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Table 1 Summary statistics results for the three populations (HG – Hungary, PT – Portugal, SP – Spain) using the 14 microsatellite loci: number of individuals analyzed (N), number of alleles of each locus (k), observed heterozygosity (Hobs), expected heterozygosity (HExp), average non-exclusion probability for the first parent (NE-1P), average non-exclusion probability for the second parent (NE-2P), average non-exclusion probability for a candidate parent pair (NE-PP), average non-exclusion probability for identity of two unrelated individuals (NE-I), average non-exclusion probability for identity of two siblings (NE-SI), and estimated null allele frequency (F(null))

From: Microsatellite markers for identification and parentage analysis in the European wild boar (Sus scrofa)

 

Sw24

S0155

Sw936

Sw2410

S005

Sw632

Sw857

S0226

Sw72

Sw240

S0068

S0101

Sw122

Sw2008

N

HG

49

47

49

49

46

49

49

47

47

48

46

48

43

47

 

PT

72

72

72

72

69

71

71

70

72

72

66

72

72

72

 

SP

46

46

46

46

43

45

46

46

46

46

43

46

46

46

k

HG

6

6

7

6

14

7

3

4

5

4

8

8

6

3

 

PT

4

4

4

6

10

5

5

3

3

5

9

5

5

3

 

SP

5

4

5

4

12

4

5

4

6

5

9

6

4

4

Hobs

HG

0.9

0.5

0.6

0.65

0.85

0.75

0.5

0.75

0.833

0.65

0.895

1

0.733

0.444

 

PT

0.415

0.61

0.537

0.659

0.718

0.5

0.575

0.268

0.415

0.732

0.861

0.39

0.317

0.585

 

SP

0.773

0.364

0.636

0.636

0.909

0.762

0.545

0.409

0.773

0.773

0.7

0.591

0.545

0.636

Hexp

HG

0.741

0.615

0.715

0.713

0.901

0.679

0.396

0.737

0.754

0.596

0.868

0.817

0.791

0.452

 

PT

0.418

0.71

0.511

0.749

0.706

0.536

0.501

0.259

0.494

0.712

0.776

0.369

0.326

0.662

 

SP

0.723

0.411

0.634

0.606

0.906

0.721

0.508

0.504

0.784

0.722

0.827

0.537

0.624

0.532

NE-1P

HG

0.686

0.789

0.693

0.712

0.385

0.736

0.925

0.71

0.67

0.817

0.475

0.568

0.631

0.903

 

PT

0.912

0.723

0.872

0.663

0.681

0.853

0.876

0.967

0.881

0.718

0.623

0.932

0.945

0.786

 

SP

0.717

0.918

0.796

0.82

0.375

0.727

0.868

0.877

0.632

0.704

0.549

0.848

0.809

0.857

NE-2P

HG

0.513

0.608

0.506

0.533

0.237

0.556

0.826

0.54

0.49

0.652

0.308

0.391

0.453

0.805

 

PT

0.781

0.555

0.787

0.486

0.492

0.718

0.777

0.877

0.793

0.55

0.445

0.812

0.818

0.639

 

SP

0.549

0.793

0.649

0.691

0.23

0.562

0.713

0.772

0.454

0.526

0.373

0.686

0.673

0.701

NE-PP

HG

0.328

0.408

0.3

0.341

0.083

0.358

0.721

0.369

0.301

0.475

0.137

0.205

0.269

0.696

 

PT

0.642

0.381

0.677

0.3

0.277

0.566

0.659

0.787

0.684

0.374

0.257

0.686

0.683

0.49

 

SP

0.374

0.662

0.486

0.543

0.081

0.394

0.545

0.649

0.272

0.337

0.19

0.507

0.521

0.534

NE-I

HG

0.123

0.19

0.12

0.133

0.025

0.15

0.434

0.133

0.109

0.22

0.042

0.069

0.093

0.389

 

PT

0.382

0.144

0.35

0.109

0.114

0.284

0.344

0.576

0.36

0.141

0.09

0.437

0.472

0.193

 

SP

0.14

0.398

0.213

0.248

0.024

0.146

0.289

0.34

0.092

0.128

0.063

0.262

0.231

0.272

NE-SI

HG

0.419

0.497

0.431

0.436

0.317

0.456

0.665

0.424

0.411

0.514

0.338

0.369

0.391

0.627

 

PT

0.639

0.435

0.585

0.407

0.43

0.556

0.589

0.766

0.596

0.433

0.39

0.677

0.707

0.472

 

SP

0.432

0.649

0.493

0.516

0.313

0.434

0.574

0.589

0.39

0.429

0.363

0.553

0.503

0.558

F(null)

HG

−0.1106

0.03

0.0296

0.0586

0.0341

−0.0317

0.0208

0.0012

−0.0237

−0.0763

−0.0072

−0.0394

0.0259

0.0825

 

PT

0.0115

0.0105

0.1312

0.0755

−0.0173

0.0174

−0.0431

−0.0293

−0.0235

−0.0014

−0.0468

0.0618

0.0377

0.1476

 

SP

−0.0673

−0.0396

−0.0143

−0.0969

−0.0029

0.027

−0.0549

−0.0013

0.0021

−0.0128

0.0391

−0.1238

0.0292

−0.0785