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LotjaGi5g1v0193600.1

Overview

Field Value
Gene ID LotjaGi5g1v0193600
Transcript ID LotjaGi5g1v0193600.1
Lotus japonicus genome version Gifu v1.2
Description Pyruvate kinase; TAIR: AT3G22960.1 Pyruvate kinase family protein; Swiss-Prot: sp|Q43117|KPYA_RICCO Pyruvate kinase isozyme A, chloroplastic; TrEMBL-Plants: tr|A0A0L9TYK9|A0A0L9TYK9_PHAAN Pyruvate kinase; Found in the gene: LotjaGi5g1v0193600
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr5:48799435..48808002) extracted from Lotus japonicus Gifu genome v1.2.

CAACAAATAACCTATTACTAAAAACACACTTGAGCCAAAAATAATAATAAAAACGGTGCAGTGAACTTAGCAAGCAAAAA ACCTTGGTGTTTTCCGCAGTTTGGGGACAAACAAGTACAATACCAACATCGATAATCACTTCAAAGTTGGTGCTGGCAGT TCAGGTTTCATCTTCTCCTCGTTTTCTCCGCCTCCAACACAACACAACACAACCACCTTCATCACAAAACCTCATTCATT CATTCACACATTCACATTCACATTCACAATCCACCATGTCAGCCTCTCACACCCTCCACCACCTTCAACACTTCACCCCA ACACCGCACACCACCTCCATCTACACCCACCTCCCATCTTCCACACTCTTCTTCCCCCGCACCACCCGCCACCACCTCCC CCTCATTCGCTCCACCTCCTCCTCATCCTCTGAAGTTCTCATCTCCGGCGACAACAATGGCGCCGGCCCAGGATTGTCCC CGGATCTGACCTCCTTCGAGGTGGACTCTGTGACAGAAGTGGAGCTCAAGGAGAATGGATTCCGCAGCACGAGGAGGACC AAGATCATCTGCACTGTGGGACCCGCCACCTGTGGCTTTGACCAGCTTGAGGCTCTTGCTGTCGGTGGAATGAACGTTGC TAGGATTAACATGTGTCATGGCACCAGGGAGTGGCATAAGACTGTCATTGACCGTGTCCGGAGGCTTAACCAGGAGAAGG GGTTCGCTGTTGCTATCATGATGGACACTGAAGGCAGTGAGATTCATATGGGTGATCTTGGTGGTTCTTCTTCTGCCAAA GCTGAAGTAGTAATCAACTCTCTTCCATTGCTTTGTTTATGCTATGACTCTTCCTTCATTCTTGTGACCCTTTTTTCAGG ATGGAGAGATCTGGACTTTCAGTGTTAGAGCCTTTGATTCTGCTCTACCACAACACACTATCAATGTGAACTATGAAGGT TTTGCTGAAGGTTAGTCTATAAAACACCATTGTTTCTGTACTATTAGCATGATGAGGTTCTGAATTGGTTTCTAATATGT CAGATGTGAAGGTGGGGGATGAGCTATTAGTGGATGGAGGGATGGTTAGGTTTGAGGTGATTGAAAAGATAGGTCCTGAT GTCAAGTGTGTCTGTACTGATCCTGGCTTGTTGCTGCCGAGAGCCAACCTCACATTCTGGAGGAATGGTAGTCTAGTACG AGAAAGGAATGCCATGCTCCCTACAATTTCTTCAAAGGTTCCCAATTTTTTGACTCTTGCTTATTTTATTTGCTCAATCT ATCTTCGTTTTCTTGTGGAATAAGACATCATTAGCGGAGAGAGTATGATAGAAAACAAGCAACTCAGAAATGTATATTAT GTAAAATAGGGAATCAGGGAGCTCAAGAGCTCTACAAAATGGTAACCCTTCTAGAGTGTAAGACTCCTACAAGAGAGATA TTCTCTCCTAACAGATTTCTTACCCAAAAGCATGAATGAGTCACCCTATCTTCTTCCTCTCCCCAAATACCCGAACCCTC TCCTGAGTCCACTCTTCTTTTCGTAGTGTAAACCTTCCATATCTTGGGCCTCTCACTTGATGCTCCTATAATTGGGTCCT CATTAGGATTAAGCACAAGTGCCCTATCAGAGTATAATCTGGTCTTGTCATGAAATTAGCCTTAAGCTAATAATCTATGA