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 | LotjaGi1g1v0157800 |
| Transcript ID | LotjaGi1g1v0157800.2 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | U-box domain-containing protein; TAIR: AT1G77460.1 CELLULOSE SYNTHASE INTERACTIVE 3; Swiss-Prot: sp|F4I718|CSI3_ARATH Protein CELLULOSE SYNTHASE INTERACTIVE 3; TrEMBL-Plants: tr|K7K8V7|K7K8V7_SOYBN Uncharacterized protein; Found in the gene: LotjaGi1g1v0157800 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:29292594..29302153) extracted from Lotus japonicus Gifu genome v1.2.
TCAAAGTCTCCCTCTGCTGAACAACGGCGGTCGATTTATTCTGCTTCTCAACCCATGTTAGTAATTCTGTCTTCATTAGG AAATTTTTGTGTTATAAAAACTGGAAATAATATTAATTAATAATGAATAGTTGCTAAAAAATTTAGTAACGGAAATTAGT CTACGATTTGTTTGTAATTTTATGTTTTATTGACGGCTGGTTTGGAGTTATTTGAGTTTTACGCCACACCTTTCACTTGC AAAGGTGATAGCCGACAAAATGCTAATGAGTGGCAGTTATATACCCAATTATATGCAGGGAATTCGATGAGGAAACAGGA ATGGACGATCCAGAATCTACAATGGCAACAGTTGCTAATTTTTTGGAGCAGCTGCATGCCAACTTGTCGTCACCACCTGA GAAAGAACTTATTACAGCACGCTTGTTAGGCATTGCCAGTAGAAGAAAGGATGCCAGAGCACTTATTGGTTCTCATGCTC AAGCCATGCCATTGTTTGTAAACATTCTCCGAAGTGGAACCCCTCTTGCAAAAGTTAATGTTGCTTCTACTCTCAGTGTC CTGTGCAAAGATGAAGACTTGAGGTTAAAAGTACTTCTTGGTGGCTGTATCCCACCATTGCTGTCACTTTTAAGACATGA ATCCGCTGATGCTCGGAAGGCAGCAGCGGAAGCAATATATGAAGTTTCCGCTGGTAGTCTTTCAGATGATCACGTGGGTA TGAAAATTTTTACTACAGAAGGTGTAGTTCCAACCTTATGGAATCAACTAAATCCGAAAAACAGGGAAGACAAAGTTGTC GAGGGTTTTATCACTGGAGCATTGAGAAATCTTTGTGGCGACAAAGATGGCTATTGGAAAGCAACATTAGAAGCTGGAGG TGTGGATATTATTGTGGGTCTCTTGTCTTCAGATAATGCTGTTTCTCAGTCAAATGCTGCTTCTTTATTGGCACGCTTAA TGCTTGCTTTTAGTGATAGCATCCCCAAAGTAATAGACTCTGGAGCAGTAGAAGCTTTACTTCGACTTGTTGGTCAAGAA AATGATATTTCTGTGAGAGCTAGTGCTGCTGATGCCTTAGAGGCCCTTTCTTCCAAGTCTACTACGGCTAAAAAGGCTAT TGTTAGTGCAGATGGGGTTCCAATCCTTATTGGAGCTATAGTTGCTCCTTCTAAAGAGTGTATGCAAGGCAATGGTGGCC AATTGTTGCAAGAACACGCAACTCGAGCTTTAGCCAACATTTATGGTGGCATGTCTGCTTTAATACTATATCTCGGAGAA CTTTCCCATTCTTCTCGCCTTTCTGCACCAGTTGGTGATATAATTGGTGCTCTTGCTTACACACTCATGGTCTTTGAGGA AAAACTTGATGTCGATGAGGAACACATTGATGCAACTCAGATTGAAGATATTCTAGTAAGTCTTCTAAAGCCTCGAGATA ACAAACTTATTCAAGAGCGTGTCCTTGAGGCCATGGCTAGCCTCTATGGAAATGTCTGTCTCTCGAAGTGGCTCATTCAA GCAGATTCAAAGAGGGTTCTTATTGGACTTATAACGATGGCTGCCCCTGATGTGCAAGAGTATCTGATACTTTCATTGAC AAGCTTGTGTTGTGATAAGACTGGAATATGGGAGGCCATTAAAAAACGAGAAGGTATCCAATTACTGATATCATTGGTGG GTTTATCGAGCGAGCAGCATCAAGAGTACTCAGTTCAGTTGCTAGTAATCTTAACTGACCAGGTTGATGACAGCAAGTGG GCAATTACTGCGGCTGGAGGGATTCCACCATTGGTGCAGTTGTTGGAGACAGGATCACAGAAAGCAAAAGAGGATGCAGC TAATGTTCTGTGGAGTTTGTGCTGTCACAGTGAAGATATTCGTGCTTGTGTTGAAAGTGCTGGAGCCATCCCCGCATTTT TGTGGCTTCTTAAGAGTGGTGGACCGAAAGGACAAGAAGCTTCTGCTATGGCACTCACAAAGCTCGTCCGCATAGCTGAC TCTGCCACTATTAATCAGCTATTAGCATTGCTCCTAGGGGACTCTCCAAGCTCAAAGGCCCATATAATTCGAGTTTTAGG TCATATACTTTCTCTGGCTTCACAAAAAGATCTCCTTCAAAATGGTTCTGCAGCTAATAAAGGCCTGAGATCTCTTGTTC AGATTCTCAACTCATCAAATGAGGAAACCCAAGAACATGCAGCTTCTGTCCTAGCTGATTTATTTATCACAAGACAAGAC ATTTGTGATAGTCTCGCAACTGATGAGATTGTGTTTTCTTGCATGAAGCTTTTGACTAGCAAAACTCAGGCTGTTGCCAC TCAGTCTGCCAGAGCATTAAGTGCTCTGTCCCGTCCAACAAAGAGCAAAGCTGCAAATAAGATGTCTTATATTTTAGAGG GTGACGTTGAGCCACTAATCAAGTTAGCTAAAACATCATCTGTTGATGCTGCCGAAACTGCTGTTGCTGCATTGGCCAAT CTTCTCTTTGATCCTTTTATTGCTGCTGAGGCTCTAGCCGAAGATGTTGTTTCAGCTCTAACAAGAGTTCTGGCAGAAGG AACCTTGGAAGGTAAACAAAATGCATCTCGTGCACTTCATCAATTATTGAAGCATTTTCCAGTCAGCGACGTTCTCAAGG GGAATGCTCAATGTCGTTTCACTGTGCTTGCACTTGTTGATTCATTAAGAGCTATGGATATGGATGGAACTGATGCTGCA GATGCTTTAGAAGTAATTGCACTGCTAGCCAGGACTAAACAGGGTATCAACTTCACTTACCCTCCAAGATCTGCTTTGGC TGAAAAACCATCAAGCTTAGAATTTCTCGTCTGCTGCCTTACTGATGGGCCCTCCCCTGTGCAAGACAAGGCAATTGAAA TTCTGTCTAGACTTTGCGGAGATCAGCCGGCTGTTCTTGGTGATTTGTTATTTGCCAGTTTTAGATCGGTTGGTTCATTA GCTAATAGAGTAATAAACTCCTCCAGTTTAGAAGTAAAAGTTGGAGGGGCTGCCTTACTAATTTGTGCAGCAAAGGAGAA GAAAGAGCTTTCAATGGATTCACTTGACACTTCTGGGTATCTGAAACCATTAATATATTCGTTAGTTGATATGGTGAAGC AGAGTTGTAGTTGTTCTTCATTAGATATTGCAGTTCTCACTTATGGAGGTTTTATGGAGAGAAATGCATTTCAAGAAGTT GATGAGTTTGATATCCCTGATCCAGCCACAGTCTTGGGAGGTACTGTTGCCCTCTGGTTGCTCTCAGTTATTGCTTGTTT TCATATGAAGAGCAAGCTCACAATTATAGAAGCTGGTGGACTAGAAGCTCTATGTAACAAACTTGCTAGACATACTTCAA ATCCTCAGGTATGGTAATTTTAAACTTTATTTTATCAAAATTCCCTTTATCTTTATCTTTTTGCTAGCCAGTTCTAGAGC TCATCCCTGTACATAGGAAAAATGAAATGGACCATCTCAGATTGCGATGGCAATGCTTTATACTTGTGGAAAGTATCTCT TTGCAGTTGGACAAACAACAATAACTTCAGGCTGTATGAATTTTCAATTTTAAAATCCATCATGAGTGGATCGAACTCTT GGATTGCATGTCGAAAAGAAAGCACATTTGGGAAGAATGAAGACAGCAATATTCTAAAGATCATTTGGGTGTATTGCATA TTGAAATAGATGGATTTTTTAAAACCATTTTAACTTTTTTCGTGGAAGGAAATTATTGGAAAAGTTTTCACCAAAGGAAA AGGAAAGTCAGAATTAGAGATTGACTGAACAGTGTTGAGCCAGGATATTTGAAAAATTATGGGCTGAGCTTTGTAAAAAA TATCCAGGCCATGCCAGCCTGACCTAAATCTACTAAATATTTACAGATTTTAATTTTTTTCAAATATGGATTATATTTTC TAATATAAAAATTCCTATTCTCATATAATTTTATCATGTATGCTTTACTAAACTATGTATTATTTTTCTTAAGTACATAT TGTGATTTTTTTTTTCCTTTTGAATTTCAACACAACTTCTAGTTTTGTTTTAGTTTGGGCTTCAGGCCTTCTAATTTCTA TGAAGGCTTAGCTTAGGCCTGAATTCTGAAGCATAATTAGTTTAAGAGTGAAAAGACTGAAGATTGTGTTACTAGATTTA ATTCATAAGGCTGATGATTTGTGTTGATGATTTGTCTGAAACTCTGAATTATAACTTTCTTTCAGTCTTGTTTAAATGTA AAAATTGAGTTACTGATTCAAGTAGATTCCCTCCCCCCCTATTGACAGGCAGAATATGAGGATACAGAAGGAATTTGGAT CACGGCCTTGCTTTTGGCGGTTTTGTTTCAAGATGCAGACATCATTCTATCTCCTGCAACTGTGCGCATCATACCTTCTA TTGCTCTTCTGCTAAGATCTGATGAAATCGTTGATAAATATTTTGCTGCCCAGGCTATGGCTAGTCTTGTTTGTCATGGT AATAAGGGAATAGATCTTGCCATTGCAAATTCAGGAGCCATTGCTGGATTGATAACCATTATTGGGCATGTAGAGTCAGA TATGCCCAATCTAATAGATTTACAAGAAGAATTTTGTTTGGTGCGAAACCCGGATCAAATTGTTTTGGATCACCTTTTTG AAATTGAAGATGTGAGATTGGGATCTGCTGCCCGGAAATCTATACCCCTCTTAGTGGATCTCTTGAGACCAATACCAGAA AGGCCTAGTGCTCCACCAGTTGCTGTTAGGCTCTTGATATGCATTGCAGATGGAAGTGATACAAATAAACTAATGCTGGC TGAAGCTGGAGCTCTTGAAGCTTTGAACAAATACCTGTCCTTGAGCCCTCAAGACTCGACTGAGACTGCCATTTCCGAGT TGTTGAGAATATTATTTTGCAACTCTGACCTTATTAAACATGAAGCATCAATAAGTTCATTGAACCAACTCATAGCTGTT TTGCGTCTTGGATCAAGAAATGCTAGATATAGTGCAGCAAGAGCAATTAGTGAACTTTTTGATGCTGACAACATTAGAGA CTCAGAATTAGCTAAACAGACCATTCAGCCATTAGTTGACATGCTTAACACAACATCAGGGAGTGAACAAGAGGCTGCTC TCATGGCTTTGATCAAGTTAACTTCAGGAGATTCTTCAAAAGCATGTCTTTTTGCTGAAGTAGAAGGAAACCCACTTGAA AGTTTATTCAGTGTATTGTCTTCTGCTTCATCCCTGGAACTGAAAAGCCAGGCTGCACAACTCTGCTTTACTCTTTTCGG TAATAGCAAGACCAGAGCAAATCCAGTTGCCTCAAAATGCCTAGAACCCCTTATCTCACTGATGCAGTCTAGCTCTGGGA CAGCAATAGAATACGGGATTTGCGCTGTTGAGAGACTGTTAGAAGATGAACAACAGGTAGAGCTTGCAGCAGCCTTTAAT GTTGTGGATCTCATTGTCAGCTTGGTTTCTGGTACAAACTATCAGCTTATTGAGGCTGCCATATCTGCTCTCATCAAATT AGGAAAAGACAGGACTCCAAGCAAACTAGACATGGTCAAAGCCGGCATTATTGGTAATTGTCTCAAGCTACTCCAATCAG CACCTAGCTCATTATGCTCCACAATAGCTGAGTTGTTTCGCATTTTGACAAACAGTAATGCAATTGCTAGAAGTTCGGAT GCTGCAGAAATTGTAGAACCCCTTTTCTATGTTTTGCTCCGTCGAGATTTCGACTTATTGGGACAGCATAGTGCCTTACA AGCACTTGTAAATATATTGGAGAAGCCACAAAGTCTTGCAACTTTAAAGCTTACTCCTAGCCAAGTCATTGAACCCTTGA TTTCCTTTCTGGAATCCGAAAACCAAGCTATCCAGCAGCTTGGCACAGAATTATTATCTCATCTTCTTGCTCAGGAACAT TTTCAGCAAGATATTACAACAAAGAATGCAGTTGTGCCCCTTGTACAGCTTGCAGGAATTGGAATATTAAACTTACAGCA AACAGCAATAAAAGCATTGGAAAAAATTTCGACAAGCTGGCCAAAGGCCGTTGCTGATGCAGGAGGTGTTTTTGAGCTTG CAAAAGTTATTATTCAAGATGACCCTCAACCACCACACGCACTTTGGGAGTCAGCTGCCTTAGTTCTCTCTAATGTATTA CGTTCCAATGCTGATTACTATTTTAAAGTTCCTGTGGTAGTTCTTGTGAAACTCTTGCACTCAACACATGAGAGTACAAT TAGCATAGCCCTTAATGCTTTAATAGTTCATGAAAGAAGCGATGCCTCGAGTGCTGAACAGATGGTGGAAGCTGGAGCTA TAGATGTTCTGTTGGACCTCTTAAGATCTCATCAATGTCAAGAAGAATCTGGTAGATTACTTGAAGGGTTATTTAACAAT GGGAGAGTACGGAAGATGAAGATATCTAAGTATGCTATAGCGCCTTTATCCCAGTATCTTTTAGATCCACAAACCAGATC ACAGTCTGGCAAGCTTCTTGCTGCTTTAGCTCTGGGAAATATTTCGCAGCATGAAGGACATGCTAGAGCTAGTAACTCTG TATCTGCATGTCGTGCATTGATAAGTATACTTGAAGATCAGCCAACTGAAGAAATGACGATGGTGGCTATATGCGCATTG CAAAACTTTGTCATGAACAGCAGGACAAATAGACGAGCTGTTGCGGAAGCTGGGGGCATACTGGTGATTCAGGAATTGCT AATGTCTCCAAATACTGACATTGCTGGACAAGCAGCGTTACTGATCAAATTTTTGTTTTCTACCCACACGCTACAAGAAT ATGTGTCAAATGAGTTGATTAGATCTTTGACAGGTACATTGTATTTGTCCCTATTTACAGCATTACCCGATCAACACTTA TGCTTTCTTTCAAGATCAAATTTTGGCATGTGTCAATACTGCAATCATGACTGTTTTACCTCATCTGCTGTTCTTATTTC AGATGCAAGTTCATACATGTTGTCTTTGATTCAATAGTGTAAATAGTGAAATTCAATTAATAGCACACTTTTTCATGGAT CAAGTCCCTGGAAGATTAGTTTTTACCTTGTTTCGTGCATACCAAAGCTAATACATCGTCTTACTATGAAATTTCATGAT TTGCCTAGACTTTGCACTAGTGTATACATGTAGGAAGTCCAAAGTCCAGTTTAAATAACCCTTCAAGTAATCTTCAGATA TCTTTACTTCAGATATGTTTGAAGAAAAGATAACATTGGAACAGTAGCAGCGAAGTTGTATTTTGTGTTTTTCACAGGGT CTTCGTGGATTCTTATTCCACTTTTCGGGTGACAGGCTTCTCACATGTTCTGCAATATGTATTCAAATCCTGTGTTAATG TTTTATTTTAATTTCAAGGATCAGGTTTTGAGAATTAATTGTAGTTGTTAACTATAGGGAACTACTTCATTTGAACTGCT TCTTTTAATTTTGCTTTTGACCCAATGTGGTTAGATGATTCAGCAATGTTTGGATTTTAGACATTTTGGAACTACAAAAA CAACTGAGTTTCGATGAGTCTTTCTTACAATCATTAGCAAGTTAATCTCCACAATAGACTTTTTCAGAGGAATTGGAATT CATTAAAATAATAACATGTACAAATATATATTACTGTTTGTAGTTTCATTTTGTAGAAATGGAGAATGTATCAAAGATTT TCTGCTGCATGACAACAATGAAATGGCTTCTTTCCTTTTTTGTTATAGCAATCTTAAATTCGTATTGCGTATCTACAAAT ATAAATCTTCATATATAGATCCTGGTGTATTATTTATGTTTTTCTTTTATATTTTAAAAGAAATTATGTATTTCATTATA CTGTTGTCTTGTTATGCAGCTGCTCTGGAAAGAGAGTTGTGGTCAACTGCCACTATCAATGAGGAGGTTTTGAAAACTTT GCATGTGATGTTCATGAACTTCCCTAAGCTCCACATATCTGAAGCAGCAACCCTTTGCATTCCTCATTTAGTAGGGGCAC TTAAATCTGGTGGTGAAGTGGCTCAGGACTCTGTACTTGACACCTTTTGCTTGCTTAAACAATCTTGGTCAACCATGCCA ATAGAAATAGCAAAGTCTCAAGCTATGATTGCTGCTGAAGCTATCCCCATCTTGCAAATGCTCATGAAAACCTGCCCACC AAGTTTCCACGAGAGAGCAGATACTCTTCTGCACTGTTTACCAGGTTGTTTGACTGTCATCATTAAGCGTGGAAGCAACC TCAAGCAAACCATGGGAAGCACTAATGCATTCTGCCGGTTAACTTTAGGCAATTCTCCACCGAAACAAACCAAGGTATTC CCATGCTTAATTGAGAAATTTTGTAGAAGCAACAATATTATGTCTCTTAGCTTTATTTGGTTAAAGTTACAATTAATTTG GAAGGTGAAAGTGTTGGTCTATTGTTCTTTACAGTCTATTTTTTTTTTCTCTTTTTTCTGTTTATAATTTTGAGTTTCAT TTTTTAGTGTTCCTAGTTCTCATAGAAGCACCACACTGATTACCAATGGTGTTCAATAAGGCAACATAAATTTTCAAAAC ATTTTATTTTATTTAAAATATGGATAGATCATTAATACTTAAGAGTACGACACACTTCAGCATTCCTGCCACATTTTTCA ATTTCTCAAAATTTCCAACGGCCAAAAATGATAGTATGAATTCCACTTCAATGAATCACTCAGGGTTTTGATTTTCCAGT TCTACATTTGCAAAAAATTTATTTTTGACTTATGAAGTTATTTTTATTTGTGTTCTGTCTAGTGAGGATTAGATTTTATC ATACAAGATTACTGATGTCTTTCTTTATTGTTTCTTCTGTTAGGTTGTGAATCATAGTACTTCTCCTGAATGGAAAGAAG GATTCACATGGTCATTCGATGTACCTCCAAAGGGCCAAAAGCTTCATATAGTATGCAAAAGCAAGAATACTTTTGCGAAG GTAACTGGATTTCTCATTCTCTAAAGCAAGAATTCTCTAAATGATTGATTACTCATTCTCTAATGTTCTTTATGGTACTG GTAAGTGCTTACCCCTTCCTTTTCTGAAGGGATTGATAACTATATTTCTTTGTGTGATGGATACTAATATTATTTTGTTG ATGACTGGAAGGATCTCAACCTATATTGTGTTATGGATATTAATATTATTCTGTCAATTATAACCTTGCTTTCTTAATCT GTATACTATTTGCTTTTGAGGGTGACATACATAGTCTGTGCTTGTTTGAGTAGGTGAAAATTTAGGTGGTAGACAATAAA ATGCACTTCACTCTTGGTTGAAAGTTCTACTTATTTTCACCTTTCCACTTACTAACCAAGCACTTGCTAAAAATCTGTTG CTTTAATGACTGACTTAAGTGTTGTTCTTTCTCTCCAGGCAACTCTCGGAAGAGTCACTATCCAAATTGATAAAGTTGTG ACTGAAGGTGTTTATAGCGGATTATTCAGTCTTAATCATGATCGCAACAAAGATGGTTCTTCCCGAACCCTTGAAATTGA GATCGTATGGTCCAACAGGATTTCTAACGATGACATTTGA
CDS sequence (LotjaGi1g1v0157800.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGAATTCGATGAGGAAACAGGAATGGACGATCCAGAATCTACAATGGCAACAGTTGCTAATTTTTTGGAGCAGCTGCA TGCCAACTTGTCGTCACCACCTGAGAAAGAACTTATTACAGCACGCTTGTTAGGCATTGCCAGTAGAAGAAAGGATGCCA GAGCACTTATTGGTTCTCATGCTCAAGCCATGCCATTGTTTGTAAACATTCTCCGAAGTGGAACCCCTCTTGCAAAAGTT AATGTTGCTTCTACTCTCAGTGTCCTGTGCAAAGATGAAGACTTGAGGTTAAAAGTACTTCTTGGTGGCTGTATCCCACC ATTGCTGTCACTTTTAAGACATGAATCCGCTGATGCTCGGAAGGCAGCAGCGGAAGCAATATATGAAGTTTCCGCTGGTA GTCTTTCAGATGATCACGTGGGTATGAAAATTTTTACTACAGAAGGTGTAGTTCCAACCTTATGGAATCAACTAAATCCG AAAAACAGGGAAGACAAAGTTGTCGAGGGTTTTATCACTGGAGCATTGAGAAATCTTTGTGGCGACAAAGATGGCTATTG GAAAGCAACATTAGAAGCTGGAGGTGTGGATATTATTGTGGGTCTCTTGTCTTCAGATAATGCTGTTTCTCAGTCAAATG CTGCTTCTTTATTGGCACGCTTAATGCTTGCTTTTAGTGATAGCATCCCCAAAGTAATAGACTCTGGAGCAGTAGAAGCT TTACTTCGACTTGTTGGTCAAGAAAATGATATTTCTGTGAGAGCTAGTGCTGCTGATGCCTTAGAGGCCCTTTCTTCCAA GTCTACTACGGCTAAAAAGGCTATTGTTAGTGCAGATGGGGTTCCAATCCTTATTGGAGCTATAGTTGCTCCTTCTAAAG AGTGTATGCAAGGCAATGGTGGCCAATTGTTGCAAGAACACGCAACTCGAGCTTTAGCCAACATTTATGGTGGCATGTCT GCTTTAATACTATATCTCGGAGAACTTTCCCATTCTTCTCGCCTTTCTGCACCAGTTGGTGATATAATTGGTGCTCTTGC TTACACACTCATGGTCTTTGAGGAAAAACTTGATGTCGATGAGGAACACATTGATGCAACTCAGATTGAAGATATTCTAG TAAGTCTTCTAAAGCCTCGAGATAACAAACTTATTCAAGAGCGTGTCCTTGAGGCCATGGCTAGCCTCTATGGAAATGTC TGTCTCTCGAAGTGGCTCATTCAAGCAGATTCAAAGAGGGTTCTTATTGGACTTATAACGATGGCTGCCCCTGATGTGCA AGAGTATCTGATACTTTCATTGACAAGCTTGTGTTGTGATAAGACTGGAATATGGGAGGCCATTAAAAAACGAGAAGGTA TCCAATTACTGATATCATTGGTGGGTTTATCGAGCGAGCAGCATCAAGAGTACTCAGTTCAGTTGCTAGTAATCTTAACT GACCAGGTTGATGACAGCAAGTGGGCAATTACTGCGGCTGGAGGGATTCCACCATTGGTGCAGTTGTTGGAGACAGGATC ACAGAAAGCAAAAGAGGATGCAGCTAATGTTCTGTGGAGTTTGTGCTGTCACAGTGAAGATATTCGTGCTTGTGTTGAAA GTGCTGGAGCCATCCCCGCATTTTTGTGGCTTCTTAAGAGTGGTGGACCGAAAGGACAAGAAGCTTCTGCTATGGCACTC ACAAAGCTCGTCCGCATAGCTGACTCTGCCACTATTAATCAGCTATTAGCATTGCTCCTAGGGGACTCTCCAAGCTCAAA GGCCCATATAATTCGAGTTTTAGGTCATATACTTTCTCTGGCTTCACAAAAAGATCTCCTTCAAAATGGTTCTGCAGCTA ATAAAGGCCTGAGATCTCTTGTTCAGATTCTCAACTCATCAAATGAGGAAACCCAAGAACATGCAGCTTCTGTCCTAGCT GATTTATTTATCACAAGACAAGACATTTGTGATAGTCTCGCAACTGATGAGATTGTGTTTTCTTGCATGAAGCTTTTGAC TAGCAAAACTCAGGCTGTTGCCACTCAGTCTGCCAGAGCATTAAGTGCTCTGTCCCGTCCAACAAAGAGCAAAGCTGCAA ATAAGATGTCTTATATTTTAGAGGGTGACGTTGAGCCACTAATCAAGTTAGCTAAAACATCATCTGTTGATGCTGCCGAA ACTGCTGTTGCTGCATTGGCCAATCTTCTCTTTGATCCTTTTATTGCTGCTGAGGCTCTAGCCGAAGATGTTGTTTCAGC TCTAACAAGAGTTCTGGCAGAAGGAACCTTGGAAGGTAAACAAAATGCATCTCGTGCACTTCATCAATTATTGAAGCATT TTCCAGTCAGCGACGTTCTCAAGGGGAATGCTCAATGTCGTTTCACTGTGCTTGCACTTGTTGATTCATTAAGAGCTATG GATATGGATGGAACTGATGCTGCAGATGCTTTAGAAGTAATTGCACTGCTAGCCAGGACTAAACAGGGTATCAACTTCAC TTACCCTCCAAGATCTGCTTTGGCTGAAAAACCATCAAGCTTAGAATTTCTCGTCTGCTGCCTTACTGATGGGCCCTCCC CTGTGCAAGACAAGGCAATTGAAATTCTGTCTAGACTTTGCGGAGATCAGCCGGCTGTTCTTGGTGATTTGTTATTTGCC AGTTTTAGATCGGTTGGTTCATTAGCTAATAGAGTAATAAACTCCTCCAGTTTAGAAGTAAAAGTTGGAGGGGCTGCCTT ACTAATTTGTGCAGCAAAGGAGAAGAAAGAGCTTTCAATGGATTCACTTGACACTTCTGGGTATCTGAAACCATTAATAT ATTCGTTAGTTGATATGGTGAAGCAGAGTTGTAGTTGTTCTTCATTAGATATTGCAGTTCTCACTTATGGAGGTTTTATG GAGAGAAATGCATTTCAAGAAGTTGATGAGTTTGATATCCCTGATCCAGCCACAGTCTTGGGAGGTACTGTTGCCCTCTG GTTGCTCTCAGTTATTGCTTGTTTTCATATGAAGAGCAAGCTCACAATTATAGAAGCTGGTGGACTAGAAGCTCTATGTA ACAAACTTGCTAGACATACTTCAAATCCTCAGGCAGAATATGAGGATACAGAAGGAATTTGGATCACGGCCTTGCTTTTG GCGGTTTTGTTTCAAGATGCAGACATCATTCTATCTCCTGCAACTGTGCGCATCATACCTTCTATTGCTCTTCTGCTAAG ATCTGATGAAATCGTTGATAAATATTTTGCTGCCCAGGCTATGGCTAGTCTTGTTTGTCATGGTAATAAGGGAATAGATC TTGCCATTGCAAATTCAGGAGCCATTGCTGGATTGATAACCATTATTGGGCATGTAGAGTCAGATATGCCCAATCTAATA GATTTACAAGAAGAATTTTGTTTGGTGCGAAACCCGGATCAAATTGTTTTGGATCACCTTTTTGAAATTGAAGATGTGAG ATTGGGATCTGCTGCCCGGAAATCTATACCCCTCTTAGTGGATCTCTTGAGACCAATACCAGAAAGGCCTAGTGCTCCAC CAGTTGCTGTTAGGCTCTTGATATGCATTGCAGATGGAAGTGATACAAATAAACTAATGCTGGCTGAAGCTGGAGCTCTT GAAGCTTTGAACAAATACCTGTCCTTGAGCCCTCAAGACTCGACTGAGACTGCCATTTCCGAGTTGTTGAGAATATTATT TTGCAACTCTGACCTTATTAAACATGAAGCATCAATAAGTTCATTGAACCAACTCATAGCTGTTTTGCGTCTTGGATCAA GAAATGCTAGATATAGTGCAGCAAGAGCAATTAGTGAACTTTTTGATGCTGACAACATTAGAGACTCAGAATTAGCTAAA CAGACCATTCAGCCATTAGTTGACATGCTTAACACAACATCAGGGAGTGAACAAGAGGCTGCTCTCATGGCTTTGATCAA GTTAACTTCAGGAGATTCTTCAAAAGCATGTCTTTTTGCTGAAGTAGAAGGAAACCCACTTGAAAGTTTATTCAGTGTAT TGTCTTCTGCTTCATCCCTGGAACTGAAAAGCCAGGCTGCACAACTCTGCTTTACTCTTTTCGGTAATAGCAAGACCAGA GCAAATCCAGTTGCCTCAAAATGCCTAGAACCCCTTATCTCACTGATGCAGTCTAGCTCTGGGACAGCAATAGAATACGG GATTTGCGCTGTTGAGAGACTGTTAGAAGATGAACAACAGGTAGAGCTTGCAGCAGCCTTTAATGTTGTGGATCTCATTG TCAGCTTGGTTTCTGGTACAAACTATCAGCTTATTGAGGCTGCCATATCTGCTCTCATCAAATTAGGAAAAGACAGGACT CCAAGCAAACTAGACATGGTCAAAGCCGGCATTATTGGTAATTGTCTCAAGCTACTCCAATCAGCACCTAGCTCATTATG CTCCACAATAGCTGAGTTGTTTCGCATTTTGACAAACAGTAATGCAATTGCTAGAAGTTCGGATGCTGCAGAAATTGTAG AACCCCTTTTCTATGTTTTGCTCCGTCGAGATTTCGACTTATTGGGACAGCATAGTGCCTTACAAGCACTTGTAAATATA TTGGAGAAGCCACAAAGTCTTGCAACTTTAAAGCTTACTCCTAGCCAAGTCATTGAACCCTTGATTTCCTTTCTGGAATC CGAAAACCAAGCTATCCAGCAGCTTGGCACAGAATTATTATCTCATCTTCTTGCTCAGGAACATTTTCAGCAAGATATTA CAACAAAGAATGCAGTTGTGCCCCTTGTACAGCTTGCAGGAATTGGAATATTAAACTTACAGCAAACAGCAATAAAAGCA TTGGAAAAAATTTCGACAAGCTGGCCAAAGGCCGTTGCTGATGCAGGAGGTGTTTTTGAGCTTGCAAAAGTTATTATTCA AGATGACCCTCAACCACCACACGCACTTTGGGAGTCAGCTGCCTTAGTTCTCTCTAATGTATTACGTTCCAATGCTGATT ACTATTTTAAAGTTCCTGTGGTAGTTCTTGTGAAACTCTTGCACTCAACACATGAGAGTACAATTAGCATAGCCCTTAAT GCTTTAATAGTTCATGAAAGAAGCGATGCCTCGAGTGCTGAACAGATGGTGGAAGCTGGAGCTATAGATGTTCTGTTGGA CCTCTTAAGATCTCATCAATGTCAAGAAGAATCTGGTAGATTACTTGAAGGGTTATTTAACAATGGGAGAGTACGGAAGA TGAAGATATCTAAGTATGCTATAGCGCCTTTATCCCAGTATCTTTTAGATCCACAAACCAGATCACAGTCTGGCAAGCTT CTTGCTGCTTTAGCTCTGGGAAATATTTCGCAGCATGAAGGACATGCTAGAGCTAGTAACTCTGTATCTGCATGTCGTGC ATTGATAAGTATACTTGAAGATCAGCCAACTGAAGAAATGACGATGGTGGCTATATGCGCATTGCAAAACTTTGTCATGA