Trivial/Common Name Systematic (EC) name and number Chemical reaction catalyzed Metabolic pathway Function and cellular localization Size (kDa) and structure (tertiary and quaternary) pH stability Kinetic properties (Km- and Kcat value/s for natural substrates) Stability and potential inhibitors

Question is attached herewith

AutoSave 301-Enzyme Kinetics and Inhibition, Part 2 - Compatibility Mode - Word Search ff steve M SM File Home Insert Draw Design Layout References Mailings Review View Help E Share O Comments Navi. Enzyme Kinetics and Inhibition, Part 2 Suppose that you have isolated the enzyme sucrase (able to hydrolyze sucrose into glucose and fructose), and you wish to determine the nature of inhibitor B for this enzyme. You have prepared five different concentrations of substrate (sucrose), and five different concentrations of inhibitor B (plus the control, with zero mM of inhibitor B). The following Table lists the inhibitor B concentrations [I], substrate concentrations [S], and resulting enzyme velocities (Vo) for all six of these experiments: 中 Search docume o v Headings Pages [S] [I] O mM 0 mM O mM O mM O mM 0.1 mM Vo 0.333333333333 mM per minute 1/[S] 1/ Vo Create an interactive 0.1 mM outline of your 0.2 mM 0.50 document. 0.3 mM 0.60 0.4 mM 0.666666666667 0.5 mM 0.714285714286 It's a great…

Strategies to Regular Enzyme Activity: Give an example of an enzyme that uses the strategy shown and describe how the activity of the enzyme is regulated. Regulatory Strategy 1. Covalent Modification 2. Feedback Inhibition 3. Cascade of Reaction Enzyme Describe how the regulatory strategy is employed