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| Field | Value |
|---|---|
| Gene ID | LotjaGi4g1v0409500 |
| Transcript ID | LotjaGi4g1v0409500.5 |
| Related isoforms 4 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Callose synthase; TAIR: AT2G13680.1 callose synthase 5; Swiss-Prot: sp|Q3B724|CALS5_ARATH Callose synthase 5; TrEMBL-Plants: tr|A0A072TUS9|A0A072TUS9_MEDTR Glucan synthase-like protein; Found in the gene: LotjaGi4g1v0409500 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr4:78549273..78563883) extracted from Lotus japonicus Gifu genome v1.2.
CCGGAGAGGAATAAAATGGCGAATCCGGAAGCAGGATTGACGAGGCGGCCATCGAGAAGCGCGGCGACCACGACCGTCTC GATGGAGGTTTTCGGGAACGAGGTGGTGCCATCCTCACTCGCCACAATTTCGCCTATTCTCAGAGTCGCAAACGAGATCG AAACTGAACGTCCCAGGGTTGCCTATCTCTGTAAGAATTGCATGATTCATTTATCGTTTTCATCACGATTCGTATTTCAT GTGTGAATTTGTTGGTTGTGAACAAATTGAATGATGAATTTGCAGGTAGGTTCTATGCGTTCGAGAAAGCGCACAGGCTG GATCAAACTTCCAGCGGGCGTGGTGTGAGGCAGTTTAAGACGTTGCTGCTACAGCGATTGGAGAGGGTAAGTTTGTTTTC ATCTCCCTCGCTTGATCTGTTAAACCAACTCTGTTTTGCATTGTGATGTGACGGTTAACTGAAGGAAAGAGTACATGATG AACGTGTGTAGTGTGACTGTGACATAGCTCAGTGACTCATTTTCTTCATGCTAAATGCTTTAGATCATTCACATCCTCTT TCAAGTTAATTCTCATGCAGAGATCTAAAATAAAGTAGTCTCTAAATCATTTTTGTCCTTCATGTTTATTTACAAATTAT TTACATATGAAGGAAAAAAAATAACTAATTGAATAGGAGAAGTACATACTACATTATTGTATAACTTATTGTATCAACAT CACCCATATTTTATATTGAGTGAGTTGATATTTTAATTCAACATTTTCACATTTAAACAAGCGGTAGAAGTTCGAATCTC AATTGTTGTGAGTGAAAAAAAATTGTAGTTTTTTTTTTGTATGTATGCATTATGACCATGTCAATGCAATTTTGTTATTT ACATAATACCTACTACTGCTGTTACTATTATTATATTGATAGAAGACACATCAAAATTATTTTTTATGCATAATTTTGGT TTGTTTCTAAATTTTAATCAAATGTTAAGAAAATACATTATTATGTCACTTTTCCTTTCTCCCTTCGGAAGCATTTCTCT GTTTCCCTGCCGAATCTCCAGTCCCACAATAACTTCAGAAATGGATTCCGATGACGCTGTGCTTCATTCTTCCAGTGATG GGTTTCAGGAACCCCATTCGGTTTATGGGAAAATTATTTTGGAAAAATCGATTTGGGGGAGGAGGGTTGTGAAATCATTT GCTCTATATATGATTATTGAGTTGAGCTGCGGAAATGTTTGAGTCAGAAAAATATTGTGGAAATAATCTGAGTGTGGAAC GCAGCTGAGTTCATAGTTAGAGTGGAGTGAACTTCCATTTTTACTTTCATTTGGAAAGTGAGTTTTTAAAGAGAAGCAGT CATTTTATTACCAAGCTCAATGCAACTTACATAATTTCTGCAACACCAGGACAATGCAACTAGTCTTGCCTCACGGGTTA AGAAGACGGATGCGAGAGAAATTCAAGCTTATTATCAACAATACTATGACCAATATGTCAAAGCCCTTGACCAAGTGGAC CAGGCAGACAGGTACATAGTACATACATACCATGAACTTTTGTACTTATTATCATGTCTCTCAGATTTTGCTTATTATCA TGTTACATTAACGCAGTGTCGTTAACTTGTTCATTCTCTTTTTCTGCCCTTGAAATTAAACTTCCTTTGCAGAGCCCAGC TCAGCAAAGCTTACCAGACTGCTGGGGTGCTATTTGAAGTGCTTTGTGCAGTTAATAAGACTGAGAAGGTCGAAGAAGTA GCTCCTGAGGTTAGTATTGGTTCAAATCCTTCTCTGTTTTGTTTTTTTTTTTTGCCTTTCAAATATTTAAATCCTGATTC CTGAAGCCAATATTTGAATTTGCAGATTATCGCGGCTGCTAGAGATGTCCAGGAAAAGACGGAGATTTACACACCTTATA ATATTCTTCCTCTGGATTCTGCTGGTGCTTCTCTGCCTATTATGCAGCTTGAAGAGGTCTTGCTTCTTAAGTGATTAATG