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. 2018 Apr 12;9:447. doi: 10.3389/fpls.2018.00447

Table 1.

Quantitative trait loci (QTL) affecting grain mineral concentrations (GMCs) detected by a genome-wide association study (GWAS) in a panel of 698 germplasms.

Trait Clsta Loci Ch Range −log10 FAEb QTL reportedc Refd
Fe qFe1 1 841,961~959,278 4.8 0.300
qFe3 3 4,145,494~4,182,173 3.8 −0.263
qFe6-1 6 10,055,520~10,274,263 4.2 −0.158
qFe6-2 6 16,404,065~21,506,253 3.6 0.320 qFe6
qFe7 7 27,770,508~27,788,464 3.1 0.148 qFe7
qFe10 10 10,945,859~11,075,230 4.3 0.337
Zn qZn1 1 6,179,574~6,204,400 3.5 −0.890 id1005056-58 (Norton et al., 2014)
qZn7 7 22,891,126~26,101,517 3.6 −0.680 qZn7 qZn7 (Huang et al., 2015; Hu et al., 2016);qZN-7 (Lu et al., 2008); id7003641 (Norton et al., 2014)
qZn9 9 5,174,170~7,387,104 3.4 1.795
qZn12 12 21,887,797~21,913,241 3.6 −0.398 qZn12
Cd Clst1a qCd1-1 1 212,589~434,398 5.2 −0.002 qCd1
qCd1-2 1 1,603,456~1,905,348 4.5 0.003 qCd1
Clst1b qCd1-3 1 8,542,202~18,485,590 6.1 −0.002
Clst2a qCd2-1 2 10,199,643~18,518,546 5.8 −0.002
Clst2b qCd2-2 2 25,207,241~33,640,277 5.4 −0.002 qCd2b (Zhang et al., 2014)
Clst3a qCd3-1 3 1,652,156~2,158,456 4.7 0.002 qCd3 (Zhang et al., 2014)
qCd3-2 3 3,337,100~3,355,424 4.5 −0.002
Clst3b qCd3-3 3 15,185,771~29,212,237 5.2 0.003
qCd3-4 3 29,214,304~32,538,230 4.7 0.003
qCd3-5 3 32,638,170~35,155,759 5.9 −0.002 qCd3 (Huang et al., 2015)
Clst4a qCd4-1 4 1,112,387~2,047,665 4.4 −0.001
qCd4-2 4 4,734,877~5,034,318 4.2 0.003
qCd4-3 4 5,302,854~5,801,556 4.8 −0.002
qCd4-4 4 6,224,157~6,246,104 4.6 0.002
Clst4b qCd4-5 4 16,868,613~16,869,822 4.4 −0.001
qCd4-6 4 18,424,682~18,529,758 4.8 0.002
Clst4c qCd4-7 4 26,418,529~30,460,722 5.2 0.003 qCd4 qCd4-2 (Kashiwagi et al., 2009)
Clst5a qCd5-1 5 1,142,167~3,242,916 6.2 −0.002 qCd5 (Zhang et al., 2014)
qCd5-2 5 4,859,767~4,870,282 4.6 0.002
Clst5b qCd5-3 5 8,264,080~8,297,556 4.7 −0.002
Clst5c qCd5-4 5 13,797,802~14,052,508 9.9 −0.002
qCd5-5 5 14,065,017~14,071,607 4.5 0.002
qCd5-6 5 14,075,029~16,119,884 7.4 −0.002
qCd5-7 5 16,818,124~19,141,063 6.7 −0.002 qCd5.1 (Huang et al., 2015)
Clst5d qCd5-8 5 21,486,695~23,456,509 8.3 −0.002
Clst6a qCd6-1 6 4,365,001~4,400,366 4.5 0.004
Clst6b qCd6-2 6 10,411,282~11,457,254 4.4 −0.002 qCd6 Segment_on_Chr6 (Ishikawa et al., 2005)
Clst6c qCd6-3 6 22,117,058~22,123,339 4.3 0.002 OsLCT1 (Uraguchi et al., 2011)
Clst6d qCd6-4 6 27,586,307~27,591,921 4.9 −0.002
qCd6-5 6 27,919,935~27,938,490 6.3 0.003
