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Table 2 Polymorphism of kdr intron and neutrality test of 15 Anopheles sinensis populations

From: Landscape genetic structure and evolutionary genetics of insecticide resistance gene mutations in Anopheles sinensis

Pop n S K Pi Tajima’s D h Hd Fu’s Fs Fu and Li’s D* Fu and Li’s F* τ SSD r
Southwest              
 YNLH 42 16 4.570 0.070 0.731 14 0.913 −1.598 0.337 0.553 5.486 0.032* 0.114*
 YNNE 32 18 4.776 0.073 0.233 13 0.917 −1.637 0.909 0.815 5.496 0.025 0.095*
 SCNJ 44 15 3.744 0.058 0.269 16 0.922 −4.107* 0.678 0.640 5.066 0.011 0.029
South              
 GXBS 22 16 4.368 0.067 −0.018 17 0.974 −9.984** −0.135 −0.116 4.879 0.004 0.018
 GZLD 32 7 3.601 0.055 3.118 4 0.575 5.319* 1.269 2.138* 8.051 0.260 0.541**
 GZCJ 40 15 4.318 0.066 0.715 18 0.924 −5.611* 0.698 0.830 5.539 0.004 0.015
 GXLZ 32 11 3.216 0.049 0.563 14 0.823 −4.616* −0.092 0.132 5.156 0.023 0.088
 HNBT 30 13 3.724 0.057 0.445 13 0.871 −3.066* 0.174 0.303 5.830 0.030 0.058
 GDQY 36 15 5.335 0.082 1.543 11 0.883 0.529 1.137 1.493 6.641 0.021 0.071
 FJXM 26 17 4.028 0.062 −0.338 14 0.923 −4.397* −0.463 −0.497 2.371 0.003 0.010
Central              
 HBWX 42 6 1.153 0.018 −0.457 4 0.301 1.111 0.356 0.122 3.000 0.056* 0.497
 HNXY 38 5 0.906 0.014 −0.614 4 0.368 0.377 0.204 −0.052 3.000 0.038 0.310
 JSSN 30 6 0.759 0.012 −1.424 4 0.251 −0.257 −1.111 −1.403 3.000 0.030 0.511
 AHWH 62 6 0.754 0.012 −1.001 5 0.292 −0.700 1.158 0.544 3.000 0.030 0.425
 SDHZ 38 29 9.757 0.150 1.431 9 0.728 5.974* 0.770 1.177 18.506 0.080* 0.118*
  1. n number of sequences used, S number of polymorphic (segregating) sites, K average number of pairwise nucleotide differences, Pi nucleotide diversity, h number of Haplotypes, Hd haplotype diversity, τ estimated parameter of population expansion assuming the stepwise growth model (τ = 2 t*MU where t = time in years, MU = mutation rate per locus), SSD the sum of squared deviations; and r Harpending’s raggedness index
  2. *P < 0.05; **P < 0.01 (FDR < 0.02)