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1) An allosteric site Is: a) a unique sequence of amino acid residues; b) a regulatory center distant from the active center; c) cofactor; d) molecular site; e) coenzyme. 2) What is the non-protein part of the enzyme called: a) apoenzyme; b) coenzyme; c) holoenzyme; d) multienzyme; e) isoenzyme; 3) What model of interaction between enzyme and substrate was proposed by Fisher: a) "hands and gloves" b) "key and lock" (+) c) "boots and feet" d) "racks" e) "induced correspondence"? 4) The Michaelis constant is numerically equal to the concentration of the substrate at which the reaction rate is equal to: a) maximum; b) 1/2maximum c) 1/5maximum d) 1/10maximum 5) The Michaelis-Menten equation. What is the Vo/Vmax ratio when [S]=4Km

Вопрос

1) An allosteric site Is: a) a unique sequence of amino acid residues; b) a regulatory center distant from the active center; c) cofactor; d) molecular site; e) coenzyme. 2) What is the non-protein part of the enzyme called: a) apoenzyme; b) coenzyme; c) holoenzyme; d) multienzyme; e) isoenzyme; 3) What model of interaction between enzyme and substrate was proposed by Fisher: a) "hands and gloves" b) "key and lock" (+) c) "boots and feet" d) "racks" e) "induced correspondence"? 4) The Michaelis constant is numerically equal to the concentration of the substrate at which the reaction rate is equal to: a) maximum; b) 1/2maximum c) 1/5maximum d) 1/10maximum 5) The Michaelis-Menten equation. What is the Vo/Vmax ratio when [S]=4Km

1) An allosteric site Is: a) a unique sequence of amino acid residues; b) a regulatory center distant from the active center; c) cofactor; d) molecular site; e) coenzyme. 2) What is the non-protein part of the enzyme called: a) apoenzyme; b) coenzyme; c) holoenzyme; d) multienzyme; e) isoenzyme; 3) What model of interaction between enzyme and substrate was proposed by Fisher: a) "hands and gloves" b) "key and lock" (+) c) "boots and feet" d) "racks" e) "induced correspondence"? 4) The Michaelis constant is numerically equal to the concentration of the substrate at which the reaction rate is equal to: a) maximum; b) 1/2maximum c) 1/5maximum d) 1/10maximum 5) The Michaelis-Menten equation. What is the Vo/Vmax ratio when [S]=4Km

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1) b) a regulatory center distant from the active center;<br />2) b) coenzyme;<br />3) b) "key and lock" $(+)$<br />4) b) $1/2maximum$<br />5) When $[S]=4Km$, the Vo/Vmax ratio is $1/2$.
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