Claim · model-written summary
BRSV-Ox polyproteins had 57 to 63% identity to GCMV.
OxalisNot reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleTreatmentComparatorSettingDirectionQualifier
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
e0“57 to 63% with GCMV”
t0“Oxalis”
Title
Detection and First Report of Beet Ringspot Virus in Ornamental Oxalis in the United States
R. Jordan; D. Mollov; M. A. Guaragna; et al. Plant Disease 2019. doi:10.1094/pdis-09-18-1680-pdn
Other claims from this paper (19)
- Observation Potyvirus-like particles were observed in symptomatic Oxalis leaves.
- Observation Symptomatic Oxalis tested positive for potyvirus by RT-PCR.
- Method / resource The SCRV-WI terminal region was unique and deposited in GenBank.
- Observation Filamentous and spherical particles were found in symptomatic tissue.
- Observation Cloned sequences matched SCRV-WI or beet ringspot virus.
- Observation BRSV-Ox RNA 1 was 7,354 nt.
- Observation BRSV-Ox RNA 2 was 4,632 nt.
- Observation BRSV-Ox RNA sequences had 93 to 96% identity to BRSV-S.
- Observation BRSV-Ox RNA sequences had 65 to 83% identity to TBRV.
- Observation BRSV-Ox RNA sequences had 50 to 62% identity to GCMV.
- Observation BRSV-Ox RNA sequences had 30 to 39% identity to CNSV.
- Observation BRSV-Ox RNA sequences had 19 to 25% identity to other nepoviruses.
- Observation BRSV-Ox polyproteins had 94 to 96% identity to BRSV-S.
- Observation BRSV-Ox polyproteins had 68 to 84% identity to TBRV.
- Observation BRSV-Ox polyproteins had 44 to 58% identity to CNSV.
- Observation BRSV-Ox polyproteins had 22 to 31% identity to other nepoviruses.
- Intervention effect BRSV-Ox inoculation produced chlorotic ringspots or mild mottling in Nicotiana hosts.
- Intervention effect BRSV-Ox transferred back to healthy Oxalis with asymptomatic infection.
- Observation The authors report BRSV in ornamental Oxalis for the first time.