Analysis of information sources in references of the Wikipedia article "Hazaras" in English language version.
The Hazāras are a principal component of the population of Afghanistan.
The Hazāras are almost certainly an Ethnically mixed group, whose components may or may not be related to each other.
They speak a Persian dialect with many Turkic and a few Mongolian words.
They speak a Persian dialect with many Turkic and a few Mongolian words.
Our study confirms the results of Li et al's study that cluster the Hazara population with Central Asian populations, rather than Mongolian populations, which is consistent with ethnological studies. Our results further extend these findings, as we show that the Hazaras are closer to Turkic-speaking populations from Central Asia than to East-Asian or Indo-Iranian populations.
Overall, we genotyped 25 forensic-related markers in 261 Quetta Hazara individuals and provided the first batch of 23-autosomal STRs for forensic genetics and population genetics research. 23-autosomal STRs included in Huaxia Platinum were polymorphic in the Hazara population and could be used as powerful tool for forensic investigations. Population genetic comparisons based on two datasets via PCA, MDS and phylogenetic relationship reconstruction consistently indicated that the Quetta Hazara in Pakistan shared significant genetic components with Central Asians, especially for Turkic-speaking populations.
Hazaras are one of the oppressed and dispossessed national minority communities of the country.
Our study confirms the results of Li et al's study that cluster the Hazara population with Central Asian populations, rather than Mongolian populations, which is consistent with ethnological studies. Our results further extend these findings, as we show that the Hazaras are closer to Turkic-speaking populations from Central Asia than to East-Asian or Indo-Iranian populations.
Overall, we genotyped 25 forensic-related markers in 261 Quetta Hazara individuals and provided the first batch of 23-autosomal STRs for forensic genetics and population genetics research. 23-autosomal STRs included in Huaxia Platinum were polymorphic in the Hazara population and could be used as powerful tool for forensic investigations. Population genetic comparisons based on two datasets via PCA, MDS and phylogenetic relationship reconstruction consistently indicated that the Quetta Hazara in Pakistan shared significant genetic components with Central Asians, especially for Turkic-speaking populations.
Our study confirms the results of Li et al's study that cluster the Hazara population with Central Asian populations, rather than Mongolian populations, which is consistent with ethnological studies. Our results further extend these findings, as we show that the Hazaras are closer to Turkic-speaking populations from Central Asia than to East-Asian or Indo-Iranian populations.
Overall, we genotyped 25 forensic-related markers in 261 Quetta Hazara individuals and provided the first batch of 23-autosomal STRs for forensic genetics and population genetics research. 23-autosomal STRs included in Huaxia Platinum were polymorphic in the Hazara population and could be used as powerful tool for forensic investigations. Population genetic comparisons based on two datasets via PCA, MDS and phylogenetic relationship reconstruction consistently indicated that the Quetta Hazara in Pakistan shared significant genetic components with Central Asians, especially for Turkic-speaking populations.
Our study confirms the results of Li et al's study that cluster the Hazara population with Central Asian populations, rather than Mongolian populations, which is consistent with ethnological studies. Our results further extend these findings, as we show that the Hazaras are closer to Turkic-speaking populations from Central Asia than to East-Asian or Indo-Iranian populations.
Our study confirms the results of Li et al's study that cluster the Hazara population with Central Asian populations, rather than Mongolian populations, which is consistent with ethnological studies. Our results further extend these findings, as we show that the Hazaras are closer to Turkic-speaking populations from Central Asia than to East-Asian or Indo-Iranian populations.
Overall, we genotyped 25 forensic-related markers in 261 Quetta Hazara individuals and provided the first batch of 23-autosomal STRs for forensic genetics and population genetics research. 23-autosomal STRs included in Huaxia Platinum were polymorphic in the Hazara population and could be used as powerful tool for forensic investigations. Population genetic comparisons based on two datasets via PCA, MDS and phylogenetic relationship reconstruction consistently indicated that the Quetta Hazara in Pakistan shared significant genetic components with Central Asians, especially for Turkic-speaking populations.
