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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0224700 |
| Transcript ID | LotjaGi1g1v0224700.4 |
| 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. |
Genomic sequence (LjG1.1_chr1:51351950..51361264) extracted from Lotus japonicus Gifu genome v1.2.
TGGTCTTATGTTTTACTGCTTTTGCTTTAAGGTTGCTGAATCTATGGGGCTTTCAATTCTTGGTTGGCGTTCTGTGCGCA CAGACAACACAGGATTGGGCAAATCAGCCCTTCAAACTGAACCAGTGATCGAGCAGGTGTTCCTTACTGCAAGTGGTAAA TCAAAAGTTGATCTGGAAAGACAGGTACTTTTTATCGGTGGCAAGACTTTTGATTAAAATAATCTTAGCAAGTGAACATA TATTCAACTGGATTTCTTTTTGAAGAAAAAGATTAACTAATAAATGCTTAGACATAGTATCCGGTGAGGCTTGAATTTAT TGTGCAAGTGGGAGGATATAAAACAATTTGATTCAGGTCATATTGCATCATTGAATGATTAATTTGAAGTGAGAATTGAG TAGTACTTGGATTTTTCTTTGCAGATGTACATATTAAGGAAGCTGAGCATGGCTGCTATTACATCTGCGTTAAACCTGCA AAATGACGGCATTGCAGATTTTTATATCTGTTCACTTTCATCAAGGTGTGTTGTCATAAGGCAATCTCATTTTCTTGAGA AGTAAATTATGCTTACAGCCACACTTATCTAATCAATTTTGAATTTCTGATGATCCTCTGAATTTCTACAGGACTGTCGT TTACAAAGGTCAGCTAACACCGGCTCAGTTGAGGGAATATTATTATGCAGACCTTGGCAATGAAAGGTTTACGAGCTACA TGGCCCTGGTAAATATATTACCCATTAACCTATCTTCTTTCTCCACTAACTCTATACTCCAACAAACAGCATAGGAACAA CCAGTAACTGAAGAGATGCAAGGTTGAGGAATGACTTCTGAGGCATTGAGGTTTGAATGATCTCTTAAGTTCTTCCGCTT CCTTGATTACTGTTTGAATTTGGATGCTGGATTGGATGCAATGGTTGAGTTGGTAAGAAAGTTCATATCAAGATAATCAT GTTTGCAGAAATTTCTGCTGATACTTTCTGTCAGTTACTTGGTCTGGAGGACTATTTCTTCAAGGTGGTGGAGGGAAAAA TCATGCACTTCACTATATGTTTATATTGAATTGCCTGGAAGAAAACCACATTTATGCATTCTACATTGGTTTATGTACTG GTATAAGAATTCGACCATGAAGACTCACAGTTTGGTGTGCATATCTGCAGATACATTCACGATTTTCTACGAATACCTTT CCTAGCTGGGATCGTGCTCAACCTATGCGTGTATTGGGCCACAATGGAGAAATTAATACACTCAGGGGCAATGTTAACTG GTATGTCTTGTATAGTTTTTGCCTTACTGTAGTTTAGTAGGTTGACCTACCTAGAAGAATGAGTTAACTTAATTGCTGCT AAAATGGATAAATCAGATAGTAAACATTGTTTGAGTTATGAATTATTGCCACCTTGCCCTCTCAAAAAAAGTTTGTTCTA ATGTGCAATTAGCATAATACTAGTTGATTATGAGTGGGTATAACAGTGTTGTGTGTTGTGCCGGATTCACCCACCGCATT TTGATTGATCTATGGCAGAATGTATCGGCTAAATCTATTAATTTTGTAGGATGAAGGCACGTGAGGGCTTATTGAAATGC AAGGAGCTTGGCTTATCAGAGAACGAGTTAAAGAAGCTTTTACCGATTGTGGATGCGAATTCTTCAGATTCAGGTGAAAT TTTATCTGAATCTTTTTTATTAGCTTGCAAAACTGTGGTCATTTACTAAAATCCTAATGATATTTTCTTTACCAGGAGCT TTTGATGGCGTGCTCGAGTTTTTGGTTCATTCTGGAAAAAGTCTTCCTGAAGCTGTTATGATGATGATTCCTGAAGCATG GCAAAAGGACAAGAACATGGATCCCCAGCGTAAAGCATTTTACGAATACTATTCGGCTCTCATGGAGCCTTGGGATGGAC CAGCTCTTATATCATGTGTGTTTTCTTGGACTTTGACTCAATTACATGTTTATGTCCCGTTAATATTGGCTTTTTGATTT GGTACTAATATATTTTAATATCATTACAGTTACCGACGGCCACTATCTTGGAGCTACATTGGACAGGAATGGATTGCGAC CGGGCCGCTTCTATGTCACCCATAGTGGACGAGTAATAATGGCAAGTGAAGTTGGGGTTGTAGACATTCCTCCAGAAGAC GTACGTAGGAAAGGAAGATTAAATCCTGGCATGATGCTTCTGGTGGATTTTGAGAAGCATATAGTTGTAAATGATGATGC