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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0157400 |
| Transcript ID | LotjaGi2g1v0157400.1 |
| 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_chr2:55669945..55680497) extracted from Lotus japonicus Gifu genome v1.2.
TAGAAACAATACAACGTCCTTTTCACTTCTGAGTTTCCTTTGTTTCACAGTCTACTCAGTATTCTAAACATTTATGTTTT TGTTACTTACCTTCTCTACGCGTGATGCACGGTCCCATTTTTCTTTGCTTCCACAGTAGATACTTACGTACTCACCAGCA ATTCAACCGAATATTTACTTTGAAACACAAAACACTTCCACCTTCTATTATTTATTAACAACTCTCACCGTTTCATTCCA TTCCATCATTACACTTGGCCTTACAACAACACTTTTTTTTCAATATTGATTGATTTCTTTGCCTACTTCTCAGTTCTCTC TCTCTCTTACTCTCACCGCTTTCTCCTTGGATCGGTTCTGTCATCAGTGAGTTGGTGTTGAAGATACAAGATGCAGTCTA GTCCTTTGCTTCTTGAGGAGCCTATCAGGATGGCTTCCATCCTTGAGCCATCCAAACCTGTCAGCATTTCCTTCTCTCTC TAACTTTATTTTAGATTTTGATGTGATGTGTTTTGTTATAGTATTGTCTTGTTGTAATCAGTGTCTGAAATTTTGAGAAA GTGATACACTTTAGGAGACCCATTTGGAGGATTGTTATTTAGAGTGAAAGTGTGGTGATAGTGATGATGATTTTGATCCC TAAATGGTGTTTTGGCAGATCAAGTTGAAAATTGACTGTGATGTGATTGATGAAGTCAAAGACACTTTTTACTCTAATAA TTTGAACTTTGAAGTATGGTTTTGTTGATATCCTAGCTCATGTATTGGTTCTGATGATCTTGTCTGCTTCTGAGCACTGT GATTCTGAGAAAGAAATCAACTTTTGTGAATCCAATTGTTGCTTTCCTTTTTAATGTGTTACTACAGTGTGGTGTTGAAT GGCTTGATCCTGCTGCTTTTGATTACTGAGGAATTTGGTAGAACAAGCTGTAAAATGGTTTTCATAGATGAAATTGAAAG ACACATTTAGCCTTTCAAGTGGTGTTGAAGCCAATCTGGGTTTAGTTAGAAGTTTTGCCAGTCAATTTGATCTGGAGTAC AAAAACACTCTGTTTTGAATTATTTGTGCTTGTTTCCATGGCAAGGATATGGTGTTTTAGAATTATTTGTGCTTGTTTCC AGGGCAAGGATATGGTGCTATTTCTCACAAATTGGATACCTTCTTTTTTATTTTATTTATTTCATGGATGGAGGTCGGTT TAAGTTTGAAGAAGGAGGGGGGGGGGGGGGGATAGTAATCTTTCGGTTATTTCATTGATTTTCACTTCCACATTCGTGTT AGACTTTGCCCTATGAAAGTGAAGAATAGAATTTTAAGATATTATGTACATTTCCTGGAGAATTTTTTATCCTTGCTCAA TGAAGGTTTTCAGTATTTGTCAATTTGGATTCTGATTAAAGTGTTTTTTGTTTGAAATGCATTTTGTAGACTTTCTTTCC AGCCACGACAAAAATTGTTGGCACACTTGGTCCAAAGTCACGATCTGTTGATGTAATTTCCCGTTGCCTTGATGCAGGAA TGTCAGGTATTCTGCCATGACAACCTTTGGCTGTTTGTCATCTTTGTTCGAAAATTGATATTAGGTTCTTTATTTTCAAT ATTGCTTTTTCTCCTCTTTTATCTAAGAATAGTAAGATGGGGTATTTTGTTTCTCTTATTCCTGCGTTGTCAGAAAAATA