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| Field | Value |
|---|---|
| Gene ID | LotjaGi4g1v0298400 |
| Transcript ID | LotjaGi4g1v0298400.1 |
| Related isoforms 6 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Aminotransferase; TAIR: AT5G57590.1 adenosylmethionine-8-amino-7-oxononanoate transaminase; Swiss-Prot: sp|B0F481|BIODA_ARATH Bifunctional dethiobiotin synthetase/7,8-diamino-pelargonic acid aminotransferase, mitochondrial; TrEMBL-Plants: tr|I1LVT1|I1LVT1_SOYBN Uncharacterized protein; Found in the gene: LotjaGi4g1v0298400 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr4:67241841..67251468) extracted from Lotus japonicus Gifu genome v1.2.
ATTAAAAGAAAAAAATATACTCTTTGAATTTTTTGGCACATCGAATTAAATATCATAAGATACATCTAATTGTTTGTTAG CTTGAGTTGAATTGTAGAGTGACGTTTCATTTCTGATTTCCCTCCTTAAACTTCGTCCTCTACACCAAACTCTAATACAA CCACTCTTCCGCCATGTTCCGCTTCCCCTCCGTCCTTCTCTCCCGCCGTCACTGCCGCCGAAAACTATCCACCACCACCA CCTCGCAACCACTCGAGCTCCCTCTATCCCACCCTATCTACCTCATTTGGGGCTCCAACACCGGCGTCGGCAAAACCCTA GTCTCCGCCGGCATCGCCGCCTCCTCCCTCCTCTCTTCCCCCTCCCCCGTCAAATTCCACTACCTCAAGCCCCTCCAAAC CGGCTTCCCTTCCGACTCCGACTCCCGCTTCGTCTTCAACAAGCTCTTCCACCTCCGCAACCGCACCACCCCCCGCATTG CTCTCTCCGCCTCTCTCCGCGTCCTCAATGCCTCCCGCGCCGCTGCGACGGAGAATGACCAGACTTCTTTTTCAGCTGAC GGAGAACGTTCCGCCTCCTCGGAGCTGGTTTGCAAGACGCTGTACGCGTGGGAGGAGGCCGTGTCGCCGCATTTGGCCGC CGAGAGGGAAGGTTTCGTCGTCAAGGACTCGGTGGTGCTGGAAACGTTGCGGAGGTGCTTTCGAGACGTGGTAGAAAGTG GCGTAGGGAAGGAGAGGTCGGAAGTTATGTGTATTGTGGAGACCGCTGGTGGAGTTGCTAGCCCAGGTCCTTCTGGGTCA CTTCAATGTGACTTGTATAGGTGTGAATTTCAACCTTTCTTGTCATTTTGTTCAAACACTTGCAGATTCAGCTTTGATGA AACGATTTTTAGGTCTATGTATTTAGTTAGGTGCCTCAAATTTTGTTGAGATGCTTGCCCCTTTGTTTAAATTTGATTAT CTTTTGCTAACAATTCATGGACTGTTTGATATTTGCTACCCTTTGTCAGAGTGTAGCCATGAGAACTCATAGACATGTAG GCTAAGGAAGCAAACATATAATATGTGGTAGAATAGTGGTCTATATGGCATAGTTCAAATCTTATTCTTTTGTTGAATCT GTTTCTTCTGCCATTTTTGGTCAGGCCGTTTCGTATTCCTGCAATTCTTGTTGGAGATGGGCGGCTGGGAGGAATTTCGG GAACAATATCAGCGTACGAGACCTTGACGCTTCGGGGTTATGATGTTGCTGCTGTTATTTTTGAAGATCACGGCCTTCTC