IndraLab

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"Furthermore, we observed elevated levels of USP24 in the substantia nigra of a subpopulation of idiopathic PD patients, suggesting that USP24 may negatively regulate autophagy in PD."

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"Consistently, in the original screen [25] USP24 knockdown failed to upregulate autophagy in cells overexpressing BCL-2, which binds and inhibits activity of the class III PtdIns3K subunit BECN1 [34])."

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"Furthermore, our data demonstrate elevated levels of USP24 in some cases of idiopathic PD, suggesting that USP24 may negatively regulate autophagy in PD."

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"Our data indicate that USP24 mRNA and protein levels are also elevated in the substantia nigra of a subset of idiopathic PD patients, suggesting that suppression of autophagy by USP24 could also occur in at least some cases of non familial PD."

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"Therefore, USP24 negatively regulates autophagy flux in human iPSC derived dopaminergic neurons, similarly to what we observed in cell lines."