Exploring photosynthetic biofuel production using cyanobacteria and algae as renewable energy solutions through synthetic biology and metabolic engineering.
Explore the revolutionary approach of materials by design (MBD) where scientists engineer materials atom by atom to meet specific properties, accelerating discovery for sustainable technologies.
Explore how biosensors decode cellular mechanotransduction and adhesion-mediated responses to microenvironmental cues in mechanobiology.
Explore how tissue engineering is transforming urological medicine through innovative scaffolds, stem cells, and bioactive signals to regenerate functional urinary tissues.
Exploring revolutionary biophysical tools transforming neuroscience from inference to direct observation of brain activity.
Exploring the frontier of autonomous virtual humans and animals where biomechanics collides with artificial intelligence to create astonishingly lifelike synthetic beings.
Exploring the silent revolution transforming biological warfare through synthetic biology and AI-powered bioweapons
Exploring the potential of naphthoquinones from plants as novel treatments against Leishmaniasis through animal studies.
Exploring synthetic biology's frontier of rewriting life's core operating system through xenobiology and orthogonal biological systems.
Explore the cutting-edge science revolutionizing our food systems - from lab-grown meat to CRISPR crops and vertical farming.