Journal Impact Metrics - The Lancet
www.thelancet.com › journal-impact-metricsIt measures the number of times an average paper in a particular journal has been referred to elsewhere in scientific literature. The Impact Factor of journal J in the calendar year X is the number of citations received by J in X to any item published in J in (X-1) or (X-2), divided by the number of source items published in J in (X-1) or (X-2).
Journal Impact Metrics - The Lancet
Journal Impact Metrics. At the Lancet family of journals, we understand that the Journal Impact Factor is just one measure of a journal's performance. In the table below are additional metrics which provide a means to assess our journals. * …
About the Lancet Microbe
www.thelancet.com › lanmic › aboutThe Lancet Microbe publishes original research, review, and personal views on clinically relevant microbes at all scales—from the nature of the microbe (eg, antimicrobial resistance genes/plasmids, virulence factors) to the microbiome, to pathology (including immunology) to population level effects (eg, outbreaks, epidemiology). Furthermore, it includes early phase clinical trials and other interventional studies where the outcomes are focused on the pathogen.
The Lancet Microbe
13.01.2022 · Read open access articles from The Lancet Microbe, which publishes research on clinically relevant microbes at all scales
The Lancet Microbe - elsevier.com
www.elsevier.com › the-lancet-microbe › 2666-5247The Lancet Microbe publishes research on clinically relevant microbes at all scales?from the nature of the microbe (eg, antimicrobial resistance genes/plasmids, virulence factors) to the microbiome, to pathology (including immunology) to population level effects (eg, outbreaks, epidemiology). Furthermore, it includes early phase clinical trials and other interventional studies where the outcomes are focused on the pathogen.
About the Lancet Microbe
https://www.thelancet.com/lanmic/about09.01.2022 · About the journal The Lancet Microbe publishes original research, review, and personal views on clinically relevant microbes at all scales—from the nature of the microbe (eg, antimicrobial resistance genes/plasmids, virulence factors) to the microbiome, to pathology (including immunology) to population level effects (eg, outbreaks, epidemiology).