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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0021000 |
| Transcript ID | LotjaGi3g1v0021000.3 |
| Related isoforms 4 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Pleiotropic drug resistance ABC transporter; TAIR: AT1G59870.1 ABC-2 and Plant PDR ABC-type transporter family protein; Swiss-Prot: sp|Q9XIE2|AB36G_ARATH ABC transporter G family member 36; TrEMBL-Plants: tr|A0A0L9UP63|A0A0L9UP63_PHAAN Uncharacterized protein; Found in the gene: LotjaGi3g1v0021000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:2171320..2183908) extracted from Lotus japonicus Gifu genome v1.2.
ACGGAGAAGCAGATTCTGGAGACAACCCTTAAGATACTTAAGCCACGTTTGGTTCAGCTTCATTTTCATTATTATCAATT CTGACATCCAAAAGCTACTCACGAAAGCTTCTTCCGAAAATTGATTTCGTAGAAGAGTTTTCAAACATGAACTTAATCTG TTAGTCTCATATTTGAAATTCACTGCAGAGTAAAGAGATATAAAAATGGAAGGGGATTTGAGCAGAAGCATAAGCAGGAG TTTGAGCAGAACAAGTTGGAGAATGGAGGAAGTGTTTGCAAGTGGGAGGTATTCTAGAAGGACTTCAAGTGTTAATGAGG ATGAAGAGGCTCTGAGGTGGGCTGCCATAGAGAAATTGCCAACATATGACAGGCTAAGAACAAGCATTCTCCAAACTTAT GCAGAAGGTGATCCTGCTCAGCCAGACAGATTGCAACACAGGGAAGTTGATGTTACAAAGTTAGATGTTAATGAAAGGCA ACAGTTCATTGACAAAATCTTCAGGGTTGCAGAAGAAGACAATGAAAAATACTTACAGAAGTTCAGACACAGAATTGATA AGTGAGTTCAATCTTTCTTTCACCTATGGTCTTCTGCACCTCATCTAAGAGTTCCCAAACATAATTGTTAAGTTTCTTGG TTACCTTAAATCAAAAAGTAAATCTATTTCATGTTTTATCCTCAATGTTTATAAGTGAATGTTTGGAAACAATTTTATAT TGATTCTAAAGACAACATCAACTATGAGGAGAAACTTTTGTCAGTAGTTTCTCAGTGTTAGAATTAATTATACAGAAAAA TAAGATGATCCAAACATGTTATTCACTATAGAGTTTTATTCCGAAGGAGTCCTTACTATTGTGGCATGAGGGTCAGGGAG GCATGTATATATTTTTATAGACCTCATTGGACAAAGAGAAAGCATGACTAGCAAAAGAGACTACATCTTTCACCCAAAAT CTTAAGATAATGTGTGTATGAGTTCTTTTACTTATATATTTGTCAACACTTTCTTTTTCATCCACGTGAAATTCTTATAT ATTTTAATATATATTTATTTTTATTTCCTACTCAAACTTGAGAACTCTCAATGTTAGAAATAATACACCTTTCAAAAAAA ATGTTAGAAATAATACAAAATCATTTATGTGGTCATTACTCAATTGTTTAAGCTTTTGGGATAATTAGTTCATGACAAGG TGGTAGAACCTCTGTGACTAAGCGGTCTAGAATTTGATCTCTGTTTCCCTATTATACTAATAAAAAAATTGAATTTCAAC ACTTTATGTGAGTCTGTGCATTATCTACGCTTCAAGCTCATTTAAGCTCTTGTGTGAGAGAGTATGTTAGAAATAATAAT AATATAAATCATTCATGTGACCCAATAACTTAAACTTTTGGGATAATTGTTTATTTGACACTCAATAATCTCCTATCAAA TATGAGTCATCTTCATATTATCATGCTCAGCGGAAGTGGTTGGTTGTTGGTCAATCAGTATAGTAACATAAGCTTTGATA CCATTGTTTTGTTGAGTGGTTATTCCTCAGTATTTAGTAGCATGAGGAGATATAAATATATTTTTTATACACCATATTGG ACATAGAACTTCAGAATTCTCAAGTTGTAGATTTACTTTCTTCTACTTATATATGACTTTCACGATCATGATTAAGTGGA AATTTTCTCTTTCTTGTTGTTTGGTTTTGATATCTTTTACTTATTTGAAAAGAACAAAAATTGAAGGTTAGCCTATAATT CGGATTTGACTTTTCTTTTGGCCAGCTAACCAACTTGCAACAAATGTTTAAGTGAGAACAGGACATGGTTGATTTGTCAT AGAATTGCAGATCTTGTCATTTCTTCAAAAACAAACATCAACAAAGACAAATAAATTCCACCTAAAGAATATGCCTGTAA AAAGATGGGATCAGTATCATGTACCCACGTCTGCAAAGTATTTCAAATGCATTATTGACTAAATCAAGGATCAAATTTGG AACATAATTAATATAGTTGAAACTGAGTAGACAACAAATTAAAAGCTTAAGTAATCCATGTTGCTTTAATGTTTGACATG AAATTGCAGAGGATGATGATATAGAAGCTTGTACAATTGACTGTTCATGTTTAGTTTCACGATTTACACAAAATTTAAGA