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Creating Memory: Vaccines & Immunity

CVIMP

Who are vaccinologists and what do they do? Hear from scientists working to develop new vaccines and understand immunity to microbial pathogens.

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Episodes

38 episodes

  1. Episode 38: Using non-human primates to understand how to develop more effective TB vaccines 25:13
  2. Episode 37: How to get AHEAD of the next epidemic 25:32
  3. Episode 36: Optimizing monoclonal antibody therapeutics for bacterial pathogens 24:10
  4. Episode 35: Studying parasites and mRNA vaccines to understand protective immunity 29:48
  5. Episode 34: Developing new systems to evaluate vaccines for diarrheal diseases 28:55
  6. Episode 33: Using mathematical modeling to understand determinants of dengue virus pathogenecity and immunity 24:49
  7. Episode 32: Understanding fundamental mechanisms of B cell function 23:41
  8. Episode 31: Understanding determinants of T cell responses following respiratory virus infection and vaccination 28:10
  9. Episode 30: Using deep mutational scanning to characterize interactions between influenza and MHC-II 29:11
  10. Episode 29: Use of structural approaches to develop 'universal' influenza vaccines 15:23
  11. Episode 28: The importance of primate models to understand CMV vaccine vectors 37:32
  12. Episode 27: IRGM1 regulation of host immunity during vaccination 24:17
  13. Episode 26: Harnessing bacterial components for vaccines and therapeutics 28:21
  14. Episode 25: Understanding the role of T cells to improve vaccination for respiratory pathogens 34:56
  15. Episode 24: Understanding Tfh cells to improve vaccine-induced antibody responses 22:50
  16. Episode 23: Developing novel lipid nanoparticles to improve vaccine-induced immune responses 22:58
  17. Episode 22: Use of VSV-chimeras to understand emerging virus infection and develop anti-viral countermeasures 29:33
  18. Episode 21: A role for T cells in flavivirus vaccination and pathogenesis 23:53
  19. Episode 20: Understanding broadly protective immune responses to develop pandemic virus vaccines 23:37
  20. Episode 19: Using structural immunology to understand protective or pathogenic antibodies 21:14
  21. Episode 18: Understanding B cell responses to natural infection to design better vaccines 15:46
  22. Episode 17: Using a rodent hepacivirus to uncover a role for iHALT during HCV infection 19:18
  23. Episode 16: Creating healthy local communities to foster local to global impact 15:59
  24. Episode 15: Understanding B cell immune responses and memory to guide vaccine design 21:51
  25. Episode 14: Using Reverse Vaccinology 3.0 for Pandemic Preparedness 15:48
  26. Episode 13: Using structure-based design to develop novel antiviral therapeutics 25:22
  27. Episode 12: Complex carbohydrates - targets for a Klebsiella pneumoniae vaccine 24:47
  28. Episode 11: Mapping RSV evolution to infection and monoclonal antibody treatments 21:10
  29. Episode 10: Designing a pipeline to enhance T cell-mediated vaccine protection 17:06
  30. Episode 9: Using mosaic nanoparticle vaccines to generate broadly protective immmune responses 33:42
  31. Episode 8: Using comparative immunology to design better vaccines 18:39
  32. Episode 7: Novel approaches to dissect antibody responses to respiratory viruses 30:13
  33. Episode 6: Using phylogenetic inference to design vaccine antigens 27:50
  34. Episode 5: New therapeutic strategies for treating mycobacterium tuberculosis 22:13
  35. Episode 4: From AIDS to Zika 33:37
  36. Episode 3: Immunobiology of pregnancy and birth 20:26
  37. Episode 2: Evolution of antibodies in the germinal center 17:33
  38. Episode 1: Respiratory viruses and maternal vaccines 19:36