机译:通过胰岛素/ IGF-1信号通路延伸到植物杆菌的寿命。
Chinese Acad Sci Kunming Inst Bot State Key Lab Phytochem &
Plant Resources West Ch 132 Lanhei;
Chinese Acad Sci Kunming Inst Bot State Key Lab Phytochem &
Plant Resources West Ch 132 Lanhei;
Chinese Acad Sci Kunming Inst Bot State Key Lab Phytochem &
Plant Resources West Ch 132 Lanhei;
Chinese Acad Sci Kunming Inst Bot State Key Lab Phytochem &
Plant Resources West Ch 132 Lanhei;
Chinese Acad Sci Kunming Inst Bot State Key Lab Phytochem &
Plant Resources West Ch 132 Lanhei;
Chinese Acad Sci Kunming Inst Bot State Key Lab Phytochem &
Plant Resources West Ch 132 Lanhei;
Chlorogenic acid; Caenorhabditis elegans; DAF-16/FOXO; Longevity; Stress resistance;
机译:通过胰岛素/ IGF-1信号通路延伸到植物杆菌的寿命。
机译:更年春通过胰岛素/ IGF-1信号通路延长秀丽隐杆线虫的寿命
机译:大黄素通过胰岛素/ IGF-1信号通路延长Caenorhabditis elegiss的寿命,这取决于DAF-16和SIR-2.1
机译:罗斯马洛酸的分子机制延长了秀丽隐杆线虫的寿命
机译:Daf-2胰岛素样信号通路在秀丽隐杆线虫先天免疫中的作用。
机译:更年春通过胰岛素/ IGF-1信号通路延长秀丽隐杆线虫的寿命
机译:大黄素通过胰岛素/ IGF-1信号通路延长Caenorhabditis elegiss的寿命,这取决于DAF-16和SIR-2.1