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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0309300 |
| Transcript ID | LotjaGi1g1v0309300.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Peptide transporter; TAIR: AT2G40460.1 Major facilitator superfamily protein; Swiss-Prot: sp|Q8VZR7|PTR30_ARATH Protein NRT1/ PTR FAMILY 5.1; TrEMBL-Plants: tr|O22305|O22305_LOTJA Peptide transporter; Found in the gene: LotjaGi1g1v0309300 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:75138380..75153689) extracted from Lotus japonicus Gifu genome v1.2.
ATAGAATCACAGGAGAATATTGTGTAATTAATTGTCTTTTAAGTCTATGAAGGGGAGAATTGGAATCTGTATATTAACTC AAAACCATGCAACCATAGTGTAGTGTGTACCTTGATCTTCCATCTCTGGCATTGAAAATTAGCTGAGATGGAAGGAAAAG GTTACACTCTAGATGGCACTGTGGATCTTGCTGGACGGCCTGTGCTTTCTTCTCTAACTGGGAAGCAGAAAGCATGCACT TACATTCTTGGTAAATTCTTATCAGCTTTAAAATTATAAGTTTTTTCTGATTAATGTAAGAAGATGTTGGCATTGGTGTA ATGGAATATTGGAATGTACATGTTATCACACCACACACACAGAGACAATATTTGAATGCATTATGCCTCGAATGAGTGAA TTGAATTTAAAGAGTGGACCGTGTATATACTCACCTAATTTATGTTGAAATTCAAGTTTTTATTGGAATGATGAGGTAAT TAGGGTCGAATTCTAAATCACTTGATCATAGATATTCTAATAAATGTTATGGACTAACGCTATCCCAAATCTTTATGAAA GTGGATGGTGTTATAGAATATATGAAAGTTATCACACAACACACATACACAAACAATAAGCATTGATGCATTCTGCCTCA CAATAGGATATCACACTTGAAGCATAGACAATGTATGTAATCACATATTTTGTGCTGAAATTTAATTTTTTATTAGAATA AATAATAATGAGGATAACAAAGATGAAACTCTCAACCACTTAATAGTAGAAATTCTGATGTGAGGACATGAACTAATTAT CTCAAAAGTTTAAGATTAGGTGAAGATACATGAATTTTTTATTTATTATACTTCTAACATGTCTCTGTATTAATGCTAGT TTACCGTGTATTGGAAAGATTCGCCTACTATGGGGTAGGAGCAAACTTAGTGAATTTTATGACAACCCAACTCAACAAAG ACGTGGTATCATCAATAACCAGTTTCAATAACTGGAGTGGCTTGGCTACGTTGACCCCAATTCTTGGTGCTTACATAGCA GATACTTACACTGGCCGCTTTTGGACAATCACTTTTTCCTTGCTCATATATGCCATAGTAAGTTGTAGTTTTATCAAGAG TTGTGTACATACAGTTTTCAGCATACTTCGAACATACACTTTTATGTCCGATGTACGTAACTGAAAACTAAATGGCTACA CATCATTTCCGTTTCCGTGTTATCAATTACATTGTTATTTTCCTTTGAATTATGGACCTTCACATCAAATCTAAGCAGCA TTGAAATTTACACTACAGGGTCTTGTGCTTCTGGTCCTGACAACTACACTAAAAAGCTTGAGACCAGCATGTGAAAATGG AATTTGCAGAGAAGCATCTAACTTACAAGTAGCATTGTTCTACACATCACTATACACAATAGCAGTTGGAAGTGGTGCTG TAAAACCCAACATGTCAACTTTTGGTGCTGACCAATTTGATGATTTCCGCCATGAAGAAAAAGAGCAAAAAGTTTCATTC TTCAATTGGTGGGCATTTAATGGAGCCTGTGGCTCTCTAATGGCAACTCTGTTTGTGGTGTACATTCAAGAGAAAAATGG ATGGGGTTTGGCCTACAGTTTATCTGCTATTGGTTTTCTACTTTCCTCTATTATCTTTTTTTGGGGTTCCCCAGTTTACA GGCATAAATCCAGACAGGCTAGGAGTCCTTCAATGAACTTTATCAGAGTCCCACTTGTTGCTTTCAGAAATAGGAAACTC CAGCTTCCTTGTAACCCTTCAGAACTGCATGAGTTTCAGTTGAACTATTACATTAGTAGTGGCGCAAGAAAAATTCATCA CACTTCTCATTTCAGGTTTGCTCTTCATAACTCAGTTCTTGCTTTTCCTTGAAAAACAGAAATAGATGAATGATTTGTGG GGTTCTTAAAAGAGCCCTGAATGTTGAAGCTTAAACTTTTTAGAGTGAAAGCACATGAATGATTTTTGTATTATTTTTCT