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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| MOUSE54659 | 153 | 5 |  Q8BIJ3 | |||
| MOUSE54660 | 153 | 5 | Q8BIJ3 | |||
| MOUSE54662 | 679 | 4 |  ZN569_MOUSE | |||
| MOUSE54661 reference isoform | 679 | 4 | ZN569_MOUSE |
Protein Sequence
Download: Fasta
MTESEGLVTF KDVAIDFTQE EWKQLDPTQR NLYRNVMLEN YNNLITVGPP LTKPEVIFKL 60 EQEEEPCVVE REVLWRPCPG EILGIDEHQK IQDGQVFEGI VVTSEASECP EEFASTFFPN 120 ADSIPSMHSL FECDGVGECL EPNFGDDDVQ YPLPEEQFEY DDAMQPFHTS SPHFVLTPFK 180 CNHCGKGFSQ TLDLIRHLRV HTGGKLYECH QCGKGFSHKE KLINHHKLHS REQCYECSEC 240 GKTFIKMSNL IRHQRIHTGE KPYVCQECGK SFGQKSNLID HEKIHTGEKP YKCNECGKSF 300 SQKQSLVAHQ KVHTGEKPYA CNECGKAFPR VASLALHMRG HTGEKPYKCD KCGKAFSQFS 360 MLIIHVRVHT GEKPYECGEC GKAFSQSSAL TVHIRSHTGE KPYECKECRK SFSHKKNFIT 420 HQKIHTREKP YGCNECGKAF IQMSNLVRHQ RIHTGEKPYL CKECGKAFSQ KSNLIAHEKI 480 HSGEKPYECN ECGKAFSQKQ NFITHQKVHT GEKPYDCNKC GKAFSQIASL TLHLRSHTGE 540 KPYECEKCGK AFSQCSLLNL HMRSHTGEKP YVCNECGKAF SQRTSLIVHM RGHTGEKPYE 600 CNKCGKAFSQ SSSLTIHIRG HTGEKPFDCS NCGKAFSQIS SLTLHMRKHT GEKPYVCIEC 660 GKAFSQKSHL VRHQRIHTH 679
cDNA Sequence
Download: Fasta
ATGACCGAGT CTGAGGGACT AGTGACGTTC AAAGACGTGG CCATTGATTT TACCCAAGAA 60 GAATGGAAGC AACTGGATCC TACTCAGCGG AACCTATATA GGAATGTGAT GCTAGAAAAC 120 TACAACAACT TAATCACAGT AGGCCCGCCA CTCACCAAAC CTGAAGTGAT TTTCAAGTTG 180 GAGCAAGAGG AAGAGCCTTG TGTGGTGGAG AGAGAAGTGC TGTGGAGACC CTGTCCAGGG 240 GAGATTTTGG GAATTGACGA GCACCAGAAA ATCCAGGACG GACAAGTTTT CGAGGGAATA 300 GTGGTGACGA GTGAAGCCAG CGAATGTCCG GAGGAATTTG CAAGTACGTT TTTCCCAAAC 360 GCAGACTCCA TTCCTTCCAT GCACAGTCTC TTTGAATGTG ACGGTGTTGG AGAGTGTTTA 420 GAGCCCAATT TTGGTGATGA TGATGTACAA TACCCGTTGC CAGAGGAACA GTTTGAATAT 480 GACGATGCTA TGCAGCCATT TCACACCAGC TCGCCCCATT TTGTGCTGAC CCCCTTTAAG 540 TGCAACCATT GTGGAAAAGG CTTTAGTCAG ACCCTGGACC TCATCAGACA CCTGAGAGTT 600 CACACAGGGG GGAAGCTCTA TGAATGCCAC CAGTGTGGGA AAGGCTTTAG CCACAAGGAG 660 AAGCTGATCA ACCATCATAA GCTCCATAGC AGGGAGCAGT GTTACGAGTG TAGCGAGTGC 720 GGGAAGACTT TCATCAAGAT GTCAAATCTC ATTAGACATC AAAGGATCCA CACTGGGGAG 780 AAGCCGTATG TGTGCCAGGA ATGTGGGAAA TCCTTCGGCC AGAAGTCCAA TCTCATTGAT 840 CACGAAAAAA TTCACACTGG AGAGAAGCCT TACAAATGTA ACGAATGTGG AAAATCCTTC 900 AGCCAGAAAC AAAGCCTTGT CGCACATCAG AAAGTTCACA CTGGGGAGAA GCCTTACGCG 960 TGCAACGAGT GTGGGAAAGC CTTCCCTCGC GTGGCTTCCC TTGCTCTGCA TATGAGGGGC 1020 CACACAGGGG AGAAGCCATA CAAGTGTGAT AAGTGTGGGA AAGCCTTCTC TCAGTTTTCC 1080 ATGCTCATCA TACACGTGAG GGTCCACACC GGGGAGAAGC CTTATGAGTG TGGTGAGTGT 1140 GGCAAGGCCT TCTCTCAGAG CTCGGCACTG ACAGTACACA TTAGAAGCCA CACGGGCGAG 1200 AAACCCTACG AATGTAAGGA ATGCAGAAAA TCCTTCAGTC ATAAGAAAAA CTTCATCACC 1260 CACCAGAAAA TCCATACTCG AGAGAAACCT TACGGATGCA ATGAGTGTGG GAAAGCTTTT 1320 ATCCAGATGT CAAACCTTGT CAGGCACCAG AGGATCCACA CGGGAGAAAA ACCTTATCTA 1380 TGTAAGGAGT GTGGCAAAGC CTTCAGCCAG AAGTCAAATC TCATTGCTCA TGAAAAAATT 1440 CACTCTGGAG AGAAACCCTA CGAGTGTAAT GAGTGTGGGA AAGCCTTCAG CCAGAAGCAA 1500 AACTTCATCA CCCATCAGAA AGTTCATACG GGAGAGAAAC CTTACGATTG TAATAAATGT 1560 GGGAAAGCCT TTTCCCAGAT CGCTTCCCTC ACGCTTCATC TGCGAAGTCA CACGGGAGAA 1620 AAGCCTTACG AGTGTGAGAA GTGTGGGAAG GCCTTCTCCC AGTGCTCACT ACTCAACTTA 1680 CACATGAGAA GCCACACAGG GGAGAAGCCG TACGTGTGTA ACGAGTGCGG AAAAGCCTTC 1740 TCTCAAAGAA CGTCCCTCAT CGTGCATATG AGAGGCCATA CCGGCGAGAA GCCCTATGAA 1800 TGTAACAAGT GTGGGAAAGC TTTCTCCCAG AGTTCCTCCC TCACTATCCA CATCCGGGGT 1860 CACACGGGCG AGAAGCCCTT CGACTGCAGC AACTGTGGGA AAGCCTTCTC TCAGATCTCT 1920 TCTCTTACGC TTCACATGAG GAAACACACA GGCGAGAAGC CCTATGTCTG TATTGAGTGT 1980 GGAAAAGCTT TCAGCCAAAA GTCACACCTT GTCAGACACC AGAGAATCCA CACTCACTAG 2040