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| Field | Value |
|---|---|
| Gene ID | LotjaGi5g1v0056100 |
| Transcript ID | LotjaGi5g1v0056100.1 |
| Related isoforms 5 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Aspartate aminotransferase; TAIR: AT4G31990.1 aspartate aminotransferase 5; Swiss-Prot: sp|P26563|AATM_LUPAN Aspartate aminotransferase P2, mitochondrial; TrEMBL-Plants: tr|O22618|O22618_LOTCO Aspartate aminotransferase; Found in the gene: LotjaGi5g1v0056100 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr5:9488792..9500151) extracted from Lotus japonicus Gifu genome v1.2.
CTACAATTTTATATTCATTTTGAATTTTTTTATAAATCGATTTGTGATTGATAATCACTTCGCACTCATCGCCCACAGTT TCGTTCTCTCGGTAACTTGTATCTTCACTTTTTAAAGTGATTCTCGCAATCTTTCTTTAATCTCATCGTTCCCTCCGCAA TCCAATTTCGATTCATCCGGTACGCCATTAAACCACTCTGCAACTAGATCCATCACTCTTTCATTTCACTCGAGTTTGGT TGTAACCGTTTCCGTTATTTCTGTTGTGGTCGGTTTGTTTCCGTTGCAGATGGCGGCGTCTTCAGTGTTCTCTGTAGCTT CACACTCTGTTTCGCCTTCGAATCACCATGCTCACAAGGTTCACAAATGCACACACACTAAACGCATTTTATTGAATGAA TTTTTTTTTTTTTTTTGTAATGATTTGATGTTGATTTTGAACAGGGAAAAACCAAGATTGGAGGTAGCGGTTTGAGATTG GCAAATTCAAGGGTGTGTACTAGCAACTCAGCTTCTCACTTTAATTTCAGTTATTTATTTATTGCTTTGATTGGTGTGTA CTGTGTACTATGATGATTTTGTAATGATATTACTTTATGATCAATAGGGTAGGACTATTGGTACACTCCATGTTACTTAT TCATGCTCTTCACTAACTAACTACGTTTAATTGCGATATGTTAAATGTTTTTGTTGCGATTTAGGATTACCCGGAGTCCG GGAAATCCTAAATTAATGGCCATGGGTAAGGAATCTGAGCAGTTCGATCAAGATTGGACAGCTTGAATTTTGAGCTTATC TGTGACATCTGATCTTTAATGAAACATATAAGCCGTCTAATCTTGATCAAACAGCTCAGATTACTTAAATGCATTAAATT AAGATTGTCTTGACTGCAGAGAACCCATATGCGTTTTGATGTTGAGGATAAGAGTTTCAAAAGTGATTTTTTTTTTATTT GAAAGAGAGGTGATTGATTATACCTTTGTATTTTCAATGTAATTAATATTAATCTCACTTTAGTTGTTTTTTTAATTCAA TTCAACCGATTATTAATTATAATCCTACTATTGTGTTCATAATTGGCGGAAGAAATTTGTTATAGTTGTCATTAAAAGTA ATTCGTAAGGAGTGTGAATAGACAACTAGGAGCGTCAAATTAATTATCTTTTTTGCTGTATCCTAATCTTATGTATGTCA ATTTTGGTTCAGTCTTCTGGCAGTGGCCGGATCTCTATGGCTGTTGCTGTTAATGCTTCTCGATTTGAGGGAATACCGAT GGCTCCACCTGATCCAATTCTCGGAGTTTCTGAAGCATTTAAAGCGGACAAATGCGATCTCAAGCTCAATCTTGGAGTTG