Vilya-2 preprint extends all-atom modeling to macrocycle–target interfaces
Company / institutional announcement · Vilya Research / arXiv (preprint)
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Site published: 2026-11-03 · Updated: 2026-11-03
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What changed
Vilya-2 extends the company’s all-atom representation from individual molecules to interactions with protein targets using a diffusion-transformer model. The preprint focuses on noncanonical residues, macrocyclization, and complex topologies. Company examples include modeling icotrokinra and enlicitide complexes. Structural predictions support discovery hypotheses rather than proving oral exposure or clinical activity for newly designed candidates.
Why it may matter
Addresses peptide chemistries poorly represented in conventional co-folding models; independent experiments must connect structural predictions with binding and developability.
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