Identifiers and Description

Gene Model Identifier

Contig15108.0.g27

Standard Name

PARP1b

Aliases

Contig15108_0_g27

Description

Poly(ADP-ribose) polymerase catalytic domain

Genome Browser

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Genome Browser (Micronucleus)

Micronuclear Genome Browser

Gene Ontology Annotations

Molecular Function

Domains

  • ( pfam00644 ) Poly(ADP-ribose) polymerase catalytic domain

Gene Expression Profile

No expression data available at this time.

Homologs

SourceIdentifierScoreDescription
T. thermophilaTTHERM_006969401.000382677035467e-28hypothetical protein

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>Contig15108.0.g27(coding)
ATGGAAACTCCAAACCCAAATATACAGCAAAATCATTAAAAGTAGCACAAACCTAGAGGG
CTTTGCAGATAAGATGGCAATTGCCCTAGCTTCCCATCATGCCGCTTCTCGCATCCTACT
CAAATGAAAATGTAAAGAATATAGCAGCAATAGTAACAAAATAATATGAATCAGCAGTAA
CAACCTCAAAATCAACATCATAATCAATAGCAGTAGCCATAGTAATAACATAACTATAAC
TTCAATACTTTGAGCACTAATTCTCAATTTAGCGGTCTCGCATCTTCATCTCATACCTAG
ATGCACTCTACCTAGTCCCAAAGCAGCTACGGTCACCAACAAAACATCAATCAGCCAGGC
TATAATCAAGCCCCCTCACAGTACTCTTTCCAATCTAATTAAGGATAAAATTTGTAGCAC
CAGCAAAATCAACCTATGCCAAACAACTAGTTCACTTAACAGCCTCAGTAAAATGATAGG
CAACCAAATCACTCTGGCGAGAATCATAGAGGCCGAGGAGGTCACAGTTATAGAGGTAGA
GGCGGAGAGAGAGGTAGAGGGGGAGAGAGAGGTAGAGGGGGAGAGAGAGGTGATCATATA
GGTCGAGGAGGTCGTGATGGAAGAGGAGGTAACCACCATGATCCTACTAACAGTAATGAT
ATTCCATGTGCTAGTGGTGATTCCTGTCCATTTTTCAAAAAAGGGAAGTGCAAATACAGT
CACGGAGTAGCAGTAGTAGAATATGACGAAGACTCAGTATGCCCCTTTGGACCTGCATGC
TCAGACCCAGTTTGTTTGTAGACTAAAGTACATAGAGGAAGGCAAAAGTCATTAGATTCT
AACTCTGTAGGGGGGTCATCTACAAAGTCAAAGCCAGCTGGTCAATGTCGTTCTGATATG
GTATGTAAAAATGAGACATGCGTGTATGTTCACTCAACTGATAGTACAAAGTCTCCAGCA
TTTGAGCTTAGAATGATGTTAAACGGCGCAACAAATTTCGGTAAAGTAAGCTCTGGGCAA
TCTCAGAAGAGTGGACAAGAGAGTTAACATAGCAAAAAAATACAAAATCCTAGGAGTCAA
ATGGGTGGGCATAATTAGTAGCCTAACCCTGGAAATTACATTCCCAATCCCCATTAGTAA
TATCCTCCTTAAGTCTAAGGCCACCCAAATCAATTCATGGGAATGGGCGGACAACCGTTT
GTAGGTAATCAAGTTTTTGTTCCACAACACGGATTTGGATCTACTGGAGTGAATCCCATG
CCAGGACAACAAATTTTCCAAATGGGTATGAACCCTTCTTTGGCTTAATAGTAATAGCAA
CAGTTATTACTTTAGTAACAAGCCCTCATGCTTTAGCAATAAGAACTTGAAAGAAAGAAA
CTAGAATTATTACAACTTTAATAGAATTTACAGACAAATCAAGACAGCTCACCTCAGAAA
TTTCCTAAGAATAAATAGCCTAAGTAATAATAGGAAGAATAAAATATAGAAACTTCAGCT
TATACTTGCTTTGAAAAAATCATTGATTAACTAGGCATTAAAAAGTCATTGGAAGATATC
AAAAGAAGTAGTAACTAAGCATTAATTGAATACAAATTCAAAGACAACGCTTGCAAGATT
AAGCTAAACAAAGACATTGAGGATTGGGACAAAGTTTAGGAACAAGTTTCATAGACTATG
CCGTTTTTCTTGGTGTACCCTTTGTACAAGGTCAAGAGTGATGATTACAAACAAATCATT
TAACAGTTCATAGCCAAAAACAAAGATAAATTGAAAGACAGGAAAGTGGCAATTGTAAGC
GATGAAGACTTTAAGAATATGAAACATAGAAACGCCAATTATTAAAAAAAGAGAAATGAA
