HERVE
Basic information Differential Expression Stage analysis Survival analysis Correlation analysis| DF ID | DF0000174 |
|---|---|
| TE superfamily | ERV1 |
| TE order | LTR |
| Species | Catarrhini |
| Length | 7813 |
| Kimura value | 6.13 |
| Tau index | 0.9707 |
| Description | Internal region of an ERV1 endogenous retrovirus, HERVE subfamily |
| Comment | Associated long terminal repeat is LTR2. The gag and pol genes are ~40% similar to Moloney murine leukemia virus (MoMuLV). Some unique characteristics of the endogenous human retroviral DNA included a tRNA Glu primer binding site separated from the 5' LTR by a pentanucleotide and a putative env sequence which does not appear to overlap the C terminus of pol and has virtually no homology with the env gene of known infectious retroviruses. The reconstructed (though still pseudogenic) gene boundaries are: Gag: 571-2094, Pol: 2095-5655, Env: 5678-7750. |
| Sequence |
TTTCTTGGTTCCCTGACCGGGAAGCGAGGTAATTGACGGACGGTCGAGGCAGCCCCTTAGGCGGCTTAGGCCTGCCCTGTGGAGCATCCCTGCGGGGGACTCCGGCCAGCTTGAGCGACGCGGATCCTGAGAGCGCTCCCGGGTAGGCAATTGCCCCGGTGGAACGCCTCGTCAGAGAGTGCGTGGCAGGCCCCCGTGGAGGATCAACGCAGTGGCTGAACACCGGGAAGGAACGGGCACTTGGAGTCCGGACATTTGAAACTTGGTAAGACTGGTCTTTGGAACTTGCCCACTCCATTTGAGTGGAAGCGTGGCCTGATCACCCACGGCGTGCCTGTACCGGCACTTTGGTTTTTGTTTTTGACTTGACTTGAATTGCTTGATACTTTGGTTTTGGTTTGACCTGGCTTGGATTTCTGGATACTCTGATTTTGGTTTTGATTCTGGTTTGGTGAAAACTGAAAAAGTGTGTGTGTGCCCTTTTTACCCATTCTTTGTTCTGTGGTGTGCGTGTGGTGTGAGCTTGGTGTTTTGTCTCGAGGAAACGTGGGTCAGACACAAAGTAAGCCTACTCCGCTAGGAACTATGTTGAAAAATTTTAAGAAAGGATTTAATGGAGACTATGGGGTTACTATGACACCAGGGAAACTTAGAACTTTGTGTGAAATAGATTGGCCAACATTAGAAGTGGGTTGGCCATCAGAAGGAAGCCTGGACAGGTCCCTTGTTTCTAAGGTATGGCACAAGGTAACTGGTAAGTCAGGACACCCAGACCAGTTCCCATACATAGACACTTGGTTACAGCTGGTGCTAGACCCCCCACAGTGGCTAAGAGGGCAGGCAGCAGCAGTGCTAGTAGCAAAGGGACAGATAGCCAAGGAAGGATCCCGCTCCACCCGCCGAGGGAAATCAACTCCTGAAGTTCTGTTCGACCCAACATCAGAAGATCCATTGCAGGAGATGGCACCAGTGATCCCAGTGGTGCCCTCCCCTTACCAGGGAGAGAGGCTCCCCACTCTTGAGCCCACAGTGCTTGCGCCTCCGCAAGACAAACATATCCCTAGGCCACCCAGAGTAGACAAGAGAGGAGGTGAAGACTCGGGAGAAACCCCTCCCTCGGCAGCTCGTTTACGACCCAAAACGGGGATACAAATGCCCCTGAGAGAGCAGCGGTATACTGGGATAGATGAGGATGGTCACGTGGTGGAGAGGCGTGTTTTTGGGTACCAGCCCTTCACCTCCGCCGACCTTCTCAACTGGAAAAACAATACCCCGTCCTATACCGAAAAGCCACAAGCCCTAATTGATTTGCTCCAAACTGTTATCCAGACCCACAACCCCACCTGGGCTGATTGCCACCAGTTGCTCATGTTCCTCTTTAACAGAGATGAAAGGCGGAGAGTGCTCCAAGCAGCAACTAAGTGGCTAGAGGAACATGCACCAGCTGATTATCAAAACCCCCAAGAGTATGGAAGGACCCAGTTACCAGGAACCGACCCCCAGTTGGACCCACATGAAAGAGAGGATATGCAAAGGCTAAACCGAGACAGGGAAGCTCTCTTGGAAGGATTAANGAGGGGAGCTCAGAAGGCCACAAACGTTAACAAGGTCTCTGAGGTCATTCAGGGAAAAGAAGAAAGTCCAGCACAATTCTACGAGAGACTGTGTGAGGCCTATCGTATGTATACTCCCTTTGATCCCGATAGCCCTGAAAATCAGCGCATGATTCACATGGCTTTAGTCCGTCAAAGCGCAGAAGACATGAGAAGAAAACTGCAGAAACAGGCTGGGCTTGCAGGGATGAATACATCACAATTACTAGAAATAGCTAGCCAGGTGTTTGTAAACAGGGATGCAGTAAGCCGTAAGGAAANCGCAAAGAGAATGGAGGTCAGGCCCGGCGAAACGCGCCTGTTAGCTGCAGCAATCAGAGGGGCCCCCCCAAANGAGGCAAGGNNGAAGGGGGGCCCTGGGAAAGAAACTCAGCTTGGCTGTCAGAGTTTGCAGCGTAACCAGTGTGCTTATTGTAAAGAAATAGGACAGTGGAAGAACAAATGCCCTCAGCTCAAAAGAAAACAAGGTGACTCAGAGCAGGAGGCCCCGGACAAGGAGGAAGGGGCCCTGCTCAACCTGGCAGAAGGGTTATTGGACTGAGGGAGACCGGGCTCAAGCGTCCCCAAAGAGCCTCTGGTCAGAATGACAGTCGGGGGTAGAGACATTGATTTTCTTGTAGATAGCGGTGCTGAACATTCGCTAGTAACCGCCCCGGTCGCCCCCTTATCCAAAAAGACTATTGACGTCATCGGAGCCACGGGGGTTTCAGCAAAGCAAGCTTTCTGCTTGCCTCGGACTTGTACTGTAGGAGGACATAAAGTCATTCATCAGTTTTNGTACATGCCTGACTGTCCCTTGCCCTTNTTGGGAAGGGACTTGCTCAGCAAGCTGAGAGCCACTATCTCTTTGACAGAGCACGGCTCTTTGCTGCTAAAGTTACCCGGAACGGGAGTCATTATGACCCTTACGGTCCCCCGAGAGGAGGAATGGAGACTTTTCTTAACTGAGCCGGGCCAAGAGAGAAGACCAGCTCTGGCTAAGCGGTGGCCAAGAGTACGGGCGGAAGACAACCCTCCGGGGTTGGCAGTCAACCGAGCCCNCGTACTCGTNGAAGTTAAGACTGGGGCCCAGCCGGTTAGGCAAAAACAGGACCCGGTCCCCAGAGAAGCTCTTCAAGGTATCCAGGTCCGTCTCAAGCACCTAAGAACTTTTGGAATTATNGTTCCTTGTCAGTCTCCATGGAACACTCCCCTCCTGCCTGTTCCCAAGCCACGGACCAAGGACTACNGGCCGGTACAGGATTTGCGCTTGCTTNATCAAGCTACACTGACTTTACATCCAACAGTACCTAACCCGTCCACATTGTTGGGGTTGCTGCCAGCTGAGGACAGCTGGTTCACCTGCTTGGACCTGAAAGACGCTTTCTTTCCTATCAGATTAGCCCCTGAGAGGCAGAAGCTGTTTGCCTTTCAGTGGGAAGATCCGGAGTCAGGTGTCACTACTCAGTACACTTGGACCGGGCTTCCCCAAGGGTTCAAGAACTCCCCCACCATCTTCGGGGAGGCGTTGGCTCGAGACCTCCAGAAGTTTCCCACCAGAGACCTAGGCTGCGTGTTGCTCCAGTAGGTTGATGACCTTCTGCTGGGACACCCCACGGCAGTCGGGTGGCCAAGGGAACGGATGCCCTACNCCGGCACCTGGAGGACTGTGGGTATAAGGTGTCCAAGAAGAAANGCTCAGATCTGCCGACGGCAGGTACGTTACTTGGGATTTACTATCCGACAGGGGGAACGCAGCCCGGGATCAGAAAGAAAGCAGGTCATTTGCAATCTACCGGAGCCTAAGAGCAGAAGGCAGGTGAGAGAATTCTTAGGAGCTGTGGGGTTTTGTAGACTGTGGATCCCAAACTTTGCAGTATTAGCCAAGCCTTTGTATGAGGTCACAAAGGGGGGGGACCGGGAACCTTTGGAATGGGGATCCCAACAACAGCAAGTCTTTCATGAGTTAAAGGAAAAACTTCTGGCAGCCCCAGCCCTGGGGCTACCCGATCTGACAAAGCCTTTTCCATTGTATGCGTCAGAGAGAGAAAAGATGGCAGCTGGACTTTTAACCCAAACTGTGGGGCCCTGGCCGAGGCCGGTGGCCTACCTCTCTAAACAACTAGACGGGGTTTCTAAAGGATGGCCCCCCTGTTTGAGGGCCTTGGCAGCAACTGCCCTGCTAGTACAAGAAGCAAATAAGCTGACTCTTGGGCAAAACCTGAACATAAAGGCCCCCCATGCTGTGGTGACTTTAATGAATACTAAAGGACATCATTGGCTAACGAATGCCAGACTCACCAAGTACCAAACTTTGCTCTGTGAAAATCCCCGTATAACCATTGAAGTTTGTAACACCCTACACCCCGCCACCTTGCTCCCGGTATCAGAGAGCCCTGTCGAGCNTGATTGTGTAGAAGTGTTGGACTCAGTTGACTCTGGGCATCAGTAGACTGGGAACTATACGTGGATGGGAGCAGCTTCNTCAACCCCCAAGGAGAGAGAGGTGCAGGGTATGCGGTGGTAACCCTGGACACTGTTGTTGAAGCCAGATCGTTGCCCCAGGCCACTTCAGCCCAGAAAGCTGAACTCATTGCTTTCATTCGGGCCTTAGAACTCAGTGAGGGTGAGACTGTCAACATTTACACTGATTCTCGGTATGCCTTTTTAACCCTTCAAGTGCATGGAGCGTGATAGAAAGAAAAGGGCCTATTGAACTCTGGGGGAAAAGACAGAAAATATCAACAAGAAATCTTGCAATTATTAGAAGCAGTATGGAAACCCCACAAGGTGGCAGTTATGCATTGCAGAGGACACCAGCGAGCTTCCACCTTGCTGGGTTTGGGGAATTCCCGCGCTGACTCAGAGGCTCGAAAAGCAGCATCTGCCCTTCCGGGCATCAGTGACAGCCCCCCTGCTCCCTCAAGCACCTGATCTTGGACCTACTTNTTCTAAAGAAGAAAAGGACTTTCTCCAGGTAGAGGGAGGACAAGTGATGGAGGAAGGATGGATTCGGTTACCAGATGGGAGAGTAGCTGTGCCACAGCTGCTAGGAGCTGCAGTTGTACTGGCTGTGCANGAAACCACCCATCGAGGTCAGGAGTCACTGGAAAAGTTGTTAGGCCGGTATTTCTACATCTCGCNTTTGTCAGCCCTTGCCAAAACGGTGAGGCAGCGGTGTGTTACCTGCCGACAGCATGATGCGAGGCAAGGTCCAGCCGTTCCGCCCGGCATACGAGCTTATGGAGCAGCCCCCTTTGAAGATCTCCAGGTGGACTTCACAGAGATGCCAAAGTGTGGAGGTAACAAGTATTTACTAGTTCTTGGGCGTACCTACTCTGGGTGGGTGGAGGCCTATCCAACACGAACTGAGAAAGCTCGTGAAGTAACCCGTGTGCTTCTTCGAGATCTGATTCCTAGATTTGGACTGCCCTTACGGATCGGCTCAGATAACGGGCCTGCGTTTNTGGCTGNCTTGGTACAGAAGACGGCAAAGGTATTGGGGATCACACGGAAACTGCATGCCGCCTCCCGGCCTCAGAGTTCCGGAAAGGTGGAGCGGATGAATCGGACTATCAAAAATAGTTTAGGGAAAGTATGTCAGGAAACAGGATTAAAATGGATACAGGCTCTCCCTATGGTATTATTTAAAATTAGATGTACCCCTTCTAAAAGAACAGGATATTCCCCTTATGAAATATTATATCATAGGCCCCCTCCCATATTGCGGGGACTTCCAGGCACTCCCCGAGAGTTAGGTGAAATTGAGTTACAGCGACAGCTACAGGCTTTAGGAAAAATTACACAAACAATCTCAGCCTGGGTAAATGAGAGATGCCCTGTTAGCTTATTCTCCCCAGTTCACCCTTTCTCCCCAGGTGATCGAGTGTGGATCAAGGACTGGAACGTAGCCTCTTTGTGCCCACGGTGGAAAGGACCCCAGACTGTCGTCCTGANCACTCCCACCGCTGTGAAGGTAGAAGGAATCCCAGCCTGGATCCACCACAGCCGTGTAAAACCTGCAGCGCCTGAAACCTGGGAGGCAAGACCAAGCCCGGACAACCCTTGCAGAGTGACCCTGAAGAAGACGACAAGCCCTGCTCCAGTCACACCCGGAAGCTGACTGGTCCACGCACGGCCGAAGCATGAGGAAGCTCATCGTGGGATTCATTTTTCTTAAATTTTGGACTTATACAGTAAGGGCTTCAACTGACCTTACTCAAACTGGGGACTGTTCCCAGTGTATTCATCAGGTCACCGAGGTAGGACAGCAAATTAAAACAATCTTTCTGTTCTATAGTTATTATGAATGTATGGGAACATTAAAAGAAACTTGTTTGTATAATGCCACTCAGTACAAGGTATGTAGCCCGGGAAATGACCGACCTGATGTGTGTTATAACCCATCTGAGCCCCCTGCAACCACCGTTTTTGAAATAAGAATAAGAACTGGCCTTTTCCTAGGTGATACAAGTAAAATAATAACTAGAACAGAAGAAAAAGAAATCCCCAAGCAAATAACTTTAAGATTTGATGCTTGTGCAGCCATTAATAGTAAAAAGCTAGAAATAGGATGTGGTTCTCTTAACTGAGAAAGGAGCTANAGAGTAGAAAATAAATATGTTTGTCATGAGTCAGGGGTTTGTGAAAATTGTGCCTATTGGCCATGTGTTATTTAGGCTACTTAGAAAAAGAACAAAAAGGACCCGGTTCATCTTCAGAAGGGGGAAGCCAACCCCTCCTGTGCTGCCGGTCACTGTAACCCACTAGAACTAATAATTACCAATCCCCTAGATCCCCGTTGGAAAAAGGGAGAACGTGTAACCCTGGGGATCGATGGGACAGGGTTAAACCCCCAAGTTGCCATTTTAATTAGAGGGGAGGTCCACAAGCGCTCTCCCAAACCAGTATTTCAAACCTTTTATGAGGAGCTGAATCTGCCAGCACCAGAACTTCCGAAAAAGACAAAAAATTTGTTTCTCCAATTAGCAGAAAATGTAGCTCATTCCCTTAATGTTACTTCTTGTTATGTACGCGGGGGAACCACTATCGGAGACNGATGGCCTTGGGAAGCCCGAGAGTTGGTGCCTACTGATCCAGCTCCTGATATAATTCCAGTTCAGAAGGCCCAAGCTAGCAACTTCTAGGTCCTAAAAACCTCAATTATTAGACAATACTGTATAGCTAGAGAAGGGAAAGACTTTATCATCCCTGTAGGAAAGCTTAATTGTATAGGACAGAAGTTGTATAACAGCACAACAAAGACAATTACTTGGTGGGGCCTAAACCACACTGAAAAGAATCCATTTAGTAAATTTTCTAAATTAAAAACTGCTTGGGCTCATCCAGAATCTCATCAGGACTGGACGGCTCCCGCTGGACTATACTAGATATGTAGGCACAGAGCCTACATTCGGTTACCTAATAAATGGGCAGGCAGTTGTGTTATTGGCACTATTAAGCCGTCCTTTTTCTTATTACCCATAAAAACGGGTGAGCTCCTAGGTTTCCCTGTCTACGCCTCCCGAGAAAAGAAAGGCATAGTTATAGGAAACTGGAAAGATAATGAGTGGCCCCCTGAAAGGATCATNCAGTATTATGGGCCTGCCACATGGGCACAAGACGGCTCATGGGGATACCGAACCCCCATCTACATGCTCAATCGGATCATACGGTTGCAGGCCGTCTTAGAAATAATTACTAATGAAACTGGCAGAGCTTTGACTGTTTTAGCTTGGCAAGAAACCCAAATGAGGAATGCTATCTATCAGAATAGACTGGCCTTAGACTACTTGCTAGTAGCTGAAGGAGGAGTTTGTGGAAAATTTAACTTAACCAATTGCTGCCTACAAATAAATGATCAAGGACAGGTGGTTAAAAACATAGTCAGGGACATGACAAAGGTGGCACATGTGCCTGTACAGGTTTGGCACGAGTTTAATCCTGAGTCTTTATTTGGAAAATGGTTTCCAGCTATAGGAGGATTTAAAACCCTCATTGTAGGTGTATTGCTAGTGATAGGAACTTGCTTGCTGCTCCCCTGTGTATTACCCTTGCTTTTTCAAATGATAAAAGGTTTTGTTGCTACTTTGGTTCATCAGAAAACTTCAGCACACGTGTATTATATAAATCACTATCGCTCTATCTCACAAAGAGACTCAAAAAGTAAAGATGAGAGTGAGAACTCCCACTAAAAGTGAAAATNCTCAAAGGGGGGAAAA
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TF motifs of the concenus sequence
Use FIMO to detect transcription factor motifs in the concenus sequence of the TE family.
| TE_family | TFBS | Start | End | Strand | Score | Matched sequence |
|---|---|---|---|---|---|---|
| HERVE | MGP | 6551 | 6563 | + | 20.15 | AAAAAGACAAAAA |
| HERVE | SGR5 | 6550 | 6562 | + | 19.76 | GAAAAAGACAAAA |
| HERVE | lmd | 814 | 825 | + | 19.51 | GACCCCCCACAG |
| HERVE | GLIS2 | 814 | 827 | + | 19.20 | GACCCCCCACAGTG |
| HERVE | JKD | 6551 | 6562 | - | 19.06 | TTTTGTCTTTTT |
| HERVE | sug | 814 | 825 | + | 19.03 | GACCCCCCACAG |
| HERVE | IDD1 | 6551 | 6562 | - | 18.82 | TTTTGTCTTTTT |
| HERVE | NUC | 6551 | 6562 | - | 18.38 | TTTTGTCTTTTT |
| HERVE | IDD11 | 6551 | 6562 | + | 18.31 | AAAAAGACAAAA |
| HERVE | GLIS3 | 814 | 827 | + | 18.20 | GACCCCCCACAGTG |
TFBS enrichment in GRCh38
Use Fisher's exact test to perform enrichment analysis of transcription factor binding sites in the TE family of GRCh38.
