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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| MOUSE25387 | 436 | 10 |  STALP_MOUSE | |||
| MOUSE25388 | 112 | 4 |  D3Z0S7 | |||
| MOUSE25389 | 436 | 10 | STALP_MOUSE | |||
| MOUSE25386 reference isoform | 436 | 10 | STALP_MOUSE |
Protein Sequence
Download: Fasta
MEQPFTVNSL KKLAAMPDHT DVSLSPEERV RALSKLGCNI SINEDITPRR YFRSGVEMER 60 MASVYLEEGN LENAFVLYNK FITLFVEKLP SHRDYQQCAV PEKQDIMKKL KEIAFPRTDE 120 LKTDLLRKYN IEYQEYLQSK NKYKAEILKK LEHQRLIEAE RQRIAQMRQQ QLESEQFLFF 180 EDQLKKQELA RGQIRGQDSP VLSEQTDGSA LSCFSTHQSN SLRNAFADHP HKSDGSNFAN 240 YSPPVNRALK PAATLSAVQN LVVEGLRCVV LSRDLCHKFL LLADSNTVRG IETCGILCGK 300 LTHNEFTITH VVVPKQSAGP DYCDVENVEE LFNVQDQHGL LTLGWIHTHP TQTAFLSSVD 360 LHTHCSYQLM LPEAIAIVCS PKHKDTGIFR LTNAGMLEVS TCKKKGFHPH TKDPKLFSIC 420 SHVLVKDIKT TVLDLR 436
cDNA Sequence
Download: Fasta
ATGGAGCAGC CATTCACTGT GAATTCACTG AAAAAGTTAG CTGCTATGCC TGACCATACA 60 GATGTTTCTC TAAGTCCAGA GGAGCGGGTC CGCGCCCTAA GCAAACTTGG TTGTAATATC 120 TCCATTAATG AAGATATCAC CCCACGCCGT TACTTCAGGT CCGGAGTGGA AATGGAAAGG 180 ATGGCATCTG TGTATTTGGA AGAAGGAAAC CTGGAAAATG CCTTTGTTCT TTATAACAAA 240 TTTATAACGT TATTTGTAGA AAAACTTCCC AGCCACCGAG ATTACCAGCA GTGTGCAGTT 300 CCAGAGAAGC AGGATATTAT GAAGAAACTG AAGGAGATTG CGTTCCCAAG GACAGACGAA 360 TTGAAAACGG ACCTGCTAAG GAAATATAAC ATAGAATACC AAGAGTATTT GCAAAGTAAA 420 AACAAATATA AAGCCGAAAT TCTCAAAAAG TTGGAACATC AGAGACTGAT AGAGGCAGAG 480 CGCCAGCGGA TAGCTCAGAT GCGCCAGCAG CAACTAGAGT CTGAACAGTT CCTGTTTTTT 540 GAAGACCAAC TCAAGAAGCA GGAGTTGGCT CGAGGCCAGA TTCGAGGTCA GGACTCTCCG 600 GTGTTGTCTG AGCAGACTGA CGGAAGTGCG CTGTCCTGCT TTTCCACCCA CCAGAGCAAC 660 TCTCTGAGGA ACGCATTTGC AGATCACCCT CATAAAAGTG ATGGAAGCAA TTTCGCTAAC 720 TACTCTCCTC CCGTGAACAG GGCCCTAAAG CCAGCAGCCA CCCTGAGTGC TGTTCAGAAT 780 TTGGTGGTTG AAGGGCTGAG GTGTGTAGTT TTATCAAGAG ATCTTTGCCA TAAATTTCTG 840 CTGCTGGCTG ACTCTAACAC AGTGAGAGGA ATAGAGACCT GTGGGATCCT CTGTGGAAAA 900 CTGACACACA ATGAATTCAC CATTACTCAT GTGGTTGTGC CAAAGCAGTC TGCTGGCCCA 960 GACTATTGCG ATGTGGAGAA CGTCGAAGAA TTATTCAATG TTCAGGATCA ACATGGTCTC 1020 CTCACACTGG GATGGATCCA TACACACCCC ACGCAAACGG CATTCCTGTC CAGTGTGGAT 1080 CTCCACACTC ACTGCTCCTA CCAGCTTATG TTGCCAGAGG CCATTGCCAT TGTGTGTTCC 1140 CCAAAGCATA AAGACACCGG CATTTTCAGG CTCACCAACG CTGGCATGCT TGAGGTTTCT 1200 ACTTGTAAAA AGAAGGGCTT CCATCCTCAC ACCAAGGACC CCAAGCTGTT CAGTATATGC 1260 AGCCATGTGT TAGTAAAGGA CATAAAAACA ACTGTGTTGG ATCTGAGGTG A 1311