GenomeIDE
CRISPR Code Generation & Simulation
Generate edit recipes and generate decision evidence in one IDE.
Author genome edits like code, generate guides and donors, and generate decision evidence in Omnis Helix, a GPU-ready Genome IDE.
Tool definition
What the tool is
Code Generation lets you specify edits declaratively; Helix compiles them into guides, templates, and validation tasks.
Decision pressure
Why scientists care
Scientists juggle scripts and UIs without a single source of truth for edit intent.
Genome IDE fit
How the Genome IDE helps
Declarative edit syntax with history and rollback
Scoring model
How the algorithm works
Edits are compiled into an internal graph; evidence passes use nuclease-specific cut models and PE templates.
Evaluation path
Try it in the Genome IDE
Write or select an edit recipe, run evidence generation, and inspect model implied spectra (assumption bound) before committing to the lab plan.
Questions
FAQ
Do I need to code?
No—use the visual builder or the declarative text mode; both produce the same artifacts.
Can I branch and merge designs?
Yes—design history supports branches so teams can explore alternatives safely.
How accurate are the evidence passes?
Models are calibrated to published datasets and improve as you feed back real NGS results.