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European 1: a globally important clonal complex of Mycobacterium bovis.

 Custodia Mucavele  ;  Noel H. Smith  ;  Kristin Kremer  ;  Martín José Zumárraga  ;  Beth Harris  ;  Paul D. van Heldent  ;  M. Beatrice Boniotti  ;  Stefan Niemann  ;  Gunilla Källenius  ;  Bo-Young Jeon  ;  Stephen V. Gordon  ;  Alicia Aranaz  ;  Anita Michel  ;  Robin Skuce  ;  Nicky Buller  ;  Ana María Zárraga  ;  Ana Botelho  ;  Keyvan Tadyon  ;  Om Surujballi  ;  José Soares Ferreira Neto  ;  R. Glyn Hewinson  ;  María Laura Boschiroli  ;  Desmond M. Collins  ;  Angel Adrián Cataldi  ;  Leen Rigouts  ;  Françoise Portaels  ;  Freddy Proaño-Perez  ;  Abraham Aseffa  ;  Eamonn Costello  ;  Dick van Soolingen  ;  Jakob Zinsstag  ;  Ruwen Jou  ;  Pei-Chun Chuang  ;  Nader Mosavari  ;  Sang-Nae Cho  ;  Alvaro Figueroa  ;  Sônia Regina Pinheiro  ;  Cesar Alejandro Rosales Rodriguez  ;  Cassia Yumi Ikuta  ;  Marcos Santos Zanini  ;  Borna Müller  ;  Analía Macías  ;  Soledad Barandiarán  ;  Michaela Projahn  ;  Olga Andrievskaia  ;  Feliciano Milian-Suazo  ;  Annélle Muller  ;  James Oloya  ;  Meseret Habtamu  ;  Bongo Naré Richard Ngandolo  ;  Simeon Cadmus  ;  Markus Hilty  ;  Rudovick R. Kazwala  ;  Adelina da Conceicao Machado  ;  Chiara Donati  ;  Claudine Karoui  ;  Solomon Ghebremichael  ;  Filipa Matos  ;  Beatriz Romero  ;  Sabrina Rodriguez  ;  Adrian Allen  ;  James Dale  ;  Stefan Berg 
 Infection Genetics and Evolution, Vol.11(6) : 1340-1351, 2011 
Journal Title
 Infection Genetics and Evolution 
Issue Date
We have identified a globally important clonal complex of Mycobacterium bovis by deletion analysis of over one thousand strains from over 30 countries. We initially show that over 99% of the strains of M. bovis, the cause of bovine tuberculosis, isolated from cattle in the Republic of Ireland and the UK are closely related and are members of a single clonal complex marked by the deletion of chromosomal region RDEu1 and we named this clonal complex European 1 (Eu1). Eu1 strains were present at less than 14% of French, Portuguese and Spanish isolates of M. bovis but are rare in other mainland European countries and Iran. However, strains of the Eu1 clonal complex were found at high frequency in former trading partners of the UK (USA, South Africa, New Zealand, Australia and Canada). The Americas, with the exception of Brazil, are dominated by the Eu1 clonal complex which was at high frequency in Argentina, Chile, Ecuador and Mexico as well as North America. Eu1 was rare or absent in the African countries surveyed except South Africa. A small sample of strains from Taiwan were non-Eu1 but, surprisingly, isolates from Korea and Kazakhstan were members of the Eu1 clonal complex. The simplest explanation for much of the current distribution of the Eu1 clonal complex is that it was spread in infected cattle, such as Herefords, from the UK to former trading partners, although there is evidence of secondary dispersion since. This is the first identification of a globally dispersed clonal complex M. bovis and indicates that much of the current global distribution of this important veterinary pathogen has resulted from relatively recent International trade in cattle.
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1. Journal Papers (연구논문) > 1. College of Medicine (의과대학) > Dept. of Microbiology (미생물학교실)
1. Journal Papers (연구논문) > 5. Research Institutes (연구소) > Institute for Immunology and Immunological Disease (면역질환연구소)
Yonsei Authors
전보영(Jeon, Bo Young) ; 조상래(Cho, Sang Nae)
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