Exploring how miniature biosensors are transforming tissue engineering by monitoring biological processes in real time.
Discover how lipid signaling serves as the cell's master architect, directing cellular organization and tissue architecture through cutting-edge genome engineering research.
Discover how blending silk with plasticizers and controlling drying temperature creates ultra-stretchable, porous biomaterials with revolutionary medical applications.
Exploring how nanoscale intracellular organization revolutionizes our understanding of cellular behavior and its implications for medicine and synthetic biology.
Exploring how high-fat diets manipulate obesity, gut microbes, and immunity to accelerate colon cancer through groundbreaking mouse model research.
Explore how protein engineering and Structure-Activity Relationships (SAR) are revolutionizing enzyme design for industrial and medical applications.
How genetic engineering is revolutionizing citrus disease resistance against threats like HLB and citrus canker
Discover how silk-gelatin hybrid hydrogels with affinity-based systems revolutionize growth factor delivery for tissue regeneration.
Discover how FT-MIR ATR spectroscopy and multivariate analysis revolutionize enzyme engineering by enabling high-throughput screening of fungal β-fructofuranosidase mutants.
Research on genetically modifying adipose-derived stem cells with pleiotrophin gene to enhance their regenerative potential for tissue repair.