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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0534100 |
| Transcript ID | LotjaGi3g1v0534100.3 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Aminotransferase; TAIR: AT3G22200.1 Pyridoxal phosphate (PLP)-dependent transferases superfamily protein; Swiss-Prot: sp|Q84P52|GATP3_SOLLC Gamma aminobutyrate transaminase 3, chloroplastic; TrEMBL-Plants: tr|I3SGH8|I3SGH8_LOTJA Uncharacterized protein; Found in the gene: LotjaGi3g1v0534100 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:95094954..95107319) extracted from Lotus japonicus Gifu genome v1.2.
GTTGGTTATTTGCTTGCTTTGCCTGTACATAATGCTGTACTCTTGATGGTGATCTACCTTACACACTAATTTATTGATCT GATTTGATAGTAATGGATGGTTCAAAAGCATGCCTGTTTTTTTTCCTTTCTCAGAGATTTTATATGTCTTAAGATAGTTA TTTTATTTTCTATTTACAGACTCTGTCATCTTTAGCATATGCTGCGGTTTCCAGAAGTTTTCAGGAAAATGTCCTTCAAG CTCCCTTATGGTCTAGATCATATAGTACAGAATCTTCCTTGGCAAAGGATGATTCAACCAGTGGTGACAAAAGTGAAGGG TATATGGTTCTGCTAACACTTTCTCCTGTACACTTTTGAGTACAGATTATAGCTGTGTGCCTGTATCTTGAATGTATCTA TATAAATTGGTGTGTTGCCATTGAGTTTGATAACAAAACCATTGATTTCTTTTCTATATTCCAATATAGAGCTGAATATT ATGATTATCTTTTTTCATGTTGAGATTTCAAATCATGATTTTTAAGAAAACAATGAAAAACTAGTATAAGTTAAAAATTG CAAGGCTGGTATGATTACCATGTAAATATGCTGAAATACTTCCATTTTTTTAGGTTCAAATCCCATGATATGCTTGCCCC TTTCACCGCTGGATGGCAGACTGATTTGACTCCTTTGATTATAGAAAAGTCAGAGGTGAACTTTCTTGCTATGTTTCTTT GATTATTTTTTAATTACTCTTGTGTACTAGATTTTTGTAAATATAACTTCAGTTTCACTTTGTTTACATTTCATAATAAC TAGTGTTCAATTATTTAATATACCTGATTAATGCGTCCAGGGAAGCTATGTATATGACGTTAATGGGAAGAAATATCTTG ATGCACTTGCTGGTCTATGGTCCACTGCTCTAGGTATATATGACATTTAATTTCTGCTTACTTATATTACTTTCTGAGCT TTGGTATCTCAATTTTTCTTTCTCATATTTTCTTAATGATTTAGTTCTTTTGGTTCATGTTCTCTATACATTTTGAGTAA CAAGGATGGCTATGAAGTTAAACTCATAAATACAGATATTTTAGCTTGGCATCTCTTCTTCCAACGACCAAAACATGCCA AGTTGGCAAGTTGCTCAGGGATCCATCTTTCTTCCCTCCGTTTAATCTTGGAACCTTATTATTTTTAATCCTCTTAGCAA GTATAGGGGGTCAGAGCTGTTTTGAGTTGTGACTATTTTTGCAGAATGCCCTGGGCATTAAACTTAAGGGGGTTGGAAGA GTTATTGTGAGTTTATAATTTGGAAGGAGGGTGGACGTGAGGTTGGTCTGGGGCTATTGTGTAAAGTTCCAGTATTTACA