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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0463500 |
| Transcript ID | LotjaGi1g1v0463500.4 |
| 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..96868723) extracted from Lotus japonicus Gifu genome v1.2.
GGTAATAATGATGGTGAAAAGGCCACAGAGAAGTTCATCGCATGATGAAGTTATAAGGTTTAAGGTTCCTCAATGGTCAT TAGCCAGTATGTCTAGAGATTCTAGATACGTTAGGGTTCAAGGGTTTAGTTTCTGCGAATGTCGTTATAATTTGTCTTTT TTATTTTGCATGAAAGCCAATTCTTGAAAGTTGAAACTAATCTGACTCTTAGATTCTTTTTCTTTTTTATTGTGCTTTCT GGTATGGAGGAGTTACTTCAACTTGCTATCTTATCTTTTTTGTGTACTGTTCAGTGCTTGGAAGAGTTCGAGTGGCCGTA AGATTGAGACCAAGAAACGCTGAAGAAATGATGGCTGATGCTGATTTTGCTGACTGTGTTGAAGTACAGCCTGAGGTGCA TTTTATTTGATTAATAACTGTCAGGAATTTCTGTTTTTCGTTGATTTTCTTGGGTTGTTTCATGCATTACACTTGTTTGA TGTTTAATCTTTTGTGTTTTTGCTCTCCTTCAGCTTAAAAGACTGAAACTTCGCAGGAATAACTGGGATTCAGACACTTA TGAGTTTGATGAGGTGCTTACCGAATATGCATCACAGAAACGTGTCTATGAAGTTGTGGCTAAGCCAGTTGTGGAGGTCT GTTATAATGGTGCACATCTCATGAACATCCTTTAACGAGCTATCCCTTTCCATTTGCTACTTTATGTTGGTGTTATTTAT GATTTGATAAACATCTGTGCTATTTTGATACACAGTATTCATCCCTACATTGTCATCTCTTTTTTATGCTCTGTAGCTTA ACATGTGATTGATTTCTGGTTGCTTAGAGTGTTCTTGATGGTTATAATGGGACTGTGATGGCTTATGGTCAAACTGGAAC GGGGAAAACTTTTACTCTTGGACGACTGGGGGAAGGAGACACCTCTGATCGTGGGATTATGGTGCGTTCCATGGAGGATA TTCTTGCTGACTTGTCTCCAGATACTGATTCTATTACTGTCTCATATCTGCAGGTTATATTCATATTACTATGTGCTTTA CTGAATTTTGCATCATATCCATTGATTTTTATCTTCTAGTTTCTGTTCTTTTTATGCCCTATTTTATTTGATCATGAAAG AGTTCTTTATTTTACGGAACACTTCTTGGCCATTTTAATTTTGTGAAAATTTTAACTCATTTTGTCTGACATAACATAAA TGTGCAGCTTTACATGGAAACTCTCCAGGACTTGCTTAATCCAGCAAATGATAACATTCCTATTGTGGATGATCCAAGAA CTGGCGATGTATCCTTGCCTGGGGCAACTATTGTAGAAATCAGGGACCAACAGAGTTTTTTGGAGTTGTTAAGTGTAGGA GAAGCTAATCGAATTGCTGCTAATACAAAATTGAATACTGAATCTTCTCGTAGTCACGCTATTCTGATGGTGAAATAAGA AACTATGTTTGTTTACCTTTTATATTTTTATTTATCTCAATTCAAGAAATCCAGTTAGCTACTGATTGCCATTTCTTAAG AATAATAGCCCATCTTGATGAAGTTATATTTTCCCATACTATCATACAGGTTCACATTAAAAGGTCTGTCATAGAAAATG AAGATATTGTATCTAGTCAAAATGGCGATACCTCTCACTTGATTAAACCTTCAAAACCACTTGTTCGGAAGAGCAAGTTG GTTGTGGTAGACCTAGCAGGTTCAGAGCGTGTCCATAAGTCAGGTATATACTGAATTTCAGAGCACGTCATGAATCGATT