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| Field | Value |
|---|---|
| Gene ID | LotjaGi5g1v0085200 |
| Transcript ID | LotjaGi5g1v0085200.3 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Glutamine synthetase; TAIR: AT3G53180.1 nodulin/glutamine synthase-like protein; Swiss-Prot: sp|P38094|FLUG_EMENI Protein fluG; TrEMBL-Plants: tr|I1L922|I1L922_SOYBN Uncharacterized protein; Found in the gene: LotjaGi5g1v0085200 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr5:14651672..14663778) extracted from Lotus japonicus Gifu genome v1.2.
GTTGCCGTCTTTGGACTTCTTGGTAATTTAGATTTTGCTTATAGTTTTTTTCGATGAATGTGCATTAATTAATCAAAATA TCACTCAAATCCATAGTCATGTTACTTAAACCAGTTCTGATTTCTGAACACACATTGAGACACAGAGAGAGATAATGGAT TTCAAAGAGTTGAAAAAAGCGGTGGAGGAGGTGGAACTGGTGGATGCTCATGCTCACAACATAGTTTCCCTGGACTCCAA CCTTGCTTTCATCCATGCCTTTTCTGAAGCCTCTGGTGATGCCCTTGCTTTCTCGCAACACTCTCTATCCTTCAAGGTAA GTAACTTCTTCCTCCTCTGACTTCTCAACTCCTTAGTTAAACACCTTTTGTGTTTGCTCTCTCCAACTTCTTCAAGCATT TGCTTCATATCCTCGCCATGTTACAGTGTAAGAAGAACGTTTTCTTTTTCTTTTCTGAATATGTGGTTTTAATATACAAA CTATATTTACGAGTTTGTATATTAAAATATTAGTCAACTAATATAAAATATTTTTAGAGTGAATGATTAATTTCGTCCTT GAAATTAAGCTTAAGCATCGGACAAGTTAGTCTCGTGGTTAATGACTATGTTAAATGTCGGTCAAATTAGTTTCTATATG GAATTAACTTGGGGACGTTTTACGTGACTATAGAAAGTAACTTGACAAACATTTGACATCTTCAGAGACTGCAGAAGATA TTTTCTTCTTTTAGAGACTAATTTGTCCGACGCTGACACCTACACAAGACAAAATTGAGCATTTACTCTATTATAATTTT TTAGAGAGAGAGACACCTAAAATTTTCTTTCAATTTTAATTTTTCATAAACAAAACTGTCAAATAGAGATAGGTTTTATT TTTTCAAACCAAATTGAGATAGTTAAGAGTGACAATTTGTTCTTGTAGGTGATCATATTCATTATTCTTTTGATTCTAAT GCGTTCTGGTCTTCCTTCATGATTCATTCAGAATGTTACTTTTATACATATGAAGTTAACAATGTGTGTCATTAATGAAC TTTTCACTCAGTAGTCACCACTGTATTTGCTTTGGACTTGCTTATTGCACCATGTCACATTTTTACAAAACGTATTGAAC TGGCCTAAATTATGTTTTGCATTCTCAAGGATTTGTAGTTTTGGCTTTGGGAATTCATCAGTATTGGATATGTGAACTGG TTTTCCGTTCAACCTGTATTTACTTATATGCTATCCTCTAGAGTCTAGACTTTTTTTTTAGTAGAACTTTCTATAATTTC AGTTTGGAATCTTATTATGACACCCTATTTTGTCATGTCAGAGAAATTTGAGAGAAGTAGCTGAGCTGTATGGATCCGAG TTATCTTTGCAAGGTGTGGAAGAACACCGAAGGGTCTCTGGGTTGCACTCCACCTGTTCGACATGTTTCAAAGCTGCAAG AATCTCTGCCATACTCATTGATGATGGCTTAGAATTGGACAAAAAGCAGGATATAGAATGGCATAGGAGTTTTGCACCTC TTGTTGGTAGAATCTTAAGAGTTGAACGACTGGCCGAGAAAATCCTTGAAGAAGTGAGATACCTATAGACTTTTAATCTG