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 | LotjaGi1g1v0463500 |
| Transcript ID | LotjaGi1g1v0463500.5 |
| Related isoforms 7 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Kinesin-like protein; TAIR: AT1G01950.1 armadillo repeat kinesin 2; Swiss-Prot: sp|Q9LPC6|KINUB_ARATH Kinesin-like protein KIN-UB; TrEMBL-Plants: tr|K7LGB2|K7LGB2_SOYBN Kinesin-like protein; Found in the gene: LotjaGi1g1v0463500 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:96857226..96868729) extracted from Lotus japonicus Gifu genome v1.2.
GATTTTGGTAATAATGATGGTGAAAAGGCCACAGAGAAGTTCATCGCATGATGAAGTTATAAGGTTTAAGGTTCCTCAAT GGTCATTAGCCAGTATGTCTAGAGATTCTAGATACGTTAGGGTTCAAGGGTTTAGTTTCTGCGAATGTCGTTATAATTTG TCTTTTTTATTTTGCATGAAAGCCAATTCTTGAAAGTTGAAACTAATCTGACTCTTAGATTCTTTTTCTTTTTTATTGTG CTTTCTGGTATGGAGGAGTTACTTCAACTTGCTATCTTATCTTTTTTGTGTACTGTTCAGTGCTTGGAAGAGTTCGAGTG GCCGTAAGATTGAGACCAAGAAACGCTGAAGAAATGATGGCTGATGCTGATTTTGCTGACTGTGTTGAAGTACAGCCTGA GGTGCATTTTATTTGATTAATAACTGTCAGGAATTTCTGTTTTTCGTTGATTTTCTTGGGTTGTTTCATGCATTACACTT GTTTGATGTTTAATCTTTTGTGTTTTTGCTCTCCTTCAGCTTAAAAGACTGAAACTTCGCAGGAATAACTGGGATTCAGA CACTTATGAGTTTGATGAGGTGCTTACCGAATATGCATCACAGAAACGTGTCTATGAAGTTGTGGCTAAGCCAGTTGTGG AGGTCTGTTATAATGGTGCACATCTCATGAACATCCTTTAACGAGCTATCCCTTTCCATTTGCTACTTTATGTTGGTGTT ATTTATGATTTGATAAACATCTGTGCTATTTTGATACACAGTATTCATCCCTACATTGTCATCTCTTTTTTATGCTCTGT AGCTTAACATGTGATTGATTTCTGGTTGCTTAGAGTGTTCTTGATGGTTATAATGGGACTGTGATGGCTTATGGTCAAAC TGGAACGGGGAAAACTTTTACTCTTGGACGACTGGGGGAAGGAGACACCTCTGATCGTGGGATTATGGTGCGTTCCATGG AGGATATTCTTGCTGACTTGTCTCCAGATACTGATTCTATTACTGTCTCATATCTGCAGGTTATATTCATATTACTATGT GCTTTACTGAATTTTGCATCATATCCATTGATTTTTATCTTCTAGTTTCTGTTCTTTTTATGCCCTATTTTATTTGATCA TGAAAGAGTTCTTTATTTTACGGAACACTTCTTGGCCATTTTAATTTTGTGAAAATTTTAACTCATTTTGTCTGACATAA CATAAATGTGCAGCTTTACATGGAAACTCTCCAGGACTTGCTTAATCCAGCAAATGATAACATTCCTATTGTGGATGATC CAAGAACTGGCGATGTATCCTTGCCTGGGGCAACTATTGTAGAAATCAGGGACCAACAGAGTTTTTTGGAGTTGTTAAGT GTAGGAGAAGCTAATCGAATTGCTGCTAATACAAAATTGAATACTGAATCTTCTCGTAGTCACGCTATTCTGATGGTGAA ATAAGAAACTATGTTTGTTTACCTTTTATATTTTTATTTATCTCAATTCAAGAAATCCAGTTAGCTACTGATTGCCATTT