Universal DNA methylation age across mammalian tissues
Public Domain
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2023
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Details
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Journal Title:Nature Aging
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Personal Author:Lu, A. T.
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Fei, Z.
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Haghani, A.
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Robeck, T. R.
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Zoller, J. A.
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Li, C. Z.
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Lowe, R.
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Yan, Q.
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Zhang, J.
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Vu, H.
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Ablaeva, J.
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Acosta-Rodriguez, V. A.
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Adams, D. M.
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Almunia, J.
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Aloysius, A.
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Ardehali, R.
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Arneson, A.
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Baker, C. S.
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Banks, G.
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Belov, K.
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Bennett, N. C.
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Black, P.
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Blumstein, D. T.
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Bors, E. K.
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Breeze, C. E.
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Brooke, R. T.
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Brown, J. L.
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Carter, G. G.
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Caulton, A.
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Cavin, J. M.
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Chakrabarti, L.
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Chatzistamou, I.
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Chen, H.
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Cheng, K.
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Chiavellini, P.
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Choi, O. W.
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Clarke, S. M.
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Cooper, L. N.
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Cossette, M. L.
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Day, J.
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DeYoung, J.
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DiRocco, S.
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Dold, C.
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Ehmke, E. E.
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Emmons, C. K.
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Emmrich, S.
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Erbay, E.
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Erlacher-Reid, C.
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Faulkes, C. G.
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Ferguson, S. H.
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Finno, C. J.
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Flower, J. E.
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Gaillard, J. M.
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Garde, E.
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Gerber, L.
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Gladyshev, V. N.
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Gorbunova, V.
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Goya, R. G.
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Grant, M. J.
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Green, C. B.
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Hales, E. N.
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Hanson, M. B.
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Hart, D. W.
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Haulena, M.
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Herrick, K.
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Hogan, A. N.
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Hogg, C. J.
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Hore, T. A.
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Huang, T.
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Izpisua Belmonte, J. C.
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Jasinska, A. J.
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Jones, G.
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Jourdain, E.
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Kashpur, O.
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Katcher, H.
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Katsumata, E.
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Kaza, V.
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Kiaris, H.
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Kobor, M. S.
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Kordowitzki, P.
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Koski, W. R.
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Krützen, M.
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Kwon, S. B.
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Larison, B.
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Lee, S. G.
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Lehmann, M.
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Lemaitre, J. F.
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Levine, A. J.
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Li, C.
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Li, X.
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Lim, A. R.
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Lin, D. T. S.
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Lindemann, D. M.
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Little, T. J.
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Macoretta, N.
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Maddox, D.
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Matkin, C. O.
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Mattison, J. A.
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McClure, M.
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Mergl, J.
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Meudt, J. J.
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Montano, G. A.
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Mozhui, K.
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Munshi-South, J.
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Naderi, A.
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Nagy, M.
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Narayan, P.
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Nathanielsz, P. W.
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Nguyen, N. B.
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Niehrs, C.
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O’Brien, J. K.
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O’Tierney Ginn, P.
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Odom, D. T.
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Ophir, A. G.
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Osborn, S.
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Ostrander, E. A.
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Parsons, K. M.
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Paul, K. C.
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Pellegrini, M.
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Peters, K. J.
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Pedersen, A. B.
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Petersen, J. L.
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Pietersen, D. W.
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Pinho, G. M.
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Plassais, J.
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Poganik, J. R.
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Prado, N. A.
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Reddy, P.
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Rey, B.
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Ritz, B. R.
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Robbins, J.
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Rodriguez, M.
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Russell, J.
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Rydkina, E.
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Sailer, L. L.
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Salmon, A. B.
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Sanghavi, A.
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Schachtschneider, K. M.
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Schmitt, D.
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Schmitt, T.
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Schomacher, L.
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Schook, L. B.
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Sears, K. E.
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Seifert, A. W.
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Seluanov, A.
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Shafer, A. B. A.
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Shanmuganayagam, D.
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Shindyapina, A. V.
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Simmons, M.
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Singh, K.
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Sinha, I.
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Slone, J.
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Snell, R. G.
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Soltanmaohammadi, E.
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Spangler, M. L.
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Spriggs, M. C.
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Staggs, L.
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Stedman, N.
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Steinman, K. J.
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Stewart, D. T.
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Sugrue, V. J.
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Szladovits, B.
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Takahashi, J. S.
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Takasugi, M.
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Teeling, E. C.
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Thompson, M. J.
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Van Bonn, B.
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Vernes, S. C.
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Villar, D.
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Vinters, H. V.
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Wallingford, M. C.
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Wang, N.
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Wayne, R. K.
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Wilkinson, G. S.
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Williams, C. K.
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Williams, R. W.
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Yang, X. W.
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Yao, M.
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Young, B. G.
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Zhang, B.
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Zhang, Z.
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Zhao, P.
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Zhao, Y.
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Zhou, W.
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Zimmermann, J.
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Ernst, J.
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Raj, K.
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Horvath, S.
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NOAA Program & Office:
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Description:Aging, often considered a result of random cellular damage, can be accurately estimated using DNA methylation profiles, the foundation of pan-tissue epigenetic clocks. Here, we demonstrate the development of universal pan-mammalian clocks, using 11,754 methylation arrays from our Mammalian Methylation Consortium, which encompass 59 tissue types across 185 mammalian species. These predictive models estimate mammalian tissue age with high accuracy (r > 0.96). Age deviations correlate with human mortality risk, mouse somatotropic axis mutations and caloric restriction. We identified specific cytosines with methylation levels that change with age across numerous species. These sites, highly enriched in polycomb repressive complex 2-binding locations, are near genes implicated in mammalian development, cancer, obesity and longevity. Our findings offer new evidence suggesting that aging is evolutionarily conserved and intertwined with developmental processes across all mammals.
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Source:Nature Aging, 3(9), 1144-1166
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DOI:
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ISSN:2662-8465
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Format:
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License:
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Rights Information:CC BY
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Compliance:Submitted
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Main Document Checksum:urn:sha-512:184edcbb2c4622461ddd8af6cc52c7b14fa507f2891df77b052d41eabec7104f27a9698b1cfd8d71ca78e8189307a3e886ded86a00dfc9e69960c4000cdd31e7
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