TATTTCAATTATTATAAGGCATCTTTTGTTATTTTAGGGGCTTGATTTTTCTCTGTTTTACTTGTATTGTTAACCATGTT ATCTACATGCTTTGCTCTTTTCTGGGTTGTGTTTATCTTTGCTGGCTGAAATTCCATATCAATATTTCATAAAGAATAAA CGATTTAATTTTCATCATTCTAAGATGTCATAAGAAACTGGAGAAGAGTTTTTATCCTTATAGTCTCTAGGATCAATGTT TTGAGTTTTGACAAAGACAGCATACTATGATAGCAGGCCAGAAACCTATTTGCTTTTGAGAGAACCAGAATTGATCGAAT GAGGATGAATTTTATGGTTTGTTTGATGCCTATAATTGTAGAGTTCCTTAGTAATCCATGTGAAGACCTTTCAGGAAGTT TAGTATCATACTTAGTTTAGGTGCTATTCCTTACAGCGATTCCAAGCCATATCCTTCAAGTTCACCCCTTTAATCATGTC AAATTCAGTTTTCCACTATTCATTTGGTTTCCAAAAATCGAAAGTTTATGATCTTTGAAAGACTCTTACACAGGACTTAG TCTATAAGTTGAGTTGCCAAGTTTGAAGAAATTGAAATTTTTGGGAAATTATTTCCAGCAAAAAGTCGGTTAATTAAGGC CAGTGTTGATTGATAGCAAGAAATATTTCCTGATTTCTGCTGTGTTGCATGCTTCTATTTGCAACTATATTGATGTCTTC GGTCTTCCTCTAAGACATCTGTCAATTTATGTTATATTCATATGTGATGCTACATGAAGGATTTGTCAGATGGATCTTCT TGGACAGTGGATTCATTTACTGAAGCATTTGTCTCAAAGTTGAAATCATATCCTTCATATGTTTGATGTTTCTCTCTCTC TCTCTCTCTCTCTCTCTCTCTCTACACTTAAACACAATAAATGCTTAGCTTTTTTAAAATTTTCAATATTTTAGCTGTGT TCCTTAGCATCACTATTACAGTTTCTGGTGAGATCTTTGGATTGAAAAGCATAGCTGCCTACCGCAGTGGCTTAGAAATC AATACAAATGTAACTAAAAAAGATGCTGAAGAGGGTATAAGACAGGTTTTAACTGGTGAGTAGACTTGTAGAGTTTACAA ATTTGTTTTAATATAATTTATTTAAGGATATTTATATTGAGCACTCAATACTTTCAGCTGGGAAGCCTTTCCGTATAGCA AACAAAGATCTTATTGACTACATCTTTTTGCAAAGTTTGGAAGTTGCTCAATCCTATGACCTGCCAATGCAGATACACAC AGGGTAATGTATGGTTTTAACTTTTAATTTGTCTGATACTTCTAGATATATTGATATCGAGACCTTTTTGGGGTGAACAT AGCTTGTTGAGCTCAAAACATATGCAACTAATGTTAACGAGGTGAAATTTGTTTTGCCTTGTTCACTTCTAGGATCTACC ACACTTTTCCCAAATGATAAAGCTGTAGTTTCTGTTCCTATTTACAGCTGTAAGGATATAGATTACCATGATTATTGTTT GATTGTACCTCTAACAACTTTCCTTTCTGTAAGTAGCTTTGGGGATAAAGATTTGGATATGCGTCTGTCCAATCCGCTTC ATCTCCGTGCAGTTCTTGAGGACAAGAGATATTCAAAGTCTCGGATTGTTCTTTTACATGCATCCTATCCATTCGCAAGG GAAGCATCATATCTAGCATCTGTTTACTCCCAGGCAAACACTTGATTGCTCTGTCTTGTATTAGTAGATTTTAATTTGGA TTACAGGTCCACTGGTGGGTAACACAATCTTCTCCTTCAGGTTTACCTTGACTTTGGGTTGGCAATTCCAAAGCTTAGTG TACATGGGATGATTTCTTCACTTAAAGAGCTATTGGAACTGGCTCCAACAAATAAGGTGACAATATAAGAATAAAAGTTA CGTGGTTTTGTGCAACTAATTTCTCAAAAGAATAAGCTTTGCTTTGCAGGTGATGTTTAGCACTGATGGCTATGCATTTC CTGAAACCTTCTATTTAGGTTGGTTGACATCTATTATCTATTATGTTTTATGACATCTAAATTTGAAGATTATATGCTCA AGTGCTTTGTTGTGGTTGTTTCAGTTTCACTTGCTTTTCTTCTCTTGCACATCATCACCTTGAAGTGTCTTGTTCCTTTT GTCATGAAATGTATGCTGTTTACTTCCCTGCCTTGATGCTTGCACTGAGTACCTGACACTTGAAATATCAGCATCACCTA