GGGCCTACAGAACTGAAGAATTACAGCCATATGTGCTTAATGTTGTTAAGAAGGTCCTTTCCTTACTTGATCTGTGTGCA ATGATTTGATGTTGTGCTGTTGTCTCCAGTTTGCATAATTCCATAGCATATGTTCATTCCTAATTTTGCTTCTTGTTTAC AAACCTAACACTATTTGTCAATATTTATTTGGATAAAATTCTTATTTTTACAGGCAGAGAATCTTATGCTGAATAGAGGG GAAAACAAAGAGGTAATTTGCTTTTGGTCATATGCCTTTATGTGTGCATAAACCTGTTGACCTTTAGATTATTGACTTGG ATTTAACTTATACATGCAGTATCTACCTATTGAGGGTTGGGCTGCATTTAATAAGGCAACTGCAGAGTTGTTACTCGGAG CTGACAACCCAGCAATCAAAGAACAAAGAGTATGTAGTGGATTCAGAAGATGAAGAAGTCTTGTAGGACGTAATATTTGT TGGTCACAAAGAATAGACACAACCAATAATCAAATTCTTTTTTCATTTTTTAATTATGTTATTCAATTTGCACCCAGGTT GCCACTGTCCAAGGTCTTTCTGGAACTGGTTCTCTGCGACTAGCTGCTGCTCTGATAGAGCGATATTTTCCAGGGGCAAA AGTTTTGATATCATCCCCTACCTGGGGTATGCATCTTATTCCTTTCTCTGTTTAACGTGATCATGATATTTGTATTGAGG GCCGGAATTCATACATCCTGCATAATGTCATGGTCATGCAGGTAATCACAAGAATATTTTCAATGATGCTAGAGTCCCAT GGTCAGAGTACCGATATTATGATCCTAAGACGGTTGGATTGGATTTTGAGGGCATGTTAGAAGATATAAAGGTTACATCC TGATCCAGAATTTGAAAGTAAAACTGAATATGTTTTATACAGACTATGACCAGAATTATCCTGATCCAGAGTTATGTTAA TTGTTTGGATTAGAAATTGACGTGCAAGAATGTTCTAGTTAATATTTTTTCTCTCTCTCAATCATTGTTCTTTGGTCTGC ACATTTGTCATCTTTTCGAAAAATATTTGTTAGATATATGAAAACTATCTCAAAGTATCTTAATTGTACCTTCGACTAAT TTAGAATATCTTAAATTATCTCTTGAGTTGGTTTCTTTATTTCCTCACATTTCATTTTTTGTTTCCTTATTTTATTAAGA TTACGAGTCTAGTATATGTATAAGTAAGGGTTGGTGTTTTGTCTTATGTAACACATGCAACATATCATCTTATATGAAGT AAGTATCAACTTCAAAGTATTTAGTTTCTGTCCTTTCTTTTTTCCTTTCTCTACACCTAAATGTGATTAAAGCCCCATAA TTTCAACACGGTATTAGAGCGGTACCTCTCCATAACCTCTTCTATCACTATTCTACTGTCTAGTTCCCAATAATATAGAG CCTTACTTGACTTTCTTGATTATTTTATTCCTTTTGATTAGTCATCCTCTTGTAGCATTGTCCCCGGAACCCTCTCTTTA TGATTCATCTTTGAAATTTGTTTGTGGGTTTTCTAGACACCACTGCCACTATCCTCATCATTGCCACATAAGCCAAAAGG TGCCATTTCTTAACTTCGCCACATCACCATTCTGGCAGCCTGTCACCATTTTTTTACCAATTTTTTGCGCTGCCTGCTTC CATCTTGTGGCAGTTTACACCAGTATCTTGTTTATTGTATATCTTTGTCTGCTGCTTGTTATATTTCTGATAATTGTTAT GACTCTTTTCCAGTGCTAGTGTAGCATTAAGAAGGAGAAAGTTAGATCCAGTTTGGCCCTAACTTCTGTCCCAGTCTCCC AGATGCATTAGTCTCAACTTTTGTCTCAGATGCAGTTTGACTCTCTTCTGTATGTAGCTTGGCCTTGCCTTTTGTCCTAA