AACATAGTGTCTCATGTCAAAGCTCATCGAACTTGAAGCTTAAATCATACATAAACTTGTATGCCTTACGATGAAATTCA ATGTTTAGAAAAATTAGACACAAGAATCTAACTTTATAGAGATTCTCATGTTATGTCATGGTCATGGACCAAATATTTTA GAAGTTTACCTTTTAGAAAAAGACAATCGAATGATTTGGATATTATTTTTATGACTTAAATACTCTTGAGGTCCCTGAAA TTGTCTCCCGTATAAAAATAAGTCCCTGAAATTTTTTTTTCCGATTCTGAATCCTTGAATTTTTTTTAATCAGAATAGAT CCCTACTCTTGTTTCTAGTTTATGTGACTTAATTTGAGTCAATTATTCCACATGACTTTTATATTTTTTTTAAATACACA TGAATTAAAAAATAAAATTAAACATTTAAACTTAAAATTAAAATCCTATTAACCTAATTAACCTTAAATCTAATTAACCT TAAATCCCTTAACCACAAGGGGGTGACACAAGTGGTGAATGTGCATTTCCTTAAGAGATTTCGCCTAGGCTTTAGGCCCG GGTTCGATCCCCTCTAAGGTAAAAAATAATACATTTGTAGCTAGGGACATCACTACCGTATCCCGAGCCAGATTAGTCAC GTGGGGCCCCTTTCCCCCGTGGAGACTGGTGACCAAAGGGAAAAAAAAAAAACCTAAATCCCTAAATCTAATTAACCTAA ATCCAATTAACCTAAAGTTTAATTAGATTAAATTCCCCAAACCCAAACAAGCAGCAAACCCAGAATCAACAACAAAAATA CCTTCAAACAAAAAAAAAAATCCAAAAACCCACCCCCACCTCCAGCAACCTTCACCTTCACCTTCAACAAACCCAACCAC CATAAACCCCATTCATAGAGACACCTCCCCCAAAACCTCAACCCCACCGCCACCCTTAACCACAAACCCCTCAATCTGAG TTTATGAGAGAAGGAGAAGGAGAAGGAGAAGGGGAAGAGGGTGAGAGAGAGGATTTGTAAATGGATTTGTGAACACCGTT TTCGCACCCTAGAACCCCGACCCCACCACCACCTGTAACCGATCGCAAGAAAGGCACCACTGTTTGCAAAGGATCTCTCT TTCTTTCTCTGGATTTTCGTTCTTTTGCTTGGGTTCCTTGGTGGGTTTTTTCGATCTGGATTCAGCACGGTTTCTTGGTT TTCGGTGCAGAGGAGATCGAAGTCGCGAGGGTGGTTGTTGCCGGTGGTGGTGTTTCAGAGATAATTTAATAATTGGTTTT GGTTGTTGAGTTTGGATTGGTGCAGCACTTTTTGCTCACAATGGTTTTCGGTGCAGCACTTTTTGGTTTAGGTTAATATA ATAATTGATTTTGGTTGTTGAGTTTGGATCAGTTAGAAAGGATTTCAGTGCATTTGGGTTTGATTTGTAGGTTATTGTTA TAGTTTCTGGTTTTAATGTTATTGTTTTGGGGTGTGAGTTTGATTATCTTGAGCATATGAAGATGAAAAAAATGAAGAAG ATGGAGTGTCAAATTGGTTTCTGGGTTAATTTTGATTTGGGGGTTATTAAGATTTTAATTTTATATTTAAATATTTTATT TTATTTTTTTAATCCATGTCTATTTAAAAAAAATATAAAAGTCACGTTAAATATTTGACTCGGTAAAAATTAAGCCACAT AAGCTAGAAACATGAGTATGGACCTATTCTGATTAAAAAAAAATTCACGGATTCGGAATCGGAAAAAAAAATTTCAGGGA CTTATTATCGTACGAAAGACAATTTCAGGGACCTCCAGACTCCAGAGTATTTAAACCTATTTTTATAATAGAAAGTAACA TATAAGATTTAGAGGGGCTTACTACCATAAATTTAATGAAAAATCTGTTTGTTACAAAGGAGTAATAGGTGTTAGGTGAG TAGCAAGAAAAGGCACATGTTCTCTTTTTGCCAATATTTTTTGTTGTTGTTTTACTTCGAAATTAATAAACTTATTTATA TAAAAAAAAAAGAGAGGAAAGATTCACATTATCTTTTCTTGCAATTTATGGGATTTGAATTTCCCGCGGTCAAGATATTT TGAAGTCACTGCAGTTATGAATCTTTAACTGTCCAATCTTGATTTGATGACTCAAATTTGAAGAGATCAATTCTATGAGT ATAATTGTCATTTTAAATCTTAGTCATCTGATCTTAGATCCGACGGATACCAAATGATGATTGCGTTGACTTTACGAAAC TTTGACCAGGAACCCAGATCCCATTTCATGAGCCTCCCTTTTGTGTTGTACATCTCTGTTCAAAAATGAATTTTAGAGAG GACATTTTAATGGTTGAGCACGGAGGAATTTTAGTGTATAGACCTCAAGTAGAAATCTCACAAGAACATGCAAAGTGAGT TTGATGGAAGGATACTAGAATGGTTGAGCATGGAATACTCAGAGAAATAGATACTATTTTGAAGCAATCAATGTGGTTGA TAATTGAATCCCAGTTTTTCATTCACAAATTAAACATGCTTGTTAATGGCAAGTTCTAGTACACACACAGACAGCAAAAA