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LotjaGi1g1v0630800.6

Overview

Field Value
Gene ID LotjaGi1g1v0630800
Transcript ID LotjaGi1g1v0630800.6
Related isoforms 6
Lotus japonicus genome version Gifu v1.2
Description Enolase; TAIR: AT2G36530.1 Enolase; Swiss-Prot: sp|P25696|ENO2_ARATH Bifunctional enolase 2/transcriptional activator; TrEMBL-Plants: tr|I1JPW5|I1JPW5_SOYBN Uncharacterized protein; Found in the gene: LotjaGi1g1v0630800
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr1:118436178..118444180) extracted from Lotus japonicus Gifu genome v1.2.

CACACCACACCTCAGACTCAACCTTGCTTGAGAAATCAGAGAGAGAAGCTCTCAATTTTCTTTACAAACCTTCAACTTGT TCTTCATTTTCTCCATTTTGTTCTTCACGAAATTCTCTTTCTTTTTCTCCAAAACCACTTCAATTATGTTTCTGGGTGTG TGAGGATTAAATATGGAGAGTTTGGCAAACTTCTGGGCACGAAATCATCAATTCTGGGTTCAATCTTCAACTTCTTCTTC ATCTTCAACCTTCTCAAATCACTCCAAAACCACCACCATCATGTTCCTAGAAGCCTAAATATCAATTATGGAAAGTTTTA TAAAATTCTGGGTTGATTTGAGCTATTTCTGGGCTCAATATTCAAGTTGTTCATCGTGTTCATCGCTGCACTGTGTTGTC CCGTTTTCCGGCAAGAATCGTCAACTTAAAACGTGTTTTTCTCCCTCTTCCGAACTATGATTGCGACGATTCAAAAGCCT TTGTTCTTCTGGAAGAAAGGAGAATCTGAATCTGTGATCCATTTATCTCCGGCGAGGAACGCCGCCGCCGCATCTTCATC TTCTCCGGTGAGTTAATTTCTGGAAATTTCTAGATTTGCAATTTTCAGGTTCTTTCACTTCAAGAACCTAATTTTTAAGC TTATATTAATGATTTTAAGCATGAAAAACATACATTACAACCCTTAATTCATGAAAGATTGGACTTTAAGCTTAAATGGT CTAAAAATGGTGACTTTCATGATTATCACAACTTGGAATTTTATCTTTATGTGATTTCTTAAACTTGACAGATTATGATT ATGTCAAAATGATGCATATTTTGTTAGCTTTTTCTAATATTAATTTATGGAATTATTAGTGATTAACTAGTTAAATTAAG TGGGAAATTTCTAACAAAACTCAATGGTGAAATGCTAATCTGGAATTGATGGTGAAATGTTTAAGCACGAAGGAACTAAA GTGAAGAACTAACCTAAGTGTATGAGAGCTAATTAGTTAAGAGAAATTAATTAATGACTAAATTAACTTATCCAAACAAA TTAAGGATTTATCAACTAGAATCCTTACTTTTTCTCATCATTATAAGGCTATGAGTTTAAGAAAGATTGAAATGGTTAAG TAACAAAAGGGAATGCAAGGTAATTAAGAAGCGCATGTTTTCATGAAGTTATAGACTAAGTGAATTGTAACCATAATTCT ATGCAGAGGAAACTCATGAGGATTGACGGATACGATAATTATCTAGGAACTAAGGTAAGATGGGGAGGGTCACCAACCAT GATGGGGGAATAATACGAATAAATGAGTATTGGACCCTCCTTAGGTCCTTTGCCGGTTGTTTGTTGTGAATTTGCCTTAA CTTGTATGCTTTCATTTAGTATCTAGAACATGATTTGATATTGCGTTACGACCATTTGTGCCATTTGGAGGGGTTAGAGT TGAAGAACTCTTTTTGAATTTAATTCAAGGTTGTGTTGGCAATGTTTATGAAAGTGGTCGGGATGCTAGCACAATGCTAG GATATGGATCATCAAAGATTTCTCTACTTAATATCGATCTTCATGACTATAGTCAAAACTTTATCTCGTTATGCATCAGT