• MINARDI P., MAZZUCCHI U. (1-25)  La fitobatteriologia verso il Duemila. (Phytobacteriology towards two thousand)
• PENNAZIO S.,  ROGGERO P. (27-41) Fisiologia di specie coltivate infette da virus. Solanum tuberosum. (The physiology of crop species systemically infected with viruses. Solanum tuberosum)
• CAMELE I,  CANDIDOV.,  RANAG.L.,  PALUMBO M.(43-52)  Effetti morfologici e produttivi dell’infezione del Potyvirus latente del cariofo (ALV). [Morphoproductive effects of artichoke latent Potyvirus (ALV) infection]
• DE CORATO U., CARLUCCI A.,  FRISULLO S.,  LOPS F.  L’avvizzimento del kenaf da Fusarium oxysporum. (The wilting of kenaf by Fusarium oxysporum)

Proceedings of the Meeting: Mass scale diagnosis of plant pathogens by nucleic acid amplification methodologies. (Atti del Convegno: Diagnosi massale di patogeni vegetali utilizzando tecniche di amplificazione degli acidi nucleici)
 
• van der WOLF J.M.,  van BECKHOVEN J.R.C.M.,  HOOFMAN M., KASTELEIN P. , de VRIES Ph.M,. van VUURDE J.W.L (67-72) New developments in detection of plant pathogenic bacteria by combining methods based on microbial enrichment, serology and PCR-amplification
• W. SLEDZ,  JAFRAS.,  WALERONM.,  MALINOWSKA A., LOJKOWSKA E. (73-76) Diagnostics of pectinolytic Erwinia isolated from infected potato plants and tubers by PCR
• CRUZL., SOUSA-SANTOS M. (77-80) Optimizing PCR technique for large scale diagnosis of angular leaf spot of strawberry in Fragaria plants
• NASCIMENTO T.,  OLIVEIRA H., SCHULZ T. (81-84) Identification of Agrobacterium vitis by amplification of molecular markers
• PETROVIC`N., GORAZD A., RAVNIKAR M. (85-88) Introduction of nucleic acid based techniques for routine diagnosis of plant pathogenic bacteria in Slovenia
• BERTACCINI A., MARTINI M. (89-92) Ribosomal and non-ribosomal primers for sensitive detection and identification of phytoplasmas
• CASATI P., BIANCO P.A. (93-96) Possible improvement in phytoplasma detection
• BONANTS P., HAGENAAR - DE WEERDT M. , KEMA G.,  VAN DEN BOOGERT P.,   WAALWIJKC.,  BAAYEN R. (97-104) AFLP DNA fingerprinting of plantpathogenic fungi at IPO-DLO
• NIELSEN K.,  FEJER JUSTESEN A., SIMON YOHALEM D. (105-108) PCR based detection of latent infections of Botrytis aclada fres. in onion bulbs
• YLI-MATTILA T. ,  PAAVANEN-HUHTALA S., AVIKAINEN H. (109-112) Molecular identification methods for a Gliocladium catenulatum strain promising in biological control
• MORICCA S., RADDI  P. (113-117) Use of DNA heteroduplex analysis to distinguish the Seiridium isolates causing cypress canker in the mediterranean region
• MORICCA S., RADDI  P. (119-122) Polymerase chain reaction-single strand conformation polymorphism to differentiate the cypress canker pathogens Seiridium cardinal and Seiridium cupressi
• O’DONNELL KJ., CANNING E., DARLING  D.,.YOUNG L.G.A (123-126) Development of ligase chain reaction assays for detection of potato viruses
• MUMFORD R.,WALSH K., BARKER I., BOONHAM  N. (127-130) Fluorescent PCRfor the detection of potato viruses
• NOLASCO G. , SEQUEIRA Z, SABINO J., FEBRES V., CEVIK B., LEE R., NIBLETT C.L. (131-135) PCR-based detection and strain typing of citrus tristeza virus
• VARVERIC., BOUTSIKA  K. (137-140) Application of a simple IC/PC-PCR-ELISA technique for plum pox potyvirus detection
• KRCZAL G., FELDHOFF A., WETZEL  T. (141-143) An immunocapture/PCR method for the detection of petunia flower mottle potyvirus in petunias
•  LEHTOK., HIRVONEN S. (145-148) Optimized IC-RT-PCR method for detection of the black currant reversion associated virus
• RANTANEN T., LEHTINEN U., KURPPA A. (149-152) Developing of an immunocapture RT-PCR for the detection of potato mop-top virus in potato tubers
•  RAQUEL H., TERESO S., MARGARIDA OLIVEIRA M., NOLASCO G. (153-156) Establishing a protocol for IC-RT-PCR detection of prune dwarf virus in almond
• PASQUINI G., FAGGIOLI F., BARBA M. (157-162) Sample preparations and RT-PCR assays for large scale detection of fruit tree viruses covered by certification standards
•  KRIZBAI L.,  KÖLBER M.,NÉMETH M., EMBER  I. (163-166) Nested PCR for detection of plum pox potyvirus in cherries
•  VAIRA A. M. (167-170) RT-PCR of cucumber mosaic virus: A quick and informative way to characterise isolates in a COST 823 ringtest on zucchini viruses
• DOVAS C., HATZILOUKAS E., SALOMON R., KATIS N. (171-174) Use of RT-PCR methods for the detection of garlic potyviruses
• NAVAS-CASTILLO J., DÍAZJ.-A.,  SÁNCHEZ-CAMPOS S., MORIONES E. (175-178) Detection of geminivirus genomes by print PCR
• MINAFRA A., LA NOTTE P., SALDARELLI  P.,  DIGIARO M.,  MARTELLI G.P. (179-182) Use of Spot-PCR for the detection of grapevine phloem-limited viruses
• MANSINHO A., TEXEIRA SANTOS M.,  SEQUEIRA Z., SEQUEIRA C., CORREIA P.K,  SEQUEIRA O.A., NOLASCO G. (183-186) Detection of grapevine viruses by RT-PCR of double stranded RNA templates
• CORTÊS I., PEREIRA A., GOLDBACH R., PETERS D., KORMELINK R. (187-190) RT-PCR procedure to amplify S RNA sequences of iris yellow spot virus, a distinct tospovirus
• WETZEL T. , MOERBE J., KRCZAL G. (191-193) A ligation-anchored/PCR method for the cloning of the 3’ end of the impatiens isolate of oilseed rape mosaic tobamovirus

