Shoulder vs Neck Pathology. Goal: Simplify Evaluation of the Painful Shoulder. Shoulder: Bony Anatomy Three major bones. Shoulder Disorders: Overview

4 – 5:45 pm Orthopedic Update: Hand and Shoulder SPEAKERS Charles S. Day, MD, MBA Arun J. Ramappa, MD Goal:  Simplify Evaluation of the Painful  Sho...
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4 – 5:45 pm

Orthopedic Update: Hand and Shoulder SPEAKERS Charles S. Day, MD, MBA Arun J. Ramappa, MD

Goal:  Simplify Evaluation of the Painful  Shoulder • Can be challenging • Overlapping diagnoses • Multiple complaints - Neck - Shoulder - Back - Arm

Shoulder Disorders:  Overview • Anatomy - Surface - Deep

• History • Common Shoulder Disorders - Evaluation - Management

• Injections

Presenter Disclosure Information The following relationships exist related to this presentation: ► Charles S. Day, MD, MBA: Consultant for Cartiva Inc. and Integra LifeSciences. Researcher for Boston Brace. ► Arun J. Ramappa, MD: No financial relationships to disclose. Off-Label/Investigational Discussion ► In accordance with pmiCME policy, faculty have been asked to disclose discussion of unlabeled or unapproved use(s) of drugs or devices during the course of their presentations.

Shoulder vs Neck Pathology • Very common to have  neck pain with shoulder  problems • Cervical spine disease:   often associated with  pain and/or weakness • PE of shoulder can  exclude cervical disease

Shoulder:  Bony Anatomy • Three major bones  - Humerus - Clavicle - Scapula

• Four major joints: - Acromio‐clavicular - Gleno‐humeral           - Scapulo‐thoracic  - Sterno‐clavicular

Shoulder:  Muscular Anatomy • Nine major muscles • Synchronous action  results in shoulder  motion • Imbalance results in  pain

Shoulder:  Muscular Anatomy • Supraspinatus coursing  under acromion • Infraspinatus • Subscapularis • Teres Minor • Biceps tendon directly  under supraspinatus

Shoulder:  Rotator Cuff Anatomy • Subscapularis • SUPRASPINATUS

Shoulder:  History • Age • Hand dominance, occupation • Chief complaint:  pain, weakness,  stiffness, or instability

• Infraspinatus

• Location

• Teres Minor

• Onset • Precipitants • Prior treatment:  meds, PT,  injections • Disability/Progression • Neurologic complaints

Common Shoulder Disorders • Rotator cuff impingement • Rotator cuff tears • Adhesive capsulitis • Osteoarthritis • AC Joint Disorders • Calcific Tendonitis

Case 1 • 35 yo physician with  shoulder pain • No trauma • Prompted ER visit • Radiates down arm • No complaints of  weakness

Case 1 • Exam:  + Spurling’s maneuver

Case 2 • 45 yo male injured his  shoulder while throwing  football

• Exam:  ‐ impingement  signs

• Feels a click

• Exam:  Normal  strength

• Pain with sleeping

• Diagnosis:  Neck  related NOT Shoulder

• Pain with reaching  overhead  • Can’t play with kids

Case 2 • ROM is symmetric but  FE above 120 degrees is  painful • Impingement signs are  present • Strength is normal

Common Shoulder Disorders • Rotator cuff impingement • Rotator cuff tears • Adhesive capsulitis • Osteoarthritis • AC Joint Disorders • Calcific Tendonitis

Shoulder: Rotator Cuff Disease • Subscapularis

Rotator Cuff Disease: Impingement  Syndrome

• SUPRASPINATUS

• Tendinosis/Bursitis at  the Supraspinatus

• Infraspinatus

• Under the Acromion

• Teres Minor

• History:  Pain overhead,  behind back, sleep • Physical Findings: - Impingement Signs - No Weakness

Shoulder:  Exam ‐ Impingement  • Neer sign: 

• Hawkins sign: 

- Sensitivity: 85% - Specificity: 50%

• Painful arc of motion:   forward elevation • Compression of rotator  cuff between underlying  humerus and overlying  acromion