AACACCGACTCCGACACGACATTGACTCTACGACACGACTAACATCCAAAAAGTAAGACACCGCTTATATGTTTTAAAGT CAAGACAAGTTTGTCTCTTTATAAAGAAAACATCTAAAAAAAATTCTAAGCTCTATGCCAAGGTGTCATTTTACAAGGTA ACCACTTTGTTAAAAAAAGAGCTAATCTATCTAACAACTTTCACCTTGATCACCTCATTGAAAAGTATCGCCTCTAGCTC AGCTTCATCAAGTGACAAATTAACAATTTCTTTTATAGTTTGACTTTTTTTTTAAAATGATATCAGTGTCCTAGAGGTGT CGGCTCAAGTGTCTGAGCTCAAAAAAGATTTTTTTTTTATTCAGGCACAACAGAGAAGTGTTTGACGACTGACACGCGTC ATCCAGGTTTGGTTATCATGTAGTGTCGGTGTCCGAAACAAGACACTCCATATTTGACAGGTGTCTGTGCTTTATAGCTA ATAACCAAAGGTTGCTAATGCTGCAATACTGTCCGGTCCAAAGTCACTGCTGGAAGTAATTGGTGCACATAGGCACCAAG AATTTTGCAACTAAGAGTTCATGAAGTTCTATGAGATGATGATTGTTGTTGAATAATATAGCTCCTTTTGGCTAATTGCC TTCTTCGCTCTAGTCATGACCAGTGTAACATAGGCAAGTTTTATCGGCTTCTCTTCAGTAGGTTCTATTAACTCAATCTA AGTACATTCGAAATCTCTAACAAAGGTCTTCCATGTCTGAAGCTAAAGAGATTTCCACTTCTATTCCTTGGGGTTGCAAA TTATCTAAATTTGGAGCTGACTGTATAGGATCCTCAACTTAAAGGGTCAGTTGTTGTGGTTCTTCAGTATATCACGGTTA TTAGCTAAGTTGTCAATCTCGGATGGATCCCGGGTTACCATCCCATCCCAACCATGCCCCGAGACGAATTTTTCCATCCT GGCCCAGTTCACCGTCCCGGCCATCTAGGCGGGATAGTGAAGGCCCCAGTTTTCCAAAAATGCACTTTTATTTTGTTCGA TCTTTCCCTCTCTTCTGCCCACTTTGACCCTCATATCCTTTGTTCTATCTTCGCACCTTCCCTCTCATAGACCCAGAACC GGCCGACGACCCCCATGACAGGACCTCCATCCATTCTCTGGCGAGCATCACCTCTATTCCACCAACTTTGACCCTCCTCT CTTCTGGTCTATCATGTATTTATCCTTGATTTAGTATGTATAAACATGATAGAACTCAGAATTTCTGAGGTAGATTATTA TTGAATATTAAAGGAAAAGATGAGCACAAGGCTCTACCATGGAAAATACTCCAAGAGTCTGCGACTCCTCACCAGAGAGT CTCTCTCCTAACCTAGTTCTCACCAGCAAAACATGCCTCCTTTCTCCTGCTCTCCTCCCTCCTTATATAACCCCTATTAA CCTAAAATAACCTAGCTGCCACATAGGCTACAGATATTTATTTTTAATATATAAAATGATATAAAATAACACTAATACTA ATTATCTCTAATAACCCCATCCCACTAATCAAGGAAATCCCCCCTAATAAACTGAATCCCACTAATCAAGGGAATCATGC CAGCCCCACTCATTAATCCTCATATCTGGTGTCCTATCAAAATATGGTTCAAGTTATACAAATATAGTCAAAAAATCACT ATCCCGGCCATCCCACTTTCTGGGATCCCGCTATCCCAGTTTTGAGGCTGGCCGCAACGAGCTGGGAACTGGGATTTGAC AACATAGGTTACTAGACCTGAAATATCCTTTAGTGTGAAGAAAGTCTATGAGCTCATGAGTGAGCCCTTCTTGGATCATT GTGTTCTAAGGTACATAAAGGGCACTCTTCGATTATGGTTTACTTCTTCAACCATAAAGGGCACTAGATCTCTAAGGGCC TATTTTTGTGCTTGTATTTTTCAATGTCATAATTTGATTTCTTGGTGGTCCAAGAAATAATCCTTGGTGGCCAGATCTAG TGCTGAAGCTGAATACTGCATCCTATCACTCACTACAGAAGAACTAACTTGGATCCGATTTCTTCTTAGTTCTGACTGAA CTCAAGGTGCACTTCTCCACTAATGTCCTATTTGATAGTCAAAGTGCCATTGCACTCTGCTATAGTCGAGCTCTACTACA CAACTGAACAAAGCATTTAGAACACGACATCTTTGTTCGGGAAAGAGTTTTAAATAGATGCCTCCTAGTCACATATCCCA GCTCAAGACCAGATAGTTGATGTTCTCACAAAGCCACTGTTCAACCTCCACTTCTGTGCATTGAGAGACAAACTCTGTGT