Systematic Review of Over A Century of Global Bioscience Research
Iroha, O. K.; Palnam, D. W.; Abraham, P.; Ogra, I. O.; Johnson, N. K.; Glen, E.; Joseph, D. N.; Joshua, S. C.; Wabba, G. P.; Daji, M.; Tumba, D. E.; Nathaniel, M.; Jonathan, E. U.; Usman, S.; Luka, M. I.; Sabale, V. B.; Balogun, E. O.; Opara, U. L.
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Bioscience encompasses studies on living organisms, their components, and their interactions, with the main aim of translating research into useful applications for medical, clinical, industrial, and environmental uses. The broad field of bioscience has witnessed tremendous growth in research output. This study was designed to evaluate the current trends in bioscience research using bibliometric approaches and develop future policy pointers following the innovative systems framework. Research articles focusing on bioscience published between 1883 and 2024 were sourced from the Scopus database. From the retrieved dataset, relevant articles were systematically screened and included for the analysis. Bibliometrix package, VOSviewer, and Microsoft Excel were used to analyze and visualize the parameters. 8,678 documents involving 30,380 authors from diverse institutions across the globe were published in 3,549 sources, with an annual rise of 4.41%. Exponential growth in bioscience research output was observed after 2007 and remained steady till 2024. The United States and China were leading nations for bioscience research. The most relevant affiliation was the University of California, United States, while the most relevant source was the Brazilian Journal of Medical and Biological Research, in terms of the number of publications. Among the authors, Wang Y had the highest number of documents, while the most impactful author was Zhang J. The most frequent keywords in bioscience research included biological research, genetics, procedures, metabolism, biology, DNA, gene expression, proteins, genomics, and fluorescence. Furthermore, themes such as bioinformatics, microRNA, synthetic biology, CRISPR/Cas9, deep learning, multi-omics, and big data represented the recent research interests. The bioscience research landscape is defined by the dominance of high-income countries and a shift toward omics-driven and data-intensive approaches. Yet global participation remains uneven, with limited representation from low- and middle-income regions. This study highlights the need for inclusive, globally coordinated strategies that foster equitable access, capacity building, and cross-regional collaboration.
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