Generating CRISPR/Cas9 Mouse & Rat Models
The use of CRISPR/Cas9* genome editing for the creation of unique rat and mouse models of human disease has revolutionized the field, with many advantages including: time-savings, potential reduction in animal usage and overall cost effectiveness. However, creating custom CRISPR mice and rats also brings other considerations in terms of the potential for off-target effects, mosaicism and mutations, and possible drawbacks for creating more complex genome modifications.
GUIDEBOOK
Rodent Model Genetic Quality Control
Learn the essentials of genetic QC programs: inbred/outbred colony quality control, transgenic rodent model creation, rederivation, and cryopreservation techniques. Download Now
All our services use VAF™ (SOPF) / Elite foster females and include expert husbandry and weaning of the result chimeric or founder mice. Extended packages include breeding up to the F1 generation along with sample collection and screening of a pre-determined number of mice.
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Package I
- Design and synthesis of CRISPR/Cas9 reagents
- Injection into embryos or cell transfer into blastocysts
- Reimplantation into foster female
- Husbandry and weaning
- Sample collection for genetic testing
- Full health report
- Delivery of transgenic mice
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Package II
- Package I services
- Breeding to F1 generation
- Sample collection of up to 50 mice
- Delivery of heterozygous F1 mice
- Technical Sheets
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*CRISPR/CAS9 used under licenses to granted and pending US and international patents from The Broad Institute and ERS Genomics Limited.
Related Blogs
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How CRISPR Accelerates Research
CRISPR enables transgenic mice to be generated more quickly and more precisely than ever. The classical approach to editing a genome is effective, but slow. Using CRISPR to selectively introduce DNA damage and letting cells repair themselves naturally is faster. This method reduces the timeline from months or years to a matter of weeks. Read the full story
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New Gene Editing Tools, Fewer Animals?
The use of CRISPR/Cas9 to edit genomes is resulting both in reductions in the number of genetically altered animals and in increases. "In individual studies, there is a great opportunity for reduction," says one scientist. She calls for "an increase in sophistication in genome editing... [and] in the sensitivity and reproducibility of in vivo phenotyping tests. Read the full story
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How CRISPR Could Help Speed Drug Development
CRISPR's relative ease of use is expected to contribute to the development of more complex cellular assays with improved predictability for drug therapies. Among the benefits: reduced attrition rates of compounds and improved target validation. Read the full story
Precision Gene Humanization in Mice: Bridging the Translational Gap
View this webinar to learn how our CRISPR/Cas9-driven approach creates fully humanized mouse models that dramatically improve your research outcomes. Watch Replay
Frequently Asked Questions (FAQs) about CRISPR
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Do I need ES cell or direct embryo editing?
Our scientists will work with you to determine which technique is best suited to achieve your goals. When needed, a combination of techniques may be applied.
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Do I need to further modify an existing line? Need another gene knocked out or mutation knocked in?
We can perform targeting in your transgenic line to insert additional modifications. Talk to a member of our scientific team.