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...refers to the sulfur atom, "adenosyl" refers to the adenosine moiety, and "methionine" is an essential amino acid from which SAMe is synthesized. ...d [[adenosine triphosphate]] (ATP) in a reaction catalyzed by the enzyme [[methionine adenosyltransferase]].

...pound's structure, which includes an adenosyl group (from adenosine) and a methionine residue. * [[Methionine]]

== Methionine == ...ompounds such as [[SAM-e]], and the important antioxidant [[glutathione]], methionine plays a critical role in the metabolism and health of many species, includi

...e), also known as '''Vitamin U''', is a derivative of the [[amino acid]] [[methionine]]. ...chemical structure, where a methyl group is attached to the sulfur atom of methionine.

...teinogenic [[amino acid]] that plays a crucial role in the metabolism of [[methionine]], another amino acid. ...process that involves various enzymes. It can then be converted back into methionine or into another amino acid called [[cysteine]] with the help of [[vitamin B

...ial amino acids: [[histidine]], [[isoleucine]], [[leucine]], [[lysine]], [[methionine]], [[phenylalanine]], [[threonine]], [[tryptophan]], and [[valine]]. Each o ==== Methionine ====

...ne synthase reductase]]: This enzyme plays a role in the regeneration of [[methionine]] from [[homocysteine]].

...material of cells. It also aids in the conversion of [[homocysteine]] to [[methionine]], a process that is important for heart health. Additionally, L-Methylfola * [[Methionine]]: An essential amino acid that plays a crucial role in many bodily functio

...al role in the body's [[metabolism]]. It is involved in the synthesis of [[methionine]], an amino acid that plays a role in many bodily functions, from DNA synth * [[Methionine]]: An amino acid that plays a role in many bodily functions.

...rally occurring amino acid in which selenium substitutes for the sulfur of methionine.