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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| ASPOF15590 reference isoform | 897 | 13 |  A0A5P1EUV8 |
Protein Sequence
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MNSLLLWITL SAISCTIGVQ AQPNTQGFIS IDCGISEGRS YDDEITEIPY ICDTPFTDSG 60 ANYNISANYL SNSLPTQLSS LRSFPDGSRN CYTLRPVLKG LKYSIRAMFM YGNYDGLNKP 120 IVFDLHLGVN LWKTINISDA SRVYMAEVLT VAEAHFISVC LVGTNSGTPF ISSLELRPLK 180 MYMYPAVNAT SSLVLFRRLN MGSATDQPLR YPEDPYDRLW EPYTYSPYWT SISTTFNVEN 240 PPKDVFEVPS SVLQTAVMPT NATSLKFYWD AIRERDGTFS QYHLFMHFAE IQSNASNRTS 300 IFNVHLNGDL WDGPFAPNYL SSGHIYTTTP GSLYQYNISI NQANTSVLPP ILNAVEIYSL 360 IKLKELATDF RDIVAIMAIK AHFQIKRNWM GDPCAPRNFV WEGLICSYSI YAPPRITTLN 420 LSSSGLTGEI PATLANLSEI KYLDLSYNNL TGEIPDFLAK LTSLQLLILT GNQLNGSIPP 480 ALLGRSTDGP LILSIEDNSP PCDVENSCNN KKNIAPLREI FLATALLLSL LIVFYLLRMR 540 KKEKELVSDT IVKLQKEGSQ KAPIQSESRQ FTYGELENIT NNFELQIGKG GFGTVFHGYL 600 DGGTQVAVKM RSQTSSQGSK EFMCEAQLLT RVHHRNLVPL IGYCNDDHYL ALVYEYMSEG 660 SLEDHMRGKT DSTRVIGWEE RLRIAIEAAQ GLEYLHKGCK PPVIHRDVKT SNILLSEKLE 720 AKLADFGLSK SFHESLTHVS TAVVGTVGYL DPEYYSTFKL SEKSDVYSFG VVLLELITGQ 780 RAVLPRPEKC HISHWMRQRL ANGNISDFVD TRMQEVYDVN SIWKVADLAM KCTAATSSRR 840 PNMAYVVARL KEALAMEASS QDRSYEMSVQ ASESSESETS DVARGGRINR VGGPAGR 897
cDNA Sequence
Download: Fasta
ATGAACAGCC TCTTGTTGTG GATCACCCTA TCAGCTATCT CATGTACCAT TGGAGTTCAA 60 GCCCAGCCAA ATACTCAAGG CTTCATTAGC ATTGATTGCG GTATTTCTGA AGGACGTTCG 120 TACGACGATG AGATCACTGA AATACCTTAC ATTTGCGATA CACCATTTAC AGATAGCGGT 180 GCAAATTACA ATATTTCAGC GAACTATCTT AGCAACTCAC TTCCGACACA ACTATCAAGC 240 CTTCGAAGCT TTCCTGATGG AAGTCGAAAC TGTTATACAC TAAGACCAGT ACTAAAAGGT 300 CTCAAGTATT CGATTAGAGC TATGTTCATG TATGGTAACT ACGACGGCCT GAACAAGCCG 360 ATAGTGTTTG ATCTTCATTT AGGTGTCAAC TTATGGAAGA CGATTAATAT ATCTGACGCA 420 TCGAGAGTTT ATATGGCTGA GGTTTTAACT GTGGCTGAAG CTCATTTTAT ATCGGTTTGT 480 TTGGTTGGTA CGAATTCTGG GACTCCTTTT ATATCTTCGC TTGAGTTGAG ACCTTTGAAG 540 ATGTATATGT ATCCGGCGGT GAATGCAACA AGTTCGTTGG TCCTATTCCG TAGGCTTAAC 600 ATGGGATCGG CAACAGATCA ACCGCTGAGG TACCCTGAGG ACCCTTATGA TCGCCTCTGG 660 GAACCCTATA CATATTCACC CTACTGGACT TCAATATCCA CCACCTTCAA TGTCGAAAAT 720 CCTCCAAAGG ATGTATTTGA GGTTCCTTCC TCAGTTCTAC AGACAGCAGT AATGCCAACA 780 AATGCCACCA GCTTGAAATT