CACATTTATTCAAAAGTTAAAATTTGTAGTTTCTAATCAGAAGTGATTATAGAACATTTGGCTGTGAAACAAAACATGCA TTATTGATACATCAATGCTTCCTAGTGTTGCTTGCACATGCTTCTGGATACACTCGTCTCTAACATATAGTTCCCACACC CCTTATTATATGTAGAACAATTATTGTTCACTTATTTTTCAATTTTATTCCAATTGCAGGGTTGGTATCCGATTGCCAGC AATTGAAGTGAGGTTTCAAAATTTGAATGTTGAGGCTGATTCCTACATTGGTAGCAGAGCTCTGCCATCCCTACCCAATG TTGCATTGAACATTATGGAATCAGCTCTAGGCTTATGTGGGATTAGTACTGCAAAGAAGACAAAGCTCACAATTCTGAAA AATGTCTCTGGCATTATTAAACCTTCAAGGTAACAAACACATTTTAATAATTTCTATTTGTTTTTTACTTAAAAAATTAT TATTATTGGAGTTGGTAAGACATTTTGGTTTACATGTGCAGGATGACCCTACTGCTAGGTCCCCCTTCTTCAGGAAAAAC AACCCTTTTGTTGGCATTGGCTGGAAAATTAGAATCTGATTTGAGGGTAGATTCCACTCCAACGTTATTATTTTCTTAAT TGAACTAATATTATGAAGACAATGAGAAAAAACTACTCTTTTTATCTCATAGAGTTGAACAAACATAACAATTATTAATC TTAAGTGTTTGATTTGAATGAAACAGGTAACAGGAGAAATATCTTACAACGGTTGCAAGCTCAATGAGTTTGTACCTAGA AAGACTTCGGCATACATTAGCCAAAATGATGTACATATTGGAGAAATGACTGTAAAAGAAACCTTGGATTTCTCAGCTAG ATGCCAAGGAATTGGGACACGATATGGTAATTTAATCAACATTTTCGTATAAAATTCTGTCCAATTTTTTATTGTTAGGG AAATACCAAATCAATTGCAATATAAAGTCATTAATTAGGATTAATAAGATACCGATCAGTGATTGTTTCAAGTTGTATAT GTTTGATTCTGTAGACCTATTAGCTGAGCTTGCACGAAGGGAAAAAGAAGCTGGTATATTTCCAGAGGCAGAACTTGACC TGTTCATGAAGGTGTTAATTAACTCTGCACTCTCAAAGACTAAACTATCAATAATCATCTCAGATATTGCTAATTTATGG AATTATTCTCACAAAGTTTCAACATTTTTAGGCTACTTCAATGGAAGGAACAGAAAGCAGTCTCATGACTGACTATACTC TGAAAGTATGTGATCCTTCTCTTCTCAACATTTTTGTTTTAGTTTAGAGAGATATAGATGGAATAAGGACATCTGTGGTT TAAAGCTTTAAGTTTACTTTGACAATTCTTTAGATTAGATGTTGACCAAAAAATAAAATTTCTTCAGATAAGATTCCGTC ACTATGCCCCCAGTCACACTCAAAAATCTTCAAAACCGTGATCTCAGAACTAAGACTAGTATGGTTATAGGGCCTAAAGA GGGCCTAATTCTTGGTTTCCTTTCCTGGGATTATCTATACTCAAATTTAATACAAAAAAAATTATATACTGGTACATTTA TTTTCTCTTGGATGTAATTTAATGTCCACATATTTTCCCTTTCCTATTTGGCTATTTCTCTTTTAATAGAAGAAATGTAT CTCTTTTAATAGAAGAAATGTAAACCAAAAAACCACTCACGACACTCACTTTTGTGGCGGCTTTTAATCATCACAAAATA GAAAGTTAGTTTTCTTTTTCTACTTTGCACTTAGTGTTCAAAATATGTGACAAAAGTTGATAGCAAGAGTAAAGTTGCCA ATGTTCCATGGTCTACATATTGAGATCGTGTCTCTTTTTACTTTTCTATCACATCTCATATTATATTTTTACTTCTTTTC TTTTATTTTTATCTTTTTCTAGAGGAGTAGGCCATGAAGGTGAATGATTTTTTTTCCATCTACACTTTCCTTGTAATTGA GTGAGTGAGTTTGAATTTGATATTTTTTTAGGGATTATTTTTTTCAATTTTTTTTTCATTGTAACCAATTCTTAAACAAA ATCAAACATATACTACGTACATGTTGTTGACAATAAACTTGGTGCTAGCACGCCTCAACGGTTGATTATTTTATAAAAAA AATTAACCTATGATTGTTTTCTTAAATAGATATTGGGACTTGATATCTGCAAAGATACCATGGTGGGTGATGAAATGCAG AGAGGTGTGTCTGGTGGCCAAAAGAAGCGTGTAACCACAGGTTAGAACAAACTAACAAATCAAAATCATTTTCTCCTAAA ATTTTTGGTTCCACATAATTGAGAATAACATATTTGAATGATTTTTTTTCAAAATTAATTTTAAAATCTAAAAACTACTC ACCAAATATTCTTCTCAAAATTCTAACTTCATAATCAATTATAAAATAATTTTCGCACGTATTTTCGTCCTTTTCCATCT AGTATTTTGAAGTCTACACTTTATGTTTGAATAGCCTTTGTTTAATCAATCCATTCAAAGGTGACATGAATTTATGTACT CACTCAAAGATTAAAGAAAATGTGGTCCCATGTACTTAATCTATTTAGTTTGACTTCGTCATTTATGTAGTGATTTTTTA ATACCTTGCTTATTCCATACATAATTTTCATTTCTTGAACTTAGCTAATCTCTCATATAAAAACAATTATTAGAATCTTT ATTTATAAAATGTCACTGTCCTTCTAGACAAGCTAATTAATAAAACATTGAAGGGATCCATATTACAATGACATATATGA