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Epigenetic insights into extreme longevity in the world’s oldest terrestrial animal, Jonathan

Vaisvil B, Schmitt D, Jones A, Kapatral V, Ford J, Taylor M, Colwell M, Hollins J, Pascucci S, Weissenow K, Rost B, Notin P, Gerlach J, Terwilliger T, Hung L

Science advances · 2026

Epigenetic alterations

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Abstract

This 2026 Science Advances article examines epigenetic markers associated with extreme longevity in Jonathan, the oldest living terrestrial animal.

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Provenance

Source: Europe PMC
Canonical: link ↗
Fetched: 2026-10-09 MST

Cite this

APA

B, V., D, S., A, J., V, K., J, F., M, T., M, C., J, H., S, P., K, W., B, R., P, N., J, G., T, T., L, H., L, J., K, R., T, R., S, H., & C, F. (2026). Epigenetic insights into extreme longevity in the world’s oldest terrestrial animal, Jonathan. <em>Science advances</em>. https://europepmc.org/article/PMC/PMC13644754

Vancouver

B V, D S, A J, V K, J F, M T, et al. Epigenetic insights into extreme longevity in the world’s oldest terrestrial animal, Jonathan. Science advances. 2026.

BibTeX

@article{vaisvil2026Epigen, title = {Epigenetic insights into extreme longevity in the world’s oldest terrestrial animal, Jonathan}, author = {Vaisvil B and Schmitt D and Jones A and Kapatral V and Ford J and Taylor M and Colwell M and Hollins J and Pascucci S and Weissenow K and Rost B and Notin P and Gerlach J and Terwilliger T and Hung L and Jensen L and Reed K and Robeck T and Horvath S and Faulk C and Ma Y and Clark S.}, journal = {Science advances}, year = {2026}, }