… Genomic breeding strategies that optimize crop genomes with accumulation of beneficial …
for designing future crops. In coming decades, GAB 2.0 is expected to play a crucial role in …

… future. In this review, we discuss the rapid advances in plant breeding technology for efficient
crop … and genomic-assisted breeding (GAB) useful for crop improvement. We also provide …

… breeding tools that can be used to increase crop production by developing climate-resilient
superior genotypes to cope with the future … It normally takes 10–12 years to design a crop …

… robust genomics assisted breeding with the help of NGS approaches for crop breeding has
been … in Figure 5 will potentially keep helping us in designing future climate-smart food crops. …

… future development of plant science, including in forest trees and in the rapid remodeling of
crops… ith marker and Z i j corresponds to the design matrix associated with the vector of the …

… breeding and advantages of genomics-assisted breeding. While doing this, we also discuss
various molecular breeding … Through this type of breeding, it is possible to design a plant …

… are indispensable tool for genomics-assisted breeding. For … crop improvement applications,
we propose to develop crop … Similarly, sorghum NAM design with 2214 RILs had captured …

… established genomics-assisted breeding as an alternative approach to conventional breeding
for … (HBB) have been successfully used for designing tailored crops. Indeed, GAB-based …

… for exploiting marker-based genomics-assisted breeding. It allows for rapid … key to crop
improvement and providing modern approach as genomics-assisted cassava breeding for crop …

… The 2020 census report indicates that 149 million children aged … Genomics-assisted breeding
and selection as a concept was … Designing enhanced crops can be more dynamic with the …