Titlebook: Cerebral Blood Flow; Mathematical Models, Aldo Rescigno,Andrea Boicelli Book 1988 Springer Science+Business Media New York 1988 blood.circu

友好關(guān)系

Application Area Knowledge Management,“magnetic resonance imaging”. In particular we will end this chapter with a summary of a method which is currently the most widely used, and shall take this opportunity to give, effectively, a glossary of the terms which are encountered when one reads papers in clinical MRI.

哀求

Differentiated Gabbro Intrusives,d physiological quantity, which can be measured fairly accurately by surgical or radiological techniques (as described elsewhere in this volume). The problem at hand is to specify the precise relationship between these phenomena.

橢圓

Lipoma

cortex

Perfusion Studies and Fast Imagingd physiological quantity, which can be measured fairly accurately by surgical or radiological techniques (as described elsewhere in this volume). The problem at hand is to specify the precise relationship between these phenomena.

charisma

Stochastic Models and Linear Tracer Kineticsthe values of some of the parameters that represent specific properties of the system under study (Zierler, 1981). For instance the model commonly used when dilution phenomena are expected, is a set of ordinary differential equations with constant coefficients, while when diffusion phenomena are the

可卡

不可思議

Basic Principles in Imaging of Regional Cerebral Metabolic Rates with Radioisotopeshe procedure is to label one of the reactants and to measure the rate of accumulation of a labeled product. From assay or knowledge of the specific activity of the reactant molecule and the stoichiometry of the reaction the rate of the overall reaction can be calculated from the rate of radioactive

綁架

Multi-Tracer Autoradiography for the Simultaneous Measurement of Cerebral Blood Flow and Metabolismincing evidence was provided by subsequent experimental and clinical observations in which cerebral blood flow was shown to respond to functional activation (Alexander, 1912; Cobb and Talbott, 1927; Schmidt and Hendrix, 1937; Serota and Gerard, 1938; Penfield et al., 1939). With the development of t

mortgage

Introduction to Methods Used for Measuring Regional Cerebral Blood Flow with Single Photon Emission tration of tracer substances and the measurement of their concentration in arterial blood and brain tissue. Most of the kinetic models used for this purpose have been based on the Fick principle. This principle has been expanded by Kety to describe the exchange of inert gas, or other non-metabolizab