| Literature DB >> 29123067 |
François-Xavier Weill1,2, Daryl Domman2, Elisabeth Njamkepo1, Cheryl Tarr3, Jean Rauzier1, Nizar Fawal1, Karen H Keddy4,5, Henrik Salje6,7, Sandra Moore8, Asish K Mukhopadhyay9, Raymond Bercion10,11, Francisco J Luquero12, Antoinette Ngandjio13, Mireille Dosso14, Elena Monakhova15, Benoit Garin11, Christiane Bouchier16, Carlo Pazzani17, Ankur Mutreja18,19, Roland Grunow20, Fati Sidikou21, Laurence Bonte22, Sébastien Breurec10, Maria Damian23, Berthe-Marie Njanpop-Lafourcade24, Guillaume Sapriel25,26, Anne-Laure Page12, Monzer Hamze27, Myriam Henkens28, Goutam Chowdhury9, Martin Mengel24, Jean-Louis Koeck29, Jean-Michel Fournier30, Gordon Dougan2,18, Patrick A D Grimont31, Julian Parkhill2, Kathryn E Holt32, Renaud Piarroux8, Thandavarayan Ramamurthy19, Marie-Laure Quilici1,30, Nicholas R Thomson2,33.
Abstract
The seventh cholera pandemic has heavily affected Africa, although the origin and continental spread of the disease remain undefined. We used genomic data from 1070 Vibrio cholerae O1 isolates, across 45 African countries and over a 49-year period, to show that past epidemics were attributable to a single expanded lineage. This lineage was introduced at least 11 times since 1970, into two main regions, West Africa and East/Southern Africa, causing epidemics that lasted up to 28 years. The last five introductions into Africa, all from Asia, involved multidrug-resistant sublineages that replaced antibiotic-susceptible sublineages after 2000. This phylogenetic framework describes the periodicity of lineage introduction and the stable routes of cholera spread, which should inform the rational design of control measures for cholera in Africa.Entities:
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Year: 2017 PMID: 29123067 DOI: 10.1126/science.aad5901
Source DB: PubMed Journal: Science ISSN: 0036-8075 Impact factor: 47.728