Andersons pediatric cardiology 392
Bạn đang xem bản rút gọn của tài liệu. Xem và tải ngay bản đầy đủ của tài liệu tại đây (60.5 KB, 3 trang )
2013;96(5):1721–1726[discussion1726].
250.GillCO,McGinnisJC,BarbutS,etal.
Microbiologicalconditionsofmoistureenhancedchickenbreastspreparedatapoultry
packingplant.JFoodProt.2004;67(12):2675–
2681.
251.HindmanBJ,DexterF,CutkompJ,SmithT.pHstatmanagementreducesthecerebralmetabolic
rateforoxygenduringprofoundhypothermia
(17degreesC).Astudyduringcardiopulmonary
bypassinrabbits.Anesthesiology.
1995;82(4):983–995[discussion924A].
252.KurthCD,StevenJM,NicolsonSC.Cerebral
oxygenationduringpediatriccardiacsurgery
usingdeephypothermiccirculatoryarrest.
Anesthesiology.1995;82(1):74–82.
253.GrieppEB,GrieppRB.Cerebralconsequences
ofhypothermiccirculatoryarrestinadults.J
CardSurg.1992;7(2):134–155.
254.AokiM,NomuraF,StromskiME,etal.Effects
ofpHonbrainenergeticsafterhypothermic
circulatoryarrest.AnnThoracSurg.
1993;55(5):1093–1103.
255.KurthCD,O'RourkeMM,O'HaraIB,UherB.
BraincoolingefficiencywithpH-statandalphastatcardiopulmonarybypassinnewbornpigs.
Circulation.1997;96(9suppl)[II-358–II-363].
256.NollertG,NagashimaM,BuceriusJ,etal.
Oxygenationstrategyandneurologicdamage
afterdeephypothermiccirculatoryarrest.II.
hypoxicversusfreeradicalinjury.JThorac
CardiovascSurg.1999;117(6):1172–1179.
257.DuebenerLF,HaginoI,SakamotoT,etal.
EffectsofpHmanagementduringdeep
hypothermicbypassoncerebral
microcirculation:alpha-statversuspH-stat.
Circulation.2002;106(12suppl1):I103–I108.
258.KiziltanHT,BaltaliM,BilenA,etal.
Comparisonofalpha-statandpH-stat
cardiopulmonarybypassinrelationtojugular
venousoxygensaturationandcerebralglucoseoxygenutilization.AnesthAnalg.
2003;96(3):644–650[tableofcontents].
259.PesonenEJ,PeltolaKI,KorpelaRE,etal.
Delayedimpairmentofcerebraloxygenation
afterdeephypothermiccirculatoryarrestin
children.AnnThoracSurg.1999;67(6):1765–
1770.
260.JonasRA.Hypothermia,circulatoryarrest,and
thepediatricbrain.JCardiothoracVascAnesth.
1996;10(1):66–74.
261.PriestleyMA,GoldenJA,O'HaraIB,McCannJ,
KurthCD.Comparisonofneurologicoutcome
afterdeephypothermiccirculatoryarrestwith
alpha-statandpH-statcardiopulmonarybypass
innewbornpigs.JThoracCardiovascSurg.
2001;121(2):336–343.
262.duPlessisAJ,JohnstonMV.Hypoxic-ischemic
braininjuryinthenewborn.Cellular
mechanismsandpotentialstrategiesfor
neuroprotection.ClinPerinatol.
1997;24(3):627–654.
263.duPlessisAJ,JonasRA,WypijD,etal.
Perioperativeeffectsofalpha-statversuspH-stat
strategiesfordeephypothermic
cardiopulmonarybypassininfants.JThorac
CardiovascSurg.1997;114(6):991–1000
[discussion1000–1001].
264.BellingerDC,WypijD,duPlessisAJ,etal.
DevelopmentalandneurologiceffectsofalphastatversuspH-statstrategiesfordeep
hypothermiccardiopulmonarybypassininfants.
JThoracCardiovascSurg.2001;121(2):374–
383.
265.GriffinDA.Bloodgasstrategiesand
managementduringpediatriccardiopulmonary
bypass.ASAIOJ.2005;51(5):657–658.
266.SkaryakLA,KirshbomPM,DiBernardoLR,et
al.Modifiedultrafiltrationimprovescerebral
metabolicrecoveryaftercirculatoryarrest.J
ThoracCardiovascSurg.1995;109(4):744–751
