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Vikrant Kumar

Biographic Data

ID4090987
NAMEVikrant Kumar
GIVEN NAMESVikrant
FAMILY NAMEKumar
SIGNATUREKUMAR V
AFFILIATIONSIndian Statistical Institute
ORCID0009-0002-5208-0973
VERIFIEDYes
TOTAL WORKS8
TOTAL CITATIONS17
AUTHOR COUNT8
EDITOR COUNT0
FIRST PUBLICATION YEAR2004
LATEST PUBLICATION YEAR2012
H-INDEX3
  • Molecular Genetic Perspectives on the Origin of the Lyngngam Tribe of Meghalaya, India

    Open Access•Banrida Langstieh, Vikrant Kumar et al.•ARTICLE•Advances in Anthropology•2012

    Meghalaya, one of the Northeast Indian states, is inhabited by two major tribal clusters, Khasi and Garo. The disputed origin of the Lyngngam tribe of Meghalaya is a result of their geographic distribution, which is sandwiched between that of the above two major tribal clusters. Our earlier analysis of ethnohistoric, linguistic and demographic data suggested the neighbouring Khasi and Garo as the putative parental population(s) of Lyngngam. In th…

  • Molecular genetic perspectives on the Indian social structure

    Open Access•B Mohan Reddy, Vikal Tripathy et al.•ARTICLE•American Journal of Human Biology•2010

    For historical reasons, the Indian subcontinent is endowed with enormous ethnic, cultural, and genetic heterogeneity of its people. In the process of understanding the dynamics and sociocultural complexity of Indian society, anthropologists have come up with a number of hypotheses involving certain social/cultural processes that may modulate evolutionary processes. In this article, we outline some of those hypotheses and present molecular genetic…

  • Mapping Human Genetic Diversity in Asia

    Open Access•Mahmood Ameen Abdulla, Ikhlak Ahmed et al.•ARTICLE•Science•2009

    Patterns of Early Migration In order to gain insight into various migrations that must have happened during movement of early humans into Asia and the subsequent populating of the largest continent on Earth, the HUGO Pan-Asian SNP Consortium (p. 1541 ) analyzed genetic variation in almost 2000 individuals representing 73 Asian and two non-Asian populations. The results suggest that there may have been a single major migration of people into Asia …

  • Asian and non‐Asian origins of Mon‐Khmer‐ and Mundari‐speaking Austro‐Asiatic populations of India

    Open Access•Vikrant Kumar, Banrida T Langsiteh et al.•ARTICLE•American Journal of Human Biology•2006

    In the present study, we analyzed 1,686 samples from 31 tribal populations of India for the mitochondrial DNA 9‐base‐pair deletion/insertion polymorphism, and characterized them based on the relevant mitochondrial DNA coding‐region single nucleotide polymorphisms and hypervariable region I motifs, to test the genetic origins of the ethnically and linguistically heterogeneous Austro‐Asiatic tribes of India. A comparative analysis of our results wi…

  • Microsatellite Diversity in Andhra Pradesh, India: Genetic Stratification Versus Social Stratification

    B Mohan Reddy, Vegi M Naidu et al.•ARTICLE•Human Biology•2005•Cited by: 6•References: 10

    DNA samples of 948 individuals belonging to 27 populations from southern Andhra Pradesh were analyzed for nine AmpFlSTR Profiler Plus loci. The nature and extent of genomic diversity within and between these populations have been examined with reference to socioeconomic and geographic affiliations. The results suggest that the average heterozygosity is uniformly high in these populations (>0.80) and that the patterns of allele distributions are s…

  • Genetic heterogeneity in northeastern India: Reflection of Tribe–Caste continuum in the genetic structure

    Open Access•Vikrant Kumar, Debashis Basu et al.•ARTICLE•American Journal of Human Biology•2004

    We critically examined the gene frequency data for 11 genetic markers commonly available in the literature for 22 populations of northeastern India in the light of their geographic, linguistic, and ethnic affiliations. The markers investigated were three blood groups (A 1 A 2 BO, MNS, and Rh), four serum proteins (KM, Gc, Hp, and Tf), and four enzyme systems (AP, AK, EsD, and Hb). The neighbor‐joining tree and multidimensional scaling of the dist…

  • Patterns of Ethnic, Linguistic, and Geographic Heterogeneity of Palmar Interdigital Ridge Counts in the Indian Subcontinent

