Cargando…

Description of the first global outbreak of mpox: an analysis of global surveillance data

BACKGROUND: In May 2022, several countries with no history of sustained community transmission of mpox (formerly known as monkeypox) notified WHO of new mpox cases. These cases were soon followed by a large-scale outbreak, which unfolded across the world, driven by local, in-country transmission wit...

Descripción completa

Detalles Bibliográficos
Autores principales: Laurenson-Schafer, Henry, Sklenovská, Nikola, Hoxha, Ana, Kerr, Steven M, Ndumbi, Patricia, Fitzner, Julia, Almiron, Maria, de Sousa, Luis Alves, Briand, Sylvie, Cenciarelli, Orlando, Colombe, Soledad, Doherty, Meg, Fall, Ibrahima Soce, García-Calavaro, Christian, Haussig, Joana M, Kato, Masaya, Mahamud, Abdi Rahman, Morgan, Oliver W, Nabeth, Pierre, Naiene, Jeremias Domingos, Navegantes, Wildo Araujo, Ogundiran, Opeayo, Okot, Charles, Pebody, Richard, Matsui, Tamano, Ramírez, Hugo López-Gatell, Smallwood, Catherine, Tasigchana, Raúl Francisco Pérez, Vaughan, Aisling M, Williams, George Sie, Mala, Peter Omondi, Lewis, Rosamund F, Pavlin, Boris I, le Polain de Waroux, Olivier
Formato: Online Artículo Texto
Lenguaje:English
Publicado: Elsevier Ltd 2023
Materias:
Acceso en línea:https://www.ncbi.nlm.nih.gov/pmc/articles/PMC10281644/
https://www.ncbi.nlm.nih.gov/pubmed/37349031
http://dx.doi.org/10.1016/S2214-109X(23)00198-5
_version_ 1785061043748208640
author Laurenson-Schafer, Henry
Sklenovská, Nikola
Hoxha, Ana
Kerr, Steven M
Ndumbi, Patricia
Fitzner, Julia
Almiron, Maria
de Sousa, Luis Alves
Briand, Sylvie
Cenciarelli, Orlando
Colombe, Soledad
Doherty, Meg
Fall, Ibrahima Soce
García-Calavaro, Christian
Haussig, Joana M
Kato, Masaya
Mahamud, Abdi Rahman
Morgan, Oliver W
Nabeth, Pierre
Naiene, Jeremias Domingos
Navegantes, Wildo Araujo
Ogundiran, Opeayo
Okot, Charles
Pebody, Richard
Matsui, Tamano
Ramírez, Hugo López-Gatell
Smallwood, Catherine
Tasigchana, Raúl Francisco Pérez
Vaughan, Aisling M
Williams, George Sie
Mala, Peter Omondi
Lewis, Rosamund F
Pavlin, Boris I
le Polain de Waroux, Olivier
author_facet Laurenson-Schafer, Henry
Sklenovská, Nikola
Hoxha, Ana
Kerr, Steven M
Ndumbi, Patricia
Fitzner, Julia
Almiron, Maria
de Sousa, Luis Alves
Briand, Sylvie
Cenciarelli, Orlando
Colombe, Soledad
Doherty, Meg
Fall, Ibrahima Soce
García-Calavaro, Christian
Haussig, Joana M
Kato, Masaya
Mahamud, Abdi Rahman
Morgan, Oliver W
Nabeth, Pierre
Naiene, Jeremias Domingos
Navegantes, Wildo Araujo
Ogundiran, Opeayo
Okot, Charles
Pebody, Richard
Matsui, Tamano
Ramírez, Hugo López-Gatell
Smallwood, Catherine
Tasigchana, Raúl Francisco Pérez
Vaughan, Aisling M
Williams, George Sie
Mala, Peter Omondi
Lewis, Rosamund F
Pavlin, Boris I
le Polain de Waroux, Olivier
author_sort Laurenson-Schafer, Henry
collection PubMed
description BACKGROUND: In May 2022, several countries with no history of sustained community transmission of mpox (formerly known as monkeypox) notified WHO of new mpox cases. These cases were soon followed by a large-scale outbreak, which unfolded across the world, driven by local, in-country transmission within previously unaffected countries. On July 23, 2022, WHO declared the outbreak a Public Health Emergency of International Concern. Here, we aim to describe the main epidemiological features of this outbreak, the largest reported to date. METHODS: In this analysis of global surveillance data we analysed data for all confirmed mpox cases reported by WHO Member States through the global surveillance system from Jan 1, 2022, to Jan 29, 2023. Data included daily aggregated numbers of mpox cases by country and a case reporting form (CRF) containing information on demographics, clinical presentation, epidemiological exposure factors, and laboratory testing. We used the data to (1) describe the key epidemiological and clinical features of cases; (2) analyse risk factors for hospitalisation (by multivariable mixed-effects binary logistic regression); and (3) retrospectively analyse transmission trends. Sequencing data from GISAID and GenBank were used to analyse monkeypox virus (MPXV) genetic diversity. FINDINGS: Data from 82 807 cases with submitted CRFs were included in the analysis. Cases were primarily due to clade IIb MPXV (mainly lineage B.1, followed by lineage A.2). The outbreak was driven by transmission among males (73 560 [96·4%] of 76 293 cases) who self-identify as men who have sex with men (25 938 [86·9%] of 29 854 cases). The most common reported route of transmission was sexual contact (14 941 [68·7%] of 21 749). 