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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0400200 |
| Transcript ID | LotjaGi1g1v0400200.2 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Aspartate aminotransferase; TAIR: AT5G11520.1 aspartate aminotransferase 3; Swiss-Prot: sp|P28011|AAT1_MEDSA Aspartate aminotransferase 1; TrEMBL-Plants: tr|Q43781|Q43781_LOTJA Aspartate aminotransferase; Found in the gene: LotjaGi1g1v0400200 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:88749844..88759931) extracted from Lotus japonicus Gifu genome v1.2.
ATTTCCAAACCTGGCAAAGTTTCTATAACCGATTGTTCATGTGTGCACATCCTTCTTCCGTTCTTCTCAATCTCACAACC AAATTGACAAACCGTCCACCCACAGGCCACACAGACCACACTCTCTCTGCCATAACCTTTCAATTTTGTCCAAAGAAAAA AAGAAATTTTTTTCCCAGGGCTAGCCGGGGGTAAATCCGCCCCTGACTTTGAATGATTCTTATTGATGTAAGTTTGATTA ATTTCATTTTCGTCTATGGCTTCCTTTGTACTCTGATTGAATTTGCGTATGAAATCCGCGGCAACACGGTACCAGATGCT GATGGCTCGCTTGCTATGTTTACTTGCGTTACGTTTTGTTATAGCTCTATTGTTTAATCTGAAGCACACGCGACCTTCCT TTAATCTAAACATTTGTTACTGATTTGTGTATTTTATTGTTTATATTACTAACTTGTATCTTAATCTTAACGCCTTTTTT TTATTTGTGTTTGTAAAATAGGTGACTTTTGCTTTCAACAAAGATCCTAGCCCTGTTAAGCTCAACTTGGGTGTTGGCGC TTACCGAACTGAGGTGAGTGACTCTGCGATTTCGTTTGGTTGCAATTGTAGTTCTTAGTCATTTGAGACACATAATAAAC CATGTTTCCTTGACTTTTATAATCATGAATTCATGATCCTTTCCTTGCATTTAACTTGGCCATTGAAAATAGTCAAAATT GAAGTTAATGAATAATTACCTGTAGCTAACAATCAAGTTCATTCAATTTCAGTTTTACTAATGTAAATGTCTGTCTGTAC CAGGAAGGAAAACCTCTTGTTTTGAATGTGGTCAGGAAAGCTCAACACCAAATCGTGAATGATCCGTTAGTACCTGACTT TGCTTTCTTTCTTCTCATTTCTGACGAAGTTATATTCTATATTTGATGTTTTTACCTTTCACGTTGTTTTCAAGTCACGC AACAAGGAGTATCTTCCAATTGTGGGGCTTGCTGATTTTAACAAATTGAGTGCTAAGCTTATTTTCGGTGCTGACAGGTT AGTAATAGAAACAAAGTATTATTACATTACATGAGCTTTTCTTGTTCTTGTTAGGAGTAGGTTTTGTTCAATCTGTAATT TCTCTTATTTTAAAGACAAATAAGAAAAATATGAGAATGACAAAGAAAAAAGATTTTCATACCTCATTTTCTTCATTATG CTCATGAAGCTCTATAACTAAGTACGAGAATCGGTTGACCCACCTTTGATTCATCTCCAAATAGCATCCCTTCTTTTTCG TCTTTCTATGAACTTCATTATAAGTTGCAAGATTGATTGGGTTCCCGTTTAGGTTTGTCAGTTGCTTCAGTGGAATATCA AACTATCGTGTCACATCACCTTGTTGTAGCCCCAATTGCCTATAACATATGTCCGGGCGAACTATAGCTATGACAAAGAA ATTGATGCAGGAGACAACTGCATATTTTAGACGACGAAGTTGCTGCTCATACGGAGCATGAAAGCCGTATGGGCTCCAAT TTATATCATCCTCATTCAGCTCATCAAATTTGCCGTTGAACACATTTTCCATTAAAATCTTCTTGGAAGGCCTTAAATGA