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| Field | Value |
|---|---|
| Gene ID | LotjaGi4g1v0043900 |
| Transcript ID | LotjaGi4g1v0043900.2 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Aminotransferase; TAIR: AT4G33680.1 Pyridoxal phosphate (PLP)-dependent transferases superfamily protein; Swiss-Prot: sp|Q93ZN9|DAPAT_ARATH LL-diaminopimelate aminotransferase, chloroplastic; TrEMBL-Plants: tr|G7JTY4|G7JTY4_MEDTR LL-diaminopimelate aminotransferase; Found in the gene: LotjaGi4g1v0043900 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr4:5186147..5197883) extracted from Lotus japonicus Gifu genome v1.2.
ATTATTTGTGATTCTTCTTGTGATTGGACAAAATTATAATGGGGTTCATATGCTGCGTGGACATGGTTCACTTCTAGTTC TTGTTGGTTCCTTTTTGCAATGTTTTAGTTTACAAGTTCATCAGATTAAATTATTGGGTAGTCATTTCCGGGCTGTTTAG TTATCTAGTTGATTGTGTGTTGGAGGGGTTACTGTAGTGGTTTAGTCATTAGTGTTGGAAAAGTGCTAGCAAGTTGTTCC ATTGAATAGATATTAGAGATCTAATTTTTTAGTGAGATGACATTTTTTTTTTCATTTTGAAGCCTACAAGACTAAGGTCT CTCGCAATGCTAATATGGGTAAACTTCAAGCTGGATACCTCTTTCCTGAGGTATGTGATGCTGCTTCATATTTCTGCATT TGATCCTGTTTTTCTTCATTTATCAAATAAAAATGAGCCAGTGTTTGATTTGATTAAAAAATGAGATGTCGCAACAAAGC ACTTGACTCTTGAAATTTGTTATCTTGTCTGCTAAGGATAAAGAAGAAAATATGGAGAAATATGTATCATTTTAGCTATT CAATCTTCTGTTTTATTTATATATGTGCATATCCTTCTCTCTTTCTCACTCTCCATTCTCCAACTTTGAGGTTAATTCTT TATATGATATATAACTACTTTTCTGCCTTTCTTTTTGCTGGCCTTTTTTTGTTTTGTAATTTTATTACAAAAAATAGGTT GCTAGAAGAAGGAATGTGCACTTGCTGAAGTACCCTGATGCAAAAGTAATAAGCCTTGGAATTGGTGATACCACTGAACC CATTCCTGAAGTCATAACTTCTGCAATGGCAAAGGTAGAACTCTGGCATGAATAAAGCTGATATATGATATATCTTTCAT ATTTGCACTCTGGACAATAGAATATAGTCCCCCCCCCCCCCCCCCCAGTATTTGTCATTTTTCTGCTGACCTTGGAGCTC TATGGTTATTAATTGTTGAATTTCATAATAGTACCATGATACGTACCGAAGAGCATTAGGATCAAGATAAGGAAGTGTAC TGTATTGTTTACATAATTCAACCTTGAAATGGGATTCAAGTCCTGATATATAGCAGTTCCTAGATCAAAATATAGAAGAA GAAAATAGGAAAACAGATTCCAGGCTCTTCAAGAGGTGTATTGTCATATGGGACCAGTTTCTACTTGTTCCAGTTTACCC TCTTCCTTTATTCCCCTCCCCCACCTATTTTGTTACAATTCATTCTCCCACCAATTGTCTCCCTACTTCCCACGCACTGC CCTTGGCAGTAAGTTACACTTTCTTCCTTTTAGTTATGATAAGGTGCATTGTACCTCTTAGTCCTCATTCGAGATAGCAG ATTCCTTAGGGCCCGTATCTACCACATTTGATACATTGGTTTTTTTTTCAGTAGCTTTGGTATTATCTGGACAACTCTTT