Homework Answers
Total of 2 NADH mol. are produced during conversion of Pyruvate to Acetyl CoA per glucose molecule.
As pyruvate is a charged molecule,so they enter in mitochondria with help of transport protein and it's conversion catalysed by multienz. Pyruvate dehydrogenase complex ,an oxidative decarboxylation process.
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during cellular respiration how many NADH are produced during
the conversion of pyruvate to acetyl CoA...
1. What is the importance of NAD+/NADH to cellular respiration? 2. Be able to write out...
1. What is the importance of NAD+/NADH to cellular respiration? 2. Be able to write out the biochemical equations for glucose respiration and photosynthesis AND label the oxidizing and reducing agents in each reaction. 3. What are the three stages of cellular respiration and where does each occur in the cell? 4. During cellular respiration, what is the role of each of these molecules: glucose, pyruvate, ATP, NAD+, FAD, NADH, FADH2, acetyl CoA, CO2, H2O, and O2? 5. For each...
helppp!! true or false 15. The oxidation of pyruvate to acetyl-CoA generates 1 ATP, 1 NADH...
helppp!! true or false 15. The oxidation of pyruvate to acetyl-CoA generates 1 ATP, 1 NADH and 1 CO2 per molecule 16. Two molecules of ATP and two NADH are produced in the molecule. alcoholic fermentation process. 17. Lactic fermentation can generate CO2 18. Lipases are enzymes that help to break down the glycerol of the fatty acids in DHAP 19. The molecules DHAP and G3P are isomers. 20. Proteins can be used as fuel for cellular respiration and their...
How many CO2 molecules are produced during glycolysis, acetyl-CoA transformation reactions, and the Krebs cycle per...
How many CO2 molecules are produced during glycolysis, acetyl-CoA transformation reactions, and the Krebs cycle per molecule of glucose? Why is this number significant? Where does the CO2 go?
Review the glycolytic pathway and determine the number of NADH molecules produced when one glucose molecule...
Review the glycolytic pathway and determine the number of NADH
molecules produced when one glucose molecule is oxidized to
pyruvate. Determine the number of electrons produced in the same
reaction. Do the same for the oxidation of pyruvate to acetyl
CoA.
Review the glycolytic pathway and determine the number of NADH molecules produced when one glucose molecule is oxidized to pyruvate. Determine the number of electrons produced in the same reaction. Do the same for the oxidation of pyruvate to...
Why is the conversion of pyruvate to acetyl-CoA considered irreversible in animals? Why is acetyl-CoA only...
Why is the conversion of pyruvate to acetyl-CoA considered irreversible in animals? Why is acetyl-CoA only considered ketogenic and not glucogenic, even though it enters the TCA cycle to form citrate? How do plants make acetyl-CoA glucogenic?
The reduction of NAD+ produces NADH acetyl CoA pyruvate oxygen gas
The reduction of NAD+ produces NADH acetyl CoA pyruvate oxygen gas
8. Draw the overall coupled reaction showing the conversion of pyruvate into acetyl CoA. dono STEP...
8. Draw the overall coupled reaction showing the conversion of pyruvate into acetyl CoA. dono STEP 2 nach do not ww what are true. Ir raise, change one word in the statement so that it is true. a. The pyruvate produced from glycolysis must be consumed in some way or glycolysis stops. b. Glycolysis produces ATP directly. too C. Glycolysis breaks down glucose into acetyl CoA. d. Glycolysis is aerobic
Stage 2: Monosaccharide Degradation to Acetyl CoA (Glycolysis + Pyruvate Conversion) Pyruvate: Aerobic and Anaerobic Conversion...
Stage 2: Monosaccharide Degradation to Acetyl CoA (Glycolysis + Pyruvate Conversion) Pyruvate: Aerobic and Anaerobic Conversion 1. Define what it means for a biochemical reaction to be aerobic vs. anaerobic. List what pyruvate will be converted to under each set of conditions. Conditions Definition Pyruvate Conversion Product aerobic anaerobic 2. In the space below, write the coupled reaction for the aerobic conversion of pyruvate, labeling the name of each reactant and product in the reaction. 3. Even though oxygen is...
1. There's a branching point in cellular respiration involving pyruvate. Pyruvate can undergo lactic acid fermentation...
1. There's a branching point in cellular respiration involving pyruvate. Pyruvate can undergo lactic acid fermentation or enter the mitochondria to enter the citric acid cycle. What determines what happens to pyruvate? A. Energy demands of the cell B. 15% concentrated power of will C. pH of the intracellular fluid D. Presence/absence of oxygen In the fed state, how is glucose used in the body? Select all correct answer choices. A. Used in glycogenesis to create glycogen in skeletal muscles...
FOR BIOCHEMISTRY: 1. The end products of glycolysis are all except ______________ NADH citrate pyruvate Acetyl...
FOR BIOCHEMISTRY: 1. The end products of glycolysis are all except ______________ NADH citrate pyruvate Acetyl CoA 2. What substance is produced by the oxidation of pyruvate and feeds into the citric acid cycle? glucose Acetyl CoA O2 CO2 3. Pyruvate can only oxidize in a presence of oxygen true false 4. Which of the following is Uncharacteristic of ATP? It is formed by attaching a phosphate group to ADP with a high-energy bond When dephosphorylated, ATP becomes ADP It...
Review the glycolytic pathway and determine the number of NADH
molecules produced when one glucose molecule is oxidized to
pyruvate. Determine the number of electrons produced in the same
reaction. Do the same for the oxidation of pyruvate to acetyl
CoA.
Review the glycolytic pathway and determine the number of NADH molecules produced when one glucose molecule is oxidized to pyruvate. Determine the number of electrons produced in the same reaction. Do the same for the oxidation of pyruvate to...
The reduction of NAD+ produces NADH acetyl CoA pyruvate oxygen gas
8. Draw the overall coupled reaction showing the conversion of pyruvate into acetyl CoA. dono STEP 2 nach do not ww what are true. Ir raise, change one word in the statement so that it is true. a. The pyruvate produced from glycolysis must be consumed in some way or glycolysis stops. b. Glycolysis produces ATP directly. too C. Glycolysis breaks down glucose into acetyl CoA. d. Glycolysis is aerobic
Stage 2: Monosaccharide Degradation to Acetyl CoA (Glycolysis + Pyruvate Conversion) Pyruvate: Aerobic and Anaerobic Conversion 1. Define what it means for a biochemical reaction to be aerobic vs. anaerobic. List what pyruvate will be converted to under each set of conditions. Conditions Definition Pyruvate Conversion Product aerobic anaerobic 2. In the space below, write the coupled reaction for the aerobic conversion of pyruvate, labeling the name of each reactant and product in the reaction. 3. Even though oxygen is...
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