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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0319000 |
| Transcript ID | LotjaGi1g1v0319000.6 |
| Related isoforms 5 | |
| 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|G7JBJ9|G7JBJ9_MEDTR Glucan synthase-like protein; Found in the gene: LotjaGi1g1v0319000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:76805823..76821482) extracted from Lotus japonicus Gifu genome v1.2.
ATGTCGAATCTCGAGGCGGCACCGCACACGCTGACGCGGCGGCCGTCGAGAAGCGCCGCCATGACGACCTTCTCAACGGA GGTTTTCGACAACGACGTCGTCGTTCCTTCCTCACTCGCCTCCATCTCGCCGATTCTCCGAGTCGCCAACGAGCTCGAAA GCGAGCGACCTAGGGTTGCGTATCTCTGTACGTTCCTCGATTGATCCAATTTCGTTCGTTTCCTTCGATTGATCGCGTTT TTCTCATCTGCAAGTAATGATGATTTGATTTGTTTGTTTGGAATGAAGGTCGATTCTACGCGTTCGAGAAGGCGCACCGG TTGGATCAGAGCTCCAGCGGCCGTGGTGTGAGGCAGTTCAAGACGCTGTTGCTGCAGCGATTGGAGAGGGTGCGTAACTA ACTCACACACTCACTCTCTTCGTTTTCCCGCGCTCGTAACAACGCAAAGTGTTTTTGTCTTTTTCTTAGCTTTTGATTAT AGTTAAAGAAGAAATATGCATTAATTGAATATTAATTGATTAACTGCTAGTAAAACACCCTGATCATTTTTTAATTCGAA TGAAAATTTGTCAATTTGTCATATGAAACTAAGATGATATTAAAAAAACAACTTCAACTCATATGAATTTTATGAAAGCT CTTTATTGATTATGTTTTTAGATGTTAGTATTTTTTTGCAATTATTAGTGCATGTTTTGTTTTGATAGTTAGAATAAACA CAAACATGATTTTACATATCTTAAGATATTAATAAAGAAGGTATAAAATTTTGTAACGACAAATTTAATGTGAATCAAAA AAGTAAAATTTTAGCATGTTAACTTAAACGTGGATACATGTTGAATTCAACGAAAATCCAAACGCACACTTATTCGCTTG ATTTAGGCATGCATTGCTTCGAGTTGCCGATGCCAAGTTGTTTGAATTTCTTGTTACTTAATCGGATGTGAGTTATTTTC CCGCATTCTACCTTAGTTTAGTCTCATTTCTTATCGAGCTAAGGCCTCCCATGTAAAAAAAAGGCGTTTAAAATAAAATG TAAAAATTTAATACCGTTATATTTTTTATTCTTTTTCTACACTGCTGTATGACATGGTTTAAGTGTTTATATAAAAAAAT GAAGTAATATTCAAATTTGATATTTATAAGTTCATATTATTATTTTATTTGAGCTATATACCAAAAGAAAATTAGCTTAA TTTTTTTTTGAAAGCAGCTTAGTTAACTATTCACTATAGAATTGTTCGACTATACAAACATTATTATAACAATGTTATTA TTACTTAAAAAAAAACAATGTTATTATTACTTTCAAAAAAAAATGTTATTATTGACTTTCATATTGTTTTTTTTAAACTT ATTATTTATCATATTGTTTTAAACACTTTACCTGGTTGTAACAAAAAAAAAAACACTTTACCTGGTACAACACATCGTGT TCTGCCGTATCCCTCCTGCCCTACTAGGCTACTACACCACCGATAGACCAATTTTCTCGTTTGTTTGTTACATTGACTTA