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| Field | Value |
|---|---|
| Gene ID | LotjaGi5g1v0268900 |
| Transcript ID | LotjaGi5g1v0268900.1 |
| Related isoforms 1 | |
| 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|I1LCU6|I1LCU6_SOYBN Uncharacterized protein; Found in the gene: LotjaGi5g1v0268900 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr5:58179989..58189085) extracted from Lotus japonicus Gifu genome v1.2.
TGTGCATTATTGTTGTTGTCAGAAAATCGTTAAGAGTTCCAAAGAGCACTTCCTTCCCTTCCCGCCGTGACTGCCACGTG TTACTTGTTTGACTGCACCTTTTTCCACCTCTGGGTCCCACCCCACCAATTTGTTTGGATCTTCTCTTCTTCCTTAAACA CTCTTATTTTTCCACCTCTCTTTCTTCCTCCTCTATCTGAGTGAGTGAGTGAGTGAGACAAAACACTACACAGTGCTTGC TTGCTTTTCTTGCAGCTACAATGACAGACACCACAGATGATATTGCTGAAGAAATCTCCTTCCAGAGCTTCGATGATGAC TGCAAGCTGCTGGGAAATCTCCTCAACGACATTCTCCACCGTGAAGTTGGCACCACCTTCGTTGACAAGCTCGAACGGAT TCGAGTCCTTGCTCAGGTAGTACAAATTTGTTTTTACTTCAAACCCCACTTCCTTGTTTTGCTTCTTCTTTCAACTTTCA CTATATTATATTATGCCTTTGGTGTTTTATGATGCATGTGATGAATCATGATGAATGATGCATGTGATGTTATGTGAGTT CAATGGATGATAAGAATTATTGAGTGAAGTAGACTGAGGTGAGGTTTCTCTTTTTTGCCTGCAGAGTGCTTGTAATATGA GGCAGGCAGGTATTGTGAACATGGCTGAGCTGCTTGAGAAGCAGTTGGCTTCAGAGTTATCACAGATGACACTAGAAGAA GCTCTCACCCTTGCTCGTGCCTTCAGCCATTATCTTACTTTGATGGGTATAGCTGAAACCCATCATAGGTGAGACAGTAA TTGGCCTTTTACTCTCCTCTCATCATTAGTTGATAATTAGTTTCTGTCGTTCTTTGATACCATAGAATTGTGAAAGTTAA AACATAAGGTGGAATGAAATTTTGGAGGAGATAGGTAAGTAGTTCAAACTTCAAAATCAATTTACTACTAGGTGCATGTT TGGAAATCGTTCTACAATTTATTCTAAAACCAAAAATAATTGTGGGGGAGAAGCTTTTATTGTGATTGATTTGTGAGTAG CTTCTCGATGTCAGAATTGTTTATGAGAAAAGAGAAGTTAATCCAAACTAGGATAAGGTAATCTTTAACAGAAACTCTGC TTTTGCAGGGTTCGGAAAGGAGGGAATATGGCACAAATTTCAAAGTCTTGCGATGATGTGTTCAACCAGCTGGTTCAGGG TGGCGTTTCGCCAGATGAGCTTTATAATACAGTCTGCAAACAGGTATGTGTCTATCTACATAGACTGAGAATCATAGATG AAGGTGACATTCAATTATCACTCTGATGTTTCCTTCTATTATTGGAAGTTGTGGAATGCTATCAGCAGGCTAGGATTAGA AGTCTTGAATCTTAGATATTTTCTTTGTAGATAAAGCTTTTCTTAATAATTTGGAATGTCATGTTTATGTTGCTGGTGTT