Sentence examples for molecular breeding activities from inspiring English sources

Lack of appropriate genomic resources has severely hampered molecular breeding activities, and this crop remains among the less-studied crops.

Additionally, a large number of molecular markers have been developed that will accelerate molecular mapping and molecular breeding activities for pigeonpea improvement.

It can serve as a bioinformatics platform for a range of genomics and molecular breeding activities for sorghum and for other C4 grasses.

Genetic markers are important tools for understanding variation, and for identification of gene/QTLs for traits of interest in molecular breeding activities.

Recently sequenced draft genome of kabuli chickpea (CDC frontier), along with whole genome re-sequencing (WGRS) data of 29 genotypes and 61 sequenced using restriction site-associated DNA (RAD) have provided genomic resources to support functional genomics and molecular breeding activities for chickpea improvement (2).

To our knowledge, the number of markers included in this map is the highest among the available population-specific linkage maps for tetraploid peanuts (Table  4).> Molecular markers and genetic linkage maps are the pre-requisites for undertaking genetic mapping of important traits and molecular breeding activities in crops.

Exemptions surrounding the grant of proprietary rights, namely for the purposes of research and experimental use, indeed not only acknowledge the derivate nature of conventional and molecular plant breeding activities, but also emphasise the reliance, production and conservation of agricultural biodiversity entailed within such particular research.

Nocardiopsis sp. MBRC-1 genetics and enzymatic activities, sophisticated molecular breeding can produce strains and biotechnological processes, which could eliminate many types of contaminants in an economical, efficient, and simple process and environmentally friendly manner.

Several options remain at hand to respond to the partial paradigm breakdown of plant breeding activities relying on molecular research tools, which yearn for a slice of partially open innovation structure.

Molecular breeding for high CGA content and low PPO activity could contribute to developing improved cultivars with higher bioactive properties through a combination of high antioxidant activity and presenting a low degree of browning.

To date, molecular breeding for K use efficiency is mainly attained by modifying the activities of K channels and transporters that mediate K uptake, redistribution, and cellular K+ homeostasis.