CTGAAATCTTGTTGTCATTTTTGTCCTAGATATGATTTGACCATGATCTTTGTCCCATATGCCAATTGGCTGCGATCTTT GTTCCAAATGAAGCCTGACCTTAGCATTTGTTCCAGATGCAGTCAGGTCCTTGCTTGTGTCCCATATGAAGTATGCCTGC AACTTTTGTCGCTGTTGTATTCTTGTACTGATTTTTGTCCTGGGTGCAATTTAGCTCAGCTTTTGTATCAGATGAATCCA GCTTTTTTTCCCAGACAATATTTGGTCTTGGCTTTTATTACAAATGCAGCTTGGACTTGGCTTTTGTCCTAGTGAAAGTC TCTAGCCAAGTAGCCTGGAGTTTTGTTCTAGATGTAGTCTTGTCCTAACTTTTGTCCTAGATGTAGTATTGCCCTAACTT TCATTCTAGATGAAGTATTTACCCAGCTTTTGTCCCTGATGCAACCTGGCCCCTGTCGGTCTTTGTCCTGGATTTGATCT TGTCCTACTGATCTTCTATTCCAATATATATTGTTTGGTTATTTTTCTTCTTTTAAAGGTTTTATTTATATTCAGTTTAA AGCTTTGTAAGCTTTAGCTTCAAAGGGAATGATAGAATATTTGAAAAATATCTCCCAGCATCTCAGTTTTGTTCTAAGTA ATTTAGAGTATTAGATGATCTCTTAAGATTGGTTCCATATTACCTTATGTTTCATAGTCCATTTCGTTATTTAATTAGGA TTAAGAGTATAGGACTAGTAGTTTATTTTGTTTCTTTTGTAACAAATCCAACTTATCATCTCATCAAGTTTGTATTTCTC CTTGTCCTCCCTCTATACCTAAAAGAATAAAACCTTATAAGTTCAACAATATCTTACCTTTGTAGTGTAATAGTGTTAAA TGCATAATTTAGTACTTGTAATTTGAGCATCTTGTAATGAAAGGAGATATAGAGATATTCTCATTTGATTTGAAGATTAG TCAATTCTGGATAAAACTGACTTCTGCTTAACTGTATGCTTTTACATTTTCTAGTCAGCTCCTGAAGGATCTTTCGTGCT ACTTCATGGATGTGCTCATAACCCTACCGGTATTGATCCCACACCAGAACAGTGGGTGAAAATAGCTGATCTAATTCAAC AAAAGAACCACATTCCATTTTTTGATGTCGCTTACCAGGTACCGATCTTTGGGTAAATGAGCTATCATTTTAGTTAATTT CTAGATAGCATATAGCAAAAACCACTTTCATATTTGAAATTTAGACAAATAATCTTTATAAAAAATGATATGGATACATT TTAAAACGGGTAAATATTGTACTGTCATCTAGAATCTAGGCCACAATATACTAAACCCCTCAATAAATTTTAGGGGTTTG CTAGTGGAAGCCTGGATGAAGATGCTGCTTCTGTGCGATTGTTTGTGTCACGTGGCATGGAGGTTCTAGTAGCTCAGTCA TACAGTAAAAATCTTGGTCTCTATGCTGAAAGGATTGGAGCAATCAATGTCATTTCCTCATCACCAGAATCTGCTGCAAG GTGTGGTAAATTTAGTATGCCATGCTTTCTCATATCTCAAGTTAAATTCACATGTCAAAGAAAAGATTAAATGCTCTATT TCTTCTTCTCAAGCATATTTATTCCTTTTCCAGAAAGGTGCAGGGATTTATCAATTAAGTAGAGATACTAAGAAGTATTT GCAATCTGATACTATATTGTAATGATAGACTCTCTTAACATTGTGACAAAATGTTAAAAGTTTGGTTTTAAGGAATATGT CTTAAGATTCAACTTTATCAGCGAATTATATGCCGCAATAAAATTTGTCTTCATAAAAAGTTTGGTAACAATGTATTTCA GGGTAAAGAGCCAATTGAAAAGGATTGCCAGGCCAATGTACTCTAATCCACCGGTTCACGGGGCTAGGATTGTTGCTGAT ATAGTTGGAAATCCAGATCTCTTCAATGAATGGAAAGCAGAGATGGAAATGATGGCAGGAAGGATAAAGAATGTTAGACA