John R. Johnson
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Most Influential Person Across History
Chemist
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Chemistry
John R. Johnson's Degrees
- Bachelors Chemistry University of California, Berkeley
- PhD Chemistry Stanford University
Why Is John R. Johnson Influential?
(Suggest an Edit or Addition)According to Wikipedia, John Raven Johnson was an American chemist. Johnson was notable, among other things, for the discovery of the nearly quantitative oxidation of organoboranes to alcohols by alkaline hydrogen peroxide. Johnson was Todd Professor Emeritus of Chemistry at Cornell University, a member of the National Academy of Sciences, chair of the Cornell Department of Chemistry.
John R. Johnson's Published Works
Published Works
- Gliotoxin, The Antibiotic Principle of Gliocladium fimbriatum. I. Production, Physical and Biological Properties1 (1943) (151)
- Organoboron Compounds, and the Study of Reaction Mechanisms. Primary Aliphatic Boronic Acids1 (1938) (121)
- THE SIMPLE HALOGEN DERIVATIVES OF FURAN (1930) (105)
- THE STRUCTURE OF GLIOTOXIN (1958) (98)
- DERIVATIVES OF PHENYLBORIC ACID, THEIR PREPARATION AND ACTION UPON BACTERIA. II. HYDROXYPHENYLBORIC ACIDS1 (1932) (85)
- THE IDENTIFICATION OF MONOSUBSTITUTED ACETYLENES. DERIVATIVES OF DIETHINYL MERCURY (1926) (76)
- DERIVATIVES OF PHENYLBORIC ACID, THEIR PREPARATION AND ACTION UPON BACTERIA (1931) (68)
- Organoboron Compounds. IV. Reaction of Tri-n-butylborine with Peroxides and with Oxygen. Mechanism of Autoöxidation (1938) (60)
- Thiazolothiazoles. I. The Reaction of Aromatic Aldehydes with Dithioöxamide1 (1960) (53)
- Organoboron Compounds. III. Reactions of Tri-n-butylborine1 (1938) (52)
- Thiazolothiazoles. II. Parent heterocycle and its carboxylic and amino derivatives (1970) (47)
- Organoboron Compounds. II. The Reducing Action of Some Organoboronic Acids1 (1938) (44)
- Laboratory Experiments In Organic Chemistry (1970) (29)
- Gliotoxin. V. The Structure of Certain Indole Derivatives Related to Gliotoxin1,2 (1945) (26)
- Gliotoxin. XI. A Related Antibiotic from Penicillium terlikowski: Gliotoxin Monoacetate1 (1953) (25)
- REARRANGEMENT OF THE ALPHA-FURFURYL GROUP. 2-FURYLACETIC ACID AND 5-METHYLFUROIC ACID (1930) (23)
- ABNORMAL REACTIONS OF BENZYLMAGNESIUM CHLORIDE1 (1932) (22)
- AN ABSOLUTE METHOD FOR ESTABLISHING ORIENTATION IN THE FURAN SERIES (1933) (21)
- Gliotoxin. VI. The Nature of the Sulfur Linkages. Conversion to Desthiogliotoxin1,2 (1945) (20)
- THE STRUCTURE OF NITROFURAN AND THE MECHANISM OF NITRATION IN THE FURAN SERIES (1931) (20)
- Branched Chain Aliphatic Acids. Isomyristic, Isopalmitic and Isostearic Acids (1933) (20)
- GLIOTOXIN, THE ANTIBIOTIC PRINCIPLE OF GLIOCLADIUM FIMBRIATUM1 (1944) (20)
- CHARACTERIZATION OF ALKYL HALIDES AND ORGANOMAGNESIUM HALIDES (1931) (19)
- REARRANGEMENT OF THE ALPHA-FURFURYL GROUP. II. 5-METHYLFURFURYL CHLORIDE AND 5-METHYLFURYLACETIC ACID1 (1932) (19)
- Synthesis of Odd-numbered Keto Dibasic Acids and Corresponding Saturated Acids (1952) (19)
- Polymerization of Nitroölefins. The Preparation of 2-Nitropropene Polymer and of Derived Vinylamine Polymers (1945) (19)
- Gliotoxin. X. Dethiogliotoxin and Related Compounds1 (1953) (18)
