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LotjaGi1g1v0059700.1

Overview

Field Value
Gene ID LotjaGi1g1v0059700
Transcript ID LotjaGi1g1v0059700.1
Related isoforms 1
Lotus japonicus genome version Gifu v1.2
Description Aldehyde oxidase; TAIR: AT3G43600.1 aldehyde oxidase 2; Swiss-Prot: sp|Q7G192|ALDO2_ARATH Indole-3-acetaldehyde oxidase; TrEMBL-Plants: tr|A0A1J7IPN3|A0A1J7IPN3_LUPAN Uncharacterized protein; Found in the gene: LotjaGi1g1v0059700
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr1:8322214..8331842) extracted from Lotus japonicus Gifu genome v1.2.

GGCAAAACGACACCCCTGCCACATGCTGGCAGAACCAGCGTCTGAAATGTTTCCACCTCGTGCACCAATCATTTGACAAA ATGGATAAGACTTTTGAAGTGTACTTCTGTTGTCTGAAACCTGCAAAACAAGCTAGCAACTATGGAGACGAAGAAGGAGA ACGGTGACAGTGGAACACCACCAACAAGTTTGGTTTTTGGTGTTAATGGTGAGAGCTTTGAGCTCTCCAACGTCGACCCA TCAACCACTTTGCTCCAATTCTTGCGTACACAAACCCGATTCAAGAGTGTCAAACTAGGCTGTGGTGAAGGTATTTCAAA AAATGTCTCAATAAGCTTCATACTGAAACATTCCAAGTGCCTATTTTCACGTTTGAGGCATTGGAACATGTGATCTCAAA TTTCAATGCCCCAGACGGACTTCCAAACTGAAAACCAAACACAGCTTAAATGATTGTCTATAATAAGATCTAAGAAGAAG AATTTTTTTTTTGTTAAGATCATTTTCTTAAATTTTCTCTTAACTAGTTACTTGATGTATTCACTTTTGACATGGTTGAT TTCAGGTGGTTGTGGAGCTTGCTTAGTTTTAATCTCAAAATATGATCATGTGCTTGACAAAGTTGAGGACTTTACAGCAA ATTCTTGCCTCACACTACTTTGCAGCATTCATGGGTGTTCAATCACAACAAGTGAAGGCATTGGGAATACTAAAGAGGGA TTCCACCCAATTCATGAAAGAATTGCAGGATTTCATGCCACTCAGTGTGGCTTCTGTACTCCTGGAATGTGTGTTTCACT CCTTGGGACTCTTGTGAATGCTGAGAAGACTGATCGTCCGGAACCGCCTCCTGGTTTCTCGAAAGTGACTGCTTCTGAGG CAGAAATGTCTGTTGCGGGGCACCTATGTCGCTGTACCGGGTATAGGCCCATTGCTGATGCCTGCAAAAGCTTTGCAGCT GATGTTGATATGGAGGATTTGGGGCTCAACTCTTTCTGGAGAAAGGGAGAGAGCAAGGACATTAAGCTTAGTAGGTTGCC TCAATATGACAGCAAGCATAAGAATGTTAGCTTTCCTATGTTTTTGAAGGAAATCAAGCATGATGTGTTCATGGCTTCTG AGGAACACAGTTGGCAAAGACCTACTAGTCTAGAGGAGCTTCAGAAATTATTGGAATTAAACCAAGCCAATGGAACTTGT GCAAAACTTGTTGTTGGTAACACTGGTATGGGATATTACAAAGATACAGAACATGACAAGTATATTGATCTAACGGGTGT TTCTGAACTCTCAAAGATCCAAAAGGATGGATCTGGGATTGAAATTGGAGCAGCAGTGGTAATATCTAAAGCTATTGAAG TACTAAAGCAAGAGAGCAAAAGTGACTTTACCTCAGATTTTGTAATGATACTTGGAAAGATCGCAGACCATATGAGCAAA GTTGCCACTGGGTTTATTCGAAACACTGGCAGTGTTGGTGGCAATTTAGTGATGGCACAAAGGAATCATTTTCCTTCAGA TATCGCTACAATACTTCTTGCTGCGGGCTCAATGGTTCACATAATGTCTGGTTCACAATTTGAATGGCTTGCACTGGAGG AATTTCTGGAAAGGTCACCGTTAGGTTTGGACAGTGTGCTTTTAAACATAAAAATTCCTAGTTTGGAATTCAATAAAAGT GAATCTTCAGAACCAAGAAGTAGATTCCTCTTTGAGACTTACCGAGCATCTCCTCGGCCCCTTGGATTTGCCCTTTCCTA CTTAAATGCTGCTTTCCTGGTTGAGGTGTCCCCATGTGAGGACACTGGCGGAACCATGATTAATACTTGTAGGTTGTCTT TTGGTGGTTTTGGGAATAAGCACGCAACCAGATCAAAAAATGTTGAGGAAGTTTTAGCTGGAAAGCTGTTAAGTGTTAGC ATTCTGTATGATGCTGTCAACTTGCTTACAGCTACTATTGTACCTAAAGATGAAACCTCAAAAACTGCTTATATTTCAAG