1991;84(5suppl):III400–III406.
215.MurkinJM,FarrarJK,TweedWA,McKenzie
FN,GuiraudonG.Cerebralautoregulationand
flow/metabolismcouplingduring
cardiopulmonarybypass:theinfluenceof
PaCO2.AnesthAnalg.1987;66(9):825–832.
216.WalterB,BauerR,KuhnenG,FritzH,Zwiener
U.Couplingofcerebralbloodflowandoxygen
metabolismininfantpigsduringselectivebrain
hypothermia.JCerebBloodFlowMetab.
2000;20(8):1215–1224.
217.MichenfelderJD,MildeJH.Therelationship
amongcaninebraintemperature,metabolism,
andfunctionduringhypothermia.
Anesthesiology.1991;75(1):130–136.
218.MichenfelderJD,MildeJH,KatusicZS.
Postischemiccaninecerebralbloodflowis
coupledtocerebralmetabolicrate.JCereb
BloodFlowMetab.1991;11(4):611–616.
219.KatusicZS,MichenfelderJD,MildeJH.
Ischemia-reperfusiondoesnotaffectreactivity
ofisolatedcaninebasilarartery.JCerebBlood
FlowMetab.1991;11(5):824–828.
220.KawataH,FacklerJC,AokiM,etal.Recovery
ofcerebralbloodflowandenergystateinpiglets
afterhypothermiccirculatoryarrestversus
recoveryafterlow-flowbypass.JThorac
CardiovascSurg.1993;106(4):671–685.
221.SchellRM,KernFH,GreeleyWJ,etal.Cerebral
bloodflowandmetabolismduring
cardiopulmonarybypass.AnesthAnalg.
1993;76(4):849–865.
222.KernFH,UngerleiderRM,RevesJG,etal.
Effectofalteringpumpflowrateoncerebral
bloodflowandmetabolismininfantsand
children.AnnThoracSurg.1993;56(6):1366–
1372.
223.DexterF,HindmanBJ.Theoreticalanalysisof
cerebralvenousbloodhemoglobinoxygen
saturationasanindexofcerebraloxygenation
duringhypothermiccardiopulmonarybypass.A
counterproposaltothe“luxuryperfusion”
hypothesis.Anesthesiology.1995;83(2):405–
412.
224.DexterF,KernFH,HindmanBJ,GreeleyWJ.
Thebrainusesmostlydissolvedoxygenduring
profoundlyhypothermiccardiopulmonary
bypass.AnnThoracSurg.1997;63(6):1725–
1729.
225.BacherA,KwonJY,ZornowMH.Effectsof
temperatureoncerebraltissueoxygentension,
carbondioxidetension,andpHduringtransient
globalischemiainrabbits.Anesthesiology.
1998;88(2):403–409.
226.ShaabanAliM,HarmerM,KirkhamF.
Cardiopulmonarybypasstemperatureandbrain
function.Anaesthesia.2005;60(4):365–372.
227.KernFH,UngerleiderRM,SchulmanSR,etal.
Comparingtwostrategiesofcardiopulmonary
bypasscoolingonjugularvenousoxygen
saturationinneonatesandinfants.AnnThorac
Surg.1995;60(5):1198–1202.
228.AusmanJI,McCormickPW,StewartM,etal.
Cerebraloxygenmetabolismduring
hypothermiccirculatoryarrestinhumans.J
Neurosurg.1993;79(6):810–815.
229.KuniharaT,SasakiS,ShiiyaN,etal.Near
infraredspectrophotometryreflectscerebral
metabolismduringhypothermiccirculatory
arrestinadults.ASAIOJ.2001;47(4):417–421.
230.NollertG,Shin'okaT,JonasRA.Near-infrared
spectrophotometryofthebrainincardiovascular
surgery.ThoracCardiovascSurg.
1998;46(3):167–175.
231.KurthCD,StevenJM,NicolsonSC,JacobsML.
Cerebraloxygenationduringcardiopulmonary
bypassinchildren.JThoracCardiovascSurg.
1997;113(1):71–78[discussion78–79].
232.EdmondsHLJr,RodriguezRA,AudenaertSM,
etal.Theroleofneuromonitoringin
cardiovascularsurgery.JCardiothoracVasc