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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| ARATH12428 | 611 | 2 |  ADO2_ARATH | |||
| ARATH12429 reference isoform | 601 | 2 | ADO2_ARATH |
Protein Sequence
Download: Fasta
MQNQMEWDSD SDLSGGDEVA EDGWFGGDNG AIPFPVGSLP GTAPCGFVVS DALEPDNPII 60 YVNTVFEIVT GYRAEEVIGP FTKRRHPMVD STIVAKMRQC LENGIEFQGE LLNFRKDGSP 120 LMNKLRLVPI REEDEITHFI GVLLFTDAKI DLGPSPDLSA KEIPRISRSF TSALPIGERN 180 VSRGLCGIFE LSDEVIAIKI LSQLTPGDIA SVGCVCRRLN ELTKNDDVWR MVCQNTWGTE 240 ATRVLESVPG AKRIGWVRLA REFTTHEATA WRKFSVGGTV EPSRCNFSAC AVGNRIVIFG 300 GEGVNMQPMN DTFVLDLGSS SPEWKSVLVS SPPPGRWGHT LSCVNGSRLV VFGGYGSHGL 360 LNDVFLLDLD ADPPSWREVS GLAPPIPRSW HSSCTLDGTK LIVSGGCADS GALLSDTFLL 420 DLSMDIPAWR EIPVPWTPPS RLGHTLTVYG DRKILMFGGL AKNGTLRFRS NDVYTMDLSE 480 DEPSWRPVIG YGSSLPGGMA APPPRLDHVA ISLPGGRILI FGGSVAGLDS ASQLYLLDPN 540 EEKPAWRILN VQGGPPRFAW GHTTCVVGGT RLVVLGGQTG EEWMLNEAHE LLLATSTTAS 600 T 601
cDNA Sequence
Download: Fasta
ATGCAAAATC AAATGGAGTG GGATAGTGAT TCCGATCTCA GCGGTGGAGA TGAAGTGGCG 60 GAGGATGGAT GGTTCGGTGG AGATAACGGA GCGATTCCGT TTCCGGTAGG TAGTCTTCCT 120 GGCACGGCGC CGTGTGGGTT TGTGGTCAGC GATGCTCTTG AACCTGACAA CCCTATCATT 180 TATGTTAACA CTGTTTTTGA GATTGTTACT GGTTATCGAG CTGAAGAAGT TATTGGGCCA 240 TTTACTAAAA GAAGGCATCC AATGGTAGAT TCTACAATTG TAGCGAAGAT GCGACAATGT 300 CTAGAAAATG GCATCGAGTT TCAAGGCGAG TTGCTCAACT TTCGGAAAGA TGGATCTCCC 360 TTGATGAACA AGCTGCGTCT AGTCCCTATC CGTGAAGAAG ACGAAATCAC TCATTTCATA 420 GGCGTTCTCT TATTTACAGA TGCAAAAATT GATCTTGGCC CATCTCCTGA TTTATCTGCA 480 AAAGAAATTC CTAGAATATC TCGCTCATTT ACTTCTGCTT TACCAATCGG AGAGCGTAAT 540 GTTTCTCGTG GACTCTGTGG GATATTCGAA CTGAGTGATG AAGTAATAGC TATCAAGATA 600 TTGTCACAGT TGACTCCTGG TGATATTGCA TCGGTTGGTT GTGTATGTAG GCGGCTCAAT 660 GAGTTGACAA AGAATGATGA TGTGTGGAGA ATGGTCTGTC AAAACACATG GGGTACCGAG 720 GCAACACGTG TTCTTGAGAG TGTTCCCGGT GCAAAAAGGA TTGGTTGGGT GCGACTGGCC 780 CGAGAGTTCA CCACTCACGA AGCAACAGCA TGGAGGAAGT TTTCAGTTGG AGGTACTGTT 840 GAGCCTTCTC GGTGTAATTT CAGCGCATGT GCAGTTGGGA ACAGGATTGT TATCTTTGGC 900 GGGGAAGGTG TGAATATGCA GCCGATGAAT GATACATTTG TGTTGGACCT TGGCTCGAGT 960 AGTCCCGAGT GGAAATCTGT TCTGGTCAGC TCTCCTCCTC CGGGTCGCTG GGGTCACACA 1020 CTTTCTTGTG TCAACGGTTC CCGTTTAGTA GTGTTTGGAG GTTACGGGAG CCACGGATTA 1080 CTCAATGATG TGTTCTTATT AGACCTTGAT GCAGACCCAC CAAGCTGGAG GGAAGTATCC 1140 GGATTGGCCC CTCCAATACC AAGATCATGG CACAGTTCGT GCACACTTGA TGGCACTAAG 1200 CTGATTGTAT CTGGTGGTTG TGCTGATTCA GGAGCTCTAC TCAGCGATAC ATTCCTGCTT 1260 GACCTATCGA TGGATATACC TGCTTGGAGG GAGATACCGG TTCCATGGAC TCCCCCATCT 1320 CGCCTCGGGC ATACTCTAAC TGTCTATGGT GACCGCAAGA TTCTTATGTT TGGCGGTCTA 1380 GCTAAAAACG GTACTTTGAG ATTCCGCTCT AACGATGTAT ACACGATGGA TCTTAGCGAG 1440 GATGAACCGA GTTGGAGACC TGTGATTGGG TATGGATCTA GCCTCCCCGG AGGCATGGCA 1500 GCTCCACCAC CAAGGCTGGA CCATGTGGCA ATCAGCCTTC CCGGTGGTAG AATCTTGATC 1560 TTTGGTGGTT CGGTTGCAGG GCTTGACTCG GCTTCTCAGC TTTATCTTCT TGATCCAAAT 1620 GAGGAGAAAC CGGCATGGAG AATACTGAAT GTTCAGGGAG GTCCGCCGAG GTTTGCATGG 1680 GGACACACAA CATGTGTGGT CGGAGGAACT CGATTGGTCG TATTAGGTGG TCAGACCGGT 1740 GAAGAGTGGA TGTTAAATGA AGCACATGAA CTGTTACTAG CAACTTCTAC CACTGCAAGT 1800 ACTTGA 1806