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| Field | Value |
|---|---|
| Gene ID | LotjaGi4g1v0044400 |
| Transcript ID | LotjaGi4g1v0044400.1 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Branched-chain-amino-acid aminotransferase; TAIR: AT1G50090.1 D-aminoacid aminotransferase-like PLP-dependent enzymes superfamily protein; Swiss-Prot: sp|Q9LPM8|BCAT7_ARATH Putative branched-chain-amino-acid aminotransferase 7; TrEMBL-Plants: tr|A0A151SI87|A0A151SI87_CAJCA Branched-chain-amino-acid aminotransferase; Found in the gene: LotjaGi4g1v0044400 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr4:5235187..5247016) extracted from Lotus japonicus Gifu genome v1.2.
CTGTTTTTTTGATCACTTAAACTTACTCAAAGTGATCTTGAATTATATCATAGAGTCTCTAATAATTTTTAGTATAATGA TTCATCTTCCTAATATTTTTTCTATAGCTCTATGAGTTAAATCCTACACTACTTAAATTAATTTATACCCACTTTTGTTT CATACATCACCAAACCATGACAATGCAATATTCTCTTCTTGCATTTTTACACGTCCGACTTAGTTTTCCTTCACCAGGGG GTAAAATGCTTACTCGATCCCTTATGTTATCTGATTAAAAAAAAAAAAAAAAACGTGTCCACTTCCTAGCTAGTTGCCAT CACAAAATAGACTTTCCACCTCCTCCTTACATAGGCTTTTTACCTATTACTCTCCAAAGCATTGCACCTCATGCTTGTTC CATTATGCCTATCCTCCAAGCCTCCACGTGATGATTGTTTGCTGCATGTTCCACACCTCCTCCTTGGCTGAAGCCTATAT ATATCAACGTGAATTGCTTTGGAAAATATACACAGAAGCAATTGAAAATACACACGAGAGGATACAAACACACTTGTTAT GTGTAATTTATTTTTAGTGAAAATTCTTGAGTGTGAGGAGATTCTTGAGTTTTGGAAAGCTAGAATCTTGAAGCTTAGCA TTTTCTAAAGCGATTAATTTTTCAAAGATCTGAAAGGTCACGAGGTTCGCAACTTTTATGCACTACTCACGAAGGTAAGG GTAACTCAATTTTAGCGCGTCTTTGAGTCTTGCATGCTTTTATCGCACTGCATGTGTTTGAGATGAAGGTGTTTAATTTG ATTAGCAATTGATTGAAATATTTGCATGTTTTGCAATGTTGTATGCTTGCTTATGTTGACTGTTTCTGAGGCTTGTGCCA AATGTTTTCTGAAGGCTTCGGCCGAGTAAACTTATTGAGACGTGTGTCTCCGTTTTCTGAGAGGCTTCGGCCGTTTACTG GTTTCCGTCATTACTGCTTTCAAGTGGATAAGACGTGATTATTGTTGATTGATTTTGGCATATAGGGCTGAATTAAGTGG CATTCAGTGGTTGTCGTTCCACATGTCTGTCCCGTATTTCGAGGCGTTATTAAGTGGCATTCAGTGGTTGTCGTTCCACA TGTTTGTCCCGTCCTTCGTGGCGTTATTAAGTGGCATTCAGTGGTTGTCGTTCCACATGTCTGTCCCGTCCTTCGTGGCG TTATTAAGTGGCATCCAGTGGTTGTCGTTCCACATGATTGTCCCGTCTTGTGAGGCGATATTAAGTGGCATTCAGTGGTT GCCGTTCCACATGTCTGTCCCGTCTTGAGAGACGTTATTGATCGATCCATTTTGGTAGCAGCATATAGTTGCATTATAGG GAACTAACACCTGACCCTATGTTGTTGGATTTTAGTTATTGGTTTATTGATATCTGATTTGATGATACATTGTTGAGGTT ATTATTATCTGAGTTAATCTACGTTTAAGTTGTTGATATATGAGTTGAGTTATGTTGCTAGTTATTTACCATGCTAAGTA