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A single polyploidization event at the origin of the tetraploid genome of Coffea arabica is responsible for extremely low genetic variation in wild and cultivated germplasm. Scalabrin Simone, Toniutti Lucile, Di Gaspero Gabriele, Scaglione Davide, Magris Gabriele, Vidotto Michele, Pinosio Sara, Cattonaro Frederica, Magni Federica, Jurman Irena, Cerutti Mario, Suggi Liverani Furio, Navarini Luciano, Del Terra Lorenzo, Pellegrino Gloria, Ruosi Manuela Rosanna, Vitulo Nicola, Valle Giorgio, Pallavicini Alberto, Graziosi Giorgio, Klein Patricia E., Bentley Nolan, Murray Seth C., Solano William, Al Hakimi Amin, Schilling Timothy, Montagnon Christophe, Kotch George, Bertrand Benoît, Morgante Michele. 2021. In : 28th Conference of Association for the Science and Information on Coffee - Books of abstracts. ASIC. Montpellier : ASIC, Résumé, p. 102. Conference of Association for the Science and Information on Coffee (ASIC 2021). 28, Montpellier, France, 28 Juin 2021/1 Juillet 2021.

A single polyploidization event at the origin of the tetraploid genome of Coffea arabica is responsible for the extremely low genetic variation in wild and cultivated germplasm. Scalabrin Simone, Toniutti Lucile, Di Gaspero Gabriele, Scaglione Davide, Magris Gabriele, Vidotto Michele, Pinosio Sara, Cattonaro Frederica, Magni Federica, Jurman Irena, Cerutti Mario, Suggi Liverani Furio, Navarini Luciano, Del Terra Lorenzo, Pellegrino Gloria, Ruosi Manuela Rosanna, Vitulo Nicola, Valle Giorgio, Pallavicini Alberto, Graziosi Giorgio, Klein Patricia E., Bentley Nolan, Murray Seth C., Solano William, Al Hakimi Amin, Schilling Timothy, Montagnon Christophe, Morgante Michele, Bertrand Benoît. 2020. Scientific Reports, 10:4642, 13 p.

The Guiana cacao genetic group (Theobroma cacao L.): A new core collection in French Guiana. Lachenaud Philippe, Clément Didier, Argout Xavier, Scalabrin Simone, Doare Fabien. 2018. Botany Letters, 165 (2) : 248-254.