GAATAGCTCAGTTAATTATAATCAGCTGTGTTTTAGATCAAGTTGGAAGGCTCTCAATTTCCCAAAAAACATAACACTAA GGGGAATGAAATACAATGATCTATTTCCTTCCAGATTGTCAATATTTTTTTCACTTTGGCGAAAATACATATCATAAATG AATTGAATAATGGTGTTTTGCTGTACTTCTGTTATAGTTTGGAGTGGCCCTTCATGCCTATGGTCTGCTTCTAAGTCATG TGTTCTATTATCTTATTATTATCTTCTTACCATGTGCTAGTGGCAAGGTTTGACTTCTCATGGGGTGATCCAGAATACCA CCAAGAGACAATAGAAAATTTAAAGGCTGCTATCAAAAGTACCAAGAAACTCTGCGCGGTAAACTTGTCATGTGTTTGCT GTTTATTTACTCATTTCCGATAATGCATGCATGGGAATATGAGATGACTTTTGCGGTATCATAAAGTAATTGTGATTTTA ATACATTAGCTTGTATCCTTGAATATATTTTTAGTGTGTGCAACTGTAAACACCTTCTCAAGGTTAATTAATGTAAAAAT ATACCTCCCTTTTGGTTCAATTCCAGGTTATGTTAGACACTGTGGGACCAGAATTACAAGTTGTTAATAAAACTGATCGT CCAATTGACCTTGAAGAGGGCACACTAATTGTCTTAACTCCAGATCAAAACAAAGAAGCTACTTCAAATCTACTGCCAGT AAATTTTAGTGGGCTATCAAAGGTCAGTGTACTTTTTCCATGCATTTTCCTAGTTATTATGCGAGTTTGTTTGCAGGACT ACATCTTTACTTTTTATATTTCTCATGCTGTGCTTTGATTGTGTATAATATGGTCTCCACTTATCTAAGGTGTCCCTAAT TATGCAGGCTGTGAAGAAGGGTGATACTATTTTTATTGGTAAATACCTGTTTACAGGAAGCGAAACAACTTCTGTATGGC TGGAGGTAATGAAATCTTGGATTGGCTAGTTCAGTCTTCAATTCATGTATAGACAGTTTAATCTGATTAAGTGGCTATCT TAACAAGTTCTGTTACATATGCTGCTGGAACACCTTTCTTTTGACATTGTTAGGGTAATGCAATTCAGTTATAAGCTAAC TTATTAGTTATAACTGAATTAGGTATCCTTATAGCTGAATTATATACCCATATGGATGTAGATCAAATGAGAAAAAATGT TCAAAAGTTTTCTAGTATTTCCTATGGTCTTTCTACTTGATAAGTTATAGATATTTTAAAACTACATTTCTCCAAATTAT TGTTTGGATCCTAGAAAATTACCAAATTGACTTCTTTACCGACTCCCATAGAACGTATTTTGAGGATAATAGTTTGCTAG AAAGATGATGACAGTGATGATAATGATGACAGTAACACTACTGATCCACCTTAACGCAATATCAACATGTGATGTTACTG AAAAAACTGATAATCTGTGTTAATAATGGAAATTTCTTTTTCTATTACAGGTATATCTTATGGACATTTACAATGTCATG TTCTATTAAACTACATGAGACCCATTAAAAGTTGGAAGTATTTTAATGAGGAATTTTGGATTTTTGTATCTTAGGTTTTC ATTCTTCTTAGATGCAGCTTTTGGCATTTTATTCCAGAATGAACAAAGTTACTTAAAATTGCATATTAGAGGACCTTTAA TTATTCATATTCAAATTTTACATGATTTAAAGTTTCTAGGAAGCACTGCCTCATATTTGATCCCATTTCCCTCTTTTTCT GTTTGACCTCTTTGCCATTCTTCTCTCTTTATTAGTTGTTCTATAATAGAAAGCTTGTTCAGCGTAAATAATAGACCATT AGACCTGCCACATGCATGCTGCATATTTGCAGCTAGCTTTCTAGAAAGCATTATATGAAACAGAATGCACAAAGAAAATT TCTTATACTCAATCAGAACTATTCTGTTTTATTACGCTTAATAATCAATTAGTTTTGGTTTCACAATGCAGGTTAGTAAG