Specialty chemicals molecular analysis workspace for formulation scientists.
Draw in JSME on the left, then review specialty chemical identity and intake fields on the right.
ChemrytSC is a scientist-facing screening workspace for specialty chemicals. It helps you examine a structure, interpret compliance and handling signals, estimate thermal and environmental behavior, compare analogues, and explore structure variants before synthesis, formulation, or regulatory follow-up.
It runs the primary structure review: identity resolution, descriptor generation, compliance screening, hazard interpretation, and preparation of the downstream result modules for scientific review.
It refreshes the predictive model layer for the active structure, including physicochemical, environmental, ADME, and toxicology endpoints used to support screening decisions in the Models and Environment views.
Structure shows identity, descriptors, thermal profile, and mapped structural alerts. SC Core summarizes specialty compliance, GHS interpretation, handling guidance, and jurisdiction-focused screening outputs.
Decomposition focuses on thermal degradation stages, likely cleavage regions, and stability-improvement ideas. Environmental summarizes persistence, biodegradability, aquatic hazard, and batch variant scoring. Field translates the screening outputs into formulation and application guidance.
Models reports endpoint predictions across the vetted model catalog. Analogue Finder compares the active molecule with functionally relevant alternatives. SELFIES Ensemble generates structure variants for ideation, then lets you re-screen promising candidates.
As soon as you click Analyze Molecule or Run Prediction. Use Clear to bring the empty-state guidance back.
No regioisomer or mixture triage signal detected yet.
No isomer triage candidates yet.
Review the model endpoint and molecule structure.
Run analysis to review specialty compliance risks.
Run analysis to generate a visual safety and compliance scorecard for the active specialty chemical.
Analyze the structure to populate the framework status.
Action: Review pendingAnalyze the structure to populate the framework status.
Action: Review pendingSignal word and pictogram cues will appear after analysis.
Action: Lab precautions pendingAnalyze the structure to generate a skin-permeation and hydrophobicity cue.
Analyze the structure to estimate aromatic loading and persistence pressure.
Analyze the structure to estimate aquatic accumulation risk.
Run analysis to map functional groups and specialty-use signals from the active structure.
No functional groups profiled yet.
Run analysis to estimate compatibility-facing solubility parameters and volatility indicators.
Run analysis to generate a quick visual hazard summary for the active structure.
Handling guidance will populate after structure analysis.
Rule-derived from structural analysis - verify against an official SDS before lab use.
No framework-specific status yet. Run analysis to populate the matrix.
Select a framework set and tonnage band to review likely dossier and testing expectations.
No tonnage guidance yet.
Swap the host polymer and tune shielding strength to re-run the local thermal compatibility triage instantly.
Estimate isothermal hold time to low-level mass loss inside an extruder or reactor using the current activation-energy model.
Blend the active additive with one or more formulation components and screen whether decomposition fragments could accelerate host breakdown.
| Stage | Event | Onset (degrees C) | Peak (degrees C) | End (degrees C) | Mass Loss (%) | Likely Fragments | Off-Gas Risk |
|---|---|---|---|---|---|---|---|
| Run analysis to populate RDKit-derived decomposition stages. | |||||||
Maps predicted cleavage windows to likely volatile families, corrosiveness, toxicity watch-outs, and pilot-plant control cues.
No vapor evolution profile available yet.
Client-side TGA and DTG overlays expose merged or competitive mass-loss events beyond the step table.
No decomposition fragment mapping available yet.
No degradation pathway map available yet.
Run analysis to generate thermal-stability modification guidance.
Thermal-stability context will appear here after analysis.
Suggested structure modifications will appear here after analysis.
Generate ranked mitigation candidates to review R-group, bio-isostere, or bio-based replacement options.
Run analysis to inspect the current structural drivers.
Optimization guidance will appear here when a risk is detected.
| Environmental metric | Status | Chemist's actionable insight |
|---|---|---|
| Biodegradability | Run prediction | Model screening results will appear here after analysis. |
| Persistence (P) | Run analysis | Structure-based persistence interpretation will appear here after analysis. |
| Bioaccumulation (B) | Run analysis | LogP and bioaccumulation proxies will be summarized here after analysis. |
| Aquatic Toxicity (T) | Run analysis | Aquatic hazard screening and next-step guidance will appear here after analysis. |
Generate locally validated bioisostere and cleavable-linker options intended to reduce lipophilicity while retaining the parent scaffold.
Analyze a structure, then generate 3–5 RDKit-validated alternatives.
Reuse the active signal word, pictograms, hazard statements, and precautions.
Paste one entry per line as `Name|SMILES` or `SMILES` to rank multiple candidates by environmental safety.
No batch results yet.
Scientist-first field deployment notes will appear here.
Generate RDKit-validated variants and compare directional safety deltas without leaving Field Decision Support.
Run analysis to establish the current safety baseline.
Compare the active structure with application-relevant local market alternatives using RDKit descriptors and catalogue screening metadata.
Run analysis to establish the active structure and application.
Compare the active molecule's predicted property fit against a transparent target profile for the intended deployment environment.
Run analysis to generate the application-fit radar.
Compile the active Handling Snapshot, field actions, watchouts, and SDS-oriented hazard/regulatory text.
Run analysis to prepare the safety brief.
Screen structural hydrolysis sensitivity across pH and moisture conditions before bench compatibility work.
Run analysis to generate the stability-risk matrix.
Run analysis to estimate the formulation window.
Predicted physicochemical, release-relevant, ADME, and toxicology screening endpoints for structure-led specialty-chemical decisions.
No model predictions yet.
No SELFIES variants yet.
No screened structures in this session yet.
Generate SELFIES-driven analogue candidates from the active structure, then promote one into the comparison panel.
No designed analogues yet.
