ABSTRACT
Scientific collaboration networks are a hallmark of contemporary academic research. Researchers are no longer independent players, but members of teams that bring together complementary skills and multidisciplinary approaches around common goals. Social network analysis and co-authorship networks are increasingly used as powerful tools to assess collaboration trends and to identify leading scientists and organizations. The analysis reveals the social structure of the networks by identifying actors and their connections. This article reviews the method and potential applications of co-authorship network analysis in health. The basic steps for conducting co-authorship studies in health research are described and common network metrics are presented. The application of the method is exemplified by an overview of the global research network for Chikungunya virus vaccines.
Subject(s)
Authorship , Bibliometrics , Biomedical Research , Cooperative Behavior , Research Personnel , Science , Chikungunya virus , Humans , Viral VaccinesABSTRACT
This study proposes an innovative and demonstrably necessary vessel intended for the research and logistic support of scientific or non-scientific activities in the Amazon, designed in accordance with the environmental and geographical requirements and characteristics of the region (possibly applicable to other similar hydrographic basins). The study also demonstrates the existence of a demand (actual and potential) for the infrastructure proposed. This infrastructure could subsidize the efforts devoted to the expansion of knowledge about the region, since many areas of science, institutions and business segments could benefit from its implementation. The access to knowledge could attract private investments with the perspective of developing business whose origin has been a rational and sustainable exploitation of the natural potential of the region.