Figure S3: Individual dog and wolf haplogroup topologies from RAxML tree A. HG1â3, B. HG6 C. HG23-HG8, D. HG27, E. HG9, F. Asian Wolves. Bootstrap support is indicated above branches. The names of wolves and dogs are colored in red and black, respectively. The placement of the three ancient dogs, CTC, HXH, and NGD are indicated as triangles above the most exterior node or leaf where diagnostic mutations indicated their membership. Most bootstrap values from HG1â3 are not shown due to space limitations. (PDF 334 kb
Figure S1. FST heat plot matrix of the genetic distances among groups computed from the 126k dataset...
Notes 1â3 providing supplementary methods and results of copy number analysis. (DOCX 1850Â kb
The supplementary material contains details on the genetic analysis procedure, tables with details o...
Figure S4. Autosomal admixture amongst breed dogs, village dogs and wolves. Barplots of ancestry pro...
Figure S2. Coyote read depth and MQ0 ratio by position An exponentially weighted moving averages (EW...
Figure S1. Structure and annotation of the dog Y-chromosome (KP081776.1) amplicon region (chrY:1,200...
Figure S6. Graphical representation, for each chromosome of each analysed Czechoslovakian Wolfdog, o...
Table S1. Description and accession numbers for canine genomes processed in this study. Indications ...
Figure S2. Genetic variability indexes computed in SVS using the 126k SNP dataset. a Mean values of ...
Table S1a. Wolf-excess genes surrounding outlier wolf-like SNPs (OWS) from PCAdmix. Table S1b. Enric...
Abstract Background Most genetic analyses of ancient and modern dogs have focused on variation in th...
Median-joining networks of Himalayan wolf and related wolf and dog clades : Explanation note: ...
Figure S7a. BGC alpha parameter outlier SNPs. Values lower than 0 indicate excess of wolf alleles, v...
Figure S1. Z-transformed FST scores for Cagan and Blass locus. Figure S2. Demographic model for vill...
Figure S3. PC1 vs. PC2 results from an exploratory principal component analysis (PCA) computed in SV...
Figure S1. FST heat plot matrix of the genetic distances among groups computed from the 126k dataset...
Notes 1â3 providing supplementary methods and results of copy number analysis. (DOCX 1850Â kb
The supplementary material contains details on the genetic analysis procedure, tables with details o...
Figure S4. Autosomal admixture amongst breed dogs, village dogs and wolves. Barplots of ancestry pro...
Figure S2. Coyote read depth and MQ0 ratio by position An exponentially weighted moving averages (EW...
Figure S1. Structure and annotation of the dog Y-chromosome (KP081776.1) amplicon region (chrY:1,200...
Figure S6. Graphical representation, for each chromosome of each analysed Czechoslovakian Wolfdog, o...
Table S1. Description and accession numbers for canine genomes processed in this study. Indications ...
Figure S2. Genetic variability indexes computed in SVS using the 126k SNP dataset. a Mean values of ...
Table S1a. Wolf-excess genes surrounding outlier wolf-like SNPs (OWS) from PCAdmix. Table S1b. Enric...
Abstract Background Most genetic analyses of ancient and modern dogs have focused on variation in th...
Median-joining networks of Himalayan wolf and related wolf and dog clades : Explanation note: ...
Figure S7a. BGC alpha parameter outlier SNPs. Values lower than 0 indicate excess of wolf alleles, v...
Figure S1. Z-transformed FST scores for Cagan and Blass locus. Figure S2. Demographic model for vill...
Figure S3. PC1 vs. PC2 results from an exploratory principal component analysis (PCA) computed in SV...
Figure S1. FST heat plot matrix of the genetic distances among groups computed from the 126k dataset...
Notes 1â3 providing supplementary methods and results of copy number analysis. (DOCX 1850Â kb
The supplementary material contains details on the genetic analysis procedure, tables with details o...