Sentence examples for mapping in rice from inspiring English sources

The number of polymorphic SNPs is indicated in the heatmap index Table 1 Number of polymorphic SNPs detected by C6AIR in 18 bi-parental populations commonly used for mapping in rice.

As can be seen by the number of polymorphic SNPs detected by C6AIR in 18 bi-parental populations commonly used for mapping in rice (Table 1), the pairwise polymorphism rate is more than sufficient for QTL mapping and diversity analyses for all but the most closely related accessions (such as temperate japonica X temperate japonica).

Fixed arrays with >40,000 SNPs are sufficient for genome-wide association mapping in rice (see section on LD) and provide insight into population substructure, while chips with 950,000 SNPs support gene discovery and functional genomics research and offer a powerful tool for allele mining in germplasm collections.

This example serves as a positive control and demonstrates the tremendous power of introgression mapping in rice, even with only 1311 SNPs.

Because the amylose content of temperate japonica varieties is typically lower than that of indica varieties (Supplemental Figure S3), we were able to use this varietal difference to assess the efficacy of admixture mapping in rice.

The Affymetrix rice genome array provides a satisfactory platform for high resolution mapping in rice using RNA hybridization and the RPP method of SFP analysis.

Many genes/QTLs governing resistance to both biotic and abiotic stresses have been studied and mapped in rice.

Several genetic loci related to the restoration of fertility in different types of CMS lines have been mapped in rice.

Since the advent of molecular marker technology, some quantitative trait loci (QTLs) for HI have been identified and mapped in rice.

Genomic regions governing salinity stress tolerance was successfully mapped in rice using stress indices (Pandit et al. 2010, Kumar et al. 2015; Tiwari et al. 2016).

For constructing genetic maps in rice and wheat, F2 population or recombinant inbred lines (RILs) are often developed as suitable mapping populations (Kurata et al. 1994; Li et al. 2015a).