GAAGCTATATGATAGTATTTCTTCAAAAGACAAGAGTGGAAAGGATTGGTCATTCATACTTGAGCAGATAGGCATGTTCT CATTCACAGGCTTGAACAAGAATCAGGTAATTGACTCCCTTTTCAACTTACTGCTTCAACATGATCTTATTTCGTTGACT CAATCAACATGATATGAACCTGTAATTTTGTTTTGCTATTTTGCAATATTGACTGTGTTGTTCTTGCATGTTATGTTGTG TCTGATCAGAGTGACAATATGACAAATAAGTGGCATGTATACATGACAAAAGATGGAAGGATTTCCCTGGCAGGATTGTC ACTGGCCAAATGTGAATACCTTGCAGATGCTATTATTGACTCTTATCATAATGTCAGCTGAAACTGGATGAAATATTCTT TATCACCAAGCTTATATTTTTTGGTGAGTATTGTATCCAATCATAGTGGTCGGCACACATGACAATAATTCATGTAAACA TTAATGTCATACATGTACTTTTAATTCCCTAGGAAATTTTGTAACCTTAAAATAAGTTGAATCAAACTATTGATGCATAA TGAGTCTGCTTCTCGGACTTGGAGCAAGTTGGATCAAAGTATTGATTTATAATGAGACTGTTTCTTTCATATTTCACGTG GGCTTTATCTAATAAAGCATGATTGCAATAGTTTTGTTGACTGCACATGCTTCTGTTGCTTAGTTAGCTTCTTTTTCTAA GCCAACTTTCAATATGATCGAATCATTCATATTGATTGAAAATCTGAGAGTTCACCCATGTCTTATATTGGGATCGGTGA TGAGGTAAACAGAATAACCAAGATCGTAGTAATTGACTACATGATTAAGGGGGAAAACATTGTTACTCAACTTAAACAAA AAAAAAAAAGTTAAAAGGGTGATACCCACAGGATCAAAAGTAAGAGAGCACCTCATTTCAGCCATACCCTATGTTAAATG GTGCTAAGAAGTCAAAGGGTATTCAAGTTATGCTTTATCAATCCACTCTAATTCAAATTGATCATAGACACAGTTTTTTA ACAGAATTGATGAATGGCTCCTTCCTATGTTATGTGGGGCTTTCGGCAACCAACGTAAAATATGTCGATATCTTTAACAT TAATATGTGATCCATATAATTAATCTCACTGAGTGGGACAACACTTTTGTTTGTTTGATGAATGGCTCCGTCAGAATATG GACAAGTTACCATGTTGCAATTCGGTGAGTTCACTAGGTTGTCATGTTGGCTGAAAAAGGTTTGCAAAGAAAACACAGGA TGAGCGAACTACATTTTTTCTTCTCCTGATTTAGCAGAATCATATTTTATTATATAGTATAGGAAATATGATAAAAGAAA CAGAACAGTTCCATGTTCCACAAAATCACCACTCTATACACAAATGCCATGAAAGTTAAACTAAAATTCTTTACATTTGT CACCAGCAACCCAATGCTCTTCAGTCTTCACCAGCATCACCTAACTTCTTTCCTTGTGAATGCATCTTTCTATGTTGCGG TCAAACTCCAAGGCTGTGTATATTGCACAGACATTCTGATTATTGTGTATCAGTTTGTAATTCCAAGCCTCAGTGGTTTG GCAGCTTCGCGAAACATGCCATGGATTCTCATTGTGTGAAATTGTTTCAAAGGAGGGTGCTACTGTGCTAGTAACAATCT CCTTAACACATTTTCAACACATTTTTATTGATTGAAGTTCATAAGAGTCACAACTCGGAACAATATGTAAACTTCCTATG AAATTTAACCACGAAGAGAATGTGTTGAAAGAGTGTTATGGAGAGTGTTGTTAAGCATTTTTCTGTCTTCAAATGATGGT GGCTATCATTGACTAGAATTCTCAGGTGGATCAGCTGGTAAGACTTGTCGTGTTACTTGCGAAACTCTAAGTGTTCCTCC