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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0461500 |
| Transcript ID | LotjaGi2g1v0461500.1 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Gamma-tubulin complex component; TAIR: AT3G43610.1 Spc97 / Spc98 family of spindle pole body (SBP) component; Swiss-Prot: sp|G5E8P0|GCP6_MOUSE Gamma-tubulin complex component 6; TrEMBL-Plants: tr|K7K5M8|K7K5M8_SOYBN Uncharacterized protein; Found in the gene: LotjaGi2g1v0461500 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:95478307..95489906) extracted from Lotus japonicus Gifu genome v1.2.
TTTTTTTTTTGTATTTTGAAAAAGCATTTTCATGGTTTTAAAATCACTTAAAATAAAATTGATATTTATTTTATTAAATT TTAGGCCCAATGTTTTCGTAATTGGGTGGCATAGGCATAGGCATAGGCATAGGCATAGGCATATATGAAGACGGGAGCGG AATTGGTGATGATTTAAAAATGTGAAAAAGTTGGCAGAGGCGCCCTTTATAGTTTATAGTCACCAAAAAGAAAAAGAAAA AGAAAAAGAAAAAGAAAAAGAAACCCTCCGAATCCGATGATGGAGCGGGGAATGGGTTGTGATGCGAAATTGGGTTCGTT GTTGGAGAATTTGAAGTTGCAGGATCCATGGCTTCCCCCAACCACATGGGAATCCATACCCTGTGAAAGTGGAGTTGGTG TTGGTGTTGGAGTACCCACCTCCACCTGTTCAAAATCGAATCAAACCCTTTCCACTCTCTCTGTAAGTCCACACATTTCC AATTCATCTAGTACTTTTTTAGTACAGCGCTATGCATTCCGATCCGAACTGACGACATGTTTATTTGAAATTTGGCCTCC TCAGGAATCAAGTTTAGTGAGGTTGGTTATGAATGCTATGCAAGGTGTCAAATCATCCCTTATTAGTATTCAAAACCTAT ATACTATCTTTTCTAATGATCCCGCTGACAGGACCTTCCTCCAGATTCCAAATCTCTGGAATCGAGCTTCCACCACTCAT TCTTTGGCAAATTTACTTATCTCTATTGGTTGCACCGGCTCTCTTGTTTTTCTTCTCCGACAATTTGTATATTATTTCAC CAACCCCCCACACAACCACAACATTTCTCAACATTTCCCTCCCTATACTCTTGTTAATCAAGCCTTTGCTGTAGCTGTCG GAAAGGTCTTGGAAGCCTACATTTCTGGATTGGACACCATTCATGCATCTATAACTTTACGCCGCTCTTCAAAACATCAC GTTGGCCTCTCTGTGTCTGGATGTTTGAAGAGTGTAGTGCATTCTGAAATAACACTGCTTGAGTTTTACCTGCATACAAA AGAACTAAGGACTCAGATTCAAGCCCTTGCAAGCATATGTAACCTACAAAACTGGGTCCTTTGTTTTTCAGATACTGCTT TTGAGGATCTCATTACTAAAGCTACTTCTGAATTTTCTAACTTCAGCAGAGGAGGGGACTTGTTGACATTTTTGCATGCA CAATTACAGGTCACCTCACTTGAATGCTTTATCATTTTATTCTTTGAATGTTTATCTGAACAACTTAGACTACATGTACA AATTATCTTACGTGCTTTCTAATAGGCCATTTAGATCAATGTCTTTTCTAGTGGTTTCTCTTAGGGTTTTCCTTGGTCTT TCTCTGCCTCAGTTATTCAGACTATCCTCCTTGTGATAAATGATAATTTACATACTTGTTGCAATGCAACAATTGCATTA TTTCAATTACAGATACTGCGCCTTTGCATTTTGTTCCTTTTTAATATTTCTTCTAATCTGTACAGCTTTTTAAAATTTAG GTTGCTGATCCTGCTCACTGCTCTCTGCTCAAGTTTCTTTTTCTTCAATCATGTGAACCATATTGTGGGTTCATTAGGTC ATGGATTTTCAAAGCAGAAATCCATGACCCATATAAAGAGTTTATTGTACAAAATGTGGAGTGTTTACCTCATCAGTCTC ATTTTAAAGCTGGCAAATCTGTTGACCTCCCATTGGCAAGTATCAAGGTAATTCTTTCCTGAGCTGAACTGCTGGCAATT TTATATGTATCATGTCATTAATTTTTATTGCCTTATTATATTGATTCTCATAGTGGGGACTTCCTAACATCAGGTGCGAG ATGGAGTCCTTGTTCCTGAATTTCTCAAAGACTTATTGGTTCCACTTGTTAGAGCTGGTCAGCAGCTTCAAGTACTATTG AAATTGCTTGAACTATGTATTCATGTTGCTGCTGGAGGACATAGTTCTGATGACTTTCTTCCCTGCTGGAGTGGCTTTTC AAGCAGCAGTCTGTCATATTCTTCTCCACTGACGTTCAGAAAAGATATCATAGAGACTATGGTTTTTGCAAGAGAAAGTT ATTATAAAAGGATGAATGGAAAAATTGAAAGCTTTTTGAGCAGCTTAGAAATTAGATATCAGCAGGTAATCCACACTCGA TAGTTTTGGTTCCTTGTACACGTATACTTCTTACTTCTATTTACTTTTCGTTATTTTGTAATGACAATAAATAATTTATT TTCAAAAGAAACGAAAGGAAGAGGGTTACAATCCAGAAATTTAACATGTTCTCTTACAAGCACCAACAAAAAACCAATGG AAGAAAAAATACAGGAAAGACATTCAATTTCTTTCAAAACCTGCAGGGAAATCCCCTGAAAACAAATACCAGTTGATCAT CATAAGTAATGGAAACAATTCTCAGATTATTTTCATACCAAATGCATCACATTATCACATTAATGCTTTAAAATCATGCT AGTTCCTAGTGCAGAGATATTTCCGGCTTGTTTTGTATAAATGATCCTTAAATTTTCTGCTTTTAATATGTTAGACATTA AAAGCAATCTTGAACCTTCGCGTTTGGTTTACAGAGAATCGGTCCTTGTTATAATTTTTTTTTATGACCAACTGGTCTGT AATTCGATTCTTACTGCTGTAATTCTTTTAAGTAGAAGTTAAATTTCAACAGACATGAAAATGGGCATGTGTGTCGTTTG CACTTCAAGACTATAGGATTCTTGCATGATGGAATGTGTTGGAGATGTAATGATCATGTTCCTTCACTTAATAGCTATAG CTTAAACATTGAGGTGAGTTGGTCCTTAAAGTAATATAAGCAATTGGGACATTCACATAATATCTTAACCAAGTTTATCG AATATTTGAGCCACCACGTGGTATTTTTTATTGCTATTGATATATGGAAATGGTCAGTTCTCTAACAAGTAACATCAGAC GTAGTATATCTGCATTGAAGATATCGTGTGTAGATTACATTTATATTTTTACTTTGTAATATAACTGTGTGTTTCATTAA CCTCGGTGAAACCTTGATTCTTTCCATCTTGATGTTATTAGTCTAGAGCTGAAATAGAAGTTTCATTTTTTATTTTGTAT ATTTTATATTGTTTGTTAGTTGCAAATGCATTGTCTGAAAATTGCGGTGCCAAAAGATGTCAATGCATAGGCCATTGTGG CAGTTTTTGTGCGTGTGTTGGGTGGGTGGAGGGGGGTTGGTGGAGTTTTTCTGGTTGTTAATGATTCTTGGATTCATGCA TTGGTTTTATGGTAACAATGCGCTAAAAGCATTTTTATTTTGGGTTCAGTCCTCAATAACAGATCAACATATCTTTTTTT TTTAGATAATATTTATGATTTATGATGAAAAGTTGTTATATGGATTAGGTTGTCTCACTGTGATCCCATTCCGATCGATG ATTTTGTCTTATATCTGTATTTTTATCTATATTAATTTATGGAAAGACAGCCAAAGGTAAAAGGAACATAGGAAGTATAA AATTGGGTCGGTGAAGGACAATAAATAAGATGTGGAGCAGAAAGAAGATTACTCTTCCCATTCTAAGCAAGTGCTTTTTT CTTTGTTTTTTTCCTTATGCATGAAGAATCTCCTTTTACAGGCAGCTATGCATGCTTCAGGACCTTCTTTTGATAAGGGT GGAGAGACTTTAGACAAACTAGCCCAGCTTTTGTCAGAAAACAAATCCATTATCCGTCCAACAGATGATGAAGGAATTTC GAACGTGTAATCTCTTACTCCCTGTCTCCTCCCCTTCGCCTTGAAACTTGTGCGAGCATGCAGATGTGTAACTTGTTTCC TTTCATTTTCTGCTTGGCATTTCTTGTCCGCATAACTCTATTTACCTTTGTTATTGCTTCATTGATGTTTGATAGAATTT CTCAGGGGCTTTGATAATTTGGGCTCTGATGTCTCTAGTACAGTAGATGAGTTCTCTTTGCTGGAAGATATGTATGATTC ATCTGAAAGTTCATCCTTAAACAGCTCTGAGGAGAAATTGGAGTCTGATCAGCTTAGTGGCTGGCCTTGTCCAATAGTTG GGCATCAAAATCATTTATCTGCTTTAAGCTTCTTGAAAAGTACTACCTTAAATAGTTCAATACAAAATTCCAGTTATCTT GAAAAGTTAGGCAGTGATTCGCATGGAATCTGTGATAAAATGAATGCCATTGATATTTTGTCGAAGTCCTCCGACGAGGG AATGATATCAGGTCTCATGTCTAATCCTCTAAATCCTGGAAATTCAAGCCTTTCATGTAAATTCAGCATTCAATATAGAG ATAGCTGGATTGACAGTTGTTCAGCAATGGGTCACTTGCTGAGAAAATCATTTGATGAGGATGAAATTGTTGAACAAAAG GTGACTGAAAAGCACCAAGGATCCCTGAGATATTCTAAGCTATGCCATGGTGTTATTGCCATTCAGGATACTTTCAATAA GGAAGCCTTGAGTGAGGATCAACCTGATAGTAATGCACTTGCTTCAAGTTTGTATTCTTTACAACCACTAAAAATTGGCC ATCAGTGTAATCATCCTAGCATTAATCCATTTAGTATGAACCCAATGCTGACAAGAAATGCTTTGCTCCATCCAATGGGT AAGAATGAGGAAAAGTGCAAAGCAGATAGCGAGCAAACTTGGCCTTACTTCAACTTTTCTACTGTAGAGGACCCTTGTAA GGTTTATATGAACAAGTTACCCACCAACTCTAGATGTGGACATGCATCTTCATTTCCAGAAGACAGTAGTGCGCCTACTT ATGTTAATAGGAATAATGAACACGGAGAAATTGGCCATGATAAAGAGGATGGGCTGGTTGATGTTCCAAAGTATTGTTTT GATACTTCGCTGGATACGATGGATCATAAGCAGTCTATTTTAACAGTTGTATCTGGTGGGAGCAGCTGGGAAAGATTGCT GGGTAGTTTTGAGAAAACTGTGCCTTTGCATTGTGATGCTACTCAAAAACAGAATTTGTTGTCAACATTTGAGATACCAC TTGACATTATAATTGAGAAGTGCTTACTGCAGGAAATCATGCTTCAGTATCCTTATCTTCGTGTTTATTTCGGTAATCTG ATTGATTAGTTTATGTAGTTCTTTCCTCCATTGCTTCTATTTAAGTAATCATGCTTCAGTACCCTTATCTTCATGTTTAT TTCAGTAATCTGATTGATTAGTTTATGTATTTCATTCCTCCATTGCTTCTATTTCTTTGCAAGGTATGCAGATTAAAATA GTATGAATTTATCAAGTTTCATGAATACCCATTTCAGCAATGATTTATATTATCCACAAGCTAAAAACATAAATGTAAAT GTTGCTCTTTTGGACATTCAAGTGAGTTTGGAGTTCTGCATTAGTCAGTGATGAGCCAGATAAAGATAACATAAGAGAAC AAACCCTTGTACCCAATGTCTTAAGGTTTGGGTTGAAGATGTAGTGTTAGGTTGACTCTTGTGGTTTGTTGCTTTCCCTT TGGTTGCAAGTCTCCTGGCTTTCAGGCTCCCCCTGTCACCCAACAGCAGTTACTCATTGATTTTATTGAATGCTTGAAAC TTGTGCTTCATTATTTCTTCAACGATAACAACCAATCTTATCCCATTAAGTGGGGCTAGCTACATGGATCGATGCCATTT ATAATTTCTTCTCCATATGATGTGCTTTAAGTATTGTTGTATGGACCAAGGTGCAAGTTTTGCAGGAAAGCTATCTAAGT GTGTTATGCTGAGATGGATAATGCTAATTTAATGGCTACCTTAGAGTGCGGAGTTATGACTGTTGTTAGGAAATTAATGA TTCAGATTTTAACAACTTCATAGTTCTTTATATGTGTGTGTAACTGACACTGGGTATATTTTATCTCTCAATCATTGTCA ACAGTCATAAATTTTCACTTTGCCCTCAAAAGTCATTACTCACTTTAGAGGAGTTAAATCATTACTTAAACTGAATTTTA ATAATTTCTCAGATGATTGCTTTCAGGGTTCTATGTAATTCTTTTGTATATTTTTTCATTTTTATCTTATTCCACAATTG AAATGAGTTGAGATGCTCAATATACTACTTTTGGACAATATTCTGTACTATTGTTGCTTGTCCTTAAAGATGTCAGATAC AATTATGTCAGCAAACTAACCATCAATGTGCTTGAGGAGGCATTTAAGTTGCAAGAACATCTTTTAGCACTGCGGCGGTA TCATTTTATGGAGTTAGCAGATTGGGCAGATTTGTTTATCTTGTCTCTTTGGCATCATGTATTCCTTATTTCTGATTCAC AATGACTTGCATAATGTTTCATAGCTGAGTTCTTCCTATAGTCTACAATACTGCATGTTTACTCATTCTTTGGTTTACTT GATATCACAGAAGTGGTCTATCACAGAAGCTAATGAGCGACTTTCAGAAATTCAAGGTCTACTTGAATTATCAATTCAGA AGTCTTCTTGTGAGCAAGACACTTATAAGGATCAGTTGTTTGTGTACATGAAAGGACACGGGAAATTGCCTCTTTCTGCA TCTGCTATTGGTACATCCATTCTGCTTTTGAAAGGGGATAACCCCCACTTGGTATCCAATTTTTACTTTTCATTAAGGCC CGATATTTTGTTTTCACCACCATTGAAAGAAAGGAGAAAATCGTCATTTCAAATTAACTATGAAGTCTCCCTAAGTCTTG AAGAATTTAAAACAATTGCTAAGCCATTTATATAATTGAATAAAAGTAAATTTCTGTCGGCATGTGAGTGCCTCTTTTTT AGTAGCTAAGGGAAATGAAGGGATTGCAGGGTGAAGGGCCAGAGTTCAAATCCTGGCGAAGGAACTAATTTACTAACAAT TAACAACTAACATTTGCCTATAAAAAAAACTATGCTGATATGCTCATTTCTTGTATAAATAACAATAATCACAGTGAGAA TTACTAACAATTTTGGTTTTATTATTGTCTTGATTGTTGTTATTAATACTACACTACTCAGTTTCATTTTATGTTTGATA ATCAGCTCACCGCCTTCTTGGTAGAACGTGAAATTATTATGTCTCTGATAAGGAATTTGTAAATAATGGCAGGGGTCCGT TCATTTGATTTCTTAGGACTGGGTTACCATGTTGATTGGCCACTCTGTATTGTCTTGACACCTCCTGCATTAAAAATATA TGCTGATATATTCAGCTTTTTGATACAAGTGAAGCTTGCCATATTTTCATTGACTGATGTGTGGTGCTCATTAAAGGTGA GGTTTCTTGCAATTGTTCCCTTTTTTTCCTGCTGTTTATTATTATTCACCAGGCATTTAATTATCTTGTATTACATCAAT ATTCTTTCTTCAGTTTCTGTCTATGAAATACTCAAGAAGATTTTCACCAATCTTATTTTTACTGTGATAAACATCTACTT ATCAAATCATTATGCCATATTCTGATTGAGTCTTTCTTTTGTAGTTAATCTGTTTTCTCTTTCTATTATGTACACCTACA CACATGCATACATGGATAAATAGATATCAGATATATACCTATTCTTTTTTTTTCTATCAGCTTTTGATTTCCAAACTAAG AATAAATAACCATTTAACTAGTAAATCGTGTCCAAAGAGTTGTTGATAAGTAAGTATTTATTGATTATAACCATTTTTTC TGAACTGGGAATATTTTTATCATGAATAATATTTTGTAATTTCCCCAGGGAAAAAATAAAACTATTCTTTTTTGTTCTCT TTTACCTGCAAAGTGCTTTGTATGTCTCTGTATTTTATCTCGGATAATTTTTGTTAGAATGTTTTAGAGCCTGCAATTGT AATTTTGTTACATTCTGACATAATGTGATACCTCAATTTGCTTCTGTTGCTCAGAGTTGCATTTACATTCTGAATTTTCA AGAAAATCTAAGGATTTTTGGTTGTGTAATAATACTTATTTTCTTTAAATTTTGGTGAACAGGATATGGTGCATACAACC GGTAAGAATCTAGATTCTGAACTACAGGAGTGTGGGGCAGGGCATCTTAATATATTGATAAAGATGAGGTATATTCTGAA AGTTTGGTTTTTTATTTTCTTTTGAATGGCTGGATACATTGTGTGAATTTCATATGGTAGGCCTTCCTTTGGGATCCACT AATCATTTTCATGGATAGGAAGGACTTTGGAGGTTTAGATCATGGGGTCTGGGTGGGAACACTGCCTCTGATGACTATTA ATCAATATCGGAAATCTTAGGGATTCAACAGTTTGCAATTTTTTTCCCATTAACCATGAAGGGGAATTCAATGAGCACTA CTTTAGTAGTTCCTTGAATAAATTTTAAATATTGAGGACAAGCTTCTTCTATAGTATACGCATGTTTTTACTTCTAAACA TCCTTTACTCTACTTTCAATGACAGGCACCAGATCAGCCATTTCGTATCTACTTTGCAGCAGTATGTAGAGTCACAATTA TCTCATGTGTCATGGTGCAGGTTTCTTCATTCTCTTCAGCATAAGGTTTGACCATATTTTTCTTCTACAGTTCTACTTAA TTCAGTTGTGAATTTCACTGCTGTCTAGTTTATATAGGCAAGATATGACATGTATGACTAATTGACTATGACTCTGAAAT TCAATCACCTTATGAATTTTTTTTGTATATTCCTGCCATTCTTGCAGGTGAAAGATATGATGGATCTTGAGTCAGTGCAC ATGGAATATCTTGCTGATTCATTATGCATGTAAGTTTATTTTTCACTTATCATTTATAGGGACAGTTACTTAAAAGTCAC ATTAGGACAATTTTTTGGTAACAATGATCATATAAAGTAATGAATTGCATTATCAATTATGATTGCAATATTGTGAAAAT CGAGATTCTAAGTGGGATCGGAGAGGGGGTGCAAGACCCTAAATCATATAGTTGTAAATCAGCTTGTAAGATTCTACTGT AAATGTTAAAATATATTTTAAAATGTACATATCCATAAAAATTAGCATAGATAGGGAAAATATCAGTAATGTGTGAAAGA TAGCGTAATTCTACCGCTGTTATTGCAGATGTTTCATGTCTGATGAAACAAAGGCAGTAGGCAACATTATTGAGAGCATT TTGCAATGTGCACTGGATTTCCGTTCTTGTCTTACAGTAGGTGCTTGGGATACTAGAAGTGAACAGGGAAATTCGTTAGG CAGACTTTCCACAATCAATATATCTCAGGTAAACAACTATGCATCACGTGTATGATACACACACACCTATCCTTTATAAT GTAAAATTTAATGAAAATTCAATGCATAGGTTGCTATTTGATATGTTAAAGATTTGGAGCATTTTGGCTTCTTCTTATGT ATAGATTTTACAAGTAGTTATTCTTAACTGGCTTTGTTGTGAATGACAATATGCATGATGCATGCTTCCCTTTGTTCTAG GCAAACTTGTCAATGTTCTCATTAGTTGTAGGGTCGGATGCCTTCAAACTAACCTCAGCTTCGCTAAAAGGCCTTCTTGA AAGGGGAGCACATAAGATAAACGATAAAGCACATAAAAGGAAATGAAACATCATATATTCCTATCTGGAATATATTTGAT ATGTTCTCAAATAATTTGTTCTGATTTAGAAAACAATATATTGACCTGTTGTTTGAATTTATTTGCAGGTGCTTTCTATA AAGCAGAAGTTTGATAGAAGTTTAAAAGAATTGCACTTTTGCTATATCAGGGAACCTAAACATGGGAATCTTGGGCTCTC TCGTTTCTGGGAATTTCTCAACTATAATGAATATTATTCACATGTCAGCAATGGGATGGGGTGAGGTTATTCTTGATTAG GAAAAAAGCAAAAACAAACAAAAATACCCAATGCAATGTAACTACGACGTCATGTCATTGTCAAGATTATTCCCCATGGA TTTGCTGACGGAAATCGAGTGTGTAAATATAGGAGAATCATTCGCTTACTATCTCAATGACAGTGCTACACAAATGATGG CTTGTGTAAGGTTGCACAAGGGCTTTTTGACCTGCAGTAGCAGGTTTTGCAGGTAATTCCTATTTTTCAAAAATATAAAT ATTTTTTTTTGATACATCGGAAAATTAACAAAGACAAAGAAAACTAACTAAAGAATGGACAACGAGTCCTTCAAGAGAAG GTACTCAACATCCGGGTCAGGAGACTCAATGACCCAAGCCCCAGAAGATCTTGCTGCTGCACCTCTCCTGGCAAGGTAGT CTGCTACAATATTGCTCTCTCGATGCACACAATTGATCCTGACGTTCCACTCTCGTGCTAGAAGCTGACGAATAGAACCA AGCACAAGAAACTCTGCATGTCTTTGAGAAGCTGCTTCATCTGTTATTATGGAGGCCAGCTCTGCACAATCAACATCACA GATCACTCGCCTAAACCCCTTCTCCCAGGCTAACTGGAGAACATCTCGCATCGCCACGGCTTCTGCTCTGAACGCACTAT CTCCAGCCTCCCCGGAGTAGCAGCCCACCACCCAACGGCCAAGGGAAATTAATGTTAAATTAAAATTGGTTGTTCATCAT CATCTTCCCCCAATTCCTCAGGTCCTCCTTCTCCACCCCTCCCACCCAGCCACCGTCCACCTTCTCCTCCTGTCTCCGGC AACCACTCACCTCCTCCAACCACCATAGCAACCCACCCCCACCCTCTCCCAAGAAACCCAATCGCAACCCACCCCACCTT CACCCATAAATTGATATCCAACCCCAACCCAGGAACACAAAACTGTGAAACCCAAAACATACCCAGAAATTGACTCATCT GCAATATGAGACCGAGTTGACTCATCTGTGGAGCTAGCTAGCGAGTTAGAAGAAGGTTGAGGGAGACATTGAAGAAGGGA TGATGATGCTAGCGACAGTGGTGGCACAGAGATCTCGGGAAAGGGAATAACAGGGGAAAAGGAATTGGAATTGTTGCGAA ATGCAGAGTGGGGGTTTATGTTTATTTAATAGTGACACTCTGCACGCATTGCAAGCTCCGTTACTTGTCTTTTGTGTGTG AAATGAAAGCAAAGAAATAAGGACAAAATAGAACAAATAGCACAAGAAATGGAAATGAGGTTTCTTTACAGAGTGTAGAT CATCTGTTTGCTAAAAAAATCGAAGTAGATCTGGATCTTTTCAAATCGAGGTCAACAACACCATTGCCTTTGGAGAAACC CAGATCTCAAGTGGCCCTCTTCACCAGTGGGATGTTGGCAGTGGGGATGGGTTGTGGTTTGCTGGTGGGGGTGGTTCTGG GTTAAGATGGGTGTGGAGGTGGTGGTGGGGTGGTTGAGTGGTGGTGGTGGTGCGGTGGTGAGAAGAAGAGAGTGGTGATG GTGCTGGGGTGGTTGAGTGGAAGATGATAAGATTAAGGATTAATTAAAAATGATTAAGATATATTATGTTTTTTATTTGA TTTTTTAAAAAAATCAAAAAACCCATAATTGTGGGTCAAAAAGCCTATGTGCAACCATACACAAGTTTTTACTTGTGTAG GTTAAATTTTTCCCTATTTTTTATACATTCAACCAATTAGATTTTAAAAACATTTTAATTCATTATTATGCACTAACGGT
CDS sequence (LotjaGi2g1v0461500.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGATGGAGCGGGGAATGGGTTGTGATGCGAAATTGGGTTCGTTGTTGGAGAATTTGAAGTTGCAGGATCCATGGCTTCC CCCAACCACATGGGAATCCATACCCTGTGAAAGTGGAGTTGGTGTTGGTGTTGGAGTACCCACCTCCACCTGTTCAAAAT CGAATCAAACCCTTTCCACTCTCTCTGAATCAAGTTTAGTGAGGTTGGTTATGAATGCTATGCAAGGTGTCAAATCATCC CTTATTAGTATTCAAAACCTATATACTATCTTTTCTAATGATCCCGCTGACAGGACCTTCCTCCAGATTCCAAATCTCTG GAATCGAGCTTCCACCACTCATTCTTTGGCAAATTTACTTATCTCTATTGGTTGCACCGGCTCTCTTGTTTTTCTTCTCC GACAATTTGTATATTATTTCACCAACCCCCCACACAACCACAACATTTCTCAACATTTCCCTCCCTATACTCTTGTTAAT CAAGCCTTTGCTGTAGCTGTCGGAAAGGTCTTGGAAGCCTACATTTCTGGATTGGACACCATTCATGCATCTATAACTTT ACGCCGCTCTTCAAAACATCACGTTGGCCTCTCTGTGTCTGGATGTTTGAAGAGTGTAGTGCATTCTGAAATAACACTGC TTGAGTTTTACCTGCATACAAAAGAACTAAGGACTCAGATTCAAGCCCTTGCAAGCATATGTAACCTACAAAACTGGGTC CTTTGTTTTTCAGATACTGCTTTTGAGGATCTCATTACTAAAGCTACTTCTGAATTTTCTAACTTCAGCAGAGGAGGGGA CTTGTTGACATTTTTGCATGCACAATTACAGGTTGCTGATCCTGCTCACTGCTCTCTGCTCAAGTTTCTTTTTCTTCAAT CATGTGAACCATATTGTGGGTTCATTAGGTCATGGATTTTCAAAGCAGAAATCCATGACCCATATAAAGAGTTTATTGTA CAAAATGTGGAGTGTTTACCTCATCAGTCTCATTTTAAAGCTGGCAAATCTGTTGACCTCCCATTGGCAAGTATCAAGGT GCGAGATGGAGTCCTTGTTCCTGAATTTCTCAAAGACTTATTGGTTCCACTTGTTAGAGCTGGTCAGCAGCTTCAAGTAC TATTGAAATTGCTTGAACTATGTATTCATGTTGCTGCTGGAGGACATAGTTCTGATGACTTTCTTCCCTGCTGGAGTGGC TTTTCAAGCAGCAGTCTGTCATATTCTTCTCCACTGACGTTCAGAAAAGATATCATAGAGACTATGGTTTTTGCAAGAGA AAGTTATTATAAAAGGATGAATGGAAAAATTGAAAGCTTTTTGAGCAGCTTAGAAATTAGATATCAGCAGGCAGCTATGC ATGCTTCAGGACCTTCTTTTGATAAGGGTGGAGAGACTTTAGACAAACTAGCCCAGCTTTTGTCAGAAAACAAATCCATT ATCCGTCCAACAGATGATGAAGGAATTTCGAACGTGGGCTTTGATAATTTGGGCTCTGATGTCTCTAGTACAGTAGATGA GTTCTCTTTGCTGGAAGATATGTATGATTCATCTGAAAGTTCATCCTTAAACAGCTCTGAGGAGAAATTGGAGTCTGATC AGCTTAGTGGCTGGCCTTGTCCAATAGTTGGGCATCAAAATCATTTATCTGCTTTAAGCTTCTTGAAAAGTACTACCTTA AATAGTTCAATACAAAATTCCAGTTATCTTGAAAAGTTAGGCAGTGATTCGCATGGAATCTGTGATAAAATGAATGCCAT TGATATTTTGTCGAAGTCCTCCGACGAGGGAATGATATCAGGTCTCATGTCTAATCCTCTAAATCCTGGAAATTCAAGCC TTTCATGTAAATTCAGCATTCAATATAGAGATAGCTGGATTGACAGTTGTTCAGCAATGGGTCACTTGCTGAGAAAATCA TTTGATGAGGATGAAATTGTTGAACAAAAGGTGACTGAAAAGCACCAAGGATCCCTGAGATATTCTAAGCTATGCCATGG TGTTATTGCCATTCAGGATACTTTCAATAAGGAAGCCTTGAGTGAGGATCAACCTGATAGTAATGCACTTGCTTCAAGTT TGTATTCTTTACAACCACTAAAAATTGGCCATCAGTGTAATCATCCTAGCATTAATCCATTTAGTATGAACCCAATGCTG ACAAGAAATGCTTTGCTCCATCCAATGGGTAAGAATGAGGAAAAGTGCAAAGCAGATAGCGAGCAAACTTGGCCTTACTT CAACTTTTCTACTGTAGAGGACCCTTGTAAGGTTTATATGAACAAGTTACCCACCAACTCTAGATGTGGACATGCATCTT CATTTCCAGAAGACAGTAGTGCGCCTACTTATGTTAATAGGAATAATGAACACGGAGAAATTGGCCATGATAAAGAGGAT GGGCTGGTTGATGTTCCAAAGTATTGTTTTGATACTTCGCTGGATACGATGGATCATAAGCAGTCTATTTTAACAGTTGT ATCTGGTGGGAGCAGCTGGGAAAGATTGCTGGGTAGTTTTGAGAAAACTGTGCCTTTGCATTGTGATGCTACTCAAAAAC AGAATTTGTTGTCAACATTTGAGATACCACTTGACATTATAATTGAGAAGTGCTTACTGCAGGAAATCATGCTTCAATAC AATTATGTCAGCAAACTAACCATCAATGTGCTTGAGGAGGCATTTAAGTTGCAAGAACATCTTTTAGCACTGCGGCGGTA TCATTTTATGGAGTTAGCAGATTGGGCAGATTTGTTTATCTTGTCTCTTTGGCATCATAAGTGGTCTATCACAGAAGCTA ATGAGCGACTTTCAGAAATTCAAGGTCTACTTGAATTATCAATTCAGAAGTCTTCTTGTGAGCAAGACACTTATAAGGAT CAGTTGTTTGTGTACATGAAAGGACACGGGAAATTGCCTCTTTCTGCATCTGCTATTGGGGTCCGTTCATTTGATTTCTT AGGACTGGGTTACCATGTTGATTGGCCACTCTGTATTGTCTTGACACCTCCTGCATTAAAAATATATGCTGATATATTCA GCTTTTTGATACAAGTGAAGCTTGCCATATTTTCATTGACTGATGTGTGGTGCTCATTAAAGGATATGGTGCATACAACC GGTAAGAATCTAGATTCTGAACTACAGGAGTGTGGGGCAGGGCATCTTAATATATTGATAAAGATGAGGCACCAGATCAG CCATTTCGTATCTACTTTGCAGCAGTATGTAGAGTCACAATTATCTCATGTGTCATGGTGCAGGTTTCTTCATTCTCTTC AGCATAAGGTGAAAGATATGATGGATCTTGAGTCAGTGCACATGGAATATCTTGCTGATTCATTATGCATATGTTTCATG TCTGATGAAACAAAGGCAGTAGGCAACATTATTGAGAGCATTTTGCAATGTGCACTGGATTTCCGTTCTTGTCTTACAGT AGGTGCTTGGGATACTAGAAGTGAACAGGGAAATTCGTTAGGCAGACTTTCCACAATCAATATATCTCAGGTGCTTTCTA TAAAGCAGAAGTTTGATAGAAGTTTAAAAGAATTGCACTTTTGCTATATCAGGGAACCTAAACATGGGAATCTTGGGCTC TCTCGTTTCTGGGAATTTCTCAACTATAATGAATATTATTCACATGTCAGCAATGGGATGGGGTGA
Protein sequence (LotjaGi2g1v0461500.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MMERGMGCDAKLGSLLENLKLQDPWLPPTTWESIPCESGVGVGVGVPTSTCSKSNQTLSTLSESSLVRLVMNAMQGVKSS LISIQNLYTIFSNDPADRTFLQIPNLWNRASTTHSLANLLISIGCTGSLVFLLRQFVYYFTNPPHNHNISQHFPPYTLVN QAFAVAVGKVLEAYISGLDTIHASITLRRSSKHHVGLSVSGCLKSVVHSEITLLEFYLHTKELRTQIQALASICNLQNWV LCFSDTAFEDLITKATSEFSNFSRGGDLLTFLHAQLQVADPAHCSLLKFLFLQSCEPYCGFIRSWIFKAEIHDPYKEFIV QNVECLPHQSHFKAGKSVDLPLASIKVRDGVLVPEFLKDLLVPLVRAGQQLQVLLKLLELCIHVAAGGHSSDDFLPCWSG FSSSSLSYSSPLTFRKDIIETMVFARESYYKRMNGKIESFLSSLEIRYQQAAMHASGPSFDKGGETLDKLAQLLSENKSI IRPTDDEGISNVGFDNLGSDVSSTVDEFSLLEDMYDSSESSSLNSSEEKLESDQLSGWPCPIVGHQNHLSALSFLKSTTL NSSIQNSSYLEKLGSDSHGICDKMNAIDILSKSSDEGMISGLMSNPLNPGNSSLSCKFSIQYRDSWIDSCSAMGHLLRKS FDEDEIVEQKVTEKHQGSLRYSKLCHGVIAIQDTFNKEALSEDQPDSNALASSLYSLQPLKIGHQCNHPSINPFSMNPML TRNALLHPMGKNEEKCKADSEQTWPYFNFSTVEDPCKVYMNKLPTNSRCGHASSFPEDSSAPTYVNRNNEHGEIGHDKED GLVDVPKYCFDTSLDTMDHKQSILTVVSGGSSWERLLGSFEKTVPLHCDATQKQNLLSTFEIPLDIIIEKCLLQEIMLQY NYVSKLTINVLEEAFKLQEHLLALRRYHFMELADWADLFILSLWHHKWSITEANERLSEIQGLLELSIQKSSCEQDTYKD QLFVYMKGHGKLPLSASAIGVRSFDFLGLGYHVDWPLCIVLTPPALKIYADIFSFLIQVKLAIFSLTDVWCSLKDMVHTT GKNLDSELQECGAGHLNILIKMRHQISHFVSTLQQYVESQLSHVSWCRFLHSLQHKVKDMMDLESVHMEYLADSLCICFM SDETKAVGNIIESILQCALDFRSCLTVGAWDTRSEQGNSLGRLSTINISQVLSIKQKFDRSLKELHFCYIREPKHGNLGL SRFWEFLNYNEYYSHVSNGMG
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 |
|---|---|---|---|---|---|---|
| Phobius | 1 | 115 | 115 | - | – | |
| PANTHER | 11 | 1214 | 1204 | 1.4E-209 | – | |
| PANTHER | 11 | 1214 | 1204 | 1.4E-209 | ||
| Pfam | 70 | 414 | 345 | 2.0E-25 | ||
| Phobius | 116 | 140 | 25 | - | – | |
| Phobius | 141 | 1221 | 1081 | - | – | |
| Pfam | 897 | 1213 | 317 | 6.2E-56 | ||
| Gene3D | 897 | 1212 | 316 | 5.1E-45 |
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 |
|---|---|---|---|---|
| Biological process | Microtubule cytoskeleton organization | A process that is carried out at the cellular level which results in the assembly, arrangement of constituent parts, or disassembly of cytoskeletal structures comprising microtubules and their associated proteins. | ||
| Cellular component | Spindle pole | Either of the ends of a spindle, where spindle microtubules are organized; usually contains a microtubule organizing center and accessory molecules, spindle microtubules and astral microtubules. | ||
| Cellular component | Microtubule organizing center | An intracellular structure that can catalyze gamma-tubulin-dependent microtubule nucleation and that can anchor microtubules by interacting with their minus ends, plus ends or sides. | ||
| Biological process | Microtubule nucleation | The process in which tubulin alpha-beta heterodimers begin aggregation to form an oligomeric tubulin structure (a microtubule seed). Microtubule nucleation is the initiating step in the formation of a microtubule in the absence of any existing microtubules ('de novo' microtubule formation). | ||
| Molecular function | Gamma-tubulin binding | Interacting selectively and non-covalently with the microtubule constituent protein gamma-tubulin. |
Expression pattern of LotjaGi2g1v0461500.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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