TCTTTTTATGCTTTTAGTTTCTGCTTACCAATAATAAAATAATATTGTAAAATGACTGAATTCTTGGTGTTCTCAAAATA TGGTTCTGAAGTCTGAACTAGTAAAAAAAGATGTTAGGTACCAGAAAAATAGAGCACTGAATGAAGAAGATGATATGAAT TATAGCACTGAATCCTCTGGATAAACCCAGAAGCAGTGTTTAGGGGAATTACAAATAAGGAAAAATACAAGATAACCTTG AGCAATTCAAGAGTGCTCAATCTCTCCTAATTCCAGAATAATTTCTGCCTAGCGAATTCTCTCTCCATAACCAACCTATA TACTCAAATGCCTATGGTCCCCCCCTCACCCACATGGGTGCTGCCACCTCACCTGGTGGTTATTTTGAAAAGATACCTTC TAGAAGGTTAGCTCATCAGGTACAGCTTGCACCTGTTTGGGCTTTCTAGTATATACCTTCCCAAATCTGGGCCTGACCAA AGGGTCTGTATCATCTCTCCCCCCTTGAAGAATCACCTTGTCCTCAAGGTGATGTTCAGGAAATTGTTCCAACAGTTCAG TGTAGTCTTCCCAAGAGTTCTCAAACTCCGGCATGTTCTTCCATTTGACCAGAACCTTCACAGTACCTTTATCCCCTGCC CTGGAATCAATAATGCTTCAGGTTCCACCTTAAGTTCCCACTCTTCTGTCATGTAAACTGGAAGTGGCTGACTGTTGACT CCTTCATTAGGTGCCTTCTTGAGTAAAGAAACATGAAAAACAGGGTGTACTTGACTACCCTCTGGCAGTTGGAGTTTATA AGCTACTGCATTGATCTTCTCAATCACAGGATAAGGGCCATAGAACCTTGGACTAAGCTTTTGATTCTTCCTTCTAGCTA AACTCTTAAGCTTATAAGGTTGGATTTTGAGATAAACCATGTCTCCCACCTTCAGTTGTATGTCTCTTCTGTGCTTGTTA GCTTGCTGTTTCATTCTATTTTGGGCTTTCTCCAAGTTCTCCTTTAATGTGTCCAGAAATAGATTCCTCTCTGCTGTCAT CTTTTCCACTTCATTTACTGAAGCTAATGAATCAGTTCCCTTAATGATCACTGGTGGTTCTCTTCCATACAGAGCTTGAA ACGGAGTGGTTTTGATGGCAGAATGGTAGTTGGTGTTATACCAAAATTCTGCCCAACTTAACCATTTTGGCCACTGCTTG GGTTTAGCCCCAGTCACACACCTTAAATAGGTCTCAACACACCTATTCACCACTTCAGTCTGCCCATCAGTTTGAGGATG GTAAGCAGAACTGAACTTCAATTTGGTCCCAGCAAGCTTGAACAATTCAGACCAAAAAGAACTCAGAAACACCCTGTCTC TATCTGAGACTATAGATGTAGGAAACCCATGCAACTTAACAATTTCCTTGATGAAGAGTTCTGCAACTTCTTTAGCATTA TAGGGATGAGATAGAGCTAGGAAATGTGCATATTTGGTAAACCTGTCCACAACAACCAAAATGGTGTCCTTTCCCATAGT TTTTGGCAAACCTCCAATGAAATCCATTGAGATATCAGACCAAACTTGTGAGGGAATGGGAAGTGGTTGAAGATAACCAG CTGGATTAAGTGTTTCATACTTGTTTCTCTGACATATTTCACATTTTTGGACATAGGTTTGGATATCCAGCTTCATTCCT TCCCAAAAGAATAGAGCAGAAATTCTCTTGTAGGTCCTGAAAATTCCAGCATGTCCCCCAACAGCTGAGTCATGAAATTC TTGTAGTATGATAGGAATCTTCCCGGAAGTCTTAGGTAGAACAATTCTGTTTTTGTACAGAAGCCTGCCCCTCCTCATGT GGTAACCAGCTGGAACTGGTCCTTGAGTGGTGATCTCTTGAATGATTTTCTGATACTTGTCATCAGCTAGAATCTCAGTT