CTTAAAGGAACAATATTCATTGGAAAGACCCTATGGGGATTGGCTCAAAAAGCAAAAGATTGATCTCAAAGACATAGTTG ACTCAGTTCATGAGTCTGAAAGAGTGCCCCCAACCATAACAGGAGTGGCTCCAGTAAGTATACATTCAAAGCAATATGAA CATCTCATAAATTTCTTGCAGGCAAGTCTAATTATTGAATCTTCCATGAACTACAGCTATCGTGTGATGATGTGGATATG GAAAATATGGGAATTCACGGTTTACTAGCTCCATTGAAAGTTTTTGGGTATGTAACTAACATCACTCCTGAATATTTCCT CCATTACTCCTGAATATTTCCTCCATTATATCCACTTTGTTTACAAAGGAAGTGTTTTTTATGTTCTCTACTCATGTATG ATGCAGATATACAGTTGAATCATTGGAAATGCTGTTACTTCCTATGGCAAAAGATGGGGTAGAAGCCCTTGGGTCAATGG GAAATGACACTCCATTAGCTGTCATGTCTAATAGAGAAAAACTTTCTTTTGAGTATTTCAAGCAAATGTTTGCTCAAGTT ACAAACCCTCCTATTGATCCCATCCGAGAGAAAATCGTCACCTCTATGGAATGTATGGTCGGTCCAGAAGGTGATCTCAC AGAAACCACTGAGGAACAGTGCCACCGCCTTTCACTAAAAGGTCCCCTCTTATCCACTGAACAAATGGAGGCCATTAAAA AAATGGATTATAGGGGATGGCGGAGCAAAGTTATAGACATAACTTACTCAAAGGAACGCGGTAAGAGAGGGTTGGAGGAA GCCTTGGACAGGATATGTGCAGAAGCACACGGTGCAATTAAAGAAGGCTACACCACCCTTGTGCTTTCTGATAGAGGTAT TATACTGTTACCTTTGTGTTGCATACGGATATTACTTTATAGTCAAGTACATCTAATTTTATTTGAATTTGGAATTGAAT TTGTAGCATTCTCAAGGAAACGTGTTGCTGTGAGCTCCCTCCTGGCTGTTGGTGCTGTCCATCAACATCTTGTGAAAACA CTTGAGCGCACTAGAGTTGCCTTGATGATTGAATCTGCTGAGCCGCGTGAAGTGCACCATTTCTGCACTCTTGTTGGTTT TGGTGCTGATGCTATATGCCCATATTTGTCTATAGAGGCAATTTGGCGACTGCAGGTTGACGGAAAGATCCCACCAAAAG CAAATGGTGTATTCCACTCAAAAGATGAGTTGGTTAAGAAATATTTCAAAGCAAGTCACTATGGAATGATGAAGGTTCTT GCTAAGATGGGAATATCAACTTTAGCCTCGTACAAAGGTGCTCAGATTTTTGAAGCTCTGGGTCTTTCATCAGAAGTGAT TGATAAGTGCTTTGCTGGAACTCCAAGTCGAGTTGAGGGCGCAACATTTGAGATGCTCTCTTCTGACGCTCTTCAACTGC ATGAGTTGGCTTTTCCTTCACGGACTTTCTCTCCTGGAAGTGCAGAAGCTGTAGCATTGCCAAATCCCGGGGATTATCAT TGGAGAAAAGGTGGTGAAGTTCACCTGAACGATCCACTTGCAATAGCCAAGCTTCAAGAGGCTGCTAGAACTAATAGTGT AGATGCATATAAACAGTATTCCAAGATCATTCATGAACTAAATAAGGCTTGCAATTTGCGAGGGCTTTTGAAATTTAAAG AGACATCAGCTAAGATTTCTATAGATGAAGTTGAACCTGCTAGTGAAATAGTTAAACGGTTTTGCACCGGGGCCATGAGT TATGGGTCTATATCACTGGAGGCTCACTCAACTTTAGCATTGGCTATGAATAAAATTGGAGGAAAATCCAACACAGGTTT GTCAATCTTACTTTAAGAAATATTAAATGGCAGATTTTTTCTTTTCCGTCTCAAAGGACACAAAGGTCTGACCTTTTACC CAACATCAATTTCTGACAAAGCATCTTTTCAGCATAATTTTTTCTAGAGAAATTTTGTGGATAACTTGTATATTTAATAT CTGTTTCTACTAGATAAAGATTAGTCTCCTCAATTTCTCTAATTTTCTGATGATTTTTTTTTTACATATTTGCTGTAGGT GAGGGAGGTGAGCAACCATCTCGCATGGAGCCTCTTGCTGATGGCTCTAGGAATCCCAAAAGGAGTGCCATCAAACAGGT CGCGAGTGGGAGATTTGGAGTTTCAAGTTACTACCTTACGAATGCTGATGAGCTGCAGATAAAGATGGCTCAGGTAATTG TTGAAATTTTCTGTTTTAAATCAAGATTATTGTCTTCTTTTGAGTATTTTAAGAAAGTCATCAACTGGTGCACCTGCATT CCTTTTGGAATTAAGGTTCTGTTTATGAATTTATGTTCATGGCAGATGATGATGTGACCTCTAGGCACCTCTGCGTGCTC TTGCGTCTTTAATTGATACGTACATTAGACCTTTGGTGAGGTTAAATATAAGTATGGTTTTTCAGCTAATGTAGAGTCGT ATTATCGTAACATTATAATTGTAATCCTCAGGGAGCAAAACCTGGTGAGGGAGGTGAACTTCCTGGACACAAGGTTGTAG