the springer index of viruses || luteovirus
TRANSCRIPT
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LuteovirusLuteoviridae
Leslie L. Domier
. Barley yellow dwarf virus PAV. Fig. 1
Negatively stained virion. Length of bar (nm): 25
Virion
Morphology: Icosahedral
C#
Envelope:
. Tidona, G. Darai (eds.), The Springer Index of Viruses, DOI 10.1007/978-0-387-95
Springer Science+Business Media, LLC 2011
No
Diameter (nm):
25–30Length (nm):
–Structural components:
CapsidBuoyant density (g/mL):
1.39–1.40Buoyant density method:
CsClLipid composition:
NoneAdditional information:
919-1,
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822 Luteovirus
Genome
Nucleic acid: RNA
Strandedness:
Single-strandedPolarity:
Positive-senseConfiguration:
LinearSegment organization:
Segment no. 1 (kb): 5.3–6.0One segment(s):
5.3–6 (kb) total (calculated)47.8–48.5
G + C content (%):mRNA transcripts:
2–3Open reading frames:
5–8Additional information:
Luteoviruses produce 2–3 subgenomic RNAs. The largest, subgenomic RNA1, expresses the coat (P3),movement (P4) and aphid transmission (P3-P5) proteins
Replication
Entry mechanism: Aphid feeding
Site of transcription:
CytoplasmTranscriptase:
Virus-encoded RNA-dependent RNA polymeraseSite of genome replication:
UnknownReplicase:
Virus-encoded RNA-dependent RNA polymeraseReplication intermediate:
Negative sense genomic RNASite of virion assembly:
CytoplasmEgress mechanism:
Aphid feedingAdditional information:
History
Year of
event
1951
Event
Description of Barley yellow dwarf virus disease in California
References
Oswald JW, Houston BR (1951) Plant Dis Rep
11:471–475
Esau K (1957) Am J Botany 44:245–251
1957 Description of phloem tissue specificity of Barley yellow dwarfvirus
Identification of Yd2 gene for resistance to Barley yellow dwarf
1959virus in barley
Purification of Barley yellow dwarf virions and correlation with
Rasmusson DC, Shaller CW (1959) Agron J
51:661–664
Rochow WF, Brakke MK (1964) Virology
1964infectivity
Determination of specificity of transmission of Barley yellow
24:310–322
Rochow WF (1969) Phytopathol 59:1580–1589
1969dwarf virus strains by aphids
Description of Soybean dwarf disease in Japan
1969 Tamada T, Goto K, Chiba I, Suwa T (1969) AnnPhytopathol Soc Jap 35:282–285
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Luteovirus 823
Year of
event
1979
Event
Use of enzyme-linked immunosorbent assay for detection and
References
Lister RM, Rochow WF (1979) Phytopathol
diagnosis of Barley yellow dwarf virus
Elucidation of role of aphid accesory salivary gland in
69:649–654
Gildow FE, RochowWF (1980) Virology 104:97–108
1980transmission specificity
Production of monoclonal antibodies to Barley yellow dwarf
1984virus
Determination of sequence and genomic organization of Barley
Hsu HT et al (1984) Phytopathol 74:600–605
1988
yellow dwarf virus
Determination of the sequence and genomic organization of
Miller WA et al (1988) Nucl Acids Res 16:6097–6111
1994
Soybean dwarf virus
Use of coat-protein mediated resistance to Barley yellow dwarf
Rathjen JP et al (1994) Virology 198:671–679
1997
virus
Revision of taxonomy of Barley yellow dwarf virus and other
McGrath PF et al (1997) Europ J Plant Path
103:695–710