TCTAAATCTTCCCAATCTTCACATTGAACTGAGGAAATGGCAGAAAATTGTAGTTTCCTAGAGAGAGCATCTGCTGCTTT GTTTTCAATACCTGGCTTGTATTTAATTTCAAAATCAAATCCCATGAGTTTGGAAACCCACTTTTGCTGCTCCTCTCCCA TGAGCCTTTGTTCAGCCAAGAACCTTAAACTCTTTTGATCAGTGTGGACTATGAATTTGCAGCCTAAGAGGTAGTGCCTC CATTTCTGTACAGCCAACACCACTGCCATCAATTCCCTCTCATACACTGATTTAGCTTGTGCTCTTTCTGAGAGGGTTTT GCTCATGTAAGCTACTGGCCTCCCCCCTTGCATAAGTACAGCTCCTAGCCCTTTCCCCGATGCATCAGTTTCCAACACAA ATGTTTTCTGAAAGTCAGGCACAGCTAGAACAGGTACAGTTGTCATGATCTCCTTTAGTTTGTCAAATGCTTGAGTTGCT CCAGCACTCCAACTAAAATTGTTTTTCTTGAGCAATTGGTTTAGGGGTTGAGCCAACTTGCTATAGTTTCTGACAAACCT TCTATAATAGCCTGTCAATCCCAAAAATCCTCTCAATCCCTTCACATCCTTGGGAAGAGGCCAATTCAGCATATCTTTTA TCTTGCTAGGGTCAGCAGCCACACCCTCTTTGGATATCACATGCCCCAGGTAGATGAGTTCAGATTGTCCAAAGGAACAC TTCTTCTGATTGGCCACTAGGTGATTGTCCCTTAAAACTTGTAACACCTCCCTCAAGTGCTCCTTATGTAGGTCTACATT ATTGCTGTAAATCAGTATATCATCAAAAAATACCAGCACAAACTTCCTCAAATATGGCCTCAAAACCTGGTTCATTAATG CTTGGAAGGTAGATGGTGCATTGGTTAAACCAAAAGGTAGGACTAAATACTCATAGTGACCCTCATGTGTTCTGAATGCT GTTTTAGGGATGTCCTCTTCCCTCATCCTGATCTGATGGTATCCAGATTTGAGGTCTAGCTTAGAAAAAATCTCAGCTGT TCCAATTTCATCCAGCAGTTCATCTATGATTGGAATTGGGAATTTATCAGGAATAGTCACCTTGTTAAGTGCTCTATAGT CCACACAAAACCTCCAGCCACCATCCTTCTTTTTCACTAAAATAGCAGGGCTACTAAAAGGACTAGTGCTATGTCTAATT ATTCCAGCAGCTAACATTTCTTTTACTAACTTTTCTATCTCATTTTTCTGGTAAAATGGGTACCTGTAGGGCCTGATGTT AGGGATTGGTGCTCCTTCCTGTAGCAGAATAGCATGATCAGTGGCCCTCTTGGGGGGTAGCTCTTTTGGCTCCTGGAATA CCTCTGGGAATTCAGTAAGAAGCTTGATCCAGAGTTCAGGTATAGTGACATTGGCTGTAGGCTCCTCTTCTGAACATTCA TATGAGAGAATATTCTTCTCCCTCATCATGCTTTGTCTTTTTTATAGATTTCCATGTGGCTGCCACCTTACAAAAAGATG GTTCCCCTTGCATACACATCTTTTGTCCATTTAGTTCCCATTTGATGATCAGATCCTGGAAGTTGGCCTCAATATTACCC AAGCTAGCCAACCAATCCATCCCCAGCACCAATTCTGTTCCTCCTAAACCCAGAATAAAGAAGTGCTGAATGATGGGGAT TCCTTGCACCTCCAACTTCAAATTCTTACATACCCCAGAATTTCTTTCCCTAGCCCCATTTCCAACTTCCACAACATATT CTGAAGTAGCAACCACTGGTATTTCCAGTTCTGCTACTAGTTCCTGTGAAATAAAGTTGCTGGTGGCTCCACAATCTACT AGAATTAGGATCTCCCTTTCTCCTATCTTCCCTTTCACCTTGAAGGACCTGTTGGAAGTTAGACCCTCCTTACTGTTCAG AGAGAGTTGGAGTACCTTCCCTTCCAAGACAAATTCTCCATCCTCAGCCTCTTCAAACACTTCTTCTTCTTCCTCTTCAT