TCAAACATCACTTTAAACCACTTGGTAAGTAATGGAGTTTCATTTGCTAATTCTACTCCATGGAGAATTTCAACCTCTAA GAACTTGAATAGCTCTAATGCAAATACAACTAAAACTAGAACAAAACAGCTAAAACTTTAATGTGTACGATTAGCTATAT CATGCTTGATGTGACCCAACACTGCGGCTCCCCACGCATAGTTGTCGATCTCATTAAAATCCAACAATGGCAAATAATGT GGCCCACCGGACTTTGACCGAGACGGAAAAATACTAGTTGAGAGGCAGTAAAAGATGAAGGCTTTTGCACGTACCTTCGA AGAATAAACAGTGGCAGTAGTATTAAAGTACTCTAGAAAAGTTTTCAGATTAACCCCACCCTTGTAAGCAGGTTTTACTT TAAAAACGAACATACTCTGTGCAAGACCCATTTCCATGTCGAGATGTTTTACTAGTAATTGGGCAGGATTCTCTATTATT TCTCCCGTCACCGGGTTCCCATCAATGGGAAGTCCAGTAATGTGCAGGATATTCTCAAACCCAAAATCTAACTCAAACCC TTGGGCTCTCCATCATATTTTAATATGAGATGTTTTAAGAAGCTTAGAGGAATCTGCAAATCACTTTTTATGGCAGACAA TAGATCATGGAGTGGAAGCAAGAACTTAAAACAAGTTCTTTCAACCTCTTCCCTGACGTCATCTGTCAATTTCCACTCCT TTAATTTATTCAAATGCATTTCTGATTGTTTCATCTGTCAAGGAAAATCATACAATAAAGCAGCAACTTAAAAAACAACA AAGGAGCTAAATTACTCAGCCAATAAGCATGGCACATTGCACATGCGCGCAGATTGCAAAAGTTAGGTGTCAGATTTACC TTCAAAAGTTCACAGATGATTTTAGATTGCACAACGAAGATGATTTCAAAACGCCAGTTATTGCCTCAGCTTGCTTTGAA GGTACTCCTTGCCCCTCTAGTCTCTTTGAGTTCAGATCAACTACGTCCGTTGTTGTTTTAATTGACTTGTATATTGCTTT TGTATATGCAAATGAATAAGAATGTTATTGATGAATGGAATCCCTACTTGACTACTTTTGTGAATGCTATGAACATTGTT CAGGAATTCATTTTAGTTTTCCTGGTTGAAGCTGAAAATTATGTTTCACGTTTTTGATGAATGGAATCCCTACTTGACTA CTTTTGCTAATGCAATAAACATCATTCAGGAATTCATTTTAGTTTTCTTGTTGTGAAGCTGAAAATTATGTTTCCTGAAT TGAACTGTATGCCAGTTTCTGATGGTGCTCCAATATTTACTTAATTGACTTTTTCATTTGCTGCAGGACTTGATGATTCA TGTTGTGCAGTCTAAACCTGCCAAACGTTCTGGTGATTACTTCTTGCGGCAGATTGTCAAGGTAGGATTGCGTCTGCAGT GTGATGTATATTTTTCAGGTCTGCCAAGTATTGTTATTTCTTATATGACCAATTCATTCTGTCTTGTATGCAGCTTGAAA GGGTGATCAACGAGATGGACGCTATAAAGCTGGAGTGAGTTGTTGCCCATTAGCTCCTAAATTGACTTCATAATTTATCC TTTTTGGTTCCCTGTTTTACTTTGATTATCAGGCTGAATTTTTCCTGAGGAGTCAGTATGTTGTTTGGAGGTGGAGGATG TAGTTAGCATTCTAAATGTAATTTTAACTTTTCTTAACTTAAGTTGTTTTATCTTAAGAAATAACCCATCCATTTATTGT TCCAAAAAAGAGGCTTAAGAAAGTTTCATTATTCTGGTGATTTACTCGTTCATATTCACGATAATAGGTGAACACTTTGT TGTGTTCAGCTACTAAGTTTTAATTGACCAGTAGCAAGATTGCGTCTTTTGTTTCGTTAACCCGACATATTATGATACTA TAGCTCTAGGTGTGCTTTAAAGTTTGAGCTCGAGATGATTGCTTAAGTTATAGTGAAGCACTAGCACAATCAAGTGATTA AGAGTATTTTAAGTTCATCTTAACATGCCAACCCGTACAACGTTGATCTCATTAGGATAAGTTTATGTTTGGGAAGGGTT TGATGGAATATATTATTAATCTTAGGTGAATGTCTGATTGAGCTTGGCGAGAAAAGTGATGATGGTGTTGCTGGCATAGT ATGTCAAAGAATGACAAGTAGGTTACTACATGCAAAAGGAATTTTGAACCGACAAAGTGACAATAATAGTCAAATGTGAC