CAATGTCTGGTTAAATCTATTTAAGGTGCCTTTTATTGATCAATAATCTGTGTGATATTTTGTAGATATGTATATTTTTT TCAAGAACTGTTAATCATAAATAATATTTTATCAACTCAATTAAATTACATCAATTCTTCACCTGTTGCTACTTGAGCAT TTGTAAATGTTGTTTTTCACTTTTTAATCAGAGATCACAAGCATTGTCAACCTTAGAAGGATATAGTGGTTATGGAGCCG AACAAGGTGAAAAGGTATGTCACATTAATGTCCATGAGAGGTTTCATCAATTATTCCATTTTTCATTTCTTGTATCTTTC TAGAATCTGCTGGACTGCCTCACACATCAAATGCAATGCCTGACCTGTTACAGTTTCCCACCCTTTCCCTTGCTGATAGT TTATTTCTCTTTTTTTGGTTGATGTTAGGACCGGTGACATGGGTTTAGGCTCACAGGATCATTTAGCCCAACAAGTGACT AAGGGACCCAAAGTTTGGCAAGTCTATTCTAGAAGGGGCAAGATAGGGAATAGTGGGTAAATTCCTAACGGAATGGTAAG AGAAAGTGATTGTAAGAGTTCCCTAATTTAAGGAAAGTGAGTGAGAGGTTGAGAGGCACCTGGGTTATTTCTGTTATTAG ATATGAGTAGGAAGCTCTAGCTTCCTATAGGAGCTTAGCTCTGGGCAGAATTCCTGGGAACCATTCCCTTTCTGTAAACA TTCCAAAGTCCATTAATAAGCAATCACTGTTGTTTTCTGTGTTCATTTTCCTCTGTTTTGTGTGACTAAGTTGGGGTTTC TAACAAATTGGTCCGACCTGCCGGATCCGCTCGCCGGAACCAGTGGATGCCATCCCGGAAATCCAAACAGGTAGCGACTC AGATGGAGGCCAAAATCGATGCTCTGGAGCACGAGCTCGCAGAGATGCGTTCGTCGTTAGCGGCTGTCACTACGGCAGTC AAAGACCTTCCCACATCACTAGTAGCGTTGATGGAACGCTCAATGGGCAAAACCGTGCAACATGAAGATTCCACTGTCAA TCGCGAGGATGTTGGTGGTGTATCGGGCACAAAACCACGTTCGCCGGAGCAGATCTCGATTCAGCAACCAGATGCAGACG TATCGCAAAGACCACTTCAGCTGCAAGGTGAAGCGCTGGCTGAATTCCGCCAATCGGTGAAGAAGGTGGAACTGCCCATT TTCGATGGCAAGGACCCAGCGGGCTGGATATCACGAGCTGAGATCTATTTTCGTGTTCAAGGAACCTCGCCGGAGGTGAA GGTAAGCCTTGCGCAACTGAGCATGGATGGTCCAACCATCCACTTCTACAATTCTCTCCTTGAGGCAGAGGAGACACTCA CTTGGGAACGGTTGAGGGACGCGCTGCTCGAACGTTATGGTGGCCACGGTGACGGCGATGTCTACGAGCAGCTGTCGGAG TTGCGACAAAGAGGAACCATTGATGAATACATCACTGATTTTGAGTACCTTACGGCTCAAATCCCCAAATTACCCGATAA GCAATACCAGGGCTATTTCCTTCATGGACTCAAAGAAGAGATTAGGGGCAAGGTTCAAAGTCTTACGACCATGGGAGGAA TTACCAGGTCGAAATTGTTGGTGGTGACGCGAGCAGTAGAGAAGGAGGTCAGAGGCGAACTCGGGTCAGGATTGAACCGG TCCAATCGGTTTGGAGGGTCGGGTTTTAAAGGAGGAGGGTCAGGCGGTTCGGGTCGACCCGGAGGGACAGATTGGGTCTG GGTAAAAGGAATGAAAGAAGCTGGGCTTCCCCAAAAACCTTCTTTCAACGGCCCAAAACCTGATTCAAAAACACCTAGTG ATCCACGTAGGGTTGGGCCAAGGGATCGGGGCTTCTCACATTTGACATATCCTCAGCTTTTGGAAAGGAGACAAAAAGGA CTATGTTTTAAGTGTGGAGGAGCGTATCACCCATTGCATCAGTGCCCAGACCGCCAGTTACGCGTATTGATTGTGGAAGA AGGAGATGAAGATACAGAGGAGAGCAATGTTCTGGCTGTTGAAGTGGATGAACAGGAAGAAGAAGCTCAAGGTGAGATGA GTATGATGAGTTTCCAGAACATCAACGACACACCGAGAGAGCAACCCCAAACCATGCGTCTTCAGGGAACGATTCAAGGG