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| Field | Value |
|---|---|
| Gene ID | LotjaGi4g1v0230300 |
| Transcript ID | LotjaGi4g1v0230300.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Histidinol-phosphate aminotransferase; TAIR: AT4G24670.1 tryptophan aminotransferase related 2; Swiss-Prot: sp|Q94A02|TAR2_ARATH Tryptophan aminotransferase-related protein 2; TrEMBL-Plants: tr|K7KMS8|K7KMS8_SOYBN Uncharacterized protein; Found in the gene: LotjaGi4g1v0230300 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr4:54077400..54088079) extracted from Lotus japonicus Gifu genome v1.2.
TTTGAAGGGTGGATGGGCTCAAAAGTTCCACTCTCCATCACTTCTTCTGAAGCCAAGCTAGGCATACGAAACCAGACAAA AACAAAGAAGAATCCTACAAATTCTTCAGTTTCTCAGCAGTTAGTTTTACTCTGAACAGGTATTAGAATATGCATTCATT AGAGAACAGTAACTGTTCTAGCTTCAGGATTTAAGCCCTGACAAACAGGAACCACAAGCTTTAACTTCACCAAACACTTT AATTGCTGCCATATACTTCAATCACAGGTAAGTGTTATCTGTGTTGACTGGTTTTCAAAGCAAGTATAAAACCAAAGACC TGTAATTTCCTCAGCTGTTTTTTCCTCACAAAGTTTGTTCTGTGTTTTGCGTAGGTTTGAGATGGTGAACGTTAAACTGA AAACCATGTTCTGCTTGAGGCACTTTCTGGTGCTGTCTTTGGCTTTGAATGTCAGTTTGATCCTCAAAATGCTGTGTGTG GGTGAACAAGATAACAACTGGTGTTGCTTGCAGAAAAGGGGGCATAATCACCTCATACACAAAGCGCGTTTGGCTGCTTC AGCAGTTGTCAACTCTACTCGTGCAGATCATGGCTCAGCCAGAGATAGAGTAATCAACCTTGACCAGTAAGTGCAAGCTA AGATTTGATTCTTTGTTATTGTTTACCTTTCTCTGATCATGTGAAAATTAATTAAATGCCTGCATTAAGGTTGCTAATTT TAGTGTTGTTTGGGTGAGAGCAGCTTTATTGAGCATAGCATATACTCATCACTATTCACTACCCCCCTATTCTTTCTCTT CTTCACATCCACAGTAAACAAATATCTTTTCATTCTTTGACTTAACAGTTTGATTGTTGGTTGAAAAGTTTCACATTACT TACAAATATAAGTAAATAACTGTAACAACTAACAAATATAAGTAAATAACTGTTTATAAAGAGGGGAGTAACTTCTATAT TTTCCATAGAGTTAGATGTAACCCAAATTTAAAGATGTTTTTTATAAGATAATCTCACATATATGTTTTGGCAATTTGAT GAAAACAATGCTTTTGCTTTACAGGAGTAAATTAAAACTAAATATAAGTCAAGTGTTTCCTTTTTTTTATACATCAGAAA ATTAGTGTTTCTCTTCTTTATAATCACTTACACTATTTAGTTTTTTTTTTAAAAGGGAAATGTTTGTTCATCTTTTTTTC CTTTTATGTTTGTGAAAGAGAATGGTCATCTCTGTTTGACGTAGGGGGCCGGGCCAGTACTTACGTCGTTCATTGTGCTT TGCTTCCTGCTCTTGTTCCTGGTAAAGACAGGGACAACTCATACGCTCTACTGTGATTTAAACAAAAAAAAAAACAGAGA CGTAATAAAAGAAATCATTTTATTGATGAAACTAATAAATTTCTAATAAAGTTGCATTTAAGAACAAAGAGCAAGTTTGA