Chemoinfolab: Design Peptide
Chemoinfolab via Parse · healthcare
Design antifungal peptides by applying mutation and optimization methods to an input sequence. Generates variant sequences using methods like single/multi-point mutation, swap, shift, segment, augment, insert, duplicate, delete, or global optimization. Returns designed sequences in FASTA format. API for searching, predicting, and designing antifungal peptides using the Antifungipept platform's machine learning tools. Fulfilled by Parse from antifungipept.chemoinfolab.com.
- antifungipept-chemoinfolab-com
- chemoinfolab
- developer-tools
- healthcare
- other
- parse
- platform-key
Price and execution
- Price
- $0.02 USD credits / call
- Trust tier
- Verified
- Execution
- Managed call
- Capability group
- healthcare
Interface snapshot
- Protocol
- HTTP operation
- Operation
- POST /scraper/51985860-1ffa-4e8a-a5b2-d56957dc7b7d/design_peptide
- Interface artifact
- sha256:bd82a24b256ad1fcb0b4303d47beaff5962ff632cb9aa921946b7e63fccc61a1
- Manifest digest
- sha256:217416f1554284fa21c328d37c78f884c2b56e5206427be323bd35864eebf163
Request fields
- sequence (string, required): Input peptide sequence (11-150 amino acid letters, e.g. 'KWCFRVCYRGICYRKCR'). Plain amino acid sequence only, not FASTA format.
- design_option (string, required): Design method to apply.: Allowed values: augment, insert, duplicate, single_point_mutate, swap, shift, multi_point_mutate, globally_optimize, segment, delete
- num_mutations (integer): Number of mutation points for multi-point mutation method. Accepts values 1-4.: Allowed values: 1, 2, 3, 4