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| Field | Value |
|---|---|
| Gene ID | LotjaGi5g1v0275400 |
| Transcript ID | LotjaGi5g1v0275400.2 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Aminodeoxychorismate synthase; TAIR: AT2G28880.1 para-aminobenzoate (PABA) synthase family protein; Swiss-Prot: sp|Q6TAS3|ADCS_SOLLC Aminodeoxychorismate synthase, chloroplastic; TrEMBL-Plants: tr|K7LKM5|K7LKM5_SOYBN Uncharacterized protein; Found in the gene: LotjaGi5g1v0275400 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr5:58943118..58953787) extracted from Lotus japonicus Gifu genome v1.2.
TTAATTTCCTATAAATTTCTTCCCATTCATTTCTTCCTTAAGCCGCCACCACCACCCGCTCCGAATCCACAACCACCTTC CCTCACTTTACCTTCTCACCATTCATTCTCTGCAACTCTTCCTCGTACGTGTCTCTCTTCCTTCACCTTCTTCTGATTCA AAACCAATCTCAGCTCCTCCTTCACCTCTTCCTAATATCTCTTTGTTTTTCTTGTAAAGTTTGAATCTTTCACGTGATTT GACTAATGGGTATTCATATCTCTTTATGATCTCTTCCTTTGCATCTGCAAGATCCTCCTTTGTGTAACTTATTTTTGTTG CATACATGAGAACATGATTACATGATTTGTTTTGTACTTTTTGTATCTTAGCTTGTGTTTGCACAATGTTACAAGCTCAA AAGCTACCATCTTTACTTAATTTGATTCATGGGCATAGCAGTTAATGATTACATGCATATTCATCTGCAGTAGTGGAGTG TAGAAGCTAGTTCCTGTGAAAATGAGCTCCTCCTTGAGTTTTTTGGCTTCTGAGTTCCCCTGTTCAACTAGTGAAGCCAC ACAATACACAAATGTGAGCTTTCTTTTGTCTAGACCCTTAGTAAGGGTTTCTTGTCTCATTGAGAAAGATGATATGAAGG CGTCGAATCGGTATCGTGGTGGAAGAAATGTGAGGGTTTGTTGCCAGTTGGTGCCTAGCCACTTACAAGAGTCATACAAA AGAAAGAAAAGGCCACAAGTGCCTAAACAGAAGTTGGATTTTGTGAGGACTTTGTTGATTGACAACTATGATAGCTACAC ATACAATATATACCAGGCGCTTTCGGTTATTAATGGCAGTAAGTTCTCTCATTTGAATGTGGATTTGGATAGAAAACATT TGGGAAATATTGATTTGCTAGATTGTGTTTGGATACCTTGTATTAAAAAACCTTAGCAAGAGACATTTTGGAAAAAGAGA AGCAACTTTTCCTTAAAAGAGAATATAGTGCAAAGGTACTAATTGTTCGGTTATCAAGCTGTGCAATATTAAAACATGTG TCTTCTAAACTCAGTAAGCATCCTTACTAGTGATAGTTTATATCAAGGTTCTAAATATGTGGTTGTGTCGTGATAATATT GTGGCAAATCACGGAGGAATGCGACTGTAATTGTGGTCGCGATGTGCTGATACCTTCACGGATACCTCCAAAACCATGAT GTCATGGTCATATTTGTGGTCATGGACCTTGATATAAAACAATGGTTATATTAATATGATGGTTGAAATTAGTTATTGTT GCAACTTGGTGGTAGCAATTAATTGAAAGTAATAAAAGCCTGTGGGGTCTCAGAACAATTGCATTAGAAGACATGTTTGA TTAAATTTATCATGTCCAGTTATTTTAATTTATATACATGATATTAGACATGTAGAGTTAGCTCGTTTCCTTTCCCTATA