… a foundation for understanding the vector competence of I. ricinus at the molecular level.
Indeed, certain PPIs may represent molecular determinants of vector competence of I. ricinus for …

… Tick-pathogen interactions and vector Competence : Identification of molecular drivers for
tick-borne diseases. Front Cell Infect Microbiol (2017) 7:114. doi: 10.3389/fcimb.2017.00114 …

… tickpathogen interface and thus stimulate interest in conducting … on the molecular mechanisms
of the tick-pathogen interaction. … in vector competence are regulated at the tick-pathogen …

… There is a burgeoning interest in expanding our mechanistic understanding of the drivers of
I. … As we acknowledge that tick-pathogen interactions are orchestrated by biotic and abiotic …

… constitute models for the study of host/tick–pathogen molecular interactions (de la Fuente et
al. 2005, … In host/tick–pathogen interactions, 1% and 7% of identified genes are differentially …

… extract the network of interactions among the organisms. … interactions, and the fraction of
the environmental niche in which tick-borne pathogens may circulate as a result of interactions …

… -like molecules and regulated cell death. In addition, the role of tick microbiota in vector
competence is also … Phagocytosis of Gram-negative bacteria represented by the tick pathogen …

… both the tick vector and the pathogen … tick–pathogen interactions were characterized. The
results of these studies demonstrated that common and Anaplasma species-specific molecular …

… may impact vector competence. … tick-pathogen interactions will not only define infection
strategies used by the pathogen, but also identify pathways that are manipulated within the vector…

… Indeed, given these new insights, interpretation of vector competence and the interaction
of … pathogens have been based upon single tick-pathogen relationships, often assuming all …