The results from pairwise genetic distances, MDS, PCA, and phylogenetic relationship reconstruction demonstrate that present-day Hazaras are genetically closer to the Turkic-speaking populations (Uyghur, Kazakh, and Kyrgyz) residing in northwest China than with other Central/South Asian populations and Mongolian. Outgroup and admixture f3, f4, f4-ratio, qpWave, and qpAdm results further demonstrate that Hazara shares more alleles with East Asians than with other Central Asians and carries 57.8% Mongolian-related ancestry. Overall, our findings suggest that Hazaras have experienced genetic admixture with the local or neighboring populations and formed the current East-West Eurasian admixed genetic profile.
Our study confirms the results of Li et al's study that cluster the Hazara population with Central Asian populations, rather than Mongolian populations, which is consistent with ethnological studies. Our results further extend these findings, as we show that the Hazaras are closer to Turkic-speaking populations from Central Asia than to East-Asian or Indo-Iranian populations.
Our study confirms the results of Li et al's study that cluster the Hazara population with Central Asian populations, rather than Mongolian populations, which is consistent with ethnological studies. Our results further extend these findings, as we show that the Hazaras are closer to Turkic-speaking populations from Central Asia than to East-Asian or Indo-Iranian populations.
Overall, we genotyped 25 forensic-related markers in 261 Quetta Hazara individuals and provided the first batch of 23-autosomal STRs for forensic genetics and population genetics research. 23-autosomal STRs included in Huaxia Platinum were polymorphic in the Hazara population and could be used as powerful tool for forensic investigations. Population genetic comparisons based on two datasets via PCA, MDS and phylogenetic relationship reconstruction consistently indicated that the Quetta Hazara in Pakistan shared significant genetic components with Central Asians, especially for Turkic-speaking populations.
Our study confirms the results of Li et al's study that cluster the Hazara population with Central Asian populations, rather than Mongolian populations, which is consistent with ethnological studies. Our results further extend these findings, as we show that the Hazaras are closer to Turkic-speaking populations from Central Asia than to East-Asian or Indo-Iranian populations.
Overall, we genotyped 25 forensic-related markers in 261 Quetta Hazara individuals and provided the first batch of 23-autosomal STRs for forensic genetics and population genetics research. 23-autosomal STRs included in Huaxia Platinum were polymorphic in the Hazara population and could be used as powerful tool for forensic investigations. Population genetic comparisons based on two datasets via PCA, MDS and phylogenetic relationship reconstruction consistently indicated that the Quetta Hazara in Pakistan shared significant genetic components with Central Asians, especially for Turkic-speaking populations.
Our study confirms the results of Li et al's study that cluster the Hazara population with Central Asian populations, rather than Mongolian populations, which is consistent with ethnological studies. Our results further extend these findings, as we show that the Hazaras are closer to Turkic-speaking populations from Central Asia than to East-Asian or Indo-Iranian populations.
Overall, we genotyped 25 forensic-related markers in 261 Quetta Hazara individuals and provided the first batch of 23-autosomal STRs for forensic genetics and population genetics research. 23-autosomal STRs included in Huaxia Platinum were polymorphic in the Hazara population and could be used as powerful tool for forensic investigations. Population genetic comparisons based on two datasets via PCA, MDS and phylogenetic relationship reconstruction consistently indicated that the Quetta Hazara in Pakistan shared significant genetic components with Central Asians, especially for Turkic-speaking populations.
Our study confirms the results of Li et al's study that cluster the Hazara population with Central Asian populations, rather than Mongolian populations, which is consistent with ethnological studies. Our results further extend these findings, as we show that the Hazaras are closer to Turkic-speaking populations from Central Asia than to East-Asian or Indo-Iranian populations.
Our study confirms the results of Li et al's study that cluster the Hazara population with Central Asian populations, rather than Mongolian populations, which is consistent with ethnological studies. Our results further extend these findings, as we show that the Hazaras are closer to Turkic-speaking populations from Central Asia than to East-Asian or Indo-Iranian populations.
