Happy to share our new paper in Redox Biology “PNKP targeting engages the autophagic machinery through STING and STAT3 to potentiate ferroptosis and chemotherapy in TNBC” Congratulations to my team and our collaborators for this important study 🌟 https://t.co/WETx6YiXpH
My lab at @WeizmannScience was completely demolished by the Iranian missile a few days ago. This is hard and sad as nothing was left to save. We study heart regeneration and regenerative medicine. As such, we will regenerate, regrow and rebuild. The one thing that wasn't gone is our motivation said one of my student. It is true. Here, I would like to thank many of my friends around the globe that offer their help, space and support. I really appreciate that.
On June 15, an Iranian missile hit the Weizmann Institute - one of Israel’s top research centers - destroying labs, critical equipment, and years of lifesaving research.
This wasn’t just a blow to Israel - it was a blow to all humanity and to the future of lifesaving science.
Earlier today, Iran struck Soroka Hospital in Be’er Sheva, targeting evacuated operating rooms and injuring dozens.
These were not accidents. They were deliberate attacks on civilians, on science, and on medicine.
The Iranian regime must be held accountable.
📸 Prof. Eldad Tzahor
The Weizmann Institute in Tel Aviv after the Iranian bombardment last night.
The Weizmann Institute in Rehovot, Israel, is a leading research center for biology, chemistry, and physics. Its ties to defense tech, like AI and drones, make it strategically significant
An excellent meeting at the Weizmann Institute , on "Early Cancer Detection & Precision Prevention" .
Inspiring lectures and outstanding speakers. Thanks to all the participants.
Meet @bstockwell, Xuejun Jiang & Jin Ye — co-chairs of the ASBMB’s 2025 meeting on metabolic cross talk & biochemical homeostasis research! In this Q&A w/@locke_marissa, they share about the hottest topics in #ferroptosis right now & the meeting's theme: https://t.co/Uy7TCSWuVv.
Happy to share our new paper in iScience
Computational pipeline predicting cell death suppressors as targets for cancer therapy: iScience https://t.co/pIfwtLFLPE