‹
Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| MOUSE05465 reference isoform | 701 | 15 |  LX12B_MOUSE |
Protein Sequence
Download: Fasta
MATYKVKVAT GTDFFSGTLD SISLTIVGTQ GESHKQRLNH FGRDFATGAV DDYTVQCQQD 60 LGELIIIRLH KEPHSFLAKD PWYCNYVQIC APDCRVYHFP AYQWMDGYET LALREATGKI 120 TADDTLPILL EHRQEEIRAK KDFYHWRVFV PGLPNYVDIP SYHPPPRRCR NPNRPEWDGY 180 IPGFPILINI KATRFLNSNL RFSFVKTASF FYRLGPMALA FKLRGLVDRK RSWKRLKDIK 240 NIFPATKSVV SEYVAEHWTE DSFFGYQYLN GINPGLIRRC TQIPDKFPVT DEMVAPFLGE 300 GTCLQAELER GNIYLADYRI LDGIPTVELN GQQQHHCAPM CLLHFGPDGN MMPIAIQLSQ 360 TPGPDCPIFL PNDSEWDWLL AKTWVRYAEF YSHEAVAHLL ESHLIGEAFC LALLRNLPMC 420 HPLYKLLIPH TRYNVQINSI GRALLLNKGG LSARAMSLGL EGFAQVMVRG LSELTYKSLC 480 IPNDFVERGV QDLPGYYFRD DSLAVWYAME RYVTEIITYY YPNDAAVEGD PELQCWVQEI 540 FKECLLGRES SGFPTCLRTI PELIEYVTMV MYTCSARHAA VNSGQLEYTS WMPNFPSSMR 600 NPPMQTKGLT TLQTYMDTLP DVKTTCIVLL VLWTLCREPD DRRPLGHFPD IHFVEEGPRR 660 SIEAFRQNLN QISHNIRQRN KCLTLPYYYL DPVLIENSIS I 701
cDNA Sequence
Download: Fasta
ATGGCCACCT ATAAAGTCAA GGTGGCCACG GGCACTGACT TCTTTTCGGG GACGCTGGAT 60 TCAATTTCAC TGACCATCGT GGGGACCCAA GGAGAGAGCC ATAAGCAGCG GTTGAACCAC 120 TTTGGGAGAG ACTTTGCCAC GGGGGCGGTG GATGACTACA CGGTACAGTG CCAGCAGGAC 180 CTGGGGGAGC TTATCATCAT CCGTCTGCAC AAGGAGCCTC ATTCCTTCCT AGCCAAGGAC 240 CCCTGGTACT GCAACTATGT GCAGATCTGT GCTCCCGACT GCCGTGTCTA CCACTTCCCA 300 GCTTACCAGT GGATGGATGG CTATGAGACC CTGGCACTCC GGGAGGCCAC AGGAAAGATA 360 ACAGCAGACG ACACACTCCC TATCCTTTTG GAACACAGAC AAGAAGAGAT CAGAGCCAAG 420 AAGGACTTCT ACCACTGGAG GGTCTTTGTT CCTGGCCTTC CCAACTATGT GGATATCCCC 480 AGTTACCATC CTCCTCCCCG ACGGTGCCGC AATCCCAACC GGCCTGAGTG GGATGGTTAT 540 ATTCCCGGAT TCCCAATTCT CATCAACATT AAGGCTACCA GGTTCTTAAA CTCAAATCTT 600 CGTTTCTCCT TCGTCAAGAC AGCCTCCTTC TTCTACCGCC TAGGGCCCAT GGCGCTGGCC 660 TTCAAACTGC GTGGCCTGGT GGATCGAAAA CGCTCCTGGA AGAGACTAAA GGACATTAAG 720 AATATTTTCC CTGCTACCAA GTCTGTCGTC TCAGAGTATG TGGCCGAGCA CTGGACAGAG 780 GACAGCTTCT TTGGGTACCA GTACCTTAAT GGTATTAACC CAGGCCTGAT CCGAAGATGT 840 ACACAGATCC CAGACAAATT CCCAGTCACA GATGAAATGG TGGCCCCATT CCTGGGTGAA 900 GGAACATGCC TGCAAGCAGA GCTGGAGAGG GGGAATATTT ACCTGGCAGA CTACCGCATC 960 CTGGATGGCA TCCCCACCGT GGAGCTCAAT GGTCAGCAGC AGCATCACTG TGCCCCGATG 1020 TGCTTGCTGC ACTTTGGTCC TGATGGCAAC ATGATGCCCA TCGCCATTCA GCTCAGTCAG 1080 ACTCCTGGGC CTGATTGTCC TATCTTCCTG CCGAATGATT CTGAGTGGGA CTGGCTGTTG 1140 GCTAAAACGT GGGTGCGCTA CGCGGAGTTC TACAGCCACG AGGCCGTGGC ACACTTGCTG 1200 GAGAGCCACC TCATCGGGGA AGCTTTCTGC TTGGCCCTCC TGAGGAACCT GCCCATGTGC 1260 CACCCCCTGT ATAAGCTTCT CATCCCTCAC ACTCGGTACA ACGTCCAGAT CAATAGCATT 1320 GGGCGGGCCC TCCTTCTCAA CAAGGGAGGT CTCTCTGCCA GGGCCATGTC CCTGGGCCTA 1380 GAGGGCTTCG CACAGGTGAT GGTTCGGGGT CTGTCTGAGC TCACCTACAA AAGCCTCTGC 1440 ATTCCCAACG ACTTTGTGGA GCGCGGGGTC CAGGACCTGC CTGGGTATTA TTTCCGTGAT 1500 GACAGCCTGG CGGTGTGGTA CGCGATGGAG AGGTACGTGA CAGAGATCAT CACTTATTAT 1560 TACCCAAATG ACGCAGCCGT AGAGGGCGAC CCGGAACTGC AGTGCTGGGT ACAGGAGATA 1620 TTCAAGGAGT GTCTCCTGGG GCGTGAGAGC TCAGGCTTCC CCACCTGCTT GCGAACTATA 1680 CCTGAGCTGA TCGAATACGT CACAATGGTC ATGTACACCT GCTCGGCCAG GCATGCAGCT 1740 GTCAACTCAG GCCAGCTGGA GTACACCTCT TGGATGCCCA ACTTCCCATC ATCCATGAGG 1800 AACCCACCGA TGCAGACCAA GGGGCTAACT ACTCTGCAGA CATACATGGA CACTCTTCCG 1860 GACGTGAAGA CCACATGCAT TGTGCTCTTG GTGCTCTGGA CTCTCTGTCG GGAGCCTGAT 1920 GACAGGCGGC CGCTTGGCCA CTTCCCAGAC ATCCATTTTG TGGAGGAGGG TCCTCGGAGG 1980 AGTATTGAGG CTTTTCGTCA GAACCTCAAC CAGATCTCTC ACAACATCCG ACAGCGCAAT 2040 AAGTGCCTCA CCCTCCCGTA CTACTACCTG GACCCAGTGC TGATTGAGAA CAGTATTTCC 2100 ATCTAG 2106