The rigorous attention of the JAX team to mouse health means that you can trust what is entering your laboratory. Biospecimens, including tissue from aged mice, are also available. Check out our signature portfolios to discover some of JAX’s most impactful collections.

Search the JAX Repository for a mouse model that recapitulates a human disease or a tool strain to explore intricate biological processes. Sort and filter by genotype and phenotype to find your perfect research model.

Still need help finding something? Call 1.800.422.6423 (US) | 1.207.288.5845 (International) M-F 8am - 8pm est or email us at [email protected]

How to Search JAX® Mice Search by stock number, strain name, gene name, allele name, synonym, or human disease term When typing your search term in the search field, a list of possible entries will appear after 3 characters are entered.

Find JAX mouse models, platforms and services to enable discoveries, inform decision-making and de-risk preclinical drug development.

JAX® Mice are the most published and well characterized mouse models in the world. Our most popular mouse models are available in the quantities you need to support your biomedical and drug discovery research.

JAX mice are the most published and well-characterized models worldwide. Most JAX mice have been validated through prior scientific use, with comprehensive data readily available on the strain datasheets.

JAX has worked with over 200 mouse strains for model generation projects. Base your model's genetic background on common strains like C57BL/6J or NSG™, or select from the 13,000+ strains in the JAX mouse collection.

Human CD34+ hematopoietic stem cell-engrafted NSG™ mice (hu-CD34) develop multi-lineage human immune cells, and are a validated platform for studying hematopoiesis, infectious disease and cancer.

Aged C57BL/6J mice have research applications that include immunology, cancer, longevity interventions, and biomarker studies. C57BL/6J is the most widely used inbred mouse strain and the first to have its genome sequenced.