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| Field | Value |
|---|---|
| Gene ID | LotjaGi4g1v0002000 |
| Transcript ID | LotjaGi4g1v0002000.1 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Imidazole glycerol phosphate synthase subunit HisF; TAIR: AT4G26900.1 HIS HF; Swiss-Prot: sp|Q9SZ30|HIS4_ARATH Imidazole glycerol phosphate synthase hisHF, chloroplastic; TrEMBL-Plants: tr|I1N0Y1|I1N0Y1_SOYBN Uncharacterized protein; Found in the gene: LotjaGi4g1v0002000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr4:378079..395782) extracted from Lotus japonicus Gifu genome v1.2.
GCGCAACTCAACATTGAGTTGAGGCTGAGGCGAAGCAACAGCAATGGAAGCGCCGTCATTTGCTTATTCCTCTCCATCTT CCTGTTTCCTCCTTCGCAACAAACCAGTCACACTCACAAGATTTCCCCATTTTGGCCGTACCAAACACTCCAGGAGCTTC TCAATTCGTGCCTCCTCTTCTGGGGATTCTGTTGTGACGTTGCTTGACTATGGTGCTGGCAATGTTCGGAGTGTCAGGAA TGCTATCAGATCCCTCGGCTTTCAAATCAAAGATGTAAGCTTTTTTCACCTTCTCTTAATGGGGTTGCTGCGTTTTTTCG AATCTCAAACAACCTTGCTTTGTTTCTAGGTGCAAACCCCACAAGACATTTTGAATGCAAGCAGACTAATCTTTCCGGGT GTTGGAGCTTTTGCTGCTGCCATGGAAGTGTTAAGCAAAACTGGGTGGGTATTTTGTTTTCCATGTCATGTCATGTGAGT ATCAAGCTTCAACTCATATCATATATTTTGCAGTATGGATGAAGCATTATGTTCATATATTCAAAAGGATCGCCCATTTT TAGGCATTTGTCTTGGACTTCAACTACTTTTTGAATCTAGTCAGGAGAATGGACCAGGTCAGTTATCAACTCCTCTTTAG TTTTTGTTATCATTCACAATCCTTCAATTCCTCCCTGAATATCTTATAATTATAGCATACATGGATACCAAGATATACAT CCCTGTACATGTGAAGCTAAAACACTTTTAATCCATGATATATAGACTTCAATTAATATATTATATGAAACGTAACTATT ATTCACTTCTCATTCAAGTTTGAAAGATTTTTCTAGTCAGCCATTTCAAGTCGTAGGTGCCTTCATATTTCACTTTTAAG GTGTGTCATGGAACATAAGATTTTCCAATAGTTGCCCATGATAGAAATAGATGCTTTTTACACAGTCCTAGTTTATGAGA TGAGTGGAGTGAATTTTAGCTTAAAATTTGGTGAAAGCTTGGAAGTGTTTTTTTGTGTGGTTAAAATGGAGTTAATGTAA TGTCAGTTTAGCAAGACACTAGTTCGCGATGGTTTGGAGGTGAAACTTGGGGATCACATCATCCCACATTCAACATTTCA TGTATCTTGGATCCATCTAATAAAGTAATGAATATATTGATGGGAATGTCACACATAGGATTGATTCATGATAATTGGAT CAAGTATATAAATATTCCAGGCATAATTCAGAAGCACCATCAAACCAAAGTAAAATTATAGGGAACAACTATATGACCCG CATAGCTCTATCTCTATGGTGGTCCAGTAGTGAGTGTTTCACAATGAAGTGCTGGCTAGAGTGATAAAAACAATGTTTAG CTCAGATAAGAGCGGAGGTAAATGATTGGATAATAAGATATGCAACACAATACAAAGTTTTGAAAAAAATTATCTTGGAG AAGCTGATGTACCAGTACCACCTACTGGTGAAGTAATGAGAAGATGATGGGAACTAGCCTAAGGTGGTTTGATCATGTGA GATAAAACCCAATAGGGGTTAATGTGAGAAAAATGGATCAAATGGAAGATAGTTTGATTAAAACAGGTAGAGGAAAATTA TTGAAAAGGGCTTTTCTCCAAATGGTATTTCTGAAGCTTTTTATTTTTTATTTTTTTATAGTTCAATGGCATTGATCGAT TCATATAACTGACTCCATCTATTGCGATTATGTTTGTTGTTGTAAATTCATTTTTCTTAAAATACAATGTTGGAGATATT GGTATATGTCGCTCTCAATTTTCAGTAGTGTTAATCTATGCTTTACTTCTGCAAAATGGTTTTTCATTAGTGTATTAAAA TACTTTCTGACTTAATATGTGCACCCATGAAATTTTTTGGTTATGAACTGGCCTTGACAATATATGTTGTCCTCAGATTC TTTTGTTTTGTCATGACTGTCAATTTCTTATGACGAGTAACAAGGTAGTAATGAATCTAATGATAGAGAAATCTGTAACC TAATGAATATTTACTATGCTTCTAAAACAACGAAGGAAAACATGGAGACAATGCTCTATAATATAACATATCTTAATTTT CTGGGCATTACATGAGCATTACAATTTTACTTTCACTTTTAAGTATTGAATGGAAAAATATGCTTGTGAATCAGTAAAAG GTCTTGGCTTAATACCTGGAACTGTTGGACGATTTGACTCATCAAATGGCTTTAGAGTACCACACATTGGATGGAATGCT