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| Field | Value |
|---|---|
| Gene ID | LotjaGi5g1v0085200 |
| Transcript ID | LotjaGi5g1v0085200.2 |
| 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|A0A072VVL5|A0A072VVL5_MEDTR Glutamate-ammonia ligase-like protein; Found in the gene: LotjaGi5g1v0085200 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr5:14651613..14664024) extracted from Lotus japonicus Gifu genome v1.2.
AAAATTTCAAGATTATATTTAAATAGCTCTAATAGAGTATTAATTTTAATGTTTGACTAGTTGCCGTCTTTGGACTTCTT GGTAATTTAGATTTTGCTTATAGTTTTTTTCGATGAATGTGCATTAATTAATCAAAATATCACTCAAATCCATAGTCATG TTACTTAAACCAGTTCTGATTTCTGAACACACATTGAGACACAGAGAGAGATAATGGATTTCAAAGAGTTGAAAAAAGCG GTGGAGGAGGTGGAACTGGTGGATGCTCATGCTCACAACATAGTTTCCCTGGACTCCAACCTTGCTTTCATCCATGCCTT TTCTGAAGCCTCTGGTGATGCCCTTGCTTTCTCGCAACACTCTCTATCCTTCAAGGTAAGTAACTTCTTCCTCCTCTGAC TTCTCAACTCCTTAGTTAAACACCTTTTGTGTTTGCTCTCTCCAACTTCTTCAAGCATTTGCTTCATATCCTCGCCATGT TACAGTGTAAGAAGAACGTTTTCTTTTTCTTTTCTGAATATGTGGTTTTAATATACAAACTATATTTACGAGTTTGTATA TTAAAATATTAGTCAACTAATATAAAATATTTTTAGAGTGAATGATTAATTTCGTCCTTGAAATTAAGCTTAAGCATCGG ACAAGTTAGTCTCGTGGTTAATGACTATGTTAAATGTCGGTCAAATTAGTTTCTATATGGAATTAACTTGGGGACGTTTT ACGTGACTATAGAAAGTAACTTGACAAACATTTGACATCTTCAGAGACTGCAGAAGATATTTTCTTCTTTTAGAGACTAA TTTGTCCGACGCTGACACCTACACAAGACAAAATTGAGCATTTACTCTATTATAATTTTTTAGAGAGAGAGACACCTAAA ATTTTCTTTCAATTTTAATTTTTCATAAACAAAACTGTCAAATAGAGATAGGTTTTATTTTTTCAAACCAAATTGAGATA GTTAAGAGTGACAATTTGTTCTTGTAGGTGATCATATTCATTATTCTTTTGATTCTAATGCGTTCTGGTCTTCCTTCATG ATTCATTCAGAATGTTACTTTTATACATATGAAGTTAACAATGTGTGTCATTAATGAACTTTTCACTCAGTAGTCACCAC TGTATTTGCTTTGGACTTGCTTATTGCACCATGTCACATTTTTACAAAACGTATTGAACTGGCCTAAATTATGTTTTGCA TTCTCAAGGATTTGTAGTTTTGGCTTTGGGAATTCATCAGTATTGGATATGTGAACTGGTTTTCCGTTCAACCTGTATTT ACTTATATGCTATCCTCTAGAGTCTAGACTTTTTTTTTAGTAGAACTTTCTATAATTTCAGTTTGGAATCTTATTATGAC ACCCTATTTTGTCATGTCAGAGAAATTTGAGAGAAGTAGCTGAGCTGTATGGATCCGAGTTATCTTTGCAAGGTGTGGAA GAACACCGAAGGGTCTCTGGGTTGCACTCCACCTGTTCGACATGTTTCAAAGCTGCAAGAATCTCTGCCATACTCATTGA