AAAGATGGTAGTATTTTGGGTTCAAGTCGCATTGGATTCTTAATCAAATTGAATGACCATGGATCACTCCTTGAGGATCT TCAATGGGGATGAATTATAACCATTTAAGATATCATGGTATTTATAGAGAGAGTCTAGGTGGTAAATATGCCGAAAATGA GGACTAAAGTGAAGAAGATAAGATTCGTTAGCTTACAAGAAAAAAATAGTATGCAATACTCTCCAACTCTTTACACGTTT TTGTTCTTGCTCAAATTGGATTACAAAAAATAAAAGTTATATGAGTAACACATGGTTTAAGCACGAAGGAACTAAAGTGA AGAACTAACCTAAGTGTATGAGAGCTAATTAGTTAAGAGAAATTAATTAATGACTAAATTAACTTAACCAAACAAATTAA GAATTTATCAACTAGAATCCTTACTTTTTCTCATGCATTATAAGGCTATGAGTTTAAGAAAGATTGAAACGGTTAAGTAA CAAACGGGAACGAAAGGTAATTAAGAAGCGCATGTTTTCATGAAGTTATATACTAAGTGAATTGTAACCATAATTCTATG CAGAGGAAACTCATGAGGATTGACGAATACGATAATTATCAAGGAACTACGGTAAGATTGGGAGAGGTCACCAACCATGA TGGGGGAATAATACGAATAAATGAGTATTGGACCCTCAGGTCCTTTGCCGATTGTTTATTGTGAATTTGCCTTAACTTGT ATGCTTTATGTCGTTGATTGACTAAGTGGTTAAGAAGATTGAAGTGATATTTGTCTCTTGATGATTTATGTGATTTGGAA TTATAACCCTGATTGTCTTGATAGATTAGGCTTGGCTCTGTGAGCAAGGTGATTTTGATAGCCTTGGCTCCGTGAGCAAA GTGATGTTGATGGATTAGCCTTGGCTCTGTGAGCAAGGTGATGTTGATGGATAAGTCTAGGCCCCGTGGGCGAACGTATG TAACCCTCTGGCTCCTTGAGTAGAGGTGTGATTGATGATTTGTTTCTTGGCTTTGTGAGTAAGGATGTATGTGCACACAT GATTTCTCTTGGCTTCGTGAGCAAGAATGAACCTAAGGGATTCCCTTGGTCCCGTGGACAAGGATTTTGATCTTGGCTCC GTGAGCAAGAACGATGTCTTGATCCTGTGGACAAGGTTTGCTTTGGCTCCGTGAGCAAAGCCATATGATTCTTATGTCTG ATTATGTATTTCTTGGTGGAAATGAACATGATATGCATGTTTATGCGTGGCTCATTTATGTTACGTTATTCCCTGATGAG ATTGAGTTGGAATGCTTCTCACCTCTCTGTTGTGTGTTTTGTTGTTTTTCTCCTCTTTTATCAGTGACAGACACTGAAGA TAGAGATTGAGATGTTGAGAGATGTGGGGCAAGACTTTGAGCGTAGATCGAGTTTTGTGCGCTGAAATTGCATTTTCCAA TGATTGAACCTTGGACCTCTCTCACCCAACTCATATGTCCCCTAGCTCTTACCACTTGAGGACATGTAGGCTCATTGTTG AGTAAATAATATTTAAAAAAAATCAATCAAATAAATTTTCTCAAGAATAAAAAAAAGAGGAAATTTTATTAAATTTGAGT TTAAAAGAAGGAAGTTTCTAGAACGGAAGGAAGTTTCATTCACAAGAGGCTGAAAACCTTTCCCACACAATGGAAGGCAT CTCGTGGAGGATCCATGCACGCCTCTTCCGTGGCAATAGAAACGTGGTAACCATCAGGAGCATCAATGCAAGGCAGGTCT TCGACAAGCGTGGCAATCCAACCATCCAGGTTGGCTTCCTCTTCCTCTTCCTCTTCCATTTCCACACTTGCTATTTTCTC CCCTCCCTCTTCTGACTATCACTGCAGGTGGATTTGACATGCTCCGATGATACTCTCTCTACTTTTGTCCTCCCAGTATC AAGCGGTGTATCTACTGGTATTCTTCGCTCATTTTCCTTAGAAGCGCAAGTGTCTTTATTTGTTTAATTCTCTGTGTTTG TCTACTTCTCAGACTTTGTGCTTGTCTTTAAATCCGATGGCATTTTCTCTTTTCTTCTAGTATAGCACTTTCAAAATTGA CTGTGACTGAAATAGGGCTGGTAGATATAGCTACTTTAAAATGTAGCGGTGCTATTTGGTTTGGTTATGGTAGGCTGCTT