Supplementary Information for
Emily K. Jackson, Daniel W. Bellott, Ting-Jan Cho, Helen Skaletsky, Jennifer F. Hughes, Tatyana Pyntikova, and David C. Page
Large palindromes on the primate X Chromosome are preserved by natural selection.
Genome Research epub July 21 (2021)
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Figures
- Supplementary Figure 1 Expression of human X-palindrome gene families
- Supplementary Figure 2 Expression of human testis-biased X-palindrome gene families during spermatogenesis
- Supplementary Figure 3 Structural comparisons between palindromes in SHIMS 3.0 assemblies and existing X-Chromosome assemblies
- Supplementary Figure 4 Definition of orthologous palindromes
- Supplementary Figure 5a Annotated square and triangular dot plots of primate X palindromes (P1, P2, P3)
- Supplementary Figure 5b Annotated square and triangular dot plots of primate X palindromes(P4, P5, P6)
- Supplementary Figure 5c Annotated square and triangular dot plots of primate X palindromes (P7, P8, P9)
- Supplementary Figure 5d Annotated square and triangular dot plots of primate X palindromes (P10, P11, P12)
- Supplementary Figure 5e Annotated square and triangular dot plots of primate X palindromes (P13, P14, P15)
- Supplementary Figure 5f Annotated square and triangular dot plots of primate X palindromes (P16, P17, P18, P19, P20)
- Supplementary Figure 5g Annotated square and triangular dot plots of primate X palindromes (P21, P22, P23)
- Supplementary Figure 5h Annotated square and triangular dot plots of primate X palindromes (P24, P25, P26)
- Supplementary Figure 6 Additional examples of spacer configurations in orthologous palindromes
- Supplementary Figure 7 Expression of gene families from palindromes shared by human,chimpanzee, and macaque in chimpanzee
- Supplementary Figure 8 Expression of gene families from palindromes shared by human, chimpanzee, and macaque in macaque
- Supplementary Figure 9 Normalized coverage depths for eight palindrome spacers with at least one deletion in the 1000 Genomes dataset
- Supplementary Figure 10 Human spacer deletions with breakpoints withintandem repeats.
- Supplementary Figure 11a Structural comparisons between human reference, human deletion,and chimpanzee for nine X palindromes with spacer deletions
- Supplementary Figure 11b Structural comparisons between human reference, human deletion,and chimpanzee for nine X palindromes with spacer deletions
- Supplementary Figure 11c Structural comparisons between human reference, human deletion,and chimpanzee for nine X palindromes with spacer deletions
- Supplementary Figure 12 Coverage depth for males with P17 spacer deletions
- Supplementary Figure 13 Junction for P17 spacer deletion
- Supplementary Figure 14a Verification of human X-palindrome spacer deletions
- Supplementary Figure 14b Verification of human X-palindrome spacer deletions