3
131 Bulletin • Hospital for Joint Diseases Volume 62, Numbers 3 & 4 2005 Abstract Segmental fractures of the radius and ulna are relatively common in adults, often occurring after high energy trauma. Segmental forearm fractures in children have not previously been reported, and their optimal management is unclear. We report a child of eight years of age who underwent fixation of these injuries with a good outcome. F ractures of the forearm are common in both adults and children. 1,2 Simple closed fractures that are deemed to be relatively stable in both groups can be managed by closed reduction under appropriate anal- gesia or anesthesia and external immobilization. 3 In adults, unstable forearm fractures, such as seg- mental fractures of the ulna and radius are commonly managed with open reduction and plate fixation to reduce the incidence of non-union, malunion, and subsequent loss of function. 4,5 However, in children these injuries are less common, and therefore their management can be more controversial. 3,6 Children’s ability to remodel bone along with their excellent bone healing often means that internal fixa- tion is unnecessary. Forearm fractures in children that cannot be reduced or held in the reduced position can be managed by compression plating, external fixation, or Kirschner wire stabilization. 7-10 Case Report An 8-year-old boy presented to the emergency depart- ment having fallen 8 feet from a tree on to his left fore- arm. Clinical examination revealed a grossly deformed left forearm with no neurovascular compromise. Plain radiographs revealed a radially and dorsally displaced Salter Harris II lesion of the distal radius. There was also a displaced fracture of the midshaft of the radius and a displaced segmental ulna fracture (Fig. 1). The patient was prepared for the operating room and the fracture manipulated under general anesthesia. The diaphyseal fractures of the radius and ulna could not be reduced closed. The Salter Harris II lesion was reduced closed and held with two Kirschner wires. Open reduction of the fracture of the proximal ulna was carried out. A large sleeve of periosteum was found within the fracture site, preventing closed reduction. The radius was exposed using Henry’s approach. The fracture was reduced and held with a four-hole semi-tubular plate. The ulna was then plated with a four-hole semi-tubular plate. Finally, the distal ulna fracture was reduced under direct vision and held with a single Kirschner wire (Fig. 2). The patient was immobilized in an above-elbow Plas- ter of Paris cast until removal of the Kirschner wires at four weeks. Removal of the plates was carried out at 6 months (Fig. 3). Recovery has been uneventful, and the patient has regained full flexion and extension of the wrist and elbow and full pronation and supination of the forearm. On manual strength testing one year following removal of the plates, there was no detectable strength Segmental Radius and Ulna Fracture with Epiphyseal Involvement A Case Report Joe Grainger, B.Med.Sci., M.R.C.S., Francesco Oliva, M.D., and Nicola Maffulli, M.D., M.S., Ph.D., F.R.C.S.(Orth.) Joe Grainger, B.Med.Sci., M.R.C.S., is a Senior House Office, Trauma and Orthopaedic Surgery; Francesco Oliva, M.D., is a Senior House Office, Trauma and Orthopaedic Surgery; and Nicola Maffulli, M.D., M.S., Ph.D., F.R.C.S.(Orth.), is a Profes- sor of Trauma and Orthopaedic Surgery, Consultant Orthopaedic Surgeon in the Department of Trauma and Orthopaedic Surgery, Keele University School of Medicine, University Hospital of North Staffordshire, Stoke-on-Trent, Staffordshire ST4 7QB England. Correspondence: Nicola Maffulli, M.D., M.S., Ph.D., F.R.C.S.(Orth.), Department of Trauma and Orthopaedic Surgery, Keele University School of Medicine, University Hospital of North Staffordshire, Thornburrow Drive, Hartshill, Stoke-on-Trent, Staf- fordshire ST4 7QB England.

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Page 1: Segmental Radius and Ulna Fracture with Epiphyseal …presentationgrafix.com/_dev/cake/files/archive/pdfs/649.pdfOpen reduction of the fracture of the proximal ulna was carried out

131 Bulletin• Hospital for Joint Diseases Volume62,Numbers3&4 2005

Abstract

Segmental fractures of the radius and ulna are relatively common in adults, often occurring after high energy trauma. Segmental forearm fractures in children have not previously been reported, and their optimal management is unclear. We report a child of eight years of age who underwent fixation of these injuries with a good outcome.

Fracturesoftheforearmarecommoninbothadultsand children.1,2 Simple closed fractures that aredeemedtoberelativelystableinbothgroupscan

bemanagedbyclosedreductionunderappropriateanal-gesiaoranesthesiaandexternalimmobilization.3

In adults, unstable forearm fractures, such as seg-mental fracturesof theulna and radius are commonlymanagedwithopenreductionandplatefixationtoreducethe incidenceofnon-union,malunion,andsubsequentlossof function.4,5However, in children these injuriesare lesscommon,and therefore theirmanagementcanbemorecontroversial.3,6

Children’s ability to remodelbonealongwith theirexcellent bone healing often means that internal fixa-tion isunnecessary.Forearmfractures inchildren that

cannotbe reducedorheld in the reducedpositioncanbemanagedbycompressionplating,externalfixation,orKirschnerwirestabilization.7-10

