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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0536900 |
| Transcript ID | LotjaGi3g1v0536900.3 |
| Related isoforms 9 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Cinnamyl alcohol dehydrogenase; TAIR: AT1G51410.1 NAD(P)-binding Rossmann-fold superfamily protein; Swiss-Prot: sp|Q500U8|TKPR1_ARATH Tetraketide alpha-pyrone reductase 1; TrEMBL-Plants: tr|I3T4I3|I3T4I3_LOTJA Uncharacterized protein; Found in the gene: LotjaGi3g1v0536900 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:95348927..95363744) extracted from Lotus japonicus Gifu genome v1.2.
ATTTAGTCTCTAAAGGGGTAACCTTCAAAGTGAAACCATATGAAATAGAGAGCTTCAAATTAATAAAAATTACATTAAGG ATCAGCATAAGTGTTCCATTTTTTATGGTTTGACTTTTTTGAAAAATTTGTCAGCCGTTAATTTTAAATTTCTTCATTTC AGGTTGAATTGATTGATCCAGCAGTGAAGGGAACTCTTAATGTTCTTAAATCATGCGCGAAATCACCGACTGTGAAACGA GTTGTCTTAACTTCTTCTGTTGCTGCAGTTATATTTAGTGGAAGGCCTTTAAGTCCAGAAGTAGTGGTTGATGAGACATG GTTTTCAGATCCAGATATCTGTAGGGAATTAAAGGTTTGTGCTATTTTTCCTAAAATTTATTCAGAAATCAAATGTTTTC TCATGTTTTACCTAACTGCTCTCTAACTTTCTTACCATTTTTACTGTTTGTGTTTTAAGAGGTGGTACTCACTTTCAAAG ACTTTGGCTGAGGATGCTGCCTGGAAATTTGTAAAAGAAAACAAAATTGACATGGTTGTTATTAACCCTTGCATGGTGGC AGGACCTCTCTTACCACCAGAGGTTAATTATAGTGTTGAGCCAATTTTAAACCTAATTAATGGTAATTTTCATCTACACG CGAACTTATGCTCCATAGAATGTCTACTATCTGTTTTGCCTGCATCTTTGAATGGTAATTTCAAGAATTTTTTGAATTGC TTGATGCAGGTTTCCCATTTCCAAATTTTTCTATGGGATGGGTCAATGTGAAAGATGTTGCTAAAGCACATATTCAAGCA TATGAGATTGCTTCAGCTAGTGGAAGATATTGTTTAATTGAGAGAGTGGTACACTACTCTGAAATTGCAAGGATTTTAGG TGATCTGTACCCAACATTACAAATTTCAAACAAGTAAGTTTGATTTCTATGACTCAAAGATTTGGGATCTCCATTCATTG AAAAAATAACCCTTTTTTAGTGCTTTACTGGCTTCACCATATCTATTCTTCTCCCACCAGATAAGATATGTGTTCTATAA AATCTTTTAACTCTACCAGGCCTTTGGAGTGAATGAACCTTTGGTTTTGATATGCTGTCAAACTTTCATTTTAACTTGTT CATCAAGTATCCTATCTTGGGTTGAGTATCCAATTTCATCTTTGTAACAATGAGATTACCTTCTTTTCAGTTGCTTACCA CCTCACACATGAGATTGCATGTCACATAGGTAATCCAATAGTTAAATGTAGAGGGAGCTATGTCAAAAACTATATTAGGC AAAGCATTAAAATTGAATTTGATTTAAATAGTCAACCACTAATTAATGACATGTTCCTTAACGAGTTATAGCGTATCTTT TATCAGATTGAATGTGACTTGAATCACAACTTTTTTCGGCCAACCTTATGTCAGCATTCAAATACTTTGTTTTTAATTTT TTTCTAATGACATGTTCACTTTCTCTACCATGTTAACAGGTGTGAGGATGATGGGCCGTACACACCAACATATCAATATT CTCAAGAAAAGGTTAAGAGCTTAGGAATTGAGTTCACTCCTTTGGAAATAAGTATCAAGGAAACCGTTGAAAGTTTTAGA