AATGAGGGTCCCCTATTGTCTTATATGCGAAACAAGTAGGCTTGATTACACCAGTTATTTTGTTCTCTTTCTGCTTGTGA CATGAAAGAATTTTTGTAGTAAAGAAAAGTTAAGTTTAAGTGACAAGCTTTAAAATTAATGTTCGAAATTGTTTTTATTT TAAGCACTGGATGTTTTAATTTCAGGCATGGTGAATGGTTTCAGCAATATTTTTATTTTTTTTCTAAAGTTTTTATTTAA ATTCATTTATTTTATAGGTAACAAACGAGCAACACTAAAATCTTGTTGGACAGTCTGCATAACTTCATTTTGAGCTAAAT GTATGATAGAAGAATTAATTTTGTCTGTTTTGCTTCTGGAAGACTGAGTTTTCTGTTTGGGAAGATTTATCCTATTTGGC TTATAAAAAAACTTGTAAAAATGAATTTTGCTTGAATAATGTTATACAATTACTTGTGCTAAATCACCAAGAAAAAATAT TTTTTGTGTTCAAAATTGCATTTGTAAAGTGTGACTAAACGTCATGCATGTCAATGTGGGTTTGAGGTTTCAACTCATAA GAATTCTTGCTAATGGGTTGCCAAGTGTTGGTTTGAAAATTTTAGGGTCGGTTTAATTTCCATTTGTATTTCCTTCCTTT AGTTTTATTCGCAACAATGTCCCATTGTTTTAATTGTTTCCTGTTTTCAAAGTCTTGTATAGGAAACAACAAGAACTGCA TTTTATTTTTCTCACTGTTTCCTAGCCAAAACTATGAAAATAAAAAATGAAGTGAAAACAAGGGGGCATTGTTGCAATTA AAACTAAAAACTGGAAATAGAAAGTAAACAGGCGCTTCATTTTCAGCACTGAATTGAGTTTTACAAACACACCAGTGTCT CTCTCTCTTTCTCTCGCTTTCTGACACTTACATATTCATATATACATCTAGAGGTCTTTTTATCTGCATTTACATTTCAG CTAATCAACTATCTTTATGGTTTTGACTTTTCTTCTGTTTTGCGGTATGATTACTATGTGATTATATACTATTGTTGCCA TCTTAATGCAGGGTTCCTGTTCTAGTGCTACCACCTGTTCCAAAAGATCCATCAAATGACTTAATGGAATGGTTTGATGG TTCCCATGGTGTATTTAATAATTTAAAGGAAATAATGCTATCTGCTTATTTTGAGAGAATTAAAAAATTGCATGACATGC CAAGAAAAGCAAGGGATATCATCTGGTGGCCTTTCACACAACACAAACTTGTACCTGATGGAGGGGTCACAGTAATTGAT TCACGCTGTGGTGAGAACTTTGCAGTCTTCAAGGTTTGTTTCAAGAAAAATCCTTATTTGTTCTTTTTTTTTTGATTTTT TTAGGTGTTGCAATACAAATCTTAGTGAACTGCCCTATGTGTACAATGTTGAGCTTACTACATTAGTGTTTACGTTGGAA TTAGATTCAGGAGTTCTATAGAATCTTCATTCATGCTTTTTCATGTGCGGACACTTAGATGACACATCACCATTTTTTTA TAGGCTCAGAAGACAGAAGTCATAGCACCATTATTTGATGCATGTGCAAGTTGGTGGACTCAAGGACCTGATGCTATTTT GCAGGTCATCCTCATTTTTTGAAGCTTTTAATTTTGTTATTCAAACTTTTAATATTCATATTGGCTATTTGATTACCAAC AAGGTGTTGGTCTAGTGGTTGGCAAGCTAGATCCCCGGGAAAGTCATTTGTTGGGAGGGACTACCACCGTTTCCCGAACA GGTTAACATCTGCAAAAACAAAAAATATTGGTTATTTGATTGAGGGACATGTTCTGAAATATGACATTCTTCCTTTCTTA