Denigma

Measurements

ID experiment control background genotype manipulation diet temperature start mean median max num
186 Figure 5: Hac1-independent resistance to tunicamycin in afg3∆ and rpl20bΔ cells ✘ — afg3;hac1 — — 30.0 — 30.7 32.0 50.0 40
209 Figure 4 | Calorie restriction extends lifespan by regulating vacuolar acidity. ✔ S288c WT — — — — 31.0 31.5 50.0 32
164 Supplemental Figure 3: Growth curves and lifespan curves of respiratory dead or deficient strains ✘ — idh2 — — 30.0 — 30.7 31.0 60.0 595
175 Supplemental Figure 4: Unsuppressed growth of afg3∆, yta12∆, and mrpl32∆ and corresponding lifespan curves ✘ — afg3 — — 30.0 — 30.7 31.0 43.0 —
136 Figure 6: Deletion of AFG3 reduces cytoplasmic translation and extends life span by a Sir2-independent, Gcn4-dependent mechanism ✘ — sir2;fob1;afg3 — — 30.0 — 29.1 30.0 45.0 40
156 Supplemental Figure 2: Replicative lifespan curves of control strains sensitive to the tested stresses ✘ — msn2;msn4 — — 30.0 — 29.3 30.0 57.0 623
193 Figure 3 | Reduced vacuolar acidity causes mitochondrial dysfunction by disrupting amino acid homeostasis. ✔ S288c WT — — — — 28.95 29.0 51.0 32
213 Figure 4 | Calorie restriction extends lifespan by regulating vacuolar acidity. ✔ S288c WT — — — — 29.0 29.0 50.0 38
153 Supplemental Figure 2: Replicative lifespan curves of control strains sensitive to the tested stresses ✔ — wild-type — — 30.0 — 28.3 29.0 46.0 55
158 Supplemental Figure 2: Replicative lifespan curves of control strains sensitive to the tested stresses ✘ — hac1 — — 30.0 — 29.1 29.0 57.0 543
196 Figure 2 | Vacuolar acidity is reduced in ageing cells and regulates mitochondrial function and lifespan. ✔ S288c WT — — — — 28.0 28.0 50.0 50
221 Figure 3. Increased life span of cardiotrophin 1 (CT-1)–null mice. ✔ C57BL6 WT — — — — — 28.0 — 18
170 Supplemental Figure 4: Unsuppressed growth of afg3∆, yta12∆, and mrpl32∆ and corresponding lifespan curves ✘ — mrpl23 — — 30.0 — 28.2 28.0 51.0 —
184 Figure 5: Hac1-independent resistance to tunicamycin in afg3∆ and rpl20bΔ cells ✘ — afg3 — — 30.0 — 28.4 28.0 56.0 160
154 Supplemental Figure 2: Replicative lifespan curves of control strains sensitive to the tested stresses ✘ — cta1 — — 30.0 — 29.0 27.0 54.0 45
166 Supplemental Figure 3: Growth curves and lifespan curves of respiratory dead or deficient strains ✘ — atp5 — — 30.0 — 27.3 27.0 53.0 55
524 Fig. 3. Animal survival and growth ✘ Wistar — Mutation — — — 41.0 26.0 58.0 6
157 Supplemental Figure 2: Replicative lifespan curves of control strains sensitive to the tested stresses ✔ — wild-type — — 30.0 — 26.5 26.0 56.0 545
155 Supplemental Figure 2: Replicative lifespan curves of control strains sensitive to the tested stresses ✔ — wild-type — — 30.0 — 26.2 26.0 42.0 600
185 Figure 5: Hac1-independent resistance to tunicamycin in afg3∆ and rpl20bΔ cells ✘ — hac1 — — 30.0 — 25.6 26.0 40.0 20
161 Supplemental Figure 3: Growth curves and lifespan curves of respiratory dead or deficient strains ✔ — wild-type — — 30.0 — 26.3 26.0 59.0 425
174 Supplemental Figure 4: Unsuppressed growth of afg3∆, yta12∆, and mrpl32∆ and corresponding lifespan curves ✘ — rho0 — — 30.0 — 26.1 26.0 50.0 —
217 Supplementary Figure 3. Phenotypes of VPH2 overexpression mimic those observed with VMA1 overexpression. ✔ S288c WT — — — — 26.0 26.0 50.0 53
173 Supplemental Figure 4: Unsuppressed growth of afg3∆, yta12∆, and mrpl32∆ and corresponding lifespan curves ✔ — wild-type — — 30.0 — 26.7 26.0 57.0 —
163 Supplemental Figure 3: Growth curves and lifespan curves of respiratory dead or deficient strains ✔ — wild-type — — 30.0 — 26.6 26.0 52.0 764