The major free energy sources for anabolic pathways in plants and animals are I. ADP II. ATP III. NADP+ IV. NADPH O Il and III
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Q: beta oxidation of Lauric Acid
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Q: Which of the following statements about the use the NADPH generated from the pentose phosphate…
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- Oxidative decarboxylations— involve loss of CO2 and the production of NADH. do not occur in the TCA cycle. involve loss of CO2 and the production of NAD. occur three times in the TCA cycle. involve loss of CO2 and the production of FADH2.The TCA cycle produces Multiple Choice ATP, FAD, and precursor metabolites NADH, ATP, and FAD. FADH2, NADH, and precursor metabolites. FADH2, ADP, and NADH. precursor metabolites, NAD, and FADH2.when NADH donates electrons to the ETC, ___________. select all that applies NADH gets oxidized NADH gets reduced it generates FADH2 it generates NAD+
- FADH2 produces _______ molecules of ATP compared to NADH because it enters the ETC ________. Select one: a. more, after NADH b. more, before NADH c. more, with 2 hydrogens d. less, after NADH e. less, before NADH Clear my choiceHow many NADH _____& ATP _____are produced from the beta oxidation of Lauric Acid?o 4 NADH, 10 ATPo 5 NADH, 12.5 ATPo 6 NADH, 15 ATPo 6 NADH, 18 ATPWhich of the following statements about the use the NADPH generated from the pentose phosphate pathway is not true? NADPH generated from the pentose phosphate pathway is used for the synthesis of fatty acids. b. NADPH generated from the pentose phosphate pathway and cytoplasmic NADH is metabolically interchangeable. O c. NADPH generated from the pentose phosphate pathway is used for the regeneration of glutathione to its reduced state. O d. NADPH generated from the pentose phosphate pathway is used for lipid synthesis. Clear my choice
- 6. Gluconeogenesis generates ________. Select one: A. 2 ATP and 2 NADH B. 1 ATP and 1 NADH C. 1 ATP and 0 NADH D. 0 ATP and 0 NADHPlease ASAP. Thanku How many NADH are formed by the Krebs Cycle? (per glucose) 2 6 4 10The Krebs cycle converts ________ through a cycle ofreactions. In the process, ATP, ________, and ________ areproduced.a. acetyl CoA; FAD, NADb. acetyl CoA; FADH2; NADHc. pyruvate; NAD; FADH2d. pyruvate; oxygen; oxaloacetate
- Based on the name, NADH dehydrogenase isa) a vitamin that oxidizes NADH.b) a vitamin that reduces NADH.c) a vitamin that produces NADH.d) an enzyme that oxidizes NADH.e) an enzyme that reduces NADH.The electron transport chain of mitochondria: O makes ATP. contains cytochromes and proteins containing flavins (FAD). O generates an H* gradient such that the outside of the mitochondrion is more basic than the inside. O is present in the outer membrane of the mitochondrion. O reduces NAD*.A person is born with a mutation that causes their cells to not have the ability to produce the NADH dehydrogenase complex, the complex that allows the electron transport chain to make ATP from NADH. Will this patient be able to produce any energy at all from the ETC? No-there are no other molecules the ETC uses Yes-FADH2 can still enter the ETC No-NADH is necessary for the ETC Yes-NAD+ can still enter the ETC