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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0380300 |
| Transcript ID | LotjaGi3g1v0380300.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Glutathione-regulated potassium-efflux system protein; TAIR: AT4G00630.1 K+ efflux antiporter 2; Swiss-Prot: sp|O65272|KEA2_ARATH K(+) efflux antiporter 2, chloroplastic; TrEMBL-Plants: tr|K7L085|K7L085_SOYBN Uncharacterized protein; Found in the gene: LotjaGi3g1v0380300 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:77284669..77302656) extracted from Lotus japonicus Gifu genome v1.2.
CCCGTTGATGTAACAGTCACTCAGGGTGACTCGTTTAGAGAGCACCATCGCGTACGATTGGAGTTTGTTTTCCACGCGCT GAACCTGCGAATGGAAAAGATAAAACTCGTGAAGAATATCCACCTCTCTCACTCTCATCTTCAGTCACTGACCGTTTACA CCAAAACACGCAACTCGCTCATTTTCTCACCCGAGAAAATTTCATTTTCCCTCTTCCCAAACACGCAAATTGAAAACGGT TACAGTTTCTTCTAGCTTCGGTAATTTCATTCATCAACGATTCCAGTTCCGTGTTGCAGAAAACGGTTATCTTATCTGTT TCTTCTGTTTTGATTTCTGAATGTGAAAATCGAAAATGCTTCTACTATGCTGAGCTTTCTAATTTTGTTTCAGGTTTTGT CTACGGAAATTGCTTGTGACATGCATTGAAGTTGAGTACTGGTTTTGGAAGGTCACACAACATGGATATAGCTTTTAGCT TACCACGGTCAAAAGTGGTATTCGATGGCTTTGATTCTTGCATTGCATTTGGCGGGAGAGGGTTTGGTTGTGCTTTTGTT GGAAACTCGAGAACGATTTTGAAAGCTCGTTCAAGAATGGTTTGTGTGGGAGAGTTTCGAGTTTCGAATGTGAAGAGGGG TTTGTCTTGTAAGGTTAATAACCTTTTTAGGGGGAATAGGGGGATTTGGTTGAAGTGTCAGGGTGATGATTCTTTAGGGT ATGTCAATGGTAATGGCAGGAATGTTAATTATGTCAAAGGTAATAAGGATGAGGGCTCGGTTTCCGGTGCTGAATTGAGT GAGTCTTTGGGAGGAGAAGAAGGGAAAGGAGAGAAGAAAGAAGTTGGGGTTGAAGTAGAAGTGGAGGTACAAAGTGTGGA TGAATTGAAAGAGCTGTTGCAGAAGGCCTTGAAAGAATTAGAAGCTTCTCGAGTAAATAGCTTAATGTTTGAGGAAAAGG TTAAGAAGATAGCGGAAACTGCGATTTCTTTCCAGGATGAAGCCGCGCGTGCGTGGAATGATGTTAATTCTACCCTTGAT ATCATCCAAGAAATTGTGAGTGAAGAATTTGATGCCAAAGAAGCTGTTCATAATGCTACGATGGCGCTTTCTTTAGCTGA GGCGAGGCTTCAAGTAGCCGCTGAATCTTTGAAGGTTGCGAAAGATGTTTTCAGTTCCACGCAAGGCTCTAACGGGGGTG ATGGCGATAAAGATGAAATGCAAGAGGAGAAAGATCTCGTGGTTGCTCGGGAAGATGTCAAGGAATGTCAGACAAGTTTA GCGAATTGTGAGGCAGAACTGAGGCGCGTCCAAAGTAGAAAGGAGGAGTTGCAGAATGAAGTGAGCAACTTGCATGAAAT GGCTGAAAAGGCACAGCTGAATGCAGCGAAAGCGGAGAAGGATGTCACAGACATAATGCATTTGGCTGAGCAAACTGTTG CTATGGAACTTGAGGCTGCACAGCGTGTGAATGATGCGGAGATTGCATTACTGAAAGCAGACAAGTTGGTCTCTAGTTTC AATGCTGATAATACCGCAGATACTGTACAATTACAAGATGTTGTGGCTGCTTCTGAGGAGGCGAAAGTGGTTCAACATTT TTCTGTAGATGATGCTGTTAAAAGAGACCTTGGTTCCACAAGTGATGAGGAGTCTTTGCTTGCCATACAATCACCAGAGA CACTATCTAATAAAACCAGCCAAATTTTGGAAGATGTAACACAGTCTGATTTATTGAGTGATAATGAGAATGGACAGCTA AGCTTGGACTCTTCTAAAGAAGCTGAAGTCGAAGTAGAGAAGTCAACGAATGTAGTTCAAATGAAAAAGCAGGAAACACA GAAAGATTCTACTAGAGATAACTCACCAATTGCCCCCAAGACATCATTGAAGAAGTCCTCCCGATTTTTTCCTGCATCAT TCTTCTCTTGTACTGCAGATGAGACTGATTACACACCAGCATCAATTTTCCATGGTCTTGTAGAGTCAGCACAGAAGCAG TTACCCAAGTTGGTTGTTGGGGTATTGTTAATTGGAGCAGGGTGTGTACGATCTTTCTTTAGCTCGCTCCTTTTCTTGCT GTAGTTTTTATTTTGATTTTAAACCTTTATAGAACCAATTTACCTGGAAGTGTCTATTAGTCATATAGCTGGCTTACATT ATGTATGGTATTGAAGTAATTAGGATGGTAATTTTTGCTCTCTGTGTAACATTATTGAAAAATACAAGGCTGAATTATTC ACTGGACTGTTTAAAAACTGATGCTGAAATTAAATTCCTACCCTGGGCAAGGGACTTATGCCTGTCTATGTGTCAACTTT ATGAAGTTGTTCTATCCATTTTAAGGATGGCTATATATCATGCTTTGTTGTTATGTTAATTAGATGATAAGATCACTACG AAGGTTTTATCCTGTTCTTTAAACACTGGTGGAATTTTATTCCAGGATTTCCTTTTATGCCAATAGAGCAGAGAGGAGCA CACAGTTGCTACAGCAGCCAGAAGTCATTGCAACCACTGTCGAAGAAGTTTCCTCAACTACAAAACCTCTGGTTAGACAA CTTCAGAAAATCCCCAAGAGAATTCAGGAAATTATTGCGTCATTACCTAATCAAGAGGTTTGTTTTTCTTGGTTTTGCCC CTTTATTCTCATGCTCAATTTGGTAAGTTTTATCTGACTCCGAATGGAATTTATTATAGGTGAATGACGAGGAAGCCTCC