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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| ECHNA00214 | 485 | 13 |  A0A665T648 | |||
| ECHNA00215 | 473 | 13 | A0A665THP4 | |||
| ECHNA00216 | 507 | 13 | A0A665T8P7 | |||
| ECHNA00218 | 461 | 13 | A0A665T8V9 | |||
| ECHNA00219 | 477 | 13 | A0A665SZ45 | |||
| ECHNA00220 | 472 | 13 | A0A665SZ69 | |||
| ECHNA00221 | 475 | 13 | A0A665SZ81 | |||
| ECHNA00222 | 467 | 10 | A0A665T932 | |||
| ECHNA00223 | 424 | 10 | A0A665SYC3 | |||
| ECHNA00217 reference isoform | 508 | 14 | A0A665SXU6 |
Protein Sequence
Download: Fasta
SKYGYAPYGQ FKKMGIKGPR PLPFIGTFLE YRKGIYNFDT ECFQKYGKVW GLYDGRLPVL 60 VFMDTDIIKT ILVKECYSVF TNRRDLGLNG PLYDAVSIAE DEKWKRIRSV LSPSFTSGRL 120 KEMYTIMLKH SSNLIKVLVK KADTQWELHV GLSCRVFGPY SMDVVTSTAF SVDIDSINNP 180 SDPFVTNIKK MVKFNFFNPL LVLTILFPFL EPVFNKMNLS FFPAEVMDFF YSTLEKIKSD 240 RKKNDRKNRV DFMQLMVDSQ ISENNNTDDN SQKGLTDHEI LSQAMAFIFA GYETSSSTLC 300 FLAYSLATNP HIQKTLQEEI DKTFPEKPTY EGLVQMEYLD MVMNESMRLY PIGNRLERIA 360 KVSVEVNGVT IPKGTATVIP VYTLHRDPAL WPEPEIFKPE RFSKENKDNI DPYAFLPFGA 420 GPRNCIGMRF ALLMMKLAIV EVLQNFSIVT CKETDIPMVL ANDGFTIPKN PIKLKLEPRA 480 SLAMACTCVN KAHAKSGLFH CLSLVVSR 508
cDNA Sequence
Download: Fasta
TCAAAGTATG GATATGCCCC ATATGGCCAA TTCAAGAAAA TGGGCATCAA AGGACCCAGA 60 CCTTTGCCCT TTATAGGAAC ATTTTTGGAG TACAGAAAGG GCATCTATAA TTTTGATACA 120 GAATGCTTCC AGAAATATGG CAAAGTCTGG GGGTTGTACG ATGGCAGGCT GCCTGTCCTA 180 GTTTTTATGG ACACGGATAT TATCAAAACA ATCTTGGTTA AGGAGTGTTA TTCTGTCTTC 240 ACCAACAGAA GGGATCTGGG CCTGAATGGA CCCTTATATG ATGCTGTGTC CATAGCAGAA 300 GACGAGAAAT GGAAAAGGAT CCGCAGTGTA CTCTCTCCGT CATTCACAAG CGGACGACTG 360 AAAGAGATGT ACACAATAAT GTTGAAGCAC TCGAGTAATC TAATTAAAGT CCTTGTAAAG 420 AAAGCCGATA CTCAATGGGA ATTACATGTA GGCCTTTCTT GCAGGGTATT TGGACCCTAC 480 AGCATGGATG TTGTGACCAG CACTGCTTTC AGCGTGGACA TCGACTCCAT CAACAATCCC 540 TCTGATCCAT TTGTAACAAA CATTAAGAAA ATGGTCAAGT TCAACTTCTT CAATCCTTTG 600 TTAGTGTTAA CAATCCTATT TCCGTTCTTG GAACCAGTTT TTAATAAGAT GAATCTGTCT 660 TTCTTCCCCG CTGAAGTGAT GGATTTCTTC TACAGCACTC TAGAAAAGAT CAAATCTGAC 720 CGGAAAAAGA ACGACCGCAA AAACCGAGTG GATTTCATGC AGCTGATGGT CGACTCTCAG 780 ATTTCAGAGA ACAACAACAC TGATGACAAC TCCCAAAAAG GACTCACCGA TCATGAGATC 840 CTTTCTCAGG CCATGGCATT CATTTTTGCT GGATATGAAA CAAGCAGCAG CACACTGTGC 900 TTTTTAGCCT ACAGCCTGGC CACCAACCCT CACATACAAA AGACACTCCA AGAGGAGATC 960 GATAAAACCT TCCCAGAAAA GCCAACCTAC GAAGGCCTGG TGCAGATGGA ATACCTGGAC 1020 ATGGTGATGA ATGAGAGTAT GAGGTTGTAT CCCATTGGTA ATAGACTGGA GAGGATTGCC 1080 AAGGTTTCTG TTGAAGTGAA TGGTGTGACC ATCCCTAAGG GAACTGCCAC TGTGATACCA 1140 GTTTACACGC TCCACCGTGA CCCTGCTCTG TGGCCTGAGC CTGAAATTTT CAAACCTGAA 1200 AGGTTCAGCA AAGAGAACAA AGACAACATC GATCCTTATG CCTTCCTGCC CTTTGGAGCT 1260 GGACCAAGAA ACTGTATTGG CATGAGATTT GCTCTCCTGA TGATGAAGCT AGCCATAGTG 1320 GAAGTCCTTC AGAACTTCAG CATTGTCACC TGCAAGGAGA CCGATATTCC AATGGTGCTG 1380 GCAAATGATG GATTTACCAT CCCCAAGAAT CCCATCAAAC TGAAGCTGGA GCCCAGAGCT 1440 AGTCTTGCTA TGGCATGCAC CTGCGTAAAC AAAGCTCATG CCAAAAGCGG ATTATTTCAT 1500 TGTCTTTCTT TGGTGGTTTC ACGATGA 1527