Improved prediction of chronological age from DNA methylation limits it as a biomarker of ageing

Qian Zhang(Beijing Proteome Research Center), Peter M. Visscher(The University of Queensland), Andrew M. McIntosh(Edinburgh Cancer Research), Anjali K. Henders(Autism CRC), George D. Mellick(Griffith University), Alison D. Murray(University of Aberdeen), John B. Kwok(UNSW Sydney), John Pearson(University of Otago), Tian Lin(The University of Queensland), Costanza L. Vallerga(The University of Queensland), Allan F. McRae(The University of Queensland), Rosie M. Walker(Edinburgh Cancer Research), Kathryn L. Evans(Edinburgh Cancer Research), Sarah E. Harris(Institute of Genetics and Cancer), Tim Anderson(Ara Institute of Canterbury), Grant W. Montgomery(QIMR Berghofer Medical Research Institute), Glenda M. Halliday(The University of Sydney), Martin A. Kennedy(University of Otago), Ian J. Deary(University of Edinburgh), Javed Fowdar(Griffith University), Ji He(Peking University), Jacob Gratten(The University of Queensland), Naomi R. Wray(The University of Queensland), Paul Redmond(NHS Lothian), Toni L. Pitcher(New Zealand Brain Research Institute), Riccardo E. Marioni(Edinburgh Cancer Research), Ian B. Hickie(The University of Sydney), David J. Porteous(Western General Hospital), Simon J.G. Lewis(The University of Sydney), Jian Yang(Westlake University), Dongsheng Fan(King University), Peter A. Silburn(Griffith University), Chris Haley(Queen's University)
bioRxiv (Cold Spring Harbor Laboratory)
May 23, 2018
Cited by 18


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