GTCCCTGTTCTGGTATTGGTGGACAGTGGGGCTACCCACAACTTCATAGATCAACGATTAGTTCTCCGAATGGGTTGGGA AGTAGAAGATACGCCTTAGATGTCCATCAAATTGGGAGATGGGTTCCAGACAAGCGCGAGAGGCCGCTGCAAACGCATAG AGCTGAAGGTAGCTGATTACCAGCTCGATTGCGCACCCCACCTCTTTGATTTAGGAGGACCCGATGTCGTTCTCGGCATA GAATGGCTTAAGACCCTCGGAGACACCATAGCCAATTGGGAAACTCACACCTTGTGTTTCTGGAGTGGACAAAAGTGGGT CAAATTGCAGGGTTTAACCGCGGGAAAGGAATCTATGGTGGCTTTACAACGCATCGTCCGACGGGCAAACTGGGCAGAGC ACGGCATCCTTTGGTCCCTGGAAACCTCTGAGTCACAGAAACCTCTTGGCAAAGATCTTACAGGCCAACAACAAGAGAGC TTACTTCGGTTACTGGACAAATACCGTGTCGTGTTTGAAGAGAAGAGCGGTTTGCCACCAAGCAGAGGAAGGGAACATTG CATCAATATCAGAGAGGGGCACGGCCCTGTGAACGTTCGACCGTACCGCTATCCACATCTGCATAAAACTGAGATTGAAA AACAGGTTCGCGAGATGCTGGAAGCGGGCATCATCAGACAAAGTACAAGCGCTTTCTCAAGCCCCGTCATTTTGGTAAAG AAGAAAGACCAAACTTGGCGGATGTGCGTGGACTACCGCGCTCTAAACAAGGCTACAATTCCTGATAAATTTCCCATACC GGTCATTGAGGAGCTCCTGGATGAATTGCACGGGGCAAGATATTTCTCTAAACTAGACTTAAAATCCGGGTATCACCAAG TCCTTGTACGACCGGAGGATGTGCATAAAACCGCTTTCCGTACACATGAGGGGCATTATGAGTTCATGGTGATGCCCTTT GGTCTTATGAATGCCCCTTCAACTTTTCAAAGTCTGATGAATGAGGTCTTTCGACCCATGTTACGTAAGGGAGTATTGGT GTTCTTCGATGACATATTGGTGTATGGCCAAGATTGGACTTCTCACCTCAACCACTTGGAAGTTGTTCTGCAAATTCTCC AAGACCAGCAGCTTACGGCAAACATGAAGAAGTGTCAGTTTGGCCAAAGAACCGTGGAATACTTGGGCCACTTGATATCG GAACAAGGTGTGGCGGTAGACCCAAGCAAGATCACGAGTGTGGTGAACTGGCCTACTCCCAAAAATGTTAAAGGGGTCAG AGGATTCTTAGGATTAACGGGGTATTACCGTAAGTTTATCCGAGATTACAGGAAGGTGGCAAAGCCCCTAACAGAATTAA CCAAGAAAGATGCTTTCAAATGGGGACCCGAGGCGCAACAAGCTTTTGAGGTGCTGAAAACCAAGCTTACTACAGCACCA GTTCTGGCGCTGCCCGACTTCAACAAGGAATTTTTGGTTGAGTGCGATGCATCAGGGAATGGCCTTGGGGCTATCCTCAT ACAGGGTAAAAATCCTATCGCTTATTATAGTAAAGCGTTGGGGGTCCGCAACCTAGCCAAGTTAGCGTACGAGAAGGAGT TAATGGCAGTGGCCCTTGCAATCCAACATTGGAGGCCTTACCTTTTGGGCAGGAAGTTCTTGGTTTCGACGGACCAAAAG AGCCTCAAAGAGTTACTTCGTCAGAAAATTGTTACCGGGGATCAACAAAACTGGGCAGCCAAGCTGTTGGGCTATGATTT TGAAATTGTTTACAAACCAGGTCGCTTGAATCAAGGTGCAGACGCACTATCTCGAATGAGTGAGGGCGCAGAATACCAAA CCATGAGCTCATATCCGTTTTGGGAAGAGCAAGCACAGGTAGCAGCGGAATTGCAATCCGATGCCAAGTTACAAGCCATT ATCAGGGCGCTGCAAGAGGATCCCGCCACTCATCCGGATTTCACGTACCAGCGAGGTACCCTGTTTTATAAGAAGCGTTT GGTACTGTCGCAGCACTCTGCTTTCATTCCCAAAATGTTAGCAGAATTCCACGCCACTCCTCAAGGAGGGCATTCCGGAT