AACTGTTGGATATGCTTGTAAAAATATTCTGTCTATGTTTTTAATTTATAATGCTTAACCATATCATTTAACTCATCAAA TGTCCTGCTTTAATTAGGCAGTCAAATATCCAATGTAACATTTAGTGAATCTTTATACTTGGATCGATGATAACATATAA GTCGAACATGTTTGCCTGCTTATATAGACCTGGATGCCCCTTTATGATAGCATCTCTGAAGTTTTCCTTTAATGCTATCA TTCGATTTAGGTAATTTCAGGCTGAGCTTGCTAGGGAGATGGGATATACTGCTGCACGATTTGGGCATGTAATGTTCCCA GAGAATGTTCATGAACCAGCCTTAAATTGTGCTGAGCTTTTGCTTCAAGGCGTGGGGAAAGGTTAGTGTGCTGTTTGAAT ATTCTTCCATATTCAAATCAATTTTGTTTTTGTTTTATCTAATAGGATTTTACCAAGGTGTTCCTAAAAGTTTGTATCTA ATGTATGATCTGCGTTCTGGTCTTAGGGCTATTTGATCCATGAATACAATTACGTTGGTTAAACACGTGCTTTTCAGTTT ATTCCTAGTTTCCTACTGCTACTTAGGGATGTTTGCCACTGGCCAGTGTTATCCCCTGAATGATAAAATATGTTATATTG TGAACAATTTGCAGTTTTTGTTAGTTATTCATGTTAATTTCCATTTCAGCTGGGTGACCGAACTAGGGTTTATGCAGGTT GGGCTTCTCGTGCATATTTTTCAGACAATGGATCTACAGCAATTGAAATTGCTCTCAAGATGGCATTTCGTAAATTTTCT GTTGATCATGGACTCATTCAGGATTCTGATGAGGATACCATAACTGAAAGATCTCCTGAGCTAATGGTTGGTTCCTTCAG TCCATTTGTCTTTTCAGTTTGCAGTTATTTATTTTGATTAGTTTTTGAGCAATGCATGGGAGTGAAGGCTTTGGCGCTGT GCTGTTTTGTGGTGAATTTGGCTTGAGGAAAATTTCTGTGTTTTCAATAAGTCTTATCTCATTCCCTAATTTGTTATTGG GTGGGAATGTTTTCATGGCGCACCCCCTTCTTTAATTTGTTATTTGCTTTTCTTTATTTTAGGAGGATTTTTTTTTGGTC AAGGAGGAAGGTTTTTTCACAAGAATTTTTCTAGTTTCGACACTAATTTTCACTCAAGTGGTTGGTCTTTTCATCAAGTG GTTACTTATTAGCCTGTCTTCGAACTTTGTGAACTGGTTGACAGTTGAGTGGTTAGTTATTCCTAAACTAGAATAATTTT ACAAGGAATTCTTTTTTCCCTTTAAAATGAAGCCTCTGGTTTTATGCTGGCTGATAATGATCTGGAAGTATCTTTCAAAT ATTGTTGTGATTTGAATGGCCTCCCATGTCTTTTTACTTTAAGTGAATAATGTTGTGTATCTTTCTCAGTTGAATTCATT GATTCATGCTGTTCAAATGACAGCAACATAGACTTCACATATTCCTCCTTGCATATACTCTATATAGCAGTATAACCTTG TCTTTTAAAAAAGTAGTTTCATTCAATGAAGTACACCTCTCTTAATGCTTGTGGATTTAATTATTTCAGGTCCTCGCTCT TCAGAGATCTTATCATGGTGACACATTAGGTGCTATGGAAGCACAGGCACCATCATCTTATACAGGCTTCCTGCAGCAAC CATGGTATACATGTTTCCTTCTACTGCATACTTGAGAAATATGAAATTGGGTCTTCTGAAAACATGAGAGGATTACTATT CTCATTTTTCACTGTCTTGCTAACAAAGTTACATTTGATAGATATTGACGGAAAATGCCCATGGTCAATTGGTGGTTTTG GAATTTGGTATCCAGTTAGCATGGGCATTTATAATTCTTCATGTAAAACATTATAAAAGGTGTTGCTGGATATGCCAAAA