CTTAAGAATAATAGCCCATCTTGATGAAGTTATATTTTCCCATACTATCATACAGGTTCACATTAAAAGGTCTGTCATAG AAAATGAAGATATTGTATCTAGTCAAAATGGCGATACCTCTCACTTGATTAAACCTTCAAAACCACTTGTTCGGAAGAGC AAGTTGGTTGTGGTAGACCTAGCAGGTTCAGAGCGTGTCCATAAGTCAGGTATATACTGAATTTCAGAGCACGTCATGAA TCGATTATTCTTGCATGAGTGGCTTCCTGAAGAAGCATTGGTTATGTATGCATGCATGCACTATGATGTATTCTGATGAT CTGTTGCAGGAGAATATGGTTATCGCTAGAACTTTGCTTGCCATTTTTTATTCTTACATTTTAAAAGCTTGAGTAATTGA AGAATTAACAATGTTAAATTACTATTATTTGGAGTTGAATGCTTTGATTATAATTGTTTGATGAACCTAATTTTGTTACT TGTACTTTTGTCAATGGGATCAGTTATCTTTTGTATGAATAATTGTTAATTTACACAGTTCCTTGAATGTAATAATAAAT AAGGGCCTCCTACACTGGGTGATACGCATCCAAAAGTATTTGGTAATTGTTGTGCATTTTTTTGTATTTGTTATTTTCTG GAGATTTACACTGCTAAGTGCTAAATGGTGTTTGGAAACATCTAATGAGGTTTTTGGTTTGTTTTCTGTTTTTATTGTCA GGTGATTTGGTTTTACTAATTATTATGAACATTGTCACTTTATTTCCTGTATTCAAGATTTTATTGAGGAAATGGTGTAA ACAATTTTTACTTCATTTGTTTTTTGTTTTCAGGTTTTGTGAATGGTAGCTTTCACCAATTTCTTCATAGAATCTTGACA AAAGGAAAAATGAAAACAATCTAGCATTTTTATAATTAATATTAAAAATTAAAGACAGAAAATATTAATTGAAATGAAAA CTGAATTCAAATCAACCACCCTTTAATATATCTTGTATCTTGCCTTTTCAAAATTTGTAAGTCTATTCAGTGCTGGTCCT TGTCTTTATTAGAGTATACTACTCGTGTTAAGTAAAGCTACTGTTTGTAGCTGAGTTAGTGTGTTAGTTATGCTTGCTTA GCTGTCAAGCCTAGCTGGCATAACAGAATTTAGAGTTAGTTGTTAGAGTTTGTTAGAACTGTTAGCTTGTTCATCAAGCT TCATCTCCTTCTATAAATACTGTACTATGGTTCATTGTGCACTATCTTGAAATGAATGAGAATTAGATTTACAGAGTTCT GAGTTTTCAACAGTCTTAACTTTAAGTGGCTACGAGCTTCTGTTTAAGTTGGTATGTGCTGAAACTTTGCTTCTTTTCTT TTTCCTTTCCAGGAAGCGAGGGGCACATGCTAGAGGAAGCTAAATCTATCAACCTTTCACTTAGTTCACTGGGAAAATGC ATCAATTCTCTAGCAGAGAACAGTGCTCATGTTCCATTTCGTGATTCAAAGCTTACACGGATGCTCCGAGATTCTTTTGG CGGTAAGTTTCCTTAATCTGTTTTTTATTAGTAGCTTTCAGTTCTTTAATGAAGTGATCCAGTATTTTGGTTAGATGTCA TTTATGGTGATTGGTGAAGTTAACTGGTTTCTTAAATCCTTGGCTGACATATTTACTGTATCTTTCTCAGTCTTTGCAAC ACATGCCGTTATTCTTAAACTTTATTCCTATCTGTTGAAGGCTTCAGTGGTTTTGGTTGTATTATTCCCTGCTTGATGTT TTCCAATAATTTGCAGGTACTGCTAGGACTTCATTGATTGTGACCATTGGCCCATCCCCACGTCATCGAGGAGAGACTTC TAGTACCATATTGTTTGGTCAAAGGGTCAGGTTTCATAACTGAGTATCTGTTTTTTAATATACAGTTCCTATCTTTCCAA TATGCTTAAATGTCATTTTTGAATTTATATCCCTTCATGCCTGTTTCACTGTGTATTTGTTTTAATGTAATTTGATATCA GTTTTGAAAAGTATTTTGAAAATCCTTTCTTAGAGATATCGTGTCACAGGTTGTTATTTAGTGCATTTGTTTGATGATTT TAGAGATTCTGTACCTGCCTCCTTGTGTCACAGCATTAATATAACCTTGCTGGTGGTGTGGTGGTCTCTAAATTTGCTCA