基于转录组微藻生物降解润滑油废烃的文献计量学综述：研究现状展望

Q1 Environmental Science

Bioresource Technology Reports Pub Date : 2025-02-01 DOI:10.1016/j.biteb.2025.102074

Stella B. Eregie , Isaac A. Sanusi , Ademola O. Olaniran

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引用次数: 0

摘要

微藻生物技术作为一种生态友好、经济高效的绿色技术，已引起人们的关注，但其转录组学研究缺乏报道。因此，本文采用文献计量学方法，综述了基于转录组学的微藻生物降解润滑油废弃物的研究现状和发展趋势。使用VOS查看器对基于维度的导出书目数据进行了文档类型、出版物、主题类别、来源、国家、作者、组织和引用文章等方面的分析。获得的结果显示，该研究领域在2019年至2024年期间发表的文章显著增长（73.74%）。中国（170篇）是该研究领域的主要贡献者和最多产的国家，发表的文章数量最多。在该研究领域，生物科学、藻类研究和中国科学院分别是产出最多的学科类别、期刊和组织。此外，这一综述表明，基于转录组的微藻生物降解研究仍有很大的空白。最后，综述强调了协作转录组生物降解的迫切需要，特别是在非洲，以提高微藻的生物降解能力和对环境可持续性的利用。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

Bibliometric review of transcriptomic microalgae-based biodegradation of lubricant oil waste hydrocarbon: Current research outlook

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Bibliometric review of transcriptomic microalgae-based biodegradation of lubricant oil waste hydrocarbon: Current research outlook

Microalgae biotechnology has gained attention as an eco-friendly and cost-effective green technology for mitigating the detrimental effects of lubricant oil waste (LOW) pollutants, yet there is a dearth of report on their transcriptomic studies. Therefore, this report using bibliometric approach reviewed the research activities and trends on transcriptomic microalgae-based biodegradation of lubricant oil waste. The Dimensions-based exported bibliographic data were analyzed using VOS viewer in terms of document types, publications, subject categories, sources, countries, authors, organisations, and cited articles. The results obtained showed significant growth (73.74 %) in published articles from 2019 to 2024 in this research area. China (170 publications) is the leading contributor and the most prolific country publishing the highest number of articles in this research area. Biological Science, Algal Research, and Chinese Academy of Sciences were the most productive subject category, journal, and organisation, respectively in this research area. Moreover, this review reveals there is still a significant research gap on transcriptomic microalgae-based biodegradation. Finally, the review underscores the critical need for collaborative transcriptomic biodegradation especially in Africa to improve microalgae's biodegradation capabilities and utilization towards environmental sustainability.

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