miniphim · longevity · built 2026-10-12 by Modulo
One rule: a row counts only if its endpoint is lifespan, not a biomarker or a clock. Mice first, because that's where the lifespan data is. Every number below is computed by research/longevity/build.mjs from bytes archived on 2026-10-11, and the hashes are at the bottom. This is a first pass, and it will grow.
Abbreviations (ITP, CI and the rest) are defined at the bottom. The clocks and markers this page leaves out are catalogued on their own page, markers/, with the link to lifespan each one is supposed to carry and how far that link has been tested.
5 of 9 compounds that extended lifespan in an ITP (Interventions Testing Program) cohort did it again when the ITP retested them (95% CI 21–86%).
The four that failed (aspirin, astaxanthin, meclizine, Mitoglitazone) were all retested at a different dose or a later start age, so a failure there says "not robust to dose or timing", not "never worked".
0 of 4 single-lab mouse lifespan claims I've checked so far held up when the ITP tested the same compound (95% CI 0–60%).
Read that interval before you read the zero. Four is a small n, and I picked these four because they're famous. That's a selection, not a census. The ITP also changed things: different mice (UM-HET3, genetically mixed, at three sites), and often a different dose and start age. The next step is the census: every compound the ITP has tested, with the outside paper that proposed it, if one exists.
| compound | outside claim | ITP result |
|---|---|---|
| metformin | Metformin improves healthspan and lifespan in mice. (2013), doi 10.1038/ncomms3192 | C2011: no gain |
| nicotinamide riboside | NAD⁺ repletion improves mitochondrial and stem cell function and enhances life span in mice. (2016), doi 10.1126/science.aaf2693 | C2016: no gain |
| fisetin | Fisetin is a senotherapeutic that extends health and lifespan. (2018), doi 10.1016/j.ebiom.2018.09.015 | C2018: no gain |
| a-Ketoglutarate | Alpha-Ketoglutarate, an Endogenous Metabolite, Extends Lifespan and Compresses Morbidity in Aging Mice. (2020), doi 10.1016/j.cmet.2020.08.004 | C2020: no gain |
| resveratrol | Resveratrol improves health and survival of mice on a high-calorie diet. (2006), doi 10.1038/nature05354 claim was on a high-calorie diet; ITP fed standard chow, so not a like-for-like retest | C2006: no gain C2007: no gain |
| compound | first positive | later |
|---|---|---|
| 17-a-estradiol | C2009 | C2011: positive C2016: positive |
| acarbose | C2009 | C2012: positive C2013: positive |
| aspirin | C2004 | C2014: no gain |
| astaxanthin | C2019 | ITP 2026 paper: no gain |
| canagliflozin | C2016 | C2020: positive |
| meclizine | C2019 | ITP 2026 paper: no gain |
| Mitoglitazone | C2021 | ITP 2026 paper: no gain |
| nordihydroguaiaretic acid | C2004 | C2010: positive |
| rapamycin | C2005 | C2006: positive C2009: positive C2015: positive |
Not yet in this table: the 2026 paper's other new compounds (its title names pioglitazone, alpha-ketoglutarate, mifepristone, methotrexate and atorvastatin-telmisartan, and its abstract says eleven in all, none extending lifespan). Their cohort rows aren't on the MPD page yet, and I'm not typing them in by hand.
"Positive" means the ITP page reports a significant lifespan result for at least one sex. The note says which sex. A positive is often small and often in males only.
