| New model in OGS2.0 | DPOGS201081 |
|---|---|
| Genomic Position | scaffold358:+ 6090-13441 |
| See gene structure | |
| CDS Length | 3669 |
| Paired RNAseq reads | 1508 |
| Single RNAseq reads | 3499 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA001390 (0.0) |
| Best Drosophila hit | ND |
| Best Human hit | tumor suppressor p53-binding protein 1 isoform 2 (1e-27) |
| Best NR hit (blastp) | AGAP001466-PA [Anopheles gambiae str. PEST] (6e-49) |
| Best NR hit (blastx) | AGAP001466-PA [Anopheles gambiae str. PEST] (1e-46) |
| GeneOntology terms | GO:0005634 nucleus GO:0006974 response to DNA damage stimulus GO:0006350 transcription GO:0003677 DNA binding GO:0005622 intracellular GO:0042162 telomeric DNA binding GO:0005694 chromosome GO:0005657 replication fork GO:0005515 protein binding GO:0008134 transcription factor binding GO:0003684 damaged DNA binding GO:0006281 DNA repair GO:0006355 regulation of transcription, DNA-dependent GO:0000776 kinetochore GO:0045449 regulation of transcription |
| InterPro families | IPR001357 BRCT |
| Orthology group | MCL21825 |
Nucleotide sequence:
ATGGAGGATTCCAGTGATAACATTATCACTTTTAATTCATCAGCAGGAGATTCAGAGACG
AAGACAGAGGTGCCCGTAAGTCCCGACAAACCCAAGGATATATCTCAGAACCTCTTCCCC
GAGAGTCCGGTGTATGAACCTGATGATGAAGTAAAATGCATTGAGGATGACAGCAATATG
AATGATCAGGTCGAAAAAGATGACAACCCCGTCCACGCTAAACGGAAACTCTCAGAGGAA
ACATGTGATAACAACGCTAAAATACTTAAACTGGATCTGACGGAAGACGAAGTTACTGTG
ACGACGCAGACCTTGGACGACGAGGTGTCGGAAATCAATGATGTGGGAAACCAGAATGAG
GAACTACCCTCGACATCGCGCGCGCGGACGCCAGTGCGGTCGAGTCCTGGGAGGAACAAG
AGAAGCAACAGCGTCGAAGTCACCCCAAAAACCCCAAAATCTCGATCCGCCAGTGTCGAA
GTCGTCGCCAAGAACCCAAGAACCCCAAAATCTAGATCCGCCAGTGTCGATGTCGCCCCT
AAGACCCCAAAAACCCCAAAATCCAGGTCCGCCAGTGTTGACTTATCTAAAGCTCAGACG
CCCCGCAGAGTACCGTTAGATTTATTAGCAGAAAAAGACGATGACGTCATTATACATTCC
GATGACAGTTCAAGCCGACTGAGCGTGGAGTTCGTTAGAGAACTACCAGCGCGGAAACTA
CCGGACACCATCCCAGAAGAAAGCGGCTCCGAACTCAACGATTCGCAGAACTTCCATTTA
ATTCTGTCGCCGGTCGAGAACTATGACCCGAATGATAACGAGAAATCGAATGCAGACACG
AACTACGATACTGAGAAAGTGACCGGCAAAGAGAGGGAAGTTATTGATGCTGGGAAGGTT
