Synbio & enabling tech
The sector about how biology becomes engineerable: genome engineering, foundries and design, bioinformatics and omics.
The enabling-technologies sector is the toolkit every other sector borrows. Three clusters: genome engineering — changing living things, from point edits to whole genomes; foundries & design — automating the design–build–test loop and the physical limits of each stage; bioinformatics & omics — reading and interpreting the data the first two produce.
The recurring motif is the price of length and specificity: DNA synthesis pays geometrically per base, protein design per contact, genome assembly per repeat. The second motif is measurement as the limit of iteration: a foundry’s conveyor speeds up not biology but feedback loops, and their count is bounded by measurement quality.
The entry point is metabolic engineering: the cell as a flux network — the shared language of design.
Genome engineering
The nuclease only makes a break — the cell's repair machinery decides what the edit becomes; writing genomes runs into what nobody understands; containment is a …
12 pages
Foundries & design
Engineering living things means paying for every length: yield per base, DNA's stiffness, specificity per protein contact.
9 pages
Bioinformatics & omics
Each omics layer is shaped by the physics of its own measurement; seeing where costs you what; and inference has a boundary worth stating before the next …
13 pages