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. 2014 May;64(1):83–89. doi: 10.1270/jsbbs.64.83

Table 1.

Detected QTLs for resistance to Phomopsis pod blight (caused by Diaporthe toxica) using a Lupinus albus F8-RIL population derived from a cross between Kiev-Mutant and P27174

QTL LG Map position (cM) Pa LOD Explained varianceb (%VG) Additive effectc Proximal marker
Experiment 1 (plants grown in field-soil screen-house)
QTL-2 LG3 17.5 <0.001 *** 9.3 36.9 −2.37 M75E38A83
QTL-4 LG6 61.9 0.020 * 2.1 10.0 −0.39 Lup337
QTL-5 LG10 30.0 <0.001 *** 6.4 27.1 0.75 M61E35A66
QTL-6 LG12 10.0 0.012 * 4.3 19.4 1.31 lPms-524453
QTL-7 LG17 69.0 0.040 * 1.8 8.3 0.22 M65E35C315
QTL-2:QTL-5d LG3:LG10 <0.001 *** 5.7 38.6 −0.49
QTL-2:QTL-6 LG3:LG12 0.007 ** 3.8 24.6 0.48
Experiment 2 (plants grown in a glasshouse)
QTL-1 LG3 0.0 0.007 ** 2.5 11.5 0.58 lPms-751131
QTL-3 LG3 33.1 <0.001 *** 7.1 29.8 −0.37 M48E38B99
QTL-5 LG10 27.5 <0.001 *** 6.7 28.2 0.45 M61E35A66
QTL-8 LG27 12.5 0.035 * 1.7 8.0 0.10 Lup87
QTL-3:QTL-5d LG3:LG10 <0.001 *** 6.0 25.8 −0.38
a

*: P < 0.05, **: P < 0.01 and ***: P < 0.001.

b

Proportion of variability explained by the putative QTL. Bold-consistent genomic regions associated with Phomopsis pod blight resistance that was scored under glasshouse and field conditions.

c

Alleles from QTL with positive additive effect value are from Kiev-Mutant. Alleles from QTL with negative additive effect value are from P27174.

d

Interaction effect between pairs of QTLs.