Arévalo Analía, Simoes Estefania, Petinati Fernanda, Lepski Guilherme
Division of Functional Neurosurgery, Department of Psychiatry, Medical School, University of São Paulo, São Paulo, Brazil.
Cancer Metabolism Research Group, Cell and Developmental Biology, University of São Paulo, São Paulo, Brazil.
Front Hum Neurosci. 2022 Mar 4;16:798967. doi: 10.3389/fnhum.2022.798967. eCollection 2022.
The field of Neuroscience has experienced a growing interest in recent decades, which has led to an exponential growth in the amount of related information made available online as well as the market for Neuroscience-related courses. While this type of knowledge can be greatly beneficial to people working in science, health and education, it can also benefit individuals in other areas. For example, neuroscience knowledge can help people from all fields better understand and critique information about new discoveries or products, and even make better education- and health-related decisions. Online platforms are fertile ground for the creation and spread of fake information, including misrepresentations of scientific knowledge or new discoveries (e.g., neuromyths). These types of false information, once spread, can be difficult to tear down and may have widespread negative effects. For example, even scientists are less likely to access retractions of peer-reviewed articles than the original discredited articles. In this study we surveyed general knowledge about neuroscience and the brain among volunteers in Brazil, Latin America's largest country. We were interested in evaluating the prevalence of neuromyths in this region, and test whether knowledge/neuromyth endorsement differs by age, region, and/or profession. To that end, we created a 30-item survey that was anonymously answered online by 1128 individuals. While younger people (20-29-year-olds) generally responded more accurately than people 60 and older, people in the North responded significantly worse than those in the South and Southeast. Most interestingly, people in the biological sciences consistently responded best, but people in the health sciences responded no better than people in the exact sciences or humanities. Furthermore, years of schooling did not correlate with performance, suggesting that quantity may surpass quality when it comes to extension or graduate-level course offerings. We discuss how our findings can help guide efforts toward improving access to quality information and training in the region.
近几十年来,神经科学领域受到的关注日益增加,这导致在线提供的相关信息量呈指数级增长,与神经科学相关的课程市场也不断扩大。虽然这类知识对从事科学、健康和教育工作的人非常有益,但对其他领域的个人也有好处。例如,神经科学知识可以帮助各个领域的人更好地理解和评判有关新发现或产品的信息,甚至做出更好的与教育和健康相关的决策。在线平台是虚假信息产生和传播的沃土,包括对科学知识或新发现的错误表述(例如,神经科学迷思)。这类虚假信息一旦传播开来,就很难消除,可能会产生广泛的负面影响。例如,与最初被质疑的文章相比,即使是科学家也不太可能去查阅同行评审文章的撤稿声明。在这项研究中,我们对拉丁美洲最大的国家巴西的志愿者进行了神经科学和大脑常识的调查。我们感兴趣的是评估该地区神经科学迷思的流行程度,并测试知识/对神经科学迷思的认可是否因年龄、地区和/或职业而有所不同。为此,我们创建了一份包含30个条目的调查问卷,由1128个人在线匿名回答。虽然年轻人(20至29岁)的回答通常比60岁及以上的人更准确,但北部地区的人的回答明显比南部和东南部地区的人差。最有趣的是,生物科学领域的人回答始终最好,但健康科学领域的人的回答并不比纯科学或人文领域的人更好。此外,受教育年限与表现没有相关性,这表明在推广或研究生阶段的课程设置方面,数量可能超过了质量。我们讨论了我们的研究结果如何有助于指导该地区在改善获取优质信息和培训方面的努力。