ATAGACATAAGCAGTTTTGGTTTGTTACTTCTGTTTAGCATAAGTCAGCTTGTCTATTTTATTTTAAAATCTATTGTTCA TGCTTAGTATAATTTTGTCTAAAAACCTTGTGCGAAGTTATGTTGTTATATTTTGTTTGTGAATTCTGATATTGAAAGTT GAAACTAGAGATCATCATTATTTTGGAGCATGTTTTCCTTATATTTTCTGGACATCTGTTTGTAAATGGATACTCGTGTG AAAACCTTCTGTCCGGGAATGGATTCTATTTTTCTACACCTAACTAATTCTCATGAAACCCTTCTAAGTTTCAATTCTCA ATTTCATAGGTACACTGGAAGAGGTCTTTTTCTGGACCCTCCTTCTGTCTCTATGCAGAACAATGCATGGAATATTTCCT TACCTAAAGGATTTCAATTGGAGAATCTGAAACTTGAAAATCTCAGTAAGTTCAAATTTCCAACTTTATTTCGTTTCTTG GTTACTGTTTGGAATATCATCATTTTGATTTGCTGACACTCTCACAGCTTTTGCTTCTCGTGATGAAATATTTTGCAAGG GCAGGGACAAGTCTGAGCTTGCTACAGTTTATTCATCTTACATATCTAAAGTGTTATCTGGATTTAGTGGGTCGAATACT ATTGGAGCATTGATTATGGAGCCAGGCAAGATATTTTATGCTGCCTTTATTTTGCATATTTTTAAGTGTCATTTTAGTTT CACTATCTCCTCTCTAATGCTGTTGATTTTATATTTTTCCAATGCATGCATGAAGCTGAATAAGAAAAAAATAAAAGAAA GAAAGAATCATTTGCTTACTTAACACTCTTCGACATGACAATGCATTAGATTCCTCTATGTCAGCAGTAACACAATTACC TGTGTGAAATGTGATTAAAATACTGCATTTGGGCCGTTCTAGGTCTTCCACATAGCAAAACTGTCGTGTTTGTTTTTCTT GGTTCCTGTAAGATTACTTGTTTCTGAAGTTGGTTCAGTGGCCTTCTAGATATTCTAATTTATTTTGATTTGATTGCACC TTTTCCTGAGACTGATGATCCCATCTGATTCCTGAACTGTTCTGTAGTTATACAAGGTTCTGGTGGAATGCATATGGTTG ATCCACTTTTTCAGCGTGTACTTGTTAATGAGTGTCGGAGTAGGAAAGTTCCAGTTATCTTTGATGAGGTTTTTACTGGT TTTTGGCGTTTGGGAGTAGAGGTGAATCCCTTAATAACTATTCTATTTTCTCATTTTCGATAAAATGTATTTTATATTCT TCAATTATTTGATTTTTTTTGTTTATGTTTCTTCTCAGACTGCAGTGGAGCTAATCCATTGTGTACCAGATATAGCCTGC TTTGGGAAACTAATGACTGGTGGGATTATACCACTGGCAGCCACCTTGGCAACAAATGATGTTTTTGATTCATTTATTGG AGACTCGAAGGTACAACTTTTTCTTGAAAGACTCTGGAGTTGGACACGGAAACTGTTGTATTTTAGATTTTGATGCTTTG ATGGAATGGGTTGCTTATTATGCTGACATTATAGTTGTGTATTTTTGTTTCTTTCATCAACCTATTAGACTGTTGAACAA CTTCAAATAGTTGTTTATTCTTCGTCGTTGATTTTCTGATTGCTCTCATATAAGTATAACAGATATAAACTAATCATGCT TGAAAATATACTGCAATATTACTTGTGACAAATAGTGTGATTTTATTTTACCTCCGTGCAATGCACATGGGTCTTTATTT TTATTTATATTTATATTTTGATTTGCTGGCCTCTACTTTTTACCTTTTGGTGTTACTTGTATTTTGTGCCTATGCAAAGC AAAGTTCCTAGACAGTGTTTTGATTGCATTCTAAAGTGATGTATACTTTTGTTCTGGTTAGCTCAAAGCCCTTTTACATG