ACTTACCAATTTAAGGCCAATAAGTTGTTAATTGGTGAGAAACAAATTATTGAAATATGCTGGCTGTTTATTATCCACTT GTAAGTAGGTACTTGAGCTATACGCGAGTTCCATATTTTATTGTGGATGATCAACGACAACCATGCCCCAATCCTGCCAT GCTAATGCTAGAGATAATTTTGGTAAACTGGTTCTAGAGATTATGAGATATCTTGTCTGTATTGGAGTTTCATCTCTATA TTAATGGCATGGTCCTGCTAAGATCAGAAGAATCATTAGCCATTTCTTTCCTAATGTTTACCTGATACGCTAATGCTGGA ACGTGAAAACTCCAAGGGGTACTCAAAGTACTAAGATATGTACTTACATATAAATGCATCATATATTATGATTTCAACTC ATGCTTCAAACTTAAATGCATTTGAATAATTGTAACTTCTTGGATTCCAAAGGATCATGAGGTGAACAAATTTTCGTCCT GAATCCTTTGAATGATTTCTTGAAGTTCTTGTATGCAACATGAGTGTAACAATTAGTTTTTTGGAGCAATTGATCTGTCT TTTAAAATTTCCACCTTTGAAGTCATATTGGGTATGAATATTACTTGTTAAAATCATTGAATTTTTCTTTCACAGGTGCA AAGAAGTCTCGCGAAGTTGTTTTCGCCGTTCTACGTGATGCATGCATCGATGGTGATCTTTCAATTCCAGAGGCTGTGGA AGCTGCAAAAGACATCTTCGCAAGAAATGCAATCCATTTATATAAGATTACTTCTGCTAACTGTGGTGTTAGTTCGCATA ATAATTTGCCCCAAAGGTTGAGTAATGGCTTAGAGACTGATGTATCGTTTGTTCGAATTATATGGGTTGACAATTCAGGA CAGCACAGATGTCGTGTGAGTTTCCCTTGAGCTTGTTTCTGTTATTTCATTATTCATATCCTTCGTAAATTCAACCGGCA TTTCTGAAACATTTAGATATAGAAGTTGCAACCAGTAGAACACTATTTCTCTAAAATTGGAGTCAAATTAAATTGCAAGT TCCTCACGTCAATCATGCCGTATATTGGACATTGTAACTGTTTCTTTTAGATATTTGTACGACAAAGCAAAATGATGAAG TCAACCAAAGAAAAAGTTTTGCTTTCATTTTGCATCAAGACGTAACCTGTCAGTTCACTTAACATTCTACCTTCCCAAAT AAGTATATTAAGAAATTTTACTGCATGTTTTCTGTCCTTATTTTTTGTTACTTTTGTTTCCTTAAGCAGAATGGGAATTT AGGTCCTGTTTGGCATATTTGTTTCTGGCTGTCCAGGCTCGTAAGATGTCAAACTAGAAAGTTAAGGGACTTCATATTGT ATTCTGAGATGCTGTCAAATTTTGTTTCAGGCTGTTCCTAGAAAGCGTTTCAATGATGTTGTTACAAAGAATGGGGTTGG TTTAGCATTTGCAAGCATGGGAATGTCTTCCTTTATGGATGGGCCTGCAGAGGGGTCTGGTCTAAGTGCAGTTGGGGAAA CAAGATTAATGCCTGATTTGTCTACTAAAAGGAGTATCCCTTGGTACACAATATCTTTCTCCGGAGGATATTCTGAGCTT TCATAATTTCAACTTTTGCAATTGATCTTCAAGTTTTCAGACACTATTTTAAAATTTCTGAATTTTTTTGATGAATGTAC AGAAGAATGAGAGCCTGATGCAGGATATCCTTGGTTCCTTCTGATAACATATAGATATCTATATGATATTGTTACAACTG AACTGCTACGTAGTTTCCTTTTCTCTTTATTTTTCTTTTTTCGGTAAATAGGGAGACATACTGACATAATTAAATGATAA TATGCAATTCAAGATGTGCGTATTTTGTTTTTAATTAGGGGGAAGGGAGCCATAAATCCTATTGTAGTTATTCAAATATA TATGCTTCATTGTATGTTTATTTTCATAATGTATTGGAATGAAATCCTTAAAACCGTGCATTCTTCCGATTTCCCTCTCT CAACGTGGCATTTTATTCCATCTCATTGAATATTTGGGAGCAGATAATTTTTTCTATTAATACAACTTATTTTTCTTTTT CTTTTTCTTTTCCTTTTGTTTTTTCTCTTTTAATTCTTAGCAGTTAGCACCACTAATCTGTTTCACAATTTTTTACTGCT