Titlebook: Oxygen Transport to Tissue VII; F. Kreuzer,S. M. Cain,T. K. Goldstick Book 1985 The Editor(s) (if applicable) and The Author(s), under exc

MOCK

LVAD360

Function and Electronmicroscopic Structure of Anterior Horn Cells During Graduated Temporary Ischemin German and was provided with an English synchronization of its text for this Meeting, both in cooperation with the “Institute for the Production of Scientific Films” in Göttingen (Blasius and Merker, 1974), whose support is greatly appreciated. Copies of both the German and English version are available from this Institute.

Commonwealth

Oxygen Supply and Microcirculation of the Brain Cortexonditions within the organ and the oxygen consumption of the tissue. All these parameters may change under different physiological or pathological conditions and thus influence the O. supply of the brain. In the following minireview I will focus on the following points.

choleretic

蘑菇

Diffusion with Chemical Reaction in Biological Systemscal industry. A variety of academic disciplines have actively studied the phenomena of diffusion with chemical reaction in order to understand the basic laws and to utilize them in predicting the behavior of systems or to design chemical processes which produce desirable species. Obviously, the stud

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Blood Gas Transport and 2,3-DPG1967; Chanutin and Curnish, 1967), a great number of investigators have explored its biochemical, physiological and clinical ramifications. The following is a brief overview of this work, with particular emphasis upon the role of DPG in blood oxygen transport in health and disease.

Consensus

Quantitative Analysis of Reflection Spectra and Tissue Metabolites of the Blood-Free Perfused Guinea° C., 37° C) with the rapid spectrometer according to Lübbers and Niesel (1957). ECoG recordings were used to define the brain function throughout the experiments. Tissue metabolism was investigated by measuring the labile metabolites ATP, ADP, AMP and p. as well as Lactate and Pyruvate in the guine

MERIT

Regulation of Cerebral Blood Flow (CBF) during Hypoxia and Epileptic Seizuresuschinsky and Wahl, 1978; Winn et al., 1981a; Dora, 1984a). Because recently it was suggested that adenosine may fulfill a critical role in the regulation of CBF (Winn et al,, 1981a), and Jöbsis (1977) postulated cytochrome oxidase as being responsible for the dilatation of cerebral vessels during h

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Redistribution of Cerebrocortical Microflow During Increased Neuronal Activity activity of the neuronal tissue in volumes down to several cubic millimeters. Many of these adjusting mechanisms (O., CO., H., K., metabolites, neurotransmitters, etc.) coexist in tne brain and can be equally influenced in their effectiveness by the distribution pattern of the cerebral intraparench

夹克怕包裹

Distribution of Cerebrocortical Microflow in Norma- and Hypertensive Rats: Studies in Ischemian of cerebrocortical microflow in groups of normo- and spontaneously hypertensive rats (NPR, SHR respectively) in control condition, when the distribution of microf lows within one map’s area was normalized by the map’s mean and averaged for each group. These, so called, fractionation histograms of