GCCATTCTTACTCTGCACATGCTATGGGCTGCATGGCTGCTGTTAAATCAATCCAATGGTTTAAGGACCCTTGTTCCAAC ACTAACATCACTTCTGAAGGAAGATTACTTCGGGAGGTATGCTTACCGCAATCTTTTGTTTTCTCTGAACTTATTAGCTT CTTACTTCATCATATGTAAAATTCCATAAGAGAATAAATTTATCTATATTTTGCTATAATATATTTAAAGGGAATGTCAT TCTATGCTATATAAATTATGGGTGACTACTGACTACACCGGCCATTTTTGTCAGTGTAATTCTTGTCATGCAATGAAGTA TTTGTTGTTCACCTGTTCTTGCCATATATCTTGCATTTCTGGATGCATGTTTTTGCTTATATAGATTGCACCAATGTTTC ATGCATTCCTTCTAAACACTTCACCTTACTTTTGTTTGGCCTTATAAGGTGAACATAGATGTTTTGTATACAGTATAAAA TAAAGTTCTAGGAATTAATAAAAGTAAATGTCTTAGGAATTAGATGATGAATGTCTTTTGTGCAAATTATTGATTATGAA TAAACTTTCATTGTGATACTAAAGAAAAGAAACAACACATTTTCTGCTGTTAACGATGAAAAATATCTTCTTATCTTCCA GGAACAAATGATGCTTAATTAACGTGTTCTTGTTTTGATAAGCATTTGATATACAATGATGAGATCTGACAAAATTATCC TGGGGAGCTTTTCATGTTAAACTCTACATGGCTGCTGGCCTGCTGCAATATAGTTTACTATTGTTCACTTTACCGTAACG TTCCTTTATTTAATTTTCATTATGCATTTGCAGTTATGGGATGATAAAATGGTTCATCAGATTTCGTCACACCCTGTAGT TCAAAGAGTAGTTACATTAGGGACTCTTTTTGCCTTGGAATTAAAAGCAGAAGGCGATAATGCTGGGTATATCGTTCTCT CTTTCCCCTACTTTTCAATAATCTTCTGCACCTCATTCTAGAATTCCTGTTAGATTGCATAATTTGAGGAATGTTAGTAA CATACTATTTTTAACACATTTTGTGATATGTTTTTATTGTTGATTCATTATCTAAGAAAAAAATTGATCACTTTGTGATG TTGAATCCCAAAAGAAAATAGCCATAAGAGGTAAAAGGAAGCTCTTGATTACAAGATGATTCTCTGGATTTTAGTTACTT GTAGATTGACCGTATCTCTTGGATACTAATATGCAGACATGCCAGAATATTCATAACGAGGGCTATGAACTAAAATAATA GTGTTTTTTTGGATAATTTGTCATGCATGCTTATTTATCTTTAGTTTTTTATTTTCAAACCCTGAACTTTATGTTTTCAT TTGTAAAATGTGTAAATAAACCTTTAATTTCGATCATTTTGTTGATGTACCTCTTTGGTACGTGGGGGGAAACCCTGTGG GTAAGGGGTATTAAAGTTGAATAAGTTGTGCATTTTACCCTTTACAAGGTTTTCTTCTAACTTAAGTTTTGCTCAGGTAT GGATCATTGTTTGCAAGACCAATTCTTCAGAAACTTCGGGAAGATGGTGTATACATGAGGCCTCTTGGTAACGTTATTTA TCTCTTGAGTGGACCCTGTACATCTCCAGAAACTTGCAATGAACTACTCGTTAAACTCTATTACAGGCTTAAAGAGTTTA GTGGATGAGGAGTGTAATCTTTTATTAATTGAGAATCCTGTAGATTACCAAGTGGGACTAGTGTAATCTTTCAGCTACTG ATTGAAGCTTAGTTTTTATTTTCTAGGGTTGAGGAGAGTGAAAATCTAAGCTCGAGTTTAGTTTAATCATTGTTTTAATT TTCAGTTGATATTTTTCTGTAGATCATCATAAATGTGCTGTTTTATTTTTATAATGCTTATTGCCTTCAAGATGTGATAA