Cardiovascular
Pairing our extensive collection of cardiovascular research models with JAX®Services and resources will ensure that your research is on the forefront of scientific progress.
JAX® Mice strains are curated to identify models of human disease. Browse models and resources by research area below.
Pairing our extensive collection of cardiovascular research models with JAX®Services and resources will ensure that your research is on the forefront of scientific progress.
Leverage the world's largest collection of diabetes and obesity mouse models and more than 80 years of research expertise by using one of our metabolic disease strains for your investigations.
The Jackson Laboratory provides the best characterized and most widely published models for oncology research and offers a comprehensive suite of solutions for your oncology research needs.
Rare and orphan diseases affect fewer than 200,000 individuals in the United States, and nearly 7,000 rare diseases have been described to date. The Jackson Laboratory offers the world's largest collection of spontaneous, targeted, and transgenic mutant mouse strains, hundreds of which model rare diseases.
The Jackson Laboratory is a leader in neurobiology research and a resource for the largest collection of neurological mutants available in the world. We're here to answer your questions, help you select the right models and enable your research.
The Jackson Laboratory offers mouse models for the most prevalent human autoimmune disorders including type 1 diabetes, lupus, and inflammatory bowel disease. An additional 1,200 strains are available to study dysregulated immunity and inflammation.
Our Breeding Services makes managing your mouse colonies easy and affordable. We'll make sure you get the mice you need when...
Over 30,000 peer-reviewed publications cite use of JAX® Mice strains. Hundreds of new papers referencing JAX® Mice strains are published...
The Jackson Laboratory can save you time spent processing, money spent on reagents, and space used for housing mice by providing you with...
The closer we are to accurately modeling genetic diseases in the mouse, the closer we are to discovering cures in the...
This course includes daily lectures in the mornings and evenings as well as afternoon mini-symposia, workshops, tutorials, demonstrations...
This course includes daily lectures in the mornings and evenings as well as afternoon mini-symposia, workshops, tutorials, demonstrations...
This course includes daily lectures in the mornings and evenings as well as afternoon mini-symposia, workshops, tutorials, demonstrations...
This course includes daily lectures in the mornings and evenings as well as afternoon mini-symposia, workshops, tutorials, demonstrations...
NSG™ variants are the most highly immunodeficient mice and the models of choice for cancer xenograft modeling, stem cell...
Learn how bacteria can infect the myocardium directly where they trigger irreversible heart damage that may contribute to...
JAX-designed SNP panels are used to develop congenic lines in your lab, confirm strain identity, and monitor genetic...
The Maine Cancer Genomics Initiative at The Jackson Laboratory is pleased to offer a special virtual event on genomic tumor...
The identification of lymphatic vessels within the CNS clarifies the connection of the CNS to the lymphatic system answering many...
In this series, we compare and contrast the top mouse models for metabolic diseases as well as discuss how these models recapitulate...
In this series, we compare and contrast the top mouse models for metabolic diseases as well as discuss how these models recapitulate...
JAX Associate Professor Greg Cox discovered that mutations in NEMF, a key component of RQC, cause neuromuscular disorders in mice. He also...
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