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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0241200 |
| Transcript ID | LotjaGi3g1v0241200.4 |
| Related isoforms 5 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Phosphoenolpyruvate carboxylase; TAIR: AT1G53310.1 phosphoenolpyruvate carboxylase 1; Swiss-Prot: sp|P16097|CAPP2_MESCR Phosphoenolpyruvate carboxylase 2; TrEMBL-Plants: tr|Q6Q2Z8|Q6Q2Z8_SOYBN Phosphoenolpyruvate carboxylase; Found in the gene: LotjaGi3g1v0241200 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:39153696..39159903) extracted from Lotus japonicus Gifu genome v1.2.
ATGGCTACTCGTAAAATTGAGAAGATGGCTTCAATTGATGCTCAGTTGAGGTTGCTGGCACCCAGGAAGGTTTCTGATGA TGATAAATTGGTGGAGTATGATGCTTTGTTGCTGGATAGGTTCCTTGACATTCTTCAGGATTTGCATGGTGAAGATATTA GGCAAACGGTACTGTTGAATGAATCTCTTGATGCTTTAGTCTTTTTAGCCTTACATTATCAGGTTTCTGAAAACCCCACT TCAATTTTCATGAAAAATTAACTCTTTTTGGTCGTGTTTTATCACAGATTTACATAGTGAACCTTAAATTTATCCTGAAA GATACTACCTCGGACACTTCGTCGATGAAAGAAGGAATACCTTCTGAAGTAGAAATCCTAAATATGTCAATTCCCAGTTA AGTTGGTCTTTCCGTCACTTTTGGTCAACTAACATTCGGGGACTTTTGAAGTGACGGTAGACCAACTTGACTGATAATTG ACACATTCTTGACTTTTGAAGGTATTTCCTTATTTCAGAGACGAACCACCCGAATTCGTATCTTCCGGGATGAGTTTGAG GGTTCACTTGAGATTTACAATTTCCTAAACTTATTTGGTAATATGATTTTCAAACTCCTGATTTTAATTTGTTATTTAAT ATGGGTAATGTCCCCTGAATGTTGTGGTCTGTGTCTCTGGCGATTTTACTTTGTTTTTTTTTGTCCCACACTCCCACCAC ATATTTGAACTTGTGGCTGAAAGTTTCTGTAATTTGATGATTTTTAGGTTCAAGATTGTTATGAGCTGTCAGCTGAGTAT GAAGGGAATTATAAGCCTGAGAAATTGGAGGAACTTGGGAACATGCTGACTGGTCTTGATGCAGGGGATTCTATTGTCAT TGCCAAGTCGTTTTCTCACATGCTTAATTTGGCCAACTTGGCAGAAGAAGTTCAGATTGCTTACAGGAGAAGGATCAAGT TATTAAAGAAAGGTGATTTTGCTGATGAGAACTCTGCCATAACTGAGTCTGATATTGAAGAGACTTTCAAGAAGCTTGTG ACTGAACTGAAGAAGACCCCTCTGGAAGTCTTTGATGCTTTGAAGAACCAAACTGTAGACTTAGTCCTAACTGCCCATCC TACTCAGTCAGTTCGCAGATCTTTGCTGCAAAAGCATGGAAGGTTTGTCAATCTCCAATACCTCAATCAGTATTTTTCTG TCATTACTGGAAATGCATGTTCTGTATAGACAGGAAATGCTGTATACTATTTCTGGAATTGCTACAATTTCTGCACTGAA CCTTGTTAGTAATCATTGTCTTCTTTTTCAGGATAAGGGATTGTTTATCCCAGTTGTATGCTAAAGATATTACACCAGAT