Department of Chemistry, Seoul National University, Seoul, Republic of Korea.
Center for Genome Engineering, Institute for Basic Science, Seoul, Republic of Korea.
PLoS Biol. 2018 Jul 16;16(7):e2006843. doi: 10.1371/journal.pbio.2006843. eCollection 2018 Jul.
Fast-moving, competitive fields often inadvertently duplicate research. In a research environment that values being first over being robust, this results in one manuscript "scooping" ongoing research from other groups. Opportunities to demonstrate the solidity of a result through coincidental reproduction are thus lost. Here, two group leaders, one the scooper and one the scoopee, discuss their experiences under PLOS Biology's new "complementary research" policy. In this case, submission of the second article followed publication of the first by mere days. Scooper and scoopee discuss how complementary research is good for everyone by expanding the scientific reach of studies that are overlapping but not identical, demonstrating the robustness of related results, increasing readership for both authors, and making "replication" studies cost effective by creatively using resources that have already been spent.
快速发展、竞争激烈的领域往往会无意中重复研究。在重视抢先发表而不是稳健研究的研究环境中,这导致一篇论文“抢先”了其他团队的正在进行的研究。因此,通过偶然复制来展示结果稳健性的机会就丧失了。在这里,两位团队负责人,一位是抢先者,一位是被抢先者,根据 PLOS 生物学的新“补充研究”政策讨论了他们的经验。在这种情况下,第二篇文章的提交是在第一篇文章发表后仅仅几天。抢先者和被抢先者讨论了补充研究如何通过扩展重叠但不相同的研究的科学范围、证明相关结果的稳健性、增加两位作者的读者群以及通过创造性地利用已经花费的资源使“复制”研究具有成本效益,从而对每个人都有好处。