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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0005300 |
| Transcript ID | LotjaGi1g1v0005300.1 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | 3-ketoacyl-CoA thiolase; TAIR: AT5G48230.2 acetoacetyl-CoA thiolase 2; Swiss-Prot: sp|Q8S4Y1|THIC1_ARATH Acetyl-CoA acetyltransferase, cytosolic 1; TrEMBL-Plants: tr|A0A0R0GDY6|A0A0R0GDY6_SOYBN Uncharacterized protein; Found in the gene: LotjaGi1g1v0005300 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:850891..863714) extracted from Lotus japonicus Gifu genome v1.2.
AATAGTTCCAAGTTCGAATGGGGGTGCGTGTGCCTCGTGGCTGGTCCCACCTGGCAGTTTATATAAACACACAGATGAGA CGGACACTTATGCTTCCTCAATCTCACACTTCCCTCCTCCTTCTTCTCGTTGATCTTCACGTCAACAACGTCTCTCTCTC TCAACACACCTGAACCTGAATCCAATCGTAAGTATCATAGCTCCAAATTCATCTCAGATCTGTGTTTCTCTCAACACCAT AATTCATCTATATGCTTATACTTCATGCATTCATCAATTCTTCTCATCTATTTCTCTGCTAGATCTTTTAATTTTTTTTT TTAATTTCTGAATGCTGAAATATTCAAAGGTGAATTTGCGCTATCATTTTATATTGTGCTCCATAGGTTTTGCCTTTAGT TGAGGTGGCTGGAATATGTAGTTAATTCATGGAAAATAGCTGATAGCCATAATTTTTAGTTGAAATTGTTATTGAATTCT TGAATGTTAAATGTATTGTGAGGCCAAAATTACTATTCATGTTTCATACAATCAATCATATACAAATTTAGTTCTTCAAA CTATGTATGTTAATGTTATGTTAGCTTGTTAATTAATCTATGTTTGTTCACCCATGTTTTATGTTGTTTTCGATTGCAGA TTCCGTTTTCTTCTATCAATGGCTCCCGTAGCAGCAGCGTCTTCAGATTCTATCAAGCCTAGAGGTCATTCATCAAACTT TTTGGCTTAGATATATACAGCATATCAACTACATTCAACTTTGTTTCATTCATTTAACATTTACATTATTCTCTATATTT CTTCATTTCATCCATCATGCACAATTATAAACAAAAAATGAAACATTCAGTTTGTTTCTGCAGATGTTTGCATTGTCGGT GTTGCTCGCACACCCATGGGTGCGTTTCTTGGTACTCTGTCATCTGTACCTGCCACCAAGCTAGGCTCTGTAGCTATTGA AGGTAACTGTAAAAACCTGTGCTAGTGCTTGTTGAATTGCATTGATACGTATTGAAGATATCTTCACATCTTATGTTGAT ATATGTAGCTGCTCTTAAAAGGGCCAATGTTGATCCATCACTTGTGGAAGAAGTATATTTTGGGAATGTTCTTAGTGCAA ATTTGGGGCAAGCTCCTGCCAGACAAGCTGCTCTTGGAGCAGGACTGCCCAAATCAGTAGTCTGCACTACTGTTAACAAA GTTTGTGCATCAGGAATGAAAGGTGTTCAGTTTTTTATGAAAGGATTTTTATTTGTTTCTTTGTATTTTTTTCAATCAAG AATGTGTACATTATACTTGTTCTGGTTATTTCAGCTACAATGCTTGCTGCTCAGAGTATTCAATTAGGTATTAATGATGT TGTTGTGGCTGGTGGTATGGAGAACATGTCGAGTGCACCTAAATACCTGGCTGAAGCAAGGTTAATTTTGTCTTTTATTT GACATTTTTCTTAGGGTTAGTTCTTGTGTTGAAATAAACTGATTCTATGCTTAAAGTTCAGGAAAGGATCCCGTCTTGGA