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Table 1 QTLs identified for seed fresh weight (SFW) and berry weight (BW) on the consensus linkage group 18

From: Molecular, genetic and transcriptional evidence for a role of VvAGL11 in stenospermocarpic seedlessness in grapevine

Trait

Season

Closest Marker to LOD peak

LOD

CI (cM)

Var. Expl. MQM (%)

Marker Highest K-W

Var. Expl. K-W (%)

P (K-W)

Mean (g) class: aa

Mean (g) class: ab

Mean (g) class. bb

  

Without intragenic markers for VvAGL11

SFW

2007

VMC7F2

28.0

1.5

61.7

VMC7F2

75.7

0.0001

0.003

0.009

0.062

 

2009

VvP18B20

26.5

1.5

61.5

VMC7F2

67.7

0.0001

0.009

0.016

0.078

 

2010

VvP18B20

33.8

1.5

71.2

VMC7F2

78.8

0.0001

0.005

0.009

0.061

BW

2007

VMC7F2

9.8

3.5

33.0

VMC7F2

38.5

0.0001

1.239

1.682

2.457

 

2009

VvP18B20

12.0

3.5

33.9

VMC7F2

40.1

0.0001

2.061

2.436

3.670

 

2010

VvP18B20

12.0

3.5

36.1

VMC7F2

42.5

0.0001

1.512

1.877

2.891

  

With intragenic markers for VvAGL11

SFW

2007

p3_VvAGL11

24.0

0.6

61.4

VMC7F2

75.7

0.0001

0.003

0.009

0.062

 

2009

p3_VvAGL11

26.3

0.6

61.2

p3_VvAGL11

69.8

0.0001

0.007

0.017

0.080

 

2010

p3_VvAGL11

32.2

0.6

69.5

VMC7F2

78.8

0.0001

0.005

0.009

0.061

BW

2007

p3_VvAGL11

9.2

0.9

31.1

VMC7F2

38.5

0.0001

1.239

1.682

2.457

 

2009

p3_VvAGL11

10.8

0.6

32.3

VMC7F2

40.1

0.0001

2.061

2.436

3.670

 

2010

p3_VvAGL11

14.7

0.6

41.8

p3_VvAGL11

44.4

0.0001

1.390

1.855

2.886

  1. For both traits, the QTL analysis was performed over three different seasons with and without intragenic VvAGL11 markers. The table shows the closest marker to the peak in the LOD profile, the LOD value for the same marker (LOD), the 1-LOD support confidence interval (CI), the proportion of phenotypic variance explained by QTLs with parametric and non-parametric analysis (Var. Expl. MQM and Var. Expl. K-W respectively), the P-value for the Kruskal-Wallis test (P), and the mean seed fresh weight or berry weight values for genotypic classes (aa, ab and bb,) detected in the RS × S progeny.