AAGCTCAACGGGTACAAGAGGGATGAGGGAGTGGAGAACATCTGCAATCAAGGGGCGGTAACATGGCTCTGGTTGCACGC ATAGCACAGCCACAGCAGCAACCTACAAAGTCAAGGTTGCGGTTTAGTAGAATATAATAATACGGCAAAAACACTAATTG AAGAGGCAGAGTGTATTAGAATCTGGGTTAGGCTCAACTCAACCCTAAAAATGAGCTTAAGAGACAGAGTATTCTACCCT TTATATGGACTTTGTTAGCTATATTTCTAGTGAATGTGAAATCTTAACACACTCCTCACGCTCAAAGCTAGACATCTAGA GATCACAAACTTCATAAAATTAACTTCATCAAATTCTGAGATATGAGATATCTGCGGGCTTGATTAACTTCATCAAATTC TCTTGAAATAACTGCAAACTAGATTGACTTCATTAATTTTTCCTGGAATAGATGTAGATCAGGTTGATTCTTGATCTTAA ACTTCAGCCGGTGGCCCATCATGGATGGTCCAATTAATTTATTTAGGGTAAACTCTTATATGGTTATACCATATTAGAAT TCGAGTTAGATCTAACTATGCACCAAAATCTAGCTCAGATGTGAGGATTGTTTTACTCTTTATATGGACTTTGTTACTCA TATCTCTAATTAATATGAGACATTGACAGAGTGACCTAATTCCAGTTGGGACTTAACACTATTAGTCTAATATTATAACT ATTATCATTTCCAAAAAGGGTAAGTACAAAACTGGAAAACATGTCCGAGTTCAGCCTTGGAGATTAATCAAACCTGGTAC AAGTGCTTGGGATCCATAGTATTCCTAATCACAGGATCCACAATGTTTGGGAGCTTGGATCTGTCAGTGAGTTGTGGCAT GGCCTGCAATCATCATAAAGTAGCTATGTCATTTCCCATATCAATCCTATTTAATTTTATCAATCAAGCAACTCATACAT ACCCATGTGACAATAGATTGGCATTGAGCTGGTGCCAGTTTTTCTACAGGCTTCCTTCCTAATAGAAGCTCCAGAAGCAC AACTCCAAAAGCATACACATCACTTTTATCAGTCAATTTACCTGTCAAAATAATTTACATGCGATTTCTTTAGTAAGCAA TTCATGTGCTTTGGTTAGATGAATTTCACACAATTAGTTTTATGTACCCTATGGATCTGGCAATTTCTCCCCAAAAATCC TAGCATAAGTGATTCATTTTGGACATGTCTCATGTTAAATGTCTACTTTCGCAAATAATCTCGTAGTGTGTGTTTGAATA CCAGTTGAGTGAAACATAAACAGACTTTCATCCCAATTCCCACCAGAATAGTTCTGTTCACTTTTTGCATTAAAGTGTGT ACCAATAATTGAAAGCTTATTAGGTTCGATCTGAGGAAAACCTTCAAATGTTTCCCATCTTTCAGACAAAAAATCAATTC CACCTCACTGATGCTTGCAGGCACAGTAGTTGTGAACAAATTGTAGTTCCTACTCTCATGATACTGTTTATTTTATTATC AATAATCTTTTTTATATATATTATCACTGACAAGAAGCAACTGGAGCAAACCAGGCATATGAGATTGTAACGTGTAGCTG ACAACATATTAATTTAGTAATCTATATAACTTGCCATGTCAGTTGGGCAGGTACATGCCCAAGGAGCACAAGATGCCCAA GCTTACACCTTTCAAACCTACCCCAAGCTCCATAAATTAATGCATCAAAGGGTCCAGATATGGATTCCCTTTAGTGAAAA TCATGTATTCACGCAGTCAAGCATTTTTAGCCGTCGGATTTTGATGGGAGAATTCACATTTTAAGTTATAATAATAAATA ACTTTAAATAGTAATTTGGAATCTGAGTTCTTCAATCTTGATCGGCGACTCAAAATGCTTGAATCCGTGAATGCAGGTTT TTCCTAATCCAAGGAGTCTAAATGGGCCCATAAAGAAAGGAAAACCAAAATCTTGGATCTTGTTTGTTGAAAGTTTAACA