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Pioneering a New Era in Gene Editing

Maximize gene editing efficiency with real-time kinetic insights from our breakthrough CRISPR Analytics Platform™.

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Was the gRNA design suboptimal for efficient RNP formation?

Did the Cas protein and gRNA combine properly to form the RNP complex?

Is there variability in your Cas protein activity?

A failed CRISPR run leaves you with many questions.

How strong was the binding affinity to the target DNA?

What was the cleavage efficiency?

How far back will this failure set my timelines?

Empower your research with real-time insights.

Gain real-time quantitative insights into RNP formation, DNA target binding kinetics, cleavage activity, and more.

Confidently Optimize Key Steps Of Your CRISPR Workflow

Discover how accurate, reproducible data enables confident research decisions and fast-tracks your breakthroughs by leveraging our insight solutions.

RNP Formation

CRISPR QC™ Insight Solutions​

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Direct measurement of nucleic acid-protein interactions enables you to pre-screen gRNA efficiency, RNP assembly, and RNP stability before costly sequencing and screening confirmation experiments.

  • Identify the most effective gRNA
  • Optimize multiplex gRNA
  • Optimize gRNA:Cas ratios
  • Determine optimal buffer conditions
DNA Target Binding

CRISPR QC™ Insight Solutions

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Directly measure the binding of target DNA amplicons to immobilized RNP complexes in real-time to capture CRISPR-Cas DNA binding activity.

  • Quantify binding of RNPs to amplicon
  • Optimize gRNA designs or Cas proteins
  • Make confident decisions to improve binding efficiency
CLEAVE

CRISPR QC™ Insight Solutions

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Detect CRISPR-Cas cleavage activity in real-time with our highly-sensitive CRISPR Analytics Platform™.

  • Quantify cleavage activity of target amplicons
  • Increase reproducibility of gene editing
  • Make confident data-driven decisions
Accelerated Breakthroughs

Your CRISPR QC-Empowered Journey

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  • Skip months of troubleshooting by identifying the most efficient CRISPR complexes
  • Increase productivity and avoid timeline delays by detecting issues early on
  • Maximize CRISPR efficiency and enhance CRISPR accuracy
  • Drastically reduce costs for reagents and resources used for iterative CRISPR screening
Tell Us About Your Workflow Challenges

Featured Use Cases

 Learn how researchers utilized CRISPR Analytics Platform™ insights to streamline and expedite gene editing workflows.

  • Case Studies

Optimizing Ribonucleoprotein (RNP) Complexes and Improving Multiplex Gene Editing Efficiency with Data-Driven gRNA Selection

In recent years, CRISPR-Cas gene editing has revolutionized the field of genetic engineering, creating unprecedented opportunities...
  • Case Studies

Accelerating CRISPR-Cas Optimization with Quantitative DNA Binding Analysis

The incorporation of CRISPR-Cas gene editing techniques into genomic studies, sustainability research, and therapeutic development...
  • Case Studies

In vitro CRISPR-Cas Cleavage Assays Streamline Gene Editing Workflows

CRISPR-Cas gene editing has revolutionized biological research and genetic engineering, enabling the launch of a new class...
Explore More Use Cases
Courtesy of UC Berkeley
Introducing the CRISPR-Chip™

Meet the cutting-edge technology fueling unprecedented insights

Learn how our graphene-based biosensor chip enables quantitative in vitro analysis of CRISPR-Cas biochemistry.

Explore our Technology

CRISPR editing success starts here

Contact Us

 Talk to our team about your research challenges and goals

Send or Order Reagents

We work with the reagents unique to your research

Analyze Data

Our first-of-its-kind platform provides insights that de-risk cell-based gene editing assays

Design Pilot Study

Our experts will design a pilot study tailored for your specific needs

Simulate Editing

Using our CRISPR Analytics Platform™, we measure real-time CRISPR kinetics

Deliver Insight

We provide a comprehensive CRISPR insights report and strategize next steps to achieve your goals

Contact Us

 Talk to our team about your research challenges and goals

Design Pilot Study

Our experts will design a pilot study tailored for your specific needs

Send or Order Reagents

We work with the reagents unique to your research

Simulate Editing

Using our CRISPR Analytics Platform™, we measure real-time CRISPR kinetics

Analyze Data

Our first-of-its-kind platform provides insights that de-risk cell-based gene editing assays

Deliver Insight

We provide a comprehensive CRISPR insights report and strategize next steps to achieve your goals

Let's Get Started

Download the CRISPR-QC Cleave Case Study









Download the CRISPR-QC DNA Binding Case Study









Download the CRISPR-QC RNP Case Study