TTTTTTAAGACATGTGTCTACTACGAGGTAATCTTGTTCAAGTTGACAACATATGTTTGATTTAAAACTAATAAATAGAA GAAATATCAGTTTCAAAAAAAAATCATTTAAATATATTCAAAAAATGACTTATTCTCTATTATATTTATTTATACCGCAT AAAAGGATATCTTTAATTGGTTACTAGAAGTATATTTATAATATTTGGATGCATATTGGGACTTGGTTAGGTTAGTTGTG AAAATAGTGATGCAAACAGGGACACTCCATCCATCGTGTTTAATGATGGTATTTTGTCAGCTCTCTGTTCCCGAGTTGGA GGGTCGGTATTTGTTGGGGGAAATAATGAGAGCTCTTCACCGGAATTACAAATACTGGTAGGGATAAAAAAATAACTTCA TAGATCAATGAATATTAATAAGAGGATGTAAACCATCTATGATATTAATAAGCTTTTGACATCTGAATTAAATATCATAG AGAGCACCCTGGTCTTTAGCTTAGCTAGACACTAGAGTTAGACACTACGCTAGTCATAGCTTAGCTCCTGCTAGGCTGCT ACACTGTTGAGAGTTGAGACTTGAGACTAAAATAAAGGGATTTGGGTTTCGCACCCCACCTATTGGGTTTGGCACCCCAT GTATTCAATACGGAAATTTAATTTCCGTTTTCAAAACGGAATTTAAAATTCCGATTTGTTTTTTATATGCAATGAACGGT TGAAAATGTGTCACATATGCTAAAATACATAACGGTTTTTTAATTTCCGTTTTTTTCGTATTAAAATCGGAATTTAAATT CCCGTTTTTAATAAAGTGGGGTGCGAAACCCAATAGGTGGGGTGCCAAACCAAATTCCCTAAAATAAATGACTAAATGTA GCACCATGTATGGGCAGTTTTTATTGACATTTGACCAGCGTCAGGGATAATTTTTAATGTTTTTTGATTAAAACAGTTTA TTTAAAATGTTAAATTATTTTTGTTAATTATTTTTGTAAGATTATTTAATTAATTATTTTTGACAATAAATCAATTATGA TAATATATATTTAAAAATATGTTGGTAGCATTCTCTATGATAACATTACTAATTATAACATTAATATTTAAAGTTGGGGT CGTCTAAATAAATTTAGACAAAGTTTGAGTTGAACCACCCTAGTTTTGAGTGACATTCATCCCTCCTTGACGGGTGGGTT TTGTTTTTTTTTTTTTGGTCAATGGAAGGATTAACATTCAAAGATTGCCTAATGACACTTACATCAATGAGACTTAAACC CATAATGTGATTCTGCAATGCATAATCTGATAACAAATTAAGTTTAAAGCATGCTCACTCAATATACTTGTAGAGCCCCT ACTTTTTTCTTCGGGTGTAGAAAGAACCATACCTTGAAAACTCAATATACTTCTAATGTCAAATCGGGATCCACCTAGCG CACATTTCGTGACATTGCCCTCTTAATTTTTTATCTCCTAATAATTTATTTTTTGAAAAATGAACATTTGTGTGTCAACA CAAGCAAAAAGGAATCAAACTCTAGGGGTAGAAGCTATTTGCTTAGTTTTACATGGTTCAATGAAATTTAAAATAAGTAG GCTAAGATTTTTATATTTATTTATCTTAAATATTATTGATCCACCTAAAACTAGCACTAAAACATTTTTTACTTTTCACA CCAGCTAAAAAGTGTAAGTGTAGCCATAGCATAAAAAATGTTTCATAAATTTTACGCAATGATTTTTGACTCTCTCATGT TCTGGTGTTACATATTCTCTTTAATTTTGTAATAATTTCTTGTACTCTATGGTAATACTGTGAGAAAATGTAACATATTG TGAGGGAAATACAATAATTATTATGTAGTAATTGATCCCTATTGTTAGATAAAAAACACCTTTTTAGTGATGTTAAAAAA TTTATTGCTTGAAATGAACCTTTTATGACAACAAATATGAATTGATTCCTAATCCACATTTAAACAACACTTTTTACCTG