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| Field | Value |
|---|---|
| Gene ID | LotjaGi5g1v0029100 |
| Transcript ID | LotjaGi5g1v0029100.1 |
| Related isoforms 4 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | 8-amino-7-oxononanoate synthase; TAIR: AT4G36480.1 long-chain base1; Swiss-Prot: sp|Q94IB8|LCB1_ARATH Long chain base biosynthesis protein 1; TrEMBL-Plants: tr|G7K743|G7K743_MEDTR Long chain base biosynthesis protein 1a; Found in the gene: LotjaGi5g1v0029100 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr5:4772101..4786253) extracted from Lotus japonicus Gifu genome v1.2.
GCATGCACTAATATGATGATTAACCGGGCTTTAAAACTCCAAAAGAAGAAAAAAGGCGAATTTTCTGCGGAAAAAAAGAA GAAAGTGAATGCAGAAAGAGACGAGAAACCAGCGAGGGTGGTGGGAAGAGAAAGAAAACAAAGACGCCGCGTCATGCCAA CCGTTAACTGATGGGTGACGATCTCTGATGTGGCGCCATCATAGCCGTTCGATTCATCCCAAATAAAAATATTCCCCATT TGTTTTTGAACATTCTCTCTCTCTCTTCATCTCTTTCTCATCTGATTCTGAATCTCGCTCCGTTGTTTCCCTCTCCAGTC GCCAGGTACGATTTTGCTTCCTTTCATTCAATTCGCATTTTCCATCGTCGTTCGAATCGTGATTCTCAGTTTTTGCTTCG AATACAATGATTTTGATTTTGATTTTGAGATGAAAATGTTGATGATGTTTGAATCGTGTATTGCGCTGCGCAGGGTTTTT GATTTGGATCATATTTGATTTCAGAGTGTCTGAGTGTGTCGTGTGAGGATTTTCAATCAGTGGAAAATGCGCATGCATGA GTGTTGTTGTTGATAGCATCGTTGCTGATTTGATTGAGATATGGAGATTCCGATGGCCGCAACTGTTGTGGATTTTGTCA ACACTGCGTTAGGTTGGCTCAGATTTGCTGTTGATGCTCCGTCTGCGCGAGCTGTAGTTTTCGGAGTCAATATCGGTGGT ATATACATAGTCTTTTCATAATTCATATCATGGTTTGATGCTTAGAAATGTGATTAATTATGAATTATGTGTTGATTGAT TAGTTAATTGATTGATTTTATCTGTTTTTAACTTCTGTTTGAAGGACATTTGTTTCTCGAAGTTTTTCTCCTGGTGGTCA TACTATTCTTGCTCTCCCAGAAAAGTTACAAGCCTCCTAAAAGGCCCTTAACAAACAAGGTGTGTTCAACACTTTCATTA CTATGTATTTGCATTCAGTTTCTTAGTTATTTATTGATTGTGTGGTAGCATAGCAATGTAGAGCTGATATATAGCTTGAG CAAACTTTTATATAAAATAGAGTTGAAATTCGTTTGATTATCTTTGTTTGCTTATTTGATCAAATGCAAGTAGGCTTCTC CTCTAATTTGTTTATGAAGTTAGTATGAGTGTATAGTGCACTTGAAAAGTGGTTTCTATTAATGTTGGGTTTTAGAATTT CTTCAAACACTTGAATGTAAGTAGAGAAACAGATACTTAGTTATTGGGGTTTTTAGTAGTTCTAGGGACTTAACATGGGG CATCTCTTGTTATTCTTTAGGAGGTTTTAGAGCTTTCAAGGTCGATTGATCTTTAGGTTTCATATAGATGGAAAATATTT TCTTCAGATGTGGACTTTTAGCTAAGCTTGTTTTTACTGATCGTATGCTCTTTTCTGGTGCTTACTTGGAACTTGGAACT ACTCTGACATTGATGTTCTGTTTTCTTTTGCCTGAACGTTTGGAGGTCAATTCATCAAAGATTTAAGTTTGTTAAGTTTG GGACTCACTATCCCTCCACTGTTGGTGGTATAATAGCAGCTCTCTTTGTGATGTAGTTTGACTTGCTTTCTGAAGGATTG TTTCCTTAGTTTGTAAGTTTTAGAAGATATATTTGAATGGATTAAGACATAATTGTGTATGGAAAAATCTACCCATCTTC