Mathematical Models of Transport and Metabolism in Brain


NIH 1985 P50 NS	Cerebrovascular Disease Research Center Halsey, James H. / University of Alabama Birmingham
NIH 1985 P50 NS	Regional Cerebral Blood Flow in Man Halsey, James H Jr / University of Alabama Birmingham
NIH 1985 P50 NS	Mathematical Models of Transport and Metabolism in Brain Bruley, Duane F. / University of Alabama Birmingham
NIH 1985 P50 NS	Electrochemical Methodical Development Garcia, Julio H. / University of Alabama Birmingham
NIH 1985 P50 NS	Experimental Cerebral Infarction Halsey, James H Jr / University of Alabama Birmingham
NIH 1985 P50 NS	Neuronal Adaptation to Hypoxia Halsey, James H Jr / University of Alabama Birmingham
NIH 1985 P50 NS	Histohematogenous Factors on the Mirocirculation Post-Ischemic Brain Furlow, Thomas W. / University of Alabama Birmingham
NIH 1985 P50 NS	Core Facility - Development of Equipment to Measure Blood Flow Halsey, James H Jr / University of Alabama Birmingham

Buerk, D G; Nair, P K; Bridges, E W et al. (1986) Interpretation of oxygen disappearance curves measured in blood perfused tissues. Adv Exp Med Biol 200:151-61

Kufahl, R H; Hanley, T R; Bruley, D F et al. (1986) A multicomponent, random walk model of transport and metabolism inside a neuron. Adv Exp Med Biol 200:173-80