Genomic Synteny and the Empirical Invalidation of Y-Chromosomal Bifurcation Models in Levantine Populations
Genomic Synteny and the Empirical Invalidation of Y-Chromosomal Bifurcation Models in Levantine Populations
Description Paste this full block: This study presents high-resolution raw genomic data (Build 37.1) demonstrating multi-clade synteny on the human Y-chromosome. The co-occurrence of derived states for J-Parent (M304), J1 (M267), J2 (M172), and G (M201) markers on a basal E-M329/V38 backbone suggests current phylogenetic partitions are artifactual. Statistical analysis yields P < 10⁻¹⁵ under bifurcation models, necessitating re-evaluation of Levantine population genetics. SHA-256: d31f390981678d008f0fd8728f0c234158a824b26c53f385223d8002edd0cb96Raw genomic data available upon request for verification.
- Stanford University United States
Forensic Genetics, haplogroup, synteny, forensic genomics, Haplotypes/genetics, population genetics, SNP, Levantine, E-M329, phylogenetics, Genetics, Population, SNP Analysis, (MeSH) Genetics,Population/ethics, Genetics, Population/ethics, Y-chromosome
Forensic Genetics, haplogroup, synteny, forensic genomics, Haplotypes/genetics, population genetics, SNP, Levantine, E-M329, phylogenetics, Genetics, Population, SNP Analysis, (MeSH) Genetics,Population/ethics, Genetics, Population/ethics, Y-chromosome
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