Sentence examples for by using CSSLs derived from inspiring English sources

This QTL (qRBS1, quantitative trait locus to resistance to bacterial seedling rot 1) was found on chromosome 10 by using CSSLs derived from a cross between 'Nona Bokra' (resistant) and 'Koshihikari' (susceptible) (Table 5).

The purpose of the present study was to identify important traits of bending- and breaking-type lodging resistance; to estimate related QTLs using CSSLs derived from a cross between indica-variety Takanari and japonica-variety Koshihikari; and to find the hidden superior allele of the japonica variety that can increase the lodging resistance of the indica variety.

The aims of this study were 1) to identify QTLs controlling mesocotyl elongation using backcross inbred lines (BILs) derived from a cross between Nipponbare and Kasalath, 2) to confirm and fine-map the QTLs detected in the BILs by using CSSLs and their progeny, and 3) to analyze the interaction of QTLs in controlling mesocotyl elongation.

By using CSSLs, RBG1 (resistance to BGR) and a QTL for BS resistance were detected (Sato et al. 2008b; Mizobuchi et al. 2013b).

However, QTL analysis for mesocotyl or coleoptile elongation at the 5 cm seeding depth by using CSSLs in rice has not yet been performed.

By using reciprocal CSSLs derived from a cross between Takanari and Koshihikari, we detected a number of QTLs underlying brown rice yield and its components.

Then, by using progeny derived from a cross between Sasanishiki and a CSSL harboring the target QTL, we conducted substitution mapping of the QTL.

When using CSSLs to validate QTLs detected by association or linkage mapping, the performance of a particular introgression line is compared to the recurrent parent and to sib introgession lines, and this can be readily accomplished in as many environments or under as many treatments as appropriate.

By using chromosome segment substitution lines (CSSLs) derived from a cross between 'Kasalath' and 'Koshihikari', Sato et al. (2008b) detected one QTL located on chromosome 9 near qBS9.

The power of research using CSSLs depends on the identification and availability of donor cultivars.

In the case of "Bronze," I was amusing myself by using two autobiographically derived names.