Hans Ussing | Academic Influence

Hans Ussing's AcademicInfluence.com Rankings

Hans Ussing

Biology

#3287

World Rank

#5045

Historical Rank

Physiology

#67

World Rank

#176

Historical Rank

biology Degrees

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Biology

Hans Ussing's Degrees

PhD Physiology University of Copenhagen

Why Is Hans Ussing Influential?

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According to Wikipedia, Hans Henriksen Ussing was a Danish scientist, best known for having invented the Ussing chamber. In the early 1950s Ussing was the first to describe the mechanism by which ions are actively transported across frog skin.

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Hans Ussing'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

Active transport of sodium as the source of electric current in the short-circuited isolated frog skin. (1951) (2304)
The nature of the frog skin potential. (1958) (1121)
The Distinction by Means of Tracers Between Active Transport and Diffusion (1949) (700)
The contributions of diffusion and flow to the passage of D2O through living membranes; effect of neurohypophyseal hormone on isolated anuran skin. (1953) (351)
The active ion transport through the isolated frog skin in the light of tracer studies. (1949) (295)
Osmotic behaviour of the epithelial cells of frog skin. (1961) (295)
Transport of ions across cellular membranes. (1949) (286)
The Alkali Metal Ions in Biology (1959) (199)
Solvent drag on non-electrolytes during osmotic flow through isolated toad skin and its response to antidiuretic hormone. (1957) (189)
The origin of the short-circuit current in the adrenaline stimulated frog skin. (1952) (179)
The alkali metal ions in isolated systems and tissues (1959) (164)
Interpretation of Sodium the Exchange of Radio-Sodium in Isolated Muscle (1947) (144)
The Exchange of Sodium and Chloride Ions Across the Fibre Membrane of the Isolated Frog Sartorius (1948) (140)
Volume regulation of frog skin epithelium. (1982) (139)
RELATIONSHIP BETWEEN OSMOTIC REACTIONS AND ACTIVE SODIUM TRANSPORT IN THE FROG SKIN EPITHELIUM. (1965) (136)
The mode of passage of chloride ions through the isolated frog skin. (1952) (134)
Transport pathways in biological membranes. (1974) (125)
NATURE OF SHUNT PATH AND ACTIVE SODIUM TRANSPORT PATH THROUGH FROG SKIN EPITHELIUM. (1964) (117)
Some morphological aspects of active sodium transport. The epithelium of the frog skin. (1968) (107)
ANOMALOUS TRANSPORT OF ELECTROLYTES AND SUCROSE THROUGH THE ISOLATED FROG SKIN INDUCED BY HYPERTONICITY OF THE OUTSIDE BATHING SOLUTION (1966) (98)
Some aspects of the application of tracers in permeability studies. (1952) (80)
A characteristic response of the isolated frog skin potential to neurohypophysial principles and its relation to the transport of sodium and water. (1951) (78)
Active transport of sodium as the source of electric current in the short-circuited isolated frog skin. Reprinted from Acta. Physiol. Scand. 23: 110-127, 1951. (1999) (72)
On the Influence of the Neurohypophyseal Principles on the Sodium Metabolism in the Axolotl (Amblystoma mexicanum) (1946) (69)
The Frog Skin Potential (1960) (69)
THE USE OF TRACERS IN THE STUDY OF ACTIVE ION TRANSPORT ACROSS ANIMAL MEMBRANES (1948) (68)
Anomalous transport of sucrose and urea in toad skin. (1969) (52)
Mechanism of isotonic water transport in glands. (1989) (51)
The Rate of Protein Renewal in Mice and Rats Studied by Means of Heavy Hydrogen (1941) (50)
The kinetics of Na24 flux across amphibian skin and bladder. (1960) (49)
Transport through biological membranes. (1953) (48)
Exposure of the isolated from skin to high potassium concentrations at the internal surface. I. Bioelectric phenomena and sodium transport. (1963) (48)
Resting Potential and Ion Movements in the Frog Skin (1949) (47)
Ion Transport Across Biological Membranes (1954) (46)
Exposure of the Isolated Frog Skin to High Potassium Concentrations at the Internal Surface (1965) (44)
