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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| ASTMX08699 reference isoform | 769 | 15 |  A0A8T2MFS9 |
Protein Sequence
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MSAQEQAGPQ DSKDKEGKKC AAKNGKLAGL EGDVDLQFLL NGGELTKVKS DSWQKKRFFK 60 LQEDFETMWH DSEKIFRKNN TFSLDDIDSV RQGRGSESLQ KYTDDSLEER CFSIIFKGKR 120 KNLDLMASSP EEAKQWVVGL EKVLTHMSNL NSQQKSEHWI ISCMRKADKN GDNMMTLKEL 180 KRFLQQINIE VDDTYAAMLF QKCDTSKSGT LEGDEIKNFY ELLTNREEIN VIYGKYAETK 240 GQMSANNVLS FLKTEQKESV SLEDAVKLIE KYEPDEAARQ SKNMTKDGFL RYLTHTEGSI 300 INPAHRQVYQ DMSQPINHYF ISSSHNTYLM EDQLKGPSST EAYIRALLKG CRCVELDIWD 360 GPNGEPVIYH GHTLTSKVLF RDVIKAIKDY AFKSSEYPVI LSLENHCCLE QQKLMAHHMI 420 SILGSALLVQ PLGNEMPTAL PSPEQLKGRI LVKGKRLNKL DAAFNNNNTV EEDVVSEDDE 480 AAEAKETDPK AKSTKSKIRL AKELSDLVIY CKSVHFSGFE HAKEKQSFYE MASFKESKAK 540 QLADNSASAF VHHNMEKLSR IYPAGSRTDS SNYNPVPMWN AGCQIVALNF QTSCKKMNLN 600 QGRFLPNGQC GYILKPQFMR TPGSQFDPNN LTAGPWLQRK ILHVMVISAQ QLPKLNKDKP 660 KSIVDPYVRV EIYGVPADTA SAQTPHINNN GFNPTWNMNF EFTVNVPELA IVRFLVQDYD 720 TASANDFIGQ YTLPLTSMQF GYRHIPLLTQ NGDVISSAGL FVHVMAIDA 769
cDNA Sequence
Download: Fasta
ATGTCTGCTC AGGAGCAAGC CGGACCGCAG GACTCTAAAG ACAAGGAGGG GAAGAAATGT 60 GCTGCTAAAA ACGGTAAACT CGCAGGTCTG GAGGGTGATG TGGACCTGCA GTTCTTGCTG 120 AATGGAGGGG AGCTGACCAA GGTGAAGTCC GACTCCTGGC AGAAGAAACG TTTCTTCAAG 180 CTACAGGAGG ACTTTGAGAC CATGTGGCAT GACTCGGAAA AGATCTTCAG GAAAAACAAC 240 ACCTTCTCCC TCGATGACAT CGACTCTGTG CGGCAGGGCC GCGGCTCTGA GAGCCTGCAG 300 AAGTATACTG ACGACTCCTT GGAGGAGCGC TGCTTCTCCA TCATCTTCAA AGGCAAACGC 360 AAGAACCTGG ACCTGATGGC CAGCTCGCCA GAGGAGGCCA AGCAGTGGGT GGTGGGGCTT 420 GAGAAGGTCC TCACACACAT GAGCAACCTG AACAGCCAGC AGAAGAGTGA ACACTGGATC 480 ATTAGCTGCA TGCGGAAAGC AGACAAGAAT GGTGACAACA TGATGACCCT GAAAGAGCTG 540 AAGCGCTTCC TGCAACAGAT CAACATTGAA GTAGATGACA CCTACGCTGC CATGCTATTT 600 CAGAAATGTG ACACATCCAA ATCAGGCACT TTGGAGGGGG ACGAGATTAA GAACTTCTAT 660 GAACTGTTAA