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QTL × E × M : Combining crop physiology and genetics [PDF]
, 2009 Struik, P.C., Yin, X.
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2021
Traditional selection methods using phenotypic information have been successful in improving the profitability of livestock species. However, these methods have biological constraints in that some traits are sex or age limited or difficult and/or expensive to measure.
Visscher, P.M. +2 more
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Traditional selection methods using phenotypic information have been successful in improving the profitability of livestock species. However, these methods have biological constraints in that some traits are sex or age limited or difficult and/or expensive to measure.
Visscher, P.M. +2 more
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Journal of Natural Resources and Life Sciences Education, 2005
Marker‐assisted selection (MAS) is a method of selecting individuals in a breeding scheme based on DNA molecular marker patterns instead of, or in addition to, their trait values. When used in appropriate situations, it is a tool that can help plant breeders select more efficiently for desirable crop traits.
Patrick F. Byrne, Kelley Richardson
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Marker‐assisted selection (MAS) is a method of selecting individuals in a breeding scheme based on DNA molecular marker patterns instead of, or in addition to, their trait values. When used in appropriate situations, it is a tool that can help plant breeders select more efficiently for desirable crop traits.
Patrick F. Byrne, Kelley Richardson
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MARKER ASSISTED SELECTION IN HOP BREEDING
Acta Horticulturae, 2005Genetic maps have been constructed for many crops, for mapping monogenic traits and dissecting polygenic traits and to provide a basis for marker assisted selection (MAS), which is a very useful breeding strategy in the creation of new varieties. The Slovenian Institute for Hop Research and Brewing (SIHRB) has performed conventional hop breeding, which
Čerenak, Andreja +4 more
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2017
Marker-assisted selection (MAS) is a method of selecting desirable individuals in a breeding program based on molecular markers with or without consideration of their trait values. This allows indirect selection of specific characteristics of a plant based on the encoding genomic region. The introduction of next-generation sequencing technology and the
Nayak, S.N., Singh, V.K., Varshney, R.K.
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Marker-assisted selection (MAS) is a method of selecting desirable individuals in a breeding program based on molecular markers with or without consideration of their trait values. This allows indirect selection of specific characteristics of a plant based on the encoding genomic region. The introduction of next-generation sequencing technology and the
Nayak, S.N., Singh, V.K., Varshney, R.K.
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1993
The use of polymorphic single genes to facilitate the process of plant breeding was proposed early in this Century (Sax, 1923). The basic principle is that selection for characters with easily detectable phenotypes can simplify the recovery of genes of interest linked to them and more difficult to score.
P. Arús, J. Moreno-González
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The use of polymorphic single genes to facilitate the process of plant breeding was proposed early in this Century (Sax, 1923). The basic principle is that selection for characters with easily detectable phenotypes can simplify the recovery of genes of interest linked to them and more difficult to score.
P. Arús, J. Moreno-González
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MARKER-ASSISTED SELECTION IN APPLE BREEDING
Acta Horticulturae, 2000Apple breeding is aimed at creating varieties with high fruit quality, regular and high yields and durable disease and pest resistance. Traditional breeding is time and labour consuming. DNA markers for traits related to fruit quality, productivity and resistances will allow early and precise selection for desired characters. Within the framework of an
M. Kellerhals +3 more
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1999
The concept of indirect selection is attractive to plant breeders working to improve complex traits. For the successful application of indirect selection, a high level of correlation and/or linkage must exist between the trait of agronomic interest and the trait being directly selected.
James D. Kelly, Phillip N. Miklas
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The concept of indirect selection is attractive to plant breeders working to improve complex traits. For the successful application of indirect selection, a high level of correlation and/or linkage must exist between the trait of agronomic interest and the trait being directly selected.
James D. Kelly, Phillip N. Miklas
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A general framework for marker-assisted selection
Theoretical Population Biology, 2007Early simulation studies have showed that the inclusion of epistatic components (especially the additive-by-additive effects) into marker-assisted selection (MAS) can improve selection efficiency for a short-term breeding program. In this study I extend Lande and Thompson's theory to incorporate both additive and non-additive effects into MAS with ...
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