TAAAATTCTTTCACAGGAGGTTTTCAATTGGTATCATGTCGGTAGCTTTGCAGGCCATATTGTTGTTCTGTACATTTCTG GAATACAGTTGAATTTTTTCTGAAGACCTTCTTCACGTGACGTGGAAATTGAAGATTGTTTATTTCACACTTTTTATAGT AACTAACTTGTGTGCCTGACTTGTACCTTGTTATCTCTCTCTGTCTTGTTCTCGACTTGTAAACTTTTGTTCTTTGTAAT GAGGTCTTCTCCAATGGCATATCTTATGTACCTCTTGTGCTTCAAAATATGCTACTACTGTAATGGAAGATGTGGCAATA TTATGATTGATATTAGAGGATAGTGATATTATTGTTGTAATGTTGTTTGCTTAGCAGTTTATTCTTCCTTTCTGTTATCA GCTATGCTTAAAAATATTGAGTTCTGTTAAAACGTATAATTATATTAATCAGTCTTTTTCTGGATTTAATTTTTTATTAC CAGATTTTTTTATGGTAGAGTTTCTTTCTTTTTTCAGTTACTGTATGGAATTTTTAACTATACTGTTAGTTTTTACATGT TAGTGTTGCTAATATCCAATTTGACATTCATCATGTTGTAGTATTCTGACATTTCATAAATTGGTGCTTACTAAATGTTT GCAGGAAATTGACGAGCTATGTGATGAATGGGCTCCAGAATCCCTTATTCCTTCTCTTAATGAAGAGATGTTGTATGAAC CACCAGTGCTGGAGAGGTGATTGCGCTTTCTCTGGTGGTAGCACTACCATTTAGTTTTCATACTCTTATTGTCTCAAGCA TGTTAAATTTCATGTTTGTTGTATGTTTCGCTGACGGAGTGCCTTCCCTGAAATTACCATATGTTTTGTCCTTGTCAACT TCACCTTTATGGTTACATTTCCTTTACTTAGATTCGTGGGATTATTGAGGGTGAGCCGTGGCACATTGGTGAGTTTGTCA CCTTGTGACCTAGTGGTCATGGATCAGCTGAAACAACCACTCCAAGACAGGGTTAAAGTTGCGACATCAAAGGACCCCAC TATAATGGGATTCTCTTGCACTAGACAACCCTTTAGATTCTTAAATTATTGCTTTCCATTTTGAATGAAATTTGTTAATA AAAAGTTCTCCCCTGTGATTTCATAAGATTTCAGATGCTTCTTGTTTTCAAAGTCACACACGTTCTGCTAGTTGTTAAAT TTTAGCAGAATATATTGGGGAGCTGGAGGTTTTATTCAAGTTCAAAATAAGGAAGGTTCATTTTTAGATTTTGAAAATAA AGGGAGGCCTCGTAATTCACAATTTTAAAGTTTATTCTGTTGAAGTATATGATCTTGAGTGTCGACAACTGACAAGTATC TAATAATGGGCTCAATTTGTTATGTAGTTTAGAGTTTAGACATTACGATTTCACTCTGGGCATTTAAATGACATGAGCTC ATTATATATTCAAGTCAAACAGTATGTTAAATTCGGGCAATTGTCTTTTTGTATCCTCCTGATAATGAGATGTTTTTAAT GCAGTGCTGCTGGGCCACATACCATAGTTAATGGGAAAGACGTTGTCAATTTTTCTTCAGCAAACTATCTTGGGCTTGTA GGTCATCAAAAGTTACTTGTAAGGAAATGGTCCCACATCAATAATAAATTCCTCCTTTTGGGCAATGACAAGCCAGTGAA TGAATCTATATGTACTTTATATTGTAGGACTCATGTACTTCTGCTTTAGAGAAATACGGTGTTGGTTCTTGTGGTCCCCG TGGGTTTTATGGAACAATTGGTAAGACTTAATCTTGAAGTTTTGTTTTTGAGGAAATATTTGCTCTCTTATGATATTTTT GCTCTGCCCAGATGTCCATCTTGACTGTGAAGCGAGAATAGCTAAGTTTTTAGGAACCCCTGATTCAATTCTCTACTCCT ATGGACTTTCGACCATGTTCAGTGCAATTCCTGCTTTCTCTAAGAAAGGAGATATAATTGTAGCGTAAGTATGCATACTT GTCGTTGGATATCTGCTGTGCAGTCTTGTTCAGTTGTTCAGTTTTTCCCAATTTTTTGTCTGACGACATTTATAGTGGGC AAAGATAAAACCAGACACGACATAGAGAATTATTTGGATGGTTTTATGTCATTGCTTTTACTTTATAAGAATGGTATAAG GAATGATCCGATTTACTTCTCCATCCACATTATATTTCCATATATTGCAAAGAAATGTCCTTTGGCACCTCCTGATCATT