CCTCACCTTCTATCAATATCAGTTGAAAATTCTTCTTGGCACAAATATGCTCCCTTCCCCATTTTTCTCCACATTTGAAA CATAAACCCCTTCTGCTCCTTTCCTGCAGTTCTGTTTGAGTAAGTCTTTGTCCCCCATTCCATTTCCTTTCAGGGATTTT TCCTTCATTATTGGTGTTCTCAGTCCCTTCCTTAAGATGCTGAGGTTTCCCTTCATTCCCCTGAGTTCCCCCTGCTCCCT TAGATTGGTAACTCACATTAGGGTGAATAGACCTTCCTCTGGTCTCTCCCGAATTAGTAGAAAATCTTCCTCCAAATCCT CCCTTCTCCTTCCATCCTCGTTTGTCTTCCTCCTTGGATTTGCCTCCTCTCATGGCTGAGTTTTTCTCTTCCAGTAAAAG AGCTCTATCCATGAGATCTGCCAAATCCTCTGATGGGTACAGCTTCATCTCAGCCTTAATCTCCTCATGCAACCCATTCA GAAACACTCCCTTTAGCACTTCCCTGTCAGCATTTCGCATAGGCGCAGCTAAGAGTTCAAAATGCTCCCTGTATTCCATA ACACTTCCCTTCTGCTTAGCACTGAGCAAAGGCCCGAAAGGATTCTGAACCAGTTCAGGTTGAAACCTGCGAATCAAGGC CTGTTTGAACGGTTCCCAAGCTCGCACTGGAGCTTGCTCCTCCCACCATTGGAACCAGCTGAGCGCGCGGTCCTCCATGG CGATCATCACCATCTCAACCTTCTCGGTTTCTTCGACTCGACTGAGTCGGAAAAACCTCTCCACCTTGGTAATCCATCCG TAAGCGTCGTTACCATTGAACATCGGGATATCCACACGCCGACCTGTGACGGCTCGAAGATGGCTCTGATGATGAACGTG CTCGTGAGGTTCACGACTACGAGTCACAGCTCGTGACCCGGTTCGTGACCCGGTTCGCGACCCGTCGTCTGAACGAGCCA GAGAAACAGAATTGTGGTCGCGTGAAACTCGCCGGTGGCGCGGGGTGTTGGAACGTCCCCTGGTGCGACGGCGCTCGCGA CTCATGAAGAGTCGTCGGAGCTCCTCGAACTGTTCGTGAGCTTCTTCCTTCATCTCCGTAATGGAACGCTCCAGATTGTC GACTCTCGATTCCATAGCGCTGCGGGTAAGCACCATACAAAGCTCCCTTTGGATCGGGAGCTCTGATACCAATGTTAGGT ACCAGAAAAATAGAGCACTGAATGAAGAAGATGATATGAATTATAGCACTGAATCCTCTGGATAAACCCAGAAGCAGTGT TTAGGGGAATTACAAATAAGGAAAAATACAAGATAACCTTGAGCAATTCAAGAGTGCTCAATCTCTCCTAATTCCAGAAT AATTTCTGCCTAGCGAATTCTCTCTCCATAACCAACCTATATACTCAAATGCCTATGGTCCCCCCCTCACCCACATGGGT GCTGCCACCTCACCTGGTGGTTATTTTGAAAAGATACCTTCTAGAAGGTTAGCTCATCAGGTACAGCTTGCACCTGTTTG GGCTTTCTAGTATATACCTTCCCAAATCTGGGCCTGACCAAAGGGTCTGTATCAAAAGACATAGTTAGATTTCTGTTAGA TAACGATATAATACATTTATGTCCATCTTTTTATCTGTATTTGTTTGATTGCTGTAAACTTTTGTGATTTTCTCTTCAAT CCCATAGTATAAACAAGAGACCAATGTGCAAGCCTAGACGCACATTTTTACTTAACCAGTCTGTGTGTCAACGAAGTACC ACATGGATGTCATCCATATTGATCTGGTCCTGTTACTGTTTCTGCTGTCAAGTCGAGTTCCCAAAAAATATCTGCATACT CTTTTCATCAACCTTCTCCTGTCCTGTGCTACCATGCACGTTTCCATCCAATGTTTTTCCTCTGCCTCTACTTCCAAATC