intensivecareunitpatientsmanagedwith
extracorporealmembraneoxygenation.Crit
CareMed.2004;32:1061–1069.
126.OrtmannL,ProdhamP,GossettJ,etal.
Outcomesafterin-hospitalcardiacarrestin
childrenwithcardiacdisease.areportfromget
withtheGuidelines–resuscitation.Circulation.
2011;124:2329–2337.
127.GaiesMG,ClarkeNS,DonohueJE,etal.
Personnelandunitfactorsimpactingoutcome
aftercardiacarrestinadedicatedpediatric
cardiacintensivecareunit.PediatrCritCare
Med.2012;13:583–588.
128.NewburgerJW,SleeperLA,BellingerDC,etal.
Earlydevelopmentaloutcomeinchildrenwith
hypoplasticleftheartsyndromeandrelated
anomalies-thesingleventriclereconstruction
trial.Circulation.2012;125:2081–2091.
129.BassanH,GauvreauK,NewburgerJW,etal.
Identificationofpressurepassivecerebral
perfusionanditsmediatorsafterinfantcardiac
surgery.PediatrRes.2005;57:35–41.
130.ChengHH,WypijD,LaussenPC,etal.
Neurodevelopmentaloutcomesininfants
undergoingsurgeryforcongenitalheartdisease.
AnnThoracSurg.2014;98:125–132.
131.HoffmanTM,WernovskyG,AtzAM,etal.The
efficacyandsafetyofmilrinoneinpreventing
lowcardiacoutputsyndromeininfantsand
childrenaftercorrectivesurgeryforcongenital
heartdisease.Circulation.2003;107:996–1002.
132.CharpieJR,DekeonMK,GoldbergCS,etal.
Serialbloodlactatemeasurementspredictearly
outcomeafterneonatalrepairorpalliationfor
complexcongenitalheartdisease.JThorac
CardiovascSurg.2000;120:73–80.
133.HannanRL,YbarraMA,WhiteJA,etal.
Patternsoflactatevaluesaftercongenitalheart
surgeryandtimingofcardiopulmonarysupport.
AnnThoracSurg.2005;80:1468–1474.
134.AlyS,ZurakowskiD,GlassP,etal.Cerebral
tissueoxygenationindexandlactateat24hour
postoperativepredictsurvivaland
neurodevelopmentaloutcomeafterneonatal
cardiacsurgery.CongenitHeartDis.
2017;12:188–195.
135.LiJ,Schulze-NeickI,LincolnC,etal.Oxygen
consumptionaftercardiopulmonarybypass
surgeryinchildren:determinantsand
implications.JThoracCardiovascSurg.
2000;119:525–533.
136.LiJ,ZhangG,McCrindleBW,etal.Profilesof
hemodynamicsandoxygentransportderivedby
usingcontinuousmeasuredoxygenconsumption
aftertheNorwoodprocedure.JThorac
CardiovascSurg.2007;133:441–448.
137.McHoneyM,EatonS,PierroA.Metabolic
responsetosurgeryininfantsandchildren.EurJ
PediatrSurg.2009;19:275–285.
138.GalliKK,ZimmermanRA,JarvikGP,etal.
Periventricularleukomalaciaiscommonafter
neonatalcardiacsurgery.JThoracCardiovasc
Surg.2004;127:692–704.
139.SamantaB,BirdGL,KuijpersM,etal.
Predictionofperiventricularleukomalacia.Part
I:selectionofhemodynamicfeaturesusing
logisticregressionanddecisiontree
algorhythms.ArtifIntellMed.2009;46:201–215.
140.SamantaB,BirdGL,KuijpersM,etal.
Predictionofperiventricularleukomalacia.Part
II:selectionofhemodynamicfeaturesusing
computationalintelligence.ArtifIntellMed.
2009;46:217–231.
141.KruegerJJ,BrotschiB,BalmerC,BernetV,
LatalB.Postoperativehyperglycemiaand4-year
neurodevelopmentaloutcomeinchildren
operatedforcongenitalheartdisease.JPediatr.
2015;167:1253–1258.e1.
142.BallwegJA,WernovskyG,IttenbachRF,etal.
Hyperglycemiaafterinfantcardiacsurgerydoes
notadverselyimpactneurodevelopmental