In highly transmitted infectious agents, levels of diversity are weakly dependent on the type of host contact structure.
At the time, the co-founder of the prize, the author Nikesh Shukla, said that "a perfect loop-de-loop of blame" existed in the industry, where publishers blamed agents for the lack of diversity, while agents blamed a lack of available talent and writers blamed publishers.
Given the critical role in immune recognition of infectious agents and unprecedented levels of diversity displayed by MHC molecules, the evolutionary dynamics of the MHC has become a paradigm for adaptively important genetic diversity that is of relevance in ecology, population biology, and conservation (Sommer 2005; Piertney and Oliver 2006).
Intelligence is both a function of agent diversity and the extent of versatility and plasticity of the relationships shared by these agents.
First, we show the average intensity W of patterns for G5 (five agents) and study the effect of diversity for (sigma ) = 0.05, 0.10, 0.20 and 0.30.
Although in terms of public health impact ticks are considered second to mosquitoes, they surpass any arthropod vector in terms of diversity of disease agents that they transmit and their impact on livestock production [ 1, 2].
Both the vagueness of prior plausibility ratio values for individual agents and the diversity of values among the community of agents can be represented formally by sets of probabilistic support functions, {Pα, Pβ, …}, that agree on the values for the likelihoods but encompass a range of values for the (ratios of) prior probabilities of hypotheses.
Here we have studied levels and patterns of infectious agent diversity under one of the simplest classical epidemiological models: the SIS model.
Given the high intrinsic antifungal resistance in Sporothrix, studies correlating antifungal susceptibility and genetic diversity among etiological agents of sporotrichosis are overdue.
The statistic of genetic differentiation we use measures the difference between the level of infectious agent diversity within an infected host and that of the entire infectious agent metapopulation.