TCAATCAGTTATCCAGTTCCAGTTTCTTATACTTTTTGAATTTCAATTTTTTTGTTGTTGATTCAGGAGGTTGAAATTGT TCTTACAGCTCATCCCACACAAATTAATCGTCGTACCTTACAATTCAAACACATAAGAATTGCTGTGAGTTTTTTATTGT TTGTTTCAAATGGAATTTTTCTGCCTCAAATATCATATTAGCATTTTTCTCTGACTACTTCCCCCTTCCATGTAGCATCT TTTGGATTACAACGATCGACCTGATCTTAGCCCTGAAGATCGAGAAATGGTGATTGAAGACCTGGTACTATTGCTGAACT GTATTTTCATTCTAGAATGCCACGGTGCTATGTGGGGATGGGAGATAATCTCTTTCACTGCAAAATGGGCTGTGTGATTC CTTTTTTCTGAAAACCTCTCTTCTATTCTCATAGATCATATTGGTTTGGTAGGTCAGAGAGATAACCTCAATATGGCAGA CAGATGAGCTTAGGCGCCAAAAACCCACTCCTGTTGATGAAGCTAGATCCGGTAAGCTGCTTGTTAATATATATGTCAGC TCTTGCGTACTTAATTTCTCATGGAAAGAAAATAGTAATAATCCTGACATATAAGAACTGCTTGTTTTATTTTTGAATTC TCCCAGGTTTGAATATTGTGGAGCAGTCACTCTGGAAAGCTGTTCCTCATTATTTACGTCGAGTCAGCAATGCTTTAAAG AAGGTGTTTCATCTTTAATTCGTGGTCAATTAGCTGAAGATTCTTTTAAGATTTAAATAAAATCTATCGTCTGTTGCAGC ATACTGGTAGGCCACTTCCATTGACTTGCACTCCCATCAAGTTTGGATCTTGGATGGGAGGTGATAGAGATGGAAACCCA AACGTGACAGCAAAGGTGAGGTTTTTTAATATCCATTCAAGTGCACACTGTCTAGTGTCATGTGTGTTTCTGTAAAGAGA AGTTTTAATTCTTATTGTACACAGAGAAATGTAGATGGGAAAAATAAGCTGCCTATTATTATGTCAAATAGTTATATGAA CTATTATTTTATAAATAATTTTCTTGAGGTGGTGACAGCATGTTTCTTCCTGTTTCAAATATTAGAAGCTGTTATTTGTA GTTTAAATATTACTAGAATCTTTTGGCCAAATTTTTGTTGGAGAACATTTATCCTACTAATTTTGCTTTAGTCCTGTAAA TCTTGAAATATTTAATAGTTCTTTATAAGTGTTATTCCTTTTGTTCCTCAGGTCACAAAAGATGTTTCACTTCTATCTAG ATGGATGGCTGTTGACCTCTATATTCGGGAAGTGGATAGCCTCCGATTTGAGCTATCCATGAACCGGTGCAGTGATAGGT TATTAAGACTGGCACATGAAATTCTAGAAGGTTTGTGAGTTGAATTTTGTATCTGGTGAAATCCTACCGGATGCCAATGG ATATAGCTGTCACCTTTGTTTTATATTATGTGACCTGCAAGCACTATTTGTCAAAATTATCACATTTCTTTTGCTCACAA AGACCTGAATGCATGCTTTGGAATCAGTGAAGTTCAATCTTTTTACTTTGATTTGCCTGATATCATTTGAGCAGAACCCT TAATTTTCACTTCAAAGCTTAACTATTTTTGTTCATGTTTGTTTCTAAAATATTAGCACAAAAATTTGGACTAAGAATTT ACAAGGATACACTTACATCTAATCCATTGTCAAATCTCATCTAATTTAATAAGATGGACCCCAGCTGCCTGTGGTAGATA CTGAAGAACTTTGTATAACATATTCCTGGGAGTGTTTTCTGATATTTTAGTTTCAAGCAATGATGTATGCTGTGTGGATA