Identifiers and Description

Gene Model Identifier

Contig13466.0.1.g52

Standard Name

None

Aliases

Contig13466_0_1_g52

Description

Poly(ADP-ribose) polymerase catalytic domain

Genome Browser

GBrowse

Genome Browser (Micronucleus)

Micronuclear Genome Browser

Gene Ontology Annotations

Molecular Function

Domains

  • ( pfam00644 ) Poly(ADP-ribose) polymerase catalytic domain
  • ( pfam09996 ) Uncharacterized protein conserved in bacteria (DUF2237)

Gene Expression Profile

No expression data available at this time.

Homologs

SourceIdentifierScoreDescription
T. thermophilaTTHERM_004617501.000137892321693e-31hypothetical protein

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>Contig13466.0.1.g52(coding)
ATGACCTAGAAGGTTTATCGTTAAAAATCTCATCAGCAAAATTAGCAATAATTTGAAAAT
TATAACATTAGCAGTATAACTGCTCAACCTGAACATAGCCGAGTGACTGCTCAAGACTAG
GCATTGCCCAATTAACCTCAATACACCTAAAAGCAGCCTCAGTATTAGCAAAAATCGAGT
GTACCTAAGTCATCTGCTGACTAAGGCCAACCAGCTTAAAAACAGTACCAAGTCAAATAG
AAACAAGATTTGTTGCATTCTGCCACCAATCAATAAGCAAACAGACCCAATTAGCAATAC
AATGAGTAGGTTAATAAAAATCAGAATTACTAACATAAAAAACAAGCTGTGAACTATAGT
GATGCTGAGGTAGCCAAATATCAAAGAAAAGGAGGAAACAACAAAGAATTATCAAGTTAG
TAGATTCGGTGCTCTTCAGGAAATTCTTGTGCTTTTTACAAATAGGGCAAGTGTAAATTC
TATCATGAAGATGATGATGATTTCTACGATTGCTATGACTAAGAAGAAACTTTCAAATTT
GAAGGGACATCTGGCAAAAACGGCAACCCCTTAACACAGCAGCCTGTCTAATAAAAACAA
CCAACCATGTGCCCCTCTGACATGGTTTGTGAGAAAGACATTTGTGTGTTTATTCACTCT
ACTGCAAGCAGAAGATCCCCAGCATATGAACTAAGAATGTAATTAAATGGGGTTTAAAAC
TAGAACTAGATGAATAATGGGATGTCTGCCTATGGACCTATGAATCCATCTTTAGGAATG
AACAATTTAATGCATCAGCAAATGTTTCCTATGGCTATGCCTCCTTAAATGGTTCTCTAA
TAACAACAACTACTGCTCTAATAATACTTGCAACCTCTCTAAAATCAGTAAATCTTAATT
TAATAAAATTAGCAATAATTTCAGAATTAGGTTTTAAACAGACTAAATCAGAACAATGCA
ACATAGAGTAATGTTTAAGTAAATAAGGACAAGCAATAAGAATAAAAACTTGAAACTTTA
GCTTTTCATTGCTATGAAGAGTTTGTTGATAAACTTGGCGTTAGATAGTCTTTGGAGAGC
ATCAAGAGAAGTAATAACGCCTTGATTGAATTTACTTTCAAAGATAATGAATGTAATTGC
AAAATAAAACTTGGCAAGAATGTTTAGGACTTGGAAAAACTAAAAGAGTAGATTTCGTAA
GCTATGCCATTTTATGTGGAATGCGTATTGGTCGATTTAAAGTTTGATGATTATCAACAA
ATTATTCAATAGTTCAAAGCTAAATACAGCAATTTACTTACATCAAGCAAAGTGGTCATC
ATCAGCGATTTGGATTATAAGAATATGAAGCATAAACACAACAATTCAAAAAAGATATAT
GATAAAAAAGAGAAAGACAGGAAAGTATATTTCTTCGGGCAGAAAGCCAAAAATGAGGAT
GTCCAAAGTTTAAAGAACTAATTCTAAGAATATGAAAAGGAAGAGTTCTCAAAGTATTGC
AGCTTGAAATTTGGTAATTAATATGGAGATGTTGTTAGTAGAACTCATATCTGCTTATTC
CTGCAATAAACAAAAACACTTGATGAGATCTTGAAGACTCAAGGGTGTGATGAAAAAATA