GTGGATGGTGATGATGTCACTTGTCTAATAAAAAACTCAGCTACACTTACCGGATCATTGTATACTATACATGTCTCTCA GATTCGTATTGATCTTCCTACTCTTACTGAAAAGGATAAGGAGGTAATAGTTTAATTTTTTAATCTGTATTATGTGGAGA ATTAAGTTCTGTTTTCTTGTTGACATTGATTACATCAATACTTGAAATTTCTTCAATTCTTGTTCTGCAAATGCAATGGC TATTCTGTTGGTCAGTATGTAAAATGGATCGTTTCTTGGATATTCCAAAAGACTAAATGTTTTGGAATATCAAAGATATG GTAAATTCTTCTATTTGCAGCAATCACAAAAGTATAACGGGTTTGAGTTGCCCCTTTTATGGTCATGACTCATGAGTGGT AAATACCTTTTGTTATTTATTGTAATTTTGTGAATCTAAATGTTCCTCTTGACATTTTACTAAAAAACTCAGGTAATAAG CACATGGGGTGTTCGAAACAATATCGACTTCCTCTCATTATATACCCGACACGCTGAAGATGTTCGCCATGTAAGGGATA TTGCTGAGCTAATTTGTTGTTTTTATCGTATTCCTTTCTTTTTTTCCCTATATTTATGGTTTTTATGCTTCCTAATTTAG ATTCCAGCTTCCAAATTCACTTACCTTTTAGAGCATAGATTGAGTGAATAATTTTCTTTATTAGTTTTCCTCAGCATAAA AATAAATACCTGCATTTTTCATTTTGCAGGCCCGTGAATTTCTCTCTAAGCATGGTGACCTCAAGCAGACACATATTTTT GCAAAGATTGAAAATGTCGAGGTAAGAAACTTAAGCATCCCCATCCCTTGAACGATAGACTCTTTGCTTCTATACCAGAC AAATGCAGGGTTCAATATCTTTTGGCGAGTGTGCGTAATTGTAATTGTAAAAGCAATCTTTCTTCTGTAATTCTTATAGG GATTGAAACATTTTGATGAGATTCTGAGGGAAGCAGACGGTGTCATCCTCTCTCGTGGAAATTTAGGGATAGATCTCCCA CCTGAGAAGGTCAGCATTTACTTCTGAACAGGAATATATTCTAGATGGTTTACTTACACTGAGATAATAGTTGTTATCAC ATGTTCCCATTTTGTTTAGTTGTATTTTGGGTGTGTTTGGCTTAACAACTTACCAGAATATTGTATATGTATATTGATTT GACAGGTGTTTTTATTCCAAAAAGCTGCTATTTACAAGTGTAACATGGCTGGGAAGCCAGTAGTTGTCACACGTGTCGTG GATTCTATGACTGATAATCTGAGACCTACTCGTGCTGAAGCAACTGACGTTGCCAATGCCGTTTTGGATGGTAAATTATT TTCCCGATGGAAATTCCTTTTTGTTTTATTTGATGAATCCTGTTGATTTCTAACACTCAGCATATGATACAGGTGTATCA GTGCATGTTTCTGTTATTCATCAAATGATCAGCATTCCTTTAGTTCATTGTATTCATCATATTATGCATAAATATGCTTG CACCTTTCATGTCTAAACTTGTTTTCTTCTTTCTTTTGGATCAGGCAGTGATGCAATTCTCCTTGGGGCAGAGACCCTAA GGGGCTTATACCCTGTAGAAACCATTTCTATAGTGGGAAAAATTTGTGCTGAGGTAGGTTTGTGCTTTACCATGAGAACT TTACACTACAAAAAGAAAAAAGAAAAACTGTCTGTCATTCTTGTTAGTTATTTGGGGTAAAGTTCCCTTTTGTTTTCTTG AAAAATATGTTCAATTATCTAATTATAAATTTTTTCTTATTGTCAACCCATCTCTTGTCCTCTATTGTTTTTCAATTGAT TTCTTCTTAGTCTAGTCCATATTTGATAATTTATGGCTGTGTCCAGCAGCCAGTTAACAATCTAACCTCCACAAGCTAAT CTTCATTATTTTTCGAATTCATTACCTAATTGGCTTTTATCTCACTCACATATTGTCTTCAAATAAATTTTTCTTCGCTA