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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Latest Content
Welcome to our Hub! We hope you find something interesting to read, watch and share.
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Defining a Reference iPSC Line: Criteria, Context, and the Case of KOLF2.1J
In the field of stem cell research, the quest to define a “reference” induced pluripotent stem cell (iPSC) line is ongoing and nuanced. As we deepen our understanding of human biology, one thing...
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Using Novel Technologies to Navigate the Shifting Landscapes in Animal Research
This webinar will explore how digital home cage monitoring presents a powerful, multifaceted tool to address these constraints while elevating standards in laboratory animal research.
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iMicroglia Differentiation Protocol for KOLF2.1J CLYBL 6-TF-iMG KI1/KI2 - iPSC
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Cre-lox and Other Recombinase Systems: An Overview
Cre-lox and other recombinase systems are among some of the most versatile and impactful genetic tools in recent decades. These tools enable precise control over the timing and localization of...
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Home Cage Monitoring: Revolutionizing Behavioral Assessment in Preclinical Research
Watch this webinar to learn how Envision™ captures natural rodent behavior in group-housed settings with minimal animal disruption, reducing animal handling and improving animal welfare.
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Envision™: A New Paradigm Toward Rigorous Understanding of Mouse Behavior and Physiology
This webinar discusses JAX's latest innovation, Envision™, an AI-driven home cage monitoring platform that revolutionizes preclinical research.
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Addressing the Preclinical Reproducibility Crisis Using Digital Home Cage Monitoring
In this webinar, Dr. Michael Saul, Computational Scientist at The Jackson Laboratory, will discuss recent studies using the Envision™ platform.
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Enhanced Sensitivity, Specificity, and Temporal Resolution in Preclinical Research Using Digital Measures
This webinar highlights the power of JAX's latest innovation: the Envision™ platform - an AI-powered digital monitoring platform that delivers characterization of efficacy and safety in mice.
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Analytical Validation of Mouse Activity Classification in The JAX Envision Platform
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Analytical Validation of Mouse Respiratory Rate in the Envision Platform
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June 2025 Preview iPSC lines in development
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Preclinical Assessment of GLP-1 and Combination Therapies for Obesity: Insights from Mouse Models
Learn how JAX's Metabolic Platform delivers advanced solutions for your metabolic research, offering a full range of validated models and in vivo metabolic phenotyping services.
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Poster: Mouse models accelerating cancer research at The Jackson Laboratory
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Human HSC & PBMC Platforms for In Vivo Immune Modulatory Drug Discovery
Watch this webinar to learn more about JAX's advanced humanized platforms that support in vivo human immune cell development and function.
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Overcoming Challenges in Preclinical Gene Therapy Testing for Neurological Diseases
Watch this webinar to learn how JAX leverages validated models of neurodegenerative and neurodevelopmental disease to evaluate biodistribution, efficacy, and target engagement.
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Why Clonal iPSC Lines Are Essential: Building a Foundation for Reliable and Reproducible Research
Induced pluripotent stem cells (iPSCs) have become indispensable tools in modern biomedical research and are transforming how we model human disease, discover drugs, and explore regenerative...
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NGN2-induced Differentiation Protocol for KOLF2.1J AAVS1-TO-NGN2 KI/WT - iPSC
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Phagocytosis Assay Protocol_iPSC
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Fostering Replicability in Preclinical Research: Envisioning Better Science Through the Digital Revolution
The Reproducibility Crisis in Preclinical SciencePreclinical research, the foundation of biomedical innovation, is facing a reproducibility crisis. A growing number of studies fail to replicate...
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