‹
Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| AILME13128 reference isoform | 736 | 11 |  ENSAMEG00000010013 |
Protein Sequence
Download: Fasta
ELYFENLSKQ KKQVMEKNGN NRKLRVCVAT CNRADYSKLA PIMFGIKMEP EFFELDVVVL 60 GSHLIDDYGN TYRMIEQDDF DINTRLHTIV RGEDEAAMVE SVGLALVKLP DVLNRLKPDI 120 MIVHGDRFDA LALATSAALM NIRILHIEGG EVSGTIDDSI RHAITKLAHY HVCCTRSAEQ 180 HLISMCEDHD RILLAGCPSY DKLLSAKNKD YMSIIRMWLG DDVKSKDYIV ALQHPVTTDI 240 KHSIKMFELT LDALISFNKR TLVLFPNIDA GSKEMVRVMR KKGIEHHPNF RAVKHVPFDQ 300 FIQLVAHAGC MIGNSSCGVR EVGAFGTPVI NLGTRQIGRE TGENVLHVRD ADTQDKILQA 360 LHLQFGKQYP CSKIYGDGNA VPRILKFLKS IDLQEPLQKK FCFPPVKENI SQDIDHILET 420 LSALAVDLGG TNLRVAIVSM KGEIVKKYTQ FNPKTYEERI NLILQMCVEA AAEAVKLNCR 480 ILGVGISTGG RVNPREGIVL HSTKLIQEWN SVDLRTPLSD TLHLPVWVDN DGNCAALAER 540 KFGQGKGLEN FVTLITGTGI GGGIIHQHEL IHGSSFCAAE LGHLVVSLDG PDCSCGSHGC 600 IEAYASGMAL QREAKKLHDE DLLLVEGMSV PKDEVVGAVH LIQAAKLGNA KAQSILRTAG 660 TALGLGVVNV LHTINPSLVI LSGVLASHYI HIVKDVIRQQ ALSSVQDVDV VVSDLADPAL 720 LGAASMVLDY TTRRIC 736
cDNA Sequence
Download: Fasta
GAACTCTATT TTGAGAACCT CTCAAAACAA AAGAAACAAG TCATGGAGAA GAATGGGAAT 60 AACCGAAAGC TTCGGGTTTG TGTTGCTACT TGCAACCGTG CTGATTATTC TAAACTTGCC 120 CCGATCATGT TTGGCATTAA AATGGAACCT GAGTTCTTTG AACTTGATGT GGTGGTACTT 180 GGCTCTCACC TGATAGATGA CTACGGGAAC ACATACCGCA TGATTGAACA AGATGACTTT 240 GACATTAACA CGAGGCTACA CACAATTGTT AGAGGGGAAG ATGAGGCAGC CATGGTAGAA 300 TCAGTAGGCT TGGCCCTAGT GAAGCTACCA GATGTCCTTA ATCGCTTGAA ACCTGATATC 360 ATGATTGTTC ATGGAGACAG GTTTGATGCC CTGGCTCTGG CTACATCTGC CGCCTTGATG 420 AATATCCGAA TCCTTCACAT TGAAGGTGGG GAAGTCAGTG GGACCATTGA TGATTCTATC 480 AGACATGCCA TAACAAAACT GGCTCATTAT CATGTATGCT GCACCCGAAG TGCAGAGCAA 540 CACCTGATAT CCATGTGTGA GGACCATGAT CGCATCCTTC TGGCGGGCTG CCCTTCCTAT 600 GACAAGCTTC TCTCTGCCAA GAACAAAGAC TACATGAGCA TCATTCGGAT GTGGTTAGGT 660 GATGATGTAA AATCTAAAGA TTACATTGTT GCGCTGCAGC ACCCTGTGAC CACTGACATT 720 AAGCATTCCA TTAAAATGTT TGAATTAACA TTGGATGCGC TTATCTCATT TAACAAGCGG 780 ACCCTAGTTC TGTTTCCAAA CATTGATGCA GGGAGCAAGG AGATGGTTCG AGTGATGCGG 840 AAGAAGGGCA TTGAGCACCA TCCCAACTTC CGCGCAGTTA AACATGTCCC ATTTGACCAG 900 TTTATACAGT TGGTCGCCCA TGCTGGTTGT ATGATAGGGA ACAGCAGCTG TGGAGTACGC 960 GAGGTTGGAG CTTTTGGAAC ACCTGTGATC AATCTAGGAA CACGTCAGAT TGGAAGAGAA 1020 ACGGGGGAGA ATGTCCTTCA CGTCCGGGAT GCTGACACCC AAGACAAAAT ACTGCAAGCG 1080 CTGCACCTTC AGTTTGGTAA ACAGTACCCT TGTTCAAAGA TCTATGGGGA TGGGAACGCT 1140 GTTCCGAGGA TTCTGAAGTT TCTTAAATCT ATTGATCTTC AGGAGCCACT ACAAAAGAAA 1200 TTCTGCTTTC CTCCCGTGAA GGAGAATATC TCTCAAGACA TTGACCATAT TCTTGAAACT 1260 CTAAGTGCCT TGGCTGTTGA TCTCGGTGGG ACAAACCTCC GAGTTGCAAT AGTCAGCATG 1320 AAGGGTGAAA TTGTTAAGAA GTATACTCAG TTCAATCCTA AAACCTATGA AGAGAGGATT 1380 AATTTAATCC TACAGATGTG TGTGGAAGCT GCAGCGGAAG CTGTAAAACT GAACTGCAGA 1440 ATTTTGGGAG TAGGTATTTC TACGGGTGGC CGTGTAAATC CTCGGGAAGG AATTGTGCTG 1500 CATTCAACCA AACTGATTCA AGAATGGAAC TCCGTGGACC TCAGGACCCC CCTCTCTGAC 1560 ACCTTGCATC TCCCCGTGTG GGTGGACAAT GATGGCAATT GTGCTGCCCT GGCGGAAAGG 1620 AAGTTTGGCC AAGGAAAGGG CCTGGAAAAC TTTGTGACCC TTATCACAGG CACAGGAATT 1680 GGCGGGGGGA TCATCCATCA GCACGAGCTG ATCCACGGAA GCTCCTTCTG TGCTGCAGAG 1740 CTTGGCCACC TTGTTGTGTC CCTGGATGGG CCTGATTGCT CCTGCGGAAG TCACGGATGT 1800 ATTGAAGCCT ACGCCTCTGG CATGGCCTTG CAGAGGGAAG CAAAGAAGCT ACATGATGAG 1860 GACCTGCTCT TGGTGGAAGG GATGTCCGTG CCGAAAGACG AGGTCGTGGG CGCGGTCCAC 1920 CTCATCCAAG CTGCAAAACT TGGCAACGCG AAGGCCCAGA GCATCTTGAG AACAGCTGGA 1980 ACGGCTTTGG GTCTTGGGGT GGTGAACGTC CTCCACACCA TAAACCCTTC CCTTGTGATC 2040 CTTTCCGGGG TCCTAGCCAG TCATTACATC CACATCGTCA AAGACGTCAT CCGCCAGCAG 2100 GCCTTGTCCT CGGTTCAGGA TGTGGATGTG GTGGTTTCGG ATTTGGCGGA CCCTGCCCTG 2160 CTCGGTGCCG CCAGCATGGT TCTGGACTAC ACAACTCGCA GGATCTGCTA G 2211