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United States Department of Agriculture

Agricultural Research Service

Research Project: EVALUATION AND IMPROVEMENT OF CEREAL GERMPLASM FOR DISEASE RESISTANCE AND WINTER-HARDINESS Title: Breeding FHB-resistant soft winter wheat: progress and prospects

Authors
item Brown-Guedira, Gina
item Griffey, Carl - VIRGINIA TECH
item Kolb, Fred - UNIVERSITY OF ILLINOIS
item Mckendry, Anne - UNIVERSITY OF MISSOURI
item Murphy, Paul - NORTH CAROLINA STATE UNIV
item Vansanford, David - UNIVERISTY OF KENTUCKY

Submitted to: Cereal Research Communications
Publication Type: Peer Reviewed Journal
Publication Acceptance Date: August 1, 2008
Publication Date: September 12, 2008
Citation: Brown Guedira, G.L., Griffey, C., Kolb, F., Mckendry, A., Murphy, P., Vansanford, D. 2008. Breeding FHB-resistant soft winter wheat: progress and prospects. Cereal Research Communications. 36:31S-35S.

Interpretive Summary: Soft winter wheat (Triticum aestivum L.) breeding programs in the US have used two general approaches to developing FHB-resistant cultivars: 1) incorporation of Fhb1 plus other minor QTL from Asian wheat cultivars and their derivatives and 2) reliance on resistance native to the soft winter wheat gene pool. Although each approach has shown some success, it is believed that the two must be integrated to develop the highest levels of resistance. The most favorable scenario for integration is the incorporation of Fhb1 into adapted material with good native resistance, high yield and test weight, and superior milling and baking quality.

Technical Abstract: Soft winter wheat (Triticum aestivum L.) breeding programs in the US have used two general approaches to developing FHB-resistant cultivars: 1) incorporation of Fhb1 plus other minor QTL from Asian wheat cultivars and their derivatives and 2) reliance on resistance native to the soft winter wheat gene pool. Although each approach has shown some success, it is believed that the two must be integrated to develop the highest levels of resistance. The most favorable scenario for integration is the incorporation of Fhb1 into adapted material with good native resistance, high yield and test weight, and superior milling and baking quality.

Last Modified: 11/22/2014
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