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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0415900 |
| Transcript ID | LotjaGi2g1v0415900.1 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Pyruvate kinase; TAIR: AT1G32440.1 plastidial pyruvate kinase 3; Swiss-Prot: sp|Q40546|KPYG_TOBAC Pyruvate kinase isozyme G, chloroplastic; TrEMBL-Plants: tr|A0A151TJ29|A0A151TJ29_CAJCA Pyruvate kinase; Found in the gene: LotjaGi2g1v0415900 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:91360708..91374479) extracted from Lotus japonicus Gifu genome v1.2.
ATTTGATGTTTATTTGCTAACGTGTCATCAATTTTGTAGTGCATACTATACTACAGTGTATGGCATGCTGTGAGTCTTTG ACTATCCTTATATGTGACTGTCGTTTGACTTGACTTAAGAATATGAACCCCGAACCCTTCATTTGGTCCACCTCCCTCTG TACACTACACACCACACTCCTTTGTCGTTCGTAACTGGCAACTGAACAAGAATCATAATTCATACTATAGGCATGGCAAC CATTCATCTTTCTTCTGCTTTTGCCGCCACCATCTCATTCTCCCTCTTCAAATATCTCACCGTCACCGACCTTCCATTTC CATTCGATTCCAAGCCCCCAACCACAACGAAACGCATTCCATTCCACACCGTCACGCAAATCAACTCCTCCTATGCCTCC CCCTCACTCGTTCGTAACTTCTTCTCTTTCATCCAGTTTCTCTCTACCACTTGTTTATTTATGGCAATCGATCGATCGTG TTTGTTTGTTTGTTTGTTTGTTTGTTTGTTTGTGTTGTTGTTGCAGTTCGAGTCTGGTAATCATGGCGTGGGACACACAG GGGAAAATTATTCAGATGCAGAAGAAGCACGTACGAAAACGAAGATCGTATGCACGATTGGTCCATCTACAAGCTCACGT GACATGATTTGGAAACTCGCTCAAGCGGGAATGAACGTCGCGCGTTTAAACATGTCGCACGGGGACCATGCTTCTCACCA GAGAACCATCCATTTCGTCAATGAGTACAATTCTCACTTCCAAGACAAGGTCATTGCCATCATGCTTGACACCAAGGTAC TCAATCAATTGCTTCTTCCAAATAATGCATTTCATCATTGAATTATCATCTAACAACTCATCAATGAGAATTGGTGTATT AAGTATTAACTGAATTTGTTTGCAGGGTCCTGAAGTTAGGAGTGGAGATGTACCACAGCCAATTTTGCTGAAAGAGGGGC AAGCATTCAATTTCACCATTAGGAGAGGGGTATGCACAGAAGACACTGTAAGTGTGAATTATGATGGTTTTGTCAATGAT GTCGAGGTTGGAGACGTCCTCCTCGTTGATGGTAGGCATCGTTCGTAGCCGCTTGTGTGTATTGAAAAATGTTAATGACC TCTAAGTGTGCATCTGTGAAATATTTGTATTGACTTACTGTGAAATGTGCTAACACAGCTTAACTATATTTTGCTGGAAA TCCAATGCTTGTGATCTTGCTTGACTCGGTGGTTTTTTGTTCATTTATTGTCTAATTAATTGCTAACCTTGAATGAACTA CCAATGAGGTACTCCTGCTATTTTGAGTATATTTTTATGATCTAATTAACAATATTTTAGAGGGATTTGTTCAACTGTTG CATGATCGTCAAGTTGGATTATCTGTTAAGATTTTAAAATCTTCTGGTTGTTATTTTAGGAGGAATGATGTCTCTTGCTG TAAAGTCAAAGACAAAAGACATTGTTAGTTGTGAAGTTATTGATGGTGGAGAACTGCAATCTAGGCGTCATTTAAATGTC CGTGGAAAAAGTGCAACGCTTCCTTCCATAACTGGTATAATCATGTTATTATTGTCAATGATGACTCATTGCGCTGTTAT GAAATTTCAGTAATTATGGATAGGATAAATGTGTACAAAAGCATCTGACAATTTGATGCTCTGTTGCCATATGTTTCAAA TTCACAGACAAGGACTGGGAAGATATCAAGTTTGGCGTGGACAATCAAGTAGACTTCTATGCTGTATCATTTGTCAAGGA TGCTGCAGTGGTTTATGAGTTAAAAAAATTTCTCAAAAGTAATTCTTTTTATGTCTAGTACTCTAATTTCTTTTCTGTGT