Your browser is unable to support new features implemented in HTML5 and CSS3 to render this site as intended. Your experience may suffer from functionality degradation but the site should remain usable. We strongly recommend the latest version of Google Chrome, OS X Safari or Mozilla Firefox. As Safari is bundled with OS X, if you are unable to upgrade to a newer version of OS X, we recommend using an open source browser. Dismiss message
| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0150300 |
| Transcript ID | LotjaGi3g1v0150300.1 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | ABC transporter ATP-binding protein; TAIR: AT3G28345.1 ABC transporter family protein; Swiss-Prot: sp|Q6YUU5|MDR_ORYSJ Putative multidrug resistance protein; TrEMBL-Plants: tr|K7LUK7|K7LUK7_SOYBN Uncharacterized protein; Found in the gene: LotjaGi3g1v0150300 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:20205779..20219792) extracted from Lotus japonicus Gifu genome v1.2.
CATTCCTCTTAAATCAGGTCTCTCCGAGTCTTGTGTATTGAAAAAACACACCGTAGGAAGTAGCTCTGTCAACCAACTCC TATGGAGGATAAGTGTGTTAGGAAAAAAAATATTTGGCAAGAATGCTATGAGTGAAGACACATAAACAAGAAAGTGAAAG TTTGCACTCCATATGTGACACTGACTATGCAGAGGCAGGAAGATACTTCCAATAAGCAGGCCTTAGAAATATCGAATATT GTCTCTCTAAGTTGGCACTTGGCAACAATACTTGACTAGGTCCATTTGGCTGCACATAATTTTCACAATACTGACAGGGG AATGATTCCTTGCAGAATGCAGATATCTAATATTGCTATAAAACAAATTAACCGTGACCTCATTGACCTTAACCAGGTGG TACTATAATAAGAAAAAAACTCAGCACATAAGTCACATTGTACCGGCCTCCATGTTGTATTCAGAAACGGCTTTGTTGTA AAAAGACAAGAGTAAGAGCCACGTTTTGGCTGCTGATTTTCTTCTAATCTAAGAGAATCTGAATGAGTATATATGAGTCT TTCCAAGTGTATTTTTTACTGAGGTTGTTGGCAAGGCTTATTGAATCCTGAAAAATAAATTAAAGGGTGTCTCTCCAAAG GGAGGGTATAGAGAAAATGGGGAGCAATAGCATGTTTCGCTATGCTGATGGGGTGGATAAGTTATTGATGTTTTTTGGGA CCCTGGGAAGCCTTGGAGATGGACTGCAGAACCCTCTCATGATGTATGTTCTCAGTGATGTGATCAACGCCTATGGAGAC AAGAATAGCATTTTGACAAAGCATATTGTAAACGAGGTGAGAACTTGTTCAACAAAATCACTACAAGAGCAATTTATGTG GCATAATACCTACACAATTTTGCTGGAAATTGCTTTTGTTACATTTTAAGAAGTTGTTTAATTTAGATGCTAAAGCTGTC TGGTGAAATTCAGAACATATTTTTTGTTTACTTCTATAGTATTATGCAGCTATGAACTTCATTTAAGTCCAATTGTGGTG CTAAAAGGATGATGTACACATTAAAGTAGATTAGCTATTACTTTTGTCTGGAGCAATGCTATATGTTATGGTAAGAAAAC TAAGAAATACAAGAATTGATGACGTGACAAAACTAACAGTATTATTTGACGGAAATCATGGAGGGGTTAGTGGGATTAAG CTTCCACTGCTTGTGTTTCATATCGTAACTTAAACTAGCATTTTTCTTTTGTTATAGTTTATGCCTTTATGGTGTTACAC ATTAATATGTTTTTTAAGTAAAGCATCTAAACACACCAAGTAGAAACTATGCATGTGAGGAAGGATAGCACTTATGCTAG GTCTTACTTTTTTATTATGTAACACTGGACTTCCATGTATGAAGAGACAGAGGTTTACCACTCACAAGGTTGAGAAAATT GTCATTCCAAACCTAGCTGTTATAAAAATGAAAATAAAAGCCAGTTCTTTTTCTGGAGAGAACAAAAAAAAGTGAGGTCC CCATATGAGAACATATACTGCATACTCATGTCTTTGCGATAAATAAAGATCTAATAGTATTGTTTGTGAAGGAGGCCTAA CTCAACCCAAAAGCTAGCTCAAAAGTTAATGTTTGCACAACCATATATAGCCAATGTGGGACTCTAGGGTGACCCAAATA TGGGGAGTCAACAAATGGATCTAGGATAGGGGCCCAGGCCCATGGTCAAACAACCATTGACTCTGATACCATGAAGGAGG CATAACTCAACCCAAAAGCTAGCTCAAAAGTTAAGGTTTGCACAACCATATATAAGCAATTGCTTGGCCACATCTCTAGC CAATGTGAGACTCTAACAGTTTGGATCAGCTTCTATTTCTTCATAATTAATTCTGACAACCAGATGCTACCCTCAAATTG ATTTTAACTTTAGAATCAATTCTAGAACGATTTCCAAACATGCACTTATATATACTACCTAAGTTACAAGAGACTGGAAA