GAAAAGAAGATTGTCAAATTTTGATCTAAGTTATCCGCTTGATGAATAAATTCATGATAAAATATCATGACAACTTTTAA TTCTCATTTATTTATTTCTCTATAATTTCACTTTATGAAATATTCTTAAATTTCAGTAGCATTAAATTAGTTATCCCACA TGTTCTCTAATAGAGGGATTAGCTTTATTGCTAGTACCAGTGCTGCTATTCCATGGAGAATGCAAACAGAACGTTCTATG CCATTTTACTCAACATTCTGTTATTGATCTTAGATAATTATTGTTGTCCATGCCATTTTTCTGAGCTCCAGCATACCTGC TGCCATGATGCATTCAAAATGCTTCCATAAGACTAAGTAGCACAATGAGTCAGCAAGAATATCAGAAAGATTAACAGAAC TCATCAACAAGAAATATTTGCTGTACCTTAAAACTTAAGAACCATTGACATTTGACATAATACATTACAAAATAATACAC CATAATAGGCATTGACAGAACACCCGATACCAATACAAATTTGAGACCTTATGGTTGAGAGAAACTCTACCAAGCAAAAT CAAAGGAAGAAAATCTAAAGGAAATTAAGAGAAGAAAATCAAAGGAGGCTTTTGCCAATATTCTTGTTTATTCATAATGG AAGAGAACTAATATTTATACTGACATCTTCTTCCTAGAGTCAAAGATAAGCCAACATGTGACCACATCCTAACAAATAGA ATATTCTAGAATCGAATTAAAAGTAATAACATAATAAAATAATAAAATAAAGAAACTTAGAAACTAAATAATCATATCAT AGTGGGCCTCATAGTTTAAATTGGCATTCTATCACCTTAACCGCTGATTAATGTTGGAGAAAGTTCCACATTAGATGATT AGGAGTGCTGCCACTTTATAAGTGAGTGAACTGCGTGAAAGATGTTGTTTCTTATCCACATGTGATTTGCTTTTTCACTC AATGTGGAAACCCATTGTTTTATACCTTTCGAGACCCAACAGTGTATCAGAGCCAATGACTGGTGTGGCTATCGTGACAG CCTCCTCTTGTCGAAAGTCCTTTTGACAATGGTGGCTAGGTGGCACTGCCATAAAGAAAAAAAAACTATTTAAACATGAT TTGTATCATTTTTTTATTTTTTTCATTCTATTAAAATGAATTACATGGGGTAATATATAGTATTGTATTTTCTTATTAGA AATAATTTTATCTCATTTTACAAATAATATTAATTTAATTGATATTTAGTTATAATCAAATATATTATTTATATATAAAA CGTTAATTTTCATTGAAAAAATTATGTATAAAACGTTAAAATATAATAATTAATTAAACTCCGTCCGCAATATGCTATGC GTAATTTCAATTTCACTGTCCGTTCATAGAAATTAATCTCCCATGCAAACTTTGTCTGTGTCCTTGCCAGTGGCAGAAAA GTAAACAAGTTATTTCTTCCACCAAGGCACCAACCATCAAGGGGTTGACTTATTAAATGCCTAGCTGCTTACTTCTTCAA CCCTGTGACTAACACTGAAGAAAACAAAGACATAGGATGAGCATCGGTGAAGGAAAGTTGGTGTGTGTTACTGGTGCTTC TGGCTATGTTGCTTCATGGATTGTCAAGTTTCTTTTGGAACATGGTTACACTGTTAGAGCCACTGTTCGTGACCCCAGTC AGTGCCTCCATTTCTCTTAGTTTCTCCATACATAATACATCCATTCATTCATTCAATCATTGTTTGTCTTTTTCTGTTTT ACTTTTCCTATGTATGAATTAGTCTCATCATCATGATGTTGTAATATTGGTGGAAGCATGTGTATATATGTAGGTAATCC CAAGAAGGTTGAGCACTTGGTTAAACTTGATGGAGCAAAAGAGAGATTGCATCTGTTTAAGGCAGATTTGTTAGAAGAAG GTTCCTTTGACTCTGCTATTCAGGGATGTGATGGTGTCTTTCACACTGCTTCACCTGCTCGCCATATCGTCAAAGATCCA CAGGTTCATTTCACTTTATTATTGATCAATAATTAATTACGTGGTTGGATTAAGTGGTACATGTTTGACCCCCTTAAGCA AAGTTCGACTCTTGAATGAAGATAACCTTTGTTGGTAGAGTGAATAGAATTGGCTTCCATGGAGATGTATTAATGTATGC