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Table 5 The potential positive selection test based on the branch-site model

From: The complete chloroplast genome of Stauntonia chinensis and compared analysis revealed adaptive evolution of subfamily Lardizabaloideae species in China

Gene

Null hypothesis

Alternative hypothesis

Significance test

name

lnL

df

Omega (w = 1)

lnL

df

Omega (w > 1)

BEB

P-value

accD

− 6244.2703

76

1

− 6251.82

75

40.32412

78 I 0.946,79 D 0.840,80 S 0.573,81 G 0.779,82 K 0.969*,87 G 0.750,90 D 0.597,148 M 0.565,157 H 0.557,162 P 0.654,167 I 0.715,188 N 0.626,208 S 0.753,262 N 0.683,295 N 0.585,314 V 0.694

1.01E-04

atpA

− 7235.2876

80

1

−7235.29

79

1

123 V 0.784

9.99E-01

atpB

− 6617.3383

80

1

−6617.34

79

1.00000

 

1.00E+ 00

atpE

−2016.8158

80

1

−2018

79

87.46955

35 P 0.917,52 Y 0.977*

1.23E-01

atpF

− 857.07265

80

1

−857.073

79

1.00000

 

1.00E+ 00

atpH

− 800.09979

76

1

−800.1

75

3.48674

 

9.98E-01

atpI

− 3183.0473

80

1

−3183.51

79

20.22025

35 V 0.753,59 R 0.824,96 P 0.843,202 V 0.828

3.38E-01

ccsA

− 5988.5949

80

1

− 5989.75

79

15.32850

14 S 0.673,120 I 0.887

1.28E-01

cemA

− 4097.1783

79

1

−4097.63

78

999.00000

 

3.41E-01

clpP

− 3779.5729

78

1

−3779.64

77

1.73510

16 D 0.577,80 F 0.508,88 T 0.606,93 V 0.593,95 I 0.548

7.05E-01

matK

− 9319.3607

80

1

−9319.36

79

1.00000

 

1.00E+ 00

ndhA

− 5632.3781

78

1

−5632.38

77

1.00000

 

1.00E+ 00

ndhC

− 1481.7425

79

1

−1481.74

78

1.00000

 

9.99E-01

ndhD

− 6748.038

78

1

−6748.06

77

1.50673

63 M 0.697,201 I 0.662,252 I 0.664,320 L 0.685,327 Y 0.714,356 I 0.712

8.29E-01

ndhE

− 1550.4989

80

1

−1550.5

79

1.00000

 

1.00E+ 00

ndhF

−14,465.344

76

1

−14,465.3

75

1.00000

116 A 0.557,280 I 0.550

1.00E+ 00

ndhG

− 2862.0535

79

1

−2862.05

78

1.00000

 

1.00E+ 00

ndhH

− 5898.3248

78

1

−5898.32

77

1.00000

318 T 0.527

1.00E+ 00

ndhI

− 2246.7819

78

1

− 2247.13

77

13.49799

49 T 0.845,88 D 0.585,96 N 0.815

4.02E-01

ndhJ

− 2064.866

80

1

−2064.87

79

1.00000

134 G 0.745

1.00E+ 00

ndhK

− 2624.0218

76

1

−2624.02

75

1.00000

161 Y 0.548

1.00E+ 00

petA

− 2607.1562

80

1

−2607.16

79

10.70011

 

9.89E-01

petG

− 404.32829

80

1

−404.369

79

1.00000

 

7.76E-01

petL

− 386.63805

80

1

− 385.507

79

1.41918

 

1.33E-01

petN

−218.82071

80

1

−218.821

79

3.96657

 

9.95E-01

psaA

− 7414.7714

80

1

−7414.77

79

1.15065

441 V 0.583

9.85E-01

psaB

− 7487.909

80

1

−7487.91

79

1.00000

177 L 0.522

9.86E-01

psaC

−965.2544

80

1

−965.254

79

1.00000

 

9.99E-01

psaI

−489.20384

80

1

−489.204

79

1.00000

22 A 0.857

9.94E-01

psaJ

− 623.17909

80

1

− 622.516

79

1.00000

 

2.50E-01

psbA

−3805.4481

80

1

−3805.45

79

1.00000

3 A 0.784,228 T 0.784,350 S 0.738

1.00E+ 00

psbC

− 5464.4744

80

1

−5464.47

79

1.00000

 

1.00E+ 00

psbD

− 3430.3571

80

1

−3430.36

79

1.00000

 

9.89E-01

psbE

−824.21551

80

1

−824.216

79

1.00000

 

1.00E+ 00

psbF

− 297.73519

80

1

−297.735

79

1.00000

 

1.00E+ 00

psbI

−386.8387

80

1

−386.839

79

1.00000

 

1.00E+ 00

psbJ

−409.58353

80

1

−409.584

79

3.05096

 

9.99E-01

psbK

− 808.36136

80

1

−808.361

79

1.00000

 

1.00E+ 00

psbL

−251.14656

80

1

−250.996

79

1.00000

 

5.83E-01

psbM

−344.18423

80

1

−344.184

79

1.00000

 

1.00E+ 00

psbN

−339.98529

78

1

−339.985

77

3.88417

 

1.00E+ 00

psbZ

−615.4539

76

1

−615.454

75

1.00000

17 L 0.553

1.00E+ 00

rbcL

− 6385.4416

80

1

− 6388.64

79

999.00000

365 L 0.908

1.14E-02

rpl20

− 2104.3884

80

1

−2104.39

79

1.00000

 

1.00E+ 00

rpl33

− 895.54775

80

1

−895.771

79

84.08315

57 G 0.873

5.04E-01

rpoA

− 5786.0327

76

1

−5786.03

75

1.00000

5 A 0.523,107 Y 0.502,125 S 0.554,135 Q 0.559,276 K 0.555

1.00E+ 00

rpoB

−14,722.031

80

1

−14,722

79

1.24476

281 A 0.535,454 Y 0.537

9.55E-01

rpoC1

− 9096.3909

78

1

−9096.39

77

1.00000

110 A 0.561,590 P 0.569

1.00E+ 00

rpoC2

−21,869.149

80

1

−21,869.1

79

1.00000

 

9.99E-01

rps14

− 1369.7427

78

1

− 1370.22

77

999.00000

28 R 0.844,35 L 0.559

3.29E-01

rps15

−324.00056

74

1

−323.269

73

2.04455

 

2.26E-01

rps18

− 1134.1501

80

1

−1134.15

79

1.00000

 

1.00E+ 00

rps2

− 3349.317

80

1

−3349.32

79

1.00000

124 E 0.631,182 I 0.648

1.00E+ 00

ycf3

− 1601.2056

78

1

−1601.35

77

24.41198

5 R 0.733

5.89E-01

ycf4

− 2660.8473

79

1

− 2661.13

78

71.02868

 

4.55E-01

  1. *Indicate that the posterior probabilities of the site is > 0.95