ACAGCAGGACAAATAGACGAGCTGTTGCGGAAGCTGGGGGCATACTGGTGATTCAGGAATTGCTAATGTCTCCAAATACT GACATTGCTGGACAAGCAGCGTTACTGATCAAATTTTTGTTTTCTACCCACACGCTACAAGAATATGTGTCAAATGAGTT GATTAGATCTTTGACAGCTGCTCTGGAAAGAGAGTTGTGGTCAACTGCCACTATCAATGAGGAGGTTTTGAAAACTTTGC ATGTGATGTTCATGAACTTCCCTAAGCTCCACATATCTGAAGCAGCAACCCTTTGCATTCCTCATTTAGTAGGGGCACTT AAATCTGGTGGTGAAGTGGCTCAGGACTCTGTACTTGACACCTTTTGCTTGCTTAAACAATCTTGGTCAACCATGCCAAT AGAAATAGCAAAGTCTCAAGCTATGATTGCTGCTGAAGCTATCCCCATCTTGCAAATGCTCATGAAAACCTGCCCACCAA GTTTCCACGAGAGAGCAGATACTCTTCTGCACTGTTTACCAGGTTGTTTGACTGTCATCATTAAGCGTGGAAGCAACCTC AAGCAAACCATGGGAAGCACTAATGCATTCTGCCGGTTAACTTTAGGCAATTCTCCACCGAAACAAACCAAGGTTGTGAA TCATAGTACTTCTCCTGAATGGAAAGAAGGATTCACATGGTCATTCGATGTACCTCCAAAGGGCCAAAAGCTTCATATAG TATGCAAAAGCAAGAATACTTTTGCGAAGGCAACTCTCGGAAGAGTCACTATCCAAATTGATAAAGTTGTGACTGAAGGT GTTTATAGCGGATTATTCAGTCTTAATCATGATCGCAACAAAGATGGTTCTTCCCGAACCCTTGAAATTGAGATCGTATG GTCCAACAGGATTTCTAACGATGACATTTGA
Protein sequence (LotjaGi1g1v0157800.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MEFDEETGMDDPESTMATVANFLEQLHANLSSPPEKELITARLLGIASRRKDARALIGSHAQAMPLFVNILRSGTPLAKV NVASTLSVLCKDEDLRLKVLLGGCIPPLLSLLRHESADARKAAAEAIYEVSAGSLSDDHVGMKIFTTEGVVPTLWNQLNP KNREDKVVEGFITGALRNLCGDKDGYWKATLEAGGVDIIVGLLSSDNAVSQSNAASLLARLMLAFSDSIPKVIDSGAVEA LLRLVGQENDISVRASAADALEALSSKSTTAKKAIVSADGVPILIGAIVAPSKECMQGNGGQLLQEHATRALANIYGGMS ALILYLGELSHSSRLSAPVGDIIGALAYTLMVFEEKLDVDEEHIDATQIEDILVSLLKPRDNKLIQERVLEAMASLYGNV CLSKWLIQADSKRVLIGLITMAAPDVQEYLILSLTSLCCDKTGIWEAIKKREGIQLLISLVGLSSEQHQEYSVQLLVILT DQVDDSKWAITAAGGIPPLVQLLETGSQKAKEDAANVLWSLCCHSEDIRACVESAGAIPAFLWLLKSGGPKGQEASAMAL TKLVRIADSATINQLLALLLGDSPSSKAHIIRVLGHILSLASQKDLLQNGSAANKGLRSLVQILNSSNEETQEHAASVLA DLFITRQDICDSLATDEIVFSCMKLLTSKTQAVATQSARALSALSRPTKSKAANKMSYILEGDVEPLIKLAKTSSVDAAE TAVAALANLLFDPFIAAEALAEDVVSALTRVLAEGTLEGKQNASRALHQLLKHFPVSDVLKGNAQCRFTVLALVDSLRAM DMDGTDAADALEVIALLARTKQGINFTYPPRSALAEKPSSLEFLVCCLTDGPSPVQDKAIEILSRLCGDQPAVLGDLLFA SFRSVGSLANRVINSSSLEVKVGGAALLICAAKEKKELSMDSLDTSGYLKPLIYSLVDMVKQSCSCSSLDIAVLTYGGFM ERNAFQEVDEFDIPDPATVLGGTVALWLLSVIACFHMKSKLTIIEAGGLEALCNKLARHTSNPQAEYEDTEGIWITALLL AVLFQDADIILSPATVRIIPSIALLLRSDEIVDKYFAAQAMASLVCHGNKGIDLAIANSGAIAGLITIIGHVESDMPNLI DLQEEFCLVRNPDQIVLDHLFEIEDVRLGSAARKSIPLLVDLLRPIPERPSAPPVAVRLLICIADGSDTNKLMLAEAGAL EALNKYLSLSPQDSTETAISELLRILFCNSDLIKHEASISSLNQLIAVLRLGSRNARYSAARAISELFDADNIRDSELAK QTIQPLVDMLNTTSGSEQEAALMALIKLTSGDSSKACLFAEVEGNPLESLFSVLSSASSLELKSQAAQLCFTLFGNSKTR ANPVASKCLEPLISLMQSSSGTAIEYGICAVERLLEDEQQVELAAAFNVVDLIVSLVSGTNYQLIEAAISALIKLGKDRT PSKLDMVKAGIIGNCLKLLQSAPSSLCSTIAELFRILTNSNAIARSSDAAEIVEPLFYVLLRRDFDLLGQHSALQALVNI LEKPQSLATLKLTPSQVIEPLISFLESENQAIQQLGTELLSHLLAQEHFQQDITTKNAVVPLVQLAGIGILNLQQTAIKA