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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| ARATH23402 reference isoform | 680 | 6 |  A0A384KC45 |
Protein Sequence
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MANQDKLDHH RCIDSEAQDP TSVTIEFLRA RLLAERAVSK SARAKLDGLA DKVAELEEQL 60 KIVSLQRKKA EQATADVLAI LEENGYNDVS DDYDSNSDHE CYSQSNSVLG KSLSWKGRRR 120 EPGSSDKIKE NRNRRHHRGF ECAYFSSPRH RQGRSCRQIR RGEARNVSED YKRDGNPVEF 180 QENGVRTEML PQKNDQVSRT VVDVAVVKGD DSLNKLSNSN GLEKGNSTDI NLERALENRA 240 QVIGSFEEME ETQREWEKNF RENKSSALDL CDVGNHSDVT DESNGEKAQS PLQGSTVVPS 300 LRDTRSIANE VDFRESFETL SHGSPDNSVT SPDKCCNSCG SRSVEQDAYS SRDKGKHISE 360 SPTSEYSQPQ SSKGINEHSS STIRSPPVTQ PNSRGGFFGS TTTTIHEVDD PLVSVKDVKP 420 DTCETVLTAL KQAKLSLQEK VNSLHIRNPD CHSESSYPST PGSYMNTYAL PMEPAFSTKP 480 SLPASSVGSM VEFPVICAAG LFRVPTDFTS DASNRNTFLA SSSQNAMVTH MPERDVPLVP 540 GDQLFSRTAT NNLLNTGFQS QLETSPPLSV DDRLSTTPYI GGPKLWSSFR ADGPPMVDVP 600 GFRLNKGIPR VSGSAISGGT SGFEGNQVSS STYNTPVTPT RSLYPDSVLS SRELYSTPYY 660 TRPFGLSPTS GSDDGLFRRE 680
cDNA Sequence
Download: Fasta
ATGGCGAATC AAGACAAGTT AGATCATCAT CGGTGTATTG ATTCAGAGGC ACAAGATCCT 60 ACTTCAGTGA CTATTGAGTT TCTTCGTGCA CGTTTATTAG CTGAAAGAGC TGTTTCCAAG 120 AGTGCTAGAG CAAAGCTTGA TGGTCTCGCT GATAAAGTAG CTGAGTTAGA GGAACAGCTC 180 AAGATTGTAT CTTTACAGAG GAAGAAGGCT GAACAGGCAA CTGCTGATGT TCTTGCGATC 240 TTAGAGGAAA ATGGGTATAA TGATGTGTCT GATGATTATG ATTCAAACTC TGATCATGAA 300 TGCTACTCTC AGAGTAACTC AGTGTTAGGC AAAAGTTTGT CCTGGAAAGG TCGCAGGAGG 360 GAACCAGGTT CTTCTGACAA GATCAAGGAA AACCGGAATA GGAGACATCA CAGAGGTTTC 420 GAGTGTGCTT ATTTTTCCTC ACCGAGACAT CGTCAAGGAA GATCTTGTCG GCAAATTAGA 480 CGTGGTGAAG CAAGAAATGT ATCTGAGGAT TACAAGAGAG ATGGAAATCC GGTTGAATTT 540 CAAGAAAATG GAGTTCGCAC TGAAATGCTT CCTCAAAAGA ATGATCAAGT ATCTAGAACC 600 GTGGTGGATG TTGCTGTTGT GAAGGGAGAC GATAGTTTGA ACAAGTTGTC AAATTCAAAT 660 GGTTTAGAGA AGGGAAACAG TACGGACATC AACTTGGAGA GAGCGTTAGA AAACCGTGCT 720 CAAGTTATCG GATCTTTTGA AGAAATGGAA GAGACTCAAA GGGAATGGGA GAAAAATTTC 780 AGAGAGAATA AATCATCTGC CCTGGATTTA TGTGACGTTG GAAACCATTC AGATGTGACG 840 GATGAAAGTA ACGGAGAAAA AGCTCAATCT CCACTTCAAG GTTCTACAGT AGTCCCTTCA 900 CTCCGTGATA CAAGGTCTAT AGCTAATGAA GTTGACTTTA GAGAATCGTT TGAAACTTTG 960 TCGCATGGTT CACCTGATAA TTCAGTAACG TCACCTGATA AGTGCTGCAA TAGTTGTGGT 1020 TCCAGATCTG TGGAACAAGA TGCTTATTCT TCTCGAGACA AAGGAAAACA TATTTCTGAG 1080 AGCCCTACAA GTGAGTATTC CCAACCACAG AGCAGTAAAG GTATCAATGA GCATTCTTCA 1140 TCAACTATTC GGTCGCCTCC TGTAACGCAA CCAAACTCGA GAGGTGGTTT CTTTGGCAGT 1200 ACTACCACTA CCATTCATGA AGTAGATGAT CCATTAGTTT CAGTGAAAGA TGTGAAGCCT 1260 GATACTTGTG AAACTGTACT GACCGCACTA AAGCAAGCGA AGCTGTCTCT GCAAGAGAAA 1320 GTCAATAGCC TACATATCAG AAACCCGGAT TGTCATTCTG AAAGCTCATA TCCTTCAACA 1380 CCAGGTTCAT ATATGAACAC ATATGCACTA CCGATGGAAC CAGCATTTAG TACTAAACCA 1440 TCTCTCCCTG CTTCCAGTGT CGGGTCCATG GTAGAGTTTC CAGTTATCTG TGCTGCTGGA 1500 CTTTTCCGTG TCCCCACCGA TTTTACATCT GATGCTTCAA ATAGGAACAC TTTTCTAGCT 1560 TCGAGTTCTC AGAACGCCAT GGTTACCCAT ATGCCTGAGC GAGACGTCCC CCTAGTACCT 1620 GGAGATCAGC TTTTCAGCAG AACAGCCACA AACAATCTCC TAAATACTGG CTTCCAAAGC 1680 CAACTAGAAA CCAGTCCTCC TTTGTCAGTG GATGACCGAC TTTCGACCAC CCCATACATC 1740 GGTGGACCAA AACTATGGTC CAGCTTCAGG GCAGATGGTC CACCGATGGT TGATGTTCCA 1800 GGATTCAGAC TTAATAAAGG CATACCAAGA GTTTCAGGCA GTGCAATCTC TGGTGGAACA 1860 TCTGGTTTTG AAGGTAACCA AGTATCGTCA AGTACATATA ATACCCCTGT GACACCTACT 1920 CGAAGCTTGT ATCCTGATTC AGTTCTAAGC AGTAGAGAAT TGTATTCGAC TCCTTATTAC 1980 ACACGCCCGT TTGGGCTGTC TCCTACTAGT GGTTCAGATG ATGGCTTATT TAGGCGAGAA 2040 TGA 2043