… against vector infestations and pathogen infection. … vector–pathogen interactions, TROSPA,
SILK, and Q38 for the control of cattle tick, Rhipicephalus (Boophilus) microplus infestations …

… -pathogen interactions for the identification of molecular drivers affecting vector competence
… Vaccination with proteins involved in tick-pathogen interactions reduces vector infestations …

… to control ectoparasite infestations and block vector-borne transmission of viral pathogens
to … We aim to summarize critically the vector immune system and their infection transmission …

… Three lines of experiments were conducted to characterize host–tick–pathogen interactions
for discovery of candidate vaccine antigens for the control of tick infestations and prevention …

… studying plant–vector–pathogen interactions a challenging and … integral parts of plant–vector–pathogen
interactions in order to … susceptibility to vector infestation and pathogen infection. …

… for the control of tick infestations, but problems associated … microplus and do not affect tick
vector capacity [6]. Therefore, … vector capacity to control both tick infestations and pathogen …

… interactions between Ixodes tick vectors, A. phagocytophilum, and host cells showed pathogenic
effects of both ticks and pathogens … react to tick infestation and/or pathogen infection by …

… interaction between Fusarium solani and Hypothenemus hampei, insects that fed on coffee
beans infested with … influenced the interactions of rice plants with two non-vectors, brown rice …

… growth, seed set, seed yields and seed germination compared with plants exposed only
to non‐infected (non‐viruliferous) aphids or control plants not subjected to aphid infestation. …

… the interactions between insect herbivores and their pathogens in … insect pathogens for their
benefit, for them to use pathogens … plant traits that influence pathogen efficacy and increase …