TTACAAATCACAATGGACTCAGAAATTCTGGATGACGTGGGAAACCACCATGTCTACTTTGTGCACTCTTATCGTGCCAT GCCTGTATGTCTCCACTTTTCTTCAAAAACCTTATTACTTTGGATGTGACATTCATATCTTATATTTTCATAATCTGTAA GTGTTTGAGTAATCTGAATTGTTTATTTGTCTCAGTCAGATGACAACAAAGAGTGGGTATCCTCCACCTGCAACTACGGT GACAGATTTATAGCATCTGTTAGAAGAGGAAATGTGCACGCAGTTCAGTTCCACCCAGAGAAAAGTGGAGGCAAGTTTTA TCTTCCTTACAAACCTTCTAGTTTTTTCTGTCCTTTCTCTTTATTTTTTTATATGCTCTAAATCATGGAGGGTGCAATCT ATCCTAAATTTATATTCTTCCATAGTTTGTAATTGGCCTTGGTCATGTGAGGAGATAAATTGAAGTTTCGGACATTACAT TATTTTGGAATTTGATGTACTTACAATCTTACATACAAACTTGTATAATCCCTGCATCCGTAAAGGAAAAATTGAGGGAC AATTTGAGGTTCTGATTGACTCAGAAGAATATGAGATGAAAAAATTGGAAAAATAGGTAACTATTTAATTAACAATTGGA AATGAAAAATTTCTTCTATCTCTAATATTACTAATAAGATCTGAGTTCTAAATTTTTATTGGCTTTTGGCGTTATACGGA AATATGCATTGCTGCAAATTTCACATTCTTCTTTTTGGGGAGAATACTTTCTTCGGAGATATACTTCTTTATTTATGCGT AAAACAATAATGCTATGTTTTCCCCCCCTTTTCTTGGGCTAGCTTATTCTTGTCCTCATTCCTGATATGATATTTTCAGA GGTTGGTCTCTCAGTTTTGAGAAGATTCTTGTATCCGAAGTCAAATGTGACAAAGGTGGCCTTCATATCTTTATACCTGT CTTCTATATCACTGTTTTTTATCATCATTTTGATATATGCTTTATTAACTATTTGCAACATTCACTTGAAGACAGAGGCC TGGTGAGAGAAAAGCTTCAGAACTTGCAAAAAGGGTAATAGTCATGGAAGCCCCTTTCTAAATTTAAATTAATTAATGTA TCATGGCCTTACTGGCGCATTCATGATTTTGGTCTGCTAACAAAACATTGTTTATGAAGGTGATTGCTTGTCTTGATGTG AGAACAAATGATAAGGGGGACCTTGTTGTAACCAAAGGAGACCAATATGATGTTAGAGAAAATACAGAAGAGAAAGAGGT ATCATAGATAATACTCATTTTTATGAAATTTATAGTTTTTATGACATTCCTCACATAGAGCATAGGCCAAAACATTGGAC ATCTATGCAACACAAACTATTCATAGGTGTAGAGAATTAAACAAGAACTTTCTAGACTTGTTGCTGCATCAATCACCACA TAAATTTTCATCATTAAAGAATAAAGTTCTATGTTAATGTTTATAAATCATAATCTTATGATGCCATTTTAATGTTCAGG TAAGGAATCTTGGCAAGCCTGTTGAGCTTGCTGGACAGTACTATAAAGATGGAGCTGATGAGGTATGCCTTTGACTTTGT TGTTTTTACACATATTACGAAGCATGTTCTTTCCTTCTAAACTTCAACCTTTAATGCAGGTCAGCTTTCTAAACATCACT GGATTTCGCGACTTCCCCCTTGGTGATTTACCAATGTTGCAGGTTTGTTAACTGTGCTAAAATTAAAGTTTTTACTTTTT ATTAGTTGGTGCTGAATTATATATAATATCTGCTGCTATTTCATGTTTGCTGTGCTTCCTTCTAGGTATTGCGATCCACA TCAGAAAATGTTTTTGTACCCTTAACAGTTGGGGGTGGAATTAGAGATTTTACAGATTCAAACGGAAGGTATTATTACTA ATTATTATTAATTTATGATGATTATGGTATTGACTTTCTTGCCACATTTTTTTTTCAATGAGAATGTTCGGCTTTATAGT TTTATTTTCCTCAGAACTTCTATAACTTTATCATCCAACTAATTATATTCTCAGGCACTATTCTAGTTTGGAAGTTGCTG CAGAATATTTTAGGTCTGGGGCTGATAAGATTTCCATTGGAAGTGACGCAGTTTATGCTGCAGAAGAATATTTAAAAACT GGAGTATGGAGTTCAACTATTGCTTCTTTATATTAATATACACTGAAATACTTTTCTTTTGATGTTTTGATGTTTCTATG ACTCACATTTAGGTAAAGACTGGGAAGACCAGCTTAGAGCAGATATCACGAGTTTATGGGAATCAGGTAAGCCAATAGCT AATAGTCATGTCTGCTATTTTATTTTATCAATTTACCTATATTTGAGAGTCCCTAAACCAGTGTTATCAAATAGCGGCTA TAGCGGATTTTTGGCTAATCGCGACGCCGCTATTGCCTGCTATAGCGCGCTATTTCCACTATTCGCCGCCAAATAGCGGC TGAAATAGCGGATTTTTGGCTTACCGCGATGGTCCGCTATCGCGATTTGATAACACTGCCCTAAACATGCATGTAACCAC AAACCTCTTTTTTTACCCTGAACTAATCTAACCAGACCAAAAAAATATTTCGAAACAAATAGCAGCAGTGTTAATATATG ACGATTATTTAATGGTGAGATATTAAGCTACTTTTGCTTGCGAAGGTGTAGTTTCTCCTAATCATAATGGTATATTTCAA TACGTTGAGTATAATATGTGATTAATATATGTTCTATAAAAAAATAAGATTACAGTATGCCTTCTTATAGAGTTCTGTGA