ATTCTTGCATGAGTGGCTTCCTGAAGAAGCATTGGTTATGTATGCATGCATGCACTATGATGTATTCTGATGATCTGTTG CAGGAGAATATGGTTATCGCTAGAACTTTGCTTGCCATTTTTTATTCTTACATTTTAAAAGCTTGAGTAATTGAAGAATT AACAATGTTAAATTACTATTATTTGGAGTTGAATGCTTTGATTATAATTGTTTGATGAACCTAATTTTGTTACTTGTACT TTTGTCAATGGGATCAGTTATCTTTTGTATGAATAATTGTTAATTTACACAGTTCCTTGAATGTAATAATAAATAAGGGC CTCCTACACTGGGTGATACGCATCCAAAAGTATTTGGTAATTGTTGTGCATTTTTTTGTATTTGTTATTTTCTGGAGATT TACACTGCTAAGTGCTAAATGGTGTTTGGAAACATCTAATGAGGTTTTTGGTTTGTTTTCTGTTTTTATTGTCAGGTGAT TTGGTTTTACTAATTATTATGAACATTGTCACTTTATTTCCTGTATTCAAGATTTTATTGAGGAAATGGTGTAAACAATT TTTACTTCATTTGTTTTTTGTTTTCAGGTTTTGTGAATGGTAGCTTTCACCAATTTCTTCATAGAATCTTGACAAAAGGA AAAATGAAAACAATCTAGCATTTTTATAATTAATATTAAAAATTAAAGACAGAAAATATTAATTGAAATGAAAACTGAAT TCAAATCAACCACCCTTTAATATATCTTGTATCTTGCCTTTTCAAAATTTGTAAGTCTATTCAGTGCTGGTCCTTGTCTT TATTAGAGTATACTACTCGTGTTAAGTAAAGCTACTGTTTGTAGCTGAGTTAGTGTGTTAGTTATGCTTGCTTAGCTGTC AAGCCTAGCTGGCATAACAGAATTTAGAGTTAGTTGTTAGAGTTTGTTAGAACTGTTAGCTTGTTCATCAAGCTTCATCT CCTTCTATAAATACTGTACTATGGTTCATTGTGCACTATCTTGAAATGAATGAGAATTAGATTTACAGAGTTCTGAGTTT TCAACAGTCTTAACTTTAAGTGGCTACGAGCTTCTGTTTAAGTTGGTATGTGCTGAAACTTTGCTTCTTTTCTTTTTCCT TTCCAGGAAGCGAGGGGCACATGCTAGAGGAAGCTAAATCTATCAACCTTTCACTTAGTTCACTGGGAAAATGCATCAAT TCTCTAGCAGAGAACAGTGCTCATGTTCCATTTCGTGATTCAAAGCTTACACGGATGCTCCGAGATTCTTTTGGCGGTAA GTTTCCTTAATCTGTTTTTTATTAGTAGCTTTCAGTTCTTTAATGAAGTGATCCAGTATTTTGGTTAGATGTCATTTATG GTGATTGGTGAAGTTAACTGGTTTCTTAAATCCTTGGCTGACATATTTACTGTATCTTTCTCAGTCTTTGCAACACATGC CGTTATTCTTAAACTTTATTCCTATCTGTTGAAGGCTTCAGTGGTTTTGGTTGTATTATTCCCTGCTTGATGTTTTCCAA TAATTTGCAGGTACTGCTAGGACTTCATTGATTGTGACCATTGGCCCATCCCCACGTCATCGAGGAGAGACTTCTAGTAC CATATTGTTTGGTCAAAGGGTCAGGTTTCATAACTGAGTATCTGTTTTTTAATATACAGTTCCTATCTTTCCAATATGCT TAAATGTCATTTTTGAATTTATATCCCTTCATGCCTGTTTCACTGTGTATTTGTTTTAATGTAATTTGATATCAGTTTTG AAAAGTATTTTGAAAATCCTTTCTTAGAGATATCGTGTCACAGGTTGTTATTTAGTGCATTTGTTTGATGATTTTAGAGA TTCTGTACCTGCCTCCTTGTGTCACAGCATTAATATAACCTTGCTGGTGGTGTGGTGGTCTCTAAATTTGCTCATTCTAT CTTCATTCGTGATTGTTTATTTCAGCTTTTTAGAAAAATACTGACTTATTTTTGACAGCTTTTTGAGATAGCTTTTAAAA AAGGAGAAAGTTTCTTGTAAAATCATTTCTAAAATGTGCATTCATAATTAACTCATCACAGGTTTTGATTGACTTGTTAC