TTGTGCACTGGGTGTGTCCTTTTCTTCTTTATTGGGTTATTTAAGCTTCTCTTCATGAACTAATTGTAAGCCTTTTCTAT AGGTCATAATGCTGATATACACGTGATTGTAAAGATTGAAAGTGCAGATTCCATTCCAAATCTTCATTCAATACTTTCAG CTTCAGATGGGGTTAGTCCTTTACTCTCCATATTATGTATTAATGATTTACATAGGTATATCTTCCAGTCAAAATGATTG GATTTTATACTATGTTGGCAATCAATTTTATTTGCAGTTGACATTGTATTTATTTTTCTTGGTGAAGTTGTTGCTGAACA TATAGAAACAAGAAGTGATTTTAGGGAGGAATAGATATGTACTATGAATAACAATTCTATAGTTCTCTTACTTATGCTTT TTGTGAACATAGTCCCTGGAGAAACTAAAAAATGGATCATTTCAGTTCAGGTTAAATTGTCACTGGTCCAGCGAGAGGAC TTGAAAATATTCTTTAGTCCTTGTATAAGGCACAAATTCAAGTCATAAGATTTCTGTTTTCGTAGTAAGTTGATCAGACT CTGAAATGTATTCTTCAGTCTCAGCAAATCTCATATTCTGCATGGGGTACAAGAGGAACATAATTGCACCTTGAGCCAAT GAGTAGAAGCCATTATAATTTCCCACTCTAAGTATTGCGCATCATATCATGATCATGGTGCATTCCTTGGACTAAATTAC ACTTTCCTAACTTAGGTAGCCATTTGATTCAATCATGTCATTTAACTAATAGATAACATATAAAAATGATTTTGTTTGAC AAATGCCAAATTACGAAAACCTATTGCATATCTTTTAACTAAGTTGTGGTGAAAACTTCCACTTATAACTGATTTTACTA GTAGTAAATACTCTGAACTCTTCTGCACCTTCTGCTAGGTTTTTCAACACCTTCATAGTCTACATTTTAAATAAAGAAAA TTAGAATTTGAAATTTATGCAATATTATGGATCAAAATACGTTTTTTTATCTGTGTGTAGCATCCGGTTTCATTTTGCGA GTTCTCTCTATTTTGTAGGCCATGGTTGCTCGGGGGGACCTTGGAGCTGAACTTCCCATAGAGGAGGTTCCTTTATTGCA GGTGATCTGATACTCACAGTAGCACATGTGTGCCATTTTTGAACGATGTATACCAGTTACTTCATGAAATAGTCTACTTA TTATGTAGGTAATCTTTGTCTGGGTACATCTGATTAGGGATGCAGTGTCTAGTGTCATAGTGAAAATATAATAAAATAAG AGCAACTGCATTAGTTGTTCTGAATTTTATTTTGTAGGATCCTTCTGATATCTTTAGTCTAGTGCATCAATTTTGAGGAA AGCCTTTCTCTTGCTGCTTGCGTAGTTTCACTGCATGCTGTCATGATGTTCTAGAGGGCAGTGAACTCTAAACTTCTCAA AGGCCATCTCACCTTCTGTAAAGGGTGAGATAGAGTTTACATACACTTAGATTCAAATATTTGTCTGTATTTGTGTATAA GCGGTGGCTTTATAAAGGAATTCACTGGATGTCTTAGGTTTAGAGTTTCAAATAATAGGCAATGTGAAACTTTACACAAA CTAGATGGTGGAAGTCTTAGATGATGATGTATGCTGCTTTCGAACTGTTGCTTCTGTTCTCAGTTTTGTTAGTTTTCTGA TATCAGTTCTGCATAAATAAGTTGTTTCTTGTATCAATTTTTTTTCCTTAAATATTACTGGAATAATATATTTCTCCTTG GACTGAAATTATGAAGTAGGACTAGGTTAATTCCGAGTTCTATGGAGTTCATTCCTCGTTTTTATCTATCAGGAGGACAT CATTAGAAGATGTCATAATATGAAAAAGCCAGTTATTGTGGCAACAAATATGCTTGAAAGCATGATTAATCATCCCACAC CAACTAGGGCAGAAGTTTCGGACATTGCAATTGCAGTAAGACAAGGTGCTGATGGTATCATGCTTTCAGGAGAAACTGCA CATGGAAAGTGAGTTTGCTATTCCTTGGTGATCTTGGATTTTTTTGTCTTTATGTTTTTTTTTTTATCAATTATGTTGTT TTTTAAATTTTCATTTTACTATGTTTGTTTTGGTACATTGGAAGATAAACTACATCCCTCCATGGTTGAACCCTAGACCT CCCCCTCCCTAACTCATATGTCCACCAGCTCTTACTACTTGAGCTATCCTTCGGGTAGTTCATTTCACTATTTGAAATGC AAAATAGATACTGATTACCTCTTTTCATATAGAAAAAGTATCATTAGAGAAGAGAATGAATAATTACAAGAATGGGGGTA