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| Field | Value |
|---|---|
| Gene ID | LotjaGi5g1v0344800 |
| Transcript ID | LotjaGi5g1v0344800.2 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Tubulin-folding cofactor d; TAIR: AT3G60740.1 ARM repeat superfamily protein; Swiss-Prot: sp|Q8L5R3|TBCD_ARATH Tubulin-folding cofactor D; TrEMBL-Plants: tr|A0A0B2PUP1|A0A0B2PUP1_GLYSO Tubulin-specific chaperone D; Found in the gene: LotjaGi5g1v0344800 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr5:66152214..66162646) extracted from Lotus japonicus Gifu genome v1.2.
ATGGAGTCGAATCAAGACACAGTAACTTTTTCAGAGGGTGTGACAACAGTGAATCAAGAAGATGATGAATTCGATTCTAA GGAGAGGGTGCTGCAAAAGTACTTCCTTCAAGAATGGAAGCTCGTCAAGCAGTGGCTTGACGACACCGTTTTCAATGGCA GAGTCACTGACCCTTCCTCTGTTCATAAAATCAGATCCATTGTATGTATGCTTTCTTTTTCTTCCCTTCATTCACTCAGT TAATATTATTGTATGGTTTTTGTTGAAAAGTTATGCACTTTGTGGATTAAGCTTTCTGGGTATACTAGTTTTGAGGTTAG GCCATTTGGGTTCATTAAAAGTTCAATGCTTTATCATTTTTTTTTTGGATAGAAATAAGACTCACTTGGATTCGGCTAAA ATTCTGCAGTTTGTTCCTAATTATACATTTTATGATACTAGAGGTGAAAATGAAATACTTTATGTACAAAAAGTAACATA GCTTAGGTGTAATCTACTTAAAAAGTTCAACTTTTGGCAATGTAGTGTAGAATCTTTTGTGATTTTGGCAAAATATGTGG TTTGCTTCTTGTAAGAGTTGTACTTTCTTCCCTATGTGTAGATGGACAAGTATCAAGAGCAGGGTCAACTTCTAGAACCT TACCTGGAAAGTATAGTTCCTCCACTGATGTCCATTATTCGTTCGAGAACGATTGAGCTTGGGGTTGCTTCGGATGAGAT TCTTGAAATAATCAAGCCGATATGCATCATTATATATTCAGTGGTTACGGTTTGTGGATACAAAGTTGTGATTAAGTTTT TTCCACATCAAGTTTCTGATCTGGAACTTGCTGTGTCTCTCTTAGAGAAGTGTCATCATACGAATTCAGCAACTTCGTTG AGGCAGGAGAGCACAGGAGAGATGGAAGCTCAATGCGTGATGCTGTTGTGGCTTTATATTCTTGTATTGGTTCCTTTTGA CATCTCCACTGTCGACACCAGTATTGCCAGCAATGACGAACTCAGTGAGTTTGAGGTCGTTCCTCTTGTGTTGAGAATAA TAGGATTCTGTAAGGATTACTTCTCGACCGCCGGGCGCATGCGTACTATGGCTGGACTAGTGCTCTCGAGGCTACTTACC CGTCCAGATATGCCAAAAGCCTTTACGAGGTTTTGTTTAATTATTTTATTGCTTATTCAATGCTACACTAAGCTTTCACT CTGCTTGCCTTTAAGTTTTTGTGCCATCTCATGTTGTGTCATGGATGTAAAGATAATTTTCAATTCAATTAAGCTTGGCT CAAGTTGTTAACTCATTCTTTGTTCTCTGCTCATGTTTACAATATAAAATGTTTTTGTTAAATCTCTTAAAATTGTCTAT GTTTTAGTCAGTATTAGTTCACAACAGTTTTATGTTGTCACCTCAGACATGTTTGAGCTTTGTATTCACACTAATGTCTG TGTTGTATGGAACCTTTTTTTTTTTTTACATAAACTGACTTTTCCAATTGCTTCAGCTTTGTTGAATGGACACACGAGGT CATGTCTTCTGTAACTGAAGATATACTCCATCATTTCCAATTACTTGGTGCAGTTGAAGCACTGGCTGCTATTTTCAAGG TTTGTTTTTTACCTTATTCATTTCCACTGTCAGATGCAAATGTTTTTCTCCATTATTTATGTTAGAATTCATACAAATTA TTGTTGAGGGGGAGAATGAGGCATACTGAGATTATGATGATTTAAGTTATTTTATGGATAATTTATCATTGTGTTACTTT ATTTTTAGTGATCTTATCTTGTTAGCAACCTTATTCTCAGAGGTTTTATCGGACTTAGTTTCAATCCTGAATTTTGGCTC AGTGTACAGCAAGCTAGCATGTATTTTTTTTTCATCCAGCTGTCATTACTAAAAGCTGCATCTGTCACCTTCAATGATTT TAACTGGTAGTATAACATAAATCTGTAAACAGGCAGGCAGTCGGAGTCTCTTGCTTGATGTAATTCCTGTTGTTTGGAAT GACATTTCAATATTGTACAAGTCATCAAATGCAGCTCGAAGTCCTCTGCTCCGCAAGTATTTGATGAAGTTAACCCAACG GATTGGGCTTACTTCCCTTCCTCATCGGTTGCCTTCATGGCGTTATATGGTTAGCTTTTCTCTTATTCAATTTTGTGGGA TCTTATATCTTATGTTTGAAGATGCTCTTTTTTCTGTCTACTTGCAATTATTATTATCCATATTTTGTTTATTTCTACTT TCAGGAATCAGATGGCATAAAGCCACATGAACTAACTAATTATATGCATTATCCAGAAATGTATGCTATGCCAACAAAAC AACAAATGTTTCTCATGCAAGTCAAGTACTGGATGTATAACTTGAAATACTGATATAGATCTGGGTGAATGAATTGGAGA AGTTATTGATCATGGAAATACGAAGAGTTGAACTCATAGATGTCTTAGGCTATTTGGCTATGGTACCATGCTAGATAATT AGTCCTCTTAAAAATTTGTGCGTCAAAATGATTTTTGTCATGTTACAGACCCAAGTCAACTCAGTTGAGCTAAGTTTTAT ATTTTAAGTTCTCAGAGTTTAGTTCTATTGGAGCATTTGGTTCTCATCAGTGTTACTAAAATGGGTAACAAGTATCTTTA CATTGAGAGGACAGTTGTATATTTGTTATTGGCTTATCATAAACAACTGTAGAAGCTTCATGTCTGTCACCATTTTCTTG CCTTGACTATTGTGTGCATATCATGCAGGGAAGAACCACCAAACTAAATGTTGCTTTGAATACATCGAGTAAATTTCATC ACTCCAACTTGGCTGTGAACGACAACTGTACCAACTCAAATGAAATTACAGATGGCGCAGAGGATGAGGATATGGATGTT CCGGAAAATGTTGAAGAGATTATTGAGATGTTGTTATCTGGTTTGAGGGATATGGTATGTCTAAAGGGTGAGATTCTTAT AGTGAAATTTGTGTTTCACCTTTGCACTAAGTTGCTCATATCAGACGGTATAATTCCAAAAGTATGAATAAGGTGTATGT AATGTAAATGATGATACATCTGAAAGGTAAAGGACAACTTGATTTCTTCATAAATGGTTTGTATAAAGGAGCCTTATAAG CTTTTGAAAGCTGTAATCACTCTGTTATCATGAAATAGTTCTTTTAATGGCATATGTAAAACCTATATTGTTGATGTCTA ATATGAGCTTGCTTGAGATGTTACAATTATCCTAGAATTAAACTCCCAACTAAGAGTAATCCATCATCTAGAATCAATCA CCTTTGATTATGTATCAAGTATCAACACTTCCTTAACTGACATCATTTCTTAATCATTTTTGTATACTGTTAGCCCCCCC CCCCCCCCCCCCCCCCGAAGAATACCAAGGAGGGCTTGTAAGAAATTGAACTGTCAAACTAATGCACTGATAAAAGACAT GCCATTAATTATGAATACTGTGTTGTTTAAATATACATGAATTCACAAAGAGTTACTTAAGCTAATAATTTTTTCTTCAT CCTATTAGTTTCTCTTTCTCTTACTGAATTAAGTTGGCTTTGGATTGTAGGATACTGTTGTTCGTTGGTCTGCAGCAAAA GGTATTGGGCGCATAACTTCGCAATTGACATCTTCCCTTTGTGAGGAGGTTTTATCCTCTGTTTCGGAGCTGTTTTCACC TGGTGAGGTATAATGCTTAAAATTTTGTCTGTATATCTTATTGACTACCTTAATGAAATTACTATATGTAGGTATTGCAG GAGAGTTTAACTATGTTGTTAACTATTTGTCTAGTCCACTGTTGTAAATCACATTTAGCACTTTTTTTCAGGGTGATGGT TCATGGCATGGAGGCTGCTTAGCTTTGGCTGAACTTGCTCGTAGAGGCTTGCTCTTACCTGCAAGTCTTCCCAAAGTTGT TCCTGTTGTTGTGAAGGTGGTATTTGCAATTGATACAACCATATTTATGAGATTATAAATATACGATTTGGGTGGTTTTT GGGTGCTTTTAATTAGTACTTTGTTTTTGTTGTACCAAGACTTGGAAGATACAGGAATCTTGACATCTTTCGGAACCTTA GAGGAGTCATGATTATCTTGGAAGCTTAAACAGTTAACTAGCGGGTCTCTAATGCACATGATTAAGAAAATGAGGAAAAA TCTAGAGAGAAGAGGGAGAAGATAAAATGGAGTGAATCATGGATTCTATAAAGATAACTCCCTTGATCAAAGGGAAGCTC TAACTATCCCTGTTTTATTCTGTCTCCACTTATGAAAGGCCAAGCCGATACAATAGGCATTGCAATGCGAAGAATTTTGC TCGGAGAAATGGAGGGAACATGTATCACACGTGCAACATTAATGAGAATCAAACATTTTATTTCATTGCTATTTTCTTCT AAATGCAAACTCAACTTGAGTCCTTTTTTGAGAGATATATGCTACATAACCGTGGAAATAATAAACAATTTTTGTTTACC AGGCTCTACATTATGATGTTCGAAGAGGTCCACACAGTGTTGGGTCTCATGTACGTGATGCTGCTGCTTATGTATGTTGG GCATTTGGACGTGCATATTATCACGCAGATATCAGGAACATCTTAGAAGAGCTCGCTCCGCACCTCCTAACAGTGGCATG CTATGACCGTGAGGTCCTTATATCTTTTATGCCCTTCCCATTAGTTGACTTGTTTTAGAACAATTCAGTCCATGTAAATA AAATGGCTAACTAACCTGTGATACTTAGGTTAACTGCAGAAGAGCAGCAGCAGCAGCTTTTCAGGAGAATGTTGGAAGAC AAGGGAATTATCCTCATGGCATTGACATAGTGAATACTGCAGATTATTTTTCACTTTCTTCACGTGTAAACTCTTATCTT CATGTTGCTGTCTCAATTGCTCAGTATGAAGGATATCTTTTCCCATTTGTGGATGACCTGCTGGATAGAAAAATCTGTCA CTGGGTATGCTCCCTCTTAAACTCTCTCTTTCTTACCTGCCAAATATTCTGCTCAAATATTGACCCTAATTGCCCTTGGG TTATAGAGTGAAGGTCATATATCGCTCCAGTCTGATTTATGGACGCTGAATATAATTTTATATTTTTTAGGAAATCATAC ACAAAAACAAGTATTTTCTCAATATTTGCATGCTCTATTGTTTCCTCATATTTTTAAAAACATATTTCAAAGGATGAATA AAAGGAGTTATTCATTTGTAGTTTTGTACATATTGGCCATTTTATAGATGTGACTCAAGTGGATGTTCTAACCTTTGAAT TTTGATTGTATTTAATTTTTAAGTTTCTCCTAGTCTTTTCATTCCTTTCCATTGGGTATTTTTTGTCATAACTTTGTTCA TGTTCTGAAATTTATTAACAGCTTGAGTATTCTTTTGTTTGCTTCCTGTTAAATTTCTTGATATATTGAGAAGTGACTTG GAAATTACATCTTCAGGATAAAAGCTTGCGAGAACTTGCTGCAGAGGCCATTTCTTTTCTTGTAAAATATGACCCTGAGT ATTTTGCAAGCACTGTAATGGGAAAATTAATTCCCTGTACTCTTTCATCTGATTTGTGCATGCGCCATGGTGCAACATTG GCAACTGGAGAACTTGTTTTGGCTTTACATAATTGCAATTATGCTCTACCCTCAGGTTGATACTTTCTTCCTACAACTCT TAATTATGCTGTTGCCTGTTAGTAAATAGTAATGGAAGTGAACCGGGTTTCTTCTCTCGACATAAAAAATGAAAAACGGA AAAGAAGACAGTTGTTAGCAAATTGTTATCTTCTTTATGCTGATTTATTTTTGTTATACGAGCTTGCATGCCTGCTCCAT AATTTAAACTTGTCTTTTGGTTCTGAAGAGATCATTTTCATGTAGTGGTGTGCAATCTATGGCAGTTTCACCATTTAGGT ATGGGACTCAATTGTTTATTGAACTGTTGGCATTTCAATGTTTTTTTTGAAAAACCACACTTTATACATACAATTAATAT AGTTAGGTCAGACTGGTTCAATCTTAATAACTGTTCAGAATAGTGACTCCAATATTTTAAGACACTCTGTCTTTGTCTCT CTCAACTTAAAGTGATCATTTGTTAAAGCTGCAGATTCGCCATCTGAGTTTAAAGTGAATTTCTTGACTAGGGCTCTATG CAAAGTTATTAGAAAAAAATTGACTGGTTTAGCTCTCTTTTGTTTTCTTACTTATGCAAGATTGAAGGACAGAAGGAGAA TATCATTTATTTCAAACAAAATACTTTAACGAAAAAGCCAGCAAAATGAAATTTGGAATAATTTTTACACCTTCACATGA GAAGAAAATGAATAAGAATCTTGGTTGAAAAGATTAAATACATCTTGAGGGTCGACATATGAAAATCCATCTTTGCCAAA AAAAGGGTCATGTTAAGCCTATCTTTATTGCCATTATTTAGTTTCAACATATTTATGATTAGCTGAACTGTGATATTACA GATAAACAGAAAAGTCTTGCTGGCGTTGTTCCTGCTATTGAGAAAGCACGACTTTATCGTGGAAAGGGAGGAGAGATAAT GCGTGCAGCTGTTTCTCGATTTATTGAATGTATCTCTGCATCTAAAGTGGCATTATCAGAAAAAATAAAGAGAAGCTTAC TTGATACTCTTAATGAGAATTTAAGACATCCTAATTCTCAGATACAGGTTCTTGTTAGAATATAATATAAAACCATTAAT GTGGCCCTTACCCAAGAGCTTAAGCTTTTGGGATAAAGTGGTTATTTGACCTGGTATCAGAGCCTCTATGGCCGAGAGGT CTAGAGTTCGATCCTTGCTCCCCTCACTTTCTAATTAAAAAGTGGAATTTAATTAAGCACATGGTAGGTGGGCCTGTGCA ATTATCCACGCTTCAAGCCCAAAGGGCTCTTGCGTGAGGGGGCGTGTTAGAATATAATATAAAACCATTAATGTGGCCCT TACCCAATAGCTTAAGCTTTTGGGATAAAGTGGTTATTTGACAGTTCTAGCCCTTTGATATAAGTAATTTTTATATCATT TTATTTTTGGGCATTATATAAGCAAAATCTTCATTTGATGTACAGATTGCTGCTGTTAAAGGCCTAAAACACTTTATCAA TGAATACTTACATCCTTCAGATGCTAAAAGTACAAGTGATTTGACAGTGAAGTATCTTAATATGTTGACTGATCCAAATG TAGCTGTAAGGAGAGGATCTGCATTGGCAATAGGCGTTTTGCCATACGAGTTATTGGCCAGTCAATGGAGAAATGTGCTT TTGAAGCTCTGTAGCTGTTGTACAATTGAGGTGCTTCATACAGTTGCAAATGCTATATATTATACAATCTTGGGTTGAAC GACTGTTAAATGTTTTCCTATGTGCAGGAAAACCCTGAAGACAGAGATGCTGAAGCACGAGTAAATGCTGTCAAAGGGCT CATATTAGTATGTGAAACATTAATTAATGGAAGAGAAGATACTGTTACCCCTGTCATTGAAAATGATTTTTCTCTATTTA TTCTGATCAAGAATGAGGTGATGATGACTTTATTTAAAGCTCTTGATGATTATTCTGTTGATAATAGAGGTGATGTAGGT TCTTGGGTTCGTGAGGCTGCATTAGATGGCCTTGAAAAATGCACATACATGCTTTGTAAGATAGACAAGGCGGTTTGTTT GTCTGGAAGATCAGATGGAAATGAAATCGAAACTACAGTGCAGCCTTTGAATAATAACATGCCTAAGAACATGTCTGAGC TTTTATTATTTGATGAAAATCTTGCTACCAATTTAGTTAAAGGGATTTGTAAGCAAGCTGTGGAGAAGATGGATAAGATG AGAGAAGCAGCGGCAAATGTTCTCTACAGAATTTTGTACAACCAGATGATTTATATTCCATATATACCTTTCCGAGAAAA GTTAGAAGAAATCATTCCTAAGGAAGAAGATGCAAAATGGGCTGTAAGTTTATAGTTCTTTCATCGATTCTCGAGGTTGA TAGCATAGATCTTTTACTGAGCGATAATACTGTTTTATTGCAGGTTCCTTCATTCTCTTACCCACGTTTTGTACAGTTGC TTCAATTTGGTTGTTATAGCAAAGATGTGCTATCAGGTTTAGTTATATCTATTGGTGGGTTGCAAGATTCTTTGAAAAGG GTATCACTTTTGGCACTGTTAGAGTATCTAGAAGGGGTTGAATCTGAAGACCCTACTACAAGAACGTCTAGGGAGTCCAT GCTTTCAATTGACATCATGTGGGTTCTCCAACAATACAAAAAATGCGACAGAGTTATCATACCCACTTTAAAGGTATTAT TACCTATCTTAAGCCATGCTGGAGTACTCTTGCTTCATTTAACTGATCTTTCAAAAAAATTGAATTCTCCGTTATACCAA TCCAATTATTCACAATATTCATTTAGCTACTAGGTAGGACTAATCCATGGGTTGTAGTTGAAGGATGTCCATTCTTAGAA TTCCTAGCCATTTATATTATTCCAGCATATAAAATCTTGGTTAGCTTCCTCATTTACATCAATCCTTAAAATTATTTCAC ATAAACTTATCTAATTTTCTTTCTTTCGTATATTATTGTGTGCCTTTTCTGTTTAGAAATGTAAATCCATACCAGTAAAT CAATTTGCACAGGGTATTATTGGTAAATCTCTCATATACTGATGAACTTATTCTGTATTCCAGACCATTGAGATCCTGTT TAGCAAAAAGATATTCCTCAATATGGAGGTTAGTCTGCTTTTCTGGGGTTTATTTTTCATCTTTCCTGTTAGTTGGTCCT CTGATACTCCTTTTCTTCATATTATCTAGTTTTTGCATTGGTTTAGTGATCAAGTGACCTTCTGGTTTGTTATCATGCAC ACATGTTGAACCCTGCATATGTAATTTCAAAGAGCAAATGAACAACAATTTGATTTACTACTTGCTGCTTATTTATGAAT ACTAGTTGGCTGGCTCAGCCACAGCTTGTTATCTGTTTGTCCTCCATTTTGGTTTGTAAAATACTAGATGACAATCATAT AATTATGATGGTTATACTATAGTGTATAGTTCTTCATGGGCTAAGCCATGTTAGGTTGGATCATTCTTACTTGGCTTTAA GAAGGTTAATCTCCTTTTTTTCCTTTTTTTCTAATAGAAAAGGACAACATCTAAGATTTTAGTAAACCGGACAAGGATTA TTCAGTAAGAAGATGTATGATGCAGAATCGTATTAGCTGAAATTGGATTAAGTGCACATCTAGATAATCAATATAACTTT AGCAACTAGTCTAGATACAGAAGAGTTGATAAGCTTCTGAACTAGATATTAAGAATTGCAGAAAACAAGAAGAGTTCAGA GATTTCAGAAGAGGGGGAAATTATCACCCTTATACTTTCTGTTTTGGGTTGTCATGTGTACATCTTTTGTACTCCCCATG TCATCTGATGACTCAAGCTATATGAGCCATTTTTACTGTATAAAAACATGTGGGAGGCTTTTGGTTCTGTTAATTGATTT TTTGTTGCCCTTACAAATGTTGGGTGAGAACATATTTGATTAATACATTATATTTCCAGGCTCATGCTCCAACTTTTTGT GCTGCTGTTTTGGATTCTCTAGCAATTGAATTAAAGGGATCAAAAGACTTCTCTAAGCTGTATGCTGGGATTGCAATACT TGGTTATGTAGCTTCAGTACTGGAACCAATCAATATGAGGGCCTTTTCTCAACTTCTCACTTTTCTTAGTCATCGGTATC CTAAGGTATCAATTGTTCATGATTTGGCTTCTTTTTTCACTTAAAAGCAATTACTTGCGAAGTAGATAGGCTTGTCTTAT TTTGGCTGCACTTGAAAGAGCTTTTTTGAGCTTATTTTATAACACTTCGTGAGTTTCAGGTATGCTTAAAAATAGCTTAT GACCTACTAATAAGCTGTTTTGAGTTTATTTTCATAAACTGCTCAGATCAGCTAAGCAAACACTTACACATACTTATAAG TTATTTTGAGCTTATTTCAATAAGTTTGTCAAACAAGTTTATGAATAAGCACTTATGTGAAAAGTGCTTTTTGCCATAAG CGCTTAAGTTGTTTACCCAAACACACCCTTTATCTTACTTTATTTTTTCTATTGTTAACCAGATTCGAAAAGCCTCAGCT GAACAAATCTACCTTGTCCTCCTGCAAAATGGGAATCTAGTGGCTGAAGACAAGATTGACAAAGCACTTGAAATTATTTC TGAGACTTGCTGGGATGGTGACATAGACTTAGCAAAACACCAAAGATTAGAATTGTTTCACACTGTAGGTTTGGAGGTGG CACCACTTGGCAAAAACAGTGATGGGGCATCAAGGAAAACCAGCAGTAAAAAGCCTGCCGAATTGGATGAAAATGCATCA TATTCCTCCTTAGTTGAGTCATCTGGGTTTTGA
CDS sequence (LotjaGi5g1v0344800.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGAGTCGAATCAAGACACAGTAACTTTTTCAGAGGGTGTGACAACAGTGAATCAAGAAGATGATGAATTCGATTCTAA GGAGAGGGTGCTGCAAAAGTACTTCCTTCAAGAATGGAAGCTCGTCAAGCAGTGGCTTGACGACACCGTTTTCAATGGCA GAGTCACTGACCCTTCCTCTGTTCATAAAATCAGATCCATTATGGACAAGTATCAAGAGCAGGGTCAACTTCTAGAACCT TACCTGGAAAGTATAGTTCCTCCACTGATGTCCATTATTCGTTCGAGAACGATTGAGCTTGGGGTTGCTTCGGATGAGAT TCTTGAAATAATCAAGCCGATATGCATCATTATATATTCAGTGGTTACGGTTTGTGGATACAAAGTTGTGATTAAGTTTT TTCCACATCAAGTTTCTGATCTGGAACTTGCTGTGTCTCTCTTAGAGAAGTGTCATCATACGAATTCAGCAACTTCGTTG AGGCAGGAGAGCACAGGAGAGATGGAAGCTCAATGCGTGATGCTGTTGTGGCTTTATATTCTTGTATTGGTTCCTTTTGA CATCTCCACTGTCGACACCAGTATTGCCAGCAATGACGAACTCAGTGAGTTTGAGGTCGTTCCTCTTGTGTTGAGAATAA TAGGATTCTGTAAGGATTACTTCTCGACCGCCGGGCGCATGCGTACTATGGCTGGACTAGTGCTCTCGAGGCTACTTACC CGTCCAGATATGCCAAAAGCCTTTACGAGCTTTGTTGAATGGACACACGAGGTCATGTCTTCTGTAACTGAAGATATACT CCATCATTTCCAATTACTTGGTGCAGTTGAAGCACTGGCTGCTATTTTCAAGGCAGGCAGTCGGAGTCTCTTGCTTGATG TAATTCCTGTTGTTTGGAATGACATTTCAATATTGTACAAGTCATCAAATGCAGCTCGAAGTCCTCTGCTCCGCAAGTAT TTGATGAAGTTAACCCAACGGATTGGGCTTACTTCCCTTCCTCATCGGTTGCCTTCATGGCGTTATATGGGAAGAACCAC CAAACTAAATGTTGCTTTGAATACATCGAGTAAATTTCATCACTCCAACTTGGCTGTGAACGACAACTGTACCAACTCAA ATGAAATTACAGATGGCGCAGAGGATGAGGATATGGATGTTCCGGAAAATGTTGAAGAGATTATTGAGATGTTGTTATCT GGTTTGAGGGATATGGATACTGTTGTTCGTTGGTCTGCAGCAAAAGGTATTGGGCGCATAACTTCGCAATTGACATCTTC CCTTTGTGAGGAGGTTTTATCCTCTGTTTCGGAGCTGTTTTCACCTGGTGAGGGTGATGGTTCATGGCATGGAGGCTGCT TAGCTTTGGCTGAACTTGCTCGTAGAGGCTTGCTCTTACCTGCAAGTCTTCCCAAAGTTGTTCCTGTTGTTGTGAAGGCT CTACATTATGATGTTCGAAGAGGTCCACACAGTGTTGGGTCTCATGTACGTGATGCTGCTGCTTATGTATGTTGGGCATT TGGACGTGCATATTATCACGCAGATATCAGGAACATCTTAGAAGAGCTCGCTCCGCACCTCCTAACAGTGGCATGCTATG ACCGTGAGGTTAACTGCAGAAGAGCAGCAGCAGCAGCTTTTCAGGAGAATGTTGGAAGACAAGGGAATTATCCTCATGGC ATTGACATAGTGAATACTGCAGATTATTTTTCACTTTCTTCACGTGTAAACTCTTATCTTCATGTTGCTGTCTCAATTGC TCAGTATGAAGGATATCTTTTCCCATTTGTGGATGACCTGCTGGATAGAAAAATCTGTCACTGGGATAAAAGCTTGCGAG AACTTGCTGCAGAGGCCATTTCTTTTCTTGTAAAATATGACCCTGAGTATTTTGCAAGCACTGTAATGGGAAAATTAATT CCCTGTACTCTTTCATCTGATTTGTGCATGCGCCATGGTGCAACATTGGCAACTGGAGAACTTGTTTTGGCTTTACATAA TTGCAATTATGCTCTACCCTCAGATAAACAGAAAAGTCTTGCTGGCGTTGTTCCTGCTATTGAGAAAGCACGACTTTATC GTGGAAAGGGAGGAGAGATAATGCGTGCAGCTGTTTCTCGATTTATTGAATGTATCTCTGCATCTAAAGTGGCATTATCA GAAAAAATAAAGAGAAGCTTACTTGATACTCTTAATGAGAATTTAAGACATCCTAATTCTCAGATACAGATTGCTGCTGT TAAAGGCCTAAAACACTTTATCAATGAATACTTACATCCTTCAGATGCTAAAAGTACAAGTGATTTGACAGTGAAGTATC TTAATATGTTGACTGATCCAAATGTAGCTGTAAGGAGAGGATCTGCATTGGCAATAGGCGTTTTGCCATACGAGTTATTG GCCAGTCAATGGAGAAATGTGCTTTTGAAGCTCTGTAGCTGTTGTACAATTGAGGAAAACCCTGAAGACAGAGATGCTGA AGCACGAGTAAATGCTGTCAAAGGGCTCATATTAGTATGTGAAACATTAATTAATGGAAGAGAAGATACTGTTACCCCTG TCATTGAAAATGATTTTTCTCTATTTATTCTGATCAAGAATGAGGTGATGATGACTTTATTTAAAGCTCTTGATGATTAT TCTGTTGATAATAGAGGTGATGTAGGTTCTTGGGTTCGTGAGGCTGCATTAGATGGCCTTGAAAAATGCACATACATGCT TTGTAAGATAGACAAGGCGGTTTGTTTGTCTGGAAGATCAGATGGAAATGAAATCGAAACTACAGTGCAGCCTTTGAATA ATAACATGCCTAAGAACATGTCTGAGCTTTTATTATTTGATGAAAATCTTGCTACCAATTTAGTTAAAGGGATTTGTAAG CAAGCTGTGGAGAAGATGGATAAGATGAGAGAAGCAGCGGCAAATGTTCTCTACAGAATTTTGTACAACCAGATGATTTA TATTCCATATATACCTTTCCGAGAAAAGTTAGAAGAAATCATTCCTAAGGAAGAAGATGCAAAATGGGCTGTTCCTTCAT TCTCTTACCCACGTTTTGTACAGTTGCTTCAATTTGGTTGTTATAGCAAAGATGTGCTATCAGGTTTAGTTATATCTATT GGTGGGTTGCAAGATTCTTTGAAAAGGGTATCACTTTTGGCACTGTTAGAGTATCTAGAAGGGGTTGAATCTGAAGACCC TACTACAAGAACGTCTAGGGAGTCCATGCTTTCAATTGACATCATGTGGGTTCTCCAACAATACAAAAAATGCGACAGAG TTATCATACCCACTTTAAAGACCATTGAGATCCTGTTTAGCAAAAAGATATTCCTCAATATGGAGCTGTATGCTGGGATT GCAATACTTGGTTATGTAGCTTCAGTACTGGAACCAATCAATATGAGGGCCTTTTCTCAACTTCTCACTTTTCTTAGTCA TCGGTATCCTAAGATTCGAAAAGCCTCAGCTGAACAAATCTACCTTGTCCTCCTGCAAAATGGGAATCTAGTGGCTGAAG ACAAGATTGACAAAGCACTTGAAATTATTTCTGAGACTTGCTGGGATGGTGACATAGACTTAGCAAAACACCAAAGATTA GAATTGTTTCACACTGTAGGTTTGGAGGTGGCACCACTTGGCAAAAACAGTGATGGGGCATCAAGGAAAACCAGCAGTAA AAAGCCTGCCGAATTGGATGAAAATGCATCATATTCCTCCTTAGTTGAGTCATCTGGGTTTTGA
Protein sequence (LotjaGi5g1v0344800.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MESNQDTVTFSEGVTTVNQEDDEFDSKERVLQKYFLQEWKLVKQWLDDTVFNGRVTDPSSVHKIRSIMDKYQEQGQLLEP YLESIVPPLMSIIRSRTIELGVASDEILEIIKPICIIIYSVVTVCGYKVVIKFFPHQVSDLELAVSLLEKCHHTNSATSL RQESTGEMEAQCVMLLWLYILVLVPFDISTVDTSIASNDELSEFEVVPLVLRIIGFCKDYFSTAGRMRTMAGLVLSRLLT RPDMPKAFTSFVEWTHEVMSSVTEDILHHFQLLGAVEALAAIFKAGSRSLLLDVIPVVWNDISILYKSSNAARSPLLRKY LMKLTQRIGLTSLPHRLPSWRYMGRTTKLNVALNTSSKFHHSNLAVNDNCTNSNEITDGAEDEDMDVPENVEEIIEMLLS GLRDMDTVVRWSAAKGIGRITSQLTSSLCEEVLSSVSELFSPGEGDGSWHGGCLALAELARRGLLLPASLPKVVPVVVKA LHYDVRRGPHSVGSHVRDAAAYVCWAFGRAYYHADIRNILEELAPHLLTVACYDREVNCRRAAAAAFQENVGRQGNYPHG IDIVNTADYFSLSSRVNSYLHVAVSIAQYEGYLFPFVDDLLDRKICHWDKSLRELAAEAISFLVKYDPEYFASTVMGKLI PCTLSSDLCMRHGATLATGELVLALHNCNYALPSDKQKSLAGVVPAIEKARLYRGKGGEIMRAAVSRFIECISASKVALS EKIKRSLLDTLNENLRHPNSQIQIAAVKGLKHFINEYLHPSDAKSTSDLTVKYLNMLTDPNVAVRRGSALAIGVLPYELL ASQWRNVLLKLCSCCTIEENPEDRDAEARVNAVKGLILVCETLINGREDTVTPVIENDFSLFILIKNEVMMTLFKALDDY SVDNRGDVGSWVREAALDGLEKCTYMLCKIDKAVCLSGRSDGNEIETTVQPLNNNMPKNMSELLLFDENLATNLVKGICK QAVEKMDKMREAAANVLYRILYNQMIYIPYIPFREKLEEIIPKEEDAKWAVPSFSYPRFVQLLQFGCYSKDVLSGLVISI GGLQDSLKRVSLLALLEYLEGVESEDPTTRTSRESMLSIDIMWVLQQYKKCDRVIIPTLKTIEILFSKKIFLNMELYAGI AILGYVASVLEPINMRAFSQLLTFLSHRYPKIRKASAEQIYLVLLQNGNLVAEDKIDKALEIISETCWDGDIDLAKHQRL ELFHTVGLEVAPLGKNSDGASRKTSSKKPAELDENASYSSLVESSGF
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 | 1109 | 1109 | - | – | |
| PANTHER | 68 | 1159 | 1092 | 9.8E-215 | ||
| SUPERFAMILY | 378 | 1194 | 817 | 1.03E-49 | ||
| ProSiteProfiles | 394 | 431 | 38 | 8.831 | ||
| Gene3D | 594 | 991 | 398 | 1.7E-8 | ||
| Pfam | 953 | 1115 | 163 | 1.7E-48 | ||
| Phobius | 1110 | 1130 | 21 | - | – | |
| Phobius | 1131 | 1247 | 117 | - | – | |
| MobiDBLite | 1215 | 1247 | 33 | - | – | |
| MobiDBLite | 1231 | 1247 | 17 | - | – |
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 | GTPase activator activity | Binds to and increases the activity of a GTPase, an enzyme that catalyzes the hydrolysis of GTP. | ||
| Biological process | Tubulin complex assembly | The aggregation and bonding together of alpha- and beta-tubulin to form a tubulin heterodimer. | ||
| Biological process | Post-chaperonin tubulin folding pathway | Completion of folding of alpha- and beta-tubulin; takes place subsequent to chaperonin-mediated partial folding; mediated by a complex of folding cofactors. | ||
| Molecular function | Beta-tubulin binding | Interacting selectively and non-covalently with the microtubule constituent protein beta-tubulin. |
Expression pattern of LotjaGi5g1v0344800.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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