Robert Corey
#7,355
Most Influential Person Across History
American biochemist
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Biology
Why Is Robert Corey Influential?
(Suggest an Edit or Addition)According to Wikipedia, Robert Brainard Corey was an American biochemist, mostly known for his role in discovery of the α-helix and the β-sheet with Linus Pauling. Also working with Pauling was Herman Branson. Their discoveries were remarkably correct, with even the bond lengths being accurate until about 40 years later. The α-helix and β-sheet are two structures that are now known to form the backbones of many proteins.
Robert Corey'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 structure of proteins; two hydrogen-bonded helical configurations of the polypeptide chain. (1951) (2403)
- Configurations of Polypeptide Chains With Favored Orientations Around Single Bonds: Two New Pleated Sheets. (1951) (716)
- A Textbook of Soil Chemical Analysis (1973) (645)
- An investigation of the structure of silk fibroin. (1955) (546)
- The pleated sheet, a new layer configuration of polypeptide chains. (1951) (544)
- Compound Helical Configurations of Polypeptide Chains: Structure of Proteins of the α-Keratin Type (1953) (361)
- Atomic coordinates and structure factors for two helical configurations of polypeptide chains. (1951) (351)
- The Crystal Structure of Glycine (1939) (297)
- Two Rippled-Sheet Configurations of Polypeptide Chains, and a Note about the Pleated Sheets. (1953) (214)
- A Proposed Structure For The Nucleic Acids. (1953) (211)
- Fundamental dimensions of polypeptide chains (1953) (196)
- Two hydrogen-bonded spiral configurations of the polypeptide chain (1950) (196)
- Molecular Models of Amino Acids, Peptides, and Proteins (1953) (186)
- The structure of synthetic polypeptides. (1951) (154)
- The structure of fibrous proteins of the collagen-gelatin group. (1951) (154)
- The Crystal Structure of Ls-Threonine1 (1950) (147)
- The Crystal Structure of Diketopiperazine (1938) (122)
- Specific hydrogen-bond formation between pyramidines and purines in deoxyribonucleic acids. (1956) (101)
- Configuration of Polypeptide Chains (1951) (96)
- The structure of hair, muscle, and related proteins. (1951) (93)
- The structure of tussah silk fibroin (with a note on the structure of β-poly-l-alanine) (1955) (86)
- Structure of the Nucleic Acids (1953) (78)
- Stable configurations of polypeptide chains (1953) (76)
- The Crystal Structure of dl-Alanine (1941) (74)
- Interatomic Distances and Bond Angles in the Polypeptide Chain of Proteins1,2 (1950) (65)
- The structure of feather rachis keratin. (1951) (50)
- Shaping Biomedicine as an Information Science Timothy 1 enoir (45)
- The polypeptide-chain configuration in hemoglobin and other globular proteins. (1951) (45)
- Silicate Analysis by a Rapid Semimicrochemical System (1953) (41)
- LONG SPACINGS IN MACROMOLECULAR SOLIDS (1936) (38)
- Two Pleated-Sheet Configurations of Polypeptide Chains Involving Both Cis and Trans Amide Groups. (1953) (35)
- PRELIMINARY X-RAY DIFFRACTION STUDIES OF CRYSTAL FORMS OF FREE AND INHIBITED CHYMOTRYPSIN. (1965) (33)
- X-RAY REFLECTIONS OF LONG SPACING FROM TENDON. (1935) (32)
- X-Ray Diffraction Patterns from Reprecipitated Connective Tissue (1936) (31)
- GERMANIUM.1 VII. THE HYDRIDES OF GERMANIUM (1924) (31)
- Spectrometric Measurements on Hexamethylene Tetramine and Urea (1934) (30)
- THE ULTRACENTRIFUGAL CRYSTALLIZATION OF TOBACCO MOSAIC VIRUS PROTEIN. (1936) (30)
- The Crystal Structure of Thiourea (1932) (22)
- The crystal structure of silk fibroin (1955) (22)
- THE PLANARITY OF THE AMIDE GROUP IN POLYPEPTIDES (1952) (22)
