Identification of human Norovirus (HNoV) in domestic pig stool samples

To determine the presence of NoVs as a possible causal zoonotic agent of acute diarrhea in pigs and humans. Materialsand methods. We collected a total of 77 samples from diarrheal children under 5 years and pigs under 2 months from La Chambatown in Tolima, Colombia. These samples were transported to...

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Main Authors: María F. Gutiérrez, Jazmín López, Andrea Ruíz, Cesar Osorio, Juan C. Ulloa
Format: Article
Language:English
Published: Pontificia Universidad Javeriana 2011-08-01
Series:Universitas Scientiarum
Subjects:
Online Access:http://revistas.javeriana.edu.co/index.php/scientarium/article/view/1648/1071
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spelling doaj-37677ada9c57464e97c50eb3837779342020-11-24T20:58:37ZengPontificia Universidad JaverianaUniversitas Scientiarum0122-74832027-13522011-08-01162168172Identification of human Norovirus (HNoV) in domestic pig stool samplesMaría F. GutiérrezJazmín LópezAndrea RuízCesar OsorioJuan C. UlloaTo determine the presence of NoVs as a possible causal zoonotic agent of acute diarrhea in pigs and humans. Materialsand methods. We collected a total of 77 samples from diarrheal children under 5 years and pigs under 2 months from La Chambatown in Tolima, Colombia. These samples were transported to the Laboratory of Virology of the Pontificia Universidad Javerianain Bogotá, and extraction with Trizol-reagent was done following the manufacturer’s instructions. After obtaining the RNA, thenext step was to perform RT-PCR for obtaining the expected amplification product of 213- bp NoVs. Finally, the positive samplesobtained in the RT-PCR were sequenced and analyzed by bioinformatics methods. Results. Six positive diarrheic samples fromchildren and a positive diarrheic sample from pigs were detected by a band of 231 bp. Five of the six positive samples in childrenand the positive pig sample were sequenced and analyzed. Conclusion. Given the close genetic relationship between pig andhuman sequences, this could be an indication of the potential existence of a common animal acting as a reservoir for human orother animal strains.http://revistas.javeriana.edu.co/index.php/scientarium/article/view/1648/1071Human Norovirusdomestic pigsdiarrheazoonotic transmissionreservoirs
collection DOAJ
language English
format Article
sources DOAJ
author María F. Gutiérrez
Jazmín López
Andrea Ruíz
Cesar Osorio
Juan C. Ulloa
spellingShingle María F. Gutiérrez
Jazmín López
Andrea Ruíz
Cesar Osorio
Juan C. Ulloa
Identification of human Norovirus (HNoV) in domestic pig stool samples
Universitas Scientiarum
Human Norovirus
domestic pigs
diarrhea
zoonotic transmission
reservoirs
author_facet María F. Gutiérrez
Jazmín López
Andrea Ruíz
Cesar Osorio
Juan C. Ulloa
author_sort María F. Gutiérrez
title Identification of human Norovirus (HNoV) in domestic pig stool samples
title_short Identification of human Norovirus (HNoV) in domestic pig stool samples
title_full Identification of human Norovirus (HNoV) in domestic pig stool samples
title_fullStr Identification of human Norovirus (HNoV) in domestic pig stool samples
title_full_unstemmed Identification of human Norovirus (HNoV) in domestic pig stool samples
title_sort identification of human norovirus (hnov) in domestic pig stool samples
publisher Pontificia Universidad Javeriana
series Universitas Scientiarum
issn 0122-7483
2027-1352
publishDate 2011-08-01
description To determine the presence of NoVs as a possible causal zoonotic agent of acute diarrhea in pigs and humans. Materialsand methods. We collected a total of 77 samples from diarrheal children under 5 years and pigs under 2 months from La Chambatown in Tolima, Colombia. These samples were transported to the Laboratory of Virology of the Pontificia Universidad Javerianain Bogotá, and extraction with Trizol-reagent was done following the manufacturer’s instructions. After obtaining the RNA, thenext step was to perform RT-PCR for obtaining the expected amplification product of 213- bp NoVs. Finally, the positive samplesobtained in the RT-PCR were sequenced and analyzed by bioinformatics methods. Results. Six positive diarrheic samples fromchildren and a positive diarrheic sample from pigs were detected by a band of 231 bp. Five of the six positive samples in childrenand the positive pig sample were sequenced and analyzed. Conclusion. Given the close genetic relationship between pig andhuman sequences, this could be an indication of the potential existence of a common animal acting as a reservoir for human orother animal strains.
topic Human Norovirus
domestic pigs
diarrhea
zoonotic transmission
reservoirs
url http://revistas.javeriana.edu.co/index.php/scientarium/article/view/1648/1071
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