CATGTTTTAGTTTATCCTGTTATGTAAGTTCTAAGCGTATTATTTCTATTTCTTCTCTCCGTTAGCTATTATTTTTGTGT TTGATTAATGTCATATTTATTAACCAAGTAAACGGCAATTGCATGGATCAAGTGCTTGTTTTCCTTTATCTAAACCATTT AACAGTGTAGGCTCTTCTGTTCTGCAGAAATACCTTTCTTAAAAGATATCAAATTATTTAAACTGATGCAGTTCTCTTCT TTTATAGGAACAAGCAAGATGAAATGGTTTTAGCTGATATGAATGTCAAACCTGGTCAAGCATGGGAATATTGCCCAAGA GAGGCCTTAAGAAGAGTTTCTAAAATTCTGAAAGATGAATTTGACTTGGTATGTTGCTGACCTTGCCTCGTTTGTGAAGT ACTGTGCTGTTTAACTTATGGTCTGCTTTCAGGTAATGAATGCAGGATTTGAAAATGAGTTTTATCTCTTGAGGAGCATA ACAAGGTATGACATATCACTGAATTGATATTATCTTTTGATCTAAATAGTGGAATTTGCCATGGCAGTTGGTTAAAAATG ATAAAACAAAATTAATCATTCAGGGATGGGAAAGAAGAATGGGTTCCATTTGACTCAAGTCCTTACTCCTCCTCATCAGC ATTTGATGCTGCTTCTCCCTTACTTCGTGAAGTTGCTGCTGCTCTTCATTCCTTGGGAATTTCAGTAGAACTGGTAAAAA GGAACTTATGACATGCTCAATTGTGAATAAAAGATATGATAACGGCTTCGTTTGATTTTGATTGGATTTTTTTTTTATCT GTTGAAAATTGCTTTCACATAAATGACTCAGTAAGGTTCAGGATTACTTTGCCCTGATGTCTAATCACTGCCTTTAACCA GAAGCAGTAATGATTTACTAAACAAATAGGCAAAGACATTTTAAAAGCCTATTTATCTGAAAAATTAGGGTAGGCCATTC AAAATGCATTTTACGTCTAATAAACCGGTCTATTTAAGTAAATATGATAGAACCACCCTGAAATCTGATATTATTTCTTA CAAATCCCTAATTCCCAAATTGGGACTAGAGCAGAATACAAGAGAGAGTCCACACCCTCTAGAGAGCCCACACCCTCTTC CTAATCCCAATACCCAAATGATACAAAAGATGGTATATGTTCTCTAACCCCCTCTTATTTATAGGCACAAGCCTAACTAA CCCACTAACTAACTATCTAACTATGTAATAAGTCCATTACATAACTAACTAAACCATGTGATATGTGAGTACCTATCAAA ATATAAATAATGTAATAATATTTTATTAATTTGATATTATATTTTTACTATGATATCCTTAAATTATATATTTATTTACT TGTTTAAAGCTTACATCTTAGCATATATAAATATTTGTGCTGATAAGCCTATTTAGATATAGATTTATGATTTTTTTCAA ATACCTTATTATAAAGTAACCTTTTAAATATGTATTCCTGCCAAGCTGTACTTTTAGAAACACCAAGTAAGATCTTGAAA ATGGCCTATACCAATCCAACAAAGTAGGTTTAGGCGTTAAGTTTAGGAAGTAAGCCAGGCCTTAGAAATCCATCCCATCC TAGCCTATTTTCATCCCTAATTGTTATACAGGGATACTTTTGGATTAGAATATTCATAAAACTGAATGCTAGCACCAAAA AGCCGGACAACAAATATTATCATTTAGGTTGTTATGTGTGACCAAGGTCCCTAAAAGGATCATCCTCATTTGTGTGTTTG AAAACATTCTTCAAATTGACCTTTGCTGGCCTTTTATAGGTATTAAAAAGCTTCCTCTTTCTAGAAGTTTTTTACCTGTA GCCCATTTTCTGAACTTTCTTTGTTTACAATATTGTAGTTACATGCAGAAGCTGGAAAAGGTCAATTTGAGCTGGTTCTG GGACATTCTGTTTGTACTAATGCTGCAAACGACTTAATTTACACCCGTGAAACTGTTAAGGCCATCGCCAGAAAACATGG CTTGTTGGCAACTTTTCTTCCAAAGTAAGTGGCAAAGTTTGTTTACGCATGTGTAATTCAGATTTAAACAAAAGAGAAAC AAATTTTCACTTCAAACTTGCCTTGAAGACGGGTGCAACCATATTTGACACCGTCTGGACATGATTGTGAATGTGTTGTG ATGTTGTAAATGTGTTGCCGTCTACTATGGTGAAAAAACCTGGTTGTGTGTTGATAGAAAAACATGACTTGAAAGTTGAA