AGTCTCTGTTCATCCTGATCCAGTTTCCATTATGGACCACCAAAATGGAGCTGTAATGGTCAATCAATGAGTGATCACCT TAGATTTAATGTCAAAAAAAAAATAATGTATAGATTCAAATAGAACTGTCTAGATTTTAATAATAGAACACTGTTGGGAT TATCTTCACCCCCACAACAATTTAAAACTGAATTAGATTCTGAGTAAGAATCAAGATGATGTTGTTCTGCAAGAACGTTT AACACTTTTTCTAAACATTATAAAATCCCATTAATTGTACTCTATGCTTGGAAGGTTTGGGAAGTTAACTTTTGGATTTT ATGTCCATTTTAACAGCTGGTTTGGTTTTTCAATTTGCCAGTACCTCCTGTGGTGATCCGGAATGATGAATGGACATGGG AAGAACTTTGCCACTACTTGTATGAGGAATATGCATTTGATAACATTGTAATATCACCTGGACCTGGTACTCCATCGTGC CCAGAGGATATAGGTGAGAATCATGGAATGCCCTTCTGGACTGATAATTTCATGACATTTATAGGAAGCAAGAGAAAAAT TTGTTGATGGAATCATAAGTGTAAATGTTTGTAGTCCTTTTCTTTATATTCAAGGACCTATATATCATCGTATAATGCAT TCATGGCAAATCTACACTTCCAGCCATTGAGAGTTAGGGGTGGTTCAGAGACAACTATGAAATATTTGTCTGTCTGATAA CCCTGGTGATAGCAGTATGTGACTCGAGAAATCAGTGAAAGAGTAACACTGCTAACAGAAAATTCACATTAAGAGTCGCA CAGTAACCCCTGTTATTTCTTGTGATAAAACTTTATCTTCAAACCATTTCTAGTTTACCCAAATGCTAAACATAAGATAT TTTAGGAGATGTTATTGAACAACAAAAACCAAGGCTTACTCTATTACACCAGATGGGATTGGTTAAATGGATCAATCAAC ACCATTAGGCTCCTTCAAACAAAAAATTTCATCAGATTTATTTAGAGTAAGGTCGTTTTCAATTGTTTCTCCTGAAGTAT TCTTCAATCTGCCCCCTTTTAATATATTTGACTATCTAGCATCTACGATTTGATCCAATTCTTGAACTAGTGCCTAAAGT CCTTAACTAGTCTTCTTCTCACATGACCACACCATGTGAGTCTAGTTTTTACATTACACTACAGGTGCTGTAACCTTCTA TGTGAAACACCCTCAAACCACATGGATTACAATTTATTAGCATAGCTGTGCTTATGTGCGACTTAAAGGAGATATATTTA GTTTGCAGAATTTAATTATAAGATTTAATTTAATATGTTGTCCTGATTGTTGTTTCAAGAGGTGTGAAAGATACTTTTTT GATTTTTTTACTTTCTGGAAATGGTTTTTTATGCTTCAGGAATTTGTCTTCAGCTATTTTCCAAATGCTGGGATATTCCT GTTCTGGGTGTTTGCTTAGGACACCAGGTATTTCCCTCTCCTTTTTGCAACATTGTACTCTTATTTTTCACTTCTAATTT ATCCACTTTCTGGCTGAGGAAACCTTCAATGTATCATGCATTCTTCCATTCTAGAATATTGTGCAAACTCTTTCAGATTT CAACTTATACTGTTGATAAGATGCACAAGTTTCAATGGAGTGCATTGCATATCTATTTAGGCATTGTTGTAACATGACAG CAACTTTATCCATCTAATTATTTGTCTCCCTATACCCAAAACTCTCGCTAAAGTTCATTTTTCTTTTGTTAGCAAAGTTT CTTATAATAAGATATATAAAGATGGAACAAGTATGAGCCCTGTAAGACGAACTTTATGCTTTTAATTGCTTCAGTGAAAA TTGATAGACAAAATTTAATGAGTAGTTTTTAAACAGTTTGTTTAAAGTTTAAACTCCTATCTTGAATAAATTGAGTGGAT TTAATTCTTCATTATTGAGAAATCTCCCATTTTCGTTTATAATCAGGATATATTTGGAATGTTACATTTCTTTGTTTATG GGGTTCCTTGCATAAGTTAGTTTTAAAGAATATTAGTTATTATGAATCGATGTAAGGTTACAAAGGAATTCTGGTTCACA