AutoDock-Vina PrepServer
Role: docking job package preparation from receptor structures, docking centers, and ligand inputs.
Build a packageTogether, these tools support a growing workflow for structure-guided molecular preparation, ligand analysis, warhead/exposure review, induced-proximity design, and docking package generation.
The companion links point to adjacent molecular design and analysis workflows. PrepServer itself stays focused on the docking preparation checkpoint: receptor assets, docking centers, ligand intake, and generated package files.
Keeping these roles distinct helps users understand which tool prepares inputs, which tool reviews molecular context, and which downstream environment is responsible for docking execution and scientific interpretation.
Role: docking job package preparation from receptor structures, docking centers, and ligand inputs.
Build a packageRole: Solvent-exposed ligand atom and warhead/linker follow-up.
Open Warhead HunterRole: Degrader design continuation and linker-recruiter-warhead assembly.
Open PROTAC BuilderRole: E3 recruiter and ligase-context exploration.
Open E3 LigandalyzerRole: Viral ligand solvent-exposed moiety and PROTACability-style triage.
Open V-LiSEMODRole: Schürer Lab GitHub tool for molecular modeling and MD-related workflows.
Open PymacsRole: Laboratory context for the connected molecular design tool ecosystem.
Open Schürer LabThese are ecosystem links and companion workflows, not a claim of a fully integrated platform or automated closed-loop discovery system.
No. The page lists related tools and companion workflows. They should be treated as connected entry points rather than a single automated closed-loop discovery system.
PrepServer focuses on receptor, ligand, docking box, and package preparation for downstream AutoDock Vina workflows.
No. Outputs from any companion workflow should be reviewed in context by scientists with appropriate controls, assumptions, and validation.