Give a target product and a chassis; get the enzyme steps, sources, and an experimental plan to build the pathway.
From a product name to a complete pathway, seven stages annotate each step in this entry — from chassis validation down to an operon and RBS plan.
Confirm the chassis organism is in the supported set before any design runs.
Match the target product against a curated pathway library of verified enzyme steps.
Pull supporting references from two independent literature sources.
Generate the enzyme chain, constrained by the gold-standard library and literature.
Check every enzyme against genome, reaction, and anchor rules; flag and correct issues.
Classify each step as native, heterologous, or overexpression against the chassis genome.
Lay out the expression unit and ribosome-binding strengths for the assembled genes.
Designs are anchored to a curated library of verified enzyme steps instead of raw model guesses.
Each step is marked native, heterologous, or overexpression against your chosen chassis.
Every enzyme carries a source organism and a retrievable sequence anchor for download.
A draft plan with the genetic modifications, knockout and overexpression targets for wet-lab use.
Name a target product and pick a chassis, then run the design.
Watch the design advance stage by stage.
The designed pathway: enzyme steps, sources, precursor supply, competing pathways, and an experimental plan.
Each saved run becomes a reproducible entry with an Entry ID you can cite in your methods. Handoff to multi-gene assembly will prefill the designed enzymes.
Run the design first, then save it here.