Explore how chemical genomics is revolutionizing drug discovery by understanding how medicines affect our entire cellular network.
Discover how the marine fungus Aspergillus fumigatus MF071 from the Bohai Sea reveals new antibacterial compounds through genome-inspired exploration.
Explore how functional cell-based ultra-high throughput screening is transforming drug discovery through chemical genomics approaches.
Exploring the discovery of cyclopeptides in Christiana africana bark and their potential applications in medicine and drug development.
Explore how chemical genetics uses small molecules as master keys to decode protein functions and accelerate drug discovery for diseases like cancer.
Discover how DeepRiPP uses AI and multiomics data to automate the discovery of novel ribosomally synthesized natural products for medicine.
Explore how genome-based studies are unlocking the medical treasures of marine microorganisms for novel natural products discovery.
Explore how chemical biology revolutionizes drug discovery through target identification and validation techniques like CETSA, chemical proteomics, and bioorthogonal chemistry.
Discover how genomics is revolutionizing the discovery of cryptic metabolic pathways and unlocking nature's secret medicine chest through targeted approaches.
Discover how NMRmix uses intelligent algorithms to optimize compound mixtures for NMR-based drug discovery, accelerating the identification of potential therapeutics.