Shoulder:  Exam ‐Impingement

Rotator Cuff Disease: Impingement  Syndrome Rehabilitation 

- Sensitivity: 75% - Specificity: 45%

• Painful arc of motion: - forward elevation 90 + internal rotation

Rotator Cuff Disease: Impingement  Syndrome

- Strengthen Rotator Cuff  and Scapular Stabilizers

• Surgical Treatment – arthroscopic

- Stretch Posterior Capsule

• Surgery:  RARE

• Activity Modification

• Bursectomy

• NSAIDs

• Acromioplasty

• Injections - Lidocaine + Cortisone

- Cures 80%

Case 2:  Treatment • NSAIDs • PT with emphasis on  scapular strength • Steroid injection? • Rotator cuff tear VERY  UNLIKELY

Case 3 • 42 yo male falls onto  his shoulder while  snowboarding • Difficulty raising arm • XRays:  No fracture • Plan?

Case 3 • Inspection

Common Shoulder Disorders • Rotator cuff impingement

- No atrophy

• Rotator cuff tears

- No ecchymosis

• Adhesive capsulitis

- No deformity

• Osteoarthritis

• RC strength:  Weak  supraspinatus

• AC Joint Disorders • Calcific Tendonitis

• ROM:  Passive > active

Rotator Cuff Tears 

Rotator Cuff Tears 

• Follow Impingement

• Follow Impingement

• Begin Small

• Begin Small

• Progress

• Progress - 174 Tears: • 61% of full thickness tears and 44% of partial thickness  tears progress at median of 5 years

Keener, et al, JBJS 2015

Rotator Cuff Tears • Follow Impingement • Begin Small • Progress • Physical Findings: Weakness

Rotator Cuff Tears • Not all tears require  surgery (Esp Partial  Tears)! - MRI study:  54% of  asymptomatic cohort > 65 with  cuff tear!  - Assessment of functional  goals/comorbid conditions  ESSENTIAL - Ability to comply / participate in  rehabilitation ESSENTIAL

Sher, et al, JBJS 1995

Rotator Cuff Repair Improves Strength

Case 3

• Functional outcomes are equivalent whether  tear heals or not

• Weakness after  trauma

• Strength significantly greater with healing  (75% heal)

• Suggests rotator cuff  tear

• Scapular elevation strength intact vs torn = 5.0 vs 2.6 kg

• MRI!! • Surgery

Keener, et al, JBJS 2010 Russell, et al, JBJS 2014

Rotator Cuff Repair • Open Surgical Repair  - Repair to Bone - Full Recovery‐Months!

Rotator Cuff Repair • Arthroscopic Repairs - Technology is  Evolving - Lower morbidity

• Results - 90% Success at Pain Relief - 80% Success at Function

Zumstein, et al, JBJS 2008

Clinical Messaging • Surgery - Very effective - Can be painful - 4‐6 months for recovery

• Should normalize pain and function

Moosmayer, et al, J Bone Joint Surg 2014

- Success rates similar  to open

Aleem and Brophy, Clin Sports Med 2012

Rotator Cuff Tear:  Muscle Atrophy with  Delay • Muscle  infiltrated with  fat over time • Surgery  unsuccessful once significant  atrophy occurs • Do not delay  evaluation

Common Shoulder Disorders • Rotator cuff impingement

Adhesive Capsulitis – Frozen Shoulder • Painful shoulder

• Rotator cuff tears

• Restricted ROM  (Active=Passive)

• Adhesive capsulitis

• Normal Xrays

• Osteoarthritis

• Thickening of  shoulder capsule

• AC Joint Disorders

• Classification

• Calcific Tendonitis

- Idiopathic – especially  Diabetes Mellitus - Posttrauma - Postsurgical

Adhesive Capsulitis – Frozen Shoulder • Treatment

Common Shoulder Disorders • Rotator cuff impingement

- Usually self limited

• Rotator cuff tears

- NSAIDS

• Adhesive capsulitis

- Physical Therapy – Stretching Capsule

• Osteoarthritis

- Intraarticular Injections

• AC Joint Disorders • Calcific Tendonitis

- Arthroscopic Surgery  if unresponsive

Shoulder:  Osteoarthritis

Common Shoulder Disorders

• Progressive pain

• Rotator cuff impingement

• Limitation of ROM  (Active=Passive)

