Researchers have proposed a method for ⁹⁹Mo production via electron accelerator irradiation of a natural-uranium-bearing liquid molten salt target. This approach offers significant advantages, including low nuclear proliferation risk, online extraction capability, and low construction costs. Consequently, it provides a viable pathway for stable, large-scale ⁹⁹Mo production.

UC San Diego researchers have harnessed the body's immune response to a common virus to shrink pancreatic tumors, offering hope for a new cancer treatment approach.

IRB Barcelona inaugurates the country’s first end-to-end fully integrated spatial omics platform, enabling scientists to map biological activity directly within its original tissue context.

The Institute has invested more than €3 million to equip the platform with the latest spatial transcriptomics and spatial proteomics technologies, along with advanced image analysis and bioinformatics capabilities.

This strategic initiative unites five specialised Core Facilities to create a coordinated, end-to-end workflow supporting research and innovation across academic, clinical, and industry partners in Spain and beyond.

Cold Spring Harbor Laboratory postdoc Jeremy Nigri and colleagues in the Tuveson lab have discovered that the nervous system plays an active role in pancreatic cancer development—even before tumor formation. Disrupting interactions between nerves and fibroblasts could lead to new treatments or make standard procedures like chemo and immunotherapy more effective.