GTCATGATTGTATAACTTCATACTTGCCTTTTGGTTTTCTAAAATCTATACAAACAAGTTTAAAACAATCTTTTTCTTCT TTTTCTCCCTTGCTTGTCCCATGTCTTGCTGATGTTAATCCATGAAACTACTTGTTGAGTTTGAAAATAACATTATGATT TTCTCATTATAGTGAATTGAAGTTGATTTATTATAAAAAGTAAGGATTACTTCCCTTCCCCGGATTCTTCTTCAGCCGCA CCTGTCAAACGATAAGTGTAAACTGAAATTATTCTGTTTCTCTGTGCAGGCAGAGAAAGTTTATAATCACGATTGGTATT TTAAGAAGACTGTCAAACATGTGGGAGAGCCAATGAGCCACTTAGAATCAATTGCTTCCTCTGCGGTACATTTCTTTGTT GCACTAAATTTTTTTGAGATTTTTTAATTTTTTTTCTTCCAACATTCTATTCACTTGTTCAAAGGATCATGTTCTGATTG AAGTATGTATTACAGGTTCGAGCGGCCATTAAGGTTAAGGCCTCTGTTATTATTTGCTTCACTTCATCTGGAAGAGCTGC AAGGTTAAAAAGACTTCTTGTTTTGGGGGTTATTGATTCAACATTTCACATTCTTTGCTTTTTATTTTCTTTTTTCCACT AATTTAGTTCCATATTATATTTAATTCATCTAAAGTCGTGTTCTATTATGTTGCAACTTTCCTATTGTGCCTTCATATTA TTAATTATCTATTTATTGTGTATTTATGTAGGTTGATTGCTAAGTACAGACCAACCATGCCTGTGATATCTGTTGTCATT CCTCAATTAAAAACAAATCAACTCAGATGGACATTCACCGGCGCTTTTGAGGTATATAGTTGTTATTAGCCATACATGAA ATGTTGCAATTGAAACTAAATGTGGCAAATTGATGTTAGGAATAAATCCTGAAGTTGGCCACTCATTTGGGTCAGCTTTA TTAAGAGCCGGTTAGGATAAGAAACAAAGAACACTTATCGGCGCTTTTCTACTAAAAAAGACACTAGATAAGCTCCCATA AGTGTTCTTTAGTCCGCATCCGAACAGGCTCCAGGTTCCTTGAGTGAGCTCAGTCCTGTTGAATTGTTTTTAATAACTAA AAACCAAATTTTTGAATGCCTGGTCCCGGGGATAACATTTTGTTCTATTTGAAATATAATAATGAGCAAACAAGTAACAC TTTCAAACTTCACTTGGAGAATCAATAATATGTCAAAAAGAAAATTGCTTGTTAGCTTTCATAACATGAGAAGAAACATT TCTTTTTCCAATACTTGATATGACAGAGAAAATTATTTTAAGAAAATGCTGCTATCTATTCTATGCTTTCCTTCTTGGCT GCTTCCATTAGCCTCTCATGCTTTCTTGTTTCAGCTGAACTGAAAGTTTGTCTTTGCTAACTCTTTCCTTTTATTACCTT ATGGCAGGCTAGGCAATCACTGATTGTGAGAGGTCTTTTCCCTATGCTGGCAGATCCTAGACACCCGGTAAAAATTATTC AATGTTGATTGATAATTTGATATGATGATGTAAATTGTAAAATGCTGAAAGGGAACCAAAGAAAAGAACGATATAAAAAA CTCAAATTCTGATTGTAGAAATCCAATATCTAAAAATATTATGACAGGTAACCAACCTTTGCCTTATAGAAGGCAAGTAA GTTAGACCTAATTCTACTAGCATAACTCAAGAAATCCAAATCCAATACAGGAAATAAAATGCTGTTTTTTTTGTCAAGAA AATGCTAATCTTATTCTTACTAGAACTAAGATATTTCTAGGGCCAAAACGATTACTATCATGTTTGGATTCACATTCAAA TCTTCAAGAATCAATCATTCTCTAGTAGCTTTTTCCCGAATCAATTCTCCTTCTAATGTGAAAATCTATCCAAACATGCA CTACATCCTAAATCCTAATTAACATCAAAATTCATAATTGCCAGAAGATATCACATTTTCTGCCATTTTGCTGTTCCTTT