When ATP breaks down to supply energy for cellular reactions, it often transfers its 3rd phosphate to another molecule. This is called , and make the other molecule _ reactive.

Phosphorylation is known to be a biochemical process which can be described as the involvement of adding phosphate to an organic compound. That is the process of introducing phosphate into an organic molecule

For example, it involves the addition of phosphate Adenosine diphosphate, ADP to make or form Adenosine triphosphate, ATP.

Phosphorylation is known to be an important key reaction to sugar metabolism and storage and release of energy.

In this case, the decomposition or breaking down of ATP will allow it to transfer the 3rd phosphate to another molecule.

Histrionicus Histrionicus · Answer 2 · 2022-03-03T11:54:08+01:00

Breaking down of ATP to supply energy for cellular reactions, it often transfers its 3rd phosphate to another molecule called - Phosphorylation and other molecule become more reactive.

ATP

It is one of the higher energy compounds with a nucleotide base (adenine), a sugar particle (ribose), and three phosphate groups. The construction of the ATP particle has a phospho-anhydride bond, which is made between the two phosphate groups, while a phosphor-ester bond is made between phosphate and ribose.

ATP is essential in cellular reaction, which provides energy by breaking down phosphate groups. ATP molecules deliver considerably more energy to a cellular process and transfer or donate their phosphate to other molecules which becomes more reactive.

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When ATP breaks down to supply energy for cellular reactions, it often transfers its 3rd phosphate to another molecule. This is called ______, and make the other molecule _______ reactive.

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When ATP breaks down to supply energy for cellular reactions, it often transfers its 3rd phosphate to another molecule. This is called , and make the other molecule _ reactive.