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植物 DNA 条形码研究领域文献计量学及可视化分析

中文摘要英文摘要

为了全面了解植物 DNA 条形码研究领域的发展和最新动态,探讨中国 DNA 条形码 发展的状态和前景。利用 Web of Science 数据库对该研究领域进行文献计量学统计,并对引 用频次、研究热点和研究前沿进行了可视化分析。获得了中国、美国、加拿大学者在该领域 文献贡献率最大,中国研究机构发文量领先,但美国、加拿大科研机构论文质量较高,影响 力较大。文献引用频次可视化发现,2009 年是该领域研究的高峰期,该研究领域的前沿和 研究热点主要集中在物种的识别和生物多样性应用、DNA 条形码候选序列筛选和鉴定技术 的规范化。中国学者在植物 DNA 条形码领域研究具有领军作用和很高的影响力,国家提倡 中药产业的发展也推动了我国 DNA 条形码蓬勃发展,但是论文的质量和影响力与美国、英 国、加拿大等发达国家研究还有一定的差距,应该加大与发达国家科研机构合作,提高研究 能力,DNA 条形码技术在植物的鉴定、分类和生物多样性的保护起到非常重要作用。建立 一个更全面、通用的全球植物 DNA 条码库和开发新的标记并采用新的测序技术是植物 DNA 条形码研究的未来前景。

In order to get the latest information and development researches filed of DNA barcoding of plants, and discuss its role in biodiversity conservation. Used bibliometrics, Histcite and citespaces to analyze literatures of DNA barcoding in plants based on Web of Sciences database to, and analyze Citation counts, research hot and research front visualization. The results showed the rate of contribution of literatures was the biggest of Chinese, American, Canadian authors. Chinese institutions published literatures counts than others countries, while literatures from American and Canadian institutions have more higher quality and influence. This research field has gotten peak at 2009 based on citation visualization analysis. The research front and hot focus on species identify and biodiversity application, find the suited candidates DNA barcoding sequences and refining the identical technology. Chinese authors play a leading role and have strength influence at DNA barcoding of plants. Chinese government encourages traditional Chinese medicine industry to promote the development of DNA barcoding technology at China. But the quality and influence of published literatures have a gap between China and developed countries, Chinese institutions should increase cooperation with the developed countries institutions and promote itself research ability. It is very important that DNA barcoding technology at species identify and biodiversity conversation. Tomorrows Outlook for Plant DNA Barcoding is building the global plant DNA barcode library and new DNA markers and new sequencing technologies.

杨淬、李文义、杨青松、罗斌圣、熊勇

10.12074/201809.00096V1

生物科学研究方法、生物科学研究技术植物学生物科学现状、生物科学发展

植物 DNA 条形码,文献计量学,生物多样性,citespace,可视化分析

杨淬,李文义,杨青松,罗斌圣,熊勇.植物 DNA 条形码研究领域文献计量学及可视化分析[EB/OL].(2018-09-07)[2025-08-05].https://chinaxiv.org/abs/201809.00096.点此复制

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