Written by leading authors in the field with both clinical and molecular expertise, Human Virology provides an accessible introduction to this fascinating and important field, making the text ideal for students encountering virology for the first time.
Written by leading authors in the field with both clinical and molecular expertise, Human Virology provides an accessible introduction to this fascinating and important field, making the text ideal for students encountering virology for the first time.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
John Oxford is Professor of Virology at St. Bartholomew's and The Royal London School of Medicine and Dentistry at the University of London. He is the co-author of two standard texts on Influenza and Virology and has published 250 scientific papers throughout the world. Professor Oxford serves as the Scientific Director of hVIVO Ltd., the College's research virology company. Paul Kellam is Professor of Virus Genomics, Imperial College London, and VP for Vaccines & Infectious Disease at Kymab Ltd. Leslie Collier was from 1978 to 1986 Professor of Virology at the London Hospital Medical College, being succeeded in this post by John Oxford.
Inhaltsangabe
* Part 1: General principles * 1: Virology: how it all began and where it will go next * 2: General properties of viruses * 3: Viral replication and genetics * 4: How viruses cause disease * 5: Resistance of the human body to virus infections * 6: Viruses and the community: the science and practice of epidemiology * Part 2: Specific viruses * Group 1 - Positive sense single-stranded RNA viruses * 7: Picornaviruses: polio, hepatitis A, enterovirus, and common cold * 8: Astroviruses: gastroenteritis agents * 9: Calciviruses: norovirus causing vomiting and diarrhoea * 10: Hepatitis E * 11: Togaviruses: mosquito-borne, Chikungunya, and teratogenic rubella * 12: Flaviviruses: yellow fever, dengue fever, and hepatitis C * 13: Coronaviruses (including SARS CoV and MERS CoV) * Group 2 - Negative-sense single-stranded RNA viruses * 14: Orthomyxoviruses: influenza A, B, C * 15: Arenaviruses: Lassa and haemorrhagic fevers * 16: Bunyaviruses: Hanta, phlebo, and nairo * 17: Paramyxoviruses: measles, RSV, mumps, parainfluenza, metapneumovirus, and zoonotic henipaviruses * 18: Filoviruses: zoonotic Marburg, and Ebola * 19: Rabies: zoonotic rabies * Group 3 - Double-stranded RNA viruses * 20: Reoviruses: diarrhoea-causing rotaviruses * Group 4 - Double-stranded DNA viruses * 21: Polyomaviruses * 22: Papillomaviruses * 23: Herpesviruses: herpetic lesions, zoster, cancer, and encephalitis * 24: Smallpox: human disease eradicated but zoonotic pox virus infections common * 25: Adenovirus: respiratory, eye, and gastroenteritis viruses * Group 5 - Single-stranded DNA viruses * 26: Parvovirus * Group 6 - Single-stranded positive sense RNA with an RT * 27: Retroviruses: HIV-1 and -2 and HTLV * Group 7 - Circular double-stranded DNA viruses with an RT * 28: Hepadnaviruses: hepatitis B and D * Part 3: Practical aspects * 29: The clinical virology laboratory * 30: Control of viral disease by immunization * 31: Antiviral chemotherapy
* Part 1: General principles * 1: Virology: how it all began and where it will go next * 2: General properties of viruses * 3: Viral replication and genetics * 4: How viruses cause disease * 5: Resistance of the human body to virus infections * 6: Viruses and the community: the science and practice of epidemiology * Part 2: Specific viruses * Group 1 - Positive sense single-stranded RNA viruses * 7: Picornaviruses: polio, hepatitis A, enterovirus, and common cold * 8: Astroviruses: gastroenteritis agents * 9: Calciviruses: norovirus causing vomiting and diarrhoea * 10: Hepatitis E * 11: Togaviruses: mosquito-borne, Chikungunya, and teratogenic rubella * 12: Flaviviruses: yellow fever, dengue fever, and hepatitis C * 13: Coronaviruses (including SARS CoV and MERS CoV) * Group 2 - Negative-sense single-stranded RNA viruses * 14: Orthomyxoviruses: influenza A, B, C * 15: Arenaviruses: Lassa and haemorrhagic fevers * 16: Bunyaviruses: Hanta, phlebo, and nairo * 17: Paramyxoviruses: measles, RSV, mumps, parainfluenza, metapneumovirus, and zoonotic henipaviruses * 18: Filoviruses: zoonotic Marburg, and Ebola * 19: Rabies: zoonotic rabies * Group 3 - Double-stranded RNA viruses * 20: Reoviruses: diarrhoea-causing rotaviruses * Group 4 - Double-stranded DNA viruses * 21: Polyomaviruses * 22: Papillomaviruses * 23: Herpesviruses: herpetic lesions, zoster, cancer, and encephalitis * 24: Smallpox: human disease eradicated but zoonotic pox virus infections common * 25: Adenovirus: respiratory, eye, and gastroenteritis viruses * Group 5 - Single-stranded DNA viruses * 26: Parvovirus * Group 6 - Single-stranded positive sense RNA with an RT * 27: Retroviruses: HIV-1 and -2 and HTLV * Group 7 - Circular double-stranded DNA viruses with an RT * 28: Hepadnaviruses: hepatitis B and D * Part 3: Practical aspects * 29: The clinical virology laboratory * 30: Control of viral disease by immunization * 31: Antiviral chemotherapy
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