ACTCCAACTAATCCTATGAAACAAATTTTAAATATTTACTTTAAAATGTTATTAGGGATTGACAAGGACCTTGAATCGAG AGACGGAAGATCAGATTGCCTTGTAAAAGGTGTATCAAAGGTACTCTCATGTCTCAGGAGAGGTTGTCTTGTGATTGGTC TACCACCGTTGTATTATTTTCACCTATTTTTTCTGGAACTTGCAGGCTGTTGACAATGTGAACAACATCATTGCCCCTGC ATTGATCGACATGGTTGGTTATATTTACTTTTCACCTGTGTTTTTGCTGAACCATTTTTCCTTTTATGTTAGGATTTGTT AATTATTCCCTTAGTATTGTAGTTCTGCGATTTTAAGCCTACAACATTTAAGGTTAGTAATGATACTAAAGCTTCTTTGG ATTGAAGAAATTTTTCTGTTTTCTTGTGTGACAATGAAAAGGATCCAACTCAGCAGACAGATATTGACAACCTAATGGTT CAACTGCTTGGTGGAAGTGTTAATGAATGGGATTGGTGCAAGGAAAAGGTGCTTAGCATACCATATTTGTAATCATTCAT TTTCACTATTAAAGCTGTTCATGCAGTTGACTAAGTTGTATGAAATTCTGTTTCCAAGGCCAACATGGTAACTAGATGTA CACTGTCAGATTGATTTAAATAAATATTTACAAAGAATTATTTGGTTACATGATGCATGTCTGCTAATTCTTACAGCAGT TTCAACAAACACCCCCCCCTCTCAGTTTTCTTCCATATTAGCAGGGATGTTAATCCCACTCTATAGCGGTCGGGAGGAGT GGCGGCCAGCTGTGATGGTGGAAGGAGTTGTGAGGCGTTCAAGGTTCGTGGTCGTAGCAGCCTCTTTAGTGGCAAAATTC GCTGCCACTGCGCCACTATACCGCCGCTACAAGGATTAGGGTTCTTTGAAGGAGAAGAAGGTTCAAGAAAGTAAAAAATA CCCTTAGAATTAGAACGTTAGGGGCTAGGGCTATTAGTTGAGGGTGTTTTTCATTTTTCGGTTCTAATTGCTCGGGGTAT TTTTGGTTTTCCGATTCTTTTGACCTAAAGAGGGCCCTGTAAAACAAAACTTTGATTTTGCTCTGCCCTCTTCCACCTTT CTTCTCCTTTAGATCCTTACTCCTGCACCTCCACCACTTGGACCACCTTCCGGCGTTTTAGGATGACTTCTCCGTCCTCA TTTCTCCTTCTTCTGTGTAGCGGCTGCTATGCTCCGCTATCCAGGATTGACAAGCCTGGTTTTTAGCTGTTTTTTATTTA TCTGACTTCATTATGGCCATTCTTTCGGTGCAGCATATTGCAAAGCTTGCTGGTAACCAAAGGATTGTTTTGCCTGTTCC CTCATTCACTGTCATCAACAGGGTATCACATGCGGGAAACAAACTTGCTACGCAGGTCTGCTTTCAAAAACTGGTCTGTA TGTGTGTGTGAGAGAGATAAGTAATGCTTAATAAATTTCTATTACACCTGCCTATGCAGGAGTTTACTATTCTTCCTTTG GAGAGTTCCAATTTCAAGCTTGCTATGCAACAGGGCATGCGAACACATGAAGGAGTCCATGTCAGTTTTGCATATTACAG TCATTCTGCTTTCCCAAATACGTTCTCTAAATGAATTTTTTTCATTATTTAGTTGTTAAGTTTTGGTTACGTCATTTCAG GGTGAGATTGCTTTGAAATACGGTAATAAGGCAGTACAATATTGTGACGAAGGTGGATTCGCCCTGAACATCAAGGTAAA TAATGGTTAGTAACATTTTTTTCTTTTTAAGAATGGTACTTGGATACCTGCTTTCATACTCTGGCCAGTTACTGATGAGC TCTTGAATGATCAGGAAAAAGAATGTTTGGAATTGCTGAGAAGTGCCATTAACAAAAGTAAATACACTGGCTCGGTTAGT TTTTCCCTTATCAAAATTCTGCTTATGATGCTTTGGCTTTTTAGATGTCTTCATTTAAGGAACTCAACATGTTTTGTCTT ATGTTCTTAGGTTTTCATTGGAATGGATGTTGCAGCTTCTGCATTCCACAATGAAGACAAAACATATGATTTGAAATTTA AGGAAGATGTGAGCTCTCTATTATCTCATCCAGTACTGCTAAGTGTTAATTTTTGGTCTAGTTGGAAAGTGATGGGAACC