NUDT21

Protein	NUDT21
NCBI GeneID	11051
Class	uDBP
Sub class	RNA_binding_protein
Protein Sequence	NUDT21
Binding Motifs	TTTCGCGC TTTCCGGAAA TTGTGTATGC TTGATTGAT TTCCCATG TTAAAATTCA TGTGGGCA TGTCCT TGCTTTGCAT TGCGTGAGAAGA AATTATTCA TATTTTTCC GTCTCAGAGTGGTCC GGGCTTCCCCC GGGACTTTCC GGATTAC GAAGTG CTTTCTCTTT CTGATTAGC CGGATGT CCTCGGCCGCCCCCTCGCGGC CCCTCCCG AAAGGTCA TAAATAAATAAGTAAATAAATA CTCTGTGATGTCATGGTTT CTGATTTCCCCGAAATGACGG GCCAACTAATGGCAGACATGG AGGTCA CCCCCACTGAACCCTTGACCCCTGCCC TATCTCAATGCAAATATCT TCAGCAGGTGCAAAATAAAGT GAAACCCCTGGAATATTCCCGAC CCGGAAGT CCCCTCCC CGTCACTTC CTTCCGC ATTTTAA AAGATGGCG CGCGCAC AATCCCAGC ATGGCGGC CCAGGCC CTGGGATTA CTCCCCG CCAGCCTGG GCCACGCC TCCCAGCAC TGGGGCC CCCTCCTC CTGGCCC CTGCCGC AAATGGCG AGCAGTAATTTACTAAATTG CTGCTCTAATTGCA TGTGAAATGAGTTGG TGTCAGCATTTCCATTATGA GTTTTCATTAAAGC AGAGTGCCACCTACTGAAT CTAATTTGATTTGGCAGA TTGCTTTTGGCAAAAGTTCT AATTGCTTCCAGATG TTTCCATCATAAATC TTGAAGCAATTAGC GTTAATTGGAATCA AGTAATTTGGCAGC AGCTGCAAATTGCATTC TCATTTTGCAAGTGCAA ATTCATTTTGGCTTTGAAAG TGCATATTCATGAG TTTCCAATTAAGCT AAAGATGCAGTATCCCTTTT AACTCCCATTAGCGTTAATGG ATGGCACTTTGGAAAATGGA TTGGAAAGACTTCAAAGA GGTAATTACATTCTGCCTAC CTCCCATTGACTTCAATGG CACTAGGGGACCATTTAGT TGGGTAATTACATTCTG AGCTGTCATTCTTGGAA GTTCTCTGAAATGAAGT TGACTGTGAAATTACAG AAAAGCAATTTCCT CATTAAGCTGTCAG CTAATGATTTCCTG GATTTCCTGTTGTG GTGTTAATGACTTC AGCTGCCAAAAATC TCTGGAAAAGCACATTTGAT TGGCTTTAATGA GACATCTGGTTGCAATTTG AAACCAATTAGCATC TTTTGACAGCTCAG GGAAATCTGTTTGC ATGGCTTTCCAAATG TCATCCAGATGTTTGGC TCATTTCCTCCTAATTG TTGAAATGAAATGTGAC GATTTCATTTGAATGCT ATCCAGATGTTTGGCA GCTAATTGGATTTG ATTCATCACTGTCA AGCAATTAACCTTC TGCCTAATTACACA GCTTGTCAGAAACA TCTGATTTACAAGC AAGTGCTTTGAGCTCCTTGGA TTTCAAGTCAAAACA TGGTTCTCATTAAG TTTGAAATGCTAATG CTGTGGAAAATCTGA CCACATCTGGAAAAG TTGCTTTCAAATGCCAGGA AGAACATCTGTTTC CTGTCAAAATCAAT AGCTGAAAATTGCT AGAAATCCATTAAC GCTCATTTGAAAGG TCATCTTGCTTCTGAAAATG ATGGAAACAGATGGT CATTTCTCAGAAATGACT CTTTGGCTTCAGACCAAAT TGGATTGTCGCCAG GCTTACTCA GCAACTGGT TGTTTAT CATGTAAAT ATTGGCTG ACCTGTTG TCTCTATGGC AACTTTATTTTC TACATTTCCCA GCTTTTTGG TCTGGGAAATGTGG CCGCCTCTTCCG GGTTACTCATT CTTTCGATTT CGCCATGGCAAC ACTTCCGTT CTGTGCCCC TTGATTTAA CAGTTATGT GAATTCCTG TGCTTTACT CTTTTTGGT ATCTCTCTC AGTTCCATG CAGCCCATA TCGCTGTTG TGCGCAACA CTGCAATCT CTGCGGC CGCTGCC GAGCCCC CTGCCCC TGACGCA TGGGCGC CTCGCCC CGCTTCC CCGCTTC TGAGCCAC CTGCTGC CGTTTCCG CTTTTCATCTTCAAAGCACTT GTAATTGGAAACAGCTG TGACAGTAATTAGC TGACAGCTGTTT CTGGCAGCCTGCCA CAACTGTGAAATTG GATTTGCATTTCATTTGCAC TGTTTTGCTTGGCA GCTGTCATTTGTCA TCCAACTTGGATAATTGCAT CATTAATCAGCATT TTGCTTTGGAAGCAGCT GCTTTCAGAAATCC TGAATTCATTTTCCAAAGCA CTCAAATCCTTTCTGGAA GAAAACAGTTTGTTCTCT TGGCTGGCTTCCCAG GAATTTAGTGCTTGTGAAAA TGTTTCATAAAGCTG AGTTGTAGTT AACTGCCTTTCCC TGCTCCAAGAACAGC TTTCCCATTGG TTTCCTGTCCAAA CTGACTTGATT TTTCACAACTG GGCCGTTCT ATTTCTTCT TAACTTCTG TCTGTGTAT TATTGTGTA TGTGACTAG CAATGCTGG TATTCTAGT GGTCAGGTC GCTTTTACG CGTTGATC ATTGGACG ATACCTTG ATGGTAAG AGTCTCTA GTAAGCTC CATGTACC GCGTGGAA ATGGTTAC GCTCGGTA TATGCTTA CTTTGTAC 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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