ATTTATCATGAAAGTCTCTAGAACATCTATATTAAAACTACACTTTAAAAAATGGGAAAG
ATCTAAGGATATGCCAAAAAGTACTTAGATTCTATTAAAACAGTGACTTTGAAGTTAAAT
CACAACATAATCGTTCATAAAACTTTATTGCCAAATCAGAAAAAATTGCTTGACAAAGTG
GAAGAAAAGTTTAAAGTGTTGATAAACGAAACTGCCACGGAAATTCAAGATGCTTCAAAC
TAAAAGAATGAGCATTAGCAAACACTGTGCAAGTTCAACAATACTCCCTTTGATAGAGAT
GCACACTTGGAAAAGTAGTATGAAATTTAAGTGACAGGAACAGAGACTGACTAGGCTATT
TTTTACATTCACAAGATCTTAGATGATTATCTAGCAATAGAACCTAAGTTTAAGTTCATA
AAACCAGATGAATTCATTGAGCTAAAGGAATAAGCAAAAGTCATTTCCTTGAAATATTAA
GTTCTCATTCTATTCAAGTTGAGAATTCATCTAATTGGAAGATAATCAAAGGGCAGACTT
ACCAGTGCTCTTGAGGATCTCCAAAAAGCTATTAACACTATTTAATAAGGTAAAGTGTTC
TCGACAAAAGTCATGCCTCTAAATAATGCTCCAAATGTCATTCTGATGGAACTAATGAAG
GGAGAGAAGCAAAAGATTTCTGATTTTGAATCGAAATTTAAAGTTAGCATTTTAATTGAC
AAAGACAACTACGTCATTGCTGGTAGCGAGATTGGAATCACATCAGTTGCATAAGAGTTG
ACAATTTTAGAATAAACTATGCTGAGAAAAATTTAACAGATTCAAATAACTCAAAAGGAC
AGAATCACAGCTTTAAAGATGAAAAGAATAAAGTATTGGGAGTAAAAATACGAGATCTAA
ATAATGAAAACTACTGTTAAAGATGACTAATCAAACAAAATGCTTCCTGGCATTTAAAAT
ATTAACTCGCAATCTATTGTGGATCATACTATGTATCAATGGTCTTACAAGGTAAATAGA
GGAGATTCAAATTATCTTCAGAGACATGATACTACTAATGATTGGTTTGCATATGACTAG
GATTAAAATGATCAAATAGAGAAACATTACAAATATTGCTGCAAACAGAATCTCTTTTTG
GTAAAGATCACAATTATTGGAGATTAAAGTAAAAAGAAGAACGATTTTACATATCAAGTC
TATGGACAGAGCTCAGATCCTAACACTTGGATATAATAAAATACATTGACTGGTTTTAAG
AGGCCACTTCAAAGAGTTGAACTTAAATTCAAGTCACAATTGAATAAACAGATAAATCCG
ATGTAGTTGTATATTGATGAATTTGAGACAACCAGTGAAACCGATAGATCTGTATTACTA
AACACCAATTACTATGTAAAGGGACTTAAAGAAAAGATAGATTCTTTCTTCATAAAACTA
GACATCTACTATAGTGATCCAAACAACCACACAATGATTTTGTCTCTCAAAAATTACTAA
AACATTATGAATAAGAATATGTTGAACTAAATGAATCTAGTGGCTAAAAATAAATTTGAT
TGCAAATTTGATTCAGACTTCAGCATTGAAAGCATCAAGATTATTGGTTTAAAGTGCTAA
GAAGCTGGGAAATTTTTGGAAAACTTACTTGATAAAGCGAGACACTTCAAATTCCCTAAA
TCTTGGGAAAAGATTGACAAGCATATTTTGGATTAAGAGAATCTTATCATTATTGCACTT
GCTAAAGGTTGCCATGAATGGACATCAATTGAGAATCACTTCAAGGTAACTATGCCATAA
GCGAAGATCCTCAATGTTGAAAGAATTTAGAACAAGAAATTGTGGAGAAATTTCAAATAC
GCAGAAGATGATTTCAATGAAAAATGGGGGTAACCAGCAAAAACTCTTATGCTTTATCAC
GGCACTAGAAAAACAAAACCATCAAACATCTACGATAGTGAAGAAGGATTCAACATGCTA
TTTAGTTCTGGCGGTATGTGGGGACAAGCTATCTATTTTGCCTAAAACAGCTCCTACAGC
AATGATTATAAATTCATAACGCCACAAAACACTTTCTAGATTTTCTTTGCAAGAGTTTTA
GTTGGTAACTCTGCACCTCTTCCTCCCAATAAGTTGATCAAAATGCCTCCAATAGTTGAA
GGAGATCTTAATGGTAGGTATTACGACAGCATTTAAGGAAACACTGCAGGATCAGATGTT
TTTATGATCTATGCAAATAAAAAAGCTTATCCAGAATACCTGATAACTTATCAATGA


