Proton Therapy with Mini-Hakes Combats Glioblastoma and Protects the Healthy Brain
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A research team from the Center for Research in Molecular Medicine and Chronic Diseases (CIMUS) of the University of Santiago de Compostela (USC), led by researcher Yolanda Prezado, has found that proton therapy with minihaxes can make glioblastoma more vulnerable while preserving mechanisms related to neuronal function in the healthy brain.
An important step in the fight against glioblastoma, a brain tumor of rapid growth and aggressiveness, is the one just taken in Santiago, by the Cimus research group of the University of Santiago that leads Yolanda Prezado, since they have discovered that the radiation of radiation therapy with minihakes of protons -pMBRT- (protontherapy) makes this tumor more vulnerable while protecting essential mechanisms of the brain. A finding that responds…
Unha investigación da USC en phaseo preclínica preserves mechanisms essentialis related coa neuronal function no organ saudable Or artigo Advance galego fronte ao glioblastoma: unha radiation therapy combato o tumor e protexe o cerebro san publicuse primeiro en GCiencia.
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