Einar Hammarsten

Einar Hammarsten's AcademicInfluence.com Rankings

Einar Hammarsten

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Philosophy

Why Is Einar Hammarsten Influential?

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According to Wikipedia, Einar Hammarsten was a Swedish physician and professor of pharmacy and chemistry at the Karolinska Institute from 1928 to 1957. His area of research was the chemistry of the cell nucleus, in particular nucleic acids.

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Einar Hammarsten'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

Precursors of 6-Methoxybenzoxazolinone in Maize and Wheat Plants, their Isolation and Some of their Properties. (1959) (148)
PYRIMIDINE NUCLEOSIDES AS PRECURSORS OF PYRIMIDINES IN POLYNUCLEOTIDES (1950) (89)
Molecular Shape and Size of Thymonucleic Acid (1938) (79)
Crystal Structure of the Addition Compound Benzene-Chlorine (1:1). (1959) (63)
On the Crystal Structure of Cinnabar. (1950) (56)
Rate of Renewal of Ribo‐ and Desoxyribo Nucleic Acids (1946) (49)
Turnover Rates During Formation of Proteins and Polynucleotides in Regenerating Tissues (1951) (44)
Glycine as a precursor of purines in yeast. (1948) (37)
Interactions of proteins and nucleic acid (1935) (37)
EXPERIMENTS WITH N15 ON PURINES FROM NUCLEI AND CYTOPLASM OF NORMAL AND REGENERATING LIVER (1948) (37)
Crystal Structure of the Addition Compound 1,4-Dioxan-Chlorine. (1959) (37)
Infrared Studies of Some Phosphorus Ylids Containing Oxygen. (1961) (33)
The stability of deoxyribonucleic acid in glycol solution (1963) (23)
Proton Magnetic Resonance of Thiophenes. III. Splitting of Side-chain Resonance Peaks. (1959) (22)
Studies on the hemoglobin formation during regenerative erythropoiesis. (1953) (21)
Pyrimidine Nucleotides as Precursors of Ribonucleic Acid (PNA) Pyrimidines. (1949) (21)
An Interferometric Method for Recording the Refractive Index Derivative in Concentration Gradients. II. Arrangement for and Theory of the Purely Optical Differentiation of the Refractive Index Function. (1950) (19)
The Separation of Intestinal Invertase and Three Different Intestinal Maltases on TEAE-cellulose by Gradient Elution, Frontal Analysis and Mutual Displacement Chromatography. (1959) (16)
The Turnover of Polynucleotides and Proteins in Regenerating Rat Liver, Studied with Glycine-15N. (1956) (15)
The Acid Mucopolysaccharides of Furth's Mastocytoma in the Mouse. (1959) (14)
The behaviour of crystallized secretin when digested with proteolytic enzymes (1937) (14)
Determination of epsilon-Aminocaproic Acid in Urine by Means of High-Voltage Paper Electrophoresis. (1959) (14)
Studies on the Hydrolysis of Metal Ions. 23. Hydrolysis of the Ion Bi6(OH)6+12 in Perchlorate Medium. (1959) (13)
Purification of secretin. 5. (1933) (13)
Inability of Guanosine to Act as a Precursor of Polynucleotides. (1950) (11)
Mixed Solvent Effect with Dibutyl Phosphate. Modification of a Method for the Preparation of Carrier-free Yttrium-90. (1959) (11)
Preparation and Properties of Glucoconringiin, the Precursor of the Thyreostatic 5,5-Dimethyl-2-Oxazolidinethione. (1959) (10)
Use of ethylene glycol in counter flow electrophoresis and in cold concentration of DNA and protein solutions (1962) (9)
TRACER STUDIES OF NITROGEN ASSIMILATION IN YEAST (1949) (7)
Biologically Active Fractions from Haemophilus Pertussis. (1959) (7)
Cytochrome c in Sea-Urchin Eggs. (1950) (6)
Separation of acid polyelectrolytes and proteins in cellular extracts—I† (1959) (6)
Preliminary Notes on the Separation of Nucleic Acids and Proteins by Counter Flow Electrophoresis. (1961) (5)
Purification and Properties of a Bacterial Glucose Dehydrogenase. (1959) (5)
Specificity of a Purified Hog Intestinal Maltase Fraction. Competitive Activity by Other Substrates. (1959) (4)
Microbiological Activity of Mixed Disulfides for Lactobacillus fermenti. (1959) (3)
The Mechanism of Inactivation of SH-Enzymes by X-Rays. (1959) (3)
Studies on Escherichia coli B in the Lag Phase of Growth. (1957) (3)
A New Sensitive Detector for Gas Chromatography. (1959) (2)
Chromatographic Separation of Chondrosin and Hyalobiuronic Acid on an Acidic Resin. (1959) (2)
Partition chromatographic separation of adenine and guanine. (1949) (2)
On the Synthesis of Protein and Polynucleotides in Spores of Penicillium brevicompactum. (1957) (2)
Separation of Nucleic Acids and Protein by Electrophoresis Combined with Counter Flow. (1960) (2)
Inhibitor Effects on Light-Induced Phosphorylation. A Comparison between Plant and Bacterial Systems. (1959) (2)
Inability of two Hydantoins to act as Precursors of Pyrimidines in Ribonucleic Acid. (1950) (1)
The Osmotic Pressure of Macroions. (1959) (1)
Adsorption of Water Vapour by Tissue Polysaccharide. (1959) (1)
THE DISAPPEARANCE OF AMINO NITROGEN FROM CELL-FREE LIVER EXTRACTS. II (1939) (1)
Thiamine Pantetheine Disulfide as a Microbial Growth Factor. (1959) (1)
Isolation of a New Neutral Amino Acid from Lactarius helvus. (1959) (1)
On the Structure of the New Neutral Amino Acid A Isolated from Lactarius helvus. (1959) (0)
The Phosphotransferase Activity of Alkaline Phosphatases. Studies with Hydroxylamino Acids and Amines as Acceptors. (1959) (0)
[Correlation between protein and polynucleotide synthesis in Escherichia coli]. (1954) (0)
A CONJUGATED NUCLEIC ACID OF PANCREAS (1920) (0)
Apparent Phosphate Ion Effect on Activity of Phosphoprotein Phosphatase. (1959) (0)
Phosphorylmuramic Acid in Lactobacillus casei. Its Presence in Protein and in a Nucleoside-pyrophosphate Fraction. (1959) (0)

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What Schools Are Affiliated With Einar Hammarsten?

Einar Hammarsten is affiliated with the following schools:

Karolinska Institute