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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0283600 |
| Transcript ID | LotjaGi2g1v0283600.3 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Phosphoenolpyruvate carboxylase; TAIR: AT1G68750.1 phosphoenolpyruvate carboxylase 4; Swiss-Prot: sp|Q8GVE8|CAPP4_ARATH Phosphoenolpyruvate carboxylase 4; TrEMBL-Plants: tr|A0A151QSL0|A0A151QSL0_CAJCA Phosphoenolpyruvate carboxylase 4; Found in the gene: LotjaGi2g1v0283600 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:75592812..75601381) extracted from Lotus japonicus Gifu genome v1.2.
ATGCAGCATCTTTTGGATTATAATGATCGACCTGATCTCACCCATGAAGATCGAGAAATGGTGATTGAAGATCTGGTACT CTTCAGCGAACGACCACTGTTTTACCACAAACAATTTTTTTTTTCACTGTAGTGCTTTGTGGGGGGGGGGGGGTGTGTGG GGGGGATATTCTGTAACTGTAAAATGGGTTTTGCAATTTCTTTTTCTAGTACACTTTCTTTTATTCTCATAAACATTCGA TTTGGTAGGTGAGAGAGATAACTTCAATATGGCAGACAGATGAGCTTAGGCGCCAGAAACCTACACCAGTTGATGAAGCT AGAGCTGGTAAGCTGCTTGAGTATTATTTGTTAGATATAAAACCATTCATATTCCTTACCTGAAAGATTAAGCTTTTTAG TTAGTATTCCTTAACAATGTTAAGTCCCTTCTGACCAAGTGGTCATGAGTTTGGTCATTCTCAACACCTAATAGCTTAAC TCTTGAAATTATATATGTCAGATGTTGTATGATTTGATTCACTGAAAAAAAGTGGAAGAACACCTCAGTTTATTTCTCAA TTCTCCCAGGGTTGAATATTGTGGAGCAGTCACTCTGGAAAGCTGTTCCTCGTTATTTACGTCGGGTCAGCAATGCTTTA AAGAAGGTTTGTTCACCTTTAATTTTTGTCAATGAATTTGTAGATTCTTCCCCTTTAAGATTTTCAATGCAATCGATCCT TCCTTGCAGCACACGGGAAAACCACTTCCATTGACTTCCACTCCCATAAAGTTTGGATCTTGGATGGGAGGTGATCGAGA TGGAAACCCAAATGTGACAGCAAAGGTAGGCTTTTTAAAATTCCATTCATGCTACCTGTACTTCATGGTTTTATTTTTAT TTATTTTTCCCAATAACTAAAGGAGTCTTTCTGAACAGGTGAGAAGTTTTCTGATAGTGGAAGCATAGTTGAATTTTGTT ATAACATTATATTGTTGACAATCTGAACATTTGCTGTGTGTCTGTCATTTGGGGAAGCACAAGTTTATTGATGATTGAAC TGGGAAAACTGTATACAAAAATAAATGAGTGATCAATATGTTAAATATTTCTTTGAATAATATTCTTGGAGCTTTGCCAA TTACATATTTTTTGATAACTTTTACATAGAGGCGGCTTTGTTAGAAAGTTGATAGCCAATATAAAGTTTTGTAAGAAAAT TTGGTTTTTGATTTGGCCCAGTGGCATCAGTTGATCCATTTTGTCCATTCCACAAAGTGCGGGATAATTGATAAATCTAG ATTGTTGTTGTTGTTATTATTGTTGTTGCTGCTGCTGCTGTTATAGTTTTCAAAAGGTGGTGGCAGGATGTGCATCGGTG