TTGCGTACCTTTATTGCTAAAAGCTACTATTATTATAAATGTAGTGTAGAGTGATTTAATCAAAACTTTGTTACGATCAT TTAGACATCCCTTTAAAGTTATTCTATTAGGACACTTGTTTTATATATTATTTTGCATGGCTTGAAAAGAAATAGAGAAC GAAGAAAGAAAGTGCGAAATTAGATGGGTGATGAGATAAAGAAGGGATGGAGGAAAAAAATGTAGGACATAACTGATCAA GTTGCTTTATGTGATAAAATTAAGATGGGTTATGTGATAAAGAAGAGGCTTTAATTATTCGACTTTATTAGAGTGAGTTA TATCTTTTTCTATGTGAGCACTACATTTAGTGCCTGCAAGTTTCTAGTTTCTTTCCCTTATTTTTTAAGCTTTATAAACA AAGCAACATTTTGTTGTAGATGGATCGGATAAAAAAAAGATTCAGTTCTTTGTTTTGCTTTAGTTCTTTACTTCTTCAAT ATATTCAATAGCAGTAGTAAGTAGCTCTAGTGTCAGGATTTAATACTCATGGATGGGAAAAGATTCACAAGTGTAACAAG TCTCATATTAGATGGAAATTAACATTTTGAGCAACATATTAGTATTTGAACAAGGATTCATACAGTTCATACCTTAGAAT TTTGGTTGGGATGTGTTGTTTGTGTGGTTTAAATGTATTATAAGCATGAGCAGGAGTTATATGATGTTCCTTAAGGACAG GTAGTCCTGAGTCTCAAATTACTAAAAACGTAGGTATTGTTTTAGGGGATTTAAGAGCACAAGGCATAGCAATATATACA CTCTTTACTACTAGCATATCAGAGATCTTCTTGGAAGAAGAATGAATAGCTATTACCGAAGAAGTTGGTGGGTGTCATGT GCCTTTTTGGTGGTCTTTTGCATTGACCAAAAGTCTTACTTTTAACGAGAGACCTTTACAACCTTTCGCCGCCTCGATTC TGAATCACTCAAATGTAGGATGTCAAAATTACCCACACCCGTGAATACCCGCGGATAAAAACCCGCTATGGGTAAAATTA CCCATGTCCACGGGTATCCACGGATTTATTTCATGGATATTTTCACTATCCATTTATTAATGGGGCGGGTACGGATATTG ATGTATCCATACTCGTGGATACTCACCCGATATATAAAATACTAAAGGCTTAATTGCAACTTTGGTCCCCGACGTTTACC AATACCACGATTTTGGTCCCCCACCTAATTTAATTACATGGATGGTCCCCGACGTTGTAGGCCGTGTGCAACGTTAGTCC TACCGTTTATTTCTTAATGGAGGAGGCTTACGTGGACGTCCAATTGGAGAGAGAAAGAAGGTATGAGGAGAGAGGGAAGC ACGTGAGTATCACGTGAACCTTATCTGAACCCATTATACCCAAACCCCTGACCTCCCTAGAACGAAGAAGGTAACACGAT TTATATCCCTAGGGTTTCAGATTTTGGTATAATGGGTTCATATAAGGTTCACGTGAGTTCACGCGATACTCACGTGCTTC CCTCTCTTCTCATACCTCTTTTTTCTCTCCAACTAGACGTCCACGTAAGTCTCCTCCATTAAGAAATAAACGGTAGGACT AACGTTGCACACGACCTACAACGTCGGGGACCATTTATGTAATTAAATTAGGTGAGGGACCAAAATCGTGGCATAACGTC GGGGACCAAAGTTGCAATTAAGCCAATACTAAAATATCGTTTATATGTAAATACATAGATGTATATTAAATATCTAATGA ATTTGTGTTTAAGTTATAGTACTTTTTCAAGTAAACTTATACAATGGTAATGGTAAAAAGAAGCCCTTAGATCCAAAAAA GAGTAGAAAAGAAGTATTTTCCTTTACACATTGATTGACAGTAAAGTCCAATGTTAAATTTATATTTAACATAATTTTCT TTTGAACAAATATATGTGAATTCATTTATGTTCATGAGTGTCGAGTGCTCATGGATATCCACGGATAGTTTAAAATCCGG