Identification of QTLs for Resistance to Sclerotinia sclerotiorum in Carioca Common Bean by the Moving Away Method
Table 1
Summary of the distance between the marker and QTL, position of the markers in Figures 1, 2, and 3, effect of the QTL associated with the marker, and its respective magnitudes and heritability of the QTL.
Marker
Position
FRa (%)
Distanceb
Effect
Waldc
Heritd (%)
BM184
1
20.29
21.53
0.2
1038.04
84.48
BM187
2
4.47
4.49
−0.077
164.57
49.7
BM211
3
1.45
1.45
0.068
120.37
76.93
BMd42a
4
3.32
3.32
−0.003
84.46
3.01
PVM02TC116
5
1.7
1.7
0.02
25.24
2.57
PV188
8
1.59
1.59
−0.184
819.59
3.74
PV74
9
1.21
1.21
−0.081
171.98
0.87
PVESTBR_185
10
45.32
75.33
0.197
952.96
75.71
PVESTBR_204
11
1.08
1.08
0.108
313.72
3.39
PV-gaat001
13
2.41
2.41
−0.04
93.98
0.12
ME1
15
0.82
0.82
0.129
416.94
71.37
BMc94
16
38.39
50.76
0.189
873.32
84.94
BMc83
17
2.24
2.24
−0.096
230.64
57.92
EAAG/MCAG224
26
9.42
9.54
−0.019
37.03
77.51
EACC/MCAT141
36
1.8
1.8
−0.019
35.74
0.39
EACC/MCAT126
37
3.68
3.69
0.022
52.11
2.01
EACA/MCAT148
45
1.8
1.8
0.021
41.08
4.92
Frequency of recombination; bdistance, in cM, from the marker to the QTL; cvalue of the Wald test; dheritability of the QTL; +: increased resistance; −: decreased resistance.
