Elena Models Valencia

Elenas Models

In the general interests of my research Arerelated with biology the evolution of microbes. In particular this interest remains firmly focused the genetic variability of RNA viruses on the study in the context of population genetics, mechanisms of Thatgenerate. RNA viruses are model systems, which we now use for Ourexperiments. Mosaic of cauliflower of caulimovirus (CaMV) and viroids. I explored the infinite possibilities of digital agencies as model system for studies of the development. Finally, to avoid the wave of systems biology, now, where we develop. Statistical characterization of the distribution of mutagenic effects quality TEV and virulence on tobacco. Characterization of the molecular basis of the differences in virulence. Correlation between viral replicative ability and virulence. Development of the virulence of several dynamic infection and induced by the vector of transmission. Capsicum Annuum). Range of hosts and evolutionary response, with respect to new guests. Disjoint in the film adaptation of the simultaneous host. How does the model of changes in plants the adaptation of viral gene expression follow? Experimental evidence of interference between beneficial mutations model klonalen (VTE). Advanced adaptive fixed and Molecular characterization of beneficial mutations staged its effect on the speed of the adjustment. Development of resistance genetic mechanisms of very variable RNA genome (VTE). The role of the rate of mutation in the evolution of genetic resistance and structure. On genetic robustness elena models valencia combined with the robustness of the environment react. Neural networks and the development of resistance to Viroids plant. As a strategy, plant developed after transcriptional viral gene transfer of silencing suppression to overcome defenses. Characterization of mutagenic effects TEV (HC - Pro) tumor suppressor protein. Development of the balancing role of repression and genetic architecture of the stroke. Molecular evolution of viral proteins of repression. PageAbstractMicroorganisms changed and evolved on the Earth for billions of years. Now, a field of research around the idea of using micro-organisms evolved into the evolution in action to investigate. Controlled and replicated experiments used to study how their phenotypic properties and genome develop hundreds or even thousands of generations of viruses, bacteria and yeast. Here, we examine the dynamics of driving evolutionary adaptation, the genetic basis of adjustment, compensation and ecological peculiarities of adaptation, the origin and evolutionary consequences of the setter and decay in small populations. . . .