Frequently asked questions

V-LiSEMOD is a viral structure-guided web platform for exploring protein-ligand co-crystal structures, interaction evidence, solvent-exposed ligand atoms, PyMOL outputs, and PROTACability-style triage.

It refers to a ligand region or atom set that remains relatively exposed to solvent in the observed bound pose, making it a potential starting point for modification review.

Warhead linkability is a structure-guided assessment of whether a bound ligand may present an interpretable attachment point for follow-up chemistry while preserving critical binding context.

Within V-LiSEMOD, PROTACability is a hypothesis-generating structural triage framework that combines ligand-side and target-side evidence relevant to degrader design review.

No. It does not prove degradation, ternary complex formation, or ubiquitination. It helps prioritize structures and ligand contexts for deeper follow-up.

V-LiSEMOD is currently curated around viral protein-ligand structures. Some concepts are generalizable, but the platform is designed primarily for viral structure-guided discovery workflows.

V-LiSEMOD sits upstream. It helps identify and interpret promising viral ligand contexts before users move into downstream bifunctional design in PROTAC Builder.

The platform supports outputs such as PyMOL sessions and related structure-review artifacts, along with query-driven data exploration and comparison views.

PyMOL sessions make it easier to share binding-pocket context, solvent exposure, and ligand-specific evidence with collaborators in a familiar visual format.

Visit the citation page for suggested software citation language and related publication context.

For collaboration or project questions, visit the contact page.