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 | LotjaGi1g1v0429900 |
| Transcript ID | LotjaGi1g1v0429900.2 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Kinesin-like protein; TAIR: AT1G20060.4 ATP binding microtubule motor family protein; Swiss-Prot: sp|Q6YU88|KN6_ORYSJ Kinesin-like protein KIN-6; TrEMBL-Plants: tr|K7KSM2|K7KSM2_SOYBN Kinesin-like protein; Found in the gene: LotjaGi1g1v0429900 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:92483006..92493825) extracted from Lotus japonicus Gifu genome v1.2.
ACGATCACAACGACAATGGACTCTACCGCTTCCCCTCTCTGCCCCAGCACCGTGACCATTCGCCGGAACCCTCCCCGGAG AGCTCGAGCCACTCCCAAAGCCCCAGACCCTCGTGAAATCCGCCCATTTCCTCACGATGACATTCAATCCGCCGCACAAA CACCGTCAAAGTCGCCGCCGGAGATCGAAAACCTCAAAGTCTTCCTCAGAATCCGACCCATTCTATCACCCAATCAAGCT CCGCGAGCGAAAACTAAAACCGCATGGCCTCAGAACCCGATCAAAAGGAACGTTGCCGCGAAGAAGAAGAGCTCCGCCGT GTGCTTATCGGTTAACGATCCTCAGTCGGTGACGCTATCAACTCCCTCGAGCCTGCAGGAATCGAAGCGGATCAAATCAG AGACTTACGGTGGCTTCTCTCACGTTTTCTCTTCCGATTCATCGCAGGTAATCGGAACACTGTTCTGACTCTCACACTTT TTCGTTATTGGTGATTCTCGTAGCTAACAGTGTGATTGGGGTTTCAGTGTGATGTGTATGAAACAATGGTGAGACCCATG GTGGATGAGTTTCTTAAGGGTAGGAGTGGAATGCTGGCTGCATTGGGGCCTAGCGGGTCAGGGAAGACTCATACCGTGTT TGGAAGCCCAAGGGATCCTGGAATGGTACCTCTAACCCTTCGCCATATCTTCAAGGAGACTGAGCAAAATAGCAAACAAG CTTCCAGGTATTCTTGTGCATTCCGATTCATGTTTGCATTATGGCTTTTGAATTTTGATGACAAACATCAATGGGGATGG GTTTGGTCAAACTGATGGGTACAATTAATTTTGGGTGATGCTGTGCATAGGACAAGAAGTTGACCCTTAAAACGAGTAGA CTTTTGTCCCGATATCTATTTAAAAAATAAAAAATGAAACAAGTATTTTTATATCATCCAAACCTTTATTTTTCAATGAT TCAAACAATAAGCTTAAGTTATGCTTGTTGCAAAGGTATTTACTGCTAGTATTTAGTATGAGTTATATTTGGTTAGTAAT GATAACCAAACATAAAATTTTCAGCATTGGCAATTGATGTTTGTGTAGTGCATGTTTGGATACGCGGTAGAAAACCACGG TATGCCAAAATCACAGTGAACAAAAGCAACTTTCTTTAGCTTTTGTGCCTGTTTGATATTGGCTTCATCATTGTGTTTTA CCGTGTATCCAAAACATGACCATAGTTGATCAAATATGCCGGTATACATATCCATAAAGGCATAAAGAGATGCTGCAGTG CTACTAGTTCCACTAGAAATTTGAAAAGTTCCATTCATGAAGAAAATATAACTCTCAAGTCTCAAGTGATTTCATTATTA GTTGAATTATTCTTAGTGTCAAGACGAACATGACATGACAGTGATAAGCTTTCGAAAATCTTTTGCAACTATGCTTGAAC