TTCTATCTTCATTCGTGATTGTTTATTTCAGCTTTTTAGAAAAATACTGACTTATTTTTGACAGCTTTTTGAGATAGCTT TTAAAAAAGGAGAAAGTTTCTTGTAAAATCATTTCTAAAATGTGCATTCATAATTAACTCATCACAGGTTTTGATTGACT TGTTACTGACATTTTATCTTTTTAAGCATCTCCTCCTCCTCTCCCTCCCCCTTATGACTATTAATTCAAATGAAAAGTTT TGTTAACAATTGGTATGGTTGGTTGTGAGTGAAAGATAAGTTAATGTGTGTTTTTTTGTCTCAGGCTATGAAAGTTGAGA ATATGCTCAAAATAAAGGAGGAGTTTGATTATAAAAGCTTGTCTCGAAAGCTTGAAGTACAATTAGATAAGCTTATTGCA GAAAATGAAAGGCAGCAGAAAGCTTTTGAGGATGAAGTTGAAAAAATAAATTTGGAGGCACAATGTCGTATTGCTGAGGT TGAAAGAAACTTTGCAGATGGTTTAGAGGTTTGTCTTATCATCTATATGAAAGTAGAACTATCCTGACTGCATTTAAGTC TTCTGTTTTTCACAGTGTTCTATGGTGTCACTAATCCATGTAGCTGAACCCACCCAGTGGAAAAAGGCTTTGCTTTAGTT GTTGCTATTAAGTCTTCTAGGTTTGAAATATTTTGTAAGCACTATGCATAATAATGTACAGATGAGTCTTTTAGTTGTTG CTAAAGTATGTGATGCATGATCTCTCAAATTAGGTCTCTCAAATTTTAATAATATTTATGGATTGAGTATACTTACTCAA TCTTCTAACAGAAGCTAATCTAACTATAGTTAAACCGAGTACCCAACTCTAACAAACATTTAACTATAGTTGGGCTGGTT CTAACTAACTAAGCAATACACTTCTAACATGGTGTTGTTCCAGCCTCTCAGTGCTGTGAACAAAACTTACATGCAACATA GTAATTTTGAGGTATGGCTTAGCTGAGCAGAGTCCAGGTCTTGTTGAGGAAGGATGGTTTCTGTTGGGTGTTGTTTTCAA AAGAAATTCCTAAGCCTGTGCTTTACGAGGATAAGAAATGATTTATCTAAAATAATGGGTTTCTCTGTGGCTTGAGTATT TTAAGTTTTAGGCATTTGTGTCTCATAGAACTAGACTGAATAATATTCTAGGATATAACATGTATTAATTTTTTTTAATG CTGTATAGTGCTCTGGGAATATGCCCTTCCAACTATTAAGTCCAAAAATGCTACATTATGTTTATTTAATTCTCATAATT ATCTATAAATGCTCTTTTAGATGCCCATTTTTTGCTATCCCTAGTTCTCTGCATTGTATTCTGAAGCAGAGATTAGGCAT GGTGCAAAACCTTTATGTTATATTCTTTTGAAAGCCTGCATTACGAAAGATGCTAACTTAAGTTTTTTTTTTTTTTTTAA ACATCTAATATTTTCCCAATTTCTCACATGGAGTTGTATGTTTGTACCCTGTAGAAAGAGAGATTGAAATGCCAGATGGA GTATATGGAATTGGTAAAGGAGCTGGAGCAGAAGTTGGTGTTGAATCAAGGAAGAAATGACCGAAATAGTTTTGTGGCTG ATAGTGGAGAGGTATTCCTTTTTAAACAGTATTACTACTCTACAAATCTTTGAGATGGATTAATTTGCCATTCCTTTTTA TTTATTGATGAGGTTTTGTTTGAGATATTATCATCTGTTACTGTTTCCTAATTTATATTTTTTTTAGAATGTTAGGTGTA TCGTAGGTTCATGGGCCAATTCTTGATTATTTTCTTTCATAGTTTTAGTGAGAGTCAAGAACCTAAATTCCTAGTTGATG TGATGTGTGAACCATGCTACTCTTTGGTGTAATTGGTTGGAACGTATGTCATGTATTTTCAAGGAGGTTTCTATGGAACA ACACTTAAGATAGGTGTTTAGTTTCTCTTTGGTTTAATTCATATTGGCGTTCTAATGGAGTTTTTCTAGCATATGTTTGG AATTGGGTGGCTCTGTTCCATCTTCTCTCTCTTTTAGTGCTTTTCTGTTTGTTATTTTATCATGGAGGATTGTTATCCTC