Protein
Design novel protein binders, redesign selected residues in fixed structures, and screen protein libraries against targets.
ProteinDesign
Generate novel protein binders optimized for binding to a target structure. Binder specifications can be provided directly, uploaded as structure templates, or selected from Boltz-managed curated nanobody and antibody defaults. Results are scored by binding confidence (likelihood of protein-protein interaction) and structure confidence.
Start a protein de novo design run
List protein design runs
List curated protein design specifications
Get protein design run status
Get generated protein designs
Stop a running protein design run
Resume a stopped protein design run
Delete protein design run data
Estimate cost for a protein design run
ProteinSequence Redesign
Redesign selected protein residues in one fixed CIF structure. Use the top-level type discriminator to choose binder redesign, with target and binder chain roles, or generic redesign. Every chain in the input structure must be assigned exactly once. Binder results include binding and structure metrics; generic results include structure and secondary-structure metrics.
Start a protein sequence redesign run
List protein sequence redesign runs
Get protein sequence redesign run status
Get redesigned protein sequences
Stop a running protein sequence redesign run
Resume a stopped protein sequence redesign run
Delete protein sequence redesign run data
Estimate cost for a protein sequence redesign run
ProteinLibrary Screen
Screen an existing library of proteins against a target structure. Results are scored by binding confidence (likelihood of protein-protein interaction) and structure confidence.