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| Field | Value |
|---|---|
| Gene ID | LotjaGi6g1v0085000 |
| Transcript ID | LotjaGi6g1v0085000.4 |
| Related isoforms 4 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | U-box domain-containing protein; TAIR: AT2G22125.1 binding protein; Swiss-Prot: sp|F4IIM1|CSI1_ARATH Protein CELLULOSE SYNTHASE INTERACTIVE 1; TrEMBL-Plants: tr|A0A0R0HL99|A0A0R0HL99_SOYBN Uncharacterized protein; Found in the gene: LotjaGi6g1v0085000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr6:16884893..16893767) extracted from Lotus japonicus Gifu genome v1.2.
CTTGAAATGCTGCTGAAGTCTATGCTTTTACTTTCTTGTGTTTGACACATTTTGTGCTTGAGTGAGCATTAGTGCTTATG TTGGACGCCAAGTAAGCTAGCGCCATGAGTCCCCCTTAAAGATTTTTTTTGTAGAAGAGAAGATATGGGGAGATTTGACT ATATGGCCTTATTCTCTTTAATCTGAGAACCATCTAACTTGATGCTTTGAATATGGCTTTTGGACATTAAAATTTAAAAT GTAAAATGCAAACTTCTTTATCTTACACTACTAGCTGATTGCAGAGAACGTAGCAGCAACAGCATGGAAGATCCAGATGG AACATTAGCAAGTGTAGCTCAGTGCATTGAGAAGCTGCGCCAAAGCTCATCTTCTATGCAAGAGAAAGAGTATTTCTTGA AGCAGTTATTGGAGCTTATTGATATGCGTGAAAATGCTTTCAGTGCTGTTGGATCTCACTCTCAGGCAGTTCCAGTACTT GTTTCCCTCCTCCGGTCAGGTTCGTTGAATGTAAAGATACAGGCAGCAACTGTCTTGGGCTCTCTTTGTAAAGAAAATGA ACTGAGGGTGAAAGTCTTGCTGGGAGGATGCATTCCTCCTTTGCTTGGTCTACTCAAGTCCAGTTCTGCTGAAGGTCAAG TAGCTGCTGCAAAGACAATTTTTGCTGTCTCTCAAGGTGGTGCCAAAGATCATGTTGGATCAAAAATATTTTCAACTGAA GGAGTTGTCCCAGTGCTTTGGGAGAAGCTGCAAAAGGGCGTGCAGAATGACAGTGTAGTCGATAGTTTATTAACTGGAGC ACTGAAAAATCTCTCCAGCAGTACTGAGAGATTTTGGAATGCCACACTACAGGCTGGTGGAGCTGATATATTAGTGAAGT TACTAACAACAGGACAGTCTAGCACTTTAGCTAATGTGTGCTTCTTACTTGCCTGTATGATGATGGAGGATGCATCTGTT TGTTCAAAGGTGTTGACAGCAGAGGCAACGAAACAACTCCTCAAACTTTTAGGCCCTGGTAATGATGCCCCTGTTAGGGC TGAAGCAGCAGGTGCTCTTAAATCTCTATCTGCTCAGTGCAAAGACGCTAGGAAAGAGATAGCCAATTCTAATGGAATTC CCGCTTTAATTAATGCAACCATAGCTCCTTCCAAAGAGTTTATGCAAGGTGAGTATGCTCAAGCGTTACAAGAGAATGCT ATGTGCGCCCTAGCGAACATCTCTGGTGGTTTGTCTTATGTCATCTCCAGCCTTGGTCAAAGCCTTGAATCATGCTCCTC ACCAACCCAAATTGCTGACACATTAGGGGCTTTAGCTTCAGCTCTTATGATATATGATGACAAGGCGGAATCTGCTAGAG CATCAGATCCTTTGGTAGTTGAGCAGTCATTACTCAATCAATTTAAACCTCACTTGCCCTTAGTTGTGCAGGAACGGACC ATTGAAGCCTTAGCTAGTTTGTATGGCAATCCTATTCTCTCACTTAAACTTGCAAATTCAGATGCAAAACGTTTGCTTGT TGGTTTAATAACAATGGCTGCTAATGAAGTGCAAGATGAGCTTCTAAAAGCTCTCTTGACATTGTGCAATGGTGAGTGCA ACCTATGGCATGCACTTCAAGGCCGTGAAGGAGTTCAGCTATTGATATCTCTTCTGGGTCTTTCATCAGAACAGCAGCAA GAATGTGCTGTTGCCCTGCTTTTCCTTTTATCTATTGCAAATGATGAAAGTAAGTGGTCCATTACTGCTGCTGGTGGTAT ACCTCCACTTGTTCAAATTTTGGAGTCAGGATCTGTAAAAGCAAAGGAAGACTCAGCAACAATCCTTAGGAATCTATGTG ATCACAGTGAGGATATACGTGCTTGTGTTGAAAGTGCTGATGCTGTTCCTGCATTATTGTGGCTATTGAAGAATGGAAGC CCTAATGGGAAAGAGATTGCAGCCAAGACCTTGAATCATTTAATTCACAAATCTGATACCGCAACTATCAGTCAACTTAC AGCATTATTGACTAGTGATCTACCTGAATCTAAGGCTTATGTCTTAGATGCTTTGAGAAGTATGCTTTCTGTTGTTGCTC TTAATGATCTTCTACGTGAAGGTAGTGCTGCCAGTGATGCAATCGACACAATGATAAAAATATTGAGCTCAACCAAGGAA GAAACTCAGGCAAAGTCTGCATCAGCTCTGGCAGGAATTTTCGAAATGAGGAAGGATGTGCGTGAAAGCAGCATTGCTGT TAAAACTCTTTGGTCAGTCATGAAGTTGCTTACTGTTGAATCTGAAAGTATCTTAATGGAGTCCTCGCGCTGCCTGGCTA CAATATTTCTTTCCATTAAAGAGAACAGGGAGGTAGCTGCTATTGCTAGAGATGTGTTATCCTCCCTAGTTGCGCTGGCT AGCTCTCCAGTTTTGGAAGTGGCGGAGCTGGCAATATGTGCTGTGGCAAATCTTATTTTGGATAGTGAGATTGCTGAGAA AGCTGTTGCAGAAGAAGTTATATTGCCTGCTACAAGAGTATTGCGTGAAGGTACCATTTCTGGAAAAACACATGCAGCAG CAGCCATTGCTCGCCTCTTACATTCTAGGAAAGTTGATTACGCTATAAACGAGTGTGTGAATCGTGCCGGTACTGTTCTT GCATTAGTTTCTTTCCTAGATTCTGCTATGAATGGACCTGTTGTCACTTCAGATGCTCTAGAAGCACTTGCCATTTTGTC CAGGTCAGAAGAAACCAGTGCACATAGTAAACCTGCTTGGGCAGTTTTGGCTGAATTCCCTAAAAGCATAAGCCCAATAG TTCTATCTATTGCTGATTCAACGCCAGTGTTGCAGGATAAAGCTATTGAAATATTATCTCGATTATGTAAGGATCAGCCT GTTGAGTTAGGAGACGCAGTTGCTACTGCCTCTGGGTCTATATCATCAATTGCTAAGAGGGTAATCAATTCCACTTCTAC AAATGTAAAGGTCAAAATTGGGGGAGCTGCAATTCTTATTTGTGCTGCTAAAGTAAATCACCAGAGGCTGGTGGAGGATC TAAATTTATCAAACTTGTGTGCTAATCTTGTTCAGTCTCTAGTTGATATGCTTATATCTTCACAGATTACTTTGGGTAAC CAGGGTGATGATGACAAGGAAGTCATCAGCATTTGTAGGTATACACATGAAGAAGTCAATGATGGTAACTCCAACACTGG CACTCGCATTATATCTGGTGTCAACTTAGCTGTATGGTTACTGTCAATTCTTGCTTGCCATGATGAAAAATGTAAAATTG CAATAATGGAGGCTGGAGCAGTTGAGGTTCTCACTGATAGGATCGCAAATTGTTTCTCACTATATAGTCAGGTACCAGTC TTCCATGGTTTTTAGAGCACTAAAACTAATTGAGTATTATTAACAGAGAAAATGGAGCTGGGCTCCTTTCAGCATGCATA AGTATTCACACTATAGAACTATTGTTGCCACCTATACCACCACCAATATTTTCCTCCACCTCTCTCTCTCCCATGCCACT TGCCCCCATTCTGTTATGATATTCTCTCTCTGCTACTAGAGTTTTCCACCTCCTGCCCTCATTCATAAACCAGAAGGCCT CTTGGCTTATAAAAAATAAATAAACCAGAAGGCCTTTTTACTGAGCCCATGTTTCCCTTGTCTGCAATACATGTATTTGG GCCATCAGTTTTCAGTTAATCTGAAATAGGTTGACAGTTCCATCTAATTCTGTTCATGGAAATATTTACTTATTTGCGTC TTCTTAGCCATCAAATTTTGATCTGCAATGCTCCTCATTAATGTAAAAATTAGATAATAGATTAGTATATACTATTATTT CTGCCTACCAACTTTTGCTCCTTTACGTGACCATGCAGATTGACTATAAAGAAGATAGCAGCATGTGGATTTGTGCTTTG TTGTTGGCAATATTATTTCAAGATAGGGATATCATAAGAGCACATGCAACTATGAAATCTGTACCAGCCCTTGCCAATTT ATTGAAGTCTGAGGAATCAGCAAACAGATATTTTGCTGCGCAATCAATAGCTAGCCTAGTCTGTAATGGTAGTAGGGGAA CCCTTCTATCTGTGGCAAACTCCGGGGTGGCAGGTGGACTTATCTCCTTACTTGGCTGTGCTGATACCGATATACAGGAT CTTCTGGAATTGTCAGAGGAATTTTATTTGGTGCCCTATCCTGATCAAGTTGCCCTTGAGAGGTTGTTTAGAGTTGATGA CATAAGAGTTGGTGCCACTTCTCGGAAGGCAATACCTGCCCTCGTTGACCTTCTCAAACCAATTCCAGATCGCCCAGGAG CACCATTTTTAGCACTTGGGCTTTTGACTCAGCTTGCTAGAGACTGTCCATCGAATAAGATTGTAATGGTGGAGTCTGGG GCCTTAGAGGCACTTACTAAGTATCTTTCATTAGGTCCACAAGATGCAACGGAAGAAGCTGCAACAGATCTGTTAGGAAT TTTGTTTAGCAGTCCTGAGATACGGAGACATGAGTCCGCATTTGGTGCTGTTACCCAACTTGTAGCTGTCCTACGTTTAG GAGGAAGAGCTGCAAGGTATAGTGCTGCAAAAGCCTTGGAAAATTTATTCTCTGCTGATCACATTAGAAATGCTGAGACT GCTAGACATGCTGTTCAACCCTTGGTGGAGATTCTTAATAGTGGCTTAGAGAGAGAGCAGCATGCTGCAATTGCTGCGTT AGTTAGGTTACTGAGTGAAAACCCTTCAAGGGCACTTGCTGTTGCAGATGTTGAGATGAATGCAGTAGATATTCTATGCA GGATACTTTCATCAGATTGTTCAATGGACCTGAAAGGGGATGCTGCTGAATTATGTTGTGTTCTTTTTGGAAATATAAGG GTTCGGTCCACGATGGCTGCTGCGCGCTGTGTTGAACCCTTGGTCTCACTCCTTGTAACTGAGTTTAGTCCTGCGCATCA TTCAGTTGTCCTTGCATTGGATAGGCTTGTTGATGATGAGCAACTGGCGGAACTAGTTGCTGCACATGGTGCTGTAATTC CTCTCGTAGGCCTAATGTATGGTAGGAACTATGTACTTCATGAGGCCATTTCCAGAGCTCTGGTCAAGTTAGGAAAAGAC AGGCCTGCTTGTAAAATGGAAATGGTGAAAGCTGGAGTTATTGAAAGCATGCTTGACATTCTTCATGAAGCACCTGATTA TCTGTGTGCAGCCTTTACAGAATTGTTACGTATTCTGACCAATAATGCGAGCATAGCCAAAGGGCCATCAGCTTCTAAAG TGGTTGAACCCCTTTTTTATTTGCTGACTAGACAAGAATTTGGGCCTGATGGACAGCACAGTGCATTGCAGGTTTTGGTT AATATCTTAGAACATCCACAGTGTCGGGCTGACTACACTTTGACTTCTCAGCAAGTTATTGAGCCCCTCATCCCCTTGCT CGATTCTCCAATATCAGCAGTGCAACAGTTGGTTGCTGAACTTCTCTCACATCTACTTTTAGAAGAACACCTTCAGAGGG ATCCAGTGACACAGCAAGTAATTGGCCCTCTTATACAAGTTCTTGGTTCTGGCATACATATATTGCAGCAGAGAGCTGTA AAGGCCCTCGTCAGTATTGCAACTGTATGGCCAAATGAAATTGCGAAAGAAGGTGGTGTTATAGAAATTTCCAACGTGAT ATTGCAAGCTGACCCATCCATTCCTCATGCTCTATGGGAGTCTGCTGCCTCGGTTTTGGCAACTATTCTGCAATTTAGTT CTGAATTCTACTTGGAAGTTCCTGTTGCTGTTTTGGTAAGGTTGCTTCGGTCTGGCTCAGAGAGCACAGTTATTGGTACA TTAAATGCTCTTCTTGTGTTAGAAAGTGATGATGGAAGTAGTGCAGAAGCAATGGCTGAAAGTGGTGCCATAGAGGCTCT CTTGGAGCTTCTAAGATCTCATCAGTGTGAGGATACTGCTGCAAGACTCTTAGAAGTATTGCTGAACAATGTAAAGATCA GAGAAACAAAAGTAACTGACTCGGCCATCTTACCATTATCCCAGTACCTCTTGGACCCACAAACCCAAGCACAGCAAGCA AGATTATTAGCAACTTTGGCTCTTGGTGATCTATTCCAGAATGAGGGTCTTGCGCGGACACCTGATGCAGTTTTAGCTTG TCGTGCTTTAGTGAATGTTCTTGAGGACCAACCAACTGAAGAAATGAAAGTTGTAGCCATATGTGCTCTGCAAAACCTTG TGATGTACAGCCGATCAAATAAGAGAGCAGTTGCAGAGGCCGGTGGTGTTCAAATTGTACTTGATCTGATAGGTTCAAGT GATCCTGAAACATCTGTTCAGGCTGCAATGTTTATTAAGCTTCTCTTTTCAAATCATACTATACAAGAGTACGCTTCTAG CGAAACAGTCAGAGCAATAACTGGTGAGTTCTTTGCTTCTCATGCAGTGTGAAACTTTATTATTTTTATTCTGAACAACT TTGTAATTTCTCATCCTCATTTTTCTTATGCATAATGGTGCATTTGTTACTTTTCATGTGGCTGTTTTTTATGTAGGTTT TAAATGCATTTTTTTTGTTACTTTTATTTCAAGCCAAGCATAACTTGGTTTTATAAATTTCTGTTGATAAAAGAAACCAA TACTATTTACATATGAAGAAGTTAAAAAATCTTTTGAAAAATATAAATGCTGATTTTCGAAAGATGACACCATTTCATCA ATGTAATTCACTTAAGTGGAAAAAATCTACTGTTGTTGATACTTGTTACACTGATTGGTCATTAACTCTAAAATTTAAGT AAGGAATTAATAGTAATACTTGTGGCTTGTGCACTTCACTTACATGCTTTATAAACTTCAGCTTGACTTGTAATTCTTGC AATACAGCCTTTTTTTAGCAAAATGAGCTACTAGTCTTCTGCTAAGTATTCACAAAGCAAACTATAGGTTAAACTTGAAA GCCTAAATTATATGGAGATAAAGATGTTCTTTTTAGTCTGAGTTATTTGACAAACAATGATGATATTCTTTGTTAACACT TTCGCAACCATGCTAATAGGAATATCCTCCCCCCCCCCCCCTCTCTCTCTCTCTCTTAGTATGTAAACATGGATGGCCTA ACACGGTTTTTTATTCTTTTATAGCTGCAATTGAAAAGGATTTATGGGCTACTGGAACTGTGAACGATGAGTATCTTAAA GCCTTAAATTCTCTATTTAGCAATTTCCCCCGGCTCAGAGCAACTGAACCAGCAACACTTAGCATTCCACATTTGGTTAC ATCTTTAAAGACAGGTTCAGAGGCTACTCAGGAAGCTGCCTTAGATACACTTTCTCTGCTCAGGCAAGCTTGGTCAGCAT GCCCGGCAGAAGTTTCAAGAGCTCAGTCCATAGCAGCCGCAGATGCTATTCCTTTGTTGCAGTACTTAATCCAGTCTGGT CCACCTCGGTTTCAGGAAAAGGCAGAATTTTTATTGCAGTGTTTGCCAGGGACATTGGTGGTGATCATCAAGCGTGGTAA TAATATGAAGCAGTCTGTTGGAAACCCCAGTGTTTATTGTAAGCTTACTCTTGGAAACACAGCTCCAAGGCAAACCAAGG TATTATTTTAGTTATAATTTTATACTTGTTTATTATATTGTGATATTTTCCTCTAATGCACTAAGATTAGGTGACATGTT TGTTTCACACGAGTCAAATACACGATTGGCTCTCCATGTCAAATATGCACAAATTTAACCAGTAAATGCTGTTTCTTGAT AATGTTGTCTGCTATGTTCTACTGGAAAGTATGCCAATATAAGAAATGACCAATTAGGATATACATTTTTATAGTTGTTT CTTAGAAAACATTCCAGTTGACGATTTACATATTCTGCTGCAGTTTTGTTGCCCATCTGTTTAGACTTCAGAATCCAGAT TCACGCAAATTGATTTTTTTCTTACCGTTTAATATAGCTTTGACTTAAGCGGCGTGTTAGAAATAATAATATAAAACAAT TCATGTGACCCTTACCTAGCAGCTTAAACTTTTGGGATAATTGGTTGCTTGACATGGTATCAAGCCTCAATGACCAAGCG GTCTAGAGTTCGATCCGGGCCGCCCCCAATACTTCTGATAAAAATGAATTAAAGCACATGGTAGGTGGGCATGTGCATTC TCCATGCTTCAGGCCCAAACAGGTGTAAAGAACATATGTTTTATGCTGAATAGATTTTCTTTTCCTCTTGAGAAAGCGAA TATGCTAATAATCATGACAATGTGCTACGCAGGTGGTCTCAACTGGCCCTAATCCGGACTGGGATGAGAGCTTTTCATGG TCCTTTGAGAGTCCTCCAAAAGGCCAGAAGCTTCACATTTCTTGCAAAAATAAGAGCAAAATGGGAAAGGTAAATGCAGG AGAATTGCACTAATAAAGGCTTTCTATTCATCTTATTGAAGCAATGAATTGGAGAAAATGAAACTCACTTTCAAGTATCA GAGAACTGTGTTTATATACATCAGTTGTTAAATAACTATCTAACTGAATCTGATTTCAGTTTCTAACTAAAAACAACAAC TTGACTAACATCTAACAACCTACAAACTGACTTCTAAGTACTCTAACAGCTTCTAAGTTGAGTGATCTATTACATCTTCA GTTATTTTTCTCACTTCCACATAACCTCTCCCTTTCTTATTTGTTGACAGAGTTCATTTGGGAAAGTGACAATCCAGATT GATCGGGTGGTGATGCTGGGAGCAGTAGCTGGAGAGTACACTCTGTCTCCGGAAAGTAAAAGTGGCCCCTCAAGGAATTT AGAAATAGAATTTCAGTGGTCTAACAAGTGAAGCTGGTTACCGTGAGCAAATCAAGCTTTGAAATTGGAACATAG
CDS sequence (LotjaGi6g1v0085000.4) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGCTGCTGAAAGAACGTAGCAGCAACAGCATGGAAGATCCAGATGGAACATTAGCAAGTGTAGCTCAGTGCATTGAGAA GCTGCGCCAAAGCTCATCTTCTATGCAAGAGAAAGAGTATTTCTTGAAGCAGTTATTGGAGCTTATTGATATGCGTGAAA ATGCTTTCAGTGCTGTTGGATCTCACTCTCAGGCAGTTCCAGTACTTGTTTCCCTCCTCCGGTCAGGTTCGTTGAATGTA AAGATACAGGCAGCAACTGTCTTGGGCTCTCTTTGTAAAGAAAATGAACTGAGGGTGAAAGTCTTGCTGGGAGGATGCAT TCCTCCTTTGCTTGGTCTACTCAAGTCCAGTTCTGCTGAAGGTCAAGTAGCTGCTGCAAAGACAATTTTTGCTGTCTCTC AAGGTGGTGCCAAAGATCATGTTGGATCAAAAATATTTTCAACTGAAGGAGTTGTCCCAGTGCTTTGGGAGAAGCTGCAA AAGGGCGTGCAGAATGACAGTGTAGTCGATAGTTTATTAACTGGAGCACTGAAAAATCTCTCCAGCAGTACTGAGAGATT TTGGAATGCCACACTACAGGCTGGTGGAGCTGATATATTAGTGAAGTTACTAACAACAGGACAGTCTAGCACTTTAGCTA ATGTGTGCTTCTTACTTGCCTGTATGATGATGGAGGATGCATCTGTTTGTTCAAAGGTGTTGACAGCAGAGGCAACGAAA CAACTCCTCAAACTTTTAGGCCCTGGTAATGATGCCCCTGTTAGGGCTGAAGCAGCAGGTGCTCTTAAATCTCTATCTGC TCAGTGCAAAGACGCTAGGAAAGAGATAGCCAATTCTAATGGAATTCCCGCTTTAATTAATGCAACCATAGCTCCTTCCA AAGAGTTTATGCAAGGTGAGTATGCTCAAGCGTTACAAGAGAATGCTATGTGCGCCCTAGCGAACATCTCTGGTGGTTTG TCTTATGTCATCTCCAGCCTTGGTCAAAGCCTTGAATCATGCTCCTCACCAACCCAAATTGCTGACACATTAGGGGCTTT AGCTTCAGCTCTTATGATATATGATGACAAGGCGGAATCTGCTAGAGCATCAGATCCTTTGGTAGTTGAGCAGTCATTAC TCAATCAATTTAAACCTCACTTGCCCTTAGTTGTGCAGGAACGGACCATTGAAGCCTTAGCTAGTTTGTATGGCAATCCT ATTCTCTCACTTAAACTTGCAAATTCAGATGCAAAACGTTTGCTTGTTGGTTTAATAACAATGGCTGCTAATGAAGTGCA AGATGAGCTTCTAAAAGCTCTCTTGACATTGTGCAATGGTGAGTGCAACCTATGGCATGCACTTCAAGGCCGTGAAGGAG TTCAGCTATTGATATCTCTTCTGGGTCTTTCATCAGAACAGCAGCAAGAATGTGCTGTTGCCCTGCTTTTCCTTTTATCT ATTGCAAATGATGAAAGTAAGTGGTCCATTACTGCTGCTGGTGGTATACCTCCACTTGTTCAAATTTTGGAGTCAGGATC TGTAAAAGCAAAGGAAGACTCAGCAACAATCCTTAGGAATCTATGTGATCACAGTGAGGATATACGTGCTTGTGTTGAAA GTGCTGATGCTGTTCCTGCATTATTGTGGCTATTGAAGAATGGAAGCCCTAATGGGAAAGAGATTGCAGCCAAGACCTTG AATCATTTAATTCACAAATCTGATACCGCAACTATCAGTCAACTTACAGCATTATTGACTAGTGATCTACCTGAATCTAA GGCTTATGTCTTAGATGCTTTGAGAAGTATGCTTTCTGTTGTTGCTCTTAATGATCTTCTACGTGAAGGTAGTGCTGCCA GTGATGCAATCGACACAATGATAAAAATATTGAGCTCAACCAAGGAAGAAACTCAGGCAAAGTCTGCATCAGCTCTGGCA GGAATTTTCGAAATGAGGAAGGATGTGCGTGAAAGCAGCATTGCTGTTAAAACTCTTTGGTCAGTCATGAAGTTGCTTAC TGTTGAATCTGAAAGTATCTTAATGGAGTCCTCGCGCTGCCTGGCTACAATATTTCTTTCCATTAAAGAGAACAGGGAGG TAGCTGCTATTGCTAGAGATGTGTTATCCTCCCTAGTTGCGCTGGCTAGCTCTCCAGTTTTGGAAGTGGCGGAGCTGGCA ATATGTGCTGTGGCAAATCTTATTTTGGATAGTGAGATTGCTGAGAAAGCTGTTGCAGAAGAAGTTATATTGCCTGCTAC AAGAGTATTGCGTGAAGGTACCATTTCTGGAAAAACACATGCAGCAGCAGCCATTGCTCGCCTCTTACATTCTAGGAAAG TTGATTACGCTATAAACGAGTGTGTGAATCGTGCCGGTACTGTTCTTGCATTAGTTTCTTTCCTAGATTCTGCTATGAAT GGACCTGTTGTCACTTCAGATGCTCTAGAAGCACTTGCCATTTTGTCCAGGTCAGAAGAAACCAGTGCACATAGTAAACC TGCTTGGGCAGTTTTGGCTGAATTCCCTAAAAGCATAAGCCCAATAGTTCTATCTATTGCTGATTCAACGCCAGTGTTGC AGGATAAAGCTATTGAAATATTATCTCGATTATGTAAGGATCAGCCTGTTGAGTTAGGAGACGCAGTTGCTACTGCCTCT GGGTCTATATCATCAATTGCTAAGAGGGTAATCAATTCCACTTCTACAAATGTAAAGGTCAAAATTGGGGGAGCTGCAAT TCTTATTTGTGCTGCTAAAGTAAATCACCAGAGGCTGGTGGAGGATCTAAATTTATCAAACTTGTGTGCTAATCTTGTTC AGTCTCTAGTTGATATGCTTATATCTTCACAGATTACTTTGGGTAACCAGGGTGATGATGACAAGGAAGTCATCAGCATT TGTAGGTATACACATGAAGAAGTCAATGATGGTAACTCCAACACTGGCACTCGCATTATATCTGGTGTCAACTTAGCTGT ATGGTTACTGTCAATTCTTGCTTGCCATGATGAAAAATGTAAAATTGCAATAATGGAGGCTGGAGCAGTTGAGGTTCTCA CTGATAGGATCGCAAATTGTTTCTCACTATATAGTCAGATTGACTATAAAGAAGATAGCAGCATGTGGATTTGTGCTTTG TTGTTGGCAATATTATTTCAAGATAGGGATATCATAAGAGCACATGCAACTATGAAATCTGTACCAGCCCTTGCCAATTT ATTGAAGTCTGAGGAATCAGCAAACAGATATTTTGCTGCGCAATCAATAGCTAGCCTAGTCTGTAATGGTAGTAGGGGAA CCCTTCTATCTGTGGCAAACTCCGGGGTGGCAGGTGGACTTATCTCCTTACTTGGCTGTGCTGATACCGATATACAGGAT CTTCTGGAATTGTCAGAGGAATTTTATTTGGTGCCCTATCCTGATCAAGTTGCCCTTGAGAGGTTGTTTAGAGTTGATGA CATAAGAGTTGGTGCCACTTCTCGGAAGGCAATACCTGCCCTCGTTGACCTTCTCAAACCAATTCCAGATCGCCCAGGAG CACCATTTTTAGCACTTGGGCTTTTGACTCAGCTTGCTAGAGACTGTCCATCGAATAAGATTGTAATGGTGGAGTCTGGG GCCTTAGAGGCACTTACTAAGTATCTTTCATTAGGTCCACAAGATGCAACGGAAGAAGCTGCAACAGATCTGTTAGGAAT TTTGTTTAGCAGTCCTGAGATACGGAGACATGAGTCCGCATTTGGTGCTGTTACCCAACTTGTAGCTGTCCTACGTTTAG GAGGAAGAGCTGCAAGGTATAGTGCTGCAAAAGCCTTGGAAAATTTATTCTCTGCTGATCACATTAGAAATGCTGAGACT GCTAGACATGCTGTTCAACCCTTGGTGGAGATTCTTAATAGTGGCTTAGAGAGAGAGCAGCATGCTGCAATTGCTGCGTT AGTTAGGTTACTGAGTGAAAACCCTTCAAGGGCACTTGCTGTTGCAGATGTTGAGATGAATGCAGTAGATATTCTATGCA GGATACTTTCATCAGATTGTTCAATGGACCTGAAAGGGGATGCTGCTGAATTATGTTGTGTTCTTTTTGGAAATATAAGG GTTCGGTCCACGATGGCTGCTGCGCGCTGTGTTGAACCCTTGGTCTCACTCCTTGTAACTGAGTTTAGTCCTGCGCATCA TTCAGTTGTCCTTGCATTGGATAGGCTTGTTGATGATGAGCAACTGGCGGAACTAGTTGCTGCACATGGTGCTGTAATTC CTCTCGTAGGCCTAATGTATGGTAGGAACTATGTACTTCATGAGGCCATTTCCAGAGCTCTGGTCAAGTTAGGAAAAGAC AGGCCTGCTTGTAAAATGGAAATGGTGAAAGCTGGAGTTATTGAAAGCATGCTTGACATTCTTCATGAAGCACCTGATTA TCTGTGTGCAGCCTTTACAGAATTGTTACGTATTCTGACCAATAATGCGAGCATAGCCAAAGGGCCATCAGCTTCTAAAG TGGTTGAACCCCTTTTTTATTTGCTGACTAGACAAGAATTTGGGCCTGATGGACAGCACAGTGCATTGCAGGTTTTGGTT AATATCTTAGAACATCCACAGTGTCGGGCTGACTACACTTTGACTTCTCAGCAAGTTATTGAGCCCCTCATCCCCTTGCT CGATTCTCCAATATCAGCAGTGCAACAGTTGGTTGCTGAACTTCTCTCACATCTACTTTTAGAAGAACACCTTCAGAGGG ATCCAGTGACACAGCAAGTAATTGGCCCTCTTATACAAGTTCTTGGTTCTGGCATACATATATTGCAGCAGAGAGCTGTA AAGGCCCTCGTCAGTATTGCAACTGTATGGCCAAATGAAATTGCGAAAGAAGGTGGTGTTATAGAAATTTCCAACGTGAT ATTGCAAGCTGACCCATCCATTCCTCATGCTCTATGGGAGTCTGCTGCCTCGGTTTTGGCAACTATTCTGCAATTTAGTT CTGAATTCTACTTGGAAGTTCCTGTTGCTGTTTTGGTAAGGTTGCTTCGGTCTGGCTCAGAGAGCACAGTTATTGGTACA TTAAATGCTCTTCTTGTGTTAGAAAGTGATGATGGAAGTAGTGCAGAAGCAATGGCTGAAAGTGGTGCCATAGAGGCTCT CTTGGAGCTTCTAAGATCTCATCAGTGTGAGGATACTGCTGCAAGACTCTTAGAAGTATTGCTGAACAATGTAAAGATCA GAGAAACAAAAGTAACTGACTCGGCCATCTTACCATTATCCCAGTACCTCTTGGACCCACAAACCCAAGCACAGCAAGCA AGATTATTAGCAACTTTGGCTCTTGGTGATCTATTCCAGAATGAGGGTCTTGCGCGGACACCTGATGCAGTTTTAGCTTG TCGTGCTTTAGTGAATGTTCTTGAGGACCAACCAACTGAAGAAATGAAAGTTGTAGCCATATGTGCTCTGCAAAACCTTG TGATGTACAGCCGATCAAATAAGAGAGCAGTTGCAGAGGCCGGTGGTGTTCAAATTGTACTTGATCTGATAGGTTCAAGT GATCCTGAAACATCTGTTCAGGCTGCAATGTTTATTAAGCTTCTCTTTTCAAATCATACTATACAAGAGTACGCTTCTAG CGAAACAGTCAGAGCAATAACTGCTGCAATTGAAAAGGATTTATGGGCTACTGGAACTGTGAACGATGAGTATCTTAAAG CCTTAAATTCTCTATTTAGCAATTTCCCCCGGCTCAGAGCAACTGAACCAGCAACACTTAGCATTCCACATTTGGTTACA TCTTTAAAGACAGGTTCAGAGGCTACTCAGGAAGCTGCCTTAGATACACTTTCTCTGCTCAGGCAAGCTTGGTCAGCATG CCCGGCAGAAGTTTCAAGAGCTCAGTCCATAGCAGCCGCAGATGCTATTCCTTTGTTGCAGTACTTAATCCAGTCTGGTC CACCTCGGTTTCAGGAAAAGGCAGAATTTTTATTGCAGTGTTTGCCAGGGACATTGGTGGTGATCATCAAGCGTGGTAAT AATATGAAGCAGTCTGTTGGAAACCCCAGTGTTTATTGTAAGCTTACTCTTGGAAACACAGCTCCAAGGCAAACCAAGGT GGTCTCAACTGGCCCTAATCCGGACTGGGATGAGAGCTTTTCATGGTCCTTTGAGAGTCCTCCAAAAGGCCAGAAGCTTC ACATTTCTTGCAAAAATAAGAGCAAAATGGGAAAGAGTTCATTTGGGAAAGTGACAATCCAGATTGATCGGGTGGTGATG CTGGGAGCAGTAGCTGGAGAGTACACTCTGTCTCCGGAAAGTAAAAGTGGCCCCTCAAGGAATTTAGAAATAGAATTTCA GTGGTCTAACAAGTGA
Protein sequence (LotjaGi6g1v0085000.4) extracted from Lotus japonicus Gifu v1.2 Proteins.
MLLKERSSNSMEDPDGTLASVAQCIEKLRQSSSSMQEKEYFLKQLLELIDMRENAFSAVGSHSQAVPVLVSLLRSGSLNV KIQAATVLGSLCKENELRVKVLLGGCIPPLLGLLKSSSAEGQVAAAKTIFAVSQGGAKDHVGSKIFSTEGVVPVLWEKLQ KGVQNDSVVDSLLTGALKNLSSSTERFWNATLQAGGADILVKLLTTGQSSTLANVCFLLACMMMEDASVCSKVLTAEATK QLLKLLGPGNDAPVRAEAAGALKSLSAQCKDARKEIANSNGIPALINATIAPSKEFMQGEYAQALQENAMCALANISGGL SYVISSLGQSLESCSSPTQIADTLGALASALMIYDDKAESARASDPLVVEQSLLNQFKPHLPLVVQERTIEALASLYGNP ILSLKLANSDAKRLLVGLITMAANEVQDELLKALLTLCNGECNLWHALQGREGVQLLISLLGLSSEQQQECAVALLFLLS IANDESKWSITAAGGIPPLVQILESGSVKAKEDSATILRNLCDHSEDIRACVESADAVPALLWLLKNGSPNGKEIAAKTL NHLIHKSDTATISQLTALLTSDLPESKAYVLDALRSMLSVVALNDLLREGSAASDAIDTMIKILSSTKEETQAKSASALA GIFEMRKDVRESSIAVKTLWSVMKLLTVESESILMESSRCLATIFLSIKENREVAAIARDVLSSLVALASSPVLEVAELA ICAVANLILDSEIAEKAVAEEVILPATRVLREGTISGKTHAAAAIARLLHSRKVDYAINECVNRAGTVLALVSFLDSAMN GPVVTSDALEALAILSRSEETSAHSKPAWAVLAEFPKSISPIVLSIADSTPVLQDKAIEILSRLCKDQPVELGDAVATAS GSISSIAKRVINSTSTNVKVKIGGAAILICAAKVNHQRLVEDLNLSNLCANLVQSLVDMLISSQITLGNQGDDDKEVISI CRYTHEEVNDGNSNTGTRIISGVNLAVWLLSILACHDEKCKIAIMEAGAVEVLTDRIANCFSLYSQIDYKEDSSMWICAL LLAILFQDRDIIRAHATMKSVPALANLLKSEESANRYFAAQSIASLVCNGSRGTLLSVANSGVAGGLISLLGCADTDIQD LLELSEEFYLVPYPDQVALERLFRVDDIRVGATSRKAIPALVDLLKPIPDRPGAPFLALGLLTQLARDCPSNKIVMVESG ALEALTKYLSLGPQDATEEAATDLLGILFSSPEIRRHESAFGAVTQLVAVLRLGGRAARYSAAKALENLFSADHIRNAET ARHAVQPLVEILNSGLEREQHAAIAALVRLLSENPSRALAVADVEMNAVDILCRILSSDCSMDLKGDAAELCCVLFGNIR VRSTMAAARCVEPLVSLLVTEFSPAHHSVVLALDRLVDDEQLAELVAAHGAVIPLVGLMYGRNYVLHEAISRALVKLGKD RPACKMEMVKAGVIESMLDILHEAPDYLCAAFTELLRILTNNASIAKGPSASKVVEPLFYLLTRQEFGPDGQHSALQVLV NILEHPQCRADYTLTSQQVIEPLIPLLDSPISAVQQLVAELLSHLLLEEHLQRDPVTQQVIGPLIQVLGSGIHILQQRAV KALVSIATVWPNEIAKEGGVIEISNVILQADPSIPHALWESAASVLATILQFSSEFYLEVPVAVLVRLLRSGSESTVIGT LNALLVLESDDGSSAEAMAESGAIEALLELLRSHQCEDTAARLLEVLLNNVKIRETKVTDSAILPLSQYLLDPQTQAQQA RLLATLALGDLFQNEGLARTPDAVLACRALVNVLEDQPTEEMKVVAICALQNLVMYSRSNKRAVAEAGGVQIVLDLIGSS DPETSVQAAMFIKLLFSNHTIQEYASSETVRAITAAIEKDLWATGTVNDEYLKALNSLFSNFPRLRATEPATLSIPHLVT SLKTGSEATQEAALDTLSLLRQAWSACPAEVSRAQSIAAADAIPLLQYLIQSGPPRFQEKAEFLLQCLPGTLVVIIKRGN NMKQSVGNPSVYCKLTLGNTAPRQTKVVSTGPNPDWDESFSWSFESPPKGQKLHISCKNKSKMGKSSFGKVTIQIDRVVM LGAVAGEYTLSPESKSGPSRNLEIEFQWSNK
