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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| ECHNA26019 | 543 | 5 |  A0A665T9Y2 | |||
| ECHNA26021 | 562 | 5 | A0A665T9Z8 | |||
| ECHNA26022 | 551 | 6 | A0A665T7M5 | |||
| ECHNA26023 | 553 | 5 | A0A665T7N0 | |||
| ECHNA26020 reference isoform | 583 | 5 | A0A665SYY3 |
Protein Sequence
Download: Fasta
APNCRPGRPT GDALKPLLKK LGSVVRAILT FLFALVVLGV MVWAYVKGFQ LVTSAYGIIS 60 FGFYGLLLSL HMLVQSFFAF IEHRRMRANT EPCTFTKTIG FTISAYQEDP VYLRECLNSI 120 RALKYPPELL RIIMVVDGNS DDDQYMMDMF KEVFMDQDPG CYVWKNNYHT WDPTKAQGDV 180 ETAAGDDADY VMFEDPQQKE VEHLIQSKRC VCIMQKWGGK REVMYTAFRA LGSSVDYIQV 240 CDSDTKLDPL ATVELCKVLE SNPKYGAVGG DVMILNLKDS YISFMSSLRY WMAFNIERSC 300 QSFFNCVSCI SGPLGLYRND ILQQFLESWY NQKFLGTHCT FGDDRHLTNR MLSMGYATKY 360 TARSKCYTET PAQFLRWLNQ QTRWTKSYFR EWLYNAMWWH KHHLWMTYES IISGVFPFFV 420 TATIIQLFWI GTLWDILWVL CCIQLIGLVK AAYACLLRQS MVMVFMSLYS VLYMTSLLPA 480 KYFAIITMNK SSWGTSGRRK IVGNYIPLLP LSVWAAILLS GLGYTIYRES QLDWSTPAKI 540 METKFLVFGC VAYICYWLLM IFLYWAWFRR LCRKRSQKYT VTV 583
cDNA Sequence
Download: Fasta
GCACCAAACT GCAGGCCAGG ACGTCCGACA GGAGACGCCC TGAAACCTTT ACTGAAGAAG 60 CTGGGCTCAG TAGTCCGTGC CATCTTGACT TTTCTTTTTG CTCTGGTGGT TCTGGGTGTG 120 ATGGTCTGGG CCTATGTTAA AGGTTTCCAA CTAGTGACCT CTGCGTATGG AATCATCTCA 180 TTTGGCTTTT ATGGACTGCT CCTCTCTCTC CACATGCTGG TCCAGAGCTT CTTTGCCTTC 240 ATAGAACACC GGCGGATGAG AGCCAACACA GAACCATGCA CATTTACCAA AACCATCGGC 300 TTCACTATAT CAGCTTACCA GGAGGACCCT GTCTATCTCA GGGAGTGTCT GAACTCCATC 360 AGGGCTCTGA AATATCCTCC CGAACTGCTA CGCATCATCA TGGTGGTAGA CGGGAACTCA 420 GATGATGACC AGTATATGAT GGACATGTTC AAAGAGGTGT TTATGGACCA AGATCCCGGC 480 TGTTATGTGT GGAAGAACAA CTACCATACA TGGGACCCCA CCAAGGCCCA GGGGGATGTG 540 GAAACAGCCG CAGGGGACGA TGCGGATTAT GTTATGTTCG AGGACCCGCA GCAAAAAGAG 600 GTAGAGCACT TGATCCAGAG CAAGAGGTGT GTGTGCATCA TGCAGAAATG GGGCGGCAAG 660 CGGGAGGTGA TGTACACAGC GTTTAGAGCG CTTGGATCAT CAGTTGACTA CATACAGGTG 720 TGCGACTCGG ACACTAAGCT GGATCCTCTG GCCACAGTGG AACTGTGTAA GGTGCTTGAG 780 AGCAACCCCA AGTATGGGGC TGTTGGAGGA GATGTGATGA TCCTCAACTT GAAAGACTCA 840 TACATCAGCT TCATGAGCAG TCTGAGGTAT TGGATGGCTT TCAACATCGA AAGATCCTGC 900 CAGTCCTTCT TCAACTGTGT GTCCTGCATA AGTGGGCCTC TGGGTCTGTA CAGGAATGAT 960 ATACTCCAGC AGTTTTTGGA GTCTTGGTAC AATCAGAAGT TTCTAGGAAC TCACTGCACA 1020 TTTGGCGACG ACAGACATCT CACCAACCGA ATGCTGAGCA TGGGCTACGC TACCAAATAC 1080 ACAGCGCGCT CCAAATGCTA CACAGAGACG CCGGCCCAGT TTCTGCGCTG GCTCAACCAG 1140 CAGACTCGCT GGACAAAATC TTACTTCCGT GAGTGGCTCT ACAATGCAAT GTGGTGGCAC 1200 AAACATCATC TCTGGATGAC GTACGAGTCC ATCATCTCAG GTGTATTCCC TTTCTTTGTC 1260 ACCGCCACCA TCATCCAGCT GTTTTGGATT GGCACGCTGT GGGACATCCT TTGGGTTCTG 1320 TGCTGCATCC AGCTGATTGG CTTGGTGAAA GCGGCTTACG CTTGCCTCCT GCGCCAGAGC 1380 ATGGTGATGG TGTTCATGTC ACTCTATTCA GTCCTGTACA TGACCAGCCT GCTGCCTGCA 1440 AAGTATTTCG CTATTATCAC CATGAACAAA AGCAGCTGGG GAACATCAGG CAGGCGTAAG 1500 ATTGTAGGGA ACTACATCCC CCTTCTCCCT CTGTCAGTGT GGGCAGCCAT CTTATTAAGT 1560 GGGCTTGGGT ACACAATATA CAGGGAGAGT CAACTGGACT GGTCGACTCC AGCCAAGATA 1620 ATGGAAACTA AGTTCCTTGT GTTTGGATGT GTAGCCTATA TATGCTACTG GCTGCTAATG 1680 ATATTCCTCT ACTGGGCTTG GTTCCGCAGG TTATGTAGGA AACGGTCCCA AAAATATACG 1740 GTGACTGTGT AG 1752