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

FUME

Interest of Nanomaterials in Medicine,Using substrate specific analysing methods GOTTSTEIN et al. (1) found, that the normal human brain converts about 7,6% of the cerebral glucose to lactate which is delivered into the venous blood. Furthermore they showed, that pyruvate is normally excreted, too. The mean arterio-cerebral venous difference (AVD) was O,1 mg%.

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Muhammed Elmaoğlu,Azim Çelik PhDThe investigation of cerebral spinal fluid (CSF) acid-base parameters has become increasingly important. The following presentation attempts to summarize the most important principles of CSF acid-base regulation and to critically evaluate the clinical significance of CSF acid-base determinations.

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Neuropathology of Cerebral HypoxiaThe clinical result of cerebral hypoxia is caused by a complex interaction of different lesions which we shall try to describe separately. The variety of effects cerebral hypoxia may produce is due to the fact that it provokes specific reactions in all different cell types of the brain (Table).

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Effects of Different Hemodynamic Conditions on Brain Capillaries: Alveolar Hypoxia, Hypovolemic HypoAn increase of capillary length has been described in studies on the influence of alveolar hypoxia (15, 8, 6) as well as of hypovolemic hypotension (12), although the capillaries become dilated under hypoxic and constricted under hypovolemic conditions.

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The Clinical Significance of CSF Acid-Base DeterminationThe investigation of cerebral spinal fluid (CSF) acid-base parameters has become increasingly important. The following presentation attempts to summarize the most important principles of CSF acid-base regulation and to critically evaluate the clinical significance of CSF acid-base determinations.

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