GGAGACTATGTTTACATAACTCTGATGTTATAAGTTTCATAGGTAAGTTTTTATATTTTACAGGGATGAGGGAGTCCACT GGGGAATACAGAATGGCCTTCATCTTTCTAGAAGCACAGTGGTGTATTTTAAGCACAATGACATGGATTCTTTAAGAGAA ACATTAGAGAAAATTACTATCAAATATAAGCGGGTCAAGAACTTGAGGCGTTATATTGTTGTTGAAGCCATCTACCAGGT AGATATTGTCTATTGCATGTGGTAGATCAGCTTTACACTTCTATCTTGTATTTCCTAAGAAGTTCTTACCACCTTCAATT ATAAAATAAAACAGCTGTATGAATTGCTGGCAACTTGCGATATGGGTTAATTGTGCTATATGAAATACTAGTGCTGCTGA GATAGTAGGGTAATCAACAAATGCAATTTGAAACTATTTATGAAGAACTGAAATGAACATTTTGTGCCTTAAAGAGTAGC AGTATTACTAAAGTATATGTTAGGATGGGTAGAAGGGGGAATATCCCTAATTCCCACTAGTGATACCTGCCTTGCTGATG TGGCAGTATCTTTCGGGGAATCGAGCTGGGCAAAGAGAATTGAAGGAGAGAGAATGCTGAGGTGGGAATAATCGTGTGAA TTGTGAAGGAGAGGGAGAAGCATCCTCTAATTTGCCAGTATGAGTTCTTCTATTTTCTTTATTTTCCCAAGACTGGACCT AAGGATTTCTGAGTTTCCCTGTATAATTCAATACTATTATAGTAATTCAGTTTATTTTTCTCTCTTATATTCATCCGGCA CCTTTCACTATGATAGTCCCACTACAATTTTAGAAGGAGCAGAATAGCACACGACACTTTTTCATTTAGACAAAACTGCC CCCCCCCCCCTCCCTTTTTTTCTGTTTAAAAATAGTTATGGGTTTCTTGCCATTTTCCTTAGCCAAACTTTATTTAATTT AAAAACTCAAGTTTTCCTCTCTCCCCATCTGTCACCTTCTTTCCCTTTCTCTGTCTTCTACTTCACCGTTCTGCTCGGCT CTGAGCAGCATTGGTAAGTTTTCGCTCCAGAAATAAGAAAAAGATAAAGCTTGAACACGTCTTCTGTCCCACTAACATGA CTCCACATGACCCATCCTCTTCTCATTCTTTTTCTTCCTTCAATGTGTACCTCCAAAGCCATCACCAACCATATCCATTT GGCCAACATTCATAGCCAGTTAGCTACTGTGGAGTTAACCCACTCCGACACCTAAGAGTATTAGGTCTGGACAATGCGTA TGTCTACTCTAATACCATGATCATTATTAGATCTCCTAATAATATTAGCTGTTGGCTCATAATTGGTTTACTGCTTTAAC AGAGAGATTCTGCAGTTGTTGCAACCAACTATTCTGCAACTTTCTTCTCATCAATTTTCTAATTCTTTTTAACCCAGATT GTTTTATAAGAGCCAAAATGGTGTTGTTGTAAATAATAAAGAACATATGCATGTTGCTGTTAGATCGTGTATGTCGCAAT TTCTTTCCTTAAAAAATTGCTACTTTTGCTGGTATTCTCAACCATTCATGTAAGAGTATGAAAGCTGTTAGCTATTCATG TGCTGCTGGTATTCAGAGTACACTGTTATGATGTATTGTTAGGTCTGTTAGATAGTTAGTTTGGTGCCGGCTCATAGTCA GTTACACTCAAACTGACTATTTATAACATGCACACCTATTCAGTTCAGTGAATCGATAATACAGTTAGATTCTGTTAACT CTCTCTCACAATCAGATTCTCTAAATCTAATATGGTATCTAGAGCTTAGGTTCAGGAGTTCATGGCTAGCACCGGCACTC CTCAATCTTCTTCGCGGTCTCTGTCATCATCACCGGAGACACAGCAACTTGTTCAATAGTGTCCATCTCCGTCAGCGACT GGCCTGAAGATGCATGCTTCTTTTTCCCTTGATTAATCTGCACCATTCTCCTTCTCTCATGTGATCTCTGACAAATTAGA TGATAAGAACTTCCTAGTGTGGAAGCAATAGGTGTAGCCGGTGATAATTGCTCACTCTTTGCATCTTTTTCTCCTCAATC CAAAGGTTCCTGAGAAGTATGCTGATGAATCTGTTCACGAGTCAGGCGTTGAGTCTTCTGCATACCAAGCATGGGAGCAG CAAGATTCTCTTCTCTGATCTTGGCTCCAACCCACGGCCACCAGTCCCGTTCTTACAAAGCTCACATGCTGCTGTCATGC