CTGTGATGGATTCGGGAGACGTTATAGTTCATGGGTTTGGAGAACTCAATCGGGAAATTCTTTTGGAAAGGAGAAATGGG GTCAGGGATTGATTGGTTCCGTAGAGTTGTAATTGGTGAGCTTGGTCTTCTAACCAGATGATGAACTGAGCATTCAGTTA TAGCACAATGCAAACTGAACTAATTATTTGTTTAAAATGGAGTTAGTGAAGAGTAGCCTTATGGTTTCTAAAATGCAAAC TGAACTAATTATTAGTTTCTGCAACTGCAGGACAATGCCACCAGTCTTGCCGCTCGGGTTAAGAAGACAGATGCAAGGGA AATCCAATCTTATTATCAGCAATACTATGAGAATTATGTCAGGTCGCTTGACGAAGGAGAGCAGGCAGACAGGTGCATAA CTTTCTTATCTGGTTCATCTTGAAATTTAAGGGAAATTCAATCTTATTATGAGCAATACTATGAGAATTATACTTAGCTG GTACCATTAAAATTATTTTGTAGAGCACAGCTCGGCAAAGCTTACCAGACCGCCGGGGTGCTTTTTGAAGTGCTTTGTGC TGTTAACAAGACTGAGAAGGTCGAAGAAGTAGCTCCTGAGGTCAGCCTTGATTTGTACAAGTTTCATTTTCATTTTATTT GTGAAATTAGGTACTTGCGGCATTGGTTTTCTCTCACCATTCATGTTGAAGATTAACAACAAAGAATTTTGTGTGTTCAG ATTATTGCTGCCGCTAGAGATGTCCAGGAAAAGACCGAGATTTATGCGCCTTTTAACATTCTTCCATTGGATTCTGCCGG GGCTTCTCAGCCTGTTATGCAACTTGAAGAGGTATCACTTTTTCCATGGTTGATGTGGAGTCTCATTGTTTTGCTTGGAC TTTGCACTGAGTTCATTGGCTTTGTTTTCATGTTTTAGATTAAGGCAGCTGTTTCTGCATTCTGGAATACTCGTGGCTTG AACTGGCCTGGTTCATTTGAGCAACATCGGCAGAGAACTGGAGATTTGGATCTGCTTGATTGGCTTAGAGCCATGTTTGG TTTCCAGGCATGTCTTTTGGGAGAAGGTTTATGACTAAGTAAAATTTGTGTAGGCAGTATACCGCAACAGACTTGCTAAT GTGTTTGCTTTATTTTGGCTCAGAGAGACAACGTCAGAAACCAGAGAGAGCATTTGGTTCTACTTCTTGCTAACAATCAC ATAAGGCTACACCCCAAACCTGAGCCTCTCAACAAGGTATGTAACTGTCTCTCTCTTCATCCTGTATTTGGCCAAACATT CATATAGAATTCAAATTGATGAAGCTATACCAAAAATCAGAAATCAAGAGAGCTTTTTGTGAAAATTATATTTTATAGGG GTATACACGACTAGGCTCTGACCTGTAGTTAAATTCTACTATGATTTTTTTTGGACAATTGCAGCTTGATGATCGCGCAG TTAATGCAGTGATGAACGATCTCTTTAGGAATTACAAAAAGTGGTGCAAATTTTTGGGACGAAAACATAGTTTACGGTAA GATATAACAATATCTCTTTCAGAAAATATTATCCTACTTTTCCTTATCAAACTTTTTATGCTAAAATGCTTTTCTTTTTT ATTCAGACTCCCTCAAGGTCAGCAAGAGATACAGCAGAGGAAGTTACTGTATATGGGCTTATATCTGCTTATATGGGGTG AAGCATCCAATCTTCGTTTCATGCCGGAGTGTCTATGCTACATATTTCACAATGTGAGTGTATATATTTCATATGTTTCA CACTATCTTGTGCCAGAATGTCTTTGCAAATGATATGTAACTCTTTTGCTTTTTTTTTTTTTAAATTCTATAATTTCACA TACATTATTAATGTTCTGCATGTATTTAATAATATTTTACTACAACTTCAGATGGCATATGAACTTCATGGTTTATTGGC