Explore how engineered yeast is revolutionizing bioplastic production through lactic acid fermentation at low pH values.
Discover how dental stem cells from baby teeth combined with CNTF protein are revolutionizing neurological treatments and nerve regeneration.
Discover how scientists are engineering Yarrowia lipolytica yeast to produce valuable terpenoids, offering sustainable alternatives to traditional production methods.
Exploring how polyhydroxyalkanoates (PHAs) surface characteristics influence human Schwann cell-like cells for nerve regeneration
Discover how chloroplast engineering and DXR enzyme enhancement can dramatically increase isoprenoid production in plants, unlocking nature's chemical treasure trove.
Explore how bacterial concrete with fly ash creates self-healing structures that are stronger, more durable, and sustainable.
Explore how metabolic engineering of Methylobacterium extorquens AM1 enables sustainable chemical production from methanol through innovative pathway redesign.
Explore how Adaptive Laboratory Evolution is revolutionizing biofuel and terpenoid production through accelerated evolution of microorganisms.
Discover how Corynebacterium glutamicum revolutionized glutamate production through metabolic engineering and proteomic insights.
Explore how scientists are engineering enzyme assembly lines in cells to create super-efficient biosynthetic pathways for sustainable chemical production.