Case ReportAn8-year-oldboypresented to theemergencydepart-menthavingfallen8feetfromatreeontohisleftfore-arm.Clinicalexaminationrevealedagrosslydeformedleftforearmwithnoneurovascularcompromise. Plain radiographs revealed a radially and dorsallydisplaced Salter Harris II lesion of the distal radius.Therewasalsoadisplacedfractureof themidshaftoftheradiusandadisplacedsegmentalulnafracture(Fig.1). Thepatientwaspreparedfortheoperatingroomandthefracturemanipulatedundergeneralanesthesia.Thediaphysealfracturesoftheradiusandulnacouldnotbereducedclosed.TheSalterHarrisIIlesionwasreducedclosedandheldwithtwoKirschnerwires. Openreductionofthefractureoftheproximalulnawascarriedout.Alargesleeveofperiosteumwasfoundwithinthefracturesite,preventingclosedreduction.TheradiuswasexposedusingHenry’sapproach.Thefracturewasreducedandheldwithafour-holesemi-tubularplate.Theulnawasthenplatedwithafour-holesemi-tubularplate.Finally,thedistalulnafracturewasreducedunderdirectvisionandheldwithasingleKirschnerwire(Fig.2). Thepatientwasimmobilizedinanabove-elbowPlas-terofPariscastuntilremovaloftheKirschnerwiresatfourweeks.Removaloftheplateswascarriedoutat6months(Fig.3).Recoveryhasbeenuneventful,andthepatient has regained full flexion and extension of thewristandelbowandfullpronationandsupinationoftheforearm.Onmanualstrengthtestingoneyearfollowingremovaloftheplates,therewasnodetectablestrength

Segmental Radius and Ulna Fracture with Epiphyseal InvolvementA Case Report

Joe Grainger, B.Med.Sci., M.R.C.S., Francesco Oliva, M.D., and Nicola Maffulli, M.D., M.S., Ph.D., F.R.C.S.(Orth.)

Joe Grainger, B.Med.Sci., M.R.C.S., is a Senior House Office,Trauma and Orthopaedic Surgery; Francesco Oliva, M.D., isa Senior House Office,Trauma and Orthopaedic Surgery; andNicolaMaffulli,M.D.,M.S.,Ph.D.,F.R.C.S.(Orth.),isaProfes-sorofTraumaandOrthopaedicSurgery,ConsultantOrthopaedicSurgeonintheDepartmentofTraumaandOrthopaedicSurgery,KeeleUniversitySchoolofMedicine,UniversityHospitalofNorthStaffordshire,Stoke-on-Trent,StaffordshireST47QBEngland.Correspondence: Nicola Maffulli, M.D., M.S., Ph.D.,F.R.C.S.(Orth.),DepartmentofTraumaandOrthopaedicSurgery,KeeleUniversitySchoolofMedicine,UniversityHospitalofNorthStaffordshire,ThornburrowDrive,Hartshill,Stoke-on-Trent,Staf-fordshireST47QBEngland.

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132 Bulletin• Hospital for Joint Diseases Volume62,Numbers3&4 2005

deficitinflexionandextensionofthewristandelbowandpronationandsupinationoftheforearm,whencomparedtotheuninjuredcontralateralarm.

DiscussionSegmental fracturesof the radiusandulna inchildrenare uncommon.3,6Accurate reduction of these injuriesisessentialtoreducetheriskofpotentialcomplicationssuchasnon-union,malunion,andcrossunion.Ifclosedreduction isunsuccessful, thenopenreductionand in-

ternalfixationisnecessary. Severalmethodscouldbeusedinthemanagementoffracturesoftheforearminchildren.ApossibilitywouldbetoperformretrogradeintramedullaryKirschnerwir-ingoftheradiusandantegradeintramedullaryKirschnerwiringoftheulna.10Thismethod,althoughlessinvasivethantheoneweelectedtouse,allowslessstabilitythanplatingofthemidshaft.However,weacknowledgethat,had we used it, another formal operation for removalof metalwork would not have been necessary. Indeed,

Figure 1AnteroposteriorandlateralradiographsoftheinitialinjuryshowingaSalterHarrisIIfrac-tureofthedistalradius,midshaftradiusfracture,andsegmentalulnafracture.

Figure 2 Postoperative plain radiographsshowing result of open reduction and internalfixation.

Figure 3Plainradiographshowingfractureunionfollowingremovalofplates.

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133 Bulletin• Hospital for Joint Diseases Volume62,Numbers3&4 2005

removalofmetalworkfollowingforearmfracturefixa-tioncanbedifficultandrecentevidencesuggeststhatitshouldbeundertakenbeforecorticalassimilationoftheimplanttakesplace.11

Inoursetting,platingofforearmfracturesinchildrenisperformedroutinelywithexcellentclinicaloutcomeandwethereforerecommendthisapproachintheserareinjuries.

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3. ChengJC,ShenWYLimbfracturepatternindifferentpaedi-atricagegroups:astudyof3,350children.JOrthopTrauma1993;7:15-22.

4. AndersonLD,SiskTD,ToomsRE,etal:Compression-platefixationinacutediaphysealfracturesoftheradiusandulna.

JBoneJointSurgAm1975;57:287-297.5. MoedBR,KellamJF,FosterRJ,etal: Immediate internal

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6. ChengJC,NgBK,LamPK:A10-yearstudyofthechangesin thepatternand treatmentof6,493 fractures. JPediatricOrthop1999;19:344-350.

7. BhaskarARandRobertsJA:Treatmentofunstablefracturesoftheforearminchildren:isplatingofasingleboneadequate?JBoneJointSurgBr2001;83:253-258.

8. Schranz PJ, Gultekin C, Colton CL: External fixation offracturesinchildren.Injury1992;23:80-82.

9. VotoSJ,WeinerDS,LeighleyB:Useofpinsandplasterinthetreatmentofunstablepediatricforearmfractures.JPediatrOrthop1990;10:85-89.

10. YungSH,LamCY,ChoiKY,etal:Percutaneousintramed-ullary Kirschner wiring for displaced diaphyseal forearmfracturesinchildren.JBoneJointSurgBr1998;80:91-94.

11. LovellME,GalaskoCS,WrightNB:Removaloforthopedicimplantsinchildren:morbidityandpostoperativeradiologicchanges.JPediatrOrthopB1999;8:144-146.