TATGTTTAGTAATTGATGAGATGAGAGATAGACACTAAGTTTAACATGACCATGGCAAGTGATATGAGAGGAATTCAGTA ACTAACATAAAAAAACTAACTGAAATTAGTTAAACCGTTCTGTACTGGGCAATAACAATAGGATGGAGACTCTTAATACA AAGGAGCTTTCATGTTAACCCATTTGGTGCCTTCCAATCAAATATGTTTATTATTTCTTTATAAAATAAGAAATATCATA TATTTTCTTAAGAATTTGTCATTCTCCATGGGACAAATTCTTGGATGGTTTAACTTTGTTGAGACAAAATTCAGCTCTAA TTACCAGTTTATCCACTGTTAATTTTATATTTCTTTATGTCAGGCTGAGTTGATTGGTCCAGCAGTGGAGGGAACTCTTA ATGTTCTTAAGTCATGCGCAAAATCACCATCTGTGAAACGAGTTGTCTTAACTTCTTCTACTGCTGCAGTTCAATTTAAT GAAAGGCATAAAAGTTCAGAAGTAGTGGTTGATGAGACATGGTATTCAGATCCAGATTTCTGTAGGGAATCAAAGGTTTG TGTTAGAAATGAAAAACTTGAAGCTCAAGCTGCTGGAATATGTGATTTTGATGTAGTTTGATCAAGTTGGGATTCTTGGG GATGGAATGTCATTTTTGTTCTCTTTCTGAAAAAAAGGAGAAACAATTATAGTTAAAGGAAGAAAGGAGAAACAAAGGGA TTTAGTGAGGGGAGTAATGCCTTTTACAAGTGAAAAAGAAATGCCTTGCTTTTTTATATTCAGTAGGAAATTCTTTACAG AGATGAGAATGTTATAGCGGATGAGTAGATAGGTGGTTTGGGCATGTTTAGATATGTCCTATAGAAGGCTCTCAATAAGG AGAGGTGGAGGGGAGACCTAGAATAAGTCAAGCCATTAGGAAGGATTTAGAGTGAACTGGTTTGTTTTTACTTTTTAGAC ATGATTTGATATAAAATATTATGTTATCTTTTCATTTATATAACTAACCTTTCTTAGTGGAGAAAAGCCTTTTTGTTGCT GTTTGATATTCATTAGTTACAAGATCAAGTTGAGATCACTAAGTCTCTAAGGATAGACTGTTCTATTAGTTTTCTTTTAA TGGAAGAAAAAAAAAATCTTGTTAACAGGAAGAAAATTGTTCAATTGAGAAGATTTCCTCTCAGAGATACAAGTGTTATA CATGTTAACATGTTGAGTTTGGTTAACTTCACTAATTAGTTTGTTGGATTGATTCATTTAAAGAAGTTAGCAATGTGGTA GTGTTACTGTACATAAGCTCATGATGTTATGTGTAACATACTTTTATCTTCAAATCAATTTCAGTTTCTTCACACTCTTA TCTCAATTTTATCTCTTCTTTACCAATATTTTCCAGTAAGAGAGAAAAATGTTCTTAAAGGAAGAAGTGAAAGATTTAAT GGTAGTAAACTTTCCTCCCATTGGAAACTACCAGTGCCTCTTCCAAATTCCAATGTTGTAGAGATGGTCCATAACCCTTT TAAAACTGTTTCAAGTTTCAAGACTTCCAACCCTCCAGCTGATATTATGAATCTTGCTTAGTACTTTCAATCTTGTATTC ACTTGACAATTGCAGTTGAGTTATGCACAAATGTAACAATTTTTCCTTTATGATGTCTTATCTGCTTCCTGACTTTCTTG CCATTTTTTATGTATTTACAGATGTGGTATGCCCTTTCAAAGACCCTGGCTGAGGATGCTGCATGGAAATTTGTAAATGA AAACAGAATTGATATGGTTGTTATTAACCCAACAACGGTGGCTGGACCTCTCTTACAACCAGAGGTTAATCTTAGTGTTG AGCCAATTTTAGACCTAATTAATGGTAATTTTAATTTACTCTCAAACTTATACTGCATGAGACTTATTTTATCTGCTTTT CTTACATCTGTATTACATGATGTATTCCAACTGCACTAGTTTTTCTGTGCCAACTACACCATAAATATTATCAAACACCT GTCACTATATTCGACACGATTAAGTTGCTAATGACCATTGAATCTTGTAGTGCATTATTACTGCCATTGTTTGGAGGCTC ACGTTAAAGTTCCATGGTCTCTGGGTTTGTGTGTGTTTTGTTACTGTTTATAATTGACCGAATCTTGTAGTGAATACCTT TTTGGAGCATTTCCGTGAGATGTCGAATCACTTAAATTTTGTATCTTCTCCTATTTTCTGCGGTGAATTTTTTATGCGTT