Encantada de participar como ponente en la próxima edición de La Ciencia es la Caña de ECUSA NY 🎉.
Sábado 13/12, 6 pm en el Centro Español de Queens (NY).
Reserva tu plaza aquí 👉 www.eventbrite.com/e/la-ciencia...

Feeling grateful after an inspiring #AACR2025 in Chicago. High-impact science, great communication, and insightful conversations around AI in cancer research. I closed with my poster—on how we are using AI to predict the oncogenic effect of noncoding mutations.

If you're still at #AACR25 tomorrow, stop by my poster on using AI to illuminate noncoding cancer genomes (Section 44, Board 7)! If you're heading out today, check out our paper in Cancer Research—and feel free to contact me to discuss!

📄 aacrjournals.org/cancerres/ar...

Kicking off the plenary session at #AACR25 —exploring tumor–host co-evolution and the complexity of the cancer ecosystem as a therapeutic challenge and opportunity. Dr. Yardena Samuels opens with insights on how multi-layered heterogeneity shapes tumor immunity.

Already in Chicago for #AACR25! Excited for a week full of science, inspiration, and connections. Who else is here? Let’s meet up!

🧬This timeline shows key milestones in decoding the noncoding genome—and how AI has transformed cancer genomics.

🧠 Grey: key discoveries in Genetics
⚙️ Blue: transformative AI models

📝 Part of our new review in Cancer Research @CR_AACR
aacrjournals.org/cancerres/ar...

📢Our latest review compares leading AI models that are illuminating noncoding genomes in cancer. If you’re a cancer researcher, this guide is your key resource for integrating these tools.
Check out the online-first version in Cancer Research @theaacr.bsky.social aacrjournals.org/cancerres/ar...

Excited that the @theaacr.bsky.social Annual Meeting in Chicago is just around the corner! Looking forward to learning from leading experts.
If you’re interested in how we’re using AI to illuminate the non-coding genome in cancer, I’ll be presenting our poster on April 30 (9am–12pm), Section 4.

Great talk by Dr. Mahat @MIT on how enhancer misregulation drives immune dysfunction.

Using click chemistry, their method reveals that enhancer bursts precede gene transcription bursts; powerful insight into gene regulation!
Thanks @ColumbiaSysBio for allowing these seminars.

Two inspiring days of cutting-edge science🧬Grateful to Dr. Ami Bhatt’s lab at @Stanford for the warm welcome.

I hope my work on illuminating the noncoding genome with AI provides valuable insights.
🔜Stay tuned for my upcoming review in Cancer Research.

Excited to attend the next CCEN meeting at Stanford University! Huge thanks to Stand Up To Cancer for organizing it. Looking forward to insightful discussions with some of the brightest young cancer researchers!