Ensifer adhaerens strain OV14 delivers transgenes into plant cells using optimized cultural conditions and virulence gene platforms.
Engineers deploy plasmid pSinA in Agrobacterium and Paracoccus strains to remove arsenic from water without introducing antibiotic marker genes.
Adjusting oxidation-reduction potential during fermentation yields 96% oxidized coenzyme Q10, eliminating complex post-treatment steps.
Perfect palindrome operator sequences enable host RNA polymerase-driven protein expression without phage components.
Expressing DGAT1 from Mortierella alpina in recombinant yeast overcomes limited lipid accumulation, increasing triacylglycerol content by 12.09 folds.
Segmenting drive loci into poison and antidote elements reduces system complexity while maintaining reliable transmission bias.
Genetic modification of Bacillus subtilis increases sublancin yield to 3100 mg/L, resolving low productivity constraints.
Sequential addition of reversible and irreversible reducing agents breaks aggregates to boost native proinsulin yield.
Molecular markers enable early trait selection in maize PH1KV7, reducing breeding time while maintaining uniformity.
Expressing porins and transporters exports oligosaccharides, reducing osmotic stress and production costs.