Dorothy Maud Wrinch

Dorothy Maud Wrinch's AcademicInfluence.com Rankings

Dorothy Maud Wrinch

Biology

#2277

Historical Rank

Biochemistry

#789

Historical Rank

biology Degrees

Dorothy Maud Wrinch

Mathematics

#4581

Historical Rank

Group Theory

#104

Historical Rank

Algebra

#346

Historical Rank

Measure Theory

#2034

Historical Rank

mathematics Degrees

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Biology
Mathematics

Why Is Dorothy Maud Wrinch Influential?

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According to Wikipedia, Dorothy Maud Wrinch was a mathematician and biochemical theorist best known for her attempt to deduce protein structure using mathematical principles. She was a champion of the controversial 'cyclol' hypothesis for the structure of proteins.

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Dorothy Maud Wrinch'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 Pattern of Proteins (1936) (73)
LXXV. On some aspects of the theory of probability (1919) (64)
BUILT-UP FILMS OF PROTEINS AND THEIR PROPERTIES. (1937) (60)
A Discussion on The Protein Molecule (1939) (37)
On the molecular structure of chromosomes (1936) (25)
On the Seismic Waves from the Oppau Explosion of 1921 Sept. 21. (24)
On the Pattern of Proteins (1937) (24)
On the lateral vibrations of bars of conical type (1922) (24)
The Cyclol Hypothesis and the ‘Globular’ Proteins (1937) (23)
Chromosome Behaviour in Terms of Protein Pattern (1934) (20)
ON THE STRUCTURE OF INSULIN. (1937) (19)
The Cyclol Theory and the ‘Globular’ Proteins (1937) (18)
The Relation between Geometry and Einstein's Theory of Gravitation (1921) (18)
Energy of Formation of ‘Cyclol’ Molecules (1936) (16)
Intramolecular Folding of Proteins by Keto-Enol Interchange (1937) (16)
THE STRUCTURE OF THE INSULIN MOLECULE. (1938) (13)
LXIII.On the hydration and denaturation of proteins (1938) (11)
The Structure of the Globular Proteins (1939) (11)
IS THERE A PROTEIN FABRIC (1938) (9)
An Introduction to Combinatory Analysis (1921) (9)
ON THE NATURE OF JUDGMENT (9)
Vector maps of hydrated protein crystals (1950) (9)
An Approach to the Synthesis of Polycyclic Peptides (1957) (9)
Structure of Proteins and of Certain Physiologically Active Compounds (1936) (8)
Nature of the Cyclol Bond (1939) (8)
Recent Advances in Cyclol Chemistry (1963) (7)
A Note on the Structure of Insulin (1939) (7)
Vector Maps and Crystal Analysis (1938) (7)
On the structure of insulin (1937) (7)
The Contractile Factors of the Chromosome Micelle (1935) (6)
THE NATIVE PROTEIN THEORY OF THE STRUCTURE OF CYTOPLASM (1941) (6)
The Chromosome Micelle and the Banded Structure of Chromosomes in the Salivary Gland (1935) (6)
The Native Proteins as Polycondensations of Amino Acids. (1948) (6)
Chemical aspects of polypeptide chain structures and the cyclol theory (1965) (6)
A Discussion on the Protein Molecule, 17 November 1938. Opening Address (1939) (6)
Chemical aspects of the structure of small peptides : an introduction (1960) (5)
Structure of Bacitracin A (1957) (5)
Crystal Analysis and Point Sets (1938) (5)
Lengths and Strengths of Atomic Bonds (1940) (5)
Native Proteins, Flexible Frameworks and Cytoplasmic Organization (1942) (5)
Patterson Distributions and Native Protein Crystallography (1946) (4)
XIX. Further development of the fabric theory of protein structure (1941) (4)
Some Issues in Molecular Biology and Recent Advances in the Organic Chemistry of Small Peptides (1962) (4)
XIV. A generalized hypergeometric function with n parameters (1921) (4)
The Geometrical Attack on Protein Structure (1941) (4)
VI. The fabric theory of protein structure (1940) (3)
Demonstrations: Structures proposed for protein molecules (1938) (3)
On the Vector Map of Crystalline Horsehemoglobin (1952) (3)
The Native Protein. (1947) (3)
On the Asymptotic Evaluation of Functions Defined by Contour Integrals (1928) (3)
Discussion: The Idealistic Interpretation of Einstein's Theory (1922) (3)
The Cyclol Theory and the Structure of Insulin (1939) (3)
The Variable Depth of Earthquake Foci (1922) (3)
The Cyclol Hypothesis (1940) (2)
Patterson Projection of the Skeletons of the Structure proposed for the Insulin Molecule (1940) (2)