• Rotator cuff tears

• Treatment - NSAIDs - PT - Surgery:  Joint  Replacement

• Adhesive capsulitis • Osteoarthritis • AC Joint Disorders • Calcific Tendonitis

AC Joint Disorders

Common Shoulder Disorders

• AC joint arthritis:  common but  not often painful

• Rotator cuff impingement

• Distal clavicle osteolysis:   weightlifters

• Rotator cuff tears

• Pain: overhead, crossarm activities • Point Tender at AC joint • Treatment:  activity modification,  NSAIDs, injections, surgery

• Adhesive capsulitis • Osteoarthritis • AC Joint Disorders • Calcific Tendonitis

Buttaci, et al, Am J Phys Med Rehabil 2004

Calcific Tendonitis • Calcification of supraspinatus  tendon

Shoulder Injection • Office

• Painful arc of motion

- Rotator Cuff Impingement

• Acute onset: VERY PAINFUL

- Calcific Tendinitis • Ultrasound/Fluoroscopic Guided

• Treatment - NSAIDs

- Adhesive Capsulitis

- PT

- Osteoarthritis

- Injections - Surgery

Shoulder Injections • SUBACROMIAL - Accuracy: 80‐90%

Shoulder Injections:  Subacromial • Rotator Cuff  Disease/Impingement • Posterior approach

• Glenohumeral

• Betadine prep

• AC joint

• 5‐10 cc lidocaine w/o epi • 1‐2 cc of corticosteroid  (40mg/ml) • Angle Needle Upward  Parallel to Acromion

Marder, et al, JBJS 2012

• Diagnostic & Therapeutic

Shoulder Injections

Shoulder Injections

• Subacromial

• Subacromial

• GLENOHUMERAL

• Glenohumeral

- Low accuracy  for blind injection - Anterior: 64% - Posterior: 45% - Supraclavicular: 45%

• AC joint Tobola, et al, JSES 2011

• AC JOINT - Low accuracy - 43% intra‐articular - 23% partially  intra‐articular - 33% extra‐articular  Wasserman, et al, Am J Sports Med 2013

Shoulder Injections:  AC Joint • Acromioclavicular disease • Anterior approach • Betadine prep • 1 cc lidocaine w/o epi • 1 cc of corticosteroid (40 mg/ml) • Can be difficult

Clinical Messaging • If injection - Will be more sore for a couple of days - Typically starts working after 48‐72 hours

• Will improve over the next 6‐8 weeks • Self‐limited process • Reassess and consider an MRI

Wasserman, et al, Am J Sports Med 2013

Special Considerations before Injection • Pts with Diabetes - Injection may raise  blood glucose levels

• Pts with HIV - Wary if on protease  inhibitor  • Ex. Ritonavir/Norvir • Can cause iatrogenic  Cushing’s response

Shoulder Disorders:  Summary • Refer to PT, but  consider a delay in  specialist referral - Frozen Shoulder - Shoulder pain with  good ROM and  strength

Shoulder Disorders:  Summary • When to Refer?

Orthopedic Update

- ALL Fractures

(with a focus on the hand, shoulder, and knee)

- ALL Dislocations or  Instability

Charles S. Day, M.D., M.B.A. Associate Professor in Orthopedic Surgery Director, Orthopedic Curriculum Harvard Medical School

- Traumatic event with  NEW Weakness - Whenever in doubt

Chief, Hand & Upper Extremity Surgery Beth Israel Deaconess Medical Center Pri-Med East Annual Conference September 18-20, 2015

Outline • Terminology and Axes of Motion • Fundamental Surface Anatomical  Landmarks  • Physical Examination & Diagnoses for PCP’s

Terminology • Hand 

–Dorsal surface –Volar or palmar surface –Radial and ulnar borders • Palm

–Thenar area  –Mid‐palm area –Hypothenar area

Terminology • Fingers – Thumb, index, middle/ long, ring, & small (1st to 5th) • Each digit (except thumb) – 3 phalanges (prox, middle, distal) – metacarpal