CCGCATATCTGTGACATTGTGGGGTCTCCTATTTAATGGCATCAAATGTGGGCGACGGGGAGAGAATTTTAGAACTATAG ACAGGAAATGTGTGAGGGAGCTGGGGAGAGAATTTTAGAACTATAGACAGGAAATGTGTGAGGGAGCTCGGGCGAGGGAG AAGGTTATTTGACTAGATCATTTGGTGACTTAATGAACCTCATCTATTCGACCTCGTTAAGTGCCCCAAAGAACAAAATT TTCCTAGCTTAGACATTATTATAAGACATGCTAAAGGCATTTCATTTTTTTTTATAAGCGAAAAGTATATTATTCTAAAG AAGGTACAAAAATACCTTAACCCATACACAACTCGTTTTTAAATTTTAAGTTTTTACATATCTGATTATAATAATTTTTA AGCGTGACCAGCACGAGACAATTGACGTTGAGGCATGGATGTAAAAGTTATTTTAAGAAATGATTTTTAATTTATATAAA CCATTTAAATATACACAAACTTAGCATTAATTCAGTTATGCATAAATAAATCACCGTAAACTCTAATTAATCCGAGTCAA GTTAACTTGTTCTAGAAGACACAAGTCTCTAAATTGAGTCTCGTAGATCCATGCTTGAATTGACCACCACTACACATGTG TTTACCGGGGCTAAGTGCGAAGTGTTAAAAAGAAATTTAGTGGGATTTTTTACCTATGCTGATAAAACATGTGCAATTTT TGTGCGCATAGAAGCTGTTGGGATCAAAAAAAAATTACTGCCATAATCTACTACATATATCACTTTTTTTGCCATAATCT ACATATATCACTTTTTTGGTTACATCCACATATATCACTTGAATGTTGTCATCCGAGAATTATTATTCCTCCTCTAAATA TTTCACCATCAAGTTATATTTTAAATTTAAAAAAGTAAAGTCGACTAAAATATTGGATCATGCTGTCCAATTCCGATTAT CAATACTATTCCTTTGTCTTTTCTTTTTCTTTAAGATGACGTTACAGTATACAAAAATATCCTATGTATCCTTATCTATG TTATTACAATATAATATAATGTGCTATCACATCGTGTGATGTTCATACTTGGTTAATTAATGGTTGTTACTTGTTATAGG TAGTGCCAGTGGTTTATGAAGGCGGTTTTTACATTTTAATTTTAATCTTGCTTTTGTTGTATCAAACATAATAACACTAC CTAAGAGCTATTGAGTTCGATATCCACAAAAATGACACAATACAATATAAAAAGCGATGAAGAGTCTTAATTGTGACTAA ATTCTAATTCTGGCGACATTCAAAGAATAATCAGGTACTGAATGTTTATAAAAAAAAAGTAAAGTCTAGCACAACCGATA AATACTTAGTTTCTACATTTCGTCATGAGTTTGATCATTGACTAATGTGTATGAAAAAAAATATGTTGAGAGAAATTGAC TCACTTAATATAATTTAAAGGATTATTAGTCTCATGACTTTCGGTCTCCAAAAACATACTACAAGACATGTGGTGATGTC AAGAAAGGCCTCTATCAATCAACCATCACTCTTCACTACCCATGTCATAACAAAACAAATTTCATATATATATTTATCTA TGTGGATAAATATATAAAGTATATTAGTATAAACACAAATGCAATAAACAAACAAGATTTTCCATTTGTTTCTATAAAGT GGAGGGAGTGATAGAATACTAGTTTTCAGTTTTCCCAACAACAGAGTAATTCAAACTTTATTCCCAGGGACCCAGCCAAA GCATATACATACACACATTCAGCATGCGCCCACCGGTTCTTCTCGAAACTACCTCTTTTTCTTCTTCTTCTTCTTCCCCA AGCGATCGCAGACTCAACGTTCTCGCAGGCCACCTCGTTCACAACGATCAAATGGATTCTCAGAACATCTCTCCTTCTCC AACCGCCTCTTCTGGTTCCGTCTTCGCTCATCTCGTTCGTGCTCCCGAAGATCCTATTCTCGGGGTAACATATATCTCTT CTCTCTCGCAACACTGAACCATAACCGTTTCTGTTATCATCCTCATCTCAGATCAATTCTGATGAGATCGCAGTTTTTGT TTTGGCGGTTTCTCTTTGATCCGAGTGAGATCACGAATCACGATCTCAAATTCTCAACCGCGCAACTACTCCTATCATTT