the windblown hand

16
The Windblown hand Red Cross Childrens Hospital Experience 2003-2011 Dr Steve Carter

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Page 1: The windblown hand

The Windblown hand

Red Cross Childrens Hospital Experience 2003-2011

Dr Steve Carter

Page 2: The windblown hand

Introduction• Congenital ulna drift first described by Boix in 1897• Extremely rare• Three essential features

1. Thumb adduction and flexion contracture

2. Ulna drift of the fingers at the metacarpophalangeal joint

3. Flexion contracture of fingers

Page 3: The windblown hand

Aetiology• Zancolli and Zancolli (1985) – Segmental Arthrogryposis• Associations – Freeman Sheldon Syndrome

(Craniocarpotarsal dysplasia)

- Digitotalar dysmorphism• Red Cross – Syndromic or Idiopathic (MCP Dysplasia)

-” Extensor Failure theory”

Page 4: The windblown hand

History• Wood,Biondi (1990) J Hand Surg 15A:431-38

20 yr study 11 patients operated on 7 hands in 4 patients• Gavaskar,Chowdary(2009) J Child Orthop 3:109-114

7 yr study operated on 23 hands in 18 patients

• Mc Carrol,Manske (1992) Hand Clin 8:147-59

25 yr study operated on 29 thumbs in 18 patients

Page 5: The windblown hand

Surgery LiteratureBiondi and Gavaskar

Pathology Surgical procedure

Thumb Contracture Z plasty,Dorsal rotation Flap,Adductor release as necessary.EIP Transfer to supplement extension

Ulna deviation of the Digits

Recentralize extensor tendonRelease or transfer ulna intrinsic

Volar flexion contracture fingers

Full thickness skin graft

Page 6: The windblown hand

Surgery LiteratureMcCarroll

Pathology Surgical procedure

Thumb Contracture First 15 years volar release and extensor transfer – poor resultsNext 10 years volar release and MCP Arthrodesis

Ulna deviation of digits

nil

Volar flexion contracturre

nil

Page 7: The windblown hand

Surgery Red Cross

Pathology Surgical procedure

Thumb Contracture Volar ZplastyMetacarpophalangeal Joint ChondrodesisEIP transfer

Ulna deviation of the digits

Ulna intrinsic Transfer

Flexion contracture fingers

Nil

Page 8: The windblown hand

Surgery

Volar skin shortening Unstable MCP

Page 9: The windblown hand

Surgery

Volar Z Plasty

Page 10: The windblown hand

SurgeryChondrodesis MCP Thumb

Page 11: The windblown hand

SurgeryEIP Transfer

Page 12: The windblown hand

SurgeryCrossed Intrinsic Transfer

Page 13: The windblown hand

RXH Experience

• 9 years (2003-2011) 10 Patients• 5 patients Operated on 9 hands • 5 patients not operated on – 1 Mother

- 2 males Bilateral hands 16 yrs old functional

- 2 males Bilateral awaiting surgery

Page 14: The windblown hand

Patients

Gender Age Uni/Bilat Pathology Surgery

Female 3 Bilat Digitotalar Thumbs only bilat

Male 2 Bilat Windblown R ThL Th and crossed intrinsic

Male 2 Bilat Windblown R Th

Male 3 Bilat Windblown R ThL Th and crossed intrinsic

Male 2 Bilat Windblown R ThL Th

Page 15: The windblown hand

Results• Wood and Biondi 1991 classification based on cosmesis and

function• Evaluation subjective, hard set of criteria unrealistic• Excellent – Normal function and cosmesis• Good – Almost normal function,satisfactory appearance• Fair - Some contractures that interfere with function• Poor – Contracted hand no function

• Rxh 7 good results and 2 fair results in 9 hands

Page 16: The windblown hand

Conclusions• Priority is treatment of thumb deformity –Volar release, stability MCP

and extensor transfer

• Extensors are the problem therefore need EIP transfer

• Intrinsic transfer improves appearance but not necessarily function

• No volar grafting

• Early surgical management < 2rs