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112 Cards in this Set
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RA
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Systemic disorder, unknown etiology
Dysfunction of synovial tissues and articular cartilage at hands, wrists, elbows, shoulders, knees, ankles, feet Pannus formation Ulnar drift and volar subluxation of MCPs X-rays, lab tests (increased WBCs & erythrocyte sedimentation rate. Hemoglobin/hematocrit show anemia, elevated RF) Rx: Antireumatic drugs, NSAIDS, immunosurpressives Joint protection strategies, improve/maintain joint mechanics and CT function Aerobic fitness |
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Osteoporosis
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Metabolic disease
Depletes bone density (=fractures) Senile: Decrease in cell activity (genetic or aquired) Post-menopausal: Decrease in estrogen production CT scan (assess bone density) Rx: Calcium, vit D, calcitonin, estrogen, biophosphates Joint/bone protection strategies, aerobic exercise, improve joint mechanics |
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Osteomalacia
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Decalcification of bones due to vit D deficiency
Severe pain, fractures, weakness, deformities X-ray, bone scan, possibly a bone biopsy Rx: Calcium, vit D, calciferol (form of vit D (D2) via injection) Joint/bone protection strategies, aerobic exercise, improve joint mechanics |
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Osteomyelitis
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Inflammatory response within bone due to infection
Usually staph aureus More common in children, immunosrpressed, males Lab tests for infection, possible bone biopsy Rx: Antibiotics, nutrition, possible surgery Joint/bone protection strategies, cast care, improve joint mechanics |
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Arthrogryposis multiplex congenita
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Congenital deformity of skeleton and soft tissues
Decreased joint ROM, "sausage-like" limbs X-ray Rx: Joint/bone protection strategies, aerobic exercise, improve joint mechanics, education RE adaptive/assistive/orthotic/supportive devices, flexibility exercises |
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Oseogenesis imperfecta
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Abnormal collagen synthesis, imbalance between bone deposition and reabsorption
Thinning of bone - fractures/deform Genetic autosomal dominant Bone scan, X-ray, serology Rx: Calcium, vit D, estrogen, calcitonin, biophosphonates Joint/bone protection strategies, aerobic exercise, improve joint mechanics |
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Osteochondritis dissecans
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Seperation of articular cartilage from bone (osteochondral #)
Usually medial femoral condyle, occasionally femoral head/talar dome/capitellum X-ray, CT Rx: Possible surgery (if # displaced) Joint/bone protection strategies, flexibility exercises (for normal joint motion) aerobic exercise, strength, power, endurance |
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Myofacial pain syndrome
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Characterized by trigger points
Active TP: Tender, referal pattern Latent TP: Not tender, can be converted to active May be due to sudden overload, overstretch, repetitive/sustained muscle activities No diagnostic tests Rx: Dry needling, analgesic/coticosteroid injection, flexibility exercises (for normal joint motion) |
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Myositis ossificans
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Abnormal calcification within muscle belly
Usually due to direct trauma (hematoma-calcification) CAN BE CAUSED BY EARLY STRETCHING/MOBILIZATION WITH AGGRESSIVE PT FOLLOWING MUSCLE TRAUMA Usually quads, brachialis, biceps Rx: X-ray, CT, MRI Acetaminophen, NSAIDS Possible surgery (if non-hereditory and after lesion has matured - 6-24 months. Indicated if lesion interferes with joint or impinges nerves) Flexibility (for normal joint motion), massage (reduces guarding/pain), mobilization (correct biomechanical faults), aerobic exercise (AVOID BEING OVERLY AGGRESSIVE WITH ALL ABOVE TECHNIQUES) |
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Complex regional pain syndrome (CRPS)
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Dysfuntion of sympathetic nervous system including pain, circulation and vasomotor disturbances
Long term: Muscle wasting, trophic skin changes, decreased bone density, decreased proprioception, contractures Etiology unknown (thought to be related to trauma) Two types: 1) Triggered by tissue injury; all patients with above symptoms but no underlying nerve injury 2) Same symptoms but clearly associated with nerve injury Rx: Sympathetic nerve block, sympathectomy, SC stim, intrathecal drug pumps, topical analgesics, antiseizures, antidepressants, corticosteroids, opioids. Education to prevent injury, desensitization (focus on RTW), flexibility (for normal joint motion), TENS |
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Paget's (osteitis deformans)
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Metabolic bone disease, abnormal osteoclast/blast activity
Etiology unknown (possibly viral) Spinal stenosis, facet arthropathy, possible spine # X-ray, lab tests (look for increased serum alkaline phosphatase and urinary hydrogenase) Rx: Acetaminophen, calcitonin and etidronate disodium (limit osteoclast activity) Joint/bone protection strategies, improve mechanics, aerobic |
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Idiopathic scoliosis
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Two types:
Structural: Irreversible lateral curvature with rotation Nonstructural: Reversible lateral curvature without rotation which straightens with flexion X-ray, CT, MRI Rx (Structural): Bracing, possible surgery depending on degree of curve (<25 conservative, 25-45 orthoses, >45 surgery) Flexibility, strength, power, endurance, elec stim (for muscle performance), application and education RE orthoses |
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Torticollis
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Spasm/tightness of SCM
Sidebend towards, rotation away from affected SCM Rx: Acetominophen, muscle relaxants, NSAIDS Flexibility, manual therapy - massage, joint oscillations (to decrease muscle guarding/pain), mobilizations (to corrects biomechanics) |
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Glenohumeral subluxation/dislocation
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Anterior-inferior:
Occurs with abduction and forcefull ER Tearing of inferior GH lig, ant capsule, possibly labrum Posterior: Occurs with horizontal adduction and IR Complications: Hill-Sachs, SLAP, Bankart, bruising of axillary nerve AVOID APPREHENSION POSITION POST SURGERY CT, MRI, apprehension tests Rx: Acetaminophen, NSAIDS, biomechanical correction (especially scapulohumeral rhythm, dynamic stabilization) |
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Thoracic outlet syndrome (TOS)
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Compressiong of neurovascular bundle (brachial plexus, subclavian artery and vein, vagus and phrenic nerves, sympathetic trunk) between soft and boney structures
