During , an enzyme removes a functional group from the monomers of one organic molecule and a hydrogen from another monomer, linking monomers together to form a . This chemical reaction also forms .

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02-06-2022
Biology

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During , an enzyme removes a functional group from the monomers of one organic molecule and a hydrogen from another monomer, linking monomers together to form a . This chemical reaction also forms .

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luisvaschetto luisvaschetto · Answer 1 · 2022-06-08T13:09:46+02:00

During dehydration synthesis, an enzyme removes a OH group from the monomers and a H from another, linking monomers to form a covalent bond and one molecule of water.

What is dehydration synthesis?

Dehydration synthesis is a chemical reaction that generates water as a byproduct and a new chemical bond between two monomers.

During this reaction synthesis, hydrogen (H) atoms in a monomer interact together with the OH group of another.

In conclusion, during dehydration synthesis, an enzyme removes a hydroxyl group from the monomers and a hydrogen from another, linking monomers together to form a covalent bond. This chemical reaction also forms one molecule of water.

Learn more about dehydration synthesis here:

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During ____________ , an enzyme removes a ____________ functional group from the monomers of one organic molecule and a hydrogen from another monomer, linking monomers together to form a ____________ . This chemical reaction also forms ____________ .

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What is dehydration synthesis?

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During , an enzyme removes a functional group from the monomers of one organic molecule and a hydrogen from another monomer, linking monomers together to form a . This chemical reaction also forms .