Updates on medical advances, environmental initiatives, and emerging technologies.
On Earth Day 2025, eight Technion research centers received PBC grants to advance work in green hydrogen, sustainable food, water quality, and carbon reduction.
Technion scientists developed an AI model that translates complex ECG data into clear insights, enhancing diagnostic accuracy and supporting cardiologists.
Technion researchers developed DNAformer, an AI-driven method that speeds up DNA data retrieval by 3,200 times, making DNA a viable medium for data storage.
Technion scientists have discovered how proteins in breast milk enable nanoparticles to cross the intestinal barrier, paving the way for oral drug delivery.
A Technion study shows that while AI processes long texts in full, the human brain creates dynamic summaries for better comprehension, revealed through fMRI scans.
The Technion has launched the Israeli SAF Knowledge Center with support from Boeing, advancing sustainable fuel solutions for the aviation industry.
The Technion has opened a new center for sustainable aviation fuel, supported by Boeing and Israel’s Ministry of Innovation.
Technion researchers, in collaboration with Australian scientists, have developed a novel method to restore dying coral reefs, offering new hope for marine biodiversity.
Technion researchers have developed materials that greatly boost MRI sensitivity, enabling earlier disease detection and reducing reliance on radiation-heavy scans like PET-CT.
A Technion research team has created an AI system that analyses digital biopsy scans to detect PD-L1 protein expression in breast cancer patients. This aids in tailoring immunotherapy treatments and addresses the global shortage of pathologists.
Israeli startup H2Pro, utilising technology from the Technion, has signed a strategic agreement with Moroccan renewable energy developer Gaia Energy to supply green hydrogen. This partnership aims to harness renewable resources for sustainable energy solutions.
Technion researchers have developed CarGrow, a red algae-based microgel that prevents shrinkage in 3D-printed tissues for transplantation. Its transparent structure allows real-time monitoring of tissue growth, improving the reliability of bioprinted transplants.
