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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| HUMAN51654 | 593 | 15 |  E9PHH8 | |||
| HUMAN51656 | 259 | 5 | E7ESB4 | |||
| HUMAN51657 | 92 | 2 | U3KQV1 | |||
| HUMAN51655 reference isoform | 628 | 14 |  PIAS3_HUMAN |
Protein Sequence
Download: Fasta
MAELGELKHM VMSFRVSELQ VLLGFAGRNK SGRKHELLAK ALHLLKSSCA PSVQMKIKEL 60 YRRRFPRKTL GPSDLSLLSL PPGTSPVGSP GPLAPIPPTL LAPGTLLGPK REVDMHPPLP 120 QPVHPDVTMK PLPFYEVYGE LIRPTTLAST SSQRFEEAHF TFALTPQQVQ QILTSREVLP 180 GAKCDYTIQV QLRFCLCETS CPQEDYFPPN LFVKVNGKLC PLPGYLPPTK NGAEPKRPSR 240 PINITPLARL SATVPNTIVV NWSSEFGRNY SLSVYLVRQL TAGTLLQKLR AKGIRNPDHS 300 RALIKEKLTA DPDSEVATTS LRVSLMCPLG KMRLTVPCRA LTCAHLQSFD AALYLQMNEK 360 KPTWTCPVCD KKAPYESLII DGLFMEILSS CSDCDEIQFM EDGSWCPMKP KKEASEVCPP 420 PGYGLDGLQY SPVQGGDPSE NKKKVEVIDL TIESSSDEED LPPTKKHCSV TSAAIPALPG 480 SKGVLTSGHQ PSSVLRSPAM GTLGGDFLSS LPLHEYPPAF PLGADIQGLD LFSFLQTESQ 540 HYGPSVITSL DEQDALGHFF QYRGTPSHFL GPLAPTLGSS HCSATPAPPP GRVSSIVAPG 600 GALREGHGGP LPSGPSLTGC RSDIISLD 628
cDNA Sequence
Download: Fasta
ATGGCGGAGC TGGGCGAATT AAAGCACATG GTGATGAGTT TCCGGGTGTC TGAGCTCCAG 60 GTGCTTCTTG GCTTTGCTGG CCGGAACAAG AGTGGACGGA AGCACGAGCT CCTGGCCAAG 120 GCTCTGCACC TCCTGAAGTC CAGCTGTGCC CCTAGTGTCC AGATGAAGAT CAAAGAGCTT 180 TACCGACGAC GCTTTCCCCG GAAGACCCTG GGGCCCTCTG ATCTCTCCCT TCTCTCTTTG 240 CCCCCTGGCA CCTCTCCTGT AGGCTCCCCT GGTCCTCTAG CTCCCATTCC CCCAACGCTG 300 TTGGCCCCTG GCACCCTGCT GGGCCCCAAG CGTGAGGTGG ACATGCACCC CCCTCTGCCC 360 CAGCCTGTGC ACCCTGATGT CACCATGAAA CCATTGCCCT TCTATGAAGT CTATGGGGAG 420 CTCATCCGGC CCACCACCCT TGCATCCACT TCTAGCCAGC GGTTTGAGGA AGCGCACTTT 480 ACCTTTGCCC TCACACCCCA GCAAGTGCAG CAGATTCTTA CATCCAGAGA GGTTCTGCCA 540 GGAGCCAAAT GTGATTATAC CATACAGGTG CAGCTAAGGT TCTGTCTCTG TGAGACCAGC 600 TGCCCCCAGG AAGATTATTT TCCCCCCAAC CTCTTTGTCA AGGTCAATGG GAAACTGTGC 660 CCCCTGCCGG GTTACCTTCC CCCAACCAAG AATGGGGCCG AGCCCAAGAG GCCCAGCCGC 720 CCCATCAACA TCACACCCCT GGCTCGACTC TCAGCCACTG TTCCCAACAC CATTGTGGTC 780 AATTGGTCAT CTGAGTTCGG ACGGAATTAC TCCTTGTCTG TGTACCTGGT GAGGCAGTTG 840 ACTGCAGGAA CCCTTCTACA AAAACTCAGA GCAAAGGGTA TCCGGAACCC AGACCACTCG 900 CGGGCACTGA TCAAGGAGAA ATTGACTGCT GACCCTGACA GTGAGGTGGC CACTACAAGT 960 CTCCGGGTGT CACTCATGTG CCCGCTAGGG AAGATGCGCC TGACTGTCCC TTGTCGTGCC 1020 CTCACCTGCG CCCACCTGCA GAGCTTCGAT GCTGCCCTTT ATCTACAGAT GAATGAGAAG 1080 AAGCCTACAT GGACATGTCC TGTGTGTGAC AAGAAGGCTC CCTATGAATC TCTTATCATT 1140 GATGGTTTAT TTATGGAGAT TCTTAGTTCC TGTTCAGATT GTGATGAGAT CCAATTCATG 1200 GAAGATGGAT CCTGGTGCCC AATGAAACCC AAGAAGGAGG CATCTGAGGT TTGCCCCCCG 1260 CCAGGGTATG GGCTGGATGG CCTCCAGTAC AGCCCAGTCC AGGGGGGAGA TCCATCAGAG 1320 AATAAGAAGA AGGTCGAAGT TATTGACTTG ACAATAGAAA GCTCATCAGA TGAGGAGGAT 1380 CTGCCCCCTA CCAAGAAGCA CTGTTCTGTC ACCTCAGCTG CCATCCCGGC CCTACCTGGA 1440 AGCAAAGGAG TCCTGACATC TGGCCACCAG CCATCCTCGG TGCTAAGGAG CCCTGCTATG 1500 GGCACGTTGG GTGGGGATTT CCTGTCCAGT CTCCCACTAC ATGAGTACCC ACCTGCCTTC 1560 CCACTGGGAG CCGACATCCA AGGTTTAGAT TTATTTTCAT TTCTTCAGAC AGAGAGTCAG 1620 CACTATGGCC CCTCTGTCAT CACCTCACTA GATGAACAGG ATGCCCTTGG CCACTTCTTC 1680 CAGTACCGAG GGACCCCTTC TCACTTTCTG GGCCCACTGG CCCCCACGCT GGGGAGCTCC 1740 CACTGCAGCG CCACTCCGGC GCCCCCTCCT GGCCGTGTCA GCAGCATTGT GGCCCCTGGG 1800 GGGGCCTTGA GGGAGGGGCA TGGAGGACCC CTGCCCTCAG GTCCCTCTTT GACTGGCTGT 1860 CGGTCAGACA TCATTTCCCT GGACTGA 1887