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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.