CACGATTCACTTGTTGATGGGATGTTGAAAGATGGTTTGTGGGATGCCTATAAGGATGTTGGCATGGGAGTGTGTGCTGA ACTGTGTGCAGATAACCATTCAATAACAAGAGAACAGCAGGTATTTTAGGATTAGTGTTTCTGTTCAGAAAGGTTTTGGC ACGATCATAACAATAGATTTTTGCTGATGTCTCTGTCTTTCCCACAGGATGACCATGCGATTCAGAGTTTTGAACGTGGA ATTGCTGCCCAAGATAGTAGTGCCTTTACGTGGGAAATTGCTCCAGTTGAAGTCTCTGGTGGAAGGGGAAGACCATCAAC AATCGTTGATAAAGATGAAGGTCTAGGAAAGGTGATCCCCAAAATAACTTGAACCATGATAATACTTGTTGTGTGCTTGT GGTAAGCCTACAAAATACATGACTATAAACTTTTCGTCCCCATTGAGTAATCTTAGTTTCCTGAGTATTATAAACTTTTT TAAAGAATATAGGTATTTTAAGCATGAGAATATAGATATTACATGGTATCCTTTGTAAACACTTCTATGTCAGCAAATAT AAGCAATCAATCAGGTGTGGGGATTGAAATTTGTTTTTCTATTCCCCCTTTCACACAAAGAATATTTACATGTACGGTAC TTGATGCAAATTGTATTCTGTCTATATGTGCATTTGAATGTAAACCAACATATTGTTGTATTTTTCATTTTTCTATGCCA GTTTGATGCTGCCAAGTTACGCAAACTCCGACCAAGTTTCAAGGAGAGTGGGGGTTCTGTCACTGCTGGCAATGCTTCCA GCATAAGGTTTATATACTGTCATGATTTGCTCAAGTTTTTCCTGTTTGTCTTTTTCTACTTAACTTTTTTGTATTTGGAC GTTCTTGTCAATTATTTTCTTTTTATGAAGTTCATGGTTTTCGACATGATTTATTTGACTAGTTTAGTGTTAACTTATCA TTGAGGCTTGAGTGATTTAATGTGGGGAGCGAATCTGATCTGAAATCGTTATAGTGAACTGTGACATGTATTTGATCAAT TTGAGTGAATGGTCAATCATACAGTTTGCAAGCAATGCTTAGACATACATACCAGGGAGTATAGGAAGGGAACACTGCTT GTACATCTGCTGTCCATGCTTGCTAGCATAATAGCAGAGAATATCATCTGGCACTGGCAGTCGATTTTTTTGCCTATACC ATCTTTTAGCCCCAAGTGATTCAGTGACATTACTGTTTGAACCTTGAAGTCAGTTTCGAGTTGTATTTATGACTTATTTA ATAAATTCTATGCTTCCTTGACTATTCACTATGCTAAATCTGAATTTTCATTAGTTTAAGTGCTCAAATGCTCACAATTG GCCATGTATTTCTAGTATGTTTGTGCATGGCAAGAGCCCTTGATTTTAGTGAAAATTAAAATGCTTTTGCTTACAGTGAT GGTGCTGCTGCCCTAGTTTTGGTGAGTGGAGAGAAAGCATTGAAGCTTGGGCTTCAAGTTATTGCGAAAATTACTGGATA TGCTGATGCTGCTCAGGTACATAAAACATCTAAGTATGACCATACCTTCAGGTCATAATAGAAACATGAAATGTAAAAAA AACTTATTGTTATTCACATTACGTGTAGTGTGGTATGTTAATAGTATAACTTCATGCTCATATGGGTTTGATTTGATCTC TACAGGAGCCAGAGTTATTTACAACAGCTCCAGCCATTGCCATCCCTAAAGCTATTGCCAATGCGGGGTTGGAGACTTCA CAAATTGATTTCTATGAAATTAATGAAGCCTTCTCGGTAGGATTTCATGCCCAACTTTTAATTCTATTAGTTTCTCATTT TTATGACACCATGAATTTTAATTCTTCTTATTGCTGTCTATAGGTTGTGGCTCTTGCAAATCAGAAACTCCTTGGGCTTA ATTCGGTGAGTTTTATCCCTTGTCATCTTGTGAAAGTTGTAATCCATGGATATCTGTGTTGTAAGCTATTTCTGATTGAG TGGGTGGTAGATTTCATGCTGTTATAGGCGCCCTCTACCCCTCTTTGTACTGTAGAACATGTAAAATTTGTCTGTGGTCC