ACTATTATATTTTAACAATAGTTGAACAAGACCAATCCCATAATAGTTAACTTTATAATTCAATAGTGTTTGGAGGACTT ACTACCACTTCAAAATACCCAGACAAATTATAATTTAAAATAAATATCTTTATATCAGTTCTTTTATCATAATTTAGAAG TCTATAACCAATCAATGCTTTTACAATTTTTACCAAAACAGATGTATATGATCTTGATCTATGGAAAATAAACACTCATG TTCACATATTAGAGGTATAATTTGTCGAACTAAGACAGGGTTGTATACAGTCTTGTTCATAAATTTAACTACTGCTGATG AGCTCTATTTTTCTCTTAAAGCTCAGAACTGAACATTTTGAATTTGAACTACATAACATGGTGTTCTCTTGTCATATTTA AGGTACGCATTAGATGATTTTGGTTCTGGATGCCATGTGCATCTTAGCTTGTGGCAGAATGGCCAAAATGTATTTATGGC ATCTGATGGATCATCAAAGCATGGAATATCAACTGTGGGAAAGGAATTTATGGCTGGAGTTCTATATCATCTTCCTTCGA TTTTTCCATTTGTAGCACCACTTCCTATCAGGTTACTCTTTCCATTATCTTGCTCATGCTATATATGTTGACTAAAAACT TATATTATGGTGTACTATTATGCCACTAATTTTGGTAGCTTTGATCTGTTATCTATGAGGACTCATTCTGCTTAAAGCTC ATGTTTTTAGGAGGAGGCTTATTTAAAAAAAATCTCTAAATAACTAGCATTATAGTAAAACAGATATGTAGTAATGTTCA TATGCCAGTTATTCTAAACTTTAAAAGGAGTAAAATATCACAAGTGACCAATGACCATCTTTTGTTATTCATTTTGAAAT TTTGCTGCTATATTTTCTTACATCGCTACGCAATTTCTTTGCAGTTATGATCGGTTACAGCCCAACACATGGAGTGGTGC ATACCAGTTTTGGGGAAATGAAAATAAGGAGGCTCCATTACGAGCTACATCTCCACCTGGAACTCTTGATGGTTTGGTGA GTAACTTTGAGGTTAAATCATTTGACGGTTGTGCAAACCCGTATTTGGGTTTAGCTGCCATAGTTGCTGCTGGCATTGAT GGGCTTCGTAGGCATCATCCTCTTCCTGAGCCTGTTGGTAAGATCGTATAACCTTGATTATACAGTGTGTGCAAAACGTG CATCGTTAAATAGTGCTTGTTTCTATCAACAAAGAGCTTACACGATTTTCAAATAACTTTCTGTATAGTTCAAATCAGCT CACGGAATAAAGCGAATGTATCTGTCATAATTCATATTCATACCTTAAAAGTTAGCATGAGTCGTTGCTTATCGTGAGCA TATCTGATACAAGCCTAATTTCATTTGCTTTGATATAAAATTTTAAAATATTCAAGAAAGAAATTGTAAAATACAAGTAT AAGTGCCTGTGGAGTGTTAGGCAAATATAAGCATCTGACATGAATATGACATGGCTACTCTTTCAAAGGTTCCGTGATTT CTAGATCTTTACTTCAATCAAGCTTTATTTCAAAAATTTCCTTCATGCTCCTTATACAGAATTCGCATAATGGTTGCATG TAGTTTTTTTGATTCTTATATTTTTCAGAAATGGTTTCAAAATATTGATCAAATAATGAACTTCTTATTTGTTGTATGAA ACAGATGCAGATCCAAATCCAGAAAACCTTCAGAGATTGCCAAAATCACTTTCTGAGTCTCTGGAAGCGCTCAATAAGGA TGACTTCCTTAAGGAATTTATTGATGATAAGTTGCTGACTGCCTTTAAGGCAATTCGAAAGGTATGTATTTGGCTTTGAT GCTTCTAAATCAACATTCCTTAGAATGGAAAATGCTTTTACGCTTAGATAGCTGTTGGGTACTTGTGACCTTGCGTGGTG TAGATATGACAGGTTCTCATGGGGTGGAGTAACTTGTGTATTAGTCTCTAGTGGGAAGCCTTTTCTTGTTTTAGATGCAG AAAATTAGGAATCTAAGGGCCTGTTTGATTAATGATTTGTAAAATAGTTTTTAATTTTTTAAAAAGAGATAAACTCGGTT TTATATTAACTGTTTTTTAAAACTGTTGTTTAAAAGAGTTCTTATTTTTAGTTTTTAAAACTAGAATCCCAAACATCTCT