August Krogh | Academic Influence

August Krogh's AcademicInfluence.com Rankings

August Krogh

Biology

#489

Historical Rank

Physiology

#26

Historical Rank

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Biology

August Krogh's Degrees

PhD Zoology University of Copenhagen

Why Is August Krogh Influential?

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According to Wikipedia, Schack August Steenberg Krogh was a Danish professor at the department of zoophysiology at the University of Copenhagen from 1916 to 1945. He contributed a number of fundamental discoveries within several fields of physiology, and is famous for developing the Krogh Principle.

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August Krogh'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 number and distribution of capillaries in muscles with calculations of the oxygen pressure head necessary for supplying the tissue (1919) (1331)
The regulation of respiration and circulation during the initial stages of muscular work (1913) (823)
The rate of diffusion of gases through animal tissues, with some remarks on the coefficient of invasion (1919) (587)
The supply of oxygen to the tissues and the regulation of the capillary circulation (1919) (465)
The Relative Value of Fat and Carbohydrate as Sources of Muscular Energy: With Appendices on the Correlation between Standard Metabolism and the Respiratory Quotient during Rest and Work. (1920) (343)
The Comparative Physiology of Respiratory Mechanisms (1941) (340)
THE MOVEMENT OF FLUID THROUGH THE HUMAN CAPILLARY WALL IN RELATION TO VENOUS PRESSURE AND TO THE COLLOID OSMOTIC PRESSURE OF THE BLOOD. (1932) (219)
THE PROGRESS OF PHYSIOLOGY. (1929) (208)
The Respiratory Exchange of the Desert Locust (Schistocerca Gregaria) before, During and After Flight (1951) (180)
The respiratory function of the blood in fishes (1919) (174)
Osmotic regulation in the frog (R. esculenta) by active absorption of chloride ions (1937) (160)
Measurements of the Blood Flow through the Lungs of Man1 (1912) (153)
The Mechanism of Flight Preparation in Some Insects (1941) (139)
The changes in respiration at the transition from work to rest (1920) (135)
On the Relation between the Temperature and the Respiratory Exchange in Fishes (131)
A comparison between voluntary and electrically induced muscular work in man (1917) (119)
Studies on the physiology of capillaries (1922) (112)
On the cutaneous and pulmonary respiration of the frog (111)
Studies on the physiology of capillaries (1921) (110)
The volume of the dead space in breathing and the mixing of gases in the lungs of man (1917) (108)
The active absorption of ions in some freshwater animals (1938) (106)
The Regulation of the Supply of Blood to the Right Heart1 (1912) (100)
DISSOLVED SUBSTANCES AS FOOD OF AQUATIC ORGANISMS (1931) (99)
On the Rate of Diffusion of Carbonic Oxide into the Lungs of Man1 (98)
The permeability of the skin of frogs to water as determined by D2O and H2O1 (1935) (89)
A Bicycle Ergometer and Respiration Apparatus for the Experimental Study of Muscular Work1 (1913) (72)
Some experiments on the cutaneous respiration of vertebrate animals1,2 (1904) (70)
On the average composition of the alveolar air and its variations during the respiratory cycle (1914) (70)
Studies on the capillariometer mechanism (1920) (69)
Features in the Architecture of Physiological Function (1934) (66)
On the Mechanism of the Gas‐Exchange in the Lungs1 (63)
Conditions of Life in the Ocean (1934) (57)
On the Tensions of Gases in the Arterial Blood1 (56)
The volume of the “dead space” in breathing (1913) (53)
Conditions of Life at Great Depths in the Ocean (1934) (52)
Studies on the physiology of capillaries: III. The innervation of the blood vessels in the hind legs of the frog. (48)
The Osmotic Concentration of Human Lacrymal Fluid (1945) (45)
METHODS FOR THE DETERMINATION OF DISSOLVED ORGANIC CARBON AND NITROGEN IN SEA WATER (1934) (44)
On Micro-Analysis of Gases (44)
A Note on the Permeability of Trout Eggs to D2O and H2O (1937) (42)
A Roundabout for Studying Sustained Flight of Locusts (1952) (42)
The Organic Metabolism of Sea-water with Special Reference to the Ultimate Food Cycle in the Sea (1935) (40)
The Effect of Walking on the Venous Pressure at the Ankle1 (1936) (35)
The Exchange of Ions between Cells and Extracellular Fluid (1944) (31)
Some New Methods for the Tonometric Determination of Gas‐Tensions in Fluids (31)
On the Influence of the Venous Supply upon the Output of the Heart1 (1912) (27)
THE INFLUENCE OF TEMPERATURE AND CERTAIN OTHER FACTORS UPON THE RATE OF DEVELOPMENT OF THE EGGS OF FISHES (1914) (27)
On the organic matter given off by algae. (26)
Studies on the capillariometer mechanism: I. The reaction to stimuli and the innervation of the blood vessels in the tongue of the frog. (25)
