On being earnest: a mentor and her mentee's perspective.
On being earnest: a mentor and her mentee's perspective.
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关于真诚:导师和她的学员的观点。
DOI:
10.1038/s41390-023-02702-2
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发表时间:
2023
影响因子:
3.6
通讯作者:
Kjeldsen,CaitlinP
中科院分区:
文献类型:
--
作者:
Maitre,NathalieL;Kjeldsen,CaitlinP
Recent publications present an opportunity to reflect on the importance of sharing negative results and the opportunity this presents for growth as a scientist and as a scientific mentor. We share these perspectives, acknowledging that they may not be generalizable to other research teams. From the mentor’s point of view: Every time I arrive at the end of an experiment or a clinical trial, I hold my breath as I await the analysis of results that may have taken years to acquire—the stakes are so high, that I often ask for three independent analyses. Sometimes, I experience a surreal moment of relief and elation because my hypothesis turned out to be correct—and I made a difference in the way I intended. Sometimes though, my hypothesis is just incorrect. I am not as upset by this as one might think—it just means a different hypothesis will be correct. I know the safety measures are sound, so the Institutional Review Board and the peer-review process have ensured that even if this is a clinical trial, I first did no harm. After the initial re-assessment, however, I start worrying about how I will convince a journal to publish my study results, so that another person asking the same question might learn from my study and answers. Most often, the publication system is skewed towards positive results or successful studies. But there are still journals publishing negative results, and I am grateful to their editors, who not only help science progress but also help me model what being a scientist is for my mentees. When we publish negative results, we demonstrate the following:1. Integrity to the scientific method—we are trying to support OR refute our hypothesis, but not prove that we are always right. I am grateful to the editors who allowed me to publish an early negative study showing that cry amplitude did not predict the intensity of nociception in typical newborns. When my initial hypothesis predicting a positive association was wrong, I could have sliced and diced my data and focused solely on the fact that newborns could differentiate cold from pain—a finding that was exciting, but secondary. While other cry characteristics might prove useful in evaluating pain (eg, fundamental frequency), and other scientists have gone on to investigate these factors, our initial study showed that term newborns could experience painful somatosensory stimuli without crying or even grimacing. 1