Breeding New Triticale Varieties with Improved Resistance to Powdery Mildew

This study reports on a French collaborative breeding program (2008–2011) that monitored powdery mildew emergence on triticale, identified effective wheat resistance genes (Pm1-Chopin allele, Pm3d, Pm4, MlTo, MlSo) and potential SSR molecular markers, and developed resistant germplasm from wheat × rye crosses.

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Detail beschrijving

Between 2008 and 2011, a French collaborative breeding program involving public research institutes, breeders, and technical centers addressed the recent emergence of powdery mildew (Blumeria graminis f. sp. tritici) on triticale. The project monitored disease evolution across multiple sites and seasons, characterized pathogen virulences on differential wheat genotypes, identified effective wheat resistance genes (including Pm1-Chopin allele, Pm3d, Pm4, MlTo, MlSo), and evaluated triticale germplasm from wheat × rye crosses for resistance. Researchers also identified potential SSR (microsatellite) molecular markers from literature and segregating populations. The study yielded promising resistant genotypes and markers while highlighting remaining research needs.

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Details bijdrage

Project

Innovations agronomiques

Innovations agronomiques

Locatie
France
Auteurs
Annaïg BOUGUENNEC, Maxime TROTTET, Philippe DU CHEYRON, Delphine HOURCADE-MARCOLLA et Philippe LONNET
Doel
Adopt innovative practices

Soort bestand
document
Gepubliceerd op
01 mei 2014
Taal van herkomst
French
Officiële project website
Innovations agronomiques
Licensie
CC BY