Overall, we genotyped 25 forensic-related markers in 261 Quetta Hazara individuals and provided the first batch of 23-autosomal STRs for forensic genetics and population genetics research. 23-autosomal STRs included in Huaxia Platinum were polymorphic in the Hazara population and could be used as powerful tool for forensic investigations. Population genetic comparisons based on two datasets via PCA, MDS and phylogenetic relationship reconstruction consistently indicated that the Quetta Hazara in Pakistan shared significant genetic components with Central Asians, especially for Turkic-speaking populations.
The results from pairwise genetic distances, MDS, PCA, and phylogenetic relationship reconstruction demonstrate that present-day Hazaras are genetically closer to the Turkic-speaking populations (Uyghur, Kazakh, and Kyrgyz) residing in northwest China than with other Central/South Asian populations and Mongolian. Outgroup and admixture f3, f4, f4-ratio, qpWave, and qpAdm results further demonstrate that Hazara shares more alleles with East Asians than with other Central Asians and carries 57.8% Mongolian-related ancestry. Overall, our findings suggest that Hazaras have experienced genetic admixture with the local or neighboring populations and formed the current East-West Eurasian admixed genetic profile.
Our study confirms the results of Li et al's study that cluster the Hazara population with Central Asian populations, rather than Mongolian populations, which is consistent with ethnological studies. Our results further extend these findings, as we show that the Hazaras are closer to Turkic-speaking populations from Central Asia than to East-Asian or Indo-Iranian populations.
Our study confirms the results of Li et al's study that cluster the Hazara population with Central Asian populations, rather than Mongolian populations, which is consistent with ethnological studies. Our results further extend these findings, as we show that the Hazaras are closer to Turkic-speaking populations from Central Asia than to East-Asian or Indo-Iranian populations.
Our study confirms the results of Li et al's study that cluster the Hazara population with Central Asian populations, rather than Mongolian populations, which is consistent with ethnological studies. Our results further extend these findings, as we show that the Hazaras are closer to Turkic-speaking populations from Central Asia than to East-Asian or Indo-Iranian populations.
Our study confirms the results of Li et al's study that cluster the Hazara population with Central Asian populations, rather than Mongolian populations, which is consistent with ethnological studies. Our results further extend these findings, as we show that the Hazaras are closer to Turkic-speaking populations from Central Asia than to East-Asian or Indo-Iranian populations.
Our study confirms the results of Li et al's study that cluster the Hazara population with Central Asian populations, rather than Mongolian populations, which is consistent with ethnological studies. Our results further extend these findings, as we show that the Hazaras are closer to Turkic-speaking populations from Central Asia than to East-Asian or Indo-Iranian populations.
Our study confirms the results of Li et al's study that cluster the Hazara population with Central Asian populations, rather than Mongolian populations, which is consistent with ethnological studies. Our results further extend these findings, as we show that the Hazaras are closer to Turkic-speaking populations from Central Asia than to East-Asian or Indo-Iranian populations.
Our study confirms the results of Li et al's study that cluster the Hazara population with Central Asian populations, rather than Mongolian populations, which is consistent with ethnological studies. Our results further extend these findings, as we show that the Hazaras are closer to Turkic-speaking populations from Central Asia than to East-Asian or Indo-Iranian populations.
Overall, we genotyped 25 forensic-related markers in 261 Quetta Hazara individuals and provided the first batch of 23-autosomal STRs for forensic genetics and population genetics research. 23-autosomal STRs included in Huaxia Platinum were polymorphic in the Hazara population and could be used as powerful tool for forensic investigations. Population genetic comparisons based on two datasets via PCA, MDS and phylogenetic relationship reconstruction consistently indicated that the Quetta Hazara in Pakistan shared significant genetic components with Central Asians, especially for Turkic-speaking populations.
Overall, we genotyped 25 forensic-related markers in 261 Quetta Hazara individuals and provided the first batch of 23-autosomal STRs for forensic genetics and population genetics research. 23-autosomal STRs included in Huaxia Platinum were polymorphic in the Hazara population and could be used as powerful tool for forensic investigations. Population genetic comparisons based on two datasets via PCA, MDS and phylogenetic relationship reconstruction consistently indicated that the Quetta Hazara in Pakistan shared significant genetic components with Central Asians, especially for Turkic-speaking populations.
