… Should the genetic basis of grain yield components be dissected, MAS may be … Genetic
dissection of grain yield components may also help to elucidate the physiological route from gene…

… maps and phenotypic data can serve as resources to identify the genetic loci controlling traits
contributing to yield. In the present study, we genetically dissected a large number of traits (…

In the water-limited bread wheat production environment of southern Australia, large
advances in grain yield have previously been achieved through the introduction and improved …

… Grain size and weight are crucial components of wheat yield. Dissection of their genetic
control is thus essential for the improvement of yield potential in wheat breeding. We used a …

… From the above, we conclude that the polygenic control of GW in bread wheat, … bread wheat
through classical methods of plant breeding. Hence, the accelerated development of wheat …

… To identify favorable genotypes for both high PC and GY in bread wheat … 209 wheat varieties
in 2018–2020 and the pathways of the simultaneous enhancement of PC and GY in wheat …

… made to genetically dissect GW component traits to know about the genetics of GW in wheat
(… In this manuscript the results of genetic dissection leading to gene/QTL discovery for yield …

… Grain weight is one of the key components of wheat (Triticum aestivum L.) yield. Genetic
manipulation of grain weight is an efficient approach for improving yield potential in breeding …

… resolution genetic dissection of quality, yield and agronomic traits in hard red spring wheat
to … The study also provides insight into the genetic association of grain quality and yield traits …

… genetic backgrounds, which restrict the favorable allele usage in wheat breeding programs.
… 20 (CY20) was utilized for the dissection of the genetic determinants of SC and SL. The …