What happens to the chemical power that is extracted from molecules by cellular tasks but that is not provided for cellular work?

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In plant cells, carbon dioxide and water are joined to create carbohydprices. Plant cells can also break down carbohydrates such as glucose, releasing carbon dioxide, water, and power. No one has actually ever before oboffered such reactions between water and also carbon dioxide external of living cells. What enables simple molecules to assemble into even more complex molecules, and also additionally disassemble, in cells yet not in various other, nonorganic environments?
In a theoretical world wright here all points are possible, just how might you rise the amount of power that might be stored in a molecule of ATP?
Table sugar, or succlimbed, is rather stable, and left on its very own at room or also humale body temperature, breakdvery own occurs exceptionally slowly. The breakdown of sucrose right into the straightforward sugars fructose and glucose is an exergonic reaction. Sucrase, an enzyme, ca boost the reaction price at least one-million-fold. How does the net amount of power released in the time of the breakdvery own of sucincreased compare between a spontaneous reaction and one catalyzed by sucrase?
The synthesis of an amino acid follows this pathway: precursor A → intermediate B → amino acid C. Each reactivity is catalyzed by a different enzyme. This metabolic pathway is managed by feedearlier inhibition with amino acid C inhibiting the convariation of precursor A to intermediate B. Amino acid C acts as a _____ of the first enzyme in the pathway.
Antibiotics - for example, penicillin - cannot be provided to treat viral infections, such as the common cold. Why?
Glucose molecules carry out energy to power the swimming movement of sperm. In this instance, the sperm are changing
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Fundamentals of Biochemistry: Life at the Molecular Level5th EditionCharlotte W. Pratt, Donald Voet, Judith G. Voet

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