TTTCAATTGTTGAAGTCTGTTGCTTGTAATTTAAACATTATCACTAAAATGCCTGAATGTATCCGGGTTATCTAGGAGTG GAGTTTTGTAGTTATAGAATATTTACTTTAGTGATTTTGATTTGTTCCTGAAAATCTTGAACTTCTGTAATTGGTTTCCC TTTTGTTCTTCAGGTCACAAAAGATGTTTCACTTTTATCAAGATGGATGGCAATTGATCTCTATGTTCGGGAAGTGGATA GCCTGAGATTTGAACTATCCATGAACCGGTGTTCTGATGAGTTGTCCAGACTGGCACATGAAATTCTAGAAGGTTATTCA GTTTAATATTGTATTAGTTGATATCTTCCAAATGCTAGTGAACGATGTAGTCTTCTTTGTTTGTAACTTTGTATCATGTG ACCACTGAATACCATTTGTCCAGAAGTATCATAGGCTCATTGCATACAACCAAATTGAAATGATTATAGAAGAATAAAGT TGAATATTTTCAGTTTAGTTTGTTAGATTATCATATGAACTTTATAGTCTTTTTTAAAACCTTACCATTATGGATTATGT CATTGTTTAAATGAGCGATGGTAGTCTATGTGTATTTACTCTTGTGGCTCTGTAATGTGTTTGATCCCTGTCTGGTCTAT TTTATGCATTTTTCCTATGGTGGTTGGAGGCATTTGGAATACCTTTAAAGTTATCCTGGATTGGTGACAGATCCACTTTC TGGCCATGCTAATAACTCACCAAATTTTTTGGTCATACTTTTTTCTTGTTTTCAATGACATAAACCTGTTGACTTTTATG TCTAATTCACTCTCTCAAATTTTGTCCAATTTAAGGATATGAGATTGACTGTAGCTGCTAATGTGATGTAAAAACTTAAG AGCTAACTACATAGTTTCTGTGGAATATTTCTAAAGGTTTCATATAATTTCAAATGGGAGTTTTCTTCCAGTATCACTAC CTTTGTCAATATATTAGACTTGTATTTATATGATCAGTGGCAGATATTTCTATGTGCACAATGTAGTGTTCTTTATATTA TGGTTTGCCACTGTCCTCAAGACATGCTTGATACTCTTTTAATGCATGTAATAGTTGATCACCACTTCTTTCTTTTCAGA AGCTAATAATGAGAACCAATGCGAGCATTGGAATCAATCTGCGAGTAGAAGTCAATTGAAAAATCAAAATCCTTCACTTC CAACTAAACTTCCATCTAGAGCTCATTTACCCTCTTTTGCTGGTATACATTAGTTTGCTCAAAATTTCTGTCTAGCCATT TGTTTGCTTTTCATGTTTTAGTGGGAATTTCCTCTCTAAGAACTGCATAAAAATATTCACATGTCTTTATGTGTCTCGTA ACTATACTATTCTTTAGGGAACTCCCCTTACTGATTGCATGATATTGAAATGGAATTCCACCAATTTCTAAGATAACTTG TTCTTCTTCATGCATGAGGATAAGGTGCATTTTAATTCATTTGTTGACACATGACAATAAATTCCTGGCTCCTCCTCTCC TGCACCATGGTTTTTGGGGGGACACACACACACGCGCATGGTTTTTGGGGTGATCTCACCTTTTATCATTCTGCCAATTG CTTATTTGAGCGCGCACACACACACACACACACATTCTTGCCCTAATCAAATATATCTCATTATCTATTTCAAAAATCTG GTTTAAACATATTCTTTCATGTAGAAAATGGTCAGTCTGAGCATCCCAGACTCGACATTCCGGGATCTGATCACAATAAA CTCAATCACAAGGTATATGAATTCAGTAATTATAGGATTTCTTAATTTTCCATTGAATCCTAGATTATATAAATGTCTAC ATATTTTCACTGATAGGATGGTAAGTTTTCACGTTCAACTAAGAGCGATGGTGGAAGTTGCAAAATTCATTCATCGCTAG CAAGTCCAGCTAATTCCAATGCTTCTTCACCACCTTCAATTTCACGCTCTCCTTCTCAACAACTTCTTGCTCAGAGGAAA