H. Lichstein

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Aliases
H Lichstein, Herman C. Lichstein, Herman Carlton Lichstein, H. C. Lichstein, H. Lichstein, H C Lichstein
Publication record
128 papers · 1,701 citations · H-index 23

PAPERS

E-COMMERCE WILL BENEFIT CHINA
19980 citationsauthor #1
Herman Lichstein interviewed by Clifford Grulee and Curt Bubel, November 10, 1988
19880 citationsauthor #3
26 – The Microbes' Contribution to Nutritional Science
19820 citationsauthor #1
Uptake of extracellular biotin by Escherichia coli biotin prototrophs
197812 citationsauthor #2
Regulation of lysine transport by feedback inhibition in Saccharomyces cerevisiae
197630 citationsauthor #2
Biotin Uptake by Cold-Shocked Cells, Spheroplasts, and Repressed Cells of Saccharomyces cerevisiae: Lack of Feedback Control
197410 citationsauthor #2
Transport overshoot during biotin uptake by Saccharomyces cerevisiae.
197215 citationsauthor #2
Characterization of the Biotin Transport System in Saccharomyces cerevisiae
196950 citationsauthor #2
Regulation of Biotin Transport in Saccharomyces cerevisiae
196946 citationsauthor #2
Biosynthesis of biotin in microorganisms. VII. Effect of glucose on vitamer synthesis by thermophiles
19681 citationsauthor #2
Biosynthesis of Biotin in Microorganisms VI. Further Evidence for Desthiobiotin as a Precursor in Escherichia coli
196714 citationsauthor #2
Biosynthesis ofBiotin inMicroorganisms VI.Further Evidence forDesthiobiotin as a Precursor inEscherichia coli
19670 citationsauthor #1
Cell Permeability: a Factor in the Biotin-Oleate Relationship in Lactobacillus arabinosus II. Effect of Oleic Acid and Other Surfactants on Free Biotin Uptake
19677 citationsauthor #2
Biosynthesis of Biotin in Microorganisms V. Control of Vitamer Production
196714 citationsauthor #3
Inducible Glutamate Transport in Mycobacteria and Its Relation to Glutamate Oxidation
196730 citationsauthor #4
Metabolism of Biotin and Analogues of Biotin by Microorganisms IV. Degradation of Biotin, Oxybiotin, and Desthiobiotin by Lactobacillus casei
19663 citationsauthor #2
Biosynthesis of biotin in microorganisms. IV. Repression and derepression of (+ -)-biotin synthesis from (+)-desthiobiotin.
196616 citationsauthor #2
Metabolism of Biotin and Analogues of Biotin by Microorganisms
19667 citationsauthor #2
Metabolism of Biotin and Analogues of Biotin by Microorganisms III. Degradation of Oxybiotin and Desthiobiotin by Lactobacillus plantarum
19664 citationsauthor #2
Conversion of d-Biotin to Biotin Vitamers by Lactobacillus arabinosus
196510 citationsauthor #2
Biotin Transport and Accumulation by Cells of Lactobacillus plantarum II. Kinetics of the System
196518 citationsauthor #2
Repression of Tryptophanase Synthesis in Escherichia coli
196526 citationsauthor #2
Biotin Transport and Accumulation by Cells of Lactobacillus plantarum I. General Properties of the System
196537 citationsauthor #2
THE BIOSYNTHESIS OF BIOTIN IN MICROORGANISMS. II. MECHANISM OF THE REGULATION OF BIOTIN SYNTHESIS IN ESCHERICHIA COLI.
196518 citationsauthor #2
THE BIOSYNTHESIS OF BIOTIN IN MICROORGANISMS. I. THE PHYSIOLOGY OF BIOTIN SYNTHESIS IN ESCHERICHIA COLI.
196528 citationsauthor #2
Experimental Microbial Physiology
196511 citationsauthor #2
COMBINABILITY OF AVIDIN AND STREPTAVIDIN WITH ANALOGS OF BIOTIN.
19658 citationsauthor #1
THE BIOSYNTHESIS OF BIOTIN IN MICROORGANISMS. 3. THE BIOSYNTHESIS OF (+)-BIOTIN FROM DESTHIOBIOTIN AND ITS CONTROL IN ESCHERICHIA COLI.
196514 citationsauthor #2
Observations on the Use of Avidin in Bacteriological Media.∗
19647 citationsauthor #2
THE INHIBITION OF THE MALIC ENZYME OF LACTOBACILLUS ARABINOSUS 17-5 BY OLEIC ACID. II. PREVENTION OF ENZYME INHIBITION.
19634 citationsauthor #2