GTATATTAATTATTTATCAACTTGTCACAGCTCACACCGTTGAAATTGTATTAAGTTCAGCATGCATACCATCTAAAAGA TACTCTGGTGCTACGTAGCCCAATGTGCCTGAAAGCTTGATGTTATTCTTATTTTGGGACCCATCGGTTATGGCAAGACC AAAATCAGAAAGCTGAATCCACCAATAAATAATAAGTCATGGGCGCACACAGAAAATAAAAGCTTTGGTGAATGAACAAC ATAATAGGAATAATTTATTCAGCAATTTCAAGATGGTCTTTCCTTACCTTTGCATTGAAGTTTGCATCTAAAAGAATATT AGAAGATTTCAGATCTCTATGGATCACTTGAGGGTAACAGTGTTCATGCAGATATTTTAATCCTCTGGTTGACATTAATG AATAGCATGTTAACAAAATAGACAACAAAGCAAGTGATAAAGTTTTGCAGTTAATTCTAAAGGCAGAATCAATTATGGGG AGAAGCTTCTGGGGATAAAATTGATTCTGGGGAAAAATAAACTGATACAAACATACTATAAGAAAAGGTCACCTTGATGT GTCAAGAGCAATCTTCATCCTCATATGCCAAGTCAATGATGAGCCATGAGAAGGTCCTACTCAAAATCAAATTTTGGAAA ATAAAGATATCAGTATTATTTATGCACCAAAAAGTAAACTACTATTATTTTATAATTAACCTCATTATCTTTCTATTTGT GTCTTCTATTACAAAGCATCAGAAACAATGTGTTTACTTTTTACCATGTAATTGAGTTTCCAATGACCCATTTTGCATCA ACTCATAGACAATAAACCTTGTATCTTCATTACTGCTACACCCAAGCAGAGCAATTACATTTGGATGTTGAATTTTACTC AACAAATTGACCTCATTCTGCAAATTCATCCAATTTTTCAATTCAATATTTTCATTTAAAAGCAAAAAGAGAAGAAAATC AGAAAAGCAGCAAAAAATGATTAGCAAGGTGTTGTTACCTCATATTCTCTCTCAGCAAAGTGATTTTCACAGTGCATTTT TTTCACTGCAACATCCAAGTTATCATCCAAACTAGCCTTGTAAACACATCCAAATCCACCCTCACCCAAGATGTTACTTT CCTTGAAATTTCCTGTGGCCTTTTCAATTTGCTTATAATCAATTATTGGAACACACCCTTTCTTCCCAACCATTTTCACA GACCGGAATTTACTCAAAAATGGAGCTAAAGAAAGCCCTTTCTCAGCATCTTCACATTCAAAAACAGAACAATGAAAAAC CAAAAATCAAATCAAAGGTTGAATTTTAATAGCACCCCATGAATGGTTAACATGTAATTGAAAAAGAAAATAAGAAAATA CCTGAACTTTGAATGTTTTTCTTGCTGGGTTTTGAAGGAAACTTGGAGTGATAAATCCAGAAGCATAACACACACAAAAG CACTGCACCAAGTGAAGTGCTGACAATGGCTAGAGCAATTATCATTTTCATGTGCGAATCCATTTGGTGCTGTTCACCCT CCACTGCAACACCTGATCAATGTTACCATAGCAGTGACAATCAAATCAAATCAAATACATTGTAAAAATGAAATCAAACC ATTAATAGCAAGTTAAGAGAGTTTAAGGAAAAGGGTGTGTGACATAGCAGACAATGACAAGAAATGAATAAAAATAATTA AGTGCTTGTCATGATTTTCAAATTTAAATTTTCAAACCGTTGAAAATAGCAACACACACCATCACAACTCACAAGAAACA GACAATGACAGAGACAACAAATGGAGCAGAGAGAGAGAGAGAGAGAGTGCCTGGAGAAGAAGCAGCTATGTTAGATGAGG CAAGAATCCAAATGGGTTTGTGAAGAATAAGGAGGAGCATGAGAAGAAGCAAATGAAAAAGCTTCATGAAGGTAAAGGAA CACACAAATCAAACAAAGTTGTTGAGCCACTGAAAGTGAGTGTGTTTTGAATTTTTAAGGCTTGACCTTCTTTTTACTAA GTCACTTTTTTCTCAATATTTTTTTCCAATTGACATGTTGCGTACGTTTGAATAGAAGTTTCACCTAATTGGATTAATAA AAATCATCTGAATTAATTATAAACTAGACTTAGACCCGCGCGATGCGCGGTTGGCTCGTACACTTTTTTAGCAATTGTTA