CCTTCTCTTTGCAATTCTTTCTCTTCACCTTATTAAATTCTTTTATTAAAAAATGATTGAGTCAGGCTGTAAATAGGCCT TGGAGTTAATATGTTTCTATACTAAATCATATTGACACTCTAACTTCATATCCCTTTAGGCTAGTTTAGCTATAAATAGA TCGTGCTTATTAGGAGTTGATAGGTTAGCCTGTTAGGGAGGTCGTTCAGGGCCTAGCTTGAATATGATTCGCCATGGTCT TGGCCCTATGGAGACATTTTTAAATTTTTAGCTAAAAGGGCTAGACTTTGCCATCCAAAAAGCATTTTCAGCATAATAGT CCACCTACTTAAGCATGTTTAAATATTAAATTATTGTCTTATTGGATTTTCTTGGTAATTTATTGAATTTTTTCATTTGT GGGCATTTTAAAGGCTTAGACCCTAAAAGAAGGCCTATGTCAAATAATTAGGCTGGAGCTAGACTTATGGTTGGGGGAAT AGGTCAGGCTTGACCTGAACCATTTCTACTCCTAATGCTAATATTTTTTTTTTGAAAAGTTACTCCTAATGCTAATATAT TAGAGCTTACTTTTGTTCCAGACTTTCAGTAGTATATCTAGTTATCTACTTTGTTGTTTTTAGAAAATTGAAGAATTCTC TAAAAGATGACAATGAGTTTGTGTTGTTTTATTTGGCTTATATATATTTCCTTGTTTTTGTCTTTCAATCTCCTATTTTC GTAATTTCTCAGTAACGTTATCTTCACTTAAACTGCCATGGCCTGTACTAAATTAAATTGTATAATCACCAATCTTCACT GGTTCCGTTGTGAAGGTTTATGTTTTGCCAATTGGCTTGTCAAATTAGTATATTCAGTGCCTTGCAGAGTTGTAGTGTTC CATTTACCTTTTCTTTCCCTCTCTTATTTTATTCTTTGGTACTTTTATATTTATCTGTTTACGTCTTTTTGGCACAGGGG CCTGCACAACCTTCTCCAAATGAACTTGCCGAGGTCAAAATGCTGCTTGAAACTGAAAGCAAGCGGAGAAAGGAGGCTGA AGAAGAGGTAAAACGTCTAAAAAATCAGCTGGGGATATATACACAAGCAGACGTGAGTTCCAGTTAAATGGCTAACCTCT CTGAATTCTTTATTTTTCAATCATGGATTTCGGGTATATTAGAATCTTTTTGGTGTACTAGGCAGGAGGGGATTTGGAGA CTATAAAGCTTCACAACATGCTGGAGGATGAAGTAAATCAGAAAAAGAAACTTGAAGATGAAATTATAATATTAAGAAGT CAATTATTGCAATTGACCTTTGAAGCTGACCAGGTATTTGTTTTATGTTGGGTGCTGACTGAGCCTGCAGCATGAACGTG AATAATATTAAGTTTTGCTTGAATTCTATTGATTTGCTTTGCAGTTATGTATTTGATAAAATGCATAAAGCTCGTCAATA TCTCTGTGTGTCAGTTATAGAAAGTTAGAAACTTCTTTAAACAAACATGAGCAAGGCACCAAATAGAGGTCATAATCATA ATCCTACTCTGAACTAATGTGAGTGCTGAAAGACATGCATTAAGTTAATAGCCTTTCCAACAAAATACACTAAAGATTTG CATGACAGTCCAACTGTTATTAGGACTTTTGAATTTCAAAACAACTTGAACACTAAATGAAGCAGCACCAGAAGCTAGTT TCTGAGTCTATCTTGACACATTTTTATTCTAAAGCTCTTCAAAAAGTTCCATTAAAAAGAAGATTGGCTAGCACGTTGAA ATTTGTAGTGATTATGGGACCAAGGTTGTTTGGTCTCTCCTTAGCCTCTAGCTGCAAGCTACCTTATGTTCTTTTCAGCA TCACTTTGATACAGTATGGTTTAATGTTATGACAACAGATGAGAAGGTGTTTGGAAAGTGGAAGCTCTGGGAGCACATTT TCCGCCATGGATTCCTCCATGACACAGGTTAGGCATTCCCAATTCAAAGACACTGGGAATGGTCAGAAGTCATCTGTTGC TACACTCTTTGAGCAAGGTACAAGTTGTTTTTAGTTATAATTGAAACATTACAACATCTGTGTGTATATGACTTGCATTA