ACTGTTGTTTGCCAACACCCTGAGAATGATAGAGTATTAGATAGAGTATTATATGCGTTTGGTTATCAAGTTTGTAGTTA GCTTGCACGAGGTTAGTTTTACTTCTGTTATTGTTCAGCTGTAGTTAGTTATCACCGTTGTAATTAGTTACACTTAAGCA TATCTTACTCAGCAAGCTGAAGAACCCTATAAATACTTGTAATCTAAAACATTTGGTGTGGTTGAACAATACATTCAGTT CTAGCAAATCGCTCTTATTTTTTTTCCATCCCAACGATGAGTTCTTTCATGTTGACTATGATTAGATTGACCTTGGTTCA AATTTATGTGAAATTCATGTTCAAGATCTTAAAACATTGAAGATGATTCATGAGTTGATGATTCAAGCCTTGTAAATTGT AATGCATGTGGTGATGGTAAATGATTTACCATGGGGCATCATGTATCTTTGGTGAAATTTAAAGTCTAATTCTCATGCAA TTTTTTGGGATTTTATGCTTTTTACCGTTTGTGTTGGATTTCAGATGATTTATGGGTTGATGCTAGTTTTCCCTTAATCA GAAAATTAACCTTCTCAAATGACATAATTTTTGTTTTTATCTGAATTCCTTCTCCAGGATTGGTTAGACATTGATTTCGG TATTGCTGAGGGTGTTGATTTCATTGCAATTTCATTCGTCAAGTCTGCTGAAGTTATTACTCATCTTAAAAGCTATATTG CTGCACGATCTCGTGATAGGTATGTACTAAGAACTTGTTTTTAATATTAAAGATAGGTATTATGATAATATCAATTTTAA TACTATTATTATAATATTATTTCAACATTGACATGGAGCACCTTTAGTTTTCACCCCTTTTATTAGATTATTGTATCATA ATTGGCAAGTAGCACAATCGACTGATTTCTATTGATTATATATCATATCTGATTCAGTTTGATCTCCTTTGTCAGATTTA TAGCATTTTTTTGTCCCATCCAAATCTTCCTCAGCTTCTTTTCAATATTTGCAAGCAACTTGTATCTTTTCTATGGACCT TCATATTGAGTTAGATTTTTTGGCTTAATTAAGGGAATTTTTTTAGCAAGGCACTAAAGGTAAGTGACTCATCCAAACCA GAGTGAACCAAAGGTGCTATAGATATGTGCCTAACAGAAGGGTCTTGCCTTAAACACCAGAGGCTCTGATCCTTATGGAA CTGTGCCTCAGTTTATACCATTAGGCATTAGCATCATGTTTTCGACTTTTCGTCTAATCAAAATCTTCCTTAGTTTCTTT TTAATATTTGGAAGGGACTGTTCTTTTTCTGTGGACCTTCATATTGAGTTAGCTTTTTTGGCTAGATTAAGAAAAGTAAT TCAGACAGGCACTAAAGGCAAGCAACTCATCCAAACCAGAAAAGAACCAATGGTACTATAATATGTGCCTAATGGAAGGG CCTTGCCTCAAACAACAGAGGCTCTGATCCTTCGGGAACCTTGCCTCAGTGCCTTAGGCATTACTATTGGAACTTTTAAC CGCACTTCCTTTGTGGCTTTAATACCATATGAATTTCAACTGAGGTGCCAGATCCGGTATCACCTTCCCTGAACAAAAAG TGCAACTGACTGAAAGGGCCTACCCTTAAAACACCAAGCGGCTCTGACCTGTTCTCTGGTGCCTCACCGTAGAGCCTTAG GCACACCTTTTGGCACCCTTAACTACATTGGTATCGAGTATGAGCTACTAAACTCATTAGTCAAATCATTTCATTATTTA CTGGATTACTTTTCTTTTCCCGTTTTTCTGTTTTTACCTATGTGCTTATTTTTTCTGGGTTGAAAAGTAAGTTTGTTAAG GAAGAGAAGACATCCTCCCTAGAAAACAAAACTAGAACCGAGAAGATTGGAACATGTAACAAAGCATGCCAATCTCTCCA CATGTCTGAAAAAGAAACACCTCTAAAAACACCATGACCATAACGCAAGGGTGGCTAACAAATACTGAATACTAAATGAA GTCCAGAGGCAAACAAGATCACAGCACCTAGATTGGTGCTCTGATACCAATTGATGGAACCCTGATATTATTCAACCAAG AAAATGTACAAGAAACAGATGAGTATTCGAGAGACTCATCACTCTCCCTAATTCCCAATTCCAAATGATCCCCAAAAGAT ACCTAAACCCTCTTCACACTCCCTTATTTATAGGCTAACCCTTAACTAACTAACTAACTCTATAGGCTAACCGACTAACT AACTCCAAGTACCCATCACCCGTGCACATATTTTCGGACAAAACATCAAGAGGTGTTTTCTTCTGTAATGTCTTTAGTTT