Accelerated Pseudogenization of Trace Amine-Associated Receptor Genes in Primates
Seong-il Eyun
Genes, Brain and Behavior 18:e12543
Figures and Table (Colored and High resolution)
- Figure 1. Evolutionary relationship of TAAR subfamilies from thirteen primates, Malayan colugo, and northern treeshrew
- Figure 2. TAAR gene gains and losses in the euarchontan genomes
- Figure 3. TAAR8 pseudogenization processes in the seventeen Haplorhini species
- Figure 4. The 3D-structural model and partial sequence alignments of TAAR2 and TAAR6 proteins
- Table 1. The number of TAAR genes identified in the thirteen primate and five other genomes
Supplementary Data
— Figures (Colored and High resolution) —
- (pdf) Figure S1. The nucleotide sequence alignment of primate TAAR1 (A) to TAAR9 (H)
- (pdf) Figure S2. The maximum-likelihood phylogeny inferred from the supermatrix dataset
- (pdf) Figure S3. Multiple alignment of the three TAAR with turkey β1-adrenergic receptor proteins
— Tables —
- (pdf) Table S1. Taxonomic classification and the genomes used in this study
- (Excel file) Table S2. TAAR sequence information
- (pdf) Table S3. The results of PAML site-model analysis and likelihood ratio statistics for heterogeneity within primate TAAR subfamily
- (pdf) Table S4. PAML branch-model tests between Haplorhini TAARs and Strepsirrhini TAARs
- (pdf) Table S5. The results of PAML branch-site model analysis