TTGAGTTTGTGTTTTTATTTTTATTTTTGGCATTGCACTGAGTTCTTTGGCTATCTTTCTTTATTAGATTAAGGCCGCTG TTTCTGGGCTCCGGAATACTCGTGGCTTGAACTGGCCTAGTTCAATCGAGCAACACAGGCAGAAAGCCGGAGATTTGGAC ATGCTTGATTGGCTTAGAGCTATGTTTGGTTTCCAGGCATGTATTTTACATGTGAATAAAATGGGGGAGGGACAAAGATT TATGATTGGCCAGAGTTTTGTATAACCTCCTAAAATTGTTAATGTATCTGGTTTATTTGGGCGCAGAGGGACAACGTGAG GAATCAGAGAGAGCATTTGATCCTTCTCCTTGCCAACTCTCAAATAAGGCTACACCCTAAACCTGAGCCTTTCAACCAGG CACGTATCTGTCTCTAACTTACTCTGTTTCAGACGAATTTTAATGACTAAATAAAGCTAAAACCGCAAATCAAGAGAACT CTCGTCAAAATTACATTACCGTAGCGGCGTAGCTATAAGGGTAGCCTGCTTTGCTTCGGCCAGTAATTTAATTCTAATGT TGTTTTTTATTTTCTTTGTTTAATTTTTTTTTTATCAATTGCAGCTTGATGATCGGGCCGTTGATTCAGTGATGAAAAAC CTCTTTAAAAATTATAAAACATGGTGCAAATTTTTGGGACGAAAGCATAGTTTACGGTGAGATATAACAATATCAGCATC AGTGAACATTTTTGCTTTTATCTTTTACCTTCAAATTTTAAGAATAATTCTGATTTTTTTTTTATGGCAAAAGTGCTTAT GATGTTCTTTTACACAGACTTCCTCAAGGTCAGCCAGAGATACAGCAGAGAAAGGTTCTCTATATGGGCTTGTATCTTCT GATCTGGGGTGAAGCAGCCAATGTTCGCTTCATGCCAGAGTGTCTGTGCTACATATTTCACAACGTGAGTACAAATTTTC CTTATGTCTCACAATATCTTGTGCTAAAATGTCTTTGCAAATGATTGTAATGGTTTTCTCTTTTAATCTTTATTTGTTTA TCAATAGTTTGTGCATTTGCTAACAAATAACAATGGCCAAGTATGACTTCAGATGGCATATGAACTACACGGTTTATTGG CTGGAAATGTCAGCATAGTTACAGGTGAGAATATCAAGCCTTCTTATGGGGGTGATGACGAGGCATTCCTGCGCAAGGTT ATAACTCCCCTATACCGAGTAATTGAAAAGGTATGATCTAGTCTCACATGGACATTGTCATAATATTTCCAGGTTCCTGT GTTCTCTTTATGACTTTTGAAGTTGTAATAATAATGTTCATAATCCAGGAAGCCAAGAAGAGCAGAAATGGAAAGGCTCC ACTCTCAGCATGGTGCAACTATGATGATCTAAATGAGTATTTCTGGTTTGTTTTCCGCAGGATTTCTATTACTAAAATTC ACTTGTGGATTTGTTTTTCTGTCATTCATTAATTGTCATTTTTTTTTTTATATTTGCAGGTCACTTGATTGCTTTTCTCT TGGATGGCCCATGCGTGATGACGGTGATTTTTTCAAATCGACAACTGATTTGACACGGGTATTTATATTCTGAGAAGTTA CTGACCTGGTTGTAAAACACTTTATTTCCCGTCCTTATATAAATTTCACCTCAGGGGAAAAAGAGTGCTCCAAGAAAAAC CGGAAAAACTGGAAAATCAAATTTTGTTGAGTCGCGAACATTCTGGCACATCTTCCGCAGTTTTGATCGTCTGTGGACCT TTTTTATACTGGGTTTGCAGGTACTTTTGTCTACCAAAGGACGTGCTTTTGCCATTATTTCCCCTTATTGTGGTTATGAC AAGGCGTGAGCATTCTCATTACAGGTGATGTTCATTATTGCATGGGAGGGAATTTCTCTTATGGATGTCTTTCAGAAGGA TGCATTATATAATCTCTCTAGTATATTCATCACAGCATCCATTCTGCGCTTACTTCAAAGTATGAAACACTCACTTAAGT GCTTTTGTTATTGTTAAGCTATCATGCTACTATCAGAATCACATGTGACAAAAAAATTTTATTGATGATCTGATTATCAT GTAAGGCGTTGAAGCTTGACATTTCATTTTTTTGGGTTAAGTCATGATATGAGAAATACAAACTTCATGAGTCATATGAA AACCAGGATATGATTGAATTGTATTATAGCTTTTCGGCATGACAAGTTCCAATGAAATTGGTCTTTAAATAAATGATGCT ATGTTATTTTGGTTTGATTTTCTCCCTACATTCCTTTTTTATGCAAGTCTGGTGCATGAGATTTGTTCCTAACATATATC CTTCCTATCAACTTTTAAGCACTTGTTTATTCAAAATCAATCACTTAAGGCCAAAAGGCTTTGTAATCATAATTTCTAAA AGGTATTTACCTCCAATATGACAGCAATTGTTTTCCTCAATTTTAGTGCTTATTACTACCATTTTTTGGTGAATTCGTTA GCCAATTTAGAATCATGCTACGATTCATACTATTTCTATCTGGAAAGAAAGGATAAGTTATTATGTTCAATTATATTTTC