Designing with nature is full of endless possibilities. We seek to tell creative stories that reflect our wonder for biology.
The difference between living things and manufactured objects is essentialized in the one word: to grow. Leaves grow, cars don’t. Tadpoles grow, cell phones don’t.
CEO, Ginkgo Bioworks
what is synthetic biology?
Biology runs on digital code in the form of DNA, made up of A’s, T’s, C’s, and G’s, and we can read and write it to program cells. This allows synthetic biologists to reimagine the possibilities of living things, from bacteria that fight cancer to rewilding whole ecosystems. What can biology do? What might it do? What does this mean for our relationship with technology and the world around us?
how we’re doing it
Grow is a space to highlight current endeavors, investigate neglected histories, and imagine collective biological futures. We publish digitally every month and in print once a year.
Leon Dische Becker
Ginkgo Bioworks uses the most advanced technology on the planet—biology—to help companies grow better products. Our cell programming platform allows us to design custom microbes, everything from materials to food to therapeutics. We power our labs with software and automation in order to widen our view of the biodiversity and the possibilities that nature holds.
Massive Science is a content and media company delivering bleeding-edge scientific research and expertise. We’re dedicated to helping scientists share stories about their work and lives in pursuit of a more informed, rational, and curious society. We provide trustworthy, entertaining and shareable science content authored by a growing community of over 2,000 knowledgeable scientists.
Disclaimer: This is an editorial publication, and the views and opinions expressed herein, including those expressed by Ginkgo Bioworks Holdings, Inc. (“Ginkgo”) employees, former employees and other authors are those of the authors. They do not necessarily reflect the views or opinions of Ginkgo.