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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0157400 |
| Transcript ID | LotjaGi2g1v0157400.3 |
| Related isoforms 5 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Pyruvate kinase; TAIR: AT3G52990.1 Pyruvate kinase family protein; Swiss-Prot: sp|B8BJ39|KPYC1_ORYSI Pyruvate kinase 1, cytosolic; TrEMBL-Plants: tr|A0A072VP40|A0A072VP40_MEDTR Pyruvate kinase; Found in the gene: LotjaGi2g1v0157400 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:55670335..55677951) extracted from Lotus japonicus Gifu genome v1.2.
ATGCAGTCTAGTCCTTTGCTTCTTGAGGAGCCTATCAGGATGGCTTCCATCCTTGAGCCATCCAAACCTGTCAGCATTTC CTTCTCTCTCTAACTTTATTTTAGATTTTGATGTGATGTGTTTTGTTATAGTATTGTCTTGTTGTAATCAGTGTCTGAAA TTTTGAGAAAGTGATACACTTTAGGAGACCCATTTGGAGGATTGTTATTTAGAGTGAAAGTGTGGTGATAGTGATGATGA TTTTGATCCCTAAATGGTGTTTTGGCAGATCAAGTTGAAAATTGACTGTGATGTGATTGATGAAGTCAAAGACACTTTTT ACTCTAATAATTTGAACTTTGAAGTATGGTTTTGTTGATATCCTAGCTCATGTATTGGTTCTGATGATCTTGTCTGCTTC TGAGCACTGTGATTCTGAGAAAGAAATCAACTTTTGTGAATCCAATTGTTGCTTTCCTTTTTAATGTGTTACTACAGTGT GGTGTTGAATGGCTTGATCCTGCTGCTTTTGATTACTGAGGAATTTGGTAGAACAAGCTGTAAAATGGTTTTCATAGATG AAATTGAAAGACACATTTAGCCTTTCAAGTGGTGTTGAAGCCAATCTGGGTTTAGTTAGAAGTTTTGCCAGTCAATTTGA TCTGGAGTACAAAAACACTCTGTTTTGAATTATTTGTGCTTGTTTCCATGGCAAGGATATGGTGTTTTAGAATTATTTGT GCTTGTTTCCAGGGCAAGGATATGGTGCTATTTCTCACAAATTGGATACCTTCTTTTTTATTTTATTTATTTCATGGATG GAGGTCGGTTTAAGTTTGAAGAAGGAGGGGGGGGGGGGGGGATAGTAATCTTTCGGTTATTTCATTGATTTTCACTTCCA CATTCGTGTTAGACTTTGCCCTATGAAAGTGAAGAATAGAATTTTAAGATATTATGTACATTTCCTGGAGAATTTTTTAT CCTTGCTCAATGAAGGTTTTCAGTATTTGTCAATTTGGATTCTGATTAAAGTGTTTTTTGTTTGAAATGCATTTTGTAGA CTTTCTTTCCAGCCACGACAAAAATTGTTGGCACACTTGGTCCAAAGTCACGATCTGTTGATGTAATTTCCCGTTGCCTT GATGCAGGAATGTCAGGTATTCTGCCATGACAACCTTTGGCTGTTTGTCATCTTTGTTCGAAAATTGATATTAGGTTCTT TATTTTCAATATTGCTTTTTCTCCTCTTTTATCTAAGAATAGTAAGATGGGGTATTTTGTTTCTCTTATTCCTGCGTTGT CAGAAAAATAGAATAGCTCAGTTAATTATAATCAGCTGTGTTTTAGATCAAGTTGGAAGGCTCTCAATTTCCCAAAAAAC ATAACACTAAGGGGAATGAAATACAATGATCTATTTCCTTCCAGATTGTCAATATTTTTTTCACTTTGGCGAAAATACAT ATCATAAATGAATTGAATAATGGTGTTTTGCTGTACTTCTGTTATAGTTTGGAGTGGCCCTTCATGCCTATGGTCTGCTT CTAAGTCATGTGTTCTATTATCTTATTATTATCTTCTTACCATGTGCTAGTGGCAAGGTTTGACTTCTCATGGGGTGATC CAGAATACCACCAAGAGACAATAGAAAATTTAAAGGCTGCTATCAAAAGTACCAAGAAACTCTGCGCGGTAAACTTGTCA