CTATTGGGAT GCTATAAGGG AAAGGGACGG CACATTTTCT 840 CAATATCATC TTTTCATGCA CTTTGCTGAA ATACAGTCCA ATGCTTCAAA CAGAACAAGT 900 ATCTTTAATG TTCACTTAAA TGGAGATCTC TGGGATGGCC CTTTCGCTCC GAACTATCTT 960 TCTAGTGGCC ACATTTACAC TACTACACCT GGATCACTGT ATCAGTACAA TATATCGATC 1020 AACCAGGCTA ACACTTCTGT ACTACCTCCC ATCCTTAATG CTGTGGAGAT CTATTCCTTA 1080 ATCAAACTCA AAGAATTGGC AACTGACTTC AGGGACATTG TTGCTATAAT GGCAATCAAG 1140 GCACATTTTC AGATCAAGAG AAATTGGATG GGTGATCCAT GCGCACCAAG AAATTTTGTT 1200 TGGGAAGGCT TGATTTGTAG CTATAGTATC TATGCCCCAC CGAGGATCAC AACTTTAAAC 1260 CTTTCATCCA GTGGGCTTAC TGGTGAAATA CCTGCTACTT TGGCAAATCT CAGTGAAATC 1320 AAGTATTTGG ATTTGTCTTA CAACAATTTA ACTGGGGAAA TACCTGATTT TCTAGCTAAA 1380 TTGACTTCTC TCCAACTTCT AATTTTGACA GGAAACCAAC TCAATGGATC GATCCCTCCA 1440 GCGCTCCTCG GGAGATCCAC AGATGGGCCT TTGATATTAA GTATTGAAGA CAATTCTCCT 1500 CCATGTGATG TTGAGAATTC ATGTAATAAT AAGAAGAACA TTGCACCCCT CCGCGAGATA 1560 TTCTTGGCAA CTGCCTTGCT ACTCTCTCTC CTGATCGTAT TCTATCTGCT GAGGATGAGA 1620 AAAAAGGAGA AAGAATTGGT TTCAGATACT ATTGTAAAGC TCCAGAAGGA AGGCTCGCAG 1680 AAGGCTCCAA TTCAATCTGA GAGTCGGCAA TTTACATATG GAGAGTTGGA AAACATCACT 1740 AACAACTTCG AGCTACAGAT TGGCAAAGGA GGTTTCGGGA CTGTCTTCCA TGGATATTTG 1800 GATGGCGGTA CTCAAGTTGC AGTGAAGATG CGCTCTCAAA CATCGTCTCA AGGCTCTAAG 1860 GAGTTTATGT GTGAGGCTCA ACTCTTGACA AGGGTTCATC ACAGGAACCT TGTTCCTTTG 1920 ATTGGCTACT GCAATGATGA CCACTACCTT GCCCTCGTCT ATGAGTACAT GTCTGAAGGA 1980 AGCTTGGAGG ATCATATGAG AGGTAAAACA GACAGTACCA GAGTCATAGG TTGGGAAGAG 2040 CGCCTAAGAA TTGCCATTGA AGCTGCACAA GGGCTAGAGT ACCTGCATAA GGGATGCAAG 2100 CCACCAGTAA TTCATAGAGA TGTGAAGACC AGCAATATAC TTCTGAGCGA GAAGCTGGAA 2160 GCAAAGCTAG CAGATTTCGG TCTATCGAAA TCTTTTCACG AGTCCCTCAC TCATGTATCG 2220 ACAGCAGTGG TTGGCACTGT TGGCTACCTT GACCCTGAGT ACTACAGTAC TTTCAAACTT 2280 AGTGAGAAAA GCGACGTATA TAGCTTTGGG GTAGTCCTTC TCGAGCTCAT CACAGGCCAA 2340 CGTGCTGTAC TCCCGAGACC GGAGAAGTGC CACATAAGCC ACTGGATGCG ACAGAGGCTC 2400 GCTAATGGAA ACATCAGTGA TTTTGTCGAT ACAAGGATGC AGGAGGTGTA TGATGTGAAC 2460 TCGATTTGGA AAGTGGCAGA TTTAGCCATG AAATGCACAG CAGCAACCTC TTCTAGAAGG 2520 CCAAACATGG CCTATGTTGT AGCTAGGCTT AAGGAAGCAT TAGCGATGGA GGCATCATCG 2580 CAGGATAGGA GCTATGAAAT GTCTGTGCAA GCTAGTGAAT CGAGTGAGAG TGAGACATCT 2640 GATGTTGCTC GTGGTGGAAG GATAAATCGA GTTGGTGGTC CAGCAGGAAG ATGA 2694