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LotjaGi1g1v0224700.1

Overview

Field Value
Gene ID LotjaGi1g1v0224700
Transcript ID LotjaGi1g1v0224700.1
Related isoforms 11
Lotus japonicus genome version Gifu v1.2
Description Glutamate synthase, putative; TAIR: AT5G53460.1 NADH-dependent glutamate synthase 1; Swiss-Prot: sp|Q03460|GLSN_MEDSA Glutamate synthase [NADH], amyloplastic; TrEMBL-Plants: tr|A0A0B2SWZ8|A0A0B2SWZ8_GLYSO Glutamate synthase [NADH], amyloplastic; Found in the gene: LotjaGi1g1v0224700
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr1:51351414..51364950) extracted from Lotus japonicus Gifu genome v1.2.

TGAAGGATTAGGTTAATTAGTGAATAAATTATCCTCCTCCTTCCTCAACCCATCATCTTCTCCCACCCCATCAGAAACCC AGCACCACTGGTTATCCTCCTCCTTGCACTCACCCACAAACCCAGAACCCACCCCCTTCATCCCTGCCGCAACCCCACAA CCATCTTGTTGAACCCTATAAATTTCCTCCAAAAGCACCCATCACCAAATCCCAGCAATCAAACCCAGAATCATCATCAA ATACCCATAATCCGCACCACCCCCAACCACCAGATTGAAAACTATGTAGAACAAACATCATAGGATTGAATAATAAAACC CCTTTTATGTTTCAGTTTGGTTTTTCTATCCACACGCATGTTCCTTCTCCTTGCCGCTTCCACCATGCTCTGCCTCTCAC CGCCACGCTCTCGAAACCTCCAAAAATCGTCATCTTCTTAACCTCTGCAACTCTCACAAACCTCCAAACCTCCGGCCAGC ATCAATTTCTTCTTTCTCTCACGCCATGGAATGGAAATCAGAAGGAGAAAGATATGAACTTCCCTTCCCATCCTTTCCTC CCTTGGACTACTAGAAACCCAAATCGCAACAATAAAGTTTACAGCTTTTTGGATCTGGATCTGCATCTGGGGTTATGTGG AGGAGAAGATTGTTGGACTGGGTTTATCGGAATCAAACGACCTCGTTTCCAACTCTCTTTCTCTCGTTCAAGTCTGGGTT GTGGGTGGTAGTGGGTGGCAACGACGGTGGGAGTCGTCGTTCAGCCTCCTTTCTCGTTCAAGTCTGGGTGTGTGGTGCAT CAACTTTCGAACTGTGTTGATTTGCTGGTTCCAGATCTGGGTGTAGGAGGGTGGTTGGGAGTAAGATTTTTTGGATTCTT CATGCTGTGGGTCAAGTTTGTTTGTTGGTGCAGGGAGGAGGTGGAAGGGAAGGAGCAATGGGTAGTGAGTGAGTGAGATG GGTTTGCGTTTTGCAGAGGTGGGTGAGTGAGTTTTTTGTTGTTGTTACGGAGGGGGTGAGGTGGTGATTGGAGCTTCTTG GTTTCTGATGAAAGATGAGGAAGGAGGAGGATAATGATTAAGGATAAATGTTTTTTTTAAAATTAATTAAAAATAAATGT TTAATTAAGAAAATGTGAATTTTGATTTTTAAAAAAAAAACCTGTTATAGTGGGTCAAAAGTGATTGGGTGTAACTTTGC ACAAGTTTTTAGATGACCATAATAAATTTTTCCAATAAAGATAAGGTTAAATTTCGCTTTAACTGATTGATGACATTCAA CAAACAATCTACCAACAGAATCAACCAACGGCAAACAGGTTCGCATCCGAGCGTAGCCAGGTGGTGGGACCCAGGAAAGA GAGGGGATCGCGGCTGTCTCGTGCCGCATAAAACAATTCACACGTGTCCTTACTGTGACTGCTTAGCTGTCAACTAACAA ACACACTGAAGGACGGAGTCGGTAATTTACACAAACACGAAGAAGAAGAACTTTTGTGGTCCCCACTCCTCCTCTCTCCT CTTCCTCCACCTACTCCTCTTCCTCTTCTCTCTTCACCAACACATTATTTCTCTATAAATCCACCCCCCGTTCTCCCAAC GGAGAATCCTCCTTCACACCCTTCTTCACGAGGTGCTGTTCTCTCTCTCTCTCTCTCTCTGTTTGATCATCTGTTGTTCT TTCATCTTCAGCTTTGTGTGGTTTGTCTGCGACAGCTAACATACCGTGTCCCACATCAAGAGAGACAAGCTCACAAGCCA AGCCATACCGTGATTCATTCGAATCTCTTCAATCGCCATTTAAAATCGGATCTTATTGCTTTTTCCCACCCAGATCTGTA ACATTCAATCCCAAAATAACCCAATCTTTTGGATAAACTAGACTTCCATAAGTAATACAAACACATCCAATACTTGGGTA TAAAATCAAATCATAAAAATAAATAACAAGCCGCCAAAGGCAAAGGCAAAGGCTTCTTCTTCTTCTGCGGTAGGTTTTGT TTGAACAATGTCGAACTCTCTCTCGTTAACGTTCTCGGCGCTGAATAACCCTCAGCTGAGCGCTCTCATCAACCCTGGTG GAGCGCGTGCACGAGCGCGTCCGCTGGCGAGCGTGAGGAACAGCACGGCGTCGCGATGGCTGGGGACCCGGTTGCGTTCG AGCGGGTCGGAGAGGATCCAGTTTTGGCACTCTGGCGGGCCGGGGCGGATGCCGAAGCTTAGGGTGGCGGTCCGGTCGGC ATTCTCGGCGGTGCCGGAGAAGCCGCTGGGGCTTTACGATCCGGCGATGGATAAGGACTCTTGCGGGGTCGGATTCGTGG CGGAGCTGTCTGGTCAAAGCAGTCGCAAAACGGTGGGCGATTTTTCTTTTTTTTTTTTAAATAATTTTTTGCGGCGTGTT TGGTTGTGATGTGAGTCTTTTTGACTGTGCAGGTTACTGATGCGTTGGAGATGTTGGTGCGCATGACGCACAGAGGAGCT TGCGGTTGTGAAACCAATACTGGAGATGGTGCAGGCATCCTTGTTGCTCTGCCTCATGCGTTTTTCAAAGAGGCACGTTC