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. 2022 Oct 7;135(12):4437–4456. doi: 10.1007/s00122-022-04230-9

Table 5.

Detected MTA for TGW across multiple environments and the related chromosome (Chr), position in base pairs (bp), number of alleles, significance level (p value) and the genetic contribution (R2%)

Marker Chr Position (bp) Number of alleles p value R2%
1A_345236551_345236609 1A 345,236,551–345,236,609 3 1.42E−14 3.9
1B_453277174 1B 453,277,174 2 5.79E−14 3.6
1B_648041208 1B 648,041,208 2 2.16E−11 2.8
1B_659785655 1B 659,785,655 2 26.34E−11 2.7
2A_416624589 2A 416,624,589 2 22.18E−10 2.5
2A_467148109 2A 467,148,109 2 4.92E−09 2.3
4B_547022941_547023043 4B 547,022,941–547,023,043 2 5.70E−05 1.9
2A_778090764_778090821 2A 778,090,764–778,090,821 3 1.00E−07 1.7
2B_219584253_219584263 2B 219,584,253–219,584,263 3 4.58E−07 1.5
2D_576814975_576814976 2D 576,814,975–576,814,976 2 5.36E−07 1.5
2D_111243530 2D 111,243,530 2 7.15E−07 1.5
4A_676054017 4A 676,054,017 2 4.00E−05 1.4
7A_678873375_678873432 7A 678,873,375–678,873,432 2 2.04E−04 1.2
5A_451757200_451758745 5A 451,757,200–451,758,745 4 6.85E−05 1.2
4A_711020075_711021153 4A 711,020,075–711,021,153 2 4.02E−05 1.1
4A_41891852 4A 41,891,852 2 1.70E−05 1.1
3A_15382758_15382770 3A 15,382,758–15,382,770 2 1.08E−05 1.1
3D_22677332_22677381 3D 22,677,332–22,677,381 2 2.56E−05 1.0
4B_599612896 4B 599,612,896 2 6.54E−05 1.0
6A_486096824 6A 486,096,824 2 2.79E−04 1.0
5B_688365352_688365370 5B 688,365,352–688,365,370 3 3.10E−04 0.9
5A_587461221a 5A 587,461,221 2 2.32E−04 0.8
6A_617787076_617787223 6A 617,787,076–617,787,223 8 3.67E−04 0.8
7A_676009485 7A 676,009,485 2 2.25E−04 0.8
5A_673080140 5A 673,080,140 2 2.82E−04 0.8
7B_687302718_687302718 7B 687,302,718–687,302,718 3 8.62E−04 0.7
Unknown_16712610_16712709 16,712,610–16,712,709 2 5.14E−04 0.7

Positions are based on the IWGSC genome assembly of Chinese Spring version 2.0. For markers in a linkage disequilibrium block the position is given as a range. QTL are sorted by R2%

a MTA located about 1,7 Mb from the VRN−A1 locus