AAATATCTAATTACAGATAAATAAGGATAATCCATAATTACAGAAACATTCATATTATATAGACTCCCACACTCAAGAAG CGAAGAGGTAAAGGAAAACACTCACAAAGAAAAATGTAAAGACAGAGAAAACTTGAAGGGTCTGCCAACCTCTGTGCCCA AAGGGCCTAGAACCACTAAATTTCTGCCTATGTCTACTGACCATTTTCTTTGCATTCACTATATCAAATTAAATATTCAC CATTCTGTCCTCCTTACTCATGTTTGCTGATCCTCTACTTCCCTCCTCTTTCATGTAGCATACACAGAAAGTAAGCTTAA GTAGCAAAAATATATTTTATAAACACATGGGCATAAATGATAAAAGATCATATTCTGTTTGCTAGTTTTTCCAATTAACT TGTATATTCAAGCATTCATTAACATATAAGTTAGTAACATGCTTAGCATTTTCTATTTGTCATTCAGAACAACGATGTCT CACAGAAGATCTCTAGGGATGCTTTAAAAGATCTCTACACGTCATTTGTGAAGGAGTACCCAATTGTTTTAATTGAAGAT CGTTTTGACAAGGATGACTTGGAAACCTATGCCAAGTTGACTGAAGAAGTTAGAGACCGTGTGCTAATTGATGGTGATGA TCCCATGGTCTCCTTTATGAAGGTTAGCACATTACATAATTTTCCTCCCCCTCCCTCAAAAGGTATTTTTATCTGCTGGC AAAGACTAGAGGGATTGTCTTTTGACTTGTTACCTCTTGCATTGTGTCCACAGAGGGTTCCGATGGCAATTGAGTCAGAG TCAAATACAGAAATATGCAATTGTCTTATGCTCAAGGTACTCAAATTCTGCTCAGGAATATCTTATTGAGAAAAGTTATT GGATCTCATTTAGAAATCAACGTATATTTACCATTATTGCTTGTTTCAAGCAACCAATTATCCCAAAGCTTTGAATCTTT GTCTTTAAATGCAAATGATGAAACACGCAGGTCAGTCAAATGGGATCTGTGACTGAGTGTATTAAAACTGTCAAAATGGC CAAAGAACATTTTTGGGGAGTCGCTGCAAGGTTTGAATCTTTGTCTTTAAATGCAAATGATGCTCATGCTGGTGAAAAAG TTGAGCTAATCATTATAATATACTAACATTCGTTATACATATTGTTGCAGTGGAGAGACTGAGGATACCTTTATTGCTGA TCTATGTGTTGGTTTATCAATGGTATTGCCTTATTTTAATTAAACTTTTGTGAACTTGCTGCGACTTGAAGTCTAACTGT GGTAACGTTCTCTTGAACAGGGTCAAATTAAGGTTGGAAATCCATTAAGGGATCCACGACTAGTTATACATGTGCGGGTA AGTAATGGTCATTATGCTAACTTCAGCTTTCATAGTTAAGCTTTTTCTTAATGCTTGAAGTTCACTTGGCAGCTCATGGA AATTGAGATTGAGCTTGGTTCGGAATCATTGTATGCTGGCTGGAACTTCCGTCACTGGTAAACTCAGGCACAACTTGTTG CAAATGGTATTTATAAAGCTGAGGCAAAAAGTAGTAGTGCATTTTGATGTTACGTGAAATGGGAGTTACGTGCCATTTTA GCATTTCTGATGTTGTAAATTGGAGTTACGTGCCTTTGTAATTACCATGTGACCATCAAAATGCTAAAATATTGGAAAAA CACGATCTGACCTCCAATGACTTATTATAAACCATTATATTATGTAAGGCATTTAACATTAAGGCTTAATAGCTCTTTTG GTCTCTCATTTATCACTTTGCACTTTTGGTTCCTCCAGAAATAAATTAGCAAAATTAGCAGCAACGAAGCTACGATCGAA AGGAGAATCAGAGCCTTTGAGATTGGATCCGCCATTGGCACCCGATGAGAGAGAAACATAGAAAGAGAGAGAGTCAATGA GGAAGATAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGTGAGTGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGG ATCGTGGGACTCTTGGTAATGTGTATGTTTATGTGATCTGAGACACGCTTCAACCACTAGGGTTCGTATCAAATGGATGC AGA
Download Genomic Sequence

