Unmc: Search Peptides
Unmc via Parse · healthcare
Search the APD6 database for antimicrobial peptides. Supports filtering by name, source organism, sequence content, and biological activity. Returns a list of matching peptides with their APD IDs, descriptions, sequences, and lengths. All filter parameters are optional; omitting all returns all peptides in the database. Access the APD6 Antimicrobial Peptide Database to search peptides, retrieve detailed peptide information, and predict antimicrobial properties of amino acid sequences. Fulfilled by Parse from aps.unmc.edu.
- aps-unmc-edu
- developer-tools
- healthcare
- other
- parse
- platform-key
- unmc
Price and execution
- Price
- $0.20 USD credits / call
- Trust tier
- Verified
- Execution
- Managed call
- Capability group
- healthcare
Interface snapshot
- Protocol
- HTTP operation
- Operation
- POST /scraper/8dc7511b-87c3-48ad-b97b-1168f444ce45/search_peptides
- Interface artifact
- sha256:6e233c3e9846a276290e495978f39321e8bedba68d6106c96670015f2c590592
- Manifest digest
- sha256:ae7f499400d8c4abc0dc8e71ed93abde02df82cbda23a79a471a5c11d4ecfe3e
Request fields
- name (string): Peptide name or partial name to search for (e.g. 'LL-37', 'cathelicidin', 'human').
- sort (string): Sort order for results.: Allowed values: ID, Length, Netcharge, Hydrophobic
- length (string): Filter by peptide length range.
- activity (string): Comma-separated list of biological activities to filter by. Accepted values: antibacterial, antiviral, antifungal, antiparasitic, anticancer, anti-hiv, anti-mrsa, anti-tb, antibiofilm, wound_healing, anti-inflammatory, chemotaxis, antioxidant, spermicidal, insecticidal, anti-endotoxin, anti-toxin, anti-diabetes, ion_channel, protease_inhibitors, nematocidal, bacteria_agglutinating, synergistic.
- sequence (string): Amino acid sequence or motif to search for within peptide sequences (e.g. 'YGNGV', 'GLFD', 'CC').
- structure (string): Filter by 3D structure type.
- net_charge (string): Filter by net charge.
- source_organism (string): Source organism to filter by (e.g. 'Homo sapiens', 'Rana').