Unlock the Full Potential of Your CRISPR Experiments. See how the CRISPR Analytics Platform™ optimizes CRISPR efficiency and accuracy.
Our proprietary CRISPR Analytics Platform™ integrates three key components into one comprehensive platform to revolutionize how you understand and control your CRISPR experiments.
CRISPR-Chip™ Biosensor 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. This innovative platform offers precise, efficient insights for your gene editing research.
The CRISPR-Chip integrates highly sensitive graphene transistors, creating a live interface between biological signals and digital data capture.
The stepwise process enables detailed analysis of CRISPR-Cas biochemistry. First, Cas protein attaches to the chip surface via a chemical linker. Next, gRNA is introduced and its binding is measured. Target DNA is then added, with real-time detection of interaction. Finally, cleave buffer activates Cas for DNA cleavage assessment.
Our advanced software analyzes the electrical signals, providing you with detailed, quantitative insights into each step of the CRISPR process.
Our advanced CRISPR Analytics Platform™ leverages machine learning and AI algorithms to offer comprehensive analysis of crucial CRISPR components, including RNP stability, amplicon binding, and cleavage dynamics, delivering actionable insights that accelerate product development and market entry.
The CRISPR Analytics Platform™ doesn’t just generate data; it delivers confidence. Our platform’s rigorous quality control processes and real-time kinetic measurements ensure that your results are:
Advance your research knowing that your data is solid, your insights are meaningful, and your path to discovery is clear.
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