X.—Scientific Method in some Embryonic Sciences (1930) (2)
Mary Everest Boole: Collected Works (1933) (2)
The Relations of Science and Philosophy (1927) (2)
III.—Scientific Methodology with Special Reference to Electron Theory (1927) (2)
III.—ON THE NATURE OF MEMORY (2)
Evidence for Globulite Molecules in Ribonuclease (1953) (2)
XLIV. On the synthesis of native proteins (1947) (2)
Proposed polypeptide chain configurations and the structure of horse hemoglobin (1953) (2)
Laplace's Equation and Surfaces of Revolution (1925) (2)
Skeletal Units in Protein Crystals. (1952) (2)
ON CERTAIN METHODOLOGICAL ASPECTS OF THE THEORY OF RELATIVITY (1922) (2)
A NEW CALCULATION OF THE C = C BOND STRENGTH AND OF CERTAIN RESONANCE ENERGIES. (1940) (2)
Some Boundary Problems of Mathematical Physics (2)
MR. RUSSELL'S LOWELL LECTURES (2)
CIII. On the orbits in the field of a doublet (1922) (1)
Biological specificity and protein structure. (1948) (1)
The Theory of Relativity in Relation to Scientific Method (1922) (1)
Synthetic Patterson Maps (1946) (1)
Globulite units in protein crystals (1952) (1)
Evidence for Globulite Molecules in Horse Hemoglobin (1952) (1)
Molecules of the insulin structure. (1952) (1)
V.—Aspects of Scientific Method—With Special Reference to Schrödinger's Wave Mechanics (1929) (1)
The Logic of Discovery. By R. D. Carmichael. Pp. v + 280. (No price.) 1930. (Open Court Publishing Company, London) (1932) (1)
On Mediate Cardinals (1923) (1)
XIII. An asymptotic formula for the hypergeometric function 0Δ4(z) (1921) (1)
Symposium: The Quantum Theory: How far Does it Modify the Mathematical, the Physical and the Psychological Concepts of Continuity? (1924) (1)
THE STRUCTURE OF THE INSULIN MOLECULE. (1938) (1)
The structure of horse hemoglobin in the light of the intensity map of the horse methemoglobin crystal (1954) (1)
Patterson‐Harker Maps of Molecular Crystals (1947) (1)
VIII.—On the Structure of Scientific Inquiry (1921) (1)
Symposium: The Concept of Energy (1925) (1)
Nature of the Linkages in Proteins (1937) (1)
A Contemporary Picture of the Chemical Aspects of Polypeptide Chain Structures and Certain Problems of Molecular Biology (1965) (1)
XX.—Short Communications: 2.—On the Summation of Pleasures (1918) (1)
Symposium: Is the "Fallacy of Simple Location" a Fallacy? (1927) (0)
The Native Proteins as Polycondensations of Amino Acids (1948) (0)
On Harmonics Applicable to Surfaces of Revolution (1930) (0)
Cause and Effect II (0)
Cause and Effect IV (0)
LXXXII. On the relation between certain distributions and their corresponding patterson distributions (1948) (0)
Growth and Form. D'Arcy Wentworth Thompson (1943) (0)
The Concept of Energy (0)
Scientific method in the evolution of new drugs; active patches of native proteins. (1946) (0)
The hypothesis of parallel rod‐like polypeptide chains in horse hemoglobin (1953) (0)
Vector Distributions and Crystalline Proteins (1955) (0)
Native protein networks and biological morphology. (1947) (0)
Certain Fourier Transforms and the Structure of Proteins (1950) (0)
A ‘Megamolecular’ structure factor (1952) (0)
Water and biological morphology. (1950) (0)
On the meaning of the vector map of horse methemoglobin (1955) (0)
The cage hypothesis and a common feature of X-ray diffraction studies of crystalline proteins. (1948) (0)
Criticisms and Discussions: On the Theory of Probabilities. (1920) (0)
On the Pressure Distribution Round Certain Aerofoils of High Aspect Ratio (1926) (0)
Native protein structure in the light of physico-chemical findings. (1955) (0)
Notes on a six-rayed diffraction star produced by magnetite enclosed in muscovite (1956) (0)
Recent Work in Mathematical Logic (1918) (0)
Radial Patterson Distribution Functions (1949) (0)
Additions and Corrections - The Structure of the Insulin Molecule (1938) (0)
A New Calculation of the C = C Bond Strength and of Certain Resonance Energies (1940) (0)
The Tuberculin Protein TBU-Bovine (523) (1939) (0)
Biological specificity and the synthesis of native proteins. (1946) (0)
A note on the diffraction patterns of crystalline proteins (1950) (0)
On a method for constructing harmonics for surfaces of revolution (0)
Water and biological function. (1950) (0)

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