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Scientometric portrait of biochemist Santiago Grisolía: publication productivity, collaboration patterns, and citation analysis

机译:生物化学家圣地亚哥·格里索里亚(SantiagoGrisolía)的科学计量人像:出版物的生产率,协作模式和引用分析

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Santiago Grisolia has made numerous scientific discoveries and contributions of great, relevance to the advancement of biochemistry and molecular biology, particularly in the field of enzymology in the metabolism of nitrogen related to the urea cycle and the impoverishment of pyrimidines. This article analyses, by means of bibliometrics indicators and social network analysis, his professional career, comparing the results obtained with the patterns of scientific activity of other distinguished researchers. The main findings of the study carried out are as follows: the evolution of his scientific productivity shows an initial period in which the growth is slow or moderate, followed by a fast exponential growth phase with a high level of productivity sustained over a long period (from 33 to 72 years old); a wide spectrum of collaborators increased progressively over time; and notable citation levels with a sustained number of citations received, despite a reduction in his scientific productivity over recent years. Some phenomena common to the professional trajectory of other relevant scientific figures have been observed, such as the early start to scientific publication; intervention in different areas of knowledge; frequent publication in multidisciplinary journals as well as in journals specialized in his area of knowledge; the presence, in a majority of cases, in the first or last position in the order of authorships; as well as the high levels of collaboration and citation of a great many of his papers. These patterns may be followed by young scientists or newcomers to achieve scientific excellence.
机译:圣地亚哥·格里索里亚(Santiago Grisolia)在生物化学和分子生物学的发展方面取得了许多重大科学发现和贡献,特别是在与尿素循环和嘧啶贫乏有关的氮代谢的酶学领域。本文通过文献计量学指标和社会网络分析,分析了他的职业生涯,将获得的结果与其他杰出研究人员的科学活动模式进行了比较。这项研究的主要发现如下:他的科学生产力的发展显示出一个初期阶段,其增长缓慢或适度,随后是快速指数增长阶段,并长期保持高水平的生产率( 33至72岁);随着时间的流逝,各种各样的合作者逐渐增多;尽管近年来他的科学生产力有所下降,但其引文水平仍然很高,并获得了持续的引用。已经观察到了其他相关科学人物的专业轨迹所共有的一些现象,例如科学出版的早期开始;干预不同领域的知识;经常在多学科期刊以及其专业领域内的期刊上发表论文;在大多数情况下,按作者身份排列在第一位或最后一位;以及他大量论文的高度合作和引用。年轻的科学家或新来者可能会遵循这些模式来实现科学卓越。

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