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LAB #7 3-5: Clinical Correlates of the Upper Limb
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Page 1: LAB #7 3-5: Clinical Correlates of the Upper Limb.

LAB #7

3-5: Clinical Correlates of the

Upper Limb

Page 2: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Acromioclavicular Joint

Page 3: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Coracoclavicular ligament: Conoid & Trapezoid Part

Page 4: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Glenohumeral Joint

Page 5: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Coracohumeral Ligament

Page 6: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Coraco-acromial Ligament

Page 7: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Superior, Middle, and Inferior Glenohumeral Bands

Page 8: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Tendon of the Long Head of the Biceps Brachii Muscle

Page 9: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Transverse Humeral Ligament

Page 10: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Glenoid Labrum

Page 11: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Clinical Aspects

Page 12: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Dermatome TestingCutaneous

Page 13: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Referred Pain(reflective pain)

Subdiaphragmatic irritation- due to peritonitis, gall bladder inflammation, hepatic abscess, pleurisy or accumulations of CO2 following laser surgery is referred to the tip of the shoulder (phrenic nerve C3,4,5: subclavicular nerve C3,4)

Angina Pectoris- Radiation of pain from the thorax down the left upper limb (pain fibers associated with sympathetics from T1-T4: T1-T3 dermatomes of upper

limb)

Cutaneous

Page 14: LAB #7 3-5: Clinical Correlates of the Upper Limb.

fascia

Dupuytren’s Contracture

Page 15: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Compartmental

Axilla- stretching of cords of the brachial plexus; compression of the axillary artery to stop profuse bleeding.

Cubital Fossa- T.A.N. from lateral to medial: tendon of the biceps, brachial artery, median nerve: care during venapuncture.

Radial and Ulnar Bursae- tenosynovitis: inflammation and distention (with pus) of synovial tendon sheaths. Infection can spread within these burae in the hand and also be limited within them to prevent spread to the rest of the hand.

Page 16: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Carpal Tunnel SyndromeWhat nerve is responsible for

Carpal Tunnel Syndrome?

The Median Nerve.

Page 17: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Osseous and Related Structures

Clavicle

What type of fracture is common with the clavicle? “Green stick” fracture

Page 18: LAB #7 3-5: Clinical Correlates of the Upper Limb.

ShoulderOsseous and Related Structures

Seperation- involves injury to acromioclavicular joint. A complete seperation would be a rupture of acromioclavicular and coracoclavicular ligaments.

Bursitis- inflammation of subdeltoid or subacromial bursa.

Rotator Cuff- cuff is necessary for glenohumeral stability. Injury to any component of the cuff can lead to instability. Supraspinatus tendon can be torn while trying to lift too much or catching a heavy falling object.

Ruptured tendon of the long head of the biceps- intracapsular tendon becomes inflamed and erodes over time.

Page 19: LAB #7 3-5: Clinical Correlates of the Upper Limb.

FOOSHOsseous and Related Structures

(Falls On the OutStretched Hand)

Youth: Adolescent: Elderly:

Which carpal bones are most often affected?

-Scaphoid-most often fractured-Lunate- most often dislocated

Page 20: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Compression SitesVascular- Arteries

Axillary artery- proximal humerus, medial surface

Brachial artery- medial to anterior humerus from above downward

Ulnar artery- distal anterior wrist lateral to pisiform

Radial artery- distal anterior radius, “snuff box”, 1st dorsal digital space

Page 21: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Avascular Necrosis of Scaphoid Bone

Vascular- Arteries

Page 22: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Vascular- Lymphatics

Lymphangitis Lymphedema

Lymphadenitis

Page 23: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Nerves

Tendon Reflexes

Test integrity of segmental regions of spinal cord

Biceps- C5,6 9 (mainly C5)

Triceps- C7,8 (mainly C7)

Brachioradialis- mainly C6

Page 24: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Erb-Duchenne’s Palsy (Erbs’ Palsy)

Nerves

Page 25: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Klumpke’s PalsyNerves

Page 26: LAB #7 3-5: Clinical Correlates of the Upper Limb.

“Winged Scapula”Nerves

Page 27: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Axillary NerveNerves

Page 28: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Radial NerveNerves

Page 29: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Musculocutaneous Nerve InjuryNerves

Page 30: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Median Nerve InjuryNerves

Page 31: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Ulnar NerveNerves

Page 32: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Clawing of HandNerves

Page 33: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Tinel’s Sign/Test

What is this test used for?

To see if a nerve is irritated.

Page 34: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Phalen’s Test

What is this test used for?

Diagnostic test for Carpal Tunnel

Syndrome.

Page 35: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Finkelstein’s Test

This tests for what condition?

DeQuervain’s Tenosynovitis

Page 36: LAB #7 3-5: Clinical Correlates of the Upper Limb.

Vascular- Arteries

Collateral Anastomoses

Scapular

Elbow

Hand

Anastomosis: The connection of normally separate parts. An anastomosis may be naturally occurring or it may be created during embryonic development, surgery, or trauma, or by pathological means. An anastomosis may, for example, connect two blood vessels, or it may connect the healthy sections of the colon or rectum after a cancerous or otherwise diseased portion has been surgically removed.