TGATGGCTTAGAATTGGACAAAAAGCAGGATATAGAATGGCATAGGAGTTTTGCACCTCTTGTTGGTAGAATCTTAAGAG TTGAACGACTGGCCGAGAAAATCCTTGAAGAAGTGAGATACCTATAGACTTTTAATCTGTATTTCAATTATTATAAGGCA TCTTTTGTTATTTTAGGGGCTTGATTTTTCTCTGTTTTACTTGTATTGTTAACCATGTTATCTACATGCTTTGCTCTTTT CTGGGTTGTGTTTATCTTTGCTGGCTGAAATTCCATATCAATATTTCATAAAGAATAAACGATTTAATTTTCATCATTCT AAGATGTCATAAGAAACTGGAGAAGAGTTTTTATCCTTATAGTCTCTAGGATCAATGTTTTGAGTTTTGACAAAGACAGC ATACTATGATAGCAGGCCAGAAACCTATTTGCTTTTGAGAGAACCAGAATTGATCGAATGAGGATGAATTTTATGGTTTG TTTGATGCCTATAATTGTAGAGTTCCTTAGTAATCCATGTGAAGACCTTTCAGGAAGTTTAGTATCATACTTAGTTTAGG TGCTATTCCTTACAGCGATTCCAAGCCATATCCTTCAAGTTCACCCCTTTAATCATGTCAAATTCAGTTTTCCACTATTC ATTTGGTTTCCAAAAATCGAAAGTTTATGATCTTTGAAAGACTCTTACACAGGACTTAGTCTATAAGTTGAGTTGCCAAG TTTGAAGAAATTGAAATTTTTGGGAAATTATTTCCAGCAAAAAGTCGGTTAATTAAGGCCAGTGTTGATTGATAGCAAGA AATATTTCCTGATTTCTGCTGTGTTGCATGCTTCTATTTGCAACTATATTGATGTCTTCGGTCTTCCTCTAAGACATCTG TCAATTTATGTTATATTCATATGTGATGCTACATGAAGGATTTGTCAGATGGATCTTCTTGGACAGTGGATTCATTTACT GAAGCATTTGTCTCAAAGTTGAAATCATATCCTTCATATGTTTGATGTTTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCT CTACACTTAAACACAATAAATGCTTAGCTTTTTTAAAATTTTCAATATTTTAGCTGTGTTCCTTAGCATCACTATTACAG TTTCTGGTGAGATCTTTGGATTGAAAAGCATAGCTGCCTACCGCAGTGGCTTAGAAATCAATACAAATGTAACTAAAAAA GATGCTGAAGAGGGTATAAGACAGGTTTTAACTGGTGAGTAGACTTGTAGAGTTTACAAATTTGTTTTAATATAATTTAT TTAAGGATATTTATATTGAGCACTCAATACTTTCAGCTGGGAAGCCTTTCCGTATAGCAAACAAAGATCTTATTGACTAC ATCTTTTTGCAAAGTTTGGAAGTTGCTCAATCCTATGACCTGCCAATGCAGATACACACAGGGTAATGTATGGTTTTAAC TTTTAATTTGTCTGATACTTCTAGATATATTGATATCGAGACCTTTTTGGGGTGAACATAGCTTGTTGAGCTCAAAACAT ATGCAACTAATGTTAACGAGGTGAAATTTGTTTTGCCTTGTTCACTTCTAGGATCTACCACACTTTTCCCAAATGATAAA GCTGTAGTTTCTGTTCCTATTTACAGCTGTAAGGATATAGATTACCATGATTATTGTTTGATTGTACCTCTAACAACTTT CCTTTCTGTAAGTAGCTTTGGGGATAAAGATTTGGATATGCGTCTGTCCAATCCGCTTCATCTCCGTGCAGTTCTTGAGG ACAAGAGATATTCAAAGTCTCGGATTGTTCTTTTACATGCATCCTATCCATTCGCAAGGGAAGCATCATATCTAGCATCT GTTTACTCCCAGGCAAACACTTGATTGCTCTGTCTTGTATTAGTAGATTTTAATTTGGATTACAGGTCCACTGGTGGGTA ACACAATCTTCTCCTTCAGGTTTACCTTGACTTTGGGTTGGCAATTCCAAAGCTTAGTGTACATGGGATGATTTCTTCAC