A single-dose cytomegalovirus-based vaccine encoding tetanus toxin fragment C induces sustained levels of protective tetanus toxin antibodies in mice

Medicine & Life Sciences

• tetanus toxin fragment C 100%
• Cytomegalovirus Vaccines 97%
• Tetanus Toxin 82%
• Tetanus 68%
• Vaccines 34%
• Antibodies 31%
• Tetanus Toxoid 29%
• Developing Countries 20%
• Clostridium tetani 19%
• Anaerobic Bacteria 14%
• Infant Mortality 12%
• Cytomegalovirus 11%
• Anti-Idiotypic Antibodies 9%
• Costs and Cost Analysis 7%
• Injections 6%
• Mortality 5%
• Incidence 5%
• Infections 5%

Agriculture & Biology

• Cytomegalovirus 80%
• tetanus 74%
• vaccines 49%
• toxins 47%
• antibodies 38%
• mice 33%
• dosage 29%
• Clostridium tetani 13%
• toxoids 11%
• infant mortality 11%
• application coverage 10%
• administered dose 10%
• death 6%
• incidence 5%
• injection 5%
• bacteria 4%
• infection 4%

Social Sciences

• developing country 43%
• infant mortality 31%
• incidence 24%
• mortality 24%
• coverage 21%
• death 20%
• costs 16%