TTGTATGTTTTAATTATCTTAACTTTCAACCTGTCTTTAGAAAAAGAAAGAAAACATTTAGAAATTATGTTGTAAACTTC AATTATATGTGCCACGCTTCTTCATGTCAAATTAGTGGTGATAATGTATTTCATGCAACCAGTTAACTTGTTATCTTGAC CATAACCACGTCACGAAATTTAAAGTGGTGTGCTCCACTTGTTGGTCACCTTTACTGTGTGATGTAAAATATACAAGCTA AGGGATGGCCTAGGTTGATAGTTGGTAACTTGGTATATGAACTCCCCCTTTTTCTTAAAAAGGAAGTGTGATCCATGCTC CCATGTCTAGAAGGCACTACTTTGTTAAATGGTTCAATAAATTAAAATGGGATCTAGGGAAGCTTTCTAATGGCACAGTC TAGAAGGCACTACTTTGTTAAATGGTTCAATAAATTAAAATGGGATCTAGGGAAGCTTTCTAATGGTACAATATTTGTTA TAAATAATGTAAATAGTGTATAAGTTATCCCCCCGCCTCTATGTAATTGAGACACTAGGATTCACTCATTGCCCTCTCTC TTTTCTCTGTTTATATAGTATTATTATGATTTGGTTACGTGTCTGTTTATTGACTGAGCAATAGATTATTTAAATCCAAC CTGGATGTGGACTGGCCAATTACTTACCACTTACAGCATTTGATCTTGCTTTTATTTCAAATTGGTTTCTTCTGTCATCT GGATTTCCCCTTCCTTCATTCATTTGCGCCCATTAGAAAATTTTCATTCATCACTATATGTTAGCAACGAAAAAAGTAAG GAATTCAAAAGAAGAGTTCTTGTGCATATGAATGGTGATGAAAAGATAAATAAAACCATGCATATTAGATGTTTGTTTCT CCCTTTTCAGATGAAGTAGTGTTTGAACATATTTTAACATTTGTCAATTCTTCTACTCCAAGGAGATATTAGAGAACCTC TTTGCTGAAGTGATTTGTGTTAGGGAAGAAACCAGAGAGAGAGAGAGATAGAGAGAGAAAGAAGATTCAGAGAAAAGAGA GAAGTTCATTCATCAACAACATGGTTACAATTCATCAACTAGCAGCTCTTTATACTTCAACTGCTTCACTAACTTCTCTA ACAACTTTCCTAACTTCCTAACAAACTCTAACAGCTTAACTGCCAGCTGTCTAACTAACTCTAACAATCACATTCGTAAC ATATCCCTCCCCTTAACAACTTCCTTGTCCTCAAGGAAGAACTTGTAAATCCACAGGAACATCAGCAGTAGTATCAAATG TAGGAAACTGCTGTTTGAGGTTGTAGAGAACCTCCCAAGTAGCATCTTCTTCCAGCTCTCCTAGCCACTGAACTAACACC TCAGTAACAGCTTTGTGCCGGCGCTGGACCATTCTTCGCTTCAGTATCTTAAGAGGAGCACGTGGCTGATCCATGTTGCC CCAATCCAGAGGTAAAGGCACATGTTGCATAGCAGAAGAAGGGCAAGGTTTCAGTAGTGAAACATGAAATGTGGGATGGA TTCTAGAGTCAGGTGGTAGAGCCAGAGTGTAGGCAACTTTGCCAACACGATGTAGGACTTGATAAGGGCCAAAGAAACGA GGAGACAATTTTTCAGAGGCTCTATGCTGGGTAGAACTCTGCCTATAAGGCTGCAATTTCAGCAAGACCCAATCGCCCAC AGAAAATTCCCTATCTGTCCTGTGTCTATCAACTTGGACCTTCATCCTAGCCTGAGCTCTCATGAGATTAGCTTGAAGCC TTTGAATCATTTGTTCTCTAGCTGTAAAACTTCTATCCACAGCCTCCACCATAGTACTCTGAGGACAATAAGGGAGATGA ATTGCAGGTTGCTGACCATACACCACTTCATAAGGTGTGGTCTGTATAGCTGAATGATAAGTGGTGTTATACCACCACTC AGCTAGAGGCAGCCATGTAGCCCACTCCTTAGGCCTCTGCCAAGTCATAGCTCGAAGATAGTGCTCTAAACACCTATTGA GAACCTCACTCTGACCATCAGACTGAGGATGATAAGCAGTGGTTAAATTCTGTGAAATTCCCAGCTGTTGTAAGAAAGCA GTCCAAAATTTGCTAGTAAAAAGAGGATCTCTATCACTAACAATATTGGAGGGAGCACCATGTAGCCGATAAACCTCTTT AATGAAAATCGCAGCTAAAGTAGAAGCTGTATAAGGATGAGAGAGGGGTATGAAATGGGCATACTTGCTCAGCCTATCAA TGACAACCCAAATAGCATCCTTGCCATGAGATTTTGGCAGCTTATCAATAAAATCCATAGCTATGCTTTGCCATACTCAA GCAGGTATAGGGAGTGGTTGCAACAAACCAGGATTAGCAACTCTCTCATACTTACACCTGAGACAAGTCTCACATGATTG GGTGAATGCAGCTACATCCTTACTAAGCCCCTTCCAGTAAAAGAAAGACTTAATCCGGACCACAGTAGCCCTTATGCCAG AATGACCTCCTTGATGAGAGGAATGAAGCCACTCCAAGATTAAAGTCCTAACTTGGGCATCATTAGGAACCACTAGTCTA TGTTTCCTAAACAGCAACCCATCCACCACAGAGTAGTGAGTATGCAGCTGGGGTTGAGCCAGAACCTGAGAAATAAGGAG TTTACGAGCATCATCAGCTGCATAAGCTTGAGTAAGTAAGGCCCACAGTTCTGAAGATATGGAAGAGACTGAAAGCTGCA ATAATTCTCCATGAGAGGCTCTAGAAAGAGCATCAGCTACCACATTTTCCTTACCCTTTTTGTACTGAATTACATAGGAC