TTAAAGAGCTATTGGAACTGGCTCCAACAAATAAGGTGACAATATAAGAATAAAAGTTACGTGGTTTTGTGCAACTAATT TCTCAAAAGAATAAGCTTTGCTTTGCAGGTGATGTTTAGCACTGATGGCTATGCATTTCCTGAAACCTTCTATTTAGGTT GGTTGACATCTATTATCTATTATGTTTTATGACATCTAAATTTGAAGATTATATGCTCAAGTGCTTTGTTGTGGTTGTTT CAGTTTCACTTGCTTTTCTTCTCTTGCACATCATCACCTTGAAGTGTCTTGTTCCTTTTGTCATGAAATGTATGCTGTTT ACTTCCCTGCCTTGATGCTTGCACTGAGTACCTGACACTTGAAATATCAGCATCACCTAACTTACCAATTTAAGGCCAAT AAGTTGTTAATTGGTGAGAAACAAATTATTGAAATATGCTGGCTGTTTATTATCCACTTGTAAGTAGGTACTTGAGCTAT ACGCGAGTTCCATATTTTATTGTGGATGATCAACGACAACCATGCCCCAATCCTGCCATGCTAATGCTAGAGATAATTTT GGTAAACTGGTTCTAGAGATTATGAGATATCTTGTCTGTATTGGAGTTTCATCTCTATATTAATGGCATGGTCCTGCTAA GATCAGAAGAATCATTAGCCATTTCTTTCCTAATGTTTACCTGATACGCTAATGCTGGAACGTGAAAACTCCAAGGGGTA CTCAAAGTACTAAGATATGTACTTACATATAAATGCATCATATATTATGATTTCAACTCATGCTTCAAACTTAAATGCAT TTGAATAATTGTAACTTCTTGGATTCCAAAGGATCATGAGGTGAACAAATTTTCGTCCTGAATCCTTTGAATGATTTCTT GAAGTTCTTGTATGCAACATGAGTGTAACAATTAGTTTTTTGGAGCAATTGATCTGTCTTTTAAAATTTCCACCTTTGAA GTCATATTGGGTATGAATATTACTTGTTAAAATCATTGAATTTTTCTTTCACAGGTGCAAAGAAGTCTCGCGAAGTTGTT TTCGCCGTTCTACGTGATGCATGCATCGATGGTGATCTTTCAATTCCAGAGGCTGTGGAAGCTGCAAAAGACATCTTCGC AAGAAATGCAATCCATTTATATAAGATTACTTCTGCTAACTGTGGTGTTAGTTCGCATAATAATTTGCCCCAAAGGTTGA GTAATGGCTTAGAGACTGATGTATCGTTTGTTCGAATTATATGGGTTGACAATTCAGGACAGCACAGATGTCGTGTGAGT TTCCCTTGAGCTTGTTTCTGTTATTTCATTATTCATATCCTTCGTAAATTCAACCGGCATTTCTGAAACATTTAGATATA GAAGTTGCAACCAGTAGAACACTATTTCTCTAAAATTGGAGTCAAATTAAATTGCAAGTTCCTCACGTCAATCATGCCGT ATATTGGACATTGTAACTGTTTCTTTTAGATATTTGTACGACAAAGCAAAATGATGAAGTCAACCAAAGAAAAAGTTTTG CTTTCATTTTGCATCAAGACGTAACCTGTCAGTTCACTTAACATTCTACCTTCCCAAATAAGTATATTAAGAAATTTTAC TGCATGTTTTCTGTCCTTATTTTTTGTTACTTTTGTTTCCTTAAGCAGAATGGGAATTTAGGTCCTGTTTGGCATATTTG TTTCTGGCTGTCCAGGCTCGTAAGATGTCAAACTAGAAAGTTAAGGGACTTCATATTGTATTCTGAGATGCTGTCAAATT TTGTTTCAGGCTGTTCCTAGAAAGCGTTTCAATGATGTTGTTACAAAGAATGGGGTTGGTTTAGCATTTGCAAGCATGGG AATGTCTTCCTTTATGGATGGGCCTGCAGAGGGGTCTGGTCTAAGTGCAGTTGGGGAAACAAGATTAATGCCTGATTTGT CTACTAAAAGGAGTATCCCTTGGTACACAATATCTTTCTCCGGAGGATATTCTGAGCTTTCATAATTTCAACTTTTGCAA