Sentence examples for multiple metabolic reactions from inspiring English sources

Flavin adenine dinucleotide (FAD) is involved in multiple metabolic reactions.

One instance of this case is the association of multiple metabolic reactions to a single gene.

Many molecules are components of multiple modules (e.g. proteins are part of multiple protein complexes, metabolites are inputs to multiple metabolic reactions) whilst most existing clustering algorithms place each molecule in exactly one cluster.

Parallel genomic and transcriptomic analysis revealed that the host genome contributes multiple metabolic reactions that complement or duplicate Portiera function, and that Hamiltonella may contribute multiple cofactors and one essential amino acid, lysine.

For example, a blocked reaction caused by a common, well-characterized metabolite that is a component of multiple metabolic reactions will have multiple SMILEY solutions while the opposite is true for blocked reactions caused by less well characterized metabolites.

Acetyl-CoA is well known to be a primary entry point for nutrient catabolism by the TCA cycle, and thus NAD is a major electron acceptor for multiple metabolic reactions.

We have developed a mechanistic model of aquatic microbial metabolism and growth, where we apply fundamental ecological theory to simulate the simultaneous influence of multiple potential metabolic reactions on system biogeochemistry.

Such a generalized representation is useful due to the multiple-to-multiple property of metabolic reactions, i.e. multiple substrates can be catalyzed by multiple enzymes into multiple products [ 8, 17].

Also, for metabolic reactions with multiple viable genes associated, it is possible that they perform an auxiliary role to each other and can functionally replace the other when that gene is deleted.

Metabolic reactions can occur multiple times or in combination with other reactions, but these reactions are mostly not included here for better clarity, with a few exceptions of important consecutive reactions, such as double hydroxylation [ 76, 124], epoxidation and GSH conjugation [ 101, 123, 125– 125].

These non metabolic reactions usually involve multiple products of the chemical reaction that poses difficulties of separating them.