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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0361400 |
| Transcript ID | LotjaGi3g1v0361400.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Aminotransferase; TAIR: AT1G80360.1 Pyridoxal phosphate (PLP)-dependent transferases superfamily protein; Swiss-Prot: sp|Q9V0L2|AAT_PYRAB Aspartate aminotransferase; TrEMBL-Plants: tr|I3SYN6|I3SYN6_LOTJA Uncharacterized protein; Found in the gene: LotjaGi3g1v0361400 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:74452267..74459821) extracted from Lotus japonicus Gifu genome v1.2.
GGAATTTCAAATTTGTACAACTCTCACTCTCACTCTCACAACCCAAAACGAAATGTGGTTGAAGCCACAAATATTGGAAA ATGTAGTAAACCGAAACAAGACAACAACCATACCGAACCGTTTTCGAGTGCTCCTCTGTTGTTTTGTCCGCATTTGCATG ACTCACCCGACACACACTGACACCGAGACACACACACAAAGACAAAAACCCCCCACTCTCCGATTTCAGTGACATTTCAT CCAATCCCCCACATATTCTTCGTCTCCTTCTTCAATTTCACAGATTTCGTTCCTTCCCAGAAAAAAACAGTAGTAACAAA TTTCTAATTAACCTAGTAGGTAGAAAATTTACCCCGGAAATTGGGGGTAATTGTCGGAGAGAAGGTTCTGTTGCTTTCTT ATCCAGTATTGGCGTCAATAAAACGCTAGCTAGCTCAAGAAAGCTTTGATTTCATTTTGGTGATTTAAAAATTAATTAAA GAAAGAAAAGCGTTTTCCCTTTTGGAATTTGGATTGATTATTAGTATACTACAGTTACAGTTACAGTTACAGTTACAGTT ACATAGTATAATATTAAGGGTGGTGCGTGGGTTGGTGAAGCGTGGCGTTTCATAGCTAATGTCTTTTTACTAGGTTGGTC CACTAGCTCACGTTTCTTCTTGTTCAACAAATCAACCCAAAAGGGTGCTTGCTTGCTTTGATTTTGTGTGAGATGGGTTC GTACGCGAATTTGGCTAGGAGGGCTTTGGAAACTGAGATGCCGATTATGGTTCAGGTACTCAAGGACAAGGATGCCAGCC CTTCATTGACTTTTTCTTTTTCTCTCATTGGAATTTGACTTGTTCATGTGTGTTTGTGTTTGCAGATGCAGGAAGTGCTT CGAGGAGCTAAGAATTGCGTGTCTTTGGCTCAGGTTTGTTTCATTTTTTTTTCTCTGTTTCCAAATCCAATGCTTGTTTA ATTAATTTAGTGTAGAGTCAAGATATTTAGTACGAAACGAATCGCCAGACTAAGCAATTTACCTAACATTCTTGGGTTTC TTGCTATTGGTATTGGTACTAAATAGGAGAGCTCTTTAATATAATACAATTTTTTACTCTTGGGGCGATGATTTTGTGTT TGTGTGAGACTATTTTCTGGTTTTCATGTTTGAATTATAAATTACTATAGCTTGGTTGGTCTCTGTGCAAGCGGGCATCA TTGAGATATATGATGTATCTAGAGCTGGGGTTGGAGGCTGTATGTTTTCCCATTTTCAATTAAGGCATGTTTGGTGCGGA TTTATGAATCTGGCATACTTTGCTCTCATTGTGCTTACAGTACAGCTTTGGGTGACTCTATCTTGAAAATGTGCTTGATA AATAGCTGAAAGGTTGAGAAACTAAACAACTTGGTTTCTCTGCCCGACAACATTTCTGACAACAACCATGAAATATTTGC CTTCAATTATCCCAAATTTTGAAATAACGTGTATCGAATAGTAGAAACAAAGTTAGAAAATCTGTCAAGAAGGGCTATTT