TTTTTACAGTTGGATTGCAAAAGATTTTATCATTGCTGGAGTCGGACGATGCCAATGTACGAATTCATGCTGTGAAAGTG GTAGCCAACCTTGCAGCTGAAGGTAGATTCTAAAGTCTTCTTAAGCATCGGTTTTTGGATCATCTATTTCTACTAACTGT TTGCTGATGTTTGGCCAGCAAAATCTTCAATAAAATTCAAGCTTTTATGGTAGTGATACTAATGAATTTTATACTTGATG CATTATGTTAGGATTTGGTTTAGTTTATGTCTATCTTTAGATAAAGAAAATCTTTTCTTTTAGGAGTTTATATTTTATTT TAGGAATTATCTTTTGTTTTGGAAATCTATCTTTATTTCTTAGGGGATAAGTCTAGGATTAGTCTATTATAAATAAGTGC CCCCTCATTAGGTTAGGGTAAGTTTTGATTATGGAGTTTAGTGGAAGGTTTTTACCTTTGTAAGAGTCCCCTGTAAAAGA AGGATTTCCTTCTTGTGTCTTTTATTTTCCAGTACATATAATAAAAATACCAAAAAATTACTTTTTTTATCCTAATTCCT CCCTTGCCCCTGTTTGACTGTCTGAGTTAATTTCCAAACCCTAAACAATTTGATCCAACCTGGCCTCCTATCCTCTGCAT CTACCACACCGCATCACCCACTTCCCCAGTCGTACTGCTGCCGGACCTGCACCACCGCCACTGCCGCTCTCGCCCACCTC TGACGATGTCCAGGCTGCCGCCGAGTCAGACAGCCGCCGCCGCTGTTTTCTTGACCAGATTTGCATGTTTTTCTGTGTGA TTTTTTTAGGTTTGCACCTGGATTTGGCTGCCCGCTTCTGGGCCCATCTGGGGTTGATTTTTCCCTTCTTTTTGCTCTGA TTTCGCCCCATACATGTTGACCTGCTCCTCTGATTCGCACACCTTTCTTGTGTGACCCGTAGTGCACCATGCTTGTGTGG CTTGCTCTTCTGTTTTGCGCCCTCTTCTGTCTCAGTTTCACACCCTACTGTTCGGGCTCTATTTTCTATGGGCATCCAGA TCTGTGCGCCCACAACGACACATCTTCGTTTCTTTCATTTTGTTCTGGTTTTGGCCGTCATGGAGGAAGCTTTTCAGGAT TTGGAGGTCGAGCTTCCAGTGTTTGAAGGGGTGGATCCGGTGTCTTGGATCGCTCGGGCGGAGGAAATCTTTGAGGTACA CCATGTGCCGGAGGGAGAGAAGATGCAATTGGCATTCCTTAGCATGAAAGGGGAAGCCACTCATTGGTTTCATTTTCTCT GTTGCCATACTCTCGATCTTACTCGGAATTCATTGATCCCACTTTTGCTCAACGTTTTGGTGACGGTAGCAATAGTAATG TTTCCGACAGACTGAAAACTCTCAGACAAAGAGGTACCGTTGACGCTTATGTGCGGGAATTTGAAGCGTTGGTGGCCCAA ATTCCCAATCTTTTTGAAGTTCAGTTGTTGGGGTGTTTTCTGGGGGCCTCAAATGCTCAGTCTTTCATAGTCTATGCTCA TGTATTTGTAATTTATCTCACCCTATGTTTGAATGAATGATTTTAAAATTTTCAAGACTTGAATTTGACATATTTTAATT GCTGGTATTTATAAAATATGTTGTTTGGATACTGACTATGTAGTAGTGGCACAGTAGTTGGTTGGATTTTTGGGAGAAAG AAAAGATGGAGGATTTTCACAATTCCGTCTAATATGTTGAATTTCAAATTCCTTGTTGAGTTAAAAAAAGTCCCTATCAA AATACATAGTATTCTCAAATTCTTTCATTAGATATCCAAACAAGTTATTTTACTGTAAGTCATTAAAAATTCTCTGTACA AAGGCATTAGTTCCTAGAAACACTTATCCAAACACACTCAATGTATATGCAGAGGCTAATCAGAAGAGAATTGTTGAATC TGGCGGTCTTACTTCCTTGCTGATGCTTCTTCGAAGATACGAGGATGAAACTGTTCGGAGAGTAGCTGCTGGGGCAATTG CCAATCTTGCTATGAATGGTGATGTAGATAGTACCCCCCCCCCCCCACCCCACACCACGCACACACCCAAAAAAATTAGA