Induction of Plasmodium falciparum Transmission-Blocking Antibodies in Nonhuman Primates by a Combination of DNA and Protein Immunizations

Agriculture & Biology

• Plasmodium falciparum 100%
• immunization 82%
• surface proteins 79%
• Primates 74%
• recombinant vaccines 73%
• malaria 56%
• antibodies 55%
• DNA 42%
• Culicidae 35%
• plasmids 31%
• parasites 28%
• proteins 28%
• Macaca mulatta 28%
• antibody formation 27%
• immunity 24%
• gametocytes 18%
• surface antigens 17%
• Anopheles 16%
• immunogenicity 16%
• oocysts 14%
• midgut 13%
• vaccination 12%
• germ cells 11%
• indigenous species 11%
• immune response 11%
• pathogenicity 11%
• mice 8%
• assays 7%
• dosage 7%

Medicine & Life Sciences

• Blocking Antibodies 99%
• Plasmodium falciparum 87%
• Primates 77%
• Immunization 70%
• DNA Vaccines 67%
• Membrane Proteins 57%
• Malaria 50%
• DNA 46%
• Parasites 34%
• Plasmids 33%
• Proteins 30%
• Culicidae 29%
• Macaca mulatta 29%
• Antibody Formation 25%
• Immunity 22%
• Mosquito Vectors 19%
• Oocysts 18%
• Anopheles 17%
• Antibodies 15%
• Surface Antigens 14%
• Germ Cells 13%
• Vaccination 11%
• Membranes 8%
• Safety 8%