TCCTGCGCACCTACAGACGCATAGCTGCCAATTTATATTGGGTGGGCATGAAAAATGATGTACAGGAATTTGTGAGGAGT TGTGACACTTGCCAACGTCAGAAGTATATGGCTTCCTCCCCTGCGGGACTCCTCCAACCCCTTCCTATCCCGGAGCAAAT TTGGGAAGATGTCTCTTTGGACTTCATCACCGGGTTATCTAAGTCAAAAGGATTTGAGGCGATTCTGGTTGTCGTGGATA GGCTGTCAAAATACTGTCATTTCCTTCCTCTGAAACATCCTTATACTGCCCGAAGTATTGCAGAGCTGTTTGCCAAGGAA ATAATCCGATTACATGGCATTCCTTCCTCCATCGTTAGTGACCGCGACCCCTTATTCATGAGCCACTTCTGGAAGGAAAT TTTTCGTCTACAAGGCACTCAATTGAAGATGAGCTCCGCTTACCACCCTGAGTCGGATGGACAAACGGAGGTCGTGAACC GTTGCCTAGAGACCTACCTTCGCTGTTTCTCTGCTGATCAACCCAAGACATGGGTATGTTGGTTACATTGGGCCGAATTT TGGTTCAATACCACCTTCCATTCTGCGGCAAATCAGACCCCTTTTGAGGCGGTTTATGGCCGCAAACCTCCGGCTCTTCC TCGTTGGGGACTCGGGGAGACTAGGGTAGAGGCCGTGCAGCGTGAATTGCTGGATCGTGATGAAGCCCTACGACAATTAC GCACTCAGTTGTCTCGCGCGCAGGACAGAATGCAATCTCAGGCTAATGCTAAGCGGGTTGAGAAATCTTTTGCAGTAGGA GAGTGGGTCTTCGTCAATTTGCGAGCACACCGTCAACAATCGGTGGTAACCAGGGTGCATGCTAAACTCGCAGCGCGTTA TTATGGACCTTATCCGATTGTAGCTCGCGTTGGGGCAGTGGCATACCGTCTGCAATTACCTGAAGGTTCCCGCGTCCACC CTGTCTTTCACATTTCTCTTTTGAAGAAAGCAATTGGAGAGTATGAACACCTTGAGGGAGAAGGAACGGAGGCAGTCAAC CCTGGGAACATACTCGCGACTCGTACTATTTCTGCACAGGGAGAGGACATTCCCCAAGTGTTGGTCCACTGGCAAGGTAA GTCCGCAGAGGAGGCCACGTGGGAAGATGTTTTAACCATCCGAAGTCAATTCCCTACCTTCAACCTTGAGGACAAGGTTG CACTTCTAGGGGGAGGTATTGTTAGGACCGGTGACATGGGTTTAGGCTCACAGGATCATTTAGCCCAACAAGTGACTAAG GGACCCAAAGTTTGGCAAGTCTATTCTAGAAGGGGCAAGATAGGGAATAGTGGGTAAATTCCTAACGGAATGGTAAGAGA AAGTGATTGTAAGAGTTCCCTAATTTAAGGAAAGTGAGTGAGAGGTTGAGAGGCACCTGGGTTATTTCTGTTATTAGATA TGAGTAGGAAGCTCTAGCTTCCTATAGGAGCTTAGCTCTGGGCAGAATTCCTGGGAACCATTCCCTTTCTGTAAACATTC CAAAGTCCATTAATAAGCAATCACTGTTGTTTTCTGTGTTCATTTTCCTCTGTTTTGTGTGACTAAGTTGGGGTTTCTAA CAGTTGAACAACTACTTCCTAGTTTATTTTTGTAAGTAGAACATAAAATGTTTTCCTTTTTTTTTTTATTCTAAGTTTCC TGTATTTTCTTGATCCTTGAGGCAATTAAGGAATTCTTTTTTAATGTCTCCCTTTTTAGTTGACTTCACTTATTCTGTAA GTTTTTCTCTGTTGTGCACTATTTGCCTTTTTAGTTGACTCCACATGTACTGTAAGTTTGTCTCTGTTGGGCACTATATG CCTTTATTCTTACCAGAGTTTTACGGGAAGATTAATTCATGATGTGTAACAAATTTGTGTGAATTTTTTCATGTAAGCTC AAGATTTGAGGATTTGTATTTGGCCTTTTTTTCCACGTGTGGAATGACACCTGTAGCTTTCTTTACCATTTCTTTTGGTT TGTTTTCTTTAGTTGATATATTAACTACCAAAGCTTTACGATTACACTAAATCATTGTCTTTGTAATAAGGGGTGCCAAC