AATATCTTATAGGTATTTTTCTGATTTTGTTTTTAGTTTTCTAGTCACATGTCTTTCAGCTTTGTAAAAGATCTCACATC TTGTTCAAACTATTTTATTCTTCTTTTGAAAAGTATGTTTTAGAAAACTGTTTTTGAAAATTGTTCATCATGTGCTTTAC CTGTTTTCAAGCATATTTTGCATCATTTACTTCACCTGTCCCAAAATTTTATATGCCATCACACCATCGAGAGCTTAATC ATGCTTTATCTTGCTTGTATAAAAACCCTTTGAAACAAAATTTCAGGATTACACAATTTATAGTGGTCTAGTGAGAAACA TGAGTGTTATTGTGTAGAGCTGATTTATTCATGAAAATTACTAAAGTGAAAGCTATGTTGTCAATCCTAGTTCCCAGCTC GTCGCGGCGAGCCTCAAAACTGGGATACCGGGACCCGGGAAAGCAGGATGGTCGGGATAGTGAATTTTTATCTATATTTT TAATAATTTATACCATACATACATGTATTAAATCATGACAAATACAAGATAAAACGGAGAAGAGGGTCGAAGTGGGTAGA ATAGAGGTGACGCTCGCTGGAGAAAGGTCAAAGTTCCTGTTGTGGTCGTTGGCTGGTTTTGGGCCGAAGAGAGGGAAGGG AAGGTGCAAAAGTAGTACAGAAGAGAAGAGGGTTCGAAGTGAGTAGAGGAGATGGAAAGGTCGAACACAAGCAAAGTGCT AGGATTTTTTCCATTGCGAAAACCCGGAAATAGCCCTTAACCCTTAATAAAAACCCCCAGCGTTTACATTTGAGGAGAAT TTTGGAAAACTGGGGCATTCACTATCTTGTTGGGATCCTAGCAGGGATGGTTGGGGCAGTGAGTTGGGACAAGATGGGAA AATTCATCCCTTGGCATGGCTAGGATGGGATGGGAACTCGGGAATCTGCAGGATCCCTGCCGAGATTGACGACTTAGAGT GAACGAATAATTATTTATTTATTTATTCTTATATTTGAGTATGTTATGATCATGTTATATATATATATATTTTTCCGGAA GATACTTTAGATTAAATCAATTATAAAAATAACCTTGTTCTTTTTAGAGACAATTTAACTTCACTCATTTATCCAGAACT TGAAGAATAACTGATGCCAATAAATGACAAGACCTTATTCATATGGTTTTGAGTTTCACTATATTCTATAGCAGGGTCAT CAATTGTCCCTTTTCTGTGATTCTCTAATCCAACTTGTTAATTTTGATGCTTTATTGTGCACAGGCTGAGATTGATCATT ATTCAAAGAACAAGGATGCATACAAGCAACTCATACACCGTTATTGAGCTAGTTGATTTTGTTCCTGTGCGCAAGACCGG TCAGAGAATAATTTGGATTCTGGCGGATTCTTCAGAATAAAGATTAGTCATTGCTTGCATTTTCACTTCAGTTTAAGGCT AGTAAAACACAGTTATGGCCTGTTAAATTTTAAAATGGTGCATCCTTGTATAAGTTTTAGCTTAGCTTTATTTTCTTCTT GTTGCCATAGTAAGATATGAAATCCAATGTTCCTGTGCTCAACTTTCACCTTCAACTTCAACTTCAACTTCTTATTTACT GATCCAAGTAGAATTTGCGTAAGCTGCTGAAAGCCTAATATCATTCCTGATGCATCTTTTTTTGGTATGTTAATGGTAAA TTGACTCCAATATTACGTCTGAGTGAG
CDS sequence (LotjaGi5g1v0085200.3) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGATTTCAAAGAGTTGAAAAAAGCGGTGGAGGAGGTGGAACTGGTGGATGCTCATGCTCACAACATAGTTTCCCTGGA CTCCAACCTTGCTTTCATCCATGCCTTTTCTGAAGCCTCTGGTGATGCCCTTGCTTTCTCGCAACACTCTCTATCCTTCA AGAGAAATTTGAGAGAAGTAGCTGAGCTGTATGGATCCGAGTTATCTTTGCAAGGTGTGGAAGAACACCGAAGGGTCTCT GGGTTGCACTCCACCTGTTCGACATGTTTCAAAGCTGCAAGAATCTCTGCCATACTCATTGATGATGGCTTAGAATTGGA CAAAAAGCAGGATATAGAATGGCATAGGAGTTTTGCACCTCTTGTTGGTAGAATCTTAAGAGTTGAACGACTGGCCGAGA