Unit 4 - Soft Tissue Injuries Flashcards

1
Q

5 common types of repetitive strain injuries

A

(1) bicipital tendonitis = bicep
(2) tennis elbow = outside of the elbow
(3) golfer’s elbow = inside of the elbow
(4) DeQuervain’s tendosynovitis = thumb
(5) Trochanteric bursitis = outer hip

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2
Q

What are NSAIDs

A

Non-steroidal anti-inflammatory drugs

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3
Q

Why is exercise important for ppl w/ repetitive stress injury?

A

Strengthen their joints

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4
Q

What are the 3 types of strains and how long does each take to heal?

A

Grade 1 - damage to individual muscle fibre - 2-3 weeks rest

Grade 2 - more fibres involved but no complete rupture - 3-6 weeks rest

Grade 3 - complete rupture of a muscle, usually requires surgery - rehab 3-6 months

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5
Q

Describe the process of how muscle heals.

A

(1) Regeneration of muscle fibres (aka muscle fibres grow)
(2) Formation of scar tissue (bleed stops, matrix forms, matrix froms scar w/in muscle, scar made up of collagen fibres)
(3) Scar tissue matures (collagen fibres align along external stress)

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6
Q

What are the three types of sprains called and how does the pathophysiology differ?

A

1st Degree - microscopic tearing of ligament
2nd Degree - some torn
3rd Degree - near-complete/complete tear

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7
Q

3 stages of healing of a sprain

A

Acute stage (Inflammatory Stage) 1-10 days

  • clot formation
  • Phagocytosis

Subacute stage (Repair or Healing) 3-20 days

  • removal of dead tissue
  • growth of capillaries
  • collagen formation

Chronic Stage (Maturation + Remodelling) 6 months-1yr

  • maturation of connective tissue
  • remodelling of scar tissue
  • collagen aligns to stress
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8
Q

3 stages of management of a sprain

A
Protection Phrase (Inflammatory stage) 1-10 days 
- RICE

Controlled Motion Phase (Repair phase) 3-20 days

  • active mov’t
  • controlled resistive muscle mov’t (gentle strenghtening)

Return to function (Maturation+Remodelling) 6months-1yr
- stretching, strengthening, endurance and functional exercises

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9
Q

Define RSI

A

Repetitive Stress Injury = group of conditions that are caused when too much stress is placed over the joint; stress is caused through repetitive action

(e.g. tendinitis, bursitis)

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10
Q

Function of Bursae

A

assists mov’t and reduces friction btw moving parts

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11
Q

RICE

A

Rest
Ice/Immobilization
Compression
Elevation

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12
Q

T/F

The medial collateral ligaments of the ankle are most commonly injured

A

FALSE

should be lateral

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13
Q

T/F

The most common mechanism for an ankle sprain is inversion

A

TRUE

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14
Q

T/F

Most people should be NWB during an acute ankle sprain.

A

FALSE

should be PWB

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15
Q

What is the most common ligament to be involved in a 3rd degree ankle sprain?

A

Anterior talofibular

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16
Q

T/F

Lateral epicondylitis is an inflammation of the ligaments around the elbow.

A

FALSE

tendons have micro tears

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17
Q

T/F

Lateral epicondylitis is due to overuse of the flexor muscles of the forearm as seen in golf.

A

FALSE

extensors muscles in tennis

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18
Q

T/F

Lateral epicondylitis is due to overuse of the extensor muscles of the forearm

19
Q

What are the different types of strengthening exercises that are important part of prescription/treatment for lateral epicondylitis?

A

Isometric
Essentric
Concentric

20
Q

What kind of joint is the ankle?

A

Hinge joint

21
Q

Bones in ankle

A

tibia, fibula, and talus

22
Q

Ankle ligaments

A

Laterally:
Anterior talo-fibular
Posterior talo-fibular
Calcaneo-fibular

Medially:
Deltoid ligament (attaches to talus, calcaneous, and navicular)
23
Q

Why are inversion ankle sprains more common?

A

b/c the Deltoid tendon is big and strong

24
Q

When should you go seek medical attention for ankle sprains?

A

if ankle fails to improve w/in 5-7 days

25
Management of ankle in acute, subacute, and return to function phase.
Acute: RICE, immobilize in neural or slight dorsiflexion and eversion, PWB, toe curls to assist w/ circulation Subacute: splint/tensor during PWB, AROM exercises in NWB, stretch calves, strengthening w/in restricted ROM Return to function: Strengthening w/ resisted ex., balance FWB, sports wear splints/tensor
26
Lateral Epicondylitis
tennis elbow. pain in wrist extension
27
Bones in elbow joint
Humerus, ulna, and radius
28
Management of elbow joint in acute, subacute, and return to function phase.
Acute: Crotherapy, NSAIDs, immobilize wrist, splint Subacute: passive stretching and self-stretching, strengthen forearm and wrist muscles Return to function: strength, endurance, power, and flexibility exercises of upper extremity. Education
29
Isometric
No change in muscle length and joint angle during contraction
30
Isotonic
Concentric: muscle length shortens during contraction Essentric: muscle length lengthens during contraction
31
Rotator Cuff Muscles (4)
supraspinatus infraspinatus teres minor subscapularis
32
What is rotator cuff impingement
mechanical compression and irritation of soft tissue
33
T/F Rotator cuff impingement is caused by infection after surgical repair of a fracture
Flase
34
What happens in Stage 3 of rotator cuff impingement?
Bone spurs and rotator cuff tear
35
T/F Rotator cuff impingement leads to pain when working at the computer
TRUE
36
What muscles need to be strengthening during the "Controlled motion phase" of healing?
Scapular stabilizing muscle and rotator cuff muscles
37
Adhesive capsulitis
Frozen Shoulder = idiopathic, progressive shoulder pain intracapsule and extracapsule bones: hummerus, glenoid fossa of scapula
38
What is the connective tissue involved in adhesive capsulitis?
joint capsule
39
How long does the 3 stages of adhesive capsulitis last?
up to 2 years
40
T/F Adhesive capsulitis leads to pain when working at the computer
FALSE
41
Name the exercise that is common during the acute stages of both rotator cuff impingement and adhesive capsulitis.
Pendulum exercises b/c gravity will relax the muscle
42
Stages of Frozen Shoulder
Freezing (2-10 months) Frozen (4-12 months) Thawing (2-24 months)
43
Stages of Rotator cuff Disease
Stage 1 = edema + hemorrhage 40yrs old