Peptide Designv1.0.7

Design novel peptides that bind to specific protein pockets involved in disease pathways. This scenario uses pocket-guided docking to generate candidate therapeutics for targets like kinases or GPCRs.

Design macrocyclic peptides with enhanced stability and cell permeability against challenging protein targets such as protein-protein interfaces. Ideal for developing oral or injectable drugs.

Compute extinction coefficients, pI values, and liabilities to optimize peptide stability, solubility, and manufacturability early in development. Reduces late-stage failures.

Dock existing peptide ligands into protein pockets to validate binding modes and prioritize leads in early-stage research. Can be used in academic or industrial settings.

Detect potential liabilities such as aggregation, toxicity, or instability in peptide sequences or small molecule libraries. Supports decision-making in candidate selection.

Offer SciMiner's peptide design and docking tools as a subscription-based cloud service for pharma and biotech companies. Users pay per API call or monthly subscription.

Provide expert consulting to design custom peptides for specific targets, leveraging the API. Charge project fees for lead generation and optimization.

Generate proprietary peptide sequences using the tool and license them to larger pharma for further development. Revenue from upfront payments and royalties.