CTCTTTGACATGCTCTGGTTATTACTTGCAAGTGTTATATTTGTGCCCATATTTCAAAAAATTCCTGGAGGTAACTTGGT TGTCATGTTTTCTTGATGATTGAACATTGTCTGTCAAAGTATAACAGAGTTGTTTGACTAGATTATTTATTGTTTGACAT GATGATTGCATATTGTCTGCCACCAAACTCTATACATTTATTATACGATGAAGCTTTAGTGTATCGATTATCTCTGCCTT TCTCGCTCATGTTTCTCTACCTATGTCACCGTTTGTTCGTTGTTTGATAATAACCATAAAAGAACTCGTAATGTAAAAAA AAAATTGGTTACTTGAACAGAAAAGTTTCAATCTATTCATATGCATCTAACCATTATCTGATTTATGCTTTGGTATACGT GTTTTTGTTGTAAATGTCGTATTTGATAAAACCGAATGTGTCTGTGACATTCATATATTGTTTAGCTGATGCTGTGCCCC TATCTGCAACAATGTGTAGGCAGTCCTGTTCTTGGTTACTTGGCTGCTGGTATCTTGATTGGACCTTATGGTCTCTCCAT CATTCGCAATGTTCACGGGACAAAAGCAATAGCTGAATTTGGAGTTGTTTTCCTGTTATTCAATATTGGCCTGGAGGTGG AGCTTCCTAAAAGATCCCATTCTACCCAAACTTTGATTATCTCCAAAATAAAAAACAAACTGAAGCTCTGAACTATTTTT TATAGCTCTCTGTTGAAAGACTTAGTTCAATGAAGAAATATGTCTTTGGATTAGGCTCTGCTCAGGTGATTTATCCTTCT TAATGTTTTTTATCCTCAAGCTATTCTGTTTATATGCTAGTAATGTGCGGGCTAACAAAAATGCAGGTTCTGTTGACTGC TGTAACTATTGGCGTGCTGGCTCATTATGTTTGTGGCCAAGCTGGCCCCGCTGCTATTGTCATTGGGAATGGCTTGGCAC TATCGTCGACTGCTGTTGTTCTGCAGGTAATAATTTGATTACTGTTTGTTTTTAAATTTTTACTCTGGTTTACATTCACA TGTTCTAGTCAGTTTTACTACTCCAGCTTTATGCTTCTATTTAATGTACATTCCGAAAATGTCATATCTACATTTTCTAA AAGCATTAACTGTAAAGGGATTTTTTAAAATTGTATGTTGCATCTTTTAGTAAATATATTTATGGTTGTCATTACTTATT AATGCTTGAATTCTATAGCTGTAACAGATACCCGTCTTCGAAGATTCCCATGAGTCTAAATATTTAGCATAGTAGTCAAG GCTGTATTCTTTCTATTTTATAATTCTATTTTCATGTTCGCGGAGTCTGCTATGTTGCAATATTTCAACGAAACTTGTTT TGCAGGTGTTGCAAGAGAGAGGTGAAAGCACATCACGTCATGGACGGGCTGCATTTTCAGTTTTACTTTTCCAGGTTATT TTGTTTCATACCCATCTATCTAGAAACTGAAGAATATTCTTCTGAGATGCATTACTAGATAATATAATGCTTGTGAATTG TGAATTTGTGATACATAGTTGGCTAAACTGTGTCTTACGTGACGCATCTTGCTTTAACATTCCATGCAGCCTTTACCTTC TGGATAACTTGAATTCCATGTCCAAAAGTGGCAAAATATGTTAATATGAGATAATATAAGTAGAACTATGTATGCACCCC AGTACAATCAAGCATTATACTTGGATACTGTGGAAAATAGGAAGAATCGTGGTGTTTTCCACTCTTATTTCAATTTTCAT CAAAGAACAGTGTTGAAATTGTAGGATTTACTCTTTTAGTGTATGAAGAGAGAAATTTTAAGTATTCTAAACAGCTGTTG ATACTTGATTAATTACTGAATCAGAAGTACAATATTTATAGACTAGATTTCTATAGGTTTCCTAGTCAACTACTAACTCT AAACAATAAAATCTAAATAATAAATCTCATCTTATCTTATCCTAATCTATCATAACAAAATAAAGTCCAGTGTTGTTATC ACGAATAGCAGAAAATAGCGGAAAGCCAAAAATCCGCTATTTCAAGCCCTGAAAATGGCAAATAACGGAGTAGTGGTGAG CCCTCAGAGAGCTGCACTATAGCGATATAGCGCCGCTATAACAGCTATTTGTCAACACTGATAAAATCTAATCCTAATAA ACCATATCCTAACAAATCGTCTCAACAAGATATATCCTAATAGATATCTCTTAATAGATATCTTAACGCTCCCTACTTAC TTAGCTTTAAGCTTGTTGCAAATATATCCTTTAGATAAAGGAAACCTAATGAGAGTCTTGACGAATATCTGGATTGAATA GGCCCCCTTCTAAATCCATGGGCAAACAAGAGACAACTTTCCATACTTGATCAAGCTAAGATTGATGCAAGTCAAAACTA ATTCTTCTGGATTATTGCAGGATCAACTGAGTTAGCAAGCAAAAGTTGACAAGGAACTAGGGAGAAAAACTAGCAACAAT ACGCCCCAAAACAAAACAAGACCGAAAACAACAGCAAACCAGAAGCAACCACACAGAAAAAAAAAAAAATCTTGGGGTCG ATTGATTGATGGCTTCTGAGATGGACAATGGTGTCAACTTTGACACCAATAACTCTTGAAAACTATAGAGTGGGCCAGCG CTAACAGACACATAAATAACAAAACAGACACATAATGATAAATAGAAATACAGACACATAACTCCTCAAATAATCGGGGA AACATGTGAACATAAATAGCAGAACAGACACATAATGATAGAATACTAACTTCTCCTATATAAACTGAATAATCCCTGTC ATTTGAGCATTGTCCTCAAATAATCGGGGAAACATGTGAACATAAATAGCAGAACAGACACATAATGATAGAATACTAAC TTCTCCTATATGAACTGAATAATCCCTGTCATTTGAGCATTGTCCTAATGAACAAGGATGAAATCGTGAAAATAAAATCT TCATAGTTGGCTGTCTGGGAACATTAATATATTTGCCACTGAAATCACCTTATTTGTTATGCTTTTCTGCATAGATCCTC AACTAGCATCCTCTTTGCCTTTGCTGTATCTTGTTAATTGGTATATCAATTTATTGTTCCGACATTTATTATTTATTTTA GCTCTTAACTGTCTTCGGTGTTGCAATATGCCAAAATTAACTATTTCCTCTCTGTTTCTAAACAGGATTTGGCTGTTGTT GTCCTGCTAATACTCATACCTCTTATTTCACCTAATTCTTCCAAAGGAGGGGTAATACTTTCTAGCTCTCCTTGTCTTAA AATACATTTATTAGTTAGATTACAATATTGTGTTCATTAGGAATAGAACAGGACTACTTAAAATTGTGTGGACTCCTTGT