ATATTTCAAAGTTTGGTATGACTGAGACTGTAATGTAGATAATATCTGGTAATGGCATGGGTCTTCACATTTCTTCCGAA ATTATTCTTCTAGTACTTGAAGATATGTTTGATATTTATACTTCTATAATCAACTTCTAAGAGTTGATGGTCAGTTCTTC CTTTACAGAAGCTAACCATGAGAATCGCCGTGAAAATTGGAATCAGTCCGTGAAGAGAAGTCTGTCACTTCCAACACAAC TTCCAGCTAGAGCTCATTTACCCTCTTTTGCTGGTACACATAATAGTTTTAGTAATTATTCTGTCTAGTGTTTTGAGAAT ACCATGTCATCGATGTCCATCATTTTTGTTTTCTAGAATCTCACATTTTCATTTTATTTTGTTGTTCCAACCTTTCTGAT TACATGATATATAAATATTGGGAATCCCTCCTGCGTGTTAATGATGGGCTATTTAATTCATATCCTTCTTGGATTTATTC TTTCATGCAGAAAATGGTGAATCTCAACATCCTAGACTAGACATTCCTGGACCTGATCACATGCAACTCAATGACAAGGT AGATCAGTTCATCAATTCTGGAACTTCTGAATTTTATATAGAATACTAGATAATGTTTTTTATTTATTTATAGGATGGTG GGGTTTCTTCAAGTTCAACTACATTCAAAAGTGGCAATCCCAATATTCGATTATCACTAACAGGCTCAGCAAATTCTAGT GCTTCTTCAGCTGCAGTTTCATCCCCTCCTTCTCTCAACTCTAGTCAATTACTTGCTCAGAGGAAGGTCCAGTTTGCAGA GTCCCAGACAGGAAGGTCCAGTTTTCAGAAGCTCTTGGAGCCACAACTCCCTCAACTTCCTGGTATTGCTCCTTATAGAG TTGTCCTGGGGAACGTAAAAGCAAAGGTATTGTTACAAATTTAAAGAAGCGATAGGTACTTTATAATTGACTGTACTAGT GTTGGTATTGAACGTTTGTTGTTTGTGTGAGAGAAATAAATTATACATGCATGTTATTGTCTCTTTGACATTATTGGCTT TAGTACCCTCACATACGCCTAATAAGTTTTTGGCATTTTTGCATCCTCTGCAAAGGCTTCAAATGATTTCCACTAGACAC TAGTTTGAAAATGAAATAACAGATTGCATAATTTCCTGATTGGGGTACATGTGATGATGTTGAAAGTTTCATATTGAATT CAATTCAGCTTGACTATTTTTTAGTGGATAAATTCAATTCAATTGCAAAATGCACGCCAAATCACAGAATATTGTAAGTT TGGAAAATCAAATGGCCAAAACCACTATAGAATGATATTATTACTGAAGAATGTTACGGTCAATACAGCTATATGGATTG CTTGTATTATTTATTGATTAGTAGTAAGATACTTACATGCTTGTCCTTGATTTTATAGATTTGAGATTTCTCCATGCCTC TAGATTTTAGTTTAGATGAATTGATTTGTCTGTGTTATTTGAGTATCTACTGAATATGAAATAACATTTTTTTCTCTGTT AGTTAACAGTTTTCAATTGAAATTGTTATTATAATTGATGCATGCATCTTCTGTTCCATGTGTCCAGCTTGAGAGAAGTC GCAGACGGTTAGAACTTCTTCTCGAGGATGTTCTGTGTGATTATGATCCTTTGGATTACTATGAGACATCTGATCAGCTT CTGGAACCTCTGCTCATCTGTTATGAATCTTTGGTACTCTTTCTCCTTCTTTCTTTTCCCTGAATGGCTGTCCACACTTG CTATTTAACTCTCTATGCCTTCAGCAATCATGTGGATCCGGGGTGCTAGCTGATGGTCGACTTGCTGATCTGATACGTAG