GCATGATTGATTTATGTATTTAAGTTTGATTGATTAGTTTTATTTTCAATTGATTATGCTGATTTATCGGTTACTTGTTC TCTGATTGAATTTGCGTATGAATTTCAAAGCAACACGGAACCTGGTGGTGATTGCTTGCTTTGCTTGCTATGTTACTTGC GTTTCAGAATTGATTGCTTATTATTATGATCCGTATCATTTGACTTTGAATGATTCTTATTGATTTAAGATTGATTAATT TCATTTTCGTTTATCGCTTCCTTTGCACTCTGATTGCATTTGCGTATGAAGTTCACAGCAACACGGCACCAGATGCTGAT GGCTCGATCGCTATGTTAATTGTGTTTCGTATTAGGATCGCTCGTTTTACTGTTATAATCTGAAGCACACGCGGCCTTTT TGTAATCGAATTCGAAACATTTGTTACTAATTTGTGAATTTTATCTATTATATTAATCTTATCGTTTTTTTCCTTGTCTT CTATCTTTGTAAAATAGGTGACTGTCGCTTTCAACAAAGATCCTAGCCCTGTTAAGCTCAACTTGGGTGTTGGTGCTTAC CGAACTGAGGTGAGTGACTCTGCTATTTGGTTGGTTGCAATGGTAGTTCTTAGTCATTTGAGACACATAATAAACCATGT TTCCTTGACTTTTATAATCATGAATTCATGATCCTTTCCTTGCATTTAACTTGGCCATTGAAAATAGTCAAAATTAATGT TAATGAATAATTACCTGTAGCTAACAATCAAGTTCATTCAATTTCAGTTCTACTAATGTGAATGTCTGTCTGTACCAGGA AGGAAAACCTCTTGTTTTGAATGTGGTCAGGAAAGCTCAACACCAAATCGTGAATGATCCGTTAGTACCTGACTTTGCTT TCTTTCTTCTCATTTCTGACGAAGTTATATTCTATATTTGATGTTTTTACCGTTCACGTCGTTTTCAGGTCACGCAACAA GGAGTATCTTCCAATTGTGGGGCTCGCTGATTTTAATAAATTGAGTGCCAAGCTTATTTTTGGTGCTGACAGGTTAGTAA TAGAAACAAAGTGTTATTACATTACATGAGCTTTTCTTGTTCTTGTTAGGAATAGGTTTTGTTCAATCAGTAATTTCTTG TTTGTAATGCCTAACTGCTTATTTATGAACCTTTTTTGGACATAGCCCTGCTATTCAAGAGAACAGGATTACCACTGTTC AGTGCTTGTCTGGTACTGGTTCATTAAGAGTTGGGGGTGAATTTTTGGCTAAACACTATCACCAAGTAAAGTTCTCTGTC CTTTGAACTCATATTATTGCACTCTGTCCCAGTTTACAATGGCTGACTGCCTTTGTCTTTTTCAGCGGATTATATACTTG CCAAAACCAACTTGGGGCAATCACACAAAGGTTTTCACCTTGGCAGGGTTATCTGTCAAAACATATCGCTACTATGCTCC AGCAACACGAGGGCTTGACTTTCAAGGTTAGACATTATTGTATCAAGCTGTGAAGCGGATTGTTCCTTATTTTCTAATAT GTATCCAAGTTCATATGCATCATGGTCATAATTCAATAACTTCAACATGTTTCATTTTATGATACTTTTCCCCATGTTCC TTACAGGACTTCTAGAAGATCTTGGTTCTGCCCCATCTGGATCCATTGTTTTGCTACATGCATGCGCTCATAACCCTACT GGTGTTGATCCAACCCCTGAGCAATGGGAGCAGATTAGGCAGCTGATAAGATCAAAGGCTTTATTACCTTTCTTTGACAG TGCTTATCAGGCAAGCTTTTTTGCATACAACCAACTGCTTGCTTCCTGTTTTTCACCTTTGAGATTTGTAGTATGGACAT AATCTATTACTGCTTACATTAAAATATAAAATTCAACCAATTCAAATCTCTTGAATCCTGGAGTTTGCATGTGCGGAAAA AATCAAACTTGAAGTGCATGGCTTCCCAACTTCCATTTCTTAGTAGTATACAGTGGATCATGTCTACTCAAGAATTCATC TCTACTAGTCTTAAATTCTTATTGTTTTATGAAACACTCTTTTTTAAACTACACATATTTTGTTCAATAGGGTTTTGCTA GTGGAAATCTAGATGCAGATGCACATTCTGTTCGTTCATTTGTTGCTGATGGGGGTGAATTGCTGGCAGCCCAGAGTTAT