Overall, we genotyped 25 forensic-related markers in 261 Quetta Hazara individuals and provided the first batch of 23-autosomal STRs for forensic genetics and population genetics research. 23-autosomal STRs included in Huaxia Platinum were polymorphic in the Hazara population and could be used as powerful tool for forensic investigations. Population genetic comparisons based on two datasets via PCA, MDS and phylogenetic relationship reconstruction consistently indicated that the Quetta Hazara in Pakistan shared significant genetic components with Central Asians, especially for Turkic-speaking populations.
Overall, we genotyped 25 forensic-related markers in 261 Quetta Hazara individuals and provided the first batch of 23-autosomal STRs for forensic genetics and population genetics research. 23-autosomal STRs included in Huaxia Platinum were polymorphic in the Hazara population and could be used as powerful tool for forensic investigations. Population genetic comparisons based on two datasets via PCA, MDS and phylogenetic relationship reconstruction consistently indicated that the Quetta Hazara in Pakistan shared significant genetic components with Central Asians, especially for Turkic-speaking populations.
The results from pairwise genetic distances, MDS, PCA, and phylogenetic relationship reconstruction demonstrate that present-day Hazaras are genetically closer to the Turkic-speaking populations (Uyghur, Kazakh, and Kyrgyz) residing in northwest China than with other Central/South Asian populations and Mongolian. Outgroup and admixture f3, f4, f4-ratio, qpWave, and qpAdm results further demonstrate that Hazara shares more alleles with East Asians than with other Central Asians and carries 57.8% Mongolian-related ancestry. Overall, our findings suggest that Hazaras have experienced genetic admixture with the local or neighboring populations and formed the current East-West Eurasian admixed genetic profile.
Overall, we genotyped 25 forensic-related markers in 261 Quetta Hazara individuals and provided the first batch of 23-autosomal STRs for forensic genetics and population genetics research. 23-autosomal STRs included in Huaxia Platinum were polymorphic in the Hazara population and could be used as powerful tool for forensic investigations. Population genetic comparisons based on two datasets via PCA, MDS and phylogenetic relationship reconstruction consistently indicated that the Quetta Hazara in Pakistan shared significant genetic components with Central Asians, especially for Turkic-speaking populations.
Overall, we genotyped 25 forensic-related markers in 261 Quetta Hazara individuals and provided the first batch of 23-autosomal STRs for forensic genetics and population genetics research. 23-autosomal STRs included in Huaxia Platinum were polymorphic in the Hazara population and could be used as powerful tool for forensic investigations. Population genetic comparisons based on two datasets via PCA, MDS and phylogenetic relationship reconstruction consistently indicated that the Quetta Hazara in Pakistan shared significant genetic components with Central Asians, especially for Turkic-speaking populations.
Overall, we genotyped 25 forensic-related markers in 261 Quetta Hazara individuals and provided the first batch of 23-autosomal STRs for forensic genetics and population genetics research. 23-autosomal STRs included in Huaxia Platinum were polymorphic in the Hazara population and could be used as powerful tool for forensic investigations. Population genetic comparisons based on two datasets via PCA, MDS and phylogenetic relationship reconstruction consistently indicated that the Quetta Hazara in Pakistan shared significant genetic components with Central Asians, especially for Turkic-speaking populations.
Overall, we genotyped 25 forensic-related markers in 261 Quetta Hazara individuals and provided the first batch of 23-autosomal STRs for forensic genetics and population genetics research. 23-autosomal STRs included in Huaxia Platinum were polymorphic in the Hazara population and could be used as powerful tool for forensic investigations. Population genetic comparisons based on two datasets via PCA, MDS and phylogenetic relationship reconstruction consistently indicated that the Quetta Hazara in Pakistan shared significant genetic components with Central Asians, especially for Turkic-speaking populations.
Our study confirms the results of Li et al's study that cluster the Hazara population with Central Asian populations, rather than Mongolian populations, which is consistent with ethnological studies. Our results further extend these findings, as we show that the Hazaras are closer to Turkic-speaking populations from Central Asia than to East-Asian or Indo-Iranian populations.