TGCCAGAGTTCAATCTTTGCAATTGATGTTAATGTTTACCTTTCGGAAAAATGCAATTAGTTGAAGATGCTAAGGGTTTG AATTTTGAAACATAGATTACCTTGTGTGTATGCATGTGTTATTTTTAAGTCTAAGTGCGTATGCCTACTATCTTTTACAC AATTTTATGATACTTGGAAGATTGAGAGACATCCATAATCTATGCAGCCATTAAGAAGTGCAATTGCTTCGACATTTTAC GGTGATCTTGGTATAGAAGAAGATGATATATTTGTCTCAGATGGAGCAAAGTGTGATATATCTCGCCTCCAGGTTCATTT TGTATCTTTTAAATATAATATGTCCTACTTAAATCATATTCTGCCTATTGTGTTTTTTACCTGGTCCATTTACTGCTGTT GGATTTCAGATACTCTCCTTTGTGGGTGTTTTCCACAATGAACAAGTTCTTCCTGAACATAACTTATTATTTCTTTCATT TTCTTTGGCAGATTGTCTTTGGGTCAGATGTGAAAATGGCTGTTCAAGACCCATCATACCCGGTAATTCATACCTATGTG GTTGTTTAAAATGATATTCCCATATCAACCTTAAGTATTCATTCATGTTTCGTTATCCCAAAGACCCAAATGGATACTTT CATTCTGTTCCAGTTGTTACGTCTTTATTGATTTCCTGTGTGATGCGCGCTCTTTGATACAAATTGCAATAGAAAATACA TGGTTCTATGAGTTTTTTAAATTGTTTATATAAGGTCAGAGGACTTGAAAGAATTGTTCATTCTAATATTTGAAGAAAGG CTTTTTTGGTATTTGATTGGCAAATCTTGAATGGAAAGATTGCCCATTACCGGAGAAAGTGACATTTGGACATATGCCTA CACATGAAAAGCTTCAATTAGCTTCTTTGAACAATGTTTCAACTTTGATCATAATTTCTTTTATTTTAAATTGGTTATTG AAAGTATAACGTGTAAGGTTATCTATCTTGACCATAGTAGTCAAAATTGCGATTATAATCGCGCATAAGTGCCTTGGGCA CTGATTTGTAAGCGTTTTCTTGCTTAATTGTGGCTTAATCACTAGTTTTATCACATATTCGCATAATTGCACCATAAAGT GTTTTTTTTCATCATTGTTATTTATTCTGTTTATATACATATATATTTGAATACACACACACACACACACACACACACAT ATATATATATATATATATATATATATGAAGTTCACTAAATGTTACGATTAATCTCATCATTATGCAATTTACGATTAACA CTCCCGATCAAGGTCATATTCTTGATTTTGAGTTTTGACTACTATGATCTTGACACTTGACATTGTTGTCCCTTCCATAC GCGGGGAAGAGTTAATAGCTAGTTGGAACTTTAATTTGGGGATTATTATACAATAATTTTAGAAGAGGCATAATATCTAA ATTTTAGAAGAGGGATAAGAACCTTTAGGTGACATACCTAACGTAGGAAAGTTTTTGCCTTGCATCTTTTTTGTTTCTTT GGTGGAATATTTCATTGTCACTCCATATCTACAACTTACAATGAATAAGCTGGTTTTAATCTATGTACCCGATGCGTAGG GCTTAGCATATCCGTGCTTTAGAGTTCACAACTAAAAACTTTGATGCATATGAATATGCTTCAGCTTCAAGGGGAGTGTT GATTATGATTGAGATATTTAAATTTGTAGAGTTTGATTGATTTGTTGTATAGTTTCCTTACGTAGCAGATTCTAAAGATA CAAGAAAACATTATGTAAATAGGGCCTACAGTTTCCGGATTGATTTCATCAACCTTGTATGTAAATATTATACAAATCAT TCCAGAGATACAAGAAAACACTTTCAGATCATTCTTCTCTTAATCCTAATGAACTGTGTTGAAATAATATAGATAATATG TAAGTGAGACACCACAGTTTTATTCTGCTCTAGGTTGCTAGCCTTTTGTCTCTAGTAGCTGTTCTCTGTAAATAATGTAA GTTTTATATGCAGGCCTATGTAGACTCAAGTGTGATTATGGGCCAGACTGGCTCCTTCCAGAAGGACGTTGAGAAGTTTG CGAACATCGAATACATGAGGTGTAATCCAGAAAATGGCTTCTTCCCTGATTTGTCTTCCATTTCTCGACCAGATATAATT