CRISPR-Chip™
Highly sensitive graphene transistors create a live interface between biological signals and digital data capture.
Explore the technology powering our CRISPR insights
Optimize CRISPR accuracy and efficiency with the CRISPR Analytics Platform™—real-time kinetic readouts built for discovery through biomanufacturing.
CRISPR Analytics Platform™
Real-time CRISPR insights in one integrated platform
Our proprietary platform combines sensitive biosensing with workflows for RNP formation, DNA target binding, and cleavage—so you can understand and maximize editing efficiency before costly downstream work.
Direct measurement of nucleic acid–protein interactions and cleavage kinetics gives you quantitative answers to the questions a failed run leaves behind—from complex assembly to target engagement.
Discover how to get started
CRISPR-Chip™
The breakthrough technology unveiling real-time CRISPR dynamics
CRISPR-Chip™ fuses graphene field-effect transistor sensitivity with CRISPR specificity. Cas proteins immobilized on the graphene surface enable real-time, quantitative analysis of binding and cleavage events—precise, efficient insight to optimize gene editing research and biomanufacturing workflows.
This is the same kinetic mindset behind our Laboix-inspired site experience: clarity, measurement-first storytelling, and a path from question to confident next step.
How the CRISPR-Chip™ works
From biological signal to quantitative readout
Activity detection
Cas attaches to the chip via a linker; gRNA binding is measured; target DNA is introduced with real-time interaction detection; cleave buffer activates Cas for DNA cleavage assessment.
Analysis
Advanced software interprets electrical signals into detailed, quantitative insights for each step of the CRISPR process.
CRISPR-Chip™
Database
ML/AI Analytics
CRISPR Analytics Platform™
We deliver actionable insights to you
Interested in why the CRISPR-Chip™ earned the cover of Nature BME?
Read more about this cutting-edge technology in our tech note.
Download the tech note (PDF)Data-driven analytics
Harness analytics for unparalleled CRISPR workflow insight
The CRISPR Analytics Platform™ leverages rigorous analytics to interpret RNP stability, amplicon binding, and cleavage dynamics—delivering actionable insight that accelerates development.
- Optimize gRNA design: identify the most effective gRNAs for your target
- Validate RNP formation: confirm assembly and stability of CRISPR complexes
- Measure DNA target binding: confirm recognition of target binding to the RNP
- Confirm specific cleavage: quantify cleavage activity within an amplicon
- Streamline CRISPR screening: rapidly evaluate multiple gRNAs and Cas enzymes
- Increase confidence in biomanufacturing: in vitro functional assays aligned to timelines
- Troubleshoot failed experiments: understand causes of inefficient editing
Data you can trust
Drive development with confidence
Rigorous quality control and real-time kinetic measurements help ensure your results are reliable, accurate, and actionable.
Reliable
Consistent, reproducible data you can trust across lots and conditions.
Accurate
Precise measurements that reflect the efficiency of your CRISPR system.
Actionable
Clear, quantitative insight that empowers informed decisions.
Ready to get started with the CRISPR Analytics Platform™?
Contact our science team about your research challenges and goals.