TCATCAACCTTGAGGCAAAATTCATGCCTATTTCCATTCGCAAACCGGAGCTAAGGCATGTCAGTTATGAACTGAGCTTT GTAACACTGCTCTTTCGAATCACACAGTTAGTGAGTATTTCTTACGTGTTAAGGCAATTTCTGATTCTCTTTGTGCAATT GGAGATCCAGTTTCTGAAAGAGCTGTTAGATATAGTTCTTGAAGGTCTCCCTCAAGAGTATGAATCTCTTGTTAATCTCG TCAGTATGATTACCAAATTTCAGAGTCTGTCTATTGGTGAAATTGAATTTCTATTGTTGGCACAAGAGGTTCGAATTGGA ATTGTACTTTCTTTTATTTTATTTTATGTGGTTGTTATACTATTTCTATCAATGCTCGAATGACTTGCCTACATGAAATC TAAAATTGCTTGATCAATGCCTGTTAACATCTTTTTCTCTGTAAATTTTTCAGAATTCTGGCCAAATAGCACCCTTGGAT GAGATCATTAAATTGAAAGAAAAATATCGTTTTCGTGTATTGATGGACGAGAGCAACTCGTTTGGTGTGCTTGGAAGTTC TGGAAGAGGTCTCACTGAATACTATGACGTTCCGGTATGTACTGAAAATTTATTTACGTGCAGCTACTCTGGATGTAAGT GTGTATATATTAAAATTTGCAATGCTGATTGTGATTTATGGTCACATGCTGCAGGTTGAGAAGTTGGATATTATAACTGC TGCTATGGGACATGCATTGGCCACAGAAGGAGGATTCTGCACTGGAAATGCAAGAGTTATTGATCACCAAGTATGGCAGT GTCATATGTGATGTATATTTATGAGTGTTGTGTTGGGTTTCTGATTATATTGAGTTAAAAAAAATAAAAAGAAATATGAA TGTAGATTTAAGAATTTATTTCTCAAGGATTTTTTTTAATACTTACAGTCATTTATGCCTATTTAAAGCTGCCTGTGCAT CACGAAGTTATTGTTTGATGATGGCACCTATTTTGTTAGAGGTGATGACTTCAATGGGCCTCTCGTACAGGATCATGGTG GGCCAAGGCAGTGGAAGGTTTATACTAGAAGGGGTAAGAAGGGAAATAGGGAGAGGACAGATGAAATATCTATGTAACAG ATTCTATTCCCTAACAGAATTAGAGTAAGGAGGGCGAGGTGGAAGATTGTAATAGATTTAGTATAAGAAGGCAGTTAGAT AGGTTGAGAGGACTATCCTTATCATTAGCTAATTTGAGAGATGGATAGGAAGCATTGAGCTTCCTATTGAGAGCCTAGCT CTTGTCAGATTTGGGTGCCATTCCCTCTCTGTGTACTGCCATTTTACTGTGAATAATGAATCTTCGTTATCATTCTTGTA CTTTTTCTCTGTATTTGTCTCATTGTCAGGATTGGGTTCCTAACAATTTGGTCCGACCTACCGGATCATTCATCGGTGAA TGCCACCCAGGAAAATCAAAACGACACAGATGGAAGCTAAGATCGATGCCTTGGAGAGTGAACTCGCGGCAATGCGGGCT TCACTGTCAGCAGTCACCAACGCGATGAAGGATTTACCCACGACGCTGTTGACGATGGTTGAGAAAGCGGTGGGGAAATC GGTTCCTGGAGACGACGATGGCGATCCAGGCAACAAAACCCCAGATCTCGATGTGGGAAAATCATCACAGTCAGGCAAAA TCCCTGATTCAGATGGGAACAAAGAGAACCGATCGAAACGTTCTTCACTGCAAGGGAATGCATTGGAGGAATTCCGCCAG TCGATGAAGAAGGTCGAGCTTCCGATCTTCGACGGCAAGGACCCCGCCGGCTGGATTTCGAGAGCGGAGGTGTATTTCAG AGTGCAGGAGACGTCACCGGAAGTCAAGGTGAGTCTAGCTCAGCTCAGTATGAAGGGGGGAACGATTCACTTCTACAATT CCCTCCTGGAGACTGAGGAAGAACTTACATGGGAAAGGCTTCGCGAAGCTTTGTTGGAACGGTATGGCGGCCATGGAGAA GGTGATGTTTATGAGCAGCTCACTGAGCTCCGTCAACGTGGGACGATCGATGATTACATTTCTGAATTTGAGTATTTGAC TGCTCAGATTCCGAAACTGCCAGAGAAACAATTCCAAGGGTACTTTTTACACGGGTTGAAAGAGGAGATTCGAGGCAAAG TCAGGAGCTTAGTAGCCATGGGTGGTATGAGCAGATCTCGTCTCCTGGTAGTCTCGCGTGTGGTAGAGAAGGAGGTGAAG GGCGAAACCGGGTCGGGCCAAACTCGTTCTAATCGTTTCGGGTCAACGGGTTTCCGATCCGGAACGGGTGGAGCCAACAA