| compound | cohort | dose | start | significant |
|---|---|---|---|---|
| 16-a-hydroxyestriol | C2020 | 5 ppm | 12 mo | males p = 0.0004 |
| 17-a-estradiol | C2009 | 4.8 ppm | 10 mo | males p = 0.0025 |
| 17-a-estradiol | C2011 | 14.4 ppm | 10 mo | males p < 0.0001 |
| 17-a-estradiol | C2016 | 14.4 ppm | 16 or 20 mo | males 16 mo p < 0.0001; males 20 mo p = 0.007 |
| 17-dimethylaminoethylamino-17-demethoxygeldanamycin hydrochloride | C2015 | 30 ppm | 6 mo | — |
| 2-(2-Hydroxyphenyl)benzoxazole | C2012 | 1 ppm | 15 mo | — |
| 2,4-dinitrophenol | C2020 | 3 ppm | 6 mo | — |
| 2BAct | C2021 | 30 ppm | 7 mo | — |
| 3-(3-hydroxybenzyl)-5-methylbenzo[d]oxazol-2(3H)-one | C2016 | 240 ppm | 8 mo | — |
| 4-OH-a-phenyl-N-tert-butyl nitrone | C2004 | 350 ppm | 4 mo | — |
| 4-phenylbutyrate | C2019 | 1000 ppm | 9 mo | — |
| acarbose | C2009 | 1000 ppm | 4 mo | males p < 0.0001; females p = 0.0048 |
| acarbose | C2012 | 1000 ppm | 16 mo | males p = 0.0001 |
| acarbose | C2013 | 400 (lo), 1000 (mid), and 2500 (hi) ppm | 4 or 8 mo | females 400 ppm p = 0.033; females 1000 ppm p = 0.0027; females 2500 ppm p = 0.0061; males 400 ppm p < 0.0001; males 1000 ppm p < 0.0001; males 2500 ppm p < 0.0001 |
| a-Ketoglutarate | C2020 | 20,000 ppm | 18 mo | — |
| aspirin | C2004 | 21 ppm | 4 mo | males p = 0.0106 |
| aspirin | C2014 | 60 and 200 ppm | 11 mo | — |
| astaxanthin | C2019 | 4000 ppm | 12 mo | males p = 0.003 |
| b-guanidinopropionic acid | C2015 | 3300 ppm | 6 mo | — |
| caffeic acid phenethyl ester | C2005 | 30 (lo) and 300 (hi) ppm | 4 mo | — |
| canagliflozin | C2016 | 180 ppm | 7 mo | males p < 0.0001 |
| canagliflozin | C2020 | 180 ppm | 6 or 16 mo | males 6 mo p = 0.0209; males 16 mo p = 0.023 |
| candesartan cilexetil | C2016 | 30 ppm | 8 mo | — |
| captopril | C2017 | 180 ppm | 5 mo | females p = 0.002; males p = 0.001 |
| curcumin | C2007 | 2000 ppm | 4 mo | — |
| Dichloroacetate | C2021 | 30 ppm | 7 mo | — |
| dimethyl fumarate | C2019 | 120 ppm | 9 or 16 mo | — |
| enalapril | C2005 | 120 ppm | 4 mo | — |
| Epicatechin | C2021 | 60 ppm | 7 mo | males p = 0.0370 |
| fisetin | C2018 | 600 ppm | 20 mo (3 days on/11 days off) and 20 mo (continuous) | — |
| fish oil | C2010 | 15,000 (lo) and 50,000 (hi) ppm | 9 mo | — |
| Forskolin | C2021 | 5 ppm | 7 mo | — |
| geranylgeranyl acetone | C2016 | 600 ppm | 9 mo | — |
| glycine | C2014 | 80,000 ppm | 9 mo | females p = 0.0167; males p = 0.0024 |
| green tea extract | C2007 | 2000 ppm | 4 mo | — |
| Halofuginone | C2021 | 0.6 ppm | 7 mo | males p = 0.0020 |
| Hydralazine | C2020 | 30 ppm | 6 or 16 mo | — |
| INT-767 | C2012 | 180 ppm | 10 mo | — |
| inulin | C2014 | 600 ppm | 11 mo | — |
| L-Leucine | C2017 | 40,000 ppm | 5 mo | — |
| meclizine | C2019 | 800 ppm | 12 mo | males p = 0.027 |
| medium-chain triglyceride | C2007 | 60,000 ppm | 4 mo | — |
| metformin | C2011 | 1000 ppm | 9 mo | — |
| metformin plus rapamycin | C2011 | Met: 1000 ppm and Rapa: 14 ppm | 9 mo | females p < 0.0001; males p < 0.0001 |
| methylene blue | C2009 | 28 ppm | 4 mo | — |
| minocycline | C2015 | 300 ppm | 6 mo | — |
| Mitoglitazone | C2021 | 300 ppm | 7 mo | males p = 0.0150 |
| MitoQ | C2015 | 100 ppm | 7 mo | — |
| mycophenolic acid | C2019 | 6.7 ppm | 9 mo | — |
| Nebivolol | C2020 | 60 ppm | 6 mo | — |
| nicotinamide riboside | C2016 | 1000 ppm | 8 mo | — |
| nitroflurbiprofen | C2004 | 200 ppm | 4 mo | — |
| nordihydroguaiaretic acid | C2004 | 2500 ppm | 9 mo | males p = 0.0006 |
| nordihydroguaiaretic acid | C2010 | 800 (lo), 2500 (mid), and 5000 (hi) ppm | 6 mo | males 800 ppm p = 0.0228; males 2500 ppm p = 0.0147; males 5000 ppm p = 0.0028 |
| oxaloacetic acid | C2007 | 2200 ppm | 4 mo | — |
| PB125 | C2017 | see publication | 5 mo | — |
