Targets & Modalities overview
Guide RNA design and off-target analysis, PROTAC linker and ternary complex modeling, tumor mutational burden, and genome-scale flux balance analysis.
Specialized target classes and drug modalities that need their own tooling — CRISPR, PROTACs, oncology analytics, and systems biology. Reach here when your program's modality doesn't fit the standard small-molecule arc.
Availability
These tools are metered by credits and gated by your plan — plans set your monthly credits, available model families, and which modal-app tools you can run. See Plans & tiers.
What you can achieve here
- Design CRISPR experiments
- Work with PROTACs and targeted degradation
- Run oncology-specific analyses
- Model systems-biology networks
For which tool fits each, see What you can achieve.
Tools in this section
| Tool | What it does |
|---|---|
| CRISPR on the platform | Guide RNA design, off-target analysis, and CRISPR screen hit identification for genome editing experiments. |
| PROTAC design on the platform | Targeted protein degradation tools for PROTAC linker enumeration, ternary complex modeling, and degradation efficiency prediction. |
| Oncology Analytics on the platform | Computational oncology tools for tumor mutational burden, microsatellite instability, and immunotherapy biomarker prediction. |
| Systems Biology on the platform | Flux balance analysis, metabolic model construction, and gene essentiality prediction tools for genome-scale metabolic modeling. |
Read next
Reading a result against the bench
How CRISPR guide scores compare to large-scale wet-lab screens.
What you can achieve
The outcomes these tools deliver — and which to pick when several do the same thing.
Which tool?
Match a scientific goal to a tool across every domain.
Concept clusters
How tools, jobs, and results fit together.
Workflows
Guided pipelines and copy-and-adapt prompt recipes for common goals.
Was this page helpful?