brain cancer

Researchers report observing how an aggressive brain cancer physically remodels brain tissue as it grows, offering a live view of tumor progression. The findings shed light on how deadly brain tumors invade and distort surrounding structures, which could inform future treatment approaches. The work is drawing attention for its striking visualization of the disease's effects on the brain.

Researchers report that a 'proliferative pause' — a dormant phase some cancer cells enter before spreading to the brain — may offer a critical window to intervene and stop brain metastasis before it begins. The finding could shape new strategies for preventing one of the deadliest complications of cancer, and is drawing attention from oncology and precision medicine communities.

Mount Sinai has announced a collaborative research agreement to evaluate a novel liquid radioembolic agent for treating brain tumors. The therapy would deliver radiation directly to tumor tissue in liquid form, an approach being explored for cancers that are difficult to treat surgically. Details on the partner institution, trial design and timeline have not yet been released, and clinical results remain pending.