18. Name a currently unsolved problem in any of the areas we've covered so far, [pentose phosphate pathway, photosynthesis, fatty acid and ketone metabolism, lipid and cholesterol metabolism, GLP1/GIP agonists, plant engineering] for which further research will lead to a more complete understanding of the field. In your answer, clearly specify the question or problem that needs to be solved.
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- 13. How would ATP production in an aerobic yeast culture change if we add the following metabolites or chemicals to the cultivation media? Explain why in each case by citing which enzyme(s) or process(es) would be affected. I Chemical added: Effect: succinyl-CoA ADP Citrate fructose-2,6- bisphosphate DCCD FCCP (none/enhance/ decrease) Reason:7. Using no more than two enzymes from the glycolytic pathway, draw the complete mechanism necessary to break this sugar into one three carbon fragment and six carbon fragment, as well as the final products. You may assume that the glycolytic enzymes will bind this substrate and catalyze according to their mechanisms. CH2OPO32- OH но- Но OH но но CH2OPO32-1. Put together the sequence of components (numbers) that form the glycolysis pathway and the linked reaction. Choose the sequence from the following metabolites. Also mention the step in which NADH/FADH2 is formed along with the number. Acetyl Co.A Glucose. Pyruvate. Fructose – 1, 6-bisphosphate Glucose – 6 – phosphate. Phosphoenol – pyruvate. 1, 3 – Bisphosphoglycerate. Glyceraldehyde 3-phosphate Fructose – 6 – phosphate Glycerol 2-phosphate /2-phosphoglycerate. Dihydroacetone – phosphate.
- 1. Put together the sequence of components (numbers) that form the glycolysis pathway and the linked reaction. Choose the sequence from the following metabolites. Also mention the step in which NADH/FADH; is formed along with the number. > Acetyl ÇoA > Glucose. > Pyruvate. > Fructose – 1, 6-bisphosphate > Glucose – 6- phosphate. > Phosphoenol – pyruvate. > 1,3– Bisphosphoglycerate. > Glyceraldehyde 3-phosphate Fructose – 6– phosphate > Glycerol 2-phosphate /2-phosphoglycerate. Dihydroacetone – phosphate.1. Which water-soluble vitamin can regenerate vitamin E after it has been oxidized? 2. Which of the following has been associated with an increased risk for cancer? 3. Design a lunch or dinner that would be suitable for a college student following the DASH diet and providing no more than 650 kcal. 4. Discuss the various roles and relationships between antioxidant nutrients and phytochemicals and cancer. Include a discussion of the pros and cons of antioxidant supplementation versus acquiring antioxidants through foods. 5. Vitamin E is critical for E? 6. Which of the following foods are the richest sources of vitamin E 7. Diseases that cause the malabsorption of fat can result in a deficiency of1. Put together the sequence of components (numbers) that form the glycolysis pathway and the linked reaction. Choose the sequence from the following metabolites. Also mention the step in which NADH/FADH2 is formed along with the number. > Acetyl Co.A > Glucose. > Pyruvate. Fructose – 1, 6-bisphosphate > Glucose – 6 – phosphate. > Phosphoenol – pyruvate. > 1, 3 – Bisphosphoglycerate. > Glyceraldehyde 3-phosphate Fructose – 6 – phosphate > Glycerol 2-phosphate /2-phosphoglycerate. > Dihydroacetone – phosphate. > Glycerol – 3 – phosphate / 3- phosphoglycerate.
- 12. Which of the following statement about coenzymes is not correct? The adenosine monophosphate component of NAD+ does not participate in the redox reaction. Ubiquinones such as coenzyme Q can be reduced in two steps involving one electron each. The flavins can transfer or take up electrons in single-electron steps but they are not able to undergo two-electron reductions. The oxidation of glucose is coupled to the generation of both NADH and FADH2. The 2’ hydroxyl group of the AMP portion of NAD+/NADH can be phosphorylated to become NADP+/NADPH.Seven tomato plants were treated with chlorogenic acid (and seven control plants were not treated) to determine if this acid influences the activity of the enzyme o-diphenol oxidase in their leaves. The enzyme activity data are presented below. Does this treatment affect enzyme activity? TREATED – 35, 45, 36, 11, 41, 29, 38 NOT TREATED – 10, 18, 82, 91, 78, 119. give one three-carbon intermediate produced at the end of the energy-investment phase of glycolysis. do not abbreviate PLS
- Different sugars prove to be easier or harder for yeast to metabolize. This affects the amount of energy you can get from each different sugar molecule. The easier the sugar molecule is to metabolize, the higher the energy yield (ie ATP yield). Match the following sugars to their relative energy output from metabolism: Sucrose I Select ] Lactose [Select ] Maltose I Select ] Glucose [Select ] Fructose Select]6. Cycle of tricarboxylic acids (TCA):• importance for cellular metabolism;• intracellular localization of TCA enzymes;• sequence of TCA reactions;• TCA enzymes and coenzymes;• substrate phosphorylation reactions in TCA;• decarboxylation reactions in TCA;• enzymes and coenzymes in dihydrogen reactions in TCA;• mechanisms of regulation of TCA.16. Describe how each of the following compounds participate in energy metabolism.a) Pyruvic acid b) NAD +