CGAAAAAAAATGAATTTTAATGTTTTCTCTCATTTTCTGGAGAAAGAATCTTGTTCCTTGGTTGCTGCTAAGTGCTAAAG CTTAAAGGGATATGAATATTATTGGAGGTAATACTAGGAAGTTATTATTATGAGAAAATCCATATATAACTATTATCTAA TATTATAAAACTTGGTTTGACTTACTTAGTTAGGACTTAGGAGTATAACCTGATTTAACAATCAACAAAAAAAACATGGC GACTTCGCTATATTAAATCAGTAAATTCTGTTGGATAGAAATTAGAAAAGGTTATACATCAAATTTCAAACCCAAAAAAT CAAATTCAAAACGTGGTAAGAGCTTGAGACAAACCAAGTGGTAAGAGCTTGAGACATAAGGGTTGAGTATGATGAAGGAT GAAGGGTCCGAGATTCAAACCCTGAGGATGGACTAATTTACTAGTTCTTCTGTTCAAAAACTATTGTAGTTTAAGGTTAT GCACAAAGTTTAAGAGTTCATAAATTGATGTTAAAATTGATTGAAACACCCTTATGTAATATGAATTATATGAAAGAGAG AAAATGAAAATGATTGGTCAACTAATTGGTGAGAATTGTGATTGGTGGAAATAAGAAGTGGTATTTGGGAGATACAATAT TAAATAAGGACATGAATACAACAATGATTTTGAAATAAAACAAAAAAACTAAAACTACAATAGTTTTGAAACAGAGAGAG TAACAACTAACATTTACCTCTAACAAAA
CDS sequence (LotjaGi4g1v0298400.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTTCCGCTTCCCCTCCGTCCTTCTCTCCCGCCGTCACTGCCGCCGAAAACTATCCACCACCACCACCTCGCAACCACT CGAGCTCCCTCTATCCCACCCTATCTACCTCATTTGGGGCTCCAACACCGGCGTCGGCAAAACCCTAGTCTCCGCCGGCA TCGCCGCCTCCTCCCTCCTCTCTTCCCCCTCCCCCGTCAAATTCCACTACCTCAAGCCCCTCCAAACCGGCTTCCCTTCC GACTCCGACTCCCGCTTCGTCTTCAACAAGCTCTTCCACCTCCGCAACCGCACCACCCCCCGCATTGCTCTCTCCGCCTC TCTCCGCGTCCTCAATGCCTCCCGCGCCGCTGCGACGGAGAATGACCAGACTTCTTTTTCAGCTGACGGAGAACGTTCCG CCTCCTCGGAGCTGGTTTGCAAGACGCTGTACGCGTGGGAGGAGGCCGTGTCGCCGCATTTGGCCGCCGAGAGGGAAGGT TTCGTCGTCAAGGACTCGGTGGTGCTGGAAACGTTGCGGAGGTGCTTTCGAGACGTGGTAGAAAGTGGCGTAGGGAAGGA GAGGTCGGAAGTTATGTGTATTGTGGAGACCGCTGGTGGAGTTGCTAGCCCAGGTCCTTCTGGGTCACTTCAATGTGACT TGTATAGGCCGTTTCGTATTCCTGCAATTCTTGTTGGAGATGGGCGGCTGGGAGGAATTTCGGGAACAATATCAGCGTAC GAGACCTTGACGCTTCGGGGTTATGATGTTGCTGCTGTTATTTTTGAAGATCACGGCCTTCTCAATGAGGGTCCCCTATT GTCTTATATGCGAAACAAGGTTCCTGTTCTAGTGCTACCACCTGTTCCAAAAGATCCATCAAATGACTTAATGGAATGGT TTGATGGTTCCCATGGTGTATTTAATAATTTAAAGGAAATAATGCTATCTGCTTATTTTGAGAGAATTAAAAAATTGCAT GACATGCCAAGAAAAGCAAGGGATATCATCTGGTGGCCTTTCACACAACACAAACTTGTACCTGATGGAGGGGTCACAGT AATTGATTCACGCTGTGGTGAGAACTTTGCAGTCTTCAAGGCTCAGAAGACAGAAGTCATAGCACCATTATTTGATGCAT