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 | LotjaGi1g1v0534000 |
| Transcript ID | LotjaGi1g1v0534000.3 |
| Related isoforms 4 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | ABC transporter ATP-binding protein; TAIR: AT3G55320.1 P-glycoprotein 20; Swiss-Prot: sp|Q9M3B9|AB20B_ARATH ABC transporter B family member 20; TrEMBL-Plants: tr|I1N529|I1N529_SOYBN Uncharacterized protein; Found in the gene: LotjaGi1g1v0534000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:106226778..106242254) extracted from Lotus japonicus Gifu genome v1.2.
GAGATGATGTCTAGGGGATTGTTCGGGTGGTCCCCGCCGCATGTGCAACCACTCACGCCGGTTTCGGAGGTTTCCGAGCC GCCGGAGTCTCCTTCGCCGTACCTTGATCCCGGCGCGGAGACCTCCGCGTCGCAGCAGGTGGAGGTTGAGGAGGAGATGG AGGAGCCGGAGGAGATCGAGCCTCCTCCTGCTGCGGTTCCGTTCTCGCAGCTCTTTGCCTGTGCTGATAAGTTTGATTGG TTCCTCATCGCTGTTGGTTCTGTTGCTGCTGCCGCTCACGGCACCGCGCTGGTGGTTTACTTGCATTACTTTGCTAAGAT CATCCATGTGCTCCGGGTGGATCATGCCTCGTCGCAGGAGCGGTTTGACAGGTTCACCGAGGTTAGATTCTGATTCAATT ATATGCGCAAAATAAAACCCTAGTTTTAGCTTATGATATAGATATATACATGGATGTTTTTGTTCTCCTTTGAGATGTAA TTGAAGCTTGAGTTGGAAAATTATTTGTCGAAATCTTGTGTTAGGTTTCGTTGTTATGGGAGCATAGGATGTGCATGAAG GTTTCTGTTTCTGATAGTTTGGCTCGCTTGGCTAGCAAGTTGTTGAGGAAGCTATAAACTTAGGGTTCAAAGCTTTGTTT ATCAAAATGTTCTTCTATGGTGTTGTTCTTGTTGGTTGTCTTCTAGGCAATGTGTACTGTTCTATTAGTTTTTTTCTGTT CCATGTCTGAAGTGATTTGGTTAGCATGCGGGAGCTTCGGGGGTTAGAAACATTTTGTATCCAGATTCCTTAAATCGTCG AATCTGCTTCTTGGCGTGATTGATTGGGCAATGAGGAGTTCTGAAATTTGTTTGGTTCAGCTGATTTTTTGTCGTGGCCT CGTGGCTTGTCTTCTTTTGAAATCTGATCAGATTCACGGTCTATTGCCTGCTCCTTATTTTCATAATTGCACCTCTTGCA TTGAATAGGCACAATGTCAGTTTAGGTAATTGCACAATTACTTTTCCTTGGAACTTCTCACTCTTGTATAGTCTTTAGGC ATTTATGAGGGGAGATCGTTTAATATTTTAGAGATAATTTTTGGCCTATCCTTGTGTATAATGAATGAAATCATCTTGGA TGGCCCTGGCCGTAAGGGTTAGTTATATAAAGTTTCATGACTTATAGTAGTTTTTTCAGCTCGATGAGTTGATACAGGAA CTAGTCCAACGTCAGTTGATTGAGTCATGGAAGTGGTATCTCCTCTGTATAGCTTAGAATGCATTTCAAATTTTCGAGTC TCAACCATTCAAGGATGACAGAATTGTTAGGTTTTAATCAGTTAGTATTTTCTAGGGTGAATCGGTGGTTCGAAAAATAT TGGAGTGTGATGGGGTGTACGTTAAATTATGTGCAATTGTCAAGTAATAGGAAGGCATTTTATAATGAGTTTATTAGTTG TTTGGTTGCTGTGAACAATAACCACAGGCAGAGGGCTTTGGGTTTGATATGTTTTGGGGAAAATTCAGAAAACTAATGAT TTGGGGTTTCAAATTTTGATTGGATTGTATTTATCTCGCTGTCTTCTGAGAAAATAAATTTGAAGAGAGTACAACATTGA AAGAAGAAAGATAGTAATTGCACAACTTGGATGCAATTTGCTGCCATAATTCGTAAAACTGATCATCCTGCTAAAAAAGG AAAAAATGTTGCAAATTTCTGAATAGGTCTTTTCTACCTATCACTTATCCTCCAAGGCTAAGGAGTAAAGTTCTAATCCT TTAAGTATTAGAAGTCCTACTATTACTAGGGAAGATATCAAAATAAGATCGGATTTCAGCTGAATAACATAGACTCAATT TTAAATTAAACCCTGAAAAAATATCGCTAAATACCATTAAATAGAAAATATTCAACTTGAAGTTTCATTCCCTGATAGGG TGATTAGAATTGTCTGCATGTAATATATCTTATGAGTGATTGCCTGATTCTTTCTTTTTGAATTTTGTAAGGGATGGGAG AGTAAAAAACAAGTAGGGAAGTTACGGAAGACGATAAATGTATTGAATTGACGGTGTAGATTATACTGATCCTACTCCTG TAGTTGTATGTGTTTGATTTTATTTTATCTACTATTTCCACCTTTGAAACAGAAGAGCATAAAATGCTTGAATTCATTGG AACACTCTTTACCTCTAACTCTTTCACAAGTTTGTCTATCTTATTCTTGGTTGGTCTAATTTTGGTATACCTTTTGTTAT TTTAAATTTTGAAATGAGGAAATTTTGGAAGATAAATGATCTTCAGTTTTCTGCAAAGCATTCACTGTGATTCAGTGTAC TTATGCTAACTTACCCTTTTTTCTTCTGCAGCTTGCATTGACCATTGTTTATATTGCAGTCGGAGTTTTTGCTGCTGGTT