TGTGTTTGCTGTTTATTTACTCATTTCCGATAATGCATGCATGGGAATATGAGATGACTTTTGCGGTATCATAAAGTAAT TGTGATTTTAATACATTAGCTTGTATCCTTGAATATATTTTTAGTGTGTGCAACTGTAAACACCTTCTCAAGGTTAATTA ATGTAAAAATATACCTCCCTTTTGGTTCAATTCCAGGTTATGTTAGACACTGTGGGACCAGAATTACAAGTTGTTAATAA AACTGATCGTCCAATTGACCTTGAAGAGGGCACACTAATTGTCTTAACTCCAGATCAAAACAAAGAAGCTACTTCAAATC TACTGCCAGTAAATTTTAGTGGGCTATCAAAGGTCAGTGTACTTTTTCCATGCATTTTCCTAGTTATTATGCGAGTTTGT TTGCAGGACTACATCTTTACTTTTTATATTTCTCATGCTGTGCTTTGATTGTGTATAATATGGTCTCCACTTATCTAAGG TGTCCCTAATTATGCAGGCTGTGAAGAAGGGTGATACTATTTTTATTGGTAAATACCTGTTTACAGGAAGCGAAACAACT TCTGTATGGCTGGAGGTAATGAAATCTTGGATTGGCTAGTTCAGTCTTCAATTCATGTATAGACAGTTTAATCTGATTAA GTGGCTATCTTAACAAGTTCTGTTACATATGCTGCTGGAACACCTTTCTTTTGACATTGTTAGGGTAATGCAATTCAGTT ATAAGCTAACTTATTAGTTATAACTGAATTAGGTATCCTTATAGCTGAATTATATACCCATATGGATGTAGATCAAATGA GAAAAAATGTTCAAAAGTTTTCTAGTATTTCCTATGGTCTTTCTACTTGATAAGTTATAGATATTTTAAAACTACATTTC TCCAAATTATTGTTTGGATCCTAGAAAATTACCAAATTGACTTCTTTACCGACTCCCATAGAACGTATTTTGAGGATAAT AGTTTGCTAGAAAGATGATGACAGTGATGATAATGATGACAGTAACACTACTGATCCACCTTAACGCAATATCAACATGT GATGTTACTGAAAAAACTGATAATCTGTGTTAATAATGGAAATTTCTTTTTCTATTACAGGTATATCTTATGGACATTTA CAATGTCATGTTCTATTAAACTACATGAGACCCATTAAAAGTTGGAAGTATTTTAATGAGGAATTTTGGATTTTTGTATC TTAGGTTTTCATTCTTCTTAGATGCAGCTTTTGGCATTTTATTCCAGAATGAACAAAGTTACTTAAAATTGCATATTAGA GGACCTTTAATTATTCATATTCAAATTTTACATGATTTAAAGTTTCTAGGAAGCACTGCCTCATATTTGATCCCATTTCC CTCTTTTTCTGTTTGACCTCTTTGCCATTCTTCTCTCTTTATTAGTTGTTCTATAATAGAAAGCTTGTTCAGCGTAAATA ATAGACCATTAGACCTGCCACATGCATGCTGCATATTTGCAGCTAGCTTTCTAGAAAGCATTATATGAAACAGAATGCAC AAAGAAAATTTCTTATACTCAATCAGAACTATTCTGTTTTATTACGCTTAATAATCAATTAGTTTTGGTTTCACAATGCA GGTTAGTAAGGTGGATGGTGATGATGTCACTTGTCTAATAAAAAACTCAGCTACACTTACCGGATCATTGTATACTATAC ATGTCTCTCAGATTCGTATTGATCTTCCTACTCTTACTGAAAAGGATAAGGAGGTAATAGTTTAATTTTTTAATCTGTAT TATGTGGAGAATTAAGTTCTGTTTTCTTGTTGACATTGATTACATCAATACTTGAAATTTCTTCAATTCTTGTTCTGCAA ATGCAATGGCTATTCTGTTGGTCAGTATGTAAAATGGATCGTTTCTTGGATATTCCAAAAGACTAAATGTTTTGGAATAT CAAAGATATGGTAAATTCTTCTATTTGCAGCAATCACAAAAGTATAACGGGTTTGAGTTGCCCCTTTTATGGTCATGACT CATGAGTGGTAAATACCTTTTGTTATTTATTGTAATTTTGTGAATCTAAATGTTCCTCTTGACATTTTACTAAAAAACTC AGGTAATAAGCACATGGGGTGTTCGAAACAATATCGACTTCCTCTCATTATATACCCGACACGCTGAAGATGTTCGCCAT GTAAGGGATATTGCTGAGCTAATTTGTTGTTTTTATCGTATTCCTTTCTTTTTTTCCCTATATTTATGGTTTTTATGCTT