Sentence examples for wheat lines that from inspiring English sources

For this assessment, we arbitrarily chose the Leaf Rust Panel of 339 diverse wheat lines that were genotyped by 33,526 polymorphic SNP markers.

The SRRW dataset consists of 360 recent, elite CIMMYT spring wheat lines that have been selected for quantitative resistance to stem rust caused by Puccinia graminis f.sp.sp

Hence the models were developed with six wheat lines that had been preselected for high phenotypic variability in order to maximize the potential for downstream evaluation of field-grown cultivars (below).

In order to identify genes that might confer and maintain freeze resistance of winter wheat, a comparative transcriptome analysis was performed between control and 4 wk cold-acclimated crown tissue of two winter wheat lines that differ in field freeze survival.

To test whether activation of the polyamine biosynthetic pathway by F. graminearum correlates with resistance or susceptibility to FHB, we investigated the responses of 24 diverse bread wheat lines that have been reported to vary in their response to FHB [ 44].

Of the 82 synthetic wheat lines that we examined, 15 exhibited whitish wax production on the peduncle and spike surface, whereas no wax production was evident in any of the 67 other lines (Additional file 2).

Only 5.1% of the bread wheat triple mutant granules and 7.9% of the durum mutant granules had full birefringence compared to 96.2% of bread wheat and 93.5% of durum wheat siblings lines that were wild-type for SBEIIa mutations (Table 4).

In this study, in order to normalize for the involvement of the Vrn loci, we made use of two winter wheat mutant lines that vary in freezing survival [ 13].

The data set included 306 elite wheat lines, 263 lines that are candidates for the 29th Semi-Arid Wheat Screening Nursery (SAWSN), and 43 lines from the 18th Semi-Arid Wheat Yield Trial (SAWYT) from CIMMYT's Global Wheat Program.

Comparative analyses of the dynamic differences in gene expression in the resistant and susceptible wheat lines indicated that rapid mobilization and re-utilization of resources, enhanced direct toxic defense, and fortification of cell walls are coordinated defense processes that may be crucial for Hessian fly resistance in wheat.

In Australia, the development of wheat breeding lines that combine high-yield with low-∆13C recently led to the release of two commercial cultivars, "Drysdale" and "Rees," both of which provide some yield advantage in the lower range of wheat yields (Condon et al. 2004).