CTTTTGATTTGCAATAGGTGAGATGATTGTGGGGCCCACAAAAACACTATTCATGGATGAGATATCAACGGGTCTTGATA GCTCCACAACATATCAGATAGTGAAATGCTTCCAGCAGATTACACACCTCACTGAAGCAACCATCTTCATGTCCCTGCTT CAACCTGCTCCTGAGACCTTTGATCTCTTTGATGATATCATCTTAATATCAGAGGGTCAAATAGTTTATGAGGGCCCACG TCAGCACATTGTTGAGTTCTTTGAGTCCTGTGGATTCAAATGCCCTGACAGAAAAGGAACTGCAGATTTTTTGCAAGAGG TTTGAATGTGATCATAACATTACACCACCTTAAAAACAACATTTCCATAAAAAGTGCCATTATCACTAGAAAAGTTACTA CTGAAAAAAACTTAACCTATTCCATAAGTATCCATAATAAGTAAGCATTAGTTTATTCTGAGATTCAGTGCATGTTTTGA TATACGGTAGATTTTCACATTGAAGGAGAATTGATTCTGTATTTTAAGACAACTAGAGGTGAACAAGAATCATCCAGATC AAAATTAAAGGAAGGCTTCTATTCAGGTTTATTAAAGGAAGGCTGCTGCTCAAGTTTCTTAGCAGTATAAGAAATATGTG ATATAAAAAGAGAGGTGTTTTCATGAAAGATGAGATTCCTACTAACAAGAATTTGGCTAGAATGAATGTCCATAACAACA TAACTTTTGGTTCCAGATTTAAATCCAAGAAAGACACATTTCTTAGCTCTGATACCATATAAGATTTCTAGAATTGAAAC TGAATTGTAAAACTGTATTGACTGAATCTAAATGTACAGAGAAAGACTACACGTCTACACATATAGGCCTGCTTACTGTT AACAAACTAACAGATAACAGAAAGTAGGAATCCTAACTACTAATAAGTCTAATATAGCTGTTACAAACTAACAGTTAACT AACTCCCTAACTTAACTAAACAAACTATTAGAATTGAATTTACATTCTTGGATCAACTTATTTTTCAATTTTGAATAGAA TTGATCTTGGTAAAACTGATTACGTTAAAAGTGATTTGAAAGTCAAGTGATTTATCTTTGGATAGGTTTATTGGAGAAGT GATTTGTAAAGGGTAATATTGTGAAATCTAGTTAGGAAATCTCATAATTGAATATGTAACACACGTGAAACCAAACACAA ATTCACATAATCTTCTCTTCAGAATTGATTTTGGCTCTAGAATGAATTGTAGAAGAATTTCCAAACATGAACTTAATATT GTGCAGGTTACTTCAAGGAAAGACCAAGAGCAATACTGGGCAAACAAACACATACCATACCGTTATGTTACAGTGACTGA ATTTGCAAACAGGTTCAAGCAGTTCCATGTTGGCATGCAGCTTCAGAGTGAGTTGTCTGTGCCATTTGATAAGTCATCGG GACACAGAGCAGCTCTTGTTTTCAATAAATACACAGTGCCCACAATAGGACTTCTGAAAGCATGTTGTGACAAGGAATGG TTACTAATCAAGAGGAACTCTTTTGTCTATATATTTAAGACAGTTCAGATATGCATTATGGCCTTTATATCTGCAACAGT GTTCCTTAGGACTGAAATGAATAGAAGGAATGAGGATGATGCAGCACTTTACATTGGTGCAATCTTGTTTACCATACTCA CAAACATGTTCAATGGTTTCTCTGAGCTACCACTTACAATTACAAGGCTTCCTGTGTTCTACAAGCATAGAGACCATCTT TTCCATCCTCCTTGGACTTACACCCTCCCCAATTTTCTTCTAAGGATTCCCATTTCCATGTTTGAGTCTTTGGTTTGGAC GGTTATTACATATTACACAATAGGATTTGCACCAGAAGCTAGCAGGTAACCTCAATTATCTTTCTGCTTTTTTCTTTTTT CATATTATGGTTGTGTGGCATCTGAGCTCATTTATAAATGCTTTTCAGAACTGCCAACATTACTAATTTTACTTATAGTC CTGCTTAGGTTAAATTATTTAACCAAAGCTTAAATTTGTTAGAAAGTATAATATAATATTCACCCAATAACGTAAACTTT TGGGATAGTTGGTTAATAACATGGTATTAGAGCTCAATAACCAAGTGAGTGAAGTGACATATATTCTAATGAAAAAAAAG AGTTGAATGTCAGTGTGGATCTGTGACATATATTCTAACAGTCTCCTACGTGAGATGCGTGTTAGAAAGTATAATGTAAA ATCATTCATGTGTCTTCACTCAAAAAAGTTTAAGCTTTTGGAAAAGTTGATTCATGACAAAAATTTATGAGCCAAAAATT AGGTACCATGATTGTAATAACTTGTGGTGAACATATGGTGTTAACAAAGCATTTTGTGGCCTAATCCAACTTTTAGGTTC TTCAAGCACATGTTGGTGGTGTTTCTTATTCAACAAATGGCAGCTGGGATGTTTAGGGTCATATCTGGAGTTTCTAGGAC AATGATTATTGCTAATACTGGTGGAGCTCTCATGCTTCTTCTTGTCTTTTTACTTGGAGGTTTCCTCATTCCTAAACGTG AGTACACAATCAAACTTTAATCAAGGCAATTAAAAATCATCACTTAACTGCATGTTCGGTTTCATGATATGCACAGAATC TAATATGCATTCACTTAGAAACTAAGACTTGTAGTTTCTAACTAGAAATGATTCTAGAGCATTTCATGGTGGAACCAAAC