Publication | Open Access
Competitive Exclusion between Piroplasmosis and Anaplasmosis Agents within Cattle
31
Citations
27
References
2008
Year
EntomologyCompetitive InteractionsVector-borne PathogenHost SpecificityTick-borne DiseaseVector Borne DiseasePathogenic SpeciesInfectious Disease EcologyPathogen EpidemiologyParasitologyHost-pathogen InteractionsHost-parasite RelationshipVector EcologyMicrobial DiseasesBiologyTick-borne DiseasesEmerging Infectious DiseasesAnimal ScienceNatural SciencesEvolutionary BiologyPathogenesisVeterinary ScienceMicrobiologyAnimal Disease PreventionMedicineCompetitive Exclusion
There are about 869 species of ticks described so far [1], most of which are responsible for the transmission of a huge diversity of microorganisms belonging to almost all the trees of life (viruses, bacteria, protozoa, fungi, and nematodes) [2–4]. Despite the strong opportunity for interaction between these pathogenic species, little is known about the competitive interactions between tick-borne diseases within the vector and the vertebrate host (see [3] for review).
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