TGATTTATTTCTTCGACATTGATTCTCTGAATAAATGACTATACTTACATGGACAAATCTGCATCTTAAGTTTCTTAGAC AGGGCAGCAATAAGAGAAAGCAACACAGATCTCTCAAATCCCCCCTGCACAGTGACTCAAGTAGAGGGAACCAAGCTTGT CTTAGGCATGTTCCAAATATGGTTACTGATGCTAATTCCCACCAACTGCTGGGCACTAGAATCAACCATTTTCGTCAGGC AAGGCACAACAATGGACAGAACACTTGGCCCCAAGTTCCGTTTACCAGCAGCTTCACTCTGGTGCTTTATAGTCCTCACC ACCCTCATCTGCCTCCCCATCTACGACCATTACTTCATACCGTTCATGCGCCGAAGAACCGGCAACCACAGAGGAATCAA ATTGCTCCAGAGGGTCGGCATCGGAATGGCCATCCAAGTCATAGCCATGGCAGTTACTTATGCTGTAGAAACTCAAAGAA TGAGTGTCATAAAGAAGCATCACATAGTTGGGCCTGAAGAAACAGTTCCTATGAGCATATTCTGGTTATTGCCTCAAAAC ATTATACTTGGTGTTTCAAACGCTTTCCTTGCCACTGGGATGCTAGAGTTTTTCTATGATCAATCTCCAGAGGAAATGAA AGGCCTTGGCACAACATTGTGCACGAGCTGTGTAGCTGCTGGGAGCTACATTAACACCTTTCTAGTGACTATGATTGATA AACTGAACTGGATTGGGAACAACCTGAATGACTCTCATCTAGATTACTATTATGCCTTTCTTTTTGTGATATCTGCTCTT AATTTTGGTGTCTTTCTGTGGGTGTCAAGTGGGTACATTTACAAGAAGGAAAATACAAGCACAACTGAGGTGCATGATAT TGAGATGAGCGCAGAGAAGACTGTGAAGTACTGAATTATTGTTTGGAAATTGGAATAGCTTTCAACATAGGCATCTTGTT ATAAGTATCCATCGACATGTCCAAAATGGAAACCGAGTTAGTATGACTCTCTAGCCATGAGTTTGTTGCTGAAGCTTAAC TAATGATGTCTCAGAAACCTGAATTTGTCTCACTCAAAATGTACTTAAATAAATTTTTGGCCCAAAATGGGAGGATTAGA TTAGCTTAACTTCAAAAAATAAAGGAACCTGATGTTTTGGGTTTAATGAATCCTTTAAGGTAGACAATCTTGTACGAGAC AGGAACATTCACATTTTGTCGGGGCTAACTCTCCCATCAACACTTGATTGGCTCCATAGAAAACATTCAAGGAACAAAAT TGAATGTAGTCTAAATTAAATTGATTAAATGTGCAATTGAAATAATAATTATAAAGATTACATGTTTGTTATACACTATC TACATTCCTATTTATCAGTTCATATAGAGTGAACAAACTAATTTTTATTTCTCCGTACATTTATATGTTAGAAGAAATAT TTATTCCTATTTATCTCTCCATATAATAGTTCAATACTTCAATATGATATTAATTATCATTTTCAAAATACTCTCATGCT CATCTAATAACTCGTAAGTGCAATTGTCTGACCCATACCATCTTTTGATGACATAAGTTCTTAAAACATGTTTCAAAAGT GTTTTATGTTAATCATAAGTATGCAGATTTCCTCTCAAAGGCATTCACCTCAGGAAAATATAAAAGTTATTGTCTCTGAT CTTGCAATCTTAGTGTTTGAGTTTCTCAGTGTTACATTGTGTTAGATCCTAAAATTTCTCATCATCTGAGATCGCTAGTT TTTCAAAGTCTGAACTGCATGACCTACACAAAGTCTTCTTCGAATAAAATAAAACATATGTATCAGTATATCTGGATATC CTCACTGTAGGAAAGTCACATATGACACGAGATGATTAACTTCTGTCTCAGAAAGTAAGATAGAGAAATCCTACAAGGAC ACTGATGTTACAGGAAGGGTTGGTGCTTTTCAGAAGAACATTACTTTGGACAAGAAACAGTACTACGCATCAAATGCCAT GTCAGGATGTTCAAATTTAATGAAGGATGCATCGAACAACTACCATTCCTTCTGAGGATATATATAGACAGAGCACAAAA AGAAGATGAAGAAAATGATTTACCAAGCCTTATTTGAGAACACAAAGAAGAGAGGAGTATCACCAAGCGCTAAAACACAT TTTTCACATAAAACTTGGCTGTATCTCAACCGTCCACCTGCTGAACATGTGCCCAGTGCACCATCCACATTTATTGTCTG TCATTCTAGCATCCAACGGTATTAACGGATGCTTCATCTATAGAAGGAGATATCTAACTTCAAAAAGAAAATACATTAAG AAATACTACAAAGTCTCTCTTCTCCCCTACTCGAGTTCTACTCCTGAGCTTTTCATACAAGAAAATCAGTTATTACAAAG TTAAAAGCTGACGCTAAACCCGATTTTTAGCGTTGGCCTATAGGCTCATGAGGTAAAAGCTGATGCTAATGAGGATGAGC TAATTTTTAGTGTCGGCCTATAGGCTAACGGTAAATTTTAGCGTCAGTAAAGCCGACGCTATTCACTTGGCAAGAAGACT