TTTGGCAGCTTGTTTTCTTTTTCAGTTCTTTAATTCACTGATTGACAGTACTGCCAGACTAGCCAACAATGGTAATTTAA ATGGATACACTAATTTACCTTCTGTGAAAGCTTTTAAATTAAAAGAGAATCAGAAACAGGTTCATCATGACACATTTCCA ACTTTACAGTCATCTGGAAAGCAAGTCATTGAAGCTGGCAGTGAGTATCATCCCATTGGTGAGCCAATCGTCAAATCTGG GGCTGCACTCCAAGCTTCAGGTTTGTTTATCATCATGTTTTGAATTAAGATACAGACATTTTCCTTTCCTTTCATTTGAT TGACATTTCAAACTTGTAAACTTCAATTTTTATCCATATTTTGCATCCTATTGTCTTTGGTTAATGGTTACCATCTAAAC TATTAACAAAGATAAACAATTCAGACTTACATATTGATTGACTTGGCTCAAATATTTTATGTCGCTGATTTCCATCTAGC TGCAGTTGTGATAAGTGCGATTGAAATTAATATCTTAGTTTCAAAGTTCTAGAGTACTCTTTGTCTGCCATTGTGACTCT ATCCTGTTTTGATGCCTTTCAATTATTACTTTTCTTATTTGATTATTTTAATATCTGTTGAGTAACATGTACATATTTAT GAATGAATTTTATATAGGTGAGGCTGTGTTTGTGGATGACATTCCATCACCAACAAATTGCCTACATGGAGCATATATTT ATAGTGAAAAACCTTTAGCAAGGATAAAGAGCATTAAACTCAGTTCTGAATTGCAACTGGATGGAGTGAGGGATGTCATT TCAAGTAAAGATATTCCTGATGGTGGGGAGAACATTGGATCGAAGAGTAGTTTAGGTAATGAACCTTTATTTGCTGACGA TATTGCTAAATGTGTTGGTGATCGTCTAGCCTTTGTGGTGAGTGCTTAAGTCCCTCATTTTTATTCAGAAAAAATATAAG CTTATGTTCCATTTCTTTGGAGATTGATACATGAAACACTTCCATTTAGTCATTGAATGGCTTCTTTAGGTTGCAGACAC TCAGAAACTTGCAGATATTGCTGCAAACTCTGCTATGGTTGATTACAGTATTGAAAATCTTGAACCACCCATCCTATCGG TGGAGGAAGCTGTAGAAAGATCTAGCGTTGTACAAGTTCCTCCTTATCTCTATCCAAAACAAGTTGGTGATGTATCAAAA GGAATGGCTGAAGCAGATCGCAAGATTCTTTCGGCAGAGGTACAAGCATGAAATAAGTTTCTTTTTTCCCCTTTGTTTCT CCTCTTTCACTCCTGTGCATCTTTGTGGCCATCTATCTAACTTGGTTCCTGATGTCATGTTTTAGTTTGTTTCTGAATAA TGAATATTGATGGTTATATTGATCAAACATATTCAATGTTATCATCAATCCAATTCATTGTAAAAATGAAATACAGATGA AGCTTGGATCTCAGTACTATTTCTATATGGAGACGCAAACTGCACTTGCTGTACCGGATGAAGACAGTTGCATTACGATT TACAGTTCAAGTCAAAGCCCTGAGGGTGTACATTCTACAGTCGCCAGATGCTTAGGTATTCCCGAAAATAATGTTCGTGT AATTACGAGAAGGGTTGGGGGAGGTTTTGGAGGAAAGAGTGCGAAGTCCTCAGCTGTAAGTTTCTAGTTGTGTTTTTTTT GGCAATTCCCTCATTATTATCAGACCTCTATCACTTTTTCATTATAACTAACTGACAAATATTATGGTGGAGACATTAAC CTTTGAATTTTCTGTAGTTTGGAAAGTCACTTGTAAACTGAACTTATTGTCATGTCATTGCTTTTATTCTTTATAATACT CGGCAATATGAGCAATTTGGTTCTGTGGTAGTGAATGAAATTTAAAAATGATTATTACTCAAGAATGGTGCTAAGAACCT TGAGAGAACCACACCACAAAAGCTAGCTGAAGTAGTTGGAGAGTCCAAGACGTTATAAACCCCACATTAGAATCCCATAC TTCCAATGTGGGATTCAAGGCCCATACCTTGCAATTGGGTTCCTAAAAGATGGCAATGAAACTACTATCGTTACTGGTAT TTGGGAGTCTTGAGCTCTCCCCAAATATCCCTGATTACAATCTAGATACCCTTCTCTTTTCCCTCTTCATCCTTTTTATA GTCTATCACCTCTCGGTCTCTAATTATCTCCCTAGTGGGCCAAAAGGCTCTTACATGAGGGGGTGTTGTTTCTTTACCAA TAGTTTGAACTTTTGGGATAGGTGCTTCATGTTAGACCTAAGGGTGGACTGATGAGGGATGGGGGGAAGTGGAAAGGATC CTGGTGACATGTAGTGTAACTTTCTGATAGGTACCTACACTGAAGAGGAAACAGAAAAGTGAACTTATTAAAGAATGATA TGAATTTCCACGCTATTTGATAGAACCTAGCCTCTCCCAAGTCCCAATTACAATGATCCCAAAGATGATATTCCTATCCA TTTCTCACTTATTTATGATATTCCCCCTCTCACTCCCTAACTAACTCTCTCAACTATCTAACTAACTATGAGTACCTATC