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Sirtuins and autophagy in lipid metabolism
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AbstractSirtuins are a family of NAD+‐dependent deacetylases that regulate some important biological processes, including lipid metabolism and autophagy, through their deacetylase function. Autophagy is a new discovery in the field of lipid metabolism, which may provide a new idea for the regulation of lipid metabolism. There are many tandem parts in the regulation process of lipid metabolism and autophagy of sirtuins protein family. This paper summarized these tandem parts and proposed the possibility of sirtuins regulating lipid autophagy, as well as the interaction and synergy between sirtuins protein family. Currently, some natural drugs have been reported to affect metabolism by regulating sirtuins, some of which regulate autophagy by targeting sirtuins.
Title: Sirtuins and autophagy in lipid metabolism
Description:
AbstractSirtuins are a family of NAD+‐dependent deacetylases that regulate some important biological processes, including lipid metabolism and autophagy, through their deacetylase function.
Autophagy is a new discovery in the field of lipid metabolism, which may provide a new idea for the regulation of lipid metabolism.
There are many tandem parts in the regulation process of lipid metabolism and autophagy of sirtuins protein family.
This paper summarized these tandem parts and proposed the possibility of sirtuins regulating lipid autophagy, as well as the interaction and synergy between sirtuins protein family.
Currently, some natural drugs have been reported to affect metabolism by regulating sirtuins, some of which regulate autophagy by targeting sirtuins.
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