273 results on '"Guilley H"'
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2. Sequence of 71 Nucleotides at the 3 ′ -End of Tobacco Mosaic Virus RNA
3. Agroinfection as an Alternative to Insects for Infecting Plant with Beet Western Yellows Luteovirus
4. Specific Encapsidation of Fragments of TMV RNA
5. Nonregulated expression of TGBp3 of hordei-like viruses but not of potex-like viruses inhibits beet necrotic yellow vein virus cell-to-cell movement
6. Rapid screening for dominant negative mutations in the beet necrotic yellow vein virus triple gene block proteins P13 and P15 using a viral replicon
7. Effects of structural modifications upon the accumulation in planta of replicons derived from beet necrotic yellow vein virus RNA 3
8. Transgenic plants expressing the TGB1 protein of peanut clump virus complement movement of TGB1-defective peanut clump virus but not of TGB1-defective beet necrotic yellow vein virus
9. Abstracts of presentations on plant protection issues at the xth international congress of virology: August 11–16, 1996 Binyanei haOoma, Jerusalem Iarael part 3(final part)
10. Evidence for in vitro and in vivo autocatalytic processingof the primary translation product of beet necrotic yellowvein virus RNA 1 by a papain-like proteinase
11. Nucleotide sequence of beet mild yellowing virus RNA
12. Artificial defective interfering RNAs derived from RNA 2 of beet necrotic yellow vein virus
13. Detection by immunogold labelling of P75 readthrough protein near an extremity of beet necrotic yellow vein virus particles
14. Agroinfection as an alternative to insects for infecting plants with beet westrn yellow luteovirus
15. Correction
16. Abstracts of presentations on plant protection issues at the xth international congress of virology: August 11-16, 1996 Binyanei haOoma, Jerusalem Iarael part 3(final part)
17. The First Triple Gene Block Protein of Peanut Clump Virus Localizes to the Plasmodesmata during Virus Infection
18. Structure and Expression of the Cauliflower Mosaic Virus Genome
19. Nucleotide Sequences of Plant Viral RNAs
20. The Organization of Plant Viral Genomes
21. Correction
22. Rôle des gènes 3'-proximaux dans le mouvement du beet western yellows luteovirus dans les plantes
23. Rôle multifonctionnel de la protéine mineure de la capside du virus de la jaunisse occidentale de la betterave
24. Role of the 3'-proximal genes in beet western yellows luteovirus movement in plants
25. Different effects of mutations in the beet western yellows virus readthrough domain on readthrough protein expression, virus accumulation and aphid transmission
26. Molecular bases of luteovirus transmission by aphids
27. Molecular studies of luteovirus transmission by aphids
28. Molecular determinants governing beet western yellows virus transmission by aphids
29. How many movement proteins do luteoviruses require for efficient infection ?
30. Mutational analysis of the genes required for a luteovirus to move and infect plants
31. Studies on the interrelations between beet western yellows luteovirus (BWYV) and its aphid vector
32. Study of the domains of the readthrough protein involved in beet western yellowing luteovirus transmission by Myzus persicae
33. Aphid transmission of beet western yellows luteovirus requires the minor capsid readthrough protein
34. La transmission du beet western yellows luteovirus par le puceron Myzus persicae nécessite la protéine de readthrough P74
35. Détection d'isolats pathogènes pour la betterave de beet mild yellowing virus avec une ribosonde spécifique : un nouvel outil pour l'étude de la variabilité d'isolats du BMYV
36. Fonction des ORF1 et ORF5 du BWYV dans l'infection virale, la transmission par aphide et la gamme d'hôte
37. Requirement of coat protein and readthrough protein of beet western yellows luteovirus in plant infection and aphid transmission
38. Detection by immunogold labelling of P75 readthrough protein near an extremity of beet yellow vein virus particles
39. Agroinfection as an alternative to insects for infecting plants with beet western yellows luteovirus
40. Approche par mutagenese dirigee et agroinfection des fonctions des differentes proteines codees par le BWYV
41. Etude de la variabilité du Peanut Clump Virus
42. Contribution de la proteine de Readthrough P75 a l'assemblage du virus des nervures jaunes et necrotiques de la betterave
43. P0 proteins of European beet-infecting poleroviruses display variable RNA silencing suppression activity
44. Rapid screening of RNA silencing suppressors by using a recombinant virus derived from beet necrotic yellow vein virus
45. Role des RNA3 et 4 du virus de la rhizomanie (BNYVV) dans sa transmission par Polymyxa betae; utilisation de transcrits infectieux
46. Subcellular localization of the Triple Gene Block movement proteins of Beet necrotic yellow vein virus by electron microscopy
47. Beet Necrotic Yellow Vein Virus Particles Localize to Mitochondria during Infection
48. P42 Movement Protein of Beet necrotic yellow vein virus Is Targeted by the Movement Proteins P13 and P15 to Punctate Bodies Associated with Plasmodesmata
49. Cell-to-Cell Movement of Beet Necrotic Yellow Vein Virus: I. Heterologous Complementation Experiments Provide Evidence for Specific Interactions Among the Triple Gene Block Proteins
50. Vascular movement of beet necrotic yellow vein virus in Beta macrocarpa is probably dependent on an RNA 3 sequence domain rather than a gene product.
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