Using urease-negative Lactococcus strains producing capsular polysaccharides eliminates acidification slowdowns while increasing cottage cheese yield.
Information processing apparatus derives a metabolite index using microorganism weight and metabolite weight data from culture solutions.
Stimulating reconstructed skin with IL-1beta reproduces atopic dermatitis markers, enabling reliable screening of compounds that restore the skin barrier.
Solid culture simplifies seed preparation, shortening the culture period and reducing production costs.
Culturing microorganisms in a medium containing L-arginine and glutamic acid to boost 5-aminolevulinic acid yield.
A plastic-degrading solution combines specific bacteria and fungi to break down polymer materials.
Segmented biotechnological and chemical processing achieves selective dodecanoic acid production from sustainable ethanol feedstocks.
Engineered recombinant yeast utilizes selective inhibitors to suppress contaminant microorganisms during fermentation.
A multi-enzyme product degrades lignocellulosic biomass into fermentable sugars using synergistic enzyme activities.
On-site continuous sludge granulation with dual polymer dosing eliminates expensive external seed procurement while maintaining biological activity.
Modifying Enterobacteriaceae bacteria to enhance fucPIKUR operon expression for improved L-amino acid synthesis.