TCCATTTTTTATCTGGATATTGTTGTACCATCACTTCACAATAGGTGCAATCAGTTACCCAACACGGCTAAGTCAACACA TTGTTTTGTTATACAATTTTAGTATGTTTGTTTTTTGGTTGACAGCTCCGTTTGAGTCATTGGAATTCTAAATCTCTAAT TCCTAGACGGTGAACGTGAAAGACACTGCGAACTGAAATTCAAACATGTCATTAGTTAGAGTTTAGCTTATAGCAGTTAT TAGTTTCTAAGGCAGTGGTTGATGAGACATGGTTTTCAGATCCAGATTTCTGCAGGGAATCAAAGGTTTGTGCTAACTTA TTCAGAAATGAAACACTTGAAGCTCATGCGGATGGAATATGATTTTGATGTAGTTTGCTTAAGCTGGGATTCTTGGTAAT TGAATGACATGTTGCTTCTTGCTTCTCTAAACATACATCTATGTATCTTAGCATTGCATTGGAAAATATGAACTGTATAC TTGTGCATTTGCTAAGTAATCATAATTGTGAGGGATGTGGATTCCGTGGGTAGCCAGGTAGGGGATACTTATGTTCTGTT AGATGATAGAAAGTGTTTAAACTACTTTGAAAGGCATCACTTTCCCTGAAGAAACAGAGCAGAAATAATTTCTTTCCAAT AATATGGAAGTATATGTCAAACCTAATTGTTAGAATCAGGTAAAAGTAATCCCAGGTGTCCTAGCTCATTACAAGAAATA GTCTTGGAGTGTTATGTTAATCTAGTCACATCTCATCTGGTCCTTTTCTTTTAACCTGAAAGGCTGAAGTATCCTCACAT TTCATTTTATTTTCTGATGAGAGAGAAAGAGGCAGACATATATTATTGTTGAAAATTGTTTCTTCTACCACTTTATAGTA AGCTAAGCAGCTTTTCTAACTATGCTAAAACCCTACAGAGAATGGAAGAAAATAAATGCTCAATACCCATGACAGAAGTA CTGATAACAGTTATAGACTTTAGTTATTGAAAAGGGATTTGATGAGGGGAGTGATGCCTAATCAACCAATGTGAATTGAA AAACTGTTTTAAAGAGAAATAGAAGTTCCTTTCTTTTGATATTCCTTGCTTGTTGCAGAGATGAGAATGTTCAGGTAGAT GAGTAGATAAGTCGTTTGGGTATGTTGGAGAAGTTCTGTAGAAGGCTCAATAAGAGGAGACCTAGAAACACTATAAATAT AAGTCAAGTCTTAAAGAAGGGCTTAGAATGGAACTCTTTGTGTTTACTTTTTAGATATAATTTATGATAAAGTATTATGA CATCATTTGATCCATATAACTAACCTTAATAGTAGGAAAAAAGGATTTTTGTTGCTGTATGATATTTATTAGTCACAAGA TCAAGTGGAGTTCACTAAGAGTTAACCTTTCTTCTTCCTTGCTGTTTCCTATTTGTGTTTTCAGTTGTGGTACACACTTT CAAAGACTTTGGCTGAGGATGCTGCCTGGAAATTTGTAAATGAAAACAAAATTGACATGGTTGTTCTTAACCCGTCACTG GTGTCCGGACCTCTCTTACAACCAGAGGTTAATTATAGTGTTGAGCGAATTTTAAACCTAATTAATGGTAATTTTTATTT ACTCGTGAAATTATGCTGCATGAGACTTCTTTTATCTGCTATGCCTGCATCTAGATTGCATGATGCGTTCCAATTCCAAG TGCTCTAATTTTTCTGTACCAAGTGAATAGAAACAGAAACAGAAAATATGGAATGAAAAATGAAATACTGTAAGAAATGG AGGGTACAATAATTCACAACTAAATTTTTAGTTAAACTTTATTCTCTAGGTTAATGGTAATTTTTATCTACTCGCGAACT GATGCTGCATGAAACTTCTATTATCTGTTTTGCCTGCATATTTGAATGGTAATTTCAAGAATTATTTGAACTTCTTGATG CAGGTGTCCCATTTCCAAATTCGTCTATGGGATGGGTCGATGTGAAAGATGTTGCTAAAGCACATATTCAAGCATATGAG ATTGCTTCCGCTAGTGGAAGATATTGTTTGGTCGAGAGAGTGGTACACTACTCTGAACTTGCTAGGATTTTAGGTGATCT GTACCCAACAATACAAATTTCAAACAGGTAAGTTTCATTTCTATAACTTTGGCTTCTTATTTGAAAGCTCCACTCAAGCT GAAAACTCAGCATAGAAATTGATTTCCTGATATTTGTTCAATATATGCCAAAACTGAAATTTAGGGAACAAGTATAAAAA