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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| HAELO09003 reference isoform | 428 | 10 |  A0A9J6G7T4 |
Protein Sequence
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MFALICAWPF LHCVFLTYGG RMLDETFASQ MKEIIRQCAP TRQTMLFSAT MTEEVKDLAA 60 VSLQKPVKLF LNNNTDVALN LRQEFIRIRP QREGDREAIL AALVLRTFHD HTIVFVQTKK 120 LAHRLRVLLG LLGARVDELH GNLNQAQRLE ALHRFKEMEV DVLVTTDLVA RGLDIKDVKT 180 VINFTLPHTV QHYVHRVGRT ARAGKSGRRG GFSRRSSSKA KTPVKQRILP TEVVAQFREK 240 IAGLEQEVEN ILQEEKAEKE LGAIENDVKK ATELVNKKAQ GQQPQRTWFQ TPKEKFREQV 300 QLKLGKHSKH SLKKIKIPAR AQNADDRVSR ELEKTAQYQA RLAKRAKKPK RVRAVTEDER 360 LRRANPPKGK KGPKKRKGFD AELVDTSQKA VKKFRYGPSY QERVEMGLVK KSKGPVKKFK 420 SKSRYRRK 428
cDNA Sequence
Download: Fasta
ATGTTTGCTC TAATCTGTGC TTGGCCTTTC CTTCATTGTG TATTTCTCAC CTATGGCGGC 60 AGAATGCTGG ACGAGACGTT TGCGTCCCAG ATGAAGGAAA TCATCAGGCA GTGTGCTCCG 120 ACCAGGCAGA CCATGCTCTT CTCGGCCACC ATGACAGAGG AGGTGAAGGA CCTGGCCGCG 180 GTGTCGCTGC AGAAGCCCGT CAAGCTCTTC CTCAACAACA ACACGGACGT GGCGCTCAAC 240 CTGCGCCAGG AGTTCATCCG CATCCGGCCG CAGAGGGAGG GGGACCGGGA GGCCATCCTC 300 GCTGCGCTGG TGCTGCGGAC GTTCCACGAC CACACCATCG TCTTCGTCCA GACCAAGAAG 360 CTGGCCCACC GGCTGCGTGT GCTCCTGGGC CTGCTGGGTG CCCGGGTGGA CGAGCTGCAC 420 GGGAACCTGA ACCAGGCCCA GCGGCTGGAG GCCCTGCATC GCTTCAAGGA GATGGAGGTC 480 GACGTCCTGG TCACCACCGA CCTGGTCGCT CGAGGGCTTG ACATCAAGGA CGTCAAGACG 540 GTGATCAACT TCACATTGCC CCATACTGTG CAGCATTATG TGCACAGGGT GGGCCGGACT 600 GCCCGTGCTG GAAAAAGTGG ACGGAGAGGA GGCTTCTCAA GGAGATCGTC AAGCAAGGCC 660 AAGACGCCCG TCAAGCAACG CATCCTGCCC ACTGAGGTGG TGGCCCAGTT CCGGGAGAAG 720 ATAGCCGGCC TGGAGCAGGA GGTGGAGAAC ATCCTGCAGG AGGAGAAGGC CGAGAAGGAG 780 CTGGGCGCCA TTGAGAACGA TGTCAAGAAG GCCACCGAGC TGGTCAACAA GAAGGCCCAG 840 GGACAGCAGC CCCAGCGCAC CTGGTTCCAG ACCCCCAAGG AGAAGTTCCG CGAGCAAGTG 900 CAGCTAAAGC TTGGGAAGCA CAGCAAGCAC TCCCTGAAGA AGATCAAGAT ACCAGCCAGA 960 GCACAGAACG CCGACGACCG TGTCTCGAGG GAGCTGGAGA AGACGGCCCA GTACCAGGCA 1020 CGGCTTGCCA AGCGGGCCAA GAAGCCCAAG CGGGTGCGGG CCGTCACCGA GGACGAACGA 1080 CTCCGCAGGG CCAATCCACC CAAGGGGAAG AAAGGGCCGA AGAAACGCAA GGGCTTCGAT 1140 GCCGAACTTG TGGACACCAG CCAGAAAGCA GTCAAGAAAT TCCGCTATGG GCCGTCTTAC 1200 CAGGAGAGAG TGGAGATGGG CTTGGTCAAG AAGAGCAAGG GCCCCGTCAA GAAGTTCAAA 1260 TCCAAGAGCA GATACCGCAG GAAGTGA 1287