Occurs when size or shape of TO is altered Areas of compression: Scalene triangle Superior TO Between clavicle and 1st rib Between pec minor and thoracic wall X-ray, MRI, electrodiagnostic (nerve dysfunction), Adson, Roos, Wright, Costoclavicular Rx: Surgery, acetaminophen, NSAIDS, postural reeducation, biomechanical restoration, manips/mobs (esp 1st rib) |
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AC & SC disorders
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Fall/collision onto shoulder with arm adducted
Classified from 1st-3rd degree: 1: AC ligament stretched 2: AC ligament tear, clavicle may move if pushed 3: AC and CC ligs torn, AC joint displacement Or Rockwood classification system: Type I - Sprain of the AC ligaments. Type II - Complete rupture AC ligaments. Type III - Complete rupture AC and CC ligaments. Type IV - Complete rupture AC and CC ligaments. with displacement of clavicle posteriorly through Trapezius Type V - Complete rupture AC and CC ligaments with gross displacement of ACJ and detachment of Deltoid and Trapezius Type VI - Sub coracoid displacement X-ray, shear test Rx (acute): Position in neutral with sling, no elevation Rx: Surgery rare due to tendancy for ACJ to degenerate Acetaminophen, NSAIDS, functional training, restore strength and biomechanics (manual therapy, exercises) |
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Internal (posterior) impingement
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Rotator cuff impingement on greater tuberosity or posterior labrum
Often in athletes performing overhead activities Pain at posterior shoulder Posterior impingements test Rx: Acetaminophen, NSAIDS, correct biomechanics (manual therapy, massage) |
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Bicipital tendonitis
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Usually inflammation of long head
Impingement of proximal tendon between anterior acromion and bicipital groove MRI (may not be sensitive enough), speed's Rx: Acetaminophen, NSAIDS, general Rx for tendonitis |
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Proximal humeral fractures
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Humeral neck : Occur with fall onto outstretched arm, elderly
Greater tuberosity: Fall onto shoulder, middle-aged/eldery X-ray Rx: Acetaminophen, NSAIDS, generally doesn't need surgery (stable fracture), functional training, restore biomechanics (manual therapy, exercise) EARLY PROM IMPORTANT TO PREVENT ADHEISIONS |
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Adheisive capsulitis (frozen shoulder)
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Inflammation and fibrosis of shoulder capsule due to disuse or repetitive microtrauma
Restricted motion (capsular pattern - ER, abd & flxn, IR) Common with DM AROM, PROM, resistive tests, palpation Rx: Acetaminophen, NSAIDS, functional training, restore biomechanics (manual therapy, exercise) |
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Elbow contracture
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Loss of motion in capsular pattern (flxn, extn)
Loss of motion in non-capsular pattern = loose body in joint, ligament sprain or CRPS AROM, PROM, resistive tests, palpation Rx: Acetaminophen, NSAIDs, functional training, restore biomechanics (manual therapy, exercise), splinting (to regain loss of motion for capsular restrictions) |
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Distal humeral fractures
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Complications: Decreased ROM, myositis ossificans, malalignment, neurovascular compromise, ligament injury, CRPS
Supracondylar: Check neurovascular status quickly due to high number of neurovascular structures (eg radial nerve). May lead to Volkmann's ischemia. Assess growth plate in youth. High incidence of malunion. Lateral epicondyle: Require open reduction and internal fixation X-ray RX: Acetaminophen, NSAIDS, pain reduction, limit inflammation, improve flexibility of shortened structures, functional training, strengthening |
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Osteochondrosis of humeral capitellum
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Osteochondritis dissecans: Affects central/lateral capitellum or radial head. Osteochondral bone fragment becomes loose body. Caused by repetitive compressive forces. 12-15yrs.
Panner's disease: Avascular necrosis of capitellum, loss of subchondral bone, fissuring and softening of articular surfaces. Unknown etiology. <10yrs. Rx: Rest, avoidance of throwing or UL loading Once pain-free begin strengthening, endurance, flexiblity If symptoms persist - surgery Post-surgery: Minimize pain and swelling, flexibility. Move into strengthening and biomechanical corrections. |
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Ulnar collateral ligament injuries
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Due to repetitive valgus strain (overhead throw)
Pain at medial elbow at distal insertion, sometimes paresthesia in ulnar nerve distribution with positive tinel's sign. MRI, medial ligament instability test Rx: Acetaminophen, NSAIDs, initially rest and pain management, then strengthening (esp elbow flexors), taping for RTW. |
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Nerve entrapment - ulnar nerve
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Various causes including direct trauma to cubital tunnel, traction due to laxity at medial elbow, copmression due to thickened retinaculum, hypertrophy of FCU, recurrent subluxation/dislocation, DJD affecting cubital tunnel.
Medial elbow pain, paesthesias in ulnar distribution, positive tinnel's sign. Rx: Acetaminophen, NSAIDs, neurotonin (for neuropathic pain) Initially rest, avoid aggravating activities, modalities etc. Protective padding, splints, to maintain slackened position of nerve. Then, strengthening, endurance, coordination, biomechanical correction, functional training, self-management techniques. |
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Nerve entrapment - median nerve
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Occurs within pronator teres and under superficial head of FDS with repetitive gripping.
Aching pain with weakness of forearm muscles, positive Tinnel's sign, paresthesias in median distribution. Rx: Acetaminophen, NSAIDs, neurotonin (for neuropathic pain) Initially rest, avoid aggravating activities, modalities etc. Protective padding, splints, to maintain slackened position of nerve. Then, strengthening, endurance, coordination, biomechanical correction, functional training, self-management techniques. |
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Nerve entrapment - radial nerve
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Entrapment of distal branches (posterior interosseus) within radial tunnel (radial tunnel syndrome) due to overhead activities.
Lateral elbow pain (can be confused with lateral epicondylitis), pain over supinator, paresthesias in radial distribution. Tinnel's may be positive. Electrodiagnostic tests Rx: Acetaminophen, NSAIDs, neurotonin (for neuropathic pain) Initially rest, avoid aggravating activities, modalities etc. Protective padding, splints, to maintain slackened position of nerve. Then, strengthening, endurance, coordination, biomechanical correction, functional training, self-management techniques. |
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Elbow dislocations
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Usually posteriolateral or posterior.
