FUMAROYL Meaning and
Definition
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Fumaroyl is a noun that refers to a chemical moiety or functional group derived from the organic compound fumaric acid. Fumaric acid belongs to the dicarboxylic acid family and is commonly found in nature, including in various fruits and vegetables. The fumaroyl group, denoted as -OC(O)CH=CHCO-, is formed by removing a water molecule from fumaric acid, resulting in a double bond between the two carbon atoms.
In organic chemistry, the fumaroyl group appears in various chemical compounds as a key component. It is known for its ability to participate in numerous chemical reactions and form covalent bonds with other molecules. The presence of a fumaroyl group can greatly influence the properties and reactivity of a compound, including its solubility, stability, and biological activities.
Fumaroyl takes part in several important biochemical processes, such as the fumarate pathway in living organisms. It acts as an intermediate in various metabolic pathways, including the citric acid cycle and amino acid metabolism. Fumaroyl derivatives are also used in organic synthesis, pharmaceutical research, and drug development. Due to its distinct structural characteristics, the fumaroyl group plays a significant role in the formation and modification of many organic compounds, making it an area of interest for scientists and researchers.
Common Misspellings for FUMAROYL
- dumaroyl
- cumaroyl
- vumaroyl
- gumaroyl
- tumaroyl
- rumaroyl
- fymaroyl
- fhmaroyl
- fjmaroyl
- fimaroyl
- f8maroyl
- f7maroyl
- funaroyl
- fukaroyl
- fujaroyl
- fumzroyl
- fumsroyl
- fumwroyl
- fumqroyl
- fumaeoyl
Etymology of FUMAROYL
The word "fumaroyl" is derived from "fumaric acid", which itself is associated with the Latin word "fumus" meaning "smoke". In the 18th century, fumaric acid was obtained by roasting or heating various organic substances, which would release smoke or fumes. Hence, the term "fumaric" refers to the acid obtained from this process. The suffix "-oyl" is a common chemical suffix used to denote the presence of a carbonyl group, which distinguishes fumaroyl as a specific chemical functional group.
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