Route Scouting
Explore retrosynthetic entry points, stoichiometric balances, yield tracking, and protecting group choices from the active KSM structure.
Review key starting material structure, identity, and 3D context to support route selection, supplier discussions, and impurity-aware chemistry decisions.
Draw in JSME on the left, then review KSM identity and intake fields on the right.
Explore retrosynthetic entry points, stoichiometric balances, yield tracking, and protecting group choices from the active KSM structure.
Review sourcing, vendor trial logs, scale-up feasibility, CAS cross-checks, and controlled-substance screening in one scientist-facing panel.
Centralize assay evidence, impurity carry-forward cues, chiral purity, moisture, thermal data, and target specification planning.
Document ICH Q11 KSM justification, carry-over reasoning, critical parameter hypotheses, and filing-support notes.
Click Analyze KSM or Run Prediction to open the ChemrytSC-style tabbed result workspace for the current structure.
Generate an impurity fate map in Predictions to identify candidate reactive sites.
Search the 37k-row FDA DMF holder database by substance name or keyword.
This route modeler uses the active KSM structure as the starting material anchor, then generates multiple API-facing retrosynthetic entry paths for scientist review.
Each pathway highlights a route hypothesis, key transform sequence, KSM entry justification, and a bench-priority score so chemists can compare options quickly.
Run vendor screening to populate pricing, scale-up feasibility, CAS/IUPAC cross-check, and sanctions review.
Run analytical assessment to generate ee, moisture, thermal, and draft-spec interpretation.
Assign evidence-based purge scores for each mechanism. The combined factor is calculated as 10Σ score.
Run regulatory review to generate KSM justification, purge-risk, CPP focus, structural alert, and tech-transfer summary.
| Functional group / fate | Predicted log purge | Experimental log purge | Evidence |
|---|---|---|---|
| Volatile alkyl halide | 1.8 | Distillation / concentration | |
| Ionizable amine | 1.2 | pH-controlled extraction | |
| Reactive epoxide | 2.0 | Hydrolysis / nucleophile quench | |
| Neutral aromatic impurity | 0.7 | Crystallization |
Reference values are planning priors. Replace them with route- and matrix-specific experimental purge studies for filing decisions.
Run sustainability review to generate atom economy, E-factor, safer reagent recommendations, solvent ranking, and catalyst recovery interpretation.
Planning aid only. Apply the current approved company solvent guide and route-specific EHS assessment before process selection.
Run integration preview to generate import, parser, API bridge, cloud hook, and structural search readiness notes.
Run the DoE builder to generate a factorial matrix, response cue, predictive overlay, robustness score, and operating-window summary.