GAGACATTGCTGTCACTAGGAATTCAACTGCTGGGGTAGGGCTTATCAGTCCACCTCCCCATCATGATATTTATTCAATT GAAGACCTTGCCCAGCTAATTCATGATCTAAAGGTATTTTTGTATGTGATTATTATTATTTCTCTTTTTCTGGTCGAATA TTCCTGAATTAGGTGTTGCTTCCTGTTTGGCCCCTTTTGTTAATTTGTAGAATGCCAACCCAGCTGCTCGAATTAGTGTG AAATTAGTATCTGAAGCTGGAGTGGGGATAATTGCTAGTGGAGTTGTTAAAGGTCATGCAGATCATGTCTTGATCTCAGG CCATGATGGAGGTACCGGGGCATCCAGATGGACTGGCATAAAGAATGCTGGGTTACCATGGGAACTCGGCCTGGCCGAGA CCCACCAGACATTGGTTGCAAATGACCTACGTGGTAGAACGGTTCTCCAAACTGATGGGCAACTGAAAACCGGAAGAGAT GTTGCGATTGCGGCTCTTCTTGGTGCGGAAGAGTTTGGCTTCAGTACTGCTCCACTCATTACTCTTGGCTGCATCATGAT GCGGAAGTGCCACAAGAACACCTGTCCTGTTGGCATTGCTACCCAAGATCCAGTACTTAGGGAGAAGTTTGCTGGAGAAC CTGAGCATGTTATTAATTTCTTTTTTATGGTGGCTGAAGAGATGAGAGAAATAATGGCCCAGCTTGGGTTTAGAACAGTT AATGAGATGGTTGGCCATTCTGATATGCTTGAAGTTGATAAAGAAGTTGTTAAAAGCAATGAGAAACTAGAGAACATTGA CCTCTCCCTATTGCTTAGACCTGCAGCTGAACTGCGGCCAGAAGCCGCTCAATACTGTGTGCAAAAGCAAGATCACAGTT TGGACATGGCCTTGGATAATCAGCTCATAAGTTTGTCAAGTGCTGCTTTGGAGAAGGGTCTCCCAGTATACATTGAAACA CCAATCTATAACGTAAACCGTGCTGTGGGAACTATGCTTAGCCATGAGGTGACCAAGAGGTACCACTTAGCTGGTCTTCC AACTGACACCATCCACATCAAATTTAATGGTAGCGCGGGCCAGAGCTTTGGTGCATTCCTCTGTCCTGGTATTACTTTGG AACTAGAAGGTGATAGCAATGACTATGTTGGTAAAGGATTGTCCGGTGGAAAGGTTGTAGTATATCCGCCAAAAGGAAGC AATTTTGACCCTAAGGAGAACATTGTGATTGGCAATGTGGCACTGTATGGGGCAACACGTGGTGAAGCATATTTCAACGG GATGGCAGCAGAAAGATTTTGTGTGCGGAATTCTGGGGCTAAGGCTGTTGTGGAAGGTGTTGGTGATCATGGATGTGAGT ACATGACTGGCGGGACTGTTGTTGTGCTTGGGAAAACTGGTAGAAATTTTGCTGCTGGTATGAGTGGCGGGATTGCTTAT GTTCTTAATGCGGATGGAAAATTCCAATCTCGATGCAACCTGGAGCTCGTAGATCTGGATAAGGTTGAAGAGGAGGAGGA CATTGTTACTCTCAAAATGTTGATACAGCAACATCAACGACACACAAATAGTCTGCTTGCCAAAGAAGTGCTTGATAATT TTGGGAATCTTCTTCCTAAATTTGTCAAGGTGATCCCGAGGGAGTATAAACGTGTTCTTGCAAGTATGAAGTCTGAGGAA GCCTCCAAAGATGCAGTGGAGCGCACTGCTAAAGATGCAGAAGAAGAAGATGATGAAGCACAAGCAGTGGAGAAAGATGC TTTTGAGGAGCTTAAGAAATTGGCAACTGCATCATTGAAAGAGAAACAGAGTGAGGTAATTTTTATTCTTTTACTTGTAC GTTTGATGTTCTGTTTACTTGTTTGATGTTCTGTTTTCTTAATGCTTATACGATAGGAACATGCATTGAAGATTTAAGTG AAGTAACTTGAGAAATTTAAGTAAATTTTGACCTGGCTATGTGTGAATATCTGCAGGCTGAATCACCCAAGAGGCCAAGT CAAGTAACTGAAGCCATTAAACATAGAGGTTTCGTGGCTTATGAGCGTGAGGGTGTTCAGTATAGGGATCCGAATGTGCG CATGAACGATTGGAAGGAAGTGATGGAGGAGACAAAGCCTGGTCCACTTCTGAAAACACAGTCAGCCCGTTGCATGGACT GTGGAACTCCTTTTTGTCATCAGGTCTGCATTACCCGCATCCAAGTTTTCATTTTTAGCTTAGAACATGCATCTTTCCTT CTGATGTTATTAGTACCCTTGTCTAAGCTAATGATATTTGCAACAAATTTCAGGAAAATTCTGGATGTCCCCTAGGAAAT AAAATACCAGAATTCAATGAGTTAGTGTACCAAAATAGGTGGCGCGAAGCATTAGATAGGCTTCTTGAAACAAACAACTT TCCAGAGTTTACTGGTCGGGTGTGCCCAGCTCCTTGTGAAGGTTCCTGTGTCCTTGGTATTATTGAGAATCCTGTATCTA TTAAAAGCATTGAATGTGCAATCATAGACAAGGCTTTTGAGGAGGGTTGGATGGTGCCACGACCTCCAGCCAAAAGAACA