TTTTTCTGTTCGCCAAACAATCCTACTGGTGCTGCTGCAACAAGGGAGCAACTGACCCAACTAGTTCAGTATGCTAAGGA CAATGGGTCTATAATAATCTATGATTCAGCATATGCAATGTATATTTCTGGTGACAACCCGCACTCCATCTTTGAAATTC CCGGAGCCAAAGAGGTAAGCGAGTCTGTAACTGATAATTTGATGTTTAAGGACTGGTCTTTATGTTCACTCTTTACTATG ACTACGATTCCTATTTCTTAGCATCAATTGACTGCTAAGTTTTTAATGGAATGCATCTGGTGGAATCTTCTTGATTACAT GTATTTGCCACTCTACCTGAGTACATGTCGCTTATGCAATAACTTAAATTTAACACGTGTGAATGTGATTTCAAATTTAT TTTGCAACAAGTCCCATACCTTCTTGATTTGGTTATTGCGATAGTGCACTGAAGAATCTCGTGTTTCTTACATGACTCAT TAGTTTTTTTAGCTTTGACGACAAACCTTTTCTGTTGCACTATGAATTATTTCCATATTACCATGTCAAATTCATCTAGT ATTGGCTTTGTTTAATAGCACTAGTCTAGGAGGACTAACTTTTTCAATCTGTCTGAGTGTGATTCCAGATACTGAATATT TTGCTGACATTATATGTCTACGTATGCAAGTATTATATTCTTTTATTCAAATAATACATAGTTTGGATGATTAAACTGAC ATACCACTACAAGGAAATACATGACATCAAGCAGAATTTCCATCCAGGGTTTTTTTAGAATGGCCCAAAATTTAGAAATT CAGTTAGGAATCTGCTTTTGATGTGCAGTGAATGCCATGGATTTCTGTTGCATATCAGTGTATGACTACTTATGGCCTAT TGCAGGTTGCTATTGAGACTTCATCATATAGCAAGTATGCTGGGTTTACTGGAGTCAGACTGGGTTGGACTGTGGTTCCA AAACAGTTGCTGTTTTCAGATGGATTTCCTGTTGCTAAGGACTTCAACCGTATTGTTTGCACTTGTTTCAATGGCGCGTC AAATATTTCCCAGGCAGGTGGTCTGGCTTGTCTTTCACCAGAAGGCCTTAAGGTAAGTTACTTTATTTTATTCTTGAAGT TTCTGCAACGCAGAAATTTCCAAATTTCCATACATTATTTGCCTCTTCCTCCTACCACTTGATGCTTCTGTGGCTCCTAT TATTATGGCATTATTAAATATTAAGTGCGTGATTGGATTTCCAGTGAATTCAACGCCGATCCATGTTGAACCCCTGTCAG TGTGGGAAATTCTTGCTTCTTTCTTGGTACCTTGAGATACATGCTTTCATGTATGCATTTTCATGAACGCAAAAACAAAC ACACTGCATTCCACTTGCATTTTCTCTTTATACCAAACTTTTCAGCTACTAAATTTTCTGGGCTGAGGCGGTTTTCTTGG ATGATTTAGAACAAATATGAAAGCTTATTTGAAATATATTTGTCAAAGAACTTACATGATACGATTGCTGCAATTGAGTG CAGGCTATGCGAGATGTTATTGGATTCTACAAAGAAAACACTAGCATTATAGTGGACACATTTGACTCTCTCGGGTTTAA GGTCTACGGAGGGAAATCTGCGCCCTATGTGTGGGTTCATTTCCCAGGGCAAAGTTCATGGGATGTGTTCAGTGAGATTC TTGAGAAGACTCATGTGGTTACAACTCCTGGTAGTGGTTTTGGACCTGGTGGTGAAGGATTTATCAGGGTTAGCGCCTTC GGTCACAGGGAAAATATCTTGGAGGCATGCAGAAGATTCAAGCAACTATACAAGTGA
