Plant microRNAs slow virus-driven aging
Six plant extracts delay yeast chronological aging through different signaling pathways The evolutionarily conserved nutrient-sensing signaling pathways that accelerate chronological aging in yeast (Figure 9) are known to stimulate chronological senescence and geroconversion of post-mitotic human cells; these pathways are likely to expedite organismal aging and cancer development in humans [87-93]. There is no experimental … Plant microRNAs slow virus-driven aging