AAACCCATCAACTTAGTAACCCACCTATATTGAGCTGGAGTAGACAATCTATGCTCCAATAAGAATTTCAAGCTCTGCTG ATCAGTAAGAATAGTAAATGGCTGGATAGCCAAATACTGATGCCATTTTGTAACTGCATGGACCAGAGCCAAAAGTTCCC TATCATATACTGACAACAACCTGTTTCTAGGGGATAAGACCTTACTAATAAAGGCCACATGGTGGTGATCCTGAAGCAGA ACAGCCCCAATGCCAGTACTGGAAGCATCAGTTTCCACTGTAAAAGATTTCTGCATATCTGGAATAGCAAGGACAGGAGC TGTAACCAATGCATTTTTGAGCTTTAGGAAAGCATCTGCAGCTGCAACTGACCAACAGAAGCCATCTTTCTTCAAAAGGT CTGTTAATGGTGAGGCCATGATACTATAGCCCTTAATAAACCTCCTGTAATAGCCTGTGAGTCCCAAAAATCCTCTCAAT TGTTTAATTGTAGTTGGTTCAGGCCACTCTTGAATGGCTTTGATCTTGGTAGGATCTGTAGAAACCCCTGATGCTGAAAT AAAGTGGCCTAAATACTCAATCACAGGAGTGAAAAAAGCACATTTACTCTTTTTGACATAGAATGAATGCTTCTTAAGGA CTTCAAAGACTTCTCTCAAGTGCTGGACATGGTCCTCAATAGTAGCACTATACACTAAGATATCATCAAAGAATATAAGC ACACTCTTCCTCAAATATGGAGCAAATATAGCATTCATGGCTCCTTGGAAAGTTGAGGGAGCATTTTTAAGACCAAATGG CATGACAACATACTCATATTGCCCTGAGTGTGTTTGAAATGCTGTTTTCTCCACATCCTCAGGTCTCATTCTCAGCTGAT GATAACCAGCTCTTAAATCCAATTTAGAAAAAACTTTAGCTCCCCCTAATTCATCCAATAAGTCTTCCACCAATGGAATG GGAAACTTTGCTTTCACAGTCATATCATTGAGCTTCCTATAGTCCACACACATTCTCCAGCTACCATCCTTCTTCTTGAC TAAAACAATTGGAGAAGCAAAAGGAGAAGAGCTAGGTTGAATTACCCCTGACTCAAGCAATTCTTTCACCATTTTATCTA TGACATCCTTTTGTGCAGGAGGGTATCTATAAGGCCTGAGAGAAATGGGATTTGACCCTTCTTTTAATATGATCTTATGA TCATGGATGCCCCTGAAAGGTGGTAACTCAGCAGGTTCCTCAAACACATCAGCATAATCTTGCAAAATGGCTTCCTCATG AGCCTGCAGCTCCACATCTCTCCCTTGCACAGTTAACCCAGAATCTAATGACTCCTTAGTCTTGAGAGTGCAACAAGCCA CCTCTCTGGAACAAGGAAGGATCTGCAGCAAATAACTGAATTTATCCTCCCCTACCATGTGGTGCAATTTAGCAGCAGAA ACCAGTTTGTTCTCCTTTTCTTCCATAGCCTGCAACTTGACCATTTCCTTCCCCATAGCAAACTCCATTATTAAATTGGT ACTTGAATTTGATGAAAATATTACTTGTATATTTCATTCATAATACTTGACTAGACTACAATATATATATAGACTAACAA AGAGATTAAAACAAACTAAATCTATCTAAACCTATCTATATTTAAATAGATATCATCTCTATTTAAATAGATACTAATCT AAAATAGATAAACAAATCTTAACTATATCTCTATGAGATAAGACTAATAATAAACTAAATCTTAATAGATATTCAACACT CCCCCTCAAGCTAAAGCTTACTTAGCTTTAAGCTTGTAACAAATCAAACCCAAAAAGAAAATTATCTTAATAGATATCCC TTAATAATGACAGTCTTGGCGAATCTCTGAATTGAATAACCTTTCAAACTTCTAGTAAATCCATGGGCCGGCAAAAGACA ACTTCTTATACTTCAAATTGAATCATCTTTCGAACTTCTGCTAAATTCATGGGCAGGCAAAAGATAACTTCTCATACTTG ATCTGGCTGAAATTGATGCAAGACAAAAACCAATTCTTCTGAAGTGTCGTAGGGTAGCTGAGCCAGCAAACAAGGGCGAA AAACCAGCAACAATACACCCAAAAACAAAGGCTGAAGCAACAACTCCCCAACAACAACTACACAGAAATAAAACACACTT GAGGTCGATCGATTGATGGCTTCTAAGACAAACAATGGTGTCAACTTGACACAGACAACTTTCAAACATTAGAGAGAGTG GACCAGCGCAACTCGCAGCTGAAGCCCTAAAACCAGAACCAATAACTCTCAACTAGAGAGCGGGCCAAGCGCAACTCGCA GCTGAAGCCCTAAAACCAGAAAACCAAACAATCGAGACAAAACAAACGAAGGTGACATTGTCACCTTCAAAACCAAACAA AACCAAATTGCATAAAGTCAGTCAAGATCAATATAACAAGAGCATCTCGGACAATGAGACGCAAACAACAACTCAAGTCT CAAAAACCAATGCGGACCTGAGCGTCAAAACAGAGTTAAAACTCTAAACCAAACCAAACTAAACCAAACCAAACCAAACT TGGCCAACAATGAGAGATGGCACGAGAAACGTCCAAACAGGGTCAAAACAGCAAACCCACAAACCAAACAGGGAGAGGAA GACCGGATGATCACAACTGTGACGACACAACACGCATCAAAACAGAGGATCCTTAAAACCAAACCTGGCTGATACACAAA GAGGACCAGCGAGAACAAAGCAGCGGAGCAATACAATTAGATTCAACCTGACGCTTCTGCCTCTCCCAAAAAACATTAGC