Outbreak of Marburg hemorrhagic fever among miners in Kamwenge and Ibanda Districts, Uganda, 2007 [PDF]
, 2011 Marburg hemorrhagic fever was detected among 4 miners in Ibanda District, Uganda, from June through September, 2007. Infection was likely acquired through exposure to bats or bat secretions in a mine in Kamwenge District, Uganda, and possibly human-to ...
Atek Kagirita +31 more
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Immunity, Inflammation and Disease, Volume 11, Issue 8, August 2023., 2023 The Marburg virus causes the severe infectious disease known as Marburg Virus Disease (MVD). Previously, different outbreaks of MVD have appeared in different African countries. For the first time, Equatorial Guinea and Tanzania are experiencing MVD outbreaks.
Olivier Sibomana, Emmanuel Kubwimana
wiley +1 more source
PPARγ and LXR Signaling Inhibit Dendritic Cell-Mediated HIV-1 Capture and trans-Infection [PDF]
, 2010 Dendritic cells (DCs) contribute to human immunodeficiency virus type 1 (HIV-1) transmission and dissemination by capturing and transporting infectious virus from the mucosa to draining lymph nodes, and transferring these virus particles to CD4+ T cells ...
Blay Puryear, Wendy +3 more
core +9 more sources
Factors Associated with Marburg Hemorrhagic Fever: [PDF]
, 2010 Background. Reliable on-site polymerase chain reaction (PCR) testing for Marburg hemorrhagic fever (MHF) is not always available. Therefore, clinicians triage patients on the basis of presenting symptoms and contact history.
Bengi Moco Henrique +12 more
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Ribonucleoprotein transport in Negative Strand RNA viruses
Biology of the Cell, Volume 115, Issue 1, January 2023., 2023 The genome replication of Negative‐sense, single‐stranded RNA viruses most‐often segregate in membrane‐less environments called inclusion bodies (IBs). These “organelles” usually locate far from the cell surface from where new virions are released. Here, for each viral family, we discuss how the genome progeny is transported from the IBs to reach the ...
Cédric Diot +2 more
wiley +1 more source
Identifizierung und Charakterisierung der Interaktion von Marburg-Virus VP30 mit den zellulären Proteinen PIAS1, PIAS2 und SETDB1 [PDF]
, 2018 Marburg-Virus (MARV) und Ebola-Virus (EBOV), Mitglieder der Virusfamilie der Filoviridae, lösen schwere, oft tödlich verlaufende Erkrankungen im Menschen und nicht-menschlichen Primaten aus.
Klüver, Michael
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Data from: A systematic review and meta-analysis of seroprevalence surveys of ebolavirus infection [PDF]
, 2017 The dataset contains findings and information from 51 seroprevelance studies performed from on samples collected from 1961 to 2016. These investigated 84 exposure-defined subgroups of subjects reported to have had no symptoms of EVD during the outbreak ...
Bower, Hilary, Glynn, Judith
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Marburg Virus Infection in Egyptian Rousette Bats, South Africa, 2013–2014
Emerging Infectious Diseases, 2018 We detected a high seroprevalence of Marburg virus (MARV) antibodies in fruit bats in South Africa; 19.1% of recaptured bats seroconverted. The MARV RNA isolated closely resembled the 1975 Ozolin strain.
Janusz T. Pawęska +7 more
doaj +1 more source
Presence and persistence of Ebola or Marburg virus in patients and survivors: A rapid systematic review [PDF]
, 2016 Background: The 2013-15 Ebola outbreak was unprecedented due to sustainedtransmission within urban environments and thousands of survivors. In 2014 the World Health Organization stated that there was insufficient evidence to give definitive guidance ...
Brainard, Julii +4 more
core +3 more sources
Lyophilisation of influenza, rabies and Marburg lentiviral pseudotype viruses for the development and distribution of a neutralisation-assay based diagnostic kit [PDF]
, 2014 Pseudotype viruses (PVs) are chimeric, replication-deficient virions that mimic wild-type virus entry mechanisms and can be safely employed in neutralisation assays, bypassing the need for high biosafety requirements and performing comparably to ...
Assar +44 more
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