GGGTATGCTATTTTATTTCTTATGAACATCTTGCTAGTTTCTCCTAGAACTTGGATGTATTATATAAAACAATTCATGTG TCCTCGTGGATGACATGGTTTCAGAGTCTCTTTAACCAAGTAGATGAACAGTGTTATCAATTAATATATATCTTTACTAA TGCAGGAAAAGAGTAGCTGTCGTTGGAAGTGGACCAGCTGGCTTGGCAGCTGCTGATCAGCTGAACAAAATGGGTCACAC AGTAACAGTATTTGAAAGAGCGGATCGGATTGGAGGGCTTATGATGTATGGGGTTCCCAACATGAAAACTGACAAAGTGA ATATAGTTCAAAGGCGAGTCAATCTTATGGCTGAGGAAGGAATAGATTTTGTGGTAAATGCTAATGTTGGACTCGATCCT ATATATTCTCTTGATCGGCTTCGAGAGGAAAATGATGCAATTGTGTTGTCTGTAGGAGCCACAAAACCAAGGTGAGACCC ATAGACATGTTGATTAGTTCAATTTCTTTCTGCAACAATAAAAAGAAATGATAATTAGAAGGAAAGATGCTTAAAATGAA GGTATTTTTTCATGCAGGGATCTTCCAGTACCTGGAAGGGAGCTGTCAGGAGTTCATTTTGCAATGGAGTTTCTCCATGC AAATACTAAAAGCTTGCTTGATAGCAATCTCCAGGATGGCAACTATATTTCTGCCAAGGGCAAGAAAGTTGTTGTCATTG GTGGGGGTGACACTGGCACTGATTGCATAGGAACATCCATTCGCCACGGATGTAGCAACATTGTAAATCTTGAACTTCTC CCTCAGCCGCCACAAACTAGGGCTCCAGGCAACCCATGGCCCCAGGTTAGATTTGAATCATTGGTTTTAAAAATGCCTAG TTATGTATCTTCTTTGCAATGGGCCTGTCATTACTAGCAATGGCAAAATAAGTATCAAACATTTTTTACTCATAGTATTT GGATTATGACTGAGTTTAACTACTGATTTTTCCGGGATGATGCAGTGGCCTCGTGTATTCCGTGTTGATTACGGGCACCA AGAAGCTGCAGCTAAGTTTGGCAATGATCCAAGAACTTATGAGGTATTGACTAAGCGGTTTGTGGGAGATGAGAATGGAG CTGTGAAAGGGCTTGAAGTGGTACATGTTCGCTGGGAGAAGGATGAAATGGGAAAGTTTCAGTTTAAGGAAATTGAGGGC AGTGAGGAGATTATTGAGGCTGACCTAGTTTTCCTTGCCATGGGATTCCTAGGCCCTGAGTCTGTAAGTATTCTTATTAG CTTCATTTCTTATGTTAAAAGGCCAAAAAGTATGTAGTCTCAATTTTTATGTTGTCTCATGTTAGTTCTCCACTTGTGCT TTTTTATTACTTTTTTAGGTTTTATAAATGTAATGGACAATAGGTTATTTTATGAACATATTTAAATTTTAATGGACTGA ACTTTCAATTGTTTGTTAGATGAAATACAAACAGAAAAATGGGTTGTTGCTGTTACAGTGCTTGTAATTAAACTTTATAG TAATGAATTTCAGTGTGCGGAACACTTGAACTCGATAGTAATCTTCTACCAATACCAAATTCCGATTGATAACACATGAT CCTCATAGCCATAACTGATAATGCTTTGGTTTCTTCTGCCTTACCAGACAATTGCAGAGAAGTTGGGTGTGGAGCGAGAC AACAGGTCAAACTTCAAGGCTGATTACGGTCGCTTCTCAACCAGTGTCAATGGTGTGTTTGCCGCTGGAGACTGTCGCCG GGGTCAGTCCCTTGTGGTGTGGGCTATTTCAGAGGGACGGCAAGCTGCAGCACAAGTTGACAACTATCTCACCAAAGAGG ACCGAGAGCACGGTATTGATGCGGAGCATGTCAAGAGGCAAGAGGGCCTCAATAAGAAGCACCAAGGCAGCAGCGGCAAA CACACAGTGATGACTTAGGAGGATGCACAGAATAA
CDS sequence (LotjaGi1g1v0224700.4) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTTTTACTGCTTTTGCTTTAAGGTTGCTGAATCTATGGGGCTTTCAATTCTTGGTTGGCGTTCTGTGCGCACAGACAA CACAGGATTGGGCAAATCAGCCCTTCAAACTGAACCAGTGATCGAGCAGGTGTTCCTTACTGCAAGTGGTAAATCAAAAG TTGATCTGGAAAGACAGATGTACATATTAAGGAAGCTGAGCATGGCTGCTATTACATCTGCGTTAAACCTGCAAAATGAC GGCATTGCAGATTTTTATATCTGTTCACTTTCATCAAGGACTGTCGTTTACAAAGGTCAGCTAACACCGGCTCAGTTGAG GGAATATTATTATGCAGACCTTGGCAATGAAAGGTTTACGAGCTACATGGCCCTGATACATTCACGATTTTCTACGAATA CCTTTCCTAGCTGGGATCGTGCTCAACCTATGCGTGTATTGGGCCACAATGGAGAAATTAATACACTCAGGGGCAATGTT AACTGGATGAAGGCACGTGAGGGCTTATTGAAATGCAAGGAGCTTGGCTTATCAGAGAACGAGTTAAAGAAGCTTTTACC