ATAATTGGTCTTTATCTTGGCCATTAATGGCTCAATACTTCCATTTATTCCTTTTACTCAAGTAACTAATTTGCAGGAAA AAGTAAATGTACATGGCGGAGCTGTATCATTGGGTCATCCTCTTGGTTGCAGTGGTGCTCGTATCCTAGTGACGCTTTTG GGGGTATGTTCAGTTGATAACTTTGATTACTTTACGGTATTAACATACACTCACAAGAAATGAAAAGTTGCTATTGGAAA GGAAAGTGCTTATTTTATTCTTTTAAATTTATCTGGTATAAGAAATCTTTTTGTTTCCAAATAATTTTTTATTCTTATAA TACATTAAACCCTAATCAAGTATGGAGAGTAATTTCTTATGAGAGTAACAAGAGAAAATATTGAGCATTAAATCTTACAT GTATTAGAGTCATGTGATTTATTATGTTATATTTAAATAGCATATTAGCCTGATTTCCGTTTATCATATCTTCTGTAATA TGGTATGTTCCTCTTGATTCAGCTAGTCTAATAGTCACTTCATGCAGGTACTGAAGCAGAAAAATGGGAAATACGGTGTT GGTGGCGTTTGTAATGGAGGAGGTGGTGCATCTGCCCTTGTTGTGGAACTTCTGTAAGCGTTCAGTAGATGTCATTCTAG ATCCAGCATTCGTGCAAAGTTCCAAGAACCCTGCCTCCCTCTTTAGCAAGTCTACATGCAAGTTTCAAATTTACTACAAG GACAAAAAAGAGTGGAGAGAAATTTGGCGACATAATTTTTAGATTTAAGTATCAGATTTTGCAAAAGTTAAATTTCTTAG AATCGAAGTAGAACATGGGGCAATATTATTTGAATTTCCTTAACTATGCAATAAGTTACTGGTGTACTTTGCTTTGGGAT CAATTATTCTTCAAACCTCTTAATATTTCTCTTCAATAAGTTCCTGTTCTTGATAAGAATGTGAGTGACTGAAGCAAAAG TGGAAACTGGATGATGTGGTTTGCCTTGTTTTCACTTGAGCTTATTTACACATTTGGTCCCCTAGTGTAATGCTTGGGTG ATTATGGTTTGTCCAGTTCTTATTCGTTCACATTAAATCGAAGCATTTTTTTAAGTTGAGCAATATGGTTTCACCAAATT GATGATGTGACTAACACTAATATGATGTGAAATTGCAGATCCATCGGCAAGTTAAATTGAAAAAGGACTTGTTTTGATAT TTTTGAACAAATTAGGTGTAACATTGTCTTCTTAATTATGAACCTTTAATTCTTATTTCATTAGTCAATTGTTCGGTTGA AAAATTGAATTTAAATGATTTTAGTTAAGTCCTAATCAATCAAAGAAAAACTTATGTTGCTGTCAAAAAAAAAACTGATG ATTAACATAATAAGCAATTCCTTATTACTAGTATTAGTTAGAACCTTTGATCATATCTTCACTGCTGCTTTTATCTTCAT TATCTACGATGATAGAATTTGCGATGGAATAAATCCCTCTCTACTATTCTGCTGCTAATTGAACACAGCAAGAAAGGAAA AATAAATATAAATAAACTAATAAAGGATTGATTCCTAGACAAAAACAAAAGTGACCTGAAAGTCAGAGGAACGTTTGTAA TAAAGGACACAGGTCACAGCTATACATGATGTTGTGTGGGACAGAGAAAGAGAAAGTGACCGTTAGAAACTTGAACGTTA AGCACTTCTAGACAGAATCTGGGACCTCTTAGAAGAAATCAATTAGCTTCAATTCCATGACCATGTATATATATGAACAC TCTCCTAAAGTAACACAACCATCTCATTTCTCCATTGATTTCTTCCTTTCAGTTTCATAGTCTATACACACAACACAAGA AGCAAACAGAAAAGATGGGAATGGTGGTGGTGATTTCTCTCCCTTTCATATTGTTCTGCTTAATTCTGGGTTTTGGATGT TTCTTCTTTGGAAAAGCTAGAGGAAGACGCGAAGTGCAGACTAACCCCCAAGTTTATGGTATGCCAACTCCACCACCAGG TGCTCCAGATGCCTTCACTTGCTCACCTCCTCCACCTCATTCCAAGCCACACTTTGCTTCCAACGTTTAAAAGAGAGTTG