AI Networking Cookbook: Practical recipes for AI-assisted network automation and development
TL;DR
The results support a dispersed, multi-module working hypothesis for microbial contribution to TTX-associated ecology, while emphasizing that the pathway, its products, and the causal role of individual strains remain to be experimentally resolved.
It is shown that the environmental YrpB/NMO associated oxidoreductase space is dominated by YrpB related proteins: across 13 metagenomes, 83.1% of 390 conserved domain supported candidates were YrpB-associated.
The findings reveal S. rubidaea MJ24 as a metabolically versatile bacterium with a rich secondary metabolite repertoire and significant agricultural and biotechnological promise.
Comparative genomic and biosynthetic analyses of 24 Talaromyces species reveal extensive diversification alongside selective conservation of secondary-metabolite pathways across Talaromyces and provide a genomic framework for prioritizing species and BGCs for antifungal natural-product discovery and biocontrol-oriented...
This work analysed 939 cyanobacterial genomes spanning 11 orders and five habitat types to identify taxonomic and ecological hotspots of biosynthetic potential and link phylogeny, ecology and genomic features to prioritise taxa, habitats and biosynthesis pathways for future natural product discovery.
The isolation of a novel Jiangella strain reported from a marine, animal-associated plastisphere is described and its biosynthetic repertoire is placed in the context of the whole genus, providing a genome-based prioritization of candidate biosynthetic targets.
The putative biosynthetic pathway of the paenialvins is described and structural variations are explained, bringing useful data on Paenibacillus secondary metabolism for future antibiotic development.
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