All Stories

  1. A 33-Year-Old Plant Sample Contributes the First Complete Genomic Sequence of Potato Virus U
  2. Full-Genome Sequencing of a Virus from a 33-Year-Old Sample Demonstrates that Arracacha Mottle Virus Is Synonymous with Arracacha Virus Y
  3. Complete Genomic Sequence of the Potyvirus Mashua Virus Y, Obtained from a 33-Year-Old Mashua (Tropaeaolum tuberosum) Sample
  4. First Complete Genome Sequence of Cucurbit aphid-borne yellows virus from Papua New Guinea
  5. Two Complete Genome Sequences of Squash mosaic virus from 20-Year-Old Cucurbit Leaf Samples from Australia
  6. Analysis of an RNA-seq Strand-Specific Library Sample Reveals a Complete Genome of Hardenbergia mosaic virus from Native Wisteria, an Indigenous Virus from Southwest Australia
  7. First Complete Squash leaf curl China virus Genomic Segment DNA-A Sequence from East Timor
  8. Analysis of an RNA-seq Strand-Specific Library from an East Timorese Cucumber Sample Reveals a Complete Cucurbit aphid-borne yellows virus Genome
  9. Metagenomic Analysis of Cucumber RNA from East Timor Reveals an Aphid lethal paralysis virus Genome
  10. First Complete Genome Sequence of Bean common mosaic necrosis virus from East Timor
  11. Deep Sequencing Reveals the Complete Genome Sequence of Sweet potato virus G from East Timor
  12. First Complete Genome Sequence of Suakwa aphid-borne yellows virus from East Timor
  13. Systemic Hypersensitive Resistance to Turnip mosaic virus in Brassica juncea is Associated With Multiple Defense Responses, Especially Phloem Necrosis and Xylem Occlusion
  14. Sweet potato virus 2
  15. Complete Genome Sequences of the Carlavirus Sweet potato chlorotic fleck virus from East Timor and Australia
  16. First Complete Genome Sequence of Pepper vein yellows virus from Australia
  17. Pea seed-borne mosaic virus : Stability and Wind-Mediated Contact Transmission in Field Pea
  18. Effects of Temperature on Disease Severity in Plants of Subterranean Clover Infected Singly or in Mixed Infection withBean yellow mosaic virusandKabatiella caulivora
  19. Programmed cell death pathways induced by early plant-virus infection are determined by isolate virulence and stage of infection
  20. A proposal to rationalize within-species plant virus nomenclature: benefits and implications of inaction
  21. Potato spindle tuber viroid: alternative host reservoirs and strain found in a remote subtropical irrigation area
  22. Future Scenarios for Plant Virus Pathogens as Climate Change Progresses
  23. ImprovingPotato virus Ystrain nomenclature: lessons from comparing isolates obtained over a 73-year period
  24. Studies on resistance phenotypes to Turnip mosaic virus in five species of Brassicaceae, and identification of a virus resistance gene in Brassica juncea
  25. Quantifying Effects of Seedborne Inoculum on Virus Spread, Yield Losses, and Seed Infection in the Pea seed-borne mosaic virus –Field Pea Pathosystem
  26. Evaluation of resistance to Turnip mosaic virus in Australian Brassica napus genotypes
  27. Detection of Sweet potato chlorotic fleck virus and Sweet potato feathery mottle virus – strain O in Australia
  28. Natural resistance to bean yellow mosaic potyvirus in subterranean clover
  29. Infection of subterranean clover swards with bean yellow mosaic potyvirus: losses in herbage and seed yields and patterns of virus spread
  30. Occurrence of bean yellow mosaic virus in subterranean clover pastures and perennial native legumes
  31. Subterranean clover mottle virus infection of subterranean clover: widespread occurrence in pastures and effects on productivity
  32. Losses in productivity of subterranean clover swards caused by sowing cucumber mosaic virus-infected seed
  33. Seed-borne cucumber mosaic virus infection of subterranean clover in Western Australia
  34. A Previously Undescribed Nepovirus Isolated from Potato in Peru
  35. Breakdown of potato virus X resistance gene NX: selection of a group four strain from strain group three
  36. Oca Strain of Arracacha Virus B from Potato in Peru
  37. Virus disease problems facing potato industries worldwide: viruses found, climate change implications, rationalizing virus strain nomenclature, and addressing the Potato virus Y issue.