ATATCCAGCCCCAGTGTCTAATAACTAAAAAGCATCATTCTTTTCCCATTTTAGGCATGCATGCAATATATCTAATTTGA CTTCTTTACAACAAATGATTTTTATACATGATTACTTAACAGTTTTTGAGATTGCCACTTCACTTTCCTTTTTTCAGTAT GCATTCAGGCTTTTATGTGTTGCAGTTGGAGTTGGGATTTCTGCTTTTATAGGTAAGTTGTACACTTCAATATAGCTCAA TTACCTTCCTTGGATCCTTGAATAATTCAAATCAACTTGGAAGTTATGCAAGAAGCATAGCTATTATTAGAAAAATGAAT CTAACTACTTTTCATGCTTTATACCAATTGATAATGGCTAAACAGAAGGAGTATGTTGGACAAGAACAGCAGAGAGACAG GCTTCCAAAATGAGAATGGAATACCTAAAATCAGTCCTAAGACAAGAAGTTGGTTACTTTGACACCCAGACTGATGGTTC TTCAAAAACCTACCAAGTTGTCTCACTCATCTCCTCAGATGCAAATACCATCCAAGTTGCCTTGAGTGAGAAGGTTTGTC AGCAATTATGCCTTTCCCACTTAGGATGAAACTATGATCATAAATTATATTTCATTGAGGAGGCTGTGATTTTTTTGAGG TGAAAGTTATAGACCTATGTTAATGAATTCACAAGATGCAAATGCTCAGATTATAATGGCTTAACTTCAACTTAGTCCTT CTGTTATAGGCATGTGTGATTTTGACCACCTCAATAACTTTTTGGCTCAAATTTAGTTCATTAATCTTTTTTAATTGCTA CAATTAAGTTCTTGTTTCGGTTTTCCTATCTGTAAAACCTTCAAATCCTTGTTTTAATAATCTTAATTTTGAGGTTTGTG ATTGATAAGGGATATGAAATGAATTGAAAAGTTCAAAAGTCAGATATTTGGGAGACATCTAATAAATTTTGAAAGGTCTA CAGAAAGAAGAGTTTCTGGTTCTGAAGATGGGGAATTTGGGATTTTATATTTTTAAATTGCATTTAATATAATTTTAATT AGTGAACTGAATTTAATTTGGTATAACCAATTCAGTTTGAGAGGCTGTGTGTATAAAATAAGGATTTGAGGTAGAGAGAA ATTGACAGATGGACTTCATTATAACAATAAAAGAATTATAGTAATTAAAACATAATATTATTGAGAGATCAAAATCTTGC ATATTAGAGGGATTAAAAGTTCATTTAAGTCAATTATAATTCTTCAAACAAGAAGGATCCTTTCGGTGATGTAACCCAAA AAGTGGATAGGCCTTCAGGTAATAGACTAGTGCCTATTCAGTTTATGTGCATCAGTGACATACTTATTTATACACTTATA TATCATTAGTATGTGTTTGTTAGGACTTAGGAAGGGAACCAATGGATCTGAAAATTGCATGAATTTGAAAGCTTATTAAT TCTGTAACCTGATAAACATATGGATTTCAATATCTAACAAAAGAATTTTTTTTATGCTTTACTAATTTACACCTTCTTCT GAATGTAGATACCTGACTGCCTGGCTTACATGTCAACATTCTTATTCTGCCACATCTTTGCATTTGTACTTTCATGGAGA CTTACACTGGCAGCTATACCACTCTCTTTCATGTTCATTGTTCCAGCACTTATGTTTGGAAAGATTATGCTGGATGTCAC AATGAAAATGATTGAGTCTTATGGGGTTGCTGGTGGCATTGCAGAACAAGCAATATCTTCAATAAGAACAGTTTATTCTT ATGTTGGGGAGAACCAAACACTGATCAGGTTCAGCAGTGCACTTCAAAAAACTTTGGAATTTGGAATAAAGCAAGGTTTT GCCAAGGGCTTGATGTTAGGAAGCATGGGAGTTATTTATATAAGTTGGGGGTTTCAGGCTTGGGTTGGAACTTATCTGAT CACTGAAAAAGGAGAACAAGGTGGCCATGTGTTTGTAGCTGGCTTCAATGTCCTCATGGGAGGACTGTAAGTAATTTTAT CATTATTTACTGGATTTAATTTATATGCATGGACATTGTGAATAGTTTTACACCAACATCCAATCATATATTGACATCTT TCTTTTTTGGTATTTTCTGATGGTGTAAAGATTATTGAATAAAAAACTGTTTCTCCCTCACTTTGCAATCTGATTGGTTT TTAACATTGTAAATTGTACCTTTTTCTCATTTTCTTATTTTGATTTATTAATGATGTGACAAAATAGTTAATCCCGATTG GACGTTTGTTTAAAACTTTTTTACACTGTCAGTACATAGTTATTAAACTCTTATTGATTATGGTTCACATTTCTAATGTT GAATGGTTTTACTAATATGTTCAACATCATGAATTTCAGGAGCATTTTAAGTGCCCTTCCAAATTTGACAGCCATCACAG AGGCAACTTCTGCCATCACTCGCCTCTATGAAATGATTGATAGGGTGCCAGATATAGATTCTGAAGACAAGAAAGGAAAG GCTTTATCACATGTGAGAGGAGAAATTGTATTTAAAGACATCTATTTCTGCTACCCATCTAGGCCAGATTCACCAGTCTT GCAAGGATTTAATCTCACTGTTCCAGCAGGCAAGAGTATAGGCCTTGTGGGGGGTAGTGGTTCAGGAAAATCCACTACAA TTGCACTGCTTGAAAGGTTTTATGACCCTGTTGAAGGAGAAATACTCTTGGATGGCCACAAGATTAATAGACTTCAATTG AAATGGTTGAGATCCCATTTTGGCTTAGTAAATCAAGAGCCAGTTCTTTTTGCCACATCAATAATGGAGAATATAATGTT TGGAAAAGAAGGAGCTTCAATGGAAAGTGTAATAGATGCAGCTAAAGCAGCAAATGCACATGATTTCATCGTCAAGTTAC CGGATGGATATGAAACTCAAGTAAGTTGACCTCAACTCTTTTGCTCAGATAAAAATTTGGAAACTAACTAAAATTAGATA TGAAGGACAAAAGAAGAAAACAAGGCACTTAAATTCTATAAATATGTTCATGTTTGAGACGATTTTCTAAGTAGCTTGGA ATTTTAAAATTTATTAATCACATCTGAAGCTCTCAAATGATTTGTAGCACATGAGTGTATCAAAGTAGTTTGACCATTAA CATAACATTAAAAGTGTTAGAAATACAATACAAAACCATTCATCTGCCATTTACCCAACACCTTAAAGGCTTAAACTTTT ATGATAGTGTTGGGAACCCCCCAACCACACAACACGCAATTAACAGAGAAAAGAGTTGAAAAGCAATTGATTGTTTATTG ATGACAAAGGGAATTACAGAGAAGGGAATGGACCCAAATTCTGACACAGAGCAGTGCTCCTATAAGAAGCTTAGAGCTTC TTACTCATGACTCAATTTAGCTAAGAATCTAGATACCTCTCAACCTCCTCTCATCACCCTTATATTGTTAGGTGGAATTA CAATCAGTATCTCTCTCTCTCTATTCCGTTAGAGCCTAATTAGTCTTGCCCACTTTGCCCCTTCTAGAATACACCCTCCA CAGCTTGGGCCCTTGTGAGTGTTGATTGACCAGAGGCTCCGCATTTGGGCTTTGCTGACTTATGGCCCCATCAATGCCTC CTCCTGAGAAAGCAACCTTGTCCTCAAGGTTGAAGGAGGGAAATTGGCTTTGAATGGTGATGATGTCTTCCCAAGTTGCC TCGTCCACAGATTTCCCCTGCCACTGAATCAATGCTTGAGGAATCGTTGCCCCTTGTCGAGTCACAGCACGAGTGGCAAT CACAGAGACAGGTTGTAATGTATTCAAGTCCTCACCTTCCATGTCTCCCGGTAACTCAGGTTCAACAGCATAGTCCCCGA TGGCTTTCTTCAACATGGATACATGGAATACAGGGTGAACACGAGCCCCTTCTGGAAGTTGCAAGCGATAAGCTACTGCA CCAATGCGAGCCACGATGGGGTATGGTCCATAGTATCTTGCTGCCAGTTTGGGAAAGACTCTGGTGACCACAGACTGCTG TCGGTGAGCTCTAAGCTTCACAAAGACCCATTCGCCGACTTTGTAGGATTTGTCCACACGTTTAGAATTCGCGTAGGTAG TCATGCGATCCTGAGCCCGAGTCAGGTGACTCTTCAATTGGCGCAATGTTTCATCCCTATCCATCAAATCTCCCTGTACA GATGCCACTCTGGTTTCCCCAATGCCCCACCTAGTTAAGGTTGGAGGTGGCCTACCATACACAGTTTCGAAAGGCGTAAG CTGTGTGGCAGAATGGAAAGTGGTATTAAACTAGTATTCTGCCCAATGCAACCACAATGCCCAAGTCTTTGGTTGATCAG CCGAAAAGCACCGCAAATAAGTCTCAAGACAACGATTCACCACCTCCGTTTGACCATCGGATTCAGGGTGATATGCAGAG CTCATTCTCAAGTGCGTTCCTTGGAGGCGGAAAAGTTCCTTCCAAAAATGACTGACAAAGATTGGGTCCCTGTCACTTAC TATGGAAGATGGAACTCCGTGTAACCTGATGACCTCCTTAGCAAACACTTCCGCGATACTTCGAGCTGAATATGGATGAC GGAGGGGGATGAAGTGAGAATATTTGGATAAGCGGTCCACCACCACTAGAATGGCATCAAACCCCTTCGATTTGGGCAGC CCCGTGATGAAGTCCATTGAAAGGTCTTCCCAAATCCTCTCAGGGATTGGCAGTGGTTGAAGAAGGCCCGCAGGAGACGA GGCTACATACTTCTGGCGCTGACACACATCACAATTTTGCACATATGTTTGAACAGTGCTCTTCATGCCCTGCCAGTACA CATTAGCTGCCAGTCGTCGGTAAGTTCGAAGGAATCCGGAGTGTCCTCCTTGAAGAGAAGAATGATACTCATCCAATAAT TTGGGAATTAGAGATGAATTGCGTGGTAGAACCAACCTGGTATTGTATGTTAACACCCCATGTGTGTATTGATACCTAGG ATGTGATTGTGCATCCTCTTGCAGGTCTGCAATGAGCTTGGTCAGCTTGTCATCTGCCTTAATTTCCTGTTCCAGTAGCT GATGATCTTCCCAGATTGGAAAAGAAACCAGAGCCATAAGAGTATGGTTTTCATAAATGCGAGACAAGGCATCAGCGCCA CGATTTTGTGGCCCAGGTTTATATATAATGTCGAAATTATACCCCAATAGCTTTGCGGCCCAATTTTGTTGGTCCCCTGT CACGATTTTCTGATGTAAGAACTCTTTCAAACTCTTCTGATCTGTGGATACCGTGAAACGTCTGCCCAGCAAATATGGTC TCCAATGTTGTATAGCCAGGGCTACTGCCATGAGCTCCTTCTCATAAGCGGATTTTGCCAAGTTGCGTGTTCCCAAAGCC TTGCTAAAGTATGCTATTGGATGCTTCCTCTGCTGAAGGATTGCCCCGAGACCATGCCCTGATGCATCACATTCTATGAC AAATTCCTCATCAAAATTGGGTAATGCTAGGACTGGTGCTTCAATCAGTTTTTGCTTGAGTTGAACAAAAGCAGCTTGAG CTTCAGCACCCCATACATAAGCGTTTTTCTTGGTGAGCTCGGTTAATGGTTTTGCGATCTTGCCGTAGTCCTTAATAAAT TTGCGGTAGTACCCTGTCAATCCAAGGAAACCGCGCACCCCCTTCACATTAACCGGGACTGGCCAATTCATCACGCTGGA AATTTTATTGGGATCAACTGCGACCCCTGCCTCTGAAATTTGATGCCCCAGGTACTCAACCGTGGTCTGTGCGAAATGAC ACTTTTTGCGATTCGCTGTAAGGCTCTGTTCTGCTAGAATTTGAAGGACCTGTTCCAGCTGACGTAAATGTACAACCCAA GTTGCGCTGTAAACCAGGATATCGTCAAAAAAAACCAACACTCCCTTACGCAACATGCTTTTGAAAACTTCATTCATCAA