TTGTATGCGGAATCCCAGATAGGAAGATCAAGTTTTCAGAAGCTTTTGGAGCCAAAGCTCCCTCAGCGTCCGGGAATTGC TCCTTACAGAGTTGTCCTTGGGAATGTAAAAGATAAGGTATTACTTCTGATTTACTTGAATTATACTTCAAAGATGACTG ACTGTATGTACATCATAGATATTCAATTTCTGCTGTTGTACTTTATACAATGCATGTTATATATGTTGCTTCTTTCCTCG AGGTTATTAGCTTTATACCCTGACCTATGCTAGAGCCTAGATGTGTTCCTGTGCTGGTTCTATAAAGGCTTTAAATGAAT CCTTCAGACAGTAGTTTGAAAAGAAAATAACTGATGTTGCATAGTCTTAGAATTTGGGAGGCCTAACTCAACCCCAAAAG CTAGCTCAAGAGGCCAGGATTGTCTTCCCATATATAAGGGTTATCTTGGTCATATGAGGAGCCACACTTAATATGGTGAA AGCACATTGTGTTTTGTTCAAAGGTTGTCAAATGATCTTGAGATAAATCTATTGCTTAGTTCGAGGCCTTTCACTTGGCG GATGCTTATATAGACAGCATCATTTGTGCTAGTGTGTGTATAATGTAAAACATATATTTCCCCATTTGATTAGAATAATT GTCCATAAAGGGTTTGGTTCTGTATGTGTCATTAAGACTAATTCATATCTGCATATGTTACTGAACTTGCTAATTTTATA TATTGTCATGTTAGTTGGTAATTTTAAATTGTCAATCTATGGTGAGATAGTAAATGCTTACATCTTCTGTTCCATGTGTT TTAGCTTCTGAGAACTCGTAGATTATTGGAGATTCGTCTAGAGGAAGGTCCATGCGAACACAATCCTTCTGATTACTTTG AAACTAAAGATCAGCTTTTGGAACCTCTGCTCCTCTGTTATGAATCTCTGGTACTCTTTAACCTTCTCCTACCCATCTTT CCTCCAAGGTTGTCCAAATTTATTATTTAGCTCTCCATTTCTTCAGCAATCATGTGGATCCGGGGTGCTAGCTGATGGTC GACTTGCTGATCTGATTAGAAGAGTTGCTATCTTTGGCATGGTGTTAATGAAGCTTGACTTGCGTCAGGTCTGATTTAAG GTTTTTGCTCATTTTTGTTTGGATAACAAGTTGTGTCCTGAAACTAGCAGTGTGACAGGAATCTACCAGACATGCTGAAA CACTGGATGCAATTACAAGGTATTTGGATATCGGAACATACAGTGAATGGGATGAAGAAAAGAAACTGGACTTCTTAACT AAAGAACTGAAAGGGAAGAGGCCACTGGTTCCATATGGTATAGAGGTGAGATGGATAATATATACTAAGGCACCAGCTTT ACGAGCTTTGTATCTAGGGACCAAAAACTTATTTAAGCCTATTTTTATTTTAGATACGGAAAGAAGTTGATATTTTTAAA ATTCATATCTATTTTATTTTCATTTATTTATATGAATGATTGAATTTTGAATGTGTTGTTTTGTATAACTGAAATCTACA ATTTAGACTCGTTCTATATCTTGCTTTTTGTTCTTTTTTATGCTTTAAGTGGAGTAGCAAAATTGTTTTGATGCTAAACT CCATATCTCTGAAGTTAATTTGTTGTGCAGCAAATCATGGATACTACTACCACTGCACTATGAGGAGCTTCCTAGTTGAA TTTCGTCATTAAACGAACCATGATATGCTGCATGCTCATTCCAATGTTCTTTCCTAGTTTATGCTTTAAATAAATGTAAT ATTTTTTTGGATTTTCTGGCTATCCCCACAATCTAATTTTGGTATCCTAGTTAGACTCAAAATATAAGATTATTTGTCGA ATTTTAGCCTAGATACAAATTTTTTTCTTTTCTATTATTTTTTGGCCTGATTTTATGCACCAATTCCAAACTCTTGAGGG AATACTTGTTGAAATTCTTCGTGTTTTATTACTTCCTTTCAGAATTGAAAAACAAAAAGAAAATGAAGAAAATAATGATA