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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| HUMAN59682 | 387 | 14 |  Q8N433 | |||
| HUMAN59683 | 45 | 3 | H7C099 | |||
| HUMAN59681 reference isoform | 688 | 21 |  ARBK2_HUMAN |
Protein Sequence
Download: Fasta
MADLEAVLAD VSYLMAMEKS KATPAARASK RIVLPEPSIR SVMQKYLAER NEITFDKIFN 60 QKIGFLLFKD FCLNEINEAV PQVKFYEEIK EYEKLDNEED RLCRSRQIYD AYIMKELLSC 120 SHPFSKQAVE HVQSHLSKKQ VTSTLFQPYI EEICESLRGD IFQKFMESDK FTRFCQWKNV 180 ELNIHLTMNE FSVHRIIGRG GFGEVYGCRK ADTGKMYAMK CLDKKRIKMK QGETLALNER 240 IMLSLVSTGD CPFIVCMTYA FHTPDKLCFI LDLMNGGDLH YHLSQHGVFS EKEMRFYATE 300 IILGLEHMHN RFVVYRDLKP ANILLDEHGH ARISDLGLAC DFSKKKPHAS VGTHGYMAPE 360 VLQKGTAYDS SADWFSLGCM LFKLLRGHSP FRQHKTKDKH EIDRMTLTVN VELPDTFSPE 420 LKSLLEGLLQ RDVSKRLGCH GGGSQEVKEH SFFKGVDWQH VYLQKYPPPL IPPRGEVNAA 480 DAFDIGSFDE EDTKGIKLLD CDQELYKNFP LVISERWQQE VTETVYEAVN ADTDKIEARK 540 RAKNKQLGHE EDYALGKDCI MHGYMLKLGN PFLTQWQRRY FYLFPNRLEW RGEGESRQNL 600 LTMEQILSVE ETQIKDKKCI LFRIKGGKQF VLQCESDPEF VQWKKELNET FKEAQRLLRR 660 APKFLNKPRS GTVELPKPSL CHRNSNGL 688
cDNA Sequence
Download: Fasta
ATGGCGGACC TGGAGGCTGT GCTGGCCGAT GTCAGTTACC TGATGGCCAT GGAGAAGAGC 60 AAGGCGACCC CGGCCGCCCG CGCCAGCAAG AGGATCGTCC TGCCGGAGCC CAGTATCCGG 120 AGTGTGATGC AGAAGTACCT TGCAGAGAGA AATGAAATAA CCTTTGACAA GATTTTCAAT 180 CAGAAAATTG GTTTCTTGCT ATTTAAAGAT TTTTGTTTGA ATGAAATTAA TGAAGCTGTA 240 CCTCAGGTGA AGTTTTATGA AGAGATAAAG GAATATGAAA AACTTGATAA TGAGGAAGAC 300 CGCCTTTGCA GAAGTCGACA AATTTATGAT GCCTACATCA TGAAGGAACT TCTTTCCTGT 360 TCACATCCTT TCTCAAAGCA AGCTGTAGAA CACGTACAAA GTCATTTATC CAAGAAACAA 420 GTGACATCAA CTCTTTTTCA GCCATACATA GAAGAAATTT GTGAAAGCCT TCGAGGTGAC 480 ATTTTTCAAA AATTTATGGA AAGTGACAAG TTCACTAGAT TTTGTCAGTG GAAAAACGTT 540 GAATTAAATA TCCATTTGAC CATGAATGAG TTCAGTGTGC ATAGGATTAT TGGACGAGGA 600 GGATTCGGGG AAGTTTATGG TTGCAGGAAA GCAGACACTG GAAAAATGTA TGCAATGAAA 660 TGCTTAGATA AGAAGAGGAT CAAAATGAAA CAAGGAGAAA CATTAGCCTT AAATGAAAGA 720 ATCATGTTGT CTCTTGTCAG CACAGGAGAC TGTCCTTTCA TTGTATGTAT GACCTATGCC 780 TTCCATACCC CAGATAAACT CTGCTTCATC CTGGATCTGA TGAACGGGGG CGATTTGCAC 840 TACCACCTTT CACAACACGG TGTGTTCTCT GAGAAGGAGA TGCGGTTTTA TGCCACTGAA 900 ATCATTCTGG GTCTGGAACA CATGCACAAT CGGTTTGTTG TCTACAGAGA TTTGAAGCCA 960 GCAAATATTC TCTTGGATGA ACATGGACAC GCAAGAATAT CAGATCTTGG TCTTGCCTGC 1020 GATTTTTCCA AAAAGAAGCC TCATGCGAGT GTTGGCACCC ATGGGTACAT GGCTCCCGAG 1080 GTGCTGCAGA AGGGGACGGC CTATGACAGC AGTGCCGACT GGTTCTCCCT GGGCTGCATG 1140 CTTTTCAAAC TTCTGAGAGG TCACAGCCCT TTCAGACAAC ATAAAACCAA AGACAAGCAT 1200 GAAATTGACC GAATGACACT CACCGTGAAT GTGGAACTTC CAGACACCTT CTCTCCTGAA 1260 CTGAAGTCCC TTTTGGAGGG CTTGCTTCAG CGAGACGTTA GCAAGCGGCT GGGCTGTCAC 1320 GGAGGCGGCT CACAGGAAGT AAAAGAGCAC AGCTTTTTCA AAGGTGTTGA CTGGCAGCAT 1380 GTCTACTTAC AAAAGTACCC ACCACCCTTG ATTCCTCCCC GGGGAGAAGT CAATGCTGCT 1440 GATGCCTTTG ATATTGGCTC ATTTGATGAA GAGGATACCA AAGGGATTAA GCTACTTGAT 1500 TGCGACCAAG AACTCTACAA GAACTTCCCT TTGGTCATCT CTGAACGCTG GCAGCAAGAA 1560 GTAACGGAAA CAGTTTATGA AGCAGTAAAT GCAGACACAG ATAAAATCGA GGCCAGGAAG 1620 AGAGCTAAAA ATAAGCAACT TGGCCACGAA GAAGATTACG CTCTGGGGAA GGACTGTATT 1680 ATGCACGGGT ACATGCTGAA ACTGGGAAAC CCATTTCTGA CTCAGTGGCA GCGTCGCTAT 1740 TTTTACCTCT TTCCAAATAG ACTTGAATGG AGAGGAGAGG GAGAGTCCCG GCAAAATTTA 1800 CTGACAATGG AACAGATTCT CTCTGTGGAA GAAACTCAAA TTAAAGACAA AAAATGCATT 1860 TTGTTCAGAA TAAAAGGAGG GAAACAATTT GTCTTGCAAT GTGAGAGTGA TCCAGAGTTT 1920 GTGCAGTGGA AGAAAGAGTT GAACGAAACC TTCAAGGAGG CCCAGCGGCT ATTGCGTCGT 1980 GCCCCGAAGT TCCTCAACAA ACCTCGGTCA GGTACTGTGG AGCTCCCAAA GCCATCCCTC 2040 TGTCACAGAA ACAGCAACGG CCTCTAG 2067