Rheumatology Flashcards
Causes of musculoskeletal injuries
Contusion: direct blow / compressive force to the muscle
Strain: excessive stretching of the muscles causes microtrauma at the musculotendinous junction
Sprain: excessive stretching / force causing rupture of collagen bundles within a ligament
Clinical features of epicondylitis
Gradual onset of
Localised epicondyle pain
Normal passive ROM
Management of epicondylitis
Stop exacerbating action
Conservative: NSAIDs, physio, splints, adjuncts
Medical: steroid injection
Surgical: release incision
What is the difference between lateral and medial epicondylitis
Lateral (tennis elbow) is inflammation of the common extensor tendon
Medial (golfers elbow) is inflammation of common flexor pronator tendon and ulnar collateral ligament
Peak age of tennis elbow (lateral epicondylitis)
40-55
Peak age of golfers elbow (medial epicondylitis)
50-60
Risk factors for lateral epicondylitis (tennis elbow)
Obesity
Smoking
Carpal tunnel
Risk factors for medial epicondylitis (golfers elbow)
Manual work
Sports
Signs / OE lateral epicondylitis (tennis elbow)
Tenderness over medial epicondyle
Pain with resisted wrist flexion and pronation +/- cubital tunnel signs
What is de quervains tensynovitis
Inflammation of synovial sheaths of thumb tendons
Symptoms of de quervains tensynovitis
Pain on radial border of wrist / forearm
Swelling around styloid process of radius
Management of de quervain’s tenosynovitis
Rest, splinting and NSAIDs
Local corticosteroid injections
Surgical release of tendon tunnel (if Sx persist)
3 main rotator cuff lesions
- Tendon tears
- Calcific tendinitis
- Adhesive capsulitis (frozen shoulder)
Signs and symptoms of tendon tears
Weakness and pain on shoulder movement (may disturb sleep)
Reduced ROM active > passive in direction of muscle action
Signs and symptoms of tendon tears
Weakness and pain on shoulder movement (may disturb sleep)
Reduced ROM active > passive in direction of muscle action
Management of tendon tears
Rest, ice, analgesia
Steroid injections
Physio
Arthroscopic / open surgery: if traumatic tear, if high functional demand, if no improvement in 12w
Pathogenesis of calcific tendinitis
Deposits of calcium hydroxyapatite crystals
(30-55y)
F>M
Signs and symptoms of calcific tendinitis
Very severe shoulder pain and stiffness +/- brachial plexus neuritis
Loss of ROM (active and passive)
Management of calcific tendinitis
Rest and analgesia
Steroid injections
Arthroscopic incision if Sx dont improve
Signs and symptoms of adhesive capsulitis (frozen shoulder)
Shoulder pain followed by increasing stiffness (no swelling or crepitus)
Loss of ROM esp external rotation
Normal strength
Management of adhesive capsulitis (frozen shoulder)
Analgesia (NSAID) +/- steroid injections
Physio
Arthroscopic release if no improvement in 12w
Risk factors for frozen shoulder
Age >40 and female
Following injury / surgery
Shoulder immobility
DM, thyroid disease, CVD, HTN
Symptoms of impingement syndrome
Pain on shoulder abduction between 45 and 120 degrees
Pain can be present at night and disrupt sleep
+/- arm weakness
Causes of impingement syndrome
- Subacromial bursitis - inflammed and swollen so narrows space (injury / overuse)
- Supraspinatus tendinitis - inflammed and thickened tendon (injury / overuse)
- Acromioclavicular arthritis - bony spurs narrow joint space (age)