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refers to the slowdown of a metabolic pathway when products at the end of such a pathway cross a specific threshold Vmax describes reactions that require free energy to convert reactants into products feedback inhibition the number of substrate molecules that can be converted into products per endergonic second produces Lineweaver-Burke plots that have a common x-intercepts between inhibited and uninihibited enzyme-catalyzed reactions noncompetitive catalysis that includes a proton donor other than water sequential model requires that all substrates bind to the enzyme before any product is released inhibition minimized by increasing substrate concentration competitive enzymes that catalyze reactions joining molecules together ligases enzymes characterized by sigmoidal plots between reaction rate and substrate allosteric concentration switches between binding substrate to the enzyme and releasing product at concentrated model each step

refers to the slowdown of a metabolic pathway when products at the end of such a pathway cross a specific threshold Vmax describes reactions that require free energy to convert reactants into products feedback inhibition the number of substrate molecules that can be converted into products per endergonic second produces Lineweaver-Burke plots that have a common x-intercepts between inhibited and uninihibited enzyme-catalyzed reactions noncompetitive catalysis that includes a proton donor other than water sequential model requires that all substrates bind to the enzyme before any product is released inhibition minimized by increasing substrate concentration competitive enzymes that catalyze reactions joining molecules together ligases enzymes characterized by sigmoidal plots between reaction rate and substrate allosteric concentration switches between binding substrate to the enzyme and releasing product at concentrated model each step

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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refers to the slowdown of a metabolic pathway when products at the end of Vmax such a pathway cross a specific threshold describes reactions that require free energy to convert reactants into products feedback inhibition the number of substrate molecules that can be converted into products per endergonic second produces Lineweaver-Burke plots that have a common x-intercepts between inhibited and uninihibited enzyme-catalyzed reactions noncompetitive catalysis that includes a proton donor other than water sequential model requires that all substrates bind to the enzyme before any product is released inhibition minimized by increasing substrate concentration competitive enzymes that catalyze reactions joining molecules together ligases enzymes characterized by sigmoidal plots between reaction rate and substrate allosteric concentration concentrated model switches between binding substrate to the enzyme and releasing product at each step inhibitors that modify specific side chains of amino acids
Transcribed Image Text:refers to the slowdown of a metabolic pathway when products at the end of Vmax such a pathway cross a specific threshold describes reactions that require free energy to convert reactants into products feedback inhibition the number of substrate molecules that can be converted into products per endergonic second produces Lineweaver-Burke plots that have a common x-intercepts between inhibited and uninihibited enzyme-catalyzed reactions noncompetitive catalysis that includes a proton donor other than water sequential model requires that all substrates bind to the enzyme before any product is released inhibition minimized by increasing substrate concentration competitive enzymes that catalyze reactions joining molecules together ligases enzymes characterized by sigmoidal plots between reaction rate and substrate allosteric concentration concentrated model switches between binding substrate to the enzyme and releasing product at each step inhibitors that modify specific side chains of amino acids
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