TCTTCATTTGAAGTTTTAAAAAATATCCAAGTTCCACAATATCTTTCTTTTTACTCTCTTATTTTTTTTCTTCCTTGTTC ACTGAAATTTACCATTATTTCTCTTCCACTTTACATTGATTTAGGTATATTGGACCTAGTCCTGAACTTTCCAGGCTATC ATCGATGGGAATTCACTGATGTTCTAAGAAACATTCTTAAAGTCATTATCAGTCTTTTATGGGTTATCATTCTTCCACTG TTCTATGTACATTCCTTCAAGGGTGCACCGGAGGGTCTCAAGGAGTTGCTTTCCTTTTTTAAACAAATAAAAGGCATTCC AGCATTGTACATGCTAGCAGTTGCATTGTATATGCTTCCAAATTTACTAGCAGCTGCTCTCTTTCTTTTCCCAATGCTAA GGCGTTGGATTGAAAACTCAGACTGGCATATAATTCGATTCTTCTTATGGTGGTCTCAGGTAATCATGTTGTCTTAGTCT TACAGATTTGACTATTTTTCTTCATGGTTATAGTCTTATAGAGATAGATTATTCTATTGGTAAGAAGAGTCTTTCAATGC TATCGTTGGTTGTTTTGAAAGTAATGCATGTTTACACCTGAGCGTAGAAAGCAGTGGTGACAGTTTTTTTGGTTAATCTT GTTCAAATTAAAAAGCCTGATGATATCTGTCATGTGAAGAGTATATAACCAATATTTCCTTTCAAGGACTTGCAGTGCCT TCAAGAGTCAAGACTGACAAACATGTACATAGTTCATGCATACTGCATACATAATATTTACACACACAATCATGCATAGT GAAACACTCTTAGGTTGAAGTTTCTTTACCGTACTTATTTCATAAGATTTTTGACTGTAAAATATATTAACTTTTTATAA AATGCAATTTATATTGGTCCTATGAATTATAACGATCCATCACATTGGTCATTTGTATCAAATTTTGAACATCAACAAGA TTCAAAGAATTCAACCAATTAGTTCATAGTTTCATATACTTACAAGTATATACTACATTAGTTTGAGTGGATATCAACAA GTTAGAAAGCAGTTTTAGATTTATTTGAAATTTTATGGGTATATTGCGATGTACATGGTAGGTTAATTCTGTTACAATGA TTAATTTTATAAGTGTTTGACCAATTGAAATTGTATGTCTTAGAAAATACATCATCAAATTCGGAATAATTGTAGTTAAC AGTGGAGTTCGTGAAAAATTATCCGTGCATCGCACGGACAAACGGGTATAATCCTAGTATATATATAAAGCTACACCTGT AGTTTGGTAATTTACCTTGTCTGATCAAAGATTTTCTTCTTTGTGCTTGGCCCATTTCAAGGAACTTTTTGTGGCAACAA AAATAGCTAATTTATTTCTACAAATTTCAAAAAGATTAGTTGTGATAAATCTTTCTGTTACAGTATCTTTTGATAAGAAA TGGAATTTTCAGCTGAGAACTTTTGTACTCTTTAAGACAAATTTCCCATAAAATTGATTATTCTATTATTACTTGCGATT TTGTACATTCATTTCAACTTTTTGTGGTATTCCAAAGAATCTGAGTTTTAGCATTAATTCTTGAATTTTGAATGCTGAAT ACAATGAGTTAGTGACCGTCAATCTTTTGAAAACATCTATTTGGTCAAAAATGTCTTTTGTTTTTTCAATAATTTGGGTT ATTTGAGTATTATTTGTCTATTTTCTGAATGGCTGTTTCTCCCCATGCAGCCAAGAATCTATGTTGGAAGAGGAATGCAT GAAAGTCAATTTTCTCTCCTAAAGTTAGTGTCAACAACACTGTTCCTGAAGTAGTTTGTGCTATTGTGCCCTTGTTTATT ATTGTTGATAAGTGTTCCATTATCTAGATTCTTTTATGAATTTCAGGTACACTATTTTTTGGGTGTTGCTTTTGGCTTGC AAATTTTTATTCAGTTTTTTTTTCCAGGTGAAGTTTTATATGTACACTAGTGTAACTTGCTTAATAAGATAGCATTGTGA AGTTGTTGGGTGTCTTCTAAATTATTGGATCTATCTTCAGATAAAACCGTTAGTTAAGCCAACCAAGGACATAATGAGCA TTCAGCACGTTGATTTTGCTTGGCATGAGTTTTTCCCCAATGGTAGTTATCTTCTTTTTTGTGAATACTTTGTAGCATGC TGTTTATTTTACAGATCCAATGTTTTCCTGTCTATGCAGCTAAAAATAACTACGGTGCGGTTGTTGCACTCTGGGCTCCT GTACTTATGGTTTGTATGTTATATATCCCGGTTATGTTTACATATATGGATCTTTTTAGTAGTTCAGATATCTAATTGTA TCATGTCAATATTTTCATTTTCAATACAGGTTTATTTCATGGACACTCAAATTTGGTATTCAATCTTCTCAACTTTGTAC GGTGGCGTTGTTGGAGCCTTTGATCGTCTAGGAGAGGTCATAATCAATTTATCTTATTTACCTTGCTATGTGTGAAGAGA ATTTGAGATCTATTAACATATTGGGCTTCTGAATTTGTGTAAAACACAGACACATATAGAAACTTAACCTATTGACTAAT GAAATTTATGGTGACCATTTGGATAGAGACTACTAGGGATAATCATTTTCTTATATTTTTTTCGAAATCCCAAAATGTCC AATTTGTAAAGAAACTTGAACTTTCCTTTTCATTTTGTAGATGAACTTGAAATGGGTTACATTTATGGACTCGTAAAAGT GAAATATTTTGACTCACAATCTTAACAGTCAGTTAATGTAATCTATTTGCTTGCCGCAGATACGAACTATGAGCATGCTA AGATCGCGATTTCAGTCATTGCCCGGTGCATTCAACACATACTTGGTTCCTTCAAATAAGCAAAAAGGGAGATTCTCTTT CTCAAAGCAATTTGCCGAGGTTCCTACCACATTTTCATAGCTAAGTACTTTTGGATAAATGTGTTCACTCATTTTCATTT TAGTTTCCATGCTTGTATAGGTTTCTGCAAGCAGAAGGAGTGAAGCTGCCAAATTTGCCCAATTATGGAATGAAATTATT TGCAGTTTTCGTGAGGAAGATCTCATAAGTGATAGGAAAGTCCTCAGAGCCAAACTCTTTCGTTGCTTTCCCTTCTTCTC AATCCTACCTTGTAGTCATTCTCCTCCCTCTTTTGATTTGCTGTCCATGACCTAGTTATGACTAAACTAGGTTTGCATGA CTCCAGGGAGATGGATCTTTTGCTGGTTCCTTACTCATTGGGTCCTAGTCTAAAAATCATTCAGTGGCCGCCATTTTTGC TTGCAAGCAAGGTCAGTGTGATTCAATTATAGTATGCTTATGTTCATTACCAGTTCATATGATGACACTTTCAACCCTTA CAGATTACCGTAGCACTGGATATGGCAACCCAGTTTCGGGGGAGGGACTCTGATCTTTGGAAGCGCATATGTGCAGATGA ATATATGAAATGTGCTGTGATTGAATGCTATGAATCTTTTAAACAAGTTCTACATGATCTAGTAGTAGGAGAAACTGAGA AAAGGTATCTTGTGTTGGTGTGTGTCAATTTTAGTTTGCGCTTCACATAAAAGCTTTAGATATGCAAGATTAATGGATTA GTAGCACCCAAGTTTTATTTCCCTTCTGTCCAAATATGTTCCTGTTCCACTAGCACTCTATCCTTCTTGGATCTGTTCTT GTAAAATGACAGCTCTTGCAGTCTCTGTTTTCATGAGTAGTGAAAGCACATGTCGCTTTTATTTTTCCTTTTTTGAACTT TCTCTATTTTAAATCTCTTTCTGGGTTACTTGACAACTCAAAGTAAACAAATGAAGGAAGAAATGGTTAACTTTCCTAAT CAAGATTTACTTTGACTCACATTAATTTAAAATTTCATACTGTGTTGAAAAGGATTTACTTTGACTCACATTAATTTAAA ATTTCATACTGTGTTGAAAAGGATGATTCGGTATTTCTTATCCGTTGTTTTCTGTTTTTCTTATGTAGCACTTAGAAGCT ACAGATTTAATTAAAAATGAATTGATATCATTCTTAATTCACTGTGATGGAACAGGATAATTTCCATCATCATTAAAGAA GTTGAGAGCAACATGTCAAAGAATACACTTATTACAAATTTCCGAATGGGCTTTTTACCCTCCCTATGTAAGAAGTTTGA GGAGCTTGTGGAAATCTTGGTGAGTCATTCAGAAAAAAACTATATCTGAAGTCTGTATTCTTATCTGGTTCTTGCATTTA ACCATTTTATTTGATAACTTGTGCATTATTTCCTTGCCACAGCGAGATGGAAATCCATCCAAACGAGGTACAGTTGTCGT CTTGCTCCAAGACATGTTAGAAGTGGTTACTGATATGATGGTGAATGAAATCAGGTTAGTTTAACTCAATGGCTCTGGAT TTGCAATATGTGAATATGATAAAGTTCATGGACCTTCCATTGAAACTGATTTTTCTTTTCTTTTTCCCTTGTGATGTTCA TCAGTGAATTGGCAGAACTTAATCAAAGTAGTAAGGATACTGGACGTCAAATTTTTGCTGGTACTGAGGCAAAGCCTGCC GTGGTATTCCCTCCCGTGGTTACCGCACAATGGGAGGAGCAGGTACTTAGAATGTAATTTGATTTATAATTCTTAATTAT TATTATTATTATTATTATTATTATTATTATTATTATTATTATATGATCCAGAGGCTTCGATAACCAATGGATCATTATGG TCATTTCAGATAAGACGTCTTTATCTACTCTTGACGGTGAAGGAATTAGCCAATGAGATTCCAACCAACAGTGAAGTACG TAGAAGGATTGCATTTTTTACCAATTCATTGTTCATGGACATGCCAACTGCTCCCCGAGTCCGTAAAATGCTCTCATTCA GGTCTTGTACAGTTTCATTGATACATATGGCCATGTAGATATATGTGTATGTTATGCTTGTAAATAAAATAAACTGCATA AACTTCATGCTTCTATACTGTACACTACACTATGCAAATCAAATGTTCACATCATCATAATAAAGCTTTAGTGGCCAAAT CGATCAGGGTTATATGATGTTTTCTTTAGATTATGATGACTTCAACTACTGCAGGATTACTTTCATATATATATATATAT ATATATATATATTAGACACAAATTTTTTGTCAAGGAATTTCTTATGCTTAAAATTTGAAATGTTATGCCTTTAGCTTATA TGGAGCCTTTTGCTTCTTCTTTTTAGTGTCCTCACTCCATACTACAGTGAAGAGACAGTATATTCTAAGAATGACATCGA GCTTGAGAATGAAGACGGCGTGTCAATCATATATTATCTGCAAAAGATATTCCCTGGTTCGTAATGACACAATTTAATTT GAATGGCTATTTATTGATAATATAGAATGGATTGGCTGAAATTCAGTAACCTTACTAGATGAATGGAATAACTTCATGGA GCGAATTGATTGTAAAAAAGATAGTGAGATATGGGAGAAAGAAGAGAATATATTACAGCTACGTCACTGGGCCTCATTAA GAGGACAAACTCTTTGCAGGACAGGTAAATGATGGCTCCCTTTACCTTCCCTTCTTCTGCTTGGATTTGTTTGACTGATA TTTTTCCTCTTTTACTTATAAACTGAGGTAGTTAGGGGAATGATGTACTACCGGCGGGCATTAAAGCTCCAAGCATTTCT TGATATGGCTAATGAAAAAGGTAATACTTTGCTATATCTATAGCTACCAAGACATGCTTCTGGTTTATAGCTTTTTGTAA AGCCTGGGCCTTAAGTCGTGTCTTATGCATATATATACCTTTTAACACTTTAAAATTTCCTCACGAGTATGAAATCTGGT AAAAAGACTTGTCATATTCATCTTGGTGCCTGAAAAATGAGTAGTTAAATGCCAAGATGATTTCGTTTTTGTTTTTGTCC TGTGGTAGAGATACTTGATGGCTATAAAGCTATTACAGTTCCATCTGAGGAAGATAAAAAGAGTCAGAGATCTCTATATG CCAGTTTAGAGGCTATGGCTGATATGAAATTCACATACATTGCTACCTGTCAGAACTATGGAAATCAGAAGCGCAGCGGA GACCGCCGTGCAACAGATATCCTGAATTTGATGGTTAAGTATGTTTTCTGAATTGAATTTTATAAGGATAATGTATATTT TGCTTTTAGTTTCCCAAGTTCACTTGATTGAAGAATCTAATTTTTGGTTCTTCATCTATAGCAATCCCTCACTTCGTGTT GCATATATTGATGAGGTTGAAGAAAGGGAAGGTGGAAATGTACAGAAAGTGTATTATTCTGTGTTGATCAAAGCTGTGGA CAATATTGACCAAGTAAATGCATATTGATACCGAAACATAACAAATTACTAATGGTACCTTGCCTTTGAATTAACCATTT TTGCATCTTCCCTGAAGGAAATATTTCGAATAAAACTTCCTGGTCCAGCGAAGTTAGGAGAAGGGAAGCCTGAAAACCAA AATCATGCCATCATTTTTACTAGAGGGGAGGCTCTTCAGGCTATTGACATGAACCAGGTAAAATATTATAAACTTAAGCC TTTCATAAAATGGAACTGGGTGTCAGGGCCTACTAAAAATGTGTGTCATTAATTTGAAATTTTTTTCTAGGACAATTACT TGGAAGAAGCTTTAAAAATGCGTAACCTGCTAGAAGAATTCAATAAGGATCATGGAATGCGCCCACCTACCATATTAGGT GTTCGTGAACATATCTTTACTGGAAGGTTATGATTTTTTTCTACATAGATCTAGCACATAGTCTTGTTTAGATCCTATAT TACTTAATTTTATCACCTGTTACAGTGTTTCTTCGTTGGCTTGGTTTATGTCAAATCAAGAAACTAGCTTTGTCACAATT GGTCAAAGAGTTCTTGCAAGACCGCTGAAGTAAGTTTTTGTTTGTTTTGTTTTCTCATTATGCGGTTGACTTCTTAATGC TTGATTATCTTTTATGATAAACTATAACCACCCTTGAAACGCATGGCTAATAATATTAGACCTCTTCCCAAGATGAGGCT GCATTTTAATTTAAGAGTGCAATGCATTTAAAATATTTTACACAGATCAGAGCATAGATGTTCCGGGTTCTGCTTACTAT TGAATTTCTGCTGCATCCCACTCCTTCTTATTTGATTTTCTTGTTGGAGTGTCATTTCATTTTTTGGTGACAATAATCAG TGAACAGTGAACTACTGAATTTTCCTTCTGCTATCTCCAGCCGTTAAGAAAAAATAAGCATAAATTAGTCAGAATTGATA TTTTCTGGCCCCTGCATTACAATTGATGTTTTCAATTGTAGAGTTCGATTCCACTATGGTCATCCGGATGTTTTTGATAG AATCTTCCATTTTACTCGTGGTGGAGTCAGCAAGGCTTCTCGTGGTATCAATCTGAGCGAGGATATATTTGCTGGTAACA TTCTTGATGCATTTTTTTTTTTAATATTTGATTTGATATTTCTATCTCTCATCATATGCCTTTGCCGCGTATTCAGGATT CAACTCAACATTAAGACGTGGGAATATTACCCATCATGAATATATCCAAGTCGGAAAGGGTAGAGATGTTGGGCTCAATC AAATCTCTCTTTTTGAAGCAAAAGTGGCCTGTGGTAATGGAGAACAGACACTTAGCAGGGATATCTACCGACTGGGGCAT CGATTTGACTTTTTCCGCATGCTATCATTTTATTTTACAACTGTGGGATTTTATGTCAGCTCAATGGTAAGGCTCAGTGC TTTTGAATCAAGTGAAATATACTGAATATCTTTTTTACCAATATTTTCAGGAAATTTGGTTATCTAAATCTACCATATGC TATATTTAAGAAGACATAAATCAAGAATAATGGGTATGGAAAATAATCATCACTTAAACTTTATTAAAAGTTCGCCCTAT AAGTTGCAAGTATACCCTGCTTATTGGTTATAAATTTATAATGAGTTTGGTTCACCTTAATGAAAAACCATAGGTGTTGG AGAATTTTATCCAACCAACTCAACTCGAATTAATTGGCTTCCAAAGTAGCTTAGGGTCGCCTACAAAAACTCCTGCATCT AACTCTAAGCTTTCTTCTGCTGTTGACAGTTGGTGGTTCTCACTGTTTATGCTTTCCTATATGGCAAACTTTACCTGTCA TTGAGTGGATTTGAGGCTGCTATAGTTAAGTTCGCTAGAAGGAAGGGAGACGATCCTTTAAAGGCAGCAATGGCTTCACA GTCCCTTGTTCAAATAGGTCTTCTGATGACTCTGCCCATGGTCATGGAAATTGGGCTAGAGAGAGGGTTCAGAACTGCAG TCGTTGACGTCATAATAATGCAGCTGCAGCTGGCACCCGTTTTCTTTACCTTTTCACTTGGGACGAAGATGCACTATTTT GGGCGCACTCTCCTGCATGGAGGGGCAAAGTACCGAGCAACAGGTCGTGGTTTTGTAGTTCGTCATGAGAAGTTTGCGGA AAACTACAGGCTGTACTCTAGGAGTCACTTCGTAAAAGGGATAGAGCTAACTATACTGCTTATATGTTACAAAATTTATG GATCAGCAACTCCTGATTCAACAGCATATACTCTTCTCTCATGTTCAATGTGGTTTTTGGTGTGTTCTTGGCTGTTCAGC CCTTTCCTTTTTAATCCATCAGGATTTGAGTGGCAGAAGATAGTTGAAGACTTTGATGATTGGACAAAATGGATAACTAG TCGAGGTGGTATTGGTGTTCCTTCAAACAAGAGCTGGGAATCATGGTGGGATGAGGAACAGGAGCATCTGCAGTACACTG GGATTTTGGGGCAGATTTGGGAGGTTGTTCTTGCCCTGCGTTTCTTTGTCTATCAGTACGGGATCGTGTATCATCTACAC GTAGCCAGGGGTGACCAGAGCATCATGGTAATTATGCTTGCCAATTTAATTTTACTTCACATTTTCTTGTCAAATTTGAA CCTGCACCTCAGGCTTTAAACATGTATGATATATCCATATTATGTTATAATTTGCATTTTAGACAAAGATGTTCCTTGGT TAGAGAATGTAGTCCTTTACCAAGTAACACCTCTTTTGGTGAACAAAAAAACAGACATGGAGTACATACTACACATGGAG AAGAGCTTTCTAACCTCAAATTTATCTCCAGGTTTATGCTCTGTCCTGGATAGTCATATTAGCTGTCATGGTCATCTTGA AGGTCAGTTTTCAATTATCAAACAGTTCACTCTACATACAAGCATTTTCTGTGCTTGAACTTGATAATTATTCAATTAAC TAATTACTGACATACTTGCATCTGGAACTGCAGGTCGTGTCCATGGGTAGAAAGACATTCAGCGCAGATTTTCAGCTGAT GTTTCGTCTCCTCAAAGTGCTTCTGTTTATAGGAACCATTGTTATTCTAGTCTTGTTGTTTACTCTACTTAGTCTCACTG TCGGAGACATCTTTGCGAGCCTCCTAGCATTCATGCCAACTGGTTGGGCATTGATACAGGTACTTATCTAATAGTCATTA CCTCTGTCTTTAATGGAAATAATATCTCTTCAGTAAGATAGTCCCTTATGGTTTGTAGTCGTTACCCCGAGGTTCAGTCA TTTATCTTTATTTGTGTCGTAATAAACAATAAGGTCCACTTGTGGAGGGAAAAGGTTTAAATGGAATATATATTTCTATA TATAAATCTCATAGTCAAGTAAATTAAGTTCTCTTTCTAAATTCATGATATTAGAAAAGTTCCCTCATGATATCTTTTGT TTTTATCTGTAAATCTTAAAACTATTTCTGCCTAATTTTCCTGGCTTTAAATGTGAGCAGATAGCTCAAGCGTGGAGGCC AGTGATAAAAGGCATTGGAATGTGGGGGTCTGTCAAGGCTTTATCAAGGGGGTATGAATACGTTATGGGAGTGGTTATCT TTGCGCCAATAGCGATATTAGCTTGGTTTCCATTTGTTTCAGAATTCCAAACTAGACTGCTATACAACCAAGCATTCAGC CGAGGGCTTCAAATCCAGCGCATTCTGTCTGGTGGCAAGAAGAATAAATAA
CDS sequence (LotjaGi4g1v0409500.5) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAAAAACCTCTTTAAAAATTATAAAACATGGTGCAAATTTTTGGGACGAAAGCATAGTTTACGACTTCCTCAAGGTCA GCCAGAGATACAGCAGAGAAAGGTTCTCTATATGGGCTTGTATCTTCTGATCTGGGGTGAAGCAGCCAATGTTCGCTTCA TGCCAGAGTGTCTGTGCTACATATTTCACAACATGGCATATGAACTACACGGTTTATTGGCTGGAAATGTCAGCATAGTT ACAGGTGAGAATATCAAGCCTTCTTATGGGGGTGATGACGAGGCATTCCTGCGCAAGGTTATAACTCCCCTATACCGAGT AATTGAAAAGGAAGCCAAGAAGAGCAGAAATGGAAAGGCTCCACTCTCAGCATGGTGCAACTATGATGATCTAAATGAGT ATTTCTGGTCACTTGATTGCTTTTCTCTTGGATGGCCCATGCGTGATGACGGTGATTTTTTCAAATCGACAACTGATTTG ACACGGGGGAAAAAGAGTGCTCCAAGAAAAACCGGAAAAACTGGAAAATCAAATTTTGTTGAGTCGCGAACATTCTGGCA CATCTTCCGCAGTTTTGATCGTCTGTGGACCTTTTTTATACTGGGTTTGCAGGTGATGTTCATTATTGCATGGGAGGGAA TTTCTCTTATGGATGTCTTTCAGAAGGATGCATTATATAATCTCTCTAGTATATTCATCACAGCATCCATTCTGCGCTTA CTTCAAAGTATATTGGACCTAGTCCTGAACTTTCCAGGCTATCATCGATGGGAATTCACTGATGTTCTAAGAAACATTCT TAAAGTCATTATCAGTCTTTTATGGGTTATCATTCTTCCACTGTTCTATGTACATTCCTTCAAGGGTGCACCGGAGGGTC TCAAGGAGTTGCTTTCCTTTTTTAAACAAATAAAAGGCATTCCAGCATTGTACATGCTAGCAGTTGCATTGTATATGCTT CCAAATTTACTAGCAGCTGCTCTCTTTCTTTTCCCAATGCTAAGGCGTTGGATTGAAAACTCAGACTGGCATATAATTCG ATTCTTCTTATGGTGGTCTCAGCCAAGAATCTATGTTGGAAGAGGAATGCATGAAAGTCAATTTTCTCTCCTAAAGTACA CTATTTTTTGGGTGTTGCTTTTGGCTTGCAAATTTTTATTCAGTTTTTTTTTCCAGATAAAACCGTTAGTTAAGCCAACC AAGGACATAATGAGCATTCAGCACGTTGATTTTGCTTGGCATGAGTTTTTCCCCAATGCTAAAAATAACTACGGTGCGGT TGTTGCACTCTGGGCTCCTGTACTTATGGTTTATTTCATGGACACTCAAATTTGGTATTCAATCTTCTCAACTTTGTACG GTGGCGTTGTTGGAGCCTTTGATCGTCTAGGAGAGATACGAACTATGAGCATGCTAAGATCGCGATTTCAGTCATTGCCC GGTGCATTCAACACATACTTGGTTCCTTCAAATAAGCAAAAAGGGAGATTCTCTTTCTCAAAGCAATTTGCCGAGGTTTC TGCAAGCAGAAGGAGTGAAGCTGCCAAATTTGCCCAATTATGGAATGAAATTATTTGCAGTTTTCGTGAGGAAGATCTCA TAAGTGATAGGAAAGTCCTCAGATGGCCGCCATTTTTGCTTGCAAGCAAGATTACCGTAGCACTGGATATGGCAACCCAG TTTCGGGGGAGGGACTCTGATCTTTGGAAGCGCATATGTGCAGATGAATATATGAAATGTGCTGTGATTGAATGCTATGA ATCTTTTAAACAAGTTCTACATGATCTAGTAGTAGGAGAAACTGAGAAAAGGATAATTTCCATCATCATTAAAGAAGTTG AGAGCAACATGTCAAAGAATACACTTATTACAAATTTCCGAATGGGCTTTTTACCCTCCCTATGTAAGAAGTTTGAGGAG CTTGTGGAAATCTTGCGAGATGGAAATCCATCCAAACGAGGTACAGTTGTCGTCTTGCTCCAAGACATGTTAGAAGTGGT TACTGATATGATGGTGAATGAAATCAGTGAATTGGCAGAACTTAATCAAAGTAGTAAGGATACTGGACGTCAAATTTTTG CTGGTACTGAGGCAAAGCCTGCCGTGGTATTCCCTCCCGTGGTTACCGCACAATGGGAGGAGCAGATAAGACGTCTTTAT CTACTCTTGACGGTGAAGGAATTAGCCAATGAGATTCCAACCAACAGTGAAGTACGTAGAAGGATTGCATTTTTTACCAA TTCATTGTTCATGGACATGCCAACTGCTCCCCGAGTCCGTAAAATGCTCTCATTCAGTGTCCTCACTCCATACTACAGTG AAGAGACAGTATATTCTAAGAATGACATCGAGCTTGAGAATGAAGACGGCGTGTCAATCATATATTATCTGCAAAAGATA TTCCCTGATGAATGGAATAACTTCATGGAGCGAATTGATTGTAAAAAAGATAGTGAGATATGGGAGAAAGAAGAGAATAT ATTACAGCTACGTCACTGGGCCTCATTAAGAGGACAAACTCTTTGCAGGACAGGTAGTTAG
Protein sequence (LotjaGi4g1v0409500.5) extracted from Lotus japonicus Gifu v1.2 Proteins.
MKNLFKNYKTWCKFLGRKHSLRLPQGQPEIQQRKVLYMGLYLLIWGEAANVRFMPECLCYIFHNMAYELHGLLAGNVSIV TGENIKPSYGGDDEAFLRKVITPLYRVIEKEAKKSRNGKAPLSAWCNYDDLNEYFWSLDCFSLGWPMRDDGDFFKSTTDL TRGKKSAPRKTGKTGKSNFVESRTFWHIFRSFDRLWTFFILGLQVMFIIAWEGISLMDVFQKDALYNLSSIFITASILRL LQSILDLVLNFPGYHRWEFTDVLRNILKVIISLLWVIILPLFYVHSFKGAPEGLKELLSFFKQIKGIPALYMLAVALYML PNLLAAALFLFPMLRRWIENSDWHIIRFFLWWSQPRIYVGRGMHESQFSLLKYTIFWVLLLACKFLFSFFFQIKPLVKPT KDIMSIQHVDFAWHEFFPNAKNNYGAVVALWAPVLMVYFMDTQIWYSIFSTLYGGVVGAFDRLGEIRTMSMLRSRFQSLP GAFNTYLVPSNKQKGRFSFSKQFAEVSASRRSEAAKFAQLWNEIICSFREEDLISDRKVLRWPPFLLASKITVALDMATQ FRGRDSDLWKRICADEYMKCAVIECYESFKQVLHDLVVGETEKRIISIIIKEVESNMSKNTLITNFRMGFLPSLCKKFEE LVEILRDGNPSKRGTVVVLLQDMLEVVTDMMVNEISELAELNQSSKDTGRQIFAGTEAKPAVVFPPVVTAQWEEQIRRLY LLLTVKELANEIPTNSEVRRRIAFFTNSLFMDMPTAPRVRKMLSFSVLTPYYSEETVYSKNDIELENEDGVSIIYYLQKI FPDEWNNFMERIDCKKDSEIWEKEENILQLRHWASLRGQTLCRTGS
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 | 1 | 537 | 537 | 0.0 | – | |
| Phobius | 1 | 194 | 194 | - | – | |
| PANTHER | 1 | 537 | 537 | 0.0 | – | |
| SMART | 32 | 148 | 117 | 3.3E-72 | ||
| Pfam | 34 | 145 | 112 | 6.5E-36 | ||
| TMHMM | 195 | 214 | 20 | - | – | |
| Phobius | 195 | 214 | 20 | - | – | |
| Phobius | 215 | 225 | 11 | - | – | |
| TMHMM | 224 | 241 | 18 | - | – | |
| Phobius | 226 | 245 | 20 | - | – | |
| Phobius | 246 | 265 | 20 | - | – | |
| TMHMM | 262 | 284 | 23 | - | – | |
| Phobius | 266 | 287 | 22 | - | – | |
| Phobius | 288 | 306 | 19 | - | – | |
| Phobius | 307 | 331 | 25 | - | – | |
| TMHMM | 309 | 331 | 23 | - | – | |
| Phobius | 332 | 369 | 38 | - | – | |
| TMHMM | 369 | 391 | 23 | - | – | |
| Phobius | 370 | 391 | 22 | - | – | |
| Phobius | 392 | 443 | 52 | - | – | |
| TMHMM | 422 | 439 | 18 | - | – | |
| Phobius | 444 | 463 | 20 | - | – | |
| TMHMM | 444 | 466 | 23 | - | – | |
| Phobius | 464 | 846 | 383 | - | – | |
| PANTHER | 538 | 844 | 307 | 0.0 | – | |
| PANTHER | 538 | 844 | 307 | 0.0 | – | |
| Pfam | 732 | 844 | 113 | 3.9E-28 |
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 |
|---|---|---|---|---|
| Cellular component | 1,3-beta-D-glucan synthase complex | A protein complex that catalyzes the transfer of a glucose group from UDP-glucose to a (1->3)-beta-D-glucan chain. | ||
| Molecular function | 1,3-beta-D-glucan synthase activity | Catalysis of the reaction: UDP-glucose + [(1->3)-beta-D-glucosyl](n) = UDP + [(1->3)-beta-D-glucosyl](n+1). | ||
| Biological process | (1->3)-beta-D-glucan biosynthetic process | The chemical reactions and pathways resulting in the formation of (1->3)-beta-D-glucans, compounds composed of glucose residues linked by (1->3)-beta-D-glucosidic bonds. | ||
| Cellular component | Membrane | A lipid bilayer along with all the proteins and protein complexes embedded in it an attached to it. |
Expression pattern of LotjaGi4g1v0409500.5, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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