Sentence examples for markers developed by from inspiring English sources
Additional data, using the Vitis9KSNP array [ 22] or others in development, markers developed by Lijavetzki et al. [ 20] and Vezzulli et al. [ 30] or next generation sequencing (NGS) may resolve this phylogenetic problem.
That's true of its attempts to outbid larger diagnostic companies for exclusive licenses to protein markers developed by therapeutic companies.
An additional ten SSR markers developed by McCouch et al. (2002) and the International Rice Genome Sequencing Project (2005) were used for genotyping SL414 × Sasanishiki F2 plants.
Specifically, for rice, 50 InDel markers developed by Shen et al. (2004) have successfully been used to distinguish the Basmati rice variety from other fragrant rice varieties (Steele et al. 2008).
One thousand three hundred and seventy-two microsatellite markers developed in the authors' lab, including 494 EST-SSRs, 632 GSS-SSRs and 200 SSRs derived from BAC end sequences, in addition to 46 SSR markers developed by Li et al (2001) [7] were used.
The mitochondrial genome information provided here complements the mitochondrial coxI DNA markers developed by Margam et al. (2010) [28], by providing additional sequence data to assist in defining population structure, and gene flow, which will hopefully lead to sustainable and economically viable methods of pest management.
Marker screening of the GWAS panel with a robust sequence tagged site (STS) marker developed by Periyannan et al. [ 76] confirmed that Sr22 is not present in the panel.
IDCAX is an Indel marker developed by Garcia-Lor et al. [ 7].
Comparative mapping was unable to verify whether this is the same region containing the AFLP marker developed by [ 38] for sexing P. monodon.
Screening of the panel using the sequence-tagged site marker developed by Lagudah et al. [ 62] showed that 97 lines (39 %) could contain Sr57.
Essentially, the genomic and genic SSR and SNP markers developed especially by Indian initiatives are amenable to large-scale validation and high-throughput genotyping at the whole genome level.