THE INHIBITION OF MALIC ENZYME OF LACTOBACILLUS ARABINOSUS 17-5 BY OLEIC ACID. I. OBSERVATIONS ON THE REACTION.
196312 citationsauthor #2
EFFECT OF TWEEN 80 ON THE GROWTH OF TUBERCLE BACILLI IN AERATED CULTURES
196314 citationsauthor #2
Growth Requirements of Saccharomyces cerevisiae as a Result of Incubation at Increased Temperature.∗
19636 citationsauthor #2
TRYPTOPHANASE-TRYPTOPHAN SYNTHETASE SYSTEMS IN ESCHERICHIA COLI I
19623 citationsauthor #2
TRYPTOPHANASE-TRYPTOPHAN SYNTHETASE SYSTEMS IN ESCHERICHIA COLI III
19620 citationsauthor #2
Tryptophanase-tryptophan synthetase systems in Escherichia coli. I. Effect of tryptophan and related compounds.
196210 citationsauthor #2
TRYPTOPHANASE-TRYPTOPHAN SYNTHETASE SYSTEMS IN ESCHERICHIA COLI II
196211 citationsauthor #2
Control of biotin synthesis in Escherichia coli by exogenous biotin.
196213 citationsauthor #2
Malic enzyme induction by lactic acid bacteria. I. A method for the study of nutritional interactions.
19615 citationsauthor #2
Metabolic control mechanisms in bacteria.
19610 citationsauthor #1
Factors affecting the growth of Mycobacterium tuberculosis in aerobic and stationary cultures.
196111 citationsauthor #2
FACTORS AFFECTING THE ACCUMULATION OF BIOTIN BY LACTOBACILLUS ARABINOSUS
196121 citationsauthor #1
Malic enzyme induction by lactic acid bacteria. II. Purine and pyrimidine requirements.
19617 citationsauthor #2
Studies in histochemistry. LVI. Microbiological determination of biotin in microgram amounts of tissue.
19608 citationsauthor #2
Increased nutritional requirements of Saccharomyces cerevisiae as a result of incubation at 38 degrees C.
19600 citationsauthor #1
Microbial nutrition.
19602 citationsauthor #1
Increased Nutritional Requirements of Saccharomyces cerevisiae as a Result of Incubation at 38°C.∗
19608 citationsauthor #1
INHIBITORY EFFECT OF GLUCOSE ON TRYPTOPHANASE
196024 citationsauthor #2
Studies in histochemistry. LII. Quantitative determination of coenzyme A in microgram amounts of tissue by a microbiological technique.
19592 citationsauthor #2
III. : Physiological Aspects of Growth Initiation.
19597 citationsauthor #1
III
19590 citationsauthor #1
Effect of Alcohols on Lecithinase of Clostridium perfringens. ∗
19581 citationsauthor #2
Influence of Age on Metabolic Activity of Mycobacterium tuberculosis.
19582 citationsauthor #2
On the specificity of biotin in the metabolism of propionibacteria.
19582 citationsauthor #1
On the permeability of Lactobacillus arabinosus to biotin.
195817 citationsauthor #1
Studies in Histochemistry LIII. Microbiological Assay in Quantitative Histo- and Cytochemistry.∗
19582 citationsauthor #2
COMPARISON OF MICROORGANISMS FOR THE ASSAY OF BOUND BIOTIN
19585 citationsauthor #2
Bound biotin in oxaloacetic carboxylase preparations.
19577 citationsauthor #1
Introduction to bacterial physiology: By C. E. Clifton, Professor of Medical Microbiology, Stanford University, Stanford, California. McGraw-Hill Book Company Inc., New York, N. Y. 1957. 414 pp. Price $8.50
19570 citationsauthor #1
Biotin requirements of a mutant strain of Escherichia coli.
19573 citationsauthor #2
STUDIES OF A “PARTICULATE” FORMIC DEHYDROGENASE FROM ESCHERICHIA COLI
19565 citationsauthor #2
Cell permeability: a factor in the biotin-oleate relationship in Lactobacillus arabinosus.
195613 citationsauthor #2
Vitamin B6 and protein synthesis.
19566 citationsauthor #1
The biotin requirements of the genus Propionibacterium.
19556 citationsauthor #1
Mechanism of Competitive Action of Isonicotinic Acid Hydrazide and Vitamin B6.∗
195517 citationsauthor #1
METABOLISM of microorganisms.
19551 citationsauthor #1
THE EFFECT OF CARBOHYDRATES ON THE TRYPTOPHANASE ACTIVITY OF BACTERIA
195533 citationsauthor #2
THE INFLUENCE OF NUTRITION ON THE SERINE AND THREONINE DEAMINASES OF MICROORGANISMS
19558 citationsauthor #2
