Geographical variation in the risk of H7N9 human infections in China: implications for risk-based surveillance
This study extends current knowledge3,22,23,24,25,26 about the spatiotemporal epidemiology of human H7N9 infections in a number of ways. Firstly, using the most complete data on human H7N9 infections and poultry LBM surveillance from 2013–2017, our spatial analyses mapped the spatial distribution of human H7N9 infections and its relationship with poultry serological and virological surveillance results. […] More
