JAX at SfN 2025

JAX offers the largest collection of transgenic mouse models for neuroscience research, including models of epilepsy, ALS, Alzheimer’s, Parkinson’s, aging, and more, alongside Cre-lox and other recombinase systems for precise cell- and tissue-specific manipulation. Explore our resources and schedule a meeting to discuss tailored solutions designed for your research needs.

almost 2 years ago

Preclinical Neurobiology Services Booklet

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about 1 month ago

Disaster Preparedness

For over 90 years JAX has been helping researchers reliably and cost-effectively mitigate risk by preserving strains through our reproductive services.

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5 months ago

Applying Digital Measures to Assess Dose Effects of Neuroactive Compounds

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11 months ago

Digital Measures in an Animal Model of Neuromotor Disease

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about 3 years ago

Model Generation Services

Our team of subject matter experts will design your new mouse model based on your research goals.

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over 4 years ago

C9Orf72 Tech Spec Sheet

The Jackson Laboratory is the exclusive service provider for robust, reliable, reproducible gene therapy, efficacy, and safety studies in the C9orf72 mouse model, the most common form of familial ALS.

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25 days ago

iPSC Catalog Highlights

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Check out our one-of-a-kind catalog of iPSCs

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over 5 years ago

Working with ALS Mice: Guidelines for Preclinical Testing and Colony Management

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over 5 years ago

Model Organism Development and Evaluation for Late-Onset Alzheimer's Disease

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over 5 years ago

Eight Considerations for Designing Studies with Aged Mice

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over 5 years ago

Parkinson's Research Resources

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JAX 2024 Posters

about 1 year ago

Poster: Natural history of a female mouse model of Rett Syndrome

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about 1 year ago

Poster: Exploring translational opportunities through phenotypic characterization in a mouse model of Angelman syndrome

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about 1 year ago

Poster: Considerations for therapeutic modalities in C9orf72 mouse models of ALS

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about 1 year ago

Poster: Biomarkers to track disease progression in mouse models of amyotrophic lateral sclerosis, implications for preclinical drug

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