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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| PSETE11221 reference isoform | 659 | 12 |  A0A670XYU3 |
Protein Sequence
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MPAVSLLPLF GSPANPGPLG GSLGGGPLGG PGSRKGPGPS GAFRLTEKFV LLLVFSAFIT 60 LCFGAIFFLP DSPKLLSGVF FHSTTLQQPP PPLPAQGDPH APPPAGAGSS SSFGAGSAAA 120 EEAAENLAKI REDHERALRE AKETLQKLPD EIRRDIHQDK VKLLLQDKLG RGEPGAPGLP 180 DLPFRKPIGA VGTEPNDPAI QQKREKIKEM MSHAWNNYKH YAWGLNELKP ISKQGHSSNL 240 FGNIQGATIV DALDTLYIME MKEEFKEAKE WVEKNLNFNV NAEISVFEVN IRFVGGLLSA 300 YYLSGEEIFR KKAVELGEKL LPAFNTPTGI PWALLNIKSG IGRNWPWASG GSSILAEFGT 360 LHLEFIHLSY LSGNLLFAEK VMNIRKVLNR LDKPEGLYPN YLNPNSGQWG QHHVSVGGLG 420 DSFYEYLLKA WLMSDKTDEE AKEMYYNAVQ SIETHLIRKS SNGLMYIAEW KGGLLEHKMG 480 HLTCFAGGMF VLGADGAPAD QTGHHTELGA EIARTCHESY DRTGMKLGPE AFRFDGGVEA 540 IATRQNEKYY ILRPEVIETY MYMWRFTHDP KYRQWGWEAV EALEKYCRVD GGYSGLRDVY 600 SNRKSHDDVQ QSFFLSETLK YLYLLFSEDD ILPFEHWVFN TEAHPLPIIK RGKEEKDSK 659
cDNA Sequence
Download: Fasta
ATGCCAGCCG TCAGCTTGCT GCCGCTTTTC GGCAGCCCCG CGAACCCGGG CCCTTTGGGG 60 GGCTCCTTAG GCGGGGGGCC TTTGGGGGGC CCCGGGAGCC GGAAAGGGCC CGGCCCCAGC 120 GGTGCGTTCC GACTGACAGA AAAGTTCGTG CTGTTGCTGG TCTTCAGCGC TTTCATCACG 180 CTTTGCTTCG GGGCCATCTT CTTCCTGCCG GACTCCCCCA AATTGCTTAG CGGCGTCTTC 240 TTCCACTCGA CCACCCTCCA ACAGCCGCCG CCGCCGCTGC CCGCCCAGGG CGATCCACAC 300 GCCCCGCCAC CGGCGGGGGC CGGGAGTAGC AGCAGTTTCG GGGCCGGCTC GGCGGCGGCG 360 GAGGAAGCGG CGGAGAACTT AGCGAAGATC CGCGAGGATC ACGAGCGCGC TTTGCGAGAG 420 GCGAAAGAGA CTCTGCAAAA GCTGCCCGAC GAGATCCGCA GGGACATCCA CCAGGACAAG 480 GTGAAGCTTC TCCTGCAGGA CAAGTTGGGC CGGGGAGAGC CGGGGGCTCC CGGATTGCCT 540 GACCTGCCTT TCCGCAAACC TATCGGGGCC GTCGGAACGG AACCCAACGA TCCCGCCATC 600 CAGCAGAAAA GAGAAAAGAT CAAAGAGATG ATGAGCCATG CCTGGAATAA TTACAAACAT 660 TATGCCTGGG GATTAAATGA ATTGAAACCC ATATCAAAAC AAGGACACTC AAGCAATTTA 720 TTTGGTAATA TTCAAGGAGC AACTATCGTT GATGCCTTAG ATACTCTGTA TATCATGGAA 780 ATGAAAGAAG AATTCAAAGA AGCCAAAGAG TGGGTAGAAA AAAACCTTAA TTTTAATGTG 840 AATGCAGAAA TCTCAGTTTT TGAAGTAAAC ATCCGTTTTG TTGGAGGATT ACTTTCAGCA 900 TACTATCTTT CTGGAGAAGA GATATTCCGA AAAAAAGCAG TAGAACTAGG AGAAAAGTTA 960 CTTCCAGCTT TTAATACCCC CACAGGAATT CCTTGGGCAT TATTAAATAT CAAAAGTGGC 1020 ATTGGTCGAA ACTGGCCCTG GGCATCAGGT GGAAGCAGTA TTTTGGCAGA ATTTGGAACA 1080 CTCCATTTGG AGTTCATACA TTTAAGCTAC TTATCTGGAA ATCTGCTGTT TGCTGAAAAG 1140 GTTATGAACA TTCGAAAAGT GTTAAATAGA TTAGATAAAC CAGAAGGACT TTACCCTAAT 1200 TATTTAAATC CCAACAGTGG TCAATGGGGC CAGCATCATG TCTCTGTTGG AGGACTTGGA 1260 GATAGTTTTT ATGAATATTT GCTGAAAGCA TGGTTGATGT CTGATAAGAC AGATGAAGAA 1320 GCCAAGGAAA TGTATTATAA TGCTGTTCAG TCCATAGAAA CCCATCTAAT CAGGAAATCC 1380 AGCAATGGGT TAATGTACAT TGCTGAGTGG AAAGGTGGCC TCCTTGAACA CAAAATGGGT 1440 CATCTCACTT GTTTTGCTGG AGGGATGTTT GTTCTGGGTG CAGATGGAGC ACCAGCTGAT 1500 CAAACTGGAC ATCACACTGA ACTTGGAGCT GAAATTGCCC GCACATGTCA TGAATCTTAT 1560 GATCGTACAG GCATGAAATT GGGGCCAGAA GCTTTCCGAT TTGATGGTGG AGTTGAGGCA 1620 ATTGCTACCA GACAGAATGA AAAATATTAC ATCTTACGTC CTGAAGTTAT AGAAACTTAT 1680 ATGTATATGT GGCGATTCAC TCATGACCCC AAGTACCGGC AGTGGGGTTG GGAAGCTGTA 1740 GAGGCATTGG AAAAATATTG CAGAGTAGAT GGTGGTTATT CTGGCCTTAG GGATGTTTAC 1800 AGCAATCGTA AAAGCCATGA TGATGTGCAA CAGAGTTTCT TCCTTTCAGA AACGCTCAAG 1860 TATTTATATT TATTATTCTC TGAAGATGAT ATTCTTCCGT TTGAACATTG GGTCTTTAAT 1920 ACGGAGGCAC ACCCTCTCCC GATTATTAAA AGAGGAAAAG AGGAAAAAGA TAGCAAATAA 1980