TAACATGATGATCTAGCTTCAGACTTCGGTAACAGTACAATTTGTTTGTGGTTGTGCATAATTAGTATTGATATTGTCTT GCCTTCTTTTGTGGCAATTCAGAAGCAAATCAAGAACTCATAATGGCTGAAGGAGGAATTACTCTGTTATCAATGACTGC ATCTGATGCTGAAGATCCACAAACTCTTCGAATGGTTGCTGGGGCAATTGCTAACCTATGTGGAAATGGTATTTTCATTG TTTTCTAGTCATTCATGCCACTAAATGTCTGAGTTAAATTTATTGCCTACTAAAACAACTGGGAAGACACATCAAGTTGG TGATGTACTAATAATTAGTCTAATTTTGATGCCATGATTGGCCAGTGACCCTGAATGATATACACTGTCCTTGTTGGTAT CCTTTCTTGTTTCTTATTCTGATACTGCTTCAACGTAATTTGCCTGTTCAATGGGATTTATTTTGCATAATTTTGCAAAG TAATACCATATGCAAAGCTGAAGCGTTTCTTTGACTTTTCTATTTTAGAGATAAAAGAGTATTATTTCGACTTTCTTTAT GAAATGTGTTAGGTGAGTCATCATGTTATATTAAACCTTTGTGCTAGCTTCGTGCCAATTTTGTTCATTCAGTGTATCTG TCAACATTTAAGTTGTATTCGATGATGGTGCTTTTACTTGTAGATTTTACATTTGAAATCATTATTTTCATGTTTCCATT AATGGATACCTTTTGTCATTTATTTATAATGTTGTCTTGTTCTTTGTCCAGATAAAATATTGATGACTCTAAGATCTCAG GGAGGTATCAAGGCTTTACTTGGAATTGTAAGATGTGGGCATCCAGATGTTCTCTCCCAAGTTGCACGGGGAATTGCTAA CTTCGCAAAATGCGAGTCTCGAGCTTCTAATCAAGGTCTACTTCACTTCCTCCTTAATATTTGTTTCTCATCAGTAAAAA TGTTGAAAGTGTAGATGTTAAATTAGGTAGAAAATGGACAAAGTTGTTCCTCGGCTACTGTCACCAAAATGTCAGTCCTG CATTGATTTACATTAACTTGAATTCCGTGTTCCTAAATTCTGCAAGCCATTGCAGCCAAATTGTTCACTCACTCCTTGTG AAGCCATTGAAAATATTTATAGTGTCAGAGAGTAGCTAAAGAGATAAAGAGGTTTAGTTTGACGCCTTATAATTACATTT TGCACTCAGGGATAAAAAGTGGCAGATCTATTTTGATAGAAGATGGTGCACTTCCGTGGATAGTACAAAATGCTAACAAT GAAGCTGCACCAATCAGGCGTCACATTGAGCTTGCACTGTGCCACTTGGCCCAGCATGGTAACGTGACTTCTCATGATTG TTTTTCAGTTTTTCGAAATACATTATTGAAAAATTTCAAACAACTGAGGTATAAATATTGCAGAAGTGAATGCGAAAGAC ATGATTAGTGGAGGTGCCCTCTGGGAGCTTGTCAGGATTTCACGGGATTGTTCACGAGAGGACATACGGAGTCTTGCGCG TCGGACTCTCAGTTCTATCCCTCCATTCAAAGCAGAACTCCGGCGGCTGCGTGTAGAATATTGA
CDS sequence (LotjaGi1g1v0463500.5) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGATGGCTGATGCTGATTTTGCTGACTGTGTTGAAGTACAGCCTGAGCTTAAAAGACTGAAACTTCGCAGGAATAACTG GGATTCAGACACTTATGAGTTTGATGAGGTGCTTACCGAATATGCATCACAGAAACGTGTCTATGAAGTTGTGGCTAAGC CAGTTGTGGAGAGTGTTCTTGATGGTTATAATGGGACTGTGATGGCTTATGGTCAAACTGGAACGGGGAAAACTTTTACT CTTGGACGACTGGGGGAAGGAGACACCTCTGATCGTGGGATTATGGTGCGTTCCATGGAGGATATTCTTGCTGACTTGTC TCCAGATACTGATTCTATTACTGTCTCATATCTGCAGCTTTACATGGAAACTCTCCAGGACTTGCTTAATCCAGCAAATG