This neural redirection, they reported, also appears to play a role in the devastating cognitive decline seen in many people with glioblastoma.īut the research team also pinpointed a protein that appears to be critical to the hijacking process, and they showed that it may be a potential target for new treatments. In a new study, researchers found that an aggressive type of brain tumor called glioblastoma can co-opt the formation of new synapses to fuel its own growth. This ability, called neuroplasticity, underlies every function of the human mind.īut neuroplasticity may also have a dark side. Throughout our lives, brain cells called neurons constantly form new connections, or synapses, that pass electrochemical signals from cell to cell. Credit: Modified from National Institute of Aging (The brain’s incredible plasticity is what lets us think, learn, create, and remember.
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