AACGCAAATGTAATATTTTTTAGCATCAGTCGTATAGGCCGATACTAATTTATGTTGTAATAATTACTCAAGGAGTAATA ATTACATAGTGTTCCAAAATGACAAATGTGTTGCATTGAATGGATTTGAATGAAGTCCCACATAGAAAGTGGAGTAACTA TTCAAAGCATTTATATATCATTAAATGTCAACCATTCAACAAAGAGACAAAGAGAGGATATAGTGTCACATGTGCATTAT TTGGTGGTCCCAAGCTTTTATGTCACTTGTTCCATTCACACCACCCCTCGCCGGTGGGCGTGGGCGTAGAGGCGTCTTGT AGACGGCACTTTAGCACGTCGCATCGGCGGCGACGCGGTTGCCGTAACGTCCGTTTGTTTTTGCTCGTTTTGAATTTGAA CTTTGCGACTGTTGGGAACAGACATATCTGTTGGTAACAGACACAATATATGAAGGGTCGCAACCTTCTATATTGTTCTA TTTTTGCTTATAAATACAGTACATGTTCAGAATTCCATACATAATCATATCCTCTGTTTTTTTTTCCAGAAAACACTTCG CTGCATTTCGAGTTTTCATTAGTCTTGTGCAAACTCGAAGCAAGGCTGATTATCCTGGGTATTCTTGCATCCAAACTCTA AGACGAAATCAGAGAGTGCTTGAAATACTTTAAGGAAAGTGATTTCATCACGATCAAGCCTATTCAATTTCGAAACAATT TATCGACCCTGGCCAACTGGAAACGATTAGTGGTGGTTTAAAACAGCCACAAACTGCTTGTACTGCTTGCAAAAGAGCTC TCTAGATGTAAAAGAAACAGGGAAAAGAAAAAGCAGAGGAAAATAAAAAGAAAAACTTAATGGTGGACATGGTAGCTTAG CAAAGTCCTGGTTCTGGACGTAACTAGAGCAATCCAGGTAGTGTTATAACCTCCTTTACAAACATAGACAAAGTCATTTC CTGGCCGAGCAAACCCACAAAAATCACCACTAGCCTCACAACAAGTGACACCACAAAAGTATAAGCACCACAATCCATGG CCCTCAAAAGCAAGATTTGAATCATATGTTGTTTCATATTCAAAAGGAAAGAAACCAATGAGATTAGAGTTACCTTAAAG AAATCTGGTTCATTCATATCCTTCCATTCTGCATGGTTGACAGGCTTATCTCTAACAACCACTTGCCCATGCTTGAGTCC TTCTGAAAACCATTGTGTACATGGAGAGAAAAACAGAAAAGCATATAGTTGCATCATGATTGAAGTGAAAATAACTCAAG GATGATTGAAGTGAAAATATTTCTGAAGGAAGAGGAGATTTAAAGCAAGGCCGTGCCTGCATACTCAGGGGAAAGGTATC CAAATGTCCAAGAAAGCAAATAAACCATTCCTATATTCACCAGTCCACAACCAAACCCTATTCACTTTCCATTCCCAACA CCACAACGCCATTCCTTCTTCATCTCCACATCCCTATGTGTTATGGTGTGAGGAGCATCTCTCACTGTTATAGCATAAGA GGGAGGTATCTACTACACCTTAAAAGAGAGACAAGAAATTACTATTCCTAAGAGAACTTGCAATCTGGGCCGTTTATTTG ACTCTCTCTCCATTTTCACTCTTTAATCCTGGCCCTTCATCTGTGAGACTTTTTCTCCTCTATTCTACTCGAGCTTGACG TCACAGAACGCGTTGATGGAGTATGTGAAGAAGGATAGGAGTGTGTTCATGGTTTGATTTCGTGGGTAATCATCATCCCT CAGGCCCTGTCTCTGTAGCGTGAGCGACGTCCTCTGTTCCAGTGGTTAGGTTTAGGTTTGGTTGCAGAAGGAATCAGGAA TACGCACTGTTGAGCACAATTTTGTGTCACCATGACCCATGTTTCTTCAATCCTTTCCGTGTTAGGTGAAAATCAGAAGG AAGATAATAGATTATTCAGGAAATTGTTCAATTTGTTGTCAGAAGCTGAGCGAAATCGGAAAGAGTTCCTATTTCTTCGC CAGTTGAAGCTTCCTTAGATGTCAGGTTAGTACAAGAAGGTTGGTATCCAGTCTGTGCCAGCCTGTTTATTTGTTGATTT CAATTTGTTGAGAACAATTTCAATCATGACTGGGTTTCCCTTCCAATTGTCTATAAATACTCCTATTGTTTGTTGTATAT GTGTGCTTGCTTATTCATTCCTGTTGTTGCTATTTCTCCTACTATCTTATAATCGCTCTCCCCTGCAATCTTTGAGATTA GTTGATACTTGATTGAGTCCATGCTCATGCTACATTTGTTTACTGATATGAGATCAAGCAATCTATTTGCATGGTTTCTG CTATCGTTGTGTTGCTATTCTCCATTTATACAAACTAAAGGGGTTCCTTTTTTAGGCTCTACCTACTTCCAAAGGCCAAG CTCTTGCACATGAGTATGGTATCAAGTTCTTTGAGACTGTGAGTAGCAATATGCTTGACAATAAGTTTCATTAATTTACA TGTGATTTCTTTTATATTCATATTAATTAAAAAACAAATGCAGAGTGCAAAAACAAACTTGAATGTGGAGGAGGTTTTCT