TTGATCTTCAAGTTTTCAGACACTATTTTAAAATTTCTGAATTTTTTTGATGAATGTACAGAAGAATGAGAGCCTGATGC AGGATATCCTTGGTTCCTTCTGATAACATATAGATATCTATATGATATTGTTACAACTGAACTGCTACGTAGTTTCCTTT TCTCTTTATTTTTCTTTTTTCGGTAAATAGGGAGACATACTGACATAATTAAATGATAATATGCAATTCAAGATGTGCGT ATTTTGTTTTTAATTAGGGGGAAGGGAGCCATAAATCCTATTGTAGTTATTCAAATATATATGCTTCATTGTATGTTTAT TTTCATAATGTATTGGAATGAAATCCTTAAAACCGTGCATTCTTCCGATTTCCCTCTCTCAACGTGGCATTTTATTCCAT CTCATTGAATATTTGGGAGCAGATAATTTTTTCTATTAATACAACTTATTTTTCTTTTTCTTTTTCTTTTCCTTTTGTTT TTTCTCTTTTAATTCTTAGCAGTTAGCACCACTAATCTGTTTCACAATTTTTTACTGCTCATGTTTTAGTTTATCCTGTT ATGTAAGTTCTAAGCGTATTATTTCTATTTCTTCTCTCCGTTAGCTATTATTTTTGTGTTTGATTAATGTCATATTTATT AACCAAGTAAACGGCAATTGCATGGATCAAGTGCTTGTTTTCCTTTATCTAAACCATTTAACAGTGTAGGCTCTTCTGTT CTGCAGAAATACCTTTCTTAAAAGATATCAAATTATTTAAACTGATGCAGTTCTCTTCTTTTATAGGAACAAGCAAGATG AAATGGTTTTAGCTGATATGAATGTCAAACCTGGTCAAGCATGGGAATATTGCCCAAGAGAGGCCTTAAGAAGAGTTTCT AAAATTCTGAAAGATGAATTTGACTTGGTATGTTGCTGACCTTGCCTCGTTTGTGAAGTACTGTGCTGTTTAACTTATGG TCTGCTTTCAGGTAATGAATGCAGGATTTGAAAATGAGTTTTATCTCTTGAGGAGCATAACAAGGTATGACATATCACTG AATTGATATTATCTTTTGATCTAAATAGTGGAATTTGCCATGGCAGTTGGTTAAAAATGATAAAACAAAATTAATCATTC AGGGATGGGAAAGAAGAATGGGTTCCATTTGACTCAAGTCCTTACTCCTCCTCATCAGCATTTGATGCTGCTTCTCCCTT ACTTCGTGAAGTTGCTGCTGCTCTTCATTCCTTGGGAATTTCAGTAGAACTGGTAAAAAGGAACTTATGACATGCTCAAT TGTGAATAAAAGATATGATAACGGCTTCGTTTGATTTTGATTGGATTTTTTTTTTATCTGTTGAAAATTGCTTTCACATA AATGACTCAGTAAGGTTCAGGATTACTTTGCCCTGATGTCTAATCACTGCCTTTAACCAGAAGCAGTAATGATTTACTAA ACAAATAGGCAAAGACATTTTAAAAGCCTATTTATCTGAAAAATTAGGGTAGGCCATTCAAAATGCATTTTACGTCTAAT AAACCGGTCTATTTAAGTAAATATGATAGAACCACCCTGAAATCTGATATTATTTCTTACAAATCCCTAATTCCCAAATT GGGACTAGAGCAGAATACAAGAGAGAGTCCACACCCTCTAGAGAGCCCACACCCTCTTCCTAATCCCAATACCCAAATGA TACAAAAGATGGTATATGTTCTCTAACCCCCTCTTATTTATAGGCACAAGCCTAACTAACCCACTAACTAACTATCTAAC TATGTAATAAGTCCATTACATAACTAACTAAACCATGTGATATGTGAGTACCTATCAAAATATAAATAATGTAATAATAT TTTATTAATTTGATATTATATTTTTACTATGATATCCTTAAATTATATATTTATTTACTTGTTTAAAGCTTACATCTTAG