TTAAAACCCACTAAATGGATATCCATGTGGGTATGGAGCGGGGTATGGATATAAATTTTTACATGTGGAGCGGGTGGTAG GTATATACTATTCATGCTCACTCGTACCCATTGACATCCCTACTCAAATGTGTAGCTCTGTATACTTTTACCTTTTCTGC TTCCTATTGGTGGTGTTGTTCCATGTATCATCCCAATCCCAATCCCACGATCTCAATCCGTAACTATGAGATTAATCATT GTCTCATAGTCACCGCACTAAGCAATAGATGATTAAGTGAGTAAAAAGTTATGTTGAAAGAAAAAGAAAGTATTGATGAG TATAAAAGTGAGATAATTCATTCGTTTAATCTTGTGAATTTTGTTGAAAGATGTTGTGTATAATCTATTTATGTTGTTTT CTCTTAGTCAATGTGAAGATCTCCTAAAGAGTTTAATGCATATCGCGGCTCAATCCTCACTATGAACCGGCTTTTGAAAT AGAGTTAGACCTACCCAGAATTCTCGAACCATCACTTATTAGGTGGGACCTTTTTTTGGGAATGGATTATGGAAGTCCAT GTCTAATTAACCTTTTTCTTACTTCGGTTTTTCCTTAGCTGAGGATGACACAGCCCATTGATCTGATGCCCACCTATCTA TCTAATCCAATCAATTTTTGGATGACACAGATGGACCCGCCAATTTTTCCCCTGATATTTTCTTTTTTCCCATGACCTTA CCCATGCTCCATGATCAGTCCTTAATAACTCATCAGAGGGTTCAATTCTCCTCCTTCATTTTCCTTACATGCCCCACTCT GCTTCACTGTTCTTGCAATCTACCCTACTTATTTCAGACTCTCCTAGGAAAAAGAAAGATTACTCCACGTTGTTTCTGAA TTCTGATCTCAGTTCGTGCCCTACATATACATGGATCGATTATATTATATTGGACACTTTGCAGTGAGAACTGAGAAGTG ACACGAATGCAGCATCTTATATGCTTGATTGAATATAAAGTATGGTGCAATTAAATTAGTATCAACTTTATTGGTAATGA TACAAATTGATAATTTAAAGGACAGGATATTATTTTGAAAATGTTAGTAGTACTTCTTTTCATACATGCATTTTATATTA TTCCTTTACAGCTATAGATTTTAATCATATGGTCATGTTTCCAATTATTCTGAGATTGTGTCTAATTAGATAATTAGATG TTAATTAGATTTGAAAGTTTGTTAATGTTAGTTATTATTACTATTATGCATTGCAGTGGAGATCCAACAATGTATGAAGG GTTTTGGCGAAGAATGGGTGAGAAGACGACTTTAGTAATTCCGGGGTGGCAATCCATGAGCTATTTTTCTGATGGAGCAA CAAGCATTTGCTGGTTCATGGAGAGGGAGTTTGAGAAGGAAGTGTTGAGGTTGCATAGAGTGGTGGGCAATGCAGTCACA GAAGGTCGTCACGTTGTTGTTGGGACCGGTTCTTCTCAGCTAATATTGGCTGCTCTTTATGCTCTGTCCTCGCCACATGC TGCTCAACCAATCAGTGTTGTATCTGCCGCACCCTTTTACTCGGTCAGTCACATGCAAATATCATCTTTTTTTTTTCTCT ACTTTGAACTTGTTTGATGCTAAAGCGATTTCTCTTATGTGCTAATTAACTAAAGTATTGTATGTAATTAATTATAAGAC GAGCACTAAATATATTGAAACTAAAAGAGCATATCTTTTGTTCACCTCGGAGAGACTCAGTGATAAACACACCGCCTAAC TCTCAGTATCAGTGTAAGAGTGAAGATGTCTTAACCCCCTTAACTTTGGTCCTCTTATAAGATTAAAGGTGTCTCTTGGG CTTTTGTCATTTAGGTGTTATCTTTGCGGTGCTTTGTTAGGTCTTTAAATCACATAATGATTTTAGGGGGGTTTTTTTTT TTTTTGGGGGGGGGGGGGGGGGTTAAGTGGGTTTTGAATTCATATATGACGTACATGTTTGTTGGGCTTCGAGCGCCCCC