Sentence examples for survey of wheat from inspiring English sources

We conducted a genome-wide survey of wheat miRNAs from multiple wheat tissues of different developmental stages.

In this study, we conducted a genome-wide survey of wheat miRNAs from 11 tissues, characterizing a total of 323 novel miRNAs belonging to 276 families in wheat.

In surveys of wheat powdery mildew, it is indeed described that virulence frequencies are highly influenced by the resistance genes carried by cultivars grown in a particular area [ 32, 33].

Here, we describe a result from the survey sequencing of wheat chromosome 6B (914 Mb/1 C) using massively parallel 454 pyrosequencing.

Previous survey sequencing of wheat chromosome 5A revealed that most of the contigs with high coverage rates consisted of repeated sequences.

These mapping data support our survey sequences of wheat chromosome 6B, which contain previously reported genic regions and are useful for mining the genes located on chromosome 6B.

Using mathematically defined repeats (MDRs) [ 33] it was estimated that the assembly of all chromosome survey sequences of wheat contains 76.6% of MDRs - 20mers with abundance over 1000 copies [ 3].

As members of IWGSC [ 21], our laboratory obtained a survey sequence of wheat chromosome arms 4DS and 4DL and, through a combination of different approaches, a virtual map including 1973 syntenic genes was built and ~5,700 genes were predicted on bread wheat chromosome 4D [ 24].

To detect BAC clones derived from other chromosomal DNAs that contaminated our preparation, a BLASTN [ 65] search was performed against the survey sequence of wheat [ 15] using the WGP tag sequences on the BAC clones as queries with thresholds of 95%% coverage and 95%% identity.

A survey of 24 wheat genotypes with varying responses to FHB showed putrescine induction is a general response to inoculation and no correlation was observed between the accumulation of putrescine and infection or DON accumulation.

This study substantiated a previous survey of modern wheat varieties with SNPs developed here [ 55] and showed that limited gene flow into the T. aestivum D genome has enriched it for rare alleles.