TATTCAGCACATGATATCTCAATGAATGAATGCAAAATCAACTTTTATTTAAATCATGTAGTAAAAATAGATTCCTTTAG TGCAAGCCTTAATCATTATCTTCTCCGTTAATAGTTTTAATTCCTAATAATATGTTCATCTTGTCTACTATGTTAACAGG TGTGAGGACAATGGACCTTATGTGCCTACATATCAATATTCCCAAGAAAAGGCCAAGAGTTTAGGAATCGAGTTTACTCC TTTAGAAATAAGCATCAAGGGAACTGTGGAAAGCTTTAGAGAAAAGAAAATCGTCAACTTTTAATCTGTGTTATCCTCTT GATGAATAAATTCATGTAACTAAATTTGCATCATTGAACAACATTTTCATATGTACTGTTTGTTGACAATAAGCCTTATA TTGTGAGACATAAGTGAAATCATTCACCTTAAAACTTCAAGTTACTGTAAATGTAAATGAAGGGACTGAATAATATTGAT ATTGAATAGATTCAACTGGGGAATATTATGAATGAGAGTCTCATTTGGTACAAGGTACACTGGAGCAACAACGGTGGCCG GACCTCTCTTACAACCAGAGGTTAATTCTAGTGCTGAGCTAATTTTAGACCTATGTAATGGTAATTTTTATTTACTGATA TTTGTTCCATATATGCCAAAACTGAAATTAAGGGAACAAGTGATAAAAATATTCAGCACATGGTATATCAATGAATAACT GCAAAACAACTTCTATTTTAATTATTTAGTGAAAATAGATTCCTTTAGAATAAGCCTTATTCATTATGTTCAATAGTTAC TTGTTTTTATAATAATATGGTTCACTTTCTCTTTGACAGTTGTGTGGACAATGAGTCATATGAGCCAACATGTCAATTTT CCCAAGAAAATGCCAAGAGCTCATGAGTCGAGTTTACTCCTTTAGAAATAAGCATCAAGGAATGGAAAGTTTTAGAGAAA AGAAGATTGTCAATTTTTAATTTGTATTGTGTTATCCTCTTGATGAATATATCTTGACCGTTTTTAATTCATGTAACTAA ACTCGTCATTATTATTGTGTTATTAATCACTTTAAGGTTCTCCTTTTCATTTGTTTCTTTTTCACTTTCTCAGCAATTTT ATCTGGTATGTTGACAAGAGTCTTGGTTGGAGCAAAATTTGCAGAGTTACTTAAGCACATGTGACAGTACGAGCCCACAT AAATAGTGCTAAGAACTAGCATTGGAGATGCTTTTATTTAGAACTAAGAACCAAGAGAAGGTAAAAACTTAGTGCTTGTT TAATTTTCCATTGCATTTCCTGCAATTGTTGAAATTCCTTTCCACCATTGGTATCGAAAATCAAACACATCCTTAGGAGT TATAATTTCTACAGAAGTGAGCCCCAAGGAGATTGTGGGATGCATTAGGGGAAAAAAACAGAAGTGGCCTCCCCACATTT AATTGCATGTTTGAAAATTCTTTAACAATTAATTCTAATTTTAGAATTAATGAATTAATTATGATGAGAAACTTTTGTGA ATAGTTTTTGGGTTTGGACATTTTAGACTTGGTTTTGAGAAAATAGAAGGTGATACAAGGCCATATATAAAACTTTACTC AGAAAGTAGGATTCTATAAAATAAAAAGATTCGGTTTGAATGTTGTGCACGTTGAATGACTCAAATATTTGATTTTCCAT ACGTGTCTTTTTTGTCTTTTGGGTCACACCTTACAGTGTTAGAGCCACTGTTCATAATCAATTGAAAACATAAAGAGTTT CAACACAAGCTTGGTTTTCTTTTTCATTTTTAATAAATGGCTAGGCCCTTCTTCAGTTCTTGACCTTTGAACAAAACGAA GAGAAAGGATGAGCAATGAGGAAGGAAAGTTGGTGTGTGTGACTGGTGGTTCAGGCTATATTGCTTCATGGATTGTCAAG TTTCTTTTGGAAAATGGTTACACTGTTAGAGCCACTGTTCGTGACCCTGGTAAGTGCCTCCCTTTCTGTTAATTTCTACA TACATTCATTTATAACATTGTTTGTCTTTTTTGTTTCACTTTTCTTTTGTATGAATGACTCTCATGATGATGCTGTAATA TTGGTGGAAACATGCAGGTAATCACTACAAGGTTGAGCACTTGGTTAAACTTGATGGAGCAAAGGAGAGGTTGCAACTGT