TCATATCATTTTATTCTTAGACGAAACTAAAAAAATACAAAAAGAAGAACAAATTAAAGAACCTAAACTAAACAAAGCGT GAGAATCTCTCTGCATATTCAACAAAGGGGAAATATACCTTAATTTAGTCTACTTCAAAACTGTGGTCTTTTTCTCTTTT TAATAATTTTCTATAGGCTTAAATACTCTATTAGCCCCTGAAATTATAAAGGGAATCAAACCTAGTCCTTGTAAAATTTT CGCATCAAATTGGGTCCCTAAAATAATTTTTTTAATCTAATTGGGTCCAAAGTGTGTCTGAGTCTGATGTGGATTGTTTT TAATCTCAATCATCTTTTCCACGTGACTTTTTTTAATATAATTATTTGTTCTTATTATTTTTTAATTCCAACTCATAATT AATGAAAAACCTAATTAATCAATTTCTGAAAAACACTAATAACTCAGACCAAATAAAAAGAAAAAATTAGAACCATATCC TTTTTATCATTCAACTCCATCTTTGATAACCCAAAAATTATGAGAAGCAAAGAGAGTTATACTAAATAACTCATAAGGAT TTCAAATTTGTTATGTTAATTAATTATCTTTATATTTTCAAAAAGTAAAAAATATATTAATAAGTTGAAACCAACGTTAG TTTTTTTTTATGATTAGATTAGGTTTTTTTAATGATATGAGTTGGAATTAAAAAAAACAAATAATTATATTAAAAAAAAG AAAAAGCCACATGGAAAAGCTGACCAAGATTAAAAAGAAGCCACATCAGATTCAGACACACTTTGGACTCAATTAGATTA AAAAAAATATATTAGGGACTTAATTTGATGCGAAAAATTTACAAGGACTAAGTTTGATTCCCTTTTCAATTTCAGGGACT AATAGAGTATTTAAGTCTTTTCTATATTAAATTTTTCTGGCGGTTTACAATTGGAAGGCTTATCTTTTTCTGGAGTACAA TGCTTTCAGGAAAAAAAAATCATTCATAATAATAATTAGTTCTTGTTGTCCTGCAATGGCTACTCTAATTTGTCAGACTT TTGTATGTATGTTTGTAGGTTATAATAATTACTATAGTTTATAGAACTACATTCCATTTAAAGATGTATGTCATTCAATT CTTTTTCTTGTTTGTTTTTGGAACCTGGTAATGTAAGAATCATTTGACAGTATGTGTGTTATGCTGATCAATTATGCATT TGATGCATTTCTTTTTCAATATTTTTACTTCAATAAAATTATTTTAAAGACAATTACAACTGCTTCAGGTATCCATTGAA AGCAGTTAAAGTTATGCATTCGGTGGCTCTAAGAAATGAATCAAGTGTTCCCAGAAGTGATGCTTATCCATATCAATTGA GTTCCCATAAAGTACGTTCTTTACTCAGAAATAAGTCTCCTTGTAACTCATGCAGTTTTGGAATTTTGTTTCACGTGCTG TAGAGGATTTATTGATATAGATTGATTATTAATATCTTAAAATCTAATTAATTTTCATTTACTTTTGACAGAACCATATG GGAGAAATGTTTGCTTTCCATGCGACAACTATGTCCAACACTCTTAATACTCCTATTATTGTTTTCACCAGAACAGGATC CATGGCTATTTTTTTGAGCCATTATAGGCCCTACTCAACAATCTTTGCATTCACAAATGAGTGAGTATCTGCAACATGCG TTAATTTTTTATGTCATACGTATATGTATGTGAGATGTAGAAATTATTGTAGGCATGTGATATTCTTTGTTCTTGGTCAA TAATCTTTTGCATCCACAACTTCATGATTTTCGCAGTGCAAGGATTAAGCAGAGGTTGGGACTTTATCATGGTGTCACGC CCATATACATGCACTTTTCAAATGATGCAGAAGAGACCTTCTCTAGAGCCCTCAAACTACTATTGGTGAGTAATATCTCT TTCACTTGCACACATCTCCCTTTTCTTGATGGATTTTGTTATAAATGATGCTGAAAGTCTTCATGCTTCAGAGTAAGGGT CGTTTACAGAAGGGACAGCATGTTACTCTTGTTCAAAGTGGTGCACAACCAATCTGGCGTAAGGATTCCACTCACCACAT TCAAGTTCGTCAGGTTTATGGATAAAATTTATCTTTGAAGGATCTTTCTACATCCTGACCATGCAATTGTTTATCCCCCT GTCCCTCCCCCCTCTTGTTTTCTCTCTTGTAACTAGTTATGCTTCCTTTGAATTATAGTTATGGCTGTAATGCTTGTGAA ACCCCAAAGTTGGACCATGTAGGAATCTTTATGATGCAAATAAGGATTTATTGATGTGTATTACCAATTACCATGGCTTC CATAAATTTTTCTCTCTTGTACTATCTATAATTCTATTCTTCAACATACTTGTCATCATGATGTTTTTCTTGGCTGAAAA