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- General Virology
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46 min
1. Principles of virology- Prof. Vincent Racaniello
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36 min
2. The type I interferon system and viruses- Dr. Adolfo Garcia-Sastre
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45 min
3. Immune responses to viruses- Prof. Paul Klenerman
- Emerging Pathogens
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29 min
4. Emerging or newly discovered viral causes of acute lower respiratory tract infections worldwide- Dr. Marietjie Venter
- Mrs. Orienka Hellferscee
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37 min
5. Emerging respiratory viruses - discoveries between 2001 and 2005- Prof. Ron Fouchier
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28 min
6. Usage of vaccines and therapeutics in public health emergencies 1- Prof. Gary Kobinger
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39 min
7. Usage of vaccines and therapeutics in public health emergencies 2- Prof. Gary Kobinger
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50 min
8. Influenza virus pandemics: past and future- Prof. Peter Palese
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63 min
9. SARS-CoV and other emerging coronaviruses- Prof. Ralph Baric
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36 min
10. Dengue, Zika and Chickungunya viruses- Prof. Ana Fernandez-Sesma
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43 min
11. Paramyxoviruses: biology & pathogenesis- Prof. Benhur Lee
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36 min
12. Antiviral drugs (non-HIV)- Prof. Megan Shaw
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41 min
13. Biodefense challenges- Dr. David Franz
- Important Pathogens and their Diseases
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38 min
14. Natural history and pathogenesis of herpes virus infections- Prof. Richard Whitley
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40 min
15. Cytomegalovirus biology- Prof. Domenico Tortorella
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46 min
16. Hepatitis C virus: discovery, cure and protection- Dr. Matthew Evans
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32 min
17. Fundamentals of HIV biology- Prof. Viviana Simon
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44 min
18. Measles- Prof. Diane E. Griffin
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42 min
19. Monkeypox virus, vaccines, and therapeutics- Prof. Rachel Roper
- New Frontiers
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45 min
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55 min
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30 min
22. Viruses as anticancer weapons- Prof. Roberto Cattaneo
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48 min
23. Novel approaches to diagnosis of viral infections- Prof. W. Ian Lipkin
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36 min
24. The Global Virus Network: collaboration to address pandemic and regional threats- Prof. Sten H. Vermund
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31 min
25. Elite controllers of HIV: from discovery to future therapies- Prof. Bruce Walker
- Archived Lectures *These may not cover the latest advances in the field
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43 min
26. Principles of virology I- Prof. Richard Condit
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43 min
27. Principles of virology II- Prof. Richard Condit
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36 min
28. Complex DNA viruses: herpes virus- Dr. John Blaho
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38 min
29. Adeno-associated viruses (AAV)- Prof. Kenneth Berns
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60 min
30. Poxviruses: smallpox (variola), vaccinia and monkeypox- Prof. Paula Traktman
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26 min
31. Can HPV testing be the sole primary cervical screening modality?- Prof. Jack Cuzick
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29 min
32. From viruses to oncolytics- Prof. Roberto Cattaneo
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38 min
33. Non HIV antivirals- Prof. Mary Klotman
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42 min
34. Gastroenteritis viruses- Prof. Mary Estes
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46 min
35. Biodefense challenges- Dr. Connie Schmaljohn
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32 min
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49 min
37. The past, present and future of vaccination- Prof. Stanley Plotkin
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41 min
38. Filoviruses- Dr. Christopher Basler
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41 min
39. Bunyaviruses- Prof. Richard Elliott
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41 min
40. The immunobiology of HIV- Prof. Norman Letvin
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59 min
41. Hepatitis C and HCV- Prof. Stanley Lemon
Printable Handouts
Navigable Slide Index
- Introduction
- Talk outline
- Virus isolation
- Animal hosts
- Growth of virus on embryonated eggs
- Cell culture
- Primary cell culture
- Subculture of primary cultured cells
- Cell strains and cell lines
- Cell transformation
- Comparison of cultured cell types
- Cultured cell morphologies
- Recognition of virus infection in culture
- Cytopathic effect: morphological changes
- Cytopathic effect: measles
- Cytopathic effect: Vaccinia
- Cytopathic effect: inclusion bodies
- Hemabsorption
- Hemabsorption micrograph
- Talk outline: assay of viruses
- Biological assays of viruses
- Plaque formation
- Plaque micrograph
- Plaque assay
- Plaque assay photograph
- Focus formation
- Focus formation photograph
- Endpoint titration
- Physical assays of viruses
- Hemagglutination
- Hemagglutination test
- Hemagglutination test: Influenza virus
- Direct particle count
- EM of direct particle count
- Comparison of quantitative assays
- One step growth experiment
- Example of one step growth experiment
- Talk outline: virus genetics
- Virus genetics principles
- Scope of virus genetics
- Clinical significance of virus genetics
- Mutation in viruses
- Mutant phenotypes
- Host range virus mutant
- Host range subtypes
- Engineered host range mutants
- Temperature sensitivity
- Temperature sensitive mutants
- Example of temperature sensitivity
- Antiviral drugs and virus genetics
- Uses of drug resistance/dependence
- Example of drug resistance
- Example of drug dependence
- Recombination and reassortment
- DNA virus recombination
- RNA virus recombination - copy choice
- Segmented RNA virus reassortment
- Reverse genetics
- Summary and perspectives
Topics Covered
- Virus cultivation
- Virus isolation
- Animal hosts
- Cell culture
- Recognition of virus infection in culture
- CPE: morphological changes
- Hemadsorption
- Biological assay of viruses
- Plaque assay
- Focus assay
- Endpoint method
- Physical assay of viruses
- Hemagglutination
- Direct particle count
- Virus genetics
- Genetic principles
- Mutation
- Engineered host range
- Temperature sensitive mutants
- Antiviral drugs
- Uses of drug resistance/dependence
- Recombination and reassortment
- Reverse genetics
Links
Series:
Categories:
Therapeutic Areas:
Talk Citation
Condit, R. (2007, October 1). Principles of virology II [Video file]. In The Biomedical & Life Sciences Collection, Henry Stewart Talks. Retrieved October 12, 2024, from https://doi.org/10.69645/ESMQ9897.Export Citation (RIS)
Publication History
Financial Disclosures
- Prof. Richard Condit has not informed HSTalks of any commercial/financial relationship that it is appropriate to disclose.