GCAAAGAACATGGGTCTTTATGGAGAACGTGTTGGTGCCTTAAGCATTGTAAGAATTTCAAAGCATTAAATGGAGACAAC TTGGAGTTTTTCATTAGTTTTGATTAGTGAATCATGCACGTGTTGTTCTATTTAATCTGATATTTTTCCTTGACTACCTT TTGAGTCTTGGGATCCTTTTAGTACCATTGGTGTAATTTTTATGTTAGTTTTTTAGTAGAACAGGTTGACAAAAGTTTCT TGTTCTTTTTTGGTATGTTGCTCTTACCTTTTTCCTTTTTTTTCATCAAAAAAAAAATCGCCTAGGTCTCCAAGTCAGCT GATGTTGCAAGTTTGGTTGAGAGTCAGCTGAAGCTTGTCATCAGGCCCATGTACTCAAATCCTCCCCTTCATGGTGCATC CATTGTAGCTACGATTCTTAAGGACCGGTAATGAACCAAGACTCTCTGCTTTCCTGTGTAAAACTAGACAAAGAATGATT TGCTAATGACTATCATTGTTCGTTCTCCTTGTATGTGTGGGTGTTTATTTTTGTCATCAATGCTAGTCTTGAAATGGCAT GTCAAGTGGTAATGGATTTTGTGGTTGTCATTACTGTGGTATTTAGAGGTCATACTTCAAATATGTTTGATACCTCTAAC TGTGAGTGAACATTGTCCTTAACTGAGATGATTTTACTGGTTGAGTTCATATATTTAACTGAGCCAAGTGTATATATTTA ACTGCCAGGAGATGCTACTATATAATCTTTTGCTAGCTGATATTATCCTCTTTGAGCCTTTGTTAAAGTTTCTCAACCGT TTTGCTTCTTTGTCAGGGATTTGTACAATGAGTGGACTATTGAGTTGAAGGGAATGGCTGATCGTATTATCAGTATGCGC CAACAACTTTTTGATGCTTTACGTTCCAGAGGTTAGCCTCTACAGAATTTCTTTTTGCAATTTATTCCTCTTGTATTTTT CTGTATGGTCCGGTATCACTATTGTTTCACCAATATACCAGACTTTTTTAATTGTTCACTCATTCTTTCCTATCTTACTC GTTCTTATTTTTCCAGGATTTTGTATCTATGAAATATTTATTGCAGTTATACTTATTTACTTTTCAATTGATCAGGCACG CCTGGTGACTGGAGTCACATTATCAAGAGTATCGGTATGTTCACTTTCACAGGATTGAATCCTGAGCAGGTTTCCTTCAT GACTAAAGAGTACCATATATACCTGACATCCGATGGGTAAGAAGCTCTTTGTCTGACTTCATTGAATGAGCTAAAATGAA TATCATACACATTCTCTATTTCTCTTACCGTGTATATGATACACATTCTCTTACCCTGAATATGATGATCACTCATTATG CATTGTTATCGTGCAGGCGGATTAGCATGGCTGGTTTGAGTTCCAAAACCGTCCCACATCTGGCGGATGCTATACATGCG GCTGTAACCCGAGCTTCCTGAACATGTTTGGAAAGATATCTCAACCATAGATGAAAAAATCAACTGTTAGATATTAACAA ATCATGGATTTGTTGAAATATACTCTTGATTTTCTCATCAACCATTGAGATACCTTTACTTTCTCCCTTTAAAGCTTTAG AGGAGCCAAATTCTATGAGCGAGCGCGATTTTCAACTCACCTAGTAGGACTTCCATTTTCAATGTAATAATATCACATCA AACAATGAAAACTTTTTTTTGATGTGAGAATTAGAGACAACTTTTCTGCCCAGGGTGCCTCGGTCTCCGATCTTGGCATT CTAACATTTTCGCCAAGTTTTCCTAGTGTAAGCATGATCAAGTGCCCCCAAGAAGGAGGCTTTCTATTTTCTAAATAATT TCTGAAGGATAAAGTACCTTGTTTTTATTTTATCTTGGATATTTTTAACAAAGGTAGTACTGTCAATTCGAGTAGAATCA ATAGAAGC
