Syracuse

The pea genome and beyond

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Burstin, Judith | Avia, Komlan | Klein, Anthony | Tayeh, Nadim | Aubert, Gregoire | Kreplak, Jonathan | Leveugle, Magalie | Duborjal, H. | Pichon, Jean-Philippe | Herbommez, J.F. | Declerck, P. | Floriot, Mathieu | Lecomte, Christophe | Houtin, Hervé | Chabert-Martinello, Marianne | Rond, Céline | Vieille, Emilie | Cruaud, C. | Le Paslier, Marie-Christine | Consortium, And The Pea Genome

Edité par CCSD ; Fundacja UAM w Poznaniu -

Prod 2019-96c BAP GEAPSI INRA. International audience. The recently generated pea genome sequence is a significant step for the pea research community towards unravelling functional diversity and establishing genome-enabled breeding. Re-sequencing data reveal the considerable diversity present in the Pisum genus. High-throughput genotyping is now available to explore large collections using the exome capture technology in genome-wide association studies (GWAS) or tackle map-based QTL cloning. Furthermore, genomic selection strategies have been developed in order to tackle complex traits such as yield regularity and improve selection efficiency. We will present snapshots of these results and discuss potential transfer of knowledge from pea to related crops.

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