligaments (wrist)
ACL, MCL, LCL (knee)

21
Q

Grade 1 Sprain

A

minor stretch and tear to ligament
stable during PROM
can continue with actives with some discomfort

22
Q

Grade 2 Sprain

A

tearing of ligaments (20-70%)
snapping sound/sensation, and joint gives way
joint is hypermobile but stable with PROM
difficulty continuing activities due to pain

23
Q

Grade 3 Sprain

A

complete rupture or avulsion
snapping sound/sensation, and joint gives way
significant instability and extreme end point with PROM
cannot continue activities

24
Q

For acute sprains and strains, what are the limitations on movement testing?

A

pain free AROM only

25
Q

How to test a subacute or chronic sprain?

A

AROM
PROM (direction of injury last)
Ligamentous stress test
Chronic: RROM

26
Q

Estimated return to activity for sprains?

A

Grade 1 sprain: four to five days.
Grade 2 sprain: seven to fourteen days.
Grade 3 sprain: immobilization is generally removed at six to eight weeks

Total healing up to six months