GGAAAGACAAAGTTTATGACTAGGATGTTCTGAGTCAATCATCCACCCCCCCTCCCAAAAAAAATGAGGTTATCCTCTAT TGTTTAGAGAACTTGCATTTATTTGGATAATTTAGTTTAAATTTTATGATATATGCACTAAAGTAATCAAGACACAGTTT CACTCTTCTAGTCTTCTAACTAAATTTGGTTCATATTAAATGCTTGATTAGAAATTGTTGACTTTACCTTACTTCTGTCA TCACCATTATAAAAAGTATAATGTAAAACCACTCATGCTTACAGGTTGGATTTCAAGCCATTGCAGAAGCTCTTGGTCTG GCTGCTGTTAAGGCAGCAGTTGCCATCACTGCCATAATTGCAGGAGGACGATTGGTAAGTGGTATTCAGAAGAATCAGAA CTGAGGTGTGGGACTGGGATGTGTGATATCAATTATTAAAATATAGTTTGTATCTATCTAGATTTTGTATTTTCTGCTTG GAGTGTTGGGAGCAATAATAGAAAGGAGAGAAGAGAGAAAGAAATATCACACAGGAATTTTAACGTGGTTCGGAACACAA TGTGTGTATCTACGTCCACGGCTACACTAGGTAGTAATATTTCTCTTTGGTGTGTATAATGCTTACAATGAGGTGCTTAT ATATAGTAGGAGTAAGTCAACCTCCTCCTTATTCTAAGCGATGTGGGACTTACAAATAGACTACATAAGCGATGTGGGAC TACAAATAGACTACATAACATAACATGGAGGACTTACATTGTCTTGTCAGTATGTTTTTTTTTCTTCCAATAATCTAAGT TTACATGGAGCATAACATTAAGTCATCAATTCTGTCAACAGACTGTGAAATAGAGCATTTAATGCTCTTAATTAGCAGTT ATATTTTTGTTTGTATATAATTATGTTGTTTCCTGTTTGTACTTAGTTTATTTTAGGTAGTTTCTTATTTTCATTCATTC TCCCTAATTCTCTCTTTAGTCAAGGATTTCCTTCTTTGACTTTGATCAATCACATTATGTAATTCCCTCTATAAGAAGAG GAATCCCTGTACAGTTTTTCATATCAATAATATTACCAAATATTTCAACTTGGCATCAGAGCAAAGATCTCTGCGCATCT GATTTGCATCCATGGCTGACAGTTCCTCAGCCAGCGATGATCAGAATACGGAGGAGATTGTGGTTCCCAAAGTCTCGCAG CCTCCAAGGCAGGAGCAGCGAGTCCTGTTCGGCGAATCTCATTCTGTGCCTCCAAGGCAGGAGCAGCGAGTCCTGTTCGG TGAATCTCATTCTGTCCAAATCACCACTTTTCGACTCAATGGGTCGAACTATTTCCGGTGGTCCCAATCTGTCCAGTTGT ATATTCGTGGCAGAGGAAAACTTGGGTATCTCACTGGTGAGAAACCCATGCCAGATATTGCTGATCCACAATATGCTGTT TGGGACGCTGAAAACTCCATGGTGATGACATGGCTGGTAAACTCCATGGAGGAGGACATTAGCAGCAATTACATGTGTTA TTCCACAGCCAAAGAGCTATGGGATAGTGTCACGGAAATGTATTCAGATCTTGAGAACAAATCTCAGATCTATGAACTCA CCTTGAAAGTCAGAGAAATTCGGCAGGGAGGTAATAACGTGACAAAATACTTCCACTCTTTGAAGCGAGTTTGGCATGAT CTAGATCTCTTCAACACTTACAAGTGGAACTCTGCAGAGGATGCCAAACACCATCGACAAACCGTGGAAGAAGGTAGAAT ATTTCAGTTTCTTGCTGGTCTGAATGAAGAGCTAGATGAAGTTCGTGGCAGAATCATTGGGAGAGCAACCTTACCTTCAT TGGGTGAGGTCTTTGCTGAAGTTAGAAGAGAGGAAACTCGCAGAAGTGTGATGATGGGAAAGTCCAAAACGGATGCACCT CCTTCTGAGACCAATGCTCTTGCTGTAGAAACTGTTGCCCTTAAGACTTCTACTAACCAGAAGAACTTCTCAAACCGCTG GTGTGATCACTGCAACAGACCCGGTCATACTCGGGAAAGTTGCTGGAAAATTATTGGGAGGCCAGCACATCTAAAGGGTG GCAAGTCAGGTCCTAAAAATCAAAAATCTTTCCCTACAGCTCATGAGGCAGAAAAGACTTCCTTGAAAAAGGAACAAGTT GAGGAACTCATAAGGTTGTTAAATTCTAATTTTTTATCTGGTACTCCTAGTGGTTCTGTGGCACAAACAGGTAATTTTTC TACCCCTAGCTCCCTTAATTGCACCTCAAATATTCATGCACCATGGATCATTGATTCAGGTGCTTCAGATCATATGACTA GCCTTTCTCCTTTATTTAAAACCTATTCTCCTTGTTCTGGAAATGGAAAAATTAGAATTGCAGATGGTTCTTTTTCCGCA ATTGCAGGGAAGGGGAAGATTACCTTATCCAATAACATTGACTTAGGAAAAGTTTTACATGTGCCCAAACTATCTTGCAA CCTTCTTTCTATTAGCAAAATCTGCAAAGATTCCAATTGCAGTGTGACATTCTTTGACACTCATTGTGTTTTTCAGGACC GGATTTCGGGGAAGATGATTGGCAGTGCTAAGATGAAGGATGGACTTTACTACTTTGAGGATACTTTCAGAAATAAAGCA GCTCAGGGTCTTTGTGGTATGAGTTGCACCTCTGTTAGGGACCAAATAATGCTCTGGCATAACAGACTAGGGCACCCGAA TTTTCAATATCTTAGGCATTTGTTTCCAGATTTATTCAAAAATGTTAATTGTTCTTCTCTTGAATGTGAAAGTTGTGTTC TTGCAAAAAATCAAAGAGCTCCTTATTATTCTCAACCTTATCATGCATCTAGACCTTTTTACTTAATCCATAGTGATGTT TGGGGGCCTTCAAAAATTACAACTCAATTTGGAAAAAGGTGGTTTGTAACCTTCATAGATGATCACACCCGGTTGTGTTG GGTCTACCTTATGCATGAAAAATCTGAAGTTCCTAATATATTTAAAAGTTTTTCACAAATGGTAGAAACTCAATTTGATA CAAAGATCTCCATTTTGAGGAGTGATAATGGAACTGAGTACTTCAATCAAAATCTCAATGAGTTTCTGAAAAATAAAGGC ATTCAGCATCAATCGACATGTCCAAATACTCCTCAACAAAATGGCACCGCTGAAAGAAAAAATAAACATCTCCTTGAAGT AGCTCGTGCCATTATGTTTGAGAGTAATGTTCCAAAGTATTTGTGGGGAGATGCTGTCCTAACAGCAGCCTATCTTATAA ATAGAATGCCCACTCGTGTATTGAATTATCGCACACCTTTGGAAAATTTCAAAACCATTTTTCCAGCATGTCGATTACAT ACTGATATGCCTTTAAAGGTGTTTGGTTGTACAGTTTTTATGCATAAACCTTCCACATCTCGGTCCAAACTAGACCCAAG GGCAGAAAAATGCATTTTTGTTGGTTATTCTCCAAACCAAAAAGGATATAGAGTCTTTAATCCTATCACAAAGAAGCTTT GTGTTAGCATGGATGTTACCTTTCTTGAACATCAACCTTTTTTTCAAAAAAATTCCCTTCAGGGGGAGAATAATAATGTG AGTGAAGACAATTTTTTGCATGAACCGCTGCCCATTCCTATTGTAGACACAGGGAATACAAATTTTATTGATGAATGCAA CAAGGAAGAACATGTGGAAACAAGTTCTGAAATTTCTAAAGAAAATCTTATGCCAGACTTAGGTGGAGCCCAAACAGAGA AAGAAATACCACAGTCAAAAAAGGAGTTCCATGTTTATACTCGGAAGTATCCTAAAAGGACCAAAGACCAATCCATCATC TCTGCACCAAGCCAACCAGAAATCCCGGAAGAAGGCCAAGTAAGAATACCACAAGAAATTCGAGGTAACACTGACATTTT CACTTCTACTATTGAATTACCCATAGCTATTAGAAAAGGAACCAGAACCTGCACCCAAAAATCAGAAAAATCTAGCACAA ACCATCCCATTTCCCAATATGTTTCCTACCAAAATCTTTCACCGAATCACAAAGCTTTTACCTCTAAAATAACAGATCTG TTTGTGCCTAGAAACATTGAGGAAGCACTAGATGATCCCAATTGGAATTTAGCAGTCTTAGAAGAGTTGAGTGCACTGAA AAAGAATGAAACTTGGGAAATAACAGACCTACCACGTGACAAAAAACAGGTGGGTTGTAAGTGGGTATTTACCATTAAGT GCAAGGCCGATGGAAGTGTAGAGAGGTACAAGGCGAGATTGGTGGCAAAAGGGTTCACTCAAACTTATGGAGTAGACTAT CAAGAGACGTTTGCTCCAGTTGCTAAACTTAACTCTGTTCGGATTCTTATATCCCTTGCTGCAAGTTACAACTGGCCTTT ACATCAATTGGATGTAAAGAATGCTTTCCTGAATGGGGAGTTAGAGGAAGAAGTGTTTATGAGTCTTCCCCCCGGATTTG AAGAAGAACTTGGAAGAAATAAGGTGTGTAGACTAAAGAAGTCATTATATGGGCTGAAGCAATCTCCAAGAGCATGGTTT GAGAGGTTTGGAACAGTGGTAAAAGGGCTTGGATATATCCAAAGCCAAGCTGATCACACATTGTTCTATAAACATTCAGC AGATAATAAGGTTGCTATCTTGATTGTATATGTTGATGATATTATTCTGACAGGTGATGATAGCTTGGAACTCAAAAATC TGAGGGAGAAACTTGCTAAAGTTTTTGAAATCAAGGAACTTGGCCCATTGAAATACTTCCTTGGAATTGAGTTTGCAAGA TCAAAGGAAGGTATCTTTATGAACCAGCGAAAGTATATTCTGGATCTTTTAAAAGAAACAAGATTACTTGGATGCAAAGC TGTAGAAACACCCATGGAGCCCAACTTAAAGCTGCAACCAGCTGAAACAGAAAATATGGTGGACAAAGGAAGGTATCAGC GACTAGTGGGAAGGCTAATATACTTATCTCACACCCGTCCAGACATTGCCTTTGCTGTAAGCATGGTAAGCCAGTTTATG CATGCACCAGGTCATGAACACTTGGAGGCAGTTTTTAGAATCTTAAGATACTTGAAGGGATCACCTGGGAAGGGGCTTCT TTATAAAAACCGTGGGCACCTTCAGGTAGAAGCCTACACTGATGCAGACTGGGCAGGGAGTGTGACAGACCGAAGATCAA CATCAGGCTATTGCACCTTTGTTGGAGGAAACTTGGTTAGTTGGAGAAGTAAAAAACAAACCGTTGTAGCAAGGAGTAGT GCAGAAGCTGAATTTAGAGCAGTTGCTCATGGAATTTGTGAGGCATTATGGGTGGAAAAGCTTCTACAGGAATTAAAGGT TTTCAATTCTCCTCCAATAAAGCTTTATTGTGACAACAAGTCTGCAATATCTATTGCACACAACCCGGTCCTACATGATA GGACCAAGCATGTCGAAGTTGATAAACACTTCATCAGAGAGAAGATAGAAAGTGGGCAGATTTGTATTACATATGTTCCC ACTGCAGAGCAATCGGCAGACATCCTAACCAAAGGATTACCCAAGAAATCCTTTGACAACATAACTAGCAAGCTGTCTAT GGAGGATATCTTTAGGCCAGCTTGAGGGGGAGTGTCAACAGACTGTGAAATAGAGCATTTAATGCTCTTAATTAGCAGTT ATATTTTTGTTTGTATATAATTATGTTGTTTCCTGTTTGTACTTAGTTTATTTTAGGTAGTTTCTTATTTTCATTCATTC TCCCTAATTCTCTCTTTAGTCAAGGATTTCCTTCTTTGACTTTGATCAATCACATTATGTAATTCCCTCTATAAGAAGAG GAATCCCTGTACAGTTTTTCATATCAATAATATTACCAAATATTTCAACTAATTCTACAGTCGAGAATGATCCTTTAGAG CAGTTAGTATGTTGACATCTAAAGATTGATAATTATAGAGAAGTTTTGCTACAAATTACTGACTAGGTGCAGCAGATTGC TTTTCATGTTCTGTAATGATCTATAACAAATGGTTTGGTGAACATTCAGATATTCTTATCGTGGTGGATGGAAGCTACCA ACTGGAAACTACTTATCATCTATGCAATGCTTAAATTTAGTTTCTTATTATTGTTAAGATGAGTTTTATCCTGTAGTGGT TAAACACATGAGGTCTTGATGGAAGTTCATAGGCTTAGTGGGATTAAATGGAGTAGACATTTAGCTTATTTATTATTAAG TTTATCAAGAACCTGATTCTGAAACATTAAAAAAAAAATTTGAAGGGTAAGCTCTATACTTTTGGCCTTGGGTTCATATT TCTGAAAGCATCGTATGTTTTTCTTTATTTGTATTTGGTCTGTAATTTTCCCCACTTTTCTTTTGTACAGCTCCTTCGAC CTATATATAAACAGATTGCAGAAAATCGAAATGCAGAAATATTTTCTGCCAATACACTATTTGTTATTCTCGGGACCAGC CTTTTCACAGCCAGGGTGGGTGATTGTACAACTGTTTTTTTCTTTTTTCCTTCAGTTTGTGTTTTTGAACCAAGCAAAGG TTTGGCAGTTTACTTTAAGTTATTCTTTTGTCCATTAAGTAATAATTTTTTGCCAGTGTTTGCTAACCTTACTTTTTTTT AACTTAACTTTTCTTCACCTAAAACAGGCAGGACTTTCCATGGCATTGGGAGCATTTTTGGCTGGTTTACTACTTGCGGA AACTGAATTTTCCTTACAGGTCGAGTCTGATATTGCTCCATACCGTGGCCTTCTATTGGGCCTGTTCTTTATGACGGTGG GTGTTTAATATTTGAATTCAAAAGTTAATTAAATGTATTGTTCATTTATTCATGCATCATTTACTGTATACTTTTTAATC CTGTAGTCAATTACTTATTTTGGAATAATTCTTATAAGAGTCTTCAAAGGAATGGCTGCTTGAAGTTTGTGATCTTTTGA GCAAGCCAGCATCAATGTATGTAATTAATGGAAAGTAATTTTGTGACTTTTCAGGTTGGAATGTCAATTGATCCAAAACT TCTTCTCTCAAACTTTCCAGTCATTTCAGGGACACTGGGACTCTTGATATTTGGAAAAACTATCTTGGTTGCTTTGATTG GCAGAATATTTGGCATTTCACTAATTTCTGCCGTTAGAGTTGGTCTTCTTCTTGCTCCTGGGGGAGAATTTGCCTTTGTG GCTTTTGGTGAAGCTGTTAATCAGGTTTTTGTCCTTGAAAGCTGTTTTGCTACGACCTCTGTGGTTAATAAATAATTATT TGTAACTAAATCTCTATGTTCATTTAAAGTAAGTTATTCTGCTTGTGTTACTTTTTAACAATATGCCTTCTTGATGTTTG TAACATCAAATTATTTTGGAGGCTTATAATCCTGGTCGTCTTTCTTATGAAATAAACTACGTAGAAAATATGTTCTGACT AGGTAAGTGTCGTCAAAATAAGGTCTCTAGCTGTTATTCTGATGTTTTATGACCTAATAAGAGTCTTGAGATGCAATGCC ATCTGTTCTTGCATTGCACAGTGACTAGGATTATCTGAATTAGGGCGTTTATTTCAAGATCAAGAGGGCTTGAGTACATA CATCATGCTTGGATAATTTGCCTTTATTGCTTTGTAGTGTTTATAGAAGAAATATAGGATTCTATGGAAGTGTCCCTAAT TTAATTATTACTCTTAAGTTTTTAATTAGATTCTTTGATTTAAGAGGGCACGGTAGATACTTTATGCTTAAAATTTACTA TTGTTGCTTGGTAGTGATTTTAGAAGGGAAGGAGTATATAGGGTTCTATCAAGGTGTCCTATGTTTTGATTACATGGAGT GCTTGGATGGAGGGAACTCAAGGATTTTCTGGAATCATAGAACCATCATTATCTCATTTAATGAGCATAATCTTAAATCT TGTTTTTCTTCGGTCTTTGGCTCAATGGGATATTTATGTGATTTCCATGTATGTATATTCAAGGAGATTGGTAGGCTTTT CCTGTGCGGTTCTTTTTTTCTTCCATATTCTCTTGGATACTAATATTTTTAATCGTGTTACTGTTGCCTGATAGTTTTTC AATTCTCTTGGATCCTTTCCTTTCTATTTATGAATTCCTTTTTATCTTAAAAAAGGGGAAGTAAAAAAGTTCAAAAATAT CGATTAATGTACTGATAGCTATTAAGAAGTTTTACCCTTTGAAATTTAATCTGCATTTAATTTTTCTAATTGACACTTTT GTAGGGCATAATGTCTTCTCAGTTGTCCTCTTTGCTGTTTCTTGTTGTCGGAATTTCAATGGCCCTCACGCCATGGCTAG CTGCAGGCGGCCAGTTGATTGCTTCCCGTTTTGAGCTGCATGACGTTCGAAGTTTATTACCCGTAGAAAGTGAGGTAAAA TTTCTTTCATGATTGGCTGGCAGGGACATCTACTAATTGCAAATGGCTGTTAAATTTTAAGTTTTTGCATTATCCATTAT TAGGCTTTCTTGCTGGTAGACTGAATGTTGTCTTTTTTATCTTACAACGCAACAGCGTTGTATGGGATAGGGGAAGTCTT GCTAGGAGGGTAGAATGTAGCTGTAAGTATTTAGACAGCAGTGAAAACAATAGGGAAGTTCTTGCTTACACCTGGTGTAG GATTTTTCTTCCCTGGTTTAAATCACCATAAGACAAAAATAATCACCATAAAATTTATGTATGCTTTTTTAATCCCAGGA TTATCTTTTTTTCCAATTAGTTAACTGTATTTATTATCTCGAATCTAATTTAGTTCAGTAAGTTTAAGAGATTCTGTAGT GAATCCTTCTTACACTTGTGGTGGTAGACACTTGATGCAGTGAGAACATATTGATTTAGCAATTGTTATTGTTTATTTAG CCTTGACATGAAAAATTAGTAGTTGACTTATTATCAGAGGGCATCTCTTACAGACAGATGACTTGCAAGATCATATCATT ATTTGTGGATTTGGACGAGTTGGCCAGGTGAGTTCTTTCTCTTTTGGTGTATTTAATTAGTTTTGATAATTGATCTAAGT AAAACAGTATTTTTGGTTGTTGTTATTTTCAGATCATTGCACAACTTCTTTCTGAGCGACTTATTCCTTTTGTCGCACTA GATGTGAGAAGGTAACTCAATGCTAACTGAAACTATTTGCTTTTCTTGTCATTTGATTTAGATCTTATTTATATTGAAAA AGAAAACATCACTGCACACTGCATAGATGAGCCTAGCTCTGTTTTCTCATGCATCAGTTTCTGACTTTCATGGAGGCATC AAAGGCTTTATTTATTCTACTCTGAATAATTGATTTGTCGTGTAATTTTCAACACTTCAATAGAGATAGATTAGAGATAG ATCCCCCCATGTTGGTTGGTTGCTTGTTTGATGATGCAGGTATTTAGTAACCAGTATGGGACAATATTTTGATGTTAATC AAGATTCTTTAGTTTTCTCTAAAGATGTGTGAACCATATAGTGTGTGCAATTTTGGATGGGGAATGCCTGGTGATGTTCT AACTTCATATTTGCTTATGTCTTCAGTGAAAGGGTAACAATCGGTCGTTCCTTAGGTCTCCCTGTGTACTTCGGAGACGC TGGTAGTCGAGAGGTAGTGCATGTGACTTAGTTCTTGAATTCGCATACATGTTCATTTCTTGACACACTTTGTACTGCAT GATAAGGTCCTACATAAAATTGGGGCTTCAAGAGCAAGTGCTGCAGCAGTTACTCTAGATTCCCCTGGCGCAAATTATAG AACAGTTTGGGCTTTGAGCAAGCACTTCCCAAAAGTGAAGACTTTTGTTCGTGCTCATGATGTTGACCACGGATTGAATT TAGAAAAGGCTGGAGCTACAGCTGTAATATTCCAATACCTTTTCTATTATCTCTGTTACGATTTCCTAATGGTGTAATTT TGGAACAGTCAGAAAATTAGCGTTTTCTTAACTATTGCATATTTTTAGCAAAATTGGTTTTTCTTGGAATCCTTACCTCA GTCTTGTCTTTCTTGTCTATATTATCTCAATGCTACTTGCATTTGCAGGTGGTCCCTGAGACCTTGGAACCAAGTCTTCA ACTAGCAGCTGCAGTGCTTGCTCAGGTAACTAGATTATGGGAGCAAAAAACTTCTTATGTCCTAGTATTTTGTTAATACT CTTATCTGATGGCAAACAACGTTACATTGTTATGGTCATTCTTTTTGTGCTTGAATCTTTATTTCACATTAACTAAACTT TTTTTTTCTCTATATACAAATGAAGTTTCTTGTCTGATTTTCTCAACAATTTTATGAGCAAATTTTTGCTCTTCATTGCA TGGTAAAATTGGCTGTACATCTCATTGAAGACACTACCTGTTCTGAAAACTAAAAAGAGGGGGGGAAATGAAACTGAAGT AATTTGATTTTTAATTTGGGCCTTTTGAGAATAAAAACATACAAATAAAGGGTTCTTATCATATGATTTTGTTAGTTGAT GAAACTCTGACACAAAGCTATCGTGACATGGTGATGGAGGATCTGTAATCTAAGCATTTCTATATTCAGGTTAAACTTCC TACATCTGAGATTGCAGCAACGATAAATGAATTCAGATCCCGCCATCTGTCTGAACTCACAGAGGTATGTGTTCCTTTTA AACCTATGCACACGCAGCACGCTGCGGAAATTGCATGATCACATACTACTATTTCACTTGTATATAGTTATATCTGAATG GACGCATGTTACTTTTGGTCTATTTGTTCAGCTATCTGAATCAAGTGGAGGTTCTCTTGGATATGGATATAGCAGTATGA AGAAACCCAAATCTCAATCCCCAGATTCATTAGATGAGACCCAAGTCTCTGAGGGAACAACATGAAGATCACCCCATTTA TACAGAGAGGACGGCAAAAGAAATCATTGAAGTTAAGAAAAACAATAATTGTGAAAATTTGTATAGCAGATAAGATGTTC CATAATTGTGGACATTGTTTCATATCAGAAATTTTGATTCATCATCCTTTCTCATATTCCTGATCAAGAAGATATCCCTG TAACCCTGTTGTATGTAACCCTGTTGTATGTAGCATTGATATTGTTTCATATTCTTTGGCTTTCAAAAAGCAATTAAAGC ATGTATAAGATGGCTTCCTGATTAATTGATCCCCCATCTCTAAAGATTGTTTGGTTTACTTATTTAATTATTTATTTGGT TAAGTTATACTTTTTTTATTTGAAGATTTCTTCAAAATAGCAGTAAGTTCGGTAGATTTCAAAATCGGTGAAAATTAGAC AAAATTGGTGATTGAAACAGTCCGAGTCATAAGTATTTATGTAAGATTTATTGCTGGCCTCTGCGGTGTGTGGAAGTGGC GTAACAACATGATCGTTGACCTCATCCTTGGACCATTCAGGTAGCATGGCATAAGCTTCGACATGATTAGGATGAACTGG TTCAGTTTGCTGGTACAGAGACATTGGATGATAGCTTGTTTTTTATATCTCTTTGGAAATCACCTCCCCTAGATTTGAAA AGCTTAACACCGACGGAAGCTTTCGCGATGGAGATAACTGTATGGGTGGAGGAGGGTTGCTGCGGGATGGCTCGGGGAAT TGGATTCTTGGTTTGGTGTATTGAGTCATGGTAATGCTGGTAATCTGTTCCTCACGGAAGCTTTAGCCTTGAGGGATGGG ATGCAATTAGCTTGGAATCATGACCACCGGAGAGTTCTTTGCGAGGTGGATTGCACTGGAGGATGCTCGAGTGAGATTAC ACGAGCATGCAGGGGTCTTGCTAGCGTGAGTTGCAAAATAGGAACGAGAGGTGTAGCCTGGCTTGGATTAACTGGGAAGG TAATGCCCTGCGGATTGGGTTGCGCGTGATCTCTTGTTCCGAGTCTTAGAGAGCTGGTTGATTCCCCC
CDS sequence (LotjaGi3g1v0380300.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGATATAGCTTTTAGCTTACCACGGTCAAAAGTGGTATTCGATGGCTTTGATTCTTGCATTGCATTTGGCGGGAGAGG GTTTGGTTGTGCTTTTGTTGGAAACTCGAGAACGATTTTGAAAGCTCGTTCAAGAATGGTTTGTGTGGGAGAGTTTCGAG TTTCGAATGTGAAGAGGGGTTTGTCTTGTAAGGTTAATAACCTTTTTAGGGGGAATAGGGGGATTTGGTTGAAGTGTCAG GGTGATGATTCTTTAGGGTATGTCAATGGTAATGGCAGGAATGTTAATTATGTCAAAGGTAATAAGGATGAGGGCTCGGT TTCCGGTGCTGAATTGAGTGAGTCTTTGGGAGGAGAAGAAGGGAAAGGAGAGAAGAAAGAAGTTGGGGTTGAAGTAGAAG TGGAGGTACAAAGTGTGGATGAATTGAAAGAGCTGTTGCAGAAGGCCTTGAAAGAATTAGAAGCTTCTCGAGTAAATAGC TTAATGTTTGAGGAAAAGGTTAAGAAGATAGCGGAAACTGCGATTTCTTTCCAGGATGAAGCCGCGCGTGCGTGGAATGA TGTTAATTCTACCCTTGATATCATCCAAGAAATTGTGAGTGAAGAATTTGATGCCAAAGAAGCTGTTCATAATGCTACGA TGGCGCTTTCTTTAGCTGAGGCGAGGCTTCAAGTAGCCGCTGAATCTTTGAAGGTTGCGAAAGATGTTTTCAGTTCCACG CAAGGCTCTAACGGGGGTGATGGCGATAAAGATGAAATGCAAGAGGAGAAAGATCTCGTGGTTGCTCGGGAAGATGTCAA GGAATGTCAGACAAGTTTAGCGAATTGTGAGGCAGAACTGAGGCGCGTCCAAAGTAGAAAGGAGGAGTTGCAGAATGAAG TGAGCAACTTGCATGAAATGGCTGAAAAGGCACAGCTGAATGCAGCGAAAGCGGAGAAGGATGTCACAGACATAATGCAT TTGGCTGAGCAAACTGTTGCTATGGAACTTGAGGCTGCACAGCGTGTGAATGATGCGGAGATTGCATTACTGAAAGCAGA CAAGTTGGTCTCTAGTTTCAATGCTGATAATACCGCAGATACTGTACAATTACAAGATGTTGTGGCTGCTTCTGAGGAGG CGAAAGTGGTTCAACATTTTTCTGTAGATGATGCTGTTAAAAGAGACCTTGGTTCCACAAGTGATGAGGAGTCTTTGCTT GCCATACAATCACCAGAGACACTATCTAATAAAACCAGCCAAATTTTGGAAGATGTAACACAGTCTGATTTATTGAGTGA TAATGAGAATGGACAGCTAAGCTTGGACTCTTCTAAAGAAGCTGAAGTCGAAGTAGAGAAGTCAACGAATGTAGTTCAAA TGAAAAAGCAGGAAACACAGAAAGATTCTACTAGAGATAACTCACCAATTGCCCCCAAGACATCATTGAAGAAGTCCTCC CGATTTTTTCCTGCATCATTCTTCTCTTGTACTGCAGATGAGACTGATTACACACCAGCATCAATTTTCCATGGTCTTGT AGAGTCAGCACAGAAGCAGTTACCCAAGTTGGTTGTTGGGGTATTGTTAATTGGAGCAGGGATTTCCTTTTATGCCAATA GAGCAGAGAGGAGCACACAGTTGCTACAGCAGCCAGAAGTCATTGCAACCACTGTCGAAGAAGTTTCCTCAACTACAAAA CCTCTGGTTAGACAACTTCAGAAAATCCCCAAGAGAATTCAGGAAATTATTGCGTCATTACCTAATCAAGAGGTGAATGA CGAGGAAGCCTCCCTCTTTGACATGCTCTGGTTATTACTTGCAAGTGTTATATTTGTGCCCATATTTCAAAAAATTCCTG GAGGCAGTCCTGTTCTTGGTTACTTGGCTGCTGGTATCTTGATTGGACCTTATGGTCTCTCCATCATTCGCAATGTTCAC GGGACAAAAGCAATAGCTGAATTTGGAGTTGTTTTCCTGTTATTCAATATTGGCCTGGAGCTCTCTGTTGAAAGACTTAG TTCAATGAAGAAATATGTCTTTGGATTAGGCTCTGCTCAGGTTCTGTTGACTGCTGTAACTATTGGCGTGCTGGCTCATT ATGTTTGTGGCCAAGCTGGCCCCGCTGCTATTGTCATTGGGAATGGCTTGGCACTATCGTCGACTGCTGTTGTTCTGCAG GTGTTGCAAGAGAGAGGTGAAAGCACATCACGTCATGGACGGGCTGCATTTTCAGTTTTACTTTTCCAGGATTTGGCTGT TGTTGTCCTGCTAATACTCATACCTCTTATTTCACCTAATTCTTCCAAAGGAGGGGTTGGATTTCAAGCCATTGCAGAAG CTCTTGGTCTGGCTGCTGTTAAGGCAGCAGTTGCCATCACTGCCATAATTGCAGGAGGACGATTGCTCCTTCGACCTATA TATAAACAGATTGCAGAAAATCGAAATGCAGAAATATTTTCTGCCAATACACTATTTGTTATTCTCGGGACCAGCCTTTT CACAGCCAGGGCAGGACTTTCCATGGCATTGGGAGCATTTTTGGCTGGTTTACTACTTGCGGAAACTGAATTTTCCTTAC AGGTCGAGTCTGATATTGCTCCATACCGTGGCCTTCTATTGGGCCTGTTCTTTATGACGGTTGGAATGTCAATTGATCCA AAACTTCTTCTCTCAAACTTTCCAGTCATTTCAGGGACACTGGGACTCTTGATATTTGGAAAAACTATCTTGGTTGCTTT GATTGGCAGAATATTTGGCATTTCACTAATTTCTGCCGTTAGAGTTGGTCTTCTTCTTGCTCCTGGGGGAGAATTTGCCT TTGTGGCTTTTGGTGAAGCTGTTAATCAGGGCATAATGTCTTCTCAGTTGTCCTCTTTGCTGTTTCTTGTTGTCGGAATT TCAATGGCCCTCACGCCATGGCTAGCTGCAGGCGGCCAGTTGATTGCTTCCCGTTTTGAGCTGCATGACGTTCGAAGTTT ATTACCCGTAGAAAGTGAGACAGATGACTTGCAAGATCATATCATTATTTGTGGATTTGGACGAGTTGGCCAGATCATTG CACAACTTCTTTCTGAGCGACTTATTCCTTTTGTCGCACTAGATGTGAGAAGTGAAAGGGTAACAATCGGTCGTTCCTTA GGTCTCCCTGTGTACTTCGGAGACGCTGGTAGTCGAGAGGTCCTACATAAAATTGGGGCTTCAAGAGCAAGTGCTGCAGC AGTTACTCTAGATTCCCCTGGCGCAAATTATAGAACAGTTTGGGCTTTGAGCAAGCACTTCCCAAAAGTGAAGACTTTTG TTCGTGCTCATGATGTTGACCACGGATTGAATTTAGAAAAGGCTGGAGCTACAGCTGTGGTCCCTGAGACCTTGGAACCA AGTCTTCAACTAGCAGCTGCAGTGCTTGCTCAGGTTAAACTTCCTACATCTGAGATTGCAGCAACGATAAATGAATTCAG ATCCCGCCATCTGTCTGAACTCACAGAGCTATCTGAATCAAGTGGAGGTTCTCTTGGATATGGATATAGCAGTATGAAGA AACCCAAATCTCAATCCCCAGATTCATTAGATGAGACCCAAGTCTCTGAGGGAACAACATGA
Protein sequence (LotjaGi3g1v0380300.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MDIAFSLPRSKVVFDGFDSCIAFGGRGFGCAFVGNSRTILKARSRMVCVGEFRVSNVKRGLSCKVNNLFRGNRGIWLKCQ GDDSLGYVNGNGRNVNYVKGNKDEGSVSGAELSESLGGEEGKGEKKEVGVEVEVEVQSVDELKELLQKALKELEASRVNS LMFEEKVKKIAETAISFQDEAARAWNDVNSTLDIIQEIVSEEFDAKEAVHNATMALSLAEARLQVAAESLKVAKDVFSST QGSNGGDGDKDEMQEEKDLVVAREDVKECQTSLANCEAELRRVQSRKEELQNEVSNLHEMAEKAQLNAAKAEKDVTDIMH LAEQTVAMELEAAQRVNDAEIALLKADKLVSSFNADNTADTVQLQDVVAASEEAKVVQHFSVDDAVKRDLGSTSDEESLL AIQSPETLSNKTSQILEDVTQSDLLSDNENGQLSLDSSKEAEVEVEKSTNVVQMKKQETQKDSTRDNSPIAPKTSLKKSS RFFPASFFSCTADETDYTPASIFHGLVESAQKQLPKLVVGVLLIGAGISFYANRAERSTQLLQQPEVIATTVEEVSSTTK PLVRQLQKIPKRIQEIIASLPNQEVNDEEASLFDMLWLLLASVIFVPIFQKIPGGSPVLGYLAAGILIGPYGLSIIRNVH GTKAIAEFGVVFLLFNIGLELSVERLSSMKKYVFGLGSAQVLLTAVTIGVLAHYVCGQAGPAAIVIGNGLALSSTAVVLQ VLQERGESTSRHGRAAFSVLLFQDLAVVVLLILIPLISPNSSKGGVGFQAIAEALGLAAVKAAVAITAIIAGGRLLLRPI YKQIAENRNAEIFSANTLFVILGTSLFTARAGLSMALGAFLAGLLLAETEFSLQVESDIAPYRGLLLGLFFMTVGMSIDP KLLLSNFPVISGTLGLLIFGKTILVALIGRIFGISLISAVRVGLLLAPGGEFAFVAFGEAVNQGIMSSQLSSLLFLVVGI SMALTPWLAAGGQLIASRFELHDVRSLLPVESETDDLQDHIIICGFGRVGQIIAQLLSERLIPFVALDVRSERVTIGRSL GLPVYFGDAGSREVLHKIGASRASAAAVTLDSPGANYRTVWALSKHFPKVKTFVRAHDVDHGLNLEKAGATAVVPETLEP SLQLAAAVLAQVKLPTSEIAATINEFRSRHLSELTELSESSGGSLGYGYSSMKKPKSQSPDSLDETQVSEGTT