AAATCACCTTGTTCTATTGCTATTTGTGCAACCACTGTGACATAGATTTGATTAGTTATGATATTCCATTGTGGCATAAT GTCCTCTTTTCACGAGGGTAAGGTTGTTACTTCTGACTTCTGAGTGCCGACATTCACAATGGTGAGCCTTGGGATTACAT ACACTGGGCCACCCTTTATATCGGGTACAATTTTCAGTCTATACATTTCAAAGGTGACATTAGACATCAAAACAAGAAAA AATAATGAAAGAAGTTAAGTTCTACCTTGTACTACTTGATGAAAGAGAAAACTGGGCCAAACAGGTATACCACTTGTGCC AGATAACAAACGGTGGGACTTGATGGAATTGAATGAGTCGCTCACACAACTATACTTTGGATTAGGAATGATTATACAAT TTCATGTTTCCACTTTTATTTTGCAAAAATTTATTCTTTGGATCAAGCATTGCATCAATTAGCAAATTTTTATATTTTCT ATTAGTGCTGGGGGAGTTCTTGGTACCCTTAAAGCGCATTTTGTAAGTTTCTTATTCTGTCAAATATATTGCAAACAATA TAATTTAATGCTTTATATTGTTGTTTGTAAGTGATCTTATCCATAATTCCTTGCCTGACCACGTTACTGTAGGAATGGCA TTGGATCTGCTACTCTGCCAGTTCAGATTTTATTTGGTGGTTGATTGGCTAAACCAGCTAAATTAAAATATACAGGGAAG TTCTCACAAAAAAATTCTGTTTCTGCGTCTTTGAATTTTTTTACTTAATTTGTGGATTGTCCCCCGATTGCAGTACTTGT TCACGAGAGTTTCAGACATCAGGGAGTGGAGTTCTTGTGTTAGGAATGGACTTCACAAGAGAGAAGGGACGCTTCTATAA ATAGTTGGAACCATTTAACACTAGGAAATTAAAATAGCAATATGTAACTTCTTTAAAATGGAACTTAATTACAAGGTGAA TGGATGCTTCTAGGACCCTAAACAGTCATTGTCTCATCAAAGTTTAGTTTACATAACTCAGGCTTGAAGATACATAAACT GAAAATCCAAAGGTGTCGTAAATACAAACTCCAGTTGGAAGATGGCCAGAGACTCGTGCAGGAAGGGCTTCTCTTTCTGT GAACCTGAAGGAATTTCTTGAAATGGTAAACCACGGTTATTTTGACTAGTTTCTCCTTTCTTTCTCTTACTAACATATGC TGTTACTACTGCCTTAGAATGACATCTCTTGCAAATCAGACTGAGAAGCTACCAGGCTCATTATTCTCTCCACCACGTTT CTCATCCAGTTGTATATTCTTGTACCACTTTGCACATGCAATATAGGCGATCAAGTCGATCGATGTCAAGGCAGCTAAGA GGAAGAAAAACCTGTCTAGGTGACCTTTATTGAGGTTTGCAGGGATCCACCCTGGCACATGATCCTCGGTGGAGATCTTC ATAACTATGCTAACAATTAAGCTACTCACGTAGTTCCCAAGGGAAATTGATGTCATGCAAAGTGCACTTCCGAAGCTCTT TAAGCCGTCTGGTGTCTGCGCATTGAAGAACTCTAACTGGCCTACATACATAAACACCTCAGAAGCTCCTATGAATGCGT ACTGGGGGATTTGCCAGAAGATGGATAAAGTGCTCGTGTCTTTACAGTCGGTACATTCTTGTTTTGCATACCTGAGCCTG TAGCACTCAACTATTCCAGCTGAAAGCATTGCCATCACAGCTATAACAAGTCCAACCCCCATTCTCTGAAGCTCTGTGAG TCCCTTGGAGTTTGACTTTTTAAGTTTTCCGACAAATGGATCAAGAACTCGACGGTAAAAGAAAATGAAGAGACATACAC TGAGGATATCAAAGCAAGACATGCTAGCTGCTGGTATTCTGAAATGGAAAACAGTGGAATCCATGACAGCACCTTGCTCC ACAAAAAGAGAAGCCATTTGTGTGAAAACCACGGAGTATATTATAGTACAGAGCCATATTGGAAGAAGTCTCAGTATGCA TTTCACTTCTTCAACTTGACTTACAGGACAGAGCCGCCAGGGGTTGTAACGGCCGTCTTTCTGGTCCACTACATCTCTTG AAGATATAAGCGCTGCCCTGTCCAAGAACCTTCAATGCAGCAACAAATGGCAAATTGATCAAATCGTTAGCTTGGTAGAA TAAAAAATGGCCAAGAAATGCTGGTAAAGCATATCATGCAGCCAGCCTTAGCTATCAGCATCAGGTATATATAAAAATCA GATAGCAGTTTCAGCTGAAAATAGCGTCTACTACTTACTTGAATCCGTGAGTGTGGAGGATTTTTCTATTGGCATTGGTG