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 | LotjaGi4g1v0160200 |
| Transcript ID | LotjaGi4g1v0160200.2 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Kinesin-like protein; TAIR: AT5G10470.1 kinesin like protein for actin based chloroplast movement 1; Swiss-Prot: sp|Q9LX99|KN14A_ARATH Kinesin-like protein KIN-14A; TrEMBL-Plants: tr|K7L9D8|K7L9D8_SOYBN Uncharacterized protein; Found in the gene: LotjaGi4g1v0160200 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr4:28565426..28581682) extracted from Lotus japonicus Gifu genome v1.2.
ATGGCGGACCAAAAGAACCGCTGGAGTTGGGACGTTGCCGGCTTCGAGCCATGGAAGTCATCGCCACCGCCGCCGCCGTC GTCATCGTCGCCGTCGCCTTCGGTTGAGCAAGACGATCGGAAACCTAATGTGCCGTTGGTGAGGAGGTACTCCATTTCAG CTACTTCCGTTCTTCCACAGCCCAAGCCCTCCACTGTCTCCAAGCTTGAGCGTTTGAGGACCAATGTCAAGGTATTGCGT TGTTTCATCTCCAATTGTAACTGCTCTGTAGCTTCTTCCTCCTTTTCTACTCATTCTTCTTCTCAATTCGGCTATAGTTT CAGTGGTTTTTTTCTTCGCTACTAGTGTTTAGATAGAGACATTTTAGGTCTTGTTTTCGCAGTTGCTTGTTGCATTTAAA GGTGCGTGATGCTTTGGTAGTTTCAGCGTGGTAATTAATTCGAGAGAATGAGAGTTCTAATTTAAGCTATTGTTCGTTCG CAAGACCACTATGCCATGCTGTCAGTGACTGAATTGGATTTTTTACAGAATTAATTTCTGATAATAGGTCTTCTTATTTG ATATGAACTTGTTGGTGTTGATCAGTGTGTTTTAAATTTAATGAACAATGTTTTGGTATTTTTTCTTTCCGCGGATTTCA GTGTCGGCGCAACCTTTCTATGGTTCTTGTGTGAACTTCAATTAATGGCTAGAAGGGTTCCGTCCCTGGCTAGAAGATAT GAATCCATGAACTATCTTTTATAATATTTTAGGTACTTGCATTGCACATTCTTGCAGGCCAATTCTGCCTGTTACTGTTT TTATATGGTGCCCATACTGATTTGTATTGTTTTAGACTTTTAGTCATGCATTAACAATTGCATCAAATATTTTGCAAAGC TTGCTAGAGAAGACTATTTGCAGTTAAGGCAAGAAGCGAGTGAACTTCAAGAATACTCAAATGCAAAACTTGATCGAGTT ACACGGTATCTTGGTGTTCTAGCTGAGAAAACCCGCAAGCTAGGTAAGAAACTAATTTGTCTTGACCGTCAGCTCATGCT AGATTAGCAAAAGATTTTGGACTGAGAATCTGTTAGTCTAAAATATTTTGCTTGATTAAATCAAATAATTTCTTTGACAA AACGAAACTTATTCTTCAAACATATGTTGGTAAATGAGAATGGTGTTTTTCACATAGGTACATGGTTTTGAGCTGTGCTG CTGCAATAAATCTGGCAGTTTTAGCATTTAGTTTCTAGAAGTACATGGAGTTATGTCATATTTTATTAATTTATATTTTT TGGATCCAAAAGTTCAGGGGGAGAGTAGGTATGGCAAGGGTTTGGTTCACTAATTTTATCCTTTTTTTCATGTCTAGTTA TTTTATGGTTGGTTTTCTTCTATTAAACTTTGAAATTTGTGGCCTACTTATGAATTTCAGATCAAGTTGCCCTGGAAACT GAAGCAAGAATATCGCCGTTAATCAATGAGAAAAGAAGATTGTTCAATGATTTATTGACATCTAAAGGTAATTTCTGTGT ATAATTTTTCCTTTAGTATTGGGCAATTTCTTTATATCCATTTTTCGTGACCCAAATAGGCTGTACATTGTTCTGTAAGG TAACTGGAACTTAAGCTAGTTGGTTTCACAACCCTCTTATTACTTAAGCATGTCCAAACTTGAGCCTTTCTGAGATGAAA ACATCTTATCTATCCATTAATATTTTCTGCAGGAAACATACGAGTATCCTGCCGGACAAGGCCATTATTTGAAGATGAAG GTCCTTCAGTTGTTGAATTTCCAGATGACTATACCATTCGTGTAAATACTGGTGATGAATCCTTGTCAAACTCTAAGAAA GATTTCGAATTTGACCGGGTTTATGGACCTCATGTTGGACAAGGTAATATGATTTTATTATATACCATCTATCTTTTTTG AGTTGAAAAATGGTCTCTGATATTACTTTCTGTTTGCAGCTGAGTTATTCACTGATGTTCAACCACTGGTGCAGTCAGCT TTGGACGGATATAATGTTTCCATATTTGCTTATGGACAAACCCATTCCGGAAAGACACACACTATGGTTGCACTTCCTTT CTTTGTTTCTGTGTGTCTGTGCGTGTGTGCAATTTCCTCTCAAAATAAGAGATAGTTGGATTAGGGTCTACAATTCAATG TTGTCAAATTGGAATGGCTTCCCTATGGGTGAAATTTATTATTTTTCTTAGTTTTTGAACATCGGGTAATGTTTGATCTG ATCAATTGCTTATTTAATGTTCATTTATTATTCCCAGGAAGGATCAAGCTATGATCGGGGTTTATATGCTCGTTGTTTTG