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- W4360954530 endingPage "101917" @default.
- W4360954530 startingPage "101917" @default.
- W4360954530 abstract "The skin is the largest organ of the human body and the first line of defense against environmental hazards. Many factors, including internal factors such as natural aging and external factors such as ultraviolet radiation and air pollution, can lead to skin aging. Mitochondria provide sufficient energy to maintain the high-speed turnover capacity of the skin, so the quality control of mitochondria plays an indispensable role in this process. Mitochondrial dynamics, mitochondrial biogenesis and mitophagy are the key steps in mitochondrial quality surveillance. They are coordinated to maintain mitochondrial homeostasis and restore damaged mitochondrial function. All of the mitochondrial quality control processes are related to skin aging caused by various factors. Therefore, fine-tuning regulation of the above process is of great significance to the skin aging problem that needs to be solved urgently. This article mainly reviews the physiological and environmental factors causing skin aging, the effects of mitochondrial dynamics, mitochondrial biogenesis and mitophagy on skin aging, as well as their specific regulatory mechanisms. Finally, mitochondrial biomarkers for diagnosis of skin aging, and therapeutic approaches of skin aging via mitochondrial quality control were illustrated." @default.
- W4360954530 created "2023-03-26" @default.
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- W4360954530 date "2023-06-01" @default.
- W4360954530 modified "2023-10-18" @default.
- W4360954530 title "The role of mitochondrial quality surveillance in skin aging: Focus on mitochondrial dynamics, biogenesis and mitophagy" @default.
- W4360954530 cites W1966603244 @default.
- W4360954530 cites W1969728632 @default.
- W4360954530 cites W1969853783 @default.
- W4360954530 cites W1980218972 @default.
- W4360954530 cites W1986310785 @default.
- W4360954530 cites W1993829398 @default.
- W4360954530 cites W2000936610 @default.
- W4360954530 cites W2037681885 @default.
- W4360954530 cites W2044829505 @default.
- W4360954530 cites W2047981729 @default.
- W4360954530 cites W2052813747 @default.
- W4360954530 cites W2060387658 @default.
- W4360954530 cites W2063998080 @default.
- W4360954530 cites W2086557228 @default.
- W4360954530 cites W2101089137 @default.
- W4360954530 cites W2104412320 @default.
- W4360954530 cites W2123052357 @default.
- W4360954530 cites W2125206853 @default.
- W4360954530 cites W2126133274 @default.
- W4360954530 cites W2171317360 @default.
- W4360954530 cites W2338775865 @default.
- W4360954530 cites W2415916782 @default.
- W4360954530 cites W2507810843 @default.
- W4360954530 cites W2522028552 @default.
- W4360954530 cites W2524832026 @default.
- W4360954530 cites W2530579700 @default.
- W4360954530 cites W2535557345 @default.
- W4360954530 cites W2672351211 @default.
- W4360954530 cites W2699623048 @default.
- W4360954530 cites W2767305252 @default.
- W4360954530 cites W2771095007 @default.
- W4360954530 cites W2771869155 @default.
- W4360954530 cites W2791397620 @default.
- W4360954530 cites W2883995468 @default.
- W4360954530 cites W2887492587 @default.
- W4360954530 cites W2910629472 @default.
- W4360954530 cites W2922011226 @default.
- W4360954530 cites W2923101498 @default.
- W4360954530 cites W2943785490 @default.
- W4360954530 cites W2959409237 @default.
- W4360954530 cites W2998105885 @default.
- W4360954530 cites W3003221459 @default.
- W4360954530 cites W3005686642 @default.
- W4360954530 cites W3042855064 @default.
- W4360954530 cites W3084483417 @default.
- W4360954530 cites W3089994865 @default.
- W4360954530 cites W3127992352 @default.
- W4360954530 cites W3129843421 @default.
- W4360954530 cites W3177818662 @default.
- W4360954530 cites W3180069668 @default.
- W4360954530 cites W3183492996 @default.
- W4360954530 cites W3187046799 @default.
- W4360954530 cites W3203018685 @default.
- W4360954530 cites W3204348834 @default.
- W4360954530 cites W3211295753 @default.
- W4360954530 cites W4205222949 @default.
- W4360954530 cites W4213350752 @default.
- W4360954530 cites W4220738618 @default.
- W4360954530 cites W4226077948 @default.
- W4360954530 cites W4253211855 @default.
- W4360954530 cites W4280582174 @default.
- W4360954530 cites W4286262685 @default.
- W4360954530 cites W4289523951 @default.
- W4360954530 cites W4292342442 @default.
- W4360954530 cites W4292791524 @default.
- W4360954530 cites W4295346352 @default.
- W4360954530 cites W4296311848 @default.
- W4360954530 cites W4298327014 @default.
- W4360954530 cites W4303644836 @default.
- W4360954530 cites W4304690744 @default.
- W4360954530 cites W4307366279 @default.
- W4360954530 cites W4307373407 @default.
- W4360954530 cites W4308953087 @default.
- W4360954530 cites W4310222856 @default.
- W4360954530 cites W4310290830 @default.
- W4360954530 cites W4310773488 @default.
- W4360954530 cites W4310835565 @default.
- W4360954530 cites W4311139967 @default.
- W4360954530 cites W4312141110 @default.
- W4360954530 doi "https://doi.org/10.1016/j.arr.2023.101917" @default.
- W4360954530 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36972842" @default.
- W4360954530 hasPublicationYear "2023" @default.
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