INVESTIGADORES
PISANO Maria Belen
artículos
Título:
Molecular identification of human enteroviruses in children with neurological infections from the central region of Argentina
Autor/es:
FARÍAS A; CABRERIZO M; RÉ V; GLATSTEIN N; PISANO MB; SPINSANTI L; CONTIGIANI MS
Revista:
ARCHIVES OF VIROLOGY
Editorial:
SPRINGER WIEN
Referencias:
Año: 2011 vol. 156 p. 129 - 133
ISSN:
0304-8608
Resumen:
In the central area of Argentina, epidemiological
and molecular characteristics of human enterovirus
infections are still unknown. RT-nested PCR of the highly
conserved 50NCR was used to detect enteroviruses in 168
samples of cerebrospinal fluid from hospitalized patients
with suspected infection of the central nervous system
(20072008), and 13 (7.7%) were positive. Molecular
typing was performed by sequencing of the 30-half VP1
region. Echovirus 30 was the predominant type detected,
followed by coxsackie viruses A9 and B4. All echovirus 30
strains of 2007 clustered in lineage H, whereas the echovirus
30 isolate obtained in 2008 was more distantly related,
possibly representing a new lineage.
region. Echovirus 30 was the predominant type detected,
followed by coxsackie viruses A9 and B4. All echovirus 30
strains of 2007 clustered in lineage H, whereas the echovirus
30 isolate obtained in 2008 was more distantly related,
possibly representing a new lineage.
region. Echovirus 30 was the predominant type detected,
followed by coxsackie viruses A9 and B4. All echovirus 30
strains of 2007 clustered in lineage H, whereas the echovirus
30 isolate obtained in 2008 was more distantly related,
possibly representing a new lineage.
samples of cerebrospinal fluid from hospitalized patients
with suspected infection of the central nervous system
(20072008), and 13 (7.7%) were positive. Molecular
typing was performed by sequencing of the 30-half VP1
region. Echovirus 30 was the predominant type detected,
followed by coxsackie viruses A9 and B4. All echovirus 30
strains of 2007 clustered in lineage H, whereas the echovirus
30 isolate obtained in 2008 was more distantly related,
possibly representing a new lineage.
region. Echovirus 30 was the predominant type detected,
followed by coxsackie viruses A9 and B4. All echovirus 30
strains of 2007 clustered in lineage H, whereas the echovirus
30 isolate obtained in 2008 was more distantly related,
possibly representing a new lineage.
region. Echovirus 30 was the predominant type detected,
followed by coxsackie viruses A9 and B4. All echovirus 30
strains of 2007 clustered in lineage H, whereas the echovirus
30 isolate obtained in 2008 was more distantly related,
possibly representing a new lineage.
samples of cerebrospinal fluid from hospitalized patients
with suspected infection of the central nervous system
(20072008), and 13 (7.7%) were positive. Molecular
typing was performed by sequencing of the 30-half VP1
region. Echovirus 30 was the predominant type detected,
followed by coxsackie viruses A9 and B4. All echovirus 30
strains of 2007 clustered in lineage H, whereas the echovirus
30 isolate obtained in 2008 was more distantly related,
possibly representing a new lineage.
region. Echovirus 30 was the predominant type detected,
followed by coxsackie viruses A9 and B4. All echovirus 30
strains of 2007 clustered in lineage H, whereas the echovirus
30 isolate obtained in 2008 was more distantly related,
possibly representing a new lineage.
region. Echovirus 30 was the predominant type detected,
followed by coxsackie viruses A9 and B4. All echovirus 30
strains of 2007 clustered in lineage H, whereas the echovirus
30 isolate obtained in 2008 was more distantly related,
possibly representing a new lineage.
0NCR was used to detect enteroviruses in 168
samples of cerebrospinal fluid from hospitalized patients
with suspected infection of the central nervous system
(20072008), and 13 (7.7%) were positive. Molecular
typing was performed by sequencing of the 30-half VP1
region. Echovirus 30 was the predominant type detected,
followed by coxsackie viruses A9 and B4. All echovirus 30
strains of 2007 clustered in lineage H, whereas the echovirus
30 isolate obtained in 2008 was more distantly related,
possibly representing a new lineage.
region. Echovirus 30 was the predominant type detected,
followed by coxsackie viruses A9 and B4. All echovirus 30
strains of 2007 clustered in lineage H, whereas the echovirus
30 isolate obtained in 2008 was more distantly related,
possibly representing a new lineage.
region. Echovirus 30 was the predominant type detected,
followed by coxsackie viruses A9 and B4. All echovirus 30
strains of 2007 clustered in lineage H, whereas the echovirus
30 isolate obtained in 2008 was more distantly related,
possibly representing a new lineage.
0-half VP1
region. Echovirus 30 was the predominant type detected,
followed by coxsackie viruses A9 and B4. All echovirus 30
strains of 2007 clustered in lineage H, whereas the echovirus
30 isolate obtained in 2008 was more distantly related,
possibly representing a new lineage.