- The Synthesis of Disubstituted Acetylenes (1938) (18)
- The Relative Reactivity of Various Functional Groups toward a Grignard Reagent (1933) (18)
- Abnormal Reactions of Benzylmagnesium Chloride. II. The Mechanism of the o-Tolyl Rearrangement1 (1933) (17)
- Gliotoxin, the Antibiotic Principle of Gliocladium fimbriatum. II. General Chemical Behavior and Crystalline Derivatives1 (1944) (15)
- Studies of 1,3-Dienes. II. Stereoisomerism of Bromides and Glycols Derived from 2,3-Dimethyl-1,3-butadiene1 (1946) (14)
- THE SPECTROCHEMISTRY OF FURAN AND ITS DERIVATIVES (1931) (14)
- Gliotoxin. VII. Synthesis of Pyrazinoindolones and Pyridindolones1 (1947) (14)
- A Study of Propyne-Allene Tautomerism. 1,3-Diphenylpropyne (Benzylphenylacetylene) and Related Compounds (1938) (12)
- The Aromatic Character of the Furan Nucleus. Preparation and Reactions of Simple 3-Aminofurans (1937) (12)
- Advances in Organic Chemistry: Methods and Results. (1960) (12)
- Studies of 1,3-Dienes. The Mercuration of 1,3-Butadiene and Synthesis of 2,3-Dialkoxy-1,3-butadienes (1941) (12)
- THE ABSORPTION SPECTRA OF THE GAMMA-PYRONES AND PYROXONIUM SALTS1 (1930) (11)
- Gliotoxin, The Antibiotic Principle of Gliocladium fimbriatum. III. The Structure of Gliotoxin: Degradation by Hydriodic Acid1 (1944) (11)
- The Structure of Ketene Dimer (1953) (11)
- THE STRUCTURE OF WEDEKIND'S KETENIUM COMPOUNDS* (1936) (11)
- Progress in the chemistry of organic natural products, vol. 7 (1952) (10)
- I. Brief History of the Chemical Study of Penicillin (1949) (8)
- ARSENATED DERIVATIVES OF PHENYLDIKETO-PYRROLIDINE1 (1923) (8)
- THE OXIDATION OF 2-AMINOBENZOTHIAZOLES1 (1943) (8)
- REARRANGEMENT OF UNSATURATED 1,4-GLYCOLS. 2-METHYL-2-BUTENE-1,4-DIOL (1932) (7)
- Gliotoxin, the Antibiotic Principle of Gliocladium fimbriatum. IV. The Structure of Gliotoxin: The Action of Selenium (1944) (7)
- AZIDO-DITHIOCARBONIC ACID. V. ALKYL AND ACYL DERIVATIVES1,2,3 (1930) (6)
- N-Nitrosoacylarylamines as Catalysts in Addition Polymerization1 (1943) (5)
- Pyrazinoindole-1,4-diones. Ring Closure of 2-Indolecarbonyl Derivatives of α-Aminoesters (1947) (5)
- 2-PHENYLQUINOLINE-4-CARBOXYLIC ACID-6-ARSONIC ACID.1 (1921) (5)
- Gliotoxin. IX. Synthesis of the C11H8N2OS Degradation Product1 (1951) (4)
- The Addition of α,β-Dichloroethyl Ethers to Isoprene (1955) (4)
- Rearrangement of Unsaturated 1,4-Glycols. II. cis and trans Forms of 2,5-Dimethyl-3-hexene-2,5-diol (1940) (3)
- ARSENATED DERIVATIVES OF PHENOBARBITAL (1933) (2)
- Gliotoxin. VIII. Derivatives of 3-Hydroxyindoline-2-carboxylic Acid1 (1950) (2)
- Elementary laboratory experiments in organic chemistry (1933) (1)
- The synthesis of some glyoxaline derivatives (0)
- Synthesis in the glyoxaline series (0)
- CIS- AND TRANS-FORMS OF 2,5-DIMETHYL-3-HEXENE-2,5-DIOL. CORRECTION (1941) (0)
- Obituary notices: William Thomas Burgess, 1861–1939; Wallace Hume Carothers, 1896–1937; Reginald Craven, 1896–1939; William Risden Criper, 1855–1939; Percival George Lloyd, 1871–1939; George James Robertson, 1898–1939; John Trotter, 1864–1939 (1940) (0)
- The Dealcoholation of a Series of Unsaturated Diethers (1955) (0)
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