Optimize your CRISPR Workflow

Optimize your CRISPR Workflow

CRISPR workflows depend upon a range of factors for efficacy, from sample quality to mutation detection. Improve your workflow with precise QC and accurate editing assessments using automated capillary electrophoresis

With the Agilent Fragment Analyzer Systems, you:

  • Ensure that samples such as single guide RNAs (sgRNA) or Cas9 mRNAs are of the highest quality before starting.
  • Accurately detect CRISPR gene editing events, determine mutation quantities, and calculate CRISPR efficiency.
  • Analyze critical gene editing data with ProSize; an easy-to-use data analysis software.

The Agilent Fragment Analyzer Systems and CRISPR Cas9 Gene Editing

Agilent – formerly AATI offers solutions to increase efficiency in CRISPR workflows with the Fragment Analyzer systems. Using automated parallel capillary electrophoresis with integrated data analysis, you can analyze factors that influence CRISPR outcomes. Help maximize CRISPR functionality by precisely qualifying sgRNA and Cas9 mRNA samples. Identifying CRISPR Cas9 gene editing events is a crucial step in any CRISPR Cas workflow. ProSize simplifies screening of clones by automating the mutation frequency calculation. The Fragment Analyzer systems aid in generating useful data with minimal user effort; saving valuable resources and focusing sequencing efforts.

Improve your CRISPR workflow by utilizing a Fragment Analyzer system

Utilizing a Fragment Analyzer system you can learn to improve your CRISPR workflow

For Research Use Only. Not for use in diagnostic procedures.