TTTCAATAGCAAGAGACATCAAGCAGAGGCTTGCAGACACATATTCTAGAGCTAAGGTTTTTTTTTTACTCTTTATTGTC TGTACTTCTTTTGAGTGTATGCATGAACTGAGCCTTCTCTCTATCTCTATCTCTAGATTTTTTATCAGTTTATAATGATT ATGCAGATGATTCTAATGAATTGGCAAAGAATAATGGTGATGGAGAGGATACTTTCAAGCTGTCCTATTCTGATGCTGAG TGAAGAATTAGAGGAAAAGAACCTTCAGAAAAGTTTTGTTCCTTGAACAAACCTCAAAGATGGATGAGGTATTTTGCTTG CATTTGAATTTGGGGCTGAGGTATTAATTTATGGTTGAGAAAAGAGGTGGGGGCGGTAGTTGTGGACTGAGGTGATGGTT GTGGTATGCAAGCAGATGCTTAAGAAAGGGTGAAGGGTTCCATAGTTGAGGGAGAAGGAGGTGTCGCGGCTGTGTGTTTT GGGTTAGGGAAGGAGAAGGTTGAGTCAGTGGTGGCGGGACACTATTCAGGAGAGAACTTTTTTTGTTTGTGTTCCAATTA TTTTTTGGCCCAACTTATCCTAGCCGGTTCATCCTATTAATTTTTTTAGCCTAGCTTTTTGTTGGCCCATGTCATGTTAT AGGTCATCTTTTATCTTTTTAGTTTACCACTTGTCCTTCCCATTAGTCTACCGTTTAACAGTGAGGAAGGAGAAGAGAGG ATGGTGGAAGGTGATGGAAAGGAATAGCAAGAGTGAGAAGAGAAGATGATGGAAGGGAAAGGACGATTTTTGTCATCCAC CGTAGATAGGGTGAGAATTAGAAGGAGAAGAGAAGATGATGGAAGGGGAAGGACCAAGTGTACGGTTAGGGGATGACCGA AAATATGACATATGTTGCTTCATTGAAGCAAGAAGGAGGACAGAAGAAGGTTGAAGGAGAAGAGAAAAATTCCACTGTTT GATTATCAGGTCTATGTAGTAACCTTTCTGTCTTAACTTGTATTGTGGCAAGGCTGATATGGGTGCTATTCCTTTTAACC AACTTTGAATTTAGATCTAGCTAGCTACCATATGTCAAGTTATATCTAATTGTTTGTAAATGGTATTATAAAACCAATCA TTGGTTTGCAGTATGATAATGTTTTGTTTTGTTTGATACATGTGGTGCCTAGAAGGTTATTATCAAAGATGTTGCTGCTC CGAATTACACATCTAGAAAGCCAAGTAAATAAGTTGCAGGTAACTGTATGTCTTAGTAATCTTTGGTATACTATCCAAGT CTAATCAGAAATGTAAATTCTCATTGACCTATTCATCAATGAGTTATTTAGTTAATCTTATTTAAGAATGTATTTGACCA CATTAAGAAAATTGATTTTTTCTCATCCCATGACATTGATATATTCTGTTCATTTTTCATACGCATAAAGTATGATAAGT AGCTTTAGTTAGTGATTGTCATTTTGAAAGGTTGCATACAACTTTCTTCCAAGTAATTTAATAATGAATTATTTCATGGT AAAATGGCAGCCTTCATCCTAACCAGGTAAGCATGATTAGTAACTAAAATATATGTTTTCTGTAGTTGTTAAACTTCAAT CCCTTTTGCAATCAGGGGTAAATAATGATAAGTAAGAAATTATGGTTTGGTTTTATGCTGAACATGATTAGATTTGTTAT TGAACTTCACTTCTTTTCCTTGCTTTCCAGGTTCCGTGACTACTTTGTATTTTTTCTATCCAAGAACTTACTTTTACATA AAAGTTTGTGATAGAAAAGTCTGTTATTTCAAATCAAATGATATTATTTTGGTCAACTCAACTCAAAGGGTTGGAGGGTT TGTCTCAAGAAGAGCTTTTTCTATGGCAACCTGTGAAGGATATCATTGTAAATGATCCATGATTAGGTCTCATTCTCATT GATATTGGTCTTGCCTATAAACAGCTCTCTCTGTCTCTCTTAGAAGTTCCCCCAGTTTGCAGATCCTAAGGTAACTGTCT CTTTTGTGTTTGTGTATTTATAGCTGTTATTTATTGATGATAACTTCAAATTTGAATAGAAATCACTATGTAAAAGAATA TGCATGCTATTTTCATCTCATCCATTATAATTTTGAACATAGTAATTTGAATCAGTTTCTTCTACTTAGAATCAATTCTG ACAATTGAAGCTACTCATATCAATTTCTCCTCATAATTAAGTTGTCTTTCAAATCAACTATTGAAGAATTTTGAAACATA TAATGAGACCGAATGTATTTCAATTCTCATCTATTTTAGCTTCAAAGATTTTGTTTTGCATGTAGAATTTTGATTTAAAA GTAGAATGTGGTGTGCAGGTCTTTCAAGGAATATTGAAGGAAGGAAGAGCTTTGGTTTTCTAGATCTGAGATAAAAGTTT ATTTAGTTGAAAAGATGTCTTCTTCTTTTCCCTTCCAATTTTTTTTAAAGATATAATTATGTGGTGTAATGTGCATATAG TAGATAGATACTATGAGGCTTGTGACTTAATTAGAAAGCAGTTGAGAGGGGGGGGGGAGAAACTGATAGAGGTGTTCGTT GTAAAAAAGTGTTTTGGCAATCTTGCGAGCAGCTTTTTTCTGATATTGTAGGTATCATATCATTTCTTTCTTTCCTTTTA