AGTTGCTACCTTCGGAATGGTGTTAATGAAGCTTGACTTGCGTCAGGTCTGATTTAAATTTTATGTTTGTTATTGCTTCT GTAATCAGCTGGGACCTGAAACTATCAGTATGACAGGAATCTGGGAGACATTCAGAAACACTTGATGCAATTACAAGCTA TTTGGATATGGGTACTTACAGTGAATGGGATGAAGAAAAGAAACTAGACTTCTTAACAAGAGAGCTGAAAGGGAAGAGGC CACTAGTGCCTGTTAGTATAGAGGTGAGGTGGTTTAAGAGTTTTTAGTATACCGTTTAACAAACTGTATATCTCGTGGGA TAATAGAGTTACTGTTTGTATTTTATAAAGGGAAAGAAGTTGATATCATGCTCATTCCAATCCTTTTTTATTGATACCTT AAATAAATGTATATTTTTTGATGTTCTATCTATGACTCAAATATCTAATTTTGATATCCTAGTTATATCCAAAAGAAAAA AACCTAAGGCTATTTTAAAAATGCAACCAAGATACAACAATTATTATTTTATCAGGATTAAATAATTAACTCAAAAGAGA AGTTGCTTTTGCTTTATTTATTTGTTACTTATCTATGGTTAATTATCCCTTCCATTCACTTATCAATTCTTTCATAACAT TTAGACCAGTCAACAGATCAAAACCACCTATATTTTTCCAATTCTTAATGATCTAATACGTCCAACTATTCAACTACTTG TGATCATTTAATAGTTTTCTGTTTAACATTGCTGAGTGTTTCTGATTTGTATCTTGATTTTTTTCTTCATTAGGTTCCAG CTGATGTTAAAGAAGTCTTGGATACATTCCGAATTGCTGCTGAGCTAGGGAGTGATTCACTTGGAGCCTACGTGATCTCT ATGGCATCAAATGTATGATTCATTGCTGCTACTCTTACAAATTATGCATACAATTTGTGCAATACCAAATTACCAATTGT AGATTCCAGTCTCACTTGGCCTTTATGGCATTAAAAATACATGCTTTGACAATCTTCAGGTCCTTCATTTTTCTCTTTAT ACTTAGCATTTTATTTTGTGTGGAAAGTCCCTTTCCCTATAGTCTGTCAAGATGGTTTTGATAAATTTTGTTTTCTAATA TGTTATTTGCATTTTAACTTTACAGCTATATTGTGTTAGAAGAGTTGAATTTGGTATTCACCTGAGGATAATGAACTTTT ACTTGATTATTAGGCAAGTGATGTCCTTGCAGTAGAGCTTTTACAGAAAGACGCACTACTTGCTGCTATTGGGGAGTCGG GAAGAGCATGTCCTGGTGGGACGTAAGTATGGAACCCTAGCTGTTTATACTGTTCTGGTTAAAATAAACCATGAGATATT TTTTTAAAAAATGTTTGAAAATTCAGTTGTGGGGATGAAATTGCTGTAATAGCCTGATCATATAAAATATTTGTGCGAGA ATACCTTGTAGTCATTCACTATTTTTACTGGGTCAAAACTCCAAAGTTAAGGTGCTGGATAAGAAGAAAATGTGATAATC TATGAAGTGTTTGTGGTATTTTCCTGGATATCTCAAAAATCTCGGAGGTAATCACAACTGTTTCAGTCTGGTTAGAATGC TTAACTTTCACTGACATGTTTACAATAGGTTGCGGGTGGTCCCTCTATTTGAAACCGTGAAGGACTTGAGAGAAGCTGGT TCAGTTATCCGAAAACTACTATCAATAGACTGGTACCATGAACACATCATTAAGAACCATAATGGGCATCAAGAGGTACC TTTTTAATCAGAGAGATTTATTTCATTTAACGATATGGATATTATGTGAAATTCATGTGATAGAATTACAAATTTTTTTT