TTTGTTTTTTTAATATATATATATATATATATATATATATATATATATATATATATATATTTGCAAATATCTGAGAACAT GTGGAATTTTGAAAATATGTGAGATTTCAGTTTTATTTTTGATTTTTTGGCTATGTACTGATTAATTTGTTTATAGAGTA TTTTTTAAATAGAACCTATGAAAGTGTATTTTGGCCCCCAATCAAGTTATAGCTGTTTATTTTTTATTTTTTTTACATCA GAGAAATAAATTTGCACCCGATAGGAATCGATCCCTAGACCTATCCTACCCAACCTATATGTCCCTAGCTCTTACCACAG AATAGTTATACCTGTTTATACTTTCTCACAAATCATTTTCTGTCGTTTCTTTCTTCCTTTTCTTGCTGATGGCTGCCTTG TTTTTCTGTTTAAAATCATTTATGTTCTTAAATATATTATTATTATTTTTATAGTTGTTTTCCCCTCTTTATTTTTCTGA TACCTGTTTATATATTCTCTTTTTAAAGGGTTTTTATTTGAGATTAATCACTGCATATGGATAGCCTAAATGGTACTTGA TGGTTTAAAATTTCATAAGTTCAGTGTTCAAATCCTTCAATTCCTACTGGTATCTAGATACGCAACAAAAAAGAATTTTT CTTTTTCAGTGCAATATAAGTACTAAGTAGTTAATAATGCTAAATTGCAATAATTGAAGTTTTGATTGACTACTTTGTCG CCATAATCAGCAAAAACCTTTGATTTATTAGGACTCGGCTTTGTATCTTTCACCTGTTCTATTGAAAGAGGTTTGATGAT TATTTATAATGGGTTTCCGTTTTACAGGTTGTGGATTTTGAGCTTCCTCCCCATGGACAATATGCTGTTGGCATGTTTTT CTTGCCCAAATCTGATAACCGTAGGAAGGAAAGCAAAAATATATTTAGAAAGGTAAATCAAAGTGTGAAGTTTCTTTGTC TTCGTTTCAAATTTGATGTCATGCATAATGGTTTTTTTCAGTTCAACAAAGATTCACTTTAGCACACAGTACATTTTTTC TGCCATGTAAATTGTAATAATGCTGAAGCCCCCGAAAGTTGTCCACTGCTGTTTTGTATTATGTTCCTTTGCTATTACCA TGATGGTGGTCTTATGTTTTACTGCTTTTGCTTTAAGGTTGCTGAATCTATGGGGCTTTCAATTCTTGGTTGGCGTTCTG TGCGCACAGACAACACAGGATTGGGCAAATCAGCCCTTCAAACTGAACCAGTGATCGAGCAGGTGTTCCTTACTGCAAGT GGTAAATCAAAAGTTGATCTGGAAAGACAGGTACTTTTTATCGGTGGCAAGACTTTTGATTAAAATAATCTTAGCAAGTG AACATATATTCAACTGGATTTCTTTTTGAAGAAAAAGATTAACTAATAAATGCTTAGACATAGTATCCGGTGAGGCTTGA ATTTATTGTGCAAGTGGGAGGATATAAAACAATTTGATTCAGGTCATATTGCATCATTGAATGATTAATTTGAAGTGAGA ATTGAGTAGTACTTGGATTTTTCTTTGCAGATGTACATATTAAGGAAGCTGAGCATGGCTGCTATTACATCTGCGTTAAA CCTGCAAAATGACGGCATTGCAGATTTTTATATCTGTTCACTTTCATCAAGGTGTGTTGTCATAAGGCAATCTCATTTTC TTGAGAAGTAAATTATGCTTACAGCCACACTTATCTAATCAATTTTGAATTTCTGATGATCCTCTGAATTTCTACAGGAC TGTCGTTTACAAAGGTCAGCTAACACCGGCTCAGTTGAGGGAATATTATTATGCAGACCTTGGCAATGAAAGGTTTACGA GCTACATGGCCCTGGTAAATATATTACCCATTAACCTATCTTCTTTCTCCACTAACTCTATACTCCAACAAACAGCATAG GAACAACCAGTAACTGAAGAGATGCAAGGTTGAGGAATGACTTCTGAGGCATTGAGGTTTGAATGATCTCTTAAGTTCTT CCGCTTCCTTGATTACTGTTTGAATTTGGATGCTGGATTGGATGCAATGGTTGAGTTGGTAAGAAAGTTCATATCAAGAT AATCATGTTTGCAGAAATTTCTGCTGATACTTTCTGTCAGTTACTTGGTCTGGAGGACTATTTCTTCAAGGTGGTGGAGG GAAAAATCATGCACTTCACTATATGTTTATATTGAATTGCCTGGAAGAAAACCACATTTATGCATTCTACATTGGTTTAT GTACTGGTATAAGAATTCGACCATGAAGACTCACAGTTTGGTGTGCATATCTGCAGATACATTCACGATTTTCTACGAAT ACCTTTCCTAGCTGGGATCGTGCTCAACCTATGCGTGTATTGGGCCACAATGGAGAAATTAATACACTCAGGGGCAATGT TAACTGGTATGTCTTGTATAGTTTTTGCCTTACTGTAGTTTAGTAGGTTGACCTACCTAGAAGAATGAGTTAACTTAATT GCTGCTAAAATGGATAAATCAGATAGTAAACATTGTTTGAGTTATGAATTATTGCCACCTTGCCCTCTCAAAAAAAGTTT GTTCTAATGTGCAATTAGCATAATACTAGTTGATTATGAGTGGGTATAACAGTGTTGTGTGTTGTGCCGGATTCACCCAC CGCATTTTGATTGATCTATGGCAGAATGTATCGGCTAAATCTATTAATTTTGTAGGATGAAGGCACGTGAGGGCTTATTG AAATGCAAGGAGCTTGGCTTATCAGAGAACGAGTTAAAGAAGCTTTTACCGATTGTGGATGCGAATTCTTCAGATTCAGG TGAAATTTTATCTGAATCTTTTTTATTAGCTTGCAAAACTGTGGTCATTTACTAAAATCCTAATGATATTTTCTTTACCA GGAGCTTTTGATGGCGTGCTCGAGTTTTTGGTTCATTCTGGAAAAAGTCTTCCTGAAGCTGTTATGATGATGATTCCTGA AGCATGGCAAAAGGACAAGAACATGGATCCCCAGCGTAAAGCATTTTACGAATACTATTCGGCTCTCATGGAGCCTTGGG ATGGACCAGCTCTTATATCATGTGTGTTTTCTTGGACTTTGACTCAATTACATGTTTATGTCCCGTTAATATTGGCTTTT TGATTTGGTACTAATATATTTTAATATCATTACAGTTACCGACGGCCACTATCTTGGAGCTACATTGGACAGGAATGGAT TGCGACCGGGCCGCTTCTATGTCACCCATAGTGGACGAGTAATAATGGCAAGTGAAGTTGGGGTTGTAGACATTCCTCCA