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

hardheaded

Influence of CSF-Resorption Pathways on Intracranial CapacitanceKnowledge on the intracranial pressure/volume (P/V) relationship and its changes under various influences is of practical and theoretical importance (1–6). However, among the several factors possibly responsible for the intracranial spatial buffering capacity the role of CSF résorption has merited only little attention to date.

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Development and Time Course of Blood Brain Barrier Disturbances Caused by Hypoxiaarance of protein-rich, high molecular exudate in the extravascular space (2, 7, 8). Ischaemia (5), osmotic changes (12), arterial hypertension (6), toxic substances (4, 10) and arterial hypoxia (11, 3) have been named as precipitating factors.

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Cerebral Metabolic Rates as Determinants of Hypoxic Survival of Adult Micehe maturational stage of the animals (BERLET, in preparation). Furthermore, a striking increase in hypoxic survival times was exhibited by animals pretreated with 6-aminonicotinamide (5). This compound appears to stimulate the glycolytic flux of neural tissue as judged by a steep rise of lactate levels during ischemic anoxia (13).

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Brain Hypoxia978-3-642-66239-3Series ISSN 0302-2366

Adjourn

0302-2366 Overview: 978-3-540-07466-3978-3-642-66239-3Series ISSN 0302-2366

GRIPE

Mohammad Ali Sahraian,Ernst-Wilhelm Raduearance of protein-rich, high molecular exudate in the extravascular space (2, 7, 8). Ischaemia (5), osmotic changes (12), arterial hypertension (6), toxic substances (4, 10) and arterial hypoxia (11, 3) have been named as precipitating factors.

homeostasis

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