ACATACTGGATTATGGAGAAATTGGAAAGCAAAGGAACACAACAATCTAAATCAGATTGTTGGATACTCCAAAACACGAT GCTATTAAACAATCACCATAAAAGCATCATTCTTGGATACAACTTCCACCGAACCAGCAACAAGGATGACGATTGTCGGC GGTGGTTGATTGTGGTCTCTATTAGGATATTAAGCAATATCCAACACTTCCCCTCAAACTATAGCATATATGTCATATGC ATAGCTTGTAACAAATATAATTAAGATTTAACAATATTCAGATCTACCCCTCAAGCTAGAGCATATATGTCATATGCATA GCTTGTAACAAATATAATTAACTTGAGAAGCCGCTGCTGCCGGAGAGAGAAATTCCCAAAAACAATCCAAAACTCTTTTC CAACTCTAAAGCCACAATTATGCCAACTAAAACCAAGAAACCAAAACAAGAAACTAGAGCAACCCAACACACTAATTGTG AACTTGACTGGACCAAAGAGCCACGTGGTGCATAGAACTGTACGGTTAGCAATCTTGGGGTACTTCATACGGTATATAAG CCCTTGAAACAGCTCTGGTTCATAACGGAAGAAAGCACCATGGGAATATGCAAGACCCTCCAGCCGTATTGGGAACTTGA CATCACATGAGCCAACAATGTTCTGATTCTTCTGAATCTTGAAATCCTTATATTTGTGAAACCTTTTTTTTTTTTGTGAA GGTAGCAGTCCATGATGTAATTCCCATTAGCCAGCTTCCAATTGAATTGAAAATTCCAAACTCAATATACCACACTTGCC AAATCCAATAACAGTCGTAATGTGGCATATGGTTGCATAGCCACAATTTCAAGAAAAACGCTTCCAGATCTGAAAGCAAA ACCAGATAAGTCGTCATTGGCTGCAGCGACGGTCGGTGGTGGCAGTAGGCGATCCAAAAAAAAAAGCAAAGGACACCGAA TTCTTCTTTAGCAGGAGATATTCAAAACGCATCAGCCATGGAGAAGATAGAAAAACAACCAGAAATCAAAGAGGGGTTGA TTAACCAGCGTGAACAGTGCACAATGAGGAGATGTGACCCAAAAAATAAGACCCAAAAACCAAATAGCTGAGAGAGACAT CACGAAAGCAACTACGGTTTCAAGACAAAGGGGAGTATTCAGAAAGAAACGAGGCCGTAAGAAAACGGCTAGAACTAACA AGCGGAAGCAAAGTATGAAAAATAAATCCAAGAGATTTGGAAAGTCACCATGAGGGGGCTCACGGGGAGGAGCCCCCTCA CAGCGGTAGGATCGAAACTTGCTCTGATACCAACTTGAATTTGATGAAAATATTACTTGTATATTTCATTCATAATACTT GACTAGACTACAATATATATATAGACTAACAAAGAGATTAAAGAGAAACTAAATCTATCTAAACCTATCTATATTTAAAT AGATATCATCTCTATTTAAATAGATACTAATCTAAAATAGATAAACAAATCTTAACTATATCTCTATGAGATAAGACTAA TAATAAACTAAATCTTAATAGATATTCAACATTGGTAAAGTCCCAAGAAATAGTTCCCCATTGTCTAAGCCATTTCATAC CCAAAATGAGATCACAACTACTTAGAGGAATAGCTATTGCATCATCAGTAAAAGTGTATCCTTGCATCTTCCAAGTAATT CCCCCACACCAGCCAGAACCTTGTATAATTCCCCCATTTGCTACTGTTACTTTCATTGGTTGTAAGCATTGAAGCTTGCT TAAACCCTCATGACATAATTTTTGATTAATGAAATTATGAGTGCTTCCTGTATCTATTAATACAAAAATCCTCTTTTTGC CTAACCAACCAGTTAACCGCATCATAGGATATTGGGAATCACCCTCTAAGGCATTGAGAGAAATAGAATCACCATGCAAA GCATTAAGAGAAACCTTAGGAGTACTTACCTCTGTTCCAGTTTCATGCTCCACCTCTACAGGAAGTTCCTGTTGATCAAG ATCATCCACTGCCATGAAAAAAACCTGAGATTTTTTCCTCTGAGGACAATCATGCCCTGGAGTATACCTTTCATGGCAAA AGAAACACAAATTCTGAGCTCGATGCTCATCCATTTCTTTGGGAGTTAGCTTCTTCTGAAATGTGTAATTTGGTTTTCCC AGAATACCTTTCTGATTGTTTTCTCCAACCAATTTCCGATCAATTCCCCTCTTTTCCACGATTGCAGGAGTCAGTCCCTT CTTCTCAGACCAATTGCTATAGGACTTGGTTACTGAATTTGACTTCTTGTGCAGTAACTCCAAACTCCTTTCTTGCAGCT TAGCAATCCTCATTGCTTCCAGAACCGTACGAGGACCAAACATCTTCACCCCAGTACACAACTCAGAATTGAGGCCTCCT AAATAGCATTGAAGCTTCAACTGTTCAGATCGCTCTGTTCTACATGCCAAATTATCAAACGCTTCATGATTTTCCTCCAA GTTTCCTTGCTGCGTCAATCGCTTGAGTTCCTCCATCGGGGACTCGAATTCGACGCCGAATCGTGTTCGCAACGCCGCCG CGAACTCAGGCCAAGTCACTCTGCCCACAGTGCCTTGCTCCAATCCTTGAAACCATCTGAACGAGCTTTCATCCAAAGCG ATGCTGGCGATGGCGACACGCTCCGCTTCCGGAGTTCCATCCAACGCGAAGAATCGCTCACACTTCGCGATCCAAGAATC AACGTCTTCCTTGCTGAATTTCGGAAAATCCAACCTCGTGAGACGGGTTGGCATTCTGTAATCACCGTCGCTTGCTGTTC