A high-level & approachable introduction to the field, with links to excellent essays and videos from George Church, Andrew Hessel, Suzanne Lee, and other pioneers.
2. Stanford's Introduction to Bioengineering. By @DrewEndy & @jennbrophy7.
Probably the best, modern video series on synthetic biology, health, evolution, and associated tools. All of the lectures are available online, for free.
It has in-depth lectures from many great scientists on different applications of synthetic biology, including gene circuits, gene drives, synthetic cells, metabolic engineering, and much more.
4. Principles of Synthetic Biology. By Ron Weiss & Adam Arkin.
A classic course, available on edX. It includes interactive, digital exercises. Its focus is on modern techniques in DNA assembly, and how to build and model biological circuits.
2. Cell Biology by the Numbers (free)
By Ron Milo & Rob Phillips.
A basic grasp of biophysics will help you build mental models to engineer cells. This book covers the basics: How big is a protein? How fast is transcription? How do cells power it all?
2. Inhalable nanoparticles, packaged with mRNA or CRISPR systems, efficiently edit lung cells.
720 ionizable lipids were tested to make the ✨perfect✨ particles. High editing efficiencies in airway epithelial cells (which are normally hard to target.)
A few years ago, "Glowing Plants" raised $484,000 on Kickstarter. Backlash followed and the platform banned gene-editing projects.
The original company died in 2017, but others took their place.
These are the highlights. 🧵
Our story begins in molecular biology's golden era, 1986.
A small cadre of biologists & chemists at UCSD reported, in @ScienceMagazine, the "stable expression of the firefly luciferase gene in...transgenic plants."