The genetic characterization of wild-type measles strains isolated during an epidemic cluster of measles occurred in Puglia (South Italy), between November 2006 and January 2007, was performed. Measles virus (MV) detection was carried out by a nested RT-PCR on 8 of 18 total cases. The viruses were analyzed using the standard genotyping protocols. The N gene sequences of the strains from outbreak were identical to each other, and sequence analysis revealed that the viruses belonged to genotype B3, subgroup B3.1, never identified before in Italy. An importation of measles B3.1 strains from Africa was hypothesized. Molecular surveillance will help to monitor the progress in measles elimination
International audienceBackground: Molecular characterization of measles viruses (MV) helps to identi...
Surveillance of measles virus detected an epidemio-logic link between a refugee from Kenya and a Dut...
During 2005–2006, nine measles virus (MV) genotypes were identified throughout the World Health Orga...
Measles virus (MV) was classified in 24 genotypes that show a distinct geographic distribution. Geno...
Measles virus (MV) was classified in 24 genotypes that show a distinct geographic distribution. Geno...
BACKGROUND: Laboratory diagnosis of measles virus (MV) infection and genetic characterization of ci...
BACKGROUND: Laboratory diagnosis of measles virus (MV) infection and genetic characterization of ci...
Molecular surveillance and advanced phylogenetic methods are important tools to track the pathways o...
Molecular surveillance and advanced phylogenetic methods are important tools to track the pathways o...
Molecular surveillance and advanced phylogenetic methods are important tools to track the pathways o...
International audienceGenetic characterization was conducted on 18 wild-type measles viruses, detect...
Two distinct measles outbreaks, unrelated from the epidemiological point of view but caused by genet...
Introduction. The European Regional Office of the World Health Organization developed a strategic ap...
In 2017, Italy experienced a large measles epidemic with 5408 cases and four deaths. As Subnational ...
Of the 24 known measles genotypes, only D8 and B3 are responsible for outbreaks in the last years in...
International audienceBackground: Molecular characterization of measles viruses (MV) helps to identi...
Surveillance of measles virus detected an epidemio-logic link between a refugee from Kenya and a Dut...
During 2005–2006, nine measles virus (MV) genotypes were identified throughout the World Health Orga...
Measles virus (MV) was classified in 24 genotypes that show a distinct geographic distribution. Geno...
Measles virus (MV) was classified in 24 genotypes that show a distinct geographic distribution. Geno...
BACKGROUND: Laboratory diagnosis of measles virus (MV) infection and genetic characterization of ci...
BACKGROUND: Laboratory diagnosis of measles virus (MV) infection and genetic characterization of ci...
Molecular surveillance and advanced phylogenetic methods are important tools to track the pathways o...
Molecular surveillance and advanced phylogenetic methods are important tools to track the pathways o...
Molecular surveillance and advanced phylogenetic methods are important tools to track the pathways o...
International audienceGenetic characterization was conducted on 18 wild-type measles viruses, detect...
Two distinct measles outbreaks, unrelated from the epidemiological point of view but caused by genet...
Introduction. The European Regional Office of the World Health Organization developed a strategic ap...
In 2017, Italy experienced a large measles epidemic with 5408 cases and four deaths. As Subnational ...
Of the 24 known measles genotypes, only D8 and B3 are responsible for outbreaks in the last years in...
International audienceBackground: Molecular characterization of measles viruses (MV) helps to identi...
Surveillance of measles virus detected an epidemio-logic link between a refugee from Kenya and a Dut...
During 2005–2006, nine measles virus (MV) genotypes were identified throughout the World Health Orga...