The formation of ISR in H. pylori increases allelic diversity, and contributes to the uniquely low linkage disequilibrium characteristic of this pathogen.
The cat cat and cat human transmission in the eco-epidemiology of S. brasiliensis is a remarkable characteristic of this pathogen.
Preliminary analysis of the genomic sequence and the functions of the encoded proteins not only confirmed the present physiological and pathological knowledge but also offered new insights into the metabolic and virulence characteristics of this important pathogen.
Genomic analysis of the bacterium offered insights into the phylogeny, metabolism, drug-resistance, stress adaptation, and virulence characteristics of this versatile pathogen, which constitutes an important first step in understanding the pathogenesis of E. tarda to facilitate construction of a practical effective vaccine used for combating fish edwardsiellosis.
In order to gain understanding about the unique characteristics of this important pathogen, we manually reconstructed the metabolic network of M. tb in silico (iNJ661), from which we developed a model to compute perform computational analyses and interpret experimental data.
These questions were grouped into 6 domains (A – F): Domain A: characteristics of the pathogen What are the … 1) Characteristics of the pathogen (pathogenicity, virulence, reservoir)? 2) Subtypes, serotypes and local epidemiology (incl. seasonality) of the pathogen?
Basically, this information is analysed with a view to determining the characteristics of the pathogen that affect its ability to cause disease in the host.
The model suggests that the spatial arrangement of components in cultivar mixtures has to accord with the dispersal characteristics of the pathogen in order to increase the efficiency of diversification strategies in agro-ecosystems and forestry.
Changes in the model parameter values of N, ρ and GP within the admissible range (i.e. leading to the eventual clearance of pathogens by the host or low persistent pathogen load) alters the time scales of the response curves without affecting the overall shape characteristics of the pathogen load and immune response curves.
Given illness, the probability of sequelae or mortality, or both, depends of course on the characteristics of the pathogen, but more importantly on the characteristics of the host.