AATGCCTGATACTAACAATGAACTTATCCACCAATGCCTTTTGTGATGCTATGTTCCTGTTTCAATCATTATATTAAACT TAACTCTGTTGAGATTCATCTGTTTTATATATATGTTCCTGTTTCAATCATTATATTATCAGCTGTCATATTTATGGCTT TATAGCTATTGTTTACACTATGTTCTTTTCTTAGTTTAATTGCTTAATCTGTGATAGGCATTAGGTTATGTGCATGGAGC TCAAGTTGTTCACGCACCTGAGCCAATCCATGGACGTTTGAGGTATGGTTAAACATTTCAAAATTTTATCAGTTGTTTTT ATGGAAATTATTACATAATTGCTACATTTAGGAAGATTAATATACGTTAAAAACCTTGTCACTTATAGTTCTCATATCTA TTCCTTCCCCTTTCATTTAACTATATTTTCTCTTACTGTGCAGTGAAGTTGAGCACAATGGCTGCCAGCTTTTTCATGAC ATACCTTCCGGTAGAGATTCTGGTTTCAAGGTGCCTTTACCACTGTATATTTGAAATAATATGAATTTGGGTCCTTGAAA ACTTTTTGAAGAATTTGAATATTTTATTTACAATTCAATCTTATTCATCTTTGAGACATACAAGTCATTCAGACACAAAG AAACTCTAAATTTAATCTCATTCTTTCTGTATGGCTGATGTTGCTCAATATCGACTGAAGTTGTTTCGGATTCTTAAGTG AGTTCTGAATTTGTAAATGACACGTGGACTTTTTTTTTCCTTGCTGGTTTTTAGGGGAGGAAAAGGTTTTGCGGTGCTGT GTTCATTTAGCAAGCACGTGGAAAATTTGATTATAAATATATACCTTTTGTTTCTATGTTGCTTTCTTCTCGTGGTTTCT TTAAAAGGGTGTTTCTATATCAAATATGCAGAGGCATTACCGTGCTATTTTCAGCTGATGTTTTCATATTTGTCCTTTTC CCTTGTCTCTTTTGTTTTAAGAGTATTCCCAATCTCCTTGATGTGCTATTCTTTCTGTCAAGGCATTGTTAATTTTATTC AAGTATAAATAAAGATGAGCAGATAAGGAAGATGCCTTGTTTCTAATTTTGTCGGTGGAGGTTCTTCTATTTATGTTTAT TTTCTTTCTCCAGGGGAAAAGGGAGATGTTGGGTGGCTGGGTGAGTGAGTGAGGAAGGGCTACAACACACGGTTGGTGTT GGTTGCTCATAATACTGCCAAAATTGTTTCGCTCCCTTGGAATATTCTTAAGATGTTTTGTTAAAATTCTTAGGAATGTT TGATTGATGTGATTGGTTCAATTGTAAATTCATAGTAATCTTGGCGTTTTTTTCCAAAATCACCCTTGTTCAGTTCAATT TTTAATCAGAAGAGAGAGCCATTTCTTGGAATTCTAAAATGTAACCGCAACCAAATGTCCCTTTGCTGTAGTCCATTACC ATTGTATTTAAGCAAAAATGGCTGTGTAAGTAAATAACTTGCTGATAATATCTGAAATTTTTTATGATGCAGAAATGTCA TTCTTCATCTAAAATATGGATTATGTACGATGCAAACTGCTCCCTTGCAATTTGTTCATTCTTTCCTGTTAATTTAATTT TTCTTGTCAAAATTAAATACTATCAGAACCACTACTACCACCATCATAATTGTTGTTTGTCACATATTTCAGGTAGTTCG ATATCATTCACTGGTCATAGATTCTGAATCACTTCCTGAAGAGCTCATTCCAATAGCATGGACTTCTTCCACTACCAGAC TTCCATTTATCGGAGCCAAGGATTCTGACAAGTCCAATGCTCATGAAATAATGACAGACAAAAGCGTCTTTGTTGATCCT TTTTTACCTAAAGTAGGAAACAGAAGTTCACACCTTTCTGACAATGGAAAAACTAGAAATGCAAGAGTGCTAATGGGAAT CAAGCATTCTACAATGCCACACTATGGTGTGCAGGTGCTAAGTATAGAGATGATCCTTCTACAGTCTGCAGTTTGTTTAT TTTTATTCACTATTTTTTAACTACGTTCAACTCATTCGACCTCCAGTTTCATCCAGAGAGTGTTGCAACCTGCTATGGAA