Exploring the legacy of B.L. Astaurov and his groundbreaking research on silkworms that bridged genetics and developmental biology.
Discover how cancer cells use 12(S)-HETE to breach blood vessels and metastasize throughout the body. Learn about the science behind this molecular escape mechanism.
Discover how Eclipta prostrata and Piper longum are used in green synthesis of ZnO nanoparticles with antibacterial, antioxidant, and photocatalytic properties.
Discover how Shewanella oneidensis bacteria could revolutionize rare earth element purification through genomic research and biosorption technology.
Explore how scientists use quantum computing to predict the redox potential of Cytochrome c, the crucial protein powering cellular energy production.
Discover how Eugenol from cloves disrupts fungal ergosterol biosynthesis and inhibits CYP51B enzyme in Rhizopus oryzae through comprehensive scientific analysis.
Discover the genetic and biochemical mechanisms behind pepper colors, from chlorophyll greens to carotenoid reds and anthocyanin purples.
Explore how plant enzymes called methyltransferases create powerful medicines through alkaloid methylation, transforming basic compounds into therapeutic substances.
Discover how scientists are using grapes to create silver nanoparticles that combat antibiotic-resistant superbugs through green nanotechnology.
Exploring the seasonal patterns of isoprene emissions from temperate forests and their impact on air quality and climate.