GATAAACAGGAACTTGATGAGGCTCTACAAAGAGAGGTAAATTCTTGATTCCATATACAATATATGATGCTGTTAATCAC ATGCTTCACCGTCCAGATGATTCTCTGGATTGATTCTTATTTTACCAATTTACCTATAGTGTCTAGTGATTTATGAACTT CTTGATTGAGGGTATTTTTTACCGTAAGGATTTAGACATGAGTGCAGCCCGTGAGCATCACAGGCGCGTAGAGAAAATAC CCAGCCAAACAAAAAAAAAAAATTAATTACAGGGAAAAAAAGATAGCACTGACATGTCATTCTCGCTGCAATTGTGCTTC CTGCCCATCCGTGGACAGTTTTATTATATATGTACATCACATGACCAAATGATTCGGTTGATAATTGATAGCATTATTTT CTTTGCTTAGGCTAAAATTATCTGTTATATGAACTGCATGTCTACGCATATACTTGGCATTGAAGCAATTTGGTGCTATG AAAGTATGGAGGATAGAGTTTATATTTTAACCTTTAATACTGTTTATGTCATGAGTTAGCTGTTAAACTCTAGGCATATT GATTTGGCTGTTTGGTTTAACTGTCTTTTCCCTCTTTGAATTAGATTAGATTTTTGTTGCCATTATTCTTTAACATATAA ATGGCTTTTATGTTTATGAATTTTTTATTAGAGTTATATATGGCAATGTTTTGGTAAAGCTACAGCCCTAATAATGTTTT TCTCTTACACAGATTCAAGCTGCATTTCGTACAGATGAAATTCGAAGGACTCCTCCTACACCACAAGATGAGATGAGGGC AGGAATGAGCTACTTTCATGAGACAATTTGGAAAGGAGTACCAAAGTTTTTGCGCCGGGTTGACACTGCTCTAAAAAACA TTGGAATAAATGAACGTGTCCCATATAATGCCCCTGTTATTCAGTTCTCTTCTTGGATGGGAGGAGATCGCGATGGTATC TTTCTCTTTCCTAAGAAATTACTGAATGAGAAAAAAAAAATCATAAATCAGATTTCTCTTTATTACAAAACCTTACTTCT GCCCCAAGTGTTTATGTGGTATAGATTTGAAATACCGAAGACACAGCTTGTAATATACTTTTTACTTGCTGTCTTACTAT ATGTCTAATGTGCATTGTAGGTAATCCCAGAGTAACCCCTGAAGTCACAAGGGATGTGTGTTTGCTGGCAAGAATGATGG CTGCTAATTTGTACTTCTCTCAGATAGAGGATCTCATGTTTGAGGTATCAATTATGCTAGTTGCTTCCTTGATTATCTAG TTTCATAAAGCATTTAAGGGCATGGTTCTTAACTACTTGCTTTTGTCTGCTATGACAGTTGTCTATGTGGCGCTGCAGTG ACGAGCTCCGTGTTCGAGCTCATGAACTTCATAGATCCTCAAAGAGAGATGCCAAACATTATATTGGTATGCATTATCTG AATTGCACACTTCTTGAAATCTTTTAAGGAATTTAGAAAACTGAACAAAATCTAAAATCAGCATTGTGGAACTATCCATA CATGTGGATTTGTTTAGAGTTGAATTTTATAGGTTAATTCCAATTGATCTTGAATATTGTTATTATAAATTTTAAATTGC TGCAGAGTTTTGGAAACAAATTCCTCCAAACGAGCCATATCGTGTTATTCTTGGTGAAGTGAGGGATAAACTGTATAACA CCCGTGAACGTGCTCGTCAGTTATTAGCCAATGGGACCTCTGACATCCCTGAAGAAACAACCTTCACAAATGTTGAGCAG GTATTACCCTCACAACAGCCCAATATACTGTAAAAATTAAGAGCAATGGAACCTTTACACCTAAATGACAATTTCCTTGC AATGCTATGTTTATCGCTTTCTTGTTAATAGAATGTTTTAATCTTTTGAGCTCTTCTGATGCCTACATCATACTTTTGAG GTTTACTCGTGGGAATCTTGGAGCTACAAAATTTTGGCAATAACTTCATTCCTTAAAAATGTTAACATTGCTAGCAGTTT