PDF(Pubmed)
Abstract：
UNASSIGNED: The relationship between air pollution and cardiovascular diseases (CVDs) has garnered significant interest among researchers globally. This study employed bibliometric analysis to provide an overview of current research on the association between air pollution and CVDs, offering a comprehensive analysis of global research trends in this area.
UNASSIGNED: An exhaustive scrutiny of literature pertaining to the nexus between air pollution and CVDs from 2012 to 2022 was conducted through rigorous screening of the Web of Science Core Collection (WoSCC). Publications were exclusively considered in English. Subsequently, sophisticated analytical tools including CiteSpace 6.2.4R, Vosviewer 1.6.19, HistCite 2.1, Python 3.7.5, Microsoft Charticulator, and Bibliometrix Online Analysis Platform were deployed to delineate research trends in this domain.
UNASSIGNED: The analysis of the dataset, comprising 1710 documents, unveiled a consistent escalation in scientific publications, peaking in 2022 with a total of 248 publications. Moreover, Environmental Science and Toxicology stood out as the predominant categories. Examination of keyword frequency highlighted the terms \'air pollution\', \'cardiovascular disease\', and \'particulate matter\' as the most prevalent. Notably, the most prolific entities, in terms of authors, journals, organizations, and countries, were identified as Robert D. Brook, Environmental Health Perspectives, Harvard University, and the United States, respectively.
UNASSIGNED: The findings presented a notable increase in high-quality publications on this topic over the past 11 years, suggesting a positive outlook for future research. The study concluded with an examination of three key themes in research trends related to air pollution and CVDs: the initial physiological response to pollutant exposure, the pathways through which pollutants are transmitted, and the subsequent effects on target organs. Additionally, various air pollutants, such as particulate matter, nitric dioxide, and ozone, could contribute to multiple CVDs, including coronary heart disease, hypertension, and heart failure. Although some hypotheses have been put forward, the mechanisms of air pollution-related CVDs still need to be explored in the future.
UNASSIGNED: An exhaustive scrutiny of literature pertaining to the nexus between air pollution and CVDs from 2012 to 2022 was conducted through rigorous screening of the Web of Science Core Collection (WoSCC). Publications were exclusively considered in English. Subsequently, sophisticated analytical tools including CiteSpace 6.2.4R, Vosviewer 1.6.19, HistCite 2.1, Python 3.7.5, Microsoft Charticulator, and Bibliometrix Online Analysis Platform were deployed to delineate research trends in this domain.
UNASSIGNED: The analysis of the dataset, comprising 1710 documents, unveiled a consistent escalation in scientific publications, peaking in 2022 with a total of 248 publications. Moreover, Environmental Science and Toxicology stood out as the predominant categories. Examination of keyword frequency highlighted the terms \'air pollution\', \'cardiovascular disease\', and \'particulate matter\' as the most prevalent. Notably, the most prolific entities, in terms of authors, journals, organizations, and countries, were identified as Robert D. Brook, Environmental Health Perspectives, Harvard University, and the United States, respectively.
UNASSIGNED: The findings presented a notable increase in high-quality publications on this topic over the past 11 years, suggesting a positive outlook for future research. The study concluded with an examination of three key themes in research trends related to air pollution and CVDs: the initial physiological response to pollutant exposure, the pathways through which pollutants are transmitted, and the subsequent effects on target organs. Additionally, various air pollutants, such as particulate matter, nitric dioxide, and ozone, could contribute to multiple CVDs, including coronary heart disease, hypertension, and heart failure. Although some hypotheses have been put forward, the mechanisms of air pollution-related CVDs still need to be explored in the future.
摘要：
■空气污染与心血管疾病（CVD）之间的关系引起了全球研究人员的极大兴趣。这项研究采用了文献计量分析，以提供有关空气污染与CVD之间关联的当前研究的概述。全面分析这一领域的全球研究趋势。
■通过严格筛选WebofScienceCoreCollection（WoSCC），对2012年至2022年与空气污染和CVD之间关系有关的文献进行了详尽的审查。出版物完全用英文审议。随后，复杂的分析工具，包括CiteSpace6.2.4R，Vosviewer1.6.19、HistCite2.1、Python3.7.5、MicrosoftCharticulator、并部署了Bibliometrix在线分析平台来描绘该领域的研究趋势。
■对数据集的分析，由1710份文件组成，公布了科学出版物的持续升级，2022年达到顶峰，共有248份出版物。此外，环境科学和毒理学是主要类别。检查关键字频率突出显示了术语“空气污染”，\'心血管疾病\',和“颗粒物”是最普遍的。值得注意的是,最多产的实体，就作者而言,期刊,组织,和国家,被确认为RobertD.Brook,环境健康观点,哈佛大学,和美国,分别。
■研究结果表明，在过去的11年中，有关该主题的高质量出版物显着增加，对未来的研究提出了积极的展望。该研究总结了与空气污染和CVD相关的研究趋势中的三个关键主题：对污染物暴露的初始生理反应，污染物传播的途径，以及随后对靶器官的影响。此外,各种空气污染物，比如颗粒物，一氧化氮,臭氧,可能会导致多个CVD，包括冠心病,高血压,和心力衰竭。尽管已经提出了一些假设，未来仍需探索与空气污染相关的CVD的机制。
■通过严格筛选WebofScienceCoreCollection（WoSCC），对2012年至2022年与空气污染和CVD之间关系有关的文献进行了详尽的审查。出版物完全用英文审议。随后，复杂的分析工具，包括CiteSpace6.2.4R，Vosviewer1.6.19、HistCite2.1、Python3.7.5、MicrosoftCharticulator、并部署了Bibliometrix在线分析平台来描绘该领域的研究趋势。
■对数据集的分析，由1710份文件组成，公布了科学出版物的持续升级，2022年达到顶峰，共有248份出版物。此外，环境科学和毒理学是主要类别。检查关键字频率突出显示了术语“空气污染”，\'心血管疾病\',和“颗粒物”是最普遍的。值得注意的是,最多产的实体，就作者而言,期刊,组织,和国家,被确认为RobertD.Brook,环境健康观点,哈佛大学,和美国,分别。
■研究结果表明，在过去的11年中，有关该主题的高质量出版物显着增加，对未来的研究提出了积极的展望。该研究总结了与空气污染和CVD相关的研究趋势中的三个关键主题：对污染物暴露的初始生理反应，污染物传播的途径，以及随后对靶器官的影响。此外,各种空气污染物，比如颗粒物，一氧化氮,臭氧,可能会导致多个CVD，包括冠心病,高血压,和心力衰竭。尽管已经提出了一些假设，未来仍需探索与空气污染相关的CVD的机制。