TGTTTTCTTTTCACCTTACTAAGAGGGAAATTATTCTTTGAAACTAAAGCCTACTTGGCTTTGCTCAAAATACTCACAGA AAGTTAGTCACTGGTGTTGATTTTTCTTGCAGTTAGTTAGTCACTGCGGTTTTTTTTTTCTAGTGATTTAGCATCTCACT TTTTCATTGTTATCAATGTATTTGTCGCTTGCTACAGAAACCTTCTAAGTGAAACTTGGGCCCCTAAATGAGCAAACTAG CAAAGAACATGAGCAACTTGAAGTCATTCCTCTTCCAGAAAAATCTATGGATGTTGAAAGGCTAGGACCTGGAAATTAGT TTTTCAAGAGAAGGTGGAAAAGGAGGCCAGATTGTAGACAAAGTTGAAATTGCAGTTCAAATTACACACAACCAAACCGG TGTCACAATTCACTGAACAGGTTATTTTTCCTCTTTTCATACTTATTTAATATGTGAACCCATCTTCCATGTTTCTGAGG CTTCTTTGGAACATAACATAGTTGGAGACAATTTATATTTTATACGTTAGAAATATATTTTAGTCTCATGTTAAGAAGAT CCAAGATTCAAACTTAACTCACAAAGTGTTTCTTCTTTAGGAATTATTATCCCCACTTAACTCTTCCTAGAATCATAACC TGAAATACTGATTAAGAAATCTTAATCCTGATATTAGTATACAATTGAGAGGCATTTATTTCATAGTTTCTTAAATCCTC ACAGATTAACACTATGGATTTTACTGCGATAAATTCACACCAAACTCATGCAAATGAGAATTGAAGTGCATGGTTAAAAG GCATTATGTTAAAGATTCCATGACAATGATTTTGATTATTGGTGTTGGCCTGGTCATCCTCCTAACTTGACACTTTGAAC CCAGAGATTAGATCCTTGTGGTATGCTAAGTTTTATTTTCAGACTTCTGTTGGTTCCACTCCTCTTTCCATATGGAATGT GCCTTTCGTCTTCAATGGTCTTGAGGTTTGTTAATTTTTTCAAGGTTTATTTATTTATTTATTCTTGTGGTTTTTATCAT GTTTTTGGACTTGGAATCTTCGTTTGCAAAGTTTTCAAAGCTAACACTTTCATCTCATGCATTCGGTTTAGGGAAAAGGG AAATAAATGATGTGCTTTGTAAGGAACTCATTATCACCAGCATCCATTTCCATGATAATGATTGATGATATGCATGCAGA CCTTATGGCCCAAGCATTTATCGTATATGCTGGAGAAATCATTAGGATATATAATTAACAATTTATCCACATGGTGACTC TAATCATCAATGACCTCATAATTTGGGATTATCTATCACACAAATGTTTTCTCAAAGCACTATGTCCAGCAGCAGATAAA ATACATGTTGAAAATTAATAGAGGCCAGTATCATCCCACCTATAGGTTTCACCCAGAGGCTAGAGTAGTAGCTTGGTTGT TGTGCTTGTGCCAAGTTGGACTTGAGAAGAAGGAGGATGGGAGTATGATGAAAAATAACAAAACACTCCTGAGTGAAGAT TCAACTAATGTAAGAAGATTTTGGAATTTGGCAGCTTCCTATGAAGCTAAACCGTCGTGGTATTTAATTACTTATTGCAG GTCCATGTCTCGAGTTGTTTGCTTTGGCATCTGAAATCTTTGTATTTATTCATTTTTGGAGAACTCTAAGAGGTAGCTAC TAGGGTGATGTGTTTAGTCTTTAACTTTGTAATTGTCTTTGATTTACTCGGAAGTTTCTCATGACTAAAGTGTGCCTAAT TGCAGGTACTTGCCTAAAGTTGGTTTGGTATGAACTTTGCAGGCCATCGCTTAGTGGTAATATCATCTATTAGGATATTA TCATGATTGTGTTGATTTTTTAAAAATTCATAAAATAGAGAACAACTTTCATTCAGGTGCTATTTGGTATTGGTGATTTA AATTGTAACTCAGTCATGATTTTGACTTTGGACATACAATTCCTATATAGAAGTTGTAGGAAATATATGTTAAGATTTTA TTTTAGTTAATTTTACCTTAGGAATGCTAACCATTGATCCTAAATTTAAGTTGGTTCTACTATTTATATTTTTGAAATAT TTTATATCTAAAGATACAAAACTACAGTTGAGAACTGTTTAGTACCTAACTATAAAAGTCAGTTTGTTATCATCTAAAAG CAATGGTATTTCATAAATAAATTACAATAGAAATAACAAGTTATATTATTTTTACATACATTTAACACTTTCGTTTATTT AAAAACATTATTAATCATAATTTTTTTTGTTTTTTTTTTTAAATTAATTTTTTTTGTTAATAATAGACATATATGATATG GTTTAGTAATGTATTTTCAATTTCAAATCTTACCAATTTTGGTTATTGTGTAATGGGCATCCGTCACATAAAGTTATTTT GTTGACTACGTAAATTTAGAGATTAAACATGATTGCATAACAATAGAATTATGAAAACGCGTTTTGTAAATTTTTTTCAT ATAAATTCATAATAGAATATCTTTTTACTTTTTATCAATAAGTAATTTTAACTTTTAAAATTATGGGGCCCTTCTTTTCC