Titlebook: Enzyme Physics; Mikhail V. Vol’kenshtein Book 1969 Springer Science+Business Media New York 1969 enzymes.kinetics.molecule.proteins

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https://doi.org/10.1057/9781137528100 a large extent on intermolecular interactions. The reason for this high sensitivity is quite clear, lying in the difference in the phases of a light wave at different points in an asymmetric molecule. In studying the optical activity of a molecule, we are thus investigating the interference of ligh

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Nimrod and Dead Prez: Walking Like a Warriorrotein is synthesized on template RNA through the intermediary of tRNA molecules. The asymmetry of RNA is caused by that of the carbohydrate groups of ribose. It is precisely this factor that makes .- and .-amino acids nonequivalent with respect to incorporation into polypeptide chains. Proteins are

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https://doi.org/10.1057/9781403979193rates, inhibitors, and activators, i.e., in any effector. Enzymatic activity thus depends to a large extent on medium pH and hence on the degree of ionization of the corresponding groups. Inhibition and activation of an enzyme also depend on pH. The aforementioned bell-shaped curve dependence on pH

entrance

William A. Darity Jr.,Patrick L. Masonrative in character, so that the development of induced structural correspondence between an enzyme and substrate is itself a cooperative process. In this sense, enzymatic activity is based on the same phenomena that produce the elasticity of rubber, i.e., those of cooperative rotational isomer-izat

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https://doi.org/10.1057/9781137528100 a large extent on intermolecular interactions. The reason for this high sensitivity is quite clear, lying in the difference in the phases of a light wave at different points in an asymmetric molecule. In studying the optical activity of a molecule, we are thus investigating the interference of light waves in it [63].

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