TGGTTTTTATACCTTTTGCCTTCTATTTGACTAACTAGCATCACCATTTTTACAGGATGCTGGTTTTATCAGGAATTTTG AGTTTTCATTAAATTGCAAAGAAATGCGATCATGATTACATATCTCATTAGCTTGGAAATGTGAATTATATTTAGATACT CACGTAGCTGTGGGGTATATTCACATATCAAAAGTATAAATAATTTAAGTTTGTTAATTTTAATATCTTGTTCGTGTTTG AAAGTGATTTACTCTGACAGCGAACATATGTTATTTTGCAGGGGGAAATGAGCCCCGCCTTGTTGAGGCTGCCAATGCAC AGTTAAAGAAGTTACCGTTTTATCATTCCTTTTGGAATCGGACCACAAGACCTTCTTTGGTATTCATATGATCATATCAT TTTCTCATAGCTAACCTAAACATTATTTTATTCTTTTGTTTCTTATTTGTAATTTGCTTCTATAATATATATTTCTTTCA TTTTTCCATCCCTTCTATAGATGAGCCCACCACAATGTGTTACAAGATGCATACCAAGATAGAATTAGAAATAATGCATG AGAATAAGTTGGGGTGGCATTTATTGTAAACATAATGTACAATATAAATTATATTTAAAAATGATAATATATTATAAATT TATATTTCAAACTTACATATTTTAGAACACATTTTCCTCTAGATATTGCATGGGCTAATATGCTATTTTATTTTAGTGTT TAGGGGAAAATAATATCTCTTTGTGACTTTATAGGTCATTCACAGCTAGTTTTGAACCTTTACTATCGGTTCTGAGAGTC AAGACGGAATAAATATTTCAAATCAAGTTAGGGGCTAATAGTAGAATTTCATTGTATTTTCCCAAAGTTGATAGTAGGTG TTCCAACTTCCAAGTCTGTGACCATGAAAGTTGGAGAGAGAGGAAAATGCCCTCGTGAAATGGTCAATCGTCATGATTGT TCATCACTAGTTCACTACTGAGAAGGGTTGTTCACATTCAAATTTCCAAATGGAATTGTAATTTCCCGAAGTAGATGGAA GGGCAGTATATTTGAGCTCTTTCTGGTGAAAAGTGAATTTAACCCGCATTTAATTGAGGGGTTGAGTGTTAGGGTGGGGG GTGATATTGCGTTGCCTATCCTAATCCAACTCACAAGCATTACCTAGGTGCCTTTCACTGCAAAGGAAATTGATTGAGAA CCTTCTTGTCATATACACAGTTGATAAAATAGTTGGTTTCCCTTTTGACATTTAATCAATACATATTTCCACGTACAGGA TTTAGCCAAGGAACTCCTAGAAATGTTTACAGCAAGAAAAATGGCTAAAGCTTTTTTTGTTAATAGTGGATCAGAAGCCA ATGACACACAGGTGCGTTACATTAAATATCCTCTTTGATTTGTTAGAGTTGCATGTTTTCTTCTGAATTCTATTCAACTG TAGGCTAGATATTTAGAATGTGTGTATTACTGTATTTTCACTTGCAAAATAAAGTTTTAGTGTCATTTCAAACAGTAGAA TATATAATGCATGTGAAGGAACCAACGAGAGGCAAAATCTAAAAGCAAAATACTAGAAGACAATGAAATAAATTCTCAAT GCCAAATGTGGTTCTGTAAATAAATATAGATCCATCTTAATAAGTGTTTTAGCAAAGATCAATCTATGTAATGTAAACAT ATTTTGTAGTACATAGTTTATGCAGTATAAATTCTTAACTATATTTCTCCTTGATATATTTTCTAACAGGTGAAACTTGT ATGGTATTATAACAATGCACTTGGAAGACCGGATAAGAAGAAATTCATAGCTCGTTCTAAATCGTACAGATGTCAACTCA ATCTATGCAATTTTCTCTATTATGCCTGAAAAGTAGGTTTTGTAGCTTATGTATTTTTGCATTTGTCAGGTATCATGGTT CTTCATTGATAACAGCCAGTCTATCCGGGTATGATGAACTCAAGATTTTGTTTTTTCAGTGAACTAGTACTTATATAGAA