GAAGACTCCATTGTATCCAAGTTAAATAAGTCCTCTCCATTTGATGGCATTTGAACTCTCGATTTCCTCGATGCAGCGAC AAGGACTTGGCAAAACCTGGGGAGAGGGTTTCCACTGGGCTTGAAGTGTCTATACCTTTTGGTGCCTGCAAGGAACAATA CCAGTGCAGCAAAGGCAGAGCCTGCAGACACCCAGAAACCTAGAGCCCACATTCCTTCATCCTCCAAATATACCAGACCA GTGTTTGAGAAGAGTTGCCCAAAGTTCAGAGCTAGGTAGAAGTAGCTAAAGAAGGCCACCTTTAAGCGACCCTCTTTCGA GTGCTCCTCATCAAACTGATCAGCTCCAAATGTGGCGATATTTGGTTGATAACCTCCATTCCCCAGGGCAATGAGATAGA TTGAGAGGTAGAACATCCCCATCTCCAAACTTGAGTGTTTCCCACATTGAAGTGATTCCTTCCCACAACCTTTAGGTTTT AGCAAGAAGAGGTATGATGACAGGGATAAGGACATTAGACCCTGTTGTATCAAGCCACAAGGCTCGTTTAGTCTAGGGAT TCATGTAGTAGCAGGCAGAAGTTAAGGAGAGAGAGAGAGAGAGAGAGAGAGATTAAGGACAATAAAACTAGAGAGAAAAA TTAAGGTGTTACTTACTATCACAAAGATGACCTGAAACACAGCACAAGTTTTATATCTTCCCCAGTAAGAATCACTGAGG AAAGCACCCACAAGGGAGAAGATGTAAACAGTTCCAGTCCACTTGCTCACATTGTTGGCTGCTTCAGCATTGTTTTGTCC CACCACCCTTGTCAGGAACAGCACCAGGTTCACTCCGATCCCAAAGAATGCAAGGGTTGCCAGACCTTGGTTCACTAATT AATGCAATCAATGAATCACATAACAAGCAGCATTAGCTCCTTGTTCTTAACTGGATGCGTGAATTAAATACACGCTAACA TGCATATATTGTGCAGCTAGCTATAACTACATGCTTGCCACATTGATAAATATCTATCTATGTGTCCAAGGTTGTGTGTG AATGGGATTCACTTTATCTGAAGTGAGGATTCAGCTAATTAGAGGAGAAAGACATTCTGTTAAGATCATTTACTAAAGTT CCTTTTGAAGTCGGAAATAGTCAATGCACGCCTTGCTCAGGTAGAGTTGCATGCTAAGGAATATGATTCTTTTTTATATA AAAGGAAAAATCATTGAATGTTTTATATGCATGGCTAATTAAGTCAAAGCCGCATCAGTCATCACTCCCTACTATTGTGA GTGTTGGTTGATCTATATATACGTGCACTCTTTTCTAAAATAGACCAAGGACTTTGATGACGCCTCCATGAACTTTTCAC TGAGAGATTATTGCATTGCCATTTATAAACATTATATTTATATATATATCATCACCATATATTTATTTATAAACATTATA TTTATATATATATATCATCACCATATAGTTAGTCGTTAGGTCTGATAGGGTTTGCCTTTATATAGCACGCCCTCATAATA GTGGTTTCACAGGTGACATAACACTGAAAGACTAGGTTTGTAAAACGAAATCAATATATAAATATAAATATATATATATA TATATATTTTAACTACTTTTTTTTATAAAGTGATAAATGATTTTCATATCGTGATGACGTGATTCATGAATTCACCCTGT TATGTCACCGTATGCCGGGTGGAAGACACCTTTGCAAGTCTTTTTTTATTAACACCAAAATCGATATTTAAATATAACGC AAACAAAGTTGATTTATTTTTTCACAAATTTATATTTATTTATTATAATATTATCTTTCCTTTTATTCACACACAAACAA CCTCAATTGACATGGTTTCAGTGTCAGGTATTATTTAATTATCTACACACTTCGCACCACCATAATACCATTTGGTAAAT GAGAATTCCCTTCCATCACCACAAAACAAATTACTGTATAACAAATAAACACAATCCTATATAATTTGTAGCATAAATTA ATATATCCTTTTGAATTTTTTTCATTCGCGATAAAATTAGATTTGTAAATTACAATTCTTTTATCGTTTTTTTTAAAAGG CCAAAAATGCAATTCTTTTGTCTTGATGCCCAATCTCCGAAAATAGAAAAGAAGAAGACATTTTATTTCGCCTTCCTAGA ACAATGACACATTTCATGCTTGTACATTACTTGTTCACATTCTTTATCTCAGCACTTAACGGATGCGAGTCAGAAATAAC CTAAAGAGGATTCTAGAATCTAGATAGATAATTAAGGAACTATACTATTACTAGCTATAGCACTAATCAAGCAACACGCA ATAACCATCTATTACCTAGTATAACAAGCTTAGTTGTCATGCATGCTCTTTTTCTATGCGATAAAAATATACTAAATATA