Sentence examples for markers for rice from inspiring English sources

Our results provide essential information for the isolation of the Pi2-2 gene and tightly linked DNA markers for rice blast resistance breeding.

Our study has provided new information on the genetic structure of cold tolerance in rice, identified highly cold tolerant cultivars and CTS-associated SNP markers for rice improvement.

In the study described here, we compared the effects of three different promoters in driving selectable markers for rice transformation.

In this report, we validated a few MNRs (such as P005 and P010 in Fig.  3), proving their usefulness, and a recent report in typing method also suggested a new opportunity for the MNR application as genetic markers for rice.

At present, only some of the MSs, such as DNRs, TNRs, and TTRs, are used as genetic markers for rice, and other types have been largely ignored, perhaps due to the lack of adequate experimental methods, such as in the case of MNRs, although they are accounted for more than 60% of all MSs and approximately half of them are believed polymorphic.

The SNAP marker for rice eating quality trait could be easily assayed by standard agarose gel electrophoresis, allowing to increase the advantage of genotyping methods.

We also developed several STS markers for selected rice RFLP probes/sequences used in the F2 foxtail genetic map (Wang et al. 1998) and for some genes of interest (Table S1).

With the objective of developing genic but non-coding microsatellite (GNMS) markers for the rice (Oryza sativa L). genome, we characterized the frequency and relative distribution of microsatellite repeat-motifs in 18,935 predicted protein coding genes including 14,308 putative promoter sequences.

Our study will assist in the search for important marker genes for rice phenotypic variation between japonica and indica subspecies, and will also yield new insight into the molecular basis and evolution of transcriptional regulatory networks underlying phenotypic variation.

In this report, we demonstrate that a fragment (designated as tCUP1) derived from tCUP was active in a tissue specific manner in rice transgenic plants and behaved as a weak promoter, driving a selectable marker gene for rice transformation.

For example, molecular markers were used for rice, wheat and potato, while for yam a core collection was built using the origin of cultivars, eating quality, tuber shape, tuber flesh colour, and morphotype [ 13- 16].