George Karreman
American scientist
George Karreman's AcademicInfluence.com Rankings
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Physics
George Karreman's Degrees
- PhD Physics University of California, Berkeley
- Bachelors Physics University of California, Berkeley
Why Is George Karreman Influential?
(Suggest an Edit or Addition)According to Wikipedia, George Karreman was a Dutch-born US physicist, mathematical biophysicist and mathematical/theoretical biologist. He was the first president of the Society for Mathematical Biology . Biography Karreman's father was Chief Engineer for the Dutch Merchant Marine. George Karreman studied physics and mathematics at Leiden University. In August 1948 Karreman emigrated to Chicago, USA, where he contacted Nicolas Rashevsky at the University of Chicago. He became one of Rashevsky' s best PhD students in Mathematical Biophysics. In 1950 Karreman underwent experimental heart surgery for an aortic coarctation at the University of Chicago. He married Anneke Halbertsma in 1953, and they moved to Cape Cod, Massachusetts, where their daughter, Grace, was born in 1954. In succession, his first son, Frank Karreman was born in 1958, and then in 1962 his second son, Hubert-Jan. Later, his three children received advanced degrees from the University of Pennsylvania in several fields.
George Karreman's Published Works
Published Works
- Is the Cell Membrane a Universal Rate-Limiting Barrier to the Movement of Water between the Living Cell and Its Surrounding Medium? (1967) (68)
- Electrical potentials and ionic fluxes in ion exchangers. I. "n Type" non-ideal systems with zero current. (1962) (55)
- Vascular reactivity and mechanical properties of normal and cadmium-hypertensive rabbits. (1970) (48)
- [14C] 2-deoxyglucose uptake marks systems activated by rewarding brain stimulation (1977) (44)
- Some Contributions to the Mathematical Biology of Blood Circulation. Reflections of pressure waves in the arterial system (1952) (42)
- Ion exchange properties of the canine carotid artery. (1969) (40)
- Potassium accumulation and permeation in the canine carotid artery. (1969) (38)
- Topological information content and chemical reactions (1955) (36)
- ON RESONANCE TRANSFER OF EXCITATION ENERGY BETWEEN AROMATIC AMINOACIDS IN PROTEINS. (1958) (31)
- Cooperative specific adsorption of ions at charged sites in an electric field (1965) (25)
- Influence of sympathetic nerve stimulation on pulmonary hydraulic input power. (1972) (24)
- Contributions to quantum biology. I. Mobile electronic characteristics of riboflavin radicals (1961) (24)
- Electronic Aspects of Quantum Biology * (1962) (22)
- On the possibility of long distance energy transfer by resonance in biology. (1957) (22)
- Contributions to the mathematical biology of excitation with particular emphasis on changes in membrane permeability and on threshold phenomena (1951) (18)
- Rate of potassium‐sodium exchange by human lymphocytes: Prediction of the cooperative adsorption model (1979) (17)
- COOPERATIVE SPECIFIC ADSORPTION * (1973) (16)
- Measurement of uneven distribution of pulmonary blood flow to CO diffusing capacity. (1971) (14)
- COMPETITIVE BINDING OF ATP AND ACRIDINE ORANGE BY MUSCLE. (1957) (12)
- Stochastic treatment of cooperative specific adsorption. (1971) (11)
- Kinetics of gastrin release and degradation in response to electrical vagal stimulation in the dog. (1973) (11)
- The resonance of the arterial system (1954) (10)
- Cooperative phenomena in biology (1980) (10)
- On the magnetic octupole moment of a nucleus (1942) (10)
- Heart muscle contraction oscillation. (1995) (9)
- Some types of relaxation oscillations as models of all-or-none phenomena. (1949) (8)