GAAGACGTACGTAGGAAAGGAAGATTAAATCCTGGCATGATGCTTCTGGTGGATTTTGAGAAGCATATAGTTGTAAATGA TGATGCCTTAAAGGAACAATATTCATTGGAAAGACCCTATGGGGATTGGCTCAAAAAGCAAAAGATTGATCTCAAAGACA TAGTTGACTCAGTTCATGAGTCTGAAAGAGTGCCCCCAACCATAACAGGAGTGGCTCCAGTAAGTATACATTCAAAGCAA TATGAACATCTCATAAATTTCTTGCAGGCAAGTCTAATTATTGAATCTTCCATGAACTACAGCTATCGTGTGATGATGTG GATATGGAAAATATGGGAATTCACGGTTTACTAGCTCCATTGAAAGTTTTTGGGTATGTAACTAACATCACTCCTGAATA TTTCCTCCATTACTCCTGAATATTTCCTCCATTATATCCACTTTGTTTACAAAGGAAGTGTTTTTTATGTTCTCTACTCA TGTATGATGCAGATATACAGTTGAATCATTGGAAATGCTGTTACTTCCTATGGCAAAAGATGGGGTAGAAGCCCTTGGGT CAATGGGAAATGACACTCCATTAGCTGTCATGTCTAATAGAGAAAAACTTTCTTTTGAGTATTTCAAGCAAATGTTTGCT CAAGTTACAAACCCTCCTATTGATCCCATCCGAGAGAAAATCGTCACCTCTATGGAATGTATGGTCGGTCCAGAAGGTGA TCTCACAGAAACCACTGAGGAACAGTGCCACCGCCTTTCACTAAAAGGTCCCCTCTTATCCACTGAACAAATGGAGGCCA TTAAAAAAATGGATTATAGGGGATGGCGGAGCAAAGTTATAGACATAACTTACTCAAAGGAACGCGGTAAGAGAGGGTTG GAGGAAGCCTTGGACAGGATATGTGCAGAAGCACACGGTGCAATTAAAGAAGGCTACACCACCCTTGTGCTTTCTGATAG AGGTATTATACTGTTACCTTTGTGTTGCATACGGATATTACTTTATAGTCAAGTACATCTAATTTTATTTGAATTTGGAA TTGAATTTGTAGCATTCTCAAGGAAACGTGTTGCTGTGAGCTCCCTCCTGGCTGTTGGTGCTGTCCATCAACATCTTGTG AAAACACTTGAGCGCACTAGAGTTGCCTTGATGATTGAATCTGCTGAGCCGCGTGAAGTGCACCATTTCTGCACTCTTGT TGGTTTTGGTGCTGATGCTATATGCCCATATTTGTCTATAGAGGCAATTTGGCGACTGCAGGTTGACGGAAAGATCCCAC CAAAAGCAAATGGTGTATTCCACTCAAAAGATGAGTTGGTTAAGAAATATTTCAAAGCAAGTCACTATGGAATGATGAAG GTTCTTGCTAAGATGGGAATATCAACTTTAGCCTCGTACAAAGGTGCTCAGATTTTTGAAGCTCTGGGTCTTTCATCAGA AGTGATTGATAAGTGCTTTGCTGGAACTCCAAGTCGAGTTGAGGGCGCAACATTTGAGATGCTCTCTTCTGACGCTCTTC AACTGCATGAGTTGGCTTTTCCTTCACGGACTTTCTCTCCTGGAAGTGCAGAAGCTGTAGCATTGCCAAATCCCGGGGAT TATCATTGGAGAAAAGGTGGTGAAGTTCACCTGAACGATCCACTTGCAATAGCCAAGCTTCAAGAGGCTGCTAGAACTAA TAGTGTAGATGCATATAAACAGTATTCCAAGATCATTCATGAACTAAATAAGGCTTGCAATTTGCGAGGGCTTTTGAAAT TTAAAGAGACATCAGCTAAGATTTCTATAGATGAAGTTGAACCTGCTAGTGAAATAGTTAAACGGTTTTGCACCGGGGCC ATGAGTTATGGGTCTATATCACTGGAGGCTCACTCAACTTTAGCATTGGCTATGAATAAAATTGGAGGAAAATCCAACAC AGGTTTGTCAATCTTACTTTAAGAAATATTAAATGGCAGATTTTTTCTTTTCCGTCTCAAAGGACACAAAGGTCTGACCT TTTACCCAACATCAATTTCTGACAAAGCATCTTTTCAGCATAATTTTTTCTAGAGAAATTTTGTGGATAACTTGTATATT TAATATCTGTTTCTACTAGATAAAGATTAGTCTCCTCAATTTCTCTAATTTTCTGATGATTTTTTTTTTACATATTTGCT GTAGGTGAGGGAGGTGAGCAACCATCTCGCATGGAGCCTCTTGCTGATGGCTCTAGGAATCCCAAAAGGAGTGCCATCAA ACAGGTCGCGAGTGGGAGATTTGGAGTTTCAAGTTACTACCTTACGAATGCTGATGAGCTGCAGATAAAGATGGCTCAGG TAATTGTTGAAATTTTCTGTTTTAAATCAAGATTATTGTCTTCTTTTGAGTATTTTAAGAAAGTCATCAACTGGTGCACC TGCATTCCTTTTGGAATTAAGGTTCTGTTTATGAATTTATGTTCATGGCAGATGATGATGTGACCTCTAGGCACCTCTGC GTGCTCTTGCGTCTTTAATTGATACGTACATTAGACCTTTGGTGAGGTTAAATATAAGTATGGTTTTTCAGCTAATGTAG AGTCGTATTATCGTAACATTATAATTGTAATCCTCAGGGAGCAAAACCTGGTGAGGGAGGTGAACTTCCTGGACACAAGG TTGTAGGAGACATTGCTGTCACTAGGAATTCAACTGCTGGGGTAGGGCTTATCAGTCCACCTCCCCATCATGATATTTAT TCAATTGAAGACCTTGCCCAGCTAATTCATGATCTAAAGGTATTTTTGTATGTGATTATTATTATTTCTCTTTTTCTGGT CGAATATTCCTGAATTAGGTGTTGCTTCCTGTTTGGCCCCTTTTGTTAATTTGTAGAATGCCAACCCAGCTGCTCGAATT AGTGTGAAATTAGTATCTGAAGCTGGAGTGGGGATAATTGCTAGTGGAGTTGTTAAAGGTCATGCAGATCATGTCTTGAT CTCAGGCCATGATGGAGGTACCGGGGCATCCAGATGGACTGGCATAAAGAATGCTGGGTTACCATGGGAACTCGGCCTGG CCGAGACCCACCAGACATTGGTTGCAAATGACCTACGTGGTAGAACGGTTCTCCAAACTGATGGGCAACTGAAAACCGGA AGAGATGTTGCGATTGCGGCTCTTCTTGGTGCGGAAGAGTTTGGCTTCAGTACTGCTCCACTCATTACTCTTGGCTGCAT