Exploring the revolutionary field of industrial microbiology and biotechnology through the lens of the pivotal JIMB BioMicroWorld2007 special issue.
Explore how precision gene editing technologies like CRISPR, base editors, and chromosome engineering are transforming agriculture to meet global food security challenges.
Exploring the cutting-edge science of designing custom molecular switches to specifically mute the EpCAM promoter, offering a potential new weapon against cancer.
Exploring cutting-edge methods to improve antibody thermostability through consensus design, structural analysis, and AI-powered engineering.
Breakthrough nucleofection technique transforms fibroblasts into precision healing machines for affordable, scalable regenerative therapies.
How tweaking a bacterial enzyme's control knobs could revolutionize green drug synthesis through semi-rational engineering of nitrile hydratase
Discover how bispecific tetravalent intradiabodies simultaneously knockout two cancer targets, offering a breakthrough in cancer therapy by blocking multiple signaling pathways.
Breakthrough research shows how engineered regulatory T cells targeting amyloid-β can dramatically reduce Alzheimer's pathology and restore memory in mouse models.
Discover how the extremophile algae Cyanidioschyzon merolae is revolutionizing biofuel production and sustainable biotechnology.
Discover how injectable gelatin-silk fibroin hydrogels are revolutionizing regenerative medicine by delivering living cells to repair damaged tissues.