TAGTAAGAGTGTAATGAGATCTGAAACAGTTCTTGTTCTCATTATATGTATTGTGGGTTAACGAAATTCCTGATTGAAGC ATATGCCTTCTGAAACTTTGTTTGTAACCTCAGCGATGGATTGATCCTGATCCATCGTTCAAGTTCTAATTCGATATTAC ATCCTTTCATTATCAAACCCGTTTGACCAGGGTATTTATTTCTTAATGGGAATTAAATTCATCTCCCTGAATTTCTGTTT TTGATTCTATCTGGATTTATTCCTTTCAGGTTTCTCCAGATGTTAAAGAAGTCTTGGACACATTCCAAATTGCTGCTGAG CTTGGAAGTGATTCACTTGGAGCCTATGTTATCTCCATGGCCTCAGATGTATGATTAACTGCCATTACTTTTACAAATTA TACATTGACTTTGTCATTGCAACTCCAATTTAGGTTCTGAACTCAACTGACCTTTTGACATTGAATCATTTCTTTGAGGT GTTTGGCAATCATTTATTGACTTTTTTTTCTTCTTCTTCTTGTTTGATTTTACAGGAAAAGAGTCATTTTTGTTTTATTC TTTGGAGCCGATGTTGATAAAATTTAGTTATTTAATATATTATTTCCATTTTAACCCTACAGTGGCACAACCTGCAAAAG AAAGCATCTAGGGACTAGGATATTCGAAATGAGCTGTTACTTGTTAGCCTTAATATTGACAGTTTCTACATTGCTTGATT CTCAGGCAAGTGATGTCCTTGCAGTAGAGCTTTTACAGAAGGATGCACGGCTTGCTGTTAGTGGGGAGTTAGGAAGAGCA TGTCCTGGTGGAACGTAAGTACGGAACTGAAATGTTTGTATCCATTGAGTAGAACTAATCTAATGATCTTTATTACACTT ACCTGATCATCACGATGCTTGAGATGTAAAATCATTCTTGCAATTTGTATCTTCATGTATATATTATTCTCCAAGTTAAA AATTGGAATAAATGTGTGAATCATGTATATTACATGTTAGCTATACTCATACACTCATGATTCATGCATGTAAATTTTAT ATTACAATGCTTGTCAAGTCCAAGAAACTTAAGTCAATTTTCTTGTTAGTGTTTGGAAAATGAGTAGCAGGACTTGCCTG ATCTTATAATTTAGAATCAGAAGAACACTCTAGTTTTCATTATTTGTATTGGGTCAAAAGTTAAGGTGGTAGGAGAAGAG AAATTTTATGATTTGACTATGACAAGTTTGTGGTAAATTTCTGGATAATTGGTCTCAAGACTCCCCAGCACTAAAAAATT ATCCGTTCAGTTAGAATGTTTGAAATTTAAAGACATGCATGTTTCCAACACAGGCTACGGGTGGTTCCTCTATTTGAAAC TGTCAAGGACCTAAGAGCTGCTGGTTCAGTTATTAGAAAGCTGTTATCAATTGATTGGTATCGCCAACACATCATTAAAA ACCACAATGGGACTCAAGAGGTACTTTTTAACTAGAGATTCTTTTCATTTATAATATAGCTATTATGGGGAACTTGTGCT AATATTATGAATTCCAATATGCAGGTTATGGTTGGGTATTCTGATTCTGGTAAAGATGCTGGGCGCTTTACTGCTGCTTG GGAACTTTACAAAGCTCAAGAGGATGTTGTGGCTGCTTGCAATGAGTACGGTATTAAGATTACCCTGTTCCACGGCCGTG GAGGGAGTATTGGTCGCGGTGGTGGCCCAACGTATCTAGCTATTCAGTCCCAACCACCTGGCTCTGTCATGGTGGGTTAT GAATCTGAACCATAGTTATTAGTTTGATATCTAAATGCAATAGTCTGAATTTATGTTTCACTTTCATTTTAGAAAAACCC AGCTGTTTCAAACTGATGGTATTAATCTATACTTTTGTTAATTTTTCTGGAACATAGTTCGAATCCAGAACTACACTTAT AAGGGGCCGGGGTGTTAGTTAATTCAAGAATCATCTTCCTCATGATCATAATAGGGAGGCAATGTACATATAAATTATTG