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Peptide Intelligence, Discovery & Design

A connected view of the peptide and GLP-1 landscape

Food Vector™ brings together curated data on marketed, clinical-stage, and research peptides from validated scientific, clinical, regulatory, and commercial sources.

From sequence to target. From target to indication. From evidence to decision.

Sources

Regulator: FDA / EMA / NMPA / PMDA / Health Canada, Clinical trial registry, Peer-reviewed primary publication, IUPHAR / UniProt / HGNC, ChEBI / PubChem / UNII, Company pipeline or press release

Peptide Discovery & Design

Use known peptide intelligence to guide what comes next.

Food Vector™ combines the knowledge graph with sequence, structure, molecular properties, and computational analysis to support peptide discovery and design.

01 · DISCOVER

Discover

Identify relevant peptides from known products, food proteins, public science, and proprietary libraries.

02 · PRIORITIZE

Prioritize

Rank candidates on target relevance, pathway fit, evidence strength, structural plausibility, stability, safety, and developability.

03 · DESIGN

Optimize & design

Modify existing sequences or propose new candidates within defined biological and development constraints.

04 · VALIDATE

Validate

Show what is known, what is predicted, what remains uncertain, and which experiment should come next.

Design constraints
Target or receptor Biological objective Sequence length Required motifs Solubility & stability Protease resistance Toxicity & immunogenicity Manufacturability

Design with the context of what is known, not from sequence alone.

Knowledge graphProducts, targets, trials, evidence
Molecular layerSequence, structure, properties
→
Then
Candidate ranking
→
Then
Optimized or designed peptides
→
Result
Validation plan
Start a Peptide Project

Start with a peptide, library, target, or biological objective.

Use the peptide knowledge graph to understand the landscape, identify evidence gaps, and focus validation on the strongest candidates.