TATTCCTGTGAAGTTATGCAGTCCAAACTATTTTATGAGCCATTTTTTATGTTGGCTTTATACTTTTGGGATGTGCTAAT ATTGAGAGCTGAAACTGAGATTCTGCAATGTGGTGAATCTGGTGATGCAGTGACATTTCTGTTATTGCAAAGATAGAAAG TGTTGATTCATTGAAGAACTTAGAGGAGATCATTCAAGCCTCAGATGGAGCTATGGTGGCACGAGGGGACTTGGGAGCTC AGATACCTTTAGAACAAGTTCCATCTGCTCAACAGAGGATTGTTCAAGTTTGCAGGCAGAAGAATAAGCCTGTCATTGTT GCGTCCCAGCTACTTGAATCCATGATTGAGTACCCTACACCGACAAGAGCTGAAGTAGCAGATGTTTCTGAAGCAGTAAG GCAACGAGCTGATGCTTTGATGCTTTCGGGTGAGTCAGCCATGGGCCAGTTCCCTGATAAGGCCTTAACAGTTTTAAGGA GTGTCAGTTTGAGAATTGAGAGGTGGTGGAGGGAACAGAAGCGCTTCGAAGCTATGGCACTCCAATCAGTTGGGACTTCT TTTTCAGAAAAAATATCTGAAGAAATCTGTAATTCAGCTGCAAAGATGGGTAAGCAGCCTTAACATAATTGCTCTGTCTG TTTTCCATTTTTCCCATTTTTTTTGTTACAATTTAAATTTTCTTCGACTTTTTCTATTGCATATTTGATTTTCTTTGTAG CATTGACATATACTGTTTAAAAGTTCAAAGTTAAAATGTTTATATGATGTTATACTGCTTTCTAAATGTTATGTTTAATA ATCAAGGGAATGAGCCTAAAACCATTTTTTTTTGTCTTTGATGGGTAATCCCGTTCGGGAAATTATAGCAGTTCCTCCTA ACAAATGACTTTCTCGGGTTTGAACTTGTGTCATCATCCTTATGGGAGTTTAGTTGGCCTACCACTAGAGCAACACCTTG TTGTTTTGGTGAGCCTAAAACCATATAAATATATAATAGTTTCTGTAAGAATGTCTGTGTTTGAAGAAACTTACATGTTG AATCTTAAGTCTTCTTCAATAATTTAGCATTTTTGTCTTTTACTTTCATACTACATAAAGACTAAGAAGGAACTTATTTA AGAGGTTTTTTGCGTTCTTGACACTACTTTAGGAGGACTCATTTGATAGTTTTCATATTTGAAACCCTATAACTATAACA ATGACTGATGACTGGTTAGCACACTGCTTCACTCTTTTCCGAGTTTAATTCTACTTTCCTGGTCAAGAGAAACCAAAACC CCTTTTTTGTTGTTTTTTTTTTCCAGTGTTCTTTGCTTTTGATTTGTTTAGTGGTGAATCACTGTATCTTATTTTGAGTT TTGACTTTGGCAGCCAATATGTTAGAGGTGGATGCGCTCTTTGTTTACACTAAGACAGGCCACATGGCATCTCTATTGTC ACGATGCCGTCCTGACTGCCCAATCTTTGCTTTCACTACCACTACATCCGTGCGTAGGCGCCTGAACCTCCAGTGGGGCT TGATACCTTTCCGCTTAAGCTTCTCTGATGATATGGAGACCAATCTCAACAAAACCTTTTCATTGCTCAAGGCCAGAAAT CTGATCAAATCAGGTGACCTTGTCATTGCTGTCTCAGATATGTTGCAGTCAATACAAGTCATGAATGTCCCTTGAGAACA TCTTCCATTTCTTCTGAAAGCGCGGCTATATTTCCTGTTGTTTGTTCGAAACTTCGAATGCTGCAAGAGTGCTGAAGATG GAGCAGAGAGAGAGAGAGAGAGAGAGAGAGAGACTACATGAATGAATTCTGTCATTTTAAATCTAAAGGATGCAGCAAAC TTAAGTTTGGGAGAATTTTTGTTTTATGCCTCTGGAGTTCTTTTTCAGTTGGGTGAAGCAATATAGTAGTGTAGTGTAAG ATTCACCCCTTTAAGTTATAAGGAAAATCTGCATTTTCTGTTATATTGTATCTTTGTATTAGCTTTCAAGTCATATTGAG TAAAATGTGATATTTCAATAAAGATTCCAATGTAGTCACTTAACACTAGGCAGTATGGACTATGGATCCGTGTCAGTTAT GCTCAATCAATGTATGCATGTTTCAAATTTTCTGTATGCTACTCATTGCAACTTTCTTTAGTTGCTTGCTTCACTTGGAA ACATTAGGCTTTGATACTTACATATTCATATTGTGATTGTGGAAAGGAAAAAAAAATAACCTTACCAAAGCAAGATTCTT CATTGTTC
Download Genomic Sequence