Posteriolateral usually occur due to fall on hyperextended UL Posterior often cause avulsion of medial epicondyle due to pull of MCL Anterior and radial head dislocations are rare. With complete dislocation ulnar collateral ligament will rupture, possible rupture of anterior capsule, LCL, brachialis, wrist flexors/extensors. Rapid swelling, severe elbow pain, deformity (posterior olecranon) X-ray Rx: Acetaminophen, NSAIDs. Initially: Reduction, immobilization. Then: Strengthening, flexibility (within limits of stability). If not stable - surgery |
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Carpal tunnel
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Compression of median nerve due to inflammation of flexors or median nerve.
Usually result of repetitive wrist motions with pregnancy, RA and DM. Must rule out CxSp involvement, TOS, peripheral nerve entrapment. Long-term causes atrophy and weakness of thenar muscles and lateral lumbricals. Exacerbation at night, positive tinnel's and phalens. Electrodiagnostic testing. Rx: Acetaminophen, NSADs, correct biomechanics, strengthening, flexibility, functional training. |
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DeQuervain's tenosynovitis
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Inflammation of EPB and AbPL
Due to repetitive microtrauma or complication of swelling during pregnancy MRI (usually not needed), pain at snuff box, swelling, decreased grip and pinch strength, Finkelstein's Rx: Acetaminophen, NSAIDs, correct biomechanics, flexbility, strength, endurance |
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Colles Fracture
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Most common fracture caused by fall onto outstretched UL
"Dinner fork" deformity of wrist and hand with posterior displacement of distal fragment of radius and radial shift of wrist and hand. Complications: Median nerve compression due to edema, decreased grip strength, CRPS, carpal tunnel Immobilized from 5-8 weeks Rx: Acetaminophen, NSAIDs. Initially: Normalize flexibility (paramount to functional recovery). Correct biomechanical faults caused by joint restrictions, manual therapy, flexibility exercises, strengthening, endurance, coordination. |
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Smith's fracture
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Similar to Colles except distal radius displaces volarly causing "garden spade" deformity.
X-ray Rx: Acetaminophen, NSAIDs. Initially: Normalize flexibility (paramount to functional recovery). Correct biomechanical faults caused by joint restrictions, manual therapy, flexibility exercises, strengthening, endurance, coordination. |
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Scaphoid Fracture
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Results from fall onto outstretched UL in younger person
X-ray Complications: High incidence of avascular necrosis of proximal fragment. Carpals immobilized for 4-8 weeks. Rx: Acetaminophen, NSAIDs. Initially: Maintain flexibility of other joints while casted. Later, strengthening, stretching, manual therapy. |
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Dupuytren's contracture
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Banding on palm and digit flexion contractures from palmar fascia contracture which adheres to skin. Men>Women.
Usually affects MCPs and PIPs of 4th and 5th digits (3rd and 4th in patients with DM). Rx: Acetaminophen, NSAIDs. Flexibility, spinting. Once contracture under control - restore normal function. Intervention following surgery: Wound management, edema control, functional exercise. |
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Boutonniere deformity
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Results from rupture of central tendinous slip of extensor hood
Extension of MCP and DIP, flexion of PIP. Commonly occurs following trauma or in RA with degeneration of extensor hood Rx: Acetaminophen, NSAIDs. Edema management, flexibility (of involved and uninvolved joints), spinting/taping, strengthening, functional training, endurance, coordination. |
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Swan neck deformity
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Results from contracture of intrinsic muscles with dorsal subluxation of lateral extensor tendons.
MCP flexion and DIP, extension of PIP. Commonly occurs following trauma or with RA degeneration of lateral extensor tendons. X-ray (may not be necesary). Rx: Acetaminophen, NSAIDs. Edema management, flexibility (of involved and uninvolved joints), splinting/taping, function training, strengthening, endurance, coordination. |
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Ape hand deformity
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Thenar muscle wasting with first digit moving dorsally in line with second digit.
Due to median nerve dysfunction. Electrodiagnostic testing. Rx: Acetaminophen, NSAIDs. Edema management, flexibility (of involved and uninvolved joints), splinting/taping, function training, strengthening, endurance, coordination. |
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Mallet finger
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Rupture/avulsion of extensor tendon at insertion into distal phalanx = flexion of DIP.
Usually occurs with trauma forcing distal phalanx into flexion. MRI Rx: Acetaminophen, NSAIDs, edema management, flexibility (of involved and uninvolved joints), splinting/taping, function training, strengthening, endurance, coordination. |
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Gamekeeper's thumb
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Sprain/rupture of ulnar collateral ligament of MCP of thumb.
Results in medial instability of thumb. Frequently occurs during a fall when skiing (force from pole). MRI Rx: Immobilized for 6 weeks. Acetaminophen, NSAIDs. Edema management, flexibility (of involved and uninvolved joints), splinting/taping, function training, strengthening, endurance, coordination. |
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Boxer's fracture
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Fracture of neck of 5th metacarpal.