ACCCGGTGGTACTGAGTGGGTATGGGTTCGTGATAGCAAGGAGTCAGGCCCAACAAATAGGCCCAATACTAATGTTAGAA CAGAAGCACCAAAAAACAATACTTCAGCTGGTGCAAACAGGGTTGGGCCAAGGGAATGAGGGTTCATCGGTTCAACCATC TTACATATCCCCAATTGATGGAGAGGCGCCAAAAAGGCTTATGTTTCAAGTGTGGTGGGCCTTTCCACCCGAATCACCAA TGCCCAGATAAACACTTGCGTTTACTCATATTAGAAGAAGACGGCGATGCCGTCGAGGAAGCCAACATTTTAGCCATGGA GGTCAAGGACGGCGATGATGAGCCTGATGCCGAATTGAGTTTGATGAGCATCAACAGTCTGGGAAGCGAGGATGGGGACA AACCCCAGACCATGAAACTCTGCGGTACCATAGCTGGGGTGCCGGTGGTGATTCTCGTGGACAGCGGCGCTACCCATAAT TTCGTGGATAGTCGTCTAGTTCGACGATTAGGTTGGGAGGTAGAGGACACTCCCCAGATGGTCGTACGAATGGGAGATGG CTATAAGTCTCAAGCACAGGGACGTTGCAAGCTGCTGGAGGTCGATATCGACGGATATCGGGTGCGATGCTCTCCCCAAC TATTTGATCTTGGGGGACCTGACTTGGTTTTGGGGATTGAGTGGCTCAAGACACTTGGTGACACCATTGTAAATTGGCAG TCTCAATCCATGAGTTTCTGGCATGAGAGGAAGTGGGTCAATCTTCAGGGAGCTAAGACTGGTACAAAGGAGTTGGAATT GGAAGCGTTGCAGAGTATTCTGGCTTCAGTGCACACCAAGGACACGAGAATGATGGGCACTTGGGGAAGACGCCAAACAG AACCTCAGGGCCTTTCAGAACTTTCGCCTGAGCAGCAATGCGAGTTGGAAGAGCTCCTCCAACGCTACGCCACAGTCTTT CAAGAGAAACAGGGCCTCCCTCCAGGCCGGGGCAGAGAGCATTGCATTACCATCCAAGAGGGGCAGGGGCCGGTCAACGT GAGACCTTACCGTTATCCCCATCACCAAAAAAACGAAATTGAGAAACAGGTAAGGGATATGTTGGCAGCAGGAATAATCA GGCAGAGCACAAGTGCCTATTCGAGCCCGGTGATATTGGTCAAGAAGAAGGATCATACGTGGCGGATGTGTGTCGATTAC CGCGCGCTCAACCGTGTTACTGTGCCCGACAAGTTCCCGATTCCAGTGATAGAGGAACTGCTGGATGAGCTCCATGGGTC TCGCTATTTCTCCAAACTCGATCTGAAATCCGGGTATCACCAGGTTCGAGTCAAAGCGGAGGATGTGCACAAAACCGCGT TTAGAACACATGAGGGCCACTACGAATATTTGGTCATGCCCTTTGGTCTCATGAACGCGCCTTCTACCTTCCAAAGCTTG ATGAATGAGATTTTTCGTTCTTTTCTCAGAAAAGGAGTGCTGGTGTTTTTCGACGACATCCTAGTCTATAGTGCTACATG GGAGGAGCATTTATCTCAGCTGGAAATTGTTTTGCAAATTTTGGAGCAACAGAGCCTCACTGCCAACAAGAAGAAATGCC ATTTTGCAGGGCGCTCGGTGGATTATTTGGGGCATTTGATCTCTGAGATTGGGTGGCAGTGGATCCAACAAAGATTGAAA GCGTCGTGAAGTGGCCCGTGCCAAAGTATGTCAAGGGGGTACGGGGATTCTTGGGCTTAACCGGGTATTACCGGAAATTT ATCCAAGACTACGGGAAAATAGCAAGGCCCCTTACTGAACTGACAAAGAAAGATGCATTTGTGTGGGGAATTGACGCTCA AAAGGCTTTTGACGAATTGAAGCACAAATTGACTACAGCTCCTGTTCTTCATTTGCCCGACTTCAACCAGTCATTCCGTC TTGAGTGTGATGCTTCCGGTTTGGGCATTGGGGCCATTCTTTTGCAAGGCCAACATCCTGTGGCGTATTTTAGTAAAGCA TTGGGCCCTCGAAACCTTGCTAAGTCAGCCTACGAGAAGGAACTCATGGCGGTGGCGTTGGCCATTCAGCATTGGCGCCC CTATCTATTGGGACGCAGGTTTGTGGTTACCACTGACCAAAAGAGTCTTAAAGAGTTTCTTCATCAAAAGATAGTCTCCG GGGATCAACAGAATTGGGCAGCGAAGCTGCTGGGTTACGACTTTGAAATTGTCTACAAACCGGGGAAATCAAATCAAGGT