Discover how computational protein design is revolutionizing synthetic biology by creating modular sense-response systems that can detect virtually any biological signal.
Explore how synthetic genome engineering is revolutionizing winemaking through designer yeast strains with enhanced flavor control, fermentation efficiency, and environmental resilience.
Explore how omics technologies and synthetic biology are transforming yeast into powerful industrial factories for biofuels, medicines, and sustainable chemicals.
Explore how RetroPath2.0 is transforming synthetic biology through automated retrosynthesis workflows for metabolic engineering
Explore the fascinating world of metabolic engineering - from cellular optimization to sustainable applications in medicine, biofuels, and environmental solutions.
Explore how engineering principles are transforming biotechnology through synthetic biology, organ-on-a-chip technology, and AI-driven biological design.
Exploring how metabolic engineering combines biology, engineering, and computer science to redesign cellular processes for sustainable production of fuels, materials, and medicines.
Discover how intercistronic expression elements in Chlamydomonas reinhardtii chloroplasts are enabling synthetic operons for advanced genetic engineering applications.
Explore how SynPharm enables precise drug control over engineered proteins through synthetic biology and pharmacology integration.
Explore how metabolic engineering transforms living cells into microscopic factories for producing pharmaceuticals, sustainable fuels, and valuable chemicals.