TTGGTTATTGGGAGGGACTAAGCCCATAGAATTACAAATTTAAATATGCAGGTTATGGTTGGATATTCCGATTCTGGTAA AGATGCTGGCCGCTTCACTGCTGCTTGGGAGCTTTACAAAGCTCAGGAGGATGTTGTAGCTGCTTGCAATGATTATGGTA TAAAGGTTACACTGTTCCACGGCCGTGGAGGCAGTATTGGTCGAGGTGGTGGCCCAACTTATCTGGCTATTCAGTCCCAA CCACCTGGGTCTGTGATGGTAGGTTATGCATCATAACATTTTTAGTTGATTCAAAGACTTTAATTCCTCATGATCATAAG GAAATGATGTAGCATCTGCACTATTGTTGGACTGATGGTGATTAATGGTTAATGTAACCTTTATTTCGTGTTTTTTTGAC TTTGAGTTGTTAACCATGCAACTATCTTGGTTGAATTTTGGAAAATATTCAGTAATCTTACACAACCTTCAGGCTATTTG AGCATCTGAAATTTCTTACTTATTTTTGCATTAAATTCAAGTTGTATGCTCGACTATGAATTGGATTTTAGGTGATGTGA TTACTAGTCGTAAGGAATAAGTTTGATCTCTGATAGGCTGCTTCAACACTCAACAGTGAAATTGTCTAGGTTGAATTTTG GTGAACATCCAGTAATCTTAACAACTTCAAGGCTAGTAAAGCACCTGAAATCTCTTTTTTATTATTCACTTGCACATCAA AATTATGCTCAACTATTAATTGGATGTTAGTTTAATTTAGTCCATGTTATCACTTGTCTTAAGGAGTTGGTTTTACATCT GAAGCTGCTATCTGATAGGACATTTGAACACACAAATTTATCTTTTTCGCGGTACATTGCAGGGAACTCTTCGGTCTACT GAGCAGGGAGAGATGGTAGAGGCCAAGTTCGGGCTGCCACAGATTTCTGTTAGACAACTTGAAATATACACCACAGCAGT GCTACTTGCAACCCTCCGTCCACCTATCCCACCTCGAGAAATAAAATGGCGTAATCTCATGGAAGAGATCTCAAAGATCA GTTGCGAATGTTATCGCAATGTTGTCTATGAAAATCCAGAATTCCTTTCCTACTTCCACGAAGCCACACCCGAAGCAGAA CTCGGCTTCCTTAACATTGGTAGCCGCCCTGCAAGAAGGAAGAGCTCAACCGGGATTGGGAACCTTCGCGCTATCCCTTG GCTATTTGCATGGACTCAAACCAGATTTGTTCTTCCAGCTTGGCTTGGAGTCGGAGCAGGTTTGAAAGGTGCTTGTGAGA AAGGCCACACTGAAGAGCTGAAAGCCATGTACAAAGAATGGCCTTTCTTTCAAAGTACAATGGACCTTATTGAGATGGTT TTGGGGAAAGCTGACATTCCTATAGCTAAGCATTATGATGAAGTTCTTGTGTCAGAGAAGAGGCAAGAGCTTGGCCATGA GCTGAGAAGTGAGCTCATGACAGCTGAGAAGTTTGTTCTGGTGATTAGTGGGCATGAGAAACTTCAGCAGAATAATAGGA GCTTGAGGAGGCTAATTGAGAATAGACTTCCCTTCCTCAATCCTATGAACATGTTGCAGGTGGAGATTCTCAAGAGGTTG AGACGGGACGATGACAACCTTAAAATCAGAGATGCTTTGCTTATCACCATAAATGGGATTGCTGCAGGGATGAAGAATAC AGGTTGAGTTTACTTTTCAAGGAAAATAATGTACATATACCCTTTAAGCAATTCAACTTTGTTCACCCGTTTCCCTATCC TTGCTTTAGATTTGGTTTGTTAAGGAAAGACTGACATAGACAAGTGAATGCCTGAATTGTTTGTTATGAACTTAGAAGGT