GGATTGGTAAAATTAAATCTTCATCAAAACTAATCATGGGAAAATGTGTTTTATTAGATATTGAATTTATATCTGCTGCA TTACTAATGGGGTTTTTATTTTTTTATTCCCGGTAATTAGAGGTTTCATGTTGGATTTTGACTGGAGAGCGGCAGACTGC TGTCATCAGGTCCAACTATGTTCAAGTATTGCTAAATCAAGATATGAGTTTTTTTGATACTTATGGGAATAACGGGGACA TTGTGAGTCAAGTATTGAGTGATGTGCTGCTTATCCAGTCTGCCCTTAGTGAAAAAGTATGTCTTGTTCTAATCATGTTA TAAATTTGTTCCTTTGGAAATGTTAACTTCTTCACAGATCATATCTCCAGACATATGTCTCGTATATCATGTTTATTTGC CCTTTATGATGCAGGTTGGAAATTATATTCATAATATGGCTACATTCTTCAGTGGTCTTGTCATCGGCTTTGTCAATTGT TGGCAGATTGCTTTGATAACATTAGCTACAGGTCCTTTTATTGTTGCTGCCGGAGGAATATCAAATATATTCCTCCATAG GCTCGCCGAGAATATCCAAGATGCATATGCTGAAGCAGCTAGCATTGCTGAACAGGTTGTTTATCCTTTGAATTTTAATC CTGTTATACATTGAACCAAATACTTTCTCCCTTTCTTTTATTGTGTTTATGCATGGGTCAGTCATATAGATGAATTTAAG GTGCCATTGCAGTACTCTTCTGCATTGAAGTTCAAATGAGACCACCTTATCTGTTTTAAAATAACTGCTTCTTTATAATT AATAATTAATGATTTTTAAAGCTGACTTGTGGAATGGTCCCATGTTGATTTGCTTTCAATTTCTTAGATGGTGTTGTGGA TTTATTTTTTATTTGTTTCTACTGGTGCCTTCTGTATTTATGTCATATTGAGTCTTCATTTTGGGTGCTAACATTGAAAT TTTCCTAACCTATCCATAATGAAATCATGACAAGGTGTTCTCAGGGCGAACCATGTTTATATTTTACTAATAGAGTTCGA CAGGAATGCATGATATATTGATATCCTTAATCTTTTAAGGTGTTTTTGTTGAAGACTTCCTAAACTATCTACCTGAAAAT GAAAAGATAAGCAACAAGTATTTGGATTGGAGAATAAAAATCGTGCTTTGTCTTGTATGTATCCATCTTTTAAAATTGCA AAGGGGCCGCAATTTTTTTCTCAGTTAAAATCTTACTACAAGATTGCTTTAGGCTTATACTCCCTCCGGTCCTATTTATA AGCATGAAAGAGAAGAAAAATCTTGGTCCTTTTTATAAGAACCAAATGAAAGTTTGAGCTATATTAATTAATTTTTTCCA ATGATGCCCTTATTAATTCTAACTTGTAAAATGTGTCTCATTAATTATTCTCTCTCTTTTCCACTTTCCAACACTAATAA CAAAGGGTAATTTTGGAAGTTCATTTTAATTTAAGACAAATTTAATGCATTTTATCTAGTTTAACTACATTTCTTAAACT ATGTGAATTTTTTTTTTTGTTGCTTATAAATAGGACCGGAGGGAGTAGCTATCTTTTAAAATGGAAATGGAGCCACAATT TTGTCTGAGTTAAAACCTTACTAGTTTTTCTTTCTTGAGTAGGTATGTTGTTGGAATTTTAAGGTTGAAATACTGATTCG AATTCATACTCCTTTGCTAGAAAATCCTTTGGTAGTAGTCCTGATTAATTTCAAGCTTATATCTTTAACCATAAGAGTCC TAGTGGTGCTTCAGATTTTCTGACTATGATAAAAGCGTCTCACTTTTGGTAACTTAATGGAATCTCCCTCTTCTTTTAAT CTTGCTGCAGAGACTGGACAAATTTTATATATATGTAGATGAGTGTGCACACACACAGACATAGGGTGTAGCTAGTGAGT GTCTTCTTTTCATGAGTGAGAGGAGTATATTCTGACCAATGGCAATACAAGATGGTCGAGATTAAAATTTATTTAATGGT CACATGGCTACTTAAATAAGTCACATGACTTATATGGTTTAATTTTGACTATTCATGATTAGATTTGATGATCAAGTTTA CTCCTCTCATTCTCACATAAAGAATACACTCTTAACTGATACGTTCAATATATATACATATATACGATTGCTCTAATTGC TATATTATTAGTTAGATGATAAATGCTTTAGTTTTATCTTAAACTTTTTCTTTAATATTTTGAATTTGACAAAGTGGAAA GAATGGTGAAATTCTTGTTATCTTGTGAAGTATTTAGTGCCATGGATGCTGAGGGTAAATCATTTCTTATGATGCAGGCA GTTTCCTATATAAGGACATTGTATGCATTTACAAATGAAACGTTGGCCAAGTACTCGTATGCAACTTCACTACAAGCTAC TCTTAGATATGGTATATTAATAAGTCTTGTTCAAGGGCTTGGTCTTGGATTTACATATGGGCTTGCAATATGTTCTTGTG CTTTACAACTCTGGGTTGGAAGATTCTTGATTATTCATGGAAAAGCGCATGGTGGTGAAATTATTACAGCTCTGTTTGCT GTAATTCTAAGTGGCCTGTGAGCATCTTTCTCAACTTATATATTTTCATCATATGTTTGTCATTTTACTTATAAATTGTT TCTTTGATTCAGGGGGTTGAATCAAGCAGCCACAAATTTTTACTCATTTGATCAAGGGCGAATAGCTGCTTATAGGCTAT TTGAGATGATAAGCCGGTCATCCTCATCTGTTAATCATGATGGCACTGTCCCTGATACTGTGCAAGGAAATATTGAGTTT CGGAATGTTTATTTCAGTTATCTTTCTCGTCCTGAAATCCCTATCTTGAGTGGATTTTATCTCACTGTACCTTCTAAGAA