TTCGCGAGGGTTGGGACCCCCTATTAAGCCGGTTTGATCATATTTTATTCTGCATATCTAGGGTTAGGCATGGGAAAATG TAAAAGTGGCTGTCATAGTATTGGTAAGGTATGTTTGTCATCTTTTACTTTAGAGTTGTTAAACCTAATGCTTTTGTCAT TTGGGTGAGTGCAGGCTGAGTCAAATACTGGAACAAATGAATCAATTTTGAAGGTTGCTTTAGACCATGGCAAGGCTTTT GGTGTCATAAAGTCACATGACCGTGTTGTTGTCTGCCAGAAAGTTGGTGACTCATCAGTTGTCAAGATTATTGAGCTTGA AGACTAGAACTTTTGTGTCATTTCAAGGATGCATAACTAAACTCATTTTGAAGCTTTTTCTGTTTCATTTAGTAACAATC ACGCTAGAGATACTTATTATAGAGTGGCCTCTCTCATTTTGCTGATTTTAGTCATGTAATCTAGTTCCACTGTTGAGTGA TTTAAAGCGGTTGTGCAGCCTTCACCTTTGTTATATCTTGTATTGCCTCCTCTAAAGGCAATTTTGAACTATGAAAATTG AAACTTTATGTCAATAATTTCTAAAATTGTGTTCTATGTTTCTTTTAGGGGTTTGGTATATTGATAATCAGAGGCAGTTT ATTTTATCTTTAACTTCTTACCCTGAAAAATATTTTCATGGTAAATTGATAATCAGAGGCAGTTTATTTTATCTTTACCT TCTTACCCTGAAATATTTTCCCCCTAATTCTATTTTCATAATCAAGATGTAAAGGATGCATTGTGCTACCTCTATTTTCC TAATTACATATTTGGCACTCGAACATTGCATACAATTTGCATTCTTCAGTCTGATTTTCAATCTTCTAAAGAACTTAATT TGTCTACTGATTGTTTCAATCTTCTAAAGAACTTAACTTGTCTACTGATTGTTGACAGATTGTTTTTTGTCAAGGTAATT AGATTAATGTCGATAGGGCAGACAAACAACATTTACATCTATCAAAGAAAAGCTTTTGGAAGAAGTTGGGTGAGCAAAAA CCAAAAAAATGGTGTGCCAAAAGAACCCCTCGTAACAAATCTTTACCATCACTTGAACATGCAACAAATAATCAGTAATT TTATTCATTCGAAGTGGGTATTTATACGGCGGTCTATACAAAGCTGTTCATACAAAATCAAACATCCAACTCAGCAAATT GCCTTATGAACAAAATTTCCAACGTGCTTGAATCTCAATTCTTGGAAATCTCCTTGGTGGGTATTTTCTCACGATATTTG GTAAATAACCCGAGATATTTATTTTACAAAAACTGATTAGGTACAACAATGAAAAAACTGTTTGAGTTGAAGAGATAAAA ATGTAAAGGACAAAAATGGGATGCCATGTCAGGTTAATCCCGGTTGTGGTGAATCCACATCCAATGAAGTAACTGGAAAA AATATTGTATGTCATTATAATAGAAGTCTTCTGATGTCGCTGAAGTTTGATTTCAAAGCAGAGAGAAACGCACCTGCAAA ATAGAGTAAAGCCACATAAGCCACCCTTTAAAGCAATATACCTAGGTGGATTGCTGCAATTATGGTTCATAGGTTCCATT CATTGTGTTTCACACCCCAGGTCTCATCAATAATCAAATTATTAATGGGTAAATAACATTTTTTGTGTCTTGGTGACATG TTCCATTCCAGTTTGTGTATTAATAACGGAATATAAAACTAATTTACCTGAACTCAACCAAGTAAAATTAGAATGTAGGT TTATTCTTGATTAACTGCCTGTGTTCATTGTGCTTAATATATGGAAATTGATTTTATTCTACTTTAGCTACTTTAATCTC AATCAGATATGCAACTTCACAAACCAGAAAGCATATATGGAACACATATCATACTTCTTCCTAATCTCCATTGGCTAACT CATGTGTCATAATTACACATACCTGCAACTTTGCCATCAAAGACGCGGTGATCAGCAGACAGTGTTAAGCTCAACTTATT