CDS sequence (LotjaGi1g1v0630800.6) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGGAAGGCATCTCGTGGAGGATCCATGCACGCCTCTTCCGTGGCAATAGAAACGTGGTAACCATCAGGAGCATCAATGC AAGGCAGGTCTTCGACAAGCGTGGCAATCCAACCATCCAGGTGGATTTGACATGCTCCGATGATACTCTCTCTACTTTTG TCCTCCCAGTATCAAGCGGTGTATCTACTGGGATTGACAAGGACCTTGAATCGAGAGACGGAAGATCAGATTGCCTTGTA AAAGGTGTATCAAAGGCTGTTGACAATGTGAACAACATCATTGCCCCTGCATTGATCGACATGGATCCAACTCAGCAGAC AGATATTGACAACCTAATGGTTCAACTGCTTGGTGGAAGTGTTAATGAATGGGATTGGTGCAAGGAAAAGCATATTGCAA AGCTTGCTGGTAACCAAAGGATTGTTTTGCCTGTTCCCTCATTCACTGTCATCAACAGGGTATCACATGCGGGAAACAAA CTTGCTACGCAGGAGTTTACTATTCTTCCTTTGGAGAGTTCCAATTTCAAGCTTGCTATGCAACAGGGCATGCGAACACA TGAAGGAGTCCATGGTGAGATTGCTTTGAAATACGGTAATAAGGCAGTACAATATTGTGACGAAGGTGGATTCGCCCTGA ACATCAAGGAAAAAGAATGTTTGGAATTGCTGAGAAGTGCCATTAACAAAAGTAAATACACTGGCTCGGTTTTCATTGGA ATGGATGTTGCAGCTTCTGCATTCCACAATGAAGACAAAACATATGATTTGAAATTTAAGGAAGATAACAACGATGTCTC ACAGAAGATCTCTAGGGATGCTTTAAAAGATCTCTACACGTCATTTGTGAAGGAGTACCCAATTGTTTTAATTGAAGATC GTTTTGACAAGGATGACTTGGAAACCTATGCCAAGTTGACTGAAGAAGTTAGAGACCGTGTGCTAATTGATGGTGATGAT CCCATGGTCTCCTTTATGAAGAGGGTTCCGATGGCAATTGAGTCAGAGTCAAATACAGAAATATGCAATTGTCTTATGCT CAAGGTCAGTCAAATGGGATCTGTGACTGAGTGTATTAAAACTGTCAAAATGGCCAAAGAACATTTTTGGGGAGTCGCTG CAAGTGGAGAGACTGAGGATACCTTTATTGCTGATCTATGTGTTGGTTTATCAATGGGTCAAATTAAGGTTGGAAATCCA TTAAGGGATCCACGACTAGTTATACATGTGCGGCTCATGGAAATTGAGATTGAGCTTGGTTCGGAATCATTGTATGCTGG CTGGAACTTCCGTCACTGGTAA
Download CDS Sequence