CATGATGCGGAAGTGCCACAAGAACACCTGTCCTGTTGGCATTGCTACCCAAGATCCAGTACTTAGGGAGAAGTTTGCTG GAGAACCTGAGCATGTTATTAATTTCTTTTTTATGGTGGCTGAAGAGATGAGAGAAATAATGGCCCAGCTTGGGTTTAGA ACAGTTAATGAGATGGTTGGCCATTCTGATATGCTTGAAGTTGATAAAGAAGTTGTTAAAAGCAATGAGAAACTAGAGAA CATTGACCTCTCCCTATTGCTTAGACCTGCAGCTGAACTGCGGCCAGAAGCCGCTCAATACTGTGTGCAAAAGCAAGATC ACAGTTTGGACATGGCCTTGGATAATCAGCTCATAAGTTTGTCAAGTGCTGCTTTGGAGAAGGGTCTCCCAGTATACATT GAAACACCAATCTATAACGTAAACCGTGCTGTGGGAACTATGCTTAGCCATGAGGTGACCAAGAGGTACCACTTAGCTGG TCTTCCAACTGACACCATCCACATCAAATTTAATGGTAGCGCGGGCCAGAGCTTTGGTGCATTCCTCTGTCCTGGTATTA CTTTGGAACTAGAAGGTGATAGCAATGACTATGTTGGTAAAGGATTGTCCGGTGGAAAGGTTGTAGTATATCCGCCAAAA GGAAGCAATTTTGACCCTAAGGAGAACATTGTGATTGGCAATGTGGCACTGTATGGGGCAACACGTGGTGAAGCATATTT CAACGGGATGGCAGCAGAAAGATTTTGTGTGCGGAATTCTGGGGCTAAGGCTGTTGTGGAAGGTGTTGGTGATCATGGAT GTGAGTACATGACTGGCGGGACTGTTGTTGTGCTTGGGAAAACTGGTAGAAATTTTGCTGCTGGTATGAGTGGCGGGATT GCTTATGTTCTTAATGCGGATGGAAAATTCCAATCTCGATGCAACCTGGAGCTCGTAGATCTGGATAAGGTTGAAGAGGA GGAGGACATTGTTACTCTCAAAATGTTGATACAGCAACATCAACGACACACAAATAGTCTGCTTGCCAAAGAAGTGCTTG ATAATTTTGGGAATCTTCTTCCTAAATTTGTCAAGGTGATCCCGAGGGAGTATAAACGTGTTCTTGCAAGTATGAAGTCT GAGGAAGCCTCCAAAGATGCAGTGGAGCGCACTGCTAAAGATGCAGAAGAAGAAGATGATGAAGCACAAGCAGTGGAGAA AGATGCTTTTGAGGAGCTTAAGAAATTGGCAACTGCATCATTGAAAGAGAAACAGAGTGAGGTAATTTTTATTCTTTTAC TTGTACGTTTGATGTTCTGTTTACTTGTTTGATGTTCTGTTTTCTTAATGCTTATACGATAGGAACATGCATTGAAGATT TAAGTGAAGTAACTTGAGAAATTTAAGTAAATTTTGACCTGGCTATGTGTGAATATCTGCAGGCTGAATCACCCAAGAGG CCAAGTCAAGTAACTGAAGCCATTAAACATAGAGGTTTCGTGGCTTATGAGCGTGAGGGTGTTCAGTATAGGGATCCGAA TGTGCGCATGAACGATTGGAAGGAAGTGATGGAGGAGACAAAGCCTGGTCCACTTCTGAAAACACAGTCAGCCCGTTGCA TGGACTGTGGAACTCCTTTTTGTCATCAGGTCTGCATTACCCGCATCCAAGTTTTCATTTTTAGCTTAGAACATGCATCT TTCCTTCTGATGTTATTAGTACCCTTGTCTAAGCTAATGATATTTGCAACAAATTTCAGGAAAATTCTGGATGTCCCCTA GGAAATAAAATACCAGAATTCAATGAGTTAGTGTACCAAAATAGGTGGCGCGAAGCATTAGATAGGCTTCTTGAAACAAA CAACTTTCCAGAGTTTACTGGTCGGGTGTGCCCAGCTCCTTGTGAAGGTTCCTGTGTCCTTGGTATTATTGAGAATCCTG TATCTATTAAAAGCATTGAATGTGCAATCATAGACAAGGCTTTTGAGGAGGGTTGGATGGTGCCACGACCTCCAGCCAAA AGAACAGGGTATGCTATTTTATTTCTTATGAACATCTTGCTAGTTTCTCCTAGAACTTGGATGTATTATATAAAACAATT CATGTGTCCTCGTGGATGACATGGTTTCAGAGTCTCTTTAACCAAGTAGATGAACAGTGTTATCAATTAATATATATCTT TACTAATGCAGGAAAAGAGTAGCTGTCGTTGGAAGTGGACCAGCTGGCTTGGCAGCTGCTGATCAGCTGAACAAAATGGG TCACACAGTAACAGTATTTGAAAGAGCGGATCGGATTGGAGGGCTTATGATGTATGGGGTTCCCAACATGAAAACTGACA AAGTGAATATAGTTCAAAGGCGAGTCAATCTTATGGCTGAGGAAGGAATAGATTTTGTGGTAAATGCTAATGTTGGACTC GATCCTATATATTCTCTTGATCGGCTTCGAGAGGAAAATGATGCAATTGTGTTGTCTGTAGGAGCCACAAAACCAAGGTG AGACCCATAGACATGTTGATTAGTTCAATTTCTTTCTGCAACAATAAAAAGAAATGATAATTAGAAGGAAAGATGCTTAA AATGAAGGTATTTTTTCATGCAGGGATCTTCCAGTACCTGGAAGGGAGCTGTCAGGAGTTCATTTTGCAATGGAGTTTCT CCATGCAAATACTAAAAGCTTGCTTGATAGCAATCTCCAGGATGGCAACTATATTTCTGCCAAGGGCAAGAAAGTTGTTG TCATTGGTGGGGGTGACACTGGCACTGATTGCATAGGAACATCCATTCGCCACGGATGTAGCAACATTGTAAATCTTGAA CTTCTCCCTCAGCCGCCACAAACTAGGGCTCCAGGCAACCCATGGCCCCAGGTTAGATTTGAATCATTGGTTTTAAAAAT GCCTAGTTATGTATCTTCTTTGCAATGGGCCTGTCATTACTAGCAATGGCAAAATAAGTATCAAACATTTTTTACTCATA GTATTTGGATTATGACTGAGTTTAACTACTGATTTTTCCGGGATGATGCAGTGGCCTCGTGTATTCCGTGTTGATTACGG GCACCAAGAAGCTGCAGCTAAGTTTGGCAATGATCCAAGAACTTATGAGGTATTGACTAAGCGGTTTGTGGGAGATGAGA ATGGAGCTGTGAAAGGGCTTGAAGTGGTACATGTTCGCTGGGAGAAGGATGAAATGGGAAAGTTTCAGTTTAAGGAAATT