Table 5 Estimation of genetic differentiation between geographic populations using the Snn statistics with *P < 0.01

Brazil

Colombia

Peru

India

Sri Lanka

Thailand

Korea

Iran

Colombia

0.93864*

Peru

0.65322*

0.9486*

India

0.63332*

0.94986*

0.74331*

Sri Lanka

0.61225*

0.94952*

0.67073*

0.58268*

Thailand

0.8613*

0.81977*

0.91711*

0.80463*

0.8734*

Korea

0.92369*

0.91515*

0.90485*

0.9886*

0.80846*

0.80833*

Iran

0.85693 ns

0.82143*

0.84720*

0.84885*

0.84003*

0.62883*

0.76684*

PNG

0.91672*

0.9749*

0.93263*

0.90407*

0.96110*

0.93994*

0.9817*

0.95887*

B)

Brazil

India

Korea

Thailand

Turkey

India

0.68639 ns

Korea

0.6184*

0.61948 ns

Thailand

0.95065*

0.81079*

0.895 ns

Turkey

0.0210*

0.52367 ns

0.625 ns

0.76791*

Singapore

0.84141*

0.60742*

0.7 ns

0.7*

0.113 ns

C)

Brazil

Peru

Venezuela

China

India

Korea

Myanmar

Thailand

Solomon

PNG

Peru

0.6455*

Venezuela

0.6200*

0.7909*

China

0.9833*

0.9925*

0.9735*

India

0.8711*

0.9092*

0.8919*

0.9446*

Korea

0.9851*

0.9903*

0.9744*

0.4744 ns

0.9787*

Myanmar

0.8850*

0.9520*

0.9096*

0.7959 ns

0.8443*

0.8704 ns

Thailand

0.9444*

0.9694*

0.9366*

0.9569*

0.8352*

0.9744*

0.7896*

Solomon

0.9713*

0.9810*

0.9760*

0.9321*

0.9625*

0.8667*

0.9025*

0.9429*

PNG

0.9792*

0.9846*

0.9784*

0.8444*

0.9505*

0.8914*

0.8628*

0.9368*

0.6270 ns

Philippines

0.9637*

0.9958*

0.9648*

0.9746*

0.9228*

0.9913*

0.8857*

0.8689*

0.9669*

0.978*