M. H. Knisely

发表

Brain tissue reoxygenation time, demonstrated with a new ultramicro oxygen electrode.

H. Bicher, M. H. Knisely, 1970, Journal of applied physiology.

R. Cowley, M. H. Knisely, I. Hawthorne, 1970, Angiology.

A Mathematical Simulation of Oxygen Release, Diffusion, and Consumption in the Capillaries and Tissue of the Human Brain

D. Bruley, M. H. Knisely, D. Reneau, 1967 .

The Microcirculation of the Spleen of the Mouse

M. H. Knisely, A. Parpart, A. O. Whipple, 1955, Angiology.

Hepatic sphincters; brief summary of present-day knowledge.

M. H. Knisely, F. Harding, H. Debacker, 1957, Science.

A digital simulation of transient oxygen transport in capillary‐tissue systems (cerebral grey matter). Development of a numerical method for solution of transport equations describing coupled convection‐diffusion systems

D. Bruley, M. H. Knisely, D. Reneau, 1969 .

Sludged blood in traumatic shock; microscopic observations of the precipitation and agglutination of blood flowing through vessels in crushed tissues.

M. H. Knisely, E. H. Bloch, T. S. Eliot, 1945, Archives of surgery.

Intravascular agglutination of the flowing blood following the injection of radiopaque contrast media

M. H. Knisely, J. H. Johnson, Jodi Johnson, 1962, Neurology.

Effect of microcirculation changes on brain tissue oxygenation

D. Bruley, H. Bicher, M. H. Knisely, 1971, The Journal of physiology.

A method of illuminating living structures for microscopic study

M. H. Knisely, 1936 .

A Distributed Parameter Mathematical Analysis of Oxygen Exchange from Maternal to Fetal Blood in the Human Placenta

E. Guilbeau, M. H. Knisely, D. Reneau, 1970 .

Sludged Blood.

M. H. Knisely, E. H. Bloch, T. S. Eliot, 1947, Science.

Sludged blood following severe thermal burns.

M. H. Knisely, L. Dragstedt, L. Warner, 1950, Archives of surgery.

Brain oxygen supply and neuronal activity under normal and hypoglycemic conditions.

D. Bruley, H. Bicher, M. H. Knisely, 1973, The American journal of physiology.

Spleen studies I. Microscopic observations of the circulatory system of living unstimulated mammalian spleens

M. H. Knisely, 1936 .

Spleen studies II. Microscopic observations of the circulatory system of living traumatized spleens, and of dying spleens

M. H. Knisely, 1936 .

The Development and Use of Equations for Predicting the Limits on the Rates of Oxygen Supply to the Cells of Living Tissues and Organs

D. Bruley, M. H. Knisely, D. Reneau, 1969 .

The fused quartz rod technique for trans‐illuminating living internal organs in situ for microscopic study

M. H. Knisely, 1954, The Anatomical record.

Ante-Mortem Settling

M. H. Knisely, L. Warner, Fann Harding, 1960, Angiology.

Microscopic Observations on Circulatory Systems of Living Transilluminated Mammalian Spleens and Parturient Uteri.∗

M. H. Knisely, 1934 .

The Settling of Sludge During Life

M. H. Knisely, 1961 .

An annotated bibliography on sludged blood.

M. H. Knisely, 1951, Postgraduate medicine.

ENFORCED POSTPONEMENT OF SELECTIVE PHAGOCYTOSIS FOLLOWING BURN: A CONTRIBUTION TO THE BIOPHYSICS OF DISEASED * †

M. H. Knisely, 1968, Annals of the New York Academy of Sciences.

Brain Tissue Oxygenation as Determined with a New Ultramicro Oxygen Electrode

H. Bicher, M. H. Knisely, D. Reneau, 1970 .

Concerning the Geometric Shapes of Arteries and Arterioles

M. H. Knisely, J. Vernon Jeffords, Melvin H. Knisely, 1956, Angiology.

Settling of Sludge in Human Patients

M. H. Knisely, F. Harding, F. Harding, 1958, Angiology.

Knowlesi Malaria in Monkeys. I. Microscopic Pathological Circulatory Physiology of Rhesus Monkeys during Acute Plasmodium knowlesi Malaria. A Motion Picture.