Volume 9 (1999) fascicolo/issue 3

 
• ILARDI  V. (205-248) Biotecnologie per l’ottenimento di piante resistenti agli stress biotici. (Use of biotechnology to obtain plants resistant to biotic stress)
• FRISULLO S., BRUNO G., SPARAPANO L. (249-257) Un marciume del colletto e delle radici di giovani olivi causato da Thielaviopsis basicola. (A foot and root rot of young olive trees caused by Thielaviopsis basicola)
• CAMELE I.,  BERTACCINI A., MARTINI M., RANA G.L. (249-257) Identificazione molecolare di fitoplasmi in piante di eucalipto e mirto con scopazzi. (Molecular techniques to identify phytoplasmas in eucalyptus and mirtle plants with witchesí broom)
• NALLI  R. (259-268)Osservazioni sulla patogenicità di Phomopsis viticola su vite. (Obsevations about the pathogenicity of Phomopsis viticola on grapevine)
• BELISARIO A., FORTI E., CORAZZA L. (269-276) Un Marciume basale del noce comune associato a Fusarium solani. (Collar and root rot of walnut trees, associated with Fusarium solani)
• AA.VV. (283-354) Abstract of:Ninth Conference of the ISHS – Vegetable Virus Working Group."Recent advances in vegetable virus research". (Atti della Nona Conferenza del ISHS – Gruppo di lavoro: Virus delle piante ortensi,"Recenti progressi nella ricerca sui virus delle piante ortensi")