Protein sequence (LotjaGi1g1v0630800.6) extracted from Lotus japonicus Gifu v1.2 Proteins.

MEGISWRIHARLFRGNRNVVTIRSINARQVFDKRGNPTIQVDLTCSDDTLSTFVLPVSSGVSTGIDKDLESRDGRSDCLV KGVSKAVDNVNNIIAPALIDMDPTQQTDIDNLMVQLLGGSVNEWDWCKEKHIAKLAGNQRIVLPVPSFTVINRVSHAGNK LATQEFTILPLESSNFKLAMQQGMRTHEGVHGEIALKYGNKAVQYCDEGGFALNIKEKECLELLRSAINKSKYTGSVFIG MDVAASAFHNEDKTYDLKFKEDNNDVSQKISRDALKDLYTSFVKEYPIVLIEDRFDKDDLETYAKLTEEVRDRVLIDGDD PMVSFMKRVPMAIESESNTEICNCLMLKVSQMGSVTECIKTVKMAKEHFWGVAASGETEDTFIADLCVGLSMGQIKVGNP LRDPRLVIHVRLMEIEIELGSESLYAGWNFRHW
Download Protein Sequence

Domain prediction

Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.

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Domains

Sorting

Prediction algorithm Identifier Start End Length E-value InterPro ID
PIRSF
PIRSF001400
18 123 106 2.3E-23
IPR000941
Gene3D
G3DSA:3.30.390.10
19 134 116 9.7E-30
IPR029017
PANTHER
PTHR11902:SF41
20 130 111 2.5E-149 –
SUPERFAMILY
SSF54826
20 119 100 1.51E-23
IPR029017
PANTHER
PTHR11902
20 130 111 2.5E-149
IPR000941
Pfam
PF03952
22 116 95 1.5E-24
IPR020811
SMART
SM01193
22 151 130 8.6E-22
IPR020811
PRINTS
PR00148
57 71 15 1.4E-11
IPR000941
PIRSF
PIRSF001400
128 433 306 1.9E-75
IPR000941
PANTHER
PTHR11902:SF41
130 432 303 2.5E-149 –
PANTHER
PTHR11902
130 432 303 2.5E-149
IPR000941
Gene3D
G3DSA:3.20.20.120
135 433 299 4.0E-92
IPR036849
SMART
SM01192
140 433 294 2.8E-80
IPR020810
Pfam
PF00113
141 431 291 8.7E-91
IPR020810
SUPERFAMILY
SSF51604
141 431 291 3.54E-72
IPR036849
PRINTS
PR00148
162 175 14 1.4E-11
IPR000941
PRINTS
PR00148
318 329 12 1.4E-11
IPR000941
PRINTS
PR00148
371 388 18 1.4E-11
IPR000941

Gene function (GO predictions)

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
GO:0000015
Cellular component Phosphopyruvate hydratase complex A multimeric enzyme complex, usually a dimer or an octamer, that catalyzes the conversion of 2-phospho-D-glycerate to phosphoenolpyruvate and water.
Subterm of
GO:0000287
Molecular function Magnesium ion binding Interacting selectively and non-covalently with magnesium (Mg) ions.
Subterm of
GO:0004634
Molecular function Phosphopyruvate hydratase activity Catalysis of the reaction: 2-phospho-D-glycerate = phosphoenolpyruvate + H2O.
Subterm of
GO:0006096
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.
Subterm of

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Expression data

Expression pattern

Expression pattern of LotjaGi1g1v0630800.6, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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