Sentence examples for breeding development of from inspiring English sources

These novel EST-SSR markers will be valuable tools for marker-assisted breeding, development of pea linkage maps, and comparative mapping of pea.

CIMMYT maize germplasm is widely used by various public and private sector institutions worldwide for the development of open pollinated varieties, hybrid seed production, pedigree breeding, development of populations for QTL mapping, molecular breeding, doubled haploid production, and transgenic introduction of traits.

To distinguish Velchi from other non-fragrant indica accessions, a new marker (velbadh2-p-UTR) has been designed to identify this 5 bp difference, which could distinguish 'Velchi' from non-fragrant rice accessions and can be useful in breeding for development of fragrant rice varieties via marker-assisted selection.

Identification of expression-based molecular markers for dormancy regulation may facilitate cultivar selection and breeding for development of regionally suited crops in accord with changes in the global climate.

This initiative was undertaken by our group for the small-seeded chickpea genotype ICC4958 in view of the worldwide importance of legumes, drought-tolerant property of the genetic stock, and to facilitate genetic enhancement and breeding for development of improved chickpea varieties.

A detailed understanding of the molecular and physiological processes and regulatory networks in crop plants exposed to drought stress will be instrumental for genome-based breeding and development of drought tolerant crop varieties.

Breeding and development of shrub willow began in the mid-1980s and the production of new genotypes through intra-specific crosses and inter-specific hybridization has led to the commercialization of many cultivars suitable for bioenergy production [ 1, 2].

Mice of each genotype were born in an approximately Mendelian ratio, that is, WT (21%), heterozygotes (56%) and IF1-KO (23%), suggesting that the loss of IF1 does not affect the breeding or development of mice.

Although the peak incidence of May–July correlates with the rice paddy breeding and development of Culex spp. mosquitoes, the paddy fields area was negatively associated with the risk for disease in univariate analysis.

Therefore, the results of this study recommend that the selection of JA genotypes with low reduction in yield under drought stress could be a criterion in drought resistance breeding programs for development of JA varieties with high tuber yield under drought stress.

Identification of these genes will eventually lead to more efficient breeding procedures and development of maize hybrids with resistance to aflatoxin accumulation.