Solve the following problems using the basic assumptions:  1 NADH --> 2.5 ATP; 1 FADH2 --> 1.5 ATP In energy production, cells make use of carbohydrates first, lipids second, and proteins (in cases of starvation), last. Lipids undergo the beta-oxidation cycle to cut the fatty acids into 2 2-carbon Acetyl-SCoA. How many ATPs will be derived from a 10-carbon fatty acid if it goes through the said cycle and then the Kreb’s Cycle?   Where will the rest of the energy go? 1 word answer.

Biochemistry
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Chapter1: Biochemistry: An Evolving Science
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Solve the following problems using the basic assumptions:  1 NADH --> 2.5 ATP; 1 FADH2 --> 1.5 ATP

In energy production, cells make use of carbohydrates first, lipids second, and proteins (in cases of starvation), last. Lipids undergo the beta-oxidation cycle to cut the fatty acids into 2 2-carbon Acetyl-SCoA. How many ATPs will be derived from a 10-carbon fatty acid if it goes through the said cycle and then the Kreb’s Cycle?   Where will the rest of the energy go? 1 word answer.

In energy production, cells make use of carbohydrates fırst, lipids second, and
proteins (in cases of starvation), last. Lipids undergo the beta-oxidation cycle
to cut the fatty acids into 2 2-carbon Acetyl-SCOA. How many ATPS will be
derived from a 10-carbon fatty acid if it goes through the said cycle and then
the Kreb's Cycle?
Transcribed Image Text:In energy production, cells make use of carbohydrates fırst, lipids second, and proteins (in cases of starvation), last. Lipids undergo the beta-oxidation cycle to cut the fatty acids into 2 2-carbon Acetyl-SCOA. How many ATPS will be derived from a 10-carbon fatty acid if it goes through the said cycle and then the Kreb's Cycle?
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