TGACATTTTATCTTTTTAAGCATCTCCTCCTCCTCTCCCTCCCCCTTATGACTATTAATTCAAATGAAAAGTTTTGTTAA CAATTGGTATGGTTGGTTGTGAGTGAAAGATAAGTTAATGTGTGTTTTTTTGTCTCAGGCTATGAAAGTTGAGAATATGC TCAAAATAAAGGAGGAGTTTGATTATAAAAGCTTGTCTCGAAAGCTTGAAGTACAATTAGATAAGCTTATTGCAGAAAAT GAAAGGCAGCAGAAAGCTTTTGAGGATGAAGTTGAAAAAATAAATTTGGAGGCACAATGTCGTATTGCTGAGGTTGAAAG AAACTTTGCAGATGGTTTAGAGGTTTGTCTTATCATCTATATGAAAGTAGAACTATCCTGACTGCATTTAAGTCTTCTGT TTTTCACAGTGTTCTATGGTGTCACTAATCCATGTAGCTGAACCCACCCAGTGGAAAAAGGCTTTGCTTTAGTTGTTGCT ATTAAGTCTTCTAGGTTTGAAATATTTTGTAAGCACTATGCATAATAATGTACAGATGAGTCTTTTAGTTGTTGCTAAAG TATGTGATGCATGATCTCTCAAATTAGGTCTCTCAAATTTTAATAATATTTATGGATTGAGTATACTTACTCAATCTTCT AACAGAAGCTAATCTAACTATAGTTAAACCGAGTACCCAACTCTAACAAACATTTAACTATAGTTGGGCTGGTTCTAACT AACTAAGCAATACACTTCTAACATGGTGTTGTTCCAGCCTCTCAGTGCTGTGAACAAAACTTACATGCAACATAGTAATT TTGAGGTATGGCTTAGCTGAGCAGAGTCCAGGTCTTGTTGAGGAAGGATGGTTTCTGTTGGGTGTTGTTTTCAAAAGAAA TTCCTAAGCCTGTGCTTTACGAGGATAAGAAATGATTTATCTAAAATAATGGGTTTCTCTGTGGCTTGAGTATTTTAAGT TTTAGGCATTTGTGTCTCATAGAACTAGACTGAATAATATTCTAGGATATAACATGTATTAATTTTTTTTAATGCTGTAT AGTGCTCTGGGAATATGCCCTTCCAACTATTAAGTCCAAAAATGCTACATTATGTTTATTTAATTCTCATAATTATCTAT AAATGCTCTTTTAGATGCCCATTTTTTGCTATCCCTAGTTCTCTGCATTGTATTCTGAAGCAGAGATTAGGCATGGTGCA AAACCTTTATGTTATATTCTTTTGAAAGCCTGCATTACGAAAGATGCTAACTTAAGTTTTTTTTTTTTTTTTAAACATCT AATATTTTCCCAATTTCTCACATGGAGTTGTATGTTTGTACCCTGTAGAAAGAGAGATTGAAATGCCAGATGGAGTATAT GGAATTGGTAAAGGAGCTGGAGCAGAAGTTGGTGTTGAATCAAGGAAGAAATGACCGAAATAGTTTTGTGGCTGATAGTG GAGAGGTATTCCTTTTTAAACAGTATTACTACTCTACAAATCTTTGAGATGGATTAATTTGCCATTCCTTTTTATTTATT GATGAGGTTTTGTTTGAGATATTATCATCTGTTACTGTTTCCTAATTTATATTTTTTTTAGAATGTTAGGTGTATCGTAG GTTCATGGGCCAATTCTTGATTATTTTCTTTCATAGTTTTAGTGAGAGTCAAGAACCTAAATTCCTAGTTGATGTGATGT GTGAACCATGCTACTCTTTGGTGTAATTGGTTGGAACGTATGTCATGTATTTTCAAGGAGGTTTCTATGGAACAACACTT AAGATAGGTGTTTAGTTTCTCTTTGGTTTAATTCATATTGGCGTTCTAATGGAGTTTTTCTAGCATATGTTTGGAATTGG GTGGCTCTGTTCCATCTTCTCTCTCTTTTAGTGCTTTTCTGTTTGTTATTTTATCATGGAGGATTGTTATCCTCCCTTCT CTTTGCAATTCTTTCTCTTCACCTTATTAAATTCTTTTATTAAAAAATGATTGAGTCAGGCTGTAAATAGGCCTTGGAGT TAATATGTTTCTATACTAAATCATATTGACACTCTAACTTCATATCCCTTTAGGCTAGTTTAGCTATAAATAGATCGTGC