AAATCCTTGAAGAAGATTTGTCAGATGGATCTTCTTGGACAGTGGATTCATTTACTGAAGCATTTGTCTCAAAGTTGAAA TCAGTTTCTGGTGAGATCTTTGGATTGAAAAGCATAGCTGCCTACCGCAGTGGCTTAGAAATCAATACAAATGTAACTAA AAAAGATGCTGAAGAGGGTATAAGACAGGTTTTAACTGCTGGGAAGCCTTTCCGTATAGCAAACAAAGATCTTATTGACT ACATCTTTTTGCAAAGTTTGGAAGTTGCTCAATCCTATGACCTGCCAATGCAGATACACACAGGCTTTGGGGATAAAGAT TTGGATATGCGTCTGTCCAATCCGCTTCATCTCCGTGCAGTTCTTGAGGACAAGAGATATTCAAAGTCTCGGATTGTTCT TTTACATGCATCCTATCCATTCGCAAGGGAAGCATCATATCTAGCATCTGTTTACTCCCAGGTTTACCTTGACTTTGGGT TGGCAATTCCAAAGCTTAGTGTACATGGGATGATTTCTTCACTTAAAGAGCTATTGGAACTGGCTCCAACAAATAAGGTG ATGTTTAGCACTGATGGCTATGCATTTCCTGAAACCTTCTATTTAGGTGCAAAGAAGTCTCGCGAAGTTGTTTTCGCCGT TCTACGTGATGCATGCATCGATGGTGATCTTTCAATTCCAGAGGCTGTGGAAGCTGCAAAAGACATCTTCGCAAGAAATG CAATCCATTTATATAAGATTACTTCTGCTAACTGTGGTGTTAGTTCGCATAATAATTTGCCCCAAAGGTTGAGTAATGGC TTAGAGACTGATGTATCGTTTGTTCGAATTATATGGGTTGACAATTCAGGACAGCACAGATGTCGTGCTGTTCCTAGAAA GCGTTTCAATGATGTTGTTACAAAGAATGGGGTTGGTTTAGCATTTGCAAGCATGGGAATGTCTTCCTTTATGGATGGGC CTGCAGAGGGGTCTGGTCTAAGTGCAGTTGGGGAAACAAGATTAATGCCTGATTTGTCTACTAAAAGGAGTATCCCTTGG AACAAGCAAGATGAAATGGTTTTAGCTGATATGAATGTCAAACCTGGTCAAGCATGGGAATATTGCCCAAGAGAGGCCTT AAGAAGAGTTTCTAAAATTCTGAAAGATGAATTTGACTTGGTAATGAATGCAGGATTTGAAAATGAGTTTTATCTCTTGA GGAGCATAACAAGGGATGGGAAAGAAGAATGGGTTCCATTTGACTCAAGTCCTTACTCCTCCTCATCAGCATTTGATGCT GCTTCTCCCTTACTTCGTGAAGTTGCTGCTGCTCTTCATTCCTTGGGAATTTCAGTAGAACTGTTACATGCAGAAGCTGG AAAAGGTCAATTTGAGCTGGTTCTGGGACATTCTGTTTGTACTAATGCTGCAAACGACTTAATTTACACCCGTGAAACTG TTAAGGCCATCGCCAGAAAACATGGCTTGTTGGCAACTTTTCTTCCAAAGTACGCATTAGATGATTTTGGTTCTGGATGC CATGTGCATCTTAGCTTGTGGCAGAATGGCCAAAATGTATTTATGGCATCTGATGGATCATCAAAGCATGGAATATCAAC TGTGGGAAAGGAATTTATGGCTGGAGTTCTATATCATCTTCCTTCGATTTTTCCATTTGTAGCACCACTTCCTATCAGTT ATGATCGGTTACAGCCCAACACATGGAGTGGTGCATACCAGTTTTGGGGAAATGAAAATAAGGAGGCTCCATTACGAGCT ACATCTCCACCTGGAACTCTTGATGGTTTGGTGAGTAACTTTGAGGTTAAATCATTTGACGGTTGTGCAAACCCGTATTT GGGTTTAGCTGCCATAGTTGCTGCTGGCATTGATGGGCTTCGTAGGCATCATCCTCTTCCTGAGCCTGTTGATGCAGATC CAAATCCAGAAAACCTTCAGAGATTGCCAAAATCACTTTCTGAGTCTCTGGAAGCGCTCAATAAGGATGACTTCCTTAAG GAATTTATTGATGATAAGTTGCTGACTGCCTTTAAGGCAATTCGAAAGGCTGAGATTGATCATTATTCAAAGAACAAGGA TGCATACAAGCAACTCATACACCGTTATTGA
Protein sequence (LotjaGi5g1v0085200.3) extracted from Lotus japonicus Gifu v1.2 Proteins.