AACTGTAGCACTTGTTGGCAGAAATGGCTCTGGAAAAAGTAGCATCATTCCTCTCATGGAGCGTTTTTATGATCCTACAT TAGGTGATATTTCTACTTCAATACTGTTAAGTTTCACAATGCATTCCCAGCACTATTTTGGTAATTTGCAGATTTAAATT GTTTTGCTAATCATTGATTCAGGAGAAGTTCTTTTAGATGGTGAAAACATCAAGAATTTGAAACTGGAGTGGCTGAGGAG CCAAATAGGACTAGTTACTCAGGAGCCTGCTTTGCTCAGTTTGAGTATAAGAGACAACATTGCTTATGGGAGGGATGTCT CCATGGATCAAATTGAAGAGGCTGCTAAAATAGCTCATGCACATACATTTATTAGCTCATTACAGAAAGGTTATGACACA CAGGTGAAGCTTGGTTGCATCATCATATACCTATATGGATTGTATTTTGGGAGGCTATATTTTCAATTGTTTCCATTTGA GTGGAGATCACATTTTTATTTCCAAAACTGGTGCTCCTGTCTCAGGTTGGCAGAGCTGGTCTATCTTTGACTGAAGAGCA GAAAATAAAGCTCTCGATTGCAAGAGCTGTGCTTCTAAATCCTTCAGTTCTTCTACTTGATGAGGTTACTGGTGGACTTG ATTTTGAGGCTGAGAGGGCTGTTCAGGAGGCTTTGGATCTGCTCATGTTAGGACGCTCAACAATTATAATTGCTCGAAGG CTTAGTCTCATAAGGAACGCTGATTATATTGCAGTTATGGAGGAAGGTCAACTTGTTGAAATGGGTACTCATGATGAATT GTTGACCTTGGGTGGTCTATATGCAGAGCTTCTTCGATGCGAAGAAGCAGCAAAACTTCCCAAGAGGTACTAGAACAAAC CATGCTTTTTCTTTTGCTATGTATTCTTGTTTGTGTCTGTCTACCCAGAATATAGCATGGTTCTTTCAAAAAAAAAAAAG TATTGCCATGGTGAAAGTGGCAATAATTTAAGAAAATTATTTCTTAGGTTAATAAACTAACTATATTTGTATTCTCTAGT GCATTCCCACTGAACTACATCATTTTAAATTTTTATTTTAATAATGTGCAAGAATTTCCCACTCCTTATTTTTTTACGAT CACCCAGGATGCCTATTCGAAACTACAAGGAGACTGCAGCATTCCAAATTGAGATGGATTCTTCAGCAAGCCATAGCTTC AATGAACCATCATCCCCTAAAATGATGAAGTCACCCTCTCTTCAAAGAGTTTCTAATGTGTCACGGCCTCCAGGTGGCAT CTTTAACTCGCAAGAATCACCCAAAGTTCCAAGCCCACCACCTGAGAAGATGCTGGAAAATGGTCAGGCATTGGATGCAG CTGATAAGGAGCCATCAATAAGAAGGCAGGATAGTTTTGAAATGAGACTGCCGGAGTTACCCAAGATTGATGTACATTCT GTACATCGGCAAAAATCAAATGGTTCTAACCCAGAATCTCCTGTTTCGCCTCTTTTAACATCTGATCCTAAAAATGAACG CTCCCATTCACAGACTTTCAGTAGACCACATAGTCATTCTGATGATGCTTCAGTTACAACGAGAGAGAAAAAGGATGCAC AGCATCGGAAGCCACCATCACTTAAAAAGCTGATTGAGCTTAGTTATGCTGAGTGGCTTTATGCTGTGTTAGGAAGCATA GGTGCTGCTATCTTTGGTTCTTTCAATCCCCTTCTTGCTTATGTTATTGGACTTGTGGTGACAGCTTACTATGAAATTGA TAATCAGCATCACTTAGAACGGGAGGTAGACAGGTGGTGCTTGATCATTGCCTGCATGGGCGTTGTAACAGTTATTGCCA ACTTTTTGCAGCATTTCTACTTTGGTATTATGGGAGAAAAAATGACAGAAAGAGTTAGGAGAATGATGTTCTCAGGTGCA TAACAACTCCTCTTGCAGTATTTTCTTTAAAAAAGATGTGGTATTTTGAACATCAATTAATCTGTTTCTATAATATGACA GCCATGCTCCGAAATGAAGCAGGATGGTTTGATGATGAGGAAAACAGTGCTGACAATTTATCCATGCGATTGGCTAATGA TGCTACCTTTGTACGAGCTGCTTTTAGCAACCGGCTTTCCATATTTATACAGGACAGTGCTGCAGTTATTGTTGGTCTTC TCATTGGTGCTTTGCTGCACTGGCGGTTAGCACTTGTAGCTTTTGCAACCCTTCCAGTTCTCTGTGTTTCTGCAGTTGCT CAGGTTTGCACCAGCTCCTCTGTTTTTCCAATATAACTATTTTTCCTTGTCATGAATGAATAATTCAAAAAGATTAAGTT GTTGGATGATAACATATTTAATTTTTCTGGCTTGAAGTGTGAACAATGCATATCTTGTGTTGAAATTGAACTTGTTATTT AGAAGAATGGGACAACAAGAATTTAACTGTAGACCGCGTGGTCATAGAGATGGATACTGTTGTACTATCAACTATGACAT GGACCAATTATCTCAAAAACTAAAGTTGGTGGATCAAAATGAAAACAGATGAATAGTTTTTTTTTTATATCTAACATACT TGGTTGGGTTGAGCTTTGATTTCTTGGATGCCATGTCAATGCTGTTCGTGGAAATGAATGCCTCTAGCACAATCCTGTGA TTTTGAAATTTTCTAATTTATAAAAATTCCAGGTTATGAATGGAACATGGACGCTAATCCAAATTGTGTGATTTAACACC ATTGATATCATGCTAATGGTGTTTTATGTTCATCATAATCACAAACCAAGTAGGATGGATAATATTCAAGTGACAAATCT GTTTAGATGTAGAATTGGTATCTCCTTTACAGCAGGGTTGTTGTGGGAGGCAAAATAAATTCAAAACCATAAACTTACTG