A user manual for yeast’s genetic switches

Bioengineered yeast mass produces herbal medicine

Measuring how much wood a wood shuck shucks with all-new wood shuck food

Creating an international innovation hub for engineering biology

A microbial plastic factory for high-quality green plastic

Bioengineering to Achieve Carbon Neutrality

Multidisciplinary innovations in plastic recycling

Bioproduction Breakthrough: New method for developing Pichia pastoris yeast strains with high productivity of useful proteins

Tyrosine chassis for sustainable, high-yield production of useful compounds in yeast smart cells

Discovery of new phenomenon a game-changer for efficient bioproduction of useful chemicals

Microalgae biofuels

New method of artificially creating genetic switches for yeast

Successful method yielding high rate of D-lactate using cyanobacteria could revolutionize bioplastic production

New metabolic engineering strategy for effective sugar utilization by microbes successfully improves bioproduction of polymer raw materials

Novel protein positioning technique improves functionality of yeast cells

Success in metabolically engineering marine algae to synthesize valuable antioxidant astaxanthin

Fe metabolic engineering method succeeds in producing 1,2,4-butanetriol sustainably from biomass

Cell architects: engineered “smart cells” improve production of pharmaceutical raw materials

Making xylitol and cellulose nanofibers from paper paste

World’s most efficient production of succinate from carbon dioxide

Making oil from algae

New technology selects high-affinity proteins

Elucidation of chemical ingredients in rice straw