GCAGATGCTCTTTCGCGCATTACTGAATCTGGGGAGTTGCGCTCCATTGTTTCTTTCCCTTGCTGGGCAGATCAAGATAC CATCAAAACTGAGATCCAGCAGGATGCCAAGCTTTCCAAAATTGTTGAGGATTTGCAACACAATCCTCAGGCTCACCCTG GATATACTTGGTCGCGTGGAGTATTACTCTATCATGATCGATTGGTGTTGTCCAGTGTTTCTGTTTTTATTCCCCAAATG TTGCAGGAATTCCACAATTCACCCCAAGGAGGTCATTCGGGATTTTTGCGCACATACCGGCGTGTGGCAGCTAACCTTTA CTGGCAAGGCATGAAGAACACCATTCAGGACTATGTGAAAAGCTGTGACGTATGTCAGAGGCACAAATATCTGGCATCTT CACCTGCAGGCCTTCTTCAACCCTTGCCAATACCAGCGCAAATTTGGGAAGACTTATCCTTGGATTTTATCACTGGATTG CCCAAGTCCAAGGGCTATGAAGCAATCTTTGTTGTTGTGGACCGCTTATCCAAGTACTGTCATTTCTTTCCCCTCAAGCA TCCCTATTCTGCGAAGAGCATTGCCGATCTTTTCACACGGGAAATTGTTCGTTTACATGGCATACCTGCATCCATAGTGA GTGATAGGGATCCTCTTTTCATGAGCCATTTTTGGAAGGAATTATTCCGACTACAGGGTACTCATCTGAAGATGAGTTCA GCATACCATCCCGAATCCGATGGACAAACTGAGGTTGTCAATCGTTGTCTCGAAACTTACCTTCGCTGTTTCTCGGCTGA CCAGCCCAAATCCTGGGCCATATGGCTTCATTGGGCTGAATACTGGTTCAATACGACGTACCATTATGCTACCTTGCAAA CCCCGTTTGAGGCGGTGTATGGTCGCAAGCCGCCGGTGCTAACTCGCTGGGCCATCGGCGAAACCAGGGTGGAGGCAGTT CAAAGGGAGCTGCAGGATAGGGATGAAGCTCTCCGACAACTTAAGCTTCATTTGGCTCGGGCACAAGAACGTATGAGGAG TTATGCCAATGTCAAACGCAAAGACCTGTCTTTCGAGGTAGGGGAATGGGTGTTTGTGAAACTGCGGGCTCGCCGGCAAC AATCGGTGGTCAGTCGTGTCCATGTGAAGCTTGCTGCTCGCTATTTTGGACCATACCTGATTCTGGCTCGCGTCGGCGCG GTGGCTTACCGGCTGCAGCTCCCTGAAGGATCGCGGGTGCATCCTGTTTTCCACGTCTCTGTGCTAAAGCGGGCTATCGG GAGTTATTCTGTCGATTCGGAGCTCCCTGATAATTTAGATGGTGAAGAGCAGCCAGCGGGGCAACCCCGATCTATTCTTG CTCACCGTGACATTTCTAGACAGGGAATTCAGGTTCCACAAGTTCTAGTTCACTGGGATGGCACAACTGTGGACGAAGCG ACTTGGGAGGATCTTGTTACCATACAGAGCCAGTTTCCAGCTTTGACTCCCAACCTTGGGGACAAGGTTGATGTTCCAGG AGGGGGTATTGTTAGAGGTGATGACTTCAATGGGCCTCTCGTACAGGATCATGGTGGGCCAAGGCAGTGGAAGGTTTATA CTAGAAGGGGTAAGAAGGGAAATAGGGAGAGGACAGATGAAATATCTATGTAACAGATTCTATTCCCTAACAGAATTAGA GTAAGGAGGGTGAGGTGGAAGATTGTAATAGATTTAGTATAAGAAGGCAGTTAGATAGGTTGAGAGGACTATCCTTATCA TTAGCTAATTTGAGAGATGGATAGGAAGCATTGAGCTTCCTATTAAGGAGCCTAGCTCTTGTCAGATTTGGGTGCCATTC CCTTTCTGTGTACTGCCATTTTACTGTGAATAATCAATCTTCGTTATCATTCTTGTACTTTTTCTCTGTATTTGTCTCAT TGTCAGGATTGGGTTCCTAACATATTTCTTATCCATCCGTCCACTAATACTGTATTTTGAACCTGTGTAGCGATTGAGTA GCTCTGGCTATGTCTTTTCTGCTTCTTTGCCCCCATATCTTGCAAGCGCTGCAATTACAGCTATTGATGTCCTTGAGGAA AATCCCAGTTTGATAACGAAGTTGAAGAACAACATTGCTGTGTTATGGAAAGGTAAACTTTGATCTCATTGCTAGTTTCA TAAAATAAATGGAATTGCATGTCTCCATTTTGGTCTGTGCATAATATGTAAGTGTAACCGTTCAAATTGCTATTTATTTG