TTTCTTGAGCTAATTCATGGATTTTTTTTCAACAAAATATGATATGAGGATAGTTATCAAAGTGCTTATAGAATTGCATA TTTCTAATCATTTTTTTATTTTCTTGTAGTTCCTGGAGCCTCTTGAACTCTGTTATAGGTCACTATGTGCATGTGGTGAC CGGCCTATAGCTGATGGAAGCCTTCTTGATTTCTTGCGCCAAGTTTCTACATTTGGACTTTCGCTCGTAAGACTTGACAT CCGTCAAGAGTCAGATAGACACACTGATGTTATGGATGCAATTACAAAACACTTGGAGATTGGATCATACCGAGAATGGT CTGAGGAACGCAGGCAGGAATGGCTATTGTCTGAGCTCAGCGGAAAGCGCCCTCTCTTTGGCCATGATCTTCCTAAAACA GAAGAAATAGCCGACGTTTTGGATACATTCCGTGTCATTGCAGAACTTCCTTCAGACAACTTTGGTGCCTATATCATCTC AATGGCAACGGCTGCATCTGATGTGCTTGCAGTTGAGCTCTTACAACGTGAATGTGGTGTGAAGCAGCCATTAAGGGTTG TTCCACTGTTTGAAAAACTTGCTGATCTTGAGGCTGCTCCTGCTGCAGTAGCCCGGCTTTTCTCTATAGATTGGTACAGA AACCGCATCGATGGGAAGCAAGAAGTTATGATAGGATACTCAGATTCAGGGAAAGATGCTGGTCGTTTTTCTGCAGCTTG GGCACTATACAAGGCTCAAGAAGAACTTGTAAAGGTTGCAAAGGAGTTTGGTGTTAAGCTGACAATGTTCCATGGCAGAG GAGGGACTGTTGGAAGAGGAGGCGGCCCAACTCATCTTGCTATCTTATCTCAGCCACCAGATACTATTCATGGCTCACTT CGTGTAACGGTTCAGGGCGAAGTTATTGAACAGTCATTTGGAGAGGAGCACTTGTGCTTTAGAACACTTCAGCGTTTCAC TGCTGCTACACTTGAGCATGGAATGCATCCTCCTGTGTCACCAAAACCAGAATGGCGCGCCCTCATGGATGAGATGGCTG TCATTGCTACGAAGGAGTATCGCTCGATTGTTTTTCAAGAACCTCGTTTTGTTGAATACTTCCGATGTGTAAGTATTAAT TGAACTCAATCTTCATTTATTGACCTCCTAAGATACTCTTAAAAAAATTTAGCAATTGAACTGGTATGTTTTCAAAAGTG ATATTTTGATTGAATGAGTTTTTCAAATTTGATCAATTTAGTGTTCATGAGTCATGACAATTCTTTAACATTAATGGTAT ATACTCTTTCCTCCCAATATTTTAACATGCTCCTTGAATTATTGATGTCTGTTTTTTACCAATTCTATGAAGTCATTTCT CTTATACCAATGATCTGATGATTATTAATCGTTTGTTTTTCTCCTTTTGGAGTCATAAAACTAATGAAAATACTTATGTT GCGATTTATTTATTTATTTTTTATTCTTTTGCTTATAAATATTATGAACTGCAGGCAACTCCCGAGTTGGAGTATGGGCG AATGAATATTGGAAGTCGTCCATCAAAACGAAAGCCAAGTGGAGGAATCGAATCACTCCGTGCTATTCCTTGGATTTTTG CTTGGACACAAACAAGGTTCCACTTACCAGTGTGGCTTGGCTTTGGGGAAGCATTCAAGCATGTTATTGAGAAGGATCCA AAGAATCTCCAAATGCTTCGGGACATGTACAATCAATGGCCTTTCTTCAGGGTCACCATTGACTTGGTTGAGATGGTTTT TGCCAAAGGAGACCCCGGTATTGCCGCCCTATATGACAAACTCCTAGTGACAGGTGAGCTTTGGCCATTTGGAGAGCGTT TAAGAGAAAAATTCGAAGAATGCAAGAGCTTTCTCCTCCAGGTAATCTCTTACTGCTTGGTAATTTGCTTGTTGGTATGC TGACATACATTTCTTTGCCACACTAGATGATGTTTCTACGTTTTAATTTACCCAGCAATTGCTCATTGGCATAACATCAT