Matches in SemOpenAlex for { <https://semopenalex.org/work/W1489504191> ?p ?o ?g. }
- W1489504191 endingPage "103" @default.
- W1489504191 startingPage "92" @default.
- W1489504191 abstract "Y-chromosomal short tandem repeats (Y-STRs) are often used in addition to Y-chromosomal single-nucleotide polymorphisms (Y-SNP) to detect subtle patterns in a population genetic structure. There are, however, indications for Y-STR haplotype resemblance across different subhaplogroups within haplogroup R1b1b2 (R-M269) which may lead to erosion in the observation of the population genetic pattern. Hence the question arises whether Y-STR haplotypes are still informative beyond high-resolution Y-SNP genotyping for population genetic studies. To address this question, we genotyped the Y chromosomes of more than 1000 males originating from the West-European regions of Flanders (Belgium), North-Brabant and Limburg (the Netherlands) at the highest resolution of the current Y-SNP tree together with 38 commonly used Y-STRs. We observed high resemblance of Y-STR haplotypes between males belonging to different subhaplogroups of haplogroup R-M269. Several subhaplogroups within R-M269 could not be distinguished from each other based on differences in Y-STR haplotype variation. The most likely hypothesis to explain this similarity of Y-STR haplotypes within the population of R-M269 members is a recent radiation where various subhaplogroups originated within a relatively short time period. We conclude that high-resolution Y-SNP typing rather than Y-STR typing might be more useful to study population genetic patterns in (Western) Europe." @default.
- W1489504191 created "2016-06-24" @default.
- W1489504191 creator A5003440908 @default.
- W1489504191 creator A5021438456 @default.
- W1489504191 creator A5022327754 @default.
- W1489504191 creator A5023105494 @default.
- W1489504191 creator A5053215549 @default.
- W1489504191 creator A5082471042 @default.
- W1489504191 date "2014-02-24" @default.
- W1489504191 modified "2023-09-27" @default.
- W1489504191 title "Recent Radiation within Y‐chromosomal Haplogroup R‐M269 Resulted in High Y‐STR Haplotype Resemblance" @default.
- W1489504191 cites W1972299198 @default.
- W1489504191 cites W1976120710 @default.
- W1489504191 cites W1977709691 @default.
- W1489504191 cites W1991242676 @default.
- W1489504191 cites W2002215351 @default.
- W1489504191 cites W2004444667 @default.
- W1489504191 cites W2006431749 @default.
- W1489504191 cites W2006852618 @default.
- W1489504191 cites W2007196788 @default.
- W1489504191 cites W2019719889 @default.
- W1489504191 cites W2019874152 @default.
- W1489504191 cites W2020260974 @default.
- W1489504191 cites W2023432367 @default.
- W1489504191 cites W2025638207 @default.
- W1489504191 cites W2026495607 @default.
- W1489504191 cites W2032074597 @default.
- W1489504191 cites W2040657226 @default.
- W1489504191 cites W2045131890 @default.
- W1489504191 cites W2045362911 @default.
- W1489504191 cites W2053041981 @default.
- W1489504191 cites W2053388221 @default.
- W1489504191 cites W2058239081 @default.
- W1489504191 cites W2061906497 @default.
- W1489504191 cites W2068993942 @default.
- W1489504191 cites W2071322142 @default.
- W1489504191 cites W2075553978 @default.
- W1489504191 cites W2087331574 @default.
- W1489504191 cites W2093557681 @default.
- W1489504191 cites W2094774110 @default.
- W1489504191 cites W2095233947 @default.
- W1489504191 cites W2096420865 @default.
- W1489504191 cites W2109069692 @default.
- W1489504191 cites W2111873253 @default.
- W1489504191 cites W2115762023 @default.
- W1489504191 cites W2117127996 @default.
- W1489504191 cites W2117967483 @default.
- W1489504191 cites W2118599831 @default.
- W1489504191 cites W2127396309 @default.
- W1489504191 cites W2131349108 @default.
- W1489504191 cites W2135676317 @default.
- W1489504191 cites W2135832318 @default.
- W1489504191 cites W2136881930 @default.
- W1489504191 cites W2140470486 @default.
- W1489504191 cites W2140587060 @default.
- W1489504191 cites W2149354969 @default.
- W1489504191 cites W2158186112 @default.
- W1489504191 cites W2158488248 @default.
- W1489504191 cites W2160581437 @default.
- W1489504191 cites W2164864327 @default.
- W1489504191 cites W2165074796 @default.
- W1489504191 cites W2166481040 @default.
- W1489504191 cites W2168165073 @default.
- W1489504191 cites W2168610667 @default.
- W1489504191 cites W2169550506 @default.
- W1489504191 cites W2170310072 @default.
- W1489504191 doi "https://doi.org/10.1111/ahg.12050" @default.
- W1489504191 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24571229" @default.
- W1489504191 hasPublicationYear "2014" @default.
- W1489504191 type Work @default.
- W1489504191 sameAs 1489504191 @default.
- W1489504191 citedByCount "34" @default.
- W1489504191 countsByYear W14895041912014 @default.
- W1489504191 countsByYear W14895041912015 @default.
- W1489504191 countsByYear W14895041912016 @default.
- W1489504191 countsByYear W14895041912017 @default.
- W1489504191 countsByYear W14895041912018 @default.
- W1489504191 countsByYear W14895041912019 @default.
- W1489504191 countsByYear W14895041912020 @default.
- W1489504191 countsByYear W14895041912021 @default.
- W1489504191 countsByYear W14895041912022 @default.
- W1489504191 crossrefType "journal-article" @default.
- W1489504191 hasAuthorship W1489504191A5003440908 @default.
- W1489504191 hasAuthorship W1489504191A5021438456 @default.
- W1489504191 hasAuthorship W1489504191A5022327754 @default.
- W1489504191 hasAuthorship W1489504191A5023105494 @default.
- W1489504191 hasAuthorship W1489504191A5053215549 @default.
- W1489504191 hasAuthorship W1489504191A5082471042 @default.
- W1489504191 hasConcept C104317684 @default.
- W1489504191 hasConcept C135763542 @default.
- W1489504191 hasConcept C144024400 @default.
- W1489504191 hasConcept C149923435 @default.
- W1489504191 hasConcept C153209595 @default.
- W1489504191 hasConcept C180754005 @default.
- W1489504191 hasConcept C197754878 @default.
- W1489504191 hasConcept C201526758 @default.
- W1489504191 hasConcept C20366510 @default.
- W1489504191 hasConcept C2908647359 @default.