On 26 June 2015, Science magazine published an article in its section “Policy Forum” entitled “Promoting an Open Research Culture” (B. A. Nosek et al. Science, Vol. 348, pp. 1422-1425, DOI: 10.1126/science.aab2374). The article and two related pieces (“Self-correction in science at work”, and “Solving reproducibility“) published in the same issue seem to have been inspired by the perception that there is an irreproducibility crisis affecting science. In this regard, this is what Science Transparency has to say:
There is a perceived or real crisis over the reproducibility and transparency of scientific reporting. This crisis is surely being mismanaged by scientists, and they have only themselves to blame. Scientific pursuit requires a highly specialized training, and consequently, so does the assessment of the validity of reported science. Yet, while scientists figure out how to deal with the current crisis, they are allowing journalists like Ivan Oransky (named Science’s Garbage Man by the Swiss Radio and Television), defamation rings, and anonymous nobodies to tell them what to do. This is especially apparent in certain journals that keep listening to Clare Francis, Retraction Watchers or some of the pubpeers, who are in fact nobody’s peers. This nonsense where anyone says whatever they want and pours their anger on the internet, only fuels the current hysteria over fake science. More on this problem has been previously covered in Science Transparency.
As usual, Prof. Ariel Fernandez (阿列尔·费尔南德斯), the discoverer of the dehydron (脱水元), is on the mark in regards to this issue, and his pronouncement featured in Science is reproduced below in accord with Terms and Conditions on User Submissions to Science.
Some journalists and some science outsiders have installed the belief that science is in the midst of a reproducibility crisis. These people are being listened to, at least by some editors, while they feverishly advocate for higher standards of transparency in regards to the way in which scientists conduct and report their findings. The underlying misconception that led to this delusional thinking may well end up sliding into hysteria if scientists keep taking advice from outsiders on how to conduct their business. The misconception sprouts from the odd notion that scientific publications are meant to report monolithic truths that must withstand the acid test of time. Nothing further from the truth, and while scientists comply and try to raise the bar on transparency and accountability, they better take steps to debunk the myth that research papers distill anything other than provisional assertions subject to endless revision.
Much of the science reported is a-priori likely and expected to be faulty merely on statistical grounds. John Ioannidis, a professor of medicine at Stanford University, wrote in 2005 a paper in the journal PLoS Medicine entitled “Why most published research findings are false” (http://journals.plos.org/plosmedicine/article?id=10.1371/journal.pmed.00…) where, using statistical arguments, he estimated that the likelihood that a scientific paper contains false results is nearly 50%. His analysis reveals that under a great diversity of conditions, most scientific findings are likely to simply represent “measures of prevailing biases”. This statistical study was conducted with the utmost rigor and prompts us scientists to regard research reports with lower expectations, more in the context of a progression of provisional attempts at attaining an independent pristine truth. And please, please, let us focus on running our business ourselves, or we will have no one else to blame for the current crisis, be it real or delusional.
阿列尔·费尔南德斯（Ariel Fernandez，出生名 阿列尔·费尔南德斯·斯提格里亚诺, 出生于1957年4月18日）是一位阿根廷–美国双重国籍的物理化学家，1984年在耶鲁大学获化学物理专业博士学位，曾在马克思-普朗克研究所在诺奖得主Manfred Eigen和Robert Huber的指导下从事博士后研究，后在美国莱斯大学任Karl F. Hasselmann讲座讲授，期间曾指导来自两名中国的留学生张曦和陈建平的博士学位论文，2011年从莱斯大学退休后开始在瑞士的巴塞尔学院继续从事研究工作，同时创建咨询公司Ariel Fernandez Consultancy和AF Innovation为企业提供咨询服务。
阿列尔•费尔南德斯多个领域的顶级学术期刊上发表文章，包括：代数、动力系统理论、统计力学、化学物理、界面现象、药物设计、癌症治疗和结构生物学视角下的分子进化。他的部分发表成果被收录在Google Scholar Citations和ResearchGate。他曾在国际重要期刊上发表过350篇学术论文，包括：Proceedings of the US National Academy of Sciences, Annual Reviews of Genetics, Nature, Physical Review Letters, Genome Research，其科研成果曾被 Nature, Nature Reviews Drug Design, Chemistry World (UK Royal Society), Scientific American等著名期刊评述。阿列尔•费尔南德斯著有一部学术著作，持有两个药物治疗方面的专利。
阿列尔•费尔南德斯在药物设计领域的一部分最重要的研究成果属于转化医学。他建立了被称之为dehydron的物理化学模型用于描述蛋白质分子的一种结构奇点，并将此模型用于进行药物特异性筛选从而设计更为安全的药物。基于dehydron理论，阿列尔•费尔南德斯发明了分子工程中的“包裹技术”（wrapping technology）。“包裹技术”让药物设计人员能够根据蛋白质靶点的dehydron分布特点来设计药物，从而达到更好的特异性。“包裹技术”及其应用在阿列尔•费尔南德斯的著作“Transformative Concepts for Drug Design: Target Wrapping”(Springer-Verlag, Berlin, 2010)中有详细描述。
- “Transformative Concepts for Drug Design: Target Wrapping”, by Ariel Fernandez (ISBN 978-3642117916, Springer-Verlag, Berlin, Heidelberg, 2010).
- “Biomolecular Interfaces: Interactions, Functions and Drug Design”, by Ariel Fernandez (ISBN-10: 3319168495, ISBN-13: 978-3319168494, Springer; 2015 edition)..