GATTGTGGATGCGAATTCTTCAGATTCAGGAGCTTTTGATGGCGTGCTCGAGTTTTTGGTTCATTCTGGAAAAAGTCTTC CTGAAGCTGTTATGATGATGATTCCTGAAGCATGGCAAAAGGACAAGAACATGGATCCCCAGCGTAAAGCATTTTACGAA TACTATTCGGCTCTCATGGAGCCTTGGGATGGACCAGCTCTTATATCATTTACCGACGGCCACTATCTTGGAGCTACATT GGACAGGAATGGATTGCGACCGGGCCGCTTCTATGTCACCCATAGTGGACGAGTAATAATGGCAAGTGAAGTTGGGGTTG TAGACATTCCTCCAGAAGACGTACGTAGGAAAGGAAGATTAAATCCTGGCATGATGCTTCTGGTGGATTTTGAGAAGCAT ATAGTTGTAAATGATGATGCCTTAAAGGAACAATATTCATTGGAAAGACCCTATGGGGATTGGCTCAAAAAGCAAAAGAT TGATCTCAAAGACATAGTTGACTCAGTTCATGAGTCTGAAAGAGTGCCCCCAACCATAACAGGAGTGGCTCCACTATCGT GTGATGATGTGGATATGGAAAATATGGGAATTCACGGTTTACTAGCTCCATTGAAAGTTTTTGGATATACAGTTGAATCA TTGGAAATGCTGTTACTTCCTATGGCAAAAGATGGGGTAGAAGCCCTTGGGTCAATGGGAAATGACACTCCATTAGCTGT CATGTCTAATAGAGAAAAACTTTCTTTTGAGTATTTCAAGCAAATGTTTGCTCAAGTTACAAACCCTCCTATTGATCCCA TCCGAGAGAAAATCGTCACCTCTATGGAATGTATGGTCGGTCCAGAAGGTGATCTCACAGAAACCACTGAGGAACAGTGC CACCGCCTTTCACTAAAAGGTCCCCTCTTATCCACTGAACAAATGGAGGCCATTAAAAAAATGGATTATAGGGGATGGCG GAGCAAAGTTATAGACATAACTTACTCAAAGGAACGCGGTAAGAGAGGGTTGGAGGAAGCCTTGGACAGGATATGTGCAG AAGCACACGGTGCAATTAAAGAAGGCTACACCACCCTTGTGCTTTCTGATAGAGCATTCTCAAGGAAACGTGTTGCTGTG AGCTCCCTCCTGGCTGTTGGTGCTGTCCATCAACATCTTGTGAAAACACTTGAGCGCACTAGAGTTGCCTTGATGATTGA ATCTGCTGAGCCGCGTGAAGTGCACCATTTCTGCACTCTTGTTGGTTTTGGTGCTGATGCTATATGCCCATATTTGTCTA TAGAGGCAATTTGGCGACTGCAGGTTGACGGAAAGATCCCACCAAAAGCAAATGGTGTATTCCACTCAAAAGATGAGTTG GTTAAGAAATATTTCAAAGCAAGTCACTATGGAATGATGAAGGTTCTTGCTAAGATGGGAATATCAACTTTAGCCTCGTA CAAAGGTGCTCAGATTTTTGAAGCTCTGGGTCTTTCATCAGAAGTGATTGATAAGTGCTTTGCTGGAACTCCAAGTCGAG TTGAGGGCGCAACATTTGAGATGCTCTCTTCTGACGCTCTTCAACTGCATGAGTTGGCTTTTCCTTCACGGACTTTCTCT CCTGGAAGTGCAGAAGCTGTAGCATTGCCAAATCCCGGGGATTATCATTGGAGAAAAGGTGGTGAAGTTCACCTGAACGA TCCACTTGCAATAGCCAAGCTTCAAGAGGCTGCTAGAACTAATAGTGTAGATGCATATAAACAGTATTCCAAGATCATTC ATGAACTAAATAAGGCTTGCAATTTGCGAGGGCTTTTGAAATTTAAAGAGACATCAGCTAAGATTTCTATAGATGAAGTT GAACCTGCTAGTGAAATAGTTAAACGGTTTTGCACCGGGGCCATGAGTTATGGGTCTATATCACTGGAGGCTCACTCAAC TTTAGCATTGGCTATGAATAAAATTGGAGGAAAATCCAACACAGGTGAGGGAGGTGAGCAACCATCTCGCATGGAGCCTC TTGCTGATGGCTCTAGGAATCCCAAAAGGAGTGCCATCAAACAGGTCGCGAGTGGGAGATTTGGAGTTTCAAGTTACTAC CTTACGAATGCTGATGAGCTGCAGATAAAGATGGCTCAGGGAGCAAAACCTGGTGAGGGAGGTGAACTTCCTGGACACAA GGTTGTAGGAGACATTGCTGTCACTAGGAATTCAACTGCTGGGGTAGGGCTTATCAGTCCACCTCCCCATCATGATATTT ATTCAATTGAAGACCTTGCCCAGCTAATTCATGATCTAAAGAATGCCAACCCAGCTGCTCGAATTAGTGTGAAATTAGTA TCTGAAGCTGGAGTGGGGATAATTGCTAGTGGAGTTGTTAAAGGTCATGCAGATCATGTCTTGATCTCAGGCCATGATGG AGGTACCGGGGCATCCAGATGGACTGGCATAAAGAATGCTGGGTTACCATGGGAACTCGGCCTGGCCGAGACCCACCAGA CATTGGTTGCAAATGACCTACGTGGTAGAACGGTTCTCCAAACTGATGGGCAACTGAAAACCGGAAGAGATGTTGCGATT