Center for Complex Networks and Systems Research, School of Informatics and Computing, Indiana University, Bloomington, IN 47408, United States.
Sci Rep. 2016 Dec 23;6:39769. doi: 10.1038/srep39769.
Many internal and environmental triggers of primary headaches have been proposed, but establishing firm evidence for any of them has proved elusive. Geomagnetic storms, the disturbances of Earth's magnetic field following Solar eruptions, have been proposed as one such trigger. In this study, we utilized a vast amount of self-reported symptoms from the online social networking service Twitter in order to investigate a purported link between the level of geomagnetic activity and the onset of primary headaches and migraines. We analyzed 63 million keyword-bearing messages posted over the three years covering the maximum of Solar Cycle 24. No correlation has been found despite the large sample size. The simulation reveals that the significant correlation would have emerged even if only 1% of headache (2% of migraine) instances were caused by geomagnetic disturbances, thus placing very low upper limits on the prevalence of this trigger among Twitter users.
许多原发性头痛的内部和环境触发因素已经被提出,但要为其中任何一个因素建立确凿的证据一直都很困难。地磁暴,即太阳爆发后地球磁场的干扰,被认为是其中的一个触发因素。在这项研究中,我们利用来自在线社交网络服务 Twitter 的大量自我报告症状,调查地磁活动水平与原发性头痛和偏头痛发作之间的所谓联系。我们分析了涵盖太阳活动周期 24 最大值的三年期间发布的 6300 万条包含关键字的消息。尽管样本量很大,但没有发现相关性。模拟结果表明,即使只有 1%的头痛(2%的偏头痛)病例是由地磁干扰引起的,这种显著相关性也会出现,因此,在地磁暴触发因素在 Twitter 用户中的流行率方面设置了非常低的上限。