ATACTTGGAAAAAGAAAGGAAAGAAAGGGAAAAGGGCCATTTTCATTTGAGTCTTTTTTTGGGGTTGAGACTTGAGATTC ATTTGTGTTTCTCTGAAATCAAGGCTAAATGGTAATGAGGTGAGCTTGGAAACTCAACGAGTATTCTGTTGTGATTAATA TTGATTTTGAATTTGATGTGGCGTTGTCTTTGAATTTGGGTTAGGCCTAACTCTACTCCAAAAGCTAGCTTGGAGGTGAG GGTTGTTCTATTTTTTAAAAGGACTTAATTGGCCTTATCTCTGGTCAATGTGGGGCTTCTCAACACCTTGCATTAACTCT AATACATGATGTTTCGGTTAGCTAATTAATAGCTTCTAATGAGCTTAATTTGTCAAGTGTCTATGGCTAATTTTATTCTT CCTAAAAATTTGACTTTTGTCCTTAGAAAGTTTATATGGCTGTAATATTTATCTCTTCACAGCATTACTGTTAACATGTT TGAATGCTTGTTCAACATCTTTTGTTGGGTTCACTGATGGAAACCAAAGTCACAGTAAAGAGAAACAGTAAGCAAAATGA GGAAAAAGGATTTAATATTGATTGAATCAGAACAAATACAATAGCAGAAGCTAAAGTCCCAGAGTAAACACTCCTATAGA GAAGAAACCTCTCTATCCAGATATTTTCTTAACAATACTCTTCATACCCCTTCCCTTTGCTAACAATGAACCTATAAAGG GAATCTCTACACCTCACACATTCCTCCCCCTCCGCATTTCACGTAACTAACTCTCCAACCTCACTCTCTCACCTCCAGCT CATATTCCTGAAGCTTCTTTCCCTTTCTTATTTTTCCTAACATAAACCCTCCACACTTTGGGCCTGCTCTCTTGTGTTTT GGCCCACTCTCTACCAACGGTCCTATCACTCCCACCATCTTGAGGAACAACCTTGTCCTCAAGGTTGAAAGCGGGAAACT GATTTGAAAGAGTAAACTCATCTTCCCATGTAGCTTCTTCAGCAGGTTTTCCTTGCCACTGAATCAAGTACTGAGTGATT GTCCCCCCCTGCTGCTGTACAGTGCGAACAGCCAAAATTGAGCTGGGTTCAATGGTAATAGGAGTCTCTCCGGCCAAACC TTCTGGCAGATCTTTCTCAGCTTGATATTCCCCAATTGCCCGTTTCAAAAGAGAGACATGGAAGACAGGGTGGACTCGCG AATTTGCAGGCAAACGGAGTTTGTATGCGACAGCACCAATGCGTGCAACGACCTCGAAAGGACCAAAATAACAAGGAGCT AGCTTAGGATTAATCCTTTGAGCCACAGACTGTTGTTTGTTGGGTCGTAACGCAAAGGAAATTTCCTTGCGTTTCTTATC AGCCTGGGATTTCATCTTGCCCTGAGCGCGCAAAAGATGGGCTTTCAGTTGGCGCAAAGCCTCATCACGATCCTGCAATT CACGGGCTACAGCCTCCACCTTAGTTTCTCCAATTGTGAAACGTAACAGAGTGGGTGGCGCTCTGCCATACACTACTTCA AAAGGGGTGACCCCGGTTGAGACATGGTACGTTGTATTGTACCAATATTCTGCCCAAGGCAGCCATTGAAGCCATGTCCG GGGTTGATCCGCGATAAAACATCTCAAGTAAGTTTCCAGACAACGATTGATGACCTCCGTTTGGCCATCCGTCTCAGGAT GGTAGGCGGTGCTCATAGCCAAACGTGTGCCCTGTAGCTTGAATAATTCAGTCCAGAAAGTACTCACGAACACAGGATCA CGGTCACTCACAATAGACACGAGAACACCATGAAGCCGCACTATCTCCTTAGCAAAAGTTTCTGCTATTCCTTTTGCTGT GTAGGGACGTTTGACTGGAAGGAAATGGGCATACTTAGATAAACGATCAACAACGACGAAAATTGTATCCGTACCTCTTA TCTTAGGCAAACCCGTGATAAAGTCCATAGAAAGCTCTTCCCAGATTCTGTCCGGAATGGGTAGAGGCTGGAGTAAACCC CCTGGAGAAGTGGCCACATATTTCTGACGTTGACACACATCACACCCCTTCACAAACTGCTGTACTGAGTTCTTCATGCC AATCCAGTAGACATTAGCTGCCAGTCGACGATAGGTACGGTAGAAACCGGAGTGGCCCCCTTGTGGAGTGGTGTGGAATT CTTGGAGCAACTTGGGAATCCACTTAGAATTTGCAGAAATTACCAGTCGATTAGAGTAGTACAGCACCCCTTGAGAATAA TTAAAACCGGGCTTGCTCATTGGGTCCTCTTTCAAAGCAGAGATGATGGAAGCTAATTTAGCGTCTTGATGCGCTTCTTG GACAATTTGTTCACCTTCTAACCAGCTTGGATAAGAGATTATAGAACTGAACTCTCCTTCTTCAAACATGCGGGACAAAG CGTCAGCTCCTTTGTTTGTTGGGCCAGGTTTATAAACTATATCAAACTGATATCCCAACAGCTTAGCGGCCCAGTTTTGC TGATCTACAGTGGTAATACGCTGGTGGAGCAATTTTCGAAGGCTCTTCTGGTCAGTACGTACGGTGAATTGCCTACCCAG CAAGTAGGGACGCCAATGCTGGATTGCCAACACAATGGCCATAAGCTCTTTCTCGTATGCCGACTTGGTCAAATTACGCT CACTGAGGGCTTTGCTAAAGTATGCTATTGGCCTTCCATTCTGCAGTAAAATCGCTCCAATCCCATTCCCTGAAGCATCG CTCTCAATCACGAACGGTTGAGAGAAATCGGGTAGAGCCAACACGGGATCAGTGGTCATACAGGTTTTTAACATATCAAA TGCTTCCTGTGCCCTCGCATTCCACTTGAAACCTTCCTTCTTGGTTAGGTCTGTTAACGGCCGAGCAATCTTCCCATAAT TCTGGACAAATTTACGGTAGTAACCCGTTAGTCCCAAAAATCCTCTTACTCCCTTCACATTCTTGGGAGTAGGCCAATTG ATGACACTTTGTATTTTGCTCGGATCCATGGAAACCCCCTGAAATGAGACTACATGCCCCAAATACTCAACTGACTGTTG TGCAAATGAGCATTTCTTTCGGTTTGCTACCAACCCCTGTTTTCTCAGTCTGTCAAACACCATTGTGAGCTGCTGTAAGT GTGTTTCCCAGTCAGAACTGTACACTAATATGTCGTCGAAGAACACTAGTACATTCCGACGCAACAAGTCACGAAAAACC TCATTCATCAATGCTTGAAAGGTTGAAGGCGCGTTCATTAACCCAAAAGGCATTACCAAGTACTCGTAATGGCCTTCGTG GGTACGAAACGCAGTCTTGGGCACGTCTTCTTCTCTTACCAGAACTTGGTGGTACCCGGATTTCAAGTCCAATTTGGAGA AAAACCGAGCCCCATATAACTCATCAAGAAGCTCATCGATCACCGGAATGGGAAACTTATCAGGGATAGTGGCTTTGTTT AATTCACGGTAGTCCACGCACATTCTCCAGGACCCATCTTTTTTTTTAACCAAGATTACTGGACTCGAAAAAGCACTCTG GCTATGTCTTATGATTCCCTGCTGTAACAGCTCTTGCACCTGCTTCTCAATTTCATCTTTGTGATGATGGGAAGAACGGT ATGGTCTCACGTTGACTGGACCATGCCCTGCTAATAAATTGATTTGATGCTCTCGCTGCCTCTTGGGTGGAAGCCCTCTT GGAGCCGTGAAAACGTCCACAAATTTCTCCAATAGGGAGGTTAATTGTTGGCTCTGCTTCTCAGTCAATTGCTCTACATT CCTGTTTTGTGATTTGGAAATTTGGGACTCCAAGACACTAGACAGAAAATACCCTTCAGGAGTTCTGATATCCTGGTGCA GAAAGCTTTGCAATGCCCCTTGATCATCTCGAGAGCCTCCCTGTCCCTGAAAATGGAACCAACGCCCTTCCTGTTGGAAG CGTACAGTCTGCTTTCCCCAATTAATGAGCATATCTCCCAGAGTTACCAACCATGCTATTCCCAGTACCAGGTCGATTCC ATCAAGGTCGAAGAGTATGGCTTCCACTATGGTTTTGTAATTAGCAATTTCCAAACTAACCTGCTCACACTTACCACTTG CAGTAGTCTTACTTCCATCTCCTAGAAGGATGCGCATCGTCGGAGTAGCTTGGGTTGCCCATCCCATAGTCTCGACCACA CGCTTGGATATGAAATTGTGTGTGGCTCCGCTGTCCACGAGGATCAAAATCGGGACTCCCAGAATTGAGCCCTGCAGTTT CATTGTTTGTCCCTGTATGGGCTCGGAGCTCAGCCGCATGATGCTGCACGCGCAGTCGACTGCAGCATCGTCTTCATCCT CCGTTTCAGCTGATAGCTCCCCTGCTTCCCCAACGTCATCCCCTTCTTCCAGCAGCATGATTCGGATTTGTTTGTCTGGG CATTGATGGAGAGGGTGGTACTTTCCCCCACACTTAAAACAAAGACCCTTCTGCCGGCGATCCAACAGCTCTTGGTATGG TAGGTGGCGAACACCCTTGTCGCGCGGTTGGGGTCGAGGGTTCCCCTTCTCCTCTCTGCGATCTCCCTTATCGTTCTTCA CCATGATCCAACCCGGAGGTGAATCCCGACCCGGTGGACCTGTCCCACTTGAAACTTGGTGGGCTGCTCGGGTAAAAGAA CCCGGCCCATAACCCGATCGCATCCCTCCTCCTTTTGACCCGACTGATGAGCGAACCGGCCCATGGAACTCCGTCTCTAT TGCTTTGGCCAAGGGAATCAATCTGGATCGAGGGAGAGAAGTCAGGGCTCGCATGCTTCTGACCCGTGCGCGAATGTCTT CACGGAGGCCATGGATGAAGTATCCGAAATACTGTTCATCTGGGAGATTCGGTGCTTGTGATAGCAACCGCTCGAATTCC TGAACATACTCGTCAATGGTACCTCTCTGTTGAAGATCGGAAAGTTGCTCAAAGACATCTCCTCGATTAGCCGTTCCATA GCGTTCAAGCAGTTCATTGGTGAGTTTTTCCCAAGTTAAACCTGGGTCCAAGTGCAGCAAGGAGTTGAAGTAATGGATTG TGGATCCCTCCATACACAGGTGAGCCAGATTTACCTTGACCTCTGGACTCGTTCCCATGACATGGAAGTATACCTCAGCT CGAGCAATCCATCCTGCAGGGTCCTCTCCATTGAACAAAGGAAGCTCGACTTTCTTAGCCGATTTCCTAAATTCATCCAA GAGTCCTCCATCAAGCTTAGTCCAACCAGATACATAAGAAGGTCCTCCGTTCTCCTTCTCCGATCTAACAGGGTTGGGGT TATCGCGGATACTCCCAGAGTCTTCCTTCTCTGGCGTTGGTTTGCCCACATTCTGGGCCAGGAGTTCAAGCAACTGCGCT TGATTGTTGTCAGCTTTCTCCTGCATCAGGACAAGGGTAGTACGAAGATGAGCTACTTCGTCTTCAAGCGCTGCAACCTT TGCATCCATTTTCTTTGCTGTTTTCTGCGGTGGCATCAATCAGATTTCCAGCACTGGTATCAGTCTCGTGATTATCCGGT AGGTCGGACCAATTTGATGGAAACCAAAGTCACAGTAAAGAGAAACAGTAAGCAAAATGAGGAAAAAGGATTTAATATTG ATTGAATCAGAACAAATACAATAGCAGAAGCTAAAGTCCCAGAGTAAACACTCCTATAGAGAAGAAACCTCTCTATCCAG ATATTTTCTTAACAATACTCTTCATACCCCTTCCCTTTGCTAACAATGAACCTATAAAGGGAATCTCTACACCTCACACA TTCCTCCCCCTCCGCATTTCACGTAACTAACTCTCCAACCTCACTCTCTCACCTCCAGCTCATATTCCTGAAGCTTCTTT CCCTTTCTTATTTTTCCTAACATAAACCCTCCACACTTTGGGCCTGCTCTCTTGTGTTTTGGCCCACTCTCTACCAACGG TCCTATCATTCACTGTCAGTTTTTGTGGAAATCTTAGGGTCTATTTGGTTTAAGAAAATGTTTTTTGATTTCATTTTTAA TTAGACAAATGTTATCTTCTTTTCACTTTTTTCCCCCTGTTTTCAATAAAAAATGCATATTAAATTCAACCTGCTTAAAT ATTGCAGAAATTGTGGCTTGCTGGATTTTCAAGGGGCATCCAGGAAATGCACAGAAAGGCATCTTTGGTTCTTGAGGATG CAGTTAGAAACATATACACTGTAGTTGCATTTTGTGCTGGCAATAAGGTAATGGAGCTCTATAGGCTGCAGTTAAAGACA ATATTTAAGCAGAGCTTTCTTCATGGGTTGGCAATTGGTTTTGCATTTGGCTTTTCACAATTTCTACTTTTTGCTTGTAA TGCCCTTCTGCTTTGGTACACTGCAATATGTGTAAAAAATGGTTATGTAGATCCATCTACAGCGCTCAAGGAGTACATGG TTTTCTCATTTGCAACATTTGCACTTGTGGAGCCTTTTGGATTGGCTCCTTACATACTTAAACGAAGAAAGTCTCTCATA TCAGTGTTTGATATTATAGACCGTGTACCTAAAATTGATCCTGATGATACCTCAGCATTGAAGCCGCCCAATGTATATGG AAGCATTGAGTTAAAAAATGTTGATTTTTGTTACCCATCTCGTCCAGAAGTGTTGGTATTGAGCAATTTTAGTCTCAAAG TCAATGGGGGCCAAACAGTTGCTATTGTGGGAGTTTCAGGGTCAGGAAAGAGCACTATCATATCTTTGCTTGAGAGATTT TATGATCCCGTAGCCGGCCAAGTTTTTCTGGATGGGAGAGATTTAAAGCTCTATAACTTGAGATGGTTGAGGAGCCACCT TGGTCTGATCCAGCAGGAACCTATTATCTTCTCAACAACCATAAGGGAAAACATTATATATGCAAGGCACAATGCCAGTG AAGCTGAGATGAAAGAGGCTGCAAGAATAGCAAATGCTCATCATTTCATCAGCAGTTTGCCTCATGGTTATGACACTCAT GTCGGGATGAGAGGTGTTGACTTAACCCCAGGACAGAAACAGAGAATTGCAATTGCAAGGGTAGTGCTGAAAAACGCGCC TATCTTGTTGTTGGATGAAGCAAGTTCATCAATTGAATCTGAGTCAAGCAGAGTGATACAAGAGGCTCTAGACACGCTAA TAATGGGAAACAAGACCACTATTTTAATAGCGCATAGGGCTGCGATGATGAGGCATGTGGACAATATTGTAGTGCTTAAT GGAGGCCGGATAGTGGAGGAAGGGTCTCATGATTCATTGGTGGCAAAGAATGGTCTGTATGTCCAATTGATGCAACCTCA TTTTGGTAAGGGTTTGCGGCAGCATCGGCTTGTTTAG
CDS sequence (LotjaGi1g1v0534000.3) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGATGTCTAGGGGATTGTTCGGGTGGTCCCCGCCGCATGTGCAACCACTCACGCCGGTTTCGGAGGTTTCCGAGCCGCC GGAGTCTCCTTCGCCGTACCTTGATCCCGGCGCGGAGACCTCCGCGTCGCAGCAGGTGGAGGTTGAGGAGGAGATGGAGG AGCCGGAGGAGATCGAGCCTCCTCCTGCTGCGGTTCCGTTCTCGCAGCTCTTTGCCTGTGCTGATAAGTTTGATTGGTTC CTCATCGCTGTTGGTTCTGTTGCTGCTGCCGCTCACGGCACCGCGCTGGTGGTTTACTTGCATTACTTTGCTAAGATCAT CCATGTGCTCCGGGTGGATCATGCCTCGTCGCAGGAGCGGTTTGACAGGCAATATTCACGGCACAATCTTGCATTGACCA TTGTTTATATTGCAGTCGGAGTTTTTGCTGCTGGTTGGATTGAGGTTTCATGTTGGATTTTGACTGGAGAGCGGCAGACT GCTGTCATCAGGTCCAACTATGTTCAAGTATTGCTAAATCAAGATATGAGTTTTTTTGATACTTATGGGAATAACGGGGA CATTGTGAGTCAAGTATTGAGTGATGTGCTGCTTATCCAGTCTGCCCTTAGTGAAAAAGTTGGAAATTATATTCATAATA TGGCTACATTCTTCAGTGGTCTTGTCATCGGCTTTGTCAATTGTTGGCAGATTGCTTTGATAACATTAGCTACAGGTCCT TTTATTGTTGCTGCCGGAGGAATATCAAATATATTCCTCCATAGGCTCGCCGAGAATATCCAAGATGCATATGCTGAAGC AGCTAGCATTGCTGAACAGGCAGTTTCCTATATAAGGACATTGTATGCATTTACAAATGAAACGTTGGCCAAGTACTCGT ATGCAACTTCACTACAAGCTACTCTTAGATATGGTATATTAATAAGTCTTGTTCAAGGGCTTGGTCTTGGATTTACATAT GGGCTTGCAATATGTTCTTGTGCTTTACAACTCTGGGTTGGAAGATTCTTGATTATTCATGGAAAAGCGCATGGTGGTGA AATTATTACAGCTCTGTTTGCTGTAATTCTAAGTGGCCTGGGGTTGAATCAAGCAGCCACAAATTTTTACTCATTTGATC AAGGGCGAATAGCTGCTTATAGGCTATTTGAGATGATAAGCCGGTCATCCTCATCTGTTAATCATGATGGCACTGTCCCT GATACTGTGCAAGGAAATATTGAGTTTCGGAATGTTTATTTCAGTTATCTTTCTCGTCCTGAAATCCCTATCTTGAGTGG ATTTTATCTCACTGTACCTTCTAAGAAAACTGTAGCACTTGTTGGCAGAAATGGCTCTGGAAAAAGTAGCATCATTCCTC TCATGGAGCGTTTTTATGATCCTACATTAGGAGAAGTTCTTTTAGATGGTGAAAACATCAAGAATTTGAAACTGGAGTGG CTGAGGAGCCAAATAGGACTAGTTACTCAGGAGCCTGCTTTGCTCAGTTTGAGTATAAGAGACAACATTGCTTATGGGAG GGATGTCTCCATGGATCAAATTGAAGAGGCTGCTAAAATAGCTCATGCACATACATTTATTAGCTCATTACAGAAAGGTT ATGACACACAGGTTGGCAGAGCTGGTCTATCTTTGACTGAAGAGCAGAAAATAAAGCTCTCGATTGCAAGAGCTGTGCTT CTAAATCCTTCAGTTCTTCTACTTGATGAGGTTACTGGTGGACTTGATTTTGAGGCTGAGAGGGCTGTTCAGGAGGCTTT GGATCTGCTCATGTTAGGACGCTCAACAATTATAATTGCTCGAAGGCTTAGTCTCATAAGGAACGCTGATTATATTGCAG TTATGGAGGAAGGTCAACTTGTTGAAATGGGTACTCATGATGAATTGTTGACCTTGGGTGGTCTATATGCAGAGCTTCTT CGATGCGAAGAAGCAGCAAAACTTCCCAAGAGGATGCCTATTCGAAACTACAAGGAGACTGCAGCATTCCAAATTGAGAT GGATTCTTCAGCAAGCCATAGCTTCAATGAACCATCATCCCCTAAAATGATGAAGTCACCCTCTCTTCAAAGAGTTTCTA ATGTGTCACGGCCTCCAGGTGGCATCTTTAACTCGCAAGAATCACCCAAAGTTCCAAGCCCACCACCTGAGAAGATGCTG GAAAATGGTCAGGCATTGGATGCAGCTGATAAGGAGCCATCAATAAGAAGGCAGGATAGTTTTGAAATGAGACTGCCGGA GTTACCCAAGATTGATGTACATTCTGTACATCGGCAAAAATCAAATGGTTCTAACCCAGAATCTCCTGTTTCGCCTCTTT TAACATCTGATCCTAAAAATGAACGCTCCCATTCACAGACTTTCAGTAGACCACATAGTCATTCTGATGATGCTTCAGTT ACAACGAGAGAGAAAAAGGATGCACAGCATCGGAAGCCACCATCACTTAAAAAGCTGATTGAGCTTAGTTATGCTGAGTG GCTTTATGCTGTGTTAGGAAGCATAGGTGCTGCTATCTTTGGTTCTTTCAATCCCCTTCTTGCTTATGTTATTGGACTTG TGGTGACAGCTTACTATGAAATTGATAATCAGCATCACTTAGAACGGGAGGTAGACAGGTGGTGCTTGATCATTGCCTGC ATGGGCGTTGTAACAGTTATTGCCAACTTTTTGCAGCATTTCTACTTTGGTATTATGGGAGAAAAAATGACAGAAAGAGT TAGGAGAATGATGTTCTCAGCCATGCTCCGAAATGAAGCAGGATGGTTTGATGATGAGGAAAACAGTGCTGACAATTTAT CCATGCGATTGGCTAATGATGCTACCTTTGTACGAGCTGCTTTTAGCAACCGGCTTTCCATATTTATACAGGACAGTGCT GCAGTTATTGTTGGTCTTCTCATTGGTGCTTTGCTGCACTGGCGGTTAGCACTTGTAGCTTTTGCAACCCTTCCAGTTCT CTGTGTTTCTGCAGTTGCTCAGAAATTGTGGCTTGCTGGATTTTCAAGGGGCATCCAGGAAATGCACAGAAAGGCATCTT TGGTTCTTGAGGATGCAGTTAGAAACATATACACTGTAGTTGCATTTTGTGCTGGCAATAAGGTAATGGAGCTCTATAGG CTGCAGTTAAAGACAATATTTAAGCAGAGCTTTCTTCATGGGTTGGCAATTGGTTTTGCATTTGGCTTTTCACAATTTCT ACTTTTTGCTTGTAATGCCCTTCTGCTTTGGTACACTGCAATATGTGTAAAAAATGGTTATGTAGATCCATCTACAGCGC TCAAGGAGTACATGGTTTTCTCATTTGCAACATTTGCACTTGTGGAGCCTTTTGGATTGGCTCCTTACATACTTAAACGA AGAAAGTCTCTCATATCAGTGTTTGATATTATAGACCGTGTACCTAAAATTGATCCTGATGATACCTCAGCATTGAAGCC GCCCAATGTATATGGAAGCATTGAGTTAAAAAATGTTGATTTTTGTTACCCATCTCGTCCAGAAGTGTTGGTATTGAGCA ATTTTAGTCTCAAAGTCAATGGGGGCCAAACAGTTGCTATTGTGGGAGTTTCAGGGTCAGGAAAGAGCACTATCATATCT TTGCTTGAGAGATTTTATGATCCCGTAGCCGGCCAAGTTTTTCTGGATGGGAGAGATTTAAAGCTCTATAACTTGAGATG GTTGAGGAGCCACCTTGGTCTGATCCAGCAGGAACCTATTATCTTCTCAACAACCATAAGGGAAAACATTATATATGCAA GGCACAATGCCAGTGAAGCTGAGATGAAAGAGGCTGCAAGAATAGCAAATGCTCATCATTTCATCAGCAGTTTGCCTCAT GGTTATGACACTCATGTCGGGATGAGAGGTGTTGACTTAACCCCAGGACAGAAACAGAGAATTGCAATTGCAAGGGTAGT GCTGAAAAACGCGCCTATCTTGTTGTTGGATGAAGCAAGTTCATCAATTGAATCTGAGTCAAGCAGAGTGATACAAGAGG CTCTAGACACGCTAATAATGGGAAACAAGACCACTATTTTAATAGCGCATAGGGCTGCGATGATGAGGCATGTGGACAAT ATTGTAGTGCTTAATGGAGGCCGGATAGTGGAGGAAGGGTCTCATGATTCATTGGTGGCAAAGAATGGTCTGTATGTCCA ATTGATGCAACCTCATTTTGGTAAGGGTTTGCGGCAGCATCGGCTTGTTTAG
Protein sequence (LotjaGi1g1v0534000.3) extracted from Lotus japonicus Gifu v1.2 Proteins.
MMSRGLFGWSPPHVQPLTPVSEVSEPPESPSPYLDPGAETSASQQVEVEEEMEEPEEIEPPPAAVPFSQLFACADKFDWF LIAVGSVAAAAHGTALVVYLHYFAKIIHVLRVDHASSQERFDRQYSRHNLALTIVYIAVGVFAAGWIEVSCWILTGERQT AVIRSNYVQVLLNQDMSFFDTYGNNGDIVSQVLSDVLLIQSALSEKVGNYIHNMATFFSGLVIGFVNCWQIALITLATGP FIVAAGGISNIFLHRLAENIQDAYAEAASIAEQAVSYIRTLYAFTNETLAKYSYATSLQATLRYGILISLVQGLGLGFTY GLAICSCALQLWVGRFLIIHGKAHGGEIITALFAVILSGLGLNQAATNFYSFDQGRIAAYRLFEMISRSSSSVNHDGTVP DTVQGNIEFRNVYFSYLSRPEIPILSGFYLTVPSKKTVALVGRNGSGKSSIIPLMERFYDPTLGEVLLDGENIKNLKLEW LRSQIGLVTQEPALLSLSIRDNIAYGRDVSMDQIEEAAKIAHAHTFISSLQKGYDTQVGRAGLSLTEEQKIKLSIARAVL LNPSVLLLDEVTGGLDFEAERAVQEALDLLMLGRSTIIIARRLSLIRNADYIAVMEEGQLVEMGTHDELLTLGGLYAELL RCEEAAKLPKRMPIRNYKETAAFQIEMDSSASHSFNEPSSPKMMKSPSLQRVSNVSRPPGGIFNSQESPKVPSPPPEKML ENGQALDAADKEPSIRRQDSFEMRLPELPKIDVHSVHRQKSNGSNPESPVSPLLTSDPKNERSHSQTFSRPHSHSDDASV TTREKKDAQHRKPPSLKKLIELSYAEWLYAVLGSIGAAIFGSFNPLLAYVIGLVVTAYYEIDNQHHLEREVDRWCLIIAC MGVVTVIANFLQHFYFGIMGEKMTERVRRMMFSAMLRNEAGWFDDEENSADNLSMRLANDATFVRAAFSNRLSIFIQDSA AVIVGLLIGALLHWRLALVAFATLPVLCVSAVAQKLWLAGFSRGIQEMHRKASLVLEDAVRNIYTVVAFCAGNKVMELYR LQLKTIFKQSFLHGLAIGFAFGFSQFLLFACNALLLWYTAICVKNGYVDPSTALKEYMVFSFATFALVEPFGLAPYILKR RKSLISVFDIIDRVPKIDPDDTSALKPPNVYGSIELKNVDFCYPSRPEVLVLSNFSLKVNGGQTVAIVGVSGSGKSTIIS LLERFYDPVAGQVFLDGRDLKLYNLRWLRSHLGLIQQEPIIFSTTIRENIIYARHNASEAEMKEAARIANAHHFISSLPH GYDTHVGMRGVDLTPGQKQRIAIARVVLKNAPILLLDEASSSIESESSRVIQEALDTLIMGNKTTILIAHRAAMMRHVDN IVVLNGGRIVEEGSHDSLVAKNGLYVQLMQPHFGKGLRQHRLV
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 |
|---|---|---|---|---|---|---|
| MobiDBLite | 1 | 59 | 59 | - | – | |
| Phobius | 1 | 78 | 78 | - | – | |
| PANTHER | 54 | 1402 | 1349 | 0.0 | – | |
| PANTHER | 54 | 1402 | 1349 | 0.0 | ||
| SUPERFAMILY | 70 | 382 | 313 | 1.7E-44 | ||
| Phobius | 79 | 102 | 24 | - | – | |
| TMHMM | 79 | 101 | 23 | - | – | |
| CDD | 82 | 382 | 301 | 3.28674E-89 | – | |
| ProSiteProfiles | 83 | 374 | 292 | 36.634 | ||
| Pfam | 86 | 357 | 272 | 1.8E-42 | ||
| Phobius | 103 | 129 | 27 | - | – | |
| Phobius | 130 | 155 | 26 | - | – | |
| TMHMM | 132 | 154 | 23 | - | – | |
| Gene3D | 137 | 659 | 523 | 2.1E-168 | ||
| Phobius | 156 | 228 | 73 | - | – | |
| TMHMM | 207 | 226 | 20 | - | – | |
| Phobius | 229 | 253 | 25 | - | – | |
| TMHMM | 231 | 253 | 23 | - | – | |
| Coils | 253 | 273 | 21 | - | – | |
| Phobius | 254 | 305 | 52 | - | – | |
| Phobius | 306 | 333 | 28 | - | – | |
| TMHMM | 311 | 333 | 23 | - | – | |
| Phobius | 334 | 347 | 14 | - | – | |
| TMHMM | 348 | 370 | 23 | - | – | |
| Phobius | 348 | 366 | 19 | - | – | |
| Phobius | 367 | 826 | 460 | - | – | |
| SUPERFAMILY | 396 | 641 | 246 | 1.25E-76 | ||
| Gene3D | 405 | 656 | 252 | 2.1E-168 | – | |
| ProSiteProfiles | 407 | 642 | 236 | 21.175 | ||
| Pfam | 428 | 572 | 145 | 1.3E-24 | ||
| SMART | 434 | 613 | 180 | 2.0E-7 | ||
| MobiDBLite | 669 | 708 | 40 | - | – | |
| MobiDBLite | 669 | 732 | 64 | - | – | |
| MobiDBLite | 746 | 812 | 67 | - | – | |
| MobiDBLite | 758 | 782 | 25 | - | – | |
| Gene3D | 772 | 1009 | 238 | 1.1E-51 | ||
| MobiDBLite | 783 | 812 | 30 | - | – | |
| SUPERFAMILY | 813 | 1139 | 327 | 1.96E-49 | ||
| CDD | 826 | 1137 | 312 | 4.57274E-95 | – | |
| TMHMM | 827 | 859 | 33 | - | – | |
| Phobius | 827 | 856 | 30 | - | – | |
| ProSiteProfiles | 831 | 1123 | 293 | 37.912 | ||
| Pfam | 836 | 1100 | 265 | 6.3E-42 | ||
| Phobius | 857 | 875 | 19 | - | – | |
| TMHMM | 874 | 896 | 23 | - | – | |
| Phobius | 876 | 898 | 23 | - | – | |
| Phobius | 899 | 951 | 53 | - | – | |
| Phobius | 952 | 972 | 21 | - | – | |
| TMHMM | 952 | 974 | 23 | - | – | |
| Phobius | 973 | 977 | 5 | - | – | |
| Phobius | 978 | 1001 | 24 | - | – | |
| TMHMM | 979 | 1001 | 23 | - | – | |
| Phobius | 1002 | 1049 | 48 | - | – | |
| Gene3D | 1010 | 1151 | 142 | 1.2E-134 | ||
| TMHMM | 1050 | 1081 | 32 | - | – | |
| Phobius | 1050 | 1077 | 28 | - | – | |
| Phobius | 1078 | 1096 | 19 | - | – | |
| TMHMM | 1096 | 1118 | 23 | - | – | |
| Phobius | 1097 | 1118 | 22 | - | – | |
| Phobius | 1119 | 1403 | 285 | - | – | |
| SUPERFAMILY | 1144 | 1390 | 247 | 1.85E-83 | ||
| Gene3D | 1152 | 1390 | 239 | 1.2E-134 | – | |
| ProSiteProfiles | 1154 | 1391 | 238 | 22.709 | ||
| Pfam | 1172 | 1320 | 149 | 4.5E-30 | ||
| SMART | 1181 | 1368 | 188 | 4.6E-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 LotjaGi1g1v0534000.3, 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…