CATATATAAATATTTGTGCTGATAAGCCTATTTAGATATAGATTTATGATTTTTTTCAAATACCTTATTATAAAGTAACC TTTTAAATATGTATTCCTGCCAAGCTGTACTTTTAGAAACACCAAGTAAGATCTTGAAAATGGCCTATACCAATCCAACA AAGTAGGTTTAGGCGTTAAGTTTAGGAAGTAAGCCAGGCCTTAGAAATCCATCCCATCCTAGCCTATTTTCATCCCTAAT TGTTATACAGGGATACTTTTGGATTAGAATATTCATAAAACTGAATGCTAGCACCAAAAAGCCGGACAACAAATATTATC ATTTAGGTTGTTATGTGTGACCAAGGTCCCTAAAAGGATCATCCTCATTTGTGTGTTTGAAAACATTCTTCAAATTGACC TTTGCTGGCCTTTTATAGGTATTAAAAAGCTTCCTCTTTCTAGAAGTTTTTTACCTGTAGCCCATTTTCTGAACTTTCTT TGTTTACAATATTGTAGTTACATGCAGAAGCTGGAAAAGGTCAATTTGAGCTGGTTCTGGGACATTCTGTTTGTACTAAT GCTGCAAACGACTTAATTTACACCCGTGAAACTGTTAAGGCCATCGCCAGAAAACATGGCTTGTTGGCAACTTTTCTTCC AAAGTAAGTGGCAAAGTTTGTTTACGCATGTGTAATTCAGATTTAAACAAAAGAGAAACAAATTTTCACTTCAAACTTGC CTTGAAGACGGGTGCAACCATATTTGACACCGTCTGGACATGATTGTGAATGTGTTGTGATGTTGTAAATGTGTTGCCGT CTACTATGGTGAAAAAACCTGGTTGTGTGTTGATAGAAAAACATGACTTGAAAGTTGAAACTATTATATTTTAACAATAG TTGAACAAGACCAATCCCATAATAGTTAACTTTATAATTCAATAGTGTTTGGAGGACTTACTACCACTTCAAAATACCCA GACAAATTATAATTTAAAATAAATATCTTTATATCAGTTCTTTTATCATAATTTAGAAGTCTATAACCAATCAATGCTTT TACAATTTTTACCAAAACAGATGTATATGATCTTGATCTATGGAAAATAAACACTCATGTTCACATATTAGAGGTATAAT TTGTCGAACTAAGACAGGGTTGTATACAGTCTTGTTCATAAATTTAACTACTGCTGATGAGCTCTATTTTTCTCTTAAAG CTCAGAACTGAACATTTTGAATTTGAACTACATAACATGGTGTTCTCTTGTCATATTTAAGGTACGCATTAGATGATTTT GGTTCTGGATGCCATGTGCATCTTAGCTTGTGGCAGAATGGCCAAAATGTATTTATGGCATCTGATGGATCATCAAAGCA TGGAATATCAACTGTGGGAAAGGAATTTATGGCTGGAGTTCTATATCATCTTCCTTCGATTTTTCCATTTGTAGCACCAC TTCCTATCAGGTTACTCTTTCCATTATCTTGCTCATGCTATATATGTTGACTAAAAACTTATATTATGGTGTACTATTAT GCCACTAATTTTGGTAGCTTTGATCTGTTATCTATGAGGACTCATTCTGCTTAAAGCTCATGTTTTTAGGAGGAGGCTTA TTTAAAAAAAATCTCTAAATAACTAGCATTATAGTAAAACAGATATGTAGTAATGTTCATATGCCAGTTATTCTAAACTT TAAAAGGAGTAAAATATCACAAGTGACCAATGACCATCTTTTGTTATTCATTTTGAAATTTTGCTGCTATATTTTCTTAC ATCGCTACGCAATTTCTTTGCAGTTATGATCGGTTACAGCCCAACACATGGAGTGGTGCATACCAGTTTTGGGGAAATGA AAATAAGGAGGCTCCATTACGAGCTACATCTCCACCTGGAACTCTTGATGGTTTGGTGAGTAACTTTGAGGTTAAATCAT TTGACGGTTGTGCAAACCCGTATTTGGGTTTAGCTGCCATAGTTGCTGCTGGCATTGATGGGCTTCGTAGGCATCATCCT