Sentence examples for materials for dissecting from inspiring English sources

These populations are excellent materials for dissecting complex quantitative traits into the component variation as a set of monogenic loci, thus providing a platform for discovery of new QTL alleles.

As differences between CSSLs and their parental lines must be due to the genes and QTLs located in the introgressed regions (Aida et al. 1998; Eshed and Zamir 1994), CSSLs are considered excellent starting materials for dissecting complex traits into a set of monogenic loci (Zhu et al. 2009).

The identified candidate genes may serve as excellent starting materials for dissecting the pathway controlling rice endosperm development at the molecular level.

The SI line S-1300 and the recessive SC accessions employed here are unique materials for dissecting the dominant/recessive relationship and its mechanisms in class-II S haplotypes.

The GE variation of lymphoblastoid cell lines, which are important materials for dissecting genetic basis of GE variation of human populations [ 23, 26, 27, 35, 36, 45], reflects a substantially higher proportion of genetic effect compared to the effect of food preferences or environmental exposures [ 46].

Its glandular trichome plasmid cDNA library was established and randomly sequenced as starting material for dissecting isoprenoid biosynthesis [ 5].

Although 85% of the accessions of our core collection are cultivars and breeding materials, the collection possesses abundant genetic diversity, an advantageous attribute for dissecting the genetic basis of QTL for immediate application in flax breeding [ 36, 48].

In the second experiment, guidelines for dissecting subassemblies to the lowest level possible and predefined tables listing material, manufacturing and assembly/fastening schemes were found to significantly reduce variation, leading to more systematic and consistent methods of product family analysis.

The identified QTL for heterosis provide valuable information for dissecting the genetic basis of heterosis.

Genetically engineered mouse models are powerful systems for dissecting the process of human leukemogenesis.

This change in viewpoint rationalizes a change in experimental strategies for dissecting sex chromosome effects.