Frequently sustained in fight or punching a wall X-Ray Rx: Casted for 2-4 weeks Acetaminophen, NSAIDs. Edema management, flexibility exercise initially at uninvolved joints followed by involved joints once sufficient healing has occurred. Initiation of strengthening/functional training/endurance/coordination occurs once flexibility is restored. |
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Avascular necrosis of the hip
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Multiple etiologies
Decreased ROM in hip flexion, IR, abduction Groin/thigh pain, TOP at hip joint Coxalgic gait X-ray, bone scan, MRI, CT Rx: Acetaminophen, NSAIDs (CORTICOSTEROIDS CONTRAINDICATED AS MAY BE CAUSITIVE FACTOR) Joint/bone protection strategies, maintain/improve joint mechanics and CT function, aerobic exercise. Post-surgical: Regain flexibility, improve strength, coordination, endurance, gait training. |
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Legg-Calve-Perthes disease (osteochondrosis)
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Between 2-13 yrs (usually around age 6)
Males>Females Psoatic limp (weak psoas major), affected LL moves into ER, flexion and adduction Gradual onset of aching pain at hip, thigh and knee ROM limited in abduction and extension MRI (technique of choice) Rx: Acetaminophen, NSAIDs, joint/bone protection strategies, maintain/improve joint mechanics and CT functions, aerobic exercise. Post-surgical: Regain flexibility, improve strength, coordination, endurance, gait training. |
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Slipped capital femoral epiphysis
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Unknown etiology, most common in adolescents, male>female
AROM restricted in abduction, flexion and IR Vague pain at knee, thigh and hip If chronic may have trendelenburg gait X-ray Rx: Acetaminophen, NSAIDs, joint/bone protection strategies, maintain/improve joint mechanics and CT functions, aerobic exercise. Post-surgical: Regain flexibility, improve strength, coordination, endurance, gait training. |
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Femoral anteversion and antetorsion
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Anteversion/antertorsion (25-39) or >30 degrees = patella squinting and toe-in
Retroversion <0 degrees: Femoral neck rotated backwards in relation to the condyles X-ray, craig's test Rx: Maintain/improve joint mechanics and CT functions |
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Coxa vara/coxa valga
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Angle of femoral neck with shaft of femur
<115 = coxa vara >125 = coxa valga Coxa vara causes: Defect in ossification of head of femur (most common); necrosis of femoral head with septic arthritis Coxa valga causes: Necrosis of femoral head with septic arthritis. X-ray Rx: Maintain/improve joint mechanics and CT functions |
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Trochanteric bursitis
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Causes: Direct blow, irritation by ITB, biomechanical/gait abnormalities (repetitive microtrauma).
Common with RA Differentiate from contractile condition by comparing: AROM, PROM, resistive tests. Rx: Acetaminophen, NSAIDs, correct biomechanics (manual therapy, exercise, flexibility), modalities. |
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Piriformis syndrome
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Piriformis can become overworked with overpronation (due to hip IR). Tonic muscle, active with SIJ motion.
Tightness/spasm can compress sciatic nerve. Restriction of IR, TOP, pain referral to post thigh, weakness in ER, positive piriformis test, uneven sacral base. Examine LL for abnormal biomechanics. Must rule out LxSp/SIJ involvement. Rx: Acetaminophen, NSAIDs, neurotonin (nerve pain). Reduce pain with modalities and manual therapy (massage jt oscillations). Correct biomechanics, education RE protection of SIJ (don't step down onto affected limb etc), possible foot orthoses. |
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Knee ligament sprains
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ACL: Anterior instability
PCL: Posterior instability ACL/MCL: Anteromedial rotary instability ACL/LCL: Anterolateral rotary instability PCL/MCL: Posteromedial rotary instability PCL/LCL: Posterolateral rotary instability MRI, knee special tests. Rx: General for ligament injury. Post-op CPM may be used to promote flexibility. Correctiong of biomechanics etc. |
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Meniscal injuries
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Result from tibiofemoral flexion, compression and rotation
Lateral/medial joint pain, effusion, popping, giving way, decreased ROM, joint locking. MRI (may not be sensitive enough) Special Tests: McMurrays, Apley. Rx: Acetaminophen, NSAIDs. Modalities/manual therapy to reduce inflammation, biomechanical correction, progression to funcitonal training. |
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Patella alta
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Patella riding high
"Camel hump" appearance of knee X-ray Rx: Regain functional strength of structures around knee, especially VMO, regain normal flexibility of ITB and HS, possibly orthoses, taping/bracing. May result in chronic patella subluxation |
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Patella baja
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Patella tracks inferiorly
Restricted knee extension, abnormal cartilage wear = DJD X-ray Rx: Regain functional strength of structures around knee, especially VMO, regain normal flexibility of ITB and hamstrings, possibly orthoses, taping/bracing. |
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Lateral patella tracking
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Causes: Increased Q-angle
X-ray Rx: Regain functional strength of structures around knee, especially VMO, regain normal flexibility of ITB and hamstrings, possibly orthoses, taping/bracing. |
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Patellar tendonosis/tendinopathy (Jumper's knee)
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Mechanical dysfunction resulting in traction apophysitis of tibial tuberosity at patellar tendon insertion.
X-ray Rx: Occasionally need surgery. Acetaminophen, NSAIDs. Modify activities to decrease stress to irritated site. |
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Genu varum
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Normal tibiofemoral shaft angle is 6 degrees of valgum
Genu varum is excessive medial tibial torsion "bow-legs" Results in excessive medial patellar positioning and "pigeon-toed" foot orientation. X-Ray Rx: Decrease loading of knee while maintaining strength and endurance. |
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Genu valgum
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Normal tibiofemoral shaft angle is 6 degrees of valgum
Genuc valgum is excessive lateral tibial rotation, "knock-knees" Results in lateral positioning of patella X-Ray Rx: Decrease loading of knee while maintaining strength and endurance. |
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Femoral condyle fracture
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Medial femoral condyle most common
Etiology: Shearing, impacting, avulsion forces Mechanism: Fall with knee subjected to a shearing force. X-Ray, CT (if complex fracture) Rx: Aceaminophen, NSAIDs, emphasize return of function without pain. Early flexibility if important to prevent capsular adhesions. |
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Tibial plateau fracture
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Mechanism: Valgus and compressive forces to knee with knee in flexion.
Often in conjunction with MCL injury X-Ray, CT (if complex fracture) Rx: Aceaminophen, NSAIDs, emphasize return of function without pain. Early flexibility if important to prevent capsular adhesions. |
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Epiphyseal plate fracture (knee)
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Mechanism: Weight-bearing torsional stress.
