Sentence examples for biosynthesis of a large from inspiring English sources

Chalcone synthase is a key metabolic control point in the biosynthesis of a large number of flavonoids and isoflavonoid metabolites.

This paper highlights recent progress in rational design of heterologous pathways for combinatorial biosynthesis of a large space of chemicals and modular cell design for rapid strain engineering.

Strictosidine synthases catalyze the formation of strictosidine, a key intermediate in the biosynthesis of a large variety of monoterpenoid indole alkaloids.

Cinnamic acid 4-hydroxylase (CA4H) is the enzyme catalyzing cinnamic acid to p-coumaric acid, which is a key reaction in the biosynthesis of a large number of phenolic compounds in higher plants.

In plants and some microorganisms, GPP, FPP, and GGPP also serve as starting materials for the biosynthesis of a large class of specialized and often cyclic terpene hydrocarbons (1).

These reactions are important steps in a wide variety of biological mechanisms such as the biosynthesis of a large variety of useful compounds, methylating the cytosines on DNA, and catabolizing neurotransmitters.

Mutations in single genes from pleiotropic loci could affect the biosynthesis and profile of a large number of secondary metabolites, enabling a rapid diversification of secondary metabolite profiles and a broader defence response, compared to changes to single secondary metabolites by compound-specific genes.

Finally, P. gingivalis specifically upregulated genes related to biotin synthesis (biotin synthase, bioC, and bioG), capsular polysaccharide biosynthesis proteins and a large number of proteins of conjugative transposons (traA, traB, traE, traF, traG, traI, traJ, traK, traL, traM, traN, traO, trap, and traQ) and transposases (ISPg2, ISPg3, ISPg4, ISPg5, and ISPg6).

Biosynthesis of terpenes yields a large variety of essential primary metabolites and specialized secondary metabolites in plants.

The biosynthesis of the flavonoids, a large phenylpropanoid-derived group of phenolic compounds, provides one of the best described plant metabolic pathways, with many of the structural and regulatory genes in the pathway identified and cloned [ 3, 4].

In accordance with an increase in cellular biosynthesis, a large number of genes involved in mitochondrial production of ATP grouped into cluster II (Fig. 8).