TTATTAGGAGTTGATAGGTTAGCCTGTTAGGGAGGTCGTTCAGGGCCTAGCTTGAATATGATTCGCCATGGTCTTGGCCC TATGGAGACATTTTTAAATTTTTAGCTAAAAGGGCTAGACTTTGCCATCCAAAAAGCATTTTCAGCATAATAGTCCACCT ACTTAAGCATGTTTAAATATTAAATTATTGTCTTATTGGATTTTCTTGGTAATTTATTGAATTTTTTCATTTGTGGGCAT TTTAAAGGCTTAGACCCTAAAAGAAGGCCTATGTCAAATAATTAGGCTGGAGCTAGACTTATGGTTGGGGGAATAGGTCA GGCTTGACCTGAACCATTTCTACTCCTAATGCTAATATTTTTTTTTTGAAAAGTTACTCCTAATGCTAATATATTAGAGC TTACTTTTGTTCCAGACTTTCAGTAGTATATCTAGTTATCTACTTTGTTGTTTTTAGAAAATTGAAGAATTCTCTAAAAG ATGACAATGAGTTTGTGTTGTTTTATTTGGCTTATATATATTTCCTTGTTTTTGTCTTTCAATCTCCTATTTTCGTAATT TCTCAGTAACGTTATCTTCACTTAAACTGCCATGGCCTGTACTAAATTAAATTGTATAATCACCAATCTTCACTGGTTCC GTTGTGAAGGTTTATGTTTTGCCAATTGGCTTGTCAAATTAGTATATTCAGTGCCTTGCAGAGTTGTAGTGTTCCATTTA CCTTTTCTTTCCCTCTCTTATTTTATTCTTTGGTACTTTTATATTTATCTGTTTACGTCTTTTTGGCACAGGGGCCTGCA CAACCTTCTCCAAATGAACTTGCCGAGGTCAAAATGCTGCTTGAAACTGAAAGCAAGCGGAGAAAGGAGGCTGAAGAAGA GGTAAAACGTCTAAAAAATCAGCTGGGGATATATACACAAGCAGACGTGAGTTCCAGTTAAATGGCTAACCTCTCTGAAT TCTTTATTTTTCAATCATGGATTTCGGGTATATTAGAATCTTTTTGGTGTACTAGGCAGGAGGGGATTTGGAGACTATAA AGCTTCACAACATGCTGGAGGATGAAGTAAATCAGAAAAAGAAACTTGAAGATGAAATTATAATATTAAGAAGTCAATTA TTGCAATTGACCTTTGAAGCTGACCAGGTATTTGTTTTATGTTGGGTGCTGACTGAGCCTGCAGCATGAACGTGAATAAT ATTAAGTTTTGCTTGAATTCTATTGATTTGCTTTGCAGTTATGTATTTGATAAAATGCATAAAGCTCGTCAATATCTCTG TGTGTCAGTTATAGAAAGTTAGAAACTTCTTTAAACAAACATGAGCAAGGCACCAAATAGAGGTCATAATCATAATCCTA CTCTGAACTAATGTGAGTGCTGAAAGACATGCATTAAGTTAATAGCCTTTCCAACAAAATACACTAAAGATTTGCATGAC AGTCCAACTGTTATTAGGACTTTTGAATTTCAAAACAACTTGAACACTAAATGAAGCAGCACCAGAAGCTAGTTTCTGAG TCTATCTTGACACATTTTTATTCTAAAGCTCTTCAAAAAGTTCCATTAAAAAGAAGATTGGCTAGCACGTTGAAATTTGT AGTGATTATGGGACCAAGGTTGTTTGGTCTCTCCTTAGCCTCTAGCTGCAAGCTACCTTATGTTCTTTTCAGCATCACTT TGATACAGTATGGTTTAATGTTATGACAACAGATGAGAAGGTGTTTGGAAAGTGGAAGCTCTGGGAGCACATTTTCCGCC ATGGATTCCTCCATGACACAGGTTAGGCATTCCCAATTCAAAGACACTGGGAATGGTCAGAAGTCATCTGTTGCTACACT CTTTGAGCAAGGTACAAGTTGTTTTTAGTTATAATTGAAACATTACAACATCTGTGTGTATATGACTTGCATTATTTTTA CAGTTGGATTGCAAAAGATTTTATCATTGCTGGAGTCGGACGATGCCAATGTACGAATTCATGCTGTGAAAGTGGTAGCC AACCTTGCAGCTGAAGGTAGATTCTAAAGTCTTCTTAAGCATCGGTTTTTGGATCATCTATTTCTACTAACTGTTTGCTG