More frequent in adolecents where an ACL injury would occur in adults. X-Ray, CT (if complex fracture) Rx: Aceaminophen, NSAIDs, emphasize return of function without pain. Early flexibility if important to prevent capsular adhesions. |
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Patella fracture
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Mechanism: Direct blow to patella (e.g. fall)
X-Ray, CT (if complex fracture) Rx: Aceaminophen, NSAIDs, emphasize return of function without pain. Early flexibility if important to prevent capsular adhesions. |
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Anterior compartment syndrome (ACS)
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Increased compartmental pressure causing local ischemic condition
Etiologies: Direct trauma, fracture, overuse and/or muscle hypertrophy. Chronic/exertional: "deep cramping feeling" on exertion/exercise Acute: Sudden trauma causes swelling in compartment. Considered medical emergency and requires immediately surgery (fasciotomy) |
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Anterior tibial periostitis
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Musculotendinous overuse condition
Etiologies: Abnormal biomechanics, poor conditioning, improper training methods Muscles: Tibialis anterior, extensor hallucis longus. TOP anterior compartment and lateral tibia Rx: Acetaminophen, NSAIDs, biomechanical correction, flexibility exercises for anterior compartment and triceps surae to restore normal function. |
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Medial tibial stress syndrome
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Overuse injury of posterior tibialis and/or medial soleus resulting in periosteal inflammation
Etiology: Excessive pronation TOP distal posteromedial border of tibia Rx: Acetaminophen, NSAIDs, biomechanical correction, flexibility exercises for anterior compartment and triceps surae to restore normal function |
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Tibial/fibular stress fractures
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Overuse injury with microfractures of tibia/fibula
Etiologies: Abnormal biomechanics, poor conditioning, improper training methods. X-Ray, bone scan Rx: Acetaminophen, NSAIDs, biomechanical correction, endurance, coordination, flexibility exercises for anterior compartment and triceps surae to restore normal function |
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Foot/ankle ligament sprains
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95% involve lateral ligament (DF, inversion injury)
Grade 1: No loss of function, minimal tearing Grade 2: Some loss of function with partial disruption of ATFL and CFL Grade 3: Complete loss of function, complete tear of ATFL, CFL, partial tear of PTFL. MRI, anterior tilt, talar tilt Rx: Acetaminophen, NSAIDs, modalities & manual therapy to reduce pain, biomechanical correction, mobilizations to correct specific restrictions, progress ot functional training and RTW. |
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Fractures of foot/ankle
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Unimalleolar/bimalleolar
Trimalleolar (med/lat malleoli and tibial post tubercle) X-ray Aceaminophen, NSAIDs, emphasize return of function without pain, biomechanics correction, EARLY PROM IMPORTANT TO PREVENT ADHEISIONS |
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Tarsal tunnel syndrome
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Entrapment of posterior tibial nerve (or a branch) within tarsal tunnel
Etiology: Overpronation, tendonitis of long flexor and tibialis posterior tendons, trauma. Pain, numbness, paresthesias along medial ankle to plantar surface of foot Electrodiagnostic tests, positive tinnel's at tarsal tunnel Rx: Acetaminophen, NSAIDs, neurotonic (nerve pain). Orthoses. |
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Pe cavus (hollow foot)
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Increased height of longitudinal arch, dropping of anterior arch, met heads lower than hindfoot, PF and splaying of forefoot, claw toes.
Decreased ability to absorb forces through foot Etiologies: Genetics, neurologic disorders causing muscle imbalance, soft tissue contracture. Rx: Education emphasizing limitation of high-impact sports, use of proper footwear, orthotics. |
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Pes planus (flat foot)
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Decreased height of medial longitudinal arch.
Etiologies: Genetics, muscle weakness, ligament laxity, paralysis, overpronation, trauma, disease (RA) Normal in infant/toddler feet Decreased ability to form rigid lever for push-off Rx: Education emphasizing limitation of high-impact sports, use of proper footwear, orthotics. |
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Talipes equinovarus (club foot)
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Postural: Due to uterine malposition (PF, inversion, adduction)
Talipes equinovarus: Abnormal development of head and neck of talus as result of heredity or neuromuscular disorders (e.g. myelomeningocele) (PF at talocrural jt; inversion at subtalar, talocalcaneal, talonavicular & calcaneocuboid jts; supination at midtarsal jts). Rx: Manips, casting/splinting for postural condition. Surgical intervention then casting/splinting for talipes equinovarus. |
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Hallux valgus
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Medial deviation of 1st met head, met and base of proximal 1st phalanx move medially, distal phalanx moves laterally.
Etiologies: Biomechanical malalignment (overpronation), ligament laxity, heredity, weak muscles, tight footware. Rx: Early orthotic fitting & education, later requires surgery followed by flexibility exercises, strengthening and possible mobilizations. |
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Metatarsalgia
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Etiologies: Tight triceps surae/achilles, collapse of transverse arch, short first ray, pronation of forefoot, structural changes to transverse arch causing vascular and/or neural compromise, changes in footwear.
Pain at 1st & 2nd met heads after long periods of WB Rx: Acetaminophen, NSAIDs, neurotonin (nerve pain), biomechanical correction, modalities to decrease pain, orthoses, education RE footware. |
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Metatarsus adductus
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Rigid: Medial subluxation of tarsometatarsal jts. Hindfoot slightly in valgus with navicular lateral to head of talus.
Flexible: Adduction of all 5 metatarsals at tarsometatarsal jts. Etiologies: Congenital, muscle imbalance, neuromuscular disease (e.g. polio) Rx: Strengthening and regaining proper foot alignment (orthoses). |
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Charcot-Marie-Tooth
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Peroneal muscular atrophy affecting motor and sensory nerves. Initially affects leg/foot, progresses to forearm/hand.