CAAACCGCGA GGAGATCAAC GTGATCTACG GAAAATACGC TGAGACTAAA 720 GGTCAGATGA GTGCGAACAA TGTTCTCAGC TTCTTGAAGA CGGAACAGAA GGAGTCAGTG 780 TCTCTGGAGG ATGCAGTGAA GCTCATTGAA AAGTATGAGC CAGATGAAGC AGCCAGACAG 840 AGCAAGAACA TGACCAAAGA TGGCTTCCTG AGGTACCTAA CCCATACAGA GGGTTCCATC 900 ATAAACCCTG CGCACAGGCA GGTATATCAG GATATGAGTC AACCCATCAA CCATTACTTC 960 ATATCCTCCT CGCACAACAC CTACCTAATG GAAGACCAGC TGAAAGGACC CAGCAGCACT 1020 GAGGCCTACA TCAGAGCACT GTTGAAGGGC TGCCGCTGTG TGGAACTGGA TATCTGGGAC 1080 GGACCTAATG GAGAACCGGT TATCTACCAT GGTCATACTC TCACATCCAA AGTGCTCTTT 1140 AGGGATGTCA TCAAAGCCAT CAAGGATTAT GCCTTCAAAT CATCAGAGTA TCCTGTAATT 1200 CTGTCTCTGG AGAATCACTG CTGTTTGGAG CAGCAGAAAC TCATGGCGCA CCATATGATC 1260 TCTATCCTGG GCAGTGCTCT TCTCGTACAA CCGCTGGGGA ATGAGATGCC CACAGCTTTG 1320 CCCTCACCAG AGCAACTAAA GGGTCGGATC CTGGTTAAAG GAAAGCGCCT GAATAAGCTG 1380 GATGCAGCTT TCAACAATAA CAATACGGTG GAGGAAGACG TGGTGTCTGA GGATGATGAA 1440 GCTGCAGAAG CTAAAGAGAC TGATCCGAAG GCCAAGTCTA CAAAATCGAA GATCAGGCTT 1500 GCTAAGGAGC TGTCAGACTT GGTCATCTAC TGCAAGAGCG TCCACTTCAG TGGCTTCGAG 1560 CACGCTAAAG AGAAGCAGTC CTTCTATGAG ATGGCATCCT TTAAGGAAAG CAAAGCAAAA 1620 CAACTGGCAG ATAATTCAGC TTCTGCATTT GTGCATCACA ACATGGAGAA GCTCAGCAGA 1680 ATCTACCCAG CAGGCTCCAG GACCGACTCC TCCAACTACA ACCCTGTGCC AATGTGGAAT 1740 GCTGGATGCC AAATTGTGGC TCTGAACTTC CAGACTTCAT GTAAAAAGAT GAATTTGAAT 1800 CAAGGTCGGT TCCTTCCCAA CGGCCAGTGT GGATACATCC TGAAGCCACA GTTTATGAGG 1860 ACCCCTGGTT CTCAGTTTGA CCCCAACAAT CTGACTGCAG GACCCTGGCT GCAGAGGAAG 1920 ATCCTCCATG TCATGGTCAT CTCAGCACAG CAGCTTCCCA AACTCAACAA GGACAAACCC 1980 AAGTCCATTG TGGACCCCTA TGTGAGAGTG GAGATCTACG GAGTTCCAGC AGACACAGCC 2040 AGTGCACAGA CACCACACAT CAACAATAAT GGTTTTAATC CGACGTGGAA TATGAACTTT 2100 GAGTTCACCG TGAACGTACC CGAGCTGGCC ATAGTGCGCT TCTTAGTGCA GGACTATGAC 2160 ACTGCTTCCG CCAACGACTT CATTGGCCAG TACACTCTCC CCCTGACCAG CATGCAGTTT 2220 GGATACCGCC ACATCCCCCT ACTCACACAG AATGGAGATG TCATCTCTTC AGCTGGACTC 2280 TTTGTTCATG TCATGGCTAT AGATGCCTAA 2310