ATGTTTGGCCAGCAAAATCTTCAATAAAATTCAAGCTTTTATGGTAGTGATACTAATGAATTTTATACTTGATGCATTAT GTTAGGATTTGGTTTAGTTTATGTCTATCTTTAGATAAAGAAAATCTTTTCTTTTAGGAGTTTATATTTTATTTTAGGAA TTATCTTTTGTTTTGGAAATCTATCTTTATTTCTTAGGGGATAAGTCTAGGATTAGTCTATTATAAATAAGTGCCCCCTC ATTAGGTTAGGGTAAGTTTTGATTATGGAGTTTAGTGGAAGGTTTTTACCTTTGTAAGAGTCCCCTGTAAAAGAAGGATT TCCTTCTTGTGTCTTTTATTTTCCAGTACATATAATAAAAATACCAAAAAATTACTTTTTTTATCCTAATTCCTCCCTTG CCCCTGTTTGACTGTCTGAGTTAATTTCCAAACCCTAAACAATTTGATCCAACCTGGCCTCCTATCCTCTGCATCTACCA CACCGCATCACCCACTTCCCCAGTCGTACTGCTGCCGGACCTGCACCACCGCCACTGCCGCTCTCGCCCACCTCTGACGA TGTCCAGGCTGCCGCCGAGTCAGACAGCCGCCGCCGCTGTTTTCTTGACCAGATTTGCATGTTTTTCTGTGTGATTTTTT TAGGTTTGCACCTGGATTTGGCTGCCCGCTTCTGGGCCCATCTGGGGTTGATTTTTCCCTTCTTTTTGCTCTGATTTCGC CCCATACATGTTGACCTGCTCCTCTGATTCGCACACCTTTCTTGTGTGACCCGTAGTGCACCATGCTTGTGTGGCTTGCT CTTCTGTTTTGCGCCCTCTTCTGTCTCAGTTTCACACCCTACTGTTCGGGCTCTATTTTCTATGGGCATCCAGATCTGTG CGCCCACAACGACACATCTTCGTTTCTTTCATTTTGTTCTGGTTTTGGCCGTCATGGAGGAAGCTTTTCAGGATTTGGAG GTCGAGCTTCCAGTGTTTGAAGGGGTGGATCCGGTGTCTTGGATCGCTCGGGCGGAGGAAATCTTTGAGGTACACCATGT GCCGGAGGGAGAGAAGATGCAATTGGCATTCCTTAGCATGAAAGGGGAAGCCACTCATTGGTTTCATTTTCTCTGTTGCC ATACTCTCGATCTTACTCGGAATTCATTGATCCCACTTTTGCTCAACGTTTTGGTGACGGTAGCAATAGTAATGTTTCCG ACAGACTGAAAACTCTCAGACAAAGAGGTACCGTTGACGCTTATGTGCGGGAATTTGAAGCGTTGGTGGCCCAAATTCCC AATCTTTTTGAAGTTCAGTTGTTGGGGTGTTTTCTGGGGGCCTCAAATGCTCAGTCTTTCATAGTCTATGCTCATGTATT TGTAATTTATCTCACCCTATGTTTGAATGAATGATTTTAAAATTTTCAAGACTTGAATTTGACATATTTTAATTGCTGGT ATTTATAAAATATGTTGTTTGGATACTGACTATGTAGTAGTGGCACAGTAGTTGGTTGGATTTTTGGGAGAAAGAAAAGA TGGAGGATTTTCACAATTCCGTCTAATATGTTGAATTTCAAATTCCTTGTTGAGTTAAAAAAAGTCCCTATCAAAATACA TAGTATTCTCAAATTCTTTCATTAGATATCCAAACAAGTTATTTTACTGTAAGTCATTAAAAATTCTCTGTACAAAGGCA TTAGTTCCTAGAAACACTTATCCAAACACACTCAATGTATATGCAGAGGCTAATCAGAAGAGAATTGTTGAATCTGGCGG TCTTACTTCCTTGCTGATGCTTCTTCGAAGATACGAGGATGAAACTGTTCGGAGAGTAGCTGCTGGGGCAATTGCCAATC TTGCTATGAATGGTGATGTAGATAGTACCCCCCCCCCCCCACCCCACACCACGCACACACCCAAAAAAATTAGATAACAT GATGATCTAGCTTCAGACTTCGGTAACAGTACAATTTGTTTGTGGTTGTGCATAATTAGTATTGATATTGTCTTGCCTTC TTTTGTGGCAATTCAGAAGCAAATCAAGAACTCATAATGGCTGAAGGAGGAATTACTCTGTTATCAATGACTGCATCTGA TGCTGAAGATCCACAAACTCTTCGAATGGTTGCTGGGGCAATTGCTAACCTATGTGGAAATGGTATTTTCATTGTTTTCT AGTCATTCATGCCACTAAATGTCTGAGTTAAATTTATTGCCTACTAAAACAACTGGGAAGACACATCAAGTTGGTGATGT ACTAATAATTAGTCTAATTTTGATGCCATGATTGGCCAGTGACCCTGAATGATATACACTGTCCTTGTTGGTATCCTTTC TTGTTTCTTATTCTGATACTGCTTCAACGTAATTTGCCTGTTCAATGGGATTTATTTTGCATAATTTTGCAAAGTAATAC CATATGCAAAGCTGAAGCGTTTCTTTGACTTTTCTATTTTAGAGATAAAAGAGTATTATTTCGACTTTCTTTATGAAATG TGTTAGGTGAGTCATCATGTTATATTAAACCTTTGTGCTAGCTTCGTGCCAATTTTGTTCATTCAGTGTATCTGTCAACA TTTAAGTTGTATTCGATGATGGTGCTTTTACTTGTAGATTTTACATTTGAAATCATTATTTTCATGTTTCCATTAATGGA TACCTTTTGTCATTTATTTATAATGTTGTCTTGTTCTTTGTCCAGATAAAATATTGATGACTCTAAGATCTCAGGGAGGT ATCAAGGCTTTACTTGGAATTGTAAGATGTGGGCATCCAGATGTTCTCTCCCAAGTTGCACGGGGAATTGCTAACTTCGC AAAATGCGAGTCTCGAGCTTCTAATCAAGGTCTACTTCACTTCCTCCTTAATATTTGTTTCTCATCAGTAAAAATGTTGA AAGTGTAGATGTTAAATTAGGTAGAAAATGGACAAAGTTGTTCCTCGGCTACTGTCACCAAAATGTCAGTCCTGCATTGA TTTACATTAACTTGAATTCCGTGTTCCTAAATTCTGCAAGCCATTGCAGCCAAATTGTTCACTCACTCCTTGTGAAGCCA TTGAAAATATTTATAGTGTCAGAGAGTAGCTAAAGAGATAAAGAGGTTTAGTTTGACGCCTTATAATTACATTTTGCACT CAGGGATAAAAAGTGGCAGATCTATTTTGATAGAAGATGGTGCACTTCCGTGGATAGTACAAAATGCTAACAATGAAGCT GCACCAATCAGGCGTCACATTGAGCTTGCACTGTGCCACTTGGCCCAGCATGGTAACGTGACTTCTCATGATTGTTTTTC AGTTTTTCGAAATACATTATTGAAAAATTTCAAACAACTGAGGTATAAATATTGCAGAAGTGAATGCGAAAGACATGATT AGTGGAGGTGCCCTCTGGGAGCTTGTCAGGATTTCACGGGATTGTTCACGAGAGGACATACGGAGTCTTGCGCGTCGGAC TCTCAGTTCTATCCCTCCATTCAAAGCAGAACTCCGGCGGCTGCGTGTAGAATATTGA
CDS sequence (LotjaGi1g1v0463500.4) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGATGGCTGATGCTGATTTTGCTGACTGTGTTGAAGTACAGCCTGAGCTTAAAAGACTGAAACTTCGCAGGAATAACTG GGATTCAGACACTTATGAGTTTGATGAGGTGCTTACCGAATATGCATCACAGAAACGTGTCTATGAAGTTGTGGCTAAGC CAGTTGTGGAGAGTGTTCTTGATGGTTATAATGGGACTGTGATGGCTTATGGTCAAACTGGAACGGGGAAAACTTTTACT CTTGGACGACTGGGGGAAGGAGACACCTCTGATCGTGGGATTATGGTGCGTTCCATGGAGGATATTCTTGCTGACTTGTC TCCAGATACTGATTCTATTACTGTCTCATATCTGCAGCTTTACATGGAAACTCTCCAGGACTTGCTTAATCCAGCAAATG ATAACATTCCTATTGTGGATGATCCAAGAACTGGCGATGTATCCTTGCCTGGGGCAACTATTGTAGAAATCAGGGACCAA CAGAGTTTTTTGGAGTTGTTAAGTGTAGGAGAAGCTAATCGAATTGCTGCTAATACAAAATTGAATACTGAATCTTCTCG TAGTCACGCTATTCTGATGGTTCACATTAAAAGGTCTGTCATAGAAAATGAAGATATTGTATCTAGTCAAAATGGCGATA CCTCTCACTTGATTAAACCTTCAAAACCACTTGTTCGGAAGAGCAAGTTGGTTGTGGTAGACCTAGCAGGTTCAGAGCGT GTCCATAAGTCAGGAAGCGAGGGGCACATGCTAGAGGAAGCTAAATCTATCAACCTTTCACTTAGTTCACTGGGAAAATG CATCAATTCTCTAGCAGAGAACAGTGCTCATGTTCCATTTCGTGATTCAAAGCTTACACGGATGCTCCGAGATTCTTTTG GCGGTACTGCTAGGACTTCATTGATTGTGACCATTGGCCCATCCCCACGTCATCGAGGAGAGACTTCTAGTACCATATTG TTTGGTCAAAGGGCTATGAAAGTTGAGAATATGCTCAAAATAAAGGAGGAGTTTGATTATAAAAGCTTGTCTCGAAAGCT TGAAGTACAATTAGATAAGCTTATTGCAGAAAATGAAAGGCAGCAGAAAGCTTTTGAGGATGAAGTTGAAAAAATAAATT TGGAGGCACAATGTCGTATTGCTGAGGTTGAAAGAAACTTTGCAGATGGTTTAGAGAAAGAGAGATTGAAATGCCAGATG GAGTATATGGAATTGGTAAAGGAGCTGGAGCAGAAGTTGGTGTTGAATCAAGGAAGAAATGACCGAAATAGTTTTGTGGC TGATAGTGGAGAGGGGCCTGCACAACCTTCTCCAAATGAACTTGCCGAGGTCAAAATGCTGCTTGAAACTGAAAGCAAGC GGAGAAAGGAGGCTGAAGAAGAGGTAAAACGTCTAAAAAATCAGCTGGGGATATATACACAAGCAGGAGGGGATTTGGAG ACTATAAAGCTTCACAACATGCTGGAGGATGAAGTAAATCAGAAAAAGAAACTTGAAGATGAAATTATAATATTAAGAAG TCAATTATTGCAATTGACCTTTGAAGCTGACCAGATGAGAAGGTGTTTGGAAAGTGGAAGCTCTGGGAGCACATTTTCCG CCATGGATTCCTCCATGACACAGGTTAGGCATTCCCAATTCAAAGACACTGGGAATGGTCAGAAGTCATCTGTTGCTACA CTCTTTGAGCAAGTTGGATTGCAAAAGATTTTATCATTGCTGGAGTCGGACGATGCCAATGTACGAATTCATGCTGTGAA AGTGGTAGCCAACCTTGCAGCTGAAGAGGCTAATCAGAAGAGAATTGTTGAATCTGGCGGTCTTACTTCCTTGCTGATGC TTCTTCGAAGATACGAGGATGAAACTGTTCGGAGAGTAGCTGCTGGGGCAATTGCCAATCTTGCTATGAATGAAGCAAAT CAAGAACTCATAATGGCTGAAGGAGGAATTACTCTGTTATCAATGACTGCATCTGATGCTGAAGATCCACAAACTCTTCG AATGGTTGCTGGGGCAATTGCTAACCTATGTGGAAATGATAAAATATTGATGACTCTAAGATCTCAGGGAGGTATCAAGG CTTTACTTGGAATTGTAAGATGTGGGCATCCAGATGTTCTCTCCCAAGTTGCACGGGGAATTGCTAACTTCGCAAAATGC GAGTCTCGAGCTTCTAATCAAGGGATAAAAAGTGGCAGATCTATTTTGATAGAAGATGGTGCACTTCCGTGGATAGTACA AAATGCTAACAATGAAGCTGCACCAATCAGGCGTCACATTGAGCTTGCACTGTGCCACTTGGCCCAGCATGTGAATGCGA AAGACATGATTAGTGGAGGTGCCCTCTGGGAGCTTGTCAGGATTTCACGGGATTGTTCACGAGAGGACATACGGAGTCTT GCGCGTCGGACTCTCAGTTCTATCCCTCCATTCAAAGCAGAACTCCGGCGGCTGCGTGTAGAATATTGA
Protein sequence (LotjaGi1g1v0463500.4) extracted from Lotus japonicus Gifu v1.2 Proteins.