ATGCTATAAGTAATGTGTGTAATTTGTTATAAACGTGCTCATCTTAGATGCTTAATGTTAACAGGTGACATTCCAAATTG GTGGGTGTGGGGCTATTGGGTTTCGCCACTGTCATATGCTTTCAATGCCTTTTCTGTGAATGAAATGTTTGCTCCAAGGT GGGACAAACGGGTAAGTAGAATAAGCTTTCATCATCAAGTGAAAATGTGATTAAATGGCTTAACAAGAAACTTGTTTCTG ACTTGAACTTTCCATGTTTTGCAGTCTTCAAGTGGTTTAACCTCTTTGGGTGTAGCTGTATTAAATAACTTTGATGTTTT TACTGAAAAAAATTGGTACTGGATTGGTACAGCAGCTCTTATAGGTTTCATTATTTTCTTCAATGTTCTCTTCACCCTTG CACTCATGTACCTTAATCGTAAGCACTCACATTCTGTTCAAACTATTTACTGAATTACTTCTTTTTTAAGGGAAAATGAT TCGTAGACATCCGCATAGTGCAGACACTCAGAGTGAGAAAAGAAAGGAAAAGTAATTGATGTGATATATGATAAATGTGA TAAGAAGATAGTGATAGAAAGAAAAATGAGGTGTCTGTAGTGTGGTGTCTGCACTATTTGGGTGTCTAAGTATCATTAAT GTTTTTTCAATGACTGTTTAATGTTAGCACAACTTTGATTTTGCTTTTTATTGTTTGATACACTAGCTATTGGGAATAAA CAAGCAATTATATCGGAAGAAGAAGCAAGTGAAATGGAAGTAGGAGGAGACTCCAAGGAAGAACCTAGACTTGTAAGGAA AGAGTCTAACAAAGAAGAACCACCTAGACAACTATTTTCTGCTGATGGAAACACCACAAGTAATAGATATGAAACTAAAT AACTTCAGCTTTGATATTTTTTAGAGCTAAAATTGTACTTCTATTGATGTAACATGAAATGGTGCTAATTAAGCTTTGTC TTATATACACGAATCAATCATATCAGGAGAAGTAGCAATGCAGAGAATGAGCAGTGGAGGTAACTCTAGTGGACGAGGAA ATGCTGATCCAGTTCTTGAGTCAGCAGTAGGAGTTGCTCCAAAGAGAGGAATGGTTCTTCCATTTCAACCACTTGCAATG TCTTTTGATAGTGTTAATTACTATGTAGACATGCCTGCTGTAAGAACCCTTTTGCTTCTTCAATGTTATCTTACACCATT AGTAATCAATGGCACCTATATGAAGGATATTTTAACTATAACAGGAAATGAAAGAGCAAGGAGTGACAGATAACAGGTTA CAATTGCTTAGGGAAGTAACAGGTGCTTTTAGGCCTGGAGTTCTAACTGCTTTAATGGGAGTTAGTGGAGCTGGAAAGAC AACTTTGATGGATGTTTTAGCAGGAAGAAAGACAGGTGGCTACATTGAAGGAGATGTTAGAATATCTGGGTTCCCCAAGA ATCAAGAAACATTTGCAAGAATTTCTGGATACTGTGAACAAACTGATATCCATTCACCCCAAGTTACAGTCAGAGAATCT TTGATTTACTCTGCCTTCCTCCGGTTACCAAGAGAAGTCACCAATGATGAAAAGATGGTAAGTACTAACTAAGAATGATA TCTTTTTTATTGTGCTCCTAACCTAAGAAAGTGATAACATTCTATGGTAGTGAATGGCTTTAACGGGACAACATGAGGAA AAATTTGGAGTAGCAGAATTGAAAATGTTAAGATGGATGAGTGGCCACACTAGAAAGGATAAAATGCGGAATATGAAGAT AAGAGAAGATATTGCGGTGGCGTCTATCATGGAGAAACTAACGGAAAATCGGTTTAGGTGCTATGAGCATGTGCAAAGAA GATCTTTGGAGACACCGGTGAGAAGGGTTGATAACATGATATTTAGTCATGTGAAGAGAGTTAGAGAGAGGCCAAAAAGA ACTTCGAAAGATATTGTCAAAAATTATCTAATTCTCAATGATATCCCTCATAATCTGGTTTTTGATCGAGCTCAATGGCG TAGTGTTTTGCATTTAGCTGACCTCACTTGTGGGTTAAGGCTATTGTTATTGTTGTTGTTTTTGTATTGTGCTCCTAAGA AAGTGATAGGTACCCATTTAGTTGATAGAGAGAATACTACAAATAAGAGTAAAAGGGGATTTAGGGAGAGGTGCTGAGAC TCTCGAATTATTCAGCAACATTGTAGTTTTCTATCTTGAATAATATTAGTTTTCTTTCTTCTTCTTGGCTGGTTCCTATC AGAAAGACACATTAAAGAGTGAATATTCACACTTCATTTGTTTTGCCTGTGCAGAAATTTGTGGATGAAGTAATGGATTT GGTGGAGCTGAATAATCTCAAGGATGCTATAGTTGGGCTTCCGGGGGTTACAGGATTGTCAACTGAACAAAGAAAGAGGC TGACAATCGCTGTGGAGCTTGTCGCGAATCCTTCAATCATTTTCATGGATGAACCAACTTCAGGCCTCGATGCAAGAGCA GCAGCCATTGTTATGAGGACAGTGAGAAACACTGTTGACACTGGAAGGACAGTTGTCTGCACAATTCACCAACCTAGTAT TGATATCTTTGAAGCCTTTGATGAGGTACCAACAAACTAGTAATTTCTGTAATTTTATGTGCCTGTGCTTCTCTTTATCT CCATGCATAGATCTTTGGTGGTTAAATATTTCTTGTGCACCAGCTGTTGCTGTTGAAGAGAGGAGGGCAAGTGATCTACT CAGGTCCATTAGGAAGGAATTCACACAAGATTATAGAATACTATGAGGTACTACAGAAAATTGAGTATATTATCATGATC