CDS sequence (LotjaGi5g1v0056100.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCGGCGTCTTCAGTGTTCTCTGTAGCTTCACACTCTGTTTCGCCTTCGAATCACCATGCTCACAAGGGAAAAACCAA GATTGGAGGTAGCGGTTTGAGATTGGCAAATTCAAGGTCTTCTGGCAGTGGCCGGATCTCTATGGCTGTTGCTGTTAATG CTTCTCGATTTGAGGGAATACCGATGGCTCCACCTGATCCAATTCTCGGAGTTTCTGAAGCATTTAAAGCGGACAAATGC GATCTCAAGCTCAATCTTGGAGTTGGGGCCTACAGAACTGAAGAATTACAGCCATATGTGCTTAATGTTGTTAAGAAGGC AGAGAATCTTATGCTGAATAGAGGGGAAAACAAAGAGTATCTACCTATTGAGGGTTGGGCTGCATTTAATAAGGCAACTG CAGAGTTGTTACTCGGAGCTGACAACCCAGCAATCAAAGAACAAAGAGTTGCCACTGTCCAAGGTCTTTCTGGAACTGGT TCTCTGCGACTAGCTGCTGCTCTGATAGAGCGATATTTTCCAGGGGCAAAAGTTTTGATATCATCCCCTACCTGGGGTAA TCACAAGAATATTTTCAATGATGCTAGAGTCCCATGGTCAGAGTACCGATATTATGATCCTAAGACGGTTGGATTGGATT TTGAGGGCATGTTAGAAGATATAAAGTCAGCTCCTGAAGGATCTTTCGTGCTACTTCATGGATGTGCTCATAACCCTACC GGTATTGATCCCACACCAGAACAGTGGGTGAAAATAGCTGATCTAATTCAACAAAAGAACCACATTCCATTTTTTGATGT CGCTTACCAGGGGTTTGCTAGTGGAAGCCTGGATGAAGATGCTGCTTCTGTGCGATTGTTTGTGTCACGTGGCATGGAGG TTCTAGTAGCTCAGTCATACAGTAAAAATCTTGGTCTCTATGCTGAAAGGATTGGAGCAATCAATGTCATTTCCTCATCA CCAGAATCTGCTGCAAGGGTAAAGAGCCAATTGAAAAGGATTGCCAGGCCAATGTACTCTAATCCACCGGTTCACGGGGC TAGGATTGTTGCTGATATAGTTGGAAATCCAGATCTCTTCAATGAATGGAAAGCAGAGATGGAAATGATGGCAGGAAGGA TAAAGAATGTTAGACAGAAGCTATATGATAGTATTTCTTCAAAAGACAAGAGTGGAAAGGATTGGTCATTCATACTTGAG CAGATAGGCATGTTCTCATTCACAGGCTTGAACAAGAATCAGAGTGACAATATGACAAATAAGTGGCATGTATACATGAC AAAAGATGGAAGGATTTCCCTGGCAGGATTGTCACTGGCCAAATGTGAATACCTTGCAGATGCTATTATTGACTCTTATC ATAATGTCAGCTGA
Protein sequence (LotjaGi5g1v0056100.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAASSVFSVASHSVSPSNHHAHKGKTKIGGSGLRLANSRSSGSGRISMAVAVNASRFEGIPMAPPDPILGVSEAFKADKC DLKLNLGVGAYRTEELQPYVLNVVKKAENLMLNRGENKEYLPIEGWAAFNKATAELLLGADNPAIKEQRVATVQGLSGTG SLRLAAALIERYFPGAKVLISSPTWGNHKNIFNDARVPWSEYRYYDPKTVGLDFEGMLEDIKSAPEGSFVLLHGCAHNPT GIDPTPEQWVKIADLIQQKNHIPFFDVAYQGFASGSLDEDAASVRLFVSRGMEVLVAQSYSKNLGLYAERIGAINVISSS PESAARVKSQLKRIARPMYSNPPVHGARIVADIVGNPDLFNEWKAEMEMMAGRIKNVRQKLYDSISSKDKSGKDWSFILE QIGMFSFTGLNKNQSDNMTNKWHVYMTKDGRISLAGLSLAKCEYLADAIIDSYHNVS