Slowly, progressive disorder. Electrodiagnostic tests Rx: Acetaminophen, NSAIDs, neurotonin (nerve pain), no specific PT Rx as is inherited disorder: prevent contractures/skin breakdown, maximize function, education/training RE braces, ambulatory aids. |
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Plantar fasciitis
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Chronic irritation of plantar fascia from overpronation
Limited ROM of 1st MTP and talocrural joint Tight triceps surae Acute injury from excessive loading of foot Rigid caves foot Results in microtears if attachment of plantar fascia Differentiated from tarsal tunnel syndrome by negative tinel's Rx: Aceaminophen, NSAIDs, corticsteroids, correct biomechanics, flexibility of plantar fascia, modalities to reduce pain and inflammation careful flexibility exercises of triceps surae, mobilizations, night splints, strengthening of inverters, education RE footwear, orthoses. |
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Rearfoot varus (subtalar & calcaneal varus)
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Rigid inversion of calcaneus when subtalar joint is in neutral
Etiology: Abnormal mechanical alignment of tibia, shortened rearfoot soft tissues, malunion of calcaneus Rx: Regain proper mechanical alignment, improve flexibility of shortened soft tissues, orthoses, education RE footwear. |
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Rearfoot valgus
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Eversion of calcaneus with neutral subtalar joint
Etiologies: Abnormal mechanical alignment of knee (genu valgum), tibial valgus Fewer musculoskeletal problems develop from this deformity than with varus due to increased mobility of hindfoot Rx: Regain proper mechanical alignment, improve flexibility of shortened soft tissues, orthoses, education RE footwear. |
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Forefoot varus
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Inversion of forefoot when subtalar joint in neutral
Etiology: Congenital deviation of head and neck of talus Regain proper mechanical alignment, improve flexibility of shortened soft tissues, orthoses, education RE footwear. |
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Forefoot valgus
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Eversion of forefoot when subtalar joint in neutral
Etiology: Congenital abnormal development of head and neck of talus Regain proper mechanical alignment, improve flexibility of shortened soft tissues, orthoses, education RE footwear. |
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Spinal muscle strain
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Related to sudden trauma, chronic overload, abnormal biomechanics. May resolve without intervention. Dx and Rx as per general muscle strain.
Manipulations generally indicated for pain inhibition |
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Spondylolysis/spondylolysthesis
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Spondylolysis: Fracture of par interarticularis with positive "scotty dog" sign on oblique X-ray
Spondylolysthesis: Anterior/posterior slippage of one vertebra on another following bilateral spondylolysis Grade 1: 25% slippage; 2: 50%; 3: 75%; 4: 100% Etiology: Thought to be congenitally defective PI X-ray, stork-test Rx: Acetaminophen, NSAIDs, corticosteroids, muscle relaxants, trigger point injections, correct biomechanics (mobilizations), dynamic trunk stabilization (abdominals, extensors, multifidus from full flexion to neutral (NOT EXTENSION) AVOID EXTENSION, IPSILATERAL SIDEBEND, CONTRALATERAL ROTATION). Reducation RE positioning, postural reeducation, Boston brace/TLSO traditionally used but frequency decreasing. MANIPULATION CONTRAINDICATED. |
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Spinal/intervertebral stenosis
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Congenital narrow spinal canal or IV foramen with hypertrophy of spinal lamina and ligamentum flavor or facets as the result of age-related DJD.
Results in vascular and/or neural compromise Bilateral pain and paresthesia (back & LLs) Pain decreased in flexion, increased in extension Pain increases with walking, relieved with long rest X-ray, MRI, CT, occasionally myelography, van Geldren test. Rx: Acetaminophen, NSAIDs, corticosteroids, muscle relaxants, trigger point injections, correct biomechanics (mobilizations), flexion biased exercise, dynamic stability, avoid extension, ipsilateral sidebend, ipsilateral rotation, manual/mechanical traction: CxSp @ 15 degrees flexion togive optimum vertebral canal opening; CONTRAINDICATIONS: Hypermobility, pregnancy, RA, Down Syndrome or other disease affecting ligament integrity. |
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Internal disc disruption
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Internal structure of annulus disrupted, external structures remain normal
Usually LxSp Contrant, deep ache, increases with movement, no objective neuro signs though pt may have pain referral to LL MRI, CT discogram Rx: Acetaminophen, NSAIDs, muscle relaxants, trigger point injections, corticosteroids, correct biomechanics (mobilizations), MANIPULATION MAY BE CONTRAINDICATION, education RE proper body mechanics, positions to avoid, limiting repetitive bending/twisting, overhead and sitting activities and carrying heavy loads. |
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Posterolateral bulge
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Most common LxSp disorder due to:
Narrower posterior disc than anterior Weak post longitudinal ligament located only centrally Posterior lamellae of annulus are thinner Etiology: Overstretching/tearing of annular rings, vertebral endplate or ligamentous structures from high compressive forces or repetitive microtrauma. Loss of strength, radicular pain, paresthesia MRI Rx: Acetaminophen, NSAIDs, muscle relaxants, trigger point injections, corticosteroids, dynamic stability (exercise also stimulates disc regeneration), positional gapping for 10 minutes (e.g. if left posterolateral bulge: Lie on R side, pillow under trunk, hip/knee flexion, L trunk rotation or pelvis R rotation). MANIPULATION MAY BE CONTRAINDICATED. education RE proper body mechanics, positions to avoid, limiting repetitive bending/twisting, overhead and sitting activities and carrying heavy loads. manual/mechanical traction: CxSp @ 15 degrees flexion to give optimum vertebral canal opening; CONTRAINDICATIONS: Hypermobility, pregnancy, RA, Down Syndrome or other disease affecting ligament integrity. (efficacy currently under scrutiny) |
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Central posterior bulge
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Most common at CxSp, also seen at LxSp
Etiology: Overstretching/tearing of annular rings, vertebral endplate and/or ligaments from high compressive forces and/or long term poor posture. Loss of strength, radicular pain, paresthesia, possible SC compression with CNS symptoms: Hyperreflexia, positive Babinski. MRI Rx: Acetaminophen, NSAIDs, muscle relaxants, trigger point injections, corticosteroids, dynamic stability (exercise also stimulates disc regeneration), positional gapping for 10 minutes (e.g. if left posterolateral bulge: Lie on R side, pillow under trunk, hip/knee flexion, L trunk rotation or pelvis R rotation). MANIPULATION MAY BE CONTRAINDICATED. education RE proper body mechanics, positions to avoid, limiting repetitive bending/twisting, overhead and sitting activities and carrying heavy loads. manual/mechanical traction: CxSp @ 15 degrees flexion to give optimum vertebral canal opening; CONTRAINDICATIONS: Hypermobility, pregnancy, RA, Down Syndrome or other disease affecting ligament integrity. |
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Facet entrapment (acute locked back)
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Abnormal movement of fibroadipose meniscoid in facet during extension (from flexion). Meniscoid does not properly re-enter joint cavity and bunches up, becoming space-occupying lesion.
