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- General Virology
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1. Principles of virology
- Prof. Vincent Racaniello
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2. The type I interferon system and viruses
- Dr. Adolfo Garcia-Sastre
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3. Immune responses to viruses
- Prof. Paul Klenerman
- Emerging Pathogens
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4. Emerging or newly discovered viral causes of acute lower respiratory tract infections worldwide
- Dr. Marietjie Venter
- Mrs. Orienka Hellferscee
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5. Usage of vaccines and therapeutics in public health emergencies 1
- Prof. Gary Kobinger
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6. Usage of vaccines and therapeutics in public health emergencies 2
- Prof. Gary Kobinger
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7. Influenza virus pandemics: past and future
- Prof. Peter Palese
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8. SARS-CoV and other emerging coronaviruses
- Prof. Ralph Baric
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9. Dengue, Zika and Chickungunya viruses
- Prof. Ana Fernandez-Sesma
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10. Paramyxoviruses: biology & pathogenesis
- Prof. Benhur Lee
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11. Antiviral drugs (non-HIV)
- Prof. Megan Shaw
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12. Biodefense challenges
- Dr. David Franz
- Important Pathogens and their Diseases
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13. Natural history and pathogenesis of herpes virus infections
- Prof. Richard Whitley
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14. Cytomegalovirus biology
- Prof. Domenico Tortorella
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15. Hepatitis C virus: discovery, cure and protection
- Dr. Matthew Evans
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16. Fundamentals of HIV biology
- Prof. Viviana Simon
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17. Measles
- Prof. Diane E. Griffin
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18. Measles virus: how it works
- Prof. Roberto Cattaneo
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19. Monkeypox virus, vaccines, and therapeutics
- Prof. Rachel Roper
- New Frontiers
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22. Viruses as anticancer weapons
- Prof. Roberto Cattaneo
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23. Novel approaches to diagnosis of viral infections
- Prof. W. Ian Lipkin
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24. The Global Virus Network: collaboration to address pandemic and regional threats
- Prof. Sten H. Vermund
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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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26. Principles of virology I
- Prof. Richard Condit
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27. Principles of virology II
- Prof. Richard Condit
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28. Complex DNA viruses: herpes virus
- Dr. John Blaho
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29. Adeno-associated viruses (AAV)
- Prof. Kenneth Berns
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30. Poxviruses: smallpox (variola), vaccinia and monkeypox
- Prof. Paula Traktman
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31. Can HPV testing be the sole primary cervical screening modality?
- Prof. Jack Cuzick
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32. From viruses to oncolytics
- Prof. Roberto Cattaneo
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33. Non HIV antivirals
- Prof. Mary Klotman
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34. Gastroenteritis viruses
- Prof. Mary Estes
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35. Biodefense challenges
- Dr. Connie Schmaljohn
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37. The past, present and future of vaccination
- Prof. Stanley Plotkin
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38. Filoviruses
- Dr. Christopher Basler
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39. Bunyaviruses
- Prof. Richard Elliott
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40. The immunobiology of HIV
- Prof. Norman Letvin
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41. Hepatitis C and HCV
- Prof. Stanley Lemon
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42. Emerging respiratory viruses - discoveries between 2001 and 2005
- Prof. Ron Fouchier
Printable Handouts
Navigable Slide Index
- Introduction
- Measles has killed millions of children
- The live-attenuated measles vaccine has saved millions of lives
- Measles is resurgent
- Measles: An acute respiratory disease with late complications
- How does measles virus work?
- Measles virus: Paramyxoviridae family, morbillivirus genus
- Entry of distinct cell types though specific receptors determines tropism
- Particle, and cellular cycle
- Measles virus remains cell-associated
- The measles virus particle and its components
- Measles virus transcription and replication
- Ribonucleocapsid: Structure and replication
- Membrane fusion apparatus: Structure and activation
- Membrane fuse and cells form syncytia
- Immunosuppression
- 1908: Immunosuppression after measles
- 2015: Measles vaccination decreases childhood infectious disease mortality
- 2019: Measles infection diminishes immunity to other pathogens
- Immunosuppression (SLAM-dependent): Crossing the epithelial barrier
- Immunosuppression (SLAM-dependent): Massive replication in lymphatic organs
- Mechanisms of immunosuppression: Primate models
- Efficient contagion
- The “host exit” receptor hypothesis
- Mechanisms of efficient contagion: Bulk effect at airway infection
- Mechanisms of efficient contagion: Rapid airway spread
- Mechanisms of efficient contagion: Virus exit within metabolically active infectious centers
- Mechanisms of efficient contagion: Receptor/replication location
- Mechanisms favoring efficient contagion
- Lethal genome adaptation to the brain
- MeV cell-associated spread in the brain
- Measles virus persistence: How often and where?
- Measles virus adaptation to the brain
- Multiple mutations on co-replicating genomes favored brain spread (1)
- Multiple mutations on co-replicating genomes favored brain spread (2)
- Matrix F50S is indeed the key mutation (reverse genetics analysis)
- Processes facilitating measles virus spread in the brain
- Multivalent vaccines and oncolytics
- Adding new properties to a safe vaccine
- Measles virus-based multivalent vaccines
- Burkitt lymphoma and measles
- Cancer treatment
- Measles: A naturally oncolytic virus
- Summary
- Acknowledgements
- Financial disclosures
Topics Covered
- Measles virus genus and receptor adaptations
- Particle and cellular cycle
- Immunosuppression
- Efficient contagion
- Lethal genome adaptation to the brain
- Multivalent vaccines and cancer treatment
Links
Series:
Categories:
Therapeutic Areas:
Talk Citation
Cattaneo, R. (2026, February 26). Measles virus: how it works [Video file]. In The Biomedical & Life Sciences Collection, Henry Stewart Talks. Retrieved April 18, 2026, from https://doi.org/10.69645/PIGV1230.Export Citation (RIS)
Publication History
- Published on February 26, 2026
Financial Disclosures
- Prof. Roberto Cattaneo has not informed HSTalks of any commercial/financial relationship that it is appropriate to disclose.
A selection of talks on Immunology
Transcript
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0:00
Hi. My name is Roberto Cattaneo.
I'm a professor of
biochemistry and
molecular biology
at Mayo Clinic.
Today, I will explain
how measles virus works
and why it is so dangerous.
0:16
Measles is second
only to smallpox
for the number of
human deaths caused.
Smallpox was eradicated decades
ago through vaccination.
Measles eradication is planned
but difficult to achieve.
0:31
A live-attenuated
measles vaccine
was developed about
60 years ago.
It is extremely safe and provides
long-lasting protection.
Measles vaccine
administration resulted in
a strong reduction of
measles cases in the USA,
as shown in this graph.
Worldwide distribution
of the vaccine
resulted in the elimination
of endogenous transmission
in many countries
by the early 2000s.
However, the plan to
eradicate measles is
failing due to problems with
vaccine delivery and
vaccine acceptance.
These problems, which are
discussed in the Henry
Stewart talk by Diane Griffin
are causing a
measles resurgence.
1:16
In the first half of 2025,
almost 100000 cases
have been documented,
including thousands in
Europe and North America.
In these continents, endemic
transmission recently
resumed because of declining
vaccination coverage.
In the USA and Canada,
only a few measles cases
were monitored for decades,
mainly in
non-vaccinated children
who contracted it when abroad.
However, as of July 2025,
in the US, more
than 1300 confirmed
measles cases were reported
and three people
died of measles.