When a person is hot, the blood vessels in the dermis dilates, in order to maintain the homeostasis. When the temperature is increased, it becomes necessary to lose the body heat. This increased heat is lost by rushing the blood to the vessels present in the dermis layer. These blood vessels dilates so that more blood can flow inside these and the heat can be lost.
hence, the blank can be filled with 'dilate'.
The major components of a cell membrane are phospholipids, glycolipids, proteins, and cholesterol.
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Answer:
inhibitor of XYZase.
Explanation:
Resources Hint Check Answer Stacked O O Run kinetics experiments on XYZase without inhibitors and with Compound X. Results: The compound found in Dr. Bleu's coffee (Compound X) has yet to be identified, but using the small amount extracted, you have discovered that it is an inhibitor of XYZase. Given this revelation, it seems clear that Compound X is the most likely murder weapon. The data you have gathered is shown in Table I. Table 1 0.32 [S] (nM) V. (no inhibitor) (umol) V. (Compound X) (umol) 50 0.14 0.040 75 0.19 0.050 150 0.080 400 0.47 0.14 Compare Samples with and without Compound X. Results: A Lineweaver-Burk plot made from the data with and without Compound X is shown in Graph 2. Lineweaver-Burk plot
Stacked d o Compare Samples with and without Compound X. Results: A Lineweaver-Burk plot made from the data with and without Compound X is shown in Graph 2. Lineweaver-Burk plot 1N. -0.005 0.005 0.01 0.015 0.02 1/[S] . No inhibitor Compound X --- y = 291x + 1.32 ..y = 1023x + 5.29 Graph 2
Question 15 of 17 > Stacked O O Interpret graphs. Results: The conclusions you have made from the graph of Compound X and the samples collected from the labs is shown in Table 3. Vmax Inhibitor Type Table 3 Inhibitor Compound X Sample 1 Sample 2 Sample 3 Km no effect increase no effect decrease decrease no effect decrease decrease competitive noncompetitive uncompetitive Interview Researchers. Results: The conclusions you have made from the interviews are shown in Table 4. Table 4 Researcher Dr. Gray Dr. Greene Dr. Wight Km increase decrease no effect Vmax no effect decrease Inhibitor Type competitive uncompetitve irreversible decrease
Results: The conclusions you have made from the interviews are shown in Table 4. Table 4 Km Researcher Dr. Gray Dr. Greene Dr. Wight increase decrease no effect max no effect decrease decrease Inhibitor Type competitive uncompetitve irreversible Based on their kinetic mechanisms of inhibition, which sample matches Compound X? O Sample 1 Sample 2 Sample 3
Interview Researchers. Results: The conclusions you have made from the interviews are shown in Table 4. Table 4 Vmax Researcher Dr. Gray Dr. Greene Dr. Wight increase decrease no effect no effect decrease decrease Inhibitor Type competitive uncompetitve irreversible You now have reason to believe that Compound X is one of the three inhibitor samples that you tested from Hinesbiopharma. What type of inhibitor is Compound X? O competitive Ounncompetitive O noncompetitive irreversible
Interview Researchers. Results: The conclusions you have made from the interviews are shown in Table 4. Table 4 Km Vmax Researcher Dr. Gray Dr. Greene Dr. Wight increase decrease no effect no effect decrease decrease Inhibitor Type competitive uncompetitve irreversible Who murdered Dr. Bleu? O Mrs. Bleu Dr. Wight O Dr. Greene Dr. Gray