Discover how engineered mouth bacteria are being used to create revolutionary vaccines against Giardia parasites, reducing cyst shedding by over 80% in experimental models.
Discover how the GPI anchor molecule in Theileria annulata parasites could revolutionize vaccine development for tropical theileriosis in cattle.
Exploring the effectiveness of canine visceral leishmaniasis vaccines through scientific research and clinical trials.
Atomic-level research reveals how protective antibodies neutralize Plasmodium vivax by binding to the circumsporozoite protein, advancing malaria vaccine development.
Discover how cellular immunity against Plasmodium vivax MSP1P antigen could revolutionize malaria vaccine development
Explore how recombinational cloning technology is revolutionizing malaria research by overcoming the challenges of Plasmodium falciparum's AT-rich genome.
Exploring how gamma irradiation technology is revolutionizing malaria vaccine development by creating non-infectious but immunogenic parasites.
Discover how the non-repetitive regions of Plasmodium knowlesi's circumsporozoite protein could revolutionize malaria vaccine development.
A comprehensive study comparing PfHRP-2/pLDH ELISA, qPCR and Microscopy for detecting Plasmodium events and predicting sick visits during malaria vaccine trials.
Discover how scientists are decoding the molecular secrets of Cooperia punctata, a parasitic cattle worm, to develop innovative vaccines through antigen research.