AGCTGCTGCTAGTGGGTTATCATAGAAACTTGTCATGCATTTTATGTTTCTTTTGTTCATATTGTTGATTTTCTGATTTT TATGTCTCGTAAACCATGAAATTGTCCAAGATTAAGTATCAGCTAGCATTCAGTAAGCCAAACAACTCTTGAGACAAGAA GATAATTTGAAATTTATTATTTACTTGACAGCCAAGCTATATGTTTAACTATGCGAACTACATTTTGGATCATCTTTCCA TTTAGTCTCCTGGAAAATCCGTCTTGCTTTTGATTTGCTGTCATCTGCATAGACATTGGAAGCACAATTTTGTTCCATCT TTAACTGCATGTTATACATAACAATGCTCTAATAAATGATACTCCTCTGGTGTGTTTACACGTAGGGAACTCTTCGGTCA ACTGAGCAGGGGGAGATGATACAGGCCAAGTTTGGGTTGCCACAGACTGCTGTAAGACAGCTTGAAATATACACAACAGC TGTGCTACTTGCAACCCTTCGTCCACCGCTCCCGCCCCGGGAAGAAAAATGGCGCAATGTCATGGAAGATATTTCACAAG TCAGTTGCCAGTGTTACCGCAGTGTAGTCTATGAAAATCCAGAATTCTTGTCCTACTTCCATGAAGCTACTCCTCAAGCA GAGCTTGGCTTCCTCAACATTGGTAGCCGCCCCACAAGAAGAAAGAGCTCATCAGGAATTGGACACCTTCGTGCCATACC ATGGATATTTGCATGGACCCAAACCAGATTTGTTCTTCCATCCTGGCTTGGAATTGGAGCAGGTTTGAAAAGTGCCTGTG AGAAAGGACAAACAGAAGAGCTCAGAGCCATGTACAAAGAATGGCCTTTCTTTCAAAGCACAATAGACCTGATTGAGATG GTTCTGGGAAAAGCAGATAGTCCCATTGCTAAGCACTATGATGATGTTCTCGTGTCAGAGGAGAGAAAGGAACTCGGTCG TCAACTACGGAGCGAGCTTGAAACAACTGGGAAGTTTGTACTTGTTGTTTGTGGGCAGGAGAAACTTCTGCAGAATAATA GGACCTTAAGGAGGTTGATTGAGAATAGACTTCCTTTCCTCAATCCCATGAACATTTTGCAGGTGGAGATACTTAAGAGG TTAAGATGTGATGATGACAACCATAAAGCCAGAGATGCTTTGCTCATCACAATTAATGGTATTGCAGCTGGAATGAAGAA CACAGGTTAA
CDS sequence (LotjaGi2g1v0283600.3) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGCAGCATCTTTTGGATTATAATGATCGACCTGATCTCACCCATGAAGATCGAGAAATGGTGATTGAAGATCTGGTGAG AGAGATAACTTCAATATGGCAGACAGATGAGCTTAGGCGCCAGAAACCTACACCAGTTGATGAAGCTAGAGCTGGGTTGA ATATTGTGGAGCAGTCACTCTGGAAAGCTGTTCCTCGTTATTTACGTCGGGTCAGCAATGCTTTAAAGAAGCACACGGGA AAACCACTTCCATTGACTTCCACTCCCATAAAGTTTGGATCTTGGATGGGAGGTGATCGAGATGGAAACCCAAATGTGAC AGCAAAGGTCACAAAAGATGTTTCACTTTTATCAAGATGGATGGCAATTGATCTCTATGTTCGGGAAGTGGATAGCCTGA GATTTGAACTATCCATGAACCGGTGTTCTGATGAGTTGTCCAGACTGGCACATGAAATTCTAGAAGAAGCTAATAATGAG AACCAATGCGAGCATTGGAATCAATCTGCGAGTAGAAGTCAATTGAAAAATCAAAATCCTTCACTTCCAACTAAACTTCC ATCTAGAGCTCATTTACCCTCTTTTGCTGAAAATGGTCAGTCTGAGCATCCCAGACTCGACATTCCGGGATCTGATCACA ATAAACTCAATCACAAGGATGGTAAGTTTTCACGTTCAACTAAGAGCGATGGTGGAAGTTGCAAAATTCATTCATCGCTA