10.1371/journal.pone.0066167.g002 Elise Vaumourin Elise Vaumourin Patrick Gasqui Patrick Gasqui Jean-Philippe Buffet Jean-Philippe Buffet Jean-Louis Chapuis Jean-Louis Chapuis Benoît Pisanu Benoît Pisanu Elisabeth Ferquel Elisabeth Ferquel Muriel Vayssier-Taussat Muriel Vayssier-Taussat Gwenaël Vourc’h Gwenaël Vourc’h Model of the probability of microorganism infection of juvenile under independence hypothesis. Public Library of Science 2013 Population biology epidemiology Infectious disease epidemiology Population modeling Probability theory Probability distribution statistics Statistical methods Infectious diseases Bacterial diseases bartonellosis Borrelia infection Infectious disease modeling Vectors and hosts Zoonoses Animal types wildlife probability microorganism juvenile 2013-06-20 01:49:33 Figure https://plos.figshare.com/articles/figure/_Model_of_the_probability_of_microorganism_infection_of_juvenile_under_independence_hypothesis_/726573 <p> indicates state of non-infection with microorganism 1 and infected state with microorganism 1. It is the same for the microorganism 2. The probability of being infected with microorganism 1 (respectively 2) was defined with (respectively ). We assume the independence assumption of two microorganisms, the absence of vertical and direct transmission absence ( is initial state: free of any infection), the persistence of infection and the asymptomatic character of pathogens for reservoir host.</p>