CGGGAATGTCAGCATTGTTACTGGTGAAAACATCAAACCTTCTTATGGTGGTGATGATGAGGCATTCTTGCGGAAGGTTA TAACTCCCATATACCGTGTAATTGAGAAGGTATGATTTTTTCTGTTATGGATATTGTCAGCTTACTTCAGGTACCTATCT TCTCGGTGATGAATTATAATCATTCTAATAATATAGGAAGCTGAAAGGAGCAGAAATGGAAAGGCTCCTCACTCAGCCTG GTGCAACTATGATGATCTAAATGAATATTTCTGGTTTGTTTGGCTTTTGATTTTTATTTCTAATTGAAATTTTTGGCTTG TTTCATCTTTCATTAATTGACAACCTATTGTTTTGATGTTTTCGTTGCAGGTCACCTGATTGCTTTTCTCTTGGATGGCC CATGCGTGATGATGGTGATTTTTTTAAATCAACATTTAATTCGACACCGGTATTTATTCTCTAAGTAGTTACTTGCTTGA ATGTATAATACTTGTTAAGCTCAGTACTAATATAAATTCCATACCAGGGAAGAAAGGGTGCTCAGAGAACAGCTGGAAGA ACTGGCAAATCAAATTTTATTGAGACCCGGTCATTCTGGCACATATTCCGGAGTTTTGATCGCCTTTGGACCTTTTATTT TCTTGGTTTGCAGGTATTTGTTTTCGGCAGAAGGAAATAATTATGTCAATGTTTCCTGTGATTGTTGTTCTGACAAGACC TTACATTCTTATTACAGATAATGCTCATTATTGCTTGGAAAGGAATTTCAGTAATGGAAATCTTTCAGAAAGATGTCTTG TATAGTCTCTCTAGCATATTCATCACAGCAGCCGTTTTCCGCCTTCTTCAGAGTAAGATACAGTCACTTAAGTGGCTTTA TATTTGTAAAGTTATCATGCTACTATCAAAATCACTAGTTGATTTTTTTTTCTTCTTCCTGATTGTTGTTTAAACAAATC ATGAAGTAATTGACATCTCATTTGTTCCTCTTTATTTTGATCTAGGTATCTTGGATCTGGTTCTGAACTTTCCGGGCTAT CATCGTTGGAGATTCACAGATGTGCTAAGAAATATTCTCAAAGTCATTGTTAGTCTTTTTTGGGTTATTGCTCTTCCACT CTTCTATGTGCATTCCTTCGATGGTGCCCCTGAGTTTATCAAGAAGGTGCTTTCCTTTCTTCATCAAATGAAGGGGATTC CACCATTGTACCTCCTAGCAGTGGCAGTGTATCTGCTTCCAAATTTACTAGCAGCTGTTCTCTTTCTTTTCCCAATGCTG AGGCGTTGGATTGAAAACTCAGATTGGCACATAGTTAGACTTCTCTTATGGTGGTCACAGGTAATTTTTCATCTCATTCA ACACACTTGCACATTCGATTATTTCTCTTCATAATAATAACATGAAACTATTTTTTTTTGGTCTGATGCTTGTTTCAGTA TACTTGTTGTTCACTGTGAAAGTAATGCATATACCTGATCATAAAAATCAGGGGAAAGCAAATTTTTTTCTATTTTATCT TCATATGCAGCTCAAATACCTAAGTGTGTATAATTAATGGTTGTTAGAAGTATATATAAAATGATTAATGTGTCAACCCA ACAAGCTTAAGCTTTTGGGATAGTTGGTTCATAATAATGGTTTAAAATACATGTACACACTCGTACATGTGTACACATGA TCATTCCACAACAGTTAGGAACTGATAGTGACACACATACACACTTAGTACCTAGTTATTTTTAACTATACATACCGTCA GCCTGTTTTTGTAATTTATTCTCCTGAGAATGAATACAACAACGAAAGTCAAAACCTTAAACCTGCAGTTTGATGTAGTT TTTTCTAGCAGTTTTTTTATCATCATAATTTTTGCGAAAATCTTTTAGTTGAAAAAAGCAAAAACAAAGGATCCATAATT GAAATTGTTTGATCAAGGCTTTCTTCCACTTTCCGGGGCACACCCATTACACGAATACTAACTATTTATGACAACAAATT