Making the proteins that living cells cannot make
I'm stoked to publicly share something I have been working on since joining Speculative Technologies: A roadmap for its next coordinated research program called Macromolecular Additive Manufacturing. This technology could lead to new multi-component proteins made from up to one hundred distinct subunits, which would be over a ten-fold increase versus what can be made with living cells.
I'm stoked to publicly share something I have been working on since joining Speculative Technologies: A roadmap for its next coordinated research program called Macromolecular Additive Manufacturing. This technology could lead to new multi-component proteins made from up to one hundred distinct subunits, which would be over a ten-fold increase versus what can be made with living cells. But why should anyone care about this? The technology could unlock artificial ‘antibodies’ that engage several targets simultaneously, vaccines made from multiple parts of infectious agents for robust…
related reading
- For the First Time, a Cell Built From Scratch Grows and Divides | Quanta Magazinequantamagazine.org
- Home | Speculative Technologiesspec.tech
- The Prospects of Molecular Manufacturing | Contrary Researchcontrary.com
- A Protein Printerreadcodon.com
- Programs | Speculative Technologiesspec.tech
- AlphaProteo generates novel proteins for biology and health researchdeepmind.google
- Neion Bioneionbio.com
- The Language of Biology: Computation to aid protein designcarlosaldrete.substack.com
- A billion years of evolution in a single afternoon — George Churchdwarkesh.com
- Stories We’d Like to Publish - Asimov Pressasimov.press
- Asimov — Intelligent Designasimov.com
- In vitro-engineered non-antibody protein therapeuticsncbi.nlm.nih.gov