Samuel Gelfan

Q: What Schools Are Affiliated With Samuel Gelfan

Samuel Gelfan is affiliated with the following schools: University of California, Berkeley, New York Medical College, Yale University, University of Alberta, University of Chicago

Samuel Gelfan's AcademicInfluence.com Rankings

Samuel Gelfan

Biology

#18703

Historical Rank

Physiology

#758

Historical Rank

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Biology

Why Is Samuel Gelfan Influential?

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According to Wikipedia, Samuel Gelfan was an American professor of neurophysiology. He was a Guggenheim Fellow for the academic year 1932–1933. Education and career Gelfan graduated from the University of California at Los Angeles with A.B. in 1925 and Ph.D. in 1927. There he was a teaching fellow in biology from 1925 to 1927. He was from 1928 to 1930 a Donnelly Research Fellow at the University of Chicago and from 1930 to 1932 an assistant professor of physiology and pharmacology at the University of Alberta. For the academic year 1932–1933 he investigated muscle fibre physiology with Edgar D. Adrian at the University of Cambridge.

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Samuel Gelfan's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

Physiology of spinal cord, nerve root and peripheral nerve compression. (1956) (128)
Interneurones and rigidity of spinal origin (1959) (128)
Differential vulnerability of spinal cord structures to anoxia. (1955) (113)
Muscle sense in man. (1967) (84)
ALTERED NEURON POPULATION IN L7 SEGMENT OF DOGS WITH EXPERIMENTAL HIND-LIMB RIGIDITY. (1963) (71)
Rhythmic activity in skeletal muscle fibres (1933) (56)
Neurone and Synapse Populations in the Spinal Cord: Indication of Role in Total Integration (1963) (41)
STUDIES OF SINGLE MUSCLE FIBRES: I. The All-Or-None Principle (1930) (30)
The submaximal responses of the single muscle fibre (1933) (30)
Altered spinal motoneurons in dogs with experimental hind-lamb rigidity. (1966) (23)
STUDIES OF SINGLE MUSCLE FIBRES: II. A Further Analysis of the Grading Mechanism (1930) (21)
ACTION POTENTIALS FROM SINGLE MUSCLE FIBERS (1932) (18)
The receptive surface and axonal terminals in severely denervated neurons within the lumbosacral cord of the dog. (1974) (14)
PRESSURE CHANGES AND BAROTRAUMA RESULTING FROM DECOMPRESSION AND RECOMPRESSION IN THE MIDDLE EAR OF MONKEYS (1950) (14)
THE ANESTHETIC ACTION OF DIVINYL OXIDE ON HUMANS (1965) (14)
CONDUCTED CONTRACTURES WITHOUT ACTION POTENTIALS IN SINGLE MUSCLE FIBERS (1932) (12)
NEURONAL INTERDEPENDENCE. (1964) (12)
The electrical conductivity of protoplasm (1928) (8)
The effect of viosterol upon oxygen consumption of frog's muscle. (1935) (8)
Denervation and neuronal interdependence. (1975) (8)
Bioelectric potentials in Nitella (1928) (7)
Rigidity from spinal interneurone destruction: histologic study. (1960) (7)
STUDIES OF SINGLE MUSCLE FIBRES: III. Further Evidence of Graded Responses in Single Fibres (1931) (7)
Cardiovascular responses following explosive decompression of macaque monkeys to extreme altitudes. (1951) (6)
A BIOELECTRIC POTENTIAL. (1928) (6)
Electrical Potential Difference Across the Nuclear Membrane of the Starfish Egg.∗ (1931) (6)
Explosive decompression at high altitude. (1950) (5)
Explosive decompression of macaque monkeys to extreme altitudes and recompression at free-fall rates. (1950) (4)
CONDUCTIVITY OF BLOOD DURING COAGULATION (1930) (2)
Cause of death from explosive decompression at high altitudes. (1947) (2)
Sensitivity to morphine during recovery from hemorrhagic shock. (1946) (1)
Pathology in suddenly decompressed rats. (1947) (1)
THE EXCRETION OF AMMONIA BY THE PERFUSED KIDNEY (1937) (1)
A non-polarizable micro-electrode. Preliminary report. (1926) (1)
Changes in Renal Blood Flow in Relation to Changes in Pressure in Urine Formation (1937) (1)
Intra-arterial Pressure Measurement with Strain Gauge and Amplifier * (1950) (0)
The History of Muscle Physiology. E. Bastholm (1951) (0)
Comparative Physiology . Bradley T. Scheer. New York: John Wiley; London: Chapman & Hall, 1948. Pp. x + 563. (Illustrated.) $6.00. (1948) (0)
Explosive decompression of monkeys at extreme altitudes. (1948) (0)

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What Schools Are Affiliated With Samuel Gelfan?

Samuel Gelfan is affiliated with the following schools: