The following experiment was set up to understand how catechol oxidase converts catechol oxidase catechol into the brown product called benzoquinone and how it can be inhibited. Answer the questions based on the following tube contents and results: Tube 1: 0 ml catechol, 0.5 ml Potato extract, 2.5ml buffer, 0.5 ml inhibitor. After observation there was no color development. Tube 2: 0.5 ml catechol, 0.5 ml Potato extract, 2 ml buffer, 0.5 ml inhibitor. After observation there was no color development. Tube 3: 1 ml catechol, 0.5 ml Potato extract, 1.5 ml buffer, 0.5 ml inhibitor. After observation the solution turned brown. Tube 4: 2 ml catechol, 0.5 ml Potato extract, 0.5 ml buffer, 0.5 ml inhibitor. After observation the solution turned brown. Which tube (1, 2, 3, or 4) was the control for this experiment? Which experimental component was the substrate Which experimental combonent contained the enzyme Based on these results was the inibhitor a competative inhibitor or noncompetative inhibtor?
The following experiment was set up to understand how catechol oxidase converts catechol oxidase catechol into the brown product called benzoquinone and how it can be inhibited. Answer the questions based on the following tube contents and results:
Tube 1: 0 ml catechol, 0.5 ml Potato extract, 2.5ml buffer, 0.5 ml inhibitor. After observation there was no color development.
Tube 2: 0.5 ml catechol, 0.5 ml Potato extract, 2 ml buffer, 0.5 ml inhibitor. After observation there was no color development.
Tube 3: 1 ml catechol, 0.5 ml Potato extract, 1.5 ml buffer, 0.5 ml inhibitor. After observation the solution turned brown.
Tube 4: 2 ml catechol, 0.5 ml Potato extract, 0.5 ml buffer, 0.5 ml inhibitor. After observation the solution turned brown.
Which tube (1, 2, 3, or 4) was the control for this experiment?
Which experimental component was the substrate
Which experimental combonent contained the enzyme
Based on these results was the inibhitor a competative inhibitor or noncompetative inhibtor?
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