Terminology • Each finger has three joints: – Metacarpophalangeal (MP) – Proximal interphalangeal (PIP) – Distal interphalangeal (DIP)

• Thumb – Two phalanges & two joints (MP, IP)

Hand Motion

Hand Motion • Standardized – Digits • Center of hand – Long finger ray

• Standardized – Forearm – Wrist

Thumb Motion

Thumb Motion

• Standardized  – Opposition

• Standardized  – Flexion – Extension  (Planar abduction)

• Abduction • Flexion (Adduction) • Pronation

Essentials of Hand Surgery 2002

Surface Anatomy of Hand • Bones – Metacarpal – Phalanges • Joints – DIP, PIP, IP, MCP

Essentials of Hand Surgery 2002

Dorsal Surface Anatomy  • Bones – Metacarpal – Phalanges • Joints – DIP, PIP, IP, MP

Anatomical Structures of the Wrist • # bones: • # joints: • # tendons:

15 17 24 (25)

Surface Anatomy of Wrist

Surface Anatomy of Wrist • First landmark: – Snuff box • CMC thumb • Thumb  Extensors • Scaphoid

Surface Anatomy of Wrist • Third Landmark – Distal Ulna • Extensor Carpi Ulnaris  (ECU) Tendonitis • Triangular Fibro‐ Cartilage Complex  (TFCC) ligament

• Second Landmark – Lister’s tubercle • Distal Radius • Scapho‐Lunate  Ligament

Surface Anatomy Summary • • • •

Volar MP joints PIP and DIP Joints Metacarpals Phalanges

• Snuffbox • Lister’s Tubercle • Distal Ulna

P.E. & Diagnoses of Hand  & Wrist Pain

Case Study  • 47 y.o. woman c/o 6 months h/o of numbness  and tingling in right hand – Wakes her up at night

Clinical messages • Clinician

• Patient

– Ask about night pain – May lead to irreversible  median nerve damage – Refer to hand surgeon if  splint not helpful

– Start with wrist splints at  night – F/u if symptoms no  better

Carpal Tunnel Syndrome • Tinel’s • Median Nerve  Compression  (Durkin) • Phalen’s

Case Study • 53 y.o. male with diabetes c/o clicking in right  ring finger joint – Worse in the mornings – Sometimes the finger “sticks”

Flexor Tendon • Normal Finger Cascade

Trigger Finger

Clinical messages • Clinician

• Patient

– Examine the volar MP  joint of the finger – Increased risk in  diabetics and  rheumatoids

– Therapy is unreliable – Steroid injection has  70% success rate

Case Study • 27 y.o. male RHD (right‐hand dominant) male  accidentally cut his left index finger while  opening up frozen hamburger patties

Clinical messages • Clinician

• Patient

– Urgent hand surgery  referral  – Check digital sensation

– May need surgery

Case Study • 24 y.o. male fell on outstretched hand  (FOOSH) while skateboarding on sidewalk,  now has wrist pain

Clinical messages • Clinician

Radial Wrist Pain

– Thumb spica splint/ cast  if h/o of FOOSH and  snuffbox tenderness – Refer to orthopaedic surgeon

• Patient – Need to follow up for  persistent wrist pain  after falls

Case Study • 31 y.o. woman who has a 2 month old baby at  home c/o right thumb/ wrist pain for the last  month – Worse with picking up baby

Clinical messages • Clinician

Case Study • 67 y.o. woman c/o 1 year h/o of pain in her  right wrist area – Worse with turning on ignition – Worse with twisting open bottle caps

P.E. & D.Dx. Summary • P.E. for – MC/ Phalanx Fx – Trigger Finger – FDS/ FDP Injuries – Carpal Tunnel Syndrome – Scaphoid Injury – CMC arthritis of the Thumb – DeQuervain’s Tendonitis – Scapho-Lunate Injury – TFCC Injury

• Patient

– Thumb spica splint and  NSAIDs – Steroid injection is 70%  effective

– Try not to extend the  thumb, especially young  mothers

Clinical messages • Clinician – Thumb spica splint – Steroid injections ONLY  40% effective

• Patient – Activity modification, ie,  opening bottle caps