https://science.sciencemag.org/content/355/6331/1312
Pei-Chi Lo mark this message contains misinformation
｜originally written by Pei-Chi Lo
確實有此研究，但標題與內文論述過於誇大。
■2017年3月24日《Science》確實刊登了哈佛與UNSW研究團隊的研究，在小鼠實驗發現NMN可改善細胞修復DNA損傷的能力(即某種程度的抗老化)；這個研究相關的應用也的確贏得了NASA itech競賽。
■但，此僅為動物實驗。依UNSW新聞稿，研究發表時人體試驗才正要展開，還無法確知在人體的效用，「5年內人類壽命將延長至150歲」是全無根據的錯誤說法。
■2017年3月24日《Science》確實刊登了哈佛與UNSW研究團隊的研究，在小鼠實驗發現NMN可改善細胞修復DNA損傷的能力(即某種程度的抗老化)；這個研究相關的應用也的確贏得了NASA itech競賽。
■但，此僅為動物實驗。依UNSW新聞稿，研究發表時人體試驗才正要展開，還無法確知在人體的效用，「5年內人類壽命將延長至150歲」是全無根據的錯誤說法。
References
Science原始論文-A conserved NAD+ binding pocket that regulates protein-protein interactions during aging：https://science.sciencemag.org/content/355/6331/1312
UNSW對此研究的新聞稿：
https://newsroom.unsw.edu.au/news/health/unsw-harvard-scientists-unveil-giant-leap-anti-ageing
哈佛對此研究的新聞稿：
https://news.harvard.edu/gazette/story/2017/03/harvard-scientists-pinpoint-critical-step-in-dna-repair-cellular-aging/
https://newsroom.unsw.edu.au/news/health/unsw-harvard-scientists-unveil-giant-leap-anti-ageing
Harvard scientists pinpoint critical step in DNA repair, cellular aging
The body’s ability to repair DNA damage declines with age, which causes gradual cell demise, overall bodily degeneration, and greater susceptibility to cancer. Experiments in mice suggest a way to thw
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