AAGTCCTCTCTAACAAGAGGATCAGGACTTGTTTAATTCCCTTATCAGTTTTCTGAATTTAAAAACTATTTTTACAAACA ATTTTCAAAACCTGTTTTTCGTAAGATGAAAAAAATAAGTTTCAAAGTTGAAAAACCTGTGACATGAAAACTAAAACTAA AAACAAAAACAGAAAGCATCTCTGAGATGTTTTGGAAACTGTTTTTAAGAATAGTTTTTGATAACCATTTATACCAAACA AGTTTTTTTCTTTTCTATTTTTAAAAACTACAAACTGTTTTACAAAACAGTAATCAAACAAGCCCTCAAATTTCTCTTTC CATCTTCATAGGCAATTCCAGGGGTTCCAAAAATCAAAGATAAGTACAACCCAGCTACATGGATGTTAGAGGTAACATCT ATAGCCGCAGAAGTTCGGCTTGGAATGGACTTTGCTGAATACTACAAATCATCGTCTTTGCACCAGTAAGTTTACAAACA ACTAGGATACTGATGTTGTTAAGTGAGTTTGTATTTATTTGTTGGTTTGAGCTGAAATACATGCTTATGAGCAGGAGAAA CAAAGCACTTGTAAGTGAGTTAAGTACACCTCCTCCTGAAGCAAAAGATCTATATTTCCCCACTCAATTCTCTCAATCCA CTTGGGGACAGCTTAAATCCTGTATATGGAAGCAGTGGCTGACTTACTGGAGGAGTCCAGATTATAACCTTGTCAGATAT TTTTTCACCTTGGTTGCAGCTCTCATGGTGGGGACAGTATTTTGGAGAGTAGGCAAAAAAAGGTTTGGAGCCGCTTCTTA TGATGAAATAAAGCCTAATCCTATATTTCTAACCATTTAGTTTTAGATTTATGATGTGTTCGGGTAAACAACTTAATCAT AAGCTCTTATTCATAAGCTAATTTGAGAAGCTTATTGAAATAAGCTCAAAATAGCTTATAGGTAGGTATAAACGCTTGTT CATAAGCTTCTTACATGTGTGTTTGGCTTCACGTTTTGGAACCTTAAATCAACTCACTTTTACCATAATCAGTTTTCCCA AAATCAATTTAATAACGGTGATCCAAACACGCACTAAGCAACTTTTGAAAATAAGCTTAAAACTCTTTATAGGAAAGGTT ATAAGTTATTCCCATAAACTTGCTCAAATACATGCATAGTCACTTATAAGATAAGCTTAAATAAACTCTTTCACACCTTA AACTAATGTTTTTCTTATATTTCCAGGGATAGCTCAGCTAACCTTAACACAGTCATAGGAGCACTCTATGGTTCTGTCTT TTTTGTTGGTGTTGACAACTGCCAAACTGTTCAACCAGTAGTAGCCATTGAAAGAACAGTGTTCTATAGAGAAAGGGCTG CTGGAATGTATTCTGCTTTACCTTATGCCATTGCACAGGTAGGTTAGAGGATGAGTTTGCTACAGCATTAATGTAGTATC TGTTGCTTATTATGCTAACACTATTGTTTCATTTTCAGGTTCTTTGTGAAATACCATATGTATTTTTTCAAACTATATAT TTCGCGCTCATAGTGTATGCTATGGTGAGCTTTGAATGGAAAGTGGAGAAGTTCTTTTGGTTCTTCTTCATCAGCTTCTT CTCCTTTTTGTACTTCACATATTATGGGATGATGACTGTTTCCATTACACCAAATCACATGGTGGCATCAATCTTTGCAG CCGCATTCTTTGGACTCTTCAATCTTTTCTCAGGATTCTTTATCCCAAAACCAGTGAGTAACTTTCTAGTACATTAAATC CAATTTAAATGAGCATAATAATTACTCTTATCATCTTTACTAACATATATTTGTGCTACCAACTTTGGCATTTCAGAAAA TTCCTAAATGGTGGGTTTGGTATTATTGGATTTGCCCTGTAGCATGGACAGTGTATGGGTTAATTGTCTCACAATATAGA GATATAACAACAGGCATTAGTGTGCCTGGGAGGTCTGATCAACCTGCACTCAAAGACTACATTGAAGACCATTATGGATT CAAATCAGACTTCATGGGGCCAGTTGCTTGTGTTTTGGTCGCTTTCCCTGTCTTCTTTGCCTTTGTATTTGCTTTCGCCA TCAAAGTACTCAACTTCCAAACAAGATAG
CDS sequence (LotjaGi3g1v0021000.3) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGAAGGGGATTTGAGCAGAAGCATAAGCAGGAGTTTGAGCAGAACAAGTTGGAGAATGGAGGAAGTGTTTGCAAGTGG GAGGTATTCTAGAAGGACTTCAAGTGTTAATGAGGATGAAGAGGCTCTGAGGTGGGCTGCCATAGAGAAATTGCCAACAT ATGACAGGCTAAGAACAAGCATTCTCCAAACTTATGCAGAAGGTGATCCTGCTCAGCCAGACAGATTGCAACACAGGGAA GTTGATGTTACAAAGTTAGATGTTAATGAAAGGCAACAGTTCATTGACAAAATCTTCAGGGTTGCAGAAGAAGACAATGA AAAATACTTACAGAAGTTCAGACACAGAATTGATAAGGTTGGTATCCGATTGCCAGCAATTGAAGTGAGGTTTCAAAATT TGAATGTTGAGGCTGATTCCTACATTGGTAGCAGAGCTCTGCCATCCCTACCCAATGTTGCATTGAACATTATGGAATCA GCTCTAGGCTTATGTGGGATTAGTACTGCAAAGAAGACAAAGCTCACAATTCTGAAAAATGTCTCTGGCATTATTAAACC TTCAAGGATGACCCTACTGCTAGGTCCCCCTTCTTCAGGAAAAACAACCCTTTTGTTGGCATTGGCTGGAAAATTAGAAT