Going from palmatate to tryptophan, can use anything.
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Given the roles of NAD+ NADH in oxidation reactions and NADPH- NADP+ reduction reactions, discuss which cofactor is more commonly used in catabolic pathways and which one is in anabolic pathways? What do you expect the intracellular ratios of NAD+/NADH and NADP+/NADPH to be high or low under homeostasis? Explain your answers. Explain the benefits of the Q cycle comparing to direct transfer of electrons from QH2 to two cytochrome c Distinguish substrate-level phosphorylation and oxidative phosphorylation. Provide specific examples...
,0+2015MADHE 5. (8 points) Consider the oxidation of a mole of NADH: 083 V NAD +20 +H - NADH E' =-0.32 V What is the AG for the oxidation of a mole of NADH by oxygen? How many moles of protons are pumped as a result of the oxidation of a mole of NADH? If all of the protons could be used for ATP production by an ATP synthase with 10 c subunits, how many moles of ATP could be...
biochem Part 1: For every NADH oxidized to NAD, how many protons are transported to the intermembrane space to the mitochondria? Part 2: How many protons are necessary for the synthesis of one ATP? Part 3: How does each of these protons contribute to the synthesis? Part 4: Using your answers from the previous two questions, prove that 25 ATP can be formed from oxidation of 1 NADH.
Describe how many ATP are synthesized from the oxidation of one glucose molecule. Include which processes product ATP and how many are made per each NAOH and FADH,? How does this number compare with the number of ATP made from the breakdown of one 16 carbon fatty acid? On o biochemical level, why do we breathe? Make sure to consider the change from the anaerobe to aerobic environment Fumerate can be produced from two different metabolic cycles. Name these cycles...
How many ATP would be produced from the oxidation of a 15 carbon monounsaturated fatty acid? Please show your steps and explain!
1-6 discuss the use of ATP as the energy currency of the cell (include in your discussion the types of work performed by the cell) Discuss ATP synthesis and ATP hydrolysis: How do cells obtain the energy to synthesize ATP? Why do cells hydrolyze ATP? What do cells do with released energy obtained from the hydrolysis of ATP? discuss oxidation & reduction and the role of electron transfer in ATP synthesis discuss the role of NAD and FAD in electron...
Calculate the number of ATP produced from the complete oxidation of myristic acid. Each round of the citric acid cycle uses one molecule of acetyl-CoA. How many molecules of ATP are produced from all of the acetyl-CoA formed from myristic acid going through the citric acid cycle?
1.Discuss the use of ATP as the energy currency of the cell (include in your discussion the types of work performed by the cell) 2. Discuss ATP synthesis and ATP hydrolysis; How do cells obtain the energy to synthesize ATP? Why do cells hydrolyze ATP? What do cells do with released energy obtained from the hydrolysis of ATP? 3. Discuss oxidation & reduction and the role of electron transfer in ATP synthesis • discuss the role of NAD+ and FAD...
How many ATP can be derived from the complete oxidation of butyrate? Please break it down.
Draw a flow chart for complete oxidation of glycerol. How many ATP molecules can be made from 1 molecule of table sugar?