ISSCR 2026

We are dedicated to providing clinically predictive preclinical models, services, and research assays to advance your oncology research and biologic development. Together, let’s bridge the translational gap and accelerate your scientific breakthroughs.

Scientific Posters

17 days ago

High-Throughput Expansion and Banking of iPSC Lines Using the JAX-NYSCF Automated Platform

17 days ago

High-Throughput Genome Editing and Quality Control of Human iPSC Lines for Large Scale Disease Modeling

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17 days ago

Automated iPSC-derived Islet Organoids Platform for Population-scale Modeling of Type 2 Diabetes

17 days ago

A Scalable and Reversible Strategy to Knock Out Gene Function in Human Induced Pluripotent Stem Cells

17 days ago

Development Approach to Modeling Intracranial Germ Cell Tumors Using Human Pluripotent Stem Cells

17 days ago

Mapping RPE-to-Photoreceptor Programming for Stem Cell Therapy

17 days ago

Natural Genetic Variation Reveals Loci Controling Differentiation Propensity and Lineage Specification in Mouse Embryonic Stem Cells

17 days ago

Diverse Embryonic Stem Cells Reveal Coevolved Genome Regulatory Incompatibilities Affecting Viability and Fertility

Resources

about 1 month ago

The JAX-NYSCF Global Stem Cell Array®️

Automated platform to generate high-quality induced iPSC lines and differentiate them into diverse, disease-relevant cell types. Advanced capabilities for efficient, reproducible research.

about 2 months ago

Partner with JAX-NYSCF

Learn more about the JAX-NYSCF partnership to accelerate cures for the major diseases of our time through stem cell research, from large iPSC cohorts for specific disease areas to developing...

about 2 months ago

Powering Discovery with JAX iPSC Models

View highlights and comparison of JAX genetically engineered isogenic iPSC and donor-derived, disease-specific iPSC lines.

8 months ago

Engineered vs. Patient-Derived iPSCs: Strengths, Limitations, and Applications

Induced pluripotent stem cells (iPSCs) have become a cornerstone of modern biomedical research, offering unprecedented opportunities to model human development, investigate disease mechanisms, and...

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about 1 year ago

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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11 months ago

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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10 months ago

From iPSCs to Microglia in Record Time: A Xeno-Free, Tet-Inducible Differentiation Protocol Using KOLF2.1J.

In this webinar, Dr. Oliveira will introduce JAX’s new Tet-inducible neuron and microglia human induced pluripotent stem cell (hiPSCs) lines.

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5 months ago

Tools with a Mission: Using Disease Models to Find a Treatment for PURA Syndrome

This webinar explores the urgent need for innovative models and highlights JAX’s development of iPSC lines to advance understanding of PURA syndrome and enable drug discovery.

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6 months ago

MorPhiC: Decoding Human Protein-Coding Gene Function at Scale in iPSC-Derived Multicellular Systems

Learn about the MorPhiC Consortium and its initiative to generate a comprehensive catalog of molecular and cellular phenotypes for null alleles of every human protein-coding gene.

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6 months ago

JAX Tech Talk Episode 68: Let’s Talk iPSC Disease Models as a Tool in Drug Discovery (Nov. 7, 2023)

During this JAX Tech Talk, Dr. Steven Rodriguez, Lab Head of the Rare & Neurological Diseases Therapeutic Area at Sanofi, discusses how his group uses iPSC models to understand disease biology.

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6 months ago

JAX Tech Talk Episode 59: Let’s Talk iPSCs and Their Value in Tackling Neurodegenerative Diseases (Sep. 20, 2022)

Dr. Mark Cookson talks about the unique aspects of the collection of human isogenic iPSC lines and how it can benefit the wider scientific community in their shared quest to understand and fight ADRD.

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