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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0534000 |
| Transcript ID | LotjaGi1g1v0534000.1 |
| 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_chr1:106226376..106243222) extracted from Lotus japonicus Gifu genome v1.2.
CTGTATCTCTGTCCTTTAAAAAGCATAAAATTATCCAAAATAAATATTAAAAAATAAAAATAGCATCCTTTAAATAATAA AATCAGAAACAAAAAAATAAAAAAATACCCTTTAAGCATGTAGTACACGCCGGCGTTTGACCGTTAAACCTAACCACCAA GAAGAAATCCCAAACCCGAAACGAAGAAGAAGAAGAAACAGTTAGAACAACAACAAGAAGGTTCACGAATTCCGCGTGCT GCTCCTATCTCCATCGTTTCCGCCCTGAGTAACCGCATACGGAAGCGGCAACGGCGGTGCCGGCGCATGCCAGGACGACG TCGTTCGCCGGAGCAAACAAACTAAATTCTATATACCTGAGAACGCGTCACCAATTTCACTAGATCTACAGATTTTCATT CAGAGATGATGTCTAGGGGATTGTTCGGGTGGTCCCCGCCGCATGTGCAACCACTCACGCCGGTTTCGGAGGTTTCCGAG CCGCCGGAGTCTCCTTCGCCGTACCTTGATCCCGGCGCGGAGACCTCCGCGTCGCAGCAGGTGGAGGTTGAGGAGGAGAT GGAGGAGCCGGAGGAGATCGAGCCTCCTCCTGCTGCGGTTCCGTTCTCGCAGCTCTTTGCCTGTGCTGATAAGTTTGATT GGTTCCTCATCGCTGTTGGTTCTGTTGCTGCTGCCGCTCACGGCACCGCGCTGGTGGTTTACTTGCATTACTTTGCTAAG ATCATCCATGTGCTCCGGGTGGATCATGCCTCGTCGCAGGAGCGGTTTGACAGGTTCACCGAGGTTAGATTCTGATTCAA TTATATGCGCAAAATAAAACCCTAGTTTTAGCTTATGATATAGATATATACATGGATGTTTTTGTTCTCCTTTGAGATGT AATTGAAGCTTGAGTTGGAAAATTATTTGTCGAAATCTTGTGTTAGGTTTCGTTGTTATGGGAGCATAGGATGTGCATGA AGGTTTCTGTTTCTGATAGTTTGGCTCGCTTGGCTAGCAAGTTGTTGAGGAAGCTATAAACTTAGGGTTCAAAGCTTTGT TTATCAAAATGTTCTTCTATGGTGTTGTTCTTGTTGGTTGTCTTCTAGGCAATGTGTACTGTTCTATTAGTTTTTTTCTG TTCCATGTCTGAAGTGATTTGGTTAGCATGCGGGAGCTTCGGGGGTTAGAAACATTTTGTATCCAGATTCCTTAAATCGT CGAATCTGCTTCTTGGCGTGATTGATTGGGCAATGAGGAGTTCTGAAATTTGTTTGGTTCAGCTGATTTTTTGTCGTGGC CTCGTGGCTTGTCTTCTTTTGAAATCTGATCAGATTCACGGTCTATTGCCTGCTCCTTATTTTCATAATTGCACCTCTTG CATTGAATAGGCACAATGTCAGTTTAGGTAATTGCACAATTACTTTTCCTTGGAACTTCTCACTCTTGTATAGTCTTTAG GCATTTATGAGGGGAGATCGTTTAATATTTTAGAGATAATTTTTGGCCTATCCTTGTGTATAATGAATGAAATCATCTTG GATGGCCCTGGCCGTAAGGGTTAGTTATATAAAGTTTCATGACTTATAGTAGTTTTTTCAGCTCGATGAGTTGATACAGG AACTAGTCCAACGTCAGTTGATTGAGTCATGGAAGTGGTATCTCCTCTGTATAGCTTAGAATGCATTTCAAATTTTCGAG TCTCAACCATTCAAGGATGACAGAATTGTTAGGTTTTAATCAGTTAGTATTTTCTAGGGTGAATCGGTGGTTCGAAAAAT ATTGGAGTGTGATGGGGTGTACGTTAAATTATGTGCAATTGTCAAGTAATAGGAAGGCATTTTATAATGAGTTTATTAGT TGTTTGGTTGCTGTGAACAATAACCACAGGCAGAGGGCTTTGGGTTTGATATGTTTTGGGGAAAATTCAGAAAACTAATG ATTTGGGGTTTCAAATTTTGATTGGATTGTATTTATCTCGCTGTCTTCTGAGAAAATAAATTTGAAGAGAGTACAACATT GAAAGAAGAAAGATAGTAATTGCACAACTTGGATGCAATTTGCTGCCATAATTCGTAAAACTGATCATCCTGCTAAAAAA GGAAAAAATGTTGCAAATTTCTGAATAGGTCTTTTCTACCTATCACTTATCCTCCAAGGCTAAGGAGTAAAGTTCTAATC CTTTAAGTATTAGAAGTCCTACTATTACTAGGGAAGATATCAAAATAAGATCGGATTTCAGCTGAATAACATAGACTCAA TTTTAAATTAAACCCTGAAAAAATATCGCTAAATACCATTAAATAGAAAATATTCAACTTGAAGTTTCATTCCCTGATAG GGTGATTAGAATTGTCTGCATGTAATATATCTTATGAGTGATTGCCTGATTCTTTCTTTTTGAATTTTGTAAGGGATGGG AGAGTAAAAAACAAGTAGGGAAGTTACGGAAGACGATAAATGTATTGAATTGACGGTGTAGATTATACTGATCCTACTCC TGTAGTTGTATGTGTTTGATTTTATTTTATCTACTATTTCCACCTTTGAAACAGAAGAGCATAAAATGCTTGAATTCATT GGAACACTCTTTACCTCTAACTCTTTCACAAGTTTGTCTATCTTATTCTTGGTTGGTCTAATTTTGGTATACCTTTTGTT ATTTTAAATTTTGAAATGAGGAAATTTTGGAAGATAAATGATCTTCAGTTTTCTGCAAAGCATTCACTGTGATTCAGTGT ACTTATGCTAACTTACCCTTTTTTCTTCTGCAGCTTGCATTGACCATTGTTTATATTGCAGTCGGAGTTTTTGCTGCTGG TTGGATTGGTAAAATTAAATCTTCATCAAAACTAATCATGGGAAAATGTGTTTTATTAGATATTGAATTTATATCTGCTG CATTACTAATGGGGTTTTTATTTTTTTATTCCCGGTAATTAGAGGTTTCATGTTGGATTTTGACTGGAGAGCGGCAGACT GCTGTCATCAGGTCCAACTATGTTCAAGTATTGCTAAATCAAGATATGAGTTTTTTTGATACTTATGGGAATAACGGGGA CATTGTGAGTCAAGTATTGAGTGATGTGCTGCTTATCCAGTCTGCCCTTAGTGAAAAAGTATGTCTTGTTCTAATCATGT TATAAATTTGTTCCTTTGGAAATGTTAACTTCTTCACAGATCATATCTCCAGACATATGTCTCGTATATCATGTTTATTT GCCCTTTATGATGCAGGTTGGAAATTATATTCATAATATGGCTACATTCTTCAGTGGTCTTGTCATCGGCTTTGTCAATT GTTGGCAGATTGCTTTGATAACATTAGCTACAGGTCCTTTTATTGTTGCTGCCGGAGGAATATCAAATATATTCCTCCAT AGGCTCGCCGAGAATATCCAAGATGCATATGCTGAAGCAGCTAGCATTGCTGAACAGGTTGTTTATCCTTTGAATTTTAA TCCTGTTATACATTGAACCAAATACTTTCTCCCTTTCTTTTATTGTGTTTATGCATGGGTCAGTCATATAGATGAATTTA AGGTGCCATTGCAGTACTCTTCTGCATTGAAGTTCAAATGAGACCACCTTATCTGTTTTAAAATAACTGCTTCTTTATAA TTAATAATTAATGATTTTTAAAGCTGACTTGTGGAATGGTCCCATGTTGATTTGCTTTCAATTTCTTAGATGGTGTTGTG GATTTATTTTTTATTTGTTTCTACTGGTGCCTTCTGTATTTATGTCATATTGAGTCTTCATTTTGGGTGCTAACATTGAA ATTTTCCTAACCTATCCATAATGAAATCATGACAAGGTGTTCTCAGGGCGAACCATGTTTATATTTTACTAATAGAGTTC GACAGGAATGCATGATATATTGATATCCTTAATCTTTTAAGGTGTTTTTGTTGAAGACTTCCTAAACTATCTACCTGAAA ATGAAAAGATAAGCAACAAGTATTTGGATTGGAGAATAAAAATCGTGCTTTGTCTTGTATGTATCCATCTTTTAAAATTG CAAAGGGGCCGCAATTTTTTTCTCAGTTAAAATCTTACTACAAGATTGCTTTAGGCTTATACTCCCTCCGGTCCTATTTA TAAGCATGAAAGAGAAGAAAAATCTTGGTCCTTTTTATAAGAACCAAATGAAAGTTTGAGCTATATTAATTAATTTTTTC CAATGATGCCCTTATTAATTCTAACTTGTAAAATGTGTCTCATTAATTATTCTCTCTCTTTTCCACTTTCCAACACTAAT AACAAAGGGTAATTTTGGAAGTTCATTTTAATTTAAGACAAATTTAATGCATTTTATCTAGTTTAACTACATTTCTTAAA CTATGTGAATTTTTTTTTTTGTTGCTTATAAATAGGACCGGAGGGAGTAGCTATCTTTTAAAATGGAAATGGAGCCACAA TTTTGTCTGAGTTAAAACCTTACTAGTTTTTCTTTCTTGAGTAGGTATGTTGTTGGAATTTTAAGGTTGAAATACTGATT CGAATTCATACTCCTTTGCTAGAAAATCCTTTGGTAGTAGTCCTGATTAATTTCAAGCTTATATCTTTAACCATAAGAGT CCTAGTGGTGCTTCAGATTTTCTGACTATGATAAAAGCGTCTCACTTTTGGTAACTTAATGGAATCTCCCTCTTCTTTTA ATCTTGCTGCAGAGACTGGACAAATTTTATATATATGTAGATGAGTGTGCACACACACAGACATAGGGTGTAGCTAGTGA GTGTCTTCTTTTCATGAGTGAGAGGAGTATATTCTGACCAATGGCAATACAAGATGGTCGAGATTAAAATTTATTTAATG GTCACATGGCTACTTAAATAAGTCACATGACTTATATGGTTTAATTTTGACTATTCATGATTAGATTTGATGATCAAGTT TACTCCTCTCATTCTCACATAAAGAATACACTCTTAACTGATACGTTCAATATATATACATATATACGATTGCTCTAATT GCTATATTATTAGTTAGATGATAAATGCTTTAGTTTTATCTTAAACTTTTTCTTTAATATTTTGAATTTGACAAAGTGGA AAGAATGGTGAAATTCTTGTTATCTTGTGAAGTATTTAGTGCCATGGATGCTGAGGGTAAATCATTTCTTATGATGCAGG CAGTTTCCTATATAAGGACATTGTATGCATTTACAAATGAAACGTTGGCCAAGTACTCGTATGCAACTTCACTACAAGCT ACTCTTAGATATGGTATATTAATAAGTCTTGTTCAAGGGCTTGGTCTTGGATTTACATATGGGCTTGCAATATGTTCTTG TGCTTTACAACTCTGGGTTGGAAGATTCTTGATTATTCATGGAAAAGCGCATGGTGGTGAAATTATTACAGCTCTGTTTG CTGTAATTCTAAGTGGCCTGTGAGCATCTTTCTCAACTTATATATTTTCATCATATGTTTGTCATTTTACTTATAAATTG TTTCTTTGATTCAGGGGGTTGAATCAAGCAGCCACAAATTTTTACTCATTTGATCAAGGGCGAATAGCTGCTTATAGGCT ATTTGAGATGATAAGCCGGTCATCCTCATCTGTTAATCATGATGGCACTGTCCCTGATACTGTGCAAGGAAATATTGAGT TTCGGAATGTTTATTTCAGTTATCTTTCTCGTCCTGAAATCCCTATCTTGAGTGGATTTTATCTCACTGTACCTTCTAAG AAAACTGTAGCACTTGTTGGCAGAAATGGCTCTGGAAAAAGTAGCATCATTCCTCTCATGGAGCGTTTTTATGATCCTAC ATTAGGTGATATTTCTACTTCAATACTGTTAAGTTTCACAATGCATTCCCAGCACTATTTTGGTAATTTGCAGATTTAAA TTGTTTTGCTAATCATTGATTCAGGAGAAGTTCTTTTAGATGGTGAAAACATCAAGAATTTGAAACTGGAGTGGCTGAGG AGCCAAATAGGACTAGTTACTCAGGAGCCTGCTTTGCTCAGTTTGAGTATAAGAGACAACATTGCTTATGGGAGGGATGT CTCCATGGATCAAATTGAAGAGGCTGCTAAAATAGCTCATGCACATACATTTATTAGCTCATTACAGAAAGGTTATGACA CACAGGTGAAGCTTGGTTGCATCATCATATACCTATATGGATTGTATTTTGGGAGGCTATATTTTCAATTGTTTCCATTT GAGTGGAGATCACATTTTTATTTCCAAAACTGGTGCTCCTGTCTCAGGTTGGCAGAGCTGGTCTATCTTTGACTGAAGAG CAGAAAATAAAGCTCTCGATTGCAAGAGCTGTGCTTCTAAATCCTTCAGTTCTTCTACTTGATGAGGTTACTGGTGGACT TGATTTTGAGGCTGAGAGGGCTGTTCAGGAGGCTTTGGATCTGCTCATGTTAGGACGCTCAACAATTATAATTGCTCGAA GGCTTAGTCTCATAAGGAACGCTGATTATATTGCAGTTATGGAGGAAGGTCAACTTGTTGAAATGGGTACTCATGATGAA TTGTTGACCTTGGGTGGTCTATATGCAGAGCTTCTTCGATGCGAAGAAGCAGCAAAACTTCCCAAGAGGTACTAGAACAA ACCATGCTTTTTCTTTTGCTATGTATTCTTGTTTGTGTCTGTCTACCCAGAATATAGCATGGTTCTTTCAAAAAAAAAAA AGTATTGCCATGGTGAAAGTGGCAATAATTTAAGAAAATTATTTCTTAGGTTAATAAACTAACTATATTTGTATTCTCTA GTGCATTCCCACTGAACTACATCATTTTAAATTTTTATTTTAATAATGTGCAAGAATTTCCCACTCCTTATTTTTTTACG ATCACCCAGGATGCCTATTCGAAACTACAAGGAGACTGCAGCATTCCAAATTGAGATGGATTCTTCAGCAAGCCATAGCT TCAATGAACCATCATCCCCTAAAATGATGAAGTCACCCTCTCTTCAAAGAGTTTCTAATGTGTCACGGCCTCCAGGTGGC ATCTTTAACTCGCAAGAATCACCCAAAGTTCCAAGCCCACCACCTGAGAAGATGCTGGAAAATGGTCAGGCATTGGATGC AGCTGATAAGGAGCCATCAATAAGAAGGCAGGATAGTTTTGAAATGAGACTGCCGGAGTTACCCAAGATTGATGTACATT CTGTACATCGGCAAAAATCAAATGGTTCTAACCCAGAATCTCCTGTTTCGCCTCTTTTAACATCTGATCCTAAAAATGAA CGCTCCCATTCACAGACTTTCAGTAGACCACATAGTCATTCTGATGATGCTTCAGTTACAACGAGAGAGAAAAAGGATGC ACAGCATCGGAAGCCACCATCACTTAAAAAGCTGATTGAGCTTAGTTATGCTGAGTGGCTTTATGCTGTGTTAGGAAGCA TAGGTGCTGCTATCTTTGGTTCTTTCAATCCCCTTCTTGCTTATGTTATTGGACTTGTGGTGACAGCTTACTATGAAATT GATAATCAGCATCACTTAGAACGGGAGGTAGACAGGTGGTGCTTGATCATTGCCTGCATGGGCGTTGTAACAGTTATTGC CAACTTTTTGCAGCATTTCTACTTTGGTATTATGGGAGAAAAAATGACAGAAAGAGTTAGGAGAATGATGTTCTCAGGTG CATAACAACTCCTCTTGCAGTATTTTCTTTAAAAAAGATGTGGTATTTTGAACATCAATTAATCTGTTTCTATAATATGA CAGCCATGCTCCGAAATGAAGCAGGATGGTTTGATGATGAGGAAAACAGTGCTGACAATTTATCCATGCGATTGGCTAAT GATGCTACCTTTGTACGAGCTGCTTTTAGCAACCGGCTTTCCATATTTATACAGGACAGTGCTGCAGTTATTGTTGGTCT TCTCATTGGTGCTTTGCTGCACTGGCGGTTAGCACTTGTAGCTTTTGCAACCCTTCCAGTTCTCTGTGTTTCTGCAGTTG CTCAGGTTTGCACCAGCTCCTCTGTTTTTCCAATATAACTATTTTTCCTTGTCATGAATGAATAATTCAAAAAGATTAAG TTGTTGGATGATAACATATTTAATTTTTCTGGCTTGAAGTGTGAACAATGCATATCTTGTGTTGAAATTGAACTTGTTAT TTAGAAGAATGGGACAACAAGAATTTAACTGTAGACCGCGTGGTCATAGAGATGGATACTGTTGTACTATCAACTATGAC ATGGACCAATTATCTCAAAAACTAAAGTTGGTGGATCAAAATGAAAACAGATGAATAGTTTTTTTTTTATATCTAACATA CTTGGTTGGGTTGAGCTTTGATTTCTTGGATGCCATGTCAATGCTGTTCGTGGAAATGAATGCCTCTAGCACAATCCTGT GATTTTGAAATTTTCTAATTTATAAAAATTCCAGGTTATGAATGGAACATGGACGCTAATCCAAATTGTGTGATTTAACA CCATTGATATCATGCTAATGGTGTTTTATGTTCATCATAATCACAAACCAAGTAGGATGGATAATATTCAAGTGACAAAT CTGTTTAGATGTAGAATTGGTATCTCCTTTACAGCAGGGTTGTTGTGGGAGGCAAAATAAATTCAAAACCATAAACTTAC TGATACTTGGAAAAAGAAAGGAAAGAAAGGGAAAAGGGCCATTTTCATTTGAGTCTTTTTTTGGGGTTGAGACTTGAGAT TCATTTGTGTTTCTCTGAAATCAAGGCTAAATGGTAATGAGGTGAGCTTGGAAACTCAACGAGTATTCTGTTGTGATTAA TATTGATTTTGAATTTGATGTGGCGTTGTCTTTGAATTTGGGTTAGGCCTAACTCTACTCCAAAAGCTAGCTTGGAGGTG AGGGTTGTTCTATTTTTTAAAAGGACTTAATTGGCCTTATCTCTGGTCAATGTGGGGCTTCTCAACACCTTGCATTAACT CTAATACATGATGTTTCGGTTAGCTAATTAATAGCTTCTAATGAGCTTAATTTGTCAAGTGTCTATGGCTAATTTTATTC TTCCTAAAAATTTGACTTTTGTCCTTAGAAAGTTTATATGGCTGTAATATTTATCTCTTCACAGCATTACTGTTAACATG TTTGAATGCTTGTTCAACATCTTTTGTTGGGTTCACTGATGGAAACCAAAGTCACAGTAAAGAGAAACAGTAAGCAAAAT GAGGAAAAAGGATTTAATATTGATTGAATCAGAACAAATACAATAGCAGAAGCTAAAGTCCCAGAGTAAACACTCCTATA GAGAAGAAACCTCTCTATCCAGATATTTTCTTAACAATACTCTTCATACCCCTTCCCTTTGCTAACAATGAACCTATAAA GGGAATCTCTACACCTCACACATTCCTCCCCCTCCGCATTTCACGTAACTAACTCTCCAACCTCACTCTCTCACCTCCAG CTCATATTCCTGAAGCTTCTTTCCCTTTCTTATTTTTCCTAACATAAACCCTCCACACTTTGGGCCTGCTCTCTTGTGTT TTGGCCCACTCTCTACCAACGGTCCTATCACTCCCACCATCTTGAGGAACAACCTTGTCCTCAAGGTTGAAAGCGGGAAA CTGATTTGAAAGAGTAAACTCATCTTCCCATGTAGCTTCTTCAGCAGGTTTTCCTTGCCACTGAATCAAGTACTGAGTGA TTGTCCCCCCCTGCTGCTGTACAGTGCGAACAGCCAAAATTGAGCTGGGTTCAATGGTAATAGGAGTCTCTCCGGCCAAA CCTTCTGGCAGATCTTTCTCAGCTTGATATTCCCCAATTGCCCGTTTCAAAAGAGAGACATGGAAGACAGGGTGGACTCG CGAATTTGCAGGCAAACGGAGTTTGTATGCGACAGCACCAATGCGTGCAACGACCTCGAAAGGACCAAAATAACAAGGAG CTAGCTTAGGATTAATCCTTTGAGCCACAGACTGTTGTTTGTTGGGTCGTAACGCAAAGGAAATTTCCTTGCGTTTCTTA TCAGCCTGGGATTTCATCTTGCCCTGAGCGCGCAAAAGATGGGCTTTCAGTTGGCGCAAAGCCTCATCACGATCCTGCAA TTCACGGGCTACAGCCTCCACCTTAGTTTCTCCAATTGTGAAACGTAACAGAGTGGGTGGCGCTCTGCCATACACTACTT CAAAAGGGGTGACCCCGGTTGAGACATGGTACGTTGTATTGTACCAATATTCTGCCCAAGGCAGCCATTGAAGCCATGTC CGGGGTTGATCCGCGATAAAACATCTCAAGTAAGTTTCCAGACAACGATTGATGACCTCCGTTTGGCCATCCGTCTCAGG ATGGTAGGCGGTGCTCATAGCCAAACGTGTGCCCTGTAGCTTGAATAATTCAGTCCAGAAAGTACTCACGAACACAGGAT CACGGTCACTCACAATAGACACGAGAACACCATGAAGCCGCACTATCTCCTTAGCAAAAGTTTCTGCTATTCCTTTTGCT GTGTAGGGACGTTTGACTGGAAGGAAATGGGCATACTTAGATAAACGATCAACAACGACGAAAATTGTATCCGTACCTCT TATCTTAGGCAAACCCGTGATAAAGTCCATAGAAAGCTCTTCCCAGATTCTGTCCGGAATGGGTAGAGGCTGGAGTAAAC CCCCTGGAGAAGTGGCCACATATTTCTGACGTTGACACACATCACACCCCTTCACAAACTGCTGTACTGAGTTCTTCATG CCAATCCAGTAGACATTAGCTGCCAGTCGACGATAGGTACGGTAGAAACCGGAGTGGCCCCCTTGTGGAGTGGTGTGGAA TTCTTGGAGCAACTTGGGAATCCACTTAGAATTTGCAGAAATTACCAGTCGATTAGAGTAGTACAGCACCCCTTGAGAAT AATTAAAACCGGGCTTGCTCATTGGGTCCTCTTTCAAAGCAGAGATGATGGAAGCTAATTTAGCGTCTTGATGCGCTTCT TGGACAATTTGTTCACCTTCTAACCAGCTTGGATAAGAGATTATAGAACTGAACTCTCCTTCTTCAAACATGCGGGACAA AGCGTCAGCTCCTTTGTTTGTTGGGCCAGGTTTATAAACTATATCAAACTGATATCCCAACAGCTTAGCGGCCCAGTTTT GCTGATCTACAGTGGTAATACGCTGGTGGAGCAATTTTCGAAGGCTCTTCTGGTCAGTACGTACGGTGAATTGCCTACCC AGCAAGTAGGGACGCCAATGCTGGATTGCCAACACAATGGCCATAAGCTCTTTCTCGTATGCCGACTTGGTCAAATTACG CTCACTGAGGGCTTTGCTAAAGTATGCTATTGGCCTTCCATTCTGCAGTAAAATCGCTCCAATCCCATTCCCTGAAGCAT CGCTCTCAATCACGAACGGTTGAGAGAAATCGGGTAGAGCCAACACGGGATCAGTGGTCATACAGGTTTTTAACATATCA AATGCTTCCTGTGCCCTCGCATTCCACTTGAAACCTTCCTTCTTGGTTAGGTCTGTTAACGGCCGAGCAATCTTCCCATA ATTCTGGACAAATTTACGGTAGTAACCCGTTAGTCCCAAAAATCCTCTTACTCCCTTCACATTCTTGGGAGTAGGCCAAT TGATGACACTTTGTATTTTGCTCGGATCCATGGAAACCCCCTGAAATGAGACTACATGCCCCAAATACTCAACTGACTGT TGTGCAAATGAGCATTTCTTTCGGTTTGCTACCAACCCCTGTTTTCTCAGTCTGTCAAACACCATTGTGAGCTGCTGTAA GTGTGTTTCCCAGTCAGAACTGTACACTAATATGTCGTCGAAGAACACTAGTACATTCCGACGCAACAAGTCACGAAAAA CCTCATTCATCAATGCTTGAAAGGTTGAAGGCGCGTTCATTAACCCAAAAGGCATTACCAAGTACTCGTAATGGCCTTCG TGGGTACGAAACGCAGTCTTGGGCACGTCTTCTTCTCTTACCAGAACTTGGTGGTACCCGGATTTCAAGTCCAATTTGGA GAAAAACCGAGCCCCATATAACTCATCAAGAAGCTCATCGATCACCGGAATGGGAAACTTATCAGGGATAGTGGCTTTGT TTAATTCACGGTAGTCCACGCACATTCTCCAGGACCCATCTTTTTTTTTAACCAAGATTACTGGACTCGAAAAAGCACTC TGGCTATGTCTTATGATTCCCTGCTGTAACAGCTCTTGCACCTGCTTCTCAATTTCATCTTTGTGATGATGGGAAGAACG GTATGGTCTCACGTTGACTGGACCATGCCCTGCTAATAAATTGATTTGATGCTCTCGCTGCCTCTTGGGTGGAAGCCCTC TTGGAGCCGTGAAAACGTCCACAAATTTCTCCAATAGGGAGGTTAATTGTTGGCTCTGCTTCTCAGTCAATTGCTCTACA TTCCTGTTTTGTGATTTGGAAATTTGGGACTCCAAGACACTAGACAGAAAATACCCTTCAGGAGTTCTGATATCCTGGTG CAGAAAGCTTTGCAATGCCCCTTGATCATCTCGAGAGCCTCCCTGTCCCTGAAAATGGAACCAACGCCCTTCCTGTTGGA AGCGTACAGTCTGCTTTCCCCAATTAATGAGCATATCTCCCAGAGTTACCAACCATGCTATTCCCAGTACCAGGTCGATT CCATCAAGGTCGAAGAGTATGGCTTCCACTATGGTTTTGTAATTAGCAATTTCCAAACTAACCTGCTCACACTTACCACT TGCAGTAGTCTTACTTCCATCTCCTAGAAGGATGCGCATCGTCGGAGTAGCTTGGGTTGCCCATCCCATAGTCTCGACCA CACGCTTGGATATGAAATTGTGTGTGGCTCCGCTGTCCACGAGGATCAAAATCGGGACTCCCAGAATTGAGCCCTGCAGT TTCATTGTTTGTCCCTGTATGGGCTCGGAGCTCAGCCGCATGATGCTGCACGCGCAGTCGACTGCAGCATCGTCTTCATC CTCCGTTTCAGCTGATAGCTCCCCTGCTTCCCCAACGTCATCCCCTTCTTCCAGCAGCATGATTCGGATTTGTTTGTCTG GGCATTGATGGAGAGGGTGGTACTTTCCCCCACACTTAAAACAAAGACCCTTCTGCCGGCGATCCAACAGCTCTTGGTAT GGTAGGTGGCGAACACCCTTGTCGCGCGGTTGGGGTCGAGGGTTCCCCTTCTCCTCTCTGCGATCTCCCTTATCGTTCTT CACCATGATCCAACCCGGAGGTGAATCCCGACCCGGTGGACCTGTCCCACTTGAAACTTGGTGGGCTGCTCGGGTAAAAG AACCCGGCCCATAACCCGATCGCATCCCTCCTCCTTTTGACCCGACTGATGAGCGAACCGGCCCATGGAACTCCGTCTCT ATTGCTTTGGCCAAGGGAATCAATCTGGATCGAGGGAGAGAAGTCAGGGCTCGCATGCTTCTGACCCGTGCGCGAATGTC TTCACGGAGGCCATGGATGAAGTATCCGAAATACTGTTCATCTGGGAGATTCGGTGCTTGTGATAGCAACCGCTCGAATT CCTGAACATACTCGTCAATGGTACCTCTCTGTTGAAGATCGGAAAGTTGCTCAAAGACATCTCCTCGATTAGCCGTTCCA TAGCGTTCAAGCAGTTCATTGGTGAGTTTTTCCCAAGTTAAACCTGGGTCCAAGTGCAGCAAGGAGTTGAAGTAATGGAT TGTGGATCCCTCCATACACAGGTGAGCCAGATTTACCTTGACCTCTGGACTCGTTCCCATGACATGGAAGTATACCTCAG CTCGAGCAATCCATCCTGCAGGGTCCTCTCCATTGAACAAAGGAAGCTCGACTTTCTTAGCCGATTTCCTAAATTCATCC AAGAGTCCTCCATCAAGCTTAGTCCAACCAGATACATAAGAAGGTCCTCCGTTCTCCTTCTCCGATCTAACAGGGTTGGG GTTATCGCGGATACTCCCAGAGTCTTCCTTCTCTGGCGTTGGTTTGCCCACATTCTGGGCCAGGAGTTCAAGCAACTGCG CTTGATTGTTGTCAGCTTTCTCCTGCATCAGGACAAGGGTAGTACGAAGATGAGCTACTTCGTCTTCAAGCGCTGCAACC TTTGCATCCATTTTCTTTGCTGTTTTCTGCGGTGGCATCAATCAGATTTCCAGCACTGGTATCAGTCTCGTGATTATCCG GTAGGTCGGACCAATTTGATGGAAACCAAAGTCACAGTAAAGAGAAACAGTAAGCAAAATGAGGAAAAAGGATTTAATAT TGATTGAATCAGAACAAATACAATAGCAGAAGCTAAAGTCCCAGAGTAAACACTCCTATAGAGAAGAAACCTCTCTATCC AGATATTTTCTTAACAATACTCTTCATACCCCTTCCCTTTGCTAACAATGAACCTATAAAGGGAATCTCTACACCTCACA CATTCCTCCCCCTCCGCATTTCACGTAACTAACTCTCCAACCTCACTCTCTCACCTCCAGCTCATATTCCTGAAGCTTCT TTCCCTTTCTTATTTTTCCTAACATAAACCCTCCACACTTTGGGCCTGCTCTCTTGTGTTTTGGCCCACTCTCTACCAAC GGTCCTATCATTCACTGTCAGTTTTTGTGGAAATCTTAGGGTCTATTTGGTTTAAGAAAATGTTTTTTGATTTCATTTTT AATTAGACAAATGTTATCTTCTTTTCACTTTTTTCCCCCTGTTTTCAATAAAAAATGCATATTAAATTCAACCTGCTTAA ATATTGCAGAAATTGTGGCTTGCTGGATTTTCAAGGGGCATCCAGGAAATGCACAGAAAGGCATCTTTGGTTCTTGAGGA TGCAGTTAGAAACATATACACTGTAGTTGCATTTTGTGCTGGCAATAAGGTAATGGAGCTCTATAGGCTGCAGTTAAAGA CAATATTTAAGCAGAGCTTTCTTCATGGGTTGGCAATTGGTTTTGCATTTGGCTTTTCACAATTTCTACTTTTTGCTTGT AATGCCCTTCTGCTTTGGTACACTGCAATATGTGTAAAAAATGGTTATGTAGATCCATCTACAGCGCTCAAGGAGTACAT GGTTTTCTCATTTGCAACATTTGCACTTGTGGAGCCTTTTGGATTGGCTCCTTACATACTTAAACGAAGAAAGTCTCTCA TATCAGTGTTTGATATTATAGACCGTGTACCTAAAATTGATCCTGATGATACCTCAGCATTGAAGCCGCCCAATGTATAT GGAAGCATTGAGTTAAAAAATGTTGATTTTTGTTACCCATCTCGTCCAGAAGTGTTGGTATTGAGCAATTTTAGTCTCAA AGTCAATGGGGGCCAAACAGTTGCTATTGTGGGAGTTTCAGGGTCAGGAAAGAGCACTATCATATCTTTGCTTGAGAGAT TTTATGATCCCGTAGCCGGCCAAGTTTTTCTGGATGGGAGAGATTTAAAGCTCTATAACTTGAGATGGTTGAGGAGCCAC CTTGGTCTGATCCAGCAGGAACCTATTATCTTCTCAACAACCATAAGGGAAAACATTATATATGCAAGGCACAATGCCAG TGAAGCTGAGATGAAAGAGGCTGCAAGAATAGCAAATGCTCATCATTTCATCAGCAGTTTGCCTCATGGTTATGACACTC ATGTCGGGATGAGAGGTGTTGACTTAACCCCAGGACAGAAACAGAGAATTGCAATTGCAAGGGTAGTGCTGAAAAACGCG CCTATCTTGTTGTTGGATGAAGCAAGTTCATCAATTGAATCTGAGTCAAGCAGAGTGATACAAGAGGCTCTAGACACGCT AATAATGGGAAACAAGACCACTATTTTAATAGCGCATAGGGCTGCGATGATGAGGCATGTGGACAATATTGTAGTGCTTA ATGGAGGCCGGATAGTGGAGGAAGGGTCTCATGATTCATTGGTGGCAAAGAATGGTCTGTATGTCCAATTGATGCAACCT CATTTTGGTAAGGGTTTGCGGCAGCATCGGCTTGTTTAGCATGGTGGTTGCTAAACACTGATATGAGTAATTGCTACTAA TGTTGGTTCATGAGTTGAATCACTGGTGACTCCTGCACCTGAAGGTTTTTACCAAGAATTCCAGGGGAGGGGGGAGGTTA TGGGTGGCGGCAATGGTAATGATGGGGCCTGGAGCAGCACTCGGAATTCGTAGGCATAGGAAGAGACACTGTAGGATGAA TAGATATGTAGGGTTTAAATATAGGATTTTGGAGTTTGGTTGGTTTGCATATTTGGGCTGGATTCTTTTGGAGGCAAGCA GCTTTGACTGAGGGTGTTTTCTATCCATGCTATTGATTTTGTTTCTCAAGAGAGGGTGGAATCAACACTAGTTCTGCTGA GGTGACTCTCTGGACCTGTTTTCACTCTACCTAACCCACGCGTGAATGATAATCTTCCATAACTGTAATTTTGTTTTTTC AACTTGTGATAATTGTAGAGAATTCAGATCCAAGAGTTGTAACTACTGTATATATATAGCAATAGTTTAGAAGGCATTCC TTTTGCTGCTTGAATCCTGGGTGTTATTCCCCATATTAATGGATGCACATTTTCAAGTGTATTTTGCTAAGAATCTGAAC TAACAGCCTCAGTCTTCTCTACCTTTTAGATTTTCTGTCACGTTTCCTTACCGATCTAGCATGTATTTTTTATAGAAGTT GTATTTAACATCAACGGAAGTGCAATTTTCACCTTCCATATAACAAATTGTTGCTTCCATAATTGCAAAACCTTAAATCA AACATAATTTCAGTGCTTATTTGTAATTGTGACCATTCGTCCAATGAAATGCACTTGTTGGATTGAGCGATTGTGCTTTT ACATTCACCCAACACAAATTTAAAGATTGCTTAACATATGAACATGTATGGCCTCACATTGTTCACAACGTTTCCTAAGT CTAGCAGTCGGAGCAAAACATGAATGCATACAATTTTTCGTTTCGGC
CDS sequence (LotjaGi1g1v0534000.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGATGTCTAGGGGATTGTTCGGGTGGTCCCCGCCGCATGTGCAACCACTCACGCCGGTTTCGGAGGTTTCCGAGCCGCC GGAGTCTCCTTCGCCGTACCTTGATCCCGGCGCGGAGACCTCCGCGTCGCAGCAGGTGGAGGTTGAGGAGGAGATGGAGG AGCCGGAGGAGATCGAGCCTCCTCCTGCTGCGGTTCCGTTCTCGCAGCTCTTTGCCTGTGCTGATAAGTTTGATTGGTTC CTCATCGCTGTTGGTTCTGTTGCTGCTGCCGCTCACGGCACCGCGCTGGTGGTTTACTTGCATTACTTTGCTAAGATCAT CCATGTGCTCCGGGTGGATCATGCCTCGTCGCAGGAGCGGTTTGACAGGTTCACCGAGCTTGCATTGACCATTGTTTATA TTGCAGTCGGAGTTTTTGCTGCTGGTTGGATTGAGGTTTCATGTTGGATTTTGACTGGAGAGCGGCAGACTGCTGTCATC AGGTCCAACTATGTTCAAGTATTGCTAAATCAAGATATGAGTTTTTTTGATACTTATGGGAATAACGGGGACATTGTGAG TCAAGTATTGAGTGATGTGCTGCTTATCCAGTCTGCCCTTAGTGAAAAAGTTGGAAATTATATTCATAATATGGCTACAT TCTTCAGTGGTCTTGTCATCGGCTTTGTCAATTGTTGGCAGATTGCTTTGATAACATTAGCTACAGGTCCTTTTATTGTT GCTGCCGGAGGAATATCAAATATATTCCTCCATAGGCTCGCCGAGAATATCCAAGATGCATATGCTGAAGCAGCTAGCAT TGCTGAACAGGCAGTTTCCTATATAAGGACATTGTATGCATTTACAAATGAAACGTTGGCCAAGTACTCGTATGCAACTT CACTACAAGCTACTCTTAGATATGGTATATTAATAAGTCTTGTTCAAGGGCTTGGTCTTGGATTTACATATGGGCTTGCA ATATGTTCTTGTGCTTTACAACTCTGGGTTGGAAGATTCTTGATTATTCATGGAAAAGCGCATGGTGGTGAAATTATTAC AGCTCTGTTTGCTGTAATTCTAAGTGGCCTGGGGTTGAATCAAGCAGCCACAAATTTTTACTCATTTGATCAAGGGCGAA TAGCTGCTTATAGGCTATTTGAGATGATAAGCCGGTCATCCTCATCTGTTAATCATGATGGCACTGTCCCTGATACTGTG CAAGGAAATATTGAGTTTCGGAATGTTTATTTCAGTTATCTTTCTCGTCCTGAAATCCCTATCTTGAGTGGATTTTATCT CACTGTACCTTCTAAGAAAACTGTAGCACTTGTTGGCAGAAATGGCTCTGGAAAAAGTAGCATCATTCCTCTCATGGAGC GTTTTTATGATCCTACATTAGGAGAAGTTCTTTTAGATGGTGAAAACATCAAGAATTTGAAACTGGAGTGGCTGAGGAGC CAAATAGGACTAGTTACTCAGGAGCCTGCTTTGCTCAGTTTGAGTATAAGAGACAACATTGCTTATGGGAGGGATGTCTC CATGGATCAAATTGAAGAGGCTGCTAAAATAGCTCATGCACATACATTTATTAGCTCATTACAGAAAGGTTATGACACAC AGGTTGGCAGAGCTGGTCTATCTTTGACTGAAGAGCAGAAAATAAAGCTCTCGATTGCAAGAGCTGTGCTTCTAAATCCT TCAGTTCTTCTACTTGATGAGGTTACTGGTGGACTTGATTTTGAGGCTGAGAGGGCTGTTCAGGAGGCTTTGGATCTGCT CATGTTAGGACGCTCAACAATTATAATTGCTCGAAGGCTTAGTCTCATAAGGAACGCTGATTATATTGCAGTTATGGAGG AAGGTCAACTTGTTGAAATGGGTACTCATGATGAATTGTTGACCTTGGGTGGTCTATATGCAGAGCTTCTTCGATGCGAA GAAGCAGCAAAACTTCCCAAGAGGATGCCTATTCGAAACTACAAGGAGACTGCAGCATTCCAAATTGAGATGGATTCTTC AGCAAGCCATAGCTTCAATGAACCATCATCCCCTAAAATGATGAAGTCACCCTCTCTTCAAAGAGTTTCTAATGTGTCAC GGCCTCCAGGTGGCATCTTTAACTCGCAAGAATCACCCAAAGTTCCAAGCCCACCACCTGAGAAGATGCTGGAAAATGGT CAGGCATTGGATGCAGCTGATAAGGAGCCATCAATAAGAAGGCAGGATAGTTTTGAAATGAGACTGCCGGAGTTACCCAA GATTGATGTACATTCTGTACATCGGCAAAAATCAAATGGTTCTAACCCAGAATCTCCTGTTTCGCCTCTTTTAACATCTG ATCCTAAAAATGAACGCTCCCATTCACAGACTTTCAGTAGACCACATAGTCATTCTGATGATGCTTCAGTTACAACGAGA GAGAAAAAGGATGCACAGCATCGGAAGCCACCATCACTTAAAAAGCTGATTGAGCTTAGTTATGCTGAGTGGCTTTATGC TGTGTTAGGAAGCATAGGTGCTGCTATCTTTGGTTCTTTCAATCCCCTTCTTGCTTATGTTATTGGACTTGTGGTGACAG CTTACTATGAAATTGATAATCAGCATCACTTAGAACGGGAGGTAGACAGGTGGTGCTTGATCATTGCCTGCATGGGCGTT GTAACAGTTATTGCCAACTTTTTGCAGCATTTCTACTTTGGTATTATGGGAGAAAAAATGACAGAAAGAGTTAGGAGAAT GATGTTCTCAGCCATGCTCCGAAATGAAGCAGGATGGTTTGATGATGAGGAAAACAGTGCTGACAATTTATCCATGCGAT TGGCTAATGATGCTACCTTTGTACGAGCTGCTTTTAGCAACCGGCTTTCCATATTTATACAGGACAGTGCTGCAGTTATT GTTGGTCTTCTCATTGGTGCTTTGCTGCACTGGCGGTTAGCACTTGTAGCTTTTGCAACCCTTCCAGTTCTCTGTGTTTC TGCAGTTGCTCAGAAATTGTGGCTTGCTGGATTTTCAAGGGGCATCCAGGAAATGCACAGAAAGGCATCTTTGGTTCTTG AGGATGCAGTTAGAAACATATACACTGTAGTTGCATTTTGTGCTGGCAATAAGGTAATGGAGCTCTATAGGCTGCAGTTA AAGACAATATTTAAGCAGAGCTTTCTTCATGGGTTGGCAATTGGTTTTGCATTTGGCTTTTCACAATTTCTACTTTTTGC TTGTAATGCCCTTCTGCTTTGGTACACTGCAATATGTGTAAAAAATGGTTATGTAGATCCATCTACAGCGCTCAAGGAGT ACATGGTTTTCTCATTTGCAACATTTGCACTTGTGGAGCCTTTTGGATTGGCTCCTTACATACTTAAACGAAGAAAGTCT CTCATATCAGTGTTTGATATTATAGACCGTGTACCTAAAATTGATCCTGATGATACCTCAGCATTGAAGCCGCCCAATGT ATATGGAAGCATTGAGTTAAAAAATGTTGATTTTTGTTACCCATCTCGTCCAGAAGTGTTGGTATTGAGCAATTTTAGTC TCAAAGTCAATGGGGGCCAAACAGTTGCTATTGTGGGAGTTTCAGGGTCAGGAAAGAGCACTATCATATCTTTGCTTGAG AGATTTTATGATCCCGTAGCCGGCCAAGTTTTTCTGGATGGGAGAGATTTAAAGCTCTATAACTTGAGATGGTTGAGGAG CCACCTTGGTCTGATCCAGCAGGAACCTATTATCTTCTCAACAACCATAAGGGAAAACATTATATATGCAAGGCACAATG CCAGTGAAGCTGAGATGAAAGAGGCTGCAAGAATAGCAAATGCTCATCATTTCATCAGCAGTTTGCCTCATGGTTATGAC ACTCATGTCGGGATGAGAGGTGTTGACTTAACCCCAGGACAGAAACAGAGAATTGCAATTGCAAGGGTAGTGCTGAAAAA CGCGCCTATCTTGTTGTTGGATGAAGCAAGTTCATCAATTGAATCTGAGTCAAGCAGAGTGATACAAGAGGCTCTAGACA CGCTAATAATGGGAAACAAGACCACTATTTTAATAGCGCATAGGGCTGCGATGATGAGGCATGTGGACAATATTGTAGTG CTTAATGGAGGCCGGATAGTGGAGGAAGGGTCTCATGATTCATTGGTGGCAAAGAATGGTCTGTATGTCCAATTGATGCA ACCTCATTTTGGTAAGGGTTTGCGGCAGCATCGGCTTGTTTAG
Protein sequence (LotjaGi1g1v0534000.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MMSRGLFGWSPPHVQPLTPVSEVSEPPESPSPYLDPGAETSASQQVEVEEEMEEPEEIEPPPAAVPFSQLFACADKFDWF LIAVGSVAAAAHGTALVVYLHYFAKIIHVLRVDHASSQERFDRFTELALTIVYIAVGVFAAGWIEVSCWILTGERQTAVI RSNYVQVLLNQDMSFFDTYGNNGDIVSQVLSDVLLIQSALSEKVGNYIHNMATFFSGLVIGFVNCWQIALITLATGPFIV AAGGISNIFLHRLAENIQDAYAEAASIAEQAVSYIRTLYAFTNETLAKYSYATSLQATLRYGILISLVQGLGLGFTYGLA ICSCALQLWVGRFLIIHGKAHGGEIITALFAVILSGLGLNQAATNFYSFDQGRIAAYRLFEMISRSSSSVNHDGTVPDTV QGNIEFRNVYFSYLSRPEIPILSGFYLTVPSKKTVALVGRNGSGKSSIIPLMERFYDPTLGEVLLDGENIKNLKLEWLRS QIGLVTQEPALLSLSIRDNIAYGRDVSMDQIEEAAKIAHAHTFISSLQKGYDTQVGRAGLSLTEEQKIKLSIARAVLLNP SVLLLDEVTGGLDFEAERAVQEALDLLMLGRSTIIIARRLSLIRNADYIAVMEEGQLVEMGTHDELLTLGGLYAELLRCE EAAKLPKRMPIRNYKETAAFQIEMDSSASHSFNEPSSPKMMKSPSLQRVSNVSRPPGGIFNSQESPKVPSPPPEKMLENG QALDAADKEPSIRRQDSFEMRLPELPKIDVHSVHRQKSNGSNPESPVSPLLTSDPKNERSHSQTFSRPHSHSDDASVTTR EKKDAQHRKPPSLKKLIELSYAEWLYAVLGSIGAAIFGSFNPLLAYVIGLVVTAYYEIDNQHHLEREVDRWCLIIACMGV VTVIANFLQHFYFGIMGEKMTERVRRMMFSAMLRNEAGWFDDEENSADNLSMRLANDATFVRAAFSNRLSIFIQDSAAVI VGLLIGALLHWRLALVAFATLPVLCVSAVAQKLWLAGFSRGIQEMHRKASLVLEDAVRNIYTVVAFCAGNKVMELYRLQL KTIFKQSFLHGLAIGFAFGFSQFLLFACNALLLWYTAICVKNGYVDPSTALKEYMVFSFATFALVEPFGLAPYILKRRKS LISVFDIIDRVPKIDPDDTSALKPPNVYGSIELKNVDFCYPSRPEVLVLSNFSLKVNGGQTVAIVGVSGSGKSTIISLLE RFYDPVAGQVFLDGRDLKLYNLRWLRSHLGLIQQEPIIFSTTIRENIIYARHNASEAEMKEAARIANAHHFISSLPHGYD THVGMRGVDLTPGQKQRIAIARVVLKNAPILLLDEASSSIESESSRVIQEALDTLIMGNKTTILIAHRAAMMRHVDNIVV LNGGRIVEEGSHDSLVAKNGLYVQLMQPHFGKGLRQHRLV
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 | 78 | 78 | - | – | |
| MobiDBLite | 1 | 59 | 59 | - | – | |
| PANTHER | 54 | 1399 | 1346 | 0.0 | ||
| PANTHER | 54 | 1399 | 1346 | 0.0 | – | |
| SUPERFAMILY | 70 | 379 | 310 | 9.03E-46 | ||
| Gene3D | 71 | 666 | 596 | 3.5E-184 | ||
| TMHMM | 79 | 101 | 23 | - | – | |
| Phobius | 79 | 103 | 25 | - | – | |
| CDD | 82 | 379 | 298 | 1.03123E-89 | – | |
| ProSiteProfiles | 83 | 371 | 289 | 36.743 | ||
| Pfam | 86 | 354 | 269 | 1.6E-43 | ||
| Phobius | 104 | 123 | 20 | - | – | |
| Phobius | 124 | 144 | 21 | - | – | |
| TMHMM | 129 | 151 | 23 | - | – | |
| Phobius | 145 | 225 | 81 | - | – | |
| TMHMM | 204 | 223 | 20 | - | – | |
| Phobius | 226 | 250 | 25 | - | – | |
| TMHMM | 228 | 250 | 23 | - | – | |
| Coils | 250 | 270 | 21 | - | – | |
| Phobius | 251 | 302 | 52 | - | – | |
| Phobius | 303 | 330 | 28 | - | – | |
| TMHMM | 308 | 330 | 23 | - | – | |
| Phobius | 331 | 344 | 14 | - | – | |
| Phobius | 345 | 363 | 19 | - | – | |
| TMHMM | 345 | 367 | 23 | - | – | |
| Phobius | 364 | 823 | 460 | - | – | |
| SUPERFAMILY | 393 | 638 | 246 | 1.25E-76 | ||
| Gene3D | 397 | 644 | 248 | 3.5E-184 | – | |
| ProSiteProfiles | 404 | 639 | 236 | 21.175 | ||
| Pfam | 425 | 569 | 145 | 1.3E-24 | ||
| SMART | 431 | 610 | 180 | 2.0E-7 | ||
| MobiDBLite | 666 | 705 | 40 | - | – | |
| MobiDBLite | 666 | 729 | 64 | - | – | |
| MobiDBLite | 743 | 809 | 67 | - | – | |
| MobiDBLite | 755 | 779 | 25 | - | – | |
| Gene3D | 769 | 1006 | 238 | 1.1E-51 | ||
| MobiDBLite | 780 | 809 | 30 | - | – | |
| SUPERFAMILY | 810 | 1136 | 327 | 1.96E-49 | ||
| CDD | 823 | 1134 | 312 | 6.55479E-95 | – | |
| Phobius | 824 | 853 | 30 | - | – | |
| TMHMM | 824 | 856 | 33 | - | – | |
| ProSiteProfiles | 828 | 1120 | 293 | 37.912 | ||
| Pfam | 833 | 1097 | 265 | 6.3E-42 | ||
| Phobius | 854 | 872 | 19 | - | – | |
| TMHMM | 871 | 893 | 23 | - | – | |
| Phobius | 873 | 895 | 23 | - | – | |
| Phobius | 896 | 948 | 53 | - | – | |
| Phobius | 949 | 969 | 21 | - | – | |
| TMHMM | 949 | 971 | 23 | - | – | |
| Phobius | 970 | 974 | 5 | - | – | |
| Phobius | 975 | 998 | 24 | - | – | |
| TMHMM | 976 | 998 | 23 | - | – | |
| Phobius | 999 | 1046 | 48 | - | – | |
| Gene3D | 1007 | 1148 | 142 | 1.2E-134 | ||
| TMHMM | 1047 | 1078 | 32 | - | – | |
| Phobius | 1047 | 1074 | 28 | - | – | |
| Phobius | 1075 | 1093 | 19 | - | – | |
| TMHMM | 1093 | 1115 | 23 | - | – | |
| Phobius | 1094 | 1115 | 22 | - | – | |
| Phobius | 1116 | 1400 | 285 | - | – | |
| SUPERFAMILY | 1141 | 1387 | 247 | 1.85E-83 | ||
| Gene3D | 1149 | 1387 | 239 | 1.2E-134 | – | |
| ProSiteProfiles | 1151 | 1388 | 238 | 22.709 | ||
| Pfam | 1169 | 1317 | 149 | 4.5E-30 | ||
| SMART | 1178 | 1365 | 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 LotjaGi1g1v0534000.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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