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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| ARATH15643 reference isoform | 708 | 7 |  JMJ19_ARATH |
Protein Sequence
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MGIEGVSTYL KSGNMDTISA PPGFVSQTSF VLRNVPRDKE SPRSVSRQEQ TTGFGTDDKD 60 SCNMFLKSRP WIVHGHTIPS SEALRPKKTE VRRRRPLKVS ETKVLEEAPV FNPTEEEFRD 120 TLSYISSLRD RAEPYGICCV VPPPSWKPPC LLKEKQIWEA STFFPQVQLF GIQTENRKIK 180 KEVDADSNDA ASEGVQLCRV ERGPGYTLKS FKNFADTYKK SHFGMKDEVL GSENSSPSLK 240 PNELIVADIE KEYRQIVESP LIEIGVLYGN DLDTATFGSG FPLSAPSESS KYSSGWNLNS 300 TAKLPGSLLS LEDCESVCVP RLSVGMCLSS QFWKSEKERL YSLCYLHVGA PRVWYSVAGC 360 HRSKFKAAMK SFILEMSGEQ PKKSHNPVMM MSPYQLSVEG IPVTRCVQHP GQYVIIFPGS 420 YYSAFDCGFN CLEKANFAPL DWLPHGDIAV QVNQEMSKTS LISYDKLLFS AAREAVKCLK 480 EYGLSKKNTA CYTRWNDSCG TDGLFSNIIK SRIKLEKNRR EFLISSLESQ RMDKSYDAVN 540 KRECCVCLGD LYLSAVNCSC SANRYSCLNH MRKLCACPCD RKSFLYRYTM DELNLLVEAL 600 EGKKLSSMFR WAGIDQKFCA SPATTSSKPE EDKGKETDEV TPCNITRKDV AAGTKDQTRV 660 KARSLADILN VKDGNNDAKE TLESCSKKSN RPCDNDSSEA NAPKKQKQ 708
cDNA Sequence
Download: Fasta
ATGGGCATTG AAGGTGTATC AACGTATTTG AAATCTGGAA ATATGGACAC AATTTCTGCT 60 CCGCCAGGTT TTGTATCTCA AACATCGTTT GTGCTGAGGA ATGTACCCCG AGACAAAGAA 120 AGTCCCAGGT CCGTGTCGAG ACAAGAGCAG ACAACTGGAT TCGGCACAGA TGATAAAGAT 180 AGTTGCAATA TGTTTCTTAA AAGCCGACCG TGGATAGTGC ATGGTCACAC AATTCCCAGC 240 TCAGAGGCCT TAAGGCCGAA AAAAACTGAG GTACGGAGAA GACGGCCCCT CAAAGTGTCT 300 GAGACCAAAG TCCTTGAGGA AGCTCCTGTG TTCAACCCAA CCGAAGAGGA ATTCAGGGAC 360 ACACTCTCAT ATATATCAAG CTTGCGTGAC AGAGCTGAGC CGTATGGAAT CTGTTGTGTT 420 GTTCCTCCAC CTTCATGGAA ACCTCCATGT CTTCTCAAGG AGAAACAAAT ATGGGAGGCT 480 TCTACATTTT TCCCTCAAGT TCAGCTCTTT GGAATTCAGA CCGAGAACCG AAAGATTAAA 540 AAGGAGGTTG ATGCAGATAG TAATGATGCT GCATCTGAAG GGGTTCAGTT ATGTAGAGTA 600 GAACGTGGTC CTGGGTATAC TTTGAAGTCC TTTAAAAACT TTGCAGATAC ATACAAGAAG 660 AGTCATTTTG GCATGAAGGA TGAGGTTTTG GGTTCAGAGA ACTCATCTCC ATCACTTAAA 720 CCAAATGAGC TAATTGTGGC AGACATTGAA AAAGAGTACA GACAAATTGT TGAGAGTCCA 780 CTTATTGAAA TTGGGGTGCT TTATGGCAAT GATTTAGACA CTGCAACGTT TGGAAGTGGA 840 TTTCCCTTAT CTGCACCATC TGAATCTAGC AAATATTCAT CAGGTTGGAA TCTGAACAGT 900 ACGGCTAAGC TTCCTGGTTC TCTTCTATCA TTAGAAGACT GCGAATCAGT TTGTGTTCCT 960 CGTCTAAGTG TAGGAATGTG CTTGTCTTCC CAGTTCTGGA AATCTGAGAA GGAGAGACTC 1020 TACTCTCTCT GCTATTTGCA TGTGGGCGCT CCTAGAGTGT GGTATTCCGT AGCAGGATGT 1080 CATCGATCAA AGTTTAAGGC TGCCATGAAA AGCTTCATCC TTGAGATGTC AGGAGAACAG 1140 CCAAAGAAGA GTCATAATCC TGTGATGATG ATGTCTCCAT ATCAATTGAG CGTGGAGGGT 1200 ATACCAGTGA CCCGCTGTGT CCAGCACCCT GGCCAGTATG TTATTATATT TCCAGGGTCG 1260 TATTACTCTG CCTTTGACTG TGGCTTCAAC TGTTTGGAGA AAGCAAACTT TGCTCCCCTT 1320 GATTGGTTGC CCCATGGGGA TATTGCTGTT CAGGTGAATC AAGAGATGAG TAAAACGTCG 1380 CTGATATCGT ATGATAAGCT ATTATTTAGT GCTGCAAGGG AAGCTGTAAA ATGTCTTAAG 1440 GAATATGGGT TGTCGAAGAA AAACACAGCA TGTTACACGA GATGGAATGA TTCTTGTGGG 1500 ACGGATGGGT TGTTCTCCAA CATAATCAAG TCACGGATCA AACTGGAGAA AAATAGACGT 1560 GAATTTCTTA TCAGTTCACT AGAATCGCAA AGGATGGACA AGAGTTATGA TGCTGTGAAC 1620 AAAAGGGAAT GCTGTGTATG TCTTGGGGAT TTGTATCTTT CCGCGGTTAA CTGTTCATGC 1680 TCTGCTAATC GTTACTCGTG TCTGAACCAC ATGAGGAAGC TCTGTGCATG TCCGTGTGAC 1740 AGAAAGAGTT TTCTCTATAG GTACACTATG GATGAGTTGA ATCTTCTCGT TGAAGCCCTG 1800 GAAGGTAAAA AGCTCAGCTC TATGTTCAGA TGGGCAGGCA TAGATCAAAA ATTCTGTGCT 1860 TCTCCAGCCA CCACAAGTTC AAAACCCGAA GAAGACAAAG GCAAGGAAAC AGATGAGGTT 1920 ACACCCTGTA ATATCACGAG GAAAGATGTC GCAGCTGGAA CTAAGGACCA GACAAGAGTG 1980 AAGGCGAGAT CTTTGGCTGA TATACTGAAT GTTAAAGATG GAAACAATGA TGCAAAGGAG 2040 ACTTTAGAAT CTTGTTCTAA GAAATCAAAC AGGCCATGCG ATAACGATTC CTCTGAGGCC 2100 AACGCGCCAA AGAAACAGAA GCAGTGA 2127