AGGAGTTATTTGATCTAGCCAACCTGGACACAACATCTACTTCACAATATAAATTCTGTGTTACAGTTTGTGAGCTCTAT AATGAGCAGGTCTGTTTCTGTTTTCACTTACCCAATGCTCCCTTCTGTTTTGTTTCTTGGTTGCATCCATGGTCTTGGTT CACTTTGGATTATGAAGATGTTCATATAGTCTCGTTTTATGTGCTTTCAGACAAGGGATCTACTTTTGGTATCAGGGAAA AACATGCCTAAACTATGTTTGGGATCACCTGAATGCTCCATAGAACTGGCGCAGGAAAAAGTTGATAACCCTCTGGACTT TTCTACAGTTTTAAAAGCTGCATTTCAGAGTCGGGGAAATGATTTATTAAAGATTAACGTATCTCATTTGTATGGTCTAA ACTCTCTGCCCATGTCATGCATGCTTATTTTGTTCTTCGCGTTATTTATTTTGTTTAAGTTGCATGATAAACATAAGTTG ATGCCATACTTTCACCAATTAGCAGGTGCATTGACACACTTGAATATTTCTTTGAAGAAATATACATTGCTAAAGTTCTT TTGGTTTGTTTTTTCCCTTTCATTTCGTACACTATTTAACTCATTAAATACCATTAGGAAGCAGAAAATATGAATGACTG AATTTTTGAAGGTTACTGTTTTCTTCAAGTGTATCTCATTGATATTCTATTAAAATGGTTTGTATTTTTACTATTTCGAT ATTTGCAGGCATGCATAGCTGGATTTTCTGCTAAGGCTGTAAACTAATTTAGCTGTGTGGATTTCATGCTCTGCTGTGCA GGATTGTCACGATACACATATTTTATAACAATTTGATCACTGGTGAAAACTCATATAGCAAACTTTCTCTGGTTGACTTG GCTGGAAGTGAAGGTTCAATAACAGAAGATGATAGTGGTGAGCGTGTCACAGATTTGCTGCATGTTATGAAGTCACTTTC AGCGTATGTAATTGTAATGCACTGTTTTTCTCTTCATTAGCAACTTTATCTTTATTTACTTAATTGTCGGCCAGGTGTAT CCTCATAATGGCTGTTAATGCACTTCAAGCTTACATTACTTGTTGGTTGTTGCAAATACTACTAAGTTAGGTTACCAAAC TTGTTATTTCTGTTTCTGCTAGGTTAGTGTGTCAATTCATGATTCCCTTATCAACGGCAAACTGGACCGTGACTCCAATA CTACAATATGACTTCTTCACGATCCAATTAAAATTTCTCTACAAGGAAGAAAGAGTCTTTTCATGTCTTCATCGCCAGTT AACTCATTAGTTTAAGTTCTGTTTAGCCCGATATATCTTAGTGTTAAATTGAGGACTCAAAATGCATAGATAGTCAAGAA GAGGACTAACTCCTGACTGCAGGGATATTGAGCACTATGGCAAATGTTTCTTAAGGAACCACTAACGACACAATACACAA ATGAGCAATTTCCTACCAGAACACCCCAATTCATCCAAAACATAGTTTTTAGGCTGTTTTGGTTTTTTCTAAATCTATTT CTTTCTTCTTTTAGATACAGGGTGTTACAGGAAGAGGATAACAAAAAGCATAATCTGTGTCTAGCCTACACAATTTAGAT GTAGTTATAGACTGAAGACAACAAAGATATGTGGTTACCCTAATTGTCATAATAGGAATATTAATAACACCTCTTAGCTC ATTCTTTATTATTAGGTGAAGTTCATGTGGGTCTTGCTCCATATTTGGGCTGATCTACATGAACTTCACCTAATATAGTG TGTTAGAGAATATGTTGACATTTATTACCATAATTTATTGATACTAACAATATACAATTATCCTATTTACATTCTATCTA ACTCGCCCTTATGCTGGAGCATATAAATCATATGAACCATGCTAGTTACAGATATAATTTATCGAAGGATCTCTTAGTTT AGTAGTGTTTAATACTCTTAAAGAGTGCTTTCGCTCCTAAAGTGGTCCTACCCAACTCAAGCATGACCTAATATTTTGCT TCAGCATTTGACCTTGTGCAACATGGAGTTTCTTGCTTTTCCAGAAGATCAGGTTATCTCCAATGAGTACAAAAATACAA TACTTGGAATAGATCTCAATTAGCATGTGGTATCCAACAACTGCAGTGTGAGTGTGTGACCCTTGTATATTTAAGGATAC AAATTGCTGCATCCCAGTGTTCGACACCTGTGAATTTTTAAATTGGCTTACCACACTAATTACTAAAGTGATGTTTGGGT GAGTGACTCAGATTAGTTCAATTTTCCAAGTAATCTTCTATTCTATCTGGATTCAAACATGACTCTCCCTGATTTGCATA AGCTTGACATCTGGATCTATTAAGGTGTCAACTAGTTTAGCATTCCATAATGTTGTTTCCTCAAGAATGTCCAGAACACA CTTCCTTATGGAAAATAATAGAATTTGAACTCCATTACTGAATATTATTCATTCACAATGATTATTTATTCACACCGGCC AGAAGCTTCTTTCTGAAGCTTACACAAGATATGATGCCATAATATTACGTGAATAAGATGTGCAAATTAAGGAAAGCATA ATATGGGTTCTCCCAGTACTTGGTTTGGGAGGTTCACTTAAGCTATGATGTCCTTATGGTACAAGCAGAGCCAAGGTTTC ACTCTTAGTAGAACATTCTCAACAAGGCATTGGTTTTATCATAGATGATATGATCATTGCAGATGATGAAGAGCTTGAAA AACAGATTTCTAGGAAGAAGTTAGCAGGTGCCTTCAAATGAAGAACCCAAGAATGCTGAAGTTATTCCTTTGGAAAAGGC TTCCTACTTCGGACAAGGTATATCTTATCTTGAATGAAATATGTCCTTGTTCTTCTTAAGAAGATAGATGAGTTGAGTTG CAAAACTAGTGGGTCACCATAGAGCAAAATAAAGTATTGGACGTGATGAGGAGAGCCCATAAGCGGAGAAGGCTAAGCAT AAAAGGCGTGTGGGTAATTCATTTATCCAACCCACTCCTATCCAACCATAGCTTATGCAGTTAGTGTCGTTCGTCAATTT ATGCATGACCGACGAGTGAGACATTTTCAGTAAAAGGATTACTATTCAAGAAAGATGGGACATGTCCATGAAGGTATATA TGCTAGGTCAATTGTTGGTAGAAGCTTTACCACGGGGTACTGCATATTTTTGGTGGAAATTTTGCGACAGTAAGAAGTTA AATGTAGTTGCGAGGTCGAGTACGCAGAGGTACAATTTCAAGTGATGGCTCAAGGGGTTTGTGAGTTGTTATGGATGTTG ATCATAGACTCATAGTTGACAACCTCATAAAAGCATGAAGTTCTCCTGAGAATATTTTGTAACAATAAGTCCATCATTTG CATAACCTGGTTCAGCATGGCAAGACAAAATATAGACAGGCACTTCATTGTAGAGAAGTTGGATAATGGCTTGATAACAA TTTCTTATGTTCCTTTGGGTACCAGCTAGTAGTTGTTCTAATGGTTTGCCAATAGAGTGATTTCAACATCTTATTTGCAA AATCGGATTGATAGATATCCATTCATTCACCAATATGAGAGGTAGTGCTGTAAGTAGCACTTTTTTAGGATATAATATTT CATTCTTTCACCTGCGCATATTACCATGGTGCGTTTAATTATTGGGAAATATTTTATTCCCCACCCCGATTTTCAGTTAC TATTACTACTGGAGTACTGGGATACATTTACTGTAGTCTATAAATATTAGAACTTGTAATTTGTTAGTGAGTAAAATTCT GGTTATTCAGTCCTTTAATGTCTTAGAAAATAAGTGAACTAGGAAGGCAGGACTGCTAGACTATATATTGCTCCTAAAAA GCAGATACTTTCTAAATTTTTTTTTGTATTCCGCTAAACTGAAATGTTATCTGGTTCTTCCTTCTTTGTATCTTTCCGAT TAGCTATTTTCTTCTCAAATATATGAAGTTCCATCTTATTCGTATTTAATTTTTGAGCAAGTTTAATACATAAATTTGGT GCGTTAAAATTTTTATTGTCTGACATCTTGTAGCACGTTTAAAATGTCTCTGCAGGCTGGGAGATGTTTTGTCTTCTTTA ACATCAAAGAAGGATATTGTTCCTTATGAAAATTCGGCATTAACGAAAGTACTTGCAGATTCACTTGGTATTGATTTTTC CTTCCCTCTTTTTATTGATGAACTTGATATGGCAACTATTTGGTCATTGAGTTACTGAATTATTATTGGACTTCATCGAT TGTTGATGTAACAGAAAATGGCCCCTGCATATTAAGATGCAAATAATCTCTTACCAGCCGGGTGTGGTTTTTATTGCTAA TAATCCATCGGTAGAATTTGTTGGTGTTTCCTAATGGGATTAGGTTAATCTCAGTTCATTTCTGATGAAGCTGCTGTCTG ATTTTGACTTTGACTCTCAGTCAGTCTTGTAGCCAATTGGGAATCGGAGTATTTGTATTCTTGAGCTGTTATAACTATTT ATATATATATATATATATATATACATACATACATACAATATAGGATTTTAATCCGTGGTCGTGGATGGCGTTACTGCGAA CATTGCAGCTGCTGTGATGTGTGCTGGGTCATTGCAGCGTGTGCAAAAATAAAAAAAATATTATTACTGTTATACCTTTT ATTTAGGCTTTATTATGTTTTTGGTCTCTATAACATCCATTTCTTTGGTTTTGGTCCCTACATTATTGCCCTAGTAATTC TGTGTGGTTTTGTAGTCAGTATTTCCCGGAAAACTAATTTACTGGGGTTTGTTGAAAAGGTAGCATGTAGACTTTATATA ACCTGTATATGCTGATTTACTATCGGAATAGACTTTCTTTAGCCCAACTGGTGCAACTATACTAGTATAATGAGTTTCTC ATCTCTAGAGGGTTTTTTATTATTAATTTTTTCCTGCATTTTCTGTATAAAAAGAGATTTATCTTCATTTATGGTTATTG TTTTGTTTTTATTTTCCTTTTCTGTCCAGTAAATTGATTCCCCATGTATTTGTATCTTTTGTAATCATGATTTGGAAATT GGAATTTAGTTCTTTCGGATTGATTTCAGGCATATGATCTCATTTTTGCAGTTAGTTTTCTTTGATGTTTGTAGGTGGGA GTTCAAAAACTCTGTTAATTGTGAATGTCTGTCCAAGTATTTCGAATTTATCTGAGACATTGTTGTCTCTAAATTTCTCT GCTAGAGCTCGAAACTCTGTATTAAGCCTTGGAAACCGAGATACAATTAAGAAGTGGAGAGATGTTGTAAGTACCCAAAC CCATACCCTTTCCCATTTTTACTTTTGATCTTTTTTTGTTCATCAGTATGACTTTTTGTTGGAAGTATTTTAAAATTATA ATAATTTCTATTTAGTATTAAATTTGATAAAATTGTATATGGATAGAAGGATTTTAAGTGCAAACTAGGATTTGACTGTT ATAAGTTTTTCTTCATTGTATTTGTGCTTTTATAGGCTAATGATGCACGTAAGGAGTTGTATGAGAAGGAAAAAGAAATC CATGATTTAAAGCAAGAGGGTCTGGGACTCAAGCAAGCACTTAAAGATGCCAATGATCAGGGTGTTCTACTCTTCAATGA AGTACAAAAGGCTTGGAAAGTTTCTTCTGCACTGCAGACTGATTTGAAGGTTTGTCAATTTTATGAGCTTGGCATAGTTT TCCGTTCTATGCAGTGACAGGTTATTTGGTGCTTTGGCAATTTTGTTTTCAAAATATTGCATGCTTTGCGTTATGTTAAT AGTGATTCTTTGTTCTTCATGCTGCAAAATTTTGGACGAGGGCGTGCGTGTTACAGACTTACTGGGCTTGAACTCTGATT