CAGTCTGATGTTATTCATAAAAAAAAATTGTTGTTAAAAAAACTTGACTATGTGTATTTTAGCCTTCCAGCTTTGCATCA AAAGTTTGATCTCCCAGCACCTTTTGTCTTGCACACTGACTGTCCACATTATTGGCGGTTTCATCTTCCAGGTTATTATT TCGATGGACGCTTGTCTAGTAATATTTCTGGCATTTATTTTTTAAGTCATAATAACTATTAAGCATGCTTATGAACATCT CAGGTGAGACAGAGGAAGAGTTTTCAACCAGATTGGCCAACAATCTGGAGGAGCTAATTCTGAAAGAGGGACCAGACACA GTAATATTCATATGCATGGAAGTGTCTCCTGCAACCAGCACATTGACTTTATCACTGACTTCAATGTTTATTTTTTATTT TTTATTTTTTATTACAGATTGCTGCATTCATAGCTGAACCAGTGATGGGGGCAGGAGGTGTAATACTTCCACCATCAACA TATTTTGATAAGGTATTCTCTTATGATCAATGCTTCACACATGAGTTCCAAACTTTCATGCTGGATGTGAGGACTATTTG GTATCGGTAAACGTTCTTCATTTTCATTTTTTATATTCACTTGTACTCATATAAATGCCACCCTGTGTTCTGTTTTCAAG GATTTATAGAGAAAATGGTGAAAACAAAATTAAACATAAAACGTTTTCAGTTTTCTCAAACAAAACAGGCCCCAAGAGAT TGGTTCTGGGTGTTTTGCAATATTTGGGCATTTCCATTTGTATACTCAGTCCCAAAGACATGAGAACTTACTAAAAGGAA TTTTTGTTTAATAAATTCTAGTTTCATTTTTAGATAATGTTAATCTAATTGTTATTGGTCTTCAGCTTGAACTAGTAATG CTGACACTTGACCCAATAAGTGTATTAATAGGTGGTTACTTTTTTTTGTGACATCTTAACCTATCTAATAATACATTGTT GGCTGTAGTTTATTTTTTATTTTTTATGATTCCTTGTCTAAACTCTGTAATATTTTATGAGAGATGTAATGAAATGGAAT TGAGTATGATGAAATGACGTGGAAACAAAATGGAAGTGATGTTAGTTTGCACTTTCCAAAAATTCCATTTTGCAAACTGA GACATGCATCATTTGCTTGATCGGTGTTTTTTGTTTAGTATGTGACATTAAATTTTGTCATTTTCAGTTTTTCACTCTTT CCTTAAAAGAGTTTAAAAGGAATGAAACACAAGTTTTTCTCAGCATTTAATTTTCATGCAGATCCAAGCTGTTCTCAAGA AGTATGACATTCTACTTATTGCGGATGAGGTGCTTCAATAATTCTAAAAATTCTGTTATATAAGATAGAGAGTTTTTCAT TCTGATTGATGTGTTAAATGTCTCTTTTTGAAGGTGATCTGTGCCTTTGGAAGGCTTGGGACAATGTTTGGATGTGACAA GTACAACATTAAGCCTGACCTTGTTTCCTTGGCAAAAGTAAAATGAAGCAGCTCTAAGTACATATTCACATTTTAATATT TTCAGAGGTTTTCTCATTTTTTGTTTGACTTCTAGGCACTTTCTTCTGCCTATTTACCAATCGGAGCTGTCCTTGTGAGC CCAGAAGTTTCAGAAGTCATATACTCGCAGAGCAACAAACTTGGTATGCTGGTTTACTCAGTTATCACCACATTTTTTTG TGTTTAGTCATTTCTGACTTGCTATTGCATGTTTTAGGTAATTTTTCTCATGGATTCACTTATTCTGGACACCCTGTATG CTGTGCTGTTGCAATTGAAGCACTCAAGATTTACAAGTGTGTTCCTTTATTTCTAGCTTTTAAAAACTAATAGGAAGCTT ATTATATCTACTTGTACTTATTAATCTTTTGGCAATAGAGTGTGATAATTTCTCATCATCGCAGGGAAAGAAATATCCTT