TGCTTCGCCGCGACGAAGCCAGATCCGTAACCTGAAGCCCAATTCCACGCATGGCTTCTTGGAATCCATTGAATTGCGTC TCGAATTGGAGTTCCAGCTCACGCATGTGACGCGCGATGCAGGGAACCATGGCAGCCATGATTCGTTCCTCAGCTTCACG AATCGAACTCTGGAATCGTGTTGCTTCAGCCATGGCGGTTCCGAGAATCGAAGGCTCTAGATACCAATGTTAGGGAAGAA ACCAGAGAGAGAGAGAGATAGAGAGAGAAAGAAGATTCAGAGAAAAGAGAGAAGTTCATTCATCAACAACATGGTTACAA TTCATCAACTAGCAGCTCTTTATACTTCAACTGCTTCACTAACTTCTCTAACAACTTTCCTAACTTCCTAACAAACTCTA ACAGCTTAACTGCCAGCTGTCTAACTAACTCTAACAATCACATTCGTAACAATTTGTTTAACTATATATCATCATTCTGC CATATATGGTTTGTCAGTGTTTTTGTGATGCATGAATTTCAATACGCAGGCAGTGGTTGTTAGTATCGATCCCCGTAGAG TGTACATCAAGGATCCTAATGATGTACAATTCAAAACCACAAGGGTTTCAAGTCTAGGTGAAAATCTTTCTTTTTTCTAT GATATTTTTTTTGTCTAAATTATCTAAGTTCGTAGTCTATGAATCATGATATATGTAGCAGAACGTCTTTCTTCTGATCT GCCCTCTTTAAGTTTGGTTGTAAATAATAAATAATTAGGCCTAGAACTTGTTTGAAGTTGGGCCTTCTTATGTATATGCT TATTCTCTTCTATTGCCATTTTTCTACCCTTTTTTCTTTGATGTAACAGCTATTCATATTATTTATATAATATGGATATG TCTTTAGATGCAGTTGACTTTCCAACCACTAGTGTGAAGTTTCTTCCAAAAAATAAAGTTTACAGTACTCTATATTCGTG TAACATATTTTGGGGGGGGGGGGGGACATGTGCTCAAGGTGGAGCATTTGATTTTGATTTTTAATTTAATTGGAATAAAC CAGTGCTGAGAGAGTTCTTGGGATGTAAAACTAAGATGATTTTTTCATGTGAATTTAAATTAAAATATTTATTAGCATTT TATGTTCCTTTCAGGTCCAAATGGAGAAGAATATGCCTGGTATCAATGCACAGTAAGTTTCTTATCACTCTTCACTTAAA TGTTTGAACATTTCCACTGAACTAGGTCTCTTAACCTAGCTTCTCTTTCATTTGAAAATTGCACCATTAGAAGTGGATGA TACGTGACAACTTTTATATATGCTTAAAAAGCATAACTGGTGTTCCAAGCTGTTAGCTTATTTATTGATAAGAACCATTG ACACATCATAGGTCCAAAGATAAATCTAATGCTGCAGAGTGCAGATAGAAGATATGACTTTAGGCTTCACAAACTTTTGT ATGTTTATCATTTAATTTTGACAATTGATTCTCCTTGTCCAACAAAACTTCACCAGACATAATAGGGATGATTAAACTAT TAGAACTTTGAAGCAATATTGTTAATGGCGGATGGCAGACTACAGTGGAGAGCCAGAAACCCGCCATATTTGACAAATAA TGATGATGGATTATAGCAGGATATCGGCCATGGCAGAGAGCCAAAAACCTGCCATGAGATTCTGCCATGGCGGATATTTG ATAACACTGCTCAGAAGCAGTAATTTTCTAGTGATATAGTTGCTAGAGAATTAAAAATTATGGATGACCTGACATAAAAT AAAAGTAGTTATTTCTCACGTTTAAGTAGTATTTTTAGTTACTAGAGATAACAATAATCAAAATTTGCCTTGATTAGAAA TGTAAATGCTGTTAGATGATAAGCATGAAAGAATCTGAAACTAACACCAAAGGAAGCATATAATTAAATGGATAGTAGAG CTGGTTTTGATATTAATTTACGTGAATGGCAATACTCCCACCTTGTTGTGTATACTATTACTTTATTTAGTGTAAGTGAA AAAGAACACTAAAAAGGAGGTTTTGTTTTTATTTTTATTTACTCCTACCAGGCACCAGCAGCTGGTTCTTCTCTTCGGGG TTGGGCAGCAGAATTATTATTTTCTGAGAACTATTTTTTAATACATTCTAGCTCACTTGTATGATTGTTGCATTCTTGAG TCTTGCTATTGTCTGGACTTGTACAGTTGGACTTAGTGATGCTCTCTAGTCTCTACTTATTAGTACGTGTGATCTGGTTA TATTCGCAATACTAGAAGGGGGCAACGACCAAAACTATCTGTGCACCTAGCCTTCAGTTTTTGTAGTTAGTGGATTTTCA TGAGACTTTAATTCATACATCTCTAAGAATTTTGTCAAAGGGAAAGAATGAAGGTGCATTGCTCACTTCCTGAAGTCATT TTTCTTAGCTCAAATACCTTTATTTTTTTCATTTGAAGGTTAATGGTGGGCGAGAAGGTCGACCAATTGGTGCTTATGAA CTAGCAAAAGCAGTTGAAGAACTTGGTGCTGGAGAAATACTACTTAATTGCATTGATTGCGATGGTTATTTTAACTCTAT CCTTCATATATATATATATATATATATATATATTTCACTGTATTTTATATTCATTATTTGCTAATTTTGACTGTTGCGAA GACCATCTTCATCATCAATGAATTTTTCAAAACAATATGACTATTGAGCTGATTTTTTATCTGCAATATATTGGCCTGAA AAGTGGAAAGAAATGATTGTTTCTCTTGTGTTTTTATCAATCTGTCGAATACTATTATCAGGGAGTTGCTATTGCGTATA