ATAACATTCCTATTGTGGATGATCCAAGAACTGGCGATGTATCCTTGCCTGGGGCAACTATTGTAGAAATCAGGGACCAA CAGAGTTTTTTGGAGTTGTTAAGTGTAGGAGAAGCTAATCGAATTGCTGCTAATACAAAATTGAATACTGAATCTTCTCG TAGTCACGCTATTCTGATGGTTCACATTAAAAGGTCTGTCATAGAAAATGAAGATATTGTATCTAGTCAAAATGGCGATA CCTCTCACTTGATTAAACCTTCAAAACCACTTGTTCGGAAGAGCAAGTTGGTTGTGGTAGACCTAGCAGGTTCAGAGCGT GTCCATAAGTCAGGAAGCGAGGGGCACATGCTAGAGGAAGCTAAATCTATCAACCTTTCACTTAGTTCACTGGGAAAATG CATCAATTCTCTAGCAGAGAACAGTGCTCATGTTCCATTTCGTGATTCAAAGCTTACACGGATGCTCCGAGATTCTTTTG GCGGTACTGCTAGGACTTCATTGATTGCTATGAAAGTTGAGAATATGCTCAAAATAAAGGAGGAGTTTGATTATAAAAGC TTGTCTCGAAAGCTTGAAGTACAATTAGATAAGCTTATTGCAGAAAATGAAAGGCAGCAGAAAGCTTTTGAGGATGAAGT TGAAAAAATAAATTTGGAGGCACAATGTCGTATTGCTGAGGTTGAAAGAAACTTTGCAGATGGTTTAGAGAAAGAGAGAT TGAAATGCCAGATGGAGTATATGGAATTGGTAAAGGAGCTGGAGCAGAAGTTGGTGTTGAATCAAGGAAGAAATGACCGA AATAGTTTTGTGGCTGATAGTGGAGAGGGGCCTGCACAACCTTCTCCAAATGAACTTGCCGAGGTCAAAATGCTGCTTGA AACTGAAAGCAAGCGGAGAAAGGAGGCTGAAGAAGAGGTAAAACGTCTAAAAAATCAGCTGGGGATATATACACAAGCAG ACGCAGGAGGGGATTTGGAGACTATAAAGCTTCACAACATGCTGGAGGATGAAGTAAATCAGAAAAAGAAACTTGAAGAT GAAATTATAATATTAAGAAGTCAATTATTGCAATTGACCTTTGAAGCTGACCAGATGAGAAGGTGTTTGGAAAGTGGAAG CTCTGGGAGCACATTTTCCGCCATGGATTCCTCCATGACACAGGTTAGGCATTCCCAATTCAAAGACACTGGGAATGGTC AGAAGTCATCTGTTGCTACACTCTTTGAGCAAGTTGGATTGCAAAAGATTTTATCATTGCTGGAGTCGGACGATGCCAAT GTACGAATTCATGCTGTGAAAGTGGTAGCCAACCTTGCAGCTGAAGAGGCTAATCAGAAGAGAATTGTTGAATCTGGCGG TCTTACTTCCTTGCTGATGCTTCTTCGAAGATACGAGGATGAAACTGTTCGGAGAGTAGCTGCTGGGGCAATTGCCAATC TTGCTATGAATGAAGCAAATCAAGAACTCATAATGGCTGAAGGAGGAATTACTCTGTTATCAATGACTGCATCTGATGCT GAAGATCCACAAACTCTTCGAATGGTTGCTGGGGCAATTGCTAACCTATGTGGAAATGATAAAATATTGATGACTCTAAG ATCTCAGGGAGGTATCAAGGCTTTACTTGGAATTGTAAGATGTGGGCATCCAGATGTTCTCTCCCAAGTTGCACGGGGAA TTGCTAACTTCGCAAAATGCGAGTCTCGAGCTTCTAATCAAGGGATAAAAAGTGGCAGATCTATTTTGATAGAAGATGGT GCACTTCCGTGGATAGTACAAAATGCTAACAATGAAGCTGCACCAATCAGGCGTCACATTGAGCTTGCACTGTGCCACTT GGCCCAGCATGTGAATGCGAAAGACATGATTAGTGGAGGTGCCCTCTGGGAGCTTGTCAGGATTTCACGGGATTGTTCAC GAGAGGACATACGGAGTCTTGCGCGTCGGACTCTCAGTTCTATCCCTCCATTCAAAGCAGAACTCCGGCGGCTGCGTGTA GAATATTGA
Protein sequence (LotjaGi1g1v0463500.5) extracted from Lotus japonicus Gifu v1.2 Proteins.