GCGGCTCTTCTTGGTGCGGAAGAGTTTGGCTTCAGTACTGCTCCACTCATTACTCTTGGCTGCATCATGATGCGGAAGTG CCACAAGAACACCTGTCCTGTTGGCATTGCTACCCAAGATCCAGTACTTAGGGAGAAGTTTGCTGGAGAACCTGAGCATG TTATTAATTTCTTTTTTATGGTGGCTGAAGAGATGAGAGAAATAATGGCCCAGCTTGGGTTTAGAACAGTTAATGAGATG GTTGGCCATTCTGATATGCTTGAAGTTGATAAAGAAGTTGTTAAAAGCAATGAGAAACTAGAGAACATTGACCTCTCCCT ATTGCTTAGACCTGCAGCTGAACTGCGGCCAGAAGCCGCTCAATACTGTGTGCAAAAGCAAGATCACAGTTTGGACATGG CCTTGGATAATCAGCTCATAAGTTTGTCAAGTGCTGCTTTGGAGAAGGGTCTCCCAGTATACATTGAAACACCAATCTAT AACGTAAACCGTGCTGTGGGAACTATGCTTAGCCATGAGGTGACCAAGAGGTACCACTTAGCTGGTCTTCCAACTGACAC CATCCACATCAAATTTAATGGTAGCGCGGGCCAGAGCTTTGGTGCATTCCTCTGTCCTGGTATTACTTTGGAACTAGAAG GTGATAGCAATGACTATGTTGGTAAAGGATTGTCCGGTGGAAAGGTTGTAGTATATCCGCCAAAAGGAAGCAATTTTGAC CCTAAGGAGAACATTGTGATTGGCAATGTGGCACTGTATGGGGCAACACGTGGTGAAGCATATTTCAACGGGATGGCAGC AGAAAGATTTTGTGTGCGGAATTCTGGGGCTAAGGCTGTTGTGGAAGGTGTTGGTGATCATGGATGTGAGTACATGACTG GCGGGACTGTTGTTGTGCTTGGGAAAACTGGTAGAAATTTTGCTGCTGGTATGAGTGGCGGGATTGCTTATGTTCTTAAT GCGGATGGAAAATTCCAATCTCGATGCAACCTGGAGCTCGTAGATCTGGATAAGGTTGAAGAGGAGGAGGACATTGTTAC TCTCAAAATGTTGATACAGCAACATCAACGACACACAAATAGTCTGCTTGCCAAAGAAGTGCTTGATAATTTTGGGAATC TTCTTCCTAAATTTGTCAAGGTGATCCCGAGGGAGTATAAACGTGTTCTTGCAAGTATGAAGTCTGAGGAAGCCTCCAAA GATGCAGTGGAGCGCACTGCTAAAGATGCAGAAGAAGAAGATGATGAAGCACAAGCAGTGGAGAAAGATGCTTTTGAGGA GCTTAAGAAATTGGCAACTGCATCATTGAAAGAGAAACAGAGTGAGGCTGAATCACCCAAGAGGCCAAGTCAAGTAACTG AAGCCATTAAACATAGAGGTTTCGTGGCTTATGAGCGTGAGGGTGTTCAGTATAGGGATCCGAATGTGCGCATGAACGAT TGGAAGGAAGTGATGGAGGAGACAAAGCCTGGTCCACTTCTGAAAACACAGTCAGCCCGTTGCATGGACTGTGGAACTCC TTTTTGTCATCAGGAAAATTCTGGATGTCCCCTAGGAAATAAAATACCAGAATTCAATGAGTTAGTGTACCAAAATAGGT GGCGCGAAGCATTAGATAGGCTTCTTGAAACAAACAACTTTCCAGAGTTTACTGGTCGGGTGTGCCCAGCTCCTTGTGAA GGTTCCTGTGTCCTTGGTATTATTGAGAATCCTGTATCTATTAAAAGCATTGAATGTGCAATCATAGACAAGGCTTTTGA GGAGGGTTGGATGGTGCCACGACCTCCAGCCAAAAGAACAGGGAAAAGAGTAGCTGTCGTTGGAAGTGGACCAGCTGGCT TGGCAGCTGCTGATCAGCTGAACAAAATGGGTCACACAGTAACAGTATTTGAAAGAGCGGATCGGATTGGAGGGCTTATG ATGTATGGGGTTCCCAACATGAAAACTGACAAAGTGAATATAGTTCAAAGGCGAGTCAATCTTATGGCTGAGGAAGGAAT AGATTTTGTGGTAAATGCTAATGTTGGACTCGATCCTATATATTCTCTTGATCGGCTTCGAGAGGAAAATGATGCAATTG TGTTGTCTGTAGGAGCCACAAAACCAAGGGATCTTCCAGTACCTGGAAGGGAGCTGTCAGGAGTTCATTTTGCAATGGAG TTTCTCCATGCAAATACTAAAAGCTTGCTTGATAGCAATCTCCAGGATGGCAACTATATTTCTGCCAAGGGCAAGAAAGT TGTTGTCATTGGTGGGGGTGACACTGGCACTGATTGCATAGGAACATCCATTCGCCACGGATGTAGCAACATTGTAAATC TTGAACTTCTCCCTCAGCCGCCACAAACTAGGGCTCCAGGCAACCCATGGCCCCAGTGGCCTCGTGTATTCCGTGTTGAT TACGGGCACCAAGAAGCTGCAGCTAAGTTTGGCAATGATCCAAGAACTTATGAGGTATTGACTAAGCGGTTTGTGGGAGA TGAGAATGGAGCTGTGAAAGGGCTTGAAGTGGTACATGTTCGCTGGGAGAAGGATGAAATGGGAAAGTTTCAGTTTAAGG