TATTGTAATATAAGATTGTGATGGAAAATTCTGTTTTTTTCTGCATTTTGGCTCCTACTTCTTACTCTGAAGAATATTTT CTAAACATATTTCTGGGGTGAGAAATGATAATTTCTGTGGACAATCAAATGGAAATGGGGCCAACACTATTCAGCAAGGA ACTAGATTTCAACTCAAATGATTATTCCTATTTTCAATAATGTAATGATCAAATTTGAAAGTTTCAATGTAGTCATCTTT TCAATACTGAAAAATCTAGTAGTACTCATGATTTTTCATTCAATAAATTCTTCACCA
CDS sequence (LotjaGi5g1v0268900.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGACAGACACCACAGATGATATTGCTGAAGAAATCTCCTTCCAGAGCTTCGATGATGACTGCAAGCTGCTGGGAAATCT CCTCAACGACATTCTCCACCGTGAAGTTGGCACCACCTTCGTTGACAAGCTCGAACGGATTCGAGTCCTTGCTCAGAGTG CTTGTAATATGAGGCAGGCAGGTATTGTGAACATGGCTGAGCTGCTTGAGAAGCAGTTGGCTTCAGAGTTATCACAGATG ACACTAGAAGAAGCTCTCACCCTTGCTCGTGCCTTCAGCCATTATCTTACTTTGATGGGTATAGCTGAAACCCATCATAG GGTTCGGAAAGGAGGGAATATGGCACAAATTTCAAAGTCTTGCGATGATGTGTTCAACCAGCTGGTTCAGGGTGGCGTTT CGCCAGATGAGCTTTATAATACAGTCTGCAAACAGGAGGTTGAAATTGTTCTTACAGCTCATCCCACACAAATTAATCGT CGTACCTTACAATTCAAACACATAAGAATTGCTCATCTTTTGGATTACAACGATCGACCTGATCTTAGCCCTGAAGATCG AGAAATGGTGATTGAAGACCTGGTCAGAGAGATAACCTCAATATGGCAGACAGATGAGCTTAGGCGCCAAAAACCCACTC CTGTTGATGAAGCTAGATCCGGTTTGAATATTGTGGAGCAGTCACTCTGGAAAGCTGTTCCTCATTATTTACGTCGAGTC AGCAATGCTTTAAAGAAGCATACTGGTAGGCCACTTCCATTGACTTGCACTCCCATCAAGTTTGGATCTTGGATGGGAGG TGATAGAGATGGAAACCCAAACGTGACAGCAAAGGTCACAAAAGATGTTTCACTTCTATCTAGATGGATGGCTGTTGACC TCTATATTCGGGAAGTGGATAGCCTCCGATTTGAGCTATCCATGAACCGGTGCAGTGATAGGTTATTAAGACTGGCACAT GAAATTCTAGAAGAAGCTAACCATGAGAATCGCCGTGAAAATTGGAATCAGTCCGTGAAGAGAAGTCTGTCACTTCCAAC ACAACTTCCAGCTAGAGCTCATTTACCCTCTTTTGCTGAAAATGGTGAATCTCAACATCCTAGACTAGACATTCCTGGAC CTGATCACATGCAACTCAATGACAAGGATGGTGGGGTTTCTTCAAGTTCAACTACATTCAAAAGTGGCAATCCCAATATT CGATTATCACTAACAGGCTCAGCAAATTCTAGTGCTTCTTCAGCTGCAGTTTCATCCCCTCCTTCTCTCAACTCTAGTCA ATTACTTGCTCAGAGGAAGGTCCAGTTTGCAGAGTCCCAGACAGGAAGGTCCAGTTTTCAGAAGCTCTTGGAGCCACAAC TCCCTCAACTTCCTGGTATTGCTCCTTATAGAGTTGTCCTGGGGAACGTAAAAGCAAAGCTTGAGAGAAGTCGCAGACGG