Studies on biology and genomic characterization of a caulimo-like virus associated with a leaf distortion disease of Lamium maculatum

Liying Zhang; Benham E Lockhart; Ganesh Dahal; Neil E Olszewski

doi:10.1007/s00705-008-0093-y

Studies on biology and genomic characterization of a caulimo-like virus associated with a leaf distortion disease of Lamium maculatum

Liying Zhang, Benham E Lockhart, Ganesh Dahal, Neil E Olszewski

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Abstract

A virus associated with leaf distortion of Lamium maculatum had features characteristic of caulimoviruses. The viral genome (Genbank accession number: EU554423) is 7,713 bp in size, with six open reading frames similar in size and organization to those of known caulimoviruses. Phylogenetic analyses based on the conserved ORF V polyprotein coding region indicated that the Lamium virus is a possible new member of the genus Caulimovirus. The virus was not transmitted by mechanical or graft inoculation, or by Myzus persicae. Because proof of pathogenicity remains to be demonstrated, the virus was named provisionally Lamuim leaf distortion-associated virus (LLDAV).

Original language	English (US)
Pages (from-to)	1181-1184
Number of pages	4
Journal	Archives of Virology
Volume	153
Issue number	6
DOIs	https://doi.org/10.1007/s00705-008-0093-y
State	Published - Jun 2008

Bibliographical note

Funding Information:
This research was supported by Minnesota Agricultural Experiment Station Project 22-79H.

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10.1007/s00705-008-0093-y

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title = "Studies on biology and genomic characterization of a caulimo-like virus associated with a leaf distortion disease of Lamium maculatum",

abstract = "A virus associated with leaf distortion of Lamium maculatum had features characteristic of caulimoviruses. The viral genome (Genbank accession number: EU554423) is 7,713 bp in size, with six open reading frames similar in size and organization to those of known caulimoviruses. Phylogenetic analyses based on the conserved ORF V polyprotein coding region indicated that the Lamium virus is a possible new member of the genus Caulimovirus. The virus was not transmitted by mechanical or graft inoculation, or by Myzus persicae. Because proof of pathogenicity remains to be demonstrated, the virus was named provisionally Lamuim leaf distortion-associated virus (LLDAV).",

author = "Liying Zhang and Lockhart, {Benham E} and Ganesh Dahal and Olszewski, {Neil E}",

note = "Funding Information: This research was supported by Minnesota Agricultural Experiment Station Project 22-79H.",

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AU - Lockhart, Benham E

AU - Dahal, Ganesh

AU - Olszewski, Neil E

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AB - A virus associated with leaf distortion of Lamium maculatum had features characteristic of caulimoviruses. The viral genome (Genbank accession number: EU554423) is 7,713 bp in size, with six open reading frames similar in size and organization to those of known caulimoviruses. Phylogenetic analyses based on the conserved ORF V polyprotein coding region indicated that the Lamium virus is a possible new member of the genus Caulimovirus. The virus was not transmitted by mechanical or graft inoculation, or by Myzus persicae. Because proof of pathogenicity remains to be demonstrated, the virus was named provisionally Lamuim leaf distortion-associated virus (LLDAV).

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Studies on biology and genomic characterization of a caulimo-like virus associated with a leaf distortion disease of Lamium maculatum

Abstract

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