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Wistar scientists reveal a novel ADAR1-SIRT1-p16INK4a axis i
Wistar scientists reveal a novel ADAR1-SIRT1-p16INK4a axis i
Wistar scientists reveal a novel ADAR1-SIRT1-p16INK4a axis in regulating cellular senescence
Aging and age-related disorders pose a complex challenge to the biomedical research community. To better understand how senescence is regulated is of high significance to promote healthy aging and treat age-associated disorders.
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Rugang Zhang ,
Christopherm Davis ,
Xue Hao ,
Kazuko Nishikura ,
Emily Henderson ,
Gene Expression Regulation Program At Wistar Ellen ,
Ronald Caplan Cancer Center ,
Microenvironment Metastasis Program ,
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Nature Cell Biology ,
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Regulation Program ,
Aging ,
Nzyme ,
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Poptosis ,
Autophagy ,
Dancer ,
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Cell Biology ,
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Metastasis ,
Mh ,
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