    B Mohan Reddy, Darío Alfredo Demarchi et al.•ARTICLE•Human Biology•2004•Cited by: 5•References: 3

    Published data on palmar interdigital ridge counts (a-b, b-c, and c-d) among 57 populations from the Indian subcontinent were analyzed with reference to ethnic, socioeconomic, linguistic, and geographic affiliations of the studied populations. The spatial autocorrelation analysis suggests significant correlation between dermatoglyphic and geographic distances. The congruence with the ethnic semblance of the groups is also apparent in the data, an…

  • Genetic Diversity and Relationships among the Tribes of Meghalaya Compared to Other Indian and Continental Populations

    Banrida Langstieh, B T Langstieh et al.•ARTICLE•Human Biology•2004•Cited by: 6•References: 5

    The autosomal AmpFLSTR markers validated and widely used for forensic applications are used in this study to examine the extent of diversity and genetic relationships among nine Meghalaya populations. Altogether, 932 chromosomes from 9 populations were analyzed using 9 tetrameric AmpFLSTR loci. The included populations were all seven subtribes of the Austro-Asiatic Mon-Khmer-speaking Khasi and the neighboring Tibeto-Burman Garo. The Lyngngam, whi…

  • Microsatellite Diversity in Andhra Pradesh, India: Genetic Stratification Versus Social Stratification

    B Mohan Reddy, Vegi M Naidu et al.•ARTICLE•Human Biology•2005•Cited by: 6•References: 10

    DNA samples of 948 individuals belonging to 27 populations from southern Andhra Pradesh were analyzed for nine AmpFlSTR Profiler Plus loci. The nature and extent of genomic diversity within and between these populations have been examined with reference to socioeconomic and geographic affiliations. The results suggest that the average heterozygosity is uniformly high in these populations (>0.80) and that the patterns of allele distributions are s…

  • Genetic Diversity and Relationships among the Tribes of Meghalaya Compared to Other Indian and Continental Populations

    Banrida Langstieh, B T Langstieh et al.•ARTICLE•Human Biology•2004•Cited by: 6•References: 5

    The autosomal AmpFLSTR markers validated and widely used for forensic applications are used in this study to examine the extent of diversity and genetic relationships among nine Meghalaya populations. Altogether, 932 chromosomes from 9 populations were analyzed using 9 tetrameric AmpFLSTR loci. The included populations were all seven subtribes of the Austro-Asiatic Mon-Khmer-speaking Khasi and the neighboring Tibeto-Burman Garo. The Lyngngam, whi…

  • Patterns of Ethnic, Linguistic, and Geographic Heterogeneity of Palmar Interdigital Ridge Counts in the Indian Subcontinent

    B Mohan Reddy, Darío Alfredo Demarchi et al.•ARTICLE•Human Biology•2004•Cited by: 5•References: 3

    Published data on palmar interdigital ridge counts (a-b, b-c, and c-d) among 57 populations from the Indian subcontinent were analyzed with reference to ethnic, socioeconomic, linguistic, and geographic affiliations of the studied populations. The spatial autocorrelation analysis suggests significant correlation between dermatoglyphic and geographic distances. The congruence with the ethnic semblance of the groups is also apparent in the data, an…

  • Genetic heterogeneity in northeastern India: Reflection of Tribe–Caste continuum in the genetic structure

    Open Access•Vikrant Kumar, Debashis Basu et al.•ARTICLE•American Journal of Human Biology•2004

    We critically examined the gene frequency data for 11 genetic markers commonly available in the literature for 22 populations of northeastern India in the light of their geographic, linguistic, and ethnic affiliations. The markers investigated were three blood groups (A 1 A 2 BO, MNS, and Rh), four serum proteins (KM, Gc, Hp, and Tf), and four enzyme systems (AP, AK, EsD, and Hb). The neighbor‐joining tree and multidimensional scaling of the dist…

  • Patterns of Ethnic, Linguistic, and Geographic Heterogeneity of Palmar Interdigital Ridge Counts in the Indian Subcontinent

    B Mohan Reddy, Darío Alfredo Demarchi et al.•ARTICLE•Human Biology•2004•Cited by: 5•References: 3