ATTTACGTTATGTACTTGAATAAAATGTCAATTTGTCTCATGGCGCAACTTGCAGATCATATTACATATCAATTTTTGAG ATATATACTGAACGGGGTAAAGCAGAGAAGCTGCTTGATTTATTACCGAATGGCAGTGAACTAAGCATGCAGCAATCCAC TGTAAAAGGCATGCAAGAGGTTATAGCTAGATCTGTTCATTTCCTCAGATGTATATATTATGTAATATGGTTGGTGATAA TCATTGTTACATTTATTGGTTTGTGTGAACAGGTTCTCATCTCTAATGTTGAACAGGCAGATTCCCTAATAACACAAGCA ATGTTGAAACGGGTAACTGCAATGACAAACACCAACAGTCAGTCCAGGTAGGGTGTAAAATAGGAACATTATGTTGCTCC CTTCTCTCAAAAGGAAACACCTTTGTTGTTGGCTTGGTGTTTCTTCCAATGGAAAGCCTCAAATATCTTTCATAATGAAA GAGGTTGTTTTTTAGTATGCATTGGGTTCGGATGAGGCTTGTGCCACAATGGAAATATCCGTGGCAATTTTTAACTCATG CTTTAATGTGTAATATGTTGTCCTGGTTTAGGATTACATATTGTAGTCAGTTTGCATCTAACAGAGGTTCGATTTCATCC AAAAAAAGGACAGGAAAGAAAGAAAAAAAAAGATTGACCATGAAGTAAAGCCCATATTTTGAATAAATCTGCCGGAAATA GGTTACAAGTTTCTTATTATAGAACTCATGATTGTTTAGTGGCATTCTCTAAGATTATACAAGTAATCATTTGATATCTT CTTCTACTTACAGCCGGTCACAGTGCATCATTAGCATTCGTGATGTTCCCCAAAAATGTAAAGGAGTTGTCAATCCTAAG TCAAATGGTGCTGTTTTGACCATCATTGACCTTGCTGGAGCTGAAAGAGAAAAAAGAACAGGGAATCAGGTTCTTTCCAT TTTTTCCACAATTTATGAGCATGTAGGCTTGGTTTTGAGCATTGTGCTTTATGAACTTTTGGATAAAATGTAAATATTAC TATCTCTTAAAGGTCATATCACTCTCCTTCTTTGTTGTCCTTTGTAAAACAGACATACTCATCTTCTGTAGTTAATTTTT TTACACAAATATATGGGACTGCATATACTATGAACAATTATTTTATTAAATAAATCAGAAATTATTATTGATGTCTATCG ACTATACTACACGGGTGTGTTTGATGTATATTGAGGGACAGCACAAGCAGAATAGCTTACTAGCTTAGTACAAGTTGCTG AGTTGCATCACAACTTTTTGATTTGTTTGCTGTTTGGTGGTCGATGCTAAACACAAGTAATTAGAGGGAGAGAAGGGGTT GAAAGGATGGAGGAGTAGAGTTAAGTGAGAAAAGGGAAGTCAGGGAATAGGAAGAAAAAGTTTGGTCTTTATGACTTTTG GATGATGAAGTGTGTAAGATACTAAGATAGGAAGTTGTCTTTTGATATTAGTACTAAATTTTAAGACTTTTCTCTTCTTC TTTTTTCCTGTATCCTTTTTATATCAGACATTGATTATTTATTATTGTACTGTCTAGTCCTTTCTAAGTAACCTATGCCT TTACTAATAATTGGAATAAATTTCTTTATGGTCTCTGGATAAAGTATCTCCAGTAGTAAACTTTATAGGAGATTAGGAGA ATTATGTACAAATTCTGATAACCTGGAGAACATTATTTCTTGAATCTCAAATGCCAGATTGATTACAATTTGCAATGAGG TTAATTGATGCATGCGATGTATCCATTCAAAAGGATAATATTTGTTTGTTATTGTAAATGTTTTGCATCTAACCTCATCC CAACTTTCTTTGCAATGTTGTAGGGGACAAGATTGGTTGAAAGCAATTTTATTAACAACACATTAATGGTGTTTGGCTTA TGCTTAAGAGTATGTAGTCTTACTCCTAATTATGAACCTAAATCATTACACAATTGATTTTTACCTTTACCATCATTTGA GAAATTTTTAATATAATTTTATCTTCTGCTATTACCTTCCCTCATATTGTGTCTATGGCTTTTTGTAATAGTCTTTATTG GAGCACCAGAAAAATCCAAAAAAGCCATTGCAGAAGCACTTCCAAAACTCTATGGTAATGTTTAAAGTAATTTAATATAT AATTGGATTATGATGGGTTTTGGTTTTCCTATTTGTCACTGTCTCTTTCTTTATGCGTAATTTTATAGCAACAAACCTTA GGTAACATGCTTGTTTGTTATCTCTTTTAGAAATAGCTTTTGGTCTATAACTTGGAATTTGACTTTTTCTAGCCTTAATA CAGTTAACTAGGTATCTACGAGATTATTTGGAGGGCAAGAAGCGCATGACATTGGTACGTGGATATTAGTTTCAAACATT TTCTCTGAACTGATTAAAGTCAGACTTAGCTATATGTTCTTTTATGAGAATCACACGCCTTTCCGATATAAACTTGAATT TGTTTTTCCAAACATATTAATCATGCCAATACATTATGTCTTTTTTTTTGCTGTTTACATAGATTTTAACAGCGAAGTCA GGAGAGGATGATTATCTTGATACATCTTACCTACTGAGACAAGCTTCACCTTACATGCAAATTAAGTGAGATTCTTCATT TTCATTGCGTAATCTAACTTGAATTTGATATTTACCCCGGATTGGTTCTGAGTATCTATGTTCATTTTTGTTAGGTATAA TGAAGTTGAACCACCAAATTTGGTTCCCAATAAAAGACATTACCAAGCTTCCATAATGGATAACGTGAAGCTATCACCTT CTCTACAACATAAGAGAGTTAGACTTGTTGGTAAACATTCAGTGCAGGTTCACTTTTGCTACCTTGCTAGCGACAAAACT TATTGAATTTTTTGTAGATATTTTCTATTGCTCATACGCCAATTGGTGCATGAATAAATAACATTAACATACTTCTATTA AGGGCAATGACATTAGTATGGACCTAGAACATTTGACTACTCTTAGCATAAACTATTTTGTTATTTGAACAAGTGGTGAG GTATCAAAAAGACAATTCACAGCCATGTAATGCCAGAAATGTGCATGAAAGATATTAAAGACATTGTTGATTGAAATTAG AATGATCATTAGTTCATTGTGGAAATGAGAAAGGTTGGATTTGGGAACAAGGGGTGGAGGTTGTCGCTGAAAAGTTGAGA TATACCCTTGTTTTAACAGTGACAAATTGCCATCATGCATTTAGAAGTAGAGGCTAGTTTGGGTATCTAAAAGCAAGAAC ACTGTCATCCTTGTATTAACCATACCGTCATGTTTTCCTGAAAGGATATTAGAATTAGTTCATCTCATGATGTCTTCAAC ATAAATGATAATTGTTGAGATCCCACATTAAGAGTGTGTTTGGGTAAACAACTTAATGAAGCGCTTATTACCATAAACTA ATTTGAGAATAAGCATACTCTCTTATTCATAAGCTTATCTAAAGAGCTTATAGGTGGGCCATAACCTATTTACATAAGTT CTCCCAAACACTTGCACAAGCGTTTATGCTATAAGATAAACTCAAATAAGCTCTTCCAAACGGGGCCTAACTATAGTAAT AGTCAAAGTAGAACTTATAAAGGCTTGGTCACCTCATGAGTTAGCTAATGCAGTTGATTTAGACCTCGCCCAAATTCAAT ATGTTATTTAAGTCCATCCTAAATCTGATATTGGGGTCACCTACAAATGTCCTAGATCGACTAGAGATTTGACCAAAGTA GAACTTAGCAATCCTAAATTTATAACTAAATTTTGGAGTTTAGTAGGCCTAACCCAAATTTAAGAATGATAAAGTTTTAA TCTTGACTGTTGATATTCTATAGTTAACAGTTGTCACCTTGTATGGTCAGTGCATGATTTTCTCTTGCAAAGTTGTACTT CAGCATCATTAAAATGATCTTCATATTCAGATTTATTTGTATGAAAATAATTTTGCATGTGTGATTAACCATTTTAACTC TGGATTTGGTTATTTGAATAAATCTGTTTTCTCCTTTCAAGTTTCAAGTGCACTTATTAATCCTTTGTCGTCATTTTGTC TATCTTCAGAATGATGAAAAGGATGTTGAAGAATGCAACACTTCTAAGGAAGGTAGTAGTAAAGCTATCTATTCTGTTTT TTTGTTTTCCTTTTTTACGGGATGCTTAACAACAAGTGGCTCTTTCCACAAAATCGTATTTGAACATTGGACCTTCAACA CGGAGTACCCAACTTTCAATGTTCGGGTGTCCCATTGTGGATTTTTTGTTTCTAATGCTGGGCATTTTTTATATTTAATT TTTTTTCCGTACTCTTGGACCTGTAAATCTTGACATCAATTTATGACAGATGCTTCAACAGTTTGCAAATTAGATGCAAG TAGTACTGTCGCTTTCGAGTTAGAGAGTGACCACGCCCAAAGCGAGAGAAGTCATATTATTATGCAAAATTTTGCAAGAG TTATATGGAATTGTTTGAAGCAATATAATTCCAAACTAAAGGTGATGAGAAAAAAAGTATATTGCTCAAATCAAATGTTA TTTTTATGACTAGCAATTTATCTTTTTTCAAGAGTGCTTGAAAGTGGTATTGATAGATTATCCATGTATCTGCATATGAT AAATTACTTTGTTCATAATCAGGTTGCGGAATTGGAAATTCAAAGTCTCAAAGAAAGCATCGGGGATGAAAAGAAAAAAA GCCTTGAGCTAGAAACGCAGTTGAATGAGTTTAAAGCCTGCTGTACTTGTTCCAAAGGAGGAATCGAAAAAACTGATACT GAAGATTCTTCATCAGTGGCTACTCCTCAGCTACATAATTTGGACCGAGAGGTTGAGTACTATATTCCTTGATTCCTGCT TTCTTTTGTGAAGAGTATTCACATTTCTGTTGATGCAACTTAAATGCTTATTAACCTTTAATATTTTCATCAAGAAACAA TCTTCTGTATGAGGATGACACACAAGGTAGATTGAATATCCATCGATTAGCATGGAAAATGATGCCGTCAGCTGAAGCAA CTAGCTGCTTTTTACTTTCATACATGCAATAAATATTTATTAGAATGATTTGCTAGCTACAGGTTAGGTTAGTGCATTGT CAATCAGCTTGAAATTTACTTGTTGGTTCTTTCAAGGAGAGATTGAGACTCAATAGAACTTATATCTTGCCAGTTCAATA ATAAAGCATGCTTGAGAACGATTGTGCACATTGTTGACAATAGATTAAACTAGAACTGTTATGCGAGTTTTGTTGGGTTT TGGGTTTAACATCATGTTAGCATGTGAGTTTTGCACTCAATAGATTAAAATAGAACGGTTATGCGAGCTTTTAATTGCAA TATTACTATTTATGTTATTTAGTCGTCCATTCATTTTCAGGAAATGTTGCACTCAAAGTCATCATATGAGAATATACTTA ACCAATCAGATGAAGAACTTACGCTTGGCACTTCCGGTACAGAAGTTGAAGTTGATTTTGAAAAATCAAATAGGTTAGTC TTGTGATTAATGATCTTCCGCTTGTGATTCCTGCTTATTTTTCTTGACTCTGAACTAACATGCATGTTAATTCCTGCTTG TTATAATAATGTAGGGAACTCTCAGTCTCCCGGTCAAAGCTAGGACATCATAAGGCTTTGGAGGTTGATTCAGTTAGCGA GATATCTAGTGTGAGTTCACTTTCCGTTGGTTAATGAGTATACGAATGAATCTGCTGAAACTGTACTTGTTTGTTCATTA AAGGAAAGGTGGCATAATGGAATTCTGATATTTCCAGGTCAATAATACACTATGCGTGAGATTGAGGAAGTCGGGTTAAC ATGTACTAAATTAAACTTAGTGTCAAGCTGAGTCTTAAACCTATTTTAATTGGATAACCTTCTTCCTCAACTACTACTTT CGTCTGACATATATAATCATCGTTCGGTTTTGGACCTAATGTCTTTTTAGGGTGTACTTTAGGCTTCAATATATTAAAAA GAAGTAGTTATTCTACCCAAGGCATCCTATTTAATATGTGAACTGGAAAAAGCAATCATTTATCCCTTGAAACTAGCTCA AACATAAGGTACTACTGTATTTGAACGTGTGCTACTCACTGTTAACAGTTATCCAAACACTAATACTACTTTTTGTGCAT ATTTCAGCAGAAACAAGTTCACCCACTAGTTTATTCTTCAAAATATTTGCAAACTTTTTGATTGCTATATTGTTATGTAT TTTCTTTGGATATCAATTCTTTCCAGGAAACTTCTCATTTGGAGACGTCGTTTGAGCCTAGACTTGATCAGCCAGATAAA GAGTCTGTGCTTGGTACTTCCTGTCCAGTGTTAGATTCTGAAAAATCAGATAGGTTAGTCTCTCGACTAATGATCTTCCA CGTGCAAATCATGTTGTTTTTATTCTTTTAAATTATATGTTTGTTCCTTATTAGGGAAGTCTCAATCTCCTCATCAGAGC CAGGGCATCTTGAAGCTTTGGAGGTTGATATTGTGAGCAACAAACCAAGTGTGAGTAGACTTTCCCTATGTTAATGTGTA TATAAACTAATCTGCTTGAACTTAATCTGTTAGATCATTGAGATCAAAACATTTCAACTAAAAACTATGCTTGAGAGCGA GTGTGCATTTAGTTGGCGGAGTTAAATTGATATGAACATGTTTCTGTTACTTTCCTCTGTCATATAGTTATTGCTGGGTT ATGGGTTTAATATCATGTTAGCATGTGTGTTTTGCACTCAATAGATTAAAATAGAACTGTTATGCGAGCTTTTGATTGCA ATATTACTACTTATGTTATTTAGTTGTCCCTTCATTTTCAGGAAACATTGCACTCAAAGTCATCATATGAGAATATACTT GACCAATCAGATGAAGAACTTACGCTTGGCACTTCCGGTACAGAAGTTGAAGTTGATTTTGAAAAATCAAATAGGTTAGT CTTGTGATTAATGATCTTCCGCTTGTGATTCCTGCTTATTTTTCTTGACTCTGAACTAACATGCATGTTAATTCCTGCTT GTTATAATAATGTAGGGAACTCTCAGTCTCCCTATCAAAGCTAGGACATCATAAGGCTTTGGAGGTTGATTCAGTTAGCG AGATATCTAGTGTGAGTTCACTTTCCGTTGGTTAATGTGTATACGAATGAATCTGCTGGAACTGTACTTGTTTGTTCATT AAAGGAAAGGTGGCATAATGGAATTCTGATATTTCCAGGTCAATAATACACTATGCGTGAGATTGAGGAAGTCGGGTTAA CATGAACTAAATTAAACTTGTGTCAAGCTGAGTTAGCTTAAACCTATTTTAATTGGCTAACCTTCTTCCTCAACTCCTAC TTTCGTCTGACATATATAATCATCGTTAGGTTTTAGACCTAATGTCTTAAAATGAAGTTGTTATTCTACCCGAGGCATCC TATTTAATATGTGAACTGGAAAAAGCAATCATTTATCCCTTGAAAGTAGCTCAAACATAAGGCAGTACTGTATTTGAACG TGTGCTACTCACCATTAACAGTTATCCAAACACTAATACTACTTTTTGTGCATATTTTCAGCAGAAACAAGTTCACCCAC TAGTTTATTCTTCAAAATATATGCAGACTTTTTGATTGCTATATTGTTATGTTATGGATATCAATTCTTTCCAGGAAACT TCTCATTTGGAGACGTCATCTGAGCCTAGACTTGATCAGCCAGATAAAGAGTCTGTGCTTGGTACTTCCTGTCCAGTGTT AGATTCTGAAAAATCAAATAGGTTAGTCTCTCGACTAATGATCTTCCACGTGCAATTCCTGTTGTTTTTATTGACCTTTA AATTATATGTTTGTTCCTTATTAGGGAAGTCTCAATCTCCTCATCAGAGCCAGGGCATCTTGAAGCTTTGGAGGTTGATA TTGTGAGCAACAAACCATGTGTGAGTAGACTTTCCCTATGTTAATGTGTATATAAACTAATCTGCTTTAACTTGGTGTAC TAAAGTAGGTAATGTGCCTTAACTGGATTCAGATCGTGCCAGTTCAATGATAAACTAAGCTTGAGATGAGGGTGCATTTA GTTGAGGATTTTAGATTCCCATGAAATAAAATAACTAGTGGCAAGACCGGATAGCTTGTATCTGTTAATTGGCTAACCTT TTTCCCTAACTCCTACTTTCCTCTGACATATAGTTACTACTAGGTTTTGGGTTCGATGTCTTGGTAGTTGGTAGCAGGTT ATGTTTGGGTGTATCAGTGTATTGTATCAAATAGGAAAAGAATAAATAGAAGAAAATTAAGGTAGGGAGGTATTCACTAT GTTGTTCTTTGTGTGCTTATTTCATTAGGTTCACCTATTAATTTGTTCTTCAATGTATATGCGAGATCCAAATAGCAATA TTATTATGTATTTTATTTGGTTATTCATTCTTTCCAGTTGGATGATCCAAGTGGTGCGAAGGCAGGAGTCAATAACTCCA AGCCTCCTAGGCCAAAAAGGTATGTGGTGCACTTATTATAGATGAGTGAGGATGTTTAACCTTATCTATGTTTATATTTC CTTCAACACCTGGTTACATTTTTTATGTTTTGTACTAATGTTGAAATCAGGACACTTGTGCCTTCCTCATCCATCTTATC AAGGGACTTGAGTACCTTTGATCTTTGTGCTGAACCAGAGAAATCAAAGGTACCGCATAAATTTCAATTTTTGAATCCGG ATATGTGCTGAATCATGTAAAGCCTACCTTTACGAAATTACATAAGTCTTCATACACTACAATAACTAAAAGCATTTCCA CATTGTTTGATGTTTGTAACACTATTGGTAAGCTCATATTCAAGAATCTATTCTGACATTCAGAAGCTACTCACAAAAGT TTTGCCGGTAGAATGAATTGTAAAAAAATTCCAATCATGTATTTAGGATTGAACACAATGTTTTAGTGACATTTGTCTGG TTTGCAGGGGAATAGGAGCACAAGGAAGGTAGCTACTGCACATGATCCTAAAAGATCAAACGGGAGTCTCTCTCTGCTCC ACTTGCTGCAAGGGGGAAAAAGTAAAAATCGTCTCTAATTAAGCCACTGAACACAAAAATTTATGATTGGGAACAATGGA CCATTTGGACTTGTTTTGGGTAGCTGGTGGTGCTGACTTGCTTTTTTGGAATGCATCTTCTACCTTATAGAATAGCCGAA AGCTGGTTATTTTTTTGTTGGCTATTGTTATTTGTTAACAAGCTAATTGTTTGTTACTAATTCAGTAATTTTTTGGTTGC ATAGCAGAAAGTGTATCCACTCTATATGTACATATACCTCCTAGATAAATGAAATCTTCCATTTAGTTCCATCCTTTTCA ATATCCCTAATCCACTTAGG
CDS sequence (LotjaGi1g1v0429900.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGACTCTACCGCTTCCCCTCTCTGCCCCAGCACCGTGACCATTCGCCGGAACCCTCCCCGGAGAGCTCGAGCCACTCC CAAAGCCCCAGACCCTCGTGAAATCCGCCCATTTCCTCACGATGACATTCAATCCGCCGCACAAACACCGTCAAAGTCGC CGCCGGAGATCGAAAACCTCAAAGTCTTCCTCAGAATCCGACCCATTCTATCACCCAATCAAGCTCCGCGAGCGAAAACT AAAACCGCATGGCCTCAGAACCCGATCAAAAGGAACGTTGCCGCGAAGAAGAAGAGCTCCGCCGTGTGCTTATCGGTTAA CGATCCTCAGTCGGTGACGCTATCAACTCCCTCGAGCCTGCAGGAATCGAAGCGGATCAAATCAGAGACTTACGGTGGCT TCTCTCACGTTTTCTCTTCCGATTCATCGCAGTGTGATGTGTATGAAACAATGGTGAGACCCATGGTGGATGAGTTTCTT AAGGGTAGGAGTGGAATGCTGGCTGCATTGGGGCCTAGCGGGTCAGGGAAGACTCATACCGTGTTTGGAAGCCCAAGGGA TCCTGGAATGGTACCTCTAACCCTTCGCCATATCTTCAAGGAGACTGAGCAAAATAGCAAACAAGCTTCCAGATCATATT ACATATCAATTTTTGAGATATATACTGAACGGGGTAAAGCAGAGAAGCTGCTTGATTTATTACCGAATGGCAGTGAACTA AGCATGCAGCAATCCACTGTAAAAGGCATGCAAGAGGTTCTCATCTCTAATGTTGAACAGGCAGATTCCCTAATAACACA AGCAATGTTGAAACGGGTAACTGCAATGACAAACACCAACAGTCAGTCCAGCCGGTCACAGTGCATCATTAGCATTCGTG ATGTTCCCCAAAAATGTAAAGGAGTTGTCAATCCTAAGTCAAATGGTGCTGTTTTGACCATCATTGACCTTGCTGGAGCT GAAAGAGAAAAAAGAACAGGGAATCAGGGGACAAGATTGGTTGAAAGCAATTTTATTAACAACACATTAATGGTGTTTGG CTTATGCTTAAGATCTTTATTGGAGCACCAGAAAAATCCAAAAAAGCCATTGCAGAAGCACTTCCAAAACTCTATGTTAA CTAGGTATCTACGAGATTATTTGGAGGGCAAGAAGCGCATGACATTGATTTTAACAGCGAAGTCAGGAGAGGATGATTAT CTTGATACATCTTACCTACTGAGACAAGCTTCACCTTACATGCAAATTAAGTATAATGAAGTTGAACCACCAAATTTGGT TCCCAATAAAAGACATTACCAAGCTTCCATAATGGATAACGTGAAGCTATCACCTTCTCTACAACATAAGAGAGTTAGAC TTGTTGGTAAACATTCAGTGCAGAATGATGAAAAGGATGTTGAAGAATGCAACACTTCTAAGGAAGATGCTTCAACAGTT TGCAAATTAGATGCAAGTAGTACTGTCGCTTTCGAGTTAGAGAGTGACCACGCCCAAAGCGAGAGAAGTCATATTATTAT GCAAAATTTTGCAAGAGTTATATGGAATTGTTTGAAGCAATATAATTCCAAACTAAAGGTTGCGGAATTGGAAATTCAAA GTCTCAAAGAAAGCATCGGGGATGAAAAGAAAAAAAGCCTTGAGCTAGAAACGCAGTTGAATGAGTTTAAAGCCTGCTGT ACTTGTTCCAAAGGAGGAATCGAAAAAACTGATACTGAAGATTCTTCATCAGTGGCTACTCCTCAGCTACATAATTTGGA CCGAGAGGAAATGTTGCACTCAAAGTCATCATATGAGAATATACTTAACCAATCAGATGAAGAACTTACGCTTGGCACTT CCGGTACAGAAGTTGAAGTTGATTTTGAAAAATCAAATAGGGAACTCTCAGTCTCCCGGTCAAAGCTAGGACATCATAAG GCTTTGGAGGTTGATTCAGTTAGCGAGATATCTAGTGAAACTTCTCATTTGGAGACGTCATCTGAGCCTAGACTTGATCA GCCAGATAAAGAGTCTGTGCTTGGTACTTCCTGTCCAGTGTTAGATTCTGAAAAATCAAATAGGGAAGTCTCAATCTCCT CATCAGAGCCAGGGCATCTTGAAGCTTTGGAGGTTGATATTGTGAGCAACAAACCATGTTTGGATGATCCAAGTGGTGCG AAGGCAGGAGTCAATAACTCCAAGCCTCCTAGGCCAAAAAGGACACTTGTGCCTTCCTCATCCATCTTATCAAGGGACTT GAGTACCTTTGATCTTTGTGCTGAACCAGAGAAATCAAAGGGGAATAGGAGCACAAGGAAGGTAGCTACTGCACATGATC CTAAAAGATCAAACGGGAGTCTCTCTCTGCTCCACTTGCTGCAAGGGGGAAAAAGTAAAAATCGTCTCTAA