CTTCCTGAGCCTGTTGGTAAGATCGTATAACCTTGATTATACAGTGTGTGCAAAACGTGCATCGTTAAATAGTGCTTGTT TCTATCAACAAAGAGCTTACACGATTTTCAAATAACTTTCTGTATAGTTCAAATCAGCTCACGGAATAAAGCGAATGTAT CTGTCATAATTCATATTCATACCTTAAAAGTTAGCATGAGTCGTTGCTTATCGTGAGCATATCTGATACAAGCCTAATTT CATTTGCTTTGATATAAAATTTTAAAATATTCAAGAAAGAAATTGTAAAATACAAGTATAAGTGCCTGTGGAGTGTTAGG CAAATATAAGCATCTGACATGAATATGACATGGCTACTCTTTCAAAGGTTCCGTGATTTCTAGATCTTTACTTCAATCAA GCTTTATTTCAAAAATTTCCTTCATGCTCCTTATACAGAATTCGCATAATGGTTGCATGTAGTTTTTTTGATTCTTATAT TTTTCAGAAATGGTTTCAAAATATTGATCAAATAATGAACTTCTTATTTGTTGTATGAAACAGATGCAGATCCAAATCCA GAAAACCTTCAGAGATTGCCAAAATCACTTTCTGAGTCTCTGGAAGCGCTCAATAAGGATGACTTCCTTAAGGAATTTAT TGATGATAAGTTGCTGACTGCCTTTAAGGCAATTCGAAAGGTATGTATTTGGCTTTGATGCTTCTAAATCAACATTCCTT AGAATGGAAAATGCTTTTACGCTTAGATAGCTGTTGGGTACTTGTGACCTTGCGTGGTGTAGATATGACAGGTTCTCATG GGGTGGAGTAACTTGTGTATTAGTCTCTAGTGGGAAGCCTTTTCTTGTTTTAGATGCAGAAAATTAGGAATCTAAGGGCC TGTTTGATTAATGATTTGTAAAATAGTTTTTAATTTTTTAAAAAGAGATAAACTCGGTTTTATATTAACTGTTTTTTAAA ACTGTTGTTTAAAAGAGTTCTTATTTTTAGTTTTTAAAACTAGAATCCCAAACATCTCTAATATCTTATAGGTATTTTTC TGATTTTGTTTTTAGTTTTCTAGTCACATGTCTTTCAGCTTTGTAAAAGATCTCACATCTTGTTCAAACTATTTTATTCT TCTTTTGAAAAGTATGTTTTAGAAAACTGTTTTTGAAAATTGTTCATCATGTGCTTTACCTGTTTTCAAGCATATTTTGC ATCATTTACTTCACCTGTCCCAAAATTTTATATGCCATCACACCATCGAGAGCTTAATCATGCTTTATCTTGCTTGTATA AAAACCCTTTGAAACAAAATTTCAGGATTACACAATTTATAGTGGTCTAGTGAGAAACATGAGTGTTATTGTGTAGAGCT GATTTATTCATGAAAATTACTAAAGTGAAAGCTATGTTGTCAATCCTAGTTCCCAGCTCGTCGCGGCGAGCCTCAAAACT GGGATACCGGGACCCGGGAAAGCAGGATGGTCGGGATAGTGAATTTTTATCTATATTTTTAATAATTTATACCATACATA CATGTATTAAATCATGACAAATACAAGATAAAACGGAGAAGAGGGTCGAAGTGGGTAGAATAGAGGTGACGCTCGCTGGA GAAAGGTCAAAGTTCCTGTTGTGGTCGTTGGCTGGTTTTGGGCCGAAGAGAGGGAAGGGAAGGTGCAAAAGTAGTACAGA AGAGAAGAGGGTTCGAAGTGAGTAGAGGAGATGGAAAGGTCGAACACAAGCAAAGTGCTAGGATTTTTTCCATTGCGAAA ACCCGGAAATAGCCCTTAACCCTTAATAAAAACCCCCAGCGTTTACATTTGAGGAGAATTTTGGAAAACTGGGGCATTCA CTATCTTGTTGGGATCCTAGCAGGGATGGTTGGGGCAGTGAGTTGGGACAAGATGGGAAAATTCATCCCTTGGCATGGCT AGGATGGGATGGGAACTCGGGAATCTGCAGGATCCCTGCCGAGATTGACGACTTAGAGTGAACGAATAATTATTTATTTA