Sentence examples for may encode enzymes from inspiring English sources
These genome islands are expected to possess some genes that may encode enzymes to resist the antimicrobial activity of silver nanoparticles.
Some of these may encode enzymes that catalyze the formation of scent compounds [ 80].
These genes may encode enzymes that inactivate ecdysteroid to terminate molting.
On the other hand, curated contigs that may encode enzymes for the oxidative processing of the tetracyclic intermediate ent-kaurene to gibberellin A4 are present in the transcriptome at low sequence coverage (Additional file 1: Table S12).
Finally, eleven caffeic acid O-methyltransferase genes showed tissue-specific expression patterns (Additional file 3, Table 6), some of which may encode enzymes that catalyze the formation of scent compounds [ 80].
The alleles responsible for the genetic disorders seen in patients may encode enzymes that retain some residual function, probably more than an active site mutant retains, allowing for viability.
Unigene00402080 is highly homologous to GuCYP93E3 and MtCYP93E2 [ 43, 51], may encode enzyme catalyze C-24 hydroxylation of β-amyrin.
Since unlinked genes of the same FGU may encode different enzymes or proteins of the same phenotypic effect(s), functional alleles of the same FGUs may show correlated responses to positive selection, resulting in non-random associations.
While clade A and B-associated cooS genes are likely used for acetogenesis, our analyses suggest that cooS genes associated with clade C may encode CODH enzymes used for metabolic functions that are not directly associated with this metabolism.
Analysis of eukaryotic genomes demonstrates many eukaryotic protists lacking an identifiable folB or PTPS encoding gene, suggesting that a currently unidentified functionally equivalent but phylogenetically dissimilar gene may encode an enzyme that catalyses this step.
Three of the genes encode enzymes in non-starch metabolism but may indirectly affect starch biosynthesis, and four genes may act as regulators of starch biosynthesis.