GTCAAATATTCAAGAATTTTAAAGAGATTACTGATGATTATTGGCTGAGATTTTGGTCATCGTGCAAAAAGGATAAATCT GCTCATTTCGATGGTACACTGAAAAACTTTGCTTTTTTATCCCCCCTTCAAAGAAAAGAAAAACCGAAGAACTTCTTTTA TCATGGTTCACTTTGTCGGGCATACATGCTTATCAAGCACTTAATTATCGAGGAGGCATTCACTTTGTATCTTGTGTTCC AGTCTTGTTATGGTCTAGTTCTAGGAAATATCTAGATCTCCAAAACTAGAGTAAAATCTCATTAGTTCTATTTACATGCT GCATAGTTACTTTCTTAATTTCCATTGGCCTTCAAATATATATGATAATTTCTTATAATTTATCTGAGCAGTAAACTTTC TTTAGCGTGCATGCAGGTTTCAAGTGCTAGCAGACTCTGCAGAGAATTTCACAGAAGCTTTAGTTCAGAGAAGAAAACAA TGGATCAGCTAGAAGTAGTTCATGAAGATAGGAATTTGGTACACACTAATGCTGAGATGAAGGGTTTAGAAATGCTCAAC ATCCTAAATGTTCAACATGTAGGCACCGGTTATAAATGTTTGAAGTTGAAATGGAGGAAACTTGATCACCTGGCTGGTCA AGTTGGTGGTGCGAAAAGTATATTCTGTTGGTTGTATGGACATGAAGCTGAAAACACCTTCTGGTTGGATAGTTCTTCCA CAGAGAAGGTATTTATCTGAATTCATGTATTTATCTTGATTCTTTAGACATGAAGCTGAAAGTTTACTTCATTACTATAT TTTTCCATCATAACTTACATTACCATGTCTATCAATATTCTTCCTGTCCTAATTAGGGAAGAGCACGCTTTTCATTCATG GGAGGAAAAGGTGGATCACTTTGGAAGCAGATAACGTTTCGATTATCTGATCAAAGGTTTGAATTTAATCCTATTAACTG TTAATTTTTAATTATTTCTTACAGCTTTTCAATTCTGTTCTATATTTTAGATCCTCTTTTTTTATGATGCATTGACAAAA AAGATTTCTTCCAAATTAGTGTAACCTTTTTACCCTTTGATGTAGATAATAGTAAGTAATAGTAAAATAGTATGTGTAAT TTATATTGTTTATCCAGTGAAGGTTGTTCAAAAGGTGGTGGCTATTTGTCATTGGAAGATTCTCAAGGTTCTGCGAAAAC AATTTTTTTGGAAGACGGTTTTCTTGATTTTTTGAATAAGGTTATATACTAAAACTCCCTTTTTATGCTTTATTCTTGCA TATCACACTTCTCAACTCAGACATGACTTTGAGATATGTGAACATTCTTGGGCTTCTACCTAACAGTTTAAGCTTCTGGG AGACTTGGTATTTGAAATGGTATTAGAAATTTAGAATCTCTATAAGAATTTCAATCCTTGTTAGTTGTTAGTTGTTACCC TCATTCTTCACAGTTAAGCTGATTATCACAAGATAAAGATGGACCTATAATTATATATGCTTCAAACCTTAAAATTTCTC ACTTGAAGGGGCATGTTTTATATATAAAATTGTCAACGGACTTGTACATAGCAGCTCAAGCTTTAGGTTAAATTTGGCCT CGACACTTGTTATATAGTTTCTATGGTTTGGGGGATATCTTATCATACCCTGGGTAGATTGCCTCTTATCATATGATGTC TTGTGTATAAACTGGTATATATACATCATAATGACTATACAGAATCCCTAAACAATGAGGATTGAGAAATTGAAAATGGA AATTGTTAGAAGTATAATATAAAAACTATTTATGTGTCTTCACCCAACAGCTTAAGCTTTTGGGAAAGTGATAGGTACCA GAGGAGATAGATAGATAGAGGGAGCTGTATTGTTCTGTAACTGAAATTGCACAGGTAACACTAGCTTTTGAGAGGCCAGA CTCTCCATCTTTGGTGATTCAACTGAATGCCCCACTAACTATCTGTCTCCTCCTTTTAAGGGCAAAACAGTTATTGACAG CTAACTATCTCACAAACTAGTAACTAACTTCCTAACCCTCATGACCAATACGTTATTACATTTGAGTCCCTAAGCTCCTC