GCTCTGAAAAGTTGAAGGGGCGTTCATCAGACCGAAAGGCATTACGAGGTATTCGTAATGGCCTTCATGCGTTCTAAATG CAGTTTTGTGTACATCTCCTGCCCGCATCAAGACTTGGTGATACCCTGACTTAAGATCCAATTTGGAGAAGTATTTGGCC CCGTGGAGTTCATCCAAAAGCTCTTCGATTACCGGGATTGGGAATTTATCAGGGATAGTGACTTTGTTCAGAGCTCTGTA ATCGAAGCACATTCGCCAGGATTGATCTTTCTTTTTCACCAAGATCACTGGACTGGAATAAGCACTCGAACTGGCCCTTA TGATCCCGGCTTCCAACATCTCCTTTACTTGCTTTTCGATCTCATCCTTGTGTAGATGGGGATATCTGTAGGGTCGCACA TTCACTGGCCCTTGTCCCTCTTTGATGTTGATTTGATGCTCTCTTCCTCGACTTGGAGGAAGGCCCTGTTTTGTCTCAAA CACGACACTATAACGCTGAAGCAGTGCCTCCAATTCCTTCTGTTGTGTACTCGTGATTCCTGCTTTGGATTCTCCTGTAC TGCCAGCATTTTCAGAAATCCACCCTGTACCAATTTCTCCCTGTCTAACCGGGTGCACCAAACTCTGTAATGCCATGAGT GAATCCTTACTTGATTCCACCCCTTGGAGTTGTATCCATTGTTGATTGCTCCAAAAACTCATGTGTTGTTTCTGCCAATT GATGATTGTGTCCCCCAGAGTCTTAAGCCACTCCATTCCTAGCACCAAATCAGGTCCCCCAAGGTCAAACAATTGGGGTG AGCACTGAACTTGGTACTGACCCAAGGTAATGGTGAGAGGCTGACAGCGTCCCTGTGCGCGCGCCCTGAATCCATCCCCA AGCTTCACCGTCATTCCCGGCGTAGCATCCACCGTCCAACCCATTCGCTGCACGAGGTGTTGATCGATGAAATTATGTGT TGCTCCAGAATCAATCAACACCAGTACAGGAACTCCGGCGATAGTGCCCAAGAGTCGCATAGTACGGGGTTGGTCCTTTT TTTCCCTATCCAAGTTGTAAAGGCTCATCAAGCTGAGTTCCCCCTCAGAGTCTTCTTCATGCTCATTGACCTCCATGGCC AACACCTTGCCTTCTTCCATGTCGTCGTCACTCTCCTCCACTACCAAGACCCGTAAGTGCTTGTCGGGGCATTGGTGCAT AGGGTGAAATGGGCCTCCGCACTTGAAGCAGAGACCTTTTTGCTTTCGCTCCATCAGTTGAGGGTATGTGAGGTGATTAA ATCCCCTATCCCTTGGCCCATTGCGTCTGGCCTCATTCGGTCTTTCACTCCTTGGGCCGTTTAGCCCATTTGTGTTCGTC ACTGGGGGTCGGGTTGTTTGAGTCGGGTCTTTACTACTCTTGACCCAAACCCAGTCCGCTCCACCCGGTCTCGTTGAGCT TCCACTGTTGGGCCTGTAACCCGAACCCCCATAACGGTTGCTCCGGCTCTGACCCGCACCGTTCTCGCCCCGCACCTCCT TCTCTACAGCTCTCGCAACTAACAACAGCTTAGATCTGGAAATTTCTCCCATGGCGACGAGACTCCGCACTTTCCCCCGA ATTTCCTCCTTCAAACCATGGAGGAAATACCCCAGATGCTGCTTATCGGGCAATTTTGGGATCTGGGCAGTGAGATATTC GAACTCGGTGATGTATTCTTCCACCGTTCCTCGTTGCCGGAGTTCTGTCAACTGCTCATAAACATCGCCTTCTCCGTGTC CTCCATACCTCTCCAAGAGAGCTTCTCTCAGCTTCTCCCATGTCAGCTCTTCCTCTGCTTCCAGGAGTGAGTTGTAGAAA TGGATCGTAGCTCCTTCCATGCTCAGTTGAGCCAGACCCACCTTCACCTCCGGCGAAGTATCCTGAACTCTGAAATACAC TTCAGCCCTCGAGATCCATCCAGCAGGATCTCTTCCATCGAACATTGGCAACTCCACCTTCCTGACCGATTGTCTGAACT CGGTAAGAACATCTCCTTGCAACGACGGTTGTCGATGTGTGCTCTCCTTGTCCCCGATTGGTTCCGGCGATAGATTTACG CCTCCGCTTCCGTCGTCTTCACCGGGAATCTTCTTCCCCATTGCACGCTCCATCATCAGCGCCAACGACGCCGGCAGATC CTTCACCGCGAGTGTGACCGCAGCTAGGGAAGTGCGCATTTCTGCGATTTCGCCTTCCAACGCGTCTACCTTCGCCTCCA TCTGGTGTTTGTTTTGCTTGACCTTCTTAGGTGGCATTCACTGGCTCTGGAAAGAATAATCCGGTAGGTCGGACCAAATT GTTGGGAACCCCCCAACCACACAACACGCAATTAACAGAGAAAAGAGTTGAAAAGCAATTGATTGTTTATTGATGACAAA GGGAATTACAGAGAAGGGAATGGACCCAAATTCTGACACAGAGCAGTGCTCCTATAAGAAGCTTAGAGCTTCTTACTCAT GACTCAATTTAGCTAAGAATCTAGATACCTCTCAACCTCCTCTCATCACCCTTATATTGTTAGGTGGAATTACAATCAGT ATCTCTCTCTCTCTATTCCGTTAGAGCCTAATTAGTCTTGCCCACTTTGCCCCTTCTAGAATACACCCTCCACAGCTTGG GCCCTTGTGAGTGTTGATTGACCAGAGGCTCCGCATTTGGGCTTTGCTGACTTATGGCCCCATCAGATAGTTGGTTCATG ACATGGTATTGAAGCTAATCCCAATTTGAATTTGAAATTAGATATCTCATGATGGGGATAAGGGCATTGACCTACCCGGT CAATAGATATCCCATGATGGGGATATGTGCATTTTGATGAATATGAAGTTTGTTATCTCCACGCTCCAGATGTCAAGTCT TGGGCGTGAAGAGGTGTTAAGTTTCACTTATAAGTGGGGAACAATCCTCACGTCTAAGATAGATTTTGGGTAGAATTAGA TCCACCCAAAATTTTAATAAAAAGGAACAAGAAATTTTAGTTTTTTTTTCAAAACTTAGCTCTTCTCATTATGATAGCAG CTTTGGCTGAAGCCTTATTATTGAAAACTACAATTGTTTTGCTAGGTGGGACAGTTTGGGTTTCAATTGTCTGGTGGGCA GAAGCAGAGGATTGCAATAGCAAGAGCTTTAATTAGGGATCCAAAGGTTCTCCTACTTGATGAAGCAACCAGTGCATTGG ATTCTCAGTCTGAAAGAGTGGTACAGGCAGCTCTTGATCAAGCTTCAAAAGGAAGGACAACAATCATCATCGCTCACCGC TTGTCGACAATAAGATCAGCCAACCTCATTGCAGTCCTTCAAGCAGGAAGAGTGATTGAATCAGGCACTCATAATGAGCT CATGGAAATGAATGGTGGGGAGTATGCTAGAATGGTAGAGTTGCAGCAAGGAACAGCAACTCAAAATGATGAATCCAAAC TTTCCAATCTTCAAATAGAAGGAAACAAGAGCTTCCACTCTCACAGGATGAGCATTCCTCAAAGTCCAGGAGTGAGTTTC AGATCAAGTGCAACAATAGGCACTCCAATGTTATATCCCTTCAGCCAGGGATTTTCCATGGGGACACCTTACTCCTACTC CATCCAATATGACCCTGATGATGATAGTTTTGAAGATAACAACATGAAAAGATCAAATTATCCAGCTCCTTCGCAGTGGC GTTTAATGAAAATGAATGCACCTGAATGGGGAAGAGCTGTGCTAGGACTCTTGGGAGCATTAGGCTCAGGAGCAGTACAA CCTGTGAATGCATACTGTGTGGGAATACTAATATCAGTTTATTTTAACCCTGATAGCTCTGAGATGAAGTCTAAAGCTAG AACCTTAGCCCTCATTTTTTTAGTAATTGGTGTTTTCAACTTCTTCACTAGTATACTCCAACACTACAATTTTGCAGTGA TGGGAGAGAGGTTGACTAAAAGAATAAGAGAGAAAATACTTGCAAAATTGATGACTTTTGAGATAGGATGGTTTGATGAT GAAGAGAACACAAGTGCATCCATTTGTGCAAGGTTATCCTCTGAAGCCAACTTGGTTCGCTCCCTTGTCGGCGACCGGAT GTCTTTGCTTGCGCAAGCAGTATTTGGATCTGTATTTGCCTACACTGTTGGAATTGTTCTCACATGGAGGCTTTCCCTTG TCATGATTTCAGTGCAGCCGCTAGTCATTGGAAGCTTTTACTCAAGAAGTGTCTTGATGAAGACCATGGCAGAGAAAACG CGAAAAGCGCAAAGGGAAGGAAGCCAGCTTGCAAGTGAAGCTGTCATAAACCACAGAACCATAACTGCCTTCAGTTCTCA GAAAAGAATGCAGGCACTCTTCAAATCCACAATGGTAGGACCTAAAATGGAAAATATCAGGCAGTCATGGATTTCAGGCT TTGGTCTTTTCAGCTCCCAATTTTTCAACACTGCATCATCAGCATTGGCTTTCTGGTATGGTGGGAGGCTCCTTGTAGAA GGGCTTATAGAACCAAAGGAACTCTTCCAAGCATTTCTAATATTGCTCTTCACTGCATACATCATTGCAGAAGCTGGAAG CATGACTTCTGACATATCTAAAGGAAGCAATGCAGTTGGATCAGTTTTCGCTATCTTGGACAGGAAAAGTGAGATTGATC CTGAGACTGCTTGGGGAGGAGATAAGAGAAGGAAGATAAGAGGCAGGGTGGAGCTGAAAAGTGTGTTCTTTTCTTATCCA ACTAGACCTGACCAAATGATATTCCAGGGTCTGAATCTCAAGGTTGAGGCTGGGATAACAGTGGCACTGGTGGGGCACAG TGGTTGTGGTAAATCAACCATCATTGGTCTAATTGAAAGGTTTTATGATCCTTTGAAGGGAACGGTATGCATAGATGAAC AAGACGTCAAGTCCTATAATTTGAGAATGCTGAGGACACACATTGCATTGGTGAGTCAGGAGCCAACACTTTTCAGTGGA ACCATTAGAGAAAACATTGCCTATGGGAAAGAAAATGCAACTGAATCTGAGATTAAAAGGGCTGCAACTCTGGCTAATGC TCATGAATTCATAAGGTAAGAGAACTATGCTAGGAAAAAAATATGAAATTTTTGACAATGGTGATTTTTAAACAACATGG ATCCTCTGCAGGTTGATTCATAAAAGATTAAAGGTTAAATTGGTTAAAACTTTTATATACTTCTCAGGATCGAGTGTACT TTTAAATTGGTTAACACTTTTTTTCTAATGTTGGTGAATGACTTACCATAAAACTTTTACATACTTTTATATCGAGTGTA CATCTCCTTGTTGATCACCAAAATGCAAATTTCACTAACATTCTCTTTTGTCTTCTTGGTGTTTGTGATGGCAGTGGAAT GAATGATGGATATGACACATACTGTGGAGAAAGAGGAGTTCAACTTTCAGGAGGTCAGAAACAAAGAATAGCCATAGCTC GAGCCATACTGAAGAATCCTGCAATTCTTCTTCTCGATGAGGCAACAAGTGCACTTGACAGTGCCTCAGAGATCTTGGTC CAAGAAGCACTTGAGAAGATAATGGTTGGAAGAACATGCATAGCAGTGGCACACAGGCTATCCACAATACAGAAATCAAA CTCCATTGCTGTGATTAAGAATGGGAAGGTTGTGGAACAAGGTTCACATAATGAATTGATTTCCCTTGGACGTAATGGAG CATATCATTCTCTTGTTAAACTTCAACATGGTAGCTCCCCCCCTAGATGAACTCAAGTAGTTGTAATATATGGTAGACTA TTTTATCTTTTTTGCTTTGTAAGGATAATAACGTACCAAATGTAATCATAAAGTCTAGGTTGCTCTATATGATATTTGAG TGTGCATCTTCAAGTTTGTAATATTGTATGCTTGAAAAGTGGTATAGATTATAGACGAGAAAAATATGTTTTTGCTCTGT GTATTAACATCAGGGTCTATCAGCTTTAATTACTAGAAATTTTATTTTATATATTTGAGTCCCTATAAAATAAAAAATAT AGTTCAACGACAGTTGATAGATAGTTAGGCTTCTTAAGCATATACAGGTTTGATCCGTAGACGGTGTGTATGAAGAATGA TTTTTTAGGAGAGA