TGTTGTATCGGGTTTGGTGTAAATTGGCTATATATATGTTGTACTTAGAGTCCAGTATCTCATTTTATTCATTTGTATAC CTCTTCTAGCTCTTTCTATTCCCTGTTTTGTGAGGTTGAAAGTTCAATCAACTTTGATTAATTTGTAACATCTAATGAGT GAATTTGATTTTGCTCAAGTGAGTGTTGAAGTTATGCTAGAGGAACAGCAATCAATTCACAGGGTAAGAAAAGGGTCATA TCCGCATAACAAATGAAATTTAACAACATTTTACTACCATATTAGATAAGTTTGAATGTTTAAATATAGCAAAAATTATG AAAGATTTCTTTAATGCTAAGAAGAATAAGAAAAAAGCCGATTAGAAAGGATTACAAATTAACCGGGATAAAACTCTCAA CTGAATTGGATTAGGTCTACCTGGCCTAGCTACATCAATATCTCTTATAGGATTCGTCCCAATTTCTCTAATTGAGTTTG TACCTTAACTTTTTAAATTTAATTTGTATCAAACCGTTTCAATTTCTCTAATTGGATCCATTGCAATACTATTTTAACCA ATGGGGCATTGCTTTGGCATTTTAACCTAATTTTTCATTACCAACTTATATTGTCTTTACCTTCTTATCATACCAAACAA TAAAACCACATTTTTTATTTATAGTATTTCTTACACAGAAATACCCTTATATGATGCAAAATGATCAAATAAAGTGATTT CCCACTTCAAACATTCGTTTTTTTTACATGGATCCACACATTCCATATTTGAATTATTTTCCATGGACAATAATAGTACA AAGAGAAAATGTAATTAAAGTAAGAAATTGAATTGAAAAAGGAAATAAATGAATGATTATTATGGTTGGTAAAAAGAAAA GGTGGATGGATGCGATGGTTGAGCTGTGTGTGAGTTGGCTGGAAATAGCGTAAAGTCGTTCCTTCAATTTGTAAGGAATT CATTCCACCATTGTTTATCTTTCTTTCTTTCTTTCTTTCTTCCATTCCACCGATTCTCCTTCTGAAGCAACAACCAACCA ACCAACCATGGCGGTACGGTATTCATTTCCTCTTTCTTCATCATCACAATTCTCCATGATCTCGATTTCATTAACCTATA ACTCAACTCTCTTGATTCCATTTCTGACTCAATCTCAATCCATACCTCTGTTGTGTTGCGTTGCTCTATATTGCATTTGA ATCATATGATATGCTTATGATTATTGTGAATGAATTCCTTCCACAGGACAATGGTAGACCGTTGCCGAAGTTTGGGGAAT GGGATGTGAATGACCCTGCATCTGCTGAGGGATTCACAGTTATCTTCAACAAAGCCAGGAATGAGAGGAAGACTGGTACA CCTAAGGCTGCTCATTCACCACCCAATGATAATCAAAATCCCAAATACAGCAGCAAGAAGAAGAATCAAGTCGTTCTTGG AAAACCCCAATCTGTACGCTACTCTTTGATTTACTCCCAGAATCACTAGTTTCTGCATTCAACACTTGATTTCACAACAT TACCTTATAAAAACTACTTTTTTTCATAAATGTATGCAAACATAAATCACTTCACATTCAACTCACTTTTACTATAATCA ATTGTGACAACAATGTTGATCCAAACTCGCTTTTATCTTCGGACAATTTAAGAAATAATTAACTACACTTCATTTTTAAG GATTTTTTTTTTACTTTGACAATGTTAGATGCATGAATGATTCAAGTCAATGTGCAAACTGTATGTGTTGTTCTGTTTCC TTCTAGTTTTCTACATAATCCTCTTTTATGGCCATTTAGTTGGGACCTCTTCCGTGCCTTTATTAGTTTATGTGTGATGG AACTTCAATCTTATTAGATGAAGGGCTTTGAGTGATCGTCATCCATTGCAAAAGCCATTGCTGTTGTTGCTGCTACAGCT TGAGGGCAGTTGGATAGTTCAATTGTTTTATTCAAACTCTTATCTTTTATAAAGAATCTAGTAAATTACAGCCTTCAACA GTTTCCTATTGCACGCCTACCACCCATTGTTTATCTTTCACCTACTCTTCTTTAAGATTTGGATTGTGAAATTGAAAAGG GGGGGAAGTGAGTCTCAGTTACATGTTTGATGAAAAACTATTAGGACATGTTTGATTCCAGAAAAATGCTTTCTCTTTTT GTTTCTGGTTTTCAGTTTTAATTATAAAAGCATCACCTTATTTTAAGTTTGCTTCTTTGCTACTGTCATTGTTTTTTTCC AAGCTTAGCCTAGAATTTACTTGGTCTTTGATAGAGCGGCAGTTATTAAGTCAAGTAGCTTGCTTTGGTAGAAATGTTAC AATTTATGCCCACTTTCTTGGCCCAATAATCCCCCTTCTTCATTATTAATGGGTTCAGGTACCCTATCAGGGCACTTTTG TGAAGAGGATTCATGCTTCATGCTCAAACTCTCTTAATATAATATGTTGATGTCTTTTAACAATAATAGTCTTTATGTAT GTAAGTTCTTGTTTAAACCCATAAAATGTAGATCCCTAACTTTTGGTTTTTGATAGAGCCCTATTGTGTTACTGACCCAT GTAACGAACCCATCCCTATAGCAATAAGGATGGGATATTGTTATGCATATACATCTGTGTGTGTGTGTGTGTGTCCTGTT TGTTTATATTCTTTAAACAAGAATGTATATGTTGGCCTTTTCACTATTCTTGTTCTAGTTCCACCCATGGTTTCACTGGT TTGGTTTGCAGCAGACACAGTTGATTGTGCATCACTGTATGTGTGGTCGACAGTCAGTGCTCTTTTCATGCACAATAAAG GGAAAACTTTTGAGCTGGTCAAATAGAGACCAGGCCTCACATACTAATTACCTATTTATTGCTTAGAAATGTCCATAACC CAATGACATTTTGAAGAATCAACGAAGCGATAGCAATTTTATCTATTCCTGTAAAAAAGAAAAATATAAGTTTTTGTCTG TAACTCTATATATAACAATGCTAGGATATGCTGAATAGCAATTTTAGAATTTGGATCTAAAGTGAAGTGAGAGATCCACT TTGAAGGAAAAAGTGAGGAGTTGTAGCCATTATATGGAGTATCAAATTGTGATCATCAACATATATAAGAAGTTGTTTAA ATTTCAATCATTTTAATAACAGTCTAACTTCTCACTTTTCTTTTTATCATAACTCCCCACTTTAGTGGAGACAAATTCTA AATTCAAGTGCTTTATGTAGTTAGTGGTCTAGTTTGCTTCAATGTAATTTTATTCATGTCATTATCTTGAACTCATGTAA TCATGCTTGGCTTACAGTCCTTTATATTTGACCCCCTACTTAATGTCATGCTAACTTGCTGTTTTGTGTTTCAGTTTATA ATAAAGCATTATTTTTATTCTTGCAGAAAAAATGGTTTTGCTGCATACACACATCTGCAGAATCATGAGGAGGCTATTCA ACTCATGATAGTTCTGAAAGTGTAATATAGCTTATCATCCACCTGGCCACAACATAATTCCGGAAGTCTGGAGCTTCATT AGCTATGATGGGTCCTGCTGGAATCTTTTGTCATATATGCAACTTGGGGTGAAAAATTATTAGGAAAAAATTATCGCGTG ATATTTATCTTCTGTGGAGAATAATTACCGGGATTTTCTTTTGTTAAGTACTTGATCGAGTCACTTCATTCACTCACAAC TTTTTGGATTCAAGCTTTCTACTGATGCGTATTCTCTGTTTTGTTTTGATATTTTGGGGTGTAACGATATACTTATTCAT TCAACCATTCTATTTATATCTTATATTGGGTTGTTTTGTCTAATGGAGGTTGCCCATGAACTGATACCTCTTGTGCTCAC CAAGATCACTTTCATTTTTTACCATCTCTTGCGAGATTCTCACCATAAACAGAATCATAAACACACAAAATTGATTGCAA TCTTTCTCATTAGGCACCAGAATCACTCCCACAGAATAATACGCTTAGCATACAGTATTTTGTTTGGATATGTCAAAACT CAATCCTAATTTTCATTCCTTATATTCAAGCCATGTGAAATTCGTAAGTGCTGTTTGATTTGAGCAAGATAACCATGAAA TGAAGCAGCTCGAGAATGTAGGTTACGTTCCTCACATTTAACAATTTTTCTGACCCATTACACCTTAAGCAGGGGAAATA AAGTGAATAACAAGTGTACAACAAAAGAGGAATAGAGGAAATGGAGAGGAGAAAGATGATCATTGACCTACAAAATCAGT CAATTGTAACCCTTTTTACTCCAAATGAAACCGTAATTTAACAATAAATAACATCTTTCCACAGGTATCATGAGTAAAGC GAAATAGTAATCAAATAAATATCCACGTAATGATAACCAAAAAAGTAAAAGAAACAAAAGTTTATAAATAACTTTCTGAT TTCTACTGTTACAGGTTCCCAGTACATTTTCTAACTCTAAACTCTAGAGGTTCCCAGCTTGCGCTCAAACAAGCGCTGCA GAAGGTAAACTTGAAGTGCACTAGCGCCAATTAATGCTGCTGATTCAAAAAGTGCCTTATGTATTGCTCTTCGGCTCATT GCATCATTCACTGCAATCCACACAAAAATAAGGAACATGAAATTACATTAACACTCAAGAGTTAATAGAGAAAACAAGTG TCTTTAGTCAACTAAGCTCGGTTCCTAGTCCTCCAATCCATAGCTCATTCACTTAAGCAGTAAAATATGACTGCCCATTA GTCTGACTTGTGCGTGCACGTTTAAGCGTGAGATGCAGTAGTATCAAACTTCAACTTCTTTAGAATAAGACCTTGTTTGG AAGAGGTTATTTAGGCTTATCTTATAATATAAGTGTTTCTGCAAGTATTTGAGAAAACTTACGTAAATAGTTCATCACCA ACCTAAAAGTTATTTTGAGATTATTTTCAGAAGTTGTTTAGATTATCTTATGAATAAGCGCCTATACTTTACCTATAACA TACTTTGAGCCTATTTCGATAAGCTTCTCAAATTAGTTAACGATTTAGAGCTTTTTCTTATTGACATAAGTGTTAAATTA AACTGTTTATAACTAAGGAAGCCCTAAGTTCAATCAACTTTGACCTCAAAGTAAAGCAAGTGAACACTATCAAGAGTCAG GAAACGATGTTATCAACAGGGGGACACTTTTCTGGCATGGTAGCTGAAAGGAATTAGGATAATTGCAAATTGGAACAAGA GGTAGAAAAACAGACCGTGTACATAAAGTAGGGCTTTATTTTTAACATGTGTACATATATAACTGATAGGTATGAAGGAT TTTATGCATAGAAAATTTTAAAATGAACATCAAAGTGAAAATTAAACAGTACCTATTGCTTGGCGGTCAGTTTGAGCCTC TAACCAATGTTGTTCAAACTGAATGTTGTAAAGAGCTTCCTCCAACTTTGCTATCTGCTCCAGCAAAGGTGTGAAATGCT CTGCAGACAGACACAGTTTTGATGATAATTCTCTCATTTTTAAGATTTTCATGAAACTTAAAGAGACTGGTTCTACACTG ACATGTAAAAAGAAACAAGAAAACACAAGTGGATTTAATAGAAGAGGCATTACCATCTTTTGCATGCTGCTCGTAGTAAG AGAAGTGACCCACATGTACATCAAAATCAATAGTTTCATGATATGGAGACTTGTTTGTGAAGCAGAATTTGTGAACTCCT GATTTGTGAGCCACAAATTCAAACTTTTCACTGGTCTTGTCACGAAAATCGTGAATTTGTTCACCAGCAGGTCCTTTTAC CTGAAATTATTACATAGTTGTGTAAAGACATGATTGGGCAGGGTATTAAACAAAAAAAGAAAGTATAGATAAATCCAACG AAAGGTTATTCCTATACTCCAATTACTAGTTGATGTAGATATGGATTTCCATAGAGGCTTGAGATATAAATGTCAAAAGA TTGGGGAAGTAGCACACTAATAGTTATACAGATACCTGAATGTGGACTAATTATATTTAATTGTAAAGGCAATACCACAC AAAAAATATATTCCTAGACATAATGCATGAAATCTCTATAAACATGAACTTTTTCCTAATTGTTTTAAACCATGACTTTA TCTCCTAACTATTGAAACAACTCTTGTTTCAGTATTTGGTTGCATTTTTGCTATAATGTCCTCCAAATAATTCAGCATGG TCAATGAATTAAAATTTTGAAAATGGGATCAAGTTTGACAATGAATCCCGAAATCTAGAATGAAAGATCAATTCCACAAT TATGGTTCAGAAAAGCACAAAAAGCTTCTTCAGTCCCCCTCAGGTATGAAGAAAGGCAAGGTACATTATATTATAGCTTT AACCTAATAATGTAAAACCCCAACCCAATAGCCAACAGGTATGTATGTATGTAAGAGAAAGCATTTAGTTTTCCCTTTGT ATCCATGGTGCCATGGTTTTACTCCCATAGAATTTTGAAACAGGTTCCTATCAACACCAAACAGCATAATTCAAACAATT ACAATTAAGAGAAACCCTAACTAATAGTCAATTGTAATTCTCCATCCGAATTGTTGCAGGCAAAAATAAAAATTAACAAC AAGTGGGATTTGAATTTTGATGATATAAAAGCGATTACAATTACAATGAATGGAATCAAGCAAAGTAAATGAATTATCGA TGTGAGAAACGAAGTAAATTAACATACCACGAGATCGACACCTTCATCACCGTAATGCCATGGAGAATCAGCCTTAATAA CAACGAAGGAAATATGGACAGTGTCACCCTCGTACTTGACATCGTGGGAGAAACACTCGTCTCTATCGATGACGAATCTG ATACCCTCAGAGGCTTTCAAGTTCCAGAAGACCCCAATTAACGCAAACAACAATACATGAATCAACGACAATCCCATCTG CAAACAAACAAACCCCAACAAAAATTCAATTGAATACGTCATTGATTCACACGGAGTTTAATTCAGAATAGAAAAAAAAA GGGATCGAGAAAATGAAAGGAGATAGATACCTTTCTTTTTTCTTCTCGGAAATTCGGAGATGAAGAACAAGAAGAGGACG ACGAAGCTGAATAAATAACGCTGTTGGGGACAAACGCAGTTGACGATTTTTAATTTCAACGAACCAAGTGTGTTGTGTTG TGTTGTGTTGTGTTGTGTTCAAGT
CDS sequence (LotjaGi1g1v0005300.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCTCCCGTAGCAGCAGCGTCTTCAGATTCTATCAAGCCTAGAGATGTTTGCATTGTCGGTGTTGCTCGCACACCCAT GGGTGCGTTTCTTGGTACTCTGTCATCTGTACCTGCCACCAAGCTAGGCTCTGTAGCTATTGAAGCTGCTCTTAAAAGGG CCAATGTTGATCCATCACTTGTGGAAGAAGTATATTTTGGGAATGTTCTTAGTGCAAATTTGGGGCAAGCTCCTGCCAGA CAAGCTGCTCTTGGAGCAGGACTGCCCAAATCAGTAGTCTGCACTACTGTTAACAAAGTTTGTGCATCAGGAATGAAAGC TACAATGCTTGCTGCTCAGAGTATTCAATTAGGTATTAATGATGTTGTTGTGGCTGGTGGTATGGAGAACATGTCGAGTG CACCTAAATACCTGGCTGAAGCAAGGAAAGGATCCCGTCTTGGACACGATTCACTTGTTGATGGGATGTTGAAAGATGGT TTGTGGGATGCCTATAAGGATGTTGGCATGGGAGTGTGTGCTGAACTGTGTGCAGATAACCATTCAATAACAAGAGAACA GCAGGATGACCATGCGATTCAGAGTTTTGAACGTGGAATTGCTGCCCAAGATAGTAGTGCCTTTACGTGGGAAATTGCTC CAGTTGAAGTCTCTGGTGGAAGGGGAAGACCATCAACAATCGTTGATAAAGATGAAGGTCTAGGAAAGTTTGATGCTGCC AAGTTACGCAAACTCCGACCAAGTTTCAAGGAGAGTGGGGGTTCTGTCACTGCTGGCAATGCTTCCAGCATAAGTGATGG TGCTGCTGCCCTAGTTTTGGTGAGTGGAGAGAAAGCATTGAAGCTTGGGCTTCAAGTTATTGCGAAAATTACTGGATATG CTGATGCTGCTCAGGAGCCAGAGTTATTTACAACAGCTCCAGCCATTGCCATCCCTAAAGCTATTGCCAATGCGGGGTTG GAGACTTCACAAATTGATTTCTATGAAATTAATGAAGCCTTCTCGGTTGTGGCTCTTGCAAATCAGAAACTCCTTGGGCT TAATTCGGAAAAAGTAAATGTACATGGCGGAGCTGTATCATTGGGTCATCCTCTTGGTTGCAGTGGTGCTCGTATCCTAG TGACGCTTTTGGGGGTACTGAAGCAGAAAAATGGGAAATACGGTGTTGGTGGCGTTTGTAATGGAGGAGGTGGTGCATCT GCCCTTGTTGTGGAACTTCTGTAA
Protein sequence (LotjaGi1g1v0005300.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAPVAAASSDSIKPRDVCIVGVARTPMGAFLGTLSSVPATKLGSVAIEAALKRANVDPSLVEEVYFGNVLSANLGQAPAR QAALGAGLPKSVVCTTVNKVCASGMKATMLAAQSIQLGINDVVVAGGMENMSSAPKYLAEARKGSRLGHDSLVDGMLKDG LWDAYKDVGMGVCAELCADNHSITREQQDDHAIQSFERGIAAQDSSAFTWEIAPVEVSGGRGRPSTIVDKDEGLGKFDAA KLRKLRPSFKESGGSVTAGNASSISDGAAALVLVSGEKALKLGLQVIAKITGYADAAQEPELFTTAPAIAIPKAIANAGL ETSQIDFYEINEAFSVVALANQKLLGLNSEKVNVHGGAVSLGHPLGCSGARILVTLLGVLKQKNGKYGVGGVCNGGGGAS ALVVELL
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 | 3 | 407 | 405 | 1.2E-256 | – | |
| PANTHER | 3 | 407 | 405 | 1.2E-256 | – | |
| PIRSF | 11 | 407 | 397 | 3.0E-118 | ||
| SUPERFAMILY | 16 | 284 | 269 | 6.51E-73 | ||
| Pfam | 17 | 275 | 259 | 2.7E-89 | ||
| TIGRFAM | 19 | 405 | 387 | 5.1E-125 | ||
| CDD | 19 | 387 | 369 | 2.16847E-173 | ||
| Gene3D | 19 | 290 | 272 | 7.8E-139 | ||
| Gene3D | 139 | 404 | 266 | 7.8E-139 | ||
| Pfam | 285 | 405 | 121 | 5.0E-45 | ||
| SUPERFAMILY | 286 | 406 | 121 | 2.8E-37 | ||
| ProSitePatterns | 353 | 369 | 17 | - | ||
| ProSitePatterns | 388 | 401 | 14 | - |
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 | Catalytic activity | Catalysis of a biochemical reaction at physiological temperatures. In biologically catalyzed reactions, the reactants are known as substrates, and the catalysts are naturally occurring macromolecular substances known as enzymes. Enzymes possess specific binding sites for substrates, and are usually composed wholly or largely of protein, but RNA that has catalytic activity (ribozyme) is often also regarded as enzymatic. | ||
| Molecular function | Transferase activity, transferring acyl groups other than amino-acyl groups | Catalysis of the transfer of an acyl group, other than amino-acyl, from one compound (donor) to another (acceptor). |
Expression pattern of LotjaGi1g1v0005300.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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