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Population-based sequencing of

Authors :
Irving, Cancino-Muñoz
Mariana G, López
Manuela, Torres-Puente
Luis M, Villamayor
Rafael, Borrás
María, Borrás-Máñez
Montserrat, Bosque
Juan J, Camarena
Caroline, Colijn
Ester, Colomer-Roig
Javier, Colomina
Isabel, Escribano
Oscar, Esparcia-Rodríguez
Francisco, García-García
Ana, Gil-Brusola
Concepción, Gimeno
Adelina, Gimeno-Gascón
Bárbara, Gomila-Sard
Damiana, Gónzales-Granda
Nieves, Gonzalo-Jiménez
María Remedios, Guna-Serrano
José Luis, López-Hontangas
Coral, Martín-González
Rosario, Moreno-Muñoz
David, Navarro
María, Navarro
Nieves, Orta
Elvira, Pérez
Josep, Prat
Juan Carlos, Rodríguez
Ma Montserrat, Ruiz-García
Hermelinda, Vanaclocha
Fernando, Mora-Remón
Source :
eLife. 11
Publication Year :
2021

Abstract

Transmission is a driver of tuberculosis (TB) epidemics in high-burden regions, with assumed negligible impact in low-burden areas. However, we still lack a full characterization of transmission dynamics in settings with similar and different burdens. Genomic epidemiology can greatly help to quantify transmission, but the lack of whole genome sequencing population-based studies has hampered its application. Here, we generate a population-based dataset from Valencia region and compare it with available datasets from different TB-burden settings to reveal transmission dynamics heterogeneity and its public health implications. We sequenced the whole genome of 785

Details

ISSN :
2050084X
Volume :
11
Database :
OpenAIRE
Journal :
eLife
Accession number :
edsair.pmid..........84e9f5bca05525615ae7ba86f11a18cd