Explore how plant bioengineering is transforming plants into sustainable factories for medicines, biofuels, and industrial chemicals through advanced genetic engineering and automation.
Explore how chemical biologists are redirecting natural biosynthetic pathways to create novel medicines, materials, and fuels through precursor-directed biosynthesis.
Discover how scientists are optimizing FeMoco maturation on NifEN, a breakthrough that could revolutionize agriculture and sustainable fertilizer production.
Discover how Bacillus sp. SBT8 bacteria create silver nanoparticles through green biosynthesis - a sustainable alternative to traditional chemical methods.
Discover how a new [2Fe-2S] cluster with redox-active ligands is revolutionizing nitrogen fixation, potentially offering a sustainable alternative to the energy-intensive Haber-Bosch process.
Explore how glycosyltransferases function as molecular architects building the sugar code that defines cellular identity, blood types, and biological communication.
Discover how selenium evolved from a notorious poison to a powerhouse for building molecules in organoselenium chemistry
Discover how mass spectrometry is revolutionizing glycan analysis and unlocking the secrets of cellular communication in health and disease.
Discover how rosmarinic acid from common herbs like rosemary and basil is emerging as a powerful anticancer compound, enhanced by biotechnology and nanotechnology.
Discover how scientists mapped the atomic structure of AKR1D1 enzyme, revealing insights into hormone metabolism and potential treatments for related diseases.