Exploring how problem setting and framing influence citizen discussions on synthetic biology and shape technological futures
Explore how synthetic biology is transforming tissue engineering through genetic circuits that program cells for precise tissue repair and regeneration.
Explore how scientists are creating artificial cells from non-living components and revolutionizing our understanding of life itself.
Explore how the University of Edinburgh is leading the revolution in synthetic and systems biology, transforming biological engineering to solve global challenges.
Explore how synthetic biology is revolutionizing our fight against antibiotic-resistant bacteria through engineered bacteria, AI-designed antibiotics, and resurrected ancient compounds.
Exploring how synthetic biology is shifting from competition to cooperation through engineered microbial communities and cellular interdependence.
Explore the revolutionary field of synthetic biology, where engineering principles meet biological systems to address humanity's most pressing challenges.
Explore how synthetic biology is transforming the fight against leishmaniasis through engineered vaccines, smart therapeutics, and novel drug discovery approaches.
Explore how synthetic biology is transforming medicine through programmable cells, genetic circuits, and living therapeutics for cancer and chronic diseases.
Explore how synthetic biology is revolutionizing science by designing living systems from scratch through interdisciplinary collaboration.