CATATAAACCTACACATGTATTCCGCGGTAAAATGATATATGTCAATGAGTCATGACACATGTCACCACCCTGATTACGT GTCAGTCAAGCATTTCTCTCAAATGCATGCATGCTAAATTTGCTCCATTTTGTATTTATCCTGTTTTCAAAGTTACCGCT TCTTAGTGCCACAGTTTCTGGACTGATGTCGTGTATACACATAAGTCAAGCCAAAAACTTCCATCAAGATTCAGAATCTC TTACTTTCCATTTCCTTGATTCATATCCACTTCATATAAAATTTCTTAACCATCTAGAAGATAGATACAGTGTATATATG CATGCTACAATGGATCATGAGGTAAGCGATAGCCAGGTTGTAACTAGCTGCATAGCACAATTCTCCAGGCAATGCAAACA AAGCTGACAGAAGCTTCGTCTGGTTCATATGGAACACGTTCCTGCATCTGTGTTGTCGTTTCTCCTGATTTAGATAACTT AAGAGCTTGTTTGCTTGTGGCTGTGCAGAACACAAAAGCAAACTTCCCTTGATAAGCTATCTAAATATATACGTCATTAT ATTTGTGAATTTAATTTCTATCTCTTCAACCAGGTTTCTCAAACTTATACGTCACCACCATAGTGTCTGCCACCTGCGAC TGCTCACGTCTATCATCATGAACTATATCCGTGTACGTATACGTATTATTTATACATACGTATTTGCATGTGTATTTTCT TTTTCTTTTTCAGGATTTATTAATCAATAAGCTCAAACTACAAGATATCAATACTAGTTATACTTTTATTACCCCAAGTG ATGGATATAATCTTGGAACTGGTAAAAGAAATCTCCATTAGGAGAAAAGGAAGTAGTACTAGTAGTTATACTAGTACACT ACTGCTACTCTACTTCGGTTTCCTAGATTTCTGTTTCTTGTACATATGGATAAAACCAACTATAAATAACGAAAGATATG TTTATTGGTGACAAAGTTTTTTTTAAAGAGGTAACAAAGTGAATTAGTCCTATATATAAATTTATGAGAATATATATATA TAAATATATATATATATATATATAATTAGTTATATAAAAATTTCCTTTTATCTCTCTTTAAATATTTTGCTTTACTTTAC TTTGTACTTTAAAAAAAATATTTTATATAAGTACAAAAAAAAAAATATTTTATATAAGTACAAAAAAATATTTTATATTT TCTTTCTTTTATGTAACTCATTAGCACCGCTTCATACTTTTGTGTTGATGGTGAGGTGAATAATTAATCTTATGCAAGGC GTATCTGAGGGATCTAACAGTGCCATACTCCTAAGAATTAATCTAATGCAGGGCGTATATGATGGATTTAGCAGGGTCAT ACTCCTAAGAATTTTAATGTATTTATCAACCACATTTTTATATAGAGAATATTAATGTATTTAATTATCAACCATATTTT TATATAGATATTTTGTATTCTAAGTCCAGCCCAAAAAAAATTGTAGATTTTTAACATTTCGTTTTGGCACCTCAATGATA AATCTGGGATAGACCCCTGGTCTCATGGCTATCTAGTCTTATGTGAACCGCATTTTAATTTGTAAATTAAAAGACTGAAG AAGGTGTAGGATTTTCTTATATATGATTTAATGCATTGCTCAATTACAAAAACAAAATAGAAAAATATACTAAAAAAATT ACTCTGCAGATTATGATTTTGAAGCTTACAGAGTATGATAATTCCAGCAACCCATCTTCCAGATTTGGCTCTGATAGCAG GACGGCCATGGAGATCAACACTTCCATCAAGAGTGATTTCTGATTCTTCTTTGAAATGGTCCTGCACAGAGTTTTGAACA CAAAATAAATAACAGGATTATTCATTTTTACCACACCCATATTGTTGATAATCCTGATGATGCCCGTGCTTAATTAGAAG ATGCATAAGGTGATCACCACAATGTAGTAACAAAAACAACTAGAATTCTGATCCATGGCTCTACATATATGGTCTTTGAC TCAGACAAAGGATAATTAAGGCATGATAATGAGTCCTTTCAGGTTTTTAAGAATTAATTAGCATGGAATCAATAAACTTG TAATGAATGTATTAGCTTGATTTGTTTAGACTAACCTCTTGGCAGACCTGTAACGCTGAGCAAGACATTGGTGATCACAA AGACTGAAAGAAGTTCTATTGTTTTTTTAATTCTGCTGCAAAATGCAGGGGAGGGAACACTGGAACAGGGGCAGAGGAAG ATTGTCAATTGAGGTGAGGTGAAGGCTAATGAGAAGAAGGAAAGTTACTCAAGATAGAAGGAGTGACATCAATATATAGA GGAACTGAAGGGTGATACATGCATGAACGGTGGAGATTTCAGGGTCCACATGACACCACAAAATCATCCAAAACTGTGAA AATTCAATTTCACAAAAGTATCATGATATTTGATGCGTAACTAGAGATACTACATTTTAAGTAAAAGTAAAGAGGTGTTA TAGAAGTAGAAG