CDS sequence (LotjaGi3g1v0150300.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGGGAGCAATAGCATGTTTCGCTATGCTGATGGGGTGGATAAGTTATTGATGTTTTTTGGGACCCTGGGAAGCCTTGG AGATGGACTGCAGAACCCTCTCATGATGTATGTTCTCAGTGATGTGATCAACGCCTATGGAGACAAGAATAGCATTTTGA CAAAGCATATTGTAAACGAGTATGCATTCAGGCTTTTATGTGTTGCAGTTGGAGTTGGGATTTCTGCTTTTATAGAAGGA GTATGTTGGACAAGAACAGCAGAGAGACAGGCTTCCAAAATGAGAATGGAATACCTAAAATCAGTCCTAAGACAAGAAGT TGGTTACTTTGACACCCAGACTGATGGTTCTTCAAAAACCTACCAAGTTGTCTCACTCATCTCCTCAGATGCAAATACCA TCCAAGTTGCCTTGAGTGAGAAGATACCTGACTGCCTGGCTTACATGTCAACATTCTTATTCTGCCACATCTTTGCATTT GTACTTTCATGGAGACTTACACTGGCAGCTATACCACTCTCTTTCATGTTCATTGTTCCAGCACTTATGTTTGGAAAGAT TATGCTGGATGTCACAATGAAAATGATTGAGTCTTATGGGGTTGCTGGTGGCATTGCAGAACAAGCAATATCTTCAATAA GAACAGTTTATTCTTATGTTGGGGAGAACCAAACACTGATCAGGTTCAGCAGTGCACTTCAAAAAACTTTGGAATTTGGA ATAAAGCAAGGTTTTGCCAAGGGCTTGATGTTAGGAAGCATGGGAGTTATTTATATAAGTTGGGGGTTTCAGGCTTGGGT TGGAACTTATCTGATCACTGAAAAAGGAGAACAAGGTGGCCATGTGTTTGTAGCTGGCTTCAATGTCCTCATGGGAGGAC TGAGCATTTTAAGTGCCCTTCCAAATTTGACAGCCATCACAGAGGCAACTTCTGCCATCACTCGCCTCTATGAAATGATT GATAGGGTGCCAGATATAGATTCTGAAGACAAGAAAGGAAAGGCTTTATCACATGTGAGAGGAGAAATTGTATTTAAAGA CATCTATTTCTGCTACCCATCTAGGCCAGATTCACCAGTCTTGCAAGGATTTAATCTCACTGTTCCAGCAGGCAAGAGTA TAGGCCTTGTGGGGGGTAGTGGTTCAGGAAAATCCACTACAATTGCACTGCTTGAAAGGTTTTATGACCCTGTTGAAGGA GAAATACTCTTGGATGGCCACAAGATTAATAGACTTCAATTGAAATGGTTGAGATCCCATTTTGGCTTAGTAAATCAAGA GCCAGTTCTTTTTGCCACATCAATAATGGAGAATATAATGTTTGGAAAAGAAGGAGCTTCAATGGAAAGTGTAATAGATG CAGCTAAAGCAGCAAATGCACATGATTTCATCGTCAAGTTACCGGATGGATATGAAACTCAAGTGGGACAGTTTGGGTTT CAATTGTCTGGTGGGCAGAAGCAGAGGATTGCAATAGCAAGAGCTTTAATTAGGGATCCAAAGGTTCTCCTACTTGATGA AGCAACCAGTGCATTGGATTCTCAGTCTGAAAGAGTGGTACAGGCAGCTCTTGATCAAGCTTCAAAAGGAAGGACAACAA TCATCATCGCTCACCGCTTGTCGACAATAAGATCAGCCAACCTCATTGCAGTCCTTCAAGCAGGAAGAGTGATTGAATCA GGCACTCATAATGAGCTCATGGAAATGAATGGTGGGGAGTATGCTAGAATGGTAGAGTTGCAGCAAGGAACAGCAACTCA AAATGATGAATCCAAACTTTCCAATCTTCAAATAGAAGGAAACAAGAGCTTCCACTCTCACAGGATGAGCATTCCTCAAA GTCCAGGAGTGAGTTTCAGATCAAGTGCAACAATAGGCACTCCAATGTTATATCCCTTCAGCCAGGGATTTTCCATGGGG ACACCTTACTCCTACTCCATCCAATATGACCCTGATGATGATAGTTTTGAAGATAACAACATGAAAAGATCAAATTATCC AGCTCCTTCGCAGTGGCGTTTAATGAAAATGAATGCACCTGAATGGGGAAGAGCTGTGCTAGGACTCTTGGGAGCATTAG GCTCAGGAGCAGTACAACCTGTGAATGCATACTGTGTGGGAATACTAATATCAGTTTATTTTAACCCTGATAGCTCTGAG ATGAAGTCTAAAGCTAGAACCTTAGCCCTCATTTTTTTAGTAATTGGTGTTTTCAACTTCTTCACTAGTATACTCCAACA CTACAATTTTGCAGTGATGGGAGAGAGGTTGACTAAAAGAATAAGAGAGAAAATACTTGCAAAATTGATGACTTTTGAGA TAGGATGGTTTGATGATGAAGAGAACACAAGTGCATCCATTTGTGCAAGGTTATCCTCTGAAGCCAACTTGGTTCGCTCC CTTGTCGGCGACCGGATGTCTTTGCTTGCGCAAGCAGTATTTGGATCTGTATTTGCCTACACTGTTGGAATTGTTCTCAC ATGGAGGCTTTCCCTTGTCATGATTTCAGTGCAGCCGCTAGTCATTGGAAGCTTTTACTCAAGAAGTGTCTTGATGAAGA CCATGGCAGAGAAAACGCGAAAAGCGCAAAGGGAAGGAAGCCAGCTTGCAAGTGAAGCTGTCATAAACCACAGAACCATA