In an enzymatic reaction of maltase, the disaccharide maltose is hydrolyzed to glucose. In an experiment, an inhibitor X was added to the reaction. The addition of the inhibitor brought about a change in the activity of the enzyme. When the substrate concentration was 0.125 mM, the initial velocity was 0.10 mM per minute. However, Vo 7 Initial velocity changed to 0.25 mM per minute when the substrate concentration was 0.50 mM. Hence, calculate the Km of the reaction.
In an enzymatic reaction of maltase, the disaccharide maltose is hydrolyzed to glucose. In an experiment, an inhibitor X was added to the reaction. The addition of the inhibitor brought about a change in the activity of the enzyme. When the substrate concentration was 0.125 mM, the initial velocity was 0.10 mM per minute. However, Vo 7 Initial velocity changed to 0.25 mM per minute when the substrate concentration was 0.50 mM. Hence, calculate the Km of the reaction.
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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![In an enzymatic reaction of maltase, the disaccharide maltose is hydrolyzed to glucose. In an
experiment, an inhibitor X was added to the reaction. The addition of the inhibitor brought about a
change in the activity of the enzyme. When the substrate concentration was 0.125 mM, the initial
Vo 7 Initial velocity changed to 0.25 mM per minute
velocity was 0.10 mM per minute. However,
Km
of the reaction.
when the substrate concentration was 0.50 mM. Hence, calculate the](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0539e8b8-5157-44e2-a020-0fa1d5a63bef%2F1da1594d-0933-4ea9-a523-b6fe373dc05b%2Fo8nam7_processed.jpeg&w=3840&q=75)
Transcribed Image Text:In an enzymatic reaction of maltase, the disaccharide maltose is hydrolyzed to glucose. In an
experiment, an inhibitor X was added to the reaction. The addition of the inhibitor brought about a
change in the activity of the enzyme. When the substrate concentration was 0.125 mM, the initial
Vo 7 Initial velocity changed to 0.25 mM per minute
velocity was 0.10 mM per minute. However,
Km
of the reaction.
when the substrate concentration was 0.50 mM. Hence, calculate the
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