AAATTGAGGGCAGTGAGGAGATTATTGAGGCTGACCTAGTTTTCCTTGCCATGGGATTCCTAGGCCCTGAGTCTACAATT GCAGAGAAGTTGGGTGTGGAGCGAGACAACAGGTCAAACTTCAAGGCTGATTACGGTCGCTTCTCAACCAGTGTCAATGG TGTGTTTGCCGCTGGAGACTGTCGCCGGGGTCAGTCCCTTGTGGTGTGGGCTATTTCAGAGGGACGGCAAGCTGCAGCAC AAGTTGACAACTATCTCACCAAAGAGGACCGAGAGCACGGTATTGATGCGGAGCATGTCAAGAGGCAAGAGGGCCTCAAT AAGAAGCACCAAGGCAGCAGCGGCAAACACACAGTGATGACTTAG
Protein sequence (LotjaGi1g1v0224700.4) extracted from Lotus japonicus Gifu v1.2 Proteins.
MFYCFCFKVAESMGLSILGWRSVRTDNTGLGKSALQTEPVIEQVFLTASGKSKVDLERQMYILRKLSMAAITSALNLQND GIADFYICSLSSRTVVYKGQLTPAQLREYYYADLGNERFTSYMALIHSRFSTNTFPSWDRAQPMRVLGHNGEINTLRGNV NWMKAREGLLKCKELGLSENELKKLLPIVDANSSDSGAFDGVLEFLVHSGKSLPEAVMMMIPEAWQKDKNMDPQRKAFYE YYSALMEPWDGPALISFTDGHYLGATLDRNGLRPGRFYVTHSGRVIMASEVGVVDIPPEDVRRKGRLNPGMMLLVDFEKH IVVNDDALKEQYSLERPYGDWLKKQKIDLKDIVDSVHESERVPPTITGVAPLSCDDVDMENMGIHGLLAPLKVFGYTVES LEMLLLPMAKDGVEALGSMGNDTPLAVMSNREKLSFEYFKQMFAQVTNPPIDPIREKIVTSMECMVGPEGDLTETTEEQC HRLSLKGPLLSTEQMEAIKKMDYRGWRSKVIDITYSKERGKRGLEEALDRICAEAHGAIKEGYTTLVLSDRAFSRKRVAV SSLLAVGAVHQHLVKTLERTRVALMIESAEPREVHHFCTLVGFGADAICPYLSIEAIWRLQVDGKIPPKANGVFHSKDEL VKKYFKASHYGMMKVLAKMGISTLASYKGAQIFEALGLSSEVIDKCFAGTPSRVEGATFEMLSSDALQLHELAFPSRTFS PGSAEAVALPNPGDYHWRKGGEVHLNDPLAIAKLQEAARTNSVDAYKQYSKIIHELNKACNLRGLLKFKETSAKISIDEV EPASEIVKRFCTGAMSYGSISLEAHSTLALAMNKIGGKSNTGEGGEQPSRMEPLADGSRNPKRSAIKQVASGRFGVSSYY LTNADELQIKMAQGAKPGEGGELPGHKVVGDIAVTRNSTAGVGLISPPPHHDIYSIEDLAQLIHDLKNANPAARISVKLV SEAGVGIIASGVVKGHADHVLISGHDGGTGASRWTGIKNAGLPWELGLAETHQTLVANDLRGRTVLQTDGQLKTGRDVAI AALLGAEEFGFSTAPLITLGCIMMRKCHKNTCPVGIATQDPVLREKFAGEPEHVINFFFMVAEEMREIMAQLGFRTVNEM VGHSDMLEVDKEVVKSNEKLENIDLSLLLRPAAELRPEAAQYCVQKQDHSLDMALDNQLISLSSAALEKGLPVYIETPIY NVNRAVGTMLSHEVTKRYHLAGLPTDTIHIKFNGSAGQSFGAFLCPGITLELEGDSNDYVGKGLSGGKVVVYPPKGSNFD PKENIVIGNVALYGATRGEAYFNGMAAERFCVRNSGAKAVVEGVGDHGCEYMTGGTVVVLGKTGRNFAAGMSGGIAYVLN ADGKFQSRCNLELVDLDKVEEEEDIVTLKMLIQQHQRHTNSLLAKEVLDNFGNLLPKFVKVIPREYKRVLASMKSEEASK DAVERTAKDAEEEDDEAQAVEKDAFEELKKLATASLKEKQSEAESPKRPSQVTEAIKHRGFVAYEREGVQYRDPNVRMND WKEVMEETKPGPLLKTQSARCMDCGTPFCHQENSGCPLGNKIPEFNELVYQNRWREALDRLLETNNFPEFTGRVCPAPCE GSCVLGIIENPVSIKSIECAIIDKAFEEGWMVPRPPAKRTGKRVAVVGSGPAGLAAADQLNKMGHTVTVFERADRIGGLM MYGVPNMKTDKVNIVQRRVNLMAEEGIDFVVNANVGLDPIYSLDRLREENDAIVLSVGATKPRDLPVPGRELSGVHFAME FLHANTKSLLDSNLQDGNYISAKGKKVVVIGGGDTGTDCIGTSIRHGCSNIVNLELLPQPPQTRAPGNPWPQWPRVFRVD YGHQEAAAKFGNDPRTYEVLTKRFVGDENGAVKGLEVVHVRWEKDEMGKFQFKEIEGSEEIIEADLVFLAMGFLGPESTI AEKLGVERDNRSNFKADYGRFSTSVNGVFAAGDCRRGQSLVVWAISEGRQAAAQVDNYLTKEDREHGIDAEHVKRQEGLN KKHQGSSGKHTVMT
Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.
