Unleash the power of arrayed CRISPR screening!
The first arrayed synthetic crRNA library targeting over 18,000 human genes for CRISPR-Cas9 knockout screens is here!
Synthetic and lentiviral reagents for endogenous gene overexpression
Straightforward, efficient tools to perform gain-of-function studies on a few genes, or the whole human genome! Our predesigned reagents for human and mouse genes make it easy!
Guaranteed silencing in 3 easy steps
Accell siRNA reagents are guaranteed to silence target gene expression by at least 75% at the mRNA level when used under optimized conditions!
Synthetic sgRNAs for CRISPR-Cas9 gene editing
Synthetic single guide RNAs are easy to design and order through the CRISPR Design Tool!
Ideal for development of therapeutic gene editing applications.
Create a custom library of pre-designed reagents for RNAi, CRISPR, or Over-expression
When Dharmacon pre-defined libraries do not match your experimental requirements, you can make your own custom library with ease, speed and economy.
Online design & ordering tools for precise CRISPR-mediated genome editing
Design custom ssDNA donor oligos.
Generate donor plasmids to insert mKate2, EGFP, or a custom sequence.
CRISPR-Cas9 Gene Editing - Guaranteed!
Accelerate your path to high-confidence gene knockdown results with the Edit-R CRISPR-Cas9 platform. All Edit-R predesigned DNA and synthetic RNA reagents are GUARANTEED to cleave their genomic target site! Whether you are working with a few genes or the whole human genome, your choice for high-quality guide RNA is clear.
Find contact information for your region.
Customized online ordering solutions.
Like, Follow, and Watch us as we find new ways to support your research goals.
Stay informed with the latest news and offers.
Catch up with the latest featured articles and news items
The University of Colorado’s RNA Club empowers advancements in RNA-based applications and research areas.
Learn how to use the CRISPR Design Tool to design guide RNAs and how to easily order 20 or more synthetic gRNAs in a multiwell plate.
Insert the DNA sequence you want in the exact location that you want!