AAGTGATTGATTTACAGTAAAGTGTGTCTCGGGACCTGAGTTGGGTTACTTTGAGGAATATAACCCGAGGTTTAGGCCAT GCTACTGTAAGCGCTAATTCAGTAGGCACACAACCCTCCAATCCCTTAAGCCTTGTGTTTATTGGGCTTGAATAGTGAGG AAAATCCCGGTGTTTAGACCAGGCTAGTGTACACGGTAGCTCGGTAGGCAAATCTTCCTGTTTTCATGTACTTATTACAT AATCTCCCTCATCTTTTAGTTTATGATTGGATACCAGTTGGTATTAGTGCGACTAGATATTTGCTAACAAAACTCTTTAT ATGTATTAGGATGAAAGTCTGCTTACGTTGCACTAAAAAAGTATACAAACACGTACTTAGTCCTTTGTTGTTTGTCTTAT AATCAATGTCTTCTTCTCTCTGACTGTCATACCCTCGCATGCCTGCACCTGATCACATGAACACTTGTGCTCAACAGTGG CATGTGCTGAGCTGATATTGTGAATCATTGTGAACCGAGACAAACTAGATGGTCATTCTCACAATTCAAAAATGGAAAAA AGGGATAAAGGGTTATCTACCTTGGTTATTTAGAAAAGAATAAAAAATGCACCTTCTGAGAATTCAGTACACAGGTTTTA TATGAATGGCAAATTTAACTGTACTGAATGAATCAAGAACATAAAAAGGATTTAATATTCCTTTTATTTATAATTAGTAG GATTATTAGGATGATTGATTTTGATGATTTAAATTTTCTTTCTAGTAGTACTACAAACCTCTGACCTAAATACATATATT TATTTAGTACTTTTTAAAGTATTAGGAAAATGTTGGAGAATCTGAAGTGTGTTATTTTAACCGTTTTTAGCATGACCAGT TCATGGTTTAACATTGAATTGGTGAATTACTTGCAGTCCTACCCATTAATGGTAGATTACCAGAAATCAGGTCTTCACAA ATGGGATGGTGATGCAGAGAGTTTTGACAAAGATGGTCCTTACATTGAGCTGGTTACTTCTCCGAATAACCCTGATGGAT ATACAAGGCGATCGGTGGTTAACCGAAGCCAGGGAATATTGGTTCATGACCTTGCCTATTATTGGCCTCAGTACACTCCA ATATCATCCCCTTCAGATCATGACCTTACTCTTTTCACTGTCTCAAAAAGTACTGGTCATGCAGGAATGCGCATAGGGTA AGCTCATCATAATAGTACTCTGTCTTCCTCAATTATTCATATGAATTATGAAGTACTCCCTTTATAAATCAGCTCAAACT TTATGACATAAAAGAATGGATCAAGATCTTATGTGCAAAAACAGTATCTCAATTTCCTATTTCATCAATGAAATATTACC TCGTTAATTAAAAAAGACATAAATGAGGAAGCTAAATCAAAATTTGATTGGTAGGACAATAAATTGCGATACAAATTAGG CTAGAAGATTTCAATTCCTAAAAAAGATATGGAGAGCCATTTAGCATGATTAGTATAGGAGTGTACTTTAGTGTAAAAAT CACTAGTTCCACTACTTTACTAGAGTCAATAAAATTTAGTGAGTGTTTAGATTTTTTTTTGAACTCAACGTTGCAAAATT TTGCTTTTCCAATCCACGTTGAACTCAATGTGTCAAAATTTTGCTTCTACGTTCAAGTTGAACTCAACGTGCCAAATTCT AGAAGTTACGTCTGCACCAACACCTAAACAAACATATACTTACACAATTTAATCATGTATTATTACATCATAAAAACATT TATCATTCATAACTTTTTTGACTATGATAATAGTCCCATAGAAGTTAAATTATCTAGTGATCAAGTAACACTATGCTGCA TGATTGAATAGTCCAGAACATTATATGAAAAAATCAAATTTAATAGATCAGATAAATTTTCTCGAAGTTCAAATTATACT TGTTGCTAGGTGGGCTCTTGTGAAAGACAGAGAGGTAGCAAAGAAAATGACTAAATTCATAGAGCTAGCTACAATTGGTG TCTCCAAGGATTCTCAACTCAGGGCTGCCAAGGTTTTGAAAACAGTGTCTGACAGCTGCGAACAAGAAAATTTTCAAGAT