CGTCCTTTTCTCCCAATAAAACTAGGAATTTTTATCATTGTTTCGGTTAAGCACTTTAATCTGAGATACATTGGCTGGCT GCTTCAGGATTGTCAAAAATACCTGGCTTCACAATTTCAAGTCATCCAGAGTCACCAATTATTTATTTGAGACTATTGAA GTCAACAGGTTCCGTGAAGGATGACCAACATCTGCTTGAAAACATTGCTGAGCGTGTAAGAAATCTTATTTTGACAATGT TTATTTCTTGTTTTCAATTTTCTTTGTACTTAATGTTGTGTATTCACAGGTTTTAAAAGAAGATTCTGTGTTTGTGGTGA CTTCCAAAAGATCAACATTGGACAAATGCCGTTTGCCTGTAGGAATTAGATTGTTTGTTTCTGCAGGGCATTCAGAGTCT GATCTTCACAAGGCATCTGAATCATTGAAAAGGGTCGCTGCATTAGTCCTGGGTGGTCGTAATTGAACACTGATGTACAC CTCTCTTCTGCTTCTTTTTTTTATGCACCTATCAGTTCTATACCACTTTTTGGTGATCATTTTTGAAATCCAGGCTGATA AAAAGAAGTGTTGTAGTTGGTAATTTATGTAATTTTTTCTGCTCTACTGGGTAACAGTATTTTTTTGCGAGTTGCTCATT GGTTTATACATGTTAATTGGTAGAATATAAAGGAGTTAAATGTTTCTTATTATTGGTTTATGGCAAACACTTCAATTACA TTCCGATTTGCCCTCGTGGACGGCATGCTTGTCAGAAAACCAACATTAAATTATTCATTAGTTAGCTGCTCAATAATGAG GTTGGCTATTGAAGATGAGAGAAAAATGAAACTTGACCCTCTAATGATTCAATGAACTGATCTTATATACAAGAGTGTCT GTTTATGTATAGCTGTTTTATAACTATAGCAACTAACACCTGTCCTAATTAAATTGCAAACACAAAACTGTTGAACATTA AGTTGGGAGCATAGATGCCGTAATATTCAGTATTTGACAACAGAACTATCACTATTATTATTTGCATGAGGAGTGAGCTA AAGAGAAGACACCATTGGGAACAAGAGCGTTTAGTCAAGGGATGAATGCTTGCAAGTGTAGTCATGTACAGGCTTAGTGG CTTCCCTTGTGCACAACATATGCGATGTTGTGCCTAGGGATTGTCAAATATATAACTTGCTCGATTAATTTGC
CDS sequence (LotjaGi5g1v0029100.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGAGATTCCGATGGCCGCAACTGTTGTGGATTTTGTCAACACTGCGTTAGGTTGGCTCAGATTTGCTGTTGATGCTCC GTCTGCGCGAGCTGTAGTTTTCGGAGTCAATATCGGTGGACATTTGTTTCTCGAAGTTTTTCTCCTGGTGGTCATACTAT TCTTGCTCTCCCAGAAAAGTTACAAGCCTCCTAAAAGGCCCTTAACAAACAAGGAAATTGACGAGCTATGTGATGAATGG GCTCCAGAATCCCTTATTCCTTCTCTTAATGAAGAGATGTTGTATGAACCACCAGTGCTGGAGAGTGCTGCTGGGCCACA TACCATAGTTAATGGGAAAGACGTTGTCAATTTTTCTTCAGCAAACTATCTTGGGCTTGTAGGTCATCAAAAGTTACTTG ACTCATGTACTTCTGCTTTAGAGAAATACGGTGTTGGTTCTTGTGGTCCCCGTGGGTTTTATGGAACAATTGATGTCCAT CTTGACTGTGAAGCGAGAATAGCTAAGTTTTTAGGAACCCCTGATTCAATTCTCTACTCCTATGGACTTTCGACCATGTT CAGTGCAATTCCTGCTTTCTCTAAGAAAGGAGATATAATTGTAGCGGATGAGGGAGTCCACTGGGGAATACAGAATGGCC TTCATCTTTCTAGAAGCACAGTGGTGTATTTTAAGCACAATGACATGGATTCTTTAAGAGAAACATTAGAGAAAATTACT ATCAAATATAAGCGGGTCAAGAACTTGAGGCGTTATATTGTTGTTGAAGCCATCTACCAGAATTCTGGCCAAATAGCACC CTTGGATGAGATCATTAAATTGAAAGAAAAATATCGTTTTCGTGTATTGATGGACGAGAGCAACTCGTTTGGTGTGCTTG GAAGTTCTGGAAGAGGTCTCACTGAATACTATGACGTTCCGGTTGAGAAGTTGGATATTATAACTGCTGCTATGGGACAT