Flexion decreases pain; extension increases pain Quadrant test Rx: Acetaminophen, NSAIDs, muscle relaxants, trigger point injections, corticosteroids, positional facet gapping, manipulation. |
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Acceleration/deceleration injuries (whiplash)
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Excess shear and tensile forces on CxSp
Potential damage to: Facets, ligaments, discs, muscles, # odontoid process and SPs, TMJ, sympathetic chain ganglia, spinal and cranial nerves. Early symptoms: H/aches, CxSp pain, decreased ROM, reversal of lower CxSp lordosis, decreased upper CxSp kyphosis, vertigo, visual/auditory disturbances, noise/light sensitivity, dyesthesias of face and ULs, difficulty swallowing, emotional lability. Late symptoms: Chronic head/neck pain, decreased ROM,TMJ dysfunction, decreased tolerance of ADL's, disequilibrium, anxiety, depression. Postura changes, muscle guarding, fibrosis of soft tissues, segmental hypermobility, gradual development of restricted segmental motions cranial and caudal to the injury. CT, MRI. Rx: Acetaminophen, NSAIDs, muscle relaxants, trigger point injections, corticosteroids, spinal manipulation generally indicated, correct biomechanics, progress to functional training and RTW, education RE positions to avoid, postural reeducation, manual/mechanical traction: CxSp @ 15 degrees flexion to give optimum vertebral canal opening; CONTRAINDICATIONS: Hypermobility, pregnancy, RA, Down Syndrome or other disease affecting ligament integrity. |
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Hypermobile spinal segments
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Abnormal increase in ROM due insufficient soft tissue control (ligaments, discs, muscles)
X-ray Rx: Acetaminophen, NSAIDs, muscle relaxants, trigger point injections, corticosteroids, sclerosing injections, modalities to decrease pain, pROM within normal ROM, corsets, splints, collars, casts, tape, increase strength/endurance/coordination (especially abdominals/multifidus/gluts), correct biomechanics, education RE limiting excessive loading, limiting sustained activities and end-range postures. |
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Spinal bone tumors
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Multiple myeloma, Ewing's sarcoma, malignant lymphoma, chondrosarcoma, osteosarcoma, chondromas, metastatic (lung, kidney, prostate, breast, thyroid).
HISTORY SHOULD ALWAYS INCLUDE CANCER HISTORY Pain which is unvarying and progressive, not relieved with rest or analgesics, worse at night. X-Ray, CT, MRI, lab tests. |
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Visceral tumors (pain referral to musculoskeletal system)
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1: Esophageal cancer pain may radiate to back or occur with swallowing. Also dysphasia and weight loss.
2: Pancreatic cancer pain may include deep, gnawing pain into chest and back. |
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Gastrointestinal conditions (pain referral to musculoskeletal system)
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1: Acute pancreatitis may present with midepigastric pain which radiates through to back.
2: Cholecystitis may present with severe abdominal pain and R upper quadrant tenderness, nausea, vomiting, fever. |
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Cardiovascular/pulmonary conditions (pain referral to musculoskeletal system)
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1: Heart and lung conditions can refer pain to chest, back, neck, jaw and ULs
2: AAA usually appears as non-specific lumbar pain |
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Urologic and gynecological conditions (pain referral to musculoskeletal system)
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Kidney, bladder, ovary and uterus disorders can refer pain to trunk, pelvis and thighs.
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TMJ conditions: DJD, myofascial pain
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Common signs and symptoms: Clicking/popping/crepitation, locking, decreased ROM, lateral deviation of mandible on movement, decreased strength/endurance, tinnitus, h/aches, forward head posture, pain with mandible movement.
CxSp MUST BE THOROUGHLY EXAMINED Dysfunctions: DJD (OA/RA) Myofascial pain (most common): Dysfunction/pain in jaw, neck and shoulder muscles (general Rx for DJD and myofascial pain) |
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TMJ conditions: Internal derangement
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ID = Dislocated jaw, displaced articular disc or condylar injury.
Loss of functional mobility may result from increased activity in jaw muscles due to stress/anxiety Causes: - Trauma (edema, capsulitis, hypo/hypermobility, abnormal function of ligaments/capsule/muscles) - Congenital anatomic anomalies (change palate shape) - Abnormal function (repeatedly chewing ice/hard candy, para normal breathing (mouth breather), forward head posture Common signs and symptoms: Clicking/popping/crepitation, locking, decreased ROM, lateral deviation of mandible on movement, decreased strength/endurance, tinnitus, h/aches, forward head posture, pain with mandible movement. MRI, X-Ray Rx: Acetaminophen, NSAIDs, muscle relaxants, trigger point injections, corticosteroids Postural reeducation, modalities for pain reduction, biofeedback to decrease effects of stress, mobilization (if restricted) (usually use inferior glide which gaps joint, stretches capsule and allows relocation of anteriorly displaced disc), flexibility/strengthening, education (food to avoid positional alignment), night splints, education RE resting position of tongue on hard palate. CRITICAL TO NORMALIZE NECK POSTURE PRIOR TO PERMANENT DENTAL PROCEDURES |
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Surgical repairs: Rotator cuff tear
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Usually degenerative, occur over time with impingement
S&S: Significantly decreased abduction AROM, no decreased PROM, positive drop test, poor scapulohumeral/glenohumeral rhythm. Arthrogram (ideally), MRI Rx: Rehabilitation initiated following immobilization PT emphasizes return of normal strength/endurance/coordination/biomechanics/AROM/PROM/scapulothoracic and glenohumeral rhythm with overhead function. |
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Surgical repairs: Flexor tendon repair (hand)
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1st 3-4 weeks distal extremity is immobilized with wrist and digits flexed and IPs in 30-50 degrees flxn.
PT Rx: Resisted extension and passive flexion within contraints of splint. AROM to tolerance initiated at 4 weeks. Manage soft tissues through wound-healing phases by providing collagen remodeling which preserves free tendon gliding. Early intervention: Wound management, edema control, passive exercises. Active extension initiated 1st followed by flexion Resistive and functional exercises introduced when full AROM achieved. |
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Surgical repairs: Extensor tendon repair (hand)
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Distal repairs are immobilized such that the DIPs are in neutral for 6-8 weeks.