ACTTTCATATACTATCAAATCTGTTTTTTAGGGCTCGATCCTAGAGATCATGTATTTTTTCATAACCCTAAGGCTTTTGT TAAATGATGAAGAAACAGACATCACCAAATAGGCTAAAGTAATTTTCTGTTAAAACTCACATCTAATCACCGAAAGTTGT AGCAAGTATACGTGTAGGCTTATTTAAATTCTGATCCTCTACCTATTATATTTGTACTGAAGGATTTTATCACCATATTG CCCTAGATAGATACAATGTTTACCATTAGTTTTGTTGGCTATTTCTTACGCTGATGCCAGTGAGCGATTGGTTGATTACA GAAACATGGAGAGTAACGGCTTAAATCAGATTTGGCCACATACTGTTTAAGCATCCGTATCAATAGCTTCTTTCCAGTAC TTAGCAATTCTTCATTAGTTTAGCATAATGTTGCATTGCAGCATAAATTGGTTTTATCATTTTCATTAATTTCTTGTTTA AAAAATATACTTTAAACCATTAATTATACATGTAGGTATGTATGAAAATACAAATTTATCATGTCATGTCATTTACAGGT TGCTACATCTTGTGCACTCGCGGCACACAAATTAGGGCGACCTGTCCGGATGTATCAGAATCGAAAGACAGATATGATAA TGGCTGGAGGAAGGCATCCCATGAAGATAACATACAATGTTGGGTTTAAGAATGATGGGAAGATCACTGCATTAGAACTT GAGATATTGGTCAATGCAGGGATTTTTCCGAGCTTTAGTGCAGTAATGCCACTCAAGATAGTTGGTGCACTTAAAAAGTA TGACTGGGGTGCTCTCTCTTTTGATATAAAGATATGCAGAACAAATCATCCAACTAGATATGCCATGAGGGCCCCTGGCG ATTTACAGGGATCATTCATTGCAGAAGCTGTAATAGAAAATGTTGCAGCTACACTTTCAATGGATGTAGATTCTATCAGA AGCATTAATCTTCACACGTACACAAGTCTTAAAGCTTTCTATCCGGACTCTTTTGGTGAACCTCTTGAGTATACCATGCC TTCAATATGGAATAAGTTAGCTGTTTCTGCAAACTATGAGCTGAGAGCAGAAATGGTGAAAGAGTTTAACAGGATTAACA CTTGGAAGAAAAGGGGAATATCTCGAGTGCCAGTTTTGTATGAGCTGACTCCAAGACCAACTCCAGGAAAAGTTAGTATT TTGTCAGATGGGTCTGCTGTTGTTGAAGTTGGAGGAATTGAACTGGGTCAGGGTCTCTGGACAAAGGTGAAACAGATGGC TGCATTTGGCCTCAGTGCAATTCAATGTGATGGAACTGAAGAGCTCTTGGATAAAGTGCGTGTTGTACAATCTGATACCG TGAGCTTGATTCAAGGGGGTTTAACTGCAGGGAGCACTACATCTGAGTCAAGCTGTGAAGCAGTTAGGCTTAGCTGCAAT ATCTTGGTTGAGAGGTTAAAACCTCTCAAGGAAAAGTTACAGGAGGAAATGGGTTCTGTCAAATGGGAGACCCTTATTCT TCAGGTAAATACTATAAAATAAGAGAGTTTTATGTTAAAAATTGATAGACTCTAATCATGAGGAAGAAGATATTGTTTGT TTAGCTGCATTAGCCTTAGTTAAGACTCCATGGTTTTTTATTTTCTTCATGTGTAACTGTTGATATCTTTAGGGAGATTT TTAGCATATGTTTTGTTGTTATTTGAAACTTCTAGTGTTGGTAATAAACCGAATTAATTCTTCAACAATCAACGGCAAAC GTTCTGTTCATCACTTTGCTTTAGATTATATATTATTAAAGATTATTGTCAAAACCAGCTCTGTTCATGATCTTGAAAGT AACTTAATGTAAATGATACTCTAATTGTTTCTTATTTATGATTCCTTAGGGACAAATGAGTTATTTTTAAATTTCATTGC TTGTGCTGAAAATTTTAGGAACTTGTGTTTTTGAATTCATATTGATGCATGTATCTTGTACATAATCATTTCCCCGTGAG TGGGCGTAAGCCCGCCTTGTAACAAAAAAAAAAACATATCCCCGTGAGATTCAATATCTCAAGCTCTGTTATGGTCTTTT TAGTGTTTTTAAGATTGCACTTAGTATGCTTACATTTTCTTGGAAAATAATTATCCAATTTTAATTATGAAAATTTTCTA GGGATAAACTCTAGCAATGAAGCTGAGAGAAAATTTATTCAATTTCAACCAAAAACATTTAATTACCATATTATTGACAA AGCAACATTTTATCAATTTACAGGCATCAATGCAAGCTGTGAATTTATCAGCATCTTCCTTTTATGTACCCAGTAAGAAT TCCAATAAGTACCTTAACTATGGTGCTGCAGTAAGTGAGGTAAGTTTGTTCTTATGAAAACCCCTAATCAATGTGGAATT TTCTCAAGTTCATTGGTAGTTGTTTCACTTGAATGTTTAGTACTTATGTCATATTGTCACACAAGCTGTATTACTGAAGT AATTGATCCTGATCATTATACACTGTTACTCTAATGGAAATTATCTCTCAGGTGGAAATAGATCTTCTGACTGGAGAAAC