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Mapping quantitative trait loci (QTLs) for resistance to Gibberella zeae infection in maize

By: Pe, M.E.
Contributor(s): Angelini, P [coaut.] | Binelli, G [coaut.] | Dani, M [coaut.] | Gianfranceschi, L [coaut.] | Taramino, G [coaut.] | Tarchini, R [coaut.].
Material type: materialTypeLabelArticlePublisher: 1993ISSN: 0026-8925.Subject(s): Acids | Ascomycotina | Cell structure | Chromosomes | Cytogenetics | Enzymes | Esterases | Fungi | Genetic variation | Genomes | Gramineae | Hydrolases | Hypocreales | Nucleases | Nucleic acids | Nucleic compounds | Nucleus | Organic acids | Plant diseases | Polymorphism | Resistance to injurious factors | Zea | Genetics AGROVOC | Plant breeding AGROVOCDDC classification: 94-075767 In: Molecular and General Genetics v. 241, no. 1-2, p. 11-1694-075767Summary: The basic prerequisite for an efficient breeding program to improve levels of resistance to pathogens in plants is the identification of genes controlling the resistance character. If the response to pathogens is under the control of a multilocus system, the utilization of molecular markers becomes essential. Stalk and ear rot caused by Gibberella zeae is a widespread disease of corn: resistance to G. zeae is quantitatively inherited. This experimental approach to understanding the genetic basis of resistance to Gibberella is to estimate the genetic linkage between available molecular markers and the character, measured as the amount ofCollection: AGRIS Collection
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Article CIMMYT Knowledge Center: John Woolston Library

Lic. Jose Juan Caballero Flores

 

AGRIS Collection 94-075767 (Browse shelf) 1 Available 94-075767
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2 graphs, 1 table; 24 ref. Summary (En)

The basic prerequisite for an efficient breeding program to improve levels of resistance to pathogens in plants is the identification of genes controlling the resistance character. If the response to pathogens is under the control of a multilocus system, the utilization of molecular markers becomes essential. Stalk and ear rot caused by Gibberella zeae is a widespread disease of corn: resistance to G. zeae is quantitatively inherited. This experimental approach to understanding the genetic basis of resistance to Gibberella is to estimate the genetic linkage between available molecular markers and the character, measured as the amount of

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