- Featherstone DA et al. Expansion of the global measles and rubella laboratory network 2005-09. Journal of Infectious Diseases, 2011, 204(Suppl 1):S491-S498.
- Ono N et al. Measles viruses on throat swabs from measles patients use signalling lymphocytic activation molecule (CDw150) but not CD46 as a cellular receptor. Journal of Virology, 2001, 75:4399-4401.
- Chen MH et al. An indirect immunocolorimetric assay to detect rubella virus infected cells. Journal of Virologic Methods, 2007, 146:414-418.
- Zhu Z et al. Comparison of four methods using throat swabs to confirm rubella virus infection. Journal of Clinical Microbiology, 2007, 45:2847-2852.
- World Health Organization. Guidance on regulations for the Transport of Infectious Substances 2017-2018. 2017. http://apps.who.int/iris/bitstream/10665/254788/1/WHO-WHE-CPI-2017.8-eng.pdf?ua=1.pdf
Bibliography to Chapter 5
- Manual introduction
- Chapter 1. Measles and rubella: An overview
- 1.1 The structure and biology of measles virus
- 1.2 The clinical description and complications of measles
- 1.3 Infection, immune response and laboratory diagnosis of measles
- 1.4 Epidemiologic features of measles
- 1.5 The structure and biology of rubella virus
- 1.6 The clinical description of rubella and congenital rubella syndrome
- 1.7 Infection, immune response and laboratory diagnosis of rubella and CRS
- 1.8 Epidemiologic features of rubella and CRS
- Bibliography to Chapter 1
- Chapter 2. The Global Measles and Rubella Laboratory Network
- Chapter 3. Clinical specimens for the laboratory diagnosis and molecular epidemiology of measles, rubella, and CRS
- 3.1 Guidelines for the preparation and transport of clinical specimens
- 3.2 Safety procedures for incoming clinical specimens
- 3.3 Best practices for quality serum specimens for measles and rubella IgM detection
- 3.4 Alternative specimens for IgM antibody testing
- 3.5 Clinical specimens for molecular testing and virus isolation
- 3.6 Serologic and clinical specimens for confirmation of congenital rubella syndrome (CRS)
- Bibliography to Chapter 3
- Chapter 4. Antibody detection methods for laboratory confirmation of measles, rubella, and CRS
- 4.1 Selection and comparison of EIAs for IgM detection
- 4.2 Interpretation of IgM results for case classification of measles and rubella
- 4.3 Interpretation of IgM results among suspected cases with recent vaccine history
- 4.4 Alternative specimens for IgM detection
- 4.5 IgG assays and interpretation for case classification
- 4.6 Determination of measles- or rubella-specific IgG avidity
- 4.7 Interpretation of IgG avidity results
- 4.8 Serologic confirmation of suspected CRS cases
- 4.9 New serological techniques and methodologies
- Bibliography to Chapter 4
- Chapter 5. Virus isolation and identification of measles and rubella in cell culture
- 5.1 Recommended cell line for measles and rubella virus isolation
- 5.2 Propagation of Vero-hSLAM cells
- 5.5 Provision of virus isolates for molecular surveillance and the strain bank
- 5.3 Measles virus isolation and confirmation
- 5.4 Rubella virus isolation and confirmation
- 5.6 Methods to ship virus isolates
- Bibliography to Chapter 5
- Chapter 6. Detection of viral RNA by RT-PCR for the confirmation of measles and rubella infection
- 6.1 Best practices for collection and processing clinical specimens and extraction of RNA
- 6.2 Considerations for the use of molecular diagnostic methods
- 6.3 Measles RNA detection by RT-PCR
- 6.4 Vaccine-specific RT-PCR for identification of measles vaccine strains
- 6.5 Rubella RNA detection by RT-PCR
- 6.6 Quality assurance and quality control for RT-PCR
- 6.7 Test validity, data interpretation and assay limitations
- Bibliography to chapter 6
- Chapter 7. Molecular epidemiology of measles and rubella
- 7.1 Phylogenetic diversity and nomenclature for measles genotypes
- 7.2 Integration of measles molecular and epidemiological data
- 7.3 Overview and methods for determination of measles genotypes
- 7.4 Guidelines for reporting a new measles genotype and use of data from MeaNS
- 7.5 The measles nucleotide surveillance (MeaNS) database
- 7.6 Phylogenetic diversity and nomenclature for rubella genotypes
- 7.7 Integration of rubella molecular and epidemiological data
- 7.8 Overview and methods for determination of rubella genotypes
- 7.9 Guidelines for reporting a new rubella genotype
- 7.10 The rubella nucleotide surveillance (RubeNS) database
- 7.11 Methods and prospects for enhancing resolution of sequence data for molecular epidemiology
- 7.12 GMRLN guidance for use of extended sequencing of measles virus for the verification of elimination (February 2024)
- Bibliography to chapter 7
- Chapter 8. Laboratory testing in support of measles and rubella surveillance in elimination settings
- 8.1 Challenges for accurate case classification in elimination settings
- 8.2 Utility and limitations for molecular testing in elimination settings
- 8.3 Difficult cases and situations that may require additional testing
- 8.4 Additional testing to aid case classification
- 8.5 Measles reinfections: characteristics and case confirmation
- Bibliography to Chapter 8
- Chapter 9. Laboratory testing for determination of population immune status
- Chapter 10. Laboratory support for the verification of elimination of measles and rubella
- Chapter 11. Data management and reporting of laboratory results
- Chapter 12. Quality assurance, quality control, and assessment of laboratory capacity and performance