GCGACTAGAAGCGGCTACAACTACTCCGAGATGAGCAGCGTCACATCTCAGGCACCAAAC
GACTGTAAGGAACGTGCGACGGACCAGGAGAGCACGGATAGCATAGGGTCGATGGGCCTC
GACAGCCCCGAACCAGTTGCTAGCGTCGCTTCCAAGCTCATATCCAAGCTGTCTAACGGA
AACTCATCCACACCGACGGACGTCAACGATCCGGCTCAAGAAATAACCCCCGATATGTGC
AAGCTGAATGGGAACAAGGGGAAACGGGGGAAAAACGAATCGTTCAGGGTCAGCAACACG
ACGACGCCGTCCACCATCTCGCCTTTGCAGAACGGACATTCCTTGCCTATAAGCACACCC
CTGATACCTGTTTTCGACGTACATGTCAGTCACAACGAGGACTGCGAGTTCCTGTCGCTG
TACGTCGTTAGAACCGACAACGACGTGGGCATGGACATGTGCAGGGAGTACCAAAGAATA
TCGAAGAGGTTCACCATAGATCCTTACTTAGGCGACGTGTCGGTCAGTAACTCCCCGTCC
AGCGTCACGAGCGGCGGACTCATGAGTTTGCCGAACAGAACCTCCTTCGCCTCGACTATT
AGTTCAACGTCATCATCCAGCACTCGCACCAGTGACGGAGCCTTCGTGGTCCCCCCACCT
CCGAGGAAATCCGTATCCAACCCTACAACCACCGTAAAAGGTTACGAGGCACTGATGAAA
AAACTGCAAGACATATTTTCGCACATCAGAGACGCGTCCATAGAAGCGAACCGATCTCTC
AACGACGACAAAATATCCGTCGGCATTCAGGCTTCCATATCCGAAGCTACCTTCAGCAAC
GGCAACGCGAGTCCAGAAGAGGTCAGCAAGTGTGACAAAGCGACGCCGAAGAGCTCGCTC
AAAAAGACACGAGTGAGAGGACGAAGGCCGATAGCGGGGAAAACTAAGAGAGCCTTGCTG
CCCACGCAACACGAAGAAGCGGAGTACATGCAGGGAATGAACTCACCGGAAATGATTCCC
AGCAACGGAGACACCGGGAAGATATCACCGAAAGAGGAAAAGCCCGCTGTTGTCGGAACA
CCGAAGTCGGTTAGCAAGTTAAAACAAAAACGTAGACCTCCCTCCCCGCGGCCGGCGACT
CCGGTCGAGAAGGCGATCGCGAAGCCCGAGTACCCCGGCTTTGCACCGGACACGGTAGTC
CTGGCCAAATGGGTGGACAAGAGATACTATTCCGGAAAAGTACTAGAGATCACCGAACCC
AACAAGTATCTGATCAAGTTCGACGACGGTCAGAGCAAAGTCCTCCTGGACGACTTCATA
ATATTCGGCGACATGAAGAAGCTGCCGCTGCAAGGACAGTCGGTGTACGCGCTGGTCGAC
GAGGAGTTGAACTACGAACCGGGACTGGTGCTGGGGGTGGAGGAGAACGGTAGCGGCACG
GTCACCTACAGATGCACCACCGACGGGGACACGATAGTAGTGGTGACGGCGAGCGAGTTA
TATCTCACCGAAGACCAGGCCAGGTCGCTCAAGGAGTCCAGGGCCAGGTCACCAGCAACG
CCGACCACGCCCAGGCGGAGACATCACAGAGAGCTAGACCTCGATAATATTATACAGGGT
CCTCGCAGTGCAAGAAGTCGAGACAAAGGCAGCTCCAGTGCAAGAAAACGAGTGGCGTCA
CCCAAAAGTCCCAAAGCATCTACCTCAGGTGTTAAAACGAAGAGCATAGCTCGCAAGCGT
CTGGCTAGCGAAAGTAGCGAGTTGAGTGAGAACAGCAACTCGGCGCCGGCCAGGATCGAG
GAGGTCGCTGGGGTGGAGCCCGAGGTGCAGCGGACGCCGAGGAAGATAGACGGAGTTAAG
GCCGGACCCCTTCAGTTGAAGGGAGCGGCCAAACAGAACATTGGGAAGAAGAATTCTAAG
CTGACGAAGTTTGAAAACGATGAAGATACTATCTCAGCGCTGGGGCCCATCCCCACCGAC
