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Genomics and Biology of Fruit Crop

Department (DGBPF) - Their aim is to further genetic improvement of crops and/or to develop new varieties of commercial interest, working in the fields of functional and structural genomics, transcriptomics, applied genomics, quantitative genetics, and advanced molecular breeding.

Genomics and Biology of Fruit Crop

Genomics and Biology of Fruit Crop Department founds its roots in the recent evolution of the large investments done in the last ten years on genomics of the fruit crops (grape, apple, pear, but also strawberry and raspberry) and in the translation of thee efforts in both comprehensive olistic approaches to modern biology as well as marker assisted breeding. Up-to-date technologies has been acquired in order to lead the sequencing of two genomes (apple and grape), and to participate to other genomic projects (pear, raspberry, olive, strawberry) and they currently are used to refine the listed genomes and resequencing varieties (genotyping and RNAseq) with various purposes. Our parallel interests in several "omics" (genomics, transcriptomics, metabolomics) aim to dissect biological events, with particular attention to fruit and flower development, plant-pathogen interaction, plant habitus, dormancy break, post-harvest as other events correlated to plant management, plant productivity and fruit shelf-life. Olistic approaches are supposed to supply a strong support to the breeding activity, and also high-throughput phenotypic analysis has been set up to implement marker development. Finally, the study of small and microRNA has been recently introduced to identify the role that these small molecules have in the biological events listed above.

Head of the department : Riccardo Velasco

Administrative staff: Lona Emma

Gene Functions

Research Group (DGBPF FG) - Grapevine molecular physiology

Applied Rosaceous Genomics

Research Group (DGBPF GAR)

Grapevine Applied Genomics

Research Group (DGBPF GAV) - Grape breeding, such as fruit development and composition, and stress resistance.

Structural Genomics

Research Group (DGBPF GS) - Improve the use of genome sequences to translate basic into applied research.

Functional Genomics

Research Group (DGBPF GF) - Studying genes: function, expression, trace.

Rosaceae Breeding

Technological Platform (DGBPF MGR) - New varieties that meet the current and new consumer demands, high levels of production, easily managed and ge...

Grapevine Breeding

Technological Platform (DGBPF MGV)

Plant transformation and tissue culture

Technological Platform (DGBPF TTC) - New transformation protocol for apple, grape, and small fruit and produce transgenic lines for functional geno...

Sequencing and Genotyping

Technological Platform (DGBPF S) - Development of new methods of experimental investigation.