GATGTAGTGAACAAGATATCCCCAAGGTTCCAAGATGGCATGAGAGCTTTTTCTGACAGTCCTATCATTGGAGAGGTATA TATTTTTCGCTGAGCAATTTTTAAGTTTGTGGTTAATATTAATGTGTGGAAAATACAACACTTCTGGATCTGCAGATACG GGGAACTGGCTTGATTATGGGGACGGAGTTCTCAGACAACAAATCACCTAATGATCCATTTCCTTCTGAATGGGGCAAGT TCAATACTCATTTTTCTCCTATCTATCAGTCTGTTTAACTACTGTACAGAACATGGTTTTTATCCTATCTGGTGATATTA TTAACAGTAATTATTGCAATATACTACTCCCTCCGTCCCTTATTATAAGACCCCTTATTGTGAGATAAAAAGGGGTCTTA TAATAAGGGACGGAGGGAGTATTATTGAATATATGGCCATCCTTTAATGAACTTGCACAATCTAGGTGGGACAATACAAC CATTAAGTGATCATAATAATGGATCATCTTGGCTGCATTTTTTTGGGTATACTAACAGTGATCTTATTGGTTTATAGAAT GTTAGAGTGGTAGTGAGCTGTGAGCAGAGCAGAGAGTAAGAGGGAGAAAATCAGAAGCGATAGAGAATGAGTCTGAATTC TGTTAGGGTTAGCTCCTATATAATGAGCTGAAAGAACGCATACAAGAAAAGCTTTGCAGCAGCAGAACTAATTCCTTATT CTAACCATAACCAACTCTAACCATACCCGCATAGTCTAACAAATAAGTATGCTGTTTTTATGTGGATGTGGACATTTTTT TTATAGTATGTTTTAACCCTGTGATGCATATTTTCCATATTACAGGAGTAGCGACTTATTTTGGAGAACAATGTGAGAAA AATGGGCTGTTAGTTCGTGTAGCTGGAGATAATATCATGATGTCTCCACCATTTATAATTTCCCCAGAAGAAGTTGATGA GGTAACTTAACAAATAACCTATTTTTGTCACTTATTAAAATTGAGGAAAATTTAATCTATGTGTAAATAGTTACAGTTAG AGAGAAATTTGGCCTTTGACATGTAGCAATATGCAGCTCAGCACTGAGTTTTTTCCTCCCTGGTTTTTATTCTTGTTCAG TAGACAATTTGTGCCAATGTTATAAGTTGCATTTCTTTTTCTGCCTCCCAGTTAATCAGCAAGTATGGTAAAGCTTTAGC AGCGACGGAAAAGCGAGTTCAGGAGCTCAAGTCTCAGCGCAAGTAG
CDS sequence (LotjaGi3g1v0534100.3) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGCTTGCCCCTTTCACCGCTGGATGGCAGACTGATTTGACTCCTTTGATTATAGAAAAGTCAGAGGGAAGCTATGTATA TGACGTTAATGGGAAGAAATATCTTGATGCACTTGCTGGTCTATGGTCCACTGCTCTAGGGGGAAATGAGCCCCGCCTTG TTGAGGCTGCCAATGCACAGTTAAAGAAGTTACCGTTTTATCATTCCTTTTGGAATCGGACCACAAGACCTTCTTTGGAT TTAGCCAAGGAACTCCTAGAAATGTTTACAGCAAGAAAAATGGCTAAAGCTTTTTTTGTTAATAGTGGATCAGAAGCCAA TGACACACAGGTGAAACTTGTATGGTATTATAACAATGCACTTGGAAGACCGGATAAGAAGAAATTCATAGCTCGTTCTA AATCGTATCATGGTTCTTCATTGATAACAGCCAGTCTATCCGGCCTTCCAGCTTTGCATCAAAAGTTTGATCTCCCAGCA CCTTTTGTCTTGCACACTGACTGTCCACATTATTGGCGGTTTCATCTTCCAGGTGAGACAGAGGAAGAGTTTTCAACCAG ATTGGCCAACAATCTGGAGGAGCTAATTCTGAAAGAGGGACCAGACACAATTGCTGCATTCATAGCTGAACCAGTGATGG