GCAAGTCCAGCTAATTCCAATGCTTCTTCACCACCTTCAATTTCACGCTCTCCTTCTCAACAACTTCTTGCTCAGAGGAA ATTGTATGCGGAATCCCAGATAGGAAGATCAAGTTTTCAGAAGCTTTTGGAGCCAAAGCTCCCTCAGCGTCCGGGAATTG CTCCTTACAGAGTTGTCCTTGGGAATGTAAAAGATAAGCTTCTGAGAACTCGTAGATTATTGGAGATTCGTCTAGAGGAA GGTCCATGCGAACACAATCCTTCTGATTACTTTGAAACTAAAGATCAGCTTTTGGAACCTCTGCTCCTCTGTTATGAATC TCTGCAATCATGTGGATCCGGGGTGCTAGCTGATGGTCGACTTGCTGATCTGATTAGAAGAGTTGCTATCTTTGGCATGG TGTTAATGAAGCTTGACTTGCGTCAGGAATCTACCAGACATGCTGAAACACTGGATGCAATTACAAGGTATTTGGATATC GGAACATACAGTGAATGGGATGAAGAAAAGAAACTGGACTTCTTAACTAAAGAACTGAAAGGGAAGAGGCCACTGGTTCC ATATGGTATAGAGGTTTCTCCAGATGTTAAAGAAGTCTTGGACACATTCCAAATTGCTGCTGAGCTTGGAAGTGATTCAC TTGGAGCCTATGTTATCTCCATGGCCTCAGATGCAAGTGATGTCCTTGCAGTAGAGCTTTTACAGAAGGATGCACGGCTT GCTGTTAGTGGGGAGTTAGGAAGAGCATGTCCTGGTGGAACGCTACGGGTGGTTCCTCTATTTGAAACTGTCAAGGACCT AAGAGCTGCTGGTTCAGTTATTAGAAAGCTGTTATCAATTGATTGGTATCGCCAACACATCATTAAAAACCACAATGGGA CTCAAGAGGTTATGGTTGGGTATTCTGATTCTGGTAAAGATGCTGGGCGCTTTACTGCTGCTTGGGAACTTTACAAAGCT CAAGAGGATGTTGTGGCTGCTTGCAATGAGTACGGTATTAAGATTACCCTGTTCCACGGCCGTGGAGGGAGTATTGGTCG CGGTGGTGGCCCAACGTATCTAGCTATTCAGTCCCAACCACCTGGCTCTGTCATGGGAACTCTTCGGTCAACTGAGCAGG GGGAGATGATACAGGCCAAGTTTGGGTTGCCACAGACTGCTGTAAGACAGCTTGAAATATACACAACAGCTGTGCTACTT GCAACCCTTCGTCCACCGCTCCCGCCCCGGGAAGAAAAATGGCGCAATGTCATGGAAGATATTTCACAAGTCAGTTGCCA GTGTTACCGCAGTGTAGTCTATGAAAATCCAGAATTCTTGTCCTACTTCCATGAAGCTACTCCTCAAGCAGAGCTTGGCT TCCTCAACATTGGTAGCCGCCCCACAAGAAGAAAGAGCTCATCAGGAATTGGACACCTTCGTGCCATACCATGGATATTT GCATGGACCCAAACCAGATTTGTTCTTCCATCCTGGCTTGGAATTGGAGCAGGTTTGAAAAGTGCCTGTGAGAAAGGACA AACAGAAGAGCTCAGAGCCATGTACAAAGAATGGCCTTTCTTTCAAAGCACAATAGACCTGATTGAGATGGTTCTGGGAA AAGCAGATAGTCCCATTGCTAAGCACTATGATGATGTTCTCGTGTCAGAGGAGAGAAAGGAACTCGGTCGTCAACTACGG AGCGAGCTTGAAACAACTGGGAAGTTTGTACTTGTTGTTTGTGGGCAGGAGAAACTTCTGCAGAATAATAGGACCTTAAG GAGGTTGATTGAGAATAGACTTCCTTTCCTCAATCCCATGAACATTTTGCAGGTGGAGATACTTAAGAGGTTAAGATGTG ATGATGACAACCATAAAGCCAGAGATGCTTTGCTCATCACAATTAATGGTATTGCAGCTGGAATGAAGAACACAGGTTAA
Protein sequence (LotjaGi2g1v0283600.3) extracted from Lotus japonicus Gifu v1.2 Proteins.