- Studies in quantum biology. II. The mobile electron characteristics of tryptophan+ in relation to those of FMN−, FMNH and FMNH 2 + (1961) (7)
- On spontaneous discharge obtained from a physicochemical model of excitation (1953) (6)
- IONIC SEMIPERMEABILITY AS A BULK PROPERTY. (1957) (6)
- Baroreceptor control of pressure-flow relationships during hypoxemia. (1986) (5)
- Towards a physical understanding of physiological excitation as a cooperative specific adsorption phenomenon. (1973) (5)
- ON THE ADSORPTION OF IONS AT CHARGED SITES IN AN ELECTRIC FIELD.II. (1964) (5)
- On the mathematical biology of excitation phenomena. (1952) (5)
- ADSORPTION OF IONS AT CHARGED SITES AND PHASE BOUNDARY POTENTIALS. (1964) (4)
- Tremor and somatosensory studies during chamber He-O2 compressions to 13.1, 25.2, 37.3, and 49.4 ATA. (1979) (4)
- Pressure-flow relationships in a model for the arterial system. (1978) (4)
- Kinetics of isobaric counterdiffusion. (1977) (4)
- Contributions to the mathematical biophysics of branched circulatory systems (1954) (3)
- Blind study on the relations between the extent of coronary arteriosclerosis and the strength of the myocardial contraction as measured by invasive and noninvasive tests. (1978) (3)
- Mathematical model of the activation of prothrombin by factor Xa and factory Vt. (1980) (3)
- TOWARDS QUANTUM BIOLOGY. (1964) (3)
- Contributions to the mathematical biophysics of the cardiovascular system (1953) (2)
- Blood flow in branching circulatory systems during rest and activity (1953) (2)
- ON THE ADSORPTION OF IONS AT CHARGED SITES IN AN ELECTRIC FIELD. I. (1964) (2)
- Cooperative specific adsorption phenomena in biology. (1977) (1)
- On the velocity of propagation of pressure waves in an incompressible viscous fluid enclosed in a tube with an elastomeric wall (1954) (1)
- SOME CONSIDERATIONS ON A CARRIER MECHANISM AS A MODEL FOR ION ACCUMULATION (1953) (1)
- A countercurrent mechanism with transverse diffusion (1955) (1)
- Pressure-flow relationships in a model for the arterial system (1978) (1)
- Errata (1961) (0)
- [abstract] EFFECTS OF RAPID COMPRESSION ON NEUROLOGICAL PARAMETERS IN MAN BREATHING He-O2 AT 400, 800, 1200, AND 1600 FSW. (1976) (0)
- Mathematical model of the activation of prothrombin by factor Xa and factor Vt (1980) (0)
- The Association-Induction Hypothesis and Physiological Excitation. (1981) (0)
- APPROXIMATE TREATMENT OF THE FORMATION OF A DIFFERENCE IN THE CONCENTRATIONS OF AN ION AT THE TWO SIDES OF A MEMBRANE (1953) (0)
- Towards a physical understanding of physiological excitation as a cooperative specific adsorption phenomenon (1973) (0)
- Book Review:Mathematics of Microcirculation Phenomena. Joseph F. Gross, Aleksander Popel (1981) (0)
- Kinetics of isobaric counterdiffusion (1977) (0)
- The mathematical biology of physiological excitation (2004) (0)
- Isotherms forr species adsorbed at linear polymers with nearest neighbor cooperative interaction (1974) (0)
- Perspectives of mathematical biology presidential address 1976 annual program of the society for mathematical biology (1977) (0)
- Rest potential--cooperative selectivity. (1995) (0)
- Anthony Francis Bartholomay August 11, 1919–March 21, 1975 (1975) (0)
- Anthony Francis Bartholomay (1975) (0)
- Note on the glycolytic coefficient (1950) (0)
- Quantum Biochemistry.Bernard Pullman , Alberte Pullman (1964) (0)
- Recent mathematical-biological studies on communication (2004) (0)
- Isotherms for r species adsorbed at linear polymers with nearest neighbor cooperative interaction. (1974) (0)
- Chapter 1 – Cooperative Specific Adsorption* (1980) (0)
- Cooperative specific adsorption phenomena in biology (1977) (0)
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