Dey Lab

This is an exciting breakthrough for brain cancer research! 🧠✨

We’ve just published new findings in on using human neural organoids—often called “mini-brains”—to model Diffuse Midline Glioma (DMG). This aggressive pediatric brain tumor has historically been incredibly difficult to study and treat because of its complexity and location.

Here’s why this matters:
• Real-World Complexity: Unlike traditional cell cultures, these 3D organoids replicate the intricate environment of a human brain, allowing us to see how DMG cells invade and interact with healthy neural tissue.

• Patient-Specific Insights: By using patient-derived cells, we can capture the unique genetic and structural “fingerprint” of an individual’s tumor.

• Better Drug Testing: This model provides a more accurate “test track” for new therapies, hopefully bridging the gap between the lab and the clinic.

We are one step closer to understanding the “how” and “why” behind these tumors, paving the way for more effective, personalized treatments.

Congratulations to all the co-authors for their contributions and .shireman for bringing this all together!!

🧠 Bridging Intelligence: Human & Artificial 🤖

What happens when you bring together the world’s leading neuro-oncologists and the brightest minds in AI? You get a glimpse into the future of brain tumor treatment.

Our **AI in Neuro-Oncology Virtual Meeting** just wrapped up, and the energy (even through the screen!) was incredible. From automating tumor segmentation to predicting treatment responses through radiomics, the potential to improve patient outcomes is no longer “science fiction”—it’s happening in our labs right now.

🚀 Key Takeaways:

* **Precision Diagnostics:** How deep learning is identifying molecular markers faster than traditional pathology.

* **Scalable Solutions:** The move toward making advanced AI tools accessible to clinics worldwide, not just academic hubs.

* **The Human Element:** AI isn’t replacing the physician; it’s providing the “superpowers” needed to make data-driven decisions at lightning speed.

💡 Notable Quote:
“correlation is not causation”

A massive thank you to our speakers, moderators, and all the attendees who joined us from across the globe. Special Thanks to Janelle for pulling this all together!! And it is always a vibe to host these meetings with amazing Dr Bovi!!

The fight against brain cancer is uphill, but with these tools in our kit, the peak is finally in sight.
Missed a session? Stay tuned for the recorded highlights coming soon! 📺

🧠 Ever wanted to try your hand at brain surgery? Now’s your chance! 🧠

Join us at the UW Health Carbone Cancer Center Open House and learn the techniques of a neurosurgeon using our special “Jello Brain Surgery” display.

This is a unique, hands-on opportunity to:
• Use actual surgical tools to “operate” on a realistic brain model.
• Learn about the precision and skill required in cancer treatment.
• Interact directly with our world-class researchers and neuroscientists.

It’s just one of the 20+ interactive exhibits designed to bring cancer research to life for all ages.

📅 When: Sunday, April 12, 2026, from 12–4 p.m.
📍 Where: Health Sciences Learning Center, 750 Highland Avenue, Madison
🎟️ Cost: FREE!

Don’t miss out on this incredible learning experience and other exhibits, including giant inflatable organs, behind-the-scenes lab tours, and Babcock ice cream. The first 500 people receive a FREE gift!

Mark your calendars for an afternoon of discovery. Tag a friend who needs to try this!

👉 Learn more: uwhealth.org/carbone-openhouse