GAGGGCAGTGAGGAGATTATTGAGGCTGACCTAGTTTTCCTTGCCATGGGATTCCTAGGCCCTGAGTCTGTAAGTATTCT TATTAGCTTCATTTCTTATGTTAAAAGGCCAAAAAGTATGTAGTCTCAATTTTTATGTTGTCTCATGTTAGTTCTCCACT TGTGCTTTTTTATTACTTTTTTAGGTTTTATAAATGTAATGGACAATAGGTTATTTTATGAACATATTTAAATTTTAATG GACTGAACTTTCAATTGTTTGTTAGATGAAATACAAACAGAAAAATGGGTTGTTGCTGTTACAGTGCTTGTAATTAAACT TTATAGTAATGAATTTCAGTGTGCGGAACACTTGAACTCGATAGTAATCTTCTACCAATACCAAATTCCGATTGATAACA CATGATCCTCATAGCCATAACTGATAATGCTTTGGTTTCTTCTGCCTTACCAGACAATTGCAGAGAAGTTGGGTGTGGAG CGAGACAACAGGTCAAACTTCAAGGCTGATTACGGTCGCTTCTCAACCAGTGTCAATGGTGTGTTTGCCGCTGGAGACTG TCGCCGGGGTCAGTCCCTTGTGGTGTGGGCTATTTCAGAGGGACGGCAAGCTGCAGCACAAGTTGACAACTATCTCACCA AAGAGGACCGAGAGCACGGTATTGATGCGGAGCATGTCAAGAGGCAAGAGGGCCTCAATAAGAAGCACCAAGGCAGCAGC GGCAAACACACAGTGATGACTTAGGAGGATGCACAGAATAACAAAAGATGATTGTTCTATGTATGATCGGGACTTTCATT GGTTTTTTTTAGGCATTCTTGGTTGGCAGATAGCAATGCTGTAGGGGAAAAATAAGGACAAAAACAATGAAGAGAAATAA ATTTAGTGTAAGGAAAGCAAGATGTTGCATTGGTGCTTTGGTGGGTTTGGAGGTTATTGCAGGTTTGAGTATTGTCAGTT GTTCATAGTCTATTGTTTTGTTGGGGTGGTTAGCCCTTGTATTAGATACGATGATTATATATGAAATGTACAGTTTGCCA AATAATTGATAATTTGATGTCATTATTTCCATTTTGAACTTAGCAGTAATGATTAAGATTGCAATGGGTAGGGTGCTATA TAACTTGTCTCCATAATTGTGTTTTGGAACTACTTGTCCTTGTTCCTCTACCTGCGTCACGGGTGTACAAGATCCGGCCC TATCCGCTAACCCGTCCCGGCCCAAGCCTTTAGGGCCGGGTTGAACCCAGCCCGATCATTAAAAGAGACCGGGTTCGGAT TGATCTTTGAGTTACCC
Download Genomic Sequence

CDS sequence (LotjaGi1g1v0224700.1) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGTTTTTCTTGCCCAAATCTGATAACCGTAGGAAGGAAAGCAAAAATATATTTAGAAAGGTTGCTGAATCTATGGGGCT TTCAATTCTTGGTTGGCGTTCTGTGCGCACAGACAACACAGGATTGGGCAAATCAGCCCTTCAAACTGAACCAGTGATCG AGCAGGTGTTCCTTACTGCAAGTGGTAAATCAAAAGTTGATCTGGAAAGACAGATGTACATATTAAGGAAGCTGAGCATG GCTGCTATTACATCTGCGTTAAACCTGCAAAATGACGGCATTGCAGATTTTTATATCTGTTCACTTTCATCAAGGACTGT CGTTTACAAAGGTCAGCTAACACCGGCTCAGTTGAGGGAATATTATTATGCAGACCTTGGCAATGAAAGGTTTACGAGCT ACATGGCCCTGATACATTCACGATTTTCTACGAATACCTTTCCTAGCTGGGATCGTGCTCAACCTATGCGTGTATTGGGC CACAATGGAGAAATTAATACACTCAGGGGCAATGTTAACTGGATGAAGGCACGTGAGGGCTTATTGAAATGCAAGGAGCT TGGCTTATCAGAGAACGAGTTAAAGAAGCTTTTACCGATTGTGGATGCGAATTCTTCAGATTCAGGAGCTTTTGATGGCG TGCTCGAGTTTTTGGTTCATTCTGGAAAAAGTCTTCCTGAAGCTGTTATGATGATGATTCCTGAAGCATGGCAAAAGGAC AAGAACATGGATCCCCAGCGTAAAGCATTTTACGAATACTATTCGGCTCTCATGGAGCCTTGGGATGGACCAGCTCTTAT ATCATTTACCGACGGCCACTATCTTGGAGCTACATTGGACAGGAATGGATTGCGACCGGGCCGCTTCTATGTCACCCATA GTGGACGAGTAATAATGGCAAGTGAAGTTGGGGTTGTAGACATTCCTCCAGAAGACGTACGTAGGAAAGGAAGATTAAAT CCTGGCATGATGCTTCTGGTGGATTTTGAGAAGCATATAGTTGTAAATGATGATGCCTTAAAGGAACAATATTCATTGGA AAGACCCTATGGGGATTGGCTCAAAAAGCAAAAGATTGATCTCAAAGACATAGTTGACTCAGTTCATGAGTCTGAAAGAG TGCCCCCAACCATAACAGGAGTGGCTCCACTATCGTGTGATGATGTGGATATGGAAAATATGGGAATTCACGGTTTACTA GCTCCATTGAAAGTTTTTGGATATACAGTTGAATCATTGGAAATGCTGTTACTTCCTATGGCAAAAGATGGGGTAGAAGC CCTTGGGTCAATGGGAAATGACACTCCATTAGCTGTCATGTCTAATAGAGAAAAACTTTCTTTTGAGTATTTCAAGCAAA TGTTTGCTCAAGTTACAAACCCTCCTATTGATCCCATCCGAGAGAAAATCGTCACCTCTATGGAATGTATGGTCGGTCCA GAAGGTGATCTCACAGAAACCACTGAGGAACAGTGCCACCGCCTTTCACTAAAAGGTCCCCTCTTATCCACTGAACAAAT GGAGGCCATTAAAAAAATGGATTATAGGGGATGGCGGAGCAAAGTTATAGACATAACTTACTCAAAGGAACGCGGTAAGA GAGGGTTGGAGGAAGCCTTGGACAGGATATGTGCAGAAGCACACGGTGCAATTAAAGAAGGCTACACCACCCTTGTGCTT TCTGATAGAGCATTCTCAAGGAAACGTGTTGCTGTGAGCTCCCTCCTGGCTGTTGGTGCTGTCCATCAACATCTTGTGAA AACACTTGAGCGCACTAGAGTTGCCTTGATGATTGAATCTGCTGAGCCGCGTGAAGTGCACCATTTCTGCACTCTTGTTG