Titlebook: Genetic Mapping and Marker Assisted Selection; Basics, Practice and N.Manikanda Boopathi Book 20131st edition Springer India 2013 Genetic d

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Das Risiko in der Unternehmungspolitikver, QTL analysis can be used to divide the haystack in manageable piles and systematically search them. In simple terms, QTL analysis is based on the principle of detecting an association between phenotype and the genotype of markers. Markers are used to partition the mapping population into differ

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https://doi.org/10.1007/978-3-322-84288-6ul detection of QTLs by circumventing all the challenges that limit the transfer of knowledge from QTL mapping to routine MAS in plant breeding program. The previous chapters have addressed those approaches, and this chapter describes how those approaches have successfully applied in development of

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Schriften des Institut Arbeit und Technikder such conditions, how QTL mapping might be useful in increasing the yield under those unfavourable environments? In order to have efficient knowledge-based MAS, it is necessary to understand the techniques that are being used to unravel the function of genes, and such knowledge should be incorpor

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Decibel

https://doi.org/10.1007/978-3-322-84171-1the cost and increase the precision and efficiency of selection and breeding. However, MAS is not a ‘silver bullet’, and it can be more effective than conventional phenotype-based selection only under certain situations, including when (1) trait-based selection is not feasible (e.g. lack of selectio

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Book 20131st edition illustrate the future prospects. This book would be a valuable guide to the under-graduates and post-graduates of agricultural universities and institutes that are interested and/or involved in genetic improvement of crop plants using modern tools. Bibliography listed in this book constitutes two p

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Glossy

Germplasm Characterisation: Utilising the Underexploited Resources, water and nutrients besides occurrence of peculiar pest and diseases that challenge crop production in these environments. Conventional breeding approaches such as desirable phenotypic selection among the breeding materials have considerably contributed in genetic improvement of crops. However, onl

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Phenotyping,raits and associations with other traits that are needed in improved cultivars. Quantitative geneticists believed that they could enhance breeding methods if the inheritance of quantitative traits was better understood. However, some of the assumptions (random mating populations, linkage equilibrium

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QTL Identification,ver, QTL analysis can be used to divide the haystack in manageable piles and systematically search them. In simple terms, QTL analysis is based on the principle of detecting an association between phenotype and the genotype of markers. Markers are used to partition the mapping population into differ