qCd6-6 6 28,441,362~29,887,070 5.3 −0.002 qCd6 (Zhang et al., 2014)
Clst7a qCd7-1 7 9,491,735~10,356,836 6.2 0.004 qGCd7/qSCd7 (Ishikawa et al., 2010) qCdp7 (Abe et al., 2011)
Clst7b qCd7-2 7 17,677,268~24,927,574 4.7 0.002 qCDCN-7 (Shen et al., 2008)
Clst8a qCd8-1 8 098,858~736,546 5.6 −0.002 qCd8 Segment_on_Chr8 (Ishikawa et al., 2005)
Clst8b qCd8-2 8 4,494,409~7,760,106 5.4 −0.002
Clst8c qCd8-3 8 24,758,957~26,561,629 4.3 −0.002 qCd8 (Zhang et al., 2014)
qCd8-4 8 27,252,563~27,275,319 7.1 0.003
qCd8-5 8 27,313,865~27,323,824 5.0 −0.002
qCd8-6 8 27,425,405~27,460,834 4.9 0.002
qCd8-7 8 27,501,982~27,582,900 6.9 −0.002
Clst9a qCd9-1 9 12,135,431~12,165,192 5.1 −0.002
qCd9-2 9 12,405,421~17,243,659 7.8 0.004
Clst10 qCd10-1 10 8,425,690~14,527,032 5.3 −0.002
qCd10-2 10 16,043,069~18,482,561 5.5 −0.002
Clst11a qCd11-1 11 6,233,769~6,354,200 3.2 0.001 qCd11
qCd11-2 11 8,096,875~8,953,846 7.7 −0.002
qCd11-3 11 9,162,686~9,204,553 5.3 0.002
qCd11-4 11 9,396,989~16,643,233 8.6 −0.002
Clst11b qCd11-5 11 16,648,036~16,691,008 6.3 0.002
qCd11-6 11 16,774,292~16,850,863 6.9 −0.002
qCd11-7 11 16,915,560~20,181,453 5.1 0.002 qCd11 (Kashiwagi et al., 2009)
qCd11-8 11 23,757,657~23,977,853 4.4 −0.002 qCd11 (Tang, 2007)
qCd11-9 11 25,493,176~27,669,556 4.2 0.002 qCd11 (Tang, 2007)
Clst12a qCd12-1 12 1,615,274~1,630,986 4.7 −0.002
qCd12-2 12 2,275,959~2,471,184 5.3 0.004
qCd12-3 12 2,956,398~8,288,204 4.0 −0.001
Clst12b qCd12-4 12 11,270,271~11,777,847 5.9 0.004
qCd12-5 12 12,194,972~14,140,041 5.1 −0.001
qCd12-6 12 14,681,128~15,757,691 7.7 0.003
qCd12-7 12 15,804,848~15,872,325 5.2 −0.002
qCd12-8 12 16,987,855~17,467,228 4.9 0.002
Clst12c qCd12-9 12 24,218,754~25,662,740 4.1 −0.001 qSCd12 (Ishikawa et al., 2010)
Mn qMn3 3 20,083,700~20,107,682 4.6 1.317
qMn5 5 15,026,427~15,945,778 4.3 −0.518
qMn8 8 27,194,754~27,212,235 4.0 0.943
Cu qCu5 5 3,343,234~3,704,085 5.1 −0.333 qCu5 (Zhang et al., 2014)
qCu11 11 14,314,371~14,705,331 4.8 0.262
Se qSe4-1 4 3,566,285~5,597,802 5.6 0.005
qSe4-2 4 11,568,849~12,645,615 4.2 0.004
qSe11 11 27,190,782~27,196,075 3.8 0.003
a

QTL cluster.

b

Favorable allele effect (FAE) values of the peak markers.

c

A GMCs-related QTL detected by linkage mapping in our previous report (Xu et al., 2015), in which the three parents for the BC populations were also involved in our germplasms for the GWAS mapping.

d

The number in brackets are reference codes as listed in reference section.