An integrated approach using Medicago truncatula to identify key genes controlling nutritional and physiological quality of legume seeds

A. Bordat; C. Le Signor; G. Aubert; D. Héricher; B. Darchy; V. Savois; M. Sanchez; R. Thompson; J. Burstin; K. Gallardo; C. Vandecasteele; Béatrice Teulat Merah; B. Ly Vu; Olivier Leprince; L. Viau; M.C. Morère-Le Paven; P. Satour; J. Buitink; J.M. Prospéri; A. Bendahmane; J. Gouzy; T. Huguet

An integrated approach using Medicago truncatula to identify key genes controlling nutritional and physiological quality of legume seeds

A. Bordat C. Le Signor G. Aubert D. Héricher B. Darchy V. Savois M. Sanchez R. Thompson J. Burstin K. Gallardo C. Vandecasteele Béatrice Teulat Merah ¹ B. Ly Vu Olivier Leprince ¹ L. Viau M.C. Morère-Le Paven P. Satour J. Buitink J.M. Prospéri A. Bendahmane J. Gouzy T. Huguet

1 PMS - Physiologie Moléculaire des Semences

Abstract : An integrated approach using Medicago truncatula to identify key genes controlling nutritional and physiological quality of legume seeds

Document type :

Other publications

Domain :

Life Sciences [q-bio] / Genetics / Plants genetics

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https://hal-agrocampus-ouest.archives-ouvertes.fr/hal-00729099
Contributor : Céline Martel <>
Submitted on : Friday, September 7, 2012 - 3:11:39 PM
Last modification on : Wednesday, March 21, 2018 - 4:08:08 PM

An integrated approach using Medicago truncatula to identify key genes controlling nutritional and physiological quality of legume seeds

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An integrated approach using Medicago truncatula to identify key genes controlling nutritional and physiological quality of legume seeds

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