A Bibliometric Analysis with Computational Mapping Using VOSviewer Research Development on Anti-Bacterial Activity of Selenium Particles
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This study aims to analyze research trends in the antibacterial activity of selenium particles through a bibliometric approach using VOSviewer. Journal data that is used as a reference is obtained from the Google Scholar database using the publish application or perish reference manager. The title and abstract of the journal used as a guide in the search process by referring to the keyword "antibacterial activity of selenium particles". A total of 993 journals obtained are relevant to the keywords used. The study period used is the last 10 years (2012 to 2022). The results show that the use of selenium particles as anti-bacterial can be divided into 4 terms, namely "selenium particles", "selenium nanoparticles", "antibacterial activity", and "chemistry". The keywords “selenium particle” were associated with 39 links with a total link strength of 212. The keywords “selenium nanoparticles”, “antibacterial activity”, and “chemistry” were associated with 51 links, 53 links, and 40 links, respectively with the total link strength of 875, 1349, and 303. The results of the analysis of the development of the publication of the antibacterial activity of selenium particles in the last 10 years showed a significant increase in the past 3 years (2019-2021). In 2012-2016 there was an increase from 10 publications to 43 publications (in order of 10, 19, 30, 30, 43 each year), although in 2014-2015 there was no increase. In 2017-2019 there was an increase from 63 publications to 94 publications (annual order 63, 91, 94). In 2020-2021 has increased from 204 publications to 233 publications. While the most popular research on the anti-bacterial activity of selenium particles occurred in 2021, as many as 233 studies. The authors examined the published journals on the anti-bacterial activity of selenium particles and their relationship to problems using VOSviewer. This review can be a starting point for research related to other topics.
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DOI: https://doi.org/10.17509/ci.v2i2.50979
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