TATGTAACCAAAAAATTATGGAGGGTGGATTTTCTTTTTTGTCTACCAATGCACAAGGAGTATATTAAACTTTGCAGGGG TATTTTAGAATTTACTCCTTCCCTTTTATGGATGTGTACCACTTTGCATCTCCTTCCCCCTCTCTCCCGCCCTTTAAACC TACAATATTCCACCACTGGCTAGCCCTTGCCTCTCTTCTCAACTTTTTTTTTTAATCATTTATGCATTTCTAACTAAAAC GATAACGAAGTTATTATATAAATTATTAGAGAAAAAGTTTCCTGCACCGACATTGTAAAGTTTTTTTACAACGTCAACCA ATCAGATTTCATGAATAATAATAAGACAGTAAAAACCCACATACATGTGTTTTATATACATTAAAGCTATTAATTGTTTT AGTGTCACCTGTATACTGACAAAGATAATA
CDS sequence (LotjaGi1g1v0309300.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGAAGGAAAAGGTTACACTCTAGATGGCACTGTGGATCTTGCTGGACGGCCTGTGCTTTCTTCTCTAACTGGGAAGCA GAAAGCATGCACTTACATTCTTGTTTACCGTGTATTGGAAAGATTCGCCTACTATGGGGTAGGAGCAAACTTAGTGAATT TTATGACAACCCAACTCAACAAAGACGTGGTATCATCAATAACCAGTTTCAATAACTGGAGTGGCTTGGCTACGTTGACC CCAATTCTTGGTGCTTACATAGCAGATACTTACACTGGCCGCTTTTGGACAATCACTTTTTCCTTGCTCATATATGCCAT AGGTCTTGTGCTTCTGGTCCTGACAACTACACTAAAAAGCTTGAGACCAGCATGTGAAAATGGAATTTGCAGAGAAGCAT CTAACTTACAAGTAGCATTGTTCTACACATCACTATACACAATAGCAGTTGGAAGTGGTGCTGTAAAACCCAACATGTCA ACTTTTGGTGCTGACCAATTTGATGATTTCCGCCATGAAGAAAAAGAGCAAAAAGTTTCATTCTTCAATTGGTGGGCATT TAATGGAGCCTGTGGCTCTCTAATGGCAACTCTGTTTGTGGTGTACATTCAAGAGAAAAATGGATGGGGTTTGGCCTACA GTTTATCTGCTATTGGTTTTCTACTTTCCTCTATTATCTTTTTTTGGGGTTCCCCAGTTTACAGGCATAAATCCAGACAG GCTAGGAGTCCTTCAATGAACTTTATCAGAGTCCCACTTGTTGCTTTCAGAAATAGGAAACTCCAGCTTCCTTGTAACCC TTCAGAACTGCATGAGTTTCAGTTGAACTATTACATTAGTAGTGGCGCAAGAAAAATTCATCACACTTCTCATTTCAGTT TCTTAGACAGGGCAGCAATAAGAGAAAGCAACACAGATCTCTCAAATCCCCCCTGCACAGTGACTCAAGTAGAGGGAACC AAGCTTGTCTTAGGCATGTTCCAAATATGGTTACTGATGCTAATTCCCACCAACTGCTGGGCACTAGAATCAACCATTTT CGTCAGGCAAGGCACAACAATGGACAGAACACTTGGCCCCAAGTTCCGTTTACCAGCAGCTTCACTCTGGTGCTTTATAG TCCTCACCACCCTCATCTGCCTCCCCATCTACGACCATTACTTCATACCGTTCATGCGCCGAAGAACCGGCAACCACAGA GGAATCAAATTGCTCCAGAGGGTCGGCATCGGAATGGCCATCCAAGTCATAGCCATGGCAGTTACTTATGCTGTAGAAAC TCAAAGAATGAGTGTCATAAAGAAGCATCACATAGTTGGGCCTGAAGAAACAGTTCCTATGAGCATATTCTGGTTATTGC CTCAAAACATTATACTTGGTGTTTCAAACGCTTTCCTTGCCACTGGGATGCTAGAGTTTTTCTATGATCAATCTCCAGAG GAAATGAAAGGCCTTGGCACAACATTGTGCACGAGCTGTGTAGCTGCTGGGAGCTACATTAACACCTTTCTAGTGACTAT GATTGATAAACTGAACTGGATTGGGAACAACCTGAATGACTCTCATCTAGATTACTATTATGCCTTTCTTTTTGTGATAT CTGCTCTTAATTTTGGTGTCTTTCTGTGGGTGTCAAGTGGGTACATTTACAAGAAGGAAAATACAAGCACAACTGAGGTG CATGATATTGAGATGAGCGCAGAGAAGACTGTGAAGTACTGA