GGGGAATCATTTTTCGAGTACAGTTTTAAGATCATGGCACAAAGGTGGAAGCTGCTGAGAGAAGCAGTTGAGGGTGGTGG TTTGTTCAGTCTGCCCCAATTTTCACCTGCATTCTGCACCTTTTTTGACCAAGTGACAGAACCTCAACCAGGTAATTAAA TCAATGAATCTGCATTCCCTTCAATCCATAAATTTACGCACTTAAGGAATCTGAGTCTTTCAATTAAAATCAGACGACTC AAATTTTAAGTTTATCTCTATTGTCCATTTTTTATGTATATGAGCGGGCCGCTATCTTGATCGCACTACTTAGTTTTTCC TGTGTGAATGTAGGATTACCCCTAGGGCAAGGTACCCAAATCCTAAATCAATTGACAAATTTGATTGGGGAATTCACTAT TTAATGCATGTCCACAAGCTAGTTTTATGTCTAGAAATGATTTTTCCTTGTTTATTTTGCAGGCTTTGCATGGATGAGGT GTGAGGGAGATATAGAAGACTGTGAAAGCTTCCTTCGAGGACATAAGATTTTGACAAGAAGTGGGAAACAATTTGGGGCT AGCCCAAAGTATGTAAGGATTAGCATGCTGGATACAGATGAAAATTTTAGCCACTTCATAGATAGGCTATATGCCATACA ACAGTGAATGGAAATTTCTCAGTGACATTAAGTTTACATATACTGATAGAAGTCAACTATTAGCAAATTTCTCTATCTAC ACTTGACAACAAAGTTGATTACTGTAGTACTTGTTCTCCCTGTTCGCTAATAATACTGAAGGAGATACACTAGACATGCA TGGCACATTGAATTCAATGTTCAGAAAGTACATAAAGAGAATGAGTTATTCAAACAAGAAATGTTGAACAAATTTGAAGT TAAGGACTCACATCTTTTAAATTTTCATTTCTCCACTAAGACCTTGATGAGAATATAAAAGTGTTTACACTGATTTTTGG TAAACAAATATCCTCTTAGTTCGACTAAAGGAAGTTTAGATTTCAGGGTCCTTTTGAGAAAACGCTTTGCCAAAGTGTTG TGTGTACATGAATGTGTTTTCGACAATAACAAGCAGCTCAGATGAAACTGGATTTTATTGAATACGAGTCGATTACAAAA CAGTCAAACAAACTAAAATAACATGAAAACTACATGAACT
CDS sequence (LotjaGi4g1v0230300.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGTGAACGTTAAACTGAAAACCATGTTCTGCTTGAGGCACTTTCTGGTGCTGTCTTTGGCTTTGAATGTCAGTTTGAT CCTCAAAATGCTGTGTGTGGGTGAACAAGATAACAACTGGTGTTGCTTGCAGAAAAGGGGGCATAATCACCTCATACACA AAGCGCGTTTGGCTGCTTCAGCAGTTGTCAACTCTACTCGTGCAGATCATGGCTCAGCCAGAGATAGAGTAATCAACCTT GACCATGGAGATCCAACAATGTATGAAGGGTTTTGGCGAAGAATGGGTGAGAAGACGACTTTAGTAATTCCGGGGTGGCA ATCCATGAGCTATTTTTCTGATGGAGCAACAAGCATTTGCTGGTTCATGGAGAGGGAGTTTGAGAAGGAAGTGTTGAGGT TGCATAGAGTGGTGGGCAATGCAGTCACAGAAGGTCGTCACGTTGTTGTTGGGACCGGTTCTTCTCAGCTAATATTGGCT GCTCTTTATGCTCTGTCCTCGCCACATGCTGCTCAACCAATCAGTGTTGTATCTGCCGCACCCTTTTACTCGTCCTACCC ATTAATGGTAGATTACCAGAAATCAGGTCTTCACAAATGGGATGGTGATGCAGAGAGTTTTGACAAAGATGGTCCTTACA TTGAGCTGGTTACTTCTCCGAATAACCCTGATGGATATACAAGGCGATCGGTGGTTAACCGAAGCCAGGGAATATTGGTT