the equation for the oxidation of glucose is
C6H12O6+ 6O2
6CO2+ 6 H2O+ 36ATP+ heat
the oxygen is final electron acceptor, at the complex IV ( part of electron transport chain) oxygen is reduced to water using the electrons from the electron transport chain and H+ from the matrix, so the 18O will be used as the final electron acceptor and it is reduced to water so the 18O will be found in the water.
If a culture growing under an atmosphere of 18O2 mineralizes glucose completely via glycolysis, the TCA...
How obesity link with glucose metabolism? (i) What is glucose metabolism? Is it include glycolysis, TCA cycle, oxidative phosphorylation and electron transport chain? Explain the process. (ii) What is the effect of obesity? (iii) How obesity affects metabolism? iv) What is the cause of obesity? (v) Regulation of energy homeostasis and obesity.
2. Concept Map: construct a concept map that depicts the metabolism of glucose through glycolysis, the TCA cycle, electron transport and oxidative phosphorylation. For your drawing, include where in the cell these processes occur. The map should show the names of all intermediates (but do not show structures), the names of all enzymes, all products and cofactors required/produced and all membrane complexes. (10) Hint: Include Glucose →glycolysis steps → pyruvate → acetylCoA → TCA cycle steps → electron transport chain...
Please describe the aerobic respiration of an organic molecule such as glucose in one concise paragraph must use the terms: electron donor, electron acceptor, ATP. krebs cycle (TCA and citric acid cycle), proton motive force (proton gradient), oxidation, oxygen, glycolysis, reduction, electron transport chain, catabolic, mitochondria
As pyruvate is completely broken down in the TCA (Krebs) cycle, some of its energy is A) conserved in the water molecules resulting from reduction of oxygen. B) conserved in the carbon dioxide molecules released by the processes. C) conserved in FAD and NAD+. D) conserved in NADH + H+ and FADH2. E) found in the oxygen used in the electron transport chain.
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QUESTION 27 Explain how microbes use glycolysis, the TCA cycle, and the electron transport chain to catabolize glucose. (5 pts) For full credit, please describe : • the overall actions (no need to list specific steps) in each pathway • outputs of each pathway • how each pathway links with the other pathways. T T T Arial 3 (12pt) • T - E
4. Trace the fate of hydrogens removed from glucose during glycolysis when oxygen is present in muscle cells; compare this to the fate of hydrogens removed from glucose when the amount of available oxygen is insufficient to support aerobic respiration. 5. Why is each of the following essential to chemiosmotic ATP synthesis? (a) electron transport chain (b) proton gradient (c) ATP synthase complex? 6. Sum up how much energy (as ATP) is made available to the cell from a single...
Oxidative energy generation occurs in three stages: 1. glycolysis 2. TCA cycle 3. electron transport chain. Stage 3 is where most ATP is generated. This process is done by multi-enzyme complexes in the mitochondria (Complex I, Complex II, Complex III, Complex IV and Complex V). If a frame-shift mutation occurred in the gene encoding a protein in one of these complex, identify the one that would cause the most harm and the least harm to the function of the electron...
1) Regarding the products and reactants in glycolysis (Choose All) A) although 4 ATPs are synthesized for every glucose molecule, there is a net gain of only 2 ATPs/glucose B) ATP is both a reactant and a product C) NAD+ is a product; NADH is a reactant D) glucose is a reactant that is converted to 2 pyruvate products 2) Glycolysis...(Choose All) A) is anaerobic; no oxygen is required B) is probably the most widespread metabolic pathway among organisms C)...
a. The metabolism of glucose by glycolysis to acetyl-coenzyme A, followed by the TCA cycle, releases CO2 molecules by oxidative decarboxylation reactions. Write down the oxidative decarboxylation reactions that result in CO2 production. Name the enzyme involved in each reaction and give the names and complete structures of all reactants and products. Only abbreviated names of enzyme cofactors are required. (b) From the steps drawn in part (a) above, how many total ATP molecules would be produced from oxidative phosphorylation?
1. The breakdown of fatty acids can generate a large amount of Acetyl-CoA. In light of this and of the factors that regulate the TCA cycle, what would be the effect of fatty acid breakdown on pyruvate dehydrogenase AND on glycolysis and why is this effect advantageous to the cell when fatty acids are being broken down? Fatty acid breakdown 2. For the following statement, decide whether the statement is true or false and provide a justification for your answer:...