Denigma

Measurements

ID experiment control background genotype manipulation diet temperature start mean median max num
69 TABLE 2 Adult life span profiles A. At 29° ✘ — bchs/bchs — — 29.0 — 20.08 — 36.0 156
370 Figure 3. Lifespan Extension by dTsc2 Overexpression Is Dependent on the Concentration of Yeast Extract in the Diet ✘ w1118 da-GAL4/UAS-dTsc2 — 9% yeast extract 29.0 — 24.0 — — 156
368 Figure 3. Lifespan Extension by dTsc2 Overexpression Is Dependent on the Concentration of Yeast Extract in the Diet ✘ w1118 da-GAL4/UAS-dTsc2 — 3% yeast extract 29.0 — 34.0 — — 154
72 TABLE 2 Adult life span profiles A. At 29° ✘ — atg8a — — 29.0 — 27.16 — 45.0 153
159 Supplemental Figure 2: Replicative lifespan curves of control strains sensitive to the tested stresses ✔ — wild-type — — 30.0 — 24.2 23.0 51.0 150
63 TABLE 2 Adult life span profiles A. At 25° ✘ — atg8aep362 — — 25.0 — 41.9 — 66.0 150
369 Figure 3. Lifespan Extension by dTsc2 Overexpression Is Dependent on the Concentration of Yeast Extract in the Diet ✔ w1118 +/da-GAL4 — 9% yeast extract 29.0 — 12.0 — — 150
577 Table 1 Lifespan analyses frh-1 dsRNA constructs - summary statistics ✘ — WT RNA Interference frh-1 IV(RNAi) — — 20.9 — 37.0 149
575 Table 1 Lifespan analyses frh-1 dsRNA constructs - summary statistics ✘ — WT RNA Interference frh-1 II(RNAi) — — 17.2 — 27.0 140
363 Figure 3. Lifespan Extension by dTsc2 Overexpression Is Dependent on the Concentration of Yeast Extract in the Diet ✔ w1118 +/da-GAL4 — 0.3% yeast extract 29.0 — 31.0 — — 139
364 Figure 3. Lifespan Extension by dTsc2 Overexpression Is Dependent on the Concentration of Yeast Extract in the Diet ✘ w1118 da-GAL4/UAS-dTsc2 — 0.3% yeast extract 29.0 — 33.0 — — 138
65 TABLE 2 Adult life span profiles A. At 29° ✘ — deep orange — — 29.0 — 8.19 — 14.0 136
309 Figure 1. Regulation of Lifespan by Modulating Genes in the TOR Signaling Pathway ✘ w1118 da-GAL4/UAS-dTsc1 — — — — 29.0 — 40.0 136
324 Figure 1. Regulation of Lifespan by Modulating Genes in the TOR Signaling Pathway ✘ w1118 da-GAL4/UAS-dTsc2 — — — — 69.0 — 88.0 134
325 Figure 1. Regulation of Lifespan by Modulating Genes in the TOR Signaling Pathway ✔ w1118 +/da-GAL4 — — — — 48.0 — 79.0 133
322 Figure 1. Regulation of Lifespan by Modulating Genes in the TOR Signaling Pathway ✔ w1118 +/da-GAL4 — — — — 58.0 — 78.0 133
574 Table 1 Lifespan analyses frh-1 dsRNA constructs - summary statistics ✘ — WT RNA Interference frh-1 I(RNAi) — — 18.3 — 27.0 130
576 Table 1 Lifespan analyses frh-1 dsRNA constructs - summary statistics ✘ — WT RNA Interference frh-1 III(RNAi) — — 16.7 — 27.0 130
160 Supplemental Figure 2: Replicative lifespan curves of control strains sensitive to the tested stresses ✘ — rad52 — — 30.0 — 10.8 33.0 10.0 130
66 TABLE 2 Adult life span profiles A. At 29° ✘ — rosy — — 29.0 — 19.8 — 38.0 128
326 Figure 1. Regulation of Lifespan by Modulating Genes in the TOR Signaling Pathway ✘ w1118 +UAS-dTORFRB — — — — 55.0 — 71.0 128
323 Figure 1. Regulation of Lifespan by Modulating Genes in the TOR Signaling Pathway ✘ w1118 +/UAS-dTsc2 — — — — 56.0 — 74.0 126
351 Figure 2. Dependence of Lifespan Extension on Overexpression in Specific Tissues ✘ w1118 PO163-GAL4/UAS-dTsc2 — — — — 36.0 — 45.0 126
315 Figure 1. Regulation of Lifespan by Modulating Genes in the TOR Signaling Pathway ✘ w1118 da-GAL4/UAS-dTORFRB — — — — 30.0 — 40.0 126
149 Supplemental Figure 2: Replicative lifespan curves of control strains sensitive to the tested stresses ✔ — wild-type — — 30.0 — 24.4 22.0 55.0 125