Measurements

ID experiment control background genotype manipulation diet temperature start mean median max num
379 Figure 6. Minocycline effect on life span of male Drosophila melanogaster. Oregon control 7.0 32.0
463 Figure 3. Deletion or Overexpression of Aging-Associated miRNAs Affects Life Span spe-9(hc88) mir-239(OE) 20.0 13.0 16.0
438 Lifespan assay 2. Lifespan of spe-9(hc88) animals exposed to RNAi against alg-1 only during adulthood spe-9(hc88) alg-1(RNAi) 7.89 10.0
177 Supplemental Figure 4: Unsuppressed growth of afg3∆, yta12∆, and mrpl32∆ and corresponding lifespan curves W303 30.0 18.8 20.0 36.0
178 Supplemental Figure 4: Unsuppressed growth of afg3∆, yta12∆, and mrpl32∆ and corresponding lifespan curves W303;afg3 30.0 19.6 21.0 36.0
452 Figure 3. Deletion or Overexpression of Aging-Associated miRNAs Affects Life Span spe-9(hc88) control 20.0 13.0 17.0
453 Figure 3. Deletion or Overexpression of Aging-Associated miRNAs Affects Life Span spe-9(hc88) mir-71(OE) 20.0 16.0 26.0
87 Figure 2: Overexpression of CG6783 or CG13890 throughout the whole body extends lifespan, which is associated with diet restriction. white1118 da>EPCG13890 35.0 42.0 60.0
96 Table 1. First-order interactors of LAGs in the WLN regulate lifespan in C. elegans. N2 Bristol C38D4.3 RNA Interference
95 Table 1. First-order interactors of LAGs in the WLN regulate lifespan in C. elegans. N2 Bristol F09F7.3 RNA Interference
94 Table 1. First-order interactors of LAGs in the WLN regulate lifespan in C. elegans. N2 Bristol F54E7.2 RNA Interference
93 Table 1. First-order interactors of LAGs in the WLN regulate lifespan in C. elegans. N2 Bristol C03C10.3 RNA Interference
92 Table 1. First-order interactors of LAGs in the WLN regulate lifespan in C. elegans. N2 Bristol T09A5.10 RNA Interference
91 Table 1. First-order interactors of LAGs in the WLN regulate lifespan in C. elegans. N2 Bristol F37C12.9 RNA Interference
90 Table 1. First-order interactors of LAGs in the WLN regulate lifespan in C. elegans. N2 Bristol N2 Bristol RNA Interference
89 Figure 2: Overexpression of CG6783 or CG13890 throughout the whole body extends lifespan, which is associated with diet restriction. white1118 Act-GS-Gal4>UAS-CG6783 RU+ 34.0 58.0
88 Figure 2: Overexpression of CG6783 or CG13890 throughout the whole body extends lifespan, which is associated with diet restriction. white1118 Act-GS-Gal4>UAS-CG6783 RU- 31.0 65.0
381 Lifespan assay 1. Confirmation of lifespan of spe-9(hc88) animals for library preparations spe-9(hc88) spe-9 23.0 8.65
86 Figure 2: Overexpression of CG6783 or CG13890 throughout the whole body extends lifespan, which is associated with diet restriction. white1118 EPCG13890/+ 32.0 56.0
85 Figure 2: Overexpression of CG6783 or CG13890 throughout the whole body extends lifespan, which is associated with diet restriction. white1118 da>EPCG6783 46.0 58.0 72.0
84 Figure 2: Overexpression of CG6783 or CG13890 throughout the whole body extends lifespan, which is associated with diet restriction. white1118 EPCG6783/+ 46.0 70.0
83 Figure 2: Overexpression of CG6783 or CG13890 throughout the whole body extends lifespan, which is associated with diet restriction. white1118 da/+ 26.0 32.0 64.0
457 Figure 3. Deletion or Overexpression of Aging-Associated miRNAs Affects Life Span spe-9(hc88) mir-246(OE) 20.0 17.0 24.0
450 Figure 3. Deletion or Overexpression of Aging-Associated miRNAs Affects Life Span spe-9(hc88) mir-246(n4636) 20.0 15.0 22.0
448 Figure 3. Deletion or Overexpression of Aging-Associated miRNAs Affects Life Span spe-9(hc88) mir-71(n4115) 20.0 9.0 12.0