CCCTCCTCTGATATACATTCTTAATGATAGGCGTAGCTCGATCTCTTTCAGAAAGTTGGTACATGACAAGGTATCAGAGC ATCTATATCCAAGTGGTCTAGAGTTAGACCCTTGTGGCTCCAGTATTCTACTGAAAGTTGAATCTCAGGACATGCTAGGT GGCATGTGCATTGTCCACACTTATGTGAGGGGGTGTGTTAGAAGTATAATATAAAAACCATTCATGTGTCTTCACCCAAC AGCTTAAGCTTTTGGGGAAGTTGGTTCATGAGTCATGACAGAACCTTTGCCTAACTAACCATCTATGGTGAGTGTATCAA GAATATAAAAGGAAAACAAAATATAGCAATTAACATCATAATCAACTTCCCCCTGAAGCTAGAACATATATATCAGATGC ATCCCGATTGTTACATCTGTAGATTATCCTAGGCACAAATAAGAAATTGAACATTAGGGATTGAGAAATTAAAAACAGAA ACTATGCCTAATTAACTATCTATAATAAGTGTATCAAGAATATAAAAGGAAAGGACCGCAATTACAATCACAATCAACAA GACTTTATCCTAAATATTCTAAAATATACAAGAAGTGATCCTCAATTCCTAATAGCTCATTCTCGTTTGATCTAGACCAA TAAAATGCCATATTTCACACTATGTTTTTTCGCTTTGATCAGAGATGAAGTTAAGAAATGAAGGGGTGGGGTATACAGGA TAAAGTAAACAGGATAAGACACATTACAAATGTCAAATCTTCGTGTAGTGAACCTCCCAGCATGTATGTATTTTCTTGGT ACATATTGAAATTATTTCCTGATTTGCTTGGATCTTTCTTATATGATAGGCCTAATTTTTGTTACAAACATAATGGCATA TTTAATCTTTTTATTCCTCTTCCCACATAAATATGTTGCCTTCACAATGTTGCAGGAGCTTCAATCACATCTTTATGATA AAAATGAGTATGAAGGTCTGCCATTTGACTTTCATGGTGGTTATGTTGGTTACATCGGGTAGGTGGTAGAGTCAAGCAAT CATATGTTTACACTAAGAATATGTCAATCAATTTCTTGGTTTTTTAAAACTTACCTCTTCAGCGAATCAACACCAGACAA ATAATTGATTTCCGTTGTTGCAGGTATGACCTCAAAGTTGAATGTGGCGTCACATCTAACCGTCACAAATCTAAAACTCC AGATGCATGTTTTTTCTTTGCTGACAATCTTGTAGTCATAGACCACAAAAACGATGATGTTTATTTATTGGCTATATGTG AAGAAAGTTCAAGTATTACACAGTGGTTGGATGATACTGAGGAGAGACTTCTGAGCTTAAATGACTCTCTGAGAATGGGT TTAGAAAGACAGTATTCTCACCCTTCAACTTTTTCCTCACGTGAGGCTGGTTTTGCAGCTGAAAAATCTAGAGAGCAGTA CATTGAAGATGTGAAAAAGTGTTTAAACTATATTAAAGATGGAGAAAGCTATGAGTTGTGCCTCACAACTCAGATAAGGA AACCAATTGAGGAATTAAATTCTTTTGGACTTTATCTGCATTTAAGAGAAAGGAATCCAGCGCCTTATGCTGCTTGGCTT AGTTTTCCAAAGGAAGATCTTTATATTTGCTGTTCGTCTCCTGAGAGGTTCCTGCAGTTGGATAGGAATGATATACTAGA AGCTAAGCCCATCAAGGGTACTATAGCTCGTGGTGCTACCGAAGAGGAAGATGAGCAACTCAAATCGAAACTACAGCTCA GGTAACAACACATTTATTTCTGGGAACAAATAAGTCTATCCATCACCATTTCCACGTTCCTATCCCCTTTAAATTTTGGA ATTATATCCTAGGATGTTTTTCCTAAGTATATTTGATGCTTCAGTAATTTGGAAACAATCAAGACTCATTGAAATGTGTG ATGCCCCAATTTTGATGCAAATAAAATCTTGTATTATGTATGAATCTGCTATCTAGAGTTTACATATGTTGAAGCGAATT CAAACCCAATTTCCTTATGGGGTTTCCTCATTCAGATCTGATACAAATATGCAATATCCAGGATTATAACATGATATAGC