CTATAGCTTAGCAGGGATGTAGCTAGAAAAATGGGTAAGAGAGGCTAAAGCTTAACACATATTAAGCAAAATTAACAATG GCTAATTGAAGGAACATTTGAGGGAGGCAAATACAAATTTTGAATACTACTCTATTAAAGATATTTTTACTTTTAGGGGG CGACTACCCCGTTTTACATATAACTAGTTCCTTCCCTACAGCTTAGCTTATGCTGTCTATGTTTTCTAAAATTGCTATCA TATTAACTAACTTCCTCTCCATTATGTGGTCCTTAGTTTTTTCTATATGCTATTCTAATGGATTTGCTGAAATTTGTCTC TTTAGGGGGTAGTTTACTGGCAACCTCCAAAGCCAGCACTAGATAAGGTGAAAGAACTTGTGTGGGAGCCTTCTGTCAGT CGTTATGGTGCTGATGAAGGTTTACCTGAGCTTAGAGCTGCATTGGTGAAAAAGGTAAATAATCTAGTTTCTTCTTACAA CTTGTACTTATAGCCGGGCAATGTGGCTTGGCTTTACATGAGCACCTAAAGCCTATTGGCGACCATTTTTAGTACCTGAA TTATCCTTGACTTTTGTGATCTTTCATGTATCTTCTTTGTTATTGTCATGCAGTTGCGTCAAGAAAATAATTTGCACAAA TCCTCTGTAATGGTTACAGCAGGTGCCAATCAGGTGATCAATCCTCAACTATATAATGTGTGTTTTATGTTCATTATTTT CTTACAACATTAGTGTTTGATCCATATTGAAGATATCGACTTGTTTTACGTTAGCAACTGAGGCCTAACACAACCCTCTT CCTTTACCCAAGCTTGGGACCGTCTATGCAAGCATAGCCGGAATTATTCCCAAAAAGAACTTGGCGTAGTGTGATGATGT GATCCATATAGCCGACCTCCCTTAGTGGGATAAGGCTTTTGTTTTTGTATTTGTTACATCATAAAAAATAGAAAGCATGG TTACTGATCAAAGTGGAGTGTATAAGCATATCAGCTTTCATTGGACTTCTTGAGTTGTGCTATTTAAGATATATAAATGC CTGTCTTGCTTTCTGATCTCAATTCCAATCTACAACTGTCATAGTGTAGCAGCTCCTCCTTTGTTTAACTCAAAGCATAA TGAACTGCACAACTGAAGGCTGTTGTACTTTTGATTGTCGTTCAAATTGCTGTAGTTGGATTTCTAATTTGAATATTCCA TCTAGTGTTTCTTTTCCGACCCGACCTCCTTACCCAAAGAAAGAATGAGCATGAGAAGGGAACTAAAAGAACCTGATTTT TGTACTTTAGGTCTATATATTCATTTATTAGAAAACGAAAGATACGGTGATTTAAAATGAGTTTTTTCTGTAATTTTATT TTCATTTTTTCCCCTGTACTTGTATTATATTTTTCAACTCCTCTTACCTTTCATTTTAGCTCCTGTATGGTCATTTTATT TAACATTGCAAGGGTCAAATTGTTTAACTGTTGATTAAAAACTAATGATTGTCAGTACTCATTTTGTTTTCTTGACCGGA ATATCACGGTACTCATTTCTACGCATCTGCAGTGCAGGCATTCGTGAATCTAGTTCTTACTCTGTGTGATGCGGGGGATT CCGTGGTTATGTTTGCTCCTTACTACTTCAATGCATATATGTCCTTCCAGATGACTGGCATTACCAATATACATGTAGGC CCTGGTAGCCCAGATACACTCTATCCAGATGTAGGTAAGACGAAGCATAATCTGGTCACTAGCAGTTTGATTTACTAGCA CTGGACTAAGAAAGCAAAGCAAATCTATGGGTACTAGGAACATTTTTCACTTTCAGGGGGTTGATAACTGATAAGTAATT GGAAGAATTAGGTCTGGACGTGTTGAATTCTCAAAAGCATTGATAAAAACAGAGAACTAATATACTAAACTTGTCAGATA TGTATAAACCTTTGTTTTTGTGATATAAACTAAGAAAAAACTGAATTTCCTGGAATAAAATCAACTGGAGAAGAAAGACA ATGCAAAATAGAGACACCATGAGTGAGAATCCCAACCTTAAGGATGGGCAACACCGACCAAAGCCACTCTACACAATTTT