GGCAACTGATGGCTTCTCAATTCCTAGCAAACAAAAACCAATGTCAAAAACAACTTAAAATTTTAGCATTAAGTGACATA GATAACATACATAAATTTATACCATCAGCTCCAATTACTGGTTCCACAACTTTGTTGCCTTTCCCTACAGCAAGAATGCA AGCCTGCAGCAAATAATAAACAATAAATAAAGAGACAACGCAACAAAAAGAAACAAAACTTCTTGAACACTTTAAAGTGA AGTCCACAAGGAGGTGACAATTTGGGTAACTATTCTCAGACTACTAAACCAGGCATTCTGAAAACTGTCTCAAGATAGCA TGTTTTTATCAAATGTATTCATTCCAGGGTTTTCCCTCTTTAGTCCATAATCAACCATAATATGTATTAGCGTCCTTTGT TAACTGTGATGGTTTGACTCTTCAGTCTTCACTGCTAGGTATGAGCTGTGAGCTGTAGAGTTTGTTAAACATTGACTACG GTCAAATAAGTCCTTATGAAGGGTAGAGCAATCCTCACCTTTGACCTAGCTTTTTGGGTAGAGCTAGGCCTAGCCCGAAC TCTAAGATAGTATCAGAATCCTACAAACTACACACACCATATGTCCAATGTAACGCCCCGATTTCTCGAGTGTCACACAG TAAACCAAACATCACCATTTTCGTCGTTCAATTATTAATCTTGAATTAATGACAAAGGTTCATTTATTGCGACTCTTGAA ACTTTACGAAATAAATAAGAAATGCATTCCTGAATAAAGTAACTCGTAAATAAAAGAAACCATAATTCAAGTACACAAAT GAATCCTTGAGCTAAAGCCCTATGTCAACAATACATCAAAACCGAAAAACAAAACTGATAAAAGATAGTTCAG
CDS sequence (LotjaGi2g1v0157400.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGCAGTCTAGTCCTTTGCTTCTTGAGGAGCCTATCAGGATGGCTTCCATCCTTGAGCCATCCAAACCTACTTTCTTTCC AGCCACGACAAAAATTGTTGGCACACTTGGTCCAAAGTCACGATCTGTTGATGTAATTTCCCGTTGCCTTGATGCAGGAA TGTCAGTGGCAAGGTTTGACTTCTCATGGGGTGATCCAGAATACCACCAAGAGACAATAGAAAATTTAAAGGCTGCTATC AAAAGTACCAAGAAACTCTGCGCGGTTATGTTAGACACTGTGGGACCAGAATTACAAGTTGTTAATAAAACTGATCGTCC AATTGACCTTGAAGAGGGCACACTAATTGTCTTAACTCCAGATCAAAACAAAGAAGCTACTTCAAATCTACTGCCAGTAA ATTTTAGTGGGCTATCAAAGGCTGTGAAGAAGGGTGATACTATTTTTATTGGTAAATACCTGTTTACAGGAAGCGAAACA ACTTCTGTATGGCTGGAGGTTAGTAAGGTGGATGGTGATGATGTCACTTGTCTAATAAAAAACTCAGCTACACTTACCGG ATCATTGTATACTATACATGTCTCTCAGATTCGTATTGATCTTCCTACTCTTACTGAAAAGGATAAGGAGGTAATAAGCA CATGGGGTGTTCGAAACAATATCGACTTCCTCTCATTATATACCCGACACGCTGAAGATGTTCGCCATGCCCGTGAATTT CTCTCTAAGCATGGTGACCTCAAGCAGACACATATTTTTGCAAAGATTGAAAATGTCGAGGGATTGAAACATTTTGATGA GATTCTGAGGGAAGCAGACGGTGTCATCCTCTCTCGTGGAAATTTAGGGATAGATCTCCCACCTGAGAAGGTGTTTTTAT TCCAAAAAGCTGCTATTTACAAGTGTAACATGGCTGGGAAGCCAGTAGTTGTCACACGTGTCGTGGATTCTATGACTGAT AATCTGAGACCTACTCGTGCTGAAGCAACTGACGTTGCCAATGCCGTTTTGGATGGCAGTGATGCAATTCTCCTTGGGGC