Overall, we genotyped 25 forensic-related markers in 261 Quetta Hazara individuals and provided the first batch of 23-autosomal STRs for forensic genetics and population genetics research. 23-autosomal STRs included in Huaxia Platinum were polymorphic in the Hazara population and could be used as powerful tool for forensic investigations. Population genetic comparisons based on two datasets via PCA, MDS and phylogenetic relationship reconstruction consistently indicated that the Quetta Hazara in Pakistan shared significant genetic components with Central Asians, especially for Turkic-speaking populations.
Our study confirms the results of Li et al's study that cluster the Hazara population with Central Asian populations, rather than Mongolian populations, which is consistent with ethnological studies. Our results further extend these findings, as we show that the Hazaras are closer to Turkic-speaking populations from Central Asia than to East-Asian or Indo-Iranian populations.
Overall, we genotyped 25 forensic-related markers in 261 Quetta Hazara individuals and provided the first batch of 23-autosomal STRs for forensic genetics and population genetics research. 23-autosomal STRs included in Huaxia Platinum were polymorphic in the Hazara population and could be used as powerful tool for forensic investigations. Population genetic comparisons based on two datasets via PCA, MDS and phylogenetic relationship reconstruction consistently indicated that the Quetta Hazara in Pakistan shared significant genetic components with Central Asians, especially for Turkic-speaking populations.
Our study confirms the results of Li et al's study that cluster the Hazara population with Central Asian populations, rather than Mongolian populations, which is consistent with ethnological studies. Our results further extend these findings, as we show that the Hazaras are closer to Turkic-speaking populations from Central Asia than to East-Asian or Indo-Iranian populations.
Overall, we genotyped 25 forensic-related markers in 261 Quetta Hazara individuals and provided the first batch of 23-autosomal STRs for forensic genetics and population genetics research. 23-autosomal STRs included in Huaxia Platinum were polymorphic in the Hazara population and could be used as powerful tool for forensic investigations. Population genetic comparisons based on two datasets via PCA, MDS and phylogenetic relationship reconstruction consistently indicated that the Quetta Hazara in Pakistan shared significant genetic components with Central Asians, especially for Turkic-speaking populations.
Our study confirms the results of Li et al's study that cluster the Hazara population with Central Asian populations, rather than Mongolian populations, which is consistent with ethnological studies. Our results further extend these findings, as we show that the Hazaras are closer to Turkic-speaking populations from Central Asia than to East-Asian or Indo-Iranian populations.
Our study confirms the results of Li et al's study that cluster the Hazara population with Central Asian populations, rather than Mongolian populations, which is consistent with ethnological studies. Our results further extend these findings, as we show that the Hazaras are closer to Turkic-speaking populations from Central Asia than to East-Asian or Indo-Iranian populations.
Overall, we genotyped 25 forensic-related markers in 261 Quetta Hazara individuals and provided the first batch of 23-autosomal STRs for forensic genetics and population genetics research. 23-autosomal STRs included in Huaxia Platinum were polymorphic in the Hazara population and could be used as powerful tool for forensic investigations. Population genetic comparisons based on two datasets via PCA, MDS and phylogenetic relationship reconstruction consistently indicated that the Quetta Hazara in Pakistan shared significant genetic components with Central Asians, especially for Turkic-speaking populations.
The results from pairwise genetic distances, MDS, PCA, and phylogenetic relationship reconstruction demonstrate that present-day Hazaras are genetically closer to the Turkic-speaking populations (Uyghur, Kazakh, and Kyrgyz) residing in northwest China than with other Central/South Asian populations and Mongolian. Outgroup and admixture f3, f4, f4-ratio, qpWave, and qpAdm results further demonstrate that Hazara shares more alleles with East Asians than with other Central Asians and carries 57.8% Mongolian-related ancestry. Overall, our findings suggest that Hazaras have experienced genetic admixture with the local or neighboring populations and formed the current East-West Eurasian admixed genetic profile.
Our study confirms the results of Li et al's study that cluster the Hazara population with Central Asian populations, rather than Mongolian populations, which is consistent with ethnological studies. Our results further extend these findings, as we show that the Hazaras are closer to Turkic-speaking populations from Central Asia than to East-Asian or Indo-Iranian populations.
