PARP3

Protein	PARP3
NCBI GeneID	10039
Class	uDBP
Sub class	DNA_replication
Protein Sequence	PARP3
Binding Motifs	TTTCGCGC TTTCCGGAAA TTGTGTATGC TTGATTGAT TTCCCATG TTAAAATTCA TGTGGGCA TGTCCT TGCTTTGCAT TGCGTGAGAAGA AATTATTCA TCAAGGTCA TATTTTTCC GTCTCAGAGTGGTCC GGGCTTCCCCC GGGACTTTCC GGGAAACCGAAAC GGATTAC GGAAAACTGAAAGGG GACCACGTGGTC GAAGTG CTTTCTCTTT CTGCAGCGAGCAACTGAGAATCCAAGAC CTGATTAGC CGGGCAAAGGCCA CGGATGT CGCCTGCGGA CCTTATATGG CCTCGGCCGCCCCCTCGCGGC CCCTCCCG CCCGTGACC CATGTGGC CAGCTG CACGTG CAAAACAAAACTATTTTG ATATAGGA AGTTCA GGGTCAGAGGTCA AGGTCAACTAGGTCA AGGGTCGCGTGAGTATAAAAGCCGGTTTTCGGGG AAGGAA AACAAAG AAAGGTCA TGATAA AGTAGAAGCTGGGCCCCAGGCGTGGCGCTT CACATCTGGACAGATGTGGGCG GCGCTTGCGCATGCG TAAATAAATAAGTAAATAAATA CTCTGTGATGTCATGGTTT CTGATTTCCCCGAAATGACGG TGAGTCAGAC GCCAACTAATGGCAGACATGG AGGTCA CCCCCACTGAACCCTTGACCCCTGCCC TCAGCAGGTGCAAAATAAAGT GAAACCCCTGGAATATTCCCGAC CCGGAAGT CGCCTGCGC CGCATGCGC CGCACGCGC TTAAAAA CCGCCGG AAAATAT CTCCGCCC CCCCTCCC CGTCACTTC CTTCCGC AGGGCGG ATTTTAA CGGCCCG AAGATGGCG CGCGCAC AATCCCAGC CCGGGCC ATGGCGGC ATCCCAGCA CCGGCCG CCAGGCC TTCCGCC GCGCTCC CTGGGATTA CTCCCCG CGCAGCC CCAGCCTGG GCCACGCC TCCCAGCAC TGGGGCC CCCTCCTC CTGGCCC CTGCCGC AAATGGCG CAGGTGAG CCGGCTC AGCAGTAATTTACTAAATTG AATCATGTTTGAAAG CTGTTGACAGTAAA CTGCTCTAATTGCA TGTGAAATGAGTTGG CTTTCAAAGGCTCATTA GAAATGCTGACAGACCCTTAA TGTCAGCATTTCCATTATGA TAATGAGCTCATTA GTTTTCATTAAAGC GATTCATTTAGCAG AGAGTGCCACCTACTGAAT CTAATTTGATTTGGCAGA TCAAAGTACTTTACAAGC CGTAATTAGGAAGGTAAATC TTGCTTTTGGCAAAAGTTCT AATTGCTTCCAGATG TTTCCATCATAAATC GCTAATTGCAAATG TTGAAGCAATTAGC GAAATGCAATTTGC GTTAATTGGAATCA AGTAATTTGGCAGC ACAGACCATTAACT CAGATGAAAGATGC AGCTGCAAATTGCATTC TCATTTTGCAAGTGCAA ATTCATTTTGGCTTTGAAAG GTTGCTAGGCAACC TGCATATTCATGAG TTTCCAATTAAGCT AAAGATGCAGTATCCCTTTT AACTCCCATTAGCGTTAATGG TCCCATTGACTTCAATGGGA ATGGCACTTTGGAAAATGGA TCAGCACCACGGACAG TTGGAAAGACTTCAAAGA GGTAATTACATTCTGCCTAC CTCCCATTGACTTCAATGG CACTAGGGGACCATTTAGT TGGGTAATTACATTCTG AGCTGTCATTCTTGGAA GTTCTCTGAAATGAAGT TGACTGTGAAATTACAG CATTAGGAAGACAAATG AAAAGCAATTTCCT AACTTCAAAGGCTT CATTAAGCTGTCAG CTAATGATTTCCTG GATTTCCTGTTGTG GTGTTAATGACTTC AGCTGCCAAAAATC GATAATTGAGAGTTGAC TCTGGAAAAGCACATTTGAT TGGCTTTAATGA GACATCTGGTTGCAATTTG AAACCAATTAGCATC GTCTCCTAGGAAAC TTTTGACAGCTCAG GGAAATCTGTTTGC ATGGCTTTCCAAATG TCATCCAGATGTTTGGC TCATTTCCTCCTAATTG TTGAAATGAAATGTGAC GATTTCATTTGAATGCT ATCCAGATGTTTGGCA GCAAATTAGCAGCT GCTAATTGGATTTG ATTCATCACTGTCA AGCAATTAACCTTC CTTAATTACAGGCT TGCCTAATTACACA GCTTGTCAGAAACA TCTGATTTACAAGC AAGTGCTTTGAGCTCCTTGGA TTTCAAGTCAAAACA TGGTTCTCATTAAG TTTGAAATGCTAATG CTGTGGAAAATCTGA CCACATCTGGAAAAG ACTTCAAAGGGAGC CAAGATTAATGGCT ACAAAAGCCAGGAAAT TTGCTTTCAAATGCCAGGA AGAACATCTGTTTC GTTAATGAGGCATT