… on molecular genetics and statistical methodology to identify and estimate the effects of
major gene effects in animal populations, and its potential use in the genetic improvement of …

… genetic improvement over a long term. This risk was brought sharply into focus in 1970 with
the outbreak of Southern corn leaf blight which drastically reduced corn yield in the USA and …

… molecular technologies offers several molecular breeding strategies such as the use of
molecular markers … Since 1980s, breeders employed several types of molecular markers in crop …

… analysis and marker-… of molecular marker technologies in cotton genetics, (ii) genetic diversity
in the wild and cultivated cotton gene pools, and (iii) overview of QTL mapping and marker …

… in crop improvement … of molecular markers and their applications in crop improvement, an
international symposium ‘Development and Use of Molecular Markers for Crop Improvement’ …

… improving the efficiency in wheat breeding. In this chapter, we attempt to review the recent
advancements made in the area of molecular marker … The molecular markers developed with …

… of molecular markers for genetic analysis has led to great increase in our knowledge of livestock
genetics … to decisions affecting genetic progress in current dairy cattle improvement with …

… Additionally, the perspective proposed uses for the molecular markers into plant improvement
are their application onto selection for traits with low heritability, identification of resistance …

… During the last fifteen years, molecular markers have entered the scene of genetic improvement
in a wide range of horticultural crops. Among the major traits targeted for improvement in …

… molecular markers can be translated to genetic linkage maps, which have become an important
tool in plant genetics. … The introduction of molecular markers has revolutionized genetics. …