background: monoclonal antibodies have been employed extensively for the identification of leishmania species, development of diagnostic tests and in the characterization of defined leishmanial antigens. objectives: identification and characterization of  leishmania spp. directly from cutaneous lesions of infected individuals. methods: an immunoperoxidase test (avidin-biotin technique) using mo...

Understanding mechanisms of immunity that protect from malaria is essential for the development of highly effective vaccines. The merozoite form of the parasite, which invades red blood cells, is an important target of protective immunity (Beeson et al., 2016). Biryukov et al. bring to our attention the potential ability of complement factors to enhance P. falciparum merozoite invasion in vitro...

D espite a myriad of advances in the understanding and development of vaccine formulations, safe and effective vaccines have yet to be discovered for many pathogens. An excellent example of such is the malarial parasite Plasmodium vivax. Not only does this parasite transition between both extracellular and intracellular states during infection, but it can remain dormant in the liver and have gr...

background: the study was targeted to report the appearance of coproantigens in feces and circulating antibodies in the serum of fasciola gigantica  experimentally infected rabbits. methods: copro hyper immune serum (his) and excretory-secretory hyper immune serum (es his) antigens were used in a sandwich elisa for the detection of f. gigantica antigens in feces of 12 rabbits experimentally inf...

mycoplasma genitalium (m.genitalium) is a sexually transmitted pathogen. detection of this microorganism in clinical specimens by culture is rather difficult and time consuming. the aim of this study was to produce polyclonal antibody against a synthetic peptide from p110 protein of m.genitalium in order to develop a diagnostic tool for detection of this microorganism in clinical specimens. a s...