AGCAAGATGTTCGCTGGCTATTGTTTCCTTCTAACATGTACGGAACCACCGAAGAAGAAT
AGAGTGACGGACAGGAAGGAGAAACAGATGAACCAGGACAGCCGGCATTACTCCTCGGAG
GAAGACGGCGAGAGCACAGCCGCTGGGACGGACACGGAGGACCTGGTGTTCTGTGAACGA
CCCTACAACAAGGAACGACTGCGGGAACAGCTGGAAACAGCTGGAGGAGTTGTTTACAGT
CATTTCGACGACGTGCCAAAGACGAAGTACCCGCAATGCTACCTGATATCGCCCCGTCCC
TGCCTCACCGCTAAGTACATCTCCTGCCTGGCCGCGGCGATAAAGGCCGTGTCCCACGAC
TGGGTGATACAATCTTGCATGGTGGGTCACCTGCTGGATGTGGACTCGTTCGTGCTGCCC
ACCGGCTGGAGCTTAAAGAAGTCATCATTCGTTAATTGGACGACATCATCTGGCAAAAGA
AACACGACCTTCAAGGACAAGATAATACTCCTGTGCGGAGATCAAGATACATTTGTTAAG
TTCTGGGAGCGCGTCTGCACGTTGGCCGGCGCTACGACAAGAATTGTCAATGAAGATAAC
TTAAATATGACCGGGGCCATTGCCCTGGTGACCGAGTGGGACTGTCCTCATGAAGTACAG
AATAAAGCGAACCAGGATAACATACCGCTGGTGTCGACGACCTGGGTGGTCCAGTGCCTG
ATTGAGGGCAAGGTCGTCGCCCCCACCGCCTTGGACAAGTTCTCATTTATGTACGCGGAG
CCCGAATGA
Protein sequence:
MEDSSDNIITFNSSAGDSETKTEVPVSPDKPKDISQNLFPESPVYEPDDEVKCIEDDSNM
NDQVEKDDNPVHAKRKLSEETCDNNAKILKLDLTEDEVTVTTQTLDDEVSEINDVGNQNE
ELPSTSRARTPVRSSPGRNKRSNSVEVTPKTPKSRSASVEVVAKNPRTPKSRSASVDVAP
KTPKTPKSRSASVDLSKAQTPRRVPLDLLAEKDDDVIIHSDDSSSRLSVEFVRELPARKL
PDTIPEESGSELNDSQNFHLILSPVENYDPNDNEKSNADTNYDTEKVTGKEREVIDAGKV
ATRSGYNYSEMSSVTSQAPNDCKERATDQESTDSIGSMGLDSPEPVASVASKLISKLSNG
NSSTPTDVNDPAQEITPDMCKLNGNKGKRGKNESFRVSNTTTPSTISPLQNGHSLPISTP
LIPVFDVHVSHNEDCEFLSLYVVRTDNDVGMDMCREYQRISKRFTIDPYLGDVSVSNSPS
SVTSGGLMSLPNRTSFASTISSTSSSSTRTSDGAFVVPPPPRKSVSNPTTTVKGYEALMK
KLQDIFSHIRDASIEANRSLNDDKISVGIQASISEATFSNGNASPEEVSKCDKATPKSSL
KKTRVRGRRPIAGKTKRALLPTQHEEAEYMQGMNSPEMIPSNGDTGKISPKEEKPAVVGT
PKSVSKLKQKRRPPSPRPATPVEKAIAKPEYPGFAPDTVVLAKWVDKRYYSGKVLEITEP
NKYLIKFDDGQSKVLLDDFIIFGDMKKLPLQGQSVYALVDEELNYEPGLVLGVEENGSGT
VTYRCTTDGDTIVVVTASELYLTEDQARSLKESRARSPATPTTPRRRHHRELDLDNIIQG
PRSARSRDKGSSSARKRVASPKSPKASTSGVKTKSIARKRLASESSELSENSNSAPARIE
EVAGVEPEVQRTPRKIDGVKAGPLQLKGAAKQNIGKKNSKLTKFENDEDTISALGPIPTD
SKMFAGYCFLLTCTEPPKKNRVTDRKEKQMNQDSRHYSSEEDGESTAAGTDTEDLVFCER
PYNKERLREQLETAGGVVYSHFDDVPKTKYPQCYLISPRPCLTAKYISCLAAAIKAVSHD
WVIQSCMVGHLLDVDSFVLPTGWSLKKSSFVNWTTSSGKRNTTFKDKIILLCGDQDTFVK
FWERVCTLAGATTRIVNEDNLNMTGAIALVTEWDCPHEVQNKANQDNIPLVSTTWVVQCL
IEGKVVAPTALDKFSFMYAEPE