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Table 4 Genetic variation in 17 populations of Ae. aegypti from Yunnan Province, China, averaged over 12 microsatellite loci

From: The expanding pattern of Aedes aegypti in southern Yunnan, China: insights from microsatellite and mitochondrial DNA markers

Pop

N

Na

Ne

I

Ho

He

uHe

FIS

IAM

TPM

SMM

MML

46.583

5.583

2.505

1.029

0.407

0.519

0.525

0.280

0.564

0.419

0.003

NAM

35.000

4.167

2.507

0.957

0.421

0.507

0.514

0.165

0.113

0.117

0.102

RJL

32.000

4.333

2.366

0.929

0.378

0.492

0.500

0.245

0.280

0.478

0.026

JGL

46.750

4.667

2.182

0.856

0.417

0.455

0.460

0.140

0.390

0.585

0.008

LYC

31.833

4.917

2.623

1.051

0.464

0.547

0.556

0.137

0.337

0.595

0.185

LBH

27.917

3.750

2.237

0.834

0.353

0.447

0.455

0.145

0.363

0.367

0.318

JGC

27.000

3.833

2.412

0.852

0.346

0.452

0.461

0.217

0.175

0.184

0.305

DAL

46.500

4.750

2.612

1.033

0.428

0.550

0.556

0.197

0.146

0.350

0.197

GEM

22.250

5.250

2.854

1.135

0.309

0.580

0.594

0.484

0.169

0.179

0.059

HHY

31.917

3.333

2.324

0.843

0.434

0.477

0.485

0.103

0.045

0.056

0.470

NKK

32.000

3.750

2.031

0.817

0.378

0.470

0.478

0.231

0.472

0.501

0.210

GAZ

31.500

3.833

2.288

0.922

0.422

0.519

0.528

0.254

0.249

0.266

0.432

FTC

31.583

3.083

2.170

0.796

0.436

0.461

0.469

0.039

0.007

0.047

0.443

ZYY

31.917

3.417

2.304

0.863

0.393

0.489

0.496

0.153

0.007

0.049

0.423

CAJ

31.250

6.333

3.107

1.283

0.335

0.630

0.640

0.456

0.610

0.385

0.003

LGD

31.667

3.500

2.180

0.829

0.328

0.457

0.464

0.300

   

LHN

31.500

3.417

2.271

0.809

0.361

0.448

0.455

0.167

   

Mean

33.480

4.230

2.410

0.932

0.389

0.500

0.508

0.222

   
  1. Notes: P-values for genetic bottleneck detection using the Wilcoxon signed-rank test under the infinite allele (IAM), step-wise mutation (SMM) and two-phase mutation (TPM) models. Bold characters denote a significant heterozygote deficiency (P < 0.05) after correction for multiple testing by the sequential Bonferroni procedure
  2. Abbreviations: N, effective number of samples; Na, number of alleles per population; Ne, effective allele; I, Shannonʼs information index; Ho, observed heterozygosity; He, expected heterozygosity; uHe, unbiased expected heterozygosity; FIS, inbreeding coefficient