MMADADFADCVEVQPELKRLKLRRNNWDSDTYEFDEVLTEYASQKRVYEVVAKPVVESVLDGYNGTVMAYGQTGTGKTFT LGRLGEGDTSDRGIMVRSMEDILADLSPDTDSITVSYLQLYMETLQDLLNPANDNIPIVDDPRTGDVSLPGATIVEIRDQ QSFLELLSVGEANRIAANTKLNTESSRSHAILMVHIKRSVIENEDIVSSQNGDTSHLIKPSKPLVRKSKLVVVDLAGSER VHKSGSEGHMLEEAKSINLSLSSLGKCINSLAENSAHVPFRDSKLTRMLRDSFGGTARTSLIAMKVENMLKIKEEFDYKS LSRKLEVQLDKLIAENERQQKAFEDEVEKINLEAQCRIAEVERNFADGLEKERLKCQMEYMELVKELEQKLVLNQGRNDR NSFVADSGEGPAQPSPNELAEVKMLLETESKRRKEAEEEVKRLKNQLGIYTQADAGGDLETIKLHNMLEDEVNQKKKLED EIIILRSQLLQLTFEADQMRRCLESGSSGSTFSAMDSSMTQVRHSQFKDTGNGQKSSVATLFEQVGLQKILSLLESDDAN VRIHAVKVVANLAAEEANQKRIVESGGLTSLLMLLRRYEDETVRRVAAGAIANLAMNEANQELIMAEGGITLLSMTASDA EDPQTLRMVAGAIANLCGNDKILMTLRSQGGIKALLGIVRCGHPDVLSQVARGIANFAKCESRASNQGIKSGRSILIEDG ALPWIVQNANNEAAPIRRHIELALCHLAQHVNAKDMISGGALWELVRISRDCSREDIRSLARRTLSSIPPFKAELRRLRV EY
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 | 792 | 792 | 0.0 | ||
| PANTHER | 1 | 792 | 792 | 0.0 | ||
| ProSiteProfiles | 1 | 303 | 303 | 79.431 | ||
| Gene3D | 3 | 316 | 314 | 5.6E-90 | ||
| CDD | 4 | 303 | 300 | 3.68345E-99 | – | |
| SMART | 8 | 314 | 307 | 9.1E-81 | ||
| Pfam | 14 | 304 | 291 | 8.4E-85 | ||
| SUPERFAMILY | 22 | 335 | 314 | 8.44E-82 | ||
| PRINTS | 62 | 83 | 22 | 3.5E-28 | ||
| ProSitePatterns | 228 | 239 | 12 | - | ||
| PRINTS | 229 | 247 | 19 | 3.5E-28 | ||
| PRINTS | 278 | 299 | 22 | 3.5E-28 | ||
| Coils | 322 | 364 | 43 | - | – | |
| Coils | 419 | 453 | 35 | - | – | |
| Coils | 468 | 495 | 28 | - | – | |
| Gene3D | 527 | 635 | 109 | 4.3E-21 | ||
| SMART | 535 | 574 | 40 | 26.0 | ||
| SUPERFAMILY | 539 | 788 | 250 | 6.91E-35 | ||
| ProSiteProfiles | 545 | 587 | 43 | 11.742 | ||
| SMART | 575 | 616 | 42 | 0.027 | ||
| Pfam | 578 | 615 | 38 | 1.6E-5 | ||
| ProSiteProfiles | 586 | 629 | 44 | 14.822 | ||
| SMART | 617 | 658 | 42 | 80.0 | ||
| Gene3D | 636 | 798 | 163 | 9.2E-18 | ||
| SMART | 659 | 699 | 41 | 1.9 |
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 | 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). | ||
| 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 | Regulation of microtubule-based process | Any process that modulates the frequency, rate or extent of any cellular process that depends upon or alters the microtubule cytoskeleton. | ||
| Biological process | Root development | The process whose specific outcome is the progression of the root over time, from its formation to the mature structure. The root is the water- and mineral-absorbing part of a plant which is usually underground, does not bear leaves, tends to grow downwards and is typically derived from the radicle of the embryo. |
Expression pattern of LotjaGi1g1v0463500.5, 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…