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Normalcranialevolution492REFERENCES1LikusW,BajorGBaronJMarkowskiJMilkaDLepichT.CephalicindexinthefirstthreeyearsoflifestudyofchildrenwithnormalbraindevelopmentbasedoncomputedtomographySciWorldJ2014;20141–6http//dxdoiorg/101155/2014/5028362DelyeHClijmans T,MommaertsMY,SlotenJV,GoffinJCreatinganormativedatabaseofage-specific3DgeometricaldatabonedensityandbonethicknessofthedevelopingskullapilotstudyJNeurosurgPediatr2015;16687–702http//dxdoiorg/103171/20154PEDS14933McGarryADixonMT,GreigRJHamiltonDRLSextonSSmartHHeadshapemeasurementstandardsandcranialorthosesinthetreatmentofinfantswithdeformationalplagiocephalyDevMedChildNeurol2008;50568–76http//dxdoiorg/101111/ j1469-8749200803017x4DekabanAS Tablesofcranialandorbitalmeasurementscranialvolumeandderivedindexesinmalesandfemalesfrom7daysto20yearsofageAnnNeurol1977;2485–91http//dxdoiorg/101002/ana4100206075BastirMRosasAO’HigginsP.Craniofaciallevelsand themorphologicalmaturationof thehumanskullJAnat2006;209637–546VanVlimmerenLATakkenT,VanAdrichemLNAVanDerGraafY,HeldersPJMEngelbertRHHPlagiocephalometryanon-invasivemethodtoquantifyasymmetryoftheskull;areliabilitystudyEurJPediatr2006;165149–57http//dxdoiorg/101007/s00431-005-0011-17vanLindertEJSiepelFJDelyeHEttemaAMBerge´SJMaalTJJBorstlapWAValidationofcephalicindexmeasurementsinscaphocephalyChildsNervSyst2013;291007–14http//dxdoiorg/101007/s00381-013-2059-y8Meyer-MarcottyP,Bo¨hmHLinzCKochelJStellzig-EisenhauerASchweitzerT.Three-dimensionalanalysisofcranialgrowthfrom6to12monthsofageEurJOrthod2014;36489–96http//dxdoiorg/101093/ejo/cjt0109Meyer-MarcottyP,KunzF,SchweitzerT,WachterBBo¨hmHWaßmuthNLinzCCranialgrowthininfants—alongitudinalthree-dimensionalanalysisofthefirstmonthsoflifeJCraniomaxillofacSurg2018;46987–93http//dxdoiorg/101016/ j.jcms20180400910deJongG TolhuisenMMeulsteeJMeulsteeJW,vanderHeijdenF,vanLindertEBorstlapWAMaalTJJDelyeHRadiation-free3DheadshapeandvolumeevaluationafterendoscopicallyassistedstripcraniectomyfollowedbyhelmettherapyfortrigonocephalyJCraniomaxillofacSurg2017;45661–71http//dxdoiorg/101016/j.jcms20170200711Meulstee JW, VerhammeLMBorstlap WA VanderHeijdenF,De JongGAXiT,Berge´SJDelyeHMaal TJJAnewmethodforthree-dimensionalevaluationofthecranialshapeandtheautomaticidentificationofcraniosynostosisusing3DstereophotogrammetryIntJOralMaxillofacSurg2017;46819–26http//dxdoiorg/101016/jijom20170301712De JongGAMaal TJJDelyeH Thecomputedcranial focalpoint JCraniomaxillofacSurg2015;431737–42http//dxdoiorg/101016/j.jcms20150802313DelyeHHKArtsSBorstlapWABlokLMDriessenJJMeulsteeJW,MaalTJJvanLindertEJEndoscopicallyassistedcraniosynostosissurgery(EACS) TheCraniofacial TeamNijmegenexperience JCraniomaxillofacSurg2016;441029–36http//dxdoiorg/101016/j.jcms20160501414ChimHWetjenNMardiniSVirtualsurgicalplanningincraniofacialsurgerySeminPlastSurg2014;28150–8http//dxdoiorg/101055/s-0034-138481115KamdarMRGomezRAAschermanJAIntracranialvolumesinalargeseriesofhealthychildrenPlastReconstrSurg2009;1242072–5http//dxdoiorg/101097/PRS0b013e3181bcefc416OppermanLACranialsuturesasintramemembranousbonegrowthsitesDevDyn2000;219472–85http//dxdoiorg/101002/1097-0177(2000)9999999930CO;2-F.17JinSW,SimKBKimSDDevelopmentandgrowthofthenormalcranialvaultanembryologicreviewJKoreanNeurosurgSoc2016;59192–6http//dxdoiorg/103340/jkns201659319218LeingartnerAThuretSKrollTT,ChouSJLeasureJLGageFHO’LearyDDCorticalareasizedictatesperformanceatmodality-specificbehaviorsProcNatlAcadSciUSA2007;1044153–8http//dxdoiorg/101073/pnas0611723104