CCTAATTTAGATTCCAGCTTCCAAATTCACTTACCTTTTAGAGCATAGATTGAGTGAATAATTTTCTTTATTAGTTTTCC TCAGCATAAAAATAAATACCTGCATTTTTCATTTTGCAGGCCCGTGAATTTCTCTCTAAGCATGGTGACCTCAAGCAGAC ACATATTTTTGCAAAGATTGAAAATGTCGAGGTAAGAAACTTAAGCATCCCCATCCCTTGAACGATAGACTCTTTGCTTC TATACCAGACAAATGCAGGGTTCAATATCTTTTGGCGAGTGTGCGTAATTGTAATTGTAAAAGCAATCTTTCTTCTGTAA TTCTTATAGGGATTGAAACATTTTGATGAGATTCTGAGGGAAGCAGACGGTGTCATCCTCTCTCGTGGAAATTTAGGGAT AGATCTCCCACCTGAGAAGGTCAGCATTTACTTCTGAACAGGAATATATTCTAGATGGTTTACTTACACTGAGATAATAG TTGTTATCACATGTTCCCATTTTGTTTAGTTGTATTTTGGGTGTGTTTGGCTTAACAACTTACCAGAATATTGTATATGT ATATTGATTTGACAGGTGTTTTTATTCCAAAAAGCTGCTATTTACAAGTGTAACATGGCTGGGAAGCCAGTAGTTGTCAC ACGTGTCGTGGATTCTATGACTGATAATCTGAGACCTACTCGTGCTGAAGCAACTGACGTTGCCAATGCCGTTTTGGATG GTAAATTATTTTCCCGATGGAAATTCCTTTTTGTTTTATTTGATGAATCCTGTTGATTTCTAACACTCAGCATATGATAC AGGTGTATCAGTGCATGTTTCTGTTATTCATCAAATGATCAGCATTCCTTTAGTTCATTGTATTCATCATATTATGCATA AATATGCTTGCACCTTTCATGTCTAAACTTGTTTTCTTCTTTCTTTTGGATCAGGCAGTGATGCAATTCTCCTTGGGGCA GAGACCCTAAGGGGCTTATACCCTGTAGAAACCATTTCTATAGTGGGAAAAATTTGTGCTGAGGTAGGTTTGTGCTTTAC CATGAGAACTTTACACTACAAAAAGAAAAAAGAAAAACTGTCTGTCATTCTTGTTAGTTATTTGGGGTAAAGTTCCCTTT TGTTTTCTTGAAAAATATGTTCAATTATCTAATTATAAATTTTTTCTTATTGTCAACCCATCTCTTGTCCTCTATTGTTT TTCAATTGATTTCTTCTTAGTCTAGTCCATATTTGATAATTTATGGCTGTGTCCAGCAGCCAGTTAACAATCTAACCTCC ACAAGCTAATCTTCATTATTTTTCGAATTCATTACCTAATTGGCTTTTATCTCACTCACATATTGTCTTCAAATAAATTT TTCTTCGCTAGTCATGATTGTATAACTTCATACTTGCCTTTTGGTTTTCTAAAATCTATACAAACAAGTTTAAAACAATC TTTTTCTTCTTTTTCTCCCTTGCTTGTCCCATGTCTTGCTGATGTTAATCCATGAAACTACTTGTTGAGTTTGAAAATAA CATTATGATTTTCTCATTATAGTGAATTGAAGTTGATTTATTATAAAAAGTAAGGATTACTTCCCTTCCCCGGATTCTTC TTCAGCCGCACCTGTCAAACGATAAGTGTAAACTGAAATTATTCTGTTTCTCTGTGCAGGCAGAGAAAGTTTATAATCAC GATTGGTATTTTAAGAAGACTGTCAAACATGTGGGAGAGCCAATGAGCCACTTAGAATCAATTGCTTCCTCTGCGGTACA TTTCTTTGTTGCACTAAATTTTTTTGAGATTTTTTAATTTTTTTTCTTCCAACATTCTATTCACTTGTTCAAAGGATCAT GTTCTGATTGAAGTATGTATTACAGGTTCGAGCGGCCATTAAGGTTAAGGCCTCTGTTATTATTTGCTTCACTTCATCTG GAAGAGCTGCAAGGTTAAAAAGACTTCTTGTTTTGGGGGTTATTGATTCAACATTTCACATTCTTTGCTTTTTATTTTCT TTTTTCCACTAATTTAGTTCCATATTATATTTAATTCATCTAAAGTCGTGTTCTATTATGTTGCAACTTTCCTATTGTGC CTTCATATTATTAATTATCTATTTATTGTGTATTTATGTAGGTTGATTGCTAAGTACAGACCAACCATGCCTGTGATATC TGTTGTCATTCCTCAATTAAAAACAAATCAACTCAGATGGACATTCACCGGCGCTTTTGAGGTATATAGTTGTTATTAGC