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acetyl radical

acetyl radical

7.9
A small group of atoms from acetic acid that can attach to other molecules
  • noun
  • /əˈsiːtəl ˈrædɪkəl/
  • Specialized
translation icon : radical acetilo
  • An acetyl radical can attach to proteins, altering their function.

Examples

  • The acetyl radical plays a key role in many biochemical processes.

  • Many compounds contain the acetyl radical in their structure.

  • Scientists observed the transfer of the acetyl radical during the reaction.

  • The acetyl radical is crucial in organic chemistry.

  • An acetyl radical can attach to proteins, altering their function.

  • The acetyl radical plays a key role in many biochemical processes.

  • Scientists observed the transfer of the acetyl radical during the reaction.

Synonyms

acetyl
vsacetyl radical
  • Specialized
1 9.3

A small chemical group made from acetic acid that attaches to other molecules

is defined as the univalent group form of that structure
acetyl group
vsacetyl radical
  • Specialized
7.2

A small chemical part with atoms CH3CO that attaches to other molecules

is the univalent form of that same CH3CO- structure
ethanoyl group
vsacetyl radical
  • Specialized
7.5

A small part of a molecule with formula CH3CO that changes how the molecule reacts, also called an acetyl group

is the univalent version rather than a naming variant
ethanoyl radical
vsacetyl radical
  • Specialized
9.9

A part of a molecule used in chemistry, formed from the acid in vinegar, written CH3CO

is the same CH3CO- but described as a univalent group

Surface Forms

Morphology

acetyl + radical

The phrase denotes the radical (a reactive species with an unpaired electron) that is derived from an acetyl group; its meaning is directly built from the constituent meanings. This is a regular, compositional chemical naming pattern (modifier + head) so a learner who knows 'acetyl' and 'radical' can infer the MWE's meaning.

Etymology

Acetyl radical comes from its parts: acetyl, which comes from acetic acid, like 'vinegar', and radical, meaning a small, very reactive piece that joins other molecules. So the name describes a tiny CH3CO- 'group' that can attach to proteins and change how they work.