Discover how synthetic strigolactone mimics are transforming sustainable agriculture through enhanced plant-microbe communication and improved crop resilience.
Exploring the fascinating biosynthetic pathway of tryptophan, one of biology's most enigmatic and expensive amino acids to produce.
Exploring how sustainable biosynthesis is revolutionizing chemical manufacturing through biological engineering and green chemistry principles.
Engineering E. coli to produce cancer-fighting Taxol precursors through synthetic biology approaches
Exploring how synthetic chemistry is transforming natural alkaloids into powerful anti-leukemia drugs
Discover how the flavin-dependent halogenase RebH performs its redox chemistry before substrate chlorination, enabling precise cancer-fighting compound synthesis.
Discover how bacteria create the potent antibiotic pantocin A through sophisticated post-translational modifications involving Claisen condensation and decarboxylation.
Discover how remdesivir affects nucleotide pools in human cells and the implications for antiviral therapy.
Exploring the biosynthesis, isolation processes, and mechanism of action of clavulanic acid and cephamycin C in combating antibiotic resistance.
Exploring how deep-sea microbes could provide solutions to the antibiotic resistance crisis through novel compounds and mechanisms.