Protein sequence (LotjaGi1g1v0429900.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MDSTASPLCPSTVTIRRNPPRRARATPKAPDPREIRPFPHDDIQSAAQTPSKSPPEIENLKVFLRIRPILSPNQAPRAKT KTAWPQNPIKRNVAAKKKSSAVCLSVNDPQSVTLSTPSSLQESKRIKSETYGGFSHVFSSDSSQCDVYETMVRPMVDEFL KGRSGMLAALGPSGSGKTHTVFGSPRDPGMVPLTLRHIFKETEQNSKQASRSYYISIFEIYTERGKAEKLLDLLPNGSEL SMQQSTVKGMQEVLISNVEQADSLITQAMLKRVTAMTNTNSQSSRSQCIISIRDVPQKCKGVVNPKSNGAVLTIIDLAGA EREKRTGNQGTRLVESNFINNTLMVFGLCLRSLLEHQKNPKKPLQKHFQNSMLTRYLRDYLEGKKRMTLILTAKSGEDDY LDTSYLLRQASPYMQIKYNEVEPPNLVPNKRHYQASIMDNVKLSPSLQHKRVRLVGKHSVQNDEKDVEECNTSKEDASTV CKLDASSTVAFELESDHAQSERSHIIMQNFARVIWNCLKQYNSKLKVAELEIQSLKESIGDEKKKSLELETQLNEFKACC TCSKGGIEKTDTEDSSSVATPQLHNLDREEMLHSKSSYENILNQSDEELTLGTSGTEVEVDFEKSNRELSVSRSKLGHHK ALEVDSVSEISSETSHLETSSEPRLDQPDKESVLGTSCPVLDSEKSNREVSISSSEPGHLEALEVDIVSNKPCLDDPSGA KAGVNNSKPPRPKRTLVPSSSILSRDLSTFDLCAEPEKSKGNRSTRKVATAHDPKRSNGSLSLLHLLQGGKSKNRL
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 | 56 | 56 | - | – | |
| MobiDBLite | 24 | 40 | 17 | - | – | |
| PANTHER | 48 | 688 | 641 | 1.9E-206 | ||
| PANTHER | 48 | 688 | 641 | 1.9E-206 | – | |
| SUPERFAMILY | 50 | 417 | 368 | 7.73E-70 | ||
| Gene3D | 52 | 416 | 365 | 1.6E-71 | ||
| SMART | 57 | 424 | 368 | 1.8E-19 | ||
| ProSiteProfiles | 59 | 416 | 358 | 59.561 | ||
| Pfam | 111 | 412 | 302 | 7.0E-57 | ||
| PRINTS | 162 | 183 | 22 | 2.1E-17 | ||
| PRINTS | 277 | 294 | 18 | 2.1E-17 | ||
| PRINTS | 311 | 329 | 19 | 2.1E-17 | ||
| PRINTS | 366 | 387 | 22 | 2.1E-17 | ||
| Coils | 518 | 545 | 28 | - | – | |
| MobiDBLite | 646 | 679 | 34 | - | – | |
| MobiDBLite | 711 | 741 | 31 | - | – | |
| MobiDBLite | 753 | 773 | 21 | - | – | |
| MobiDBLite | 753 | 796 | 44 | - | – |
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. |
Expression pattern of LotjaGi1g1v0429900.2, 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…