MDFKELKKAVEEVELVDAHAHNIVSLDSNLAFIHAFSEASGDALAFSQHSLSFKRNLREVAELYGSELSLQGVEEHRRVS GLHSTCSTCFKAARISAILIDDGLELDKKQDIEWHRSFAPLVGRILRVERLAEKILEEDLSDGSSWTVDSFTEAFVSKLK SVSGEIFGLKSIAAYRSGLEINTNVTKKDAEEGIRQVLTAGKPFRIANKDLIDYIFLQSLEVAQSYDLPMQIHTGFGDKD LDMRLSNPLHLRAVLEDKRYSKSRIVLLHASYPFAREASYLASVYSQVYLDFGLAIPKLSVHGMISSLKELLELAPTNKV MFSTDGYAFPETFYLGAKKSREVVFAVLRDACIDGDLSIPEAVEAAKDIFARNAIHLYKITSANCGVSSHNNLPQRLSNG LETDVSFVRIIWVDNSGQHRCRAVPRKRFNDVVTKNGVGLAFASMGMSSFMDGPAEGSGLSAVGETRLMPDLSTKRSIPW NKQDEMVLADMNVKPGQAWEYCPREALRRVSKILKDEFDLVMNAGFENEFYLLRSITRDGKEEWVPFDSSPYSSSSAFDA ASPLLREVAAALHSLGISVELLHAEAGKGQFELVLGHSVCTNAANDLIYTRETVKAIARKHGLLATFLPKYALDDFGSGC HVHLSLWQNGQNVFMASDGSSKHGISTVGKEFMAGVLYHLPSIFPFVAPLPISYDRLQPNTWSGAYQFWGNENKEAPLRA TSPPGTLDGLVSNFEVKSFDGCANPYLGLAAIVAAGIDGLRRHHPLPEPVDADPNPENLQRLPKSLSESLEALNKDDFLK EFIDDKLLTAFKAIRKAEIDHYSKNKDAYKQLIHRY
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 |
|---|---|---|---|---|---|---|
| PANTHER | 1 | 836 | 836 | 0.0 | – | |
| PANTHER | 1 | 836 | 836 | 0.0 | – | |
| Gene3D | 3 | 383 | 381 | 1.7E-121 | – | |
| SUPERFAMILY | 208 | 380 | 173 | 6.13E-15 | ||
| Pfam | 220 | 380 | 161 | 5.3E-15 | ||
| Gene3D | 400 | 495 | 96 | 1.3E-10 | ||
| SUPERFAMILY | 402 | 497 | 96 | 5.23E-9 | ||
| Gene3D | 497 | 834 | 338 | 1.3E-103 | – | |
| SMART | 500 | 756 | 257 | 2.2E-83 | ||
| SUPERFAMILY | 500 | 825 | 326 | 7.26E-84 | ||
| Pfam | 501 | 827 | 327 | 1.2E-82 |
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 | Glutamate-ammonia ligase activity | Catalysis of the reaction: L-glutamate + ATP + NH(3) = L-glutamine + ADP + 2 H(+) + phosphate. | ||
| Biological process | Glutamine biosynthetic process | The chemical reactions and pathways resulting in the formation of glutamine, 2-amino-4-carbamoylbutanoic acid. | ||
| Biological process | Nitrogen compound metabolic process | The chemical reactions and pathways involving organic or inorganic compounds that contain nitrogen. | ||
| Molecular function | Hydrolase activity | Catalysis of the hydrolysis of various bonds, e.g. C-O, C-N, C-C, phosphoric anhydride bonds, etc. Hydrolase is the systematic name for any enzyme of EC class 3. |
Expression pattern of LotjaGi5g1v0085200.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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