MQHLLDYNDRPDLTHEDREMVIEDLVREITSIWQTDELRRQKPTPVDEARAGLNIVEQSLWKAVPRYLRRVSNALKKHTG KPLPLTSTPIKFGSWMGGDRDGNPNVTAKVTKDVSLLSRWMAIDLYVREVDSLRFELSMNRCSDELSRLAHEILEEANNE NQCEHWNQSASRSQLKNQNPSLPTKLPSRAHLPSFAENGQSEHPRLDIPGSDHNKLNHKDGKFSRSTKSDGGSCKIHSSL ASPANSNASSPPSISRSPSQQLLAQRKLYAESQIGRSSFQKLLEPKLPQRPGIAPYRVVLGNVKDKLLRTRRLLEIRLEE GPCEHNPSDYFETKDQLLEPLLLCYESLQSCGSGVLADGRLADLIRRVAIFGMVLMKLDLRQESTRHAETLDAITRYLDI GTYSEWDEEKKLDFLTKELKGKRPLVPYGIEVSPDVKEVLDTFQIAAELGSDSLGAYVISMASDASDVLAVELLQKDARL AVSGELGRACPGGTLRVVPLFETVKDLRAAGSVIRKLLSIDWYRQHIIKNHNGTQEVMVGYSDSGKDAGRFTAAWELYKA QEDVVAACNEYGIKITLFHGRGGSIGRGGGPTYLAIQSQPPGSVMGTLRSTEQGEMIQAKFGLPQTAVRQLEIYTTAVLL ATLRPPLPPREEKWRNVMEDISQVSCQCYRSVVYENPEFLSYFHEATPQAELGFLNIGSRPTRRKSSSGIGHLRAIPWIF AWTQTRFVLPSWLGIGAGLKSACEKGQTEELRAMYKEWPFFQSTIDLIEMVLGKADSPIAKHYDDVLVSEERKELGRQLR SELETTGKFVLVVCGQEKLLQNNRTLRRLIENRLPFLNPMNILQVEILKRLRCDDDNHKARDALLITINGIAAGMKNTG
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 | 879 | 879 | 0.0 | ||
| PANTHER | 1 | 879 | 879 | 0.0 | – | |
| Pfam | 2 | 161 | 160 | 5.1E-46 | ||
| SUPERFAMILY | 3 | 879 | 877 | 2.41E-268 | ||
| PRINTS | 33 | 49 | 17 | 4.3E-11 | ||
| PRINTS | 92 | 107 | 16 | 4.3E-11 | ||
| Gene3D | 120 | 193 | 74 | 3.6E-9 | – | |
| MobiDBLite | 164 | 262 | 99 | - | – | |
| MobiDBLite | 164 | 185 | 22 | - | – | |
| MobiDBLite | 206 | 226 | 21 | - | – | |
| MobiDBLite | 227 | 262 | 36 | - | – | |
| Gene3D | 253 | 374 | 122 | 1.2E-28 | – | |
| Pfam | 277 | 879 | 603 | 3.7E-226 | ||
| ProSitePatterns | 537 | 549 | 13 | - |
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 LotjaGi2g1v0283600.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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