Congressi SIGA
- Book of abstract
- Scientific Programme
- Session 1 - Epigenetics
- Session 2A - Genome structure function and plasticity
- Session 2B - Proteostasis
- Session 2C - Transport and assimilation: from single cells to whole plant
- Session 3A - Genetics, physiology and breeding of fruit plants
- Session 3B - La diversità genetica umana e il concetto di razza
- Session 3C - La storia della Genetica Italiana
- Session 4 - Systems Biology
- Session 5A - AGI oral Session
- Session 5B - Starch biology and biotechnology
- Session 5C - Green biotechnology for industrial uses
- Session 6A - Crop productivity: physiology and genetics
- Session 6B - Genes and human hereditary diseases
- Session 7 - Biotic interactions: symbiosis and pathogenesis
- Session 8 - Food nutritional value and life span
- Session 9 - Genetics, physiology and biotechnology
- Authors Index
- Keywords Index
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Session 8 - Food nutritional value and life span
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INVITED LECTURE |
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Van den Ende W., Peshev D., De Gara L. - Fructans counteract ROS in plants, in food and in the human body | |
ORAL COMMUNICATIONS |
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8.02 | La Rocca N., Pasin A., Andreoli C., Rascio N., Moro I. - Canthaxanthin production by Scenedesmus sp., a chlorophyta from Antarctica |
8.03 | Moglia A., Lanteri S., Comino C., Butelli E., Martin C. - The silencing of a GST gene increases the content of health-promoting dicaffeoylquinic acids in tomato |
8.04 | Panzeri D., Cassani E., Doria E., Tagliabue G., Forti L., Campion B., Bollini R., Brearley C.A., Pilu R., Nielsen E., Sparvoli F. - The bean low phytic acid 1 mutation is due to a defective MRP transporter, affecting the regulation of phytic acid pathway, seed MYO-inositol content and seed germination sensitivity to ABA, but does not impact performaces under abiotic stresses |
8.05 | Lupi R., Denery D., Lafiandra D., Masci S., Larré C. - How much the transgenesis affects the allergenicity? |
8.06 | Fantini E., Falcone G., Giuliano G. - Dissecting lycopene biosynthesis in tomato fruits through virus-induced gene silencing |
8.07 | Proietti S., Moscatello S., Brugnoli E., Mattioni C., Battistelli A. - Degradative metabolism of oxalic acid and ascorbic acid in spinach (Spinacia oleracea L.). |
POSTERS |
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8.08 | Marzario S., Gioia T., D’Onofrio A., D’Agrosa G., Logozzo G., Spagnoletti Zeuli P. - Evolution of the genetic structure in Triticum durum Desf. germplasm from Southern Italy |
8.09 |
Alfieri M., Redaelli R. - Screening of favourable alleles for beta-carotene content in maize inbred lines |
8.10 | Paoletti F., Sestili F., Botticella E., Masci S., Lafiandra D. - Comparative proteomic analysis of metabolic and starch granule-associated proteins in wheat kernel of a high amylose transgenic line and its corresponding untransformed cultivar |
8.11 |
Palombieri S., Sestili F., Paoletti F., Botticella E., Lafiandra D. - Polymorphism of starch granule protein 1 (Sgp-1) in polyploid and diploid wheat species |
8.12 | Rivera Ortiz L.M., Benedettelli S., Ghiselli L., Lafiandra D., Masci S. - Accumulation of CM proteins in old and new durum wheat cultivars under different nitrogen fertilization |
8.13 | Giberti S., Bertazzini M., Trono D., Forlani G. - Lipoxygenase activity in Triticum durum: differential properties of enzyme forms |
