Explore how scientists are designing chemically synthesized antimicrobial agents to combat the global antimicrobial resistance crisis through AI, advanced chemistry, and innovative delivery systems.
Discover how scientists sequenced the complete genome of Streptomyces leeuwenhoekii from the Atacama Desert, revealing its potential for novel antibiotics and cancer treatments.
Exploring the potential of bacterial polycyclic xanthones as next-generation antibiotics and anticancer agents against drug-resistant pathogens.
Exploring how natural product scaffolds are revolutionizing drug discovery and helping scientists develop new antibiotics and medicines.
Discover how microbial natural products are revolutionizing medicine through genomic mining and innovative discovery approaches like the iChip technology.
Discover how hypersaline environments are revealing novel actinomycetes that could solve the antibiotic resistance crisis
Exploring the synthetic challenges and breakthroughs in recreating complex natural products like platensimycin, lipstatin, and enediynes from soil bacteria.
Exploring configurationally stable atropoenantiomers in macrocyclic natural products and the chrysophaentin family's potential in antibiotic discovery
Discover how Heinz Floss and Christopher Walsh pioneered natural product chemical biology, revealing nature's molecular secrets and transforming medicine.
Explore the structural chemistry of Actinomycetes antibiotics and their role in combating antibiotic-resistant superbugs through modern scientific approaches.