Enzyme Inhibition — Overview & Types
Read this topicExplanations 4
- Types of Enzyme Inhibition Different molecules can decrease an enzyme's activity so that a reaction stops or less product is made. In competitive inhibition, a molecule that is …
By Gabi Slizewska, Mario Janakis, Caroline K
- (Video) Competitive and Non-Competitive Inhibitors by Jeremy LeCornu Enzyme inhibitors are molecules that bind to the enzyme to interfere with its function. The video above expl…
By Gabi Slizewska, Mario Janakis
- What Is Inhibition? Enzyme inhibitors inhibit enzymes. Kind of a redundant sentence, right? You may be thinking, well sure, I could've told you that from just the name, but what…
By Sylvia Freeman, Mario Janakis, Caroline K
- How does an Inhibitor Reduce Enzyme Activity? Enzymes are proteins that make chemical reactions go faster. Certain molecules can inhibit, or stop, an enzyme from doing its job. …
By Valeri Natole, Mario Janakis
Problems 20
- What is an enzyme inhibitor?
- Which of the following is a molecule that can slow down or stop an enzyme's activity?
- What type of inhibitor binds to the enzyme's active site?
- Where does a competitive inhibitor bind?
- What does a competitive inhibitor do?
- Which of the following changes the shape of the active site when it binds to an enzyme?
- Enzyme X normally has a reaction rate of 500 units per minute. Molecule A is added to the cell culture. After a few minutes, the cell culture is observed and the reaction rate h…
- What is a non-competitive inhibitor?
- Enzyme X normally has a reaction rate of 500 units per minute. Molecule B is added to the cell culture. After a few minutes, the cell culture is observed and the reaction rate h…
- Enzyme X normally has a reaction rate of 500 units per minute. Molecule C is added to the cell culture. After a few minutes, the cell culture is observed and the reaction rate h…
- What kind of inhibitor is shown in the picture above?
- What kind of inhibitor is shown above?
- Looking at the diagram above, where would a competitive inhibitor bind?
- In the image above, where would a non-competitive enzyme inhibitor bind?
- Which of the following binds to a location on the enzyme and prevents other molecules from binding to the active site?
- What happens when an enzyme inhibitor is added to a reaction?
- Which of the following is a difference between a competitive and a non-competitive inhibitor?
- What is true about both competitive and non-competitive inhibitors?
- When would you add an enzyme inhibitor to a reaction?
- Which of the following correctly describes the differences between catalysts and inhibitors?