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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| MOUSE35590 | 126 | 4 |  F6X9A4 | |||
| MOUSE35591 | 605 | 10 | A2AIX0 | |||
| MOUSE35592 | 206 | 6 | F6XC48 | |||
| MOUSE35589 reference isoform | 647 | 10 |  INP5E_MOUSE |
Protein Sequence
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MPSKSACLRH TEAPGQLEGR MLQGQPPNTE KKLIPTPGFL PASDSQGSET NPMPPFSIPA 60 KTSNQNPQTK ANLITPQPPI RPKLERTLSL DDKGWRRRRF RGSQEDLTVQ NGASPCRGSL 120 QDSVAQSPAY SRPLPCLSTS LQEIPKSRRA TGSEGGSPSL WSDCLSGMIS TSLDLLHRDA 180 ASGGPPSRLA SLHASHTPPA MDLSIASSSL RTANKVDPEH TDYKLRMQTR LVRAHSNLGP 240 SRPRSPLAGD DHSIHSARSF SLLAPIRTKD IRSRSYLEGS LLASGALLGA EELARYFPDR 300 NMALFVATWN MQGQKELPAS LDEFLLPTEA DYTQDLYVIG IQEGCSDRRE WETRLQETLG 360 PQYVLLSSAA HGVLYMSLFI RRDLIWFCSE VEYSTVTTRI VSQIKTKGAL GVSFTFFGTS 420 FLFITSHFTS GDGKVAERLL DYSRTIQALA LPRNVPDTNP YRSSAGDVTT RFDEVFWFGD 480 FNFRLSGGRV AVEAFLKQKP EVDVLALLQH DQLTREMKKG SIFRGFEEAE IHFLPSYKFD 540 IGKDTYDSTS KQRTPSYTDR VLYKSRHKGD ICPMKYSSCP GIKTSDHRPV YGLFQVKVRP 600 GRDNIPLAAG KFDRELYLIG IKRRISKEIQ RQEALKSQSS SAVCTVS 647
cDNA Sequence
Download: Fasta
ATGCCATCCA AGTCAGCTTG CCTGCGTCAC ACTGAGGCAC CTGGGCAGCT AGAAGGCAGA 60 ATGCTCCAGG GACAGCCTCC GAACACGGAA AAGAAGCTCA TCCCAACACC AGGCTTCTTA 120 CCAGCCTCTG ACTCTCAGGG TTCAGAGACA AACCCCATGC CTCCTTTCAG CATTCCAGCA 180 AAAACAAGCA ACCAGAACCC ACAAACTAAG GCAAATCTCA TCACCCCACA GCCACCCATT 240 AGACCCAAGT TGGAGCGAAC CCTGTCCCTC GATGACAAGG GCTGGAGAAG GAGGCGTTTC 300 CGGGGTAGTC AGGAGGATCT GACTGTCCAG AATGGGGCCA GTCCCTGCAG GGGCTCCTTG 360 CAAGACTCAG TAGCCCAGTC CCCTGCCTAC AGCCGTCCCC TGCCCTGCCT CAGCACATCC 420 TTGCAGGAGA TACCTAAGTC CCGAAGGGCC ACAGGCAGTG AGGGAGGGAG CCCATCCTTG 480 TGGAGTGACT GTCTTTCTGG AATGATCAGC ACCTCCTTGG ACCTCCTGCA CAGAGATGCT 540 GCCTCAGGTG GGCCCCCCTC CAGGTTGGCA AGTTTGCATG CCTCACACAC ACCACCAGCT 600 ATGGACCTCA GCATAGCCTC CAGCTCCCTG AGAACAGCAA ACAAGGTTGA CCCCGAGCAC 660 ACGGACTACA AGCTCCGCAT GCAGACCAGA CTGGTCAGGG CCCACAGCAA CCTGGGCCCT 720 AGCAGACCCC GGAGCCCCTT GGCTGGTGAC GATCACTCCA TTCACTCAGC CAGATCTTTC 780 AGCCTTCTGG CCCCCATCCG CACCAAGGAC ATCAGAAGCA GGAGCTATCT GGAGGGAAGT 840 CTTCTGGCCA GTGGGGCCCT GCTAGGAGCA GAAGAGCTGG CCAGGTACTT CCCAGACCGA 900 AACATGGCTC TCTTCGTGGC TACCTGGAAC ATGCAGGGCC AGAAGGAGCT CCCAGCGAGC 960 CTGGATGAGT TTCTGCTCCC CACCGAGGCT GACTACACTC AGGACCTGTA TGTCATTGGA 1020 ATTCAGGAGG GCTGCTCTGA CAGGCGGGAG TGGGAGACAC GCCTGCAGGA GACACTGGGC 1080 CCTCAGTATG TACTGCTGTC ATCAGCAGCA CATGGGGTCC TGTACATGTC CCTGTTTATC 1140 CGTAGGGACC TCATCTGGTT CTGCTCAGAG GTCGAGTACT CCACAGTAAC TACACGCATC 1200 GTGTCTCAGA TCAAGACCAA GGGGGCCCTG GGCGTCAGCT TCACCTTTTT TGGCACCTCC 1260 TTCCTCTTCA TCACATCTCA CTTCACCTCT GGAGATGGGA AGGTAGCAGA GCGGCTACTG 1320 GACTACAGCA GAACCATCCA AGCCCTAGCC CTGCCCCGGA ATGTGCCAGA CACAAATCCC 1380 TACCGCTCTA GTGCAGGGGA TGTCACTACC CGGTTTGATG AGGTCTTCTG GTTTGGGGAC 1440 TTCAACTTCC GCCTGAGTGG TGGACGAGTG GCTGTGGAGG CCTTCCTGAA GCAGAAACCT 1500 GAGGTGGATG TGCTGGCTCT CCTCCAACAC GACCAGCTCA CCCGGGAGAT GAAGAAAGGG 1560 TCCATCTTCA GGGGCTTTGA GGAGGCAGAG ATTCACTTTC TTCCATCCTA CAAGTTTGAC 1620 ATTGGGAAGG ACACCTACGA CAGCACCTCC AAGCAAAGGA CACCCTCCTA CACAGACCGA 1680 GTCCTATACA AAAGCCGTCA CAAGGGTGAC ATCTGTCCCA TGAAGTATTC CTCTTGTCCT 1740 GGGATCAAGA CTTCAGACCA CCGTCCTGTG TATGGCTTGT TCCAGGTGAA AGTGAGGCCA 1800 GGACGAGACA ACATCCCATT AGCTGCCGGC AAGTTTGACC GAGAATTGTA CTTGATAGGA 1860 ATTAAAAGGC GGATTTCAAA GGAGATTCAG AGACAGGAAG CACTGAAGAG CCAGAGCTCC 1920 AGTGCAGTTT GCACCGTGTC CTGA 1944