GATGACTTAGTAGAAAGCTCAACAAGAAGCTGTTAATATAAATTTCAATACAACCAGGATGAAGCAAATTTTAGAAGCAT GCCAGGGCTTTTTTCCTCCAATGTTTTTCTCTCTTCATTATTTATAGACTGAATAGCGACTTTAGTTTTTAAAAGATATG AGGTCGAGAGTTAAAATTGAAAATAGGTAAAATATGCTCTGAAAGATAAAAGAACTATCAATTTAGTCTTTGAAAAATGA AAATTACTATCAATATAATCTTTGGAAGATGATAAATTGAACATTTGTTTTCAACTTTCAAGGACCATTTTACATATTTC CTTAGTTGGGGGATGAAACTGACCGACCCTATTTTCCGGTACCCAAGTGACTATTCAGTCTTATTTATATGTTTCATACC CCTGAGTGCAGGCAAGAGTGTTATAGTGAAAATGAATTTTAGTCTAACAATTCCAATTTTTAAACACTCAAACAATGCAT CCATTTGGGGTGTCTACACCATCACTCATTACCACTCATATTCCTTGGTCTAACAAGTCTTGTTTTTGTAGGTTGCTGGG CACAGGGATCTTCTTGAAGGAGATCCTTACTTGAAGCAAAGGCTTCGCCTTCGAGACTCATACATCACAACCCTCAATGT CTTGCAAGCCTACACATTGAAGCGAATTCGTGACCCTGATTACCATGTGAAGTTGAGGCCACACTTGTCAAAGGACTACA CGGAATCAAGCAAGCCAGCAGCAGAGCTTGTGAAACTTAACCCAAAAAGTGAGTATGCTCCTGGTCTTGAAGACACCCTT ATTTTGACCATGAAGGGTATTGCTGCTGGCATGCAAAACACCGGTTAA
CDS sequence (LotjaGi3g1v0241200.4) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCTACTCGTAAAATTGAGAAGATGGCTTCAATTGATGCTCAGTTGAGGTTGCTGGCACCCAGGAAGGTTTCTGATGA TGATAAATTGGTGGAGTATGATGCTTTGTTGCTGGATAGGTTCCTTGACATTCTTCAGGATTTGCATGGTGAAGATATTA GGCAAACGGTTCAAGATTGTTATGAGCTGTCAGCTGAGTATGAAGGGAATTATAAGCCTGAGAAATTGGAGGAACTTGGG AACATGCTGACTGGTCTTGATGCAGGGGATTCTATTGTCATTGCCAAGTCGTTTTCTCACATGCTTAATTTGGCCAACTT GGCAGAAGAAGTTCAGATTGCTTACAGGAGAAGGATCAAGTTATTAAAGAAAGGTGATTTTGCTGATGAGAACTCTGCCA TAACTGAGTCTGATATTGAAGAGACTTTCAAGAAGCTTGTGACTGAACTGAAGAAGACCCCTCTGGAAGTCTTTGATGCT TTGAAGAACCAAACTGTAGACTTAGTCCTAACTGCCCATCCTACTCAGTCAGTTCGCAGATCTTTGCTGCAAAAGCATGG AAGGAAATGCTGTATACTGATAAGGGATTGTTTATCCCAGTTGTATGCTAAAGATATTACACCAGATGATAAACAGGAAC TTGATGAGGCTCTACAAAGAGAGATTCAAGCTGCATTTCGTACAGATGAAATTCGAAGGACTCCTCCTACACCACAAGAT GAGATGAGGGCAGGAATGAGCTACTTTCATGAGACAATTTGGAAAGGAGTACCAAAGTTTTTGCGCCGGGTTGACACTGC TCTAAAAAACATTGGAATAAATGAACGTGTCCCATATAATGCCCCTGTTATTCAGTTCTCTTCTTGGATGGGAGGAGATC GCGATGGTAATCCCAGAGTAACCCCTGAAGTCACAAGGGATGTGTGTTTGCTGGCAAGAATGATGGCTGCTAATTTGTAC TTCTCTCAGATAGAGGATCTCATGTTTGAGTTGTCTATGTGGCGCTGCAGTGACGAGCTCCGTGTTCGAGCTCATGAACT