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. 2016 Aug 29;7:1270. doi: 10.3389/fpls.2016.01270

Table 3.

Genome-wide significant association signals for heading date in indica and japonica subpopulations using the LMM method in Wuhan (long day conditions).

QTL Lead SNP Chr. Linkage disequilibrium interval (bp) Distance to gene Indica 2013
Indica 2014
Japonica 2013
Japonica 2014
P P.V (%) P P.V (%) P P.V (%) P P.V (%)
qHd4 Sf0403512804 4 3145576–3733894 1.8E-7 26.1
qHd6.1 Sf0602312322 6 2311322–2931955 78.2 kb to Hd17 1.6E-6 19.7 4.4E-7 18.7
qHd6.2 Sf0602663020 6 2396433–2733565 8.0E-7 13.2 4.4E-6 16.8
qHd7.1 Sf0709177919 7 9137593–9196135 -25.5 kb to Ghd7 5.7E-7 7.3 1.1E-6 7.1
qHd7.2 Sf0711412802 7 11316108–11898697 3.1E-7 16.6
qHd8 Sf0804089477 8 3942483–4245642 3.5E-8 9.5
qHd10.1 Sf1001634949 10 1596335–1634949 2.2E-7 7.4

Total estimation 7.2E-19 27.1 4.0E-25 35.3 3.8E-16 39.4 3.2E-15 40.8

Linkage disequilibrium interval means the linkage disequilibrium (r2 > 0.2) extended genome region surrounding the lead SNP. P is P-value estimated in LMM, P.V (%) is phenotype variance explained by the QTL in percent.