3) You can follow the above reaction in a test tube using a dye that turns purple in the presence of the product (the more product that is made, the more purple the solution). You discover an inh...
3) You can follow the above reaction in a test tube using a dye that turns purple in the presence of the product (the more product that is made, the more purple the solution). You discover an inhibitor of Enzyme A and want to determine if it is competitive or non-competitive inhibitor. You set up the following reactions and measure the amount of purple using a spectrophotometer. Results are below: Absorbance Conditions Test tube 0.63 Enzyme + substrates Inhibitor added 0.02 Inhibitor + 5x substrates 0.23 Inhibitor + 10x substrates0.59 Is this a competitive or non-competitive inhibitor? Explain.
3) You can follow the above reaction in a test tube using a dye that turns purple in the presence of the product (the more product that is made, the more purple the solution). You discover an inhibitor of Enzyme A and want to determine if it is competitive or non-competitive inhibitor. You set up the following reactions and measure the amount of purple using a spectrophotometer. Results are below: Absorbance Conditions Test tube 0.63 Enzyme + substrates Inhibitor added 0.02 Inhibitor + 5x substrates 0.23 Inhibitor + 10x substrates0.59 Is this a competitive or non-competitive inhibitor? Explain.