CDS sequence (LotjaGi5g1v0193600.1) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGTCAGCCTCTCACACCCTCCACCACCTTCAACACTTCACCCCAACACCGCACACCACCTCCATCTACACCCACCTCCC ATCTTCCACACTCTTCTTCCCCCGCACCACCCGCCACCACCTCCCCCTCATTCGCTCCACCTCCTCCTCATCCTCTGAAG TTCTCATCTCCGGCGACAACAATGGCGCCGGCCCAGGATTGTCCCCGGATCTGACCTCCTTCGAGGTGGACTCTGTGACA GAAGTGGAGCTCAAGGAGAATGGATTCCGCAGCACGAGGAGGACCAAGATCATCTGCACTGTGGGACCCGCCACCTGTGG CTTTGACCAGCTTGAGGCTCTTGCTGTCGGTGGAATGAACGTTGCTAGGATTAACATGTGTCATGGCACCAGGGAGTGGC ATAAGACTGTCATTGACCGTGTCCGGAGGCTTAACCAGGAGAAGGGGTTCGCTGTTGCTATCATGATGGACACTGAAGGC AGTGAGATTCATATGGGTGATCTTGGTGGTTCTTCTTCTGCCAAAGCTGAAGATGGAGAGATCTGGACTTTCAGTGTTAG AGCCTTTGATTCTGCTCTACCACAACACACTATCAATGTGAACTATGAAGGTTTTGCTGAAGATGTGAAGGTGGGGGATG AGCTATTAGTGGATGGAGGGATGGTTAGGTTTGAGGTGATTGAAAAGATAGGTCCTGATGTCAAGTGTGTCTGTACTGAT CCTGGCTTGTTGCTGCCGAGAGCCAACCTCACATTCTGGAGGAATGGTAGTCTAGTACGAGAAAGGAATGCCATGCTCCC TACAATTTCTTCAAAGGATTGGTTAGACATTGATTTCGGTATTGCTGAGGGTGTTGATTTCATTGCAATTTCATTCGTCA AGTCTGCTGAAGTTATTACTCATCTTAAAAGCTATATTGCTGCACGATCTCGTGATAGTGACATTTCTGTTATTGCAAAG ATAGAAAGTGTTGATTCATTGAAGAACTTAGAGGAGATCATTCAAGCCTCAGATGGAGCTATGGTGGCACGAGGGGACTT GGGAGCTCAGATACCTTTAGAACAAGTTCCATCTGCTCAACAGAGGATTGTTCAAGTTTGCAGGCAGAAGAATAAGCCTG TCATTGTTGCGTCCCAGCTACTTGAATCCATGATTGAGTACCCTACACCGACAAGAGCTGAAGTAGCAGATGTTTCTGAA GCAGTAAGGCAACGAGCTGATGCTTTGATGCTTTCGGGTGAGTCAGCCATGGGCCAGTTCCCTGATAAGGCCTTAACAGT TTTAAGGAGTGTCAGTTTGAGAATTGAGAGGTGGTGGAGGGAACAGAAGCGCTTCGAAGCTATGGCACTCCAATCAGTTG GGACTTCTTTTTCAGAAAAAATATCTGAAGAAATCTGTAATTCAGCTGCAAAGATGGCCAATATGTTAGAGGTGGATGCG CTCTTTGTTTACACTAAGACAGGCCACATGGCATCTCTATTGTCACGATGCCGTCCTGACTGCCCAATCTTTGCTTTCAC TACCACTACATCCGTGCGTAGGCGCCTGAACCTCCAGTGGGGCTTGATACCTTTCCGCTTAAGCTTCTCTGATGATATGG AGACCAATCTCAACAAAACCTTTTCATTGCTCAAGGCCAGAAATCTGATCAAATCAGGTGACCTTGTCATTGCTGTCTCA GATATGTTGCAGTCAATACAAGTCATGAATGTCCCTTGA
Download CDS Sequence