CATACATGAAATGTTGCAATTGAAACTAAATGTGGCAAATTGATGTTAGGAATAAATCCTGAAGTTGGCCACTCATTTGG GTCAGCTTTATTAAGAGCCGGTTAGGATAAGAAACAAAGAACACTTATCGGCGCTTTTCTACTAAAAAAGACACTAGATA AGCTCCCATAAGTGTTCTTTAGTCCGCATCCGAACAGGCTCCAGGTTCCTTGAGTGAGCTCAGTCCTGTTGAATTGTTTT TAATAACTAAAAACCAAATTTTTGAATGCCTGGTCCCGGGGATAACATTTTGTTCTATTTGAAATATAATAATGAGCAAA CAAGTAACACTTTCAAACTTCACTTGGAGAATCAATAATATGTCAAAAAGAAAATTGCTTGTTAGCTTTCATAACATGAG AAGAAACATTTCTTTTTCCAATACTTGATATGACAGAGAAAATTATTTTAAGAAAATGCTGCTATCTATTCTATGCTTTC CTTCTTGGCTGCTTCCATTAGCCTCTCATGCTTTCTTGTTTCAGCTGAACTGAAAGTTTGTCTTTGCTAACTCTTTCCTT TTATTACCTTATGGCAGGCTAGGCAATCACTGATTGTGAGAGGTCTTTTCCCTATGCTGGCAGATCCTAGACACCCGGTA AAAATTATTCAATGTTGATTGATAATTTGATATGATGATGTAAATTGTAAAATGCTGAAAGGGAACCAAAGAAAAGAACG ATATAAAAAACTCAAATTCTGATTGTAGAAATCCAATATCTAAAAATATTATGACAGGTAACCAACCTTTGCCTTATAGA AGGCAAGTAAGTTAGACCTAATTCTACTAGCATAACTCAAGAAATCCAAATCCAATACAGGAAATAAAATGCTGTTTTTT TTGTCAAGAAAATGCTAATCTTATTCTTACTAGAACTAAGATATTTCTAGGGCCAAAACGATTACTATCATGTTTGGATT CACATTCAAATCTTCAAGAATCAATCATTCTCTAGTAGCTTTTTCCCGAATCAATTCTCCTTCTAATGTGAAAATCTATC CAAACATGCACTACATCCTAAATCCTAATTAACATCAAAATTCATAATTGCCAGAAGATATCACATTTTCTGCCATTTTG CTGTTCCTTTTTCGCGAGGGTTGGGACCCCCTATTAAGCCGGTTTGATCATATTTTATTCTGCATATCTAGGGTTAGGCA TGGGAAAATGTAAAAGTGGCTGTCATAGTATTGGTAAGGTATGTTTGTCATCTTTTACTTTAGAGTTGTTAAACCTAATG CTTTTGTCATTTGGGTGAGTGCAGGCTGAGTCAAATACTGGAACAAATGAATCAATTTTGAAGGTTGCTTTAGACCATGG CAAGGCTTTTGGTGTCATAAAGTCACATGACCGTGTTGTTGTCTGCCAGAAAGTTGGTGACTCATCAGTTGTCAAGATTA TTGAGCTTGAAGACTAG
CDS sequence (LotjaGi2g1v0157400.3) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGCAGTCTAGTCCTTTGCTTCTTGAGGAGCCTATCAGGATGGCTTCCATCCTTGAGCCATCCAAACCTACTTTCTTTCC AGCCACGACAAAAATTGTTGGCACACTTGGTCCAAAGTCACGATCTGTTGATGTAATTTCCCGTTGCCTTGATGCAGGAA TGTCAGTGGCAAGGTTTGACTTCTCATGGGGTGATCCAGAATACCACCAAGAGACAATAGAAAATTTAAAGGCTGCTATC AAAAGTACCAAGAAACTCTGCGCGGTTATGTTAGACACTGTGGGACCAGAACTAATTGTCTTAACTCCAGATCAAAACAA AGAAGCTACTTCAAATCTACTGCCAGTAAATTTTAGTGGGCTATCAAAGGCTGTGAAGAAGGGTGATACTATTTTTATTG GTAAATACCTGTTTACAGGAAGCGAAACAACTTCTGTATGGCTGGAGGTTAGTAAGGTGGATGGTGATGATGTCACTTGT CTAATAAAAAACTCAGCTACACTTACCGGATCATTGTATACTATACATGTCTCTCAGATTCGTATTGATCTTCCTACTCT TACTGAAAAGGATAAGGAGGTAATAAGCACATGGGGTGTTCGAAACAATATCGACTTCCTCTCATTATATACCCGACACG