CTGATTTGAGGGTAACAGGAGAAATATCTTACAACGGTTGCAAGCTCAATGAGTTTGTACCTAGAAAGACTTCGGCATAC ATTAGCCAAAATGATGTACATATTGGAGAAATGACTGTAAAAGAAACCTTGGATTTCTCAGCTAGATGCCAAGGAATTGG GACACGATATGACCTATTAGCTGAGCTTGCACGAAGGGAAAAAGAAGCTGGTATATTTCCAGAGGCAGAACTTGACCTGT TCATGAAGGCTACTTCAATGGAAGGAACAGAAAGCAGTCTCATGACTGACTATACTCTGAAAATATTGGGACTTGATATC TGCAAAGATACCATGGTGGGTGATGAAATGCAGAGAGGTGTGTCTGGTGGCCAAAAGAAGCGTGTAACCACAGGTCTTGA TAGCTCCACAACATATCAGATAGTGAAATGCTTCCAGCAGATTACACACCTCACTGAAGCAACCATCTTCATGTCCCTGC TTCAACCTGCTCCTGAGACCTTTGATCTCTTTGATGATATCATCTTAATATCAGAGGGTCAAATAGTTTATGAGGGCCCA CGTCAGCACATTGTTGAGTTCTTTGAGTCCTGTGGATTCAAATGCCCTGACAGAAAAGGAACTGCAGATTTTTTGCAAGA GGTTACTTCAAGGAAAGACCAAGAGCAATACTGGGCAAACAAACACATACCATACCGTTATGTTACAGTGACTGAATTTG CAAACAGGTTCAAGCAGTTCCATGTTGGCATGCAGCTTCAGAGTGAGTTGTCTGTGCCATTTGATAAGTCATCGGGACAC AGAGCAGCTCTTGTTTTCAATAAATACACAGTGCCCACAATAGGACTTCTGAAAGCATGTTGTGACAAGGAATGGTTACT AATCAAGAGGAACTCTTTTGTCTATATATTTAAGACAGTTCAGATATGCATTATGGCCTTTATATCTGCAACAGTGTTCC TTAGGACTGAAATGAATAGAAGGAATGAGGATGATGCAGCACTTTACATTGGTGCAATCTTGTTTACCATACTCACAAAC ATGTTCAATGGTTTCTCTGAGCTACCACTTACAATTACAAGGCTTCCTGTGTTCTACAAGCATAGAGACCATCTTTTCCA TCCTCCTTGGACTTACACCCTCCCCAATTTTCTTCTAAGGATTCCCATTTCCATGTTTGAGTCTTTGGTTTGGACGGTTA TTACATATTACACAATAGGATTTGCACCAGAAGCTAGCAGGTTCTTCAAGCACATGTTGGTGGTGTTTCTTATTCAACAA ATGGCAGCTGGGATGTTTAGGGTCATATCTGGAGTTTCTAGGACAATGATTATTGCTAATACTGGTGGAGCTCTCATGCT TCTTCTTGTCTTTTTACTTGGAGGTTTCCTCATTCCTAAACGTGACATTCCAAATTGGTGGGTGTGGGGCTATTGGGTTT CGCCACTGTCATATGCTTTCAATGCCTTTTCTGTGAATGAAATGTTTGCTCCAAGGTGGGACAAACGGTCTTCAAGTGGT TTAACCTCTTTGGGTGTAGCTGTATTAAATAACTTTGATGTTTTTACTGAAAAAAATTGGTACTGGATTGGTACAGCAGC TCTTATAGGTTTCATTATTTTCTTCAATGTTCTCTTCACCCTTGCACTCATGTACCTTAATCCTATTGGGAATAAACAAG CAATTATATCGGAAGAAGAAGCAAGTGAAATGGAAGTAGGAGGAGACTCCAAGGAAGAACCTAGACTTGTAAGGAAAGAG TCTAACAAAGAAGAACCACCTAGACAACTATTTTCTGCTGATGGAAACACCACAAGAGAAGTAGCAATGCAGAGAATGAG CAGTGGAGGTAACTCTAGTGGACGAGGAAATGCTGATCCAGTTCTTGAGTCAGCAGTAGGAGTTGCTCCAAAGAGAGGAA TGGTTCTTCCATTTCAACCACTTGCAATGTCTTTTGATAGTGTTAATTACTATGTAGACATGCCTGCTGAAATGAAAGAG CAAGGAGTGACAGATAACAGGTTACAATTGCTTAGGGAAGTAACAGGTGCTTTTAGGCCTGGAGTTCTAACTGCTTTAAT GGGAGTTAGTGGAGCTGGAAAGACAACTTTGATGGATGTTTTAGCAGGAAGAAAGACAGGTGGCTACATTGAAGGAGATG TTAGAATATCTGGGTTCCCCAAGAATCAAGAAACATTTGCAAGAATTTCTGGATACTGTGAACAAACTGATATCCATTCA CCCCAAGTTACAGTCAGAGAATCTTTGATTTACTCTGCCTTCCTCCGGTTACCAAGAGAAGTCACCAATGATGAAAAGAT GAAATTTGTGGATGAAGTAATGGATTTGGTGGAGCTGAATAATCTCAAGGATGCTATAGTTGGGCTTCCGGGGGTTACAG GATTGTCAACTGAACAAAGAAAGAGGCTGACAATCGCTGTGGAGCTTGTCGCGAATCCTTCAATCATTTTCATGGATGAA CCAACTTCAGGCCTCGATGCAAGAGCAGCAGCCATTGTTATGAGGACAGTGAGAAACACTGTTGACACTGGAAGGACAGT TGTCTGCACAATTCACCAACCTAGTATTGATATCTTTGAAGCCTTTGATGAGCTGTTGCTGTTGAAGAGAGGAGGGCAAG TGATCTACTCAGGTCCATTAGGAAGGAATTCACACAAGATTATAGAATACTATGAGGCAATTCCAGGGGTTCCAAAAATC