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Based on the given problem, create/draw a single graph, and plot the trend lines that depict the rate of CRMSN production in the five tubes over time.

Based on the given problem, create/draw a single graph, and plot the trend lines that depict the rate of CRMSN production in the five tubes over time.

Biochemistry
Biochemistry
6th Edition
ISBN:9781305577206
Author:Reginald H. Garrett, Charles M. Grisham
Publisher:Reginald H. Garrett, Charles M. Grisham
Chapter17: Metabolism: An Overview
Section: Chapter Questions
Problem 6P: Why Do Anabolic and Catabolic Pathways Differ? Why is the pathway for the biosynthesis of a...
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helping tags: Biochemistry, spectrophotometric analysis, enzyme, substrate, coenzyme

Will upvote, just pls help me create the graph. Thanks.

denaturation of enzyme leading to loss of its activity and function. So, TDET will not be able to catalyse the conversion due to denaturation TDET requires GWRM for catalyzing the conversion of the substance TDET. WARN will bind to coenzyme GWRM which then cannot bind to enzyme TDET. Thus, TDET will not be able to catalyse the conversion of SHARE to the product. You were asked to perform an experiment using spectrophotometric analysis. The system that you are studying is a reaction catalyzed by the enzyme TDET and requires the coenzyme GWRM. In the reaction, substance SHARE is converted to a colored substance CRMSN that can be detected spectrophotometrically. All other substances will not absorb at the Amax of CRMSN. T4 No Test tube set-ups were prepared as follows: T1: SHARE + TDET T2: SHARE + TDET + GWRM T3: SHARE + TDET + GWRM + gradual heating until boiling T4: SHARE + TDET + GWRM + WARN* T5 No TDET enzyme is required along with cofactor GWRM for converting substance SHARE to the product. As SHARE is absent, TDET enzyme doesn't have the substrate which it will convert to the product. T5: TDET + GWRM *Substance WARN can bind to GWRM and prevent it from binding to TDET. Brief explanation for your answer. Do you expect product CRMSN to be formed over time? [Yes/No] T1 No Based on the given problem, create/draw a single graph, and plot the trend lines that depict the rate of CRMSN production in the five tubes over time. Because TDET enzyme requires cofactor GWRM for converting substance TDET to the product and GWRM is absent. Thus, TDET will not be able to catalyse the conversion. Because TDET enzyme requires cofactor GWRM for converting substance SHARE to the product and GWRM is present. Thus, TDET will be able to catalyse the conversion to CRMSN. Do not forget to: Label the X and Y axes. T2 Yes Use appropriate legends or label the trend lines. • Explain the generated graph. T3 No Because TDET enzyme will get denatured at such high temperature as high temperature causes
Transcribed Image Text:denaturation of enzyme leading to loss of its activity and function. So, TDET will not be able to catalyse the conversion due to denaturation TDET requires GWRM for catalyzing the conversion of the substance TDET. WARN will bind to coenzyme GWRM which then cannot bind to enzyme TDET. Thus, TDET will not be able to catalyse the conversion of SHARE to the product. You were asked to perform an experiment using spectrophotometric analysis. The system that you are studying is a reaction catalyzed by the enzyme TDET and requires the coenzyme GWRM. In the reaction, substance SHARE is converted to a colored substance CRMSN that can be detected spectrophotometrically. All other substances will not absorb at the Amax of CRMSN. T4 No Test tube set-ups were prepared as follows: T1: SHARE + TDET T2: SHARE + TDET + GWRM T3: SHARE + TDET + GWRM + gradual heating until boiling T4: SHARE + TDET + GWRM + WARN* T5 No TDET enzyme is required along with cofactor GWRM for converting substance SHARE to the product. As SHARE is absent, TDET enzyme doesn't have the substrate which it will convert to the product. T5: TDET + GWRM *Substance WARN can bind to GWRM and prevent it from binding to TDET. Brief explanation for your answer. Do you expect product CRMSN to be formed over time? [Yes/No] T1 No Based on the given problem, create/draw a single graph, and plot the trend lines that depict the rate of CRMSN production in the five tubes over time. Because TDET enzyme requires cofactor GWRM for converting substance TDET to the product and GWRM is absent. Thus, TDET will not be able to catalyse the conversion. Because TDET enzyme requires cofactor GWRM for converting substance SHARE to the product and GWRM is present. Thus, TDET will be able to catalyse the conversion to CRMSN. Do not forget to: Label the X and Y axes. T2 Yes Use appropriate legends or label the trend lines. • Explain the generated graph. T3 No Because TDET enzyme will get denatured at such high temperature as high temperature causes
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