Tufts OpenCourseWare
© 2006 Tufts University
Vaccines and Passive Immunotherapy
1.
Vaccines and Passive Immunotherapy
2.
Types of Vaccines
OCW: Pathophysiology of Infectious Diseases (M. Waldor)
Page - 1
Tufts OpenCourseWare
© 2006 Tufts University
Vaccines and Passive Immunotherapy
3.
Live Attenuated Vaccines
4.
Methods to make live attenuated viral vaccines
OCW: Pathophysiology of Infectious Diseases (M. Waldor)
Page - 2
Tufts OpenCourseWare
© 2006 Tufts University
Vaccines and Passive Immunotherapy
5.
Live attenuated viral vaccines
6.
Methods to make live attenuated bacterial vaccines
OCW: Pathophysiology of Infectious Diseases (M. Waldor)
Page - 3
Tufts OpenCourseWare
© 2006 Tufts University
Vaccines and Passive Immunotherapy
7.
Live attenuated bacterial vaccines
8.
Inactivated (killed) vaccines
OCW: Pathophysiology of Infectious Diseases (M. Waldor)
Page - 4
Tufts OpenCourseWare
© 2006 Tufts University
Vaccines and Passive Immunotherapy
9.
Killed viral vaccines
10.
Killed bacterial vaccines
OCW: Pathophysiology of Infectious Diseases (M. Waldor)
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Tufts OpenCourseWare
© 2006 Tufts University
Vaccines and Passive Immunotherapy
11.
Subunit vaccines: capsular polysaccharides
12.
Subunit vaccines: surface proteins
OCW: Pathophysiology of Infectious Diseases (M. Waldor)
Page - 6
Tufts OpenCourseWare
© 2006 Tufts University
Vaccines and Passive Immunotherapy
13.
Toxoid vaccines
14.
Vaccine safety: live vaccines
OCW: Pathophysiology of Infectious Diseases (M. Waldor)
Page - 7
Tufts OpenCourseWare
© 2006 Tufts University
Vaccines and Passive Immunotherapy
15.
Vaccine safety: killed vaccines
16.
New approaches to vaccine development
OCW: Pathophysiology of Infectious Diseases (M. Waldor)
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