8.14 | Finocchiaro F., Gianinetti A., Grausgruber H., Baronchelli M., Cattivelli L., De Santis G., Platani C., Terzi V., De Vita P. - A study of biodiversity of phenolic content in the wheat caryopsis |
8.15 | Graziano S., Pafundo S., Gullì M., Marmiroli N. - Development of Real-Time PCR assays for the detection of allergenic species in food |
8.16 |
Volpicella M., Panarese S., Leoni C., Fanizza I., Gallerani R., Ceci L.R. - Molecular cloning and characterization of allergenic proteins from maize |
8.17 | Cerino Badone F., Amelotti M., Hamad N., Schiraldi A., Fessas D., Cesari V., Toschi I., Cremona R., Delogu C., Villa D., Lucchini G., Pilu R. - Low phytic acid 1 mutation in maize, not only a phosphorous issue |
8.18 | Lago C., Cassani E., Petroni K., Calvenzani V., Tonelli C., Pilu R. - Study of maize genotypes rich in anthocyanins for human and animal nutrition |
8.19 |
Doria E., Nielsen E., Glahn R., Tava A., Dani V., Sparvoli F., Perrone D., Campion B. - Nutritional quality improvement in common beans by genetic reduction of phytic acid and other antinutritional factors |
8.20 | Vietina M., Agrimonti C., Marmiroli M., Bonas U., Marmiroli N. - Applicability of SSR markers to the traceability of monovarietal olive oils |
8.21 | Menin B., Comino C., Kankar C., Portis E., Moglia A., Bouwmeester H., Beekwilder J., Lanteri S. - Investigation on a (+)-germacrene A synthase involved in sesquiterpene lactones biosynthesis in globe artichoke |
8.22 | Patui S., Peresson C., Clincon L., Navarini L., Del Terra L., Vianello A., Zancani M., Braidot E. - Characterization of lipase activity in green coffee beans during storage and germination |
8.23 |
Bertolini A., Braidot E., Petrussa E., Peresson C., Patui S., Tubaro F., Wählby U., Coan M., Vianello A., Zancani M. - Lamb’s lettuce (Valerianella olitoria [L.] Pollich) storage at low temperature is improved by partitioned light |
8.24 |
Pistelli La., Barberini S., Raffi D., Leonardi M., Bertoli A., Pistelli Lu., Ruffoni B. - HPPR gene identification in Salvia officinalis cell cultures for the production of rosmarinic acid |
8.25 | Nacca F., Massaro G., Annunziata M.G., Iannuzzi F., Carillo P., Fuggi A. - Glutathione oxido-reductive state into Brassica rapa L. cv. sylvestris during postharvest storage |
8.26 |
Pontecorvo G., Woodrow P., Massaro G., Carillo P., Kafantaris I., Fuggi A. - changes ascorbate peroxidase gene expression post-harvest in brassica rapa l. |
8.27 | Massaro G., Nacca F., Annunziata M.G., Iannuzzi F., Carillo P., Fuggi A. - Metabolites and peroxidase activities in Brassica rapa L. cv. sylvestris during postharvest storage |
8.28 | Santangelo E., Picarella M.E., Soressi G.P., Mazzucato A. - Novel insights and perspectives for the breeding and exploitment of high-anthocyanin tomatoes |
8.29 |
Scarano D., Corrado G., Rao R. - DNA testing as a means to protect ‘San Marzano’ PDO products |
8.30 | Savo Sardaro M.L., Marmiroli M., Maestri E., Marmiroli N. - Molecular characterization and discrimination of Italian tomato cultivars |
8.31 | D’Alessandro A., Francese G., Rotino G.L., Mennella G. - Evolution of some quality parameters during fruit ripening in Solanum melongena L. introgression lines |
8.32 | Di Matteo A., Ruggieri V., Sacco A., Carriero F., Rigano M.M., Lombardi N., Barone A. - Resolving gene network that controls phenolics accumulation in tomato fruit |
8.33 | Orsi I., Malatrasi M., Belfanti E., Gullì M., Marmiroli N. - Determining resistance to Pseudomonas syringae in tomato, a comparison with different molecular markers |
8.34 |
Minutolo M., Amalfitano C., Chiaiese P., Errico A. - Antioxidant content in tomato varieties and ecotypes |