ACTGCCTTCAGTTCTCAGAAAAGAATGCAGGCACTCTTCAAATCCACAATGGTAGGACCTAAAATGGAAAATATCAGGCA GTCATGGATTTCAGGCTTTGGTCTTTTCAGCTCCCAATTTTTCAACACTGCATCATCAGCATTGGCTTTCTGGTATGGTG GGAGGCTCCTTGTAGAAGGGCTTATAGAACCAAAGGAACTCTTCCAAGCATTTCTAATATTGCTCTTCACTGCATACATC ATTGCAGAAGCTGGAAGCATGACTTCTGACATATCTAAAGGAAGCAATGCAGTTGGATCAGTTTTCGCTATCTTGGACAG GAAAAGTGAGATTGATCCTGAGACTGCTTGGGGAGGAGATAAGAGAAGGAAGATAAGAGGCAGGGTGGAGCTGAAAAGTG TGTTCTTTTCTTATCCAACTAGACCTGACCAAATGATATTCCAGGGTCTGAATCTCAAGGTTGAGGCTGGGATAACAGTG GCACTGGTGGGGCACAGTGGTTGTGGTAAATCAACCATCATTGGTCTAATTGAAAGGTTTTATGATCCTTTGAAGGGAAC GGTATGCATAGATGAACAAGACGTCAAGTCCTATAATTTGAGAATGCTGAGGACACACATTGCATTGGTGAGTCAGGAGC CAACACTTTTCAGTGGAACCATTAGAGAAAACATTGCCTATGGGAAAGAAAATGCAACTGAATCTGAGATTAAAAGGGCT GCAACTCTGGCTAATGCTCATGAATTCATAAGTGGAATGAATGATGGATATGACACATACTGTGGAGAAAGAGGAGTTCA ACTTTCAGGAGGTCAGAAACAAAGAATAGCCATAGCTCGAGCCATACTGAAGAATCCTGCAATTCTTCTTCTCGATGAGG CAACAAGTGCACTTGACAGTGCCTCAGAGATCTTGGTCCAAGAAGCACTTGAGAAGATAATGGTTGGAAGAACATGCATA GCAGTGGCACACAGGCTATCCACAATACAGAAATCAAACTCCATTGCTGTGATTAAGAATGGGAAGGTTGTGGAACAAGG TTCACATAATGAATTGATTTCCCTTGGACGTAATGGAGCATATCATTCTCTTGTTAAACTTCAACATGGTAGCTCCCCCC CTAGATGA
Protein sequence (LotjaGi3g1v0150300.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MGSNSMFRYADGVDKLLMFFGTLGSLGDGLQNPLMMYVLSDVINAYGDKNSILTKHIVNEYAFRLLCVAVGVGISAFIEG VCWTRTAERQASKMRMEYLKSVLRQEVGYFDTQTDGSSKTYQVVSLISSDANTIQVALSEKIPDCLAYMSTFLFCHIFAF VLSWRLTLAAIPLSFMFIVPALMFGKIMLDVTMKMIESYGVAGGIAEQAISSIRTVYSYVGENQTLIRFSSALQKTLEFG IKQGFAKGLMLGSMGVIYISWGFQAWVGTYLITEKGEQGGHVFVAGFNVLMGGLSILSALPNLTAITEATSAITRLYEMI DRVPDIDSEDKKGKALSHVRGEIVFKDIYFCYPSRPDSPVLQGFNLTVPAGKSIGLVGGSGSGKSTTIALLERFYDPVEG EILLDGHKINRLQLKWLRSHFGLVNQEPVLFATSIMENIMFGKEGASMESVIDAAKAANAHDFIVKLPDGYETQVGQFGF QLSGGQKQRIAIARALIRDPKVLLLDEATSALDSQSERVVQAALDQASKGRTTIIIAHRLSTIRSANLIAVLQAGRVIES GTHNELMEMNGGEYARMVELQQGTATQNDESKLSNLQIEGNKSFHSHRMSIPQSPGVSFRSSATIGTPMLYPFSQGFSMG TPYSYSIQYDPDDDSFEDNNMKRSNYPAPSQWRLMKMNAPEWGRAVLGLLGALGSGAVQPVNAYCVGILISVYFNPDSSE MKSKARTLALIFLVIGVFNFFTSILQHYNFAVMGERLTKRIREKILAKLMTFEIGWFDDEENTSASICARLSSEANLVRS LVGDRMSLLAQAVFGSVFAYTVGIVLTWRLSLVMISVQPLVIGSFYSRSVLMKTMAEKTRKAQREGSQLASEAVINHRTI TAFSSQKRMQALFKSTMVGPKMENIRQSWISGFGLFSSQFFNTASSALAFWYGGRLLVEGLIEPKELFQAFLILLFTAYI IAEAGSMTSDISKGSNAVGSVFAILDRKSEIDPETAWGGDKRRKIRGRVELKSVFFSYPTRPDQMIFQGLNLKVEAGITV ALVGHSGCGKSTIIGLIERFYDPLKGTVCIDEQDVKSYNLRMLRTHIALVSQEPTLFSGTIRENIAYGKENATESEIKRA ATLANAHEFISGMNDGYDTYCGERGVQLSGGQKQRIAIARAILKNPAILLLDEATSALDSASEILVQEALEKIMVGRTCI AVAHRLSTIQKSNSIAVIKNGKVVEQGSHNELISLGRNGAYHSLVKLQHGSSPPR
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 | 15 | 15 | - | – | |
| Phobius | 1 | 45 | 45 | - | – | |
| Gene3D | 2 | 347 | 346 | 1.4E-91 | ||
| PANTHER | 6 | 1252 | 1247 | 0.0 | – | |
| PANTHER | 6 | 1252 | 1247 | 0.0 | ||
| SUPERFAMILY | 7 | 325 | 319 | 2.35E-45 | ||
| Phobius | 16 | 27 | 12 | - | – | |
| Pfam | 18 | 293 | 276 | 4.7E-43 | ||
| CDD | 18 | 316 | 299 | 3.93566E-89 | – | |
| ProSiteProfiles | 19 | 308 | 290 | 35.176 | ||
| Phobius | 28 | 45 | 18 | - | – | |