Protein sequence (LotjaGi5g1v0193600.1) extracted from Lotus japonicus Gifu v1.2 Proteins.

MSASHTLHHLQHFTPTPHTTSIYTHLPSSTLFFPRTTRHHLPLIRSTSSSSSEVLISGDNNGAGPGLSPDLTSFEVDSVT EVELKENGFRSTRRTKIICTVGPATCGFDQLEALAVGGMNVARINMCHGTREWHKTVIDRVRRLNQEKGFAVAIMMDTEG SEIHMGDLGGSSSAKAEDGEIWTFSVRAFDSALPQHTINVNYEGFAEDVKVGDELLVDGGMVRFEVIEKIGPDVKCVCTD PGLLLPRANLTFWRNGSLVRERNAMLPTISSKDWLDIDFGIAEGVDFIAISFVKSAEVITHLKSYIAARSRDSDISVIAK IESVDSLKNLEEIIQASDGAMVARGDLGAQIPLEQVPSAQQRIVQVCRQKNKPVIVASQLLESMIEYPTPTRAEVADVSE AVRQRADALMLSGESAMGQFPDKALTVLRSVSLRIERWWREQKRFEAMALQSVGTSFSEKISEEICNSAAKMANMLEVDA LFVYTKTGHMASLLSRCRPDCPIFAFTTTTSVRRRLNLQWGLIPFRLSFSDDMETNLNKTFSLLKARNLIKSGDLVIAVS DMLQSIQVMNVP
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.