ATTAGAGTTGAATAGCATGATTTTTTCTTTTATACATGGTAATTGCATGGAGTTAACCCTTTCTATTTGCTACTTGTTGT TTGGGCGCTTAACGCTATTAGGCGATAGAGATCCTTCCGCCGAGGCTTAGCTGCTCGAGTTGGAGATCGAGTTGTAAGCG GTGGAGTAGAGGTGTGAGAAGCAGCTTTGCTTCTCTTCTTGTGGACTATGTTTGAGTCTCCTTTTCTATATGAGAACTCT GTTATTAAAGCCTTGATTGAGCCACTGTTAAAGTGCGCATGTTTATTCTAAACCTTACTTATGGTGTTGTAAACTATTAT TACTATATATCGGGAAACAGGTTATTTAAATAAAGTTATCATGTGTTTCCAACCCTATGGTATTCATTCTCATTTTCAAA AAAAAATACCCTTGGATTTTAGGGATTGCAGAATAGTCCTTAGACTTTGTTAGGTTACTAATGTGATTCCTCAGTTGAGA AATTGGGGCGTTACAAGAATCAAACCTTTTGACAAATGTTAGGGACTAAAACCCACTTTTGCTCCGACGAGGGATGAAAA CCAAGCATTTGATAAAGGTTAGGGACCAAAAACTTATTTAAGCCTAATTTATTTCATAAATTTTGTTTACAAGTTACATA AACTGGTTAATATTGACTGTATATTTTATAGTCAATATATTTTGTCTATTTTTGGTTACAAGACGAAAACAGAGTTGTTA GTTGTCTTTTTCTCAAAACATAATATATTATATTATTGAAGAAGAAACCGTATGAGAATAATTCTCTCATGAAGTAAGAA ATACTAAAATAACCCCAAACAATACAACCAAACCTTTTATGGTGATCATATTTTAAGAATGAGTCTCACTAAAACCTTTT TAAGACACAGAGAAAAAAATCTAGTGAAGAAAAAATAGTATCACATTCTCAAGTGAACCATAGTACAAAGACTCAAAACG ACAAACCCCACCTTAACACCCAAACCAAACCCCTAATAAATATTACAAAAACAAACTAAAACCAGAAAGACCTTGAGTCC TCGCCCTTATGAAAACCCAGTCATGCAAAGAAACCATCACATAATGCTATAAAAATAATCCAGTAAGCTCAACCATGCAA AGCCCTTTTTCTGAGTAAACCTGAGTTTATACAAACCAAAGTCCACATTGTGTACGCTACTTCAGTGTTACCCAAAATGA ATGGTTCCAACCAAGGCAAAGCTACTAAAAACCAAACCTGTAGATCCTCACTAAACCCACGAGCCTTAGGTGTGAGGATA GTAATACCCTCTGATTCGGGGGTACCTGTAACACGCACAAACAAATGTAGAGCTAGCATAAGCACCCTCACAACCCATGA AGCTAGTGAAGGGAGCGGCTTCCAAAGTAAAAAATTGTACTCTCCTTTACAACATCCATACCTTTTGTTAAACACACAAT ATATAATCCCTTCAACAAAAATTAAAGTGCTGCCAAGGAAACCAAAACCGTTCAGCCTCCTCCTTCCTTCTCCTTTCCAA CGTTGTGCTCGGAACCCATACCTACACTAGGATGAGGCCTAAATTTGAAGGTTTGCACCAAAAGTGGAGTTACGAGGTGA GAAGGTAAGGACCTTTTTTTTTGGTAAGCCAAAGTGATATAAATAGGGAGTACAAGGGGTACTCCAAGCCCATGATACAA AGAGAATCATTATTTGATGTAATTCATTTTCCTTTGTGGACCCCGTATTTAAAAGTACAAATATGAAATTCTATTGCTTT ATAACTGAAAATAGAATAAAATACCTACAATATATATAATATAAATAATTGAAGTAAATATAAGATTGTTGTTCTTTCAA AAAAAATATAAGATTGTTAATCTAGTCGTTGGCATAACAAAGCTTGGGTTCATGACAACGATAACACTGTGAAAAAATTT AAGGGAGAAAATACTTAAATAAGTAATAAAAACATCTGTATACAGAAAAAGTCAGCATAATTTTAGAAACTTGTGTGGTA AAGTATGGGTTCATTAACTAGGCAACAAACCCAAAAAACTAAAATAAGTTGGCTAATGTGGTAATTATATAAGGAAGACA TATATAGAATAGATTGAAACAAATGCATTGAATATAACTGGCAGACAGTTATTGCTAGTCAAAATGTTCTTCAAACAATA