1. Uncompetitive inhibition.
Here, Km and Vmax will be reduced in the presence of inhibitor.
Slope = Km/ Vmax.
2. Competitive inhibition.
Here, Km increased, Vmax remains unaffected.
3. Non-competative inhibition.
Here, Km remains unaffected, Vmax reduced.
31. Which type of inhibition is represented by each graph? (3pts) Control Control Control
b. Uncompetitive inhibition. c. Mixed inhibition. d. Pure noncompetitive inhibition. 22. What type of inhibition is the Lineweaver-Burk plot? 1/yo a. Competitive inhibition. b. Uncompetitive inhibition. c. Mixed inhibition. d. Pure noncompetitive inhibition. 23. In the Question 22, how do the values of [I] change in the 1/[S] arrow's direction? a. Increasing. b. Decreasing c. Increasing or decreasing. d. Do not change 24. Which of the following inhibition types cause ESI? n Competitiye, uncompetitive, and mixed inhibition
QUESTION 46 In which type of inhibition does an inhibitor bind to an enzyme at a site other than the active site? O a. cooperative inhibition Ob.competitive inhibition oc noncompetitive inhibition O d. selective inhibition QUESTION 47 Which of the following notations corresponds to the fatty acid with the lowest melting point? a. 18:0 O b. 18:1 Oc 18:2 O d. 18:3 QUESTION 48 Which structural feature is common to aldehydes and ketones? a. an oxygen atom bonded to both...
chem 103: biochem need help with answering these questions!!! 6) For the following statements concerning inhibition, use the answers (1 pts each) A) competitive inhibition B) non-competitive C) irreversible and D) not an inhibition a) Which inhibition can be reversed by adding an excess of the substrate? b) In which inhibition does the inhibitor resemble the substrate? c) Inhibitor binds to enzyme at different site than substrate, but it can be removed. d) An example is ethanol as an antidote...
a. Identify the type of inhibition occurring. Explain how you know. b. Describe the difference or similarity between the Vmax and Km values for the different conditions C. Having identified the type of inhibitor indole is, explain what this means for where indole binds to chymotrypsin. + Inhibitor 1/VO Control (no inhibitor present) 1/[S] MacBook At 0 BASE 7
3pts Question 1 Match each description with the most appropriate term or concept. A graph of a function. V[ Choose ] Movement Along a Curve Graph Positive Relationship Relationship A relationship between two variables in which they both increase or decrease in conjunction. Negative Relationship Y-axis A relationship in which one variable decreases as another increases. Shift in a Curve Variable X-axis A variable that is not directly represente on the graph changes, subsequently causing a change in the way...
Chapter 8. Enzyme Regulation and Inhibition 1. Competitive inhibitors are always of which type? a) allosteric b) irreversible c) reversible d) suicide 2. DIFP is: a) a competitive inhibitor b) an allosteric inhibitor c) a noncompetitive inhibitor d) a suicide inhibitor 3. Competitive inhibitors: a) bind to the active site b) bind to the enzyme-substrate complex c) bind outside the active site and decrease substrate binding d) bind outside the active site and decrease rate of catalysis.
How is each data type represented internally in Intel PentiumĀ® D processors?
A) Explain which market state is represented in the graph above? Answer: B) What is the difference between autonomous consumption and autonomous spending? Answer: Aggregate price level LRAS SRAS Real GDP Inflationary gap
6 Cells also regulate enzyme function using dhac inhibition in this type of regulation, metabolic pathway etabolic pathway will inhibit the function of an eneme in an early phase of the metabolic path produces it. lon. In this type of regulation, the end product of a early phase of the metabolic pathway that What is the advantage of using feedback inhibition to regulate enzymes for cells? b. Cellular respiration is the process of generating ATP by breaking down sugar completely...
2. Consider the following function represented by the given graph: a) Find each limit: (Explain) lim f(x) limf(x) lim f(x) Page 1 of 1