M. H. Knisely, E. H. Bloch, W. K. Stratman-Thomas, 1945 .

Knowlesi Malaria in Monkeys IIa

M. H. Knisely, E. H. Bloch, W. K. Stratman-Thomas, 1964 .

KNOWLESI MALARIA IN MONKEYS II: A FIRST STEP IN THE SEPARATION OF THE MECHANICAL PATHOLOGIC CIRCULATORY FACTORS OF ONE SLUDGE DISEASE FROM POSSIBLE SPECIFIC TOXIC FACTORS OF THAT DISEASE.

M. H. Knisely, E. H. Bloch, W. K. Stratman-Thomas, 1964, Angiology.

Increased blood cell agglutination following ingestion of fat, a factor contributing to cardiac ischemia, coronary insufficiency, and anginal pain; a contribution to the biophysics of disease.

M. H. Knisely, A. Higginbotham, Arthur V. Williams, 1957, Angiology.

An Annotated Bibliography on Sludged Blood

M. H. Knisely, 1951 .

Microscopic Observations of Intra-vaseular Agglutination of Red Cells and Consequent Sludging of the Blood in Human Diseases.

M. H. Knisely, E. H. Bloch, 1942 .

Behavioral effects of erythrocyte aggregation

H. Bicher, M. H. Knisely, R. Duncan, 1972 .

Alcohol, sludge, and hypoxic areas of nervous system, liver and heart

M. H. Knisely, R. C. Pennington, H. Moskow, 1968 .

Microcirculation in Other Tissues

D. Bruley, R. Myers, T. Yamaki, 1976 .

Anti-adhesive drugs and tissue oxygenation.

D. Bruley, H. Bicher, M. H. Knisely, 1973, Advances in Experimental Medicine and Biology.

EXPERIMENTS AIMED AT SEPARATING THE MECHANICAL CIRCULATORY EFFECTS OF ETHANOL FROM SPECIFIC CHEMICAL EFFECTS

M. H. Knisely, R. C. Pennington, 1973, Annals of the New York Academy of Sciences.

The development and use of equations for predicting the limits of the rates of oxygen supply to the cells of living tissues and organs. A contribution to the biophysics of health and disease.

D. Bruley, M. H. Knisely, D. Reneau, 1969, Angiology.

Living mesenteric terminal arterioles before and immediately after embolization; measurement and comparison of internal diameters; a contribution to the biophysics of disease.

M. H. Knisely, E. Saunders, 1954, A.M.A. archives of pathology.

Microscopic observations of living blood and vessel walls are a necessary part of the preselection of normal animals for biological experiments.

M. H. Knisely, E. H. Bloch, L. Warner, 1947, The Anatomical Record.

Microscopic observations of intravascular agglutination of red cells and consequent sludging of blood in rhesus monkeys infected with knowlesi malaria.

M. H. Knisely, W. K. Stratman-Thomas, 1948, The Anatomical Record.

Simulating oxygen transport in the microcirculation by Monte Carlo methods

D. Bruley, M. H. Knisely, M. Halberg, 1970 .

A stochastic model for the transport of oxygen to brain tissue.

L. Groome, D. Bruley, H. Bicher, 1976, Advances in experimental medicine and biology.

Distributed model solution techniques for capillary-tissue systems.

D F Bruley, D H Hunt, H I Bicher, 1973, Advances in experimental medicine and biology.

Observations on Circulating Blood in the Small Vessels of Internal Organs In Living Macacus rhesus Infected with Malarial Parasites.

M. H. Knisely, W. K. Stratman-Thomas, T. S. Eliot, 1941 .

A Mathematical Analysis Predicting Cerebral Tissue Reoxygenation Time as a Function of the Rate of Change of Effective Cerebral Blood Flow

D. Bruley, M. H. Knisely, D. Reneau, 1970 .

An improved fused quartz living tissue illuminator

M. H. Knisely, 1938 .