>Contig13466.0.1.g52(protein)
MTQKVYRQKSHQQNQQQFENYNISSITAQPEHSRVTAQDQALPNQPQYTQKQPQYQQKSS
VPKSSADQGQPAQKQYQVKQKQDLLHSATNQQANRPNQQYNEQVNKNQNYQHKKQAVNYS
DAEVAKYQRKGGNNKELSSQQIRCSSGNSCAFYKQGKCKFYHEDDDDFYDCYDQEETFKF
EGTSGKNGNPLTQQPVQQKQPTMCPSDMVCEKDICVFIHSTASRRSPAYELRMQLNGVQN
QNQMNNGMSAYGPMNPSLGMNNLMHQQMFPMAMPPQMVLQQQQLLLQQYLQPLQNQQILI
QQNQQQFQNQVLNRLNQNNATQSNVQVNKDKQQEQKLETLAFHCYEEFVDKLGVRQSLES
IKRSNNALIEFTFKDNECNCKIKLGKNVQDLEKLKEQISQAMPFYVECVLVDLKFDDYQQ
IIQQFKAKYSNLLTSSKVVIISDLDYKNMKHKHNNSKKIYDKKEKDRKVYFFGQKAKNED
VQSLKNQFQEYEKEEFSKYCSLKFGNQYGDVVSRTHICLFLQQTKTLDEILKTQGCDEKI
IYHESLQNIYIKTTLQKMGKIQGYAKKYLDSIKTVTLKLNHNIIVHKTLLPNQKKLLDKV
EEKFKVLINETATEIQDASNQKNEHQQTLCKFNNTPFDRDAHLEKQYEIQVTGTETDQAI
FYIHKILDDYLAIEPKFKFIKPDEFIELKEQAKVISLKYQVLILFKLRIHLIGRQSKGRL
TSALEDLQKAINTIQQGKVFSTKVMPLNNAPNVILMELMKGEKQKISDFESKFKVSILID
KDNYVIAGSEIGITSVAQELTILEQTMLRKIQQIQITQKDRITALKMKRIKYWEQKYEIQ
IMKTTVKDDQSNKMLPGIQNINSQSIVDHTMYQWSYKVNRGDSNYLQRHDTTNDWFAYDQ
DQNDQIEKHYKYCCKQNLFLVKITIIGDQSKKKNDFTYQVYGQSSDPNTWIQQNTLTGFK
RPLQRVELKFKSQLNKQINPMQLYIDEFETTSETDRSVLLNTNYYVKGLKEKIDSFFIKL
DIYYSDPNNHTMILSLKNYQNIMNKNMLNQMNLVAKNKFDCKFDSDFSIESIKIIGLKCQ
EAGKFLENLLDKARHFKFPKSWEKIDKHILDQENLIIIALAKGCHEWTSIENHFKVTMPQ
AKILNVERIQNKKLWRNFKYAEDDFNEKWGQPAKTLMLYHGTRKTKPSNIYDSEEGFNML
FSSGGMWGQAIYFAQNSSYSNDYKFITPQNTFQIFFARVLVGNSAPLPPNKLIKMPPIVE
GDLNGRYYDSIQGNTAGSDVFMIYANKKAYPEYLITYQ