PT Rx: AROM initiated at 6 weeks with PIPs in neutral Manage soft tissues through wound-healing phases by providing collagen remodeling which preserves free tendon gliding. Early intervention: Wound management, edema control, passive exercises Active extension initiated 1st followed by flexion Resistive and functional exercises introduced when full AROM achieved. |
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ase: Surgical repairs: THR
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Cemented hips:
Can tolerate full WB immediately May crack with age causing loosening of prosthesis Better for fragile bones ad those who will benefit from immediate WB Non-Cemented hip: For younger/more active people Bed position with wedge to prevent adduction AVOID >90deg FLEXION WITH ADDUCTION AND IR Partial WB to tolerace initiated on 2nd day post-surgery with crutches or a walker. PT Rx: Bed mobility, transitional movements, ambulation, RTW |
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Surgical repairs: Open reduction internal fixation (ORIF) following femoral fracture
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Typically non-WB for 1-2 weeks (crutches/walker)
Then partial WB as tolerated PT Rx: Bed mobility, transitional movements, ambulation, RTW |
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Surgical repairs: TKR
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Cemented: WB to tolerance
Non-cemented: WB progressed according to time-frame for fracture healing: 1-7 weeks 25% by week 8 50% by week 10 75% by week 12 100% (without assistive device) PT Rx: 1-3 weeks: Muscle reeducation, soft tissue mobs, lymphedema reductio, PROM (e.g. CPM), AROM, reduce swelling 2d phase: Regain endurance, coordination, strength of muscles around knee. Functional activities (walking, stairs, transitional training) 3rd phase: RTW/ADLs, function and endurance training, proprioception. Correct biomechanics caused by joint restrictions with mobilizations. AVOID FORCEFULL MOBILIZATION AND PROM >90 DEGREES FLEXION (due to restraints of prosthesis) |
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Surgical repiars: Ligamentous knee repairs
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ACL/PCL surgery
Immediately post-surgery: CPM with PROM 0-70 flxn Increased 0-120 by week 6 Recontruction usually protected with hinged brace initially (set at 20-70 flxn for ACL, 0 for PCL) Non-WB for 1 week Weaned from brace between 2nd and 4th weeks 6 phases: 1) Preoperative 2) Maximum protection 3) Controlled motion 4) Moderate protection 5) Minimum protection 6) Return to activity PT Rx: Massage quads/hamstrings to decrease guarding; oscillations to decrease pain and guarding; biomechanical correction; mobilization of jt restrictions; progress to functional training RTW |
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Surgical repairs: Discectomy/Laminectomy
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Early movement and activation of paraspinal muscles (especially multifidus) is necessary.
Back protection program, early mobilization exercises initiated prior to surgery. Avoid prolonged sitting, heavy lifting, long car trips for ~3 mos. Repetitive bending with twisting should always be avoided. PT Rx: Massage to reduce guarding Oscillations to decrease joint pain and guarding Mobilize joint restrictions Biomechanical correction (strength/flexibility/coordination) ENSURE RESTORATION OF MULTIFIDUS Dynamic stabilization of trunk/pelvis during ADLs |
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Surgical repairs: Microdiscectomy
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Rehabilitation time is decreased compared to full discectomy because annular fibers are not damaged.
Back protection program, early mobilization exercises initiated prior to surgery. Avoid prolonged sitting, heavy lifting, long car trips for ~3 mos. Repetitive bending with twisting should always be avoided. PT Rx: Massage to reduce guarding Oscillations to decrease joint pain and guarding Mobilize joint restrictions Biomechanical correction (strength/flexibility/coordination) ENSURE RESTORATION OF MULTIFIDUS Dynamic stabilization of trunk/pelvis during ADLs |
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Surgical repairs: Multi-level vertebra fusion
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Typically requires 6 weeks of trunk immobilization with bracing.
Once brace removed and movement allowed it is important to regain as much normal/functional movement as possible With combined anterior/posterior surgical approach, bracing is seldom used. Back protection program, early mobilization exercises initiated prior to surgery. Avoid prolonged sitting, heavy lifting, long car trips for ~3 mos. Repetitive bending with twisting should always be avoided. PT Rx: Massage to reduce guarding Oscillations to decrease joint pain and guarding Mobilize joint restrictions Biomechanical correction (strength/flexibility/coordination) ENSURE RESTORATION OF MULTIFIDUS Dynamic stabilization of trunk/pelvis during ADLs |
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Surgical repairs: Harrington rod placement for idiopathic scoliosis
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Goals focus on early mobilizatio in bed and effective coughing.
Begin ambulation 4-7 days post-op Back protection program, early mobilization exercises initiated prior to surgery. Avoid prolonged sitting, heavy lifting, long car trips for ~3 mos. Repetitive bending with twisting should always be avoided. PT Rx: Massage to reduce guarding Oscillations to decrease joint pain and guarding Mobilize joint restrictions Biomechanical correction (strength/flexibility/coordination) ENSURE RESTORATION OF MULTIFIDUS Dynamic stabilization of trunk/pelvis during ADLs |
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Ankylosing spondilitis
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Initially axial skeleton
1st symptoms usually mid and low back pain, morning stiffness, sacroilitis Degeneration of peripheral an costovertebral joints in advanced stages Men>Women Before 4th decade NSAIDS (e.g. aspirin) Corticosteroids - symptom management/immunosupression Cytotoxic drugs - of don't respond well to steroids or on high steroid dose |
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Gout
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Genetic disorder or purine metabolism
Increased serum uric acid - deposits in joints and kidneys NSAIDS, ACTH, cox-2-inhibotors (limited due to cardiac side-effects) |
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Psoriatic arthritis
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Errosive, inflammatory
Associated with psoriasis Digits and axial skeleton NSAIDs, corticosteroids, acetaminophen |
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Subacromial bursitis ROM
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<60 abduction
<90 flexion |
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RC tendonitis painful arc
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60-120 degrees abduction
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Classification of Knee Lig. Injury
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1st degree: Little/no instability
2nd degree: Minimal to moderate instability 3rd degree: Extreme instability |
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"Unhappy Triad" in the knee
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Injury to the ACL, MCL and medial meniscus
2/2: Valgum, flexion and ER when foot is planted |