ACTTGAACTGCAATCCTCGGAGTTTTGGACTCAATATATTTTTAGGTTCCCTCTAAATATAAATGTAAACACATGTTTGT AACATCAATTTGGCACAATGCTACATAACAAAACTAAACTTTGAATATTGAAGCTTAATTGGTTTCTTTTTTCTCCCTGC ATTTTTACCCGACCTTCAGTTGGTCATGGAGACCTCCCATCTACCAGCCAGCAATGGTGAAGCTATGAACAGGTTATTGC TCGACAATAAATTTTGGATTCACGATTTCACGCTATACAAATATCATTGCACGAATTTTATTTTTTTTATAAGCCATGAA TTTTATATTGAAATGAAGTATTAAGAGGCACTTCAACCCAATATAAGAGAATTCACCTTTTGACTTTAAAATTTTGACAT GGGCTTTCATTGACGATGAATAAACCATGCTGACGTTAAGGAATACCAAACCTCCATTAATTGTATACCCTTTTTAATCA AGTTGACGCTCCATTTTATGTTATGTGATAGAATTTGTTTGCCTATTATAATTTCATAGTCTTCTGGTTCAAAAGCTTTA TGCATTACCATCATATATGTTGATTAAAACATGTCATTAACTTTAATTACTAGAAAGTCAAAAATATCATTGGTCTTCAT TATTCATATTGCAAAAATTGATAATATACAATGTAAAGATGTGTGGACACCCATTCCACCTCTACCCCAATGAAAGAGCT TGGATGGGAAAAGGGCAAAATCTTTACATAATGTTAATGACAAAAGGTAATCCAAATATAAAAGGATAGAAATATTTTCT TCTCTTTTACCCTTTCTAATAAACATATTAGTTAGCTAGTTTACACCATACTAGAAGAGCATATATACAACTAATCCAAC TCAATGTTTTTTTTTTTGGTAGGGAGACTGAAGAAAGATTTGCCAATATTGATTGGGACAAACTTTCATATGAAGTTATT CCAACTGATTATATGTACATTATGGAATCCAATACAGATGGGACCTTTTCAGATGGAGCTCTCGTACCTTTTGGAACCGT TCAAATCAATCCCCATTCTTCTGTTTTAAATTATGGACAAGTAAGCTATATATTGCTTTTAAGTATAGATTAAATAAGAA GTGCGAGACAGAAAGAAAAATATATATGGTATATATGAGTGTATGTACTATTTAGTATCTACATTTGATAAGCGAAGAAG ATTCGGCATTAGTAACTCATAAGCTAAATATTAATGCTTCTAATTCATCCATTACACTTGGTATTAAAACATTCATATAT GCTGACAAGTATACATATATGAATTATGATGCATGTGCATGTATAATAGGGACTATTTGAGGGCATGAAAGCATACCGAA GACCAGATGGTGAGGTGCAGTTATTTCGACCAGAAGAGAATGCACTGCGCATGCAAATGGGAGCAGATCGGTTATTATTG GCAGCACCTTCCGTTGAGCAATATGTTGATGCTGTAAAACAAGTTGTCCGTACAAACAAGCGTTGGGTATACATTTGTTG TTCTCATTTCTGACTTTTTTTCCTTTTTATTCTTATAGCAAGATTCTAGCATATATCAGTAAAATAGGCAGGTGTATATC ATATATAAAAATACCGGTTGGTTCAAGTGTGGTACATGTTTAATTTCTTTTTGAGCAAGATTTTTTATGTCTTTTCTGTC CATATCTCTCTAATGTGCTTGGATAGAATGGGTGTGAAAAATGTACTTTTCCTGTTTTTTCCTAATCTTGAATATTGAGA GTTGTTAACTGGAACTGCATGCATGTAGGTGCCTCCTCACGGAAAAGGAACATTGTATATCAGGCCTTTACTATTTGGAA GTGGAAGTGTTATGGGTATCTCACCGGCGCCCCAGTCAACCTTCTTAATATACGCTAATCCAATTTGCAATGTTTACAAG GTAAGTGATCCCCTGCAAATTTTAACTTTCAACTAAACTAATATGAACAACCAAACAAAGATGATGATGAAAAGTTGAAT TGATTGTCAAACATATTGATTAAACTTTCATAAAAAAACTAAATGGAGAAAGGAAAATAAATATCAGCTAAGTATATATA CTATGCCGTTATCTATTGTACGTACGTAGATCAAGAAAAATTTAGTTCACAAGTTAAAATATCTTCTCTGAAATTAATTT