TGCTGCGAGATTTAGCTGTCTTGTTGCATTCACAAGCTCTATTTTTTTGTTGTTGTTCTCTATTAAGATCTAAATTTTTC TTTATTGGACTATTCCTTATTCTCTTTCTCCCCCTATTTGTACCTTTTTTCCTTTCTGATAAATCTTGTTTTCTTTTAAA AATGATATTTGGGGTCATTTGATTATATATCCAATAAAATGCTGTATTAATTCTAATTTATTTTTTCACTGTTGTTAATA TGTCAGGTCAAGGAAAAGGATTTGATATAGATTTAATCAAGTTGATCTCAGATGCCGTAAGCATCCCAGTGATTGCGAGT AGTGGTGCTGGTGTTCCTCAACACTTTTCTGAGGTGTTTGCTACAACAAATGCATCTGCTGCGCTTGCTGCTGGCATTTT TCATAGGAAAGAGGTATAACACCTGTTTTATTTATTTCTTAATGCTGAGCAGTGTTATCAAATCTCCCATGGCGGGTTTT TGGCTCTCCGCCATGGCCAATATCCCGCCATAGTCCGCCATCCGCCACCATTATTTGTCAAATATGGCGGGCTTTTGGCT CTCGGCTATAATCCGCCATTAACAACACTAATGCTGAGGGACATGGTTGGTGTCATAGTTTAGTGCATTTTGCTATATCA CTTTTAAGCCTCAAGTATTTGGTACTTACCTCGTTGTTGAAGTGTGATCTACTCATTAATTATTGGATGATTCTTAATCA TTAGTGGGGTTCGATAAGCTTTTAGGGGAAACACCTTTTATGAGATAGATTTTTCCTTTCAACATCTCATAAGAGCACTA GAACTTTTTTTCCGGGTGAATTTTTAACTTTTTAAAACAAAAACTCATCTCAACTTTTAGTCACAATTTTTGTTTAAAAG GGCTCTTTTATCTTAAAAATGGCTCACAAACTATACAAATGATCAATTGCATACTTTGGTCAATGTGCATTATTAGAATG TCTTGTGTCAGGTAGGTTTTGATGATGTTATTGAGAGGCAGTGAATTTGAACTTTGCATGAACTGCAGGTGCCTATTCAG TCAGTAAAGGAACATTTGTTGAAGGAAGGCATAGAAGTCCGAATCTGATCTTTGCACTTAGCCCGTTTGGATATAGGCTT ATTGAAGATTGTTAGAGTTTGCATCCAAACTTAGTAGTTATGGGCTAAAACTAAGATGTATACTTCGCAAAAACAAAGCC GGTTGTATTTTATCACTTTTGTGTAATTCAACATTCTAGCTCCCAAAACTTTTTGGATCATGAAAAGCTTTTTGTACCTT GATGATGTTTTAATACATGGGGAAGCGGGTTGCCATGTGTTCAATCCCTCTGACCATTTCTTGTTCAAAGATTGTTTCAA ATTTCATTTGTTTCCCACTTTCCCCCATGGTACAGGTTTCATGTTTCCCCTGAATGTTTTGGTATTTGTTATATATGTAT ATAATGGTGAGCGTTTAAAAGTAT
CDS sequence (LotjaGi4g1v0002000.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGAAGCGCCGTCATTTGCTTATTCCTCTCCATCTTCCTGTTTCCTCCTTCGCAACAAACCAGTCACACTCACAAGATT TCCCCATTTTGGCCGTACCAAACACTCCAGGAGCTTCTCAATTCGTGCCTCCTCTTCTGGGGATTCTGTTGTGACGTTGC TTGACTATGGTGCTGGCAATGTTCGGAGTGTCAGGAATGCTATCAGATCCCTCGGCTTTCAAATCAAAGATGTGCAAACC CCACAAGACATTTTGAATGCAAGCAGACTAATCTTTCCGGGTGTTGGAGCTTTTGCTGCTGCCATGGAAGTGTTAAGCAA AACTGGTATGGATGAAGCATTATGTTCATATATTCAAAAGGATCGCCCATTTTTAGGCATTTGTCTTGGACTTCAACTAC TTTTTGAATCTAGTCAGGAGAATGGACCAGTAAAAGGTCTTGGCTTAATACCTGGAACTGTTGGACGATTTGACTCATCA AATGGCTTTAGAGTACCACACATTGGATGGAATGCTTTACAAATCACAATGGACTCAGAAATTCTGGATGACGTGGGAAA CCACCATGTCTACTTTGTGCACTCTTATCGTGCCATGCCTTCAGATGACAACAAAGAGTGGGTATCCTCCACCTGCAACT ACGGTGACAGATTTATAGCATCTGTTAGAAGAGGAAATGTGCACGCAGTTCAGTTCCACCCAGAGAAAAGTGGAGAGGTT GGTCTCTCAGTTTTGAGAAGATTCTTGTATCCGAAGTCAAATGTGACAAAGAGGCCTGGTGAGAGAAAAGCTTCAGAACT TGCAAAAAGGGTGATTGCTTGTCTTGATGTGAGAACAAATGATAAGGGGGACCTTGTTGTAACCAAAGGAGACCAATATG ATGTTAGAGAAAATACAGAAGAGAAAGAGGTAAGGAATCTTGGCAAGCCTGTTGAGCTTGCTGGACAGTACTATAAAGAT GGAGCTGATGAGGTCAGCTTTCTAAACATCACTGGATTTCGCGACTTCCCCCTTGGTGATTTACCAATGTTGCAGGTATT GCGATCCACATCAGAAAATGTTTTTGTACCCTTAACAGTTGGGGGTGGAATTAGAGATTTTACAGATTCAAACGGAAGGC ACTATTCTAGTTTGGAAGTTGCTGCAGAATATTTTAGGTCTGGGGCTGATAAGATTTCCATTGGAAGTGACGCAGTTTAT GCTGCAGAAGAATATTTAAAAACTGGAGTAAAGACTGGGAAGACCAGCTTAGAGCAGATATCACGAGTTTATGGGAATCA