CDS sequence (LotjaGi2g1v0415900.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCAACCATTCATCTTTCTTCTGCTTTTGCCGCCACCATCTCATTCTCCCTCTTCAAATATCTCACCGTCACCGACCT TCCATTTCCATTCGATTCCAAGCCCCCAACCACAACGAAACGCATTCCATTCCACACCGTCACGCAAATCAACTCCTCCT ATGCCTCCCCCTCACTCGTTCGTAACTTCTTCTCTTTCATCCAGTTTCTCTCTACCACTTGTTTATTTATGGCAATCGAT CGATCGTGTTTGTTTGTTTGTTTGTTTGTTTGTTTGTTTGTGTTGTTGTTGCAGTTCGAGTCTGGTAATCATGGCGTGGG ACACACAGGGGAAAATTATTCAGATGCAGAAGAAGCACGTACGAAAACGAAGATCGTATGCACGATTGGTCCATCTACAA GCTCACGTGACATGATTTGGAAACTCGCTCAAGCGGGAATGAACGTCGCGCGTTTAAACATGTCGCACGGGGACCATGCT TCTCACCAGAGAACCATCCATTTCGTCAATGAGTACAATTCTCACTTCCAAGACAAGGTCATTGCCATCATGCTTGACAC CAAGGGTCCTGAAGTTAGGAGTGGAGATGTACCACAGCCAATTTTGCTGAAAGAGGGGCAAGCATTCAATTTCACCATTA GGAGAGGGGTATGCACAGAAGACACTGTAAGTGTGAATTATGATGGTTTTGTCAATGATGTCGAGGTTGGAGACGTCCTC CTCGTTGATGGAGGAATGATGTCTCTTGCTGTAAAGTCAAAGACAAAAGACATTGTTAGTTGTGAAGTTATTGATGGTGG AGAACTGCAATCTAGGCGTCATTTAAATGTCCGTGGAAAAAGTGCAACGCTTCCTTCCATAACTGACAAGGACTGGGAAG ATATCAAGTTTGGCGTGGACAATCAAGTAGACTTCTATGCTGTATCATTTGTCAAGGATGCTGCAGTGGTTTATGAGTTA AAAAAATTTCTCAAAAGTCATAATGCTGATATACACGTGATTGTAAAGATTGAAAGTGCAGATTCCATTCCAAATCTTCA TTCAATACTTTCAGCTTCAGATGGGGCCATGGTTGCTCGGGGGGACCTTGGAGCTGAACTTCCCATAGAGGAGGTTCCTT TATTGCAGGAGGACATCATTAGAAGATGTCATAATATGAAAAAGCCAGTTATTGTGGCAACAAATATGCTTGAAAGCATG ATTAATCATCCCACACCAACTAGGGCAGAAGTTTCGGACATTGCAATTGCAGTAAGACAAGGTGCTGATGGTATCATGCT TTCAGGAGAAACTGCACATGGAAAGTATCCATTGAAAGCAGTTAAAGTTATGCATTCGGTGGCTCTAAGAAATGAATCAA GTGTTCCCAGAAGTGATGCTTATCCATATCAATTGAGTTCCCATAAAAACCATATGGGAGAAATGTTTGCTTTCCATGCG ACAACTATGTCCAACACTCTTAATACTCCTATTATTGTTTTCACCAGAACAGGATCCATGGCTATTTTTTTGAGCCATTA TAGGCCCTACTCAACAATCTTTGCATTCACAAATGATGCAAGGATTAAGCAGAGGTTGGGACTTTATCATGGTGTCACGC CCATATACATGCACTTTTCAAATGATGCAGAAGAGACCTTCTCTAGAGCCCTCAAACTACTATTGAGTAAGGGTCGTTTA CAGAAGGGACAGCATGTTACTCTTGTTCAAAGTGGTGCACAACCAATCTGGCGTAAGGATTCCACTCACCACATTCAAGT TCGTCAGGTTTATGGATAA
Protein sequence (LotjaGi2g1v0415900.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MATIHLSSAFAATISFSLFKYLTVTDLPFPFDSKPPTTTKRIPFHTVTQINSSYASPSLVRNFFSFIQFLSTTCLFMAID RSCLFVCLFVCLFVLLLQFESGNHGVGHTGENYSDAEEARTKTKIVCTIGPSTSSRDMIWKLAQAGMNVARLNMSHGDHA SHQRTIHFVNEYNSHFQDKVIAIMLDTKGPEVRSGDVPQPILLKEGQAFNFTIRRGVCTEDTVSVNYDGFVNDVEVGDVL LVDGGMMSLAVKSKTKDIVSCEVIDGGELQSRRHLNVRGKSATLPSITDKDWEDIKFGVDNQVDFYAVSFVKDAAVVYEL KKFLKSHNADIHVIVKIESADSIPNLHSILSASDGAMVARGDLGAELPIEEVPLLQEDIIRRCHNMKKPVIVATNMLESM INHPTPTRAEVSDIAIAVRQGADGIMLSGETAHGKYPLKAVKVMHSVALRNESSVPRSDAYPYQLSSHKNHMGEMFAFHA TTMSNTLNTPIIVFTRTGSMAIFLSHYRPYSTIFAFTNDARIKQRLGLYHGVTPIYMHFSNDAEETFSRALKLLLSKGRL QKGQHVTLVQSGAQPIWRKDSTHHIQVRQVYG
