Enzyme action
Intermediate 2 Biology
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active site
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substance that increases the rate of a chemical reaction and remains unaltered
term used to describe the state of an enzyme that has been permanently destroyed
substance on which an enzyme acts, resulting in the formation of an end product
substance formed as the result of an enzyme acting on its substrate
term used to describe the condition of a factor at which an enzyme works best
region of an enzyme where the complementary surface of the substrate becomes attached
complementary relationship of molecular structure allowing an enzyme to combine with one type of substrate only
enzyme-controlled breakdown of large complex molecules to simpler ones
building up of large complex molecules from simpler ones by an enzyme-controlled reaction
protein made by living cells that acts as a biological catalyst
type of organic chemical of which enzymes are composed
catalyst
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substance that increases the rate of a chemical reaction and remains unaltered
term used to describe the state of an enzyme that has been permanently destroyed
substance on which an enzyme acts, resulting in the formation of an end product
substance formed as the result of an enzyme acting on its substrate
term used to describe the condition of a factor at which an enzyme works best
region of an enzyme where the complementary surface of the substrate becomes attached
complementary relationship of molecular structure allowing an enzyme to combine with one type of substrate only
enzyme-controlled breakdown of large complex molecules to simpler ones
building up of large complex molecules from simpler ones by an enzyme-controlled reaction
protein made by living cells that acts as a biological catalyst
type of organic chemical of which enzymes are composed
denatured
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substance that increases the rate of a chemical reaction and remains unaltered
term used to describe the state of an enzyme that has been permanently destroyed
substance on which an enzyme acts, resulting in the formation of an end product
substance formed as the result of an enzyme acting on its substrate
term used to describe the condition of a factor at which an enzyme works best
region of an enzyme where the complementary surface of the substrate becomes attached
complementary relationship of molecular structure allowing an enzyme to combine with one type of substrate only
enzyme-controlled breakdown of large complex molecules to simpler ones
building up of large complex molecules from simpler ones by an enzyme-controlled reaction
protein made by living cells that acts as a biological catalyst
type of organic chemical of which enzymes are composed
digestion
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substance that increases the rate of a chemical reaction and remains unaltered
term used to describe the state of an enzyme that has been permanently destroyed
substance on which an enzyme acts, resulting in the formation of an end product
substance formed as the result of an enzyme acting on its substrate
term used to describe the condition of a factor at which an enzyme works best
region of an enzyme where the complementary surface of the substrate becomes attached
complementary relationship of molecular structure allowing an enzyme to combine with one type of substrate only
enzyme-controlled breakdown of large complex molecules to simpler ones
building up of large complex molecules from simpler ones by an enzyme-controlled reaction
protein made by living cells that acts as a biological catalyst
type of organic chemical of which enzymes are composed
enzyme
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substance that increases the rate of a chemical reaction and remains unaltered
term used to describe the state of an enzyme that has been permanently destroyed
substance on which an enzyme acts, resulting in the formation of an end product
substance formed as the result of an enzyme acting on its substrate
term used to describe the condition of a factor at which an enzyme works best
region of an enzyme where the complementary surface of the substrate becomes attached
complementary relationship of molecular structure allowing an enzyme to combine with one type of substrate only
enzyme-controlled breakdown of large complex molecules to simpler ones
building up of large complex molecules from simpler ones by an enzyme-controlled reaction
protein made by living cells that acts as a biological catalyst
type of organic chemical of which enzymes are composed
optimum
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substance that increases the rate of a chemical reaction and remains unaltered
term used to describe the state of an enzyme that has been permanently destroyed
substance on which an enzyme acts, resulting in the formation of an end product
substance formed as the result of an enzyme acting on its substrate
term used to describe the condition of a factor at which an enzyme works best
region of an enzyme where the complementary surface of the substrate becomes attached
complementary relationship of molecular structure allowing an enzyme to combine with one type of substrate only
enzyme-controlled breakdown of large complex molecules to simpler ones
building up of large complex molecules from simpler ones by an enzyme-controlled reaction
protein made by living cells that acts as a biological catalyst
type of organic chemical of which enzymes are composed
product
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substance that increases the rate of a chemical reaction and remains unaltered
term used to describe the state of an enzyme that has been permanently destroyed
substance on which an enzyme acts, resulting in the formation of an end product
substance formed as the result of an enzyme acting on its substrate
term used to describe the condition of a factor at which an enzyme works best
region of an enzyme where the complementary surface of the substrate becomes attached
complementary relationship of molecular structure allowing an enzyme to combine with one type of substrate only
enzyme-controlled breakdown of large complex molecules to simpler ones
building up of large complex molecules from simpler ones by an enzyme-controlled reaction
protein made by living cells that acts as a biological catalyst
type of organic chemical of which enzymes are composed
protein
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substance that increases the rate of a chemical reaction and remains unaltered
term used to describe the state of an enzyme that has been permanently destroyed
substance on which an enzyme acts, resulting in the formation of an end product
substance formed as the result of an enzyme acting on its substrate
term used to describe the condition of a factor at which an enzyme works best
region of an enzyme where the complementary surface of the substrate becomes attached
complementary relationship of molecular structure allowing an enzyme to combine with one type of substrate only
enzyme-controlled breakdown of large complex molecules to simpler ones
building up of large complex molecules from simpler ones by an enzyme-controlled reaction
protein made by living cells that acts as a biological catalyst
type of organic chemical of which enzymes are composed
specificity
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substance that increases the rate of a chemical reaction and remains unaltered
term used to describe the state of an enzyme that has been permanently destroyed
substance on which an enzyme acts, resulting in the formation of an end product
substance formed as the result of an enzyme acting on its substrate
term used to describe the condition of a factor at which an enzyme works best
region of an enzyme where the complementary surface of the substrate becomes attached
complementary relationship of molecular structure allowing an enzyme to combine with one type of substrate only
enzyme-controlled breakdown of large complex molecules to simpler ones
building up of large complex molecules from simpler ones by an enzyme-controlled reaction
protein made by living cells that acts as a biological catalyst
type of organic chemical of which enzymes are composed
substrate
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substance that increases the rate of a chemical reaction and remains unaltered
term used to describe the state of an enzyme that has been permanently destroyed
substance on which an enzyme acts, resulting in the formation of an end product
substance formed as the result of an enzyme acting on its substrate
term used to describe the condition of a factor at which an enzyme works best
region of an enzyme where the complementary surface of the substrate becomes attached
complementary relationship of molecular structure allowing an enzyme to combine with one type of substrate only
enzyme-controlled breakdown of large complex molecules to simpler ones
building up of large complex molecules from simpler ones by an enzyme-controlled reaction
protein made by living cells that acts as a biological catalyst
type of organic chemical of which enzymes are composed
synthesis
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substance that increases the rate of a chemical reaction and remains unaltered
term used to describe the state of an enzyme that has been permanently destroyed
substance on which an enzyme acts, resulting in the formation of an end product
substance formed as the result of an enzyme acting on its substrate
term used to describe the condition of a factor at which an enzyme works best
region of an enzyme where the complementary surface of the substrate becomes attached
complementary relationship of molecular structure allowing an enzyme to combine with one type of substrate only
enzyme-controlled breakdown of large complex molecules to simpler ones
building up of large complex molecules from simpler ones by an enzyme-controlled reaction
protein made by living cells that acts as a biological catalyst
type of organic chemical of which enzymes are composed
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