how different types of inhibitions affect Vmax and Km values, and illustrate the changes using double-reciprocal plots?
how different types of inhibitions affect Vmax and Km values, and illustrate the changes using double-reciprocal...
describe in details how different types of inhibitions affect Vmax and Km values, and illustrate the changes using double-reciprocal plots.
Write the equations that describe the Michaelis-Menten and the Lineweaver-Burk double-reciprocal plots. Draw examples of each plot, demonstrating how Km and Vmax can be determined. On the same graphs, draw another plot where the same enzyme-catalyzed reaction is subjected to inhibition by a competitive inhibitor.
biochemistry: how do noncompetitive, mixed, and uncompetitive inhibitors affect Km and Vmax?
3. Why is an allosteric enzyme more sensitive to substrate concentration around Km values than a Michaelis-Menten enzyme with the same Vmax? 4. Explain how pH and temperature influence enzyme activity. ( A Lineweaver-Burk (double reciprocal) plot was used to compare the effects of three different reversible inhibitors (A, B and C) on an enzyme. The plot of 1/V vs 1/[S] for the enzyme with no inhibitor is shown in a solid black line. The plot of 1/V vs 1/[S]...
How do competitive inhibitors affect the KM and Vmax of an enzyme? Draw a plot of velocity as a function of substrate concentration, both with and without inhibitor added.
4. The double-reciprocal transformation of the Michaelis-Menten equation, also called the Lineweaver-Burk plot, is given by: 1 Km 1 1 where, the plot of (1/V.) vs (1/[S]) is a linear plot. If you only know the x-axis and y-axis intercepts from this plot, how can you determine Vmax and Km? (A) multiply the reciprocal of the x-axis intercept by -1. (B) multiply the reciprocal of the y-axis intercept by -1. (C) take the reciprocal of the x-axis intercept. (D) take...
5.How would you determine the values of KM and Vmax from a: a) Michaelis-Menten plot b) Lineweaver-Burke plot 6. How is general acid/base catalysis different from regular acid/base catalysis? 7. How would you recognize the process of covalent catalysis in an enzyme reaction mechanism?
1. Show, using the Michaelis-Menten equation, that when [S] >>> Km, vo = Vmax. Show, using the M-M equation that when [S] <<<Km, vo =[S][Et]kcat/Km. 2. What is Vmax? Provide both a mathematical and written description of Vmax? How can Vmax be experimentally altered? How can we use Vmax to determine the turnover number (kcat) of an enzyme-catalyzed reaction? What is the major challenge of determining Vmax from an Michaelis-Menten plot?
] a. The equation of Lineweaver-Burk double-reciprocal plot of caffeine dehydrogenase-catalyzed reaction is y = 12x + 3. Calculate Vmax (mmol/s) and Km (mmol/L). b. [5 points] Estimate V for caffeine concentration of 400 mmol/L. c. [10 points] The enzyme caffeine dehydrogenase (Cdh) is an inducible quinone-dependent oxidoreductase. Describe how the addition of caffeine into the culture medium will be detected and transcriptionally regulated by the two-component system in Pseudomonas sp. CBB1.
Nobody has been able to solve the Km. The Vmax values are correct. I believe I have my graph wrong. Can someone please help me solve this. Using the Lineweaver-Burk Equation 1/Vo Km/Vmax[S]1/Vmax) create a graph of both the Non-Inhibited data and Inhibited data below (on the same graph axes) and calculate the KM and VMax for each line. Vo (umol/L.min) Vo (Hmol/L-min) [Sol (umol/L) Non-Inhibited Data Inhibited Data .00e-06 13.9 7.60 .00e-06 18.0 9.90 ..10e- 05 10e-05 26.0 14.8...