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 | 58 | 58 | - | – | |
| Phobius | 59 | 78 | 20 | - | – | |
| Phobius | 79 | 82 | 4 | - | – | |
| Phobius | 83 | 99 | 17 | - | – | |
| Phobius | 100 | 592 | 493 | - | – | |
| PANTHER | 115 | 590 | 476 | 0.0 | ||
| SUPERFAMILY | 115 | 455 | 341 | 2.55E-91 | ||
| PANTHER | 115 | 590 | 476 | 0.0 | – | |
| Pfam | 122 | 458 | 337 | 9.4E-116 | ||
| TIGRFAM | 122 | 590 | 469 | 1.4E-153 | ||
| Gene3D | 122 | 460 | 339 | 1.5E-159 | ||
| PRINTS | 179 | 195 | 17 | 2.7E-62 | ||
| SUPERFAMILY | 190 | 281 | 92 | 1.17E-19 | ||
| Gene3D | 191 | 284 | 94 | 1.5E-159 | ||
| PRINTS | 303 | 317 | 15 | 2.7E-62 | ||
| ProSitePatterns | 331 | 343 | 13 | - | ||
| PRINTS | 333 | 359 | 27 | 2.7E-62 | ||
| PRINTS | 360 | 384 | 25 | 2.7E-62 | ||
| PRINTS | 385 | 409 | 25 | 2.7E-62 | ||
| PRINTS | 410 | 428 | 19 | 2.7E-62 | ||
| PRINTS | 429 | 445 | 17 | 2.7E-62 | ||
| SUPERFAMILY | 439 | 590 | 152 | 1.08E-29 | ||
| Gene3D | 461 | 566 | 106 | 1.5E-159 | ||
| Pfam | 480 | 571 | 92 | 6.5E-14 |
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 | Magnesium ion binding | Interacting selectively and non-covalently with magnesium (Mg) ions. | ||
| 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 | Pyruvate kinase activity | Catalysis of the reaction: ATP + pyruvate = ADP + phosphoenolpyruvate. | ||
| Biological process | Glycolytic process | The chemical reactions and pathways resulting in the breakdown of a carbohydrate into pyruvate, with the concomitant production of a small amount of ATP and the reduction of NAD(P) to NAD(P)H. Glycolysis begins with the metabolism of a carbohydrate to generate products that can enter the pathway and ends with the production of pyruvate. Pyruvate may be converted to acetyl-coenzyme A, ethanol, lactate, or other small molecules. | ||
| Molecular function | Potassium ion binding | Interacting selectively and non-covalently with potassium (K+) ions. |
Expression pattern of LotjaGi2g1v0415900.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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