RESEARCH USE
Where Schrödinger Platform fits
The Schrödinger Platform brings together separately licensed applications for molecular preparation, modeling, simulation, and informatics. It is a product collection rather than one prediction model. A research method should name the application, version, settings, and computational resources actually used. Evaluate the selected workflow on a relevant benchmark before applying it to new molecules or materials, and retain the inputs needed to reproduce the calculation.
Research tasks
- Prepare and analyze molecular structures
- Connect molecular-design and simulation steps
- Run supported drug-discovery or materials workflows
What to evaluate before use
- Licenses and operating-system support differ by application. Desmond-based workflows require Linux even when a graphical client runs elsewhere.
- Predictions depend on the specific physical model or training data; platform integration does not remove the need for validation.
Verification note
This entry summarizes the tool's role without assessing scientific accuracy or endorsing its outputs. Features and terms can change; consult the official source before adopting it for consequential work.
molecular modelingcomputational drug discovery
Last verified: 2026-09-03
Source: official documentation ↗