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Subjects genes Remove constraint genes: genes Subjects deoxynivalenol Remove constraint deoxynivalenol: deoxynivalenol
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1. A genetic and biochemical approach to study trichothecene diversity in Fusarium sporotrichioides and Fusarium graminearum

Description:
Includes references
Author:
Brown, D.W. , McCormick, S.P. , Alexander, N.J. , Proctor, R.H. , Desjardins, A.E.
Subject:
Gibberella zeae , Fusarium sporotrichioides , genes , nucleotide sequences , proteins , amino acid sequences , T-2 toxin , deoxynivalenol , biosynthesis , complementary DNA
Collection:
Journal Articles, USDA Authors, Peer-Reviewed
Year:
2001

2. A Novel Transcriptional Factor Important for Pathogenesis and Ascosporogenesis in Fusarium graminearum

Description:
Includes references
Author:
Wang, Yang , Liu, Wende , Hou, Zhanming , Wang, Chenfang , Zhou, Xiaoying , Jonkers, Wilfried , Ding, Shengli , Kistler, H. Corby , Xu, Jin-Rong
Subject:
Gibberella zeae , plant pathogenic fungi , transcription factors , pathogenesis , virulence , ascospores , sporulation , mutants , insertional mutagenesis , microbial genetics , genes , deoxynivalenol , disease course , cell invasion , microbial colonization , sexual reproduction , asci , Magnaporthe
Collection:
Journal Articles, USDA Authors, Peer-Reviewed
Year:
2011

3. 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

4. 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

5. Engineering deoxynivalenol metabolism in wheat through the expression of a fungal trichothecene acetyltransferase gene

Description:
Includes references
Author:
Okubara, P.A. , Blechl, A.E. , McCormick, S.P. , Alexander, N.J. , Dill-Macky, R. , Hohn, T.M.
Subject:
Triticum aestivum , wheat , transgenic plants , gene transfer , gene expression , genes , Fusarium sporotrichioides , plant pathogenic fungi , acyltransferases , deoxynivalenol , biosynthesis , messenger RNA , endosperm , disease resistance , Gibberella zeae , blight , enzyme activity , fungal diseases of plants , inflorescences
Collection:
Journal Articles, USDA Authors, Peer-Reviewed
Year:
2002

6. Genetic diversity and trichothecene chemotypes of the Fusarium graminearum clade isolated from maize in Nepal and identification of a putative new lineage

Description:
Includes references
Author:
Desjardins, Anne E. , Proctor, Robert H.
Subject:
genetic variation , chemotypes , Zea mays , Gibberella zeae , plant pathogenic fungi , small-scale farming , nivalenol , deoxynivalenol , strains , geographical distribution , genes , gene frequency , ear rot , virulence , agroecosystems , food contamination , genetic markers , traits , Nepal
Collection:
Journal Articles, USDA Authors, Peer-Reviewed
Year:
2011

7. Genetic mapping of pathogenicity and aggressiveness of Gibberella zeae (Fusarium graminearum) toward wheat

Description:
Includes references
Author:
Cumagun, C.J.R. , Bowden, R.L. , Jurgenson, J.E. , Leslie, J.F. , Miedaner, T.
Subject:
Triticum aestivum , wheat , scab diseases , blight , Gibberella zeae , plant pathogenic fungi , pathogenicity , virulence , genes , chromosome mapping , quantitative trait loci , deoxynivalenol , nivalenol , biosynthesis , pathotypes , genetic variation , progeny testing , Japan , Kansas
Collection:
Journal Articles, USDA Authors, Peer-Reviewed
Year:
2004

8. The HDF1 Histone Deacetylase Gene Is Important for Conidiation, Sexual Reproduction, and Pathogenesis in Fusarium graminearum

Description:
Includes references
Author:
Li, Yimin , Wang, Chenfang , Liu, Wende , Wang, Guanghui , Kang, Zhensheng , Kistler, H. Corby , Xu, Jin-Rong
Subject:
Gibberella zeae , barley , catalase , chromatin , conidia , corn stover , deoxynivalenol , genes , genetic variation , head blight , hyphae , mutants , pathogenesis , peroxidase , scab diseases , sexual reproduction , vegetative growth , virulence , wheat , yeasts
Collection:
Journal Articles, USDA Authors, Peer-Reviewed
Year:
2011

9. Transgenic approaches to combat Fusarium head blight in wheat and barley

Description:
Includes references
Author:
Dahleen, L.S. , Okubara, P.A. , Blechl, A.E.
Subject:
Triticum aestivum , Hordeum vulgare , Triticum turgidum subsp. durum , Gibberella zeae , transgenic plants , disease resistance , genetic resistance , genetic engineering , plant genetic resources , genes , deoxynivalenol , germplasm , genetic transformation , genetic variation , gene expression , nucleotide sequences , fungal diseases of plants , inheritance (genetics) , promoter regions , literature reviews
Collection:
Journal Articles, USDA Authors, Peer-Reviewed
Year:
2001