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A Secretory Vesicle Failure in Parkinson's Disease Occurs in Human Platelets

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The presence of elevated dopamine (DA) and its major metabolites in the cytosol of neurons has been associated with their vulnerability in Parkinson's disease (PD). Over 99% of the cell's… Click to show full abstract

The presence of elevated dopamine (DA) and its major metabolites in the cytosol of neurons has been associated with their vulnerability in Parkinson's disease (PD). Over 99% of the cell's amines are confined to secretory vesicles (SVs), making these structures fundamental in the regulation of cytosolic DA levels. SVs of platelets use similar, if not the same mechanisms to accumulate serotonin in SVs as dopaminergic neurons do to store DA. Hence, any functional defects in platelets probably mirrors events in DA neurons.

Keywords: parkinson disease; secretory vesicle; failure parkinson; vesicle failure; parkinson

Journal Title: Annals of Neurology
Year Published: 2022

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