Which Paths Produce the Most ATP per Glucose Molecule.

Oxidative phosphorylation is a highly efficient method of producing large amounts of ATP, the basic unit of energy for metabolic processes. During this process electrons are exchanged between molecules, which creates a chemical gradient that allows for the production of ATP. The most vital part of this process is the electron transport chain, which produces more ATP than any other part of.

Overall, the theoretical maximum yield of ATP made during the complete aerobic respiration of glucose is 38 molecules, with four being made by substrate-level phosphorylation and 34 being made by oxidative phosphorylation (Table 1). In reality, the total ATP yield is usually less, ranging from one to 34 ATP molecules, depending on whether the cell is using aerobic respiration or anaerobic.

OneClass: What would happen to the ATP yield of cellular.

In cellular respiration, the yield of 30-32 ATP molecules is the result of the stepwise production of high energy molecules: 2 ATPs and 2 NADHs in glycolysis; two NADHs in the oxidation of pyruvate; two ATPs, six NADHs, and two FADH2s in the citric acid cycle; and approximately 26 or 28 ATPs in oxidative phosphorylation. This range of ATP is approximate for three reasons. First, because the.The amount of ATP gained in the respiratory chain for each molecule of glucose degraded is large, but it cannot be calculated with complete precision and varies between different physiological states. 6.11.1 Theoretical ATP yield per molecule of glucose completely oxidized: Quantity Intrinsic value Per glucose Accrued hydrogen 10 NADH, 2 FADH 2: Protons ejected 10 per NADH, 6 per FADH 2: 112.QUANTITATIVE Calculating Maximum ATP Yields. Table 10-5 is intended as a means of summarizing the ATP yield during the aerobic oxidation of glucose. (a) Complete Table 10-5 for an aerobic bacterium. What is the maximum ATP yield? (b) Indicate on Table 10-5 the changes that are necessary to calculate the maximum ATP yield for a eukaryotic cell that uses the glycerol phosphate shuttle to move.


The anaerobic biomass yield on sucrose can be used as an in vivo read-out of the energetic difference between strains (De Kok et al., 2011, Weusthuis et al., 1993), where a strain yielding 4 ATP per sucrose is predicted to have a 33% higher biomass yield than a 3 ATP strain (Basso et al., 2011).Respiration is a series of chemical reactions, but this equation summarises the overall process. Aerobic respiration breaks down glucose and combines the broken down products with oxygen, making.

It's important to know how many ATP, or adenosine triphosphate, are produced per glucose molecule by various metabolic pathways, such as the Krebs cycle, fermentation, glycolysis, electron transport, and chemiosmosis.Take a look at how many net ATP are produced per pathway and which yields the most ATP per glucose.

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However, the theoretical ATP yield is higher than the real ATP yield. In reality, the equivalent of about 12 to 16 ATPs is produced in each beta oxidation cycle. Besides energy yield, the fatty acyl-CoaA chain becomes two carbons shorter with each cycle. In addition, beta oxidation yields great amounts of water; this is beneficial for eukaryotic organisms such as camels given their limited.

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Yield of ATP We have seen that during the electron transport chain, most ATP is made (by substrate level phosphorylation) Together with the ATP made during glycolysis and the Krebs cycle, the total yield of ATP molecules, per molecule of glucose respired, should be 30 However, this is only a theoretical yield, in real situations the maximum yield (amount made) of ATP is not always possible.

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NMNAT2 transfers an adenylyl group from ATP to NAMN to yield NAAD Stable Identifier. R-HSA-197235. Type. Reaction (transition) Species. Homo sapiens. Compartment. cytosol.

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The theoretical maximum yield of ATP for the oxidation of one molecule of glucose during aerobic respiration is 38. In terms of substrate-level phosphorylation, oxidative phosphorylation, and the component pathways involved, briefly explain how this number is obtained. Determining the exact yield of ATP for aerobic respiration is difficult for a number of reasons. In addition to generating ATP.

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Metabolism - Metabolism - ATP synthesis in mitochondria: In order to understand the mechanism by which the energy released during respiration is conserved as ATP, it is necessary to appreciate the structural features of mitochondria. These are organelles in animal and plant cells in which oxidative phosphorylation takes place. There are many mitochondria in animal tissues—for example, in.

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We can determine the efficiency of ATP production by comparing the energy in ATP created by the reaction to the energy released by the reaction: where N is the number of ATP molecules formed and E react is the energy released as heat in the chemical reaction that is coupled with the reaction to form ATP. E ATP is the energy in one high energy phophoanhydride bond in ATP, or the free energy.

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Although the theoretical yield can be up to 38 ATP molecules per molecule of glucose, this yield is very rarely achieved. It is important to consider at which stages the losses of ATP occur and why.Once 2 net molecules of ATP are produced after glycolysis, which occurs in the cytoplasm, pyruvate must be transported into the mitochondrial matrix, where the next stage will take place (i.e. the.

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Start studying What is the net yield of ATP when each of the following substrates is completely oxidized to CO2 via glycolysis, the citric acid cycle, electron transport and oxidative phosphorylation?. Learn vocabulary, terms, and more with flashcards, games, and other study tools.

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The theoretical amount of ATP that can be created by aerobic metabolism of glucose is 32-34 ATP, the reason for this discrepancy is A.How the NADH made during glycolysis enter the mitochondria.

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