Explore how synthetic biology is revolutionizing medicine, manufacturing, and environmental sustainability by reprogramming biological systems with engineering precision.
Explore the fascinating science of biosensors - intelligent devices that combine biological sensitivity with engineering power to transform healthcare and environmental monitoring.
Exploring the dual-use dilemma of synthetic biology and its potential impacts on medicine, security, and society.
Exploring how metabolic engineering combines biology, engineering, and computer science to redesign cellular processes for sustainable production of fuels, materials, and medicines.
Explore how marine bacteria and cutting-edge genetic tools are transforming biotechnology through marine bioprospecting, discovering new antibiotics, enzymes, and environmental solutions.
Explore how metabolic engineering transforms living cells into microscopic factories for producing pharmaceuticals, sustainable fuels, and valuable chemicals.
Explore how CRISPR-Cas9, the revolutionary genetic scissors, is transforming biotechnology by enabling precise DNA editing for medical and agricultural applications.
Explore how metabolic science is revolutionizing medicine, biotechnology, and the bioindustry through groundbreaking research and discoveries.
Explore how CRISPR and biotechnology are transforming agriculture with gene-edited crops that resist disease, withstand climate change, and reduce pesticide use.
Explore the promising field of synthetic plant biology where crops can design fertilizers, plants glow to illuminate streets, and tomatoes serve as natural vaccines.