D’Arcy CJ et al (2000) VIIth Report of the ICTV
2000Luteoviridae members
Identification of four distinct strains of Soybean dwarf virus and
2001thier principle aphid vectors
Bean leafroll virus shown to be a member of the Luteovirus
Terauchi H et al (2001) Arch Virol 146:1885–1898
2002
genus
Elucidation of long-distance RNA-RNA interactions in luteovirus
Domier LL et al (2002) J Gen Virol 83:1791–1798
2006
gene expression and replication
Biolistic inoculation of soybean plants with soybean dwarf virus
Miller WA, White KA (2006) Ann Rev Phytopathol
44:447–467
Yamagishi N et al (2006) J Virol Meth 137:164–167
20062008
Identification of Rose spring dwarf associated virus as a member Salem NM et al (2008) Virology 375:354–360of the luteovirus genus
Soybean dwarf virus-resistant transgenic soybeans with the
2007sense coat protein gene
TougouM et al (2007) Plant Cell Rep 26:1967–1975
Genus Members
Wild-type
Species name
Barley yellow dwarf virus PAV
Synonyms
Oat red leaf virus
strains/
isolates
Aus, IL,
Natural host
range
Monocot
Experimental
host range
Membership
status
Type species
(BYDV-PAV)
Barley yellow dwarf virus MAV
NY, P
NY, PS1
plants
Monocot
(BYDV-MAV)
Barley yellow dwarf virus PAS
plants
Monocot
Approved member
(BYDV-PAS)
Barley yellow dwarf
virus PAV-129
(BYDV-PAV-129)
Legume yellows virus
plants
Approved member
Bean leafroll virus (BLRV)
(LYV); Michigan alfalfa
virus; Pea leafroll virus
(PeLRV)
Dicot plants
Approved memberRose spring dwarf associated
virus (RSDaV)
Dicot plants
Approved member![Page 4: The Springer Index of Viruses || Luteovirus](https://reader035.vdocuments.us/reader035/viewer/2022071715/575094471a28abbf6bb79b2a/html5/thumbnails/4.jpg)
.N
824 Luteovirus
Wild-type
Species name
Soybean dwarf virus (SbDV)
Genome organization and expr
umbered arrows represent open
Synonyms
Subterranean clover
ession of Barley yellow
reading frames
strains/
isolates
DP, DS,
dwarf virus-
Natural host
range
Dicot plants
PAV. Fig. 2
Experimental
host range
Membership
status
Approved member
red leaf virus (SCRLV)
YP, YSBarley yellow dwarf virus-GAV
(BYDV-GAV)
Monocot
plants
Tentative member
Nucleotide Sequences
Access
Genomic region
Complete genome
Species
BYDV-PAV
Strain
Aus
Nucleotides
5,677
number
NC_004750
References
Miller WA et al (1988) Nucl Acid Res 16:6097–6111
Complete genome
BYDV-MAV PS1 5,273 NC_003680 Ueng PP et al (1992) J Gen Virol 73:487–492Complete genome
BYDV-PAS PAV-129 5,695 NC_002160Complete genome
BYDV-GAV 5,685 NC_004666Complete genome
BLRV Michigan 5,964 NC_003369 Domier LL et al (2002) J Gen Virol 83:1791–1798Complete genome
RSDaV California 5,808 NC_010806 Salem NM et al (2008) Virology 375:354–360Complete genome
SbDV YS 5,853 NC_003056 Terauchi H et al (2001) Arch Virol 146:1885–1898Proteins
Protein name Number of Molecular Time of Additional
Protein name
RNA-dependent
abbreviation
P1
amino acids
339–374
weight (kDa)
38.4–43.4
expression
Early
Accession numbers
NP_840067.1;
information
RNA polymerase P1
NP_620065.1;NP_037636.1;
NP_813790.1;
NP_563610.1;
YP_001949737.1;
NP_150430.1
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Luteovirus 825
Protein name Number of Molecular Time of Additional
Protein name
RNA-dependent
abbreviation
P1-P2