TCATAGATCCTCAAAGAGAGATGCCAAACATTATATTGAGTTTTGGAAACAAATTCCTCCAAACGAGCCATATCGTGTTA TTCTTGGTGAAGTGAGGGATAAACTGTATAACACCCGTGAACGTGCTCGTCAGTTATTAGCCAATGGGACCTCTGACATC CCTGAAGAAACAACCTTCACAAATGTTGAGCAGTTCCTGGAGCCTCTTGAACTCTGTTATAGGTCACTATGTGCATGTGG TGACCGGCCTATAGCTGATGGAAGCCTTCTTGATTTCTTGCGCCAAGTTTCTACATTTGGACTTTCGCTCGTAAGACTTG ACATCCGTCAAGAGTCAGATAGACACACTGATGTTATGGATGCAATTACAAAACACTTGGAGATTGGATCATACCGAGAA TGGTCTGAGGAACGCAGGCAGGAATGGCTATTGTCTGAGCTCAGCGGAAAGCGCCCTCTCTTTGGCCATGATCTTCCTAA AACAGAAGAAATAGCCGACGTTTTGGATACATTCCGTGTCATTGCAGAACTTCCTTCAGACAACTTTGGTGCCTATATCA TCTCAATGGCAACGGCTGCATCTGATGTGCTTGCAGTTGAGCTCTTACAACGTGAATGTGGTGTGAAGCAGCCATTAAGG GTTGTTCCACTGTTTGAAAAACTTGCTGATCTTGAGGCTGCTCCTGCTGCAGTAGCCCGGCTTTTCTCTATAGATTGGTA CAGAAACCGCATCGATGGGAAGCAAGAAGTTATGATAGGATACTCAGATTCAGGGAAAGATGCTGGTCGTTTTTCTGCAG CTTGGGCACTATACAAGGCTCAAGAAGAACTTGTAAAGGTTGCAAAGGAGTTTGGTGTTAAGCTGACAATGTTCCATGGC AGAGGAGGGACTGTTGGAAGAGGAGGCGGCCCAACTCATCTTGCTATCTTATCTCAGCCACCAGATACTATTCATGGCTC ACTTCGTGTAACGGTTCAGGGCGAAGTTATTGAACAGTCATTTGGAGAGGAGCACTTGTGCTTTAGAACACTTCAGCGTT TCACTGCTGCTACACTTGAGCATGGAATGCATCCTCCTGTGTCACCAAAACCAGAATGGCGCGCCCTCATGGATGAGATG GCTGTCATTGCTACGAAGGAGTATCGCTCGATTGTTTTTCAAGAACCTCGTTTTGTTGAATACTTCCGATGTGCAACTCC CGAGTTGGAGTATGGGCGAATGAATATTGGAAGTCGTCCATCAAAACGAAAGCCAAGTGGAGGAATCGAATCACTCCGTG CTATTCCTTGGATTTTTGCTTGGACACAAACAAGGTTCCACTTACCAGTGTGGCTTGGCTTTGGGGAAGCATTCAAGCAT GTTATTGAGAAGGATCCAAAGAATCTCCAAATGCTTCGGGACATGTACAATCAATGGCCTTTCTTCAGGGTCACCATTGA CTTGGTTGAGATGGTTTTTGCCAAAGGAGACCCCGGTATTGCCGCCCTATATGACAAACTCCTAGTGACAGGTGAGCTTT GGCCATTTGGAGAGCGTTTAAGAGAAAAATTCGAAGAATGCAAGAGCTTTCTCCTCCAGGTTGCTGGGCACAGGGATCTT CTTGAAGGAGATCCTTACTTGAAGCAAAGGCTTCGCCTTCGAGACTCATACATCACAACCCTCAATGTCTTGCAAGCCTA CACATTGAAGCGAATTCGTGACCCTGATTACCATGTGAAGTTGAGGCCACACTTGTCAAAGGACTACACGGAATCAAGCA AGCCAGCAGCAGAGCTTGTGAAACTTAACCCAAAAAGTGAGTATGCTCCTGGTCTTGAAGACACCCTTATTTTGACCATG AAGGGTATTGCTGCTGGCATGCAAAACACCGGTTAA
Protein sequence (LotjaGi3g1v0241200.4) extracted from Lotus japonicus Gifu v1.2 Proteins.