3927 (7·3%) of 54 117 cases were hospitalised, with increased odds for those aged younger than 5 years (adjusted odds ratio 2·12 [95% CI 1·32–3·40], p=0·0020), aged 65 years and older (1·54 [1·05–2·25], p=0·026), female cases (1·61 [1·35–1·91], p<0·0001), and for cases who are immunosuppressed either due to being HIV positive and immunosuppressed (2·00 [1·68–2·37], p<0·0001), or other immunocompromising conditions (3·47 [1·84–6·54], p=0·0001). INTERPRETATION: Continued global surveillance allowed WHO to monitor the epidemic, identify risk factors, and inform the public health response. The outbreak can be attributed to clade IIb MPXV spread by newly described modes of transmission. FUNDING: WHO Contingency Fund for Emergencies. TRANSLATIONS: For the French and Spanish translations of the abstract see Supplementary Materials section.
format Online
Article
Text
id pubmed-10281644
institution National Center for Biotechnology Information
language English
publishDate 2023
publisher Elsevier Ltd
record_format MEDLINE/PubMed
spelling pubmed-102816442023-06-21 Description of the first global outbreak of mpox: an analysis of global surveillance data Laurenson-Schafer, Henry Sklenovská, Nikola Hoxha, Ana Kerr, Steven M Ndumbi, Patricia Fitzner, Julia Almiron, Maria de Sousa, Luis Alves Briand, Sylvie Cenciarelli, Orlando Colombe, Soledad Doherty, Meg Fall, Ibrahima Soce García-Calavaro, Christian Haussig, Joana M Kato, Masaya Mahamud, Abdi Rahman Morgan, Oliver W Nabeth, Pierre Naiene, Jeremias Domingos Navegantes, Wildo Araujo Ogundiran, Opeayo Okot, Charles Pebody, Richard Matsui, Tamano Ramírez, Hugo López-Gatell Smallwood, Catherine Tasigchana, Raúl Francisco Pérez Vaughan, Aisling M Williams, George Sie Mala, Peter Omondi Lewis, Rosamund F Pavlin, Boris I le Polain de Waroux, Olivier Lancet Glob Health Articles BACKGROUND: In May 2022, several countries with no history of sustained community transmission of mpox (formerly known as monkeypox) notified WHO of new mpox cases. These cases were soon followed by a large-scale outbreak, which unfolded across the world, driven by local, in-country transmission within previously unaffected countries. On July 23, 2022, WHO declared the outbreak a Public Health Emergency of International Concern. Here, we aim to describe the main epidemiological features of this outbreak, the largest reported to date. METHODS: In this analysis of global surveillance data we analysed data for all confirmed mpox cases reported by WHO Member States through the global surveillance system from Jan 1, 2022, to Jan 29, 2023. Data included daily aggregated numbers of mpox cases by country and a case reporting form (CRF) containing information on demographics, clinical presentation, epidemiological exposure factors, and laboratory testing. We used the data to (1) describe the key epidemiological and clinical features of cases; (2) analyse risk factors for hospitalisation (by multivariable mixed-effects binary logistic regression); and (3) retrospectively analyse transmission trends. Sequencing data from GISAID and GenBank were used to analyse monkeypox virus (MPXV) genetic diversity. FINDINGS: Data from 82 807 cases with submitted CRFs were included in the analysis. Cases were primarily due to clade IIb MPXV (mainly lineage B.1, followed by lineage A.2). The outbreak was driven by transmission among males (73 560 [96·4%] of 76 293 cases) who self-identify as men who have sex with men (25 938 [86·9%] of 29 854 cases). The most common reported route of transmission was sexual contact (14 941 [68·7%] of 21 749). 3927 (7·3%) of 54 117 cases were hospitalised, with increased odds for those aged younger than 5 years (adjusted odds ratio 2·12 [95% CI 1·32–3·40], p=0·0020), aged 65 years and older (1·54 [1·05–2·25], p=0·026), female cases (1·61 [1·35–1·91], p<0·0001), and for cases who are immunosuppressed either due to being HIV positive and immunosuppressed (2·00 [1·68–2·37], p<0·0001), or other immunocompromising conditions (3·47 [1·84–6·54], p=0·0001). INTERPRETATION: Continued global surveillance allowed WHO to monitor the epidemic, identify risk factors, and inform the public health response. The outbreak can be attributed to clade IIb MPXV spread by newly described modes of transmission. FUNDING: WHO Contingency Fund for Emergencies. TRANSLATIONS: For the French and Spanish translations of the abstract see Supplementary Materials section. Elsevier Ltd 2023-06-20 /pmc/articles/PMC10281644/ /pubmed/37349031 http://dx.doi.org/10.1016/S2214-109X(23)00198-5 Text en © 2023 World Health Organization. Published by Elsevier Ltd. All rights reserved. https://creativecommons.org/licenses/by/3.0/This is an open access article under the CC BY license (http://creativecommons.org/licenses/by/3.0/).