AGAGACCCTAAGGGGCTTATACCCTGTAGAAACCATTTCTATAGTGGGAAAAATTTGTGCTGAGGCAGAGAAAGTTTATA ATCACGATTGGTATTTTAAGAAGACTGTCAAACATGTGGGAGAGCCAATGAGCCACTTAGAATCAATTGCTTCCTCTGCG GTTCGAGCGGCCATTAAGGTTAAGGCCTCTGTTATTATTTGCTTCACTTCATCTGGAAGAGCTGCAAGGTTGATTGCTAA GTACAGACCAACCATGCCTGTGATATCTGTTGTCATTCCTCAATTAAAAACAAATCAACTCAGATGGACATTCACCGGCG CTTTTGAGGCTAGGCAATCACTGATTGTGAGAGGTCTTTTCCCTATGCTGGCAGATCCTAGACACCCGGCTGAGTCAAAT ACTGGAACAAATGAATCAATTTTGAAGGTTGCTTTAGACCATGGCAAGGCTTTTGGTGTCATAAAGTCACATGACCGTGT TGTTGTCTGCCAGAAAGTTGGTGACTCATCAGTTGTCAAGATTATTGAGCTTGAAGACTAG
Protein sequence (LotjaGi2g1v0157400.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MQSSPLLLEEPIRMASILEPSKPTFFPATTKIVGTLGPKSRSVDVISRCLDAGMSVARFDFSWGDPEYHQETIENLKAAI KSTKKLCAVMLDTVGPELQVVNKTDRPIDLEEGTLIVLTPDQNKEATSNLLPVNFSGLSKAVKKGDTIFIGKYLFTGSET TSVWLEVSKVDGDDVTCLIKNSATLTGSLYTIHVSQIRIDLPTLTEKDKEVISTWGVRNNIDFLSLYTRHAEDVRHAREF LSKHGDLKQTHIFAKIENVEGLKHFDEILREADGVILSRGNLGIDLPPEKVFLFQKAAIYKCNMAGKPVVVTRVVDSMTD NLRPTRAEATDVANAVLDGSDAILLGAETLRGLYPVETISIVGKICAEAEKVYNHDWYFKKTVKHVGEPMSHLESIASSA VRAAIKVKASVIICFTSSGRAARLIAKYRPTMPVISVVIPQLKTNQLRWTFTGAFEARQSLIVRGLFPMLADPRHPAESN TGTNESILKVALDHGKAFGVIKSHDRVVVCQKVGDSSVVKIIELED
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 | 526 | 526 | 0.0 | – | |
| PANTHER | 1 | 526 | 526 | 0.0 | ||
| SUPERFAMILY | 8 | 375 | 368 | 3.18E-76 | ||
| TIGRFAM | 29 | 515 | 487 | 1.4E-112 | ||
| Pfam | 29 | 375 | 347 | 6.7E-96 | ||
| Gene3D | 30 | 362 | 333 | 1.6E-108 | ||
| PRINTS | 85 | 101 | 17 | 5.4E-39 | ||
| SUPERFAMILY | 96 | 187 | 92 | 3.84E-9 | ||
| Gene3D | 97 | 201 | 105 | 1.6E-108 | ||
| PRINTS | 252 | 278 | 27 | 5.4E-39 | ||
| PRINTS | 279 | 303 | 25 | 5.4E-39 | ||
| PRINTS | 328 | 346 | 19 | 5.4E-39 | ||
| PRINTS | 347 | 363 | 17 | 5.4E-39 | ||
| SUPERFAMILY | 357 | 521 | 165 | 1.01E-22 | ||
| Gene3D | 363 | 524 | 162 | 1.1E-43 | ||
| Pfam | 394 | 515 | 122 | 1.0E-22 |
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 LotjaGi2g1v0157400.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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