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Analysis of directions of scientific research in foreign articles on underwater medicine, using VOSviewer program

https://doi.org/10.22328/2413-5747-2024-10-1-84-98

Abstract

OBJECTIVE. Improve scientists’ information capabilities by analyzing directions of scientific research in foreign articles on underwater medicine, using VOSviewer program, in 20 years from 2003 to 2022.


MATERIALS AND METHODS. The search query (Submarine Medicine) OR (Diving medicine) in PubMed bibliographic reference database provided 2476 responses to scientific articles, published in 2003–2022. The created array of publications in «.txt» format was uploaded to analysis program VOSviewer 1.6.20, capable of quick recognizing patterns in a huge array of bibliographic data. There were 6786 keywords in the array of articles. In recording 10 repetitions of keywords in articles, they became 358, being grouped into 7 clusters.


RESULTS. Cluster 1, named diving medicine, included 24,8 % of articles with the mutual association of 23,9 % of the total array. A large number of keyword associations with the terms in the other clusters was revealed. Cluster 2, dubbed the “experimental animal studies”, had 17,3 % of articles with the mutual association of 19,8 %, in cluster 3 – decompression sickness – 12 % and 13 %, in cluster 4 – problems of hypoxia effect on the body’s functional reserves from the standpoint of evidence-based medicine – 11,5 % and 12,8 %, in cluster 5 – hyperbaric oxygenation – 13,5 and 12,6 %, in cluster 6 – the use of evidence-based methods in research on underwater medicine – 12,8 % and 11,4 %, in cluster 7 – military medicine – 8 % and 6,5 %. There is visualization of keywords, presented in the clusters. Leading scientific schools of co-authorship and affiliated organizations have been identified.


DISCUSSION. There is dynamics of increase in the number of articles on underwater medicine. There are 11 authors, who have published 30 and more articles personally or co-authored in 20 years from 2003 to 2022. 3 lead authors of papers are from China, 2 –Croatia, 2 – Australia. There are surprisingly few lead co-authors from the USA – 1.


CONCLUSION. The conducted studies can increase information support of research on underwater medicine and help scientists determine directions of own scientific work.

About the Authors

Vladimir I. Evdokimov
Military Medical Academy; Nikiforov Russian Center of Emergency and Radiation Medicine, EMERCOM of Russia
Russian Federation

Dr. of Sci. (Med.), Professor, Principal Research Associate, Nikiforov Russian Center of Emergency and Radiation Medicine, EMERCOM of Russia; Lecturer at the Department of Psychiatry, Military Medical Academy named after S.M. Kirov



Dmitrij P. Zverev
Military Medical Academy
Russian Federation

Cand. of Sci. (Med.), Associate Professor, Head of the Department Physiology of Scuba Diving, Military Medical Academy named after S. M. Kirov



Igor G. Mosyagin
Medical Service of the Main Command of the Navy of the Russian Federation; North State Medical University
Russian Federation

Dr. of Sci. (Med.), Professor, Head of the Medical Service of the Main Command of the Navy of the Russian Federation; Leading Researcher at the Central Research Laboratory, of the Northern State Medical University



Mikhail S. Pluzhnik
Military Medical Academy
Russian Federation

5th year cadet 5th year cadet at the Faculty of Training of Doctors for the Navy, Military Medical Academy named after S. M. Kirov



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Supplementary files

1. Fig. 1. Algorithm for searching articles on submarine medicine and preparing materials for transfer to VOSviewer
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2. Fig. 2. Dynamics of the studied articles on submarine medicine
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3. Fig. 3. Relationships of keywords in the array of articles on submarine medicine: 1st cluster – red, 2nd cluster – blue, 3rd cluster – orange, 4th cluster – purple, 5th cluster – green, 6th cluster – yellow, 7th cluster – turquoise
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4. Fig. 4. Leading keywords and their relationships in the 1st cluster of articles (red color)
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5. Fig. 5. Leading keywords and their relationships in the 2nd cluster of articles (blue color)
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6. Fig. 6. Leading keywords and their relationships in the 3rd cluster of articles (orange color)
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7. Fig. 7. Leading keywords and their relationships in the 4th cluster of articles (purple color)
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8. Fig. 8. Leading keywords and their relationships in the 5th cluster of articles (green color)
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9. Fig. 9. Leading keywords and their relationships in the 6th cluster of articles (yellow color)
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10. Fig. 10. Leading keywords and their relationships in the 7th cluster of articles (turquoise color)
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11. Fig. 11. Scientific schools for the study of submarine medicine, affilated with the authors with 25 articles or more
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Review

For citations:


Evdokimov V.I., Zverev D.P., Mosyagin I.G., Pluzhnik M.S. Analysis of directions of scientific research in foreign articles on underwater medicine, using VOSviewer program. Marine Medicine. 2024;10(1):84-98. (In Russ.) https://doi.org/10.22328/2413-5747-2024-10-1-84-98

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