- 12.1 The establishment and benefits of a quality management system
- 12.2 Technical elements of QMS
- 12.3 Key objectives of laboratory quality assurance
- 12.4 Monitoring IgM assay performance
- 12.5 The WHO external quality assessment programme
- 12.6 Process of WHO assessment and accreditation
- Bibliography to Chapter 12
- List of Annexes
- Chapter 1. Measles and rubella: An overview
- Manual introduction
- Chapter 1. Measles and rubella: An overview
- 1.1 The structure and biology of measles virus
- 1.2 The clinical description and complications of measles
- 1.3 Infection, immune response and laboratory diagnosis of measles
- 1.4 Epidemiologic features of measles
- 1.5 The structure and biology of rubella virus
- 1.6 The clinical description of rubella and congenital rubella syndrome
- 1.7 Infection, immune response and laboratory diagnosis of rubella and CRS
- 1.8 Epidemiologic features of rubella and CRS
- Bibliography to Chapter 1
- Chapter 2. The Global Measles and Rubella Laboratory Network
- Chapter 3. Clinical specimens for the laboratory diagnosis and molecular epidemiology of measles, rubella, and CRS
- 3.1 Guidelines for the preparation and transport of clinical specimens
- 3.2 Safety procedures for incoming clinical specimens
- 3.3 Best practices for quality serum specimens for measles and rubella IgM detection
- 3.4 Alternative specimens for IgM antibody testing
- 3.5 Clinical specimens for molecular testing and virus isolation
- 3.6 Serologic and clinical specimens for confirmation of congenital rubella syndrome (CRS)
- Bibliography to Chapter 3
- Chapter 4. Antibody detection methods for laboratory confirmation of measles, rubella, and CRS
- 4.1 Selection and comparison of EIAs for IgM detection
- 4.2 Interpretation of IgM results for case classification of measles and rubella
- 4.3 Interpretation of IgM results among suspected cases with recent vaccine history
- 4.4 Alternative specimens for IgM detection
- 4.5 IgG assays and interpretation for case classification
- 4.6 Determination of measles- or rubella-specific IgG avidity
- 4.7 Interpretation of IgG avidity results
- 4.8 Serologic confirmation of suspected CRS cases
- 4.9 New serological techniques and methodologies
- Bibliography to Chapter 4
- Chapter 5. Virus isolation and identification of measles and rubella in cell culture
- 5.1 Recommended cell line for measles and rubella virus isolation
- 5.2 Propagation of Vero-hSLAM cells
- 5.5 Provision of virus isolates for molecular surveillance and the strain bank
- 5.3 Measles virus isolation and confirmation
- 5.4 Rubella virus isolation and confirmation
- 5.6 Methods to ship virus isolates
- Bibliography to Chapter 5
- Chapter 6. Detection of viral RNA by RT-PCR for the confirmation of measles and rubella infection
- 6.1 Best practices for collection and processing clinical specimens and extraction of RNA
- 6.2 Considerations for the use of molecular diagnostic methods
- 6.3 Measles RNA detection by RT-PCR
- 6.4 Vaccine-specific RT-PCR for identification of measles vaccine strains
- 6.5 Rubella RNA detection by RT-PCR
- 6.6 Quality assurance and quality control for RT-PCR
- 6.7 Test validity, data interpretation and assay limitations
- Bibliography to chapter 6
- Chapter 7. Molecular epidemiology of measles and rubella
- 7.1 Phylogenetic diversity and nomenclature for measles genotypes
- 7.2 Integration of measles molecular and epidemiological data
- 7.3 Overview and methods for determination of measles genotypes
- 7.4 Guidelines for reporting a new measles genotype and use of data from MeaNS
- 7.5 The measles nucleotide surveillance (MeaNS) database
- 7.6 Phylogenetic diversity and nomenclature for rubella genotypes
- 7.7 Integration of rubella molecular and epidemiological data
- 7.8 Overview and methods for determination of rubella genotypes
- 7.9 Guidelines for reporting a new rubella genotype
- 7.10 The rubella nucleotide surveillance (RubeNS) database
- 7.11 Methods and prospects for enhancing resolution of sequence data for molecular epidemiology
- 7.12 GMRLN guidance for use of extended sequencing of measles virus for the verification of elimination (February 2024)
- Bibliography to chapter 7
- Chapter 8. Laboratory testing in support of measles and rubella surveillance in elimination settings
- 8.1 Challenges for accurate case classification in elimination settings
- 8.2 Utility and limitations for molecular testing in elimination settings
- 8.3 Difficult cases and situations that may require additional testing
- 8.4 Additional testing to aid case classification
- 8.5 Measles reinfections: characteristics and case confirmation
- Bibliography to Chapter 8
- Chapter 9. Laboratory testing for determination of population immune status
- Chapter 10. Laboratory support for the verification of elimination of measles and rubella
- Chapter 11. Data management and reporting of laboratory results
- Chapter 12. Quality assurance, quality control, and assessment of laboratory capacity and performance
- 12.1 The establishment and benefits of a quality management system
- 12.2 Technical elements of QMS
- 12.3 Key objectives of laboratory quality assurance
- 12.4 Monitoring IgM assay performance
- 12.5 The WHO external quality assessment programme
- 12.6 Process of WHO assessment and accreditation
- Bibliography to Chapter 12
- List of Annexes
- Chapter 1. Measles and rubella: An overview