TCTTCCCTTCCCTTTTCCCTTTATCTGCTTTTAACATTTTTCTTCTAGCAGATTTCACCAAACATGATCACCAGCAGGGT CTTGCAGTTGTCATCTATAGTCATGCAGTTTTTCACACTACATTTTATTTTATTGTTTCGTGTAAATAATTTTTTTCAGT GGTCAAGATTCTCTAAAGTTGCTTCTGAACTGTAGAGAATCTTAGTCCCAGAATTCAAACCTTACTCACTCATCATTCCT CTCTCCCCTGCTGCCATGTGTCTTTAGGCCCTGTCAAAGAAAATCCCCATCCATATTATCGTTTTCTGACTCTTGTGATT ACTTCCTTTTCTTTAATTTATTGTCAGACTAATAGGACTGTATCTATCAGTTTGTCAAACCTCTCCGTGGATGGTTTCTT AGGCCGCTATAAACTCATGCATGTCCAACCCCAACCCTCTTTGGTTTTAAGTTCTTGTGAATTACAAAATGTTGGTTAAG TTCACTCTATCTTGTGATTTCATATATTTCTAAATCCAACATCCAATTAGAACATGCTGATGAATGCCTCCCTACACCAT GCTGTCCCCCATATACCGAAGAACAAAAATATTAGAAGACTGTTTGGTGTCTATTAGATGTTAATAATTCAAATGCATTG TAGATTTATTTGTTTATTTGAATTTTCTTGATTTTCAGATTGGTTGGAAAGAATATTAACAGAGAGCAAACCTGTCCCAA AGCTTGTCACTGTTGTAAATCCTGGCAACCCTACTGGAACATACATTCCAGAATCTCTTCTGCAGGTCTCTCTCTCTCTC TCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCGGTGTTGTCGGTATGTTATGTGAAAATACGCTTTCAGTTAGT ATGATCTTAAAATTGTGTTGCTGAACAATTTTTCATTCAAGTTCTCTTTCGTTTGTTTCTTTTGAATCCTCTCATGATAA TATTCCTAATGAATATGTTATATGATCCAAAGAATATTTTTCTTAAGAATTTTATTTTGAAATTTCTAAGCAAGTTCTTT TTCTTTATTGGTCAGAGGATTGCAAATCTCTGCAAGAATGCTGGCTCTTGGCTTCTTGTTGACAATACATACGAGTAAGT CTTTAAGTTACAATGCTAATGGAAATTCTAAAAAATTTATGAAAGAAAGAAAGAAAACAGGTCTCAAGAGTTATGTTTAT GCCCATGTTATTCTGCTTATCACCGTGACAATACCATTTACACAACGGTTTCTATCATGAGAATAAATTGTTTGTATGTC TTAAGGTTATTGTTGATTGTCTAATTCCATTCTCTTCTTTATTGGGCCTTTGGAATGACTACTTAAAGATTGGCTAAAAA GCATATGAAGAGTTTATTCATGAAAATTACTATTCATTTTATCGATAGGGTTTTCAACTTATTGTCATTTCAGATTAATT TTTAAATCATTTTCACTCATGTTTGGGGCATCCCCTTAAGTGGTCTCTAAAATCTCCTTTAGAGATCTTATGCTGGCCAG GAAATGCCATATCAATGCATAAGTCATCATGTAGTTTTCACTAAGAGCACCTATAAGGATTCTCTTACACTTGCTTCTGA ATCTTGTGATTTATATTTTAATAATTCCATGTAATACTCTGACCCATAATCGATTTTAAATTGTTACACTTTTGGGTTTG GCTTCGTCAGTTCTCTTTGTTGTCTACTATTTACTACTTTAGGGGTGTTTATGTTGGATATGCATATGGATTGCACAACC TTGCACTCTTAGCTATTTTTTGGTACTTTCTCATTTATAGATCTTGTATTTGAGGACATCTAGTCGTCATCTATGTATGC AGGTATTTTATGTTTGATGGTCTGAAACACTCTTGTGTGGAGGGAAATCACATTGTGAACATATTCTCTTTCTCGAAAGC ATATGGAATGATGGGATGGCGGGTTGGATATGTAAGTAATACTTCTTATGCCTTTATTTTCATCACATGAGAGCAAGGAG TTAAACTTTTACATGTCCAATTGACCGTTTTTCTTGAAATATTGGATTTGGGAACCATGATATACAACCATTGGAACCCG TAATAAGCTTTCATATCCTGTTGGATTTTTGGTAGTGATATTCTTTTAATTTACTTGTAATTTTTCAAGTCATGCAACAT