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 |
|---|---|---|---|---|---|---|
| PANTHER | 1 | 1192 | 1192 | 0.0 | – | |
| Phobius | 1 | 513 | 513 | - | – | |
| PANTHER | 1 | 1192 | 1192 | 0.0 | – | |
| MobiDBLite | 105 | 124 | 20 | - | – | |
| Coils | 132 | 159 | 28 | - | – | |
| Coils | 266 | 314 | 49 | - | – | |
| MobiDBLite | 421 | 475 | 55 | - | – | |
| MobiDBLite | 421 | 437 | 17 | - | – | |
| Phobius | 514 | 532 | 19 | - | – | |
| Phobius | 533 | 589 | 57 | - | – | |
| Gene3D | 588 | 973 | 386 | 1.2E-77 | ||
| Phobius | 590 | 609 | 20 | - | – | |
| Pfam | 598 | 968 | 371 | 3.3E-60 | ||
| TIGRFAM | 599 | 879 | 281 | 6.2E-87 | ||
| Phobius | 610 | 617 | 8 | - | – | |
| TMHMM | 614 | 636 | 23 | - | – | |
| Phobius | 618 | 636 | 19 | - | – | |
| Phobius | 637 | 641 | 5 | - | – | |
| Phobius | 642 | 661 | 20 | - | – | |
| Phobius | 662 | 672 | 11 | - | – | |
| Phobius | 673 | 695 | 23 | - | – | |
| TMHMM | 673 | 695 | 23 | - | – | |
| Phobius | 696 | 700 | 5 | - | – | |
| TMHMM | 700 | 722 | 23 | - | – | |
| Phobius | 701 | 722 | 22 | - | – | |
| Phobius | 723 | 733 | 11 | - | – | |
| Phobius | 734 | 757 | 24 | - | – | |
| TMHMM | 735 | 757 | 23 | - | – | |
| Phobius | 758 | 776 | 19 | - | – | |
| TMHMM | 775 | 797 | 23 | - | – | |
| Phobius | 777 | 797 | 21 | - | – | |
| Phobius | 798 | 817 | 20 | - | – | |
| TMHMM | 817 | 839 | 23 | - | – | |
| Phobius | 818 | 847 | 30 | - | – | |
| Phobius | 848 | 858 | 11 | - | – | |
| Phobius | 859 | 878 | 20 | - | – | |
| TMHMM | 859 | 878 | 20 | - | – | |
| Phobius | 879 | 889 | 11 | - | – | |
| TMHMM | 887 | 909 | 23 | - | – | |
| Phobius | 890 | 912 | 23 | - | – | |
| Phobius | 913 | 917 | 5 | - | – | |
| Phobius | 918 | 938 | 21 | - | – | |
| TMHMM | 919 | 941 | 23 | - | – | |
| Phobius | 939 | 949 | 11 | - | – | |
| Phobius | 950 | 969 | 20 | - | – | |
| TMHMM | 953 | 975 | 23 | - | – | |
| Phobius | 970 | 1193 | 224 | - | – | |
| Gene3D | 996 | 1159 | 164 | 7.5E-38 | – | |
| SUPERFAMILY | 997 | 1138 | 142 | 1.77E-29 | ||
| ProSiteProfiles | 1000 | 1122 | 123 | 16.555 | ||
| Pfam | 1001 | 1114 | 114 | 3.4E-21 | ||
| MobiDBLite | 1154 | 1193 | 40 | - | – | |
| MobiDBLite | 1155 | 1193 | 39 | - | – |
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 |
|---|---|---|---|---|
| Biological process | Cation transport | The directed movement of cations, atoms or small molecules with a net positive charge, into, out of or within a cell, or between cells, by means of some agent such as a transporter or pore. | ||
| Biological process | Potassium ion transport | The directed movement of potassium ions (K+) into, out of or within a cell, or between cells, by means of some agent such as a transporter or pore. | ||
| Molecular function | Cation transmembrane transporter activity | Enables the transfer of cation from one side of a membrane to the other. | ||
| Molecular function | Solute:proton antiporter activity | Enables the transfer of a solute or solutes from one side of a membrane to the other according to the reaction: solute(out) + H+(in) = solute(in) + H+(out). | ||
| 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. | ||
| 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 LotjaGi3g1v0380300.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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