AI FOR BIOLOGY
Protein & pathway design, in the browser
Log in and run folding, inverse folding, nanobody backbones, FBA, and kcat jobs — without standing up servers or babysitting a terminal.
AI FOR BIOLOGY
Log in and run folding, inverse folding, nanobody backbones, FBA, and kcat jobs — without standing up servers or babysitting a terminal.
TARGETS WE HAVE RUN
We designed nanobodies to CA9, ABP, and CEA, then validated them at the cellular level — not a slide of logos.
Hypoxia enzyme on solid tumors.
Receptor-binding domain on drug-resistant Acinetobacter baumannii.
Tumor marker on colorectal and other epithelial cancers.
ONE WORKBENCH
Eighteen tools, two generation cores, four folding engines, and a KEGG / BiGG library — same login, quota, and Data Room from backbone to flux.
From antigen structure to candidate backbones; from a compound name to flux hypotheses.
THE POINT
Good design still depends on biological intuition, wet-lab work, and careful interpretation. We put our compute workflows behind a clean interface, cut the repetitive labor, and raise your chance of success.