    Published data on palmar interdigital ridge counts (a-b, b-c, and c-d) among 57 populations from the Indian subcontinent were analyzed with reference to ethnic, socioeconomic, linguistic, and geographic affiliations of the studied populations. The spatial autocorrelation analysis suggests significant correlation between dermatoglyphic and geographic distances. The congruence with the ethnic semblance of the groups is also apparent in the data, an…

  • Genetic Diversity and Relationships among the Tribes of Meghalaya Compared to Other Indian and Continental Populations

    Banrida Langstieh, B T Langstieh et al.•ARTICLE•Human Biology•2004•Cited by: 6•References: 5

    The autosomal AmpFLSTR markers validated and widely used for forensic applications are used in this study to examine the extent of diversity and genetic relationships among nine Meghalaya populations. Altogether, 932 chromosomes from 9 populations were analyzed using 9 tetrameric AmpFLSTR loci. The included populations were all seven subtribes of the Austro-Asiatic Mon-Khmer-speaking Khasi and the neighboring Tibeto-Burman Garo. The Lyngngam, whi…

  • Microsatellite Diversity in Andhra Pradesh, India: Genetic Stratification Versus Social Stratification

    B Mohan Reddy, Vegi M Naidu et al.•ARTICLE•Human Biology•2005•Cited by: 6•References: 10

    DNA samples of 948 individuals belonging to 27 populations from southern Andhra Pradesh were analyzed for nine AmpFlSTR Profiler Plus loci. The nature and extent of genomic diversity within and between these populations have been examined with reference to socioeconomic and geographic affiliations. The results suggest that the average heterozygosity is uniformly high in these populations (>0.80) and that the patterns of allele distributions are s…

  • Asian and non‐Asian origins of Mon‐Khmer‐ and Mundari‐speaking Austro‐Asiatic populations of India

    Open Access•Vikrant Kumar, Banrida T Langsiteh et al.•ARTICLE•American Journal of Human Biology•2006

    In the present study, we analyzed 1,686 samples from 31 tribal populations of India for the mitochondrial DNA 9‐base‐pair deletion/insertion polymorphism, and characterized them based on the relevant mitochondrial DNA coding‐region single nucleotide polymorphisms and hypervariable region I motifs, to test the genetic origins of the ethnically and linguistically heterogeneous Austro‐Asiatic tribes of India. A comparative analysis of our results wi…

  • Mapping Human Genetic Diversity in Asia

    Open Access•Mahmood Ameen Abdulla, Ikhlak Ahmed et al.•ARTICLE•Science•2009

    Patterns of Early Migration In order to gain insight into various migrations that must have happened during movement of early humans into Asia and the subsequent populating of the largest continent on Earth, the HUGO Pan-Asian SNP Consortium (p. 1541 ) analyzed genetic variation in almost 2000 individuals representing 73 Asian and two non-Asian populations. The results suggest that there may have been a single major migration of people into Asia …

  • Molecular genetic perspectives on the Indian social structure

    Open Access•B Mohan Reddy, Vikal Tripathy et al.•ARTICLE•American Journal of Human Biology•2010

    For historical reasons, the Indian subcontinent is endowed with enormous ethnic, cultural, and genetic heterogeneity of its people. In the process of understanding the dynamics and sociocultural complexity of Indian society, anthropologists have come up with a number of hypotheses involving certain social/cultural processes that may modulate evolutionary processes. In this article, we outline some of those hypotheses and present molecular genetic…

  • Molecular Genetic Perspectives on the Origin of the Lyngngam Tribe of Meghalaya, India

    Open Access•Banrida Langstieh, Vikrant Kumar et al.•ARTICLE•Advances in Anthropology•2012

    Meghalaya, one of the Northeast Indian states, is inhabited by two major tribal clusters, Khasi and Garo. The disputed origin of the Lyngngam tribe of Meghalaya is a result of their geographic distribution, which is sandwiched between that of the above two major tribal clusters. Our earlier analysis of ethnohistoric, linguistic and demographic data suggested the neighbouring Khasi and Garo as the putative parental population(s) of Lyngngam. In th…

Forensic and Genetic Research (8 works) · Biology (7 works) · Demography (7 works) · Geography (7 works) · Sociology (7 works) · Anthropology (6 works) · Genetic diversity and population structure (6 works) · Population (6 works) · Evolutionary biology (5 works) · Gene (5 works)

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