From single point mutations to the most intricate designs ingenious has delivered custom knockin mice again and again for almost 20 years. With a complete toolkit of different approaches and an experienced scientific staff, there is no knockin design that is out of reach. Contact us today to discuss the custom knockin model your lab will use for years to come.
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If your project requires single or multiple point mutations, across regions big or small, ingenious has the experience and tools for the project. Click here to read more about options for point mutation models.
Target your gene of interest with a cassette insertion to express an alternate sequence or co-express a reporter or other gene. Express the human sequence in place of mouse, co-express Cre recombinase, and more.
Precisely control expression of the mutant gene sequence with a conditional point mutant model. Click here to learn more about bypassing embryonic lethality with a conditional model.
Tissue specific expression control via Cre Recombinase is available for cassettes of all types. Whether the project requires cDNAs, reporter genes, tags, or a unique custom expression cassette, ingenious can provide a design to meet your needs.
ingenious’ TruHumanization™ strategy completely replaces endogenous mouse genes with the human genomic sequence including introns and regulatory features, and more. Leave nothing behind.
Tissue specific and doxycycline inducible/reversible expression control over your cDNA or multi component cassette has never been simpler. ingenious’ proprietary Inducible Rosa26-Express Targeting™ system provides a straightforward design option for those who require precise control for their research.
A proprietary cassette is inserted into the target gene, allowing you to create five different models including: global gene knockout, tissue/time specific rescue, and ectopic expression. Learn more about our F.A.S.T.™ technology!
“We have worked with inGenious Targeting Laboratory, Inc. on a variety of conventional, conditional and knockin projects, and we are very impressed with how flexible their service was to our needs and expectations. We look forward to our continued success in generating different mouse models with iTL.”
-Iannis Aifantis, PhD