GTTTTGGTGCTGATGCTATATGCCCATATTTGTCTATAGAGGCAATTTGGCGACTGCAGGTTGACGGAAAGATCCCACCA AAAGCAAATGGTGTATTCCACTCAAAAGATGAGTTGGTTAAGAAATATTTCAAAGCAAGTCACTATGGAATGATGAAGGT TCTTGCTAAGATGGGAATATCAACTTTAGCCTCGTACAAAGGTGCTCAGATTTTTGAAGCTCTGGGTCTTTCATCAGAAG TGATTGATAAGTGCTTTGCTGGAACTCCAAGTCGAGTTGAGGGCGCAACATTTGAGATGCTCTCTTCTGACGCTCTTCAA CTGCATGAGTTGGCTTTTCCTTCACGGACTTTCTCTCCTGGAAGTGCAGAAGCTGTAGCATTGCCAAATCCCGGGGATTA TCATTGGAGAAAAGGTGGTGAAGTTCACCTGAACGATCCACTTGCAATAGCCAAGCTTCAAGAGGCTGCTAGAACTAATA GTGTAGATGCATATAAACAGTATTCCAAGATCATTCATGAACTAAATAAGGCTTGCAATTTGCGAGGGCTTTTGAAATTT AAAGAGACATCAGCTAAGATTTCTATAGATGAAGTTGAACCTGCTAGTGAAATAGTTAAACGGTTTTGCACCGGGGCCAT GAGTTATGGGTCTATATCACTGGAGGCTCACTCAACTTTAGCATTGGCTATGAATAAAATTGGAGGAAAATCCAACACAG GTGAGGGAGGTGAGCAACCATCTCGCATGGAGCCTCTTGCTGATGGCTCTAGGAATCCCAAAAGGAGTGCCATCAAACAG GTCGCGAGTGGGAGATTTGGAGTTTCAAGTTACTACCTTACGAATGCTGATGAGCTGCAGATAAAGATGGCTCAGGGAGC AAAACCTGGTGAGGGAGGTGAACTTCCTGGACACAAGGTTGTAGGAGACATTGCTGTCACTAGGAATTCAACTGCTGGGG TAGGGCTTATCAGTCCACCTCCCCATCATGATATTTATTCAATTGAAGACCTTGCCCAGCTAATTCATGATCTAAAGAAT GCCAACCCAGCTGCTCGAATTAGTGTGAAATTAGTATCTGAAGCTGGAGTGGGGATAATTGCTAGTGGAGTTGTTAAAGG TCATGCAGATCATGTCTTGATCTCAGGCCATGATGGAGGTACCGGGGCATCCAGATGGACTGGCATAAAGAATGCTGGGT TACCATGGGAACTCGGCCTGGCCGAGACCCACCAGACATTGGTTGCAAATGACCTACGTGGTAGAACGGTTCTCCAAACT GATGGGCAACTGAAAACCGGAAGAGATGTTGCGATTGCGGCTCTTCTTGGTGCGGAAGAGTTTGGCTTCAGTACTGCTCC ACTCATTACTCTTGGCTGCATCATGATGCGGAAGTGCCACAAGAACACCTGTCCTGTTGGCATTGCTACCCAAGATCCAG TACTTAGGGAGAAGTTTGCTGGAGAACCTGAGCATGTTATTAATTTCTTTTTTATGGTGGCTGAAGAGATGAGAGAAATA ATGGCCCAGCTTGGGTTTAGAACAGTTAATGAGATGGTTGGCCATTCTGATATGCTTGAAGTTGATAAAGAAGTTGTTAA AAGCAATGAGAAACTAGAGAACATTGACCTCTCCCTATTGCTTAGACCTGCAGCTGAACTGCGGCCAGAAGCCGCTCAAT ACTGTGTGCAAAAGCAAGATCACAGTTTGGACATGGCCTTGGATAATCAGCTCATAAGTTTGTCAAGTGCTGCTTTGGAG AAGGGTCTCCCAGTATACATTGAAACACCAATCTATAACGTAAACCGTGCTGTGGGAACTATGCTTAGCCATGAGGTGAC CAAGAGGTACCACTTAGCTGGTCTTCCAACTGACACCATCCACATCAAATTTAATGGTAGCGCGGGCCAGAGCTTTGGTG CATTCCTCTGTCCTGGTATTACTTTGGAACTAGAAGGTGATAGCAATGACTATGTTGGTAAAGGATTGTCCGGTGGAAAG GTTGTAGTATATCCGCCAAAAGGAAGCAATTTTGACCCTAAGGAGAACATTGTGATTGGCAATGTGGCACTGTATGGGGC AACACGTGGTGAAGCATATTTCAACGGGATGGCAGCAGAAAGATTTTGTGTGCGGAATTCTGGGGCTAAGGCTGTTGTGG AAGGTGTTGGTGATCATGGATGTGAGTACATGACTGGCGGGACTGTTGTTGTGCTTGGGAAAACTGGTAGAAATTTTGCT GCTGGTATGAGTGGCGGGATTGCTTATGTTCTTAATGCGGATGGAAAATTCCAATCTCGATGCAACCTGGAGCTCGTAGA TCTGGATAAGGTTGAAGAGGAGGAGGACATTGTTACTCTCAAAATGTTGATACAGCAACATCAACGACACACAAATAGTC TGCTTGCCAAAGAAGTGCTTGATAATTTTGGGAATCTTCTTCCTAAATTTGTCAAGGTGATCCCGAGGGAGTATAAACGT GTTCTTGCAAGTATGAAGTCTGAGGAAGCCTCCAAAGATGCAGTGGAGCGCACTGCTAAAGATGCAGAAGAAGAAGATGA TGAAGCACAAGCAGTGGAGAAAGATGCTTTTGAGGAGCTTAAGAAATTGGCAACTGCATCATTGAAAGAGAAACAGAGTG AGGCTGAATCACCCAAGAGGCCAAGTCAAGTAACTGAAGCCATTAAACATAGAGGTTTCGTGGCTTATGAGCGTGAGGGT GTTCAGTATAGGGATCCGAATGTGCGCATGAACGATTGGAAGGAAGTGATGGAGGAGACAAAGCCTGGTCCACTTCTGAA AACACAGTCAGCCCGTTGCATGGACTGTGGAACTCCTTTTTGTCATCAGGAAAATTCTGGATGTCCCCTAGGAAATAAAA TACCAGAATTCAATGAGTTAGTGTACCAAAATAGGTGGCGCGAAGCATTAGATAGGCTTCTTGAAACAAACAACTTTCCA GAGTTTACTGGTCGGGTGTGCCCAGCTCCTTGTGAAGGTTCCTGTGTCCTTGGTATTATTGAGAATCCTGTATCTATTAA AAGCATTGAATGTGCAATCATAGACAAGGCTTTTGAGGAGGGTTGGATGGTGCCACGACCTCCAGCCAAAAGAACAGGGA AAAGAGTAGCTGTCGTTGGAAGTGGACCAGCTGGCTTGGCAGCTGCTGATCAGCTGAACAAAATGGGTCACACAGTAACA