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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| MOUSE05452 | 152 | 4 |  B1AXL0 | |||
| MOUSE05453 | 556 | 12 | F6UV46 | |||
| MOUSE05454 | 351 | 8 | F7B4F0 | |||
| MOUSE05455 | 559 | 12 |  HEXD_MOUSE | |||
| MOUSE05451 reference isoform | 486 | 12 | HEXD_MOUSE |
Protein Sequence
Download: Fasta
MSSPTPFKMR LVHLDLKGAP PKVSYLSEVF PLFHALGANG LLIEYEDMFP YEGHLRLLRA 60 KHAYSPSEVT EILRLARLSE LEVIPLVQTF GHMEFVLKHA AFAHLREVAL FPNTLNPHEA 120 ESLALVQAMI DQILELHRDV RWLHIGCDEV YYLGEGETSK QWLQQEQNSH AKLCLSHMQA 180 VASHVLTQHP GVTPLVWDDM LRDIPQEQLK ASGVPQLVEP VLWDYGADLD VHGKVFLIGK 240 YQECGFQRLW AASAFKGATG ASQALPPVEH HIRNHELWLQ VAGSGPKDAL QGIILTGWQR 300 YDHFSVLCEL LPVGIPSLAA CLQSLVHGGF AEDVRLRAER FLGVSSLEIA DTVSEGAGSF 360 PGSDIHALVT QISLHLRSSV DTLLERNRYV TGWFSPYHRR RKLVHPVMIQ HIQPEALSLL 420 SRWNNLVQQL EVALQPVFYP DTIEEWLEEN VLPSLQRLQD LLQDLGEAAA RQPPPTSPGW 480 DTGQNP 486
cDNA Sequence
Download: Fasta
ATGTCATCAC CCACGCCATT TAAGATGAGA TTAGTTCATT TGGACCTTAA AGGAGCGCCG 60 CCAAAGGTTT CATATCTCTC TGAGGTTTTT CCCTTGTTCC ATGCACTTGG TGCAAATGGC 120 CTCCTCATTG AGTACGAAGA CATGTTTCCC TATGAGGGCC ACCTGAGGCT GCTGAGGGCC 180 AAGCATGCAT ACAGCCCGTC CGAGGTTACA GAGATCCTGC GCCTGGCCAG ACTCAGTGAG 240 CTGGAAGTTA TCCCCTTGGT GCAGACATTC GGACACATGG AGTTTGTGCT AAAGCATGCA 300 GCATTTGCAC ATCTCCGTGA AGTGGCTCTC TTCCCCAACA CCCTGAACCC TCACGAGGCT 360 GAGTCCCTGG CCTTGGTACA AGCTATGATC GATCAAATTC TGGAGCTACA CAGGGATGTC 420 CGGTGGCTCC ACATTGGCTG TGACGAGGTC TACTACTTGG GTGAGGGGGA AACCTCAAAA 480 CAGTGGCTAC AGCAGGAACA GAACAGCCAT GCGAAATTGT GCCTGAGCCA CATGCAGGCA 540 GTAGCCAGCC ATGTGCTGAC CCAGCACCCT GGCGTAACAC CCTTGGTGTG GGATGACATG 600 CTACGGGACA TCCCTCAGGA ACAGCTAAAA GCATCTGGGG TGCCTCAACT GGTGGAGCCT 660 GTCCTCTGGG ACTATGGAGC TGACCTGGAT GTCCATGGCA AAGTTTTCCT CATAGGAAAG 720 TACCAGGAGT GTGGCTTCCA GAGGCTGTGG GCTGCCAGTG CCTTCAAGGG GGCCACAGGA 780 GCTAGTCAGG CTCTGCCCCC TGTTGAGCAC CACATCAGAA ACCATGAGCT GTGGCTGCAG 840 GTGGCAGGCA GTGGACCAAA GGATGCTCTA CAAGGAATCA TCCTGACGGG CTGGCAGAGG 900 TACGACCACT TCTCTGTGCT GTGTGAGCTG CTTCCGGTGG GGATCCCATC CCTGGCTGCC 960 TGCCTACAGT CACTTGTACA TGGAGGCTTT GCTGAGGATG TTAGGCTGAG AGCGGAACGC 1020 TTCCTTGGGG TTTCAAGCCT GGAGATAGCG GATACTGTAA GTGAGGGAGC TGGCTCCTTC 1080 CCTGGCAGTG ACATCCATGC CCTCGTCACA CAAATTAGTC TCCACCTGCG CAGCTCTGTG 1140 GACACACTTC TGGAAAGGAA CAGGTATGTC ACTGGCTGGT TCAGCCCCTA CCATCGTAGA 1200 CGGAAGCTTG TTCACCCAGT TATGATCCAG CACATACAGC CGGAGGCACT CAGCCTTCTA 1260 AGTAGGTGGA ACAACCTCGT GCAGCAGTTG GAGGTGGCCC TGCAGCCGGT CTTCTACCCG 1320 GACACCATAG AGGAGTGGCT GGAGGAGAAT GTGCTCCCGA GTCTGCAGCG ACTGCAGGAT 1380 CTGCTGCAGG ACCTGGGTGA GGCGGCTGCC CGACAGCCAC CACCCACCAG CCCAGGCTGG 1440 GACACAGGGC AGAACCCCTG A 1461