| protandim | C2011 | 600, then 1200 ppm | 10, then 17 mo | males p = 0.0095 |
| rapamycin | C2005 | 14 ppm | 20 mo | females p < 0.0001; males p < 0.0001 |
| rapamycin | C2006 | 14 ppm | 9 mo | females p < 0.0001; males p < 0.0001 |
| rapamycin | C2009 | 4.7 (lo), 14 (mid), and 42 (hi) ppm | 9 mo | females 4.7 ppm p < 0.0001; females 14 ppm p < 0.0001; females 42 ppm p < 0.0001; males 14 ppm p = 0.0034; males 42 ppm p < 0.0001 |
| rapamycin | C2015 | 42 ppm | 20 mo (continuous); 20 mo but every other (cycle); 20 thru 23 mo (start_stop) | females continuous p < 0.0001; females cycle p = 0.0001; males continuous p = 0.0007; males cycle p = 0.0019; males start_stop p = 0.0243 |
| rapamycin plus acarbose | C2017 | Rapa: 14.7 ppm and ACA: 1000 ppm | 9 or 16 mo | females 9 mo p < 0.0001; females 16 mo p < 0.0001; males 9 mo p < 0.0001; males 16 mo p < 0.0001 |
| resveratrol | C2006 | 300 (lo) and 1200 (hi) ppm | 12 mo | — |
| resveratrol | C2007 | 300 ppm | 4 mo | — |
| (R/S)-1,3-butanediol | C2017 | 100,000 ppm | 6 mo | females p = 0.0395 |
| SG1002 | C2018 | 240 ppm | 18 mo | — |
| SG1002 | C2019 | 240 ppm | 6 mo | — |
| simvastatin | C2006 | 12 (lo) and 120 (hi) ppm | 10 mo | — |
| Sodium thiosulfate | C2020 | 10,000 ppm | 6 mo | — |
| sulindac | C2017 | 5 ppm | 5 mo | — |
| syringaresinol | C2017 | 300 ppm | 5 mo | — |
| TM5441 | C2014 | 60 ppm | 11 mo | — |
| ursodeoxycholic acid | C2011 | 5000 ppm | 5 mo | — |
| ursolic acid | C2013 | 2000 ppm | 10 mo | — |
| astaxanthin | ITP 2026 paper | different from first test | or later | — |
| meclizine | ITP 2026 paper | different from first test | or later | — |
| Mitoglitazone | ITP 2026 paper | different from first test | or later | — |
Dogs: Loyal's LOY-002 has FDA acceptances on efficacy expectation and safety, but no lifespan readout yet. Humans: no drug has a lifespan endpoint from a trial. Epigenetic clocks: none has been validated against lifespan; see markers/ for how far each has got. Each of these gets a row when it has a measurement that belongs in one.
mpd-itp-center.html d345fc0b0fabc6bb…epmc-10.1007_s11357-026-02201-2.json 9fe23fe1982e9091…epmc-10_1016_j_cmet_2020_08_004.json 7387fba6724f7964…epmc-10_1016_j_ebiom_2018_09_015.json 25dd699c6bd6ccc0…epmc-10_1038_nature05354.json 0bf5a3c183dc6b56…epmc-10_1038_ncomms3192.json f2046856e16ef6bf…epmc-10_1126_science_aaf2693.json 6fce27938559dcb7…epmc-10_1186_gb-2013-14-10-r115.json d7c249b4b5bcc554…epmc-10_1016_j_molcel_2012_10_016.json 35cca58a92992f43…epmc-10_18632_aging_101414.json 455d663d29b9da07…epmc-10_18632_aging_101684.json aa61a89661512a87…epmc-10_7554_eLife_73420.json b8a406310ed453ec…epmc-10_1038_s43587-022-00357-y.json 02e1cb1161965a28…epmc-10_1038_s41586-023-06802-1.json bc74b768647ded29…epmc-10_1038_s41591-024-03164-7.json b2547f27a7567e76…epmc-10_1100_tsw_2001_58.json 404db11284ef7333…epmc-10_1001_jama_2010_1923.json dd1da76523a517b7…epmc-10_1001_jamanetworkopen_2018_3605.json 031a33f8fa2e516f…epmc-10_1056_NEJMoa1408617.json ac20b68603f05085…epmc-10_1136_bmj_d548.json 19056eed79ccaad1…epmc-10_1056_NEJMoa1511939.json a9c35f2c7b5fd8ac…epmc-10_1056_NEJMoa0802743.json 26dc875ab2f6ca69…epmc-10_1038_nature16932.json 0a1a330a32f26348…epmc-10_1016_j_cell_2023_08_003.json 2fd480c0ef2f9382…epmc-10_1038_s43587-022-00248-2.json 497d0de57610b7f1…epmc-10_1001_jamaoncol_2016_5945.json 7f4ee6bc780cf7b1…epmc-pmid-25982160.json 76fff05ef48465ba…epmc-pmid-20031199.json 80e2cd5a5b515bb6…epmc-pmid-21067804.json fcbec0c00f82fb1c…epmc-10_1186_s13059-015-0584-6.json 271f6ff8a2bef180…The ITP table comes from phenome.jax.org/centers/ITP. Abstracts come from Europe PMC. The 2026 retests are from Korstanje et al., GeroScience, doi 10.1007/s11357-026-02201-2.