AACAGAAGGTAAGCTGATTCGAAAGTTTACATATTTGGGCAGAAAGCCAAAAATGAGGAT
GTTAATTATGTTAAGGACTTATTCAAAGAATTCTATAAGGAAGAGTTCATTCAAATTTGT
AGCTTGTTCTTTGGATGCAGAAATATGGATATCTCTACAAAAACTCACATCTACAGATTC
TTAAAACAATCAAAGCAGTTAGATGAAATCCTGAAAAATTAAGGCTTTACTGAGAGGTTA
GAGTATGAAGATAATTATCAGAATATTTAAATTAAAACCACGCATAAAAAATTAGAGAAA
ATTGTAGCTCATGTGAAAGCTCTCTTTGATTCAGTTAAAACAGAGACTGTGAGAATAAAT
CATAATATTGTAGTTCACAAAACTTAGCTACCTAATTTGCAAACTCTGCAGAAGAAAGTG
GAAGAAAAGTTCAATGTCATCATAACTGATACAATTTAAATATTTGAGGATAATAAATCT
TCCTACAGTAATGCTTTAAATCAAAGATTTGATAAAAAGCAACCAAGATGTAAGTACAAC
AATACTCCTTAAGATAGAGATACACACTTGAAAAAGGAGTATGAAATATAAGTTACAGGT
ACTGAAGTTGATGAGGCAATCAACTACATTAACAGAATCTTAGATGATTATGAAGTAATC
GAACCAAAACTAAAGTTCATGAAACCAGAAGAATTCAATGAAGTGAAGGATCAAGCCAAA
GCCATATCACTGAAATATCAAGTTTTCATTCTTTTCAGACAGAGAGTCCACCTCGTTGGT
AGACAATCTAAGAACAGACTTTCTGATGCTCTACAGGAACTCCAAAAAGCTGTAGATAAC
GTAAAATTAGGAAATAAAGTCTCAACCAAAGCTATGCAGCTTACTGATGCTCCAAATGTC
ATCCTCATGAAACTTATGAGAGCAGAAAGACCTAAAGTTTCTTTAATAGAAAGTTAGAAC
AAAGTTAACATTAAAATCGATAGAGACAATTACATTATTTCTGGTAGTGACTAAGGAATA
GCTTAAGCAACATAAGATTTGACAATTTTGGAATAAACAATGCTGAGAAAAATAGTAAAA
ATACAAATAACTGATTAGCACAAAATAAAGGCAATAAAGATGAAAGGAGCTATAAACTGG
GAAAAGGAATGTGATGTCTATATTGTCTGGCTTACTAACGAAGAAGCTAAATAATAATAG
CAGAAAAAGCATCCTGGAATTACAAATTTCAATTAACAATCTTTAGTGGAACATATCACT
TACCAATGGTCCTATAAGGTGAATAGAGGTGATGCTAATTACAAAGACAGACACGATAAA
GTAAATGACTGGTTTGACTATGATTTGCATTAAAATAGTTAGATAGAGCAGCACTATTAA
TAATGCTGTCAGCAAGGTAACTTCAAGATAGTACATCAAATCATTGGTGATTAAAATCAA
CAAAAGAATGGATTTACTTATCATGTATCTGGAACATCTTCAGATCCCAGTACATGGACC
CAGAAGAACACCCAAACCAATTTTGAGAGACAACTTCATAGGAAAGAATTGAAATTTATG
GGATAATAAAACAACTAAATCAAACCCTAGCAATTGTATTCAGATTAAATAGAGGAAGTT
AAGGGAGGAGACGATAGAATTGGTTCGCAAAAAAATTACTATGTTAAGGGACTCAAAGAG
AAAGTGGATTCGTTCCTTCAACAATTAGATATCTTCTATTAAGATCCAAACAACCACTCG
ATGATTTTGTCTCTCAGAAACTTCAAAAACATCATGAACCCAAACATTCTAAATTAAATG
AAGTAAACGGCTTAACTTAAATTTAATTGCAATTTCGCACAGGGCTTCAGCATAGACAGT
ATTAAAATCATGGGTCTGAAATGCTTCGAAGCAGGAAGGTTCTTTGAAAATTTGCTTGAT
AAGGCAAAGCATTTCGAATTCCCTAAATCTTGGGAATAGATAGATCAACATATTTTGGAG
TAGAAGAACCTTATCATTATTTCTCTAGCTCAAGGTGGCCATGAATGGTTATAAATTGAA
AATTAATTCAAAGTCACCATGCCACAAGCTAAAATTCTGACTATCGAAAGAATTCAGAAC
AAAAAGCTTTGGAGAAATTTCAAACATGCTGTAGATGATATTACCGATAAATGGGGAAAA
CAGGCAGAGACTCTAATGCTTTATCACGGTACAAGATTGACACCACCAGCAAAGATCTAT
GACAGTGAGGAAGGTTTCAACATGTTATTCAGTACTGGTGGTATGTGGGGATAGGCAATC
TATTTTGCTTAAAACAGCTCTTACAGTCATAATTATCGCTATTAGGTGCCATAAAATACA
ACTTCCTAGATGTTTTTCGCAAGGGTATTAGTAGGAAAATATGCTCCACTCCCCCCTTCA
GCAACAATCAAAATGCCTCCTACTGTTCAGGGAGATCCTAAGGGCAATTTCCATGATAGC
ATCAAAGGTAACACAGGAGGATCAGAAGTTTTTATGATCTATGCGAATAAGAAAGCCTAC
CCAGAATACCTAATTACATATCAATGA


