volume 8, issue 9, P1876-1895 2016
DOI: 10.18632/aging.101018
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Faiza Kalfalah, Linda Janke, Alfonso Schiavi, Julia Tigges, Alexander Ix, Natascia Ventura, Fritz Boege, Hans Reinke

Abstract: Autophagy and the circadian clock counteract tissue degeneration and support longevity in many organisms. Accumulating evidence indicates that aging compromises both the circadian clock and autophagy but the mechanisms involved are unknown. Here we show that the expression levels of transcriptional repressor components of the circadian oscillator, most prominently the human Period homologue PER2, are strongly reduced in primary dermal fibroblasts from aged humans, while raising the expression of PER2 in the sa…

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