D S Adamov
Biographic Data
| ID | 4062387 |
|---|---|
| NAME | D S Adamov |
| GIVEN NAMES | D S |
| FAMILY NAME | Adamov |
| SIGNATURE | ADAMOV D S |
| AFFILIATIONS | Research Centre for Medical Genetics |
| ORCID | 0009-0009-3527-4195 |
| VERIFIED | Yes |
| TOTAL WORKS | 5 |
| TOTAL CITATIONS | 0 |
| WORKS AS AUTHOR | 5 |
| WORKS AS EDITOR | 0 |
| FIRST PUBLICATION YEAR | 2022 |
| LATEST PUBLICATION YEAR | 2025 |
| H-INDEX | 0 |
Genetic Portraits of the Yakut Regional Populations (Based on Y-Chromosome Polymorphism Data)
Приводятся итоги сравнения основных этнолокальных групп якутов по SNP-гаплогруппам и STR-гаплотипам Y-хромосомы. Показано, что кластеры STR-гаплотипов в построенных филогенетических сетях доминирующей гаплогруппы N3a2 (N-M1982) соответствуют трем линиям: N-M1983, N-M1933, N-Y25011. Первая, широко распространенная по всей Якутии, прослежена у предполагаемых потомков легендарного первопредка якутов Эллэя (присутствует у половины современных якутски…
Y-chromosome polymorphisms in Nogai subethnicities in the context of Caucasian gene pools
The study of genetic history through Y-chromosome polymorphism in modern and ancient populations helps reconstruct ethnogenesis. Research on the Nogai gene pool, as descendants of ancient nomads, allows tracing migration routs in the Eurasian steppe corridor. The Nogai ethnic group formed in the Middle Ages, as a result of interactions of the populations of the Central Asian, West Siberian, Ural-Volga, North Caucasian, and East European historica…
Genetic Portraits of the Yakut Regional Populations (Based on Y-Chromosome Polymorphism Data)
We present data on SNP haplogroups and STR haplotypes of the Y-chromosome in main Yakut ethno-local populations. Clusters of STR haplotypes and median networks of principal haplogroup N3a2 (N-M1982) indicate three lines: N-M1983, N-M1933, and N-Y25011. The first one, widely distributed throughout Yakutia and present in one half of Yakut males, marks the putative descendants of Elley, the legendary progenitor of the Yakuts. Line N-M1933 is found w…
Diversity of gene pools in twelve Tuvan tribal groups (based on Y-chromosome haplogroup data)
Introduction. Studying the ethnogenesis of Tuvans through the prism of the gene pools of their ancestral groups makes it possible to highlight the problem of the Mongolian influence on the formation of their gene pool: Tuvans are characterized by close ethno-cultural ties with Mongol-speaking tribes of Central Asia; Tuvans have an increased contribution of the Mongoloid anthropological variant; the Tuvan language ranks first among Turkic language…
Szinte élő őseink — Egy magyar honfoglaló és kortárs leszármazottjának története
This paper begins with discussions on the archeological and anthropological background, followed by the details of the N-M2218 Y-DNA haplogroup connection between Yakuts and the Hungarian Conquerors, and a section that discusses the expected Yakut-like inherited habits and way-of-life of N-PH1896 haplogroup ancestors. The results of the analysis of the subgroup with different resolutions and perspectives suggest that the bone sample from the Tuzs…
No prominent works on this page.
Szinte élő őseink — Egy magyar honfoglaló és kortárs leszármazottjának története
This paper begins with discussions on the archeological and anthropological background, followed by the details of the N-M2218 Y-DNA haplogroup connection between Yakuts and the Hungarian Conquerors, and a section that discusses the expected Yakut-like inherited habits and way-of-life of N-PH1896 haplogroup ancestors. The results of the analysis of the subgroup with different resolutions and perspectives suggest that the bone sample from the Tuzs…
Genetic Portraits of the Yakut Regional Populations (Based on Y-Chromosome Polymorphism Data)
Приводятся итоги сравнения основных этнолокальных групп якутов по SNP-гаплогруппам и STR-гаплотипам Y-хромосомы. Показано, что кластеры STR-гаплотипов в построенных филогенетических сетях доминирующей гаплогруппы N3a2 (N-M1982) соответствуют трем линиям: N-M1983, N-M1933, N-Y25011. Первая, широко распространенная по всей Якутии, прослежена у предполагаемых потомков легендарного первопредка якутов Эллэя (присутствует у половины современных якутски…
Y-chromosome polymorphisms in Nogai subethnicities in the context of Caucasian gene pools
The study of genetic history through Y-chromosome polymorphism in modern and ancient populations helps reconstruct ethnogenesis. Research on the Nogai gene pool, as descendants of ancient nomads, allows tracing migration routs in the Eurasian steppe corridor. The Nogai ethnic group formed in the Middle Ages, as a result of interactions of the populations of the Central Asian, West Siberian, Ural-Volga, North Caucasian, and East European historica…
Genetic Portraits of the Yakut Regional Populations (Based on Y-Chromosome Polymorphism Data)
We present data on SNP haplogroups and STR haplotypes of the Y-chromosome in main Yakut ethno-local populations. Clusters of STR haplotypes and median networks of principal haplogroup N3a2 (N-M1982) indicate three lines: N-M1983, N-M1933, and N-Y25011. The first one, widely distributed throughout Yakutia and present in one half of Yakut males, marks the putative descendants of Elley, the legendary progenitor of the Yakuts. Line N-M1933 is found w…
Diversity of gene pools in twelve Tuvan tribal groups (based on Y-chromosome haplogroup data)
Introduction. Studying the ethnogenesis of Tuvans through the prism of the gene pools of their ancestral groups makes it possible to highlight the problem of the Mongolian influence on the formation of their gene pool: Tuvans are characterized by close ethno-cultural ties with Mongol-speaking tribes of Central Asia; Tuvans have an increased contribution of the Mongoloid anthropological variant; the Tuvan language ranks first among Turkic language…
Forensic and Genetic Research (5 works) · Biology (3 works) · Demography (3 works) · Forensic Anthropology and Bioarchaeology Studies (3 works) · Geography (3 works) · Haplogroup (3 works) · Haplotype (3 works) · Sociology (3 works) · Chromosome (2 works) · Evolutionary biology (2 works)