GTATTTGAAAGAGCGGATCGGATTGGAGGGCTTATGATGTATGGGGTTCCCAACATGAAAACTGACAAAGTGAATATAGT TCAAAGGCGAGTCAATCTTATGGCTGAGGAAGGAATAGATTTTGTGGTAAATGCTAATGTTGGACTCGATCCTATATATT CTCTTGATCGGCTTCGAGAGGAAAATGATGCAATTGTGTTGTCTGTAGGAGCCACAAAACCAAGGGATCTTCCAGTACCT GGAAGGGAGCTGTCAGGAGTTCATTTTGCAATGGAGTTTCTCCATGCAAATACTAAAAGCTTGCTTGATAGCAATCTCCA GGATGGCAACTATATTTCTGCCAAGGGCAAGAAAGTTGTTGTCATTGGTGGGGGTGACACTGGCACTGATTGCATAGGAA CATCCATTCGCCACGGATGTAGCAACATTGTAAATCTTGAACTTCTCCCTCAGCCGCCACAAACTAGGGCTCCAGGCAAC CCATGGCCCCAGTGGCCTCGTGTATTCCGTGTTGATTACGGGCACCAAGAAGCTGCAGCTAAGTTTGGCAATGATCCAAG AACTTATGAGGTATTGACTAAGCGGTTTGTGGGAGATGAGAATGGAGCTGTGAAAGGGCTTGAAGTGGTACATGTTCGCT GGGAGAAGGATGAAATGGGAAAGTTTCAGTTTAAGGAAATTGAGGGCAGTGAGGAGATTATTGAGGCTGACCTAGTTTTC CTTGCCATGGGATTCCTAGGCCCTGAGTCTACAATTGCAGAGAAGTTGGGTGTGGAGCGAGACAACAGGTCAAACTTCAA GGCTGATTACGGTCGCTTCTCAACCAGTGTCAATGGTGTGTTTGCCGCTGGAGACTGTCGCCGGGGTCAGTCCCTTGTGG TGTGGGCTATTTCAGAGGGACGGCAAGCTGCAGCACAAGTTGACAACTATCTCACCAAAGAGGACCGAGAGCACGGTATT GATGCGGAGCATGTCAAGAGGCAAGAGGGCCTCAATAAGAAGCACCAAGGCAGCAGCGGCAAACACACAGTGATGACTTA G
Download CDS Sequence

Protein sequence (LotjaGi1g1v0224700.1) extracted from Lotus japonicus Gifu v1.2 Proteins.

MFFLPKSDNRRKESKNIFRKVAESMGLSILGWRSVRTDNTGLGKSALQTEPVIEQVFLTASGKSKVDLERQMYILRKLSM AAITSALNLQNDGIADFYICSLSSRTVVYKGQLTPAQLREYYYADLGNERFTSYMALIHSRFSTNTFPSWDRAQPMRVLG HNGEINTLRGNVNWMKAREGLLKCKELGLSENELKKLLPIVDANSSDSGAFDGVLEFLVHSGKSLPEAVMMMIPEAWQKD KNMDPQRKAFYEYYSALMEPWDGPALISFTDGHYLGATLDRNGLRPGRFYVTHSGRVIMASEVGVVDIPPEDVRRKGRLN PGMMLLVDFEKHIVVNDDALKEQYSLERPYGDWLKKQKIDLKDIVDSVHESERVPPTITGVAPLSCDDVDMENMGIHGLL APLKVFGYTVESLEMLLLPMAKDGVEALGSMGNDTPLAVMSNREKLSFEYFKQMFAQVTNPPIDPIREKIVTSMECMVGP EGDLTETTEEQCHRLSLKGPLLSTEQMEAIKKMDYRGWRSKVIDITYSKERGKRGLEEALDRICAEAHGAIKEGYTTLVL SDRAFSRKRVAVSSLLAVGAVHQHLVKTLERTRVALMIESAEPREVHHFCTLVGFGADAICPYLSIEAIWRLQVDGKIPP KANGVFHSKDELVKKYFKASHYGMMKVLAKMGISTLASYKGAQIFEALGLSSEVIDKCFAGTPSRVEGATFEMLSSDALQ LHELAFPSRTFSPGSAEAVALPNPGDYHWRKGGEVHLNDPLAIAKLQEAARTNSVDAYKQYSKIIHELNKACNLRGLLKF KETSAKISIDEVEPASEIVKRFCTGAMSYGSISLEAHSTLALAMNKIGGKSNTGEGGEQPSRMEPLADGSRNPKRSAIKQ VASGRFGVSSYYLTNADELQIKMAQGAKPGEGGELPGHKVVGDIAVTRNSTAGVGLISPPPHHDIYSIEDLAQLIHDLKN ANPAARISVKLVSEAGVGIIASGVVKGHADHVLISGHDGGTGASRWTGIKNAGLPWELGLAETHQTLVANDLRGRTVLQT DGQLKTGRDVAIAALLGAEEFGFSTAPLITLGCIMMRKCHKNTCPVGIATQDPVLREKFAGEPEHVINFFFMVAEEMREI MAQLGFRTVNEMVGHSDMLEVDKEVVKSNEKLENIDLSLLLRPAAELRPEAAQYCVQKQDHSLDMALDNQLISLSSAALE KGLPVYIETPIYNVNRAVGTMLSHEVTKRYHLAGLPTDTIHIKFNGSAGQSFGAFLCPGITLELEGDSNDYVGKGLSGGK VVVYPPKGSNFDPKENIVIGNVALYGATRGEAYFNGMAAERFCVRNSGAKAVVEGVGDHGCEYMTGGTVVVLGKTGRNFA AGMSGGIAYVLNADGKFQSRCNLELVDLDKVEEEEDIVTLKMLIQQHQRHTNSLLAKEVLDNFGNLLPKFVKVIPREYKR VLASMKSEEASKDAVERTAKDAEEEDDEAQAVEKDAFEELKKLATASLKEKQSEAESPKRPSQVTEAIKHRGFVAYEREG VQYRDPNVRMNDWKEVMEETKPGPLLKTQSARCMDCGTPFCHQENSGCPLGNKIPEFNELVYQNRWREALDRLLETNNFP EFTGRVCPAPCEGSCVLGIIENPVSIKSIECAIIDKAFEEGWMVPRPPAKRTGKRVAVVGSGPAGLAAADQLNKMGHTVT VFERADRIGGLMMYGVPNMKTDKVNIVQRRVNLMAEEGIDFVVNANVGLDPIYSLDRLREENDAIVLSVGATKPRDLPVP GRELSGVHFAMEFLHANTKSLLDSNLQDGNYISAKGKKVVVIGGGDTGTDCIGTSIRHGCSNIVNLELLPQPPQTRAPGN PWPQWPRVFRVDYGHQEAAAKFGNDPRTYEVLTKRFVGDENGAVKGLEVVHVRWEKDEMGKFQFKEIEGSEEIIEADLVF LAMGFLGPESTIAEKLGVERDNRSNFKADYGRFSTSVNGVFAAGDCRRGQSLVVWAISEGRQAAAQVDNYLTKEDREHGI DAEHVKRQEGLNKKHQGSSGKHTVMT
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.

