closureaftercardiacsurgeryinneonatesand
infants.CritCareMed.2000;28(4):1180–1184.
126.TabbuttS,DuncanBW,McLaughlinD,etal.
Delayedsternalclosureaftercardiacoperations
inapediatricpopulation.JThoracCardiovasc
Surg.1997;113(5):886–893.
127.Nelson-McMillanK,HornikCP,HeX,etal.
Delayedsternalclosureininfantheartsurgery–
theimportanceofwhereandwhen:ananalysis
oftheSTSCongenitalHeartSurgeryDatabase.
AnnThoracSurg.2016;102(5):1565–1572.
128.ShillingfordAJ,GlanzmanMM,IttenbachRF,et
al.Inattention,hyperactivity,andschool
performanceinapopulationofschool-age
childrenwithcomplexcongenitalheartdisease.
Pediatrics.2008;121(4):e759–e767.
129.WernovskyG,LichtDJ.Neurodevelopmental
outcomesinchildrenwithcongenitalheart
disease–whatcanweimpact?PediatrCritCare
Med.2016;17(8suppl1):S232–S242.
130.AndropoulosDB,HunterJV,NelsonDP,etal.
Brainimmaturityisassociatedwithbraininjury
beforeandafterneonatalcardiacsurgerywith
high-flowbypassandcerebraloxygenation
monitoring.JThoracCardiovascSurg.
2010;139(3):543–556.
131.LichtDJ,SheraDM,ClancyRR,etal.Brain
maturationisdelayedininfantswithcomplex
congenitalheartdefects.JThoracCardiovasc
Surg.2009;137(3):529–536[discussion536–
537].
132.LimperopoulosC,TworetzkyW,McElhinney
DB,etal.Brainvolumeandmetabolismin
fetuseswithcongenitalheartdisease:evaluation
withquantitativemagneticresonanceimaging
andspectroscopy.Circulation.2010;121(1):26–
33.
133.DentCL,SpaethJP,JonesBV,etal.Brain
magneticresonanceimagingabnormalitiesafter
theNorwoodprocedureusingregionalcerebral
perfusion.JThoracCardiovascSurg.
2006;131(1):190–197.
134.HoffmanGM,BrosigCL,MussattoKA,
TweddellJS,GhanayemNS.Perioperative
cerebraloxygensaturationinneonateswith
hypoplasticleftheartsyndromeandchildhood
neurodevelopmentaloutcome.JThorac
CardiovascSurg.2013;146(5):1153–1164.
135.SuemoriT,HortonSB,BottrellS,SkownoJJ,
DavidsonA.Changesincerebraloxygen
saturationandhaemoglobinconcentrationduring
paediatriccardiacsurgery.AnaesthIntensive
Care.2017;45(2):220–227.
136.NaimMY,GaynorJW,ChenJ,etal.Subclinical
seizuresidentifiedbypostoperative
electroencephalographicmonitoringare
commonafterneonatalcardiacsurgery.JThorac
CardiovascSurg.2015;150(1):169–178
[discussion178–180].
137.GunnJK,BecaJ,PennyDJ,etal.Amplitudeintegratedelectroencephalographyandbrain
injuryininfantsundergoingNorwood-type
operations.AnnThoracSurg.2012;93(1):170–
176.
138.BellingerDC,WypijD,RivkinMJ,etal.
Adolescentswithd-transpositionofthegreat
arteriescorrectedwiththearterialswitch
procedure:neuropsychologicalassessmentand
structuralbrainimaging.Circulation.
2011;124(12):1361–1369.
139.ShellhaasRA,ChangT,TsuchidaT,etal.The
AmericanClinicalNeurophysiologySociety's
guidelineoncontinuouselectroencephalography
monitoringinneonates.JClinNeurophysiol.
2011;28(6):611–617.
140.RiosDR,WeltySE,GunnJK,etal.Usefulness
ofroutineheadultrasoundscansbeforesurgery
forcongenitalheartdisease.Pediatrics.
2013;131(6):e1765–e1770.
141.McQuillenPS,BarkovichAJ,HamrickSE,etal.
Temporalandanatomicriskprofileofbrain