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- catalog contributor b3518967.
- catalog contributor b3518968.
- catalog contributor b3518969.
- catalog created "[1967]".
- catalog date "1967".
- catalog date "[1967]".
- catalog dateCopyrighted "[1967]".
- catalog description "Bibliography: p. 121.".
- catalog description "Introduction -- Origin of limit on rate set by amount of enzyme present; the ES complex -- Rate constants for first- and second-order reactions -- Derivation of Michaelis-Menten equation under steady-state approximation. Meaning of constants Vmax and Km -- Approximations for high and low substrate concentrations -- Derivation of Michaelis-Menten equation under equilibrium assumption -- Comparison of derivations; meaning of constants -- Graphic determination of Km and Vmax. An example of non-correspondence. Km and Vmax for analogous substrates -- Behavior of competing substrates -- Differentation between competitive and non-competitive inhibition -- Quantitation of inhibition: meaning of Ki -- Dixon plot for determining Ki -- Experimental visualization of ES -- Kinetics of transport -- Effect of temperature -- Effect of pH -- Summary -- App. A. Concise derivation of Michaelis-Menten equation -- App. B. Demonstration of three linear transformations of the Michaelis- Menten equation -- App. C. Proof of the graphic method of Dixon for determining Ki -- App. D. Reprint of the 1925 paper of Briggs and Haldane -- Examination problems on enzyme kinetics. Arithmetic and graphic problems. Objective problems. Provocative problems -- Answers -- Recommended supplementary references.".
- catalog extent "viii, 124 p.".
- catalog hasFormat "Enzyme kinetics.".
- catalog isFormatOf "Enzyme kinetics.".
- catalog issued "1967".
- catalog issued "[1967]".
- catalog language "eng".
- catalog publisher "Philadelphia, Saunders".
- catalog relation "Enzyme kinetics.".
- catalog subject "574.1925".
- catalog subject "Chemical kinetics Programmed instruction.".
- catalog subject "Enzyme kinetics Programmed instruction.".
- catalog subject "Enzymes metabolism Programmed Instruction.".
- catalog subject "Enzymes outlines.".
- catalog subject "QP601 .C48".
- catalog subject "QU 18 C554e 1967".
- catalog tableOfContents "Introduction -- Origin of limit on rate set by amount of enzyme present; the ES complex -- Rate constants for first- and second-order reactions -- Derivation of Michaelis-Menten equation under steady-state approximation. Meaning of constants Vmax and Km -- Approximations for high and low substrate concentrations -- Derivation of Michaelis-Menten equation under equilibrium assumption -- Comparison of derivations; meaning of constants -- Graphic determination of Km and Vmax. An example of non-correspondence. Km and Vmax for analogous substrates -- Behavior of competing substrates -- Differentation between competitive and non-competitive inhibition -- Quantitation of inhibition: meaning of Ki -- Dixon plot for determining Ki -- Experimental visualization of ES -- Kinetics of transport -- Effect of temperature -- Effect of pH -- Summary -- App. A. Concise derivation of Michaelis-Menten equation -- App. B. Demonstration of three linear transformations of the Michaelis- Menten equation -- App. C. Proof of the graphic method of Dixon for determining Ki -- App. D. Reprint of the 1925 paper of Briggs and Haldane -- Examination problems on enzyme kinetics. Arithmetic and graphic problems. Objective problems. Provocative problems -- Answers -- Recommended supplementary references.".
- catalog title "Enzyme kinetics; a learning program for students of the biological and medical sciences [by] Halvor N. Christensen and Graham A. Palmer.".
- catalog type "Programmed instruction. fast".
- catalog type "text".