CDS sequence (LotjaGi1g1v0400200.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGATTCTTATTGATGTGACTTTTGCTTTCAACAAAGATCCTAGCCCTGTTAAGCTCAACTTGGGTGTTGGCGCTTACCG AACTGAGGAAGGAAAACCTCTTGTTTTGAATGTGGTCAGGAAAGCTCAACACCAAATCGTGAATGATCCGTCACGCAACA AGGAGTATCTTCCAATTGTGGGGCTCGCTGATTTTAATAAATTGAGTGCCAAGCTTATTTTTGGTGCTGACAGCCCTGCT ATTCAAGAGAACAGGATTACCACTGTTCAGTGCTTGTCTGGTACTGGTTCATTAAGAGTTGGGGGTGAATTTTTGGCTAA ACACTATCACCAACGGATTATATACTTGCCAAAACCAACTTGGGGCAATCACACAAAGGTTTTCACCTTGGCAGGGTTAT CTGTCAAAACATATCGCTACTATGCTCCAGCAACACGAGGGCTTGACTTTCAAGGACTTCTAGAAGATCTTGGTTCTGCC CCATCTGGATCCATTGTTTTGCTACATGCATGCGCTCATAACCCTACTGGTGTTGATCCAACCCCTGAGCAATGGGAGCA GATTAGGCAGCTGATAAGATCAAAGGCTTTATTACCTTTCTTTGACAGTGCTTATCAGGGTTTTGCTAGTGGAAATCTAG ATGCAGATGCACATTCTGTTCGTTCATTTGTTGCTGATGGGGGTGAATTGCTGGCAGCCCAGAGTTATGCAAAGAACATG GGTCTTTATGGAGAACGTGTTGGTGCCTTAAGCATTGTCTCCAAGTCAGCTGATGTTGCAAGTTTGGTTGAGAGTCAGCT GAAGCTTGTCATCAGGCCCATGTACTCAAATCCTCCCCTTCATGGTGCATCCATTGTAGCTACGATTCTTAAGGACCGGG ATTTGTACAATGAGTGGACTATTGAGTTGAAGGGAATGGCTGATCGTATTATCAGTATGCGCCAACAACTTTTTGATGCT TTACGTTCCAGAGGCACGCCTGGTGACTGGAGTCACATTATCAAGAGTATCGGTATGTTCACTTTCACAGGATTGAATCC TGAGCAGGTTTCCTTCATGACTAAAGAGTACCATATATACCTGACATCCGATGGGCGGATTAGCATGGCTGGTTTGAGTT CCAAAACCGTCCCACATCTGGCGGATGCTATACATGCGGCTGTAACCCGAGCTTCCTGA
Protein sequence (LotjaGi1g1v0400200.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MILIDVTFAFNKDPSPVKLNLGVGAYRTEEGKPLVLNVVRKAQHQIVNDPSRNKEYLPIVGLADFNKLSAKLIFGADSPA IQENRITTVQCLSGTGSLRVGGEFLAKHYHQRIIYLPKPTWGNHTKVFTLAGLSVKTYRYYAPATRGLDFQGLLEDLGSA PSGSIVLLHACAHNPTGVDPTPEQWEQIRQLIRSKALLPFFDSAYQGFASGNLDADAHSVRSFVADGGELLAAQSYAKNM GLYGERVGALSIVSKSADVASLVESQLKLVIRPMYSNPPLHGASIVATILKDRDLYNEWTIELKGMADRIISMRQQLFDA LRSRGTPGDWSHIIKSIGMFTFTGLNPEQVSFMTKEYHIYLTSDGRISMAGLSSKTVPHLADAIHAAVTRAS
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 | 390 | 387 | 8.2E-247 | – | |
| PANTHER | 4 | 390 | 387 | 8.2E-247 | ||
| SUPERFAMILY | 4 | 390 | 387 | 4.43E-115 | ||
| Gene3D | 5 | 385 | 381 | 5.0E-169 | ||
| Pfam | 18 | 384 | 367 | 5.7E-96 | ||
| CDD | 19 | 372 | 354 | 3.92251E-46 | – | |
| Gene3D | 35 | 307 | 273 | 5.0E-169 | ||
| PRINTS | 166 | 185 | 20 | 1.3E-38 | ||
| PRINTS | 197 | 209 | 13 | 1.3E-38 | ||
| ProSitePatterns | 235 | 248 | 14 | - | ||
| PRINTS | 265 | 290 | 26 | 1.3E-38 | ||
| PRINTS | 333 | 351 | 19 | 1.3E-38 |
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 LotjaGi1g1v0400200.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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