TAGATTTTTGCAAACAGATATTATCTATGATTGTGGAATGAGTTTGAACCCTGCTGTGGATTTAGGACAGGTAAGCTATA CATGTATATAAATATATATTGCCATGCAAGCTCAGAACTTGTATCTGAGGACCAACTCAACCCAGGAGTTTAAGCTTTTA GTTGGAAGTAGTTTTGTTGACATGGCCTCTTATGTAAAACTCTTTGCACTTGAGCCCAGGCACACCATGCCTTATGTTGA AAATTTAATTTGGTTCTAAAACCATGGTATCCCTCTGTCAAAAAAAAAACCTTGATATCATTTTGTGAATTAACTCAATT TAGAACTTCAAGCTTTTAGTTGAATGCTCATGACTTATGATCTCTGACAACAATTTTTCAATTATTCCACTATCACTTCT ATAAGCCTGATCCTTTACATTCTATTGTTTAGTGGCAAAAGATTTAAGTTTTTTAAAGAAAAATGTGAAATGATCCTGGG ATGGACTGGTTCAGTGTGTTACCCTGAAGTTGTCAGCTTAAGTTACCAAATCTGAAAAACTCCTTTGATAACAATATAAT TGTACCTTGCAGATTGAAGGATGTTTTATCCAGGGGTTGGGTTTTTTCATGCTTGAAGAATATGAAACAAATCTTGATGG TTTGGTATTGGCAGACGGCACTTGGAACTATAAAGTCCCTACAATAGATACTATTCCTCAACAGTTTAATGTTGGAGTTC TCAACAGTAAGCATAACAAGAAACGTGTTCTCTCTTCAAAAGGTATACCCTGGGAGTTCTCAAAATTTTAAACTATGTCT GCATATTTGTCCACCCCCCCCCCCCCTCCCCCTGAATTAAAACATGGAGTTTTATGCATTCTCTTTCGTTAATTCATGAT AGGTTTAATGAATGGTTTGACTTGATGCAATCAAATACAACCTAAATAGAACATGAAATCATATTGAGATGGAAAATGAT TCGTAGACATCTGCATAGTTTAGATACCCAATAGACACCTAGAGTGAGAAAGAAAGAGGAGAAAAGTAATTGATGTGATA TATGATGGATGTGATAAGAAGAGAGAGATGGGGAGCAAAATGGGATTTCTTCGCTGTTTAAGATAGAATGAACCAGAAAG TATGATAAAATATGTTTACCTATTATTGAGTGAACCAACTAGATTCTGTTGCTGCTTAATTAATAGTTGGTTAGTCAGGT TCCCACAGGTCACAATTGTAAGATGCATTATTTGAATTGAATTACTTTATTACCATAATAATTCAATATTTAGCTCTAAT ATTTTCTGCATATGCTATTACTGTCTCAAACTTTAATAAGAAACCCTATTTAAGCTTTTGCATACCGTCGTACCGATATA ATTGTCAATTTATCACAATAAATATGTAATTAACAAGTTACTGAATCAGGAGATATTTGGTAGTGAAGGTACCATAGTGT AAGGGAATCAGTTATTATTATTGTTTCCTTTCATATGTTGTATATATTAGGAATAAGAGTTGGAATCTTAATTGTACATA ATTAGACTTCCTAATTTTATTGTATAAATTAGGGATTGGAATATTTGCCTATGAAAGCTGTAAATGACTGTGTATTATAT ATAGAGCAAATGAGAATCAAAAGGGCAACTAGCCAAGATTTATTGACAGTATATAGACCAACTTAGTAGATCTGCCTTCA CATAGTCAAGTTGCTGGATTTAAGATTCCAGTTTCTTACCTGGAAGAAATCAAATGTTAACACTAATTTCATTATTACTT TATACTCTTTTGTTAGTGTGTCTATGAAAAAAATGGTTCCATGTAATAAGCTTGTGTGATAATGTAGAGTGTAGACTGGT TATGGAGTATAATATAGACTGATTATGGGATGTAATACCTCCATAAAAATCTTAAATGAAAAAATTTGAAATTATGATGC TGCAGCTTCTGGTGAACCACCCCTGCTTCTAGCAGCTGCTGTTCACTGTGCCACTAGAGCAGCTGCCAAAGAGGCCAGGA AACAGCTTCTGTCATGGAGCAACTTAGATGGACCAGATTCCAAATTTCAGTTGGAGGTCCCTGCAACCATGCCTGTGCTA AAGGAACTTATTGGACTGGACATTGTAGAAAGGTACTTGAAATGGAAAATGGATAAGAAGTAAAGGAGCTCATTACCCTG AAGAATAAATGGTAGCAACAAGTTATTGATCTTTCCAATATTTTTATCATGGTCTGTATTTCATATGTATCATATTTTTG TGTGTACATAGAAGGAATAAGCTCAGGTTTCTTAGTGAAACATGTAAGAAATCATGTAAGAAATCTCATAATAAAATATG TTAGAAAAAGAGTTTGTCAAACAATGTAATTTATCAGAGGATTTCTTTACGAGTGACCATCAGAAGTGGATTATTTTATT GTTCGTAATGCTGACTTCGGTAGATATTTCAATACACTTTTGGTATATGCTGAGAGAAGGTGAAGGAGGAAGCAGTAGGT GAAGTTTTTAAATTAAAGATTGAATCAGC
Download Genomic Sequence

