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1. A model wheat cultivar for transformation to improve resistance to Fusarium Head Blight

Description:
Includes references
Author:
Mackintosh, C.A. , Garvin, D.F. , Radmer, L.E. , Heinen, S.J. , Muehlbauer, G.J.
Subject:
Triticum aestivum , spring wheat , cultivars , disease resistance , fungal diseases of plants , quantitative trait loci , phosphinothricin acetyltransferase , beta-glucuronidase , transgenes , blight , Gibberella zeae , plant pathogenic fungi
Collection:
Journal Articles, USDA Authors, Peer-Reviewed
Year:
2006

2. A Novel Source of Resistance in Wheat to Pyrenophora tritici-repentis Race 1

Description:
Includes references
Author:
Singh, S. , Bockus, W.W. , Sharma, I. , Bowden, R.L.
Subject:
Triticum aestivum , wheat , Pyrenophora tritici-repentis , plant pathogenic fungi , fungal diseases of plants , disease resistance , genetic resistance , plant genetic resources , strains , strain differences , inbred lines , spring wheat , quantitative trait loci , phenotypic variation , alleles , genetic markers
Collection:
Journal Articles, USDA Authors, Peer-Reviewed
Year:
2008

3. A unique wheat disease resistance-like gene governs effector-triggered susceptibility to necrotrophic pathogens

Description:
Includes references
Author:
Faris, Justin D. , Zhang, Zengcui , Lu, Huangjun , Lu, Shunwen , Reddy, Leela , Cloutier, Sylvie , Fellers, John P. , Meinhardt, Steven W. , Rasmussen, Jack B. , Xu, Steven S. , Oliver, Richard P. , Simons, Kristin J. , Friesen, Timothy L.
Subject:
Triticum aestivum , wheat , Triticum , genes , molecular cloning , nucleotide sequences , disease resistance , fungal diseases of plants , Leptosphaeria nodorum , Pyrenophora tritici-repentis , polypeptides , host-pathogen relationships
Collection:
Journal Articles, USDA Authors, Peer-Reviewed
Year:
2010

4. Agronomic Performance and Multiple Disease Resistance in T2BS.2RL Wheat-Rye Translocation Lines

Description:
Includes references
Author:
Hysing, S.C. , Hsam, S.L.K. , Singh, R.P. , Huerta-Espino, J. , Boyd, L.A. , Koebner, R.M.D. , Cambron, S. , Johnson, J.W. , Bland, D.E. , Liljeroth, E.
Subject:
Triticum aestivum , wheat , Secale cereale , rye , translocation lines , chromosome translocation , grain yield , disease resistance , genetic resistance , genetic variation , plant pathogenic fungi , fungal diseases of plants , Mayetiola destructor , insect pests , plant pests , pest resistance , developmental stages , plant development , pathotypes , agronomic traits , phenology , plant genetic resources , Sweden
Collection:
Journal Articles, USDA Authors, Peer-Reviewed
Year:
2007

5. Amplified fragment length polymorphism markers linked to a major quantitative trait locus controlling scab resistance in wheat

Description:
Includes references
Author:
Bai, G. , Kolb, F.L. , Shaner, G. , Domier, L.L.
Subject:
Triticum aestivum , Gibberella zeae , genetic polymorphism , genetic markers , quantitative traits , loci , disease resistance , genetic resistance , genes , inbred lines , chromosome mapping , linkage (genetics) , fungal diseases of plants
Collection:
Journal Articles, USDA Authors, Peer-Reviewed
Year:
1999

6. Artificial Inoculation of Wheat for Selecting Resistance to Stagonospora Nodorum Blotch

Description:
Includes references
Author:
Cowger, C. , Murphy, J.P.
Subject:
Triticum aestivum , soft red winter wheat , cultivars , Leptosphaeria nodorum , plant pathogenic fungi , fungal diseases of plants , disease outbreaks , disease resistance , genetic resistance , plant breeding , field experimentation , experimental design , temporal variation , inoculation methods , germplasm screening , North Carolina
Collection:
Journal Articles, USDA Authors, Peer-Reviewed
Year:
2007

7. Comparison of a modified assay method for the endopeptidase marker Ep-D1b with the Sequence Tag Site marker XustSSR2001-7DL for strawbreaker foot rot resistance in wheat

Description:
Includes references
Author:
Santra, D.K. , Watt, C. , Little, L. , Kidwell, K.K. , Campbell, K.G.
Subject:
Triticum aestivum , wheat , disease resistance , fungal diseases of plants , Oculimacula yallundae , plant pathogenic fungi , resistance mechanisms , proteinases , gel electrophoresis , assays , cultivars , breeding lines , genes , genetic markers , microsatellite repeats
Collection:
Journal Articles, USDA Authors, Peer-Reviewed
Year:
2006

8. Deletion of a Chromosome Arm Altered Wheat Resistance to Fusarium Head Blight and Deoxynivalenol Accumulation in Chinese Spring

Description:
Includes references
Author:
Ma, H.X. , Bai, G.H. , Gill, B.S. , Hart, L.P.
Subject:
Triticum aestivum , wheat , Gibberella zeae , plant pathogenic fungi , fungal diseases of plants , disease resistance , genetic resistance , chromosome elimination , deoxynivalenol , seeds , food safety , feed contamination , food contamination , genetic engineering , disease incidence , inflorescences , disease severity , genes , artificial selection , selection criteria
Collection:
Journal Articles, USDA Authors, Peer-Reviewed
Year:
2006

9. Deoxynivalenol-nonproducing Fusarium graminearum causes initial infection, but does not cause disease spread in wheat spikes

Description:
Includes references
Author:
Bai, G.H. , Desjardins, A.E. , Plattner, R.D.
Subject:
infection , Triticum aestivum , Gibberella zeae , deoxynivalenol , genes , enzymes , strains , virulence , cultivars , disease resistance , conidia , seed germination , pathogenicity , fungal diseases of plants , inflorescences , Illinois
Collection:
Journal Articles, USDA Authors, Peer-Reviewed
Year:
2002

10. Detection and manipulation of resistance to Septoria nodorum in wheat

Description:
Includes references.
Author:
Scharen, A.L. , Krupinsky, J.M.
Subject:
Triticum aestivum , wheat , disease resistance , fungal diseases of plants , Leptosphaeria nodorum , plant pathogenic fungi , transgressive segregation
Collection:
Journal Articles, USDA Authors, Peer-Reviewed
Year:
1978