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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| HUMAN85239 | 634 | 2 |  KLH31_HUMAN | |||
| HUMAN85238 reference isoform | 634 | 2 | KLH31_HUMAN |
Protein Sequence
Download: Fasta
MAPKKKIVKK NKGDINEMTI IVEDSPLNKL NALNGLLEGG NGLSCISSEL TDASYGPNLL 60 EGLSKMRQEN FLCDLVIGTK TKSFDVHKSV MASCSEYFYN ILKKDPSIQR VDLNDISPLG 120 LATVIAYAYT GKLTLSLYTI GSIISAAVYL QIHTLVKMCS DFLIREMSVE NCMYVVNIAE 180 TYSLKNAKAA AQKFIRDNFL EFAESDQFMK LTFEQINELL IDDDLQLPSE IVAFQIAMKW 240 LEFDQKRVKY AADLLSNIRF GTISAQDLVN YVQSVPRMMQ DADCHRLLVD AMNYHLLPYH 300 QNTLQSRRTR IRGGCRVLVT VGGRPGLTEK SLSRDILYRD PENGWSKLTE MPAKSFNQCV 360 AVMDGFLYVA GGEDQNDARN QAKHAVSNFC RYDPRFNTWI HLASMNQKRT HFSLSVFNGL 420 VYAAGGRNAE GSLASLECYV PSTNQWQPKT PLEVARCCHA SAVADGRVLV TGGYIANAYS 480 RSVCAYDPAS DSWQELPNLS TPRGWHCAVT LSDRVYVMGG SQLGPRGERV DVLTVECYSP 540 ATGQWSYAAP LQVGVSTAGV SALHGRAYLV GGWNEGEKKY KKCIQCFSPE LNEWTEDDEL 600 PEATVGVSCC TLSMPNNVTR ESRASSVSSV PVSI 634
cDNA Sequence
Download: Fasta
ATGGCACCCA AAAAGAAGAT TGTCAAAAAG AACAAAGGAG ATATCAATGA GATGACTATA 60 ATCGTAGAAG ATAGCCCCCT AAACAAACTG AATGCTTTGA ATGGGCTCCT AGAGGGAGGC 120 AATGGCCTTA GCTGCATTTC TTCTGAACTA ACAGATGCTT CTTATGGCCC CAACCTCTTG 180 GAAGGTTTAA GTAAAATGCG GCAGGAGAAC TTCCTATGTG ACTTAGTCAT TGGTACCAAA 240 ACCAAATCCT TTGATGTTCA TAAGTCAGTC ATGGCTTCAT GCAGTGAGTA TTTTTACAAC 300 ATCCTAAAAA AAGACCCGTC AATTCAGAGG GTGGATCTCA ATGATATCTC ACCACTAGGC 360 CTGGCCACTG TCATTGCATA TGCCTACACT GGAAAGCTCA CTCTCTCCTT GTATACAATA 420 GGAAGCATTA TTTCTGCTGC TGTTTATCTT CAGATCCATA CTCTTGTAAA GATGTGCAGT 480 GATTTTCTGA TACGGGAGAT GAGTGTTGAG AATTGCATGT ATGTTGTTAA TATTGCTGAA 540 ACATACTCCC TAAAAAATGC AAAAGCAGCA GCCCAGAAAT TTATTCGGGA TAACTTCCTT 600 GAATTTGCAG AATCGGATCA GTTTATGAAA CTTACATTTG AACAAATTAA TGAACTTCTT 660 ATAGATGATG ACTTACAGTT GCCTTCTGAG ATAGTAGCAT TCCAGATTGC AATGAAATGG 720 TTAGAATTTG ACCAAAAGAG AGTAAAATAC GCTGCAGATC TTTTGAGCAA TATTCGCTTT 780 GGTACCATCT CTGCACAAGA CCTGGTCAAT TATGTTCAAT CCGTACCAAG AATGATGCAA 840 GATGCTGATT GTCACAGACT TCTCGTAGAT GCTATGAACT ACCACTTGCT TCCATATCAT 900 CAAAACACAT TGCAATCTAG GCGAACAAGA ATCCGAGGTG GCTGCCGAGT CCTCGTCACT 960 GTTGGGGGAC GCCCAGGCCT TACTGAGAAG TCCCTTAGCA GAGACATCTT GTATAGAGAC 1020 CCTGAAAATG GATGGAGCAA GCTTACGGAA ATGCCAGCCA AAAGTTTTAA TCAGTGTGTG 1080 GCTGTGATGG ATGGATTTCT TTATGTAGCC GGTGGTGAAG ACCAGAATGA TGCAAGAAAT 1140 CAAGCCAAGC ATGCAGTCAG CAATTTCTGC AGATACGATC CCCGCTTCAA CACCTGGATA 1200 CACCTGGCCA GCATGAACCA GAAGCGCACG CACTTCAGCC TGAGCGTGTT CAACGGGCTC 1260 GTGTACGCCG CGGGCGGCCG CAACGCAGAA GGAAGCCTGG CCTCGCTGGA GTGCTACGTG 1320 CCCTCCACCA ATCAGTGGCA GCCGAAGACG CCCCTGGAGG TGGCGCGCTG CTGCCACGCT 1380 AGCGCGGTCG CCGACGGCCG CGTGCTGGTG ACCGGAGGCT ACATAGCCAA CGCCTACTCG 1440 CGCTCTGTGT GCGCCTACGA CCCGGCCAGC GACTCGTGGC AGGAGCTGCC GAACCTCAGC 1500 ACACCCCGGG GCTGGCACTG CGCGGTCACG CTGAGCGACA GAGTGTACGT GATGGGCGGC 1560 AGCCAGCTGG GGCCGCGCGG GGAGCGCGTG GACGTGCTCA CCGTGGAGTG CTACAGCCCC 1620 GCGACCGGCC AGTGGAGCTA CGCGGCGCCG CTGCAGGTGG GAGTGAGCAC TGCGGGCGTC 1680 TCGGCGCTGC ATGGCCGCGC CTACCTGGTG GGGGGCTGGA ACGAGGGCGA GAAGAAGTAC 1740 AAGAAGTGCA TCCAGTGCTT CAGCCCCGAG CTCAACGAGT GGACGGAGGA CGACGAGCTA 1800 CCCGAGGCCA CTGTCGGCGT GTCCTGCTGC ACCCTCTCGA TGCCCAACAA CGTGACTCGG 1860 GAATCCCGGG CCAGTTCGGT ATCTTCTGTG CCAGTCAGTA TCTGA 1905