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 | 2111 | 2111 | 0.0 | – | |
| PANTHER | 1 | 2111 | 2111 | 0.0 | – | |
| Gene3D | 19 | 363 | 345 | 7.4E-43 | ||
| SUPERFAMILY | 26 | 349 | 324 | 1.46E-32 | ||
| SMART | 52 | 93 | 42 | 27.0 | ||
| Pfam | 62 | 92 | 31 | 2.3E-4 | ||
| SMART | 94 | 134 | 41 | 33.0 | ||
| SMART | 226 | 267 | 42 | 9.6 | ||
| Coils | 255 | 275 | 21 | - | – | |
| SMART | 269 | 318 | 50 | 1.7 | ||
| Gene3D | 382 | 603 | 222 | 3.8E-29 | ||
| SUPERFAMILY | 423 | 599 | 177 | 4.94E-25 | ||
| SMART | 442 | 481 | 40 | 280.0 | ||
| SMART | 483 | 523 | 41 | 0.011 | ||
| Pfam | 484 | 523 | 40 | 1.3E-5 | ||
| ProSiteProfiles | 494 | 536 | 43 | 9.607 | ||
| SMART | 525 | 565 | 41 | 4.1 | ||
| Gene3D | 604 | 962 | 359 | 1.1E-18 | ||
| SUPERFAMILY | 617 | 943 | 327 | 1.19E-20 | ||
| SMART | 691 | 729 | 39 | 77.0 | ||
| SMART | 775 | 817 | 43 | 190.0 | ||
| Gene3D | 972 | 1123 | 152 | 6.7E-10 | ||
| SUPERFAMILY | 984 | 1118 | 135 | 1.44E-6 | ||
| Gene3D | 1138 | 1355 | 218 | 1.2E-21 | ||
| SMART | 1144 | 1187 | 44 | 150.0 | ||
| SUPERFAMILY | 1146 | 1565 | 420 | 1.55E-36 | ||
| ProSiteProfiles | 1156 | 1200 | 45 | 9.537 | ||
| SMART | 1189 | 1230 | 42 | 1.5 | ||
| SMART | 1271 | 1312 | 42 | 260.0 | ||
| SMART | 1357 | 1398 | 42 | 370.0 | ||
| Gene3D | 1360 | 1658 | 299 | 1.4E-26 | ||
| SMART | 1399 | 1439 | 41 | 59.0 | ||
| SMART | 1441 | 1481 | 41 | 150.0 | ||
| SMART | 1525 | 1567 | 43 | 290.0 | ||
| SUPERFAMILY | 1596 | 1988 | 393 | 3.64E-35 | ||
| Gene3D | 1661 | 1768 | 108 | 1.7E-8 | ||
| SMART | 1690 | 1729 | 40 | 15.0 | ||
| Gene3D | 1786 | 1990 | 205 | 9.5E-16 | ||
| SMART | 1817 | 1857 | 41 | 2.2 | ||
| ProSiteProfiles | 1988 | 2085 | 98 | 8.947 | ||
| Pfam | 1990 | 2082 | 93 | 2.0E-11 | ||
| SUPERFAMILY | 1990 | 2095 | 106 | 4.83E-15 | – | |
| SMART | 1991 | 2087 | 97 | 4.6E-9 | ||
| Gene3D | 1991 | 2111 | 121 | 1.0E-14 | ||
| CDD | 1992 | 2082 | 91 | 1.16132E-13 | – | |
| Coils | 2110 | 2111 | 2 | - | – |
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 | Protein binding | Interacting selectively and non-covalently with any protein or protein complex (a complex of two or more proteins that may include other nonprotein molecules). |
Expression pattern of LotjaGi6g1v0085000.4, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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