The presence of bound biotin in purified preparations of oxalacetic carboxylase.
195525 citationsauthor #1
The dual role of biotin in glucose metabolism of Saccharomyces cerevisiae
19554 citationsauthor #1
Stimulatory Effect of Carbohydrates on Aspartic Acid Deaminase Activity of Bacterium cadaveris ∗
19541 citationsauthor #2
STUDIES ON THE FORMIC HYDROGENLYASE SYSTEM OF BACTERIA
19543 citationsauthor #1
The role of biotin in carbohydrate metabolism of Saccharomyces cerevisiae.
195412 citationsauthor #2
THE FORMIC HYDROGENLYASE SYSTEM OF AEROBACTER AEROGENES
19539 citationsauthor #1
Cofactor requirements for the formic hydrogenlyase, formic dehydrogenase and hydrogenase systems of bacteria.
19533 citationsauthor #1
Effect of Carbohydrates on Aspartic Acid Deaminase Activity of Bacteria.∗
19536 citationsauthor #2
A cofactor for the formic hydrogenylase enzyme system.
19520 citationsauthor #1
A Cofactor for the Formic Hydrogenlyase Enzyme System.∗
19526 citationsauthor #1
Effects of Nutrition on Aspartic Acid Deaminase System of Bacterium cadaveris ∗
19521 citationsauthor #2
THE EFFECT OF X RADIATION ON THE ADAPTIVE FORMATION OF FORMIC HYDROGENLYASE IN ESCHERICHIA COLI
195220 citationsauthor #2
Metabolism of microorganisms.
19520 citationsauthor #1
THE EFFECT OF OLEIC ACID AND OF BIOTIN ON THE FORMIC HYDROGENLYASE AND FORMIC DEHYDROGENASE ENZYME SYSTEMS
19517 citationsauthor #1
Functions of biotin in enzyme systems.
195132 citationsauthor #1
Inhibition of Pantothenate Synthesis by Streptomycin∗
195110 citationsauthor #1
NUTRITIONAL REQUIREMENTS FOR THE PRODUCTION OF FORMIC HYDROGENLYASE, FORMIC DEHYDROGENASE, AND HYDROGENASE IN ESCHERICHIA COLI
195125 citationsauthor #2
THE INHIBITORY EFFECT OF GLUCOSE ON CERTAIN AMINO ACID DEAMINASES
195111 citationsauthor #2
THE INFLUENCE OF VITAMIN B12 ON OXIDATION BY A MUTANT STRAIN OF ESCHERICHIA COLI
195117 citationsauthor #5
THE COMPARATIVE EFFECTS OF BIOCYTIN AND A YEAST EXTRACT CONCENTRATE ON ASPARTIC ACID DEAMINASE
19504 citationsauthor #1
FURTHER STUDIES ON THE BIOTIN COENZYME
19509 citationsauthor #1
NUTRITIONAL REQUIREMENTS FOR HYDROGENASE PRODUCTION BY ESCHERICHIA COLI
195016 citationsauthor #2
THE RELATIONSHIP OF BIOTIN TO THE COENZYME OF CERTAIN AMINO ACID DEAMINASES
19506 citationsauthor #2
STUDIES ON THE DISAPPEARANCE OF FOLIC ACID FROM BACTERIAL CELLS
19501 citationsauthor #1
Aspartic Acid Decarboxylase in Bacteria.∗
195023 citationsauthor #2
On the mode of action of biotin.
19495 citationsauthor #1
ASPARTIC ACID DECARBOXYLATION BY RHIZOBIUM TRIFOLII.
19490 citationsauthor #2
The probable existence of a coenzyme form of biotin.
194911 citationsauthor #1
THE NATURE OF THE COENZYME OF ASPARTIC ACID, SERINE, AND THREONINE DEAMINASES
194914 citationsauthor #1
STUDIES ON THE ASPARTIC ACID DECARBOXYLASE OF RHIZOBIUM TRIFOLII
194926 citationsauthor #2
GROWTH PROMOTION AND ANTIBIOTIN EFFECT OF HOMOBIOTIN AND NORBIOTIN
194911 citationsauthor #2
ASPARTIC ACID DECARBOXYLATION BY RHIZOBIUM TRIFOLII
19492 citationsauthor #2

TIMELINE

1940 62 citations

1941 22 citations

1944 237 citations

1945 162 citations

1946 63 citations

1947 69 citations

1948 33 citations

1949 69 citations

1950 59 citations

1951 102 citations

1952 27 citations

1953 18 citations

1954 16 citations

1955 94 citations

1956 24 citations

1957 10 citations

1958 29 citations

1959 9 citations

1960 42 citations

1961 44 citations

1962 37 citations

1963 36 citations

1964 7 citations

1965 170 citations

1966 30 citations

1967 65 citations

1968 1 citations

1969 96 citations

1972 15 citations

1974 10 citations

1976 30 citations

1978 12 citations

1982 0 citations

1988 0 citations

1998 0 citations

Unknown 2 citations

H. Lichstein

PROFILE

PAPERS

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