| Prediction algorithm | Identifier | Start | End | Length | E-value | InterPro ID |
|---|---|---|---|---|---|---|
| ProSiteProfiles | 1 | 318 | 318 | 14.697 | ||
| Gene3D | 5 | 353 | 349 | 1.2E-149 | ||
| PIRSF | 5 | 2005 | 2001 | 0.0 | ||
| SUPERFAMILY | 6 | 344 | 339 | 1.06E-114 | ||
| PANTHER | 8 | 1987 | 1980 | 0.0 | – | |
| Pfam | 8 | 341 | 334 | 2.8E-144 | ||
| CDD | 8 | 336 | 329 | 0.0 | – | |
| PANTHER | 8 | 1987 | 1980 | 0.0 | – | |
| Gene3D | 374 | 727 | 354 | 3.8E-138 | ||
| SUPERFAMILY | 386 | 1149 | 764 | 6.87E-251 | – | |
| Pfam | 391 | 679 | 289 | 2.5E-112 | ||
| Gene3D | 728 | 1169 | 442 | 2.2E-200 | ||
| Pfam | 746 | 1115 | 370 | 2.8E-152 | ||
| CDD | 748 | 1127 | 380 | 1.33406E-168 | ||
| MobiDBLite | 838 | 861 | 24 | - | – | |
| SUPERFAMILY | 1167 | 1431 | 265 | 4.45E-100 | ||
| Gene3D | 1170 | 1443 | 274 | 8.1E-116 | ||
| CDD | 1175 | 1424 | 250 | 6.52839E-152 | ||
| Pfam | 1198 | 1384 | 187 | 6.3E-87 | ||
| Coils | 1433 | 1463 | 31 | - | – | |
| MobiDBLite | 1437 | 1459 | 23 | - | – | |
| SUPERFAMILY | 1495 | 1652 | 158 | 2.77E-37 | ||
| TIGRFAM | 1497 | 1981 | 485 | 2.3E-227 | ||
| Gene3D | 1497 | 1641 | 145 | 8.2E-21 | ||
| Pfam | 1518 | 1629 | 112 | 2.8E-21 | ||
| SUPERFAMILY | 1639 | 1979 | 341 | 1.02E-61 | ||
| Pfam | 1642 | 1968 | 327 | 3.3E-25 | ||
| Gene3D | 1642 | 1775 | 134 | 7.7E-29 | ||
| PRINTS | 1643 | 1665 | 23 | 3.6E-23 | – | |
| PRINTS | 1666 | 1679 | 14 | 3.6E-23 | – | |
| PRINTS | 1709 | 1719 | 11 | 3.6E-23 | – | |
| Gene3D | 1782 | 1999 | 218 | 9.0E-17 | ||
| PRINTS | 1787 | 1801 | 15 | 3.6E-23 | – | |
| MobiDBLite | 1991 | 2014 | 24 | - | – |
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 |
|---|---|---|---|---|
| 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. | ||
| Molecular function | Iron ion binding | Interacting selectively and non-covalently with iron (Fe) ions. | ||
| Biological process | Glutamate biosynthetic process | The chemical reactions and pathways resulting in the formation of glutamate, the anion of 2-aminopentanedioic acid. | ||
| Biological process | Nitrogen compound metabolic process | The chemical reactions and pathways involving organic or inorganic compounds that contain nitrogen. | ||
| 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. | ||
| 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. | ||
| Molecular function | Glutamate synthase (NADH) activity | Catalysis of the reaction: 2 L-glutamate + NAD(+) = 2-oxoglutarate + L-glutamine + H(+) + NADH. | ||
| 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. | ||
| 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. | ||
| 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. | ||
| 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. | ||
| Molecular function | Iron-sulfur cluster binding | Interacting selectively and non-covalently with an iron-sulfur cluster, a combination of iron and sulfur atoms. | ||
| 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. |
Expression pattern of LotjaGi1g1v0224700.4, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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