CDS sequence (LotjaGi4g1v0043900.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGGTAAACTTCAAGCTGGATACCTCTTTCCTGAGGTTGCTAGAAGAAGGAATGTGCACTTGCTGAAGTACCCTGATGC AAAAGTAATAAGCCTTGGAATTGGTGATACCACTGAACCCATTCCTGAAGTCATAACTTCTGCAATGGCAAAGAGATCAC AAGCATTGTCAACCTTAGAAGGATATAGTGGTTATGGAGCCGAACAAGGTGAAAAGCCATTAAGAAGTGCAATTGCTTCG ACATTTTACGGTGATCTTGGTATAGAAGAAGATGATATATTTGTCTCAGATGGAGCAAAGTGTGATATATCTCGCCTCCA GATTGTCTTTGGGTCAGATGTGAAAATGGCTGTTCAAGACCCATCATACCCGGCCTATGTAGACTCAAGTGTGATTATGG GCCAGACTGGCTCCTTCCAGAAGGACGTTGAGAAGTTTGCGAACATCGAATACATGAGGTGTAATCCAGAAAATGGCTTC TTCCCTGATTTGTCTTCCATTTCTCGACCAGATATAATTTTTTTCTGTTCGCCAAACAATCCTACTGGTGCTGCTGCAAC AAGGGAGCAACTGACCCAACTAGTTCAGTATGCTAAGGACAATGGGTCTATAATAATCTATGATTCAGCATATGCAATGT ATATTTCTGGTGACAACCCGCACTCCATCTTTGAAATTCCCGGAGCCAAAGAGGTTGCTATTGAGACTTCATCATATAGC AAGTATGCTGGGTTTACTGGAGTCAGACTGGGTTGGACTGTGGTTCCAAAACAGTTGCTGTTTTCAGATGGATTTCCTGT TGCTAAGGACTTCAACCGTATTGTTTGCACTTGTTTCAATGGCGCGTCAAATATTTCCCAGGCAGGTGGTCTGGCTTGTC TTTCACCAGAAGGCCTTAAGGCTATGCGAGATGTTATTGGATTCTACAAAGAAAACACTAGCATTATAGTGGACACATTT GACTCTCTCGGGTTTAAGGTCTACGGAGGGAAATCTGCGCCCTATGTGTGGGTTCATTTCCCAGGGCAAAGTTCATGGGA TGTGTTCAGTGAGATTCTTGAGAAGACTCATGTGGTTACAACTCCTGGTAGTGGTTTTGGACCTGGTGGTGAAGGATTTA TCAGGGTTAGCGCCTTCGGTCACAGGGAAAATATCTTGGAGGCATGCAGAAGATTCAAGCAACTATACAAGTGA
Protein sequence (LotjaGi4g1v0043900.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MGKLQAGYLFPEVARRRNVHLLKYPDAKVISLGIGDTTEPIPEVITSAMAKRSQALSTLEGYSGYGAEQGEKPLRSAIAS TFYGDLGIEEDDIFVSDGAKCDISRLQIVFGSDVKMAVQDPSYPAYVDSSVIMGQTGSFQKDVEKFANIEYMRCNPENGF FPDLSSISRPDIIFFCSPNNPTGAAATREQLTQLVQYAKDNGSIIIYDSAYAMYISGDNPHSIFEIPGAKEVAIETSSYS KYAGFTGVRLGWTVVPKQLLFSDGFPVAKDFNRIVCTCFNGASNISQAGGLACLSPEGLKAMRDVIGFYKENTSIIVDTF DSLGFKVYGGKSAPYVWVHFPGQSSWDVFSEILEKTHVVTTPGSGFGPGGEGFIRVSAFGHRENILEACRRFKQLYK
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 | 397 | 397 | 6.5E-247 | – | |
| PANTHER | 1 | 397 | 397 | 6.5E-247 | ||
| TIGRFAM | 3 | 394 | 392 | 3.7E-153 | ||
| SUPERFAMILY | 9 | 392 | 384 | 3.75E-73 | ||
| Gene3D | 12 | 391 | 380 | 1.0E-138 | ||
| Pfam | 28 | 392 | 365 | 7.8E-35 | ||
| CDD | 30 | 394 | 365 | 1.04053E-70 | – | |
| Gene3D | 39 | 294 | 256 | 1.0E-138 |
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 | 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 LotjaGi4g1v0043900.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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