Media Representations of Genetic Discoveries: Hype in the Headlines?

Health law review Pub Date : 2014-11-14 DOI:10.7939/R30G46
T. Caulfield, T. Bubela
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引用次数: 11

Abstract

Many commentators have expressed concern regarding the sensationalistic reporting of biomedical stories by the popular press. (1) It has been suggested that inaccurate or exaggerated reporting can have an adverse impact on public understanding, creating unwarranted hope or fears, and the development of informed policies. (2) Readers get their first or only impressions from headlines. Unfortunately, there are reasons to believe that headlines may be particularly inaccurate or "hyped." Science and medical stories have to compete with other news stories and, as such, headlines must be constructed to catch the attention of both the potential reader and editors who make publishing decisions. (3) As a result, even when a media report is circumspect, headlines may be sensationalized. (4) "Headline sensationalism" has been associated with a variety of specific social concerns. For example, in the context of genetic discoveries, repeated exposure of the lay public to such headlines may lead to heightened genetic determinism. (5) That is, the public will come to develop an inaccurate belief that there is a tight causal linkage between a gene and a given human trait or disease. It has also been noted that headlines can influence how the reader interprets the information presented within the body of the full article. (6) Sensationalized headlines that bear little resemblance to the article may generate antipathy or disappointment among some readers, (7) creating a degree of bad will with a portion of the potential audience that should give editors pause. (8) They may also alienate sources, including those in the scientific community. While there is a growing body of research on the accuracy and nature of newspaper stories (9), there is little available data on the accuracy of headlines in the context of genetic research. This study builds on the results of a previous paper examining the accuracy of newspaper stories. (10) We examine the degree and nature of the "hype" present in newspaper headlines associated with stories on genetic discoveries. Methods We describe only those methods that are specific to this study on headlines. The selection of scientific papers and newspaper articles, the general coding frame and coding, and a detailed explanation of the statistical analysis using CART were presented in Bubela and Caulfield. (11) Parts of the coding frame were specific to the headline study. The coders were asked a series of questions with standardized categorical responses on the theme; the source of information (voice) beside the scientific paper; assessment of risk, benefits, or controversy for headlines, newspaper articles, and the scientific paper that generated the press coverage (Table 1). Three coders, who all had scientific backgrounds, were asked to subjectively assess the technical accuracy of the headline compared to the scientific paper. The coders also subjectively assessed whether the claims made in the headline were exaggerated (1) relative to the newspaper article and (2) relative to the scientific journal article. The coders assigned the headline to one of three categories: no exaggerated claims, slightly exaggerated claims, and moderately-highly exaggerated claims with respect to both the contents of the newspaper article and the scientific journal article. When compared to the newspaper and the scientific journal article, the headline was not considered to have been exaggerated if its claims had first been made there. Statistical Analysis All three coders assessed a random selection of 84/627 (13.7%) headlines, newspaper articles and their associated papers to assess inter-coder reliability. We calculated Intraclass Correlation Coefficients (Model 2) for questions on the coding frame for which there was only one answer, and in all cases the coefficient was greater than 0.75, indicating good agreement (Table 2). (12) A classification tree analysis determined which variables from the coding frame contributed to the assignment of the headline to one of the three categories of exaggerated claims using CART 4. …
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基因发现的媒体表述:标题中的炒作?
许多评论家对大众媒体耸人听闻地报道生物医学故事表示关切。(1)有人认为,不准确或夸大的报道会对公众的理解产生不利影响,产生毫无根据的希望或恐惧,并不利于制定明智的政策。(2)读者的第一印象或唯一印象来自标题。不幸的是,有理由相信标题可能特别不准确或“炒作”。科学和医学报道必须与其他新闻报道竞争,因此,标题的结构必须能同时吸引潜在读者和做出出版决定的编辑的注意。(3)因此,即使媒体的报道是谨慎的,标题也可能是耸人听闻的。(4)“头条哗众取宠”一直与各种具体的社会问题联系在一起。例如,在基因发现的背景下,外行公众反复看到这样的头条新闻可能会导致基因决定论的加剧。也就是说,公众会逐渐形成一种不准确的信念,认为某种基因与某种人类特征或疾病之间存在着紧密的因果联系。还注意到,标题可以影响读者如何解释整篇文章正文中所呈现的信息。(6)耸人听闻的标题与文章几乎没有相似之处,可能会引起一些读者的反感或失望,(7)在一定程度上对部分潜在读者产生不良影响,这应该让编辑们三思。(8)它们还可能疏远消息来源,包括科学界的消息来源。虽然有越来越多的关于报纸报道的准确性和性质的研究(9),但是在基因研究的背景下,很少有关于标题准确性的可用数据。这项研究建立在先前一篇关于报纸报道准确性的论文的基础上。(10)我们考察了报纸标题中与基因发现有关的“炒作”的程度和性质。方法:我们只描述那些特定于本研究标题的方法。介绍了Bubela和Caulfield的科学论文和报纸文章的选择,一般编码框架和编码,以及使用CART进行统计分析的详细说明。(11)部分编码框架是特定于标题研究的。编码员被问了一系列关于主题的标准化分类回答问题;科学论文旁边的信息来源(声音);对标题、报纸文章和产生新闻报道的科学论文的风险、收益或争议进行评估(表1)。三名具有科学背景的编码员被要求主观地评估标题与科学论文的技术准确性。编码器还主观地评估标题中的主张是否被夸大了(1)相对于报纸文章和(2)相对于科学期刊文章。编码员将标题分为三类:没有夸张的说法,稍微夸张的说法,中度-高度夸张的说法,这些说法都与报纸文章和科学期刊文章的内容有关。与报纸和科学期刊文章相比,如果标题的主张是首先在那里提出的,那么标题就不被认为是夸张的。所有三名编码员随机选择84/627(13.7%)标题、报纸文章及其相关论文来评估编码员之间的可靠性。我们计算了编码框架上只有一个答案的问题的类内相关系数(模型2),在所有情况下,系数都大于0.75,表明一致性良好(表2)。(12)分类树分析确定了编码框架中的哪些变量有助于使用CART 4将标题分配给三种夸大主张之一。…
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Discussion on Several Problems Worth Discussing in the Work of Health Examination Media Representations of Genetic Discoveries: Hype in the Headlines? Nutrigenomics, Mass Media and Commercialization Pressures Media Portrayal of Conflicts of Interest in Biomedical Research Public Trust and Regulatory Governance as represented through the Media
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