AACCACATCATTGAGTGGGTGGCCCAGTCTTCCATTGTATATTATTGAGAAATGAGTTGAAGGGAAGTTTAACAAACAGA ATTTAGAGGAATTTTCTAGAGTTTAAATTCTGATTTCATTACATTGTATAGGAATGGCTGCAGCTCATAACTACAGCAGT TATGATGTCAGCTGTCATCTGACCAACTCAAAATTAAACTGATTTTAACAGAATTACAACAGAGGCATACTGACAGTCTG TAGTACAATTGCATGCAACATAGTATAGAAGTATGATATGAGCAGAAAACTGAAGAAATGCTCCATTACAAATGTATTTA CTATCTATAGATGTGGCTTCAGTTACAAGAGTAACTGCCACTCTAACTAACTGTAATAACAGAAACTAACAAATAAGGGT ATACAATTTGCTACAACTTATTCTATAATTTCTCTCTGCTTATGTTTAGAACAGATAATAATTTACAAGTGCTCTTTCTC CCCCTGAAGCTCAACTGGGAGAACCAAGTCTGAGTTCACAAAAGTTGAGCTTGGAACTAAACTCTTTGAACTTAGTTAAT GAAATAGGTTTACCAAAAGCGTCAGCTAATTGTAGGTGAGCTGATATATGCTGAACCTTTAGTGGCTTGTTGATGACCTT TTCTCTAACAAAAAAAAGGTCAAGCTCCACATGCTTTGTTCTAGCATGAAGGAGCACAAGTCCAAGAACCTTTGAGGTTC TGCTTGAGTTCAAGCCCAGACAAACAGGCAAGCCATAAGGCCTCTAATACTCAGACGAAGAAGCACAAGTCTAATGACCT CTGGTGTTCCTCTTAAGTACAAGCCCATGCAAAAAGCAAGCTGCTCAGCTGTGTTTGATCAGAAGATTCAAATCCTGGAT GTTGAGACCTGAACCTCCTCTTCTAACACCATTCAAAAAAACATTATTAACATCAAGCATTTGTAATGTCCAAACATTGG AAAGAGAAAGAGACAATGATATCAATCGTGACAGGTTTGATGATTAACAAAAATGTTTCCGTATGATCAAAACCAGGTTG TTTATGAAACCCTTTTCCCACTAACCTAGCCTTGTTTTTGTTAATAGATCCATCCGGGTGAATAACCCACTTGTGGAATC CATTGGGTCTTTATTGGGCGGTAAAGGAACTAGTGACCAAGAAGCATTCCTTAGTAAAGCTGAAAATTCTTCTTTCATTC CAGCAACCCAATGTGGGTTACTTAAGGCCTGTTTTACCGAGGTAGGCTTCACAGGTGTAACCGTGTAAGAAGTAGTGTAG GCTGTAATCTAGGTTTAACATTCCATTTTTGGATCTAGAGATCATAATTTTGGTGAATTGGAATGAGAGGAAGCTGGAGA AGATATTGGAGATGAATGAGATGAAGCAGAACTTGTAGAATTTGGTATAGTGGCCTTTGTGCAGTGCAGTGAAATATATT TGACTACTTTCATTCTTCTTATCTTAACTTGAACATAGATATTCTTTTGCTTTTCTCCCCAATTCTACCTATGAATCATT TCTTCAAAAATACTAATGACATTATACTTTGTTTAGTGAAGAGGCTTAGATATTTTTTGTTATAATATGTTCTCTGATAT GTGCAAGCATTTATACTGATCTATCAAAACTTGGTTATTAGCTTTTAATATAAAGGTTTCAGGCTTGTCATTGAGTGACA TTCTTGCTTTTAATTTTTGCAGTCGGAGCATATTTTGCTTTCTGATAAGTATAATATTGAGAAAGAACAAAATACTCAGC TTAGAAATCAAGTTGCTCAACTCTTACAGTTAGAGCAGGATAAAAAATTGCAGATACAGCAGCAAGATTCAACCATCAAA AGTTTGCAGGTTATTTCTTTTGCTAGTTTATATAAAATACTTATTTGGAACTTTTGAATTTGAATGGTGCATATAAGTCC AATTTCTTAATATTTTAATAACTACAGTTTCCTGATGAAAAGGTACAGTAGTCTAAAATTGTGCCAGAACAGGTGTATCC CTTGTAGTAGATTGAACGTAAATCAACTTTGTTTGCTGGGATGCCTAATTTTACACGCGGACACACACCCACACAGATAT ATATATATATATATATATGTATGTATTTATTTATAGTTATATATATAGCCTTAAATTCGTCGTGTCTTTTGATCTCACTC TCTCTCTCCCTGCTGTAGTTTTTGGTTTGCTATTTATTGTATACATTCAATCCCATGTTCCCTGTGCTTTGCTTCTATGG CATGTGATATATATATATATATATATATATATATATATATATATATATATATATATAATCACATTTATGTATGTGCTGAT GGCGGCATTTCTTGCAAAAAGCTGGAGGAGCATTACATTTGCCACAGTTTGGTCACCCACTGCTTACCTACTTGTCTCAT TAGTAGTATGAAGGCAATAAATTTCATCATTTTCTGAAGTATCTGATTTAGTGAAAATAAATTTAGTTTAACATTGGTCG AAGATTTAATTATGTATGTAATGATATTTTTTCATGCATGCCAGCTAATTTATGCACTTCTCTATTTTTCCTTCTCTAAT TCAGGCTGAAATTAGAACTCTTGAAACTCAACTCAATGAAGCTCTTAGATCCAGCGAAAGTAGGTCAAAGTTTGTCTTAG AAAAAAGCTCTGAGACTCTATCTGATTCCAGACCAACTGGAGATGGCATGGAGACTTCTGCAGTAACCAAAAAATTAGAA GAAGAACTCAAGAAACGTGATGCCCTGATTGAGGTCTGCTATTCTTGGCAACTGTGTATGATTGTTGTAGTTTAACAATA ACTGTTTTCTATTAGATTGTGGTTATTGCTTCTAACGTCTTTGATCTTCAAATTCAGTAAATTTGAATAAGTAAATTTAT TTTCATCAAACCCATTAATTTCCGTAGCACTCCTCTATATCTTGTAGACATAAGTGTGGTACATATAGATATAGGAGCAT AATTTGAACATAGATGGACTTCCGTGGTTGAAAGAAACAACTAAATTGAAAATTTTGCTGCAATAATGTGATTGATCTAT TGGTGCAATATATTTTGCTGCAACCAGGATAAACTTAGTAATTTGCTGATTGGTCTATTGACATCATTAATATATGTGAC GAATGGGAAAACAGAAGCTAAATTTGCTACGAAGTAACTTTACCTTCAAATTTTGGTTTGTATCTTCTGATAATCATTCC AGTTTGTTGAAGATATACTCGGTCTCAATGGTTGCCCTGGCATAAGTTCTGAATACTTCTTTTGTTTAACACTTTAGACT TTACCCGTATTGAGATTTGATCTGCTTAGTGTAATTTCATATGGTTTTTGTGAGGAGCTCAGTTTGATTTTTGAATCTTT TTGCAGAGGCTGCATGAAGAAAATGAGAAATTATTTGATAGATTAACTGAGAAAAAATCTGTGGCTGGATCGCCCAAGGT AGGAAAGTTTCACTACAAACTGAATTAACTGTATATAAAATCATCTTGAACTATATACAATTATCTTTATTGGCCTTTCT AAATGTGACACCTCTATAACTTTTATATATCAAATTATGGCATTTTATGAAAATAACTTGCACTGTACATGACACGTTAT TTTCAGCTTTCAAGTCCATCACCTCGTGAATCAGTTAATGCTCAGCCTCGAGATATGGGAAGGTACGACTTATCATATTT CTTTTAGTTTTGCAGTTCTGTTTTGTTTTCAACCACCTGATCAGTTGATTTATTCTCACCGGCTTGAAACAGGAATGGCA CCAGCAATACAACATCTCAGTCCATGAATGTTCTCCCTTCACCTTTGGCCACTGATAAGAATGACGGCACAGTTGCATTA GTTAAATCTGACTCTGAAATAGTTAAGACTACCCCTGCTGGTGAATACCTTACTGCTGCCCTGAATGACTTTGATCCAGA TCAGCATGAAGGGCATGCTGCCATTTCTGATGGTGCAAACAAGCTTTTGATGCTGGTATGCATGGGTGATCTATCCGTTG TTCAGTTTGCTGAAATTAGCTTTATTATAATATGTGCAGATATGTTCTTTCTAGTTTTATGTTGAGATGAGTCTTTAATG TTTTAGGCACAAGCCTCAGCAGAATAATGCAAGGTCCTGGGGTATATTCCCTAAGAATGAAAACATTTTGGCAATGCATG TTCTCATTCAGTTTGAAAGTTTTCTGATGCTTACTTGTCAATTTGCTCTAACAAAGAATATGTTATCACAAAGAGAAAAT CTGATGGGCTTGGAAAAAATAACAAAAGATAACAGTGAAATAAGTGGCTAAAAATTGCTACAAAACTGCTGAACGAGAAT GCACAGACACTTCACAAAAGTTTCCAAGTCATGTTGGATACTTTGGAGACTCTTTAAATACTTCCAGTTGTATTTTGTAA TCTTTTGGCTTCTATATTAATTTATCTCAATACTCGTGGAAGTATCACAATAGTGTTAGATAACTGATTGAAATATATTT TATCTAGAATGGCTCGTGCGAACATTAAAATCTTGATTCCTTCTTTTAATTTAAGGTTTGTGTTTCTATATTAGTATCAA ACTATACTAATCTATTATAGCCATAGCATATCTTATCATTTTAAAATTTTGTGTCTTATCTTTCTCTCTTTTAATTTAAG GTTTGCTTAGTATCATACTAATAGTTATGTAATATACTATAGCCATGTCTTATCTTATACTTTCTAAAGTTTGTTATATG TTTGTCTTGTATTACATCCTTGCTTTGTAAGTGTCCAATCACTTAGCACTTTAGTAATATAAATTCCCATGAAGCAACCA TGAACATGAATTAATCATAAAAAAGTGGTTGTAACTTGTAAATTGTAATATGTAAACACAATTCTATCCATTATAGAAAC AAGGGTAAAGAGACCAATTCAATGATGTTGATTGCTCTGTCTCAGTAAAATTATCTGTACCTATTCCAATTCTGATAGTA CGTAAATATTAATTTCAGGCTACAATTTTATAAAAATATTTCAAAATTGTTGCAGGTTCTGGCTGCTGTCATAAAAGCCG GTGCCTCTAGAGAACATGAGATACTTGCTGAAATTAGGGATGCTGTTTTCTCTTTTATTAAGAAAATGGAACCAAAGCGA GTTATGGACACCATGCTTGTTTCCCGTGTTAGAATTCTGTATATACGATCTTTACTTGCAAGATCCCCAGAGTTGCAATC GATTAAGGTAATAGAAAATAGAGGTTATAGGATTTCTCTCTTTTTTGTTGAACAAAAGAATGTTGTAATAATTTTTTCTG CGTATTTAGTGGCGTTTAATTCAGTTTAATGGCATACCTTTTCTTAATTTGATAACACTTGTACTTTTAATTGAAAGGTC TTGCCAGTTGAGTGCTTTCTTGAGAAGACTAATACTGGTCGAAGTAGAAGTTCCAGCCGAGGGAATAGTCCTGGAAGGTC TCCTGTGCAATATGTTGATGAGCAGATCCAGGGCTTTAAAGTAAATTTAAAGCCAGAAAAGAAGTCTAAATTTTCGTCTG TTGTGTTGAAGATACGTGGGATTGATCAGGTAGCTGCTATTAATCTATTATTTTACAATCATTCTTTATGCTTACGTACT AACATCATAAGAGCTTGTTAGTAACAGACCATCTATTATAAAAGTATGTGAAAGAAAGAAATAAGGGTGTCTCAATGCTG CAGTTGGGCTTAATTTTCCAATTAGCTAAAGATAATCATTATTCATTAATGTAGTAACTATGAGAGAATTTTTTGCAATA GAGTAGGATATTGCCCTATTAAATGATTAGGGAAAAATAGAAGAATTAGGAAATGACTTTACAGAGATCCGCACTCTTGA ATTCCTGAAGGTAGACAGTTTTGTAAAATTTCCTTCTTTCAACCTAAGAGTTCCTGTTGTGTTGGTTAGGGAAGTCCTAG CAACTAGAGTACATTTTCTGTTCTTAGGAGTAGAAAATTAGAGAAGGAAATAGTAGTTTCTCCTGTGACTTCTTTTCAAA TATTGAACATTTTAATGTTTTTTACCATTTTGTGTTGTACCTGTGTTTTATTATTATCTTAATAACTGGACTAGGAATGC TGAGCAAGGTAGCCTTTGTTGAACTTCGAAGCTTCTTTTTAGTTTTTGGGCTGCTCATGGGTCTTAATTTTTTTTTTCTG GCTCATACCGAACAAGAATTCAGCTCACATGTAGTTTTTTCTTTCCGCATGTTCACTTTGTAATTTGTAATAAATTTCAC AGGACATCTGGAGGCAGCAAGTAACTGGTGGAAAGCTTAGAGAAATTACTGAGGAAGCCAAAATTTTTGCAATTGGGAAC AAGGCTCTTGCTGCACTCTTTGTACATACTCCAGCTGGTGAGCTGCAGCGCCAAATTAGATCCTGGCTTGCAGAGAATTT TGATTTTCTCTCTGTTTCTGGAAATGATGCATCGGAGGGGTCAACTGGTCAGTTGGAACTTCTTTCAACTGCAATTATGG ATGGTTGGATGGCTGGACTAGGTGCTGCTCTACCTCCTCACACTGATGCTCTTGGCCAGCTATTATTTGAATATTCAAAA CGTGTGTATACTTCTCAACTACAGCACTTGAAGGTATGCTCATGTTGATTATGATTGTAATTGCCATTGTTTCCTTATAT TCTTGCCAAACATAGTACTCAGGCATATTTTCCGTTTGTCAATGCCTTAAGTTTTGAAATTATGTTCAGTCATTGTAATG TATATATATCTGTACCATATTGTAAATAAGACACAATAAACATTTCAGATTAACCATTAATTTGGTACTAGAGCTCTCTT GTTTAAAGAGGTTTCGTTTGGACCGTCACGGTGAGACTAGCACTATGCCATATACCTGTGGTCTTTTGTTTTCCAAATGT GCACCACGTTTCGCCTCAGGGTCGCCATCTGGTCTTCCCCTCGAACTCTGTCATAAGAACTTAGTCACCTGGCCTCACAC ACTGATCGAATACGCTTCCTTGTCAAGCACATGAGTTACATGCGCTGCCTTACATGTGTCTATTGACGTCGCCGCTAGGC TGGCTTGGCTCATCAATCTCTCTTTTTTTTTGTTTTTCCTCTCTTTGGTCATTTTCGTTGAAAGAGTTTTGCAGGTCAAT TCCAACAATGTTGTCGTGTTTTTTAGGGAAGTATCGATTCTTTATTCTTCCCCTGTCTCGGTTCTCCCAAAGCTAATTCT AAGGTTGAATCCTTAAAAGAAGAGTTTGGTCTTCTTCCTGTTTTCAGGGTCAATTACATTCGAGAAATTGATTTGAAAGA ATTATTTGGGCTGGCATAAAGTTGCGGAAATTGGGTTTTGAGGCCTAGAGGATAACAGGCATATCTCTTCTGTGAACTCT AGGGGCAGATTTGTTGACTATGTCTTTATGGGGTCCTAGGATATCATACATATGTGATATGCTTCAGCATGAGGGGGAAT GTTGATTATGGTTGTATTAGGCATAGTTTCCATATTTCAATCAAGATGTTTAGGAAATCTGTTCAGTTATTGTGTATATA TTTTTACACTATTGTGATAATACACTAGAAACATTCATTAATTCTTAGATCTGCTTAGAGTGACTAATGAAAGCATACCT CATAAGTTCTTGATAACTGGATGAATAATCATAGTCTAAATAGAATCTAATTTTGATCTATGATGTGAGCATCTTCAACG TTGTACTTGTTTAATAATGCGTTGGGCCTCTGTTTTCTGACATGGTTATCAGGATATTGCTGGTACCTTGGCAACAGAAG AGGCTGAAGATGCAGCACAAGTAGCCAAGCTGCGGTCTGCTCTAGAATCTGTTGATCATAAAAGAAGAAAGGTGCTTCAT TTTGTTCAACTGTTAAATCTGATGTATGGCTGTAATTGTGTAATATCAATTTATCTTTGCATATATCTTGAGTACCTGCA TGAATCCAAGCTTTTGTCATTGACAAAAGGTGCAAAATAAATATTAATATTAAGTCCTGATTTTAATGCAACTTTTCTTT TAAAATAAATGGAATTCTATTTTGATAGGGTAGGTGAGCCTTGGCTTAACAGTAAAGTTGTTGCCTTTTGACCTGTAGGT AGTGGTCCAGGTTCTAA
CDS sequence (LotjaGi4g1v0160200.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCGGACCAAAAGAACCGCTGGAGTTGGGACGTTGCCGGCTTCGAGCCATGGAAGTCATCGCCACCGCCGCCGCCGTC GTCATCGTCGCCGTCGCCTTCGGTTGAGCAAGACGATCGGAAACCTAATGTGCCGTTGGTGAGGAGGTACTCCATTTCAG CTACTTCCGTTCTTCCACAGCCCAAGCCCTCCACTGTCTCCAAGCTTGAGCGTTTGAGGACCAATGTCAAGCTTGCTAGA GAAGACTATTTGCAGTTAAGGCAAGAAGCGAGTGAACTTCAAGAATACTCAAATGCAAAACTTGATCGAGTTACACGGTA TCTTGGTGTTCTAGCTGAGAAAACCCGCAAGCTAGATCAAGTTGCCCTGGAAACTGAAGCAAGAATATCGCCGTTAATCA ATGAGAAAAGAAGATTGTTCAATGATTTATTGACATCTAAAGGAAACATACGAGTATCCTGCCGGACAAGGCCATTATTT GAAGATGAAGGTCCTTCAGTTGTTGAATTTCCAGATGACTATACCATTCGTGTAAATACTGGTGATGAATCCTTGTCAAA CTCTAAGAAAGATTTCGAATTTGACCGGGTTTATGGACCTCATGTTGGACAAGCTGAGTTATTCACTGATGTTCAACCAC TGGTGCAGTCAGCTTTGGACGGATATAATGTTTCCATATTTGCTTATGGACAAACCCATTCCGGAAAGACACACACTATG GAAGGATCAAGCTATGATCGGGGTTTATATGCTCGTTGTTTTGAGGAGTTATTTGATCTAGCCAACCTGGACACAACATC TACTTCACAATATAAATTCTGTGTTACAGTTTGTGAGCTCTATAATGAGCAGACAAGGGATCTACTTTTGGTATCAGGGA AAAACATGCCTAAACTATGTTTGGGATCACCTGAATGCTCCATAGAACTGGCGCAGGAAAAAGTTGATAACCCTCTGGAC TTTTCTACAGTTTTAAAAGCTGCATTTCAGAGTCGGGGAAATGATTTATTAAAGATTAACGTATCTCATTTGATTGTCAC GATACACATATTTTATAACAATTTGATCACTGGTGAAAACTCATATAGCAAACTTTCTCTGGTTGACTTGGCTGGAAGTG AAGGTTCAATAACAGAAGATGATAGTGGTGAGCGTGTCACAGATTTGCTGCATGTTATGAAGTCACTTTCAGCGCTGGGA GATGTTTTGTCTTCTTTAACATCAAAGAAGGATATTGTTCCTTATGAAAATTCGGCATTAACGAAAGTACTTGCAGATTC ACTTGGTGGGAGTTCAAAAACTCTGTTAATTGTGAATGTCTGTCCAAGTATTTCGAATTTATCTGAGACATTGTTGTCTC TAAATTTCTCTGCTAGAGCTCGAAACTCTGTATTAAGCCTTGGAAACCGAGATACAATTAAGAAGTGGAGAGATGTTGCT AATGATGCACGTAAGGAGTTGTATGAGAAGGAAAAAGAAATCCATGATTTAAAGCAAGAGGGTCTGGGACTCAAGCAAGC ACTTAAAGATGCCAATGATCAGGGTGTTCTACTCTTCAATGAAGTACAAAAGGCTTGGAAAGTTTCTTCTGCACTGCAGA CTGATTTGAAGTCGGAGCATATTTTGCTTTCTGATAAGTATAATATTGAGAAAGAACAAAATACTCAGCTTAGAAATCAA GTTGCTCAACTCTTACAGTTAGAGCAGGATAAAAAATTGCAGATACAGCAGCAAGATTCAACCATCAAAAGTTTGCAGGC TGAAATTAGAACTCTTGAAACTCAACTCAATGAAGCTCTTAGATCCAGCGAAAGTAGGTCAAAGTTTGTCTTAGAAAAAA GCTCTGAGACTCTATCTGATTCCAGACCAACTGGAGATGGCATGGAGACTTCTGCAGTAACCAAAAAATTAGAAGAAGAA CTCAAGAAACGTGATGCCCTGATTGAGAGGCTGCATGAAGAAAATGAGAAATTATTTGATAGATTAACTGAGAAAAAATC TGTGGCTGGATCGCCCAAGCTTTCAAGTCCATCACCTCGTGAATCAGTTAATGCTCAGCCTCGAGATATGGGAAGGAATG GCACCAGCAATACAACATCTCAGTCCATGAATGTTCTCCCTTCACCTTTGGCCACTGATAAGAATGACGGCACAGTTGCA TTAGTTAAATCTGACTCTGAAATAGTTAAGACTACCCCTGCTGGTGAATACCTTACTGCTGCCCTGAATGACTTTGATCC AGATCAGCATGAAGGGCATGCTGCCATTTCTGATGGTGCAAACAAGCTTTTGATGCTGGTTCTGGCTGCTGTCATAAAAG CCGGTGCCTCTAGAGAACATGAGATACTTGCTGAAATTAGGGATGCTGTTTTCTCTTTTATTAAGAAAATGGAACCAAAG CGAGTTATGGACACCATGCTTGTTTCCCGTGTTAGAATTCTGTATATACGATCTTTACTTGCAAGATCCCCAGAGTTGCA ATCGATTAAGGTCTTGCCAGTTGAGTGCTTTCTTGAGAAGACTAATACTGGTCGAAGTAGAAGTTCCAGCCGAGGGAATA GTCCTGGAAGGTCTCCTGTGCAATATGTTGATGAGCAGATCCAGGGCTTTAAAGTAAATTTAAAGCCAGAAAAGAAGTCT AAATTTTCGTCTGTTGTGTTGAAGATACGTGGGATTGATCAGGACATCTGGAGGCAGCAAGTAACTGGTGGAAAGCTTAG AGAAATTACTGAGGAAGCCAAAATTTTTGCAATTGGGAACAAGGCTCTTGCTGCACTCTTTGTACATACTCCAGCTGGTG AGCTGCAGCGCCAAATTAGATCCTGGCTTGCAGAGAATTTTGATTTTCTCTCTGTTTCTGGAAATGATGCATCGGAGGGG TCAACTGGTCAGTTGGAACTTCTTTCAACTGCAATTATGGATGGTTGGATGGCTGGACTAGGTGCTGCTCTACCTCCTCA CACTGATGCTCTTGGCCAGCTATTATTTGAATATTCAAAACGTGTGTATACTTCTCAACTACAGCACTTGAAGGATATTG CTGGTACCTTGGCAACAGAAGAGGCTGAAGATGCAGCACAAGTAGCCAAGCTGCGGTCTGCTCTAGAATCTGTTGATCAT AAAAGAAGAAAGGGTAGGTGA
Protein sequence (LotjaGi4g1v0160200.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MADQKNRWSWDVAGFEPWKSSPPPPPSSSSPSPSVEQDDRKPNVPLVRRYSISATSVLPQPKPSTVSKLERLRTNVKLAR EDYLQLRQEASELQEYSNAKLDRVTRYLGVLAEKTRKLDQVALETEARISPLINEKRRLFNDLLTSKGNIRVSCRTRPLF EDEGPSVVEFPDDYTIRVNTGDESLSNSKKDFEFDRVYGPHVGQAELFTDVQPLVQSALDGYNVSIFAYGQTHSGKTHTM EGSSYDRGLYARCFEELFDLANLDTTSTSQYKFCVTVCELYNEQTRDLLLVSGKNMPKLCLGSPECSIELAQEKVDNPLD FSTVLKAAFQSRGNDLLKINVSHLIVTIHIFYNNLITGENSYSKLSLVDLAGSEGSITEDDSGERVTDLLHVMKSLSALG DVLSSLTSKKDIVPYENSALTKVLADSLGGSSKTLLIVNVCPSISNLSETLLSLNFSARARNSVLSLGNRDTIKKWRDVA NDARKELYEKEKEIHDLKQEGLGLKQALKDANDQGVLLFNEVQKAWKVSSALQTDLKSEHILLSDKYNIEKEQNTQLRNQ VAQLLQLEQDKKLQIQQQDSTIKSLQAEIRTLETQLNEALRSSESRSKFVLEKSSETLSDSRPTGDGMETSAVTKKLEEE LKKRDALIERLHEENEKLFDRLTEKKSVAGSPKLSSPSPRESVNAQPRDMGRNGTSNTTSQSMNVLPSPLATDKNDGTVA LVKSDSEIVKTTPAGEYLTAALNDFDPDQHEGHAAISDGANKLLMLVLAAVIKAGASREHEILAEIRDAVFSFIKKMEPK RVMDTMLVSRVRILYIRSLLARSPELQSIKVLPVECFLEKTNTGRSRSSSRGNSPGRSPVQYVDEQIQGFKVNLKPEKKS KFSSVVLKIRGIDQDIWRQQVTGGKLREITEEAKIFAIGNKALAALFVHTPAGELQRQIRSWLAENFDFLSVSGNDASEG STGQLELLSTAIMDGWMAGLGAALPPHTDALGQLLFEYSKRVYTSQLQHLKDIAGTLATEEAEDAAQVAKLRSALESVDH KRRKGR
Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.
| Prediction algorithm | Identifier | Start | End | Length | E-value | InterPro ID |
|---|---|---|---|---|---|---|
| MobiDBLite | 1 | 44 | 44 | - | – | |
| Coils | 69 | 96 | 28 | - | – | |
| PANTHER | 78 | 1044 | 967 | 0.0 | ||
| PANTHER | 78 | 1044 | 967 | 0.0 | ||
| Gene3D | 93 | 464 | 372 | 1.3E-90 | ||
| SMART | 147 | 471 | 325 | 3.5E-75 | ||
| SUPERFAMILY | 149 | 500 | 352 | 2.39E-82 | ||
| ProSiteProfiles | 149 | 463 | 315 | 77.02 | ||
| Pfam | 155 | 462 | 308 | 1.4E-73 | ||
| PRINTS | 221 | 242 | 22 | 4.6E-25 | ||
| ProSitePatterns | 363 | 374 | 12 | - | ||
| PRINTS | 364 | 382 | 19 | 4.6E-25 | ||
| PRINTS | 413 | 434 | 22 | 4.6E-25 | ||
| Coils | 473 | 514 | 42 | - | – | |
| Coils | 547 | 570 | 24 | - | – | |
| Coils | 575 | 602 | 28 | - | – | |
| MobiDBLite | 603 | 635 | 33 | - | – | |
| Coils | 634 | 668 | 35 | - | – | |
| MobiDBLite | 662 | 712 | 51 | - | – | |
| MobiDBLite | 669 | 711 | 43 | - | – |
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 | Microtubule motor activity | Catalysis of movement along a microtubule, coupled to the hydrolysis of a nucleoside triphosphate (usually ATP). | ||
| Molecular function | ATP binding | Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator. | ||
| Biological process | Microtubule-based movement | A microtubule-based process that results in the movement of organelles, other microtubules, or other cellular components. Examples include motor-driven movement along microtubules and movement driven by polymerization or depolymerization of microtubules. | ||
| Molecular function | Microtubule binding | Interacting selectively and non-covalently with microtubules, filaments composed of tubulin monomers. | ||
| Biological process | Chloroplast accumulation movement | The relocation process in which chloroplasts in photosynthetic cells move toward a brighter area in a cell to optimize photosynthesis. |
Expression pattern of LotjaGi4g1v0160200.2, 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…