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Wheat germplasm reported in this book was collected from a very remote and un-explored area of Pakistan. A total of 28 genotypes were collected along with 14 cultivars. The lines were evaluated on the basis of morphological traits, immune response and molecular characterization. The genotypes exhibited high range of genetic deviation and essential response to rust diseases. Polymorphism for HMW glutenin loci was detected that could be related with collection site of landraces. Since the HMW glutenin subunits indicated higher bread-making quality, hence the variation at these loci is essential…mehr

Produktbeschreibung
Wheat germplasm reported in this book was collected from a very remote and un-explored area of Pakistan. A total of 28 genotypes were collected along with 14 cultivars. The lines were evaluated on the basis of morphological traits, immune response and molecular characterization. The genotypes exhibited high range of genetic deviation and essential response to rust diseases. Polymorphism for HMW glutenin loci was detected that could be related with collection site of landraces. Since the HMW glutenin subunits indicated higher bread-making quality, hence the variation at these loci is essential for the plant breeders to develop cultivars with improved bread-making quality. The initial information was quite promising and genetic markers must employ to extend the prospect for germplasm utilization.
Autorenporträt
Dr. Naeem Khan born in Bannu city, Province KPK, Pakistan on March 20, 1980. He recieved BSc and MSc from UET Peshawar (Pak) and PhD in Control Engineering from University of Leicester, UK. During his PhD, he has published several conference and journal papers. His interest includes control of linear & nonlinear systems, robust state estimation etc