TTAGAACTTCTTCTCGAGGATGTTCTGTGTGATTATGATCCTTTGGATTACTATGAGACATCTGATCAGCTTCTGGAACC TCTGCTCATCTGTTATGAATCTTTGCAATCATGTGGATCCGGGGTGCTAGCTGATGGTCGACTTGCTGATCTGATACGTA GAGTTGCTACCTTCGGAATGGTGTTAATGAAGCTTGACTTGCGTCAGGAATCTGGGAGACATTCAGAAACACTTGATGCA ATTACAAGCTATTTGGATATGGGTACTTACAGTGAATGGGATGAAGAAAAGAAACTAGACTTCTTAACAAGAGAGCTGAA AGGGAAGAGGCCACTAGTGCCTGTTAGTATAGAGGTTCCAGCTGATGTTAAAGAAGTCTTGGATACATTCCGAATTGCTG CTGAGCTAGGGAGTGATTCACTTGGAGCCTACGTGATCTCTATGGCATCAAATGCAAGTGATGTCCTTGCAGTAGAGCTT TTACAGAAAGACGCACTACTTGCTGCTATTGGGGAGTCGGGAAGAGCATGTCCTGGTGGGACGTTGCGGGTGGTCCCTCT ATTTGAAACCGTGAAGGACTTGAGAGAAGCTGGTTCAGTTATCCGAAAACTACTATCAATAGACTGGTACCATGAACACA TCATTAAGAACCATAATGGGCATCAAGAGGTTATGGTTGGATATTCCGATTCTGGTAAAGATGCTGGCCGCTTCACTGCT GCTTGGGAGCTTTACAAAGCTCAGGAGGATGTTGTAGCTGCTTGCAATGATTATGGTATAAAGGTTACACTGTTCCACGG CCGTGGAGGCAGTATTGGTCGAGGTGGTGGCCCAACTTATCTGGCTATTCAGTCCCAACCACCTGGGTCTGTGATGGGAA CTCTTCGGTCTACTGAGCAGGGAGAGATGGTAGAGGCCAAGTTCGGGCTGCCACAGATTTCTGTTAGACAACTTGAAATA TACACCACAGCAGTGCTACTTGCAACCCTCCGTCCACCTATCCCACCTCGAGAAATAAAATGGCGTAATCTCATGGAAGA GATCTCAAAGATCAGTTGCGAATGTTATCGCAATGTTGTCTATGAAAATCCAGAATTCCTTTCCTACTTCCACGAAGCCA CACCCGAAGCAGAACTCGGCTTCCTTAACATTGGTAGCCGCCCTGCAAGAAGGAAGAGCTCAACCGGGATTGGGAACCTT CGCGCTATCCCTTGGCTATTTGCATGGACTCAAACCAGATTTGTTCTTCCAGCTTGGCTTGGAGTCGGAGCAGGTTTGAA AGGTGCTTGTGAGAAAGGCCACACTGAAGAGCTGAAAGCCATGTACAAAGAATGGCCTTTCTTTCAAAGTACAATGGACC TTATTGAGATGGTTTTGGGGAAAGCTGACATTCCTATAGCTAAGCATTATGATGAAGTTCTTGTGTCAGAGAAGAGGCAA GAGCTTGGCCATGAGCTGAGAAGTGAGCTCATGACAGCTGAGAAGTTTGTTCTGGTGATTAGTGGGCATGAGAAACTTCA GCAGAATAATAGGAGCTTGAGGAGGCTAATTGAGAATAGACTTCCCTTCCTCAATCCTATGAACATGTTGCAGGTGGAGA TTCTCAAGAGGTTGAGACGGGACGATGACAACCTTAAAATCAGAGATGCTTTGCTTATCACCATAAATGGGATTGCTGCA GGGATGAAGAATACAGGTTGA