Quantitative relation between hydrostatic pressure gradient, extracellular volume and active sodium transport in the epithelium of the frog skin (R. temporaria). (1970) (44)
A Note on the Permeability of Trout Eggs to D2O and H2O (1937) (42)
Sodium Recirculation and Isotonic Transport in Toad Small Intestine (1999) (39)
Epithelial cell volume regulation illustrated by experiments in frog skin. (1986) (38)
The interpretation of tracer fluxes in terms of membrane structure (1969) (37)
The effect of aldosterone on the isolated frog skin epithelium (R. temporaria). (1969) (36)
Membrane Mechanisms in Volume Regulation in Vertebrate Cells and Epithelia (1992) (36)
The effects of CO2 and hydrogen ions on active Na transport in the isolated frog skin. (1967) (36)
Volume regulation and basolateral co-transport of sodium, potassium, and chloride ions in frog skin epithelium (2004) (35)
Ion Secretion and Isotonic Transport in Frog Skin Glands (1996) (35)
Analysis of Protein by Means of Deuterium-Containing Amino-Acids (1939) (34)
Ion transport by mitochondria-rich cells in toad skin (2005) (34)
Interpretation of Tracer Fluxes (1978) (32)
Role of lateral intercellular space and sodium recirculation for isotonic transport in leaky epithelia. (2000) (31)
Transport of electrolytes and water across epithelia. (1965) (30)
A discussion on active transport of salts and water in living tissues. Introductory remarks. (1971) (29)
The fluxes of sodium and chloride ions across a cation-exchange resin membrane. Part 1.—Effect of a concentration gradient (1959) (29)
SOME MORPHOLOGICAL ASPECTS OF ACTIVE SODIUM TRANSPORT* (1968) (28)
EFFECT OF POTASSIUM ON THE MOVEMENT OF WATER ACROSS THE ISOLATED AMPHIBIAN SKIN. (1965) (26)
The exchange of H and D atoms between water and protein in vivo and in vitro1 (1937) (26)
ACTIVE SODIUM UPTAKE BY THE TOAD AND ITS RESPONSE TO THE ANTIDIURETIC HORMONE (1955) (25)
A micro-method for accurate determination of D(2)O in water. (1936) (25)
Localization of chloride conductance to mitochondria-rich cells in frog skin epithelium (2005) (24)
The exchange of hydrogen between the free water and the organic substances in the living organism1 (1936) (24)
The influence of heavy water on the development of amphibian eggs1 (1935) (24)
Transport Across Amphibian Skin (1978) (24)
Transport Across Multimembrane Systems (1978) (23)
Amino Acids and Related Compounds in the Haemolymph of Oryctes Nasicornis and Melolontha Vulgaris (1946) (22)
The Nature of the Amino Nitrogen of Red Corpuscles (1943) (22)
The fluxes of sodium and chloride ions across a cation-exchange resin membrane. Part 2.—Diffusion with electric current (1959) (20)
Analysis of presteady-state Na+ fluxes across the rabbit corneal endothelium (2005) (19)
Quantitative relationship between active sodium transport, expansion of endoplasmic reticulum and specialized vacuoles (“scalloped sacs”) in the outermost living cell layer of the frog skin epithelium (Rana temporaria) (2005) (18)
The flux ratio equation under nonstationary conditions (2005) (18)
ACCUMULATION OF SULFATE LABELLED WITH S35 BY RAT TISSUE IN VITRO (1955) (17)
The morphological aspects of shunt-path in the epithelium of the frog skin (R. temporaria). (1970) (17)
Does active transport exist? (2004) (16)
Membrane transport in erythrocytes : relations between function and molecular structure : proceedings of the Alfred Benzon Symposium 14 held at the premises of the Royal Danish Academy of Sciences and Letters, Copenhagen 26-30 August 1979 (1980) (15)
Life with tracers. (1980) (15)
Use of Amino-Acids containing Deuterium to follow Protein Production in the Organism (1938) (15)
The volume of mitochondria-rich cells of frog skin epithelium (2005) (15)
The influence of the corticotropic hormone from ox on the active salt uptake in the axolotl. (1949) (13)
Ionic movements in cell membranes in relation to the activity of the nervous system. (1959) (12)
Active Sodium Transport across the Frog Skin Epithelium and its Relation to Epithelial Structure (1967) (11)
CHAPTER 7 – Active Transport (1960) (9)
