Ixodes ricinus is a hematophagous arthropod considered as one of the main vector of human infectious diseases in Europe. Higher minimum temperatures and earlier spring permit the tick and so tick-borne disease to expand towards higher altitude and latitude. Little is know about the genetics of this vector. In this research we are focusing on a little geographical area (province of Trento, northern Italy) in which questing and feeding ticks will be collected and then analysed using the RAD-seq technology and the classical population genetics inference. A better knowledge of genetic features of tick populations and the analysis of the relation between vector and different host-species, exploited to obtain the blood-meal, will allow us to impr...
Dispersal and gene flow are important mechanisms affecting the dynamics of vectors and their pathoge...
The hard tick Ixodes ricinus is one of the most important species of disease vectors worldwide. It t...
epub ahead of printInternational audience: Assessing the genetic variability of the tick Ixodes rici...
Ixodes ricinus is a hematophagous arthropod considered as one of the main vector of human infectious...
Assessment of tick dispersal is a central issue for the understanding of the eco-epidemiology of tic...
Tick-borne disease risk can be modelled more accurately when the main hosts of the most common Euro...
Background In Europe, Ixodes ricinus L. is the main vector of a variety of zoonotic pathogens, acqu...
The application of molecular markers to the study of ticks and mites has recently yielded new insigh...
The sheep tick, Ixodes ricinus, is the most important zoonotic vector in Europe; its dispersal poten...
The sheep tick, Ixodes ricinus L., is an important hematophagous vector of zoonotic disease of both ...
International audienceIxodes ricinus is a European tick that transmits numerous pathogenic agents, i...
Ixodes ricinus tick is the most widely spread tick species in Europe and is involved in the transmis...
In Europe, sheep tick Ixodes ricinus is epidemiologically the most important vector. This tick spec...
Nine microsatellite markers were isolated from unfed larvae of Ixodes ricinus and were tested on two...
Ticks are blood feeding wide group of arthropods of utmost medical, epidemiological and veterinary s...
Dispersal and gene flow are important mechanisms affecting the dynamics of vectors and their pathoge...
The hard tick Ixodes ricinus is one of the most important species of disease vectors worldwide. It t...
epub ahead of printInternational audience: Assessing the genetic variability of the tick Ixodes rici...
Ixodes ricinus is a hematophagous arthropod considered as one of the main vector of human infectious...
Assessment of tick dispersal is a central issue for the understanding of the eco-epidemiology of tic...
Tick-borne disease risk can be modelled more accurately when the main hosts of the most common Euro...
Background In Europe, Ixodes ricinus L. is the main vector of a variety of zoonotic pathogens, acqu...
The application of molecular markers to the study of ticks and mites has recently yielded new insigh...
The sheep tick, Ixodes ricinus, is the most important zoonotic vector in Europe; its dispersal poten...
The sheep tick, Ixodes ricinus L., is an important hematophagous vector of zoonotic disease of both ...
International audienceIxodes ricinus is a European tick that transmits numerous pathogenic agents, i...
Ixodes ricinus tick is the most widely spread tick species in Europe and is involved in the transmis...
In Europe, sheep tick Ixodes ricinus is epidemiologically the most important vector. This tick spec...
Nine microsatellite markers were isolated from unfed larvae of Ixodes ricinus and were tested on two...
Ticks are blood feeding wide group of arthropods of utmost medical, epidemiological and veterinary s...
Dispersal and gene flow are important mechanisms affecting the dynamics of vectors and their pathoge...
The hard tick Ixodes ricinus is one of the most important species of disease vectors worldwide. It t...
epub ahead of printInternational audience: Assessing the genetic variability of the tick Ixodes rici...