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Agran Agran, Di Terlizzi Di Terlizzi, Boscia Boscia, Minafra Minafra, Savino Savino, Martelli Martelli, Askri Askri (1990)
Occurrence of grapevine virus A (GVA) and other closteroviruses in Tunisian grapevines affected by leafroll diseaseVitis, 29
Chabbouh Chabbouh, Martelli Martelli, Savino Savino, Greco Greco, La Fortezza La Fortezza (1993)
Potato virus X in Tunisian grapevineVitis, 32
Haidar Haidar, Digiaro Digiaro, Khoury Khoury, Savino Savino (1996)
Viruses and virus diseases of grapevine in LebanonBulletin OEPP/EPPO Bulletin, 26
M. Digiaro, M. Bedzrob, A. D’ONGHIA, D. Boscia, V. Savino (1994)
On the correlation between grapevine virus A and rugose wood.Phytopathologia Mediterranea, 33
R. Alkowni, M. Digiaro, V. Savino (1998)
Viruses and virus diseases of grapevine in PalestineEppo Bulletin, 28
M. Haidar, M. Digiaro, W. Khoury, V. Savino (1996)
Viruses and virus diseases of grapevine in LebanonEppo Bulletin, 26
J. Merkuri, G. Martelli, D. Boscia, V. Savino (1994)
Viruses of grapevine in Albania.Eppo Bulletin, 24
Merkuri Merkuri, Martelli Martelli, Boscia Boscia, Savino Savino (1994)
Viruses of grapevine in AlbaniaBulletin OEPP/EPPO Bulletin, 24
V. Savino, C. Cherif, G. Martelli (1985)
A natural serological variant of Grapevine fanleaf virus.Phytopathologia Mediterranea, 24
D. Boscia, V. Elicio, V. Savino, G. Martelli (1995)
Production of monoclonal antibodies to grapevine fleck virusPlant Pathology, 44
Alkowni Alkowni, Digiaro Digiaro, Savino Savino (1998)
Viruses and virus diseases of grapevine in PalestineBulletin OEPP/EPPO Bulletin, 28
Bonavia Bonavia, Digiaro Digiaro, Boscia Boscia, Boari Boari, Bottalico Bottalico, Savino Savino, Martelli Martelli (1996)
Studies on ‘corky rugose wood’ of grapevine and on the diagnosis of grapevine virus BVitis, 35
Martelli Martelli, Galea Souchet Galea Souchet, Boscia Boscia, Savino Savino (1992)
Viruses of grapevine in MaltaBulletin OEPP/EPPO Bulletin, 22
C. Greif, R. Garau, D. Boscia, V. Prota, M. Fiori, P. Bass, B. Walter, U. Prota (1995)
The relationship of grapevine leafroll-associated closterovirus 2 with a graft incompatibility condition of grapevinesPhytopathologia Mediterranea, 34
Boscia Boscia, Aslouj Aslouj, Elicio Elicio, Savino Savino, Castellano Castellano, Martelli Martelli (1992)
Production, characterization and use of monoclonal antibodies to grapevine virus AArchives of Virology, 127
Garau Garau, Prota Prota, Piredda Piredda, Boscia Boscia, Prota Prota (1994)
On the possible relationship between Kober stem grooving and grapevine virus AVitis, 33
Boscia Boscia, Savino Savino, Minafra Minafra, Namba Namba, Elicio Elicio, Castellano Castellano, Gonsalves Gonsalves, Martelli Martelli (1993)
Properties of a filamentous virus isolated from grapevines affected by corky barkArchives of Virology, 130
M. Boulila, D. Boscia, B. Terlizzi, M. Castellano, A. Minafra, V. Savino, G. Martelli (1990)
Some properties of a phloem-limited non mechanically-transmissible grapevine virus.Journal of Phytopathology, 129
Gugerli Gugerli, Brugger Brugger, Bovey Bovey (1984)
L'enroulement de la vigne: mise en évidence de particles virales et développement d'une méthode immuno‐enzymatique pour le diagnostic rapideRevue Suisse de Viticulture, Arboriculture, Horticulture, 16
Boscia Boscia, Digiaro Digiaro, Fresno Fresno, Greif Greif, Grenan Grenan, Kassemeyer Kassemeyer, Prota Prota, De Sequeira De Sequeira (1997)
ELISA for the detection and identification of grapevine viruses. In Sanitary Selection of the GrapevineLes Colloques INRA, 86
G. Martelli, H. Souchet, D. Boscia, V. Savino (1992)
Viruses of grapevine in MaltaEppo Bulletin, 22
Walter Walter, Martelli Martelli (1996)
Sélection clonale de la vigne: sélection sanitaire et sélection pomologique. Influence des viroses et qualitéBulletin OIV, 69
Mature canes were collected from vines in the main grapevine‐growing areas in Tunisia (Cape Bon, Bizerte, Ben Arous), from commercial vineyards and mother‐plant plots, to assess the presence of virus and virus‐like diseases. Biological (mechanical transmission onto herbaceous hosts and grafting onto indicator woody plants) and serological detection (ELISA) methods were applied. ELISA showed that 96.4% of 669 vines tested were infected, most of them (88.1%) by at least two viruses. Grapevine leafroll‐associated 3 closterovirus (GLRaV‐3) was the most widespread virus (87.9%), followed by grapevine A vitiviras (GVA, 69.4%), grapevine fleck virus (GFkV, 51.9%), grapevine leafroll‐associated 1 closterovirus (GLRaV‐1, 36.8%), grapevine leafroll‐associated 2 closterovirus (GLRaV‐2, 19.1%), grapevine fan leaf nepovirus (GFLV, 18.2%) and grapevine B vitiviras (GVB, 14.8%). ELISA tests yielded negative results for grapevine leafroll‐associated 7 closterovirus (GLRaV‐7) and potato X potexvirus (PVX). The highest infections were found in Bizerte and Cape Bon regions (100 and 99.2%), and in vineyards aged over 20 years (98.5%) as compared with the younger ones (81.1%). Rootstocks in mother‐plant plots were practically free from all the viruses tested (1 plant infected out of 81), whereas severe infections were found in Vitis vinifera mother plants (67.4% of 341 samples), in particular table grapes (92.6%) compared with wine grapes (47.9%). In these mother‐plant plots, the prevailing viruses were GLRaV‐3 (41.3%), followed by GFkV (36.7%), GVA (27.9%), GLRaV‐1 (17%) and GLRaV‐2 (15.2%). GFLV and GVB were far more limited (1.5 and 0.6%, respectively). The presence of vein necrosis and vein mosaic was ascertained by transmission onto 110R and Vitis riparia indicators, whereas only GFLV was mechanically transmitted onto herbaceous hosts (from about 20% of the samples).
EPPO Bulletin – Wiley
Published: Mar 1, 1998
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