TAGCATATAAGGAGAATATTAGAAATATAATGTACTAAATGTTAGTGGTGAAAATATGGCTCATGGGCGGGTAAATTTTT AGCATAGTGCACCATATAATTTCTCATATATTGTTTATATGTTATATTTAATATATATCTACAATCTTTATTTGGACAGG GACGAACTGCAGCCTTGAGTTTGTGGGTTCATGATAAACTTCCTCGCGCATATCCTGGTGGAACTGGTGGAGTAAAAAGT ATAAGTAATTATGCACCTGTAAGTTTATCTTAATCTGAATGATAAAATCATTAAGAGATTAATTAGAGGTGGTAATAAGA TTAATAACGAATAACTTAACTTTTTTTCAAACAACAAAAATTGATTCAATAAAATTACAAATTAGATTATCAAAAGGTAG CCCAAAACGGCACCTCTCATCACAACCTTGTTTCCCTAGGGGTATCGGCTAAGGCATTAGCTTTCTTATAAACGTGACAT GCATACATTGCAACATTTCACTTCCTAGTGAAGCCTATCTATAAGATTCAAGCTATTAATGAGCTTCCACGGTCAGAATG AAACACAATTTACCCACCCAGTAGTCAAAGAAGAGTCGCTTTCAATTGCGATTGATGTCCCTAAAACTAAGTTCTCGCAA AATAAAAGATCGAGCATTCAGAATCCCTAGCACCTCCGCTTCATAGGCCCTCTTCCACCCAACCTGTTTAGAGAAACACC CCACAATTTTTCCTTCCGCATTCCTTAGCCCACCCCCCAAATTCCACTCACGCTTGGGTTCCCTTTTGAAGCCCATCCAC ATTGAATTTAAGGATAGAACCTACTAGAGGCACTCATGATACAAAACGTTGCAACTTTCAATGGGGTGGAATACTAGAGG CACTCATGATACAAAACGTTGCAACTCTCAATGGGGTGGAAATTTGTTGATATCCAAATGATCTGCAACCTGATTCATTT GATTGGGACATTATATTGTTACTTTCTAACTTACTTTGATCCCCCAAGCTAGCCTAATTAATTTTACATTTCAATCACTC TCTCCACAACAAAGTTACTGCCATTAAATATATGATCATATGTTTCTAGCCAAATTTCCCACCAAATAGAGTAAGCTAAG CTACCAGCTTCTAGATTAAATCAAATGTAGAAACATGATTGTATAACTTTGTGTTATAAATTGGCACTTAAATGAAACAG AATATTAAAATATACATTATGATAGTTTAATGATGTTCATGTCTATGTTCTCAATTTTTTCAGGTCTTCCAAGTGGTAAA AGAGGCAAAAGAAAAAGGATTTTCTGATGTTCTGTTTCTCGATGCAGCAGAACATAAATACGTTGAGGAGGTATCTTCAT GCAACTTTTTCATTGTTAAGGTAACTAATGTTACATATATAGTAGTATTTTTTTCTTCATCAATTTGAAAATCTTCTAAA ATCCATATTTTAAACTCCCCATTTGACTCTTTAATTTCAGCGGAATGTTATTACAACTACACCTGCAACCGGAACTATTC TTCCTGGAATTACAAGGAAAAGTATCATTGAACTTGCTCGTGATTTGGGTTACAAGGTGATTATTACTGATCTTGAATAT ATAATTTCGAAAGAAAGTAACATAAATTTCTTGGGCCAGTACTAATCATGTCAAAAAGTTATACTCCTTCCATTTCTAAT TATAAGATCTAATACAAAAAATTACGCTTATTAATAAGAAAGGGATTGTCTAAATAACTCATAATATAGTTTGGGTTAAA TAATTCATCATCCAATCACATTTGAGATAAATGAGTTGGAAATAAATTAATAAATAAAATATACAAATTCCAACTCACTT ATCTTCAATGTGATTGGATGATGGGTTATTAAACCCAAACTGTATCATGGGTCATTTAGACAACCTCATTAAGAAAACAT TAAATGTGTCTAATTAGTGTATTGGTTTTTTAAAAATGCATACATTCATGATTCATCCATATTTACCCTTTGTCATTTTC TCTCACTAATTAATGGTAGGTGGTAATTAAAACTTTGGAATTGAAAACACACAATTAATGTGAGGGGTATATATGAAAGA GTAGAATATTTTTTGCTAGATTATTGTTAAAGGTCTTATATTTAGGAACATAAAAAATTTAAAACTGGGTCTTATAATTA