TTAAGGCAGATCTGTTGGAAGAAGGTTCCTTTGACTCTGCTATTGAGGGCTGCAATGGCGTCTTCCATATCGCTTCACCT GTTCGTATGTTTGTCGAGGACCCCCAGGTGATTGTTGAGATGAGTGAGCAAGATATTTATAGGGTCAAGTTAAAATTTTG TGGCTATCTCTCTGTTAATAAATATTTAGAGTCCTAAGTATCAAATATTTATGAAGGGAGCGATAGACACAAAGTTTACC ATGACCATGCTGTCACGTGACATGAGAGGATGCCTTATATATTATGCTATGCAAGTAATTCTGTTACTGCATTAACTAAC ATCAACAACTAACCAAAATTAACTAACTAGATACATCTTAAATCACTGTGTACTAGGCAATGGTATTAGTATGAAGACTA TTAATCTTAATACAAAAGAGCTTACCTGCTAACCCATTTGAAGTTCCATGCCTTGGGTGCCTTAGCATAAGTGTTCTTTT TATATTTCTTTATCTCAGGCTGAATTGATTGATCCAGCAGTGAAGGGAACTCTTAATGTTCTCAAATCATGCGCAAAATC ACCATCTGTGAAACGAGTTGTCTTAACTTCTTCTACTTCTGCTGTTCTATTTAATGGAAGGCCTAAAAGTCCTGAAGTAG TGGTTGATGAGACATGGTTTTCAGATCCAGATTTCTTAAGGGAATCAAAGGTTTGTTCAACTTTACCTAAATTTTATTCA AAAATGAAAATTTTGTAGCTAATGCAGCTGGTATATGTGATTCTAATACTGTTGAAAGTTGTTTCTTCTATCACTTTACT AGTAAGCTAAGCAGCTTTTCTAACTGTGCTAAAGCCATTCAATAAATAGAAGAAAATAAATCCTTAATAGCCATGATAGC AGAGACAATAGTTATAGTTTCAGGGAGAAAGGCGAAACAGAGCGATTTGATGAGGGTAGTAATGCCTAATTGACTAATCT GAATTGACAAAATGTTTTGAAAGTTGGAAAAAAAAGCGGTCTGGGAATTGGAAAAGTCCTATAGAAGGGGGAGGGTGGGG GGGGGGGGGGAGACCTATAGAAACACTTTAAGTCAAGCCATTAAGAAGTATTTAGAGTGAAACGATTTGTTATTTACTTT TTTGGACATGATTTATGATAAAATATTCTGACATCATTTGAGTGAGCCATCCACTTTCTAGTGGGAAAAATGCTTTTTGT TGTTTGATATTTAATTAATCACAAGATCAAGTGGAGTTCACTTACTCTTGAAGGATTACAAAAAGGCTTTTTGTTGCTGC ATTTGAATATGTTTGCATGATGTGGTAGTTTTACTTTGCATAATCTCATGATGTTATGTGTAACACACTTTATCATTCAA TCAATTTCATTTTCTTGTCATTCTTATCTAAATTTTGTGTCTTCTCTTCTCTGTAAGAGAGAAAAATGCACTAATAGTAA AATGTCCTCCCATTGAAACTGCCTTGGCAACTCTTACTTCCATCAATGTGTTACCTGATTTATAACTTTTCTTGCCATTT CCTGGTAGCTTTATCATTTGTGGTACACAATTTCAAAGACATTGGCTGAGGATACTGCCTGGAAATTCGCAAACGAAAAC AGAATTGACCTGGTTGTTATTGTCCCGGGTCTGGTAGCTGGACCTCCCTTACAACCAGAGGTTAACTTTAGCCTTGAACC AATTTTAAACTTAATTAATGGTAATTAAACCTACTCAAACTTCTATTATCTGCTTTGCCTGCATCTTTGAATGGTAATTT CAAGAATGGTCCTGTCCTTGATGCAGGTTTACCATTTCCGAATTCGTCTATTGGATGGGTTGATGTGAAAGATGTTGCTA AAGCACATATTCAAGCATATGAGATTGCTTCAGCTAGTGGAAGATATTGTATGGTTGAGAGAGTGGTACACTGCTCTGAA ATTGCAAGGATTTTACATGATCTGTACCCAACATTACAAATTTCAAATAAGTAAGTTTGATTTCTATAAATTGGCTTCTT ATTTGAAAGCTCCACTAAAGCTGAAAACTCAGCATAGAAATTGATTTAGTGATATTTCTTTGATATATTTCAAAACTTAA ATTGAGGGAACAAGTGAAAAACATATTCGGCACATGATATCTCCACGAATGAATGCAAAAACAACAGCTTTTATTGAAAT CATTTAGTGAAAATTTATACAGATTCGTTGAGTATACACCTTATTCATTATCTTTATGTTTTCCTTACTTTCTTTTAGTA