Exploring the revolutionary field of synthetic biology, its societal implications, and the ethical questions surrounding the engineering of life.
Exploring the ethical dimensions and social implications of synthetic biology in the post-pandemic era, from mRNA vaccines to responsible innovation.
Explore how synthetic biology is revolutionizing medicine through programmed living cells and standardized biological parts, supported by Synberc and IWBDA.
Explore how synthetic biology is revolutionizing industrial biotechnology through engineering principles applied to biological systems for sustainable manufacturing solutions.
Exploring how control engineering principles are being applied to program living cells in synthetic biology, creating predictable biological systems.
Discover how scientists created the first Single-Molecular Quinone Pool, a synthetic model of one of life's most crucial energy transducers.
Discover how synthetic biology is engineering microbes to produce fatty acid-derived valuable chemicals, creating sustainable alternatives to petroleum-based products.
Explore how synthetic biology is transforming living organisms from mysterious 'kinds' of life into programmable 'things' we can design and engineer.
Explore how synthetic biology and polymer science are converging to create a new era of biological engineering, with insights into applications, breakthroughs, and future challenges.
Explore how synthetic biology is revolutionizing medicine, manufacturing, and environmental solutions by programming living cells to address humanity's greatest challenges.