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Akr1b10 Conditional Knockout, Knockout mouse models
Browse 3 Akr1b10 mouse models including conditional knockout, knockout variants — in stock and ready to ship from ingenious targeting laboratory. Available as Akr1b10 conditional knockout mouse, Akr1b10 knockout mouse. Request a quote within 24 hours.
Available Akr1b10 catalog models
3 Akr1b10 lines with QC documentation and technical support. Akr1b10 floxed mice use loxP flanked alleles for Cre dependent tissue specific knockout.
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Akr1b10-Flox
CKOCKO
These mice carry loxP sites flanking exon 5-9 of Akr1b10 gene. When crossed with a Cre recombinase-expressing strain, this strain is useful in eliminating tissue-specific conditional expression of Akr1b10 gene.
In production — inquireCKO 260393 - Order
Akr1b10-KO(2)
KOKO
The exon 5-9 of Akr1b10 gene was deleted to generate Akr1b10 knockout mouse.
In DevelopmentKO 263788 - Order
Akr1b10-KO
KOKO
Exon 2-6 of Akr1b10 gene was deleted to generate Akr1b10 knockout mice.
Sperm CryopreservedKO 205414
Looking for a Akr1b10 mouse model?
We have 3 Akr1b10 models in stock — including Conditional Knockout, Knockout types. In stock and ready to ship this week. All models come with full QC documentation, health certificates, and dedicated technical support.
Best pricing in the industry. Get a quote in 24 hours. Our team of PhD scientists is available to help you select the right model for your research.
Order catalog modelAbout Akr1b10 Mouse Model Types
A Akr1b10 knockout mouse has the Akr1b10 gene permanently inactivated, enabling loss of function studies. A Akr1b10 conditional knockout (floxed) mouse carries loxP sites flanking a critical exon of Akr1b10, allowing Cre recombinase dependent deletion in specific tissues or at specific timepoints.
Modifications available
Jump to catalog backed pages for Akr1b10 organized by modification type. Each URL is indexable and matches common search patterns.
Breed this line with ingenious targeting laboratory
Send the Akr1b10 line to a U.S. barrier facility for colony maintenance, cohort production, and complex breeding schemes through mouse breeding services.