2016
DOI: 10.5958/0975-6906.2016.00014.6
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Cross transferability, diversity analysis and tagging of MYMV resistance in mungbean using RGH markers

Abstract: Mungbean and urdbean suffer from paucity of genetic markers associated with MYMV disease. As an alternative option RGHs were tested for transferability in 13 and 12 genotypes of mungbean and urdbean, respectively. Fiftyfive RGH markers from cowpea, chickpea and Medicago exhibited a transferability of 58.2%, which collectively yielded 51 alleles with an average of 1.59 alleles per locus. PIC of individual loci ranged from 0.19 to 0.64. Phylogenetic tree formed two different clusters of mungbean and urdbean with… Show more

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“…Sixty-five SSR markers of cowpea were tested across different Vigna species and reported amplification of 85% (55) markers in black gram ( Gupta and Gopalakrishna, 2010 ). The molecular diversity of six MYMD-resistant and MYMD-susceptible genotypes each from mungbean and black gram using 24 cowpea resistance gene analog (RGA) markers grouped two resistant (IPU 02-33 and IPU 6-02) and two susceptible (LBG 20 and T9) black gram genotypes into distinct clusters ( Narasimhan et al., 2010 ). However, the limited number of SSR markers in these legumes hindered the genomic studies in the black gram.…”
Section: Genomicsmentioning
confidence: 99%
“…Sixty-five SSR markers of cowpea were tested across different Vigna species and reported amplification of 85% (55) markers in black gram ( Gupta and Gopalakrishna, 2010 ). The molecular diversity of six MYMD-resistant and MYMD-susceptible genotypes each from mungbean and black gram using 24 cowpea resistance gene analog (RGA) markers grouped two resistant (IPU 02-33 and IPU 6-02) and two susceptible (LBG 20 and T9) black gram genotypes into distinct clusters ( Narasimhan et al., 2010 ). However, the limited number of SSR markers in these legumes hindered the genomic studies in the black gram.…”
Section: Genomicsmentioning
confidence: 99%