TL;DR
Findings highlight S. enissocaesilis ASB as a promising source of extracellular bioactive metabolites and provide a foundation for future studies involving compound purification, structural characterization, safety evaluation, and translational development against MDROs.
The integrated experimental and in silico approach highlights soil-derived actinomycetes as versatile and sustainable bioresources with significant pharmaceutical and biotechnological potential, emphasizing their role in combating antimicrobial resistance and enabling the rational development of novel therapeutic and i...
This study investigated the isolation, molecular characterisation, and antibacterial profiling of metabolite-producing lactic acid-related bacteria from traditionally fermented cow milk (nono) with significant antibacterial potential, which can serve as natural antimicrobial agents for food preservation and therapeutic...
These findings highlight the biotechnological potential of metabolites from Streptomyces sp.
It is demonstrated that tropical peat swamp forest soils represent a valuable and underexplored reservoir of bioactive actinobacteria with promising antimicrobial potential and highlights the importance of peatland ecosystems as sources of novel microbial metabolites that may contribute to future pharmaceutical and bio...
Desert ecosystems are untapped sources of metabolically rich Streptomyces having immense biosynthetic capability, and some desert-derived Streptomyces isolates show a high potential in the synthesis of rifampin-like products, which highlights their importance in antibiotic discovery programs.
Findings indicate that the crude extract of Streptomyces sp.
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