Publications:

Lead-Poisoning from Environmental Contamination. A. Karim Ahmed, George Bloom and Clifford A. Ottaway. J. of Minn. Acad. of Sci., Vol. 36:Nos. 2 and 3, 1969-1970.

Diffusion Through a Distributed Pore Size Membrane. G. Bloom and J.A. Johnson. The Physiologist 19:No. 3, 131 August 1976.

A Distributed Pore Size Model for Capillaries. J.A. Johnson, D.G. Levitt, O.D.Wangensteen and G. Bloom. Microvascular Research 10:217-219, 1975.

Transport Properties of a Membrane with a Log Normal Distribution of Pore Size, G. Bloom and J.A. Johnson. Microvascular Research 17:3, May 1979, Part 2, S128.

Models for Osmotic Weight Transients, J. Johnson, G. Bloom, K. McEvoy and Steve Anderson. Microvascular Research 17:3, May 1979, Part 2, S65.

A Model for Osmotically Induced Weight Transients in the Isolated Rabbit Heart, G. Bloom and J.A. Johnson. Microvascular Research 22:64-79, 1981.

Permeability and Reflection Coefficients from Osmotic Transients - Extravascular Factors, J.A. Johnson and G. Bloom, Microvascular Research 22:80-92, 1981.

Intracapillary Events in Osmotic Weight Transients, J.A. Johnson, G. Bloom, S. Anderson and K. McEvoy. Microvascular Research 22:93-109, 1981.

Precapillary concentration vs time curves in the perfused heart. J.A. Johnson and G. Bloom. Microvascular Research 24:210-212,1982.

Heart production and oxygen consumption rate during the calcium paradox. T. Takehiko, L. Herzan, G. Bloom, R. Stish and J. Johnson. Submitted to American Journal of Physiology.

Effect of glucose on isovolumic rabbit heart during hypoxia and reoxygenation. T. Takehiko, L. Lu, G. Bloom, R. Stish, T. Kanazawa and J. Johnson. Abstract 60th AHA Session, American Heart Association.

Mechanism of positive inotropic effect induced by hyperosmolar urea solution on rabbit heart. T. Takehiko, L. Lu, G. Bloom, R. Stish, T. Kanazawa and J. Johnson. Abstract 60th AHA Session, American Heart Association.

Counter current exchange - A computerized model. G. Bloom. Minnesota Computing Vol. II 1:13, Fall, 1987.

George Bloom can be reached at: bloom001@umn.edu