ATATGTTTGCTTTCTCTACAATGATTTCAGGTGTGGGGACGATGAGCCATATGATCCAACATATCAAATTTCCCAAGAAA AGACCAAGAGCTTAGGAATTGAGTTTACTCCTTTAGAAATAAGTATCAAGGAAACTGTGGAAAGCTTCCGCGAAAAGAAA GTTGTCAACTTTTAATCTTTGATATTCTCGTGATGAATAAATTCATGATAACATATCATGATAACTTTTAATTCATGTAA CTAAACTCAGCATCATTTTGCAAACAACAGTGTCATTATTATTGTGTTTTTCTTCACATCTAAATTTCTCCTTCTTTATT TGTTCCGCTTTCACCTTCAATTTTACCAGGTATGTTGACAAATAACAATGAGCCTTATATATAGATGCTTTATATTTCTA AATCATCATCATTTCTCACCATTCTAAAGCATGATACAAATGTAATTTTTTTTATCTGACATGAACTTTAAGGACATTCC CATCAATTTATAATTTAAACTGGACCAGGTAGTTAGTAAATTTGAATCACACACCCACCTAAACACATACCATTCCAACT CCTCAGCAACCAGGTTCTGGTTTCATAGCATGCTTACATCAATTTTTCTTTCCTCATGATCATTTCTGGTAAGCAGTGGC TTCAGAATGAATTGTCAAAAGATTTCAAATAATCAATTCTGATAAGCAGTATGCGATATCAAAACAAGGTTTAACCTCAT CCCATGGCCCATTGATCTCAAACTTGTACTCGTGAATCTTTATAAGCCAATAAGGGCATCCCCATGTTGACAAAAACCAG CAAACTAAGCAGCATCACAAAAAGCAAGAGATGCAGCATGTACACAAAACTCAAGGTCATGGCCATCAAAGCAATAGAAA AGCACAGGTGTAACCACAGGGAATACTTTTTAACACAGTAAGTACTCAGTGGAACAAACAGGAAAACCTGTAATGAAGAA CAGCAGCGCATGATAGCAAACACATGAAGTCTTGATGGAAGGTGAGAAGCAATGAAAACAGAAGCCGCCACAGAATCAGG AGGGCTTCACAGACTATGATAAGAACAACTTATAGAATAACTGCACATAGCATACCTGCTGTGTGTCATAACCACTTCAG AAGCACAGAGTTTTTCTTCAAGCTCATTATTTTCACTTTCAAATGAAAGGGCTCTTTGTCTCCATTCTTGCACACACAAT GTCAGTGATCCACTAGAAATTGCATCAGCAATATATGTAATCACAAACAACCGCATGCATAAATATTCTCTAGTTTATAT GGCAATGACATGTTATGTCAAGAGCACTAATGTTGGGTTTACATAAGCAAAATAAACAAGTTCAATTGGTTATTGCAGAT AAGATAACTATCGATTTCTTTCTCATAAAAATAAAAGGAGAAATATAGATCAACCGGCAACAGTGAACTGTATATTTTTC TTTTTTTTACATTCTTTTCTACTTCATATGGAATAAAGAAGAAACATTACAGATTAGCAACCAACTAATGGAGTCATCAA TCCAGAAGAACAAATTGTCACCGAGGAGCTTAATCTTAACAAGGTGAAATCAGACTCTGCACATAACCATTGTTATTCAA ATTATATCCGATGTTGGGAAGTTGAATACACTTCACACTATTATCTCTGAGATTATACATGATCATCACAGCCTTAAAAT TTTGATATTTTACAAACAACAACATGTCGCCACTATCTCCACTCAAGCACATCAGCTGCTGTAAACATGGAAAGCCATTA TATAGAAGGTGCTCATAGCTGACACTCACCAACCAAGTCCAAGACTCCCGAACTCCATACTCTCTCATTTACCACACAAC AAAATGGGTTGTCTCGTGGCCATGAAAAAGGCACAAGCAATTCCTCAAAACCCCAAGTTTTGACTCACCATGAGGCCTCA CATGACTAACACCCTCAGGCAGCGACAACAATTTATATTCCTCCTCAGGCATGTCAAAACTGCTTGACAGTAACATTGGC AGTGTGCCAGTGTTTATTATCACAATTCAACTTGTCAAGTGCTAACCAGTTAACACAACCACCCACCATTTGTTACCAGG ATCGCTCAAAATCTTTCTCCAACAACTATCACTCATTCATTTTTGTTCAAGCTTTTTACCTTGTAATCAGGGGCAGAACC AGGATTTTGATATCCGGG