AATGTGCAAGGAAGTCCACACCTTCGTAAATTATATTTGGCCAAGGTTGTTTTCCTTTTAAATAATTAATAAAACTTACC ATGTAATACTTGTAATTTGTGATAAAGAAGAAACATCCATTGATTTTGTTCCATAGCATTGGTTAAGCAAGTTCGGTCTT GCTTCCACTTTATTTTCTGAATTATTTGTCTCTTCTCTGTAATATAGCACTTCAAAAATCCTCAGTTGCAATTAATGTTA AAAATCAGCATTGCTAGTCTGGATTAAAAATTTGATTCTTGCAGATAGCATACCCATCTGAAGTAGAAGGACTTTCTGCA CAACTTCTTAAAGTTCAAGACAACATCCCCATCTGTGCTTCGATAATTTCACAACACCTTGCTCTCCACTCCTTGGAAAT GGGGCCTGAGTGGGTCAGAGAACGAGTACAAACACTTGCCAAGAACAGAGAAATTGTTTCAGAGGCACTTTCCCCTCTTG GAGAGGGTTCTGTAAAAGGAGGGGAAGGTGCAATTTACCTGTTTGCAAAACTCCCTAAAGGTGGCTATGATGATTTTGAC GTTGTTCGCTGGCTAGCTAATCGGCATGGGATTGCTGTAATCCCGGGAAGTGCATGTGGTGCTGCTGGCAATCTCAGAAT TTCATTTGGAGGCTTGACGGAGAGTGATTGCAGAGCGGCGGCAGAAAGGCTGAAGAAAGGGTTGGAAGAGTTGGTTGCAA ATGGGTTAGTGCAGGACCCAGTGAACTTCTAGTTCATCACCTCATGTCCAAAGAATAAAAGGAAACATATAGAAAGAAAG ACCATTTGCCAGTGGAGCAAGATTGCAACTGGCGCATTTGAATAAATGTGAGATTTACTTTAAGCCTGGTTAATTTGCAG GTATTTTCATTTTGAATTCCATCATTCAAAGCAATGGATAAAAACATATTCATTTTTCTTTATATTGATTGAGTTCTAAA TGTTTTATGCTTCATGATGGGATTCATTCACACACCAACGAATTTGGAAAAATGTTTCATTACTGCATAGATTATCTGTG ATGGGGTGAGAGATGAATATACATTGGGTGTCCACATATACATATATGCTAATATTTTTTTATTGAATCAATCCATAATT AAAAAAAGCTATTAGACAGAGGAAAGGATACATGGCGGTTGAGCCACCATGGCACACTATCATTGACCGTGACGCCATGG TTGTTTACACCCTCTTCTCTTTTGTTTTGTTTCTATGTTCTTACTGTTTTTTGATTTGTAATTTTGGGATTTTGTAACAC TGGTTGGTCTAGTGGTAGAGAATGCATTAAAACTGGTAGATAATTGAGCTCCTTATATATTTAGTATAGGGTTCGATTTC TAAACGGTGTGTATGAATAATGATTTGTTGAGATAGATTTACCTACTTAATGTGATTCCAGAGCTTTGAGGAAATTAGTT TTATGGCTGCCTGTTACGTTTGGGAAAATAAAACAAAAAGAGAACTCACTAAACAAGATTGGCTATGTGCTTAATGAGAG AAAGTGTGCCAACAAATAGTTTTATTATGTATTCCTTATTGCACCAAATGTTTTCATGCGCATGATGTGCTCAATGATCG AAAAACAGCAATGAGTGATTCACATATGACATGATTACCCAACCTCACCAATCCATAGAATTCAAATAAAAAGGAAGTCA GAATAAAACCTGAAACAAAAAAGAGAGATAAATTCAAAAACGATACTCCAAGAGTCCAAGATATATACTTTCCATTGGTG GATAATAAAAGGGAGAGAAGAAAAATAAAATGTAA