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 |
|---|---|---|---|---|---|---|
| SignalP_GRAM_POSITIVE | 1 | 21 | 21 | - | – | |
| MobiDBLite | 13 | 41 | 29 | - | – | |
| PANTHER | 37 | 456 | 420 | 1.7E-276 | – | |
| PANTHER | 37 | 456 | 420 | 1.7E-276 | ||
| SUPERFAMILY | 55 | 451 | 397 | 7.5E-113 | ||
| Gene3D | 60 | 449 | 390 | 5.7E-169 | ||
| Pfam | 83 | 449 | 367 | 1.2E-94 | ||
| CDD | 84 | 449 | 366 | 1.56757E-46 | – | |
| Gene3D | 115 | 356 | 242 | 5.7E-169 | ||
| PRINTS | 230 | 249 | 20 | 1.2E-36 | ||
| PRINTS | 261 | 273 | 13 | 1.2E-36 | ||
| ProSitePatterns | 299 | 312 | 14 | - | ||
| PRINTS | 329 | 354 | 26 | 1.2E-36 | ||
| PRINTS | 398 | 416 | 19 | 1.2E-36 |
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 | Cellular amino acid metabolic process | The chemical reactions and pathways involving amino acids, carboxylic acids containing one or more amino groups, as carried out by individual cells. | ||
| Molecular function | Transaminase activity | Catalysis of the transfer of an amino group to an acceptor, usually a 2-oxo acid. | ||
| Biological process | Biosynthetic process | The chemical reactions and pathways resulting in the formation of substances; typically the energy-requiring part of metabolism in which simpler substances are transformed into more complex ones. | ||
| Molecular function | Pyridoxal phosphate binding | Interacting selectively and non-covalently with pyridoxal 5' phosphate, 3-hydroxy-5-(hydroxymethyl)-2-methyl4-pyridine carboxaldehyde 5' phosphate, the biologically active form of vitamin B6. |
Expression pattern of LotjaGi5g1v0056100.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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