CDS sequence (LotjaGi1g1v0059700.1) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGGAGACGAAGAAGGAGAACGGTGACAGTGGAACACCACCAACAAGTTTGGTTTTTGGTGTTAATGGTGAGAGCTTTGA GCTCTCCAACGTCGACCCATCAACCACTTTGCTCCAATTCTTGCGTACACAAACCCGATTCAAGAGTGTCAAACTAGGCT GTGGTGAAGGTGGTTGTGGAGCTTGCTTAGTTTTAATCTCAAAATATGATCATGTGCTTGACAAAGTTGAGGACTTTACA GCAAATTCTTGCCTCACACTACTTTGCAGCATTCATGGGTGTTCAATCACAACAAGTGAAGGCATTGGGAATACTAAAGA GGGATTCCACCCAATTCATGAAAGAATTGCAGGATTTCATGCCACTCAGTGTGGCTTCTGTACTCCTGGAATGTGTGTTT CACTCCTTGGGACTCTTGTGAATGCTGAGAAGACTGATCGTCCGGAACCGCCTCCTGGTTTCTCGAAAGTGACTGCTTCT GAGGCAGAAATGTCTGTTGCGGGGCACCTATGTCGCTGTACCGGGTATAGGCCCATTGCTGATGCCTGCAAAAGCTTTGC AGCTGATGTTGATATGGAGGATTTGGGGCTCAACTCTTTCTGGAGAAAGGGAGAGAGCAAGGACATTAAGCTTAGTAGGT TGCCTCAATATGACAGCAAGCATAAGAATGTTAGCTTTCCTATGTTTTTGAAGGAAATCAAGCATGATGTGTTCATGGCT TCTGAGGAACACAGTTGGCAAAGACCTACTAGTCTAGAGGAGCTTCAGAAATTATTGGAATTAAACCAAGCCAATGGAAC TTGTGCAAAACTTGTTGTTGGTAACACTGGTATGGGATATTACAAAGATACAGAACATGACAAGTATATTGATCTAACGG GTGTTTCTGAACTCTCAAAGATCCAAAAGGATGGATCTGGGATTGAAATTGGAGCAGCAGTGGTAATATCTAAAGCTATT GAAGTACTAAAGCAAGAGAGCAAAAGTGACTTTACCTCAGATTTTGTAATGATACTTGGAAAGATCGCAGACCATATGAG CAAAGTTGCCACTGGGTTTATTCGAAACACTGGCAGTGTTGGTGGCAATTTAGTGATGGCACAAAGGAATCATTTTCCTT CAGATATCGCTACAATACTTCTTGCTGCGGGCTCAATGGTTCACATAATGTCTGGTTCACAATTTGAATGGCTTGCACTG GAGGAATTTCTGGAAAGGTCACCGTTAGGTTTGGACAGTGTGCTTTTAAACATAAAAATTCCTAGTTTGGAATTCAATAA AAGTGAATCTTCAGAACCAAGAAGTAGATTCCTCTTTGAGACTTACCGAGCATCTCCTCGGCCCCTTGGATTTGCCCTTT CCTACTTAAATGCTGCTTTCCTGGTTGAGGTGTCCCCATGTGAGGACACTGGCGGAACCATGATTAATACTTGTAGGTTG TCTTTTGGTGGTTTTGGGAATAAGCACGCAACCAGATCAAAAAATGTTGAGGAAGTTTTAGCTGGAAAGCTGTTAAGTGT TAGCATTCTGTATGATGCTGTCAACTTGCTTACAGCTACTATTGTACCTAAAGATGAAACCTCAAAAACTGCTTATATTT CAAGTTTGGCAGCTTGTTTTCTTTTTCAGTTCTTTAATTCACTGATTGACAGTACTGCCAGACTAGCCAACAATGGTAAT TTAAATGGATACACTAATTTACCTTCTGTGAAAGCTTTTAAATTAAAAGAGAATCAGAAACAGGTTCATCATGACACATT TCCAACTTTACAGTCATCTGGAAAGCAAGTCATTGAAGCTGGCAGTGAGTATCATCCCATTGGTGAGCCAATCGTCAAAT CTGGGGCTGCACTCCAAGCTTCAGGTGAGGCTGTGTTTGTGGATGACATTCCATCACCAACAAATTGCCTACATGGAGCA TATATTTATAGTGAAAAACCTTTAGCAAGGATAAAGAGCATTAAACTCAGTTCTGAATTGCAACTGGATGGAGTGAGGGA