CATGACCTTGCCTATTATTGGCCTCAGTACACTCCAATATCATCCCCTTCAGATCATGACCTTACTCTTTTCACTGTCTC AAAAAGTACTGGTCATGCAGGAATGCGCATAGGGTGGGCTCTTGTGAAAGACAGAGAGGTAGCAAAGAAAATGACTAAAT TCATAGAGCTAGCTACAATTGGTGTCTCCAAGGATTCTCAACTCAGGGCTGCCAAGGTTTTGAAAACAGTGTCTGACAGC TGCGAACAAGAAAATTTTCAAGATGGGGAATCATTTTTCGAGTACAGTTTTAAGATCATGGCACAAAGGTGGAAGCTGCT GAGAGAAGCAGTTGAGGGTGGTGGTTTGTTCAGTCTGCCCCAATTTTCACCTGCATTCTGCACCTTTTTTGACCAAGTGA CAGAACCTCAACCAGGCTTTGCATGGATGAGGTGTGAGGGAGATATAGAAGACTGTGAAAGCTTCCTTCGAGGACATAAG ATTTTGACAAGAAGTGGGAAACAATTTGGGGCTAGCCCAAAGTATGTAAGGATTAGCATGCTGGATACAGATGAAAATTT TAGCCACTTCATAGATAGGCTATATGCCATACAACAGTGA
Protein sequence (LotjaGi4g1v0230300.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MVNVKLKTMFCLRHFLVLSLALNVSLILKMLCVGEQDNNWCCLQKRGHNHLIHKARLAASAVVNSTRADHGSARDRVINL DHGDPTMYEGFWRRMGEKTTLVIPGWQSMSYFSDGATSICWFMEREFEKEVLRLHRVVGNAVTEGRHVVVGTGSSQLILA ALYALSSPHAAQPISVVSAAPFYSSYPLMVDYQKSGLHKWDGDAESFDKDGPYIELVTSPNNPDGYTRRSVVNRSQGILV HDLAYYWPQYTPISSPSDHDLTLFTVSKSTGHAGMRIGWALVKDREVAKKMTKFIELATIGVSKDSQLRAAKVLKTVSDS CEQENFQDGESFFEYSFKIMAQRWKLLREAVEGGGLFSLPQFSPAFCTFFDQVTEPQPGFAWMRCEGDIEDCESFLRGHK ILTRSGKQFGASPKYVRISMLDTDENFSHFIDRLYAIQQ
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_EUK | 1 | 21 | 21 | - | – | |
| Phobius | 1 | 14 | 14 | - | – | |
| SignalP_GRAM_POSITIVE | 1 | 12 | 12 | - | – | |
| Phobius | 1 | 34 | 34 | - | – | |
| Phobius | 15 | 26 | 12 | - | – | |
| Phobius | 27 | 34 | 8 | - | – | |
| Phobius | 35 | 439 | 405 | - | – | |
| PANTHER | 54 | 437 | 384 | 3.6E-196 | – | |
| PANTHER | 54 | 437 | 384 | 3.6E-196 | – | |
| SUPERFAMILY | 71 | 434 | 364 | 4.36E-81 | ||
| Pfam | 78 | 436 | 359 | 1.5E-146 | ||
| Gene3D | 78 | 434 | 357 | 7.5E-152 | ||
| Gene3D | 110 | 334 | 225 | 7.5E-152 | ||
| CDD | 126 | 434 | 309 | 6.72703E-35 | – |
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 | Carbon-sulfur lyase activity | Catalysis of the elimination of hydrogen sulfide or substituted H2S. |
Expression pattern of LotjaGi4g1v0230300.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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