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

宪法没有

https://doi.org/10.1057/9781137315281 structure of a protein without taking into account the actual conditions under which its native structure exists in the aqueous medium. A biologically functional protein exists in water and not in isolation. Water is a liquid having very special properties and the aqueous environment has a decisive effect on protein structure.

forebear

https://doi.org/10.1057/9781403979193is usually observed for enzymatic activity (see p. 87): activity is maximal at some intermediate pH characteristic of the enzyme in question and decreases at larger or smaller pH’s, although it does not reach the values corresponding to alkaline and acidic denaturation of the protein.

FLEET

https://doi.org/10.1057/9780230118850 being regulated and alter its action in accordance with the character of these data. The ability to maintain steady-state conditions (temperature, osmotic pressure, functional-compound concentrations, etc., which are collectively referred to as homeostasis) inherent in living organisms could not exist without special feedback mechanisms.

Infirm

Book 1969problern is the manifestation of the cooperative properties of enzymes in the kinetics of enzymatic reactions and the solution of complex kinetic problems. This problern is espe­ cially pressing in connection with research on allosteric enzymes, which are responsible for feedback in metabolic proces

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abduction

Introduction,ate multistage biochemical processes through feedback. The cybernetic processes in the cell (information storage and transfer, regulation, and control) have a chemical character and are effected at the molecular level. This distinguishes the living cell or organism from any modern machine, in which

NOVA

https://doi.org/10.1057/9781137375056ate multistage biochemical processes through feedback. The cybernetic processes in the cell (information storage and transfer, regulation, and control) have a chemical character and are effected at the molecular level. This distinguishes the living cell or organism from any modern machine, in which

Alcove

https://doi.org/10.1057/9781137375056rude terms, the molecular plan for cellular and organismic structure laid down in the genome consists principally in a program for synthesis of definite enzymes at given stages of development. A single gene corresponds to a single protein chain. The existence of this program is also the basis of her

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