spellingShingle Articles
Laurenson-Schafer, Henry
Sklenovská, Nikola
Hoxha, Ana
Kerr, Steven M
Ndumbi, Patricia
Fitzner, Julia
Almiron, Maria
de Sousa, Luis Alves
Briand, Sylvie
Cenciarelli, Orlando
Colombe, Soledad
Doherty, Meg
Fall, Ibrahima Soce
García-Calavaro, Christian
Haussig, Joana M
Kato, Masaya
Mahamud, Abdi Rahman
Morgan, Oliver W
Nabeth, Pierre
Naiene, Jeremias Domingos
Navegantes, Wildo Araujo
Ogundiran, Opeayo
Okot, Charles
Pebody, Richard
Matsui, Tamano
Ramírez, Hugo López-Gatell
Smallwood, Catherine
Tasigchana, Raúl Francisco Pérez
Vaughan, Aisling M
Williams, George Sie
Mala, Peter Omondi
Lewis, Rosamund F
Pavlin, Boris I
le Polain de Waroux, Olivier
Description of the first global outbreak of mpox: an analysis of global surveillance data
title Description of the first global outbreak of mpox: an analysis of global surveillance data
title_full Description of the first global outbreak of mpox: an analysis of global surveillance data
title_fullStr Description of the first global outbreak of mpox: an analysis of global surveillance data
title_full_unstemmed Description of the first global outbreak of mpox: an analysis of global surveillance data
title_short Description of the first global outbreak of mpox: an analysis of global surveillance data
title_sort description of the first global outbreak of mpox: an analysis of global surveillance data
topic Articles
url https://www.ncbi.nlm.nih.gov/pmc/articles/PMC10281644/
https://www.ncbi.nlm.nih.gov/pubmed/37349031
http://dx.doi.org/10.1016/S2214-109X(23)00198-5
work_keys_str_mv AT laurensonschaferhenry descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT sklenovskanikola descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT hoxhaana descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT kerrstevenm descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT ndumbipatricia descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT fitznerjulia descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT almironmaria descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT desousaluisalves descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT briandsylvie descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT cenciarelliorlando descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT colombesoledad descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT dohertymeg descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT fallibrahimasoce descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT garciacalavarochristian descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT haussigjoanam descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT katomasaya descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT mahamudabdirahman descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT morganoliverw descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT nabethpierre descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT naienejeremiasdomingos descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT naveganteswildoaraujo descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT ogundiranopeayo descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT okotcharles descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT pebodyrichard descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT matsuitamano descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT ramirezhugolopezgatell descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT smallwoodcatherine descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT tasigchanaraulfranciscoperez descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT vaughanaislingm descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT williamsgeorgesie descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT malapeteromondi descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT lewisrosamundf descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT pavlinborisi descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata
AT lepolaindewarouxolivier descriptionofthefirstglobaloutbreakofmpoxananalysisofglobalsurveillancedata