Peter Christopher Caldwell | Academic Influence

Peter Christopher Caldwell's AcademicInfluence.com Rankings

Peter Christopher Caldwell

Biology

#16387

Historical Rank

Zoology

#865

Historical Rank

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Biology

Peter Christopher Caldwell's Degrees

Bachelors Biology University of Oxford

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Why Is Peter Christopher Caldwell Influential?

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According to Wikipedia, Peter Christopher Caldwell, FRS, was a professor of Zoology at the University of Bristol. Life He was born in Appleton, Cheshire, and schooled at the Benedictine Ampleforth College. He studied Natural Science at Trinity College, Oxford for which he received a scholarship. He married Phoebe-Ann Hill , subsequent having five children.

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Peter Christopher Caldwell'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

THE DEPENDENCE OF CONTRACTION AND RELAXATION OF MUSCLE FIBRES FROM THE CRAB MAIA SQUINADO ON THE INTERNAL CONCENTRATION OF FREE CALCIUM IONS. (1964) (912)
The effects of injecting ‘energy‐rich’ phosphate compounds on the active transport of ions in the giant axons of Loligo (1960) (281)
Studies on the internal pH of large muscle and nerve fibres (1958) (227)
Studies on the micro‐injection of various substances into crab muscle fibres (1963) (159)
Calcium Chelation and Buffers (1970) (120)
The phosphorus metabolism of squid axons and its relationship to the active transport of sodium (1960) (115)
Factors governing movement and distribution of inorganic ions in nerve and muscle. (1968) (107)
An investigation of the intracellular pH of crab muscle fibres by means of micro‐glass and micro‐tungsten electrodes (1954) (96)
Partial inhibition of the active transport of cations in the giant axons of Loligo (1960) (77)
The resting membrane potential of the somatic muscle cells of Ascaris lumbricoides (1971) (63)
The permeability of the squid giant axon to radioactive potassium and chloride ions (1960) (55)
The efflux of calcium from single crab and barnacle muscle fibres (1972) (48)
614. The ribose nucleic acid content and cell growth of Bact. lactis ærogenes (1950) (47)
Glass Electrodes for Hydrogen and other Cations, George Eisenman (Ed.). Marcel Dekker, Inc., New York (1967) (1969) (41)
615. Some considerations on autosynthesis in bacteria (1950) (39)
290. The nucleic acid content of Bact. lactis aerogenes (1950) (38)
The separation of the phosphate esters of muscle by paper chromatography. (1953) (37)
The rate of formation and turnover of phosphorus compounds in squid giant axons (1964) (32)
Calcium and the contraction of Maia muscle fibres (1964) (29)
Liquid junction potentials and their effect on potential measurements in biological systems. (1968) (27)
The utilization of phosphate bond energy for sodium extrusion from giant axons. (1957) (25)
Energy Relationships and the Active Transport of Ions (1969) (20)
Glycine fluxes in squid giant axons. (1978) (19)
The Exchange of 22Na between Frog Sartorius Muscle and the Bathing Medium (1969) (18)
Metabolic control by intracellular pH. (1952) (18)
The influx of orthophosphate into squid giant axons (1970) (16)
The preparation of capillary microelectrodes. (1955) (13)
Possible mechanisms for the linkage of membrane potentials to metabolism by electrogenic transport processes with special reference toAscaris muscle (1973) (12)
Calcium movements in relation to contraction. (1974) (11)
33. The phosphorus metabolism of Bact. lactis aerogenes (1951) (9)
Ion movements in the somatic muscle cells of Ascaris lumbricoides. (1968) (6)
The effects of certain metabolic inhibitors on the phosphate esters of the squid giant axon. (1956) (6)
The turnover of phosphorus compounds in crab muscle fibres. (1975) (6)
34. The nature of the phosphorus compounds present in cells of Bact. lactis aerogenes (1951) (5)
Some effects of ouabain on the transport of amino acids into squid giant axons. (1975) (4)
The effect of ouabain on amino acid and orthophosphate influxes in squid giant axons. (1979) (4)
Phosphate fluxes in single muscle fibres of the spider crab, Maia squinado. (1980) (4)
A glass microelectrode suitable for the measurement of the intracellular pH of large cells. (1954) (2)
A sampling technique for following 32P turnover and net changes in phosphate compounds in crab muscle fibres. (1969) (1)
The uptake of delta-aminolaevulinic acid into squid giant axons [proceedings]. (1979) (1)
Sodium ion and potassium ion transport and permeability: a comparison between squid giant axons and ascaris muscle fibres. (1972) (1)
A study of the phosphate esters in muscle by means of paper chromatography. (1952) (0)
The location of substances on paper chromatograms by differential charring and the use of an n-propanol-water solvent containing an acetic acid-sodium acetate buffer for the chromatography of phosphate esters. (1955) (0)
Studies of ionic mobilities in the giant axon of the squid by means of an intracellular electrode system. (1955) (0)
Some Aspects of the Role Played by Calcium Ions in Muscle Contraction (1973) (0)
Drugs and Transport Processes (Proceedings of a Symposium Organized by the Biological Council Coordinating Committee for Symposia on Drug Action) (1975) (0)
Use of an intercellular glass scintillator for the continuous measurement of the uptake of 14C-labelled glycine into squid giant axons. (1973) (0)
Proceedings: Calcium influx into single crustacean muscle fibres as measured with a glass scintillator probe. (1975) (0)
Glass electrodes for hydrogen and other cations edited by George Eisenman, Marcel Dekker, Inc., New York, 1967, xii + 582 pages, $24.75. (1969) (0)

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