AAAGATAAGTACAACCCAGCTACATGGATGTTAGAGGTAACATCTATAGCCGCAGAAGTTCGGCTTGGAATGGACTTTGC TGAATACTACAAATCATCGTCTTTGCACCAGAGAAACAAAGCACTTGTAAGTGAGTTAAGTACACCTCCTCCTGAAGCAA AAGATCTATATTTCCCCACTCAATTCTCTCAATCCACTTGGGGACAGCTTAAATCCTGTATATGGAAGCAGTGGCTGACT TACTGGAGGAGTCCAGATTATAACCTTGTCAGATATTTTTTCACCTTGGTTGCAGCTCTCATGGTGGGGACAGTATTTTG GAGAGTAGGCAAAAAAAGGGATAGCTCAGCTAACCTTAACACAGTCATAGGAGCACTCTATGGTTCTGTCTTTTTTGTTG GTGTTGACAACTGCCAAACTGTTCAACCAGTAGTAGCCATTGAAAGAACAGTGTTCTATAGAGAAAGGGCTGCTGGAATG TATTCTGCTTTACCTTATGCCATTGCACAGGTTCTTTGTGAAATACCATATGTATTTTTTCAAACTATATATTTCGCGCT CATAGTGTATGCTATGGTGAGCTTTGAATGGAAAGTGGAGAAGTTCTTTTGGTTCTTCTTCATCAGCTTCTTCTCCTTTT TGTACTTCACATATTATGGGATGATGACTGTTTCCATTACACCAAATCACATGGTGGCATCAATCTTTGCAGCCGCATTC TTTGGACTCTTCAATCTTTTCTCAGGATTCTTTATCCCAAAACCAAAAATTCCTAAATGGTGGGTTTGGTATTATTGGAT TTGCCCTGTAGCATGGACAGTGTATGGGTTAATTGTCTCACAATATAGAGATATAACAACAGGCATTAGTGTGCCTGGGA GGTCTGATCAACCTGCACTCAAAGACTACATTGAAGACCATTATGGATTCAAATCAGACTTCATGGGGCCAGTTGCTTGT GTTTTGGTCGCTTTCCCTGTCTTCTTTGCCTTTGTATTTGCTTTCGCCATCAAAGTACTCAACTTCCAAACAAGATAG
Protein sequence (LotjaGi3g1v0021000.3) extracted from Lotus japonicus Gifu v1.2 Proteins.
MEGDLSRSISRSLSRTSWRMEEVFASGRYSRRTSSVNEDEEALRWAAIEKLPTYDRLRTSILQTYAEGDPAQPDRLQHRE VDVTKLDVNERQQFIDKIFRVAEEDNEKYLQKFRHRIDKVGIRLPAIEVRFQNLNVEADSYIGSRALPSLPNVALNIMES ALGLCGISTAKKTKLTILKNVSGIIKPSRMTLLLGPPSSGKTTLLLALAGKLESDLRVTGEISYNGCKLNEFVPRKTSAY ISQNDVHIGEMTVKETLDFSARCQGIGTRYDLLAELARREKEAGIFPEAELDLFMKATSMEGTESSLMTDYTLKILGLDI CKDTMVGDEMQRGVSGGQKKRVTTGLDSSTTYQIVKCFQQITHLTEATIFMSLLQPAPETFDLFDDIILISEGQIVYEGP RQHIVEFFESCGFKCPDRKGTADFLQEVTSRKDQEQYWANKHIPYRYVTVTEFANRFKQFHVGMQLQSELSVPFDKSSGH RAALVFNKYTVPTIGLLKACCDKEWLLIKRNSFVYIFKTVQICIMAFISATVFLRTEMNRRNEDDAALYIGAILFTILTN MFNGFSELPLTITRLPVFYKHRDHLFHPPWTYTLPNFLLRIPISMFESLVWTVITYYTIGFAPEASRFFKHMLVVFLIQQ MAAGMFRVISGVSRTMIIANTGGALMLLLVFLLGGFLIPKRDIPNWWVWGYWVSPLSYAFNAFSVNEMFAPRWDKRSSSG LTSLGVAVLNNFDVFTEKNWYWIGTAALIGFIIFFNVLFTLALMYLNPIGNKQAIISEEEASEMEVGGDSKEEPRLVRKE SNKEEPPRQLFSADGNTTREVAMQRMSSGGNSSGRGNADPVLESAVGVAPKRGMVLPFQPLAMSFDSVNYYVDMPAEMKE QGVTDNRLQLLREVTGAFRPGVLTALMGVSGAGKTTLMDVLAGRKTGGYIEGDVRISGFPKNQETFARISGYCEQTDIHS PQVTVRESLIYSAFLRLPREVTNDEKMKFVDEVMDLVELNNLKDAIVGLPGVTGLSTEQRKRLTIAVELVANPSIIFMDE PTSGLDARAAAIVMRTVRNTVDTGRTVVCTIHQPSIDIFEAFDELLLLKRGGQVIYSGPLGRNSHKIIEYYEAIPGVPKI KDKYNPATWMLEVTSIAAEVRLGMDFAEYYKSSSLHQRNKALVSELSTPPPEAKDLYFPTQFSQSTWGQLKSCIWKQWLT YWRSPDYNLVRYFFTLVAALMVGTVFWRVGKKRDSSANLNTVIGALYGSVFFVGVDNCQTVQPVVAIERTVFYRERAAGM YSALPYAIAQVLCEIPYVFFQTIYFALIVYAMVSFEWKVEKFFWFFFISFFSFLYFTYYGMMTVSITPNHMVASIFAAAF FGLFNLFSGFFIPKPKIPKWWVWYYWICPVAWTVYGLIVSQYRDITTGISVPGRSDQPALKDYIEDHYGFKSDFMGPVAC VLVAFPVFFAFVFAFAIKVLNFQTR
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 | 512 | 512 | - | – | |
| SUPERFAMILY | 71 | 216 | 146 | 2.3E-5 | ||
| Pfam | 90 | 153 | 64 | 3.9E-11 | ||
| ProSiteProfiles | 162 | 417 | 256 | 9.07 | ||
