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Titlebook: Brain Hypoxia; Pain M. Klinger,O. Spoerri,H. Penzholz,M. Brock,J. Hame Conference proceedings 1975 Springer-Verlag Berlin Heidelberg 1975 B

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The Response of Human Cerebral Blood Flow to Anaesthesia With Thiopentone, Methohexitone, Propanididts under light halothane, nitrous oxide-anaesthesia (inspired halothane concentration of O,1–O,4 Vol.1). Cerebral blood flow was determined from the clearance of .Xenon, following the intra-arterial injection of the isotope. Baseline values for rCBF under N.O/O./halothane anaesthesia were 15% greate
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https://doi.org/10.1007/978-3-540-71372-2edly lowered aPO. and aPCO. on the brain, investigations based on an experimental model are required. The present experimental study contributes to the question to which degree of pure normocapnic normotensive arterial hypoxemia and normoxic normotensive hypocapnia a sufficient oxygen supply to the
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https://doi.org/10.1007/978-1-4684-0428-9 6,4% resp.(start of measurements at 10 min). Ketamine (2 mg/kg) reduced rCBF by 28% at 30 sec and by 15% at 5 min rCBF was reduced to baseline values by 10 min. The least decreasing effect on cerebral blood flow was caused by etomidate. The reduction of rCBF very rapidly subsided from 31% (start of
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M. Klinger,O. Spoerri,H. Penzholz,M. Brock,J. Hame
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Clinical Aspects of Cerebral Hypoxiaherefore, to define four levels or categories of systemic hypoxemia: (1) below the normal range of PaO.; (2) the range of PaO. which results in an alteration of metabolism that is not detectable by neurological examination; (3) the range of PaO. that depresses neurological function; (4) PaO. values
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The Response of Human Cerebral Blood Flow to Anaesthesia With Thiopentone, Methohexitone, Propanidid 6,4% resp.(start of measurements at 10 min). Ketamine (2 mg/kg) reduced rCBF by 28% at 30 sec and by 15% at 5 min rCBF was reduced to baseline values by 10 min. The least decreasing effect on cerebral blood flow was caused by etomidate. The reduction of rCBF very rapidly subsided from 31% (start of
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