Determination of the electromotive force of active sodium transport in frog skin epithelium (Rana temporaria) from presteady-state flux ratio experiments (2005) (9)
Experimental evidence and biological significance of active transport (1961) (7)
Transport pathways for Na+ and Br- (Cl-) in noradrenaline-stimulated frog skin (Rana temporaria). (1989) (7)
Transport mechanisms in epithelia : proceedings of the Alfred Benzon Symposium V held at the premises of the Royal Danish Academy of Sciences and Letters, Copenhagen, 10-14 September 1972 (1973) (7)
The Reabsorption of Glycine and Other Amino Acids in the Kidneys of Man (1945) (6)
Trapping of 134CS+ in frog skin epithelium as a function of short circuit current. (1996) (6)
A Distillation Device for Small Water‐Samples (1940) (6)
Nature of the Frog Skin Potential (1982) (6)
Chapter 1 Role of Potassium in Epithelial Transport Illustrated by Experiments on Frog Skin Epithelium (1987) (6)
Evidence from O2 uptake measurements for Na+−K+−2 Cl− co-transport in the rabbit submandibular gland (1986) (5)
The effect of amiloride and benzimidazoleguanidine added to the inside medium on electrolyte pathways in the frog skin glands. (1989) (5)
On the partition of certain amino acids between blood and tissues. (1943) (5)
Epithelial Transport in the Lower Vertebrates. By B. Lahlou. Pp. 350. (Cambridge University Press, 1980.) £25.00 (1981) (5)
Physiology of transport regulation (2005) (5)
Single-file diffusion through K+ channels in frog skin epithelium (2005) (4)
Transport of water and solutes through living membranes. (1972) (4)
Water transport across epithelia : barriers, gradients, and mechanisms : proceedings of the Alfred Benzon Symposium 15 held at the premises of the Royal Danish Academy of Sciences and Letters, Copenhagen, 1-5 June 1980 (1981) (4)
Odd behaviour of Li+ in frog skin ion transport. (1988) (3)
3 Passage of materials across biological membranes (1961) (3)
Evaluation of transport pathways for Na+ across frog skin epithelium by means of presteady-state flux ratio (2005) (3)
Symposium on Membrane Transport [Abridged] (1967) (2)
Epithelial Transport: Frog Skin as a Model System (1989) (2)
The Fate in Metabolism of Deuterium Introduced in some Amino Acids by Heating with D20 and H2SO4 (1941) (2)
Epithelial transport of water and electrolytes. (1980) (2)
The Determination of Chloroform in Tissues and Blood. (1945) (1)
Active transport and metabolism (2005) (1)
The development of the concept of active transport. (1988) (1)
Symposium on membrane transport. Active exchanges. (1967) (0)
EPITHELIAL TRANSPORT CONCLUDING REMARKS (1981) (0)
Effect of neuropituitary factors on sodium metabolism in the axolotl. (1947) (0)
[Active sodium transport and control of volume and hydrostatic pressure in the epithelial extracellular space]. (1971) (0)
For Professor Hevesy's 80th anniversary (1965) (0)
Recent Progress in Renal Physiology (Part 4 of 4) (1986) (0)
Recent Progress in Renal Physiology (Part 3 of 4) (1986) (0)
Recent Progress in Renal Physiology (Part 1 of 4) (1986) (0)
Isotonic transport in leaky epithelia : proceedings of the Alfred Benzon Symposium 34 held at the premises of the Royal Danish Academy of Sciences and Letters, Copenhagen, 14-18 June 1992 (1993) (0)
A faunistic and biological Contribution to the natural History of Danish Simuliids. (0)
Membrane Transport Processes. Volume 1. Joseph F. HoffmanMembrane Transport Processes. Volume 2. Daniel C. Tosteson , Yu. A. Ovchinnikov, Ramon Latorre (1978) (0)
Active Sodium Transport as Source of Short-circuit Current (2003) (0)
THE EFFECT OF BRANCHING AT C-1 ON THE BIOLOGICAL ACTIVITY OF ALCOHOLS BY S. M. SIEGEL AND L. A. HALPERN (0)
Ionic movements in cell membranes in relation to the activity of the nervous system (1959) (0)
Tracer Studies Concerning the Influence of Hormones on the Passage of Ions Through Living Membranes (1949) (0)
[Not Available]. (1947) (0)
EPITHELIAL TRANSPORT. INTRODUCTION (1981) (0)
Acceptance of the 1999 A.N. Richards Award (1999) (0)
Recent Progress in Renal Physiology (Part 2 of 4) (1986) (0)

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