GCATTGGCCACAGAAGGAGGATTCTGCACTGGAAATGCAAGAGTTATTGATCACCAACGATTGAGTAGCTCTGGCTATGT CTTTTCTGCTTCTTTGCCCCCATATCTTGCAAGCGCTGCAATTACAGCTATTGATGTCCTTGAGGAAAATCCCAGTTTGA TAACGAAGTTGAAGAACAACATTGCTGTGTTATGGAAAGGATTGTCAAAAATACCTGGCTTCACAATTTCAAGTCATCCA GAGTCACCAATTATTTATTTGAGACTATTGAAGTCAACAGGTTCCGTGAAGGATGACCAACATCTGCTTGAAAACATTGC TGAGCGTGTTTTAAAAGAAGATTCTGTGTTTGTGGTGACTTCCAAAAGATCAACATTGGACAAATGCCGTTTGCCTGTAG GAATTAGATTGTTTGTTTCTGCAGGGCATTCAGAGTCTGATCTTCACAAGGCATCTGAATCATTGAAAAGGGTCGCTGCA TTAGTCCTGGGTGGTCGTAATTGA
Protein sequence (LotjaGi5g1v0029100.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MEIPMAATVVDFVNTALGWLRFAVDAPSARAVVFGVNIGGHLFLEVFLLVVILFLLSQKSYKPPKRPLTNKEIDELCDEW APESLIPSLNEEMLYEPPVLESAAGPHTIVNGKDVVNFSSANYLGLVGHQKLLDSCTSALEKYGVGSCGPRGFYGTIDVH LDCEARIAKFLGTPDSILYSYGLSTMFSAIPAFSKKGDIIVADEGVHWGIQNGLHLSRSTVVYFKHNDMDSLRETLEKIT IKYKRVKNLRRYIVVEAIYQNSGQIAPLDEIIKLKEKYRFRVLMDESNSFGVLGSSGRGLTEYYDVPVEKLDIITAAMGH ALATEGGFCTGNARVIDHQRLSSSGYVFSASLPPYLASAAITAIDVLEENPSLITKLKNNIAVLWKGLSKIPGFTISSHP ESPIIYLRLLKSTGSVKDDQHLLENIAERVLKEDSVFVVTSKRSTLDKCRLPVGIRLFVSAGHSESDLHKASESLKRVAA LVLGGRN
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 |
|---|---|---|---|---|---|---|
| Phobius | 1 | 30 | 30 | - | – | |
| PANTHER | 9 | 483 | 475 | 3.2E-261 | – | |
| PANTHER | 9 | 483 | 475 | 3.2E-261 | – | |
| Phobius | 31 | 56 | 26 | - | – | |
| TMHMM | 33 | 55 | 23 | - | – | |
| Phobius | 57 | 487 | 431 | - | – | |
| SUPERFAMILY | 88 | 479 | 392 | 4.33E-82 | ||
| Gene3D | 108 | 471 | 364 | 1.2E-90 | ||
| Pfam | 113 | 475 | 363 | 1.8E-45 | ||
| Gene3D | 129 | 370 | 242 | 1.2E-90 | ||
| Coils | 229 | 249 | 21 | - | – |
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. | ||
| Biological process | Biosynthetic process | The chemical reactions and pathways resulting in the formation of substances; typically the energy-requiring part of metabolism in which simpler substances are transformed into more complex ones. | ||
| Molecular function | Pyridoxal phosphate binding | Interacting selectively and non-covalently with pyridoxal 5' phosphate, 3-hydroxy-5-(hydroxymethyl)-2-methyl4-pyridine carboxaldehyde 5' phosphate, the biologically active form of vitamin B6. |
Expression pattern of LotjaGi5g1v0029100.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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