MATRKIEKMASIDAQLRLLAPRKVSDDDKLVEYDALLLDRFLDILQDLHGEDIRQTVQDCYELSAEYEGNYKPEKLEELG NMLTGLDAGDSIVIAKSFSHMLNLANLAEEVQIAYRRRIKLLKKGDFADENSAITESDIEETFKKLVTELKKTPLEVFDA LKNQTVDLVLTAHPTQSVRRSLLQKHGRKCCILIRDCLSQLYAKDITPDDKQELDEALQREIQAAFRTDEIRRTPPTPQD EMRAGMSYFHETIWKGVPKFLRRVDTALKNIGINERVPYNAPVIQFSSWMGGDRDGNPRVTPEVTRDVCLLARMMAANLY FSQIEDLMFELSMWRCSDELRVRAHELHRSSKRDAKHYIEFWKQIPPNEPYRVILGEVRDKLYNTRERARQLLANGTSDI PEETTFTNVEQFLEPLELCYRSLCACGDRPIADGSLLDFLRQVSTFGLSLVRLDIRQESDRHTDVMDAITKHLEIGSYRE WSEERRQEWLLSELSGKRPLFGHDLPKTEEIADVLDTFRVIAELPSDNFGAYIISMATAASDVLAVELLQRECGVKQPLR VVPLFEKLADLEAAPAAVARLFSIDWYRNRIDGKQEVMIGYSDSGKDAGRFSAAWALYKAQEELVKVAKEFGVKLTMFHG RGGTVGRGGGPTHLAILSQPPDTIHGSLRVTVQGEVIEQSFGEEHLCFRTLQRFTAATLEHGMHPPVSPKPEWRALMDEM AVIATKEYRSIVFQEPRFVEYFRCATPELEYGRMNIGSRPSKRKPSGGIESLRAIPWIFAWTQTRFHLPVWLGFGEAFKH VIEKDPKNLQMLRDMYNQWPFFRVTIDLVEMVFAKGDPGIAALYDKLLVTGELWPFGERLREKFEECKSFLLQVAGHRDL LEGDPYLKQRLRLRDSYITTLNVLQAYTLKRIRDPDYHVKLRPHLSKDYTESSKPAAELVKLNPKSEYAPGLEDTLILTM KGIAAGMQNTG
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 | 971 | 971 | 0.0 | – | |
| PANTHER | 1 | 971 | 971 | 0.0 | ||
| Hamap | 23 | 971 | 949 | 16.578 | ||
| SUPERFAMILY | 33 | 971 | 939 | 0.0 | ||
| Pfam | 164 | 971 | 808 | 1.4E-299 | ||
| PRINTS | 168 | 181 | 14 | 3.1E-83 | ||
| ProSitePatterns | 169 | 180 | 12 | - | ||
| PRINTS | 226 | 242 | 17 | 3.1E-83 | ||
| PRINTS | 286 | 301 | 16 | 3.1E-83 | ||
| Gene3D | 314 | 449 | 136 | 4.1E-57 | – | |
| PRINTS | 446 | 466 | 21 | 3.1E-83 | ||
| PRINTS | 595 | 615 | 21 | 3.1E-83 | ||
| ProSitePatterns | 597 | 609 | 13 | - | ||
| PRINTS | 637 | 666 | 30 | 3.1E-83 | ||
| PRINTS | 769 | 795 | 27 | 3.1E-83 |
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 | 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. | ||
| Biological process | Tricarboxylic acid cycle | A nearly universal metabolic pathway in which the acetyl group of acetyl coenzyme A is effectively oxidized to two CO2 and four pairs of electrons are transferred to coenzymes. The acetyl group combines with oxaloacetate to form citrate, which undergoes successive transformations to isocitrate, 2-oxoglutarate, succinyl-CoA, succinate, fumarate, malate, and oxaloacetate again, thus completing the cycle. In eukaryotes the tricarboxylic acid is confined to the mitochondria. See also glyoxylate cycle. | ||
| Molecular function | Phosphoenolpyruvate carboxylase activity | Catalysis of the reaction: phosphate + oxaloacetate = phosphoenolpyruvate + HCO3-. | ||
| Biological process | Carbon fixation | A metabolic process in which carbon (usually derived from carbon dioxide) is incorporated into organic compounds (usually carbohydrates). |
Expression pattern of LotjaGi3g1v0241200.4, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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