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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| MOUSE32669 | 296 | 8 |  A2AGR6 | |||
| MOUSE32670 reference isoform | 432 | 10 |  DDB2_MOUSE |
Protein Sequence
Download: Fasta
MAPKKCPETQ KSPDVAVLLR SKSRRGPQEL EPEAKKLRVQ GPVSSRTCES CCLLAELSSL 60 QIPSRSSSIV RDLYQHKLGK ATWSSLQQGL QKSFLHSLAS YQVFRKAAPF DRRTTSLAWH 120 PTHPSTLAVG SKGGDIMIWN FGIKDKPIFL KGIGAGGSIT GLKFNHLNTN QFFASSMEGT 180 TRLQDFKGNI LRVYTSSNSC KVWFCSLDVS AKSRVVVTGD NMGHVILLST DGKELWNLRM 240 HKKKVAHVAL NPCCDWLLAT ASIDQTVKIW DLRQIKGKDS FLYSLPHRHP VNAACFSPDG 300 ARLLTTDQNN EIRVYSASQW DSPLNLISHP HRHFQHLTPI KATWHSRHNL IVVGRYPDPN 360 LKSCVPYELR TIDVFDGSSG KMMCQLYDPG YSGITSLNEF NPMGDTLAST MGYHILIWSQ 420 EEDGSQKDHE RL 432
cDNA Sequence
Download: Fasta
ATGGCTCCCA AGAAATGCCC AGAAACCCAG AAGTCCCCCG ACGTTGCGGT GCTCCTCAGG 60 AGCAAAAGTC GCAGAGGTCC TCAGGAGCTG GAGCCCGAAG CCAAGAAGCT GCGTGTGCAG 120 GGTCCCGTTT CTAGCAGGAC ATGTGAGTCG TGCTGCCTTC TGGCAGAGTT GTCCAGCCTG 180 CAGATCCCTT CACGGAGTAG CAGCATTGTC AGGGATCTTT ACCAGCATAA GTTGGGCAAA 240 GCCACCTGGT CATCACTACA GCAGGGTCTG CAGAAGTCCT TTTTGCACTC TCTAGCTTCT 300 TACCAGGTAT TCCGAAAAGC TGCCCCCTTT GACAGGAGGA CTACGTCCTT GGCATGGCAC 360 CCGACTCATC CCAGTACCCT GGCTGTGGGC TCCAAAGGGG GAGATATTAT GATCTGGAAC 420 TTTGGCATCA AGGACAAACC TATCTTCCTT AAAGGGATTG GAGCTGGAGG AAGCATCACT 480 GGGCTGAAGT TTAACCATCT CAATACCAAC CAGTTTTTTG CCTCCTCAAT GGAGGGAACA 540 ACCAGGCTGC AGGATTTTAA AGGCAACATT CTCAGAGTTT ATACCAGCTC AAACTCTTGC 600 AAGGTCTGGT TTTGCAGCCT TGATGTTTCT GCCAAGAGCA GAGTGGTGGT TACAGGAGAC 660 AATATGGGAC ATGTGATCCT GTTGAGCACA GATGGCAAGG AGCTTTGGAA CCTCCGAATG 720 CACAAGAAGA AAGTAGCCCA CGTGGCCCTG AATCCCTGCT GTGATTGGCT TCTGGCCACA 780 GCCTCCATAG ATCAAACAGT GAAGATTTGG GACCTGCGCC AAATTAAAGG GAAAGACAGC 840 TTCCTCTACT CACTGCCTCA CAGGCATCCT GTCAATGCAG CTTGTTTTAG CCCAGATGGA 900 GCTCGGCTCC TGACTACTGA CCAGAACAAT GAGATTCGGG TTTACTCTGC CTCCCAGTGG 960 GATAGCCCCC TGAATCTGAT CTCCCACCCT CACCGCCATT TTCAGCACCT CACACCCATC 1020 AAGGCGACCT GGCATTCACG GCACAACCTC ATTGTTGTGG GCCGATACCC AGATCCTAAT 1080 CTTAAAAGTT GTGTTCCCTA TGAACTAAGG ACAATAGATG TGTTTGATGG AAGCTCAGGG 1140 AAGATGATGT GTCAGCTCTA TGATCCAGGA TACTCCGGTA TTACTTCGCT CAATGAGTTC 1200 AATCCTATGG GAGACACACT GGCCTCTACT ATGGGTTATC ATATTCTCAT TTGGAGCCAA 1260 GAGGAAGATG GGTCACAGAA AGATCATGAA AGACTATGA 1299