- Configurations of Polypeptide Chains with Equivalent Cis Amide Groups. (1952) (21)
- The Structure of Protein Molecules (1954) (20)
- An X‐ray investigation of wet lysozyme chloride crystals. Preliminary report on crystals containing complex ions of niobium and tantalum (1962) (20)
- X-ray studies of amino acids and peptides. (1948) (19)
- THE PREPARATION OF (Nb$sub 6$Cl$sub 12$)Cl$sub 2$ /center dot/ 7H$sub 2$O (1960) (19)
- Calculated form factors for the 18‐residue 5‐turn α‐helix (1955) (18)
- Structure Of Lysozyme: An X-ray Investigation of Lysozyme Chloride Crystals containing Complex Ions of Niobium and Tantalum : Three-dimensional Fourier Plot obtained from Data extending to a Minimum Spacing of 5 Å (1962) (18)
- Interatomic Distances in Proteins and Related Substances. (1940) (18)
- The crystal structure of glycyl-l-asparagine (1954) (17)
- The Configuration of Polypeptide Chains in Proteins (1954) (15)
- The crystal structure of tetramethyl, trimethyl, and triethyl methyl ammonium chlorastannates (1929) (15)
- Structure of the Synthetic Polypeptide Poly-γ-methyl-L-glutamate (1952) (12)
- The Reaction of “Aluminon” with Hydroxides of Scandium, Gallium, Indium, Thallium and Germanium. (12)
- X-RAY DIFFRACTIONS FROM HEMOGLOBIN AND OTHER CRYSTALLINE PROTEINS. (1935) (10)
- The Crystal Structure of Zinc Hydroxide (1933) (9)
- The Crystal Structure of L~s~-Threonine (1950) (8)
- Automatic Weight-Driven Time-Controlled Fraction Collector (1951) (7)
- Configuration of the Peptide Link and of Asparagine in Glycyl-L-Asparagine (1952) (7)
- GERMANIUM. VIII. THE PHYSICAL PROPERTIES OF MONOGERMANE1 (7)
- An X-ray investigation of air-dried lysozyme chloride crystals: the three-dimensional Patterson function (1952) (7)
- On the Structure of Methyl Urea (1933) (5)
- AN APPARATUS FOR THE STUDY OF RESPIRATORY QUOTIENT AND BASAL METABOLISM OF MICE (1930) (3)
- X-ray crystallographic studies of compounds of biological interest. (1951) (3)
- The Lotmar–Picken X-Ray Diagram of Dried Muscle (1952) (2)
- X-Ray Diffraction Studies of Crystalline Amino Acids and Peptides (1951) (2)
- The Crystal Structure of Silver Sulfate Tetrammoniate (1934) (2)
- X-ray diffraction studies of crystalline amino acids, peptides and proteins. (1968) (2)
- The crystal structure of trimethyl ethyl ammonium chlorostannate (1929) (2)
- An X‐ray investigation of air‐dried lysozyme chloride crystals. II: correction (1955) (1)
- Scale models of polypeptide chains with permanent connections between `backbone' atoms (1959) (1)
- The Crystal Structure of Tetramethyl Ammonium Fluosilicate (1934) (1)
- The crystal structure of dimethyl diethyl ammonium chlorostannate (1929) (1)
- Additions and Corrections - The Crystal Structure of dl-Alanine (1941) (1)
- The Crystal Structures of Trimethyl and Dimethyl Ethyl Sulphonium Chlorostannates and of Methyl Triethyl Phosphonium Chlorostannate (1930) (1)
- Line Focus with a Gas Type X‐Ray Tube (1936) (1)
- The Crystal Structure of Dimethyl Ammonium Chlorostannate (1934) (1)
- A Simple Aliquoter for Routine Analysis1 (1961) (0)
- THE EFFECTS OF CATHODE RAYS ON THE PROTEINS OF SERUM (1929) (0)
- X-Ray Diffractions from Hemoglobin and Other Crystalline Proteins (1935) (0)
- Structure of the synthetic polypeptide poly-gamma-methyl-L-glutamate. (1952) (0)
- Magnetic hydrogen bonds for molecular models (1958) (0)
- The test for calcium with ammonium oxalate (1927) (0)
- Additions and Corrections-Interatomic Distances and Bond Angles in the Polypeptide Chain of Proteins (1950) (0)
- The solubility of chromic hydroxide in alkalies. (1927) (0)
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