LEKISTSWPKAVADAGGVFELAKVIIQDDPQPPHALWESAALVLSNVLRSNADYYFKVPVVVLVKLLHSTHESTISIALN ALIVHERSDASSAEQMVEAGAIDVLLDLLRSHQCQEESGRLLEGLFNNGRVRKMKISKYAIAPLSQYLLDPQTRSQSGKL LAALALGNISQHEGHARASNSVSACRALISILEDQPTEEMTMVAICALQNFVMNSRTNRRAVAEAGGILVIQELLMSPNT DIAGQAALLIKFLFSTHTLQEYVSNELIRSLTAALERELWSTATINEEVLKTLHVMFMNFPKLHISEAATLCIPHLVGAL KSGGEVAQDSVLDTFCLLKQSWSTMPIEIAKSQAMIAAEAIPILQMLMKTCPPSFHERADTLLHCLPGCLTVIIKRGSNL KQTMGSTNAFCRLTLGNSPPKQTKVVNHSTSPEWKEGFTWSFDVPPKGQKLHIVCKSKNTFAKATLGRVTIQIDKVVTEG VYSGLFSLNHDRNKDGSSRTLEIEIVWSNRISNDDI
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 | 2 | 2115 | 2114 | 0.0 | – | |
| PANTHER | 2 | 2115 | 2114 | 0.0 | – | |
| Gene3D | 10 | 137 | 128 | 1.2E-11 | ||
| SMART | 50 | 91 | 42 | 300.0 | ||
| SUPERFAMILY | 53 | 290 | 238 | 2.28E-35 | ||
| SMART | 92 | 132 | 41 | 0.086 | ||
| SMART | 137 | 181 | 45 | 510.0 | ||
| Gene3D | 138 | 335 | 198 | 8.2E-29 | ||
| SMART | 182 | 223 | 42 | 47.0 | ||
| SMART | 225 | 266 | 42 | 0.0042 | ||
| ProSiteProfiles | 236 | 280 | 45 | 10.272 | ||
| SMART | 268 | 317 | 50 | 17.0 | ||
| Gene3D | 367 | 595 | 229 | 2.2E-29 | ||
| SUPERFAMILY | 369 | 686 | 318 | 1.15E-30 | ||
| SMART | 483 | 523 | 41 | 0.46 | ||
| Pfam | 487 | 522 | 36 | 2.6E-5 | ||
| ProSiteProfiles | 494 | 536 | 43 | 10.937 | ||
| SUPERFAMILY | 495 | 1173 | 679 | 4.03E-26 | ||
| SMART | 525 | 565 | 41 | 0.22 | ||
| Gene3D | 596 | 866 | 271 | 1.9E-15 | ||
| SMART | 604 | 644 | 41 | 160.0 | ||
| ProSiteProfiles | 615 | 642 | 28 | 8.662 | ||
| SMART | 691 | 731 | 41 | 4.7 | ||
| SMART | 732 | 772 | 41 | 42.0 | ||
| Gene3D | 974 | 1127 | 154 | 1.1E-5 | ||
| SMART | 996 | 1045 | 50 | 74.0 | ||
| Gene3D | 1144 | 1486 | 343 | 2.2E-27 | ||
| SUPERFAMILY | 1157 | 1525 | 369 | 1.58E-27 | ||
| SMART | 1187 | 1227 | 41 | 84.0 | ||
| SMART | 1269 | 1310 | 42 | 180.0 | ||
| SMART | 1356 | 1396 | 41 | 310.0 | ||
| SMART | 1397 | 1437 | 41 | 140.0 | ||
| Gene3D | 1489 | 1775 | 287 | 1.2E-22 | ||
| SMART | 1524 | 1565 | 42 | 280.0 | ||
| SUPERFAMILY | 1593 | 1986 | 394 | 2.56E-33 | ||
| SMART | 1689 | 1727 | 39 | 17.0 | ||
| SMART | 1728 | 1771 | 44 | 200.0 | ||
| Gene3D | 1776 | 1986 | 211 | 8.0E-15 | ||
| SMART | 1815 | 1855 | 41 | 170.0 | ||
| SUPERFAMILY | 1987 | 2092 | 106 | 1.26E-16 | – | |
| Gene3D | 1987 | 2114 | 128 | 1.1E-16 | ||
| Pfam | 1989 | 2088 | 100 | 1.4E-12 | ||
| SMART | 1989 | 2085 | 97 | 2.9E-11 | ||
| ProSiteProfiles | 1990 | 2070 | 81 | 8.828 | ||
| CDD | 1990 | 2080 | 91 | 1.66871E-13 | – |
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 LotjaGi1g1v0157800.2, 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…