CDS sequence (LotjaGi3g1v0361400.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGGTTCGTACGCGAATTTGGCTAGGAGGGCTTTGGAAACTGAGATGCCGATTATGGTTCAGATGCAGGAAGTGCTTCG AGGAGCTAAGAATTGCGTGTCTTTGGCTCAGGGGGTAGTTTACTGGCAACCTCCAAAGCCAGCACTAGATAAGGTGAAAG AACTTGTGTGGGAGCCTTCTGTCAGTCGTTATGGTGCTGATGAAGGTTTACCTGAGCTTAGAGCTGCATTGGTGAAAAAG TTGCGTCAAGAAAATAATTTGCACAAATCCTCTGTAATGGTTACAGCAGGTGCCAATCAGGCATTCGTGAATCTAGTTCT TACTCTGTGTGATGCGGGGGATTCCGTGGTTATGTTTGCTCCTTACTACTTCAATGCATATATGTCCTTCCAGATGACTG GCATTACCAATATACATGTAGGCCCTGGTAGCCCAGATACACTCTATCCAGATGTAGATTGGTTGGAAAGAATATTAACA GAGAGCAAACCTGTCCCAAAGCTTGTCACTGTTGTAAATCCTGGCAACCCTACTGGAACATACATTCCAGAATCTCTTCT GCAGAGGATTGCAAATCTCTGCAAGAATGCTGGCTCTTGGCTTCTTGTTGACAATACATACGAGTATTTTATGTTTGATG GTCTGAAACACTCTTGTGTGGAGGGAAATCACATTGTGAACATATTCTCTTTCTCGAAAGCATATGGAATGATGGGATGG CGGGTTGGATATATAGCATACCCATCTGAAGTAGAAGGACTTTCTGCACAACTTCTTAAAGTTCAAGACAACATCCCCAT CTGTGCTTCGATAATTTCACAACACCTTGCTCTCCACTCCTTGGAAATGGGGCCTGAGTGGGTCAGAGAACGAGTACAAA CACTTGCCAAGAACAGAGAAATTGTTTCAGAGGCACTTTCCCCTCTTGGAGAGGGTTCTGTAAAAGGAGGGGAAGGTGCA ATTTACCTGTTTGCAAAACTCCCTAAAGGTGGCTATGATGATTTTGACGTTGTTCGCTGGCTAGCTAATCGGCATGGGAT TGCTGTAATCCCGGGAAGTGCATGTGGTGCTGCTGGCAATCTCAGAATTTCATTTGGAGGCTTGACGGAGAGTGATTGCA GAGCGGCGGCAGAAAGGCTGAAGAAAGGGTTGGAAGAGTTGGTTGCAAATGGGTTAGTGCAGGACCCAGTGAACTTCTAG
Protein sequence (LotjaGi3g1v0361400.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MGSYANLARRALETEMPIMVQMQEVLRGAKNCVSLAQGVVYWQPPKPALDKVKELVWEPSVSRYGADEGLPELRAALVKK LRQENNLHKSSVMVTAGANQAFVNLVLTLCDAGDSVVMFAPYYFNAYMSFQMTGITNIHVGPGSPDTLYPDVDWLERILT ESKPVPKLVTVVNPGNPTGTYIPESLLQRIANLCKNAGSWLLVDNTYEYFMFDGLKHSCVEGNHIVNIFSFSKAYGMMGW RVGYIAYPSEVEGLSAQLLKVQDNIPICASIISQHLALHSLEMGPEWVRERVQTLAKNREIVSEALSPLGEGSVKGGEGA IYLFAKLPKGGYDDFDVVRWLANRHGIAVIPGSACGAAGNLRISFGGLTESDCRAAAERLKKGLEELVANGLVQDPVNF
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 | 4 | 393 | 390 | 4.0E-194 | – | |
| PANTHER | 4 | 393 | 390 | 4.0E-194 | – | |
| SUPERFAMILY | 17 | 386 | 370 | 7.31E-84 | ||
| Gene3D | 30 | 380 | 351 | 8.8E-80 | ||
| Pfam | 31 | 380 | 350 | 1.8E-50 | ||
| CDD | 33 | 382 | 350 | 1.33415E-89 | – | |
| Gene3D | 63 | 283 | 221 | 8.8E-80 | ||
| ProSitePatterns | 230 | 243 | 14 | - |
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 | 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 LotjaGi3g1v0361400.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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