TL;DR
The findings reveal S. rubidaea MJ24 as a metabolically versatile bacterium with a rich secondary metabolite repertoire and significant agricultural and biotechnological promise.
A genomic framework for understanding the high glycosphingolipid-producing capacity of NKG400013 is established and insights into the evolutionary diversification of sphingolipid metabolism in green algae are provided.
These findings provide new insights into the genomic basis of ecological adaptation and metabolic diversification in Pseudoalteromonas, supporting the role of pigmentation as a proxy for enhanced biosynthetic potential, while carbohydrate utilization capabilities evolve more independently and offering a framework for targeted bioprospecting of marine-derived metabolites with industrial and environmental applications.
A decoupled evolutionary strategy between upstream precursor supply and downstream diversification in triterpenoid biosynthesis in R. roxburghii is suggested, providing a valuable genomic resource and a prioritized set of candidate genes for future metabolic engineering and quality improvement of this functional fruit crop.
Findings indicate that Pseudoduganella sp.
The present study is the first to report the antifungal activity of bacillopeptins against Sclerotinia sclerotiorum, a fungus responsible for white mold.