Protein sequence (LotjaGi5g1v0268900.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MTDTTDDIAEEISFQSFDDDCKLLGNLLNDILHREVGTTFVDKLERIRVLAQSACNMRQAGIVNMAELLEKQLASELSQM TLEEALTLARAFSHYLTLMGIAETHHRVRKGGNMAQISKSCDDVFNQLVQGGVSPDELYNTVCKQEVEIVLTAHPTQINR RTLQFKHIRIAHLLDYNDRPDLSPEDREMVIEDLVREITSIWQTDELRRQKPTPVDEARSGLNIVEQSLWKAVPHYLRRV SNALKKHTGRPLPLTCTPIKFGSWMGGDRDGNPNVTAKVTKDVSLLSRWMAVDLYIREVDSLRFELSMNRCSDRLLRLAH EILEEANHENRRENWNQSVKRSLSLPTQLPARAHLPSFAENGESQHPRLDIPGPDHMQLNDKDGGVSSSSTTFKSGNPNI RLSLTGSANSSASSAAVSSPPSLNSSQLLAQRKVQFAESQTGRSSFQKLLEPQLPQLPGIAPYRVVLGNVKAKLERSRRR LELLLEDVLCDYDPLDYYETSDQLLEPLLICYESLQSCGSGVLADGRLADLIRRVATFGMVLMKLDLRQESGRHSETLDA ITSYLDMGTYSEWDEEKKLDFLTRELKGKRPLVPVSIEVPADVKEVLDTFRIAAELGSDSLGAYVISMASNASDVLAVEL LQKDALLAAIGESGRACPGGTLRVVPLFETVKDLREAGSVIRKLLSIDWYHEHIIKNHNGHQEVMVGYSDSGKDAGRFTA AWELYKAQEDVVAACNDYGIKVTLFHGRGGSIGRGGGPTYLAIQSQPPGSVMGTLRSTEQGEMVEAKFGLPQISVRQLEI YTTAVLLATLRPPIPPREIKWRNLMEEISKISCECYRNVVYENPEFLSYFHEATPEAELGFLNIGSRPARRKSSTGIGNL RAIPWLFAWTQTRFVLPAWLGVGAGLKGACEKGHTEELKAMYKEWPFFQSTMDLIEMVLGKADIPIAKHYDEVLVSEKRQ ELGHELRSELMTAEKFVLVISGHEKLQQNNRSLRRLIENRLPFLNPMNMLQVEILKRLRRDDDNLKIRDALLITINGIAA GMKNTG
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 | 1046 | 1046 | 0.0 | ||
| PANTHER | 1 | 1046 | 1046 | 0.0 | – | |
| Hamap | 9 | 1046 | 1038 | 17.594 | ||
| SUPERFAMILY | 19 | 1046 | 1028 | 2.93E-296 | ||
| Pfam | 145 | 331 | 187 | 5.0E-58 | ||
| PRINTS | 149 | 162 | 14 | 1.6E-17 | ||
| ProSitePatterns | 150 | 161 | 12 | - | ||
| PRINTS | 202 | 218 | 17 | 1.6E-17 | ||
| PRINTS | 261 | 276 | 16 | 1.6E-17 | ||
| Gene3D | 289 | 361 | 73 | 3.9E-8 | – | |
| MobiDBLite | 358 | 423 | 66 | - | – | |
| MobiDBLite | 382 | 423 | 42 | - | – | |
| Gene3D | 421 | 541 | 121 | 1.1E-27 | – | |
| Pfam | 425 | 1046 | 622 | 1.1E-221 | ||
| Coils | 467 | 491 | 25 | - | – | |
| ProSitePatterns | 704 | 716 | 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 LotjaGi5g1v0268900.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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