TGTCATTTCAAGTAAAGATATTCCTGATGGTGGGGAGAACATTGGATCGAAGAGTAGTTTAGGTAATGAACCTTTATTTG CTGACGATATTGCTAAATGTGTTGGTGATCGTCTAGCCTTTGTGGTTGCAGACACTCAGAAACTTGCAGATATTGCTGCA AACTCTGCTATGGTTGATTACAGTATTGAAAATCTTGAACCACCCATCCTATCGGTGGAGGAAGCTGTAGAAAGATCTAG CGTTGTACAAGTTCCTCCTTATCTCTATCCAAAACAAGTTGGTGATGTATCAAAAGGAATGGCTGAAGCAGATCGCAAGA TTCTTTCGGCAGAGATGAAGCTTGGATCTCAGTACTATTTCTATATGGAGACGCAAACTGCACTTGCTGTACCGGATGAA GACAGTTGCATTACGATTTACAGTTCAAGTCAAAGCCCTGAGGGTGTACATTCTACAGTCGCCAGATGCTTAGGTATTCC CGAAAATAATGTTCGTGTAATTACGAGAAGGGTTGGGGGAGGTTTTGGAGGAAAGAGTGCGAAGTCCTCAGCTGTTGCTA CATCTTGTGCACTCGCGGCACACAAATTAGGGCGACCTGTCCGGATGTATCAGAATCGAAAGACAGATATGATAATGGCT GGAGGAAGGCATCCCATGAAGATAACATACAATGTTGGGTTTAAGAATGATGGGAAGATCACTGCATTAGAACTTGAGAT ATTGGTCAATGCAGGGATTTTTCCGAGCTTTAGTGCAGTAATGCCACTCAAGATAGTTGGTGCACTTAAAAAGTATGACT GGGGTGCTCTCTCTTTTGATATAAAGATATGCAGAACAAATCATCCAACTAGATATGCCATGAGGGCCCCTGGCGATTTA CAGGGATCATTCATTGCAGAAGCTGTAATAGAAAATGTTGCAGCTACACTTTCAATGGATGTAGATTCTATCAGAAGCAT TAATCTTCACACGTACACAAGTCTTAAAGCTTTCTATCCGGACTCTTTTGGTGAACCTCTTGAGTATACCATGCCTTCAA TATGGAATAAGTTAGCTGTTTCTGCAAACTATGAGCTGAGAGCAGAAATGGTGAAAGAGTTTAACAGGATTAACACTTGG AAGAAAAGGGGAATATCTCGAGTGCCAGTTTTGTATGAGCTGACTCCAAGACCAACTCCAGGAAAAGTTAGTATTTTGTC AGATGGGTCTGCTGTTGTTGAAGTTGGAGGAATTGAACTGGGTCAGGGTCTCTGGACAAAGGTGAAACAGATGGCTGCAT TTGGCCTCAGTGCAATTCAATGTGATGGAACTGAAGAGCTCTTGGATAAAGTGCGTGTTGTACAATCTGATACCGTGAGC TTGATTCAAGGGGGTTTAACTGCAGGGAGCACTACATCTGAGTCAAGCTGTGAAGCAGTTAGGCTTAGCTGCAATATCTT GGTTGAGAGGTTAAAACCTCTCAAGGAAAAGTTACAGGAGGAAATGGGTTCTGTCAAATGGGAGACCCTTATTCTTCAGG CATCAATGCAAGCTGTGAATTTATCAGCATCTTCCTTTTATGTACCCAGTAAGAATTCCAATAAGTACCTTAACTATGGT GCTGCAGTAAGTGAGGTGGAAATAGATCTTCTGACTGGAGAAACTAGATTTTTGCAAACAGATATTATCTATGATTGTGG AATGAGTTTGAACCCTGCTGTGGATTTAGGACAGATTGAAGGATGTTTTATCCAGGGGTTGGGTTTTTTCATGCTTGAAG AATATGAAACAAATCTTGATGGTTTGGTATTGGCAGACGGCACTTGGAACTATAAAGTCCCTACAATAGATACTATTCCT CAACAGTTTAATGTTGGAGTTCTCAACAGTAAGCATAACAAGAAACGTGTTCTCTCTTCAAAAGCTTCTGGTGAACCACC CCTGCTTCTAGCAGCTGCTGTTCACTGTGCCACTAGAGCAGCTGCCAAAGAGGCCAGGAAACAGCTTCTGTCATGGAGCA ACTTAGATGGACCAGATTCCAAATTTCAGTTGGAGGTCCCTGCAACCATGCCTGTGCTAAAGGAACTTATTGGACTGGAC ATTGTAGAAAGGTACTTGAAATGGAAAATGGATAAGAAGTAA
Download CDS Sequence