AAAACACTCTGAACTATTCAATTGGGTGATTCTGTTGTGGACTAACTTGCTTTCTACATTTCAGTGAAAAGGAACAGGCT GAAAACTTGATGATTGTTGACCTTCTGAGGAATGACCTTGGTCGCGTATGTGATCCAGGATCGGTTCATGTGCCACATCT CATGGATGTGGAATCGTATGCAACTGTTCACACAATGGTCAGTACAATTCGTGGGAAGAAGCGGTTAGATGTTAGTGTTG TAGACTGTGTCAAAGCTGCATTTCCCGGTGGTTCAATGACAGGTGCACCGAAGTTGAGATCCATGGAACTTCTTGATTCT CTTGAAAGTTGTTCACGAGGTATCTACTCAGGCTGCATTGGATTTTTCTCATATAATCAAACATTTGATCTAAATATAGT CATAAGAACAGTTGTTATACATGAGGGTGAAGCTTCCATAGGAGCTGGAGGGGCAATTATTGCGCTGTCAAACCCCGAAA ACGAATATGAAGAGATGATCTTAAAAACAAAAGCCCCTAGGAAGGCTGTGACAGATTTAATAGAGTTCAATAAGTCCAAC AGCAGCTAGCTCAGACAACAATGATCAAAGTGTTTTCATCCTACTAATCATTTTGTATTTTCACATAAAGAATACAAAAG AATATTGAAATATAGCAAAGGTTCAATTGTTTTGAAGTTAGAAGGTTTTCTTTTTCAAACAGCAGGATTCCAATCCTTTT CAATTTTAATAGAAGCAAGCGTGCTTACACGCTTGATTTGATATAGTAGACTATAATAATATTTATGCATAGATGAACTA TATACTTTAGGCTTTCTGAGTGTTAAGTTCAGGTTTTTCTGTACTATAGTTTGTATTGAATACATTCCTAGTGTTTTAAT TGTATTCATTCATTTAATGGAAATGTTCAC
CDS sequence (LotjaGi5g1v0275400.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAGCTCCTCCTTGAGTTTTTTGGCTTCTGAGTTCCCCTGTTCAACTAGTGAAGCCACACAATACACAAATGTGAGCTT TCTTTTGTCTAGACCCTTAGTAAGGGTTTCTTGTCTCATTGAGAAAGATGATATGAAGGCGTCGAATCGGTATCGTGGTG GAAGAAATGTGAGGGTTTGTTGCCAGTTGGTGCCTAGCCACTTACAAGAGTCATACAAAAGAAAGAAAAGGCCACAAGTG CCTAAACAGAAGTTGGATTTTGTGAGGACTTTGTTGATTGACAACTATGATAGCTACACATACAATATATACCAGGCGCT TTCGGTTATTAATGGCATACCTCCTGTGGTGATCCGGAATGATGAATGGACATGGGAAGAACTTTGCCACTACTTGTATG AGGAATATGCATTTGATAACATTGTAATATCACCTGGACCTGGTACTCCATCGTGCCCAGAGGATATAGGAATTTGTCTT CAGCTATTTTCCAAATGCTGGGATATTCCTGTTCTGGGTGTTTGCTTAGGACACCAGGCATTAGGTTATGTGCATGGAGC TCAAGTTGTTCACGCACCTGAGCCAATCCATGGACGTTTGAGTGAAGTTGAGCACAATGGCTGCCAGCTTTTTCATGACA TACCTTCCGGTAGAGATTCTGGTTTCAAGGTAGTTCGATATCATTCACTGGTCATAGATTCTGAATCACTTCCTGAAGAG CTCATTCCAATAGCATGGACTTCTTCCACTACCAGACTTCCATTTATCGGAGCCAAGGATTCTGACAAGTCCAATGCTCA TGAAATAATGACAGACAAAAGCGTCTTTGTTGATCCTTTTTTACCTAAAGTAGGAAACAGAAGTTCACACCTTTCTGACA ATGGAAAAACTAGAAATGCAAGAGTGCTAATGGGAATCAAGCATTCTACAATGCCACACTATGGTGTGCAGTTTCATCCA GAGAGTGTTGCAACCTGCTATGGAAGTCAAATATTCAAGAATTTTAAAGAGATTACTGATGATTATTGGCTGAGATTTTG