Merging data from EBeye. Please wait…

Domains

Sorting

Prediction algorithm Identifier Start End Length E-value InterPro ID
PANTHER
PTHR11817:SF78
71 572 502 0.0 –
PANTHER
PTHR11817
71 572 502 0.0
IPR001697
SUPERFAMILY
SSF51621
74 443 370 9.77E-84
IPR015813
Pfam
PF00224
93 441 349 4.7E-93
IPR015793
Gene3D
G3DSA:3.20.20.60
93 444 352 4.7E-157
IPR040442
TIGRFAM
TIGR01064
93 561 469 4.5E-131
IPR001697
PRINTS
PR01050
150 166 17 9.4E-56
IPR001697
SUPERFAMILY
SSF50800
162 253 92 5.23E-13
IPR011037
Gene3D
G3DSA:2.40.33.10
162 266 105 4.7E-157
IPR015806
PRINTS
PR01050
285 299 15 9.4E-56
IPR001697
ProSitePatterns
PS00110
315 327 13 -
IPR018209
PRINTS
PR01050
317 343 27 9.4E-56
IPR001697
PRINTS
PR01050
344 368 25 9.4E-56
IPR001697
PRINTS
PR01050
369 393 25 9.4E-56
IPR001697
PRINTS
PR01050
394 412 19 9.4E-56
IPR001697
PRINTS
PR01050
413 429 17 9.4E-56
IPR001697
SUPERFAMILY
SSF52935
424 570 147 8.63E-29
IPR036918
Gene3D
G3DSA:3.40.1380.20
445 556 112 4.7E-157
IPR036918
Pfam
PF02887
463 562 100 1.3E-22
IPR015795

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:0000287
Molecular function Magnesium ion binding Interacting selectively and non-covalently with magnesium (Mg) ions.
Subterm of
GO:0003824
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.
Subterm of
GO:0004743
Molecular function Pyruvate kinase activity Catalysis of the reaction: ATP + pyruvate = ADP + phosphoenolpyruvate.
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
GO:0030955
Molecular function Potassium ion binding Interacting selectively and non-covalently with potassium (K+) ions.
Subterm of

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Expression data

Expression pattern

Expression pattern of LotjaGi5g1v0193600.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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