| Gene3D | 165 | 452 | 288 | 9.2E-31 | – | |
| SUPERFAMILY | 174 | 416 | 243 | 2.74E-22 | ||
| Pfam | 178 | 342 | 165 | 3.6E-11 | ||
| SMART | 187 | 401 | 215 | 0.21 | ||
| PANTHER | 215 | 1465 | 1251 | 0.0 | – | |
| PANTHER | 215 | 1465 | 1251 | 0.0 | – | |
| Pfam | 497 | 707 | 211 | 4.5E-48 | ||
| TMHMM | 512 | 534 | 23 | - | – | |
| Phobius | 513 | 534 | 22 | - | – | |
| Phobius | 535 | 545 | 11 | - | – | |
| Phobius | 546 | 565 | 20 | - | – | |
| TMHMM | 546 | 565 | 20 | - | – | |
| Phobius | 566 | 596 | 31 | - | – | |
| Phobius | 597 | 619 | 23 | - | – | |
| TMHMM | 601 | 623 | 23 | - | – | |
| Phobius | 620 | 630 | 11 | - | – | |
| Phobius | 631 | 650 | 20 | - | – | |
| Phobius | 651 | 655 | 5 | - | – | |
| Phobius | 656 | 679 | 24 | - | – | |
| TMHMM | 656 | 678 | 23 | - | – | |
| Phobius | 680 | 685 | 6 | - | – | |
| Phobius | 686 | 705 | 20 | - | – | |
| TMHMM | 688 | 705 | 18 | - | – | |
| Phobius | 706 | 739 | 34 | - | – | |
| Pfam | 713 | 776 | 64 | 1.3E-26 | ||
| TMHMM | 740 | 762 | 23 | - | – | |
| Phobius | 740 | 766 | 27 | - | – | |
| Phobius | 767 | 1208 | 442 | - | – | |
| MobiDBLite | 780 | 812 | 33 | - | – | |
| MobiDBLite | 787 | 807 | 21 | - | – | |
| CDD | 860 | 1098 | 239 | 1.48598E-100 | ||
| ProSiteProfiles | 863 | 1115 | 253 | 13.872 | ||
| Gene3D | 878 | 1111 | 234 | 6.8E-47 | – | |
| SUPERFAMILY | 885 | 1100 | 216 | 3.92E-36 | ||
| Pfam | 891 | 1043 | 153 | 1.9E-19 | ||
| SMART | 900 | 1092 | 193 | 5.2E-12 | ||
| Pfam | 1189 | 1402 | 214 | 6.4E-58 | ||
| TMHMM | 1207 | 1229 | 23 | - | – | |
| Phobius | 1209 | 1229 | 21 | - | – | |
| Phobius | 1230 | 1294 | 65 | - | – | |
| TMHMM | 1236 | 1255 | 20 | - | – | |
| TMHMM | 1287 | 1309 | 23 | - | – | |
| Phobius | 1295 | 1315 | 21 | - | – | |
| Phobius | 1316 | 1321 | 6 | - | – | |
| TMHMM | 1322 | 1341 | 20 | - | – | |
| Phobius | 1322 | 1339 | 18 | - | – | |
| Phobius | 1340 | 1350 | 11 | - | – | |
| TMHMM | 1351 | 1373 | 23 | - | – | |
| Phobius | 1351 | 1371 | 21 | - | – | |
| Phobius | 1372 | 1382 | 11 | - | – | |
| TMHMM | 1380 | 1402 | 23 | - | – | |
| Phobius | 1383 | 1402 | 20 | - | – | |
| Phobius | 1403 | 1433 | 31 | - | – | |
| Phobius | 1434 | 1457 | 24 | - | – | |
| TMHMM | 1435 | 1457 | 23 | - | – | |
| Phobius | 1458 | 1465 | 8 | - | – |
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 | ATP binding | Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator. | ||
| Cellular component | Membrane | A lipid bilayer along with all the proteins and protein complexes embedded in it an attached to it. | ||
| Molecular function | ATPase activity | Catalysis of the reaction: ATP + H2O = ADP + phosphate + 2 H+. May or may not be coupled to another reaction. |
Expression pattern of LotjaGi3g1v0021000.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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