Dive into our latest issue of JAX's Search Magazine to read all about the JAX-NYSCF Collaborative and how we're building an integrated discovery platform with #mice, #stemcells, and #AI to transform human health.

Mice pups conceived with #IVF in the lab have slightly increased rates of DNA mutations, compared to pups conceived naturally, a new study suggests. https://t.co/0wH2PTxclk

Reprogramming biology: iPSCs and the future of predictive research How patient-derived stem cells and genomic tools are transforming disease modeling and accelerating cures https://t.co/yS4z1aMyaJ

What does it take to turn a bold idea into a life-changing treatment? At JAX, innovation is more than progress — it’s the power to transform lives.

#JobAlert | We're Hiring in Bar Harbor! Please share with your network or apply to join JAX as Director, Engineering & Capital Projects. Follow @JAX_Careers for more job postings.

Reprogramming biology: iPSCs and the future of predictive research How patient-derived stem cells and genomic tools are transforming disease modeling and accelerating cures https://t.co/yS4z1aMyaJ

The brain is over 50% lipid—but this vital component remains a mystery. JAX scientist Kristen O’Connell uses high-res mass spectrometry to study how these molecules support memory and cognition—and what happens when they don’t. 🧠

🎓 Free online courses for researchers and clinicians at any stage from JAX Clinical Education:

🎗️ Patient biomarker education from MCGI:

📹  Cancer Education in Under 5 Minutes YouTube playlist: https://t.co/fw31qG41CW

Biomarker testing + the expertise to interpret results are essential to precision cancer care. MCGI & JAX Clinical Education are closing the gap to precision oncology. Get the details: https://t.co/Pl7AYQHXwB #CancerBiomarkerDay #GeneticCounselorAppreciationDay 💙

The brain is over 50% lipid—but this vital component remains a mystery. JAX scientist Kristen O’Connell uses high-res mass spectrometry to study how these molecules support memory and cognition—and what happens when they don’t. 🧠

From cells to mice to AI-powered insights — JAX is building better models for faster, smarter discoveries. JAX researchers at the forefront of advances in stem cells and cell modeling.

From rare diseases to cancer care, genomics is already transforming medicine. @JAX_Education and the University of New England (@UNENews) are training future clinicians to apply genomic science to real-world care — before they even enter medical school.

The brain is over 50% lipid—but this vital component remains a mystery. JAX scientist Kristen O’Connell uses high-res mass spectrometry to study how these molecules support memory and cognition—and what happens when they don’t. 🧠

For nearly a century, JAX has explored the genetic code to uncover disease causes and fuel medical breakthroughs. From precision treatments to bold discoveries, JAX is turning ideas into impact—improving lives for patients and families around the world. 🌍

We sat down with NYSCF's Daniel Paull, to talk about the JAX-NYSCF Collaborative, the importance of induced pluripotent stem cells, the future of precision medicine, and more.

In his own words, JAX President and CEO Lon Cardon reflects on his vision for the JAX‑NYSCF Collaborative, and how this powerful partnership brings together people, ideas and innovation to accelerate discoveries and improve human health. https://t.co/DlFqH8ZQcx

Nature Biotechnology recently highlighted key take-aways from a JAX Genomic Education & Maine Cancer Genomics Initiative course. Learn more: https://t.co/0EYrrjiwmD

The bold new alliance between JAX and NSYCF promises to transform biomedical research and bring life-changing therapies to patients faster than ever before. 🧬 🧪 🔬 Learn more: https://t.co/z6hCc0wG2K