| Phobius | 46 | 60 | 15 | - | – | |
| TMHMM | 61 | 83 | 23 | - | – | |
| Phobius | 61 | 84 | 24 | - | – | |
| Phobius | 85 | 144 | 60 | - | – | |
| Phobius | 145 | 164 | 20 | - | – | |
| TMHMM | 145 | 162 | 18 | - | – | |
| Phobius | 165 | 169 | 5 | - | – | |
| TMHMM | 167 | 189 | 23 | - | – | |
| Phobius | 170 | 189 | 20 | - | – | |
| Phobius | 190 | 247 | 58 | - | – | |
| TMHMM | 245 | 267 | 23 | - | – | |
| Phobius | 248 | 267 | 20 | - | – | |
| Phobius | 268 | 278 | 11 | - | – | |
| Phobius | 279 | 300 | 22 | - | – | |
| TMHMM | 282 | 304 | 23 | - | – | |
| Phobius | 301 | 684 | 384 | - | – | |
| SUPERFAMILY | 334 | 581 | 248 | 1.49E-88 | ||
| CDD | 343 | 581 | 239 | 1.52141E-145 | – | |
| ProSiteProfiles | 343 | 579 | 237 | 24.837 | ||
| Gene3D | 348 | 585 | 238 | 3.2E-87 | – | |
| Pfam | 361 | 510 | 150 | 6.2E-33 | ||
| SMART | 370 | 562 | 193 | 9.9E-18 | ||
| ProSitePatterns | 482 | 496 | 15 | - | ||
| Gene3D | 628 | 996 | 369 | 2.4E-94 | ||
| SUPERFAMILY | 672 | 992 | 321 | 8.37E-55 | ||
| CDD | 675 | 991 | 317 | 1.75442E-98 | – | |
| TMHMM | 685 | 714 | 30 | - | – | |
| Phobius | 685 | 710 | 26 | - | – | |
| ProSiteProfiles | 686 | 973 | 288 | 41.11 | ||
| Pfam | 687 | 958 | 272 | 5.3E-47 | ||
| Phobius | 711 | 729 | 19 | - | – | |
| TMHMM | 729 | 751 | 23 | - | – | |
| Phobius | 730 | 752 | 23 | - | – | |
| Phobius | 753 | 807 | 55 | - | – | |
| TMHMM | 806 | 828 | 23 | - | – | |
| Phobius | 808 | 826 | 19 | - | – | |
| Phobius | 827 | 831 | 5 | - | – | |
| TMHMM | 832 | 851 | 20 | - | – | |
| Phobius | 832 | 851 | 20 | - | – | |
| Phobius | 852 | 908 | 57 | - | – | |
| Phobius | 909 | 932 | 24 | - | – | |
| TMHMM | 910 | 932 | 23 | - | – | |
| Phobius | 933 | 946 | 14 | - | – | |
| TMHMM | 947 | 966 | 20 | - | – | |
| Phobius | 947 | 965 | 19 | - | – | |
| Phobius | 966 | 1255 | 290 | - | – | |
| Gene3D | 999 | 1252 | 254 | 1.3E-90 | – | |
| SUPERFAMILY | 1004 | 1248 | 245 | 8.27E-87 | ||
| ProSiteProfiles | 1009 | 1245 | 237 | 24.31 | ||
| CDD | 1009 | 1248 | 240 | 2.64936E-140 | – | |
| Pfam | 1028 | 1176 | 149 | 1.8E-34 | ||
| SMART | 1036 | 1228 | 193 | 9.2E-14 | ||
| ProSitePatterns | 1148 | 1162 | 15 | - |
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 | Integral component of membrane | The component of a membrane consisting of the gene products and protein complexes having at least some part of their peptide sequence embedded in the hydrophobic region of the membrane. | ||
| Molecular function | ATPase activity | Catalysis of the reaction: ATP + H2O = ADP + phosphate + 2 H+. May or may not be coupled to another reaction. | ||
| Molecular function | ATPase activity, coupled to transmembrane movement of substances | Catalysis of the reaction: ATP + H2O = ADP + phosphate, to directly drive the active transport of a substance across a membrane. | ||
| 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 LotjaGi3g1v0150300.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
Loading expression data from ljgea-geneid. Please wait…