LXVI SIGA Annual Congress
“Climate-smart plants to feed the future”
05-08 September 2023
SESSION 3 - Innovative methods and tools in plant genetics and breeding
ORAL COMMUNICATIONS3.01 | Sporophytic control of male fertility, the role of the SWEET4 gene in barley |
3.02 | Black rot resistance of grapevine: from organ-specific QTL mapping to the sequencing of the donor towards candidate gene identification |
3.03 | Less is More: CRISPR/Cas9-based Mutations in DND1 Gene Enhance Tomato Resistance to Powdery Mildew with Low Fitness Costs |
3.04 | Combining phenomics approaches from pot to plot to identify candidate genes for photosynthesis improvement in the multi parent MAGIC maize population |
3.05 | INNOVAR project: developing high-throughput phenotyping and genetic methods and technologies to improve accuracy in agriculture and in wheat varietal registration protocols |
3.06 | Field-based canopy height estimatiom using UAV images improves after spatial and temporal adjustment |
3.07 | An efficient and affordable ptotocol to produce doubled haploids in cauliflower (Brassica oleracea var. botrytis L.) by isolated microspore culture |
3.08 | Modifying phyllotaxis in Brassica seed crop species for yield improvement |
3.09 | Somaclonal variation as biotechnological tool for increasing grapevine tolerance to biotic/abiotic stresses |
3.10 | Developing a protocol to isolate transcription factors bound to a specific DNA locus from the extracted chromatin of grapevine protoplasts using CRISPR-dCas9 system |
3.11 | Development and proof-of-concept application of genome-enabled selection for alfalfa biomass yield in Northern Italy: preliminary results |
3.12 | A deep dive into the role of NLRs in Solanaceae |
3.13 | Application of a Genotyping-By-Sequencing approach to trace a high-quality yellow tomato landrace along the supply chain |
3.14 | Development and application of a CAPS marker (Phyto) linked to the Pc5.1 locus conferring resistance to Phytophthora capsici in pepper (Capsicum annum L.) |
3.15 | CRISPR/Cas mediated chromosome rearrangement in a wild tomato genome |
3.16 | Characterization of SOC1-like genes in tomato by integrating genomics, genetic diversity, genome editing and gene co-expression network platforms |
3.17 | A high-throughput SNP-based approach for the traceability in the Italian pasta supply chain |
3.18 | The intra-genic overexpression of the Tonneau1b gene increases grain length in durum wheat |
3.19 | Different genomic regions define florets number and spike-related traits in T durum ssp. |
3.20 | Investigating the role of the GRF4 gene in barley and durum wheat |
3.21 | Exploring the Potential of Cell Suspension Cultures in Wheat: Investigating the Impact of Starch Mutants on Growth and Metabolism |
3.22 | Comprehensive genome-wide characterization and expression profiling of NPF and NRT2 nitrogen transporters gene families in durum wheat |
3.23 | Evaluation of cereal response to drought with the PlantArray gravimetric-based platform |
3.24 | Establishing and Characterizing a Capsicum annuum MAGIC Population: Phenotypic and Genomic Insights |
3.25 | Application of forward and reverse genetic approaches on Diplotaxis tenuifolia |
3.26 | Genetic manipulation of the novel crop Wolffia globosa (Lemnaceae) |
3.27 | ITS-DGGE analysis for Cucumis melo L. cultivar authentication |
3.28 | Use of Single Sequence Repeats, Single Nucleotide Polymorphisms and Ploidy analysis in genotyping Lantana camara breeding clonal lines |
3.29 | Reproductive barriers in Asteraceae species: an overview on the relationships between crops and their altered mating systems |
3.30 | Exploring Seed-Nanoparticle Interactions and their Promising Applications in Nanopriming |
3.31 | A transcriptomic approach on a heterozygous reference genome unravels the aptitude of citrus fruits for IV Gamma uses |