GTCATCGTGCAAAAAGGATAAATCTGCTCATTTCGATGCGTGCATGCAGGTTTCAAGTGCTAGCAGACTCTGCAGAGAAT TTCACAGAAGCTTTAGTTCAGAGAAGAAAACAATGGATCAGCTAGAAGTAGTTCATGAAGATAGGAATTTGGTACACACT AATGCTGAGATGAAGGGTTTAGAAATGCTCAACATCCTAAATGTTCAACATGTAGGCACCGGTTATAAATGTTTGAAGTT GAAATGGAGGAAACTTGATCACCTGGCTGGTCAAGTTGGTGGTGCGAAAAGTATATTCTGTTGGTTGTATGGACATGAAG CTGAAAACACCTTCTGGTTGGATAGTTCTTCCACAGAGAAGGGAAGAGCACGCTTTTCATTCATGGGAGGAAAAGGTGGA TCACTTTGGAAGCAGATAACGTTTCGATTATCTGATCAAAGTGAAGGTTGTTCAAAAGGTGGTGGCTATTTGTCATTGGA AGATTCTCAAGGTTCTGCGAAAACAATTTTTTTGGAAGACGGTTTTCTTGATTTTTTGAATAAGGAGCTTCAATCACATC TTTATGATAAAAATGAGTATGAAGGTCTGCCATTTGACTTTCATGGTGGTTATGTTGGTTACATCGGGTATGACCTCAAA GTTGAATGTGGCGTCACATCTAACCGTCACAAATCTAAAACTCCAGATGCATGTTTTTTCTTTGCTGACAATCTTGTAGT CATAGACCACAAAAACGATGATGTTTATTTATTGGCTATATGTGAAGAAAGTTCAAGTATTACACAGTGGTTGGATGATA CTGAGGAGAGACTTCTGAGCTTAAATGACTCTCTGAGAATGGGTTTAGAAAGACAGTATTCTCACCCTTCAACTTTTTCC TCACGTGAGGCTGGTTTTGCAGCTGAAAAATCTAGAGAGCAGTACATTGAAGATGTGAAAAAGTGTTTAAACTATATTAA AGATGGAGAAAGCTATGAGTTGTGCCTCACAACTCAGATAAGGAAACCAATTGAGGAATTAAATTCTTTTGGACTTTATC TGCATTTAAGAGAAAGGAATCCAGCGCCTTATGCTGCTTGGCTTAGTTTTCCAAAGGAAGATCTTTATATTTGCTGTTCG TCTCCTGAGAGGTTCCTGCAGTTGGATAGGAATGATATACTAGAAGCTAAGCCCATCAAGGGTACTATAGCTCGTGGTGC TACCGAAGAGGAAGATGAGCAACTCAAATCGAAACTACAGCTCAGTGAAAAGGAACAGGCTGAAAACTTGATGATTGTTG ACCTTCTGAGGAATGACCTTGGTCGCGTATGTGATCCAGGATCGGTTCATGTGCCACATCTCATGGATGTGGAATCGTAT GCAACTGTTCACACAATGGTCAGTACAATTCGTGGGAAGAAGCGGTTAGATGTTAGTGTTGTAGACTGTGTCAAAGCTGC ATTTCCCGGTGGTTCAATGACAGGTGCACCGAAGTTGAGATCCATGGAACTTCTTGATTCTCTTGAAAGTTGTTCACGAG GTATCTACTCAGGCTGCATTGGATTTTTCTCATATAATCAAACATTTGATCTAAATATAGTCATAAGAACAGTTGTTATA CATGAGGGTGAAGCTTCCATAGGAGCTGGAGGGGCAATTATTGCGCTGTCAAACCCCGAAAACGAATATGAAGAGATGAT CTTAAAAACAAAAGCCCCTAGGAAGGCTGTGACAGATTTAATAGAGTTCAATAAGTCCAACAGCAGCTAG
Protein sequence (LotjaGi5g1v0275400.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MSSSLSFLASEFPCSTSEATQYTNVSFLLSRPLVRVSCLIEKDDMKASNRYRGGRNVRVCCQLVPSHLQESYKRKKRPQV PKQKLDFVRTLLIDNYDSYTYNIYQALSVINGIPPVVIRNDEWTWEELCHYLYEEYAFDNIVISPGPGTPSCPEDIGICL QLFSKCWDIPVLGVCLGHQALGYVHGAQVVHAPEPIHGRLSEVEHNGCQLFHDIPSGRDSGFKVVRYHSLVIDSESLPEE