TGTCCAATGAGTTTTAAAAACTTCAGAACACTTTTTTTTTTCTTCTCATCATTCTCTTTAAAATTCAGCAACTTTAGTTG CCCTAAATCTCTCTATATCTCTATATTTTCTGCAATCTTTTAGGGAGTGCTGATTATGATGTTTAAGTGATCTTTGATAT CTTGTAAGCGAACATTTGGCCATAAATTTTTTTATGACTTTGAATTTGTACATTCACAAGAGAAGCATCTATTACCTACC TGAGCATCCCAGTTTGTAGCCCTTGTTTTATTTTTGGTGTGATTGTGGTTCAAAGTTTGAACTGACAAATTCAAATGAGG GGAGGGAAAACACATACTTTTTTCACCATGTGGGTGACCGAACAAGAGGCCTGATGACACAATTTTTTTTTAAGCCAGTC TTATGTGGATGTTCAATATGCATGAGTAATATGAGTCAGTGACTTCCAATCTTTCAAAAGCCTATCTGTATTAGAGGATC TTCGACAATTATTTGTTCATTTTCTGAATTATTATTTCTTGCTTGGCAGCCTAGAATCTATGTTGGAAGAGGAATGCATG AGAGTCAATTTGCTCTCATAAAGTGAGTTTCACAGAAAAATATTATTATATATTTAAGATTTGCGCTCCTGTTATTTGTT TGAAATTTGTTTCATCATCTAATTTTTTTTTCAATCTTCAGGTACACTCTTTTCTGGGTGATTCTTTTGGCTGCCAAGTT TGCATTCAGCTTTTTTGTCCAGGTAATTTTTTCAGGTGCAGTAGTTATCTTCCTATAATGTCTTGTGAAATTGTTGGGCC TCTTTTAATTGTTCCCTCTTCAGATCAAACCTCTTGTTCAGCCAACTAAGGACATAATGAGCATTCACCATGTTGATTTT GCTTGGCATGAGTTTTTCCCAAAAGGTAGTTTCTTCTCATTTTTAAGGGTTCCATTTTAACTTTCTGTAAATTCTGTTTC TCTAATATTTCCAGTTTATGCAGCTCAACATAACTATGGTGCAGTTTTTGCTCTCTGGGCCCCTGTACTTTTGGTATGTG TCTTATATTTCATGGTTACTTTGAGATATCTGTTTGTTTGAGATAATTCTGTTTGGAACGGATTTTATTTTGTTATGATT CTATTGTGATGTATTAGGATAAGATATATTTGTTAGCATAAATATTGTACCTCTAGAAACTTAGTCTATAAATATTGTAC TTCTGCATCGCGTAATATCAATCAACTATTCAAGTTTCAAGATGGTATCAGAGCAGTGTCATCCTCATTCCTCAGTGACC TGCCCACCACTATTCGGTTGCTGAGTTCTCCAAAGTTTGGAACCCTGTTATACTCATAATAGTGGCATTCTTTCCCCTGC AAGTAATCTAGTCGATCCTTTGTCCTGATTTTTTCAGGGCTTCAACTGTTATTAGTGTTGACTGACTCTCTAAAGTCGTC AAGGGTTGAAGGTAACATATTAACCTGTCTCAGAAGGCACTTATCGGTCAATCTTTTGTGCGTCATTGCTTCATTCATTT GTTTTCTTGAGCTTCAGCTGCTGTAATCACTGGCCCACTTTCTGCAATATCAAGTATCGAAGTTGACACCCTTGTTTATC TTAGAAATCATCAACCGATTGATCCCATGCCACTATTTGTTACGAGACTGAGACTGTGACTCCTATTCTTCTTTGACACC TTGTTCGGCCTTCTGGTTTCTTGTTTCACTTCCTTGTTTAACCCTAGATGGAGTACTTTTAGGGTGTGCTTCAGTGCATA TTCTTTCATGTTTTTTATTTTGCACCAAGCTGCTCTACTATCTCCATTTTGGTGCTTTTGTTTGGTTGCTGCTAGTTTGT TGTTATTTCAGCCTTGTTTTTATTTTTCGGCGTATTGTTCCTAGTTTGTTGTCTACTTCTGTTCGCTGAATCAGCTAACA CCGCAACAATCCTGGAGAATCAGATTTGACTTGCCACAATATAