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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0013100 |
| Transcript ID | LotjaGi1g1v0013100.2 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Kinesin-like protein; TAIR: AT3G44730.2 kinesin-like protein 1; Swiss-Prot: sp|Q8W1Y3|KN14F_ARATH Kinesin-like protein KIN-14F; TrEMBL-Plants: tr|I1KYP4|I1KYP4_SOYBN Uncharacterized protein; Found in the gene: LotjaGi1g1v0013100 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:1678969..1688027) extracted from Lotus japonicus Gifu genome v1.2.
CGATCCAAGGGTCCCACTGGAGACCACACTGGCTGCTGAGTCACACGCCACGTCGGAAACGGCCCCACACACCGTTACTC CACCGTGACCCTACAAGGACACGAGTGACGGAGACACCAACGTTTGAAATTCAAGGTTCTCTCTCGTTTTTTGTTTCAGA ATTTCAAAACTCACACTCACTGTTTCTCTCTCTCTCTCAACTCAACGGGTAGTGCCACTCAACCTTGCATTGAAGCCAAG CATTTAATATAACCTCCCTCTTCGTTATTTTGAATGAATGCTCATTCATCAAACTCACGAGAATCTTGCTCCTTCCTTTG ATTTCTGGGTCAGATCAGATCCGATCTCTCTCCATTTCCATAACCCCATTGCCCAAAGCTTCACTTTCCCAGGTAAAAGT CTTTTCCTTCTCTATAAAACAGAGCTTTTCTTCTGTTTTCCTCACATTGAATAACCAAATTATTAGATGCATTAGAAATA TAAATATAATACTAATTCTCAGCTAGCCAGCTTAAACTTTTAGATTAGTCATTTCATGATACGGTATCAGAGTCTATATG ATCATGTGATTTTGAGTTCGATCTTTGGTAGAGGTGTGTATGCATTGTCCACGCTTCGAGAGTTCAAGTCAATGAGCTCT TGTGTTGTGTGGTTTGGGATGCTGAATGAATGTTGTAAGACTTGAAAGAATTTGAATTTGAATTTTTGTTTTTGTTTTGG TGATCAATTATAAGAGTTGTATTTGAAAATTGAAGCATTCATTCAATTTTTGGTGTTGCAGAGAGGGACAGGGGTTATAT TGTTATCGTATAAATCGTTGGAGAAATATGCCGCTGGAAAGTTTACAAAGCTCATTCTTCACATCTCCTTGCAAGAGAGG ATTGAATTTGAATTTGAGGAGTTCGGTCTTTAGCAACGATGAGGCTTCATATATTGTGACGGAGGATAGCATCAATGATC ATGAATTGGCTCAGAGGAAAGCAGAGGAAGCAGGTATGAACTAGCAATATATCAATGATCATGAATTTCTGATTGAAATT AGAAACAGAGCACTTGTCCTAGTACTACTACAATCTTCATGTTTCTGAAGTTGATAGTTAACTTTATTTTGAAAACTAAA TCCATTTTAGGAATATAATCAATTTTCTTAAACAAAAATGTTAATCGTACTATTACTATGGTGTCATTCCAATCTTCAAA AGATAACATAGTCTTCTAAATTACTAGACATGCTTGTTGGTTAAGATACATTTCTTCCAATGATGTTATTTCTTTATGAT CATATAGAAAAAGTAAAAAAGTATGGTAAAAGAATCAGTAATAATTCGATTGTGCTAATTAAACATGGGGTGGGTGGAAA AGAAAAGTGAATGGGACGGGACACACCAAAACATTGTGTAGTCCTTAATGATAGTAAAGCGCAGTAAGCGGGGGATATGT TGCACTTGCACTAAAATGGGATTGTGCCCCCCACCATTACCATTCAAATTATGTGATTTCAAGCATGGTGCCTACTACTA GTAGTACTACCCAACAACAACAATAAAGCATGGTTTCTTATAGGTACTATCCGACCCAAAAAAAAGCACGGTGTCAATAT AACTTTGGAACATAATAATCTTTGTAATACTAATTCAATGGAACTTATAGTTATATTATATCATTGTTATTTTGTTTTAG AATCAATAGTAACATACACAATCCCTTCTAAGTGGAGCGAATCTCGAGTGAGGTGTTCAAGAGAGAGATAAGAAGAAAAC ATAAAGGAAAAGAGATGTAATTTATAATATGATTGAAAAAGAAGAATAAAAAGTGAAATAAAAATAAAGTAAATGTGTGA ATGAATCACAACTCCTTTAACCTCTATTCAATCACTCCATCAAAGCTGCTCATAGAAAATTGTTTTATGTGTCAACATAA CTAATTAGACTTATTACATATTTAAATGAGATAATATAATATTGTTAAGACTATGATATAAAATAATATTTAAATACTAA TATGATATAACAATATTATTTTTAGCACTTTCCATTTTATCTGTATCATTATCATATTTGTTTATATCTATATGTTCATA CTAAAAATATCATTATACAAAAAAAAAAAAATTCTCTTCTATCTTTCTGTTCAACCAAACAAGAGAGTGTGTCCACATCC TTTTTTTTCTCTTCACTTTCTATCATACAAAACATCTCTCTTTCTCAATTCTTTCTCTCTACCATTTCTATCTTCTCTAT TTCTATTTCTCTTTTCCTCTCCTTAACCAAACAAAACATTAAGTGATTAAACTAAACTAAAACGGTGTCGTAGGAACATT TCCCGCCATCTCTTCTTGTTGTTCATAGTAGAAACTGTGGTGGTTGTAGTTGTGAATGTGACTGTGTTTGTGTGTGTGTG TTTGAGAGTGCAGCTTCAAGGAGGAACCAAGCAGCTGAATGGCTTCGGCAAATGGACGACGGCGCAGCCGCATCATCACT CTCCAAACAATCCTCCGAGGAAGAATTCTGCCTTGCACTCCGCAATGGCCTCATTCTCTGCAATGTCCTCAACAAAGTCA ACCCCGGTGCTGTCCTCAAGGTCCTTCCTTCTCCCTTTTTCCTTTCTGGGTTTCCTCCATTTTTCTTCTCTTGTTTCAGA TATAACAGAAAATCATGTGTAATTCACTCAACACACACCTTTAACTTATTCACATGATCAATTGCATGTTTGGCTAGACT TTTGGATAATTTGTTATTGACTTGATTAATTTCTGTGCTAGAAAGACCCATAATCACTTTTTAAGAGAAGCTATAAAATT TGCTTTTGTAGTTACTAGTTAGCTTGCTTTGGATTATGTATCTCCATCAATGCAAATATGCTATAAATGGTTTGGAATTT GAATCCTAGACTCTCATTTTCACAATAAAATGTTAAACTTTAGCACTAGATAGATGAACCAATGTAATATCCACAATTCT AAGCCTAAAGGGCTGTTGCATGAGGAAGCTTATTATAAATCTAATATAAAATCAAGTTTTTTCATGCAATGGATTGAAAT TTTGGAGATATTTATTTCATGAAATGTCTTCCCCTTCATATTACGATGCCTTTTATGCTCCGCTGATTTTTTTTTTCCTT TTTGACTTTTCCGGTTTTCCCTTGGTTTGTAAATTGCTGTGGAAAAAGGTGGTGGAGAATCCTGTCCCTGCGGTTCAGTC TGCAGAGGGAGCTGCGCAATCTGCGATTCAGTATTTCGAGAACATGAAGAATTTTCTGGATGCAGTTAAGGATATGGAGC TTTTGACTTTTGAAGCTTCGGATTTGGAAAAAGGTTGGAGCTTTGAATTGATTAGTGATGACCCTCCCTTTGAGATTAAA GATGCTACCTTGTCTCAATAGCCATTTCATTATTGCTCTTTTGGAGTTCTCTATTAATGTGGTTTGTTCTGTGCTTGTAG GGGGTTCATCAAGTAAAGTTGTGGACTGCATTCTCTGTTTGAAAGGGTATTATGAATGGAAGCTCTCAGGTGGTGTTGGC GTGTGGAGGTATGGAGGAACAGTGAGGATTACTTCCTTTCCTAAAGGAACTCCTCCCTCCCTTGTGGACAGTGAAAGTGC TGATGAATCCCTGGATGAGTTTGATTCGTCACAGTATGAACAGCTACTTAAATTTCTTCATCTATCTGGAGAGGTCTCAG TTGAAGAAACCAGAACTACCAATGCTTTTGCTTTCCTGTTTGATCACTTTGTACTCAAAATTCTCCAGGCTTACCTCAGA GAAACTGATGAGACTGAAGATTTGCCGCTGAATGCAATGGTCGGTAAGATCCTCTCCAATGTGTTGTATTTTTCTTGCTT CTGTTCTTGTTTAATTGTACGAAAACTTTGTAGATTGATTTATATGATTAGTAGCTGGCTATATACAAAAATGATTATAC ATAGATCACCGAGCAATAAATTCTTAGTTTATAAGCATGTGAAATAGTCTAATGCAGTAATGCCATGGTGCATGCAAATG CAATGAAGGATGTTTTCTATTTTAGAATGTAACTATATGGAATTTTAAGACTGTCAAATTAGATTTTTTTTACAAATTTA ATTTATGTGTAAATATTCATGCTATCTTATTAGTCTTCGGGTGAAATTTGGCAGGTGATTGATAGCATGCAAATGCAATG AAGGATGTTTTCTATTTTAGAATGTAACTATATGGAATTTTAAGACTGTCAAATTAGATTTTTTTTACAAATTTAATTTA TGTGTAAATATTCATGCTATCTTATTAGTCTTCGGGTGAAATTTGGCAGGTGATTGATACTTTTCTCAGGAAGGTAGTCA TGGATTTTTCTTCATTGCTTGTTTCTCAAGGCGCTCAGGTACTTCAAACTTTTATGTGCCTTTTGGATTGCTACCACGTT TTCAATGTAAAAGCACCCTCGTTTCTGTTGTTTTCCAGCTCTACAAGAAATGATTGACAGTGGTTTAGTCTTTTCCTTTT CCTTACTTCGAAAGGTCATCTAAAATATAGTTCTTCACAATTGTCTACAGCTTGGACGTTTCCTCAAGAAAATATTGAAA GGAGATATTAGTTGCCTCTCTAAGAGAGAATTCATAGAAGCCATCACATTATATCTTAATCAAAGAAATAGCTTGGCGTC GAATGATTTCTCTAATTTCTGCACTTGTGGTGGAAAACGTGTCAGTATTCAGCGAAATGTGAACTATTCTGCCAAGCATG CTGAAATAATTGATGCTCAGAAACAACTTGAGGTATCGAAGTGGAAAAATCTAATATGCCGCTATAGATGCTTTATCATG TGTGATTAGATTAGCACCATGCACTGCAATGATATTTTTCTTGCTACAGGCAATGAAGTACTTCTTTGAAGAGATTAAAC GGGAGGTCAACCAGATTCAGTCCGAATGGCACCAAGAAGTGAGCAGGCTTGGTAAGGAGCTAAGACTTGATTTTCCATGA GAAATATCACCCATGCATGTACAATCTTTTGATAGTCATAATGTTGAATTGAGTTCCATGTACTTTTTAGAGAATCATAT AAAGAGTCTGGAAGTAGCCTCCTCTTCCTACCACAAAGTTTTAGAGGAGAACCGCTTTCTTTACAATCAAGTGCAAGATC TCAAAGGTAACTCAAGAATCCAACATTTTTTCAAGGTTCTTCTTACATGATTTTTTGTGTGTTAACAAATCTGCTGTCTT ACAGGAGCCATTAGGGTCTATTGTAGAGTGAGACCGTTCTTACCAGGACAATCAAATGGACAATCTACAGTAGATTATAT AGGAGAAAATGGAAACATAATGATTGTAAATCCCCTTAAGCAGGGTAAAGATGCTAGAAAGGAATTTTTATTCAATAAGG TGTTTGCAACTAGTGTCACACAAGGTACTTTAATATTTTGACATGTATTATTACAAAATGGTATAGGGCCTCTATGTACT TTTTTCTACATGGTTCTTATTATATGCATTTGTTACAAATAAACTTATGGACTTTGTATCCCTTTTTTGGAAGATTTTTA TGATGAATTTTCTTTATCGTGTGCAGAACAAATATATGCTGATACTCAACCCTTGGTCAGATCGGTTTTAGATGGCTACA ATGTATGCATCTTTGCTTATGGACAGACTGGCTCAGGAAAGACCTACACGATGGTAATGTTATTTACAGAAATGTGCAAG CACATAGAAAGTAGTCAAACACATAATGTTACTTATACATTCACTTAATGTTTGTGGAATTTGAAACCTAAGCCACATTG AAAGAGTAATAATATTTCAAGGTAATTAACTGGGTTTGCAATAATTCAAAGTAGGATATTTATTGTTGTCTCATAATTTT TCTGATATCTATGTTTTATGTGATTTATTGCTTGTACAGAGTGGCCCTGATCTGATGACTGAAGAGACATGGGGTGTGAA CTATAGGGCTTTGCGTGATTTATTTCACATATCGAAGGAAAGAGCAGATGCCATAAAATATGAAGTTGGCGTCCAGATGA TTGAAATATACAATGAGCAAGTGAGAGATCTATTAGTCAGTGATGGCTCTAACAGAAGATATCCTTCAAGCCCATATTTG CTGTATTTATATCACACCATTTTTTCAATATGTACATGATTACATGATAAGCCTTACTTTTTTGTATCGATTTTTGCAAT AACATTTATCTTTGGTTCATTTCCTCAACTAGATATACATTAGAAATACGAAACAACTCTCAGTTGAACGGTCTTAATGT GCCTGATGCATCTTTAGTTCCTGTTAATTGTACTCAAGATGTTCTTGATTTAATGAAAATTGGTCAAAGGAACCGTGCTG TGGGTGCTACAGCTCTGAATGAGCGAAGCAGCCGTTCTCACAGGTGAAACTTCTTCTTCATGAGTATTAGATAGATGGCT ACTCTAACCATCAAATATATTTAATTTAGTAAAATTCTCTCCCACCCAATTGCAGTGTGTTGACAGTTCATATCAGAGGG AGGGACTTAGTTTCTAACTCCATTCTTAAGGGCTGTCTTCATCTTGTGGATTTGGCTGGAAGTGAGAGAGTGGACAAATC TGAGGCTGTTGGTGAGAGACTAAAGGAGGCCCAACATATTAATAGATCACTTTCAGCACTTGGGGATGTTATCTCAGCTT TGGCACAGAAGAGTCCACATATTCCTTACAGAAATAGCAAGCTTACACAAGTTTTACAAGATTCATTAGGTAACAAGAAG ACATAATTGATCCCCCACCGATCCTAATTGTCAAAATTGTTTTCTATTTTGAATTTCTTTAAAGAATATTTTTTTCATAT CAATAGGTGGCCATGCAAAGACTTTGATGTTTGTTCATATAAATCCTGAACTGAATGCTCTTGGGGAGACAATTAGCACA CTGAAGTTCGCTGAGAGGGTTGCATCCATTGAACTAGGGGCAGCTCAATCTAATAAAGAAACTGGTGAAATCCGAGAGCT AAAGGACGAGGTTCGGGTTTTGGTCTTGAATAGTTCAATTTTAAATTAACTTGACCAGTATTTTTACTCTAGCTTCAACA TTATATAGATATCAAATATGAAATTGGCTTTGGAGAGGAAGGAATCCGAACTGGAACAATGGAAATCTGGGAATGCACGA AATGCCTTAGAATCTCAAAAAGCAAGAGCAGTTTCACCTTTTCGTTTGCCCCGAAATGGTACCAATGGCAGCATGAAGTC TGAAAATTCTCAAAGATCCATGGATGATAGAAACTCTGAGGTCATTGCATGCAGATATAACTTGTTACAATAAATTTGTC TAAAAGGTTATTATTTGGACTATCTAAAACTGAAATTCTATTTTCAGGCTAAAAGTTGTTCTTCAGGCAAGCAAAAAAGG TCAAGATTTCCCTCGGCGTTTGTGGACAAAGACTCCACACCAAAAATGTCTATTCCGGCTGAAGAAAGATCGGTGAACTG GAGGAAGGATAGGTCACCTTCACCACCAGTTAGGAGATCAATATCCACTGATAGAGGGTCTGTCATCAAAAGCAAGGTCA AGAGTGACACAATAGAGAATCAAGCAATATTAAAACCTCTATTTCCAGCTAGAATACCAGTAAATAAATCTCTTGCCACA ATGCCAATGGCTCCATCTACGGAGAATAACACTTCTCAAAATGTCTTCAACCTCCAAAACGTAAACACCAGGAAAGTTTA TCAAGAACATGAAGAGGAACAGTTGAAGCAAGTATCTGGTGTGGTAAGACAAGGTGGCATTAGGAAAAGCAAGGTTGAGC ATAAGGCCAAGGTCAAGCATCATCAGCAATTGCCCATTAGGATTCAGAAGGCTGGTCAGGTACCTACATCAATTACTGAC ATGGAAAATGCTGGTGAAGTGACTCTGGAGGCACCTCGAAAGAGTGATTACTCTGAGCCAGAAAATGATATTAGCATTAT GGGGTCTGCAGTCCACGGTGTGTTAAATCTTAAAAAGATACGTCAGAACATCTCAAGGAATCCTCAGAACCTTGAATCAA GGTACAGCTCAAGCAAATTTTATATCATTCTTTACAATTCCTGATAACGCCACCTCATTTTTACTATTTCAAACGAGTCA GCTAATATTTTACTCCAACCAATCAATTCTAAAAAAAATTCTTAAATGGACTCAACTGTTTACCCTACACTTTATATTTG ATTATTTATCTATATTTCATTCATTTATCATCATAAAATATAAAAATGAGTCCCACAAAAAGCAAATACCAACTGGTTGC TGCAGTAAGCCACCGGTGGTATGACATGAAAAATCAAGCTGCTATCCAAGGGTGCAAATACTCTGATTGGGGGATCTGGA TTTAATGCAGTCAACTGCACATCACTCACAAATCCAAGCCGTTTGATTAAAATTAGATGGCTCACATTTCTAGCATGCAT TTGTATTTGATTTACTAAGATTCAATACTAATCATTGGATTATAAATTCAATGGCTATTGTTGAATGAATGCATCGATTG TGTAAAATGTGATTGCAGTCAATCTGAATCCTTGTCTGTGTTGCTTTCCGAAAAGCAACTTTCGTTGGAGATGCTCTAAA TGAAAATTTTCAATTTTCACTTGTTTAGTTGTTTTTTTTTTTTAAAGATGATATTCTTAGCCTCATTGGTAACCATGAGT GACCAATTTTTGTCACATGCAGAGGGACAGTGAAAGCAGTTGAGCCTTTGTTGTCTAGCAAAGCTGAAAACAAAGTTGTA ATCGGTTCAGGTCGCAATACTTCCATGCATGAATATAGAAGGAGCCGATCTACACCGCGGGGAAAGTTTTTTGTTTTATC TTGAAGATTTCAGGTAAAAAATGTATTGTTTTCTGTTATGTATTCTTGTACAGTGACTACCACTGATGTGCATGCTGTAG TGCAAGCTCACATGATTTTGTAGAGACTTAGAGAAAGGTTTCAGGTCAGTTTGTGTAACCTTTCTCTATATTTGTATTCT GATCATGGTCCTTTTGTAATTTGAAATTTCCAAGGTCAATATAGTTTACATCATGGGGTGTTGTATGTAGTACACAATTT TATTGACAAGGCATATTTG
CDS sequence (LotjaGi1g1v0013100.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGCCGCTGGAAAGTTTACAAAGCTCATTCTTCACATCTCCTTGCAAGAGAGGATTGAATTTGAATTTGAGGAGTTCGGT CTTTAGCAACGATGAGGCTTCATATATTGTGACGGAGGATAGCATCAATGATCATGAATTGGCTCAGAGGAAAGCAGAGG AAGCAGCTTCAAGGAGGAACCAAGCAGCTGAATGGCTTCGGCAAATGGACGACGGCGCAGCCGCATCATCACTCTCCAAA CAATCCTCCGAGGAAGAATTCTGCCTTGCACTCCGCAATGGCCTCATTCTCTGCAATGTCCTCAACAAAGTCAACCCCGG TGCTGTCCTCAAGGTGGTGGAGAATCCTGTCCCTGCGGTTCAGTCTGCAGAGGGAGCTGCGCAATCTGCGATTCAGTATT TCGAGAACATGAAGAATTTTCTGGATGCAGTTAAGGATATGGAGCTTTTGACTTTTGAAGCTTCGGATTTGGAAAAAGGG GGTTCATCAAGTAAAGTTGTGGACTGCATTCTCTGTTTGAAAGGGTATTATGAATGGAAGCTCTCAGGTGGTGTTGGCGT GTGGAGGTATGGAGGAACAGTGAGGATTACTTCCTTTCCTAAAGGAACTCCTCCCTCCCTTGTGGACAGTGAAAGTGCTG ATGAATCCCTGGATGAGTTTGATTCGTCACAGTATGAACAGCTACTTAAATTTCTTCATCTATCTGGAGAGGTCTCAGTT GAAGAAACCAGAACTACCAATGCTTTTGCTTTCCTGTTTGATCACTTTGTACTCAAAATTCTCCAGGCTTACCTCAGAGA AACTGATGAGACTGAAGATTTGCCGCTGAATGCAATGGTGATTGATACTTTTCTCAGGAAGGTAGTCATGGATTTTTCTT CATTGCTTGTTTCTCAAGGCGCTCAGCTTGGACGTTTCCTCAAGAAAATATTGAAAGGAGATATTAGTTGCCTCTCTAAG AGAGAATTCATAGAAGCCATCACATTATATCTTAATCAAAGAAATAGCTTGGCGTCGAATGATTTCTCTAATTTCTGCAC TTGTGGTGGAAAACGTGTCAGTATTCAGCGAAATGTGAACTATTCTGCCAAGCATGCTGAAATAATTGATGCTCAGAAAC AACTTGAGGCAATGAAGTACTTCTTTGAAGAGATTAAACGGGAGGTCAACCAGATTCAGTCCGAATGGCACCAAGAAGTG AGCAGGCTTGAGAATCATATAAAGAGTCTGGAAGTAGCCTCCTCTTCCTACCACAAAGTTTTAGAGGAGAACCGCTTTCT TTACAATCAAGTGCAAGATCTCAAAGGAGCCATTAGGGTCTATTGTAGAGTGAGACCGTTCTTACCAGGACAATCAAATG GACAATCTACAGTAGATTATATAGGAGAAAATGGAAACATAATGATTGTAAATCCCCTTAAGCAGGGTAAAGATGCTAGA AAGGAATTTTTATTCAATAAGGTGTTTGCAACTAGTGTCACACAAGAACAAATATATGCTGATACTCAACCCTTGGTCAG ATCGGTTTTAGATGGCTACAATGTATGCATCTTTGCTTATGGACAGACTGGCTCAGGAAAGACCTACACGATGAGTGGCC CTGATCTGATGACTGAAGAGACATGGGGTGTGAACTATAGGGCTTTGCGTGATTTATTTCACATATCGAAGGAAAGAGCA GATGCCATAAAATATGAAGTTGGCGTCCAGATGATTGAAATATACAATGAGCAAGTGAGAGATCTATTAGTCAGTGATGG CTCTAACAGAAGATTAGAAATACGAAACAACTCTCAGTTGAACGGTCTTAATGTGCCTGATGCATCTTTAGTTCCTGTTA ATTGTACTCAAGATGTTCTTGATTTAATGAAAATTGGTCAAAGGAACCGTGCTGTGGGTGCTACAGCTCTGAATGAGCGA AGCAGCCGTTCTCACAGTGTGTTGACAGTTCATATCAGAGGGAGGGACTTAGTTTCTAACTCCATTCTTAAGGGCTGTCT TCATCTTGTGGATTTGGCTGGAAGTGAGAGAGTGGACAAATCTGAGGCTGTTGGTGAGAGACTAAAGGAGGCCCAACATA TTAATAGATCACTTTCAGCACTTGGGGATGTTATCTCAGCTTTGGCACAGAAGAGTCCACATATTCCTTACAGAAATAGC AAGCTTACACAAGTTTTACAAGATTCATTAGGTGGCCATGCAAAGACTTTGATGTTTGTTCATATAAATCCTGAACTGAA TGCTCTTGGGGAGACAATTAGCACACTGAAGTTCGCTGAGAGGGTTGCATCCATTGAACTAGGGGCAGCTCAATCTAATA AAGAAACTGGTGAAATCCGAGAGCTAAAGGACGAGATATCAAATATGAAATTGGCTTTGGAGAGGAAGGAATCCGAACTG GAACAATGGAAATCTGGGAATGCACGAAATGCCTTAGAATCTCAAAAAGCAAGAGCAGTTTCACCTTTTCGTTTGCCCCG AAATGGTACCAATGGCAGCATGAAGTCTGAAAATTCTCAAAGATCCATGGATGATAGAAACTCTGAGGCTAAAAGTTGTT CTTCAGGCAAGCAAAAAAGGTCAAGATTTCCCTCGGCGTTTGTGGACAAAGACTCCACACCAAAAATGTCTATTCCGGCT GAAGAAAGATCGGTGAACTGGAGGAAGGATAGGTCACCTTCACCACCAGTTAGGAGATCAATATCCACTGATAGAGGGTC TGTCATCAAAAGCAAGGTCAAGAGTGACACAATAGAGAATCAAGCAATATTAAAACCTCTATTTCCAGCTAGAATACCAG TAAATAAATCTCTTGCCACAATGCCAATGGCTCCATCTACGGAGAATAACACTTCTCAAAATGTCTTCAACCTCCAAAAC GTAAACACCAGGAAAGTTTATCAAGAACATGAAGAGGAACAGTTGAAGCAAGTATCTGGTGTGGTAAGACAAGGTGGCAT TAGGAAAAGCAAGGTTGAGCATAAGGCCAAGGTCAAGCATCATCAGCAATTGCCCATTAGGATTCAGAAGGCTGGTCAGG TACCTACATCAATTACTGACATGGAAAATGCTGGTGAAGTGACTCTGGAGGCACCTCGAAAGAGTGATTACTCTGAGCCA GAAAATGATATTAGCATTATGGGGTCTGCAGTCCACGGTGTGTTAAATCTTAAAAAGATACGTCAGAACATCTCAAGGAA TCCTCAGAACCTTGAATCAAGAGGGACAGTGAAAGCAGTTGAGCCTTTGTTGTCTAGCAAAGCTGAAAACAAAGTTGTAA TCGGTTCAGGTCGCAATACTTCCATGCATGAATATAGAAGGAGCCGATCTACACCGCGGGGAAAGTTTTTTGTTTTATCT TGA
Protein sequence (LotjaGi1g1v0013100.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MPLESLQSSFFTSPCKRGLNLNLRSSVFSNDEASYIVTEDSINDHELAQRKAEEAASRRNQAAEWLRQMDDGAAASSLSK QSSEEEFCLALRNGLILCNVLNKVNPGAVLKVVENPVPAVQSAEGAAQSAIQYFENMKNFLDAVKDMELLTFEASDLEKG GSSSKVVDCILCLKGYYEWKLSGGVGVWRYGGTVRITSFPKGTPPSLVDSESADESLDEFDSSQYEQLLKFLHLSGEVSV EETRTTNAFAFLFDHFVLKILQAYLRETDETEDLPLNAMVIDTFLRKVVMDFSSLLVSQGAQLGRFLKKILKGDISCLSK REFIEAITLYLNQRNSLASNDFSNFCTCGGKRVSIQRNVNYSAKHAEIIDAQKQLEAMKYFFEEIKREVNQIQSEWHQEV SRLENHIKSLEVASSSYHKVLEENRFLYNQVQDLKGAIRVYCRVRPFLPGQSNGQSTVDYIGENGNIMIVNPLKQGKDAR KEFLFNKVFATSVTQEQIYADTQPLVRSVLDGYNVCIFAYGQTGSGKTYTMSGPDLMTEETWGVNYRALRDLFHISKERA DAIKYEVGVQMIEIYNEQVRDLLVSDGSNRRLEIRNNSQLNGLNVPDASLVPVNCTQDVLDLMKIGQRNRAVGATALNER SSRSHSVLTVHIRGRDLVSNSILKGCLHLVDLAGSERVDKSEAVGERLKEAQHINRSLSALGDVISALAQKSPHIPYRNS KLTQVLQDSLGGHAKTLMFVHINPELNALGETISTLKFAERVASIELGAAQSNKETGEIRELKDEISNMKLALERKESEL EQWKSGNARNALESQKARAVSPFRLPRNGTNGSMKSENSQRSMDDRNSEAKSCSSGKQKRSRFPSAFVDKDSTPKMSIPA EERSVNWRKDRSPSPPVRRSISTDRGSVIKSKVKSDTIENQAILKPLFPARIPVNKSLATMPMAPSTENNTSQNVFNLQN VNTRKVYQEHEEEQLKQVSGVVRQGGIRKSKVEHKAKVKHHQQLPIRIQKAGQVPTSITDMENAGEVTLEAPRKSDYSEP ENDISIMGSAVHGVLNLKKIRQNISRNPQNLESRGTVKAVEPLLSSKAENKVVIGSGRNTSMHEYRRSRSTPRGKFFVLS
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 |
|---|---|---|---|---|---|---|
| Gene3D | 42 | 187 | 146 | 5.8E-29 | ||
| SUPERFAMILY | 53 | 198 | 146 | 3.81E-22 | ||
| ProSiteProfiles | 56 | 178 | 123 | 18.714 | ||
| SMART | 58 | 176 | 119 | 3.3E-8 | ||
| Pfam | 58 | 178 | 121 | 2.0E-12 | ||
| PANTHER | 328 | 1117 | 790 | 0.0 | – | |
| PANTHER | 328 | 1117 | 790 | 0.0 | ||
| Gene3D | 432 | 806 | 375 | 2.5E-132 | ||
| SMART | 435 | 773 | 339 | 4.5E-170 | ||
| CDD | 435 | 767 | 333 | 2.84324E-162 | – | |
| ProSiteProfiles | 437 | 765 | 329 | 113.56 | ||
| SUPERFAMILY | 438 | 802 | 365 | 9.57E-119 | ||
| Pfam | 443 | 765 | 323 | 2.2E-106 | ||
| PRINTS | 512 | 533 | 22 | 4.0E-40 | ||
| PRINTS | 635 | 652 | 18 | 4.0E-40 | ||
| PRINTS | 666 | 684 | 19 | 4.0E-40 | ||
| PRINTS | 715 | 736 | 22 | 4.0E-40 | ||
| Coils | 772 | 806 | 35 | - | – | |
| MobiDBLite | 806 | 903 | 98 | - | – | |
| MobiDBLite | 839 | 856 | 18 | - | – | |
| MobiDBLite | 1099 | 1120 | 22 | - | – |
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. |
Expression pattern of LotjaGi1g1v0013100.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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