TTTATTCTTATATTTGAGTATGTTATGATCATGTTATATATATATATATTTTTCCGGAAGATACTTTAGATTAAATCAAT TATAAAAATAACCTTGTTCTTTTTAGAGACAATTTAACTTCACTCATTTATCCAGAACTTGAAGAATAACTGATGCCAAT AAATGACAAGACCTTATTCATATGGTTTTGAGTTTCACTATATTCTATAGCAGGGTCATCAATTGTCCCTTTTCTGTGAT TCTCTAATCCAACTTGTTAATTTTGATGCTTTATTGTGCACAGGCTGAGATTGATCATTATTCAAAGAACAAGGATGCAT ACAAGCAACTCATACACCGTTATTGAGCTAGTTGATTTTGTTCCTGTGCGCAAGACCGGTCAGAGAATAATTTGGATTCT GGCGGATTCTTCAGAATAAAGATTAGTCATTGCTTGCATTTTCACTTCAGTTTAAGGCTAGTAAAACACAGTTATGGCCT GTTAAATTTTAAAATGGTGCATCCTTGTATAAGTTTTAGCTTAGCTTTATTTTCTTCTTGTTGCCATAGTAAGATATGAA ATCCAATGTTCCTGTGCTCAACTTTCACCTTCAACTTCAACTTCAACTTCTTATTTACTGATCCAAGTAGAATTTGCGTA AGCTGCTGAAAGCCTAATATCATTCCTGATGCATCTTTTTTTGGTATGTTAATGGTAAATTGACTCCAATATTACGTCTG AGTGAGGCTCATGAACAATGCACATTCTTGCTACTTAACAAGATTGTAGATTGTTTCACCAAGAAAAAATGCATTATGTA TTCTTCTTGGTGCTAATTCCTTCTCAGACAAACACGCCCCCACCCACGACAGTTTCCTTATAAATTGTGTTTTGAGAATA GTATTCAAAAGCTAAGAGTAGAAGAATTTGTTTCATTTGAATAGTTTATAAATTATTTTTGAAGCATAAATATTTTGTAT TTTGGAAGCGCG
CDS sequence (LotjaGi5g1v0085200.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGATTTCTTCACTTAAAGAGCTATTGGAACTGGCTCCAACAAATAAGGTGATGTTTAGCACTGATGGCTATGCATTTCC TGAAACCTTCTATTTAGGTGCAAAGAAGTCTCGCGAAGTTGTTTTCGCCGTTCTACGTGATGCATGCATCGATGGTGATC TTTCAATTCCAGAGGCTGTGGAAGCTGCAAAAGACATCTTCGCAAGAAATGCAATCCATTTATATAAGATTACTTCTGCT AACTGTGGTGTTAGTTCGCATAATAATTTGCCCCAAAGGTTGAGTAATGGCTTAGAGACTGATGTATCGTTTGTTCGAAT TATATGGGTTGACAATTCAGGACAGCACAGATGTCGTGCTGTTCCTAGAAAGCGTTTCAATGATGTTGTTACAAAGAATG GGGTTGGTTTAGCATTTGCAAGCATGGGAATGTCTTCCTTTATGGATGGGCCTGCAGAGGGGTCTGGTCTAAGTGCAGTT GGGGAAACAAGATTAATGCCTGATTTGTCTACTAAAAGGAGTATCCCTTGGAACAAGCAAGATGAAATGGTTTTAGCTGA TATGAATGTCAAACCTGGTCAAGCATGGGAATATTGCCCAAGAGAGGCCTTAAGAAGAGTTTCTAAAATTCTGAAAGATG AATTTGACTTGGTAATGAATGCAGGATTTGAAAATGAGTTTTATCTCTTGAGGAGCATAACAAGGGATGGGAAAGAAGAA TGGGTTCCATTTGACTCAAGTCCTTACTCCTCCTCATCAGCATTTGATGCTGCTTCTCCCTTACTTCGTGAAGTTGCTGC TGCTCTTCATTCCTTGGGAATTTCAGTAGAACTGTTACATGCAGAAGCTGGAAAAGGTCAATTTGAGCTGGTTCTGGGAC