Congressi SIGA
- Book of abstract
- Scientific Programme
- Session I - Genomics and breeding of vegetables
- Session II - Plant-environment interactions
- Session III - Secondary metabolism
- Session IV - Gene regulation
- Session V - Association and QTL mapping
- Session VI - Integrating global analysis: a window on Systems Biology
- Session VII - Miscellanea
- Symposium on "Plant Evo-Devo - A tribute to Darwin"
- Authors Index
- Keywords Index
 Ministero delle Politiche Agricole, Alimentari e Forestali |
 Università
degli
Studi di Torino |
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Session I - Genomics and breeding of vegetables
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INVITED LECTURE |
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| 1.01 | Taylor C., Prothro J., Guo Y., Sandlin K., Heesacker A.F., Khalilian N., McGregor C., King J., Caldwell D., Braun C., Osborn T.C., Knapp S.J. - Next-generation DNA sequencing and SNP genotyping technologies enable the rapid development of a marker-assisted breeding platform for watermelon |
ORAL COMMUNICATIONS |
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| 1.02 | Di Filippo M., Maselli V., Traini A., DAgostino N., Frusciante L., Chiusano M.L. - Solanaceae genomics: maybe we can |
| 1.03 | Toppino L., Acciarri N., Mennella G., Lo Scalzo R., Rotino G.L. - Introgression breeding in eggplant (Solanum melongena L.) by combining biotechnological and conventional approaches |
| 1.04 | Portis E., Acquadro A., Scaglione D., Comino C., Mauromicale G., Mauro R., Taylor C.A., Knapp S.J., Lanteri S. - Construction of a reference linkage map for globe artichoke |
| 1.05 | Di Matteo A., Sacco A., Anacleria M., Trotta N., Barone A. - Identification and transfer of QTLs controlling ascorbic acid content in tomato fruit |
| 1.06 | Riccardi P., Leebens Mack J., Cifarelli R., Falavigna A., Sunseri F. - Pyrosequencing based EST libraries development for SNPs discovery in Asparagus officinalis |
POSTERS |
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| 1.07 | Faino L., Houshyani Hassanzadeh B., Verzaux E., Frusciante L., Bai Y. - Fine mapping of Ol-qtl2, a QTL conferring resistance to tomato powdery mildew |
| 1.08 | Falcone G., Fantini E., Giuliano G. - Evolution of flowering time and fruit quality traits in tomato |
| 1.09 | Pietrella M., Falcone G., Fantini E., Gonzalez M., Ercolano M.R., Grandillo S., DAgostino N., Traini A., Frusciante L., Perrotta G., Vezzi A., Valle G., Giuliano G. - Tomato genome sequencing |
| 1.10 | Ruggieri V., Greco B., Lombardi N., Vasco M., Barone A., Di Matteo A. - Understanding the genetic control of antioxidant compounds in tomato fruit through genomics tools |
| 1.11 | Carli P., Sanseverino W., Ferriello F., Ercolano M.R. - A wide tomato disease genes scanning for R gene markers development |
| 1.12 | De Biasi M.G., Salluzzo A., Lippo S.M., Palomba F., Ruotolo G., Chiaiese P., Filippone E. - Tomato ionomic approach for food fortification and safety |
| 1.13 | Ballottari M., Termolino P., Bianco L., Alboresi A., Cammareri M., Grandillo S., Bassi R. - Proteomics and functional genomics approaches to explore chloroplast-chromoplast transition in tomato fruit |
| 1.14 | Barbierato V., Rinaldi P., Caponetto G., Leone E., Toppino L. - Analysis of differentially-expressed genes caused by the Rfo-Sa1 resistance locus in eggplant breeding lines inoculated with Fusarium oxysporum f. sp. melongenae and Verticillium dahliae |
| 1.15 | Barchi L., Stàgel A., Portis E., Rotino G.L., Toppino L., Lanteri S. - A new intraspecific AFLP-based map of eggplant |
| 1.16 | Palazzolo E., Laudicina V.A., Cavallanti F., Leone E., Rotino G.L. - Phospholipid fatty acids in anthers of eggplant (S. melongena L.), allied species and correspondent introgression lines |
| 1.17 | Iorizzo M., Mann H., DAgostino N., Miraglia V., Chiusano M.L., Bradeen J.M., Carputo D. - Comparative structural genomics between incogruent wild potato species |
| 1.18 | Nicolè S., Ambrosi D., Bellucci E., Lucchin M., Barcaccia G. - Genetic traceability of plant varieties belonging to species of agri-food interest by means of DNA barcoding: a case study |
| 1.19 | Gioia T., Logozzo G., Ierardi G., Attene G., Negri V., Spagnoletti Zeuli P. - Morphological and nucleotide diversity in wild and cultivated common bean (Phaseolus vulgaris L.) accessions from different genepools |
| 1.20 | Goretti D., Nanni L., Bitocchi E., Rossi M., Bellucci E., Attene G., Papa R. - Nucleotide diversity in wild and domesticated Phaseolus vulgaris L. from Mesoamerica |
| 1.21 | Chiaretti D., Stamigna C., Chiaretti E., Iannetta M., Bozzini A. - Transfer of useful genes from Pisum sativum to Pisum arvense and viceversa |
| 1.22 | Shiferaw E., Ponnaiah M., Porceddu E. - Genetic diversity of Ethiopian grass pea (Lathyrus sativus L.) using molecular markers |
| 1.23 | Formisano G., Paparo R., Mancuso T., Ercolano M.R. - Assessment of genetic relationships within Cucurbita pepo using RAPD and AFLP markers |
| 1.24 | Beretta M., Bagnaresi P., Sabatini E. - A search for molecular markers linked to aphid resistance genes in lettuce based on NBS-LRR domains |
| 1.25 | Valente M.T., Sabatini E., Casali P.E., Falavigna A. - Molecular marker-assisted introgression of wild Asparagus species genome into the cultivated Asparagus officinalis |
| 1.26 | Rey N., Pagnotta M.A., Noorani A., Crinò P., Tavazza R., Alercia A., Saccardo F. - Globe artichoke descriptors and their improvement |
| 1.27 | de Virgilio M., Tagarelli A., Morone Fortunato I., Finetti-Sialer M., Pignone D. - Epigenetic control of development in axenic culture of globe artichoke |
