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. 2018 Dec 21;59:32. doi: 10.1186/s40529-018-0248-4

Table 2.

Genetic regions significantly associated with resistance to the Magnaporthe oryzae isolate 12YL-DL3-2

No. Population Phenotype Chr. Rangea Physical position (bp)b Highest marker informationb Known R genes/QTLs
Marker ID Allele MAF (%)c − Log10(P) R2d
Y-01 indica DLA 1 id1013754–id1014034 23,732,729–23,934,283 id1013942 T/G 36 4.47 0.21 AQCT001, AQEN001, LABR_10
Y-02 indica DLA 1 id1015101–id1015282 25,284,622–25,681,092 id1015101 A/G 35.06 6.83 0.31 AQAH002, AQCT001, AQEN001, Pitp(t)
LT 35.06 4.85 0.28
Y-03 indica DLA 2 id2007485–id2007516 18,977,320–19,192,422 id2007494 G/T 41.09 5.37 0.26
Y-04 indica DLA 2 id2008594–id2008644 21,493,161–21,607,823 id2008601 A/G 39.24 4.88 0.22 Pid(t)1
Y-05 indica DLA 2 id2009379–id2009403 23,397,267–23,466,199 id2009379 T/C 34.21 4.42 0.21
Y-06 indica DLA 3 id3017643–id3017725 35,480,048–35,558,427 id3017643 C/G 33.33 4.19 0.19
Y-07 indica DLA 5 id5002016-id5002075 3,483,482-3,586,560 id5002075 C/T 30 4.06 0.18
Y-08 indica DLA 5 wd5001198–wd5001344 10,351,569–10,848,969 id5004839, id5004859 C/T 22.79 4.15 0.19 AQEN004, Pi23
A/G 23.75 0.18
Y-09 indica DLA 6 id6004112–id6004235 6,458,990–6,636,955 id6004212 C/T 46.15 4.37 0.20 AQCT004, AQEN005, Pii1, Pi8, Pi59(t), Pi27(t)
Y-10 indica DLA 8 id8000511–id8000544 1,744,391–1,839,119 id8000544 A/G 32.88 4.66 0.23
Y-11 indica DLA 8 id8000658–id8000695 2,130,616–2,184,609 id8000663 C/T 26.67 4.47 0.21
Y-12 indica DLA 12 id12002136–id12002219 4,731,647–4,872,049 id12002210 A/G 11.54 4.52 0.21 Pi6(t), Pi62(t)
Y-13 japonica DLA 12 id12003134–id12003432 7,827,050–8,296,350 id12003144 T/C 7.64 4.09 0.10 AQCT008, AQEN010, AQEN017, Pi6(t), Pi12, Pi20, Pi31(t), Pi58(t), Pi62(t)
Y-14 japonica DLA 12 ud12000485–id12003608 8,383,596–8,874,826 id12003547 C/T 7.9 4.04 0.10 AQCT008, AQEN010, AQEN017, Pi6(t), Pi12, Pi19(t), Pi20, Pi31(t), Pi58(t), Pi62(t), Pi157
id12003562 A/T 7.9 4.04 0.10
Y-15 japonica DLA 12 id12003642–ud12000566 8,914,661–9,231,272 id12003728 T/A 8.1 3.93 0.10 AQCT008, AQEN010, AQEN017, Pi6(t), Pi12, Pi19(t), Pi20, Pi31(t), Pi58(t),, Pi62(t), Pi157
Y-16e Full LT 12 id12003919–id12004113 10,058,758–10,669,467 id12004093 G/A 10 5.67 0.11 AQCT008, AQEN010, AQEN017, LABR_87, LABR_88, LABR_89, Pi6(t), Pi12, Pi19(t), Pi20, Pi31(t), Pi58(t), Pi62(t), Pi157, Pita2, Pita
japonica LT id12004007 A/T 7 4.82 0.02
japonica DLA wd12001025 T/A 8.2 4.62 0.13
Y-17f Full LT 12 id12004251–wd12001183 11,060,008–11,555,556 id12004284 C/G 8.52 5.87 0.11 AQCT008, AQEN010, AQEN017, CQAC4, LABR_90, Pi6(t), Pi12, Pi19(t), Pi31(t), Pi58(t), Pi62(t), Pi157, Pita2
Y-18 Full LT 12 id12004546–id12004685 12,567,686–13,060,942 id12004554 C/A 42.11 5.4 0.10 AQCT008, AQCT009, AQEN010, AQEN017, CQAC4, Pi6(t), Pi12, Pi19(t), Pi51(t), Pi62(t), Pi157, Pita2

aThe left-border marker and right-border marker of the QTL

bThe physical map position is based on MSU version 7.0 Nipponbare rice reference genome

cMAF: minor allele frequency

dR2 represents the proportion of the phenotypic variation explained by the single nucleotide polymorphism

e, fSame or largely overlapped genetic region identified by using D41-2 and 12YL-DL3-2