CTGTCAAAATCAAT AGCTGAAAATTGCT AGAAATCCATTAAC GCTCATTTGAAAGG ATGGAAACAGATGGT CATTTCTCAGAAATGACT CTTTGGCTTCAGACCAAAT CCGGAAGT GCCAATC TCTCGCGAGA TGACATCA CAAAATGGC AGGAAGTG TGACGTCA TCAGCTGAC GGCGCTCGCTGGTGACG GTGACGT TGCGCACG TTATATAA TGGATTGTCGCCAG TATAAATAG TTTAAAG GCGCGCGCG GTCACGCCC GCTTACTCA TAAAAATAG GCAACTGGT TGTTTAT GCATGCTGGGA GTTCCCATGGCAAC CATGTAAAT CCAGCAGGTGGC ATTGGCTG GGAAATCCCGC CATTGTCT AATGAATGGA GTTGCCGGGCAAC CTATAATTA CTCCACCC ACCTGTTG TCTCTATGGC TTAATTAA GCCAGCAACTT AAGGGTTAA AACTTTATTTTC GAAACTTCT TTTCCCGCC CGTCACG CACAATGC AGGAGCTCGAGTCC TACATTTCCCA CAGGTA GCTTTTTGG GCATTCCT TCTGGGAAATGTGG CCGCCTCTTCCG TTAAAGAGACAG GGTTACTCATT CTTTCGATTT CGCCATGGCAAC AGATGGCTGCC CCCGGAAAG ACTTGCGCC ACGTGATCT CCGCCCCCC GCGTCTTAC GAACGCTAG GCCAATAGG GCGCCAATG ACTTCCGTT TAGCTACGA CCCGTACTG CCGAAGACG CTGTGCCCC CCGAGAACC TTGATTTAA CAGTTATGT GAATTCCTG GACGACGAA GCTCGAAAG GCAACGGAG TAGCGCAAT AGCGAGTAT CAGCATAGT CTGAGTCAG TGCTTTACT CTTTTTGGT ATCTCTCTC CAAACGCTA AGTTCCATG CAGCCCATA GCATGGCGG TCGCTGTTG TGCGCAACA CTGCAATCT CATGGATGA CAGCCAGAG GGCCACGTC AATCCGACT GAGGCGC AGCGGCG GGCGCCC TCGCCGC GGCCCCC CTGCGGC AGGCGCG CCGCTGC AGCCCCG CCGGAGC CCCGGAG ACGTCAG CGCTGCC CGGGAGC GAGCCCC CGGCAGC CTGCCCC CGGGCTC TGACGCA ACCCGGA ACGCGGC TGGGCGC ACCCCGC CCGGAAC CGCTTCC TGAGCCAC CATCCGGG CAGCTGC CCCAGAG GAGGAGC CTGCTGC ACGTGGG CGTTTCCG TTGAGATCCTTAGATGAAAG TGACAGCTGTCAAA AGAACAGATGGC CTTTTCATCTTCAAAGCACTT GTAATTGGAAACAGCTG GATTTGCATTGCAAATG TGACAGTAATTAGC TGACAGCTGTTT GAATGATTAATGAC TGATTAATTGCAAA CTGGCAGCCTGCCA CAACTGTGAAATTG CAAATTGAATTTTCC GAATTATCCAGATAATTGC TGTTTTGCTTGGCA CAAATGAAATTCATTTGG TGAATTCATTTTCCAAAGCA TTTCATTAGAAGATGAAGCA TGGCTGGCTTCCCAG CCGGACATAACG TCCAGTGCAAAT AGTTGTAGTT TCAAGGACG AACCACAG GGGGACCCCCAT TTTCCCATTGG AAAGTTAACTTT TTCCCGAGGG GAACTCTGACCT GCCAGACAGACAGAT GGCCGTTCT GAAAGGCGA GCAACGTGT ATTTCTTCT AGACTTTGC AGAATAGAC CCAAAGCTT TAACTTCTG TCTGTGTAT AGGTCGTGC GTCGTCGGC TGCAAACAA CTAGTCGCT AGCGGATAG TATTGTGTA TGTGACTAG TAAGAAGGA CAATGCTGG AGTTTCGAC TATTCTAGT CACATAAGC GGTCAGGTC GCTTTTACG AACGGGTT ACGATTAG CGTTGATC TAGATAGA GATAAGAC ATTGGACG CAGGCATA ATCTTGAG ATCGTGTC GACGAGAA ACTTCGCT ATCTCTGG ATACCTTG AACCGTCG AGATATCG ATGGTAAG AGGACGAT CCCGATAG CCATATGG AGAGTCCG AATCTATC ACACCAAC CACGACGC AAAACGTA AGTCTCTA GTAAGCTC AAGTATGG AGACTTGC AAGCGGAC GAACCTCA CATACAAG AGGCAATA CATGTACC GCGTGGAA ATGGTTAC GTATCGGA GGGTACGG ACGTGCAG GCTCGGTA TATGCTTA ACGGAGTA CAGCTACC AACCTACC CGCATAAA

When we calculated the concensus sequences for proteins, we also considered the spacer between two repeated motif sequences.
Click the motif sequence to find the spacer sequence

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