GGCAGTGGTTGTTAGTATCGATCCCCGTAGAGTGTACATCAAGGATCCTAATGATGTACAATTCAAAACCACAAGGGTTT CAAGTCTAGGTCCAAATGGAGAAGAATATGCCTGGTATCAATGCACAGTTAATGGTGGGCGAGAAGGTCGACCAATTGGT GCTTATGAACTAGCAAAAGCAGTTGAAGAACTTGGTGCTGGAGAAATACTACTTAATTGCATTGATTGCGATGGTCAAGG AAAAGGATTTGATATAGATTTAATCAAGTTGATCTCAGATGCCGTAAGCATCCCAGTGATTGCGAGTAGTGGTGCTGGTG TTCCTCAACACTTTTCTGAGGTGTTTGCTACAACAAATGCATCTGCTGCGCTTGCTGCTGGCATTTTTCATAGGAAAGAG GTGCCTATTCAGTCAGTAAAGGAACATTTGTTGAAGGAAGGCATAGAAGTCCGAATCTGA
Protein sequence (LotjaGi4g1v0002000.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MEAPSFAYSSPSSCFLLRNKPVTLTRFPHFGRTKHSRSFSIRASSSGDSVVTLLDYGAGNVRSVRNAIRSLGFQIKDVQT PQDILNASRLIFPGVGAFAAAMEVLSKTGMDEALCSYIQKDRPFLGICLGLQLLFESSQENGPVKGLGLIPGTVGRFDSS NGFRVPHIGWNALQITMDSEILDDVGNHHVYFVHSYRAMPSDDNKEWVSSTCNYGDRFIASVRRGNVHAVQFHPEKSGEV GLSVLRRFLYPKSNVTKRPGERKASELAKRVIACLDVRTNDKGDLVVTKGDQYDVRENTEEKEVRNLGKPVELAGQYYKD GADEVSFLNITGFRDFPLGDLPMLQVLRSTSENVFVPLTVGGGIRDFTDSNGRHYSSLEVAAEYFRSGADKISIGSDAVY AAEEYLKTGVKTGKTSLEQISRVYGNQAVVVSIDPRRVYIKDPNDVQFKTTRVSSLGPNGEEYAWYQCTVNGGREGRPIG AYELAKAVEELGAGEILLNCIDCDGQGKGFDIDLIKLISDAVSIPVIASSGAGVPQHFSEVFATTNASAALAAGIFHRKE VPIQSVKEHLLKEGIEVRI
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 |
|---|---|---|---|---|---|---|
| Gene3D | 47 | 271 | 225 | 1.8E-70 | ||
| PIRSF | 48 | 579 | 532 | 1.5E-275 | ||
| SUPERFAMILY | 50 | 250 | 201 | 3.28E-53 | ||
| ProSiteProfiles | 50 | 258 | 209 | 32.375 | ||
| Hamap | 50 | 251 | 202 | 35.074 | ||
| CDD | 51 | 249 | 199 | 2.63544E-106 | ||
| TIGRFAM | 51 | 249 | 199 | 2.7E-64 | ||
| Pfam | 53 | 248 | 196 | 1.8E-20 | ||
| SUPERFAMILY | 266 | 578 | 313 | 1.1E-64 | ||
| TIGRFAM | 267 | 578 | 312 | 4.4E-92 | ||
| PANTHER | 267 | 579 | 313 | 4.1E-131 | – | |
| CDD | 269 | 573 | 305 | 2.85932E-107 | ||
| Pfam | 270 | 561 | 292 | 9.1E-46 | ||
| Gene3D | 272 | 579 | 308 | 3.8E-143 |
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 |
|---|---|---|---|---|
| Biological process | Histidine biosynthetic process | The chemical reactions and pathways resulting in the formation of histidine, 2-amino-3-(1H-imidazol-4-yl)propanoic acid. | ||
| Molecular function | Imidazoleglycerol-phosphate synthase activity | Catalysis of the reaction: phosphoribulosylformimino-AICAR-P + L-glutamine = D-erythro-imidazole-glycerol-phosphate + aminoimidazole carboxamide ribonucleotide + L-glutamate + 2 H(+). | ||
| 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 | Transferase activity, transferring pentosyl groups | Catalysis of the transfer of a pentosyl group from one compound (donor) to another (acceptor). | ||
| Molecular function | Oxo-acid-lyase activity | Catalysis of the cleavage of a C-C bond by other means than by hydrolysis or oxidation, of a 3-hydroxy acid. |
Expression pattern of LotjaGi4g1v0002000.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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