'Sting' protein's efforts to clean up brain cell damage may speed Parkinson's disease progress

In studies with mouse and human tissue, as well as live mice, researchers report that a snag in the normal process of cleaning up broken DNA in brain cells may hasten the progression of Parkinson's disease. Specifically, the researchers found that a protein dubbed 'STING' responds to clean-up signals in brain cells damaged by Parkinson's disease by creating a cycle of inflammation that may accelerate the disease's progression.
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