Understanding protein synthesis and regulation during grain development is of fundamental importance for targeting wheat quality by conventional breeding or genetic engineering to specific end-uses.
The Fur Trade in Canada concludes by arguing that Canadian economic history can best be understood by examining how one staple product gave way to another furs to timber, for example, and the later importance of wheat and minerals.
The great importance of wheat as a food crop has led to genomics research in order to develop useful tools for breeding and genetic improvement studies.
Despite its agricultural importance of wheat grains, research on the molecular basis of development of wheat grains is limited.
The importance of wheat as a crop and the need to exploit its wild relatives as donors for economically important traits in wheat breeding programmes is the main drive to uncover the mechanism of the Ph1 locus and regulate its activity.
Despite the worldwide importance of wheat as a cultivated food crop, molecular mechanisms associated with phosphate (Pi) starvation in wheat remain unclear.
In this study, we developed an integrated reference genetic map of 421,065 markers including about 60,000 SNPs, and demonstrated its utility for mapping genes of agronomic importance in wheat, and for anchoring physical and genetic maps in genome sequencing projects.
Because the quality of wheat is largely determined by events occurring during grain development, understanding protein synthesis and regulation during grain development is of fundamental importance for the improvement of wheat quality.
Previous work investigating the shifting importance of heat and drought stress for wheat and sorghum in Northeast Australia is a notable exception25, though this study did not account for interactions between heat and drought stresses.
Genetically effective cell number which has significant importance in developing RH panel was estimated for wheat for the first time.