ATTCTGTTTGTACTAATGCTGCAAACGACTTAATTTACACCCGTGAAACTGTTAAGGCCATCGCCAGAAAACATGGCTTG TTGGCAACTTTTCTTCCAAAGTACGCATTAGATGATTTTGGTTCTGGATGCCATGTGCATCTTAGCTTGTGGCAGAATGG CCAAAATGTATTTATGGCATCTGATGGATCATCAAAGCATGGAATATCAACTGTGGGAAAGGAATTTATGGCTGGAGTTC TATATCATCTTCCTTCGATTTTTCCATTTGTAGCACCACTTCCTATCAGTTATGATCGGTTACAGCCCAACACATGGAGT GGTGCATACCAGTTTTGGGGAAATGAAAATAAGGAGGCTCCATTACGAGCTACATCTCCACCTGGAACTCTTGATGGTTT GGTGAGTAACTTTGAGGTTAAATCATTTGACGGTTGTGCAAACCCGTATTTGGGTTTAGCTGCCATAGTTGCTGCTGGCA TTGATGGGCTTCGTAGGCATCATCCTCTTCCTGAGCCTGTTGATGCAGATCCAAATCCAGAAAACCTTCAGAGATTGCCA AAATCACTTTCTGAGTCTCTGGAAGCGCTCAATAAGGATGACTTCCTTAAGGAATTTATTGATGATAAGTTGCTGACTGC CTTTAAGGCAATTCGAAAGGCTGAGATTGATCATTATTCAAAGAACAAGGATGCATACAAGCAACTCATACACCGTTATT GA
Protein sequence (LotjaGi5g1v0085200.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MISSLKELLELAPTNKVMFSTDGYAFPETFYLGAKKSREVVFAVLRDACIDGDLSIPEAVEAAKDIFARNAIHLYKITSA NCGVSSHNNLPQRLSNGLETDVSFVRIIWVDNSGQHRCRAVPRKRFNDVVTKNGVGLAFASMGMSSFMDGPAEGSGLSAV GETRLMPDLSTKRSIPWNKQDEMVLADMNVKPGQAWEYCPREALRRVSKILKDEFDLVMNAGFENEFYLLRSITRDGKEE WVPFDSSPYSSSSAFDAASPLLREVAAALHSLGISVELLHAEAGKGQFELVLGHSVCTNAANDLIYTRETVKAIARKHGL LATFLPKYALDDFGSGCHVHLSLWQNGQNVFMASDGSSKHGISTVGKEFMAGVLYHLPSIFPFVAPLPISYDRLQPNTWS GAYQFWGNENKEAPLRATSPPGTLDGLVSNFEVKSFDGCANPYLGLAAIVAAGIDGLRRHHPLPEPVDADPNPENLQRLP KSLSESLEALNKDDFLKEFIDDKLLTAFKAIRKAEIDHYSKNKDAYKQLIHRY
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 | 533 | 533 | 3.0E-211 | – | |
| PANTHER | 1 | 533 | 533 | 3.0E-211 | – | |
| Gene3D | 1 | 80 | 80 | 1.8E-24 | – | |
| SUPERFAMILY | 2 | 77 | 76 | 7.31E-6 | ||
| Gene3D | 97 | 192 | 96 | 6.6E-11 | ||
| SUPERFAMILY | 99 | 194 | 96 | 2.62E-9 | ||
| Gene3D | 194 | 531 | 338 | 4.3E-104 | – | |
| SUPERFAMILY | 197 | 522 | 326 | 2.35E-84 | ||
| SMART | 197 | 453 | 257 | 2.2E-83 | ||
| Pfam | 198 | 524 | 327 | 3.8E-83 |
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. |
Expression pattern of LotjaGi5g1v0085200.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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