>Contig15108.0.g27(protein)
METPNPNIQQNHQKQHKPRGLCRQDGNCPSFPSCRFSHPTQMKMQRIQQQQQQNNMNQQQ
QPQNQHHNQQQQPQQQHNYNFNTLSTNSQFSGLASSSHTQMHSTQSQSSYGHQQNINQPG
YNQAPSQYSFQSNQGQNLQHQQNQPMPNNQFTQQPQQNDRQPNHSGENHRGRGGHSYRGR
GGERGRGGERGRGGERGDHIGRGGRDGRGGNHHDPTNSNDIPCASGDSCPFFKKGKCKYS
HGVAVVEYDEDSVCPFGPACSDPVCLQTKVHRGRQKSLDSNSVGGSSTKSKPAGQCRSDM
VCKNETCVYVHSTDSTKSPAFELRMMLNGATNFGKVSSGQSQKSGQESQHSKKIQNPRSQ
MGGHNQQPNPGNYIPNPHQQYPPQVQGHPNQFMGMGGQPFVGNQVFVPQHGFGSTGVNPM
PGQQIFQMGMNPSLAQQQQQQLLLQQQALMLQQQELERKKLELLQLQQNLQTNQDSSPQK
FPKNKQPKQQQEEQNIETSAYTCFEKIIDQLGIKKSLEDIKRSSNQALIEYKFKDNACKI
KLNKDIEDWDKVQEQVSQTMPFFLVYPLYKVKSDDYKQIIQQFIAKNKDKLKDRKVAIVS
DEDFKNMKHRNANYQKKRNENRRQADSKVYIFGQKAKNEDVNYVKDLFKEFYKEEFIQIC
SLFFGCRNMDISTKTHIYRFLKQSKQLDEILKNQGFTERLEYEDNYQNIQIKTTHKKLEK
IVAHVKALFDSVKTETVRINHNIVVHKTQLPNLQTLQKKVEEKFNVIITDTIQIFEDNKS
SYSNALNQRFDKKQPRCKYNNTPQDRDTHLKKEYEIQVTGTEVDEAINYINRILDDYEVI
EPKLKFMKPEEFNEVKDQAKAISLKYQVFILFRQRVHLVGRQSKNRLSDALQELQKAVDN
VKLGNKVSTKAMQLTDAPNVILMKLMRAERPKVSLIESQNKVNIKIDRDNYIISGSDQGI
AQATQDLTILEQTMLRKIVKIQITDQHKIKAIKMKGAINWEKECDVYIVWLTNEEAKQQQ
QKKHPGITNFNQQSLVEHITYQWSYKVNRGDANYKDRHDKVNDWFDYDLHQNSQIEQHYQ
QCCQQGNFKIVHQIIGDQNQQKNGFTYHVSGTSSDPSTWTQKNTQTNFERQLHRKELKFM
GQQNNQIKPQQLYSDQIEEVKGGDDRIGSQKNYYVKGLKEKVDSFLQQLDIFYQDPNNHS
MILSLRNFKNIMNPNILNQMKQTAQLKFNCNFAQGFSIDSIKIMGLKCFEAGRFFENLLD
KAKHFEFPKSWEQIDQHILEQKNLIIISLAQGGHEWLQIENQFKVTMPQAKILTIERIQN
KKLWRNFKHAVDDITDKWGKQAETLMLYHGTRLTPPAKIYDSEEGFNMLFSTGGMWGQAI
YFAQNSSYSHNYRYQVPQNTTSQMFFARVLVGKYAPLPPSATIKMPPTVQGDPKGNFHDS
IKGNTGGSEVFMIYANKKAYPEYLITYQ