LIPIAWTSSTTRLPFIGAKDSDKSNAHEIMTDKSVFVDPFLPKVGNRSSHLSDNGKTRNARVLMGIKHSTMPHYGVQFHP ESVATCYGSQIFKNFKEITDDYWLRFWSSCKKDKSAHFDACMQVSSASRLCREFHRSFSSEKKTMDQLEVVHEDRNLVHT NAEMKGLEMLNILNVQHVGTGYKCLKLKWRKLDHLAGQVGGAKSIFCWLYGHEAENTFWLDSSSTEKGRARFSFMGGKGG SLWKQITFRLSDQSEGCSKGGGYLSLEDSQGSAKTIFLEDGFLDFLNKELQSHLYDKNEYEGLPFDFHGGYVGYIGYDLK VECGVTSNRHKSKTPDACFFFADNLVVIDHKNDDVYLLAICEESSSITQWLDDTEERLLSLNDSLRMGLERQYSHPSTFS SREAGFAAEKSREQYIEDVKKCLNYIKDGESYELCLTTQIRKPIEELNSFGLYLHLRERNPAPYAAWLSFPKEDLYICCS SPERFLQLDRNDILEAKPIKGTIARGATEEEDEQLKSKLQLSEKEQAENLMIVDLLRNDLGRVCDPGSVHVPHLMDVESY ATVHTMVSTIRGKKRLDVSVVDCVKAAFPGGSMTGAPKLRSMELLDSLESCSRGIYSGCIGFFSYNQTFDLNIVIRTVVI HEGEASIGAGGAIIALSNPENEYEEMILKTKAPRKAVTDLIEFNKSNSS
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 | 87 | 920 | 834 | 1.8E-257 | – | |
| PANTHER | 87 | 920 | 834 | 1.8E-257 | – | |
| SUPERFAMILY | 88 | 339 | 252 | 2.95E-36 | ||
| ProSiteProfiles | 89 | 345 | 257 | 22.374 | ||
| PRINTS | 90 | 104 | 15 | 1.3E-21 | – | |
| CDD | 90 | 335 | 246 | 3.19053E-76 | – | |
| Pfam | 91 | 251 | 161 | 9.1E-27 | ||
| PRINTS | 138 | 152 | 15 | 1.8E-6 | – | |
| PRINTS | 141 | 150 | 10 | 1.6E-6 | – | |
| PRINTS | 141 | 150 | 10 | 1.3E-21 | – | |
| PRINTS | 170 | 181 | 12 | 1.3E-21 | – | |
| PRINTS | 170 | 186 | 17 | 1.8E-6 | – | |
| PRINTS | 170 | 181 | 12 | 1.6E-6 | – | |
| PRINTS | 195 | 203 | 9 | 1.3E-21 | – | |
| PRINTS | 219 | 231 | 13 | 1.3E-21 | – | |
| Pfam | 294 | 335 | 42 | 1.4E-6 | ||
| Gene3D | 436 | 924 | 489 | 1.1E-149 | ||
| SUPERFAMILY | 450 | 917 | 468 | 1.06E-120 | ||
| Pfam | 453 | 597 | 145 | 3.4E-20 | ||
| TIGRFAM | 552 | 911 | 360 | 1.6E-102 | ||
| Pfam | 651 | 909 | 259 | 2.7E-89 |
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 |
|---|---|---|---|---|
| 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. | ||
| Biological process | Folic acid-containing compound biosynthetic process | The chemical reactions and pathways resulting in the formation of folic acid and its derivatives. |
Expression pattern of LotjaGi5g1v0275400.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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