1 / 42

ADHESIVE CAPSULITIS

ADHESIVE CAPSULITIS. THANATHEP TANPOWPONG ASSISTANT PROFESSOR CHULALONGKORN UNIVERSITY. “difficult to define difficult to treat difficult to explain” Codman. Codman first define “frozen shoulder”

bian
Download Presentation

ADHESIVE CAPSULITIS

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. ADHESIVE CAPSULITIS THANATHEP TANPOWPONG ASSISTANT PROFESSOR CHULALONGKORN UNIVERSITY

  2. “difficult to define difficult to treat difficult to explain” Codman

  3. Codman first define “frozen shoulder” • 1945 : Nevaiser describe pathological lesion of fibrosis, inflammation and capsular contracture

  4. Prevalence • 2-3% of population (Female) • 40-60 year • Non-dominant hand • 20-30% involve opposite side

  5. Etilogy • Unknown • Trauma • Inflammation (TGF-β) • Associate with diabetes, thyroid dysfunction, Dupuytrens contracture, autoimmune disease, treatment of breast cancer, cerebrovascular accident, MI

  6. Diagnosis • Primary : idiopathic process, global capsular inflammation and fibrosis • Secondary : known injury or disesase prior to adhesion

  7. 62% of idiopathic adhesive capsulitis were found to have partial thickness tear of supraspinatus Yoo et al Orthapaedics. 2009;32(1):22

  8. Staging(Neviaser et al CORR 1987)

  9. Stage 1 • Pain, stiff • Gain full ROM after GA or intra-articular anesthetic injection • Duration 3 month

  10. Stage 2 (freezing) • Progressive capsular contracture • Limit ROM (not fully recovered) • “Christmas tree appearance”

  11. Acknowledgement to Neviaser AMJ Sport 2010;38:2346

  12. Stage 3 (frozen) • Progressive loss of motion • Not improve after intraarticular anesthetic injection • Duration 9-15month

  13. Stage 4 (thawing) • Minimal pain • Gradual improve ROM • Fully mature adhesion • Difficult to identify intra-articular structure during arthroscope

  14. Natural history • No true study of natural history • Self-limiting • Grey: complete recovery in 2 years • Miller: normal function and minimal pain after home therapy 4 year after home therapy JBJS Am 1978;60(4):564 Orthopaedics 1996;19(10):849-853

  15. 94% of idiopathic frozen shoulder recover to normal level, range of motion, function without treatment Vastamaki et al CORR 2012;470(4):1133.43

  16. TREATMENT • Address underlying pathology • Treatment according to clinical stage at presentation

  17. NSAIDs • Theoretical benefit • No level I or II study to prove effectiveness • Improve pain but not improve motion • Cox-2 have comparable efficacy compare to Cox-1 ( better night pain control) Rhind Rhumatol Rehabil 1982;21(1):51-53 Duke Rhumatol Rehabil 1981;20(1):54-59 Otha et al. Mod Rhumatolol. Feb 2013

  18. Oral steroid • Provide rapid relief of pain (similar to intraarticular steroid injection) but not sustain at long term • Possible long term systemic effects • Not recommend Buchbinder Ann Rhum Dis 2004;63(11):1460-1469

  19. Intra-articular steroid injection • Rizk et al : transient (2-3 week) improvement of pain compare to placebo • Bulgen et al : improve pain and motion in 4 weeks Arch Phys Med Rehabil 1991;72(1):20-22 Ann Rheum Dis 1984;43(3):353-360

  20. Van der Windt • 109 patient • 40 mg of triamcinolone vs physical therapy 2/wks • 2.2 injection/6 weeks • Passive joint motion, exercise, ice, hot, electrotherapy • 1 year follow up • Self-assessment and functional score • 77% success in injection group vs 46% in physical therapy group BMJ 1998;317(7168):1292-1296

  21. Intraarticular steroid injection gives better result in early stage of disease • Stage 1recover in 6 weeks • Stage 2 recover in 7 months Marx HHS J 2007;3(2):202-207

  22. Physical therapy • Most consistently prescribe for latter stage • Cochrane database review • Little overall evidence (4/26) • No evidence that physiotherapy alone is of benefit in adhesive capsulitis Cochrane Database Syst Rev 2003;(2):CD004258

  23. Carette and Bulgen found no difference between physiotherapy and no treatment (control group)—level I study • Low number of participants Arthritis Rheum 2003;48(3):829-838 Ann Rhum Dis 1984;43(3):353-360

  24. Level I study by Vermeulen • Low grade mobilization have little difference compare with high grade technique • Low grade : movement with in pain free zone • High grade: movement into stiff and painful range • “reflex muscle acivity” Phys Ther 2006;86(3):355-368

  25. Surgical intervention In most series 10% of patients do not respond to non-operative treatment

  26. Surgical intervention • Suprascapular nerve blocks • Hydrodilation • Manipulation under anesthesia • Arthroscopic release • Open release

  27. Suprascapular nerve block • Unclear therapeutic mechanism • Disruption of efferent and afferent pain signaling • May normalization pathological and neurological process • Insufficient data to prove it’s efficacy

  28. Hydrodilation (Brisement) • Increase intracapsular pressure until rupture • Compare hydrodilation with MUA • No diiference in ROM • Better Constant and VAS score • Small number of trials to proof it’s efficacy Quraishi JBJS Br. 2007;89(9):1197-1200

  29. Manipulation (MUA) • MUA vs home exercise (level II) • Slight better moblility at 3 month • No difference in 6 and 12 month • MUA have effect of improve motion and pain relief for approx 23 years Kivimaki J Shoulder Elbow Surg 2007;16(6):722-726 CORR 2013;471(4):1245-50

  30. Arthroscopic release • Advantage • Accurate and complete • Ability to perform synovectomy • Improve mobility of musculotendinous unit compare with open surgery • Minimal pain • Identify intrinsic pathology • Post operative motion can be done immidiately

  31. Contraindication • Unable to cooperate postoperative program • Pateint cannot tolerate stress from fluid challenge (renal or cardiac failure)

  32. Surgical technique Release rotator interval , SGHL

  33. MGHL

  34. Posterior capsular release

  35. Release axillary pouch and IGHL (multiple perforation or direct cut)

  36. My practice • Stage 3 or 4 • No intraarticular steroid are injected • Jackin’s exercise (low grade) • Nsaids prior and ice after • If 3-6 month not improve MUA or scope release

  37. Jackin’s exercise program Each 4 position are perform 10 times/round 5 round/day

  38. Post operative protocol • Regional nerve block ( interscalene, SSN, brachial) • Immediate post-op : pendulum exercise • Passive stretching ( Forward flexion, IR, ER, ABD) • 2 times/day, 15 minutes/session • Follow up: post-op week 1,2,4,6,8

  39. Thank you

More Related