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Domains

Sorting

Prediction algorithm Identifier Start End Length E-value InterPro ID
CDD
cd00713
1 348 348 0.0 –
SUPERFAMILY
SSF56235
1 356 356 1.45E-118
IPR029055
Gene3D
G3DSA:3.60.20.10
1 365 365 4.5E-156
IPR029055
ProSiteProfiles
PS51278
1 330 330 14.91
IPR017932
Pfam
PF00310
1 353 353 2.2E-149
IPR017932
PANTHER
PTHR11938
1 1999 1999 0.0 –
PIRSF
PIRSF000187
1 2017 2017 0.0
IPR012220
PANTHER
PTHR11938:SF131
1 1999 1999 0.0 –
Gene3D
G3DSA:3.20.20.70
386 739 354 3.8E-138
IPR013785
SUPERFAMILY
SSF51395
398 1161 764 6.87E-251 –
Pfam
PF04898
403 691 289 2.5E-112
IPR006982
Gene3D
G3DSA:3.20.20.70
740 1181 442 2.2E-200
IPR013785
Pfam
PF01645
758 1127 370 2.8E-152
IPR002932
CDD
cd02808
760 1139 380 1.48027E-168
IPR002932
MobiDBLite
mobidb-lite
850 873 24 - –
SUPERFAMILY
SSF69336
1179 1443 265 4.45E-100
IPR036485
Gene3D
G3DSA:2.160.20.60
1182 1455 274 8.1E-116
IPR036485
CDD
cd00982
1187 1436 250 6.42847E-152
IPR002489
Pfam
PF01493
1210 1396 187 6.3E-87
IPR002489
Coils
Coil
1445 1475 31 - –
MobiDBLite
mobidb-lite
1449 1471 23 - –
SUPERFAMILY
SSF46548
1507 1664 158 2.77E-37
IPR009051
TIGRFAM
TIGR01317
1509 1993 485 2.3E-227
IPR006005
Gene3D
G3DSA:1.10.1060.10
1509 1653 145 8.3E-21
IPR009051
Pfam
PF14691
1530 1641 112 2.8E-21
IPR028261
SUPERFAMILY
SSF51905
1651 1991 341 1.04E-61
IPR036188
Gene3D
G3DSA:3.50.50.60
1654 1787 134 7.8E-29
IPR036188
Pfam
PF07992
1654 1980 327 3.4E-25
IPR023753
PRINTS
PR00419
1655 1677 23 3.7E-23 –
PRINTS
PR00419
1678 1691 14 3.7E-23 –
PRINTS
PR00419
1721 1731 11 3.7E-23 –
Gene3D
G3DSA:3.50.50.60
1794 2011 218 9.0E-17
IPR036188
PRINTS
PR00419
1799 1813 15 3.7E-23 –
MobiDBLite
mobidb-lite
2003 2026 24 - –

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:0003824
Molecular function Catalytic activity Catalysis of a biochemical reaction at physiological temperatures. In biologically catalyzed reactions, the reactants are known as substrates, and the catalysts are naturally occurring macromolecular substances known as enzymes. Enzymes possess specific binding sites for substrates, and are usually composed wholly or largely of protein, but RNA that has catalytic activity (ribozyme) is often also regarded as enzymatic.
Subterm of
GO:0005506
Molecular function Iron ion binding Interacting selectively and non-covalently with iron (Fe) ions.
Subterm of
GO:0006537
Biological process Glutamate biosynthetic process The chemical reactions and pathways resulting in the formation of glutamate, the anion of 2-aminopentanedioic acid.
Subterm of
GO:0006807
Biological process Nitrogen compound metabolic process The chemical reactions and pathways involving organic or inorganic compounds that contain nitrogen.
Subterm of
GO:0010181
Molecular function FMN binding Interacting selectively and non-covalently with flavin mono nucleotide. Flavin mono nucleotide (FMN) is the coenzyme or the prosthetic group of various flavoprotein oxidoreductase enzymes.
Subterm of
GO:0015930
Molecular function Glutamate synthase activity Catalysis of the formation of L-glutamine and 2-oxoglutarate from L-glutamate, using NADH, NADPH or ferredoxin as hydrogen acceptors.
Subterm of
GO:0016040
Molecular function Glutamate synthase (NADH) activity Catalysis of the reaction: 2 L-glutamate + NAD(+) = 2-oxoglutarate + L-glutamine + H(+) + NADH.
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:0016638
Molecular function Oxidoreductase activity, acting on the CH-NH2 group of donors Catalysis of an oxidation-reduction (redox) reaction in which a CH-NH2 group acts as a hydrogen or electron donor and reduces a hydrogen or electron acceptor.
Subterm of
GO:0016639
Molecular function Oxidoreductase activity, acting on the CH-NH2 group of donors, NAD or NADP as acceptor Catalysis of an oxidation-reduction (redox) reaction in which a CH-NH2 group acts as a hydrogen or electron donor and reduces NAD+ or NADP.
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: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

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Expression data

Expression pattern

Expression pattern of LotjaGi1g1v0224700.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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