Protein sequence (LotjaGi1g1v0309300.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MEGKGYTLDGTVDLAGRPVLSSLTGKQKACTYILVYRVLERFAYYGVGANLVNFMTTQLNKDVVSSITSFNNWSGLATLT PILGAYIADTYTGRFWTITFSLLIYAIGLVLLVLTTTLKSLRPACENGICREASNLQVALFYTSLYTIAVGSGAVKPNMS TFGADQFDDFRHEEKEQKVSFFNWWAFNGACGSLMATLFVVYIQEKNGWGLAYSLSAIGFLLSSIIFFWGSPVYRHKSRQ ARSPSMNFIRVPLVAFRNRKLQLPCNPSELHEFQLNYYISSGARKIHHTSHFSFLDRAAIRESNTDLSNPPCTVTQVEGT KLVLGMFQIWLLMLIPTNCWALESTIFVRQGTTMDRTLGPKFRLPAASLWCFIVLTTLICLPIYDHYFIPFMRRRTGNHR GIKLLQRVGIGMAIQVIAMAVTYAVETQRMSVIKKHHIVGPEETVPMSIFWLLPQNIILGVSNAFLATGMLEFFYDQSPE EMKGLGTTLCTSCVAAGSYINTFLVTMIDKLNWIGNNLNDSHLDYYYAFLFVISALNFGVFLWVSSGYIYKKENTSTTEV HDIEMSAEKTVKY
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 |
|---|---|---|---|---|---|---|
| Phobius | 1 | 69 | 69 | - | – | |
| Gene3D | 2 | 558 | 557 | 2.7E-167 | – | |
| PANTHER | 5 | 559 | 555 | 3.9E-246 | – | |
| PANTHER | 5 | 559 | 555 | 3.9E-246 | ||
| CDD | 27 | 550 | 524 | 0.0 | – | |
| SUPERFAMILY | 35 | 544 | 510 | 3.4E-17 | ||
| TMHMM | 63 | 85 | 23 | - | – | |
| Phobius | 70 | 88 | 19 | - | – | |
| Phobius | 89 | 93 | 5 | - | – | |
| Phobius | 94 | 114 | 21 | - | – | |
| TMHMM | 95 | 114 | 20 | - | – | |
| Pfam | 95 | 511 | 417 | 2.0E-93 | ||
| Phobius | 115 | 180 | 66 | - | – | |
| TMHMM | 181 | 203 | 23 | - | – | |
| Phobius | 181 | 203 | 23 | - | – | |
| Phobius | 204 | 208 | 5 | - | – | |
| TMHMM | 208 | 230 | 23 | - | – | |
| Phobius | 209 | 230 | 22 | - | – | |
| Phobius | 231 | 328 | 98 | - | – | |
| TMHMM | 329 | 351 | 23 | - | – | |
| Phobius | 329 | 347 | 19 | - | – | |
| Phobius | 348 | 366 | 19 | - | – | |
| TMHMM | 366 | 388 | 23 | - | – | |
| Phobius | 367 | 384 | 18 | - | – | |
| Phobius | 385 | 403 | 19 | - | – | |
| Phobius | 404 | 425 | 22 | - | – | |
| TMHMM | 408 | 425 | 18 | - | – | |
| Phobius | 426 | 456 | 31 | - | – | |
| TMHMM | 449 | 471 | 23 | - | – | |
| Phobius | 457 | 475 | 19 | - | – | |
| Phobius | 476 | 486 | 11 | - | – | |
| TMHMM | 484 | 506 | 23 | - | – | |
| Phobius | 487 | 505 | 19 | - | – | |
| Phobius | 506 | 524 | 19 | - | – | |
| Phobius | 525 | 544 | 20 | - | – | |
| TMHMM | 526 | 548 | 23 | - | – | |
| Phobius | 545 | 573 | 29 | - | – |
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 |
|---|---|---|---|---|
| Cellular component | Membrane | A lipid bilayer along with all the proteins and protein complexes embedded in it an attached to it. | ||
| Molecular function | Transmembrane transporter activity | Enables the transfer of a substance, usually a specific substance or a group of related substances, from one side of a membrane to the other. | ||
| Biological process | Transmembrane transport | The process in which a solute is transported across a lipid bilayer, from one side of a membrane to the other. |
Expression pattern of LotjaGi1g1v0309300.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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