Apicomplexan parasites such as Babesia, Theileria, Eimeria, Cryptosporidium and
Toxoplasma greatly impact animal health globally, and improved, cost-effective measures to …

Development of in vitro culture and completion of genome sequencing of several Babesia
parasites promoted the efforts to establish transfection systems for these parasites to dissect …

Throughout their life cycle, Babesia parasites alternate between a mammalian host, where
they cause babesiosis, and the tick vector. Transition between hosts results in distinct …

Babesia divergens is an emerging tick-borne pathogen considered as the principal
causative agent of bovine babesiosis in Europe with a notable zoonotic risk to human …

Genetic modification provides an invaluable molecular tool to dissect the biology and
pathogenesis of pathogens. However, no report is available about the genetic modification …

Babesia bovis causes a pathogenic form of babesiosis in cattle. Following invasion of red
blood cells (RBCs) the parasite extensively modifies host cell structural and mechanical …

Babesia bovis, the most virulent causative agent of bovine babesiosis, is prevalent in
tropical and subtropical regions of the world. Although the whole-genome sequence was …

Background Bovine babesiosis is a tick-borne disease caused by several species of
Babesia which produce acute and fatal disease in cattle and affect livestock industry …

Babesia bovis, an apicomplexan intraerythrocytic protozoan parasite, causes serious
economic loss to cattle industries around the world. Infection with this parasite leads to …

Babesia parasites infect a diverse range of vertebrate hosts, from penguins to pigs.
Recently, the emergence of zoonotic Babesia infection has been increasing, and the list of …