[PDF][PDF] Molecular breeding for enhancing resilience against biotic and abiotic stress in major cereals.
A Gazal, ZA Dar, SH Wani, AA Lone… - SABRAO Journal of …, 2016 - sabraojournal.org
Molecular breeding includes marker-assisted selection, marker-assisted backcross
breeding, along with other newer breeding approaches, such as marker-assisted recurrent
selection and genomic selection. Marker-assisted selection is used to detect the presence or
absence of genes in lines, cultivars, breeding populations and hence, accelerates the
selection procedure in comparison to other conventional approaches. Researchers have
identified and precisely mapped several genes through association with DNA markers …
breeding, along with other newer breeding approaches, such as marker-assisted recurrent
selection and genomic selection. Marker-assisted selection is used to detect the presence or
absence of genes in lines, cultivars, breeding populations and hence, accelerates the
selection procedure in comparison to other conventional approaches. Researchers have
identified and precisely mapped several genes through association with DNA markers …
[PDF][PDF] MOLECULAR BREEDING FOR ENHANCING RESILIENCE AGAINST BIOTIC AND ABIOTIC STRESS IN MAJOR CEREALS A. GAZAL1, ZA DAR2, SH WANI1 …
I ABIDI - SABRAO J. Breed. Genet, 2010 - academia.edu
Molecular breeding includes marker-assisted selection, marker-assisted backcross
breeding, along with other newer breeding approaches, such as marker-assisted recurrent
selection and genomic selection. Marker-assisted selection is used to detect the presence or
absence of genes in lines, cultivars, breeding populations and hence, accelerates the
selection procedure in comparison to other conventional approaches. Researchers have
identified and precisely mapped several genes through association with DNA markers …
breeding, along with other newer breeding approaches, such as marker-assisted recurrent
selection and genomic selection. Marker-assisted selection is used to detect the presence or
absence of genes in lines, cultivars, breeding populations and hence, accelerates the
selection procedure in comparison to other conventional approaches. Researchers have
identified and precisely mapped several genes through association with DNA markers …
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