GGAACGGAGGGAGTAGTATGTTAGTGTACAAGTTTTTAACTTGTTCTGTTATTTTTCGTGAACCAATTATCTCAAAAGCT TATATTATTGGTCAAATGATACATTAATTATTTTATATTATATTTTTAAAACGCCTCTCACACAATAGATAATTTGGGCT TAAAGCATGATCAATGCACATGTCCACCCTACATATTAGAATTAGGGAGACATAACTCAACCAAAAAACTAGCTTAGGAG TTAAGGGTTGTTCTATTCTCTTTTTTTTTGAAAATAGAAATATATATTGATAGATAATAATCGATAGTACAAACATCACA TAACAATGTGAGCAAAAGTCCCCCCAATGCTACAAAGCAAATCTAAAAACGAGTTTGTCTCATAAAACATTACAAGGCAA CAAACTAACCCAGAGCCACAATCATAAGGGCCTAGCCCCTAAATCAAGCATTAGCCGACCAACAAGAAAATGCATCCGTC GGGGACCTAGATGCGGCGAGAGGAAGTCTCGCAAACCCATCAAAAACAGATCTGCATCTCAGTATTGAGGAGCACAAATT AGCACAAGACATCGACCAAAGGCAGCAGCAAAACCGAACAATAGTTCCAGGTTATCAAGAACCTCCTACAAACTCTGACT CGGCGCACTCAGAGCCAACGCCAACTGCCCAACCAACATACCTACATCCCAAAACTGCCAAGGACAACCCATCACACACC AAAAACCCCGAACAAGCTAGGAAAGCACCAGCCTATGCATCCTAACCATTTCAGAACAACCCAAAGCATGTGAATAATAA AAAAATTGAGAGACTTATCCTGGTATTGCAAACACAGCTATGTTCTTTTTCACAGTGACAAAATTCTTGTCTCATAACAT ATTGGAGGAGAGAAAGAGATTAGCCTTCTAGGAAGAGATAGTAGGGGACTTAACACGAGCCTCATAACAGCGAGAGTGGA ACCTTTCAGTACAACCCATTCGGACAGAACCTAGAGCATGGATCCTCTTTGACAGAACGCTTCCTCACTCTCTCCCTCAC ACATAGTAGCATCTGAAAGTTAGAGGCGACGAAGAGCACGACAGAGCAGAGACGTCAAACAACAGAGCTTTTACCCCACA GTAGATCTGGCACAATGAAAGTAGGGGAAGAGGAACCTCTCAGATCTGGAGATAAAAACAAGGGGATCATCAGATGGGAG AAGCACGGCCCAGAACGTCGCTGCCGTGAAAGAGAACAACAAGGGCGGCCACCGCCGCTTATTGAAAGCTAAAGAAAGCA ATCGGGGCTCCAAGCACCATGCGAAACAGGTCACCGAATCTTTGGAAGGTGGAGGAGAAGGAGAAGAGAGGGGAAAGCAT AAAACGAAGTTAAGGAATGAAGGGTTGATGTCGCGCATAGAGGCGGCGCGACGACCACCCAAGGGGACTAGGGTTAAGGT TGAGAGAAAGAAAAGAGAAACGACAAGAGCAGGAACCCGAGCCCACATGTAGGGTTGTTTTATTCTAATCTTTATAAACA TTTGTTTAACCATATTTCTAGCAAATGTGAGACTTCTAAAAGCATCTTCAATGGGAGTATGTAATGTCAAATACATACTC CCACCAATATCTATTACCATTGGAGCATATTTTTAATTTCAACATGGCTAGTGAGGGTATGTGAGAGTGGATACTCAATT TAGTCATGAAAAGTGTGTTTGCATTTATTATTGCTTAATGTAAAAGGTTTAAATAAAACTTGCAATTAATAAAATAATTT TTTATATAAACTTGTAAGAGTTGTTTGGTTGGAGTAAAAGTTAATAAAATGATGTAGATGATGTGGCATTATTGAGAGTT GTAAAAAGTAAAATGTAAATACTTTAGTGAATATCATGGTTAAAGATGCTCTAATTAATATTTGGAATGTGGAATTAACA TCAACGAGTGACCCAATATGGAAGGTCTCCATAATAAATGGGTCTAACTAGGATATACTCTGATACCATATTAGAATCAG GAAGGTCTAGCTCAACATAAAATCTAGCTCAAAAGTTGAGGGTTGCTCTATCATTTATTTGTTTAACTATTTCTCTAGTA AATGGGAGACTTCTAACACTACCATGTGTTTAAAATTAATTTTATTATTAGAATAATGAGAAAATAAAAATCGAACCATA