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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| SERCA10263 reference isoform | 495 | 9 |  A0A8C9KU62 |
Protein Sequence
Download: Fasta
MRSLQLLFLL LSCIIISANT YEGKKKEALK SWSEHTTGKK YKENFETRFR LYTDRTGGSC 60 QIFVNQLETL DKCHFNASLP LVMIVHGWSV DGILESWIWK MAAALKSHLK PMNVIIADWL 120 TLAHQHYPIA VQNTRTTGHE IAQFLQWLEE SVQFSRSNAH LVGYSLGAHV SGFAGSFING 180 TKKIGRITGL DPAGPLFEGM SPTDRLSPDD ANFVDAIHTF TKQHMGLSVG IKQPVAHFDF 240 YPNGGTFQPG CHILHVYNHI AELGIAGITQ TVKCAHERSV HLFIDSVLHK DKQSTAYWCN 300 DINTFNKGLC LSCKKNRCNT LGYNIRQERL PKSRRLFLKT RAHMPFKVYH YQFKIHFINE 360 IQGKPIDPAF TMSLTGTKAD AKNLHVPLAE SITGNKTYSF LLTLDYDIGD VIMIKFKWEL 420 PPLWGNIWNT FQTIIPWTKG TRRPGLIVKE IRVKAGETQQ RNTLCPQSID NIHLHPSQEK 480 IFVSCDDLFQ TQNRK 495
cDNA Sequence
Download: Fasta
ATGAGAAGTT TGCAACTTTT ATTTTTATTG CTTTCTTGTA TCATCATCTC AGCAAATACA 60 TATGAAGGAA AGAAAAAAGA GGCATTGAAA TCATGGAGCG AACACACTAC AGGAAAGAAA 120 TATAAGGAAA ACTTTGAAAC CAGATTTCGA CTTTATACAG ATAGAACTGG AGGCAGCTGC 180 CAAATTTTTG TTAATCAGCT GGAGACTCTT GACAAATGCC ATTTCAATGC CTCTCTTCCT 240 CTGGTGATGA TAGTCCATGG CTGGTCGGTG GATGGGATAC TGGAAAGCTG GATTTGGAAA 300 ATGGCAGCAG CTCTGAAGTC TCACCTGAAG CCAATGAACG TGATCATTGC AGACTGGCTC 360 ACCCTGGCTC ACCAGCACTA TCCCATTGCT GTACAGAACA CACGCACCAC AGGACATGAG 420 ATAGCACAGT TCCTGCAGTG GCTGGAGGAA TCCGTTCAAT TTTCCAGAAG CAATGCTCAT 480 CTAGTTGGAT ACAGCCTGGG AGCTCATGTT TCAGGATTTG CTGGAAGTTT TATCAATGGT 540 ACAAAAAAGA TTGGAAGAAT TACAGGCCTT GACCCTGCTG GTCCCCTGTT TGAAGGAATG 600 TCACCCACAG ACCGTTTATC TCCAGATGAT GCAAACTTTG TGGATGCAAT TCACACCTTC 660 ACTAAACAGC ACATGGGCCT CAGTGTTGGC ATCAAGCAGC CTGTGGCTCA TTTTGACTTT 720 TATCCCAATG GAGGCACCTT CCAGCCTGGC TGTCACATCC TGCACGTGTA CAACCACATT 780 GCAGAGCTGG GGATTGCTGG CATCACTCAA ACTGTGAAAT GTGCCCATGA GAGGTCAGTT 840 CATTTGTTCA TCGACTCTGT GCTGCACAAG GACAAGCAAA GCACAGCTTA CTGGTGCAAC 900 GACATCAACA CTTTCAACAA AGGACTGTGC CTCAGCTGTA AGAAGAACAG GTGTAACACC 960 CTGGGCTACA ACATCAGGCA GGAAAGGCTG CCCAAAAGCA GACGACTCTT TCTGAAAACT 1020 AGAGCACATA TGCCCTTCAA AGTGTATCAT TATCAGTTCA AGATCCATTT CATCAATGAA 1080 ATCCAAGGCA AGCCAATAGA CCCAGCTTTC ACCATGTCTC TGACAGGCAC TAAGGCTGAT 1140 GCTAAAAACC TGCACGTCCC ACTAGCTGAA AGTATTACTG GGAATAAAAC CTACTCCTTT 1200 CTCCTCACCC TGGACTACGA TATCGGTGAT GTCATCATGA TCAAGTTCAA ATGGGAATTA 1260 CCTCCACTTT GGGGAAATAT CTGGAACACA TTTCAAACCA TAATTCCATG GACAAAGGGC 1320 ACCCGTCGAC CAGGACTTAT AGTGAAGGAA ATAAGAGTGA AAGCAGGGGA AACACAGCAA 1380 AGAAACACAC TTTGCCCCCA AAGCATTGAC AACATTCATC TTCATCCATC CCAAGAGAAG 1440 ATATTTGTGA GCTGTGACGA TCTCTTCCAG ACACAGAACA GAAAATGA 1488