GGGCAGGAGGTGTAATACTTCCACCATCAACATATTTTGATAAGATCCAAGCTGTTCTCAAGAAGTATGACATTCTACTT ATTGCGGATGAGGTGATCTGTGCCTTTGGAAGGCTTGGGACAATGTTTGGATGTGACAAGTACAACATTAAGCCTGACCT TGTTTCCTTGGCAAAAGCACTTTCTTCTGCCTATTTACCAATCGGAGCTGTCCTTGTGAGCCCAGAAGTTTCAGAAGTCA TATACTCGCAGAGCAACAAACTTGGTAATTTTTCTCATGGATTCACTTATTCTGGACACCCTGTATGCTGTGCTGTTGCA ATTGAAGCACTCAAGATTTACAAGGAAAGAAATATCCTTGATGTAGTGAACAAGATATCCCCAAGGTTCCAAGATGGCAT GAGAGCTTTTTCTGACAGTCCTATCATTGGAGAGATACGGGGAACTGGCTTGATTATGGGGACGGAGTTCTCAGACAACA AATCACCTAATGATCCATTTCCTTCTGAATGGGGAGTAGCGACTTATTTTGGAGAACAATGTGAGAAAAATGGGCTGTTA GTTCGTGTAGCTGGAGATAATATCATGATGTCTCCACCATTTATAATTTCCCCAGAAGAAGTTGATGAGTTAATCAGCAA GTATGGTAAAGCTTTAGCAGCGACGGAAAAGCGAGTTCAGGAGCTCAAGTCTCAGCGCAAGTAG
Protein sequence (LotjaGi3g1v0534100.3) extracted from Lotus japonicus Gifu v1.2 Proteins.
MLAPFTAGWQTDLTPLIIEKSEGSYVYDVNGKKYLDALAGLWSTALGGNEPRLVEAANAQLKKLPFYHSFWNRTTRPSLD LAKELLEMFTARKMAKAFFVNSGSEANDTQVKLVWYYNNALGRPDKKKFIARSKSYHGSSLITASLSGLPALHQKFDLPA PFVLHTDCPHYWRFHLPGETEEEFSTRLANNLEELILKEGPDTIAAFIAEPVMGAGGVILPPSTYFDKIQAVLKKYDILL IADEVICAFGRLGTMFGCDKYNIKPDLVSLAKALSSAYLPIGAVLVSPEVSEVIYSQSNKLGNFSHGFTYSGHPVCCAVA IEALKIYKERNILDVVNKISPRFQDGMRAFSDSPIIGEIRGTGLIMGTEFSDNKSPNDPFPSEWGVATYFGEQCEKNGLL VRVAGDNIMMSPPFIISPEEVDELISKYGKALAATEKRVQELKSQRK
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 | 438 | 438 | 1.9E-274 | – | |
| PANTHER | 1 | 438 | 438 | 1.9E-274 | – | |
| Gene3D | 3 | 432 | 430 | 5.8E-155 | ||
| CDD | 5 | 432 | 428 | 6.75648E-149 | ||
| SUPERFAMILY | 11 | 432 | 422 | 3.63E-116 | ||
| PIRSF | 11 | 434 | 424 | 1.1E-27 | ||
| Pfam | 14 | 431 | 418 | 1.4E-90 | ||
| Gene3D | 50 | 330 | 281 | 5.8E-155 | ||
| ProSitePatterns | 240 | 277 | 38 | - | ||
| Coils | 425 | 445 | 21 | - | – |
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. | ||
| 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 LotjaGi3g1v0534100.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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