TACCACTTAATTATAAAGGCTTTATGACATCTACAAAAAAAAAGAGGCATTAAGACCATTTCATGATCTAATTATCCCTG AAGCTTAAGATAAAATACACAGGAATGGTTTTATGTTATAATTTATATTATTAATTTTTTAGATCAATTTTTACCTTTAT CTTATGGTGTGTTTGGTTTACGTTTGAAAACTAATTTTTGACTTCTCAAAATCAATTCTAACAAAAAGCTACTAATTGTG ATTGTGCATTGTCTATTCTGTCCACCACTCAACCAAACACACTTAATTTTTTTATCTATCTTTTACTGTTCATATCACAT ACCCCTACTTTATGTTTGTAAACTAGTTCTAAATTATTTTGATCTTAATAATTTGTGTAGCTAAAATTACCATTATTTAA TGAATAAACTTTCCATGTTTTATGTGAATGACAATCTCTTGCATGTAAACTCAAGAATTACTCTTTGTAAAGTGACTAAA CTTTTACTGAACTCTATAACAAGCTTCTTTTCAAATTTTATGTCAATACTTCTATAGTTCTCAATATTTTCTTTTTCATT CATGAATATACTGTGCGTCTGTGCAATTCAACTACATATTAAATATAAAAATGTTAAAGATTATTCTAAATAATCATTTA ATAAAAAAAATTAATCATATCGTAATGTGCAATTACATGATGTTTAACTAATTTTTATTGAAAAATATGAATATTAATAA AATAAATTGATTAAAGAGAAAACAATTATTGATTAATTAATTGAAAGAATGTTTAATTGATTTAGTATCGATATGCAGAA AAGTTATATGAAAAATGATTTTTTTTACATCAGAAATTTAAATTTTGCATCCTCCAGGGACTGGACCTCCCTTGCATAAC TCACATGTTCTTTAGCTCTTACCCATTTGAGCTATCATTTGAGGACTATGAAAAATGATGTTGAAATGTGCAGTATATTA ATATATTCATTTTTACTACATAAAAATAAAAATGCACATTAATAATCATACATAATTAAGTTAACTATGCCTTTCAAAGA AAAATTAAGTTAACTATATTACATGCACTTCCGTTATAATCTTCACTAGTTCACTTCTTAATTCCTTACTTATGATTTTT TCTGCTAATTTTGCCCAGGTCGAGGAACGAAAAATTCCAGTAAAAGAACTACTTAAAGCTTATGAGGTTTTTTGCACTGG AACTGCTACTGGGATTGCTGAGGTTTATAGTGTAAGCTACAAGGATAAAAGGTACAATGTCAATATGTCATTCAAATTCT AATAATAATAATAATAATGAAAATGAAAATAAAAATGATAATGATACGTACATAATAAGTTGATATTGTTTGTGCAGGGT TAAGTTCCAAACTGGACCCGACACTGTGACTCAGAAGTTGTATGATTTAATAACGGGAATCCAAACAGGTCTAAAGGAGG ATAAGAAAGGATGGGTGGTGAAGATTGATTAAGCAATTACTAGTTTATATAAACACTAGTATTGTGACTTGTACAACGCA CGCACGGAGAATATTCAATTTTTTTTTTTAAATATAAGGTGCTTGATGTGGTACCTTTATTTAAATGAGTGTACGGTACC TTAAATGATGTAAAACCTCTTTATCTCCAATTTTTTTAACTTCTAAAAGCCTCTAGCACCATCATTCATG
CDS sequence (LotjaGi4g1v0044400.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGCACTACTCACGAAGGGAGACTGAAGAAAGATTTGCCAATATTGATTGGGACAAACTTTCATATGAAGTTATTCCAAC TGATTATATGTACATTATGGAATCCAATACAGATGGGACCTTTTCAGATGGAGCTCTCGTACCTTTTGGAACCGTTCAAA TCAATCCCCATTCTTCTGTTTTAAATTATGGACAAGGACTATTTGAGGGCATGAAAGCATACCGAAGACCAGATGGTGAG GTGCAGTTATTTCGACCAGAAGAGAATGCACTGCGCATGCAAATGGGAGCAGATCGGTTATTATTGGCAGCACCTTCCGT TGAGCAATATGTTGATGCTGTAAAACAAGTTGTCCGTACAAACAAGCGTTGGGTGCCTCCTCACGGAAAAGGAACATTGT ATATCAGGCCTTTACTATTTGGAAGTGGAAGTGTTATGGGTATCTCACCGGCGCCCCAGTCAACCTTCTTAATATACGCT