CTGAAGATGTTCGCCATGCCCGTGAATTTCTCTCTAAGCATGGTGACCTCAAGCAGACACATATTTTTGCAAAGATTGAA AATGTCGAGGGATTGAAACATTTTGATGAGATTCTGAGGGAAGCAGACGGTGTCATCCTCTCTCGTGGAAATTTAGGGAT AGATCTCCCACCTGAGAAGGTGTTTTTATTCCAAAAAGCTGCTATTTACAAGTGTAACATGGCTGGGAAGCCAGTAGTTG TCACACGTGTCGTGGATTCTATGACTGATAATCTGAGACCTACTCGTGCTGAAGCAACTGACGTTGCCAATGCCGTTTTG GATGGCAGTGATGCAATTCTCCTTGGGGCAGAGACCCTAAGGGGCTTATACCCTGTAGAAACCATTTCTATAGTGGGAAA AATTTGTGCTGAGGCAGAGAAAGTTTATAATCACGATTGGTATTTTAAGAAGACTGTCAAACATGTGGGAGAGCCAATGA GCCACTTAGAATCAATTGCTTCCTCTGCGGTTCGAGCGGCCATTAAGGTTAAGGCCTCTGTTATTATTTGCTTCACTTCA TCTGGAAGAGCTGCAAGGTTGATTGCTAAGTACAGACCAACCATGCCTGTGATATCTGTTGTCATTCCTCAATTAAAAAC AAATCAACTCAGATGGACATTCACCGGCGCTTTTGAGGCTAGGCAATCACTGATTGTGAGAGGTCTTTTCCCTATGCTGG CAGATCCTAGACACCCGTGCAGGCTGAGTCAAATACTGGAACAAATGAATCAATTTTGA
Protein sequence (LotjaGi2g1v0157400.3) extracted from Lotus japonicus Gifu v1.2 Proteins.
MQSSPLLLEEPIRMASILEPSKPTFFPATTKIVGTLGPKSRSVDVISRCLDAGMSVARFDFSWGDPEYHQETIENLKAAI KSTKKLCAVMLDTVGPELIVLTPDQNKEATSNLLPVNFSGLSKAVKKGDTIFIGKYLFTGSETTSVWLEVSKVDGDDVTC LIKNSATLTGSLYTIHVSQIRIDLPTLTEKDKEVISTWGVRNNIDFLSLYTRHAEDVRHAREFLSKHGDLKQTHIFAKIE NVEGLKHFDEILREADGVILSRGNLGIDLPPEKVFLFQKAAIYKCNMAGKPVVVTRVVDSMTDNLRPTRAEATDVANAVL DGSDAILLGAETLRGLYPVETISIVGKICAEAEKVYNHDWYFKKTVKHVGEPMSHLESIASSAVRAAIKVKASVIICFTS SGRAARLIAKYRPTMPVISVVIPQLKTNQLRWTFTGAFEARQSLIVRGLFPMLADPRHPCRLSQILEQMNQF
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 | 461 | 461 | 1.4E-282 | – | |
| PANTHER | 1 | 461 | 461 | 1.4E-282 | ||
| SUPERFAMILY | 8 | 358 | 351 | 3.07E-76 | ||
| Gene3D | 24 | 455 | 432 | 3.3E-138 | ||
| Gene3D | 28 | 353 | 326 | 3.3E-138 | ||
| TIGRFAM | 29 | 423 | 395 | 2.0E-100 | ||
| Pfam | 29 | 98 | 70 | 3.9E-20 | ||
| PRINTS | 85 | 101 | 17 | 3.2E-38 | ||
| Gene3D | 97 | 186 | 90 | 3.3E-138 | ||
| SUPERFAMILY | 98 | 170 | 73 | 2.09E-5 | ||
| Pfam | 104 | 358 | 255 | 5.9E-67 | ||
| PRINTS | 235 | 261 | 27 | 3.2E-38 | ||
| PRINTS | 262 | 286 | 25 | 3.2E-38 | ||
| PRINTS | 311 | 329 | 19 | 3.2E-38 | ||
| PRINTS | 330 | 346 | 17 | 3.2E-38 | ||
| SUPERFAMILY | 340 | 458 | 119 | 1.44E-17 | ||
| Pfam | 377 | 456 | 80 | 9.3E-17 |
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 LotjaGi2g1v0157400.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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