Protein sequence (LotjaGi1g1v0059700.1) extracted from Lotus japonicus Gifu v1.2 Proteins.

METKKENGDSGTPPTSLVFGVNGESFELSNVDPSTTLLQFLRTQTRFKSVKLGCGEGGCGACLVLISKYDHVLDKVEDFT ANSCLTLLCSIHGCSITTSEGIGNTKEGFHPIHERIAGFHATQCGFCTPGMCVSLLGTLVNAEKTDRPEPPPGFSKVTAS EAEMSVAGHLCRCTGYRPIADACKSFAADVDMEDLGLNSFWRKGESKDIKLSRLPQYDSKHKNVSFPMFLKEIKHDVFMA SEEHSWQRPTSLEELQKLLELNQANGTCAKLVVGNTGMGYYKDTEHDKYIDLTGVSELSKIQKDGSGIEIGAAVVISKAI EVLKQESKSDFTSDFVMILGKIADHMSKVATGFIRNTGSVGGNLVMAQRNHFPSDIATILLAAGSMVHIMSGSQFEWLAL EEFLERSPLGLDSVLLNIKIPSLEFNKSESSEPRSRFLFETYRASPRPLGFALSYLNAAFLVEVSPCEDTGGTMINTCRL SFGGFGNKHATRSKNVEEVLAGKLLSVSILYDAVNLLTATIVPKDETSKTAYISSLAACFLFQFFNSLIDSTARLANNGN LNGYTNLPSVKAFKLKENQKQVHHDTFPTLQSSGKQVIEAGSEYHPIGEPIVKSGAALQASGEAVFVDDIPSPTNCLHGA YIYSEKPLARIKSIKLSSELQLDGVRDVISSKDIPDGGENIGSKSSLGNEPLFADDIAKCVGDRLAFVVADTQKLADIAA NSAMVDYSIENLEPPILSVEEAVERSSVVQVPPYLYPKQVGDVSKGMAEADRKILSAEMKLGSQYYFYMETQTALAVPDE DSCITIYSSSQSPEGVHSTVARCLGIPENNVRVITRRVGGGFGGKSAKSSAVATSCALAAHKLGRPVRMYQNRKTDMIMA GGRHPMKITYNVGFKNDGKITALELEILVNAGIFPSFSAVMPLKIVGALKKYDWGALSFDIKICRTNHPTRYAMRAPGDL QGSFIAEAVIENVAATLSMDVDSIRSINLHTYTSLKAFYPDSFGEPLEYTMPSIWNKLAVSANYELRAEMVKEFNRINTW KKRGISRVPVLYELTPRPTPGKVSILSDGSAVVEVGGIELGQGLWTKVKQMAAFGLSAIQCDGTEELLDKVRVVQSDTVS LIQGGLTAGSTTSESSCEAVRLSCNILVERLKPLKEKLQEEMGSVKWETLILQASMQAVNLSASSFYVPSKNSNKYLNYG AAVSEVEIDLLTGETRFLQTDIIYDCGMSLNPAVDLGQIEGCFIQGLGFFMLEEYETNLDGLVLADGTWNYKVPTIDTIP QQFNVGVLNSKHNKKRVLSSKASGEPPLLLAAAVHCATRAAAKEARKQLLSWSNLDGPDSKFQLEVPATMPVLKELIGLD IVERYLKWKMDKK
Download Protein Sequence

