Sentence examples for germplasm evolution from inspiring English sources

Our study suggested that the InDel marker of miR1511 can help to provide a reference for studying genetic diversity, genotyping of germplasm, evolution and the center of species diversities in domestication of soybean and that this marker system could be useful for many applications in breeding and ecology/evolution.

These results provide evidence for the use of RNA marker, miRNA1511-InDel, as a soybean-specific functional maker for the study of genetic diversity, genotyping of germplasm and evolution studies.

It can also provide an important basis for molecular breeding, system evolution and germplasm resource identification [ 25].

Large sets of SNP that are now available in pea should be useful both for germplasm issued from longer term evolution and for recently evolved cultivars.

The results obtained provide useful information for Setaria germplasm management, foxtail millet breeding, grass evolution and the development of S. viridis and S. italica as a new model for functional genomics.

The new genomes and the genome constitutions of Setaria species identified in this report provide useful information for Setaria germplasm management, foxtail millet breeding, grass evolution and the development of S. viridis and S. italica as a new model for functional genomics.

Nevertheless, the nap mitotype might have been inherited from an unidentified or lost mitotype of B. rapa, which has very rich germplasm, and then experienced mitochondrial genome evolution events as mentioned above.

A searchable interactive NJ tree is included in Sol Rgene and permits identifying related germplasm for genetic studies and analyzing R genes evolution in comparison with species evolution.

These microsatellite markers enrich the current resource of molecular markers, which would facilitate further evolution and genetic diversity studies, germplasm appraisal, genetic mapping, and molecular breeding of D. nobile and other congeneric species.

These 109 cross-taxon transferable microsatellite markers enrich the available resource of molecular markers, which would facilitate further evolution and genetic diversity studies, germplasm appraisal and molecular breeding of Orchidaceae species.

Germplasm resources play crucial roles in genetics, evolution and breeding, by forming the physical foundation of the study of genetic diversity [1] [3], fueling much evolutionary research [4] [6] and providing the raw material for breeders to produce new cultivars or to further improve the existing ones, due to the existence of many valuable genes in genetic resources [7] [9].