MMADADFADCVEVQPELKRLKLRRNNWDSDTYEFDEVLTEYASQKRVYEVVAKPVVESVLDGYNGTVMAYGQTGTGKTFT LGRLGEGDTSDRGIMVRSMEDILADLSPDTDSITVSYLQLYMETLQDLLNPANDNIPIVDDPRTGDVSLPGATIVEIRDQ QSFLELLSVGEANRIAANTKLNTESSRSHAILMVHIKRSVIENEDIVSSQNGDTSHLIKPSKPLVRKSKLVVVDLAGSER VHKSGSEGHMLEEAKSINLSLSSLGKCINSLAENSAHVPFRDSKLTRMLRDSFGGTARTSLIVTIGPSPRHRGETSSTIL FGQRAMKVENMLKIKEEFDYKSLSRKLEVQLDKLIAENERQQKAFEDEVEKINLEAQCRIAEVERNFADGLEKERLKCQM EYMELVKELEQKLVLNQGRNDRNSFVADSGEGPAQPSPNELAEVKMLLETESKRRKEAEEEVKRLKNQLGIYTQAGGDLE TIKLHNMLEDEVNQKKKLEDEIIILRSQLLQLTFEADQMRRCLESGSSGSTFSAMDSSMTQVRHSQFKDTGNGQKSSVAT LFEQVGLQKILSLLESDDANVRIHAVKVVANLAAEEANQKRIVESGGLTSLLMLLRRYEDETVRRVAAGAIANLAMNEAN QELIMAEGGITLLSMTASDAEDPQTLRMVAGAIANLCGNDKILMTLRSQGGIKALLGIVRCGHPDVLSQVARGIANFAKC ESRASNQGIKSGRSILIEDGALPWIVQNANNEAAPIRRHIELALCHLAQHVNAKDMISGGALWELVRISRDCSREDIRSL ARRTLSSIPPFKAELRRLRVEY
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 | 812 | 812 | 0.0 | ||
| PANTHER | 1 | 812 | 812 | 0.0 | ||
| ProSiteProfiles | 1 | 328 | 328 | 94.94 | ||
| Gene3D | 4 | 360 | 357 | 9.0E-101 | ||
| CDD | 4 | 326 | 323 | 1.51843E-108 | – | |
| SMART | 8 | 336 | 329 | 2.0E-101 | ||
| Pfam | 14 | 328 | 315 | 6.9E-92 | ||
| SUPERFAMILY | 22 | 363 | 342 | 7.98E-93 | ||
| PRINTS | 62 | 83 | 22 | 3.8E-28 | ||
| ProSitePatterns | 228 | 239 | 12 | - | ||
| PRINTS | 229 | 247 | 19 | 3.8E-28 | ||
| PRINTS | 278 | 299 | 22 | 3.8E-28 | ||
| Coils | 344 | 386 | 43 | - | – | |
| Coils | 441 | 475 | 35 | - | – | |
| Coils | 488 | 515 | 28 | - | – | |
| Gene3D | 547 | 655 | 109 | 4.2E-21 | ||
| SMART | 555 | 594 | 40 | 26.0 | ||
| SUPERFAMILY | 559 | 808 | 250 | 7.3E-35 | ||
| ProSiteProfiles | 565 | 607 | 43 | 11.742 | ||
| SMART | 595 | 636 | 42 | 0.027 | ||
| Pfam | 598 | 635 | 38 | 1.6E-5 | ||
| ProSiteProfiles | 606 | 649 | 44 | 14.822 | ||
| SMART | 637 | 678 | 42 | 80.0 | ||
| Gene3D | 656 | 818 | 163 | 9.6E-18 | ||
| SMART | 679 | 719 | 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 LotjaGi1g1v0463500.4, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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