Domain prediction

Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.

Merging data from EBeye. Please wait…

Domains

Sorting

Prediction algorithm Identifier Start End Length E-value InterPro ID
PIRSF
PIRSF000127
11 1373 1363 0.0
IPR016208
Gene3D
G3DSA:3.30.365.10
14 1372 1359 0.0 –
PANTHER
PTHR11908
14 1373 1360 0.0 –
PANTHER
PTHR11908:SF141
14 1373 1360 0.0 –
ProSiteProfiles
PS51085
15 102 88 9.928
IPR001041
SUPERFAMILY
SSF54292
16 102 87 2.16E-21
IPR036010
Pfam
PF00111
21 87 67 2.2E-8
IPR001041
ProSitePatterns
PS00197
54 62 9 -
IPR006058
Pfam
PF01799
98 183 86 9.0E-21
IPR002888
SUPERFAMILY
SSF47741
105 226 122 1.3E-27
IPR036884
SUPERFAMILY
SSF56176
209 421 213 3.01E-36
IPR036318
ProSiteProfiles
PS51387
239 425 187 19.671
IPR016166
Pfam
PF00941
245 422 178 2.3E-37
IPR002346
SUPERFAMILY
SSF55447
438 549 112 1.18E-10
IPR036683
Pfam
PF03450
441 547 107 5.3E-17
IPR005107
SUPERFAMILY
SSF54665
582 728 147 4.32E-33
IPR036856
Pfam
PF01315
621 728 108 2.4E-27
IPR000674
SMART
SM01008
621 731 111 1.2E-24
IPR000674
SUPERFAMILY
SSF56003
734 1358 625 3.01E-154
IPR037165
Pfam
PF02738
759 1280 522 4.4E-157
IPR008274

Gene function (GO predictions)

GO predictions are based solely on the InterPro-to-GO mappings published by EMBL-EBI, which are in turn based on the mapping of predicted domains to the InterPro dataset. The InterPro-to-GO mapping was last updated on , while the GO metadata was last updated on .

GO term Namespace Name Definition Relationships
GO:0005506
Molecular function Iron ion binding Interacting selectively and non-covalently with iron (Fe) ions.
Subterm of
GO:0009055
Molecular function Electron transfer activity Any molecular entity that serves as an electron acceptor and electron donor in an electron transport chain. An electron transport chain is a process in which a series of electron carriers operate together to transfer electrons from donors to any of several different terminal electron acceptors to generate a transmembrane electrochemical gradient.
Subterm of
GO:0016491
Molecular function Oxidoreductase activity Catalysis of an oxidation-reduction (redox) reaction, a reversible chemical reaction in which the oxidation state of an atom or atoms within a molecule is altered. One substrate acts as a hydrogen or electron donor and becomes oxidized, while the other acts as hydrogen or electron acceptor and becomes reduced.
Subterm of
GO:0046872
Molecular function Metal ion binding Interacting selectively and non-covalently with any metal ion.
Subterm of
GO:0050660
Molecular function Flavin adenine dinucleotide binding Interacting selectively and non-covalently with FAD, flavin-adenine dinucleotide, the coenzyme or the prosthetic group of various flavoprotein oxidoreductase enzymes, in either the oxidized form, FAD, or the reduced form, FADH2.
Subterm of
GO:0051536
Molecular function Iron-sulfur cluster binding Interacting selectively and non-covalently with an iron-sulfur cluster, a combination of iron and sulfur atoms.
Subterm of
GO:0051537
Molecular function 2 iron, 2 sulfur cluster binding Interacting selectively and non-covalently with a 2 iron, 2 sulfur (2Fe-2S) cluster; this cluster consists of two iron atoms, with two inorganic sulfur atoms found between the irons and acting as bridging ligands.
Subterm of
GO:0055114
Biological process Oxidation-reduction process A metabolic process that results in the removal or addition of one or more electrons to or from a substance, with or without the concomitant removal or addition of a proton or protons.
Subterm of
GO:0071949
Molecular function FAD binding Interacting selectively and non-covalently with the oxidized form, FAD, of flavin-adenine dinucleotide, the coenzyme or the prosthetic group of various flavoprotein oxidoreductase enzymes.
Subterm of

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Expression data

Expression pattern

Expression pattern of LotjaGi1g1v0059700.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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