CDS sequence (LotjaGi3g1v0536900.3) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAGCAATGAGGAAGGAAAGTTGGTGTGTGTGACTGGTGGTTCAGGCTATATTGCTTCATGGATTGTCAAGTTTCTTTT GGAAAATGGTTACACTGTTAGAGCCACTGTTCGTGACCCTGGTAATCACTACAAGGTTGAGCACTTGGTTAAACTTGATG GAGCAAAGGAGAGGTTGCAACTGTTTAAGGCAGATCTGTTGGAAGAAGGTTCCTTTGACTCTGCTATTGAGGGCTGCAAT GGCGTCTTCCATATCGCTTCACCTGTTCGTATGTTTGTCGAGGACCCCCAGGCTGAATTGATTGATCCAGCAGTGAAGGG AACTCTTAATGTTCTCAAATCATGCGCAAAATCACCATCTGTGAAACGAGTTGTCTTAACTTCTTCTACTTCTGCTGTTC TATTTAATGGAAGGCCTAAAAGTCCTGAAGTAGTGGTTGATGAGACATGGTTTTCAGATCCAGATTTCTTAAGGGAATCA AAGCTTTATCATTTGTGGTACACAATTTCAAAGACATTGGCTGAGGATACTGCCTGGAAATTCGCAAACGAAAACAGAAT TGACCTGGTTGTTATTGTCCCGGGTCTGGTAGCTGGACCTCCCTTACAACCAGAGGTTAACTTTAGCCTTGAACCAATTT TAAACTTAATTAATGGTTTACCATTTCCGAATTCGTCTATTGGATGGGTTGATGTGAAAGATGTTGCTAAAGCACATATT CAAGCATATGAGATTGCTTCAGCTAGTGGAAGATATTGTATGGTTGAGAGAGTGGTACACTGCTCTGAAATTGCAAGGAT TTTACATGATCTGTACCCAACATTACAAATTTCAAATAAGTGTGGGGACGATGAGCCATATGATCCAACATATCAAATTT CCCAAGAAAAGACCAAGAGCTTAGGAATTGAGTTTACTCCTTTAGAAATAAGTATCAAGGAAACTGTGGAAAGCTTCCGC GAAAAGAAAGTTGTCAACTTTTAA
Protein sequence (LotjaGi3g1v0536900.3) extracted from Lotus japonicus Gifu v1.2 Proteins.
MSNEEGKLVCVTGGSGYIASWIVKFLLENGYTVRATVRDPGNHYKVEHLVKLDGAKERLQLFKADLLEEGSFDSAIEGCN GVFHIASPVRMFVEDPQAELIDPAVKGTLNVLKSCAKSPSVKRVVLTSSTSAVLFNGRPKSPEVVVDETWFSDPDFLRES KLYHLWYTISKTLAEDTAWKFANENRIDLVVIVPGLVAGPPLQPEVNFSLEPILNLINGLPFPNSSIGWVDVKDVAKAHI QAYEIASASGRYCMVERVVHCSEIARILHDLYPTLQISNKCGDDEPYDPTYQISQEKTKSLGIEFTPLEISIKETVESFR EKKVVNF
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 | 323 | 321 | 1.1E-170 | – | |
| PANTHER | 3 | 323 | 321 | 1.1E-170 | – | |
| SUPERFAMILY | 4 | 321 | 318 | 9.08E-67 | ||
| Gene3D | 7 | 327 | 321 | 1.2E-130 | – | |
| CDD | 9 | 302 | 294 | 6.64145E-150 | – | |
| Pfam | 9 | 244 | 236 | 2.0E-18 |
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 | Coenzyme binding | Interacting selectively and non-covalently with a coenzyme, any of various nonprotein organic cofactors that are required, in addition to an enzyme and a substrate, for an enzymatic reaction to proceed. |
Expression pattern of LotjaGi3g1v0536900.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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