A micro-method for accurate determination of D(2)O in water. (1936) (25)
The exchange of hydrogen between the free water and the organic substances in the living organism1 (1936) (24)
On the Composition of the Air in the Tracheal System of some Insects (1913) (23)
A balance for the determination of insensible perspiration in man and its use1 (1936) (23)
A Gas Analysis Apparatus Accurate to 0.001% mainly designed for Respiratory Exchange Work. (1920) (23)
Physiology of the Blue Whale (1934) (22)
Precise Determination of Oxygen in Water by Syringe Pipets (1935) (22)
Determination of Standard (Basal) Metabolism of Patients by a Recording Apparatus (1923) (20)
A METHOD FOR THE DETERMINATION OF AMMONIA IN WATER AND AIR (1934) (19)
On the Hydrostatic Mechanism of the Corethra Larva with an Account of Methods of Microscopical G as Analysis (1911) (19)
A CELLULOID CAPSULE FOR MEASURING VENOUS PRESSURES. (1932) (18)
The destructive action of heat on insulin solutions. (17)
Some experiments on the exchane of potassium and sodium between single cells of Characeae and the bathing fluid (1944) (17)
On the Mechanism of the Gas‐Exchange in the Lungs of the Tortoise1 (16)
Experimental Researches on the Expiration of Free Nitrogen from the Body1 (16)
The Fermentation of Cellulose in the Paunch of the Ox and its Significance in Metabolism Experiments. (1920) (15)
On the Oxygen‐Metabolism of the Blood1 (14)
A TEXTBOOK OF HUMAN PHYSIOLOGY (1932) (13)
On the Combination of Hæmoglobin with mixtures of Oxygen and Carbonic Oxide1 (13)
Some Experiments on the Invasion of Oxygen and Carbonic Oxide into Water1 (13)
CCCXXXIII.—A syringe-pipette for precise analytical usage (1931) (12)
THE PITUITARY (POSTERIOR LOBE) PRINCIPLE IN CIRCULATING BLOOD (1926) (12)
Microscopic Observation of the Absorption of Insulin and Protamine-Insulinate (1936) (12)
Active Absorption of Anions in the Animal Kingdom (1937) (11)
A Method of Measuring Venous Pressure in the Human Leg During Walking1 (1936) (10)
A Micro‐climate Recorder (1940) (10)
KINEMATOGRAPHIC METHODS IN THE STUDY OF CAPILLARY CIRCULATION (1924) (9)
Reminiscences of Work on Capillary Circulation. A Lecture to the Students in the Harvard Medical School, 1946 (1950) (8)
Part I.—Natural membranes. Introductory paper: animal membranes (1937) (8)
The Exchange of Ions between Cells and Extracellular Fluid: The Uptake of Potassium into the Chorion Membrane from the Hen's Egg (1943) (7)
The salt concentration in the tissues of some marine animals1 (1938) (7)
On the active and passive exchanges of ions through cell surfaces and membranes in general. (1946) (7)
The Active Uptake of Ions into Cells and Organisms. (1939) (7)
Investigations on the exchange of phosphorus in teeth using radio-active phosphorus as indicator. (1937) (6)
Investigations on heavy muscular work. (1934) (6)
Sympathetic innervation of the cold spots, brought about in a reflex from the pharynx to the skin in man1 (1935) (5)
Physiological papers, dedicated to professor August Krogh (5)
The spectrocomparator, an apparatus designed for the determination of the percentage saturation of blood with oxygen or carbon monoxide (1919) (5)
The Calibration, Accuracy and Use of Gas Meters. (1920) (5)
An arrangement for determining gas exchange and respiratory quotient during severe work1 (1935) (4)
Ethyl Urethane as s Narcotic for Aquatic Animals (4)
THE TEACHING OF PHYSIOLOGY. (1939) (3)
Determination of temperature and heat production in insects (1948) (3)
Dissolved substances as food of aquatic organism. (1931) (3)
ON THE ACCURACY TO BE OBTAINED BY REPETITION OF SIMPLE MEASUREMENTS (1927) (2)
Physiology of Deep Diving in the Whale (1934) (2)
The changes in osmotic pressure and total concentration of the blood in man during and after muscular work1 (1935) (2)
Contributions to the physiology of severe muscular work. (1936) (2)
The comparative physiology of respiratory organs (1946) (1)
ON SHELLS FLOATING ON THE SURFACE OF THE SEA (1903) (1)
COMPOSITION OF THE ATMOSPHERE.2 (1920) (1)
BIOLOGY AND INDUSTRY IN COOPERATION. (1938) (1)
Behaviour of carbohydrates in rats during rest following exhausting work. (1935) (0)
AN INTRODUCTION TO THE STUDIES OF SEVERE MUSCULAR EXERCISE PUBLISHED IN THE PRESENT SUPPLEMENTARY VOLUME AND OTHER PAPERS IN THE SKAND. ARCH. (1936) (0)
The production and ripening of red blood cells. (1947) (0)
The Heat Insulating Properties of Textiles. A Preliminary Communication. (1948) (0)
The pituitary principle in the circulating blood (1926) (0)
Transport of material by diffusion and secretion in the organism. (1936) (0)
LOCAL APPLICATION OF HEAT AND COLD (1934) (0)
Magnetic Disturbances and Navigation (1904) (0)
The Language of the Bees (1952) (0)

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