amino acids
867–901
weight (kDa)
98.6–103.4
expression
Early
Accession numbers
NP_840014.2;
information
Product derived
RNA polymerase
P1-P2 fusion
NP_620064.1;
NP_037635.1;
NP_813789.1;
NP_563609.1;
YP_001949736.1;
NP_150431.2
NP_840015.1;
from -1 ribosomal
frameshift from
ORF1 into ORF2
Capsid protein P3
CP 199–220 21.7–24.4 LateNP_620067.1;
NP_037638.1;
NP_813792.1;
NP_563612.1;
YP_001949739.1;
NP_150432.1
NP_840016.1;
Movementprotein P4
P4
142–186 17.0–20.8 LateNP_620068.1;
NP_037639.1;
NP_813793.1;
NP_563613.1;
YP_001949740.1;
NP_150433.1
NP_840017.2;
ORF4 is translated
via leaky scanning
on subgenomic
RNA1
Aphid transmission
readthrough
protein P5
RTP
649–721 71.3–80.8 LateNP_620066.1;
NP_037637.1;
NP_813791.1;
NP_563611.1;
YP_001949738.1;
NP_150434.2
NP_840018.1;
Translated from
subgenomic RNA1
as a fusion protein
via read-through of
ORF3 stop codon
P6
P6 41–63 4.0–6.6 UnknownNP_620069.1;
NP_037640.1;
NP_813794.1;
YP_001949741.1
NP_840019.1;
Highly variable
protein
P7
P7 32–55 3.4–6.0 UnknownYP_001949742.1
Reported only in
BYDV-PAV and
RSDaV
Reported only in
P8 P8 40 4.2 Unknown YP_001949743.1RSDaV
Biology
Permissive Tissue
Species
BYDV-PAV
cell lines
Monocot
tropism
Phloem
Cytopathic effects
Filaments, vesicles,
Additional information
Protoplasts were inoculated with full-length in vitro
protoplasts
Dicot
nuclear distortion
transcripts of BYDV-PAV genomic RNAProtoplasts were inoculated with full-length in vitro
SbDVprotoplasts
Phloem
transcripts of SbDV genomic RNA
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826 Luteovirus
Diseases
Causative Affected Transmission Geographic
Disease
Barley yellow dwarf
agent
BYDVs
organisms
Monocot
Disease characteristics
Stunting, yellow-, orange-, red-,
route/vector
Aphids
Treatment
distributionWorld-wide
plants
Dicot plants
purple-leaf discoloration
Rolling of leaves stunting
(circulative)
Aphids
Bean leafroll BLRV(circulative)
Aphids
World-wide
Soybean dwarf
SbDV Dicot plants Stunting, leaf yellowing(circulative)
Aphids
World-wide
Rose spring dwarf
RSDaV Dicot plants Dwarfing, rosetting of newgrowth, bud break, vein clearing
(circulative)World-wide
Diagnosis
Sample Detection
Method
Enzyme-linked
Species
BYDV-PAV
material
Plant sap
target
Viral antigens
References
D’Acy CJ et al (1992) Plant Dis 76:273–276
immunosorbent assay
Dot-blot
hybridization
PCR amplification of
BYDV-PAV
Plant sap Viral RNA Liu Y et al (2007) J Virol Meth 145:22–29conserved major
capsid protein coding
region
PCR amplification of
BYDV-MAV
Plant sap Viral RNA Malmstrom CM, Shu R (2004) J Virol Meth 120:69–78conserved major
capsid protein coding
region
Enzyme-linked
SbDV
Plant sap Viral RNA Harrison B et al (2005) Plant Dis 89:28–32immunosorbent assay
SbDV
Plant sap Viral antigens Hewings AD, Damsteegt VD (1986) Phytopathol76:1075–1075
References
D’Arcy CJ, Burnett PA (eds) (1995) Barley yellow dwarf: 40 years of
progress. APS Press, St Paul
Gray S, Gildow FE (2003) Annu Rev Phytopathol 41:539–566
Miller WA, Rasochova L (1997) Annu Rev Phytopathol 35:167–190
Miller WA, White KA (2006) Annu Rev Phytopathol 44:447–467
Miller WA, Liu SJ, Beckett R (2002) Mol Plant Pathol 3:177–183
Peiffer ML, Gildow FE, Gray SM (1997) J Gen Virol 78:495–503