Figure 1 from Paabo et al 2026 paper, titled "A high-coverage Neandertal genome from the Altai Mountains reveals population structure among Neandertals".
Image shows a map, photo of fossil fragment, and data on DNA.
Caption text:
"Neandertal D17 and its relationship with other Neandertals. (A) Locations of high-coverage Neandertal genomes used in the study. (B) Picture of the undiagnosed bone fragment from Neandertal D17. (C–F) Relative derived allele sharing between Neandertal genomes, computed using D-statistics of the form D-(ind1, ind2; ind3, Mbuti), where ind3 is either (C) Neandertal D17, (D) Neandertal D5, (E) Neandertal Chag8 or (F) Neandertal Vi33.19. In each panel, ind1 and ind2 are indicated at the Left and Right of the graph. Positive values indicate greater allele sharing between ind3 and ind1; negative values indicate greater allele sharing between ind3 and ind2. |Z-score| ≥ 3 are in red. (G) Schematic phylogenetic relationships among Neandertal D17, other archaic genomes, including the Denisovan D3, and modern humans inferred from autosomal DNA analyses using branch shortening and demographic modeling with cecast and F(A|B) statistics (SI Appendix, SI Appendix 6, 10, and 12). (H) Schematic mitochondrial (mt) DNA inferred from a Bayesian tree estimated using BEAST2 from previously published study on D17 mtDNA (11). (I) Y chromosome phylogeny as inferred from a Bayesian tree estimated using BEAST2 including previously published Y chromosomes of the Denisovan Denisova 8 (D8) and Neandertals Mezmaiskaya 2 (Mez2) (12) and Chagyrskaya 2 (Chag2) (7) (SI Appendix, SI Appendix 18).".
🧪🦣 🧬 New #Neanderthal genome just dropped!
Denisova cave male, c. 120 Ka, some Denisovan ancestry, and living in very small effective breeding population <50.
www.pnas.org/doi/10.1073/...