AATCCAATTTGCAATGTTTACAAGGGACGAACTGCAGCCTTGAGTTTGTGGGTTCATGATAAACTTCCTCGCGCATATCC TGGTGGAACTGGTGGAGTAAAAAGTATAAGTAATTATGCACCTGTCTTCCAAGTGGTAAAAGAGGCAAAAGAAAAAGGAT TTTCTGATGTTCTGTTTCTCGATGCAGCAGAACATAAATACGTTGAGGAGGTATCTTCATGCAACTTTTTCATTGTTAAG CGGAATGTTATTACAACTACACCTGCAACCGGAACTATTCTTCCTGGAATTACAAGGAAAAGTATCATTGAACTTGCTCG TGATTTGGGTTACAAGGTCGAGGAACGAAAAATTCCAGTAAAAGAACTACTTAAAGCTTATGAGGTTTTTTGCACTGGAA CTGCTACTGGGATTGCTGAGGTTTATAGTGTAAGCTACAAGGATAAAAGGGTTAAGTTCCAAACTGGACCCGACACTGTG ACTCAGAAGTTGTATGATTTAATAACGGGAATCCAAACAGGTCTAAAGGAGGATAAGAAAGGATGGGTGGTGAAGATTGA TTAA
Protein sequence (LotjaGi4g1v0044400.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MHYSRRETEERFANIDWDKLSYEVIPTDYMYIMESNTDGTFSDGALVPFGTVQINPHSSVLNYGQGLFEGMKAYRRPDGE VQLFRPEENALRMQMGADRLLLAAPSVEQYVDAVKQVVRTNKRWVPPHGKGTLYIRPLLFGSGSVMGISPAPQSTFLIYA NPICNVYKGRTAALSLWVHDKLPRAYPGGTGGVKSISNYAPVFQVVKEAKEKGFSDVLFLDAAEHKYVEEVSSCNFFIVK RNVITTTPATGTILPGITRKSIIELARDLGYKVEERKIPVKELLKAYEVFCTGTATGIAEVYSVSYKDKRVKFQTGPDTV TQKLYDLITGIQTGLKEDKKGWVVKID
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 |
|---|---|---|---|---|---|---|
| Gene3D | 1 | 176 | 176 | 3.1E-56 | ||
| PIRSF | 2 | 347 | 346 | 1.1E-112 | ||
| PANTHER | 4 | 347 | 344 | 1.1E-199 | – | |
| PANTHER | 4 | 347 | 344 | 1.1E-199 | – | |
| SUPERFAMILY | 7 | 343 | 337 | 7.19E-101 | ||
| TIGRFAM | 43 | 346 | 304 | 3.7E-94 | ||
| CDD | 53 | 334 | 282 | 2.03391E-117 | ||
| Pfam | 66 | 302 | 237 | 1.3E-40 | ||
| Gene3D | 177 | 346 | 170 | 1.4E-56 | ||
| ProSitePatterns | 230 | 259 | 30 | - |
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. | ||
| Molecular function | Branched-chain-amino-acid transaminase activity | Catalysis of the reaction: a branched-chain amino acid + 2-oxoglutarate = L-glutamate + a 2-oxocarboxylate derived from the branched-chain amino acid. | ||
| Biological process | Branched-chain amino acid metabolic process | The chemical reactions and pathways involving amino acids containing a branched carbon skeleton, comprising isoleucine, leucine and valine. |
Expression pattern of LotjaGi4g1v0044400.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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