GTGCAAGTTGGTGGACTCAAGGACCTGATGCTATTTTGCAGGCTGAGCTTGCTAGGGAGATGGGATATACTGCTGCACGA TTTGGGCATGTAATGTTCCCAGAGAATGTTCATGAACCAGCCTTAAATTGTGCTGAGCTTTTGCTTCAAGGCGTGGGGAA AGGTTGGGCTTCTCGTGCATATTTTTCAGACAATGGATCTACAGCAATTGAAATTGCTCTCAAGATGGCATTTCGTAAAT TTTCTGTTGATCATGGACTCATTCAGGATTCTGATGAGGATACCATAACTGAAAGATCTCCTGAGCTAATGGTCCTCGCT CTTCAGAGATCTTATCATGGTGACACATTAGGTGCTATGGAAGCACAGGCACCATCATCTTATACAGGCTTCCTGCAGCA ACCATGGTACACTGGAAGAGGTCTTTTTCTGGACCCTCCTTCTGTCTCTATGCAGAACAATGCATGGAATATTTCCTTAC CTAAAGGATTTCAATTGGAGAATCTGAAACTTGAAAATCTCACTTTTGCTTCTCGTGATGAAATATTTTGCAAGGGCAGG GACAAGTCTGAGCTTGCTACAGTTTATTCATCTTACATATCTAAAGTGTTATCTGGATTTAGTGGGTCGAATACTATTGG AGCATTGATTATGGAGCCAGTTATACAAGGTTCTGGTGGAATGCATATGGTTGATCCACTTTTTCAGCGTGTACTTGTTA ATGAGTGTCGGAGTAGGAAAGTTCCAGTTATCTTTGATGAGGTTTTTACTGGTTTTTGGCGTTTGGGAGTAGAGACTGCA GTGGAGCTAATCCATTGTGTACCAGATATAGCCTGCTTTGGGAAACTAATGACTGGTGGGATTATACCACTGGCAGCCAC CTTGGCAACAAATGATGTTTTTGATTCATTTATTGGAGACTCGAAGCTCAAAGCCCTTTTACATGGCCATTCTTACTCTG CACATGCTATGGGCTGCATGGCTGCTGTTAAATCAATCCAATGGTTTAAGGACCCTTGTTCCAACACTAACATCACTTCT GAAGGAAGATTACTTCGGGAGTTATGGGATGATAAAATGGTTCATCAGATTTCGTCACACCCTGTAGTTCAAAGAGTAGT TACATTAGGGACTCTTTTTGCCTTGGAATTAAAAGCAGAAGGCGATAATGCTGGGTATGGATCATTGTTTGCAAGACCAA TTCTTCAGAAACTTCGGGAAGATGGTGTATACATGAGGCCTCTTGGTAACGTTATTTATCTCTTGAGTGGACCCTGTACA TCTCCAGAAACTTGCAATGAACTACTCGTTAAACTCTATTACAGGCTTAAAGAGTTTAGTGGATGA
Protein sequence (LotjaGi4g1v0298400.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MFRFPSVLLSRRHCRRKLSTTTTSQPLELPLSHPIYLIWGSNTGVGKTLVSAGIAASSLLSSPSPVKFHYLKPLQTGFPS DSDSRFVFNKLFHLRNRTTPRIALSASLRVLNASRAAATENDQTSFSADGERSASSELVCKTLYAWEEAVSPHLAAEREG FVVKDSVVLETLRRCFRDVVESGVGKERSEVMCIVETAGGVASPGPSGSLQCDLYRPFRIPAILVGDGRLGGISGTISAY ETLTLRGYDVAAVIFEDHGLLNEGPLLSYMRNKVPVLVLPPVPKDPSNDLMEWFDGSHGVFNNLKEIMLSAYFERIKKLH DMPRKARDIIWWPFTQHKLVPDGGVTVIDSRCGENFAVFKAQKTEVIAPLFDACASWWTQGPDAILQAELAREMGYTAAR FGHVMFPENVHEPALNCAELLLQGVGKGWASRAYFSDNGSTAIEIALKMAFRKFSVDHGLIQDSDEDTITERSPELMVLA LQRSYHGDTLGAMEAQAPSSYTGFLQQPWYTGRGLFLDPPSVSMQNNAWNISLPKGFQLENLKLENLTFASRDEIFCKGR DKSELATVYSSYISKVLSGFSGSNTIGALIMEPVIQGSGGMHMVDPLFQRVLVNECRSRKVPVIFDEVFTGFWRLGVETA VELIHCVPDIACFGKLMTGGIIPLAATLATNDVFDSFIGDSKLKALLHGHSYSAHAMGCMAAVKSIQWFKDPCSNTNITS EGRLLRELWDDKMVHQISSHPVVQRVVTLGTLFALELKAEGDNAGYGSLFARPILQKLREDGVYMRPLGNVIYLLSGPCT SPETCNELLVKLYYRLKEFSG
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 | 14 | 14 | - | – | |
| Gene3D | 26 | 309 | 284 | 1.1E-109 | – | |
| PANTHER | 30 | 815 | 786 | 9.1E-221 | – | |
| PANTHER | 30 | 815 | 786 | 9.1E-221 | – | |
| Hamap | 33 | 285 | 253 | 17.044 | ||
| CDD | 34 | 255 | 222 | 1.47836E-44 | – | |
| SUPERFAMILY | 35 | 294 | 260 | 1.29E-21 | ||
| Pfam | 37 | 120 | 84 | 6.3E-7 | – | |
| SUPERFAMILY | 330 | 816 | 487 | 1.68E-63 | ||
| Gene3D | 384 | 714 | 331 | 9.6E-136 | ||
| Pfam | 397 | 809 | 413 | 6.2E-48 | ||
| ProSitePatterns | 623 | 660 | 38 | - | ||
| Gene3D | 719 | 819 | 101 | 3.8E-10 |
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 | Magnesium ion binding | Interacting selectively and non-covalently with magnesium (Mg) ions. | ||
| 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 | Dethiobiotin synthase activity | Catalysis of the reaction: 7,8-diaminononanoate + ATP + CO(2) = ADP + dethiobiotin + 4 H(+) + phosphate. | ||
| Molecular function | ATP binding | Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator. | ||
| Molecular function | Transaminase activity | Catalysis of the transfer of an amino group to an acceptor, usually a 2-oxo acid. | ||
| Biological process | Biotin biosynthetic process | The chemical reactions and pathways resulting in the formation of biotin, cis-tetrahydro-2-oxothieno(3,4-d)imidazoline-4-valeric acid. | ||
| 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 LotjaGi4g1v0298400.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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