Anthonie Van Harreveld | Academic Influence

Why Is Anthonie Van Harreveld Influential?

Anthonie Van Harreveld'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

A Physiological Solution for Freshwater Crustaceans (1936) (840)
Long-lasting morphological changes in dendritic spines of dentate granular cells following stimulation of the entorhinal area (1977) (450)
Swelling of dendritic spines in the fascia dentata after stimulation of the perforant fibers as a mechanism of post-tetanic potentiation (1975) (275)
COMPOUNDS IN BRAIN EXTRACTS CAUSING SPREADING DEPRESSION OF CEREBRAL CORTICAL ACTIVITY AND CONTRACTION OF CRUSTACEAN MUSCLE (1959) (203)
10 – The Extracellular Space in the Vertebrate Central Nervous System (1972) (146)
Rapid freezing and electron microscopy for the arrest of physiological processes (1974) (125)
THE RESPIRATION OF THE DEVELOPING BRAIN (1942) (108)
Two mechanisms for spreading depression in the chicken retina (1978) (98)
Membrane potential of cerebral cortical cells during reading depression and asyxia. (1966) (97)
Effect of anisomycin on stimulation-induced changes in dendritic spines of the dentate granule cells (1982) (90)
RE-INNERVATION OF DENERVATED MUSCLE FIBERS BY ADJACENT FUNCTIONING MOTOR UNITS (1945) (74)
EFFECTS OF GLUTAMATE AND OTHER AMINO ACIDS ON THE RETINA 1 (1971) (57)
EFFECTS OF AMINO ACIDS ON THE ISOLATED CHICKEN RETINA, AND ON ITS RESPONSE TO GLUTAMATE STIMULATION 1 (1973) (56)
Changes in the diameter of apical dendrites during spreading depression. (1958) (55)
THE COURSE OF RECOVERY OF THE SPINAL CORD FROM ASPHYXIA (1939) (55)
AMINO ACID RELEASE FROM THE CEREBRAL CORTEX DURING SPREADING DEPRESSION AND ASPHYXIATION * (1965) (54)
The Triple Innervation of Crayfish Muscle and its Function in Contraction and Inhibition (1937) (53)
Changes in volume of cortical neuronal elements during asphyxiation. (1957) (52)
Asphyxial depolarisation in the spinal cord. (1946) (49)
WATER AND ELECTROLYTE DISTRIBUTION IN GRAY MATTER RENDERED EDEMATOUS WITH A METABOLIC INHIBITOR (1973) (49)
The nerve supply of doubly and triply innervated crayfish muscles related to their function (1939) (49)
Synaptic changes in frog brain after stimulation with potassium chloride (1975) (44)
The nature of the chick's magnesium-sensitive retinal spreading depression (1984) (42)
Quantitative stereological evaluation of KCl-induced ultrastructural changes in frog brain (1977) (38)
Demonstration of Extracellular Space by Freeze-Drying in the Cerebellar Molecular Layer (1966) (37)
The electroencephalogram after prolonged brain asphyxiation. (1947) (34)
ELECTRON MICROSCOPY OF ASPHYXIATED SPINAL CORDS OF CATS (1967) (32)
L-proline and related compounds: Correlation of structure, amnesic potency and anti-spreading depression potency (1978) (30)
Swelling of the Müller fibers in the chicken retina. (1982) (29)
Asphyxial changes in the cerebellar cortex. (1961) (25)
Cumulative effects of minimal cortical stimulations (1950) (25)
The Influence of the Frequency of Stimulation on the Slow and the Fast Contraction in Crustacean Muscle (1938) (24)
Progression Of Fusion During Rapid Freezing For Electron Microscopy (1979) (23)
EFFECTS OF METABOLIC INHIBITORS ON THE RELEASE OF GLUTAMATE FROM THE RETINA 1 (1972) (22)
Pharmacology of the vertebrate retina (1977) (22)
ELECTRONARCOSIS IN ANIMALS AND IN MAN (1944) (20)
L-proline as a glutamate antagonist at a crustacean neuromuscular junction. (1980) (18)
TONE AND TENDON REFLEXES AFTER ASPHYXIATION OF THE SPINAL CORD (1943) (18)
Amnestic potency of proline analogs correlates with anti-spreading depression potency (1980) (18)
THE INFLUENCE OF TEMPERATURE ON SPINAL CORD DAMAGE CAUSED BY ASPHYXIATION (1944) (17)
Glutamate agonistic and antagonistic activity ofl-proline investigated in the hippocampal slice (1981) (17)
ON THE MECHANISM OF THE "SPONTANEOUS" RE-INNERVATION IN PARETIC MUSCLES (1947) (17)
The Function of the Quintuple Innervation of a Crustacean Muscle (1939) (16)
THE RESISTANCE OF CENTRAL SYNAPTIC CONDUCTION TO ASPHYXIATION (1941) (16)
THE INFLUENCE OF ELECTRIC CURRENT APPLICATION ON THE STRUCTURE OF THE BRAIN OF DOGS (1943) (15)
A mechanism for fluid shifts specific for the central nervous system. (1970) (15)
Re-innervation of paretic muscle by collateral branching of the residual motor innervation. (1952) (15)
On the force and size of motor units in the rabbit's sartorius muscle. (1947) (15)
SURVIVAL OF REFLEX CONTRACTION AND INHIBITION DURING CORD ASPHYXIATION (1944) (15)
THE RELATION BETWEEN THE PHYSICAL PROPERTIES OF ELECTRIC CURRENTS AND THEIR ELECTRONARCOTIC ACTION (1942) (14)
A Comparative Study Of The Double Motor Innervation In Marine Crustaceans (1938) (14)
Effects of L‐proline and some of its analogs on retinal spreading depression (1979) (12)
Effects of Spinal Cord Asphyxiation (1964) (12)
ELECTRONARCOSIS, ITS APPLICATION AND THERAPEUTIC EFFECT IN SCHIZOPHRENIA (1946) (12)
Doubly‐, triply‐, quadruply‐ and quintuply‐innervated crustacean muscles (1939) (11)
On Spinal Shock. (1940) (11)
ON RE‐INNERVATION OF PARETIC MUSCLES BY THE USE OF THEIR RESIDUAL NERVE SUPPLY (1946) (10)
REFLEXES IN THE ANTERIOR TIBIAL MUSCLE AFTER CORD ASPHYXIATION (1944) (10)
ELECTRONARCOSIS—A THERAPY IN SCHIZOPHRENIA (1945) (10)
Physiological and Biochemical Findings in the Central Nervous System of Adrenalectomized Rats and Mice (1972) (9)
On Galvanotropism and Oscillotaxis in Fish (1938) (9)
The mechanism and applications of leão's spreading depression of electroencephalographic activity. Jan Bureš, Olga Burešová, and Jiří KřIvánek, Academia, Prague, 1974, 410 pp (1975) (9)
THE EFFECT OF ASPHYXIATION OF THE SPINAL CORD ON PAIN SENSIBILITY (1940) (9)
The Motor Innervation of a Triply Innervated Crustacean Muscle (1939) (8)
EFFECT OF ADRENAL INSUFFICIENCY ON WATER AND ELECTROLYTE DISTRIBUTION IN THE BRAIN (1973) (8)
The dual effect of l-proline on spreading depression in the chicken retina (1981) (8)
The potassium permeability of the myelin sheath of a vertebrate nerve. (1950) (8)
THE EFFECT OF ASPHYXIA ON REFLEX INHIBITION (1939) (7)
On the mechanism and localization of the symptoms of electroshock and electronarcosis. (1947) (6)
Effect of cerebral asphyxiation on a well-established conditioned reflex. (1965) (5)
METABOLISM OF ASPHYXIATED SPINAL CORD (1942) (5)
Depolarisation in the spinal cord caused by asphyxiation. (1946) (5)
Release of glutamate from the retina during glutaraldehyde fixation * (1972) (5)
Asphyxial potassium loss of mammalian nerve (1951) (5)
THE EFFECT OF METRAZOL ON THE GLUTAMATE METABOLISM OF CEREBRAL CORTEX * (1962) (4)
Mechanisms of the Extensor Rigidity Caused by Spinal Cord Asphyxiation (1964) (4)
Reflex figures in the decerebrate and spinal state (1976) (4)
Effect of ether and pentobarbital on the polarisation state of central nervous elements. (1947) (4)
BRAIN METABOLISM DURING ELECTRONARCOSIS (1943) (4)
Effects of 4-aminopyridine on the field potentials of hippocampal slices (1984) (3)
Influence of Asphyxia on Reciprocal Innervation (1939) (2)
ASPHYXIAL VOLUME CHANGES OF CORTICAL CELLS AND FIBERS (1957) (0)
Innervation of Mammalian Muscle (1955) (0)
Cerebra-. 1 Asphyxiation and Spreading Cortical Depression 1 (0)
THE MECHANISM OF THE HYPERACTIVITY AND PROLONGED ANOXIC SURVIVAL OF SPINAL REFLEXES IN CORDS WHICH HAVE RECOVERED FROM ASPHYXIATION (1960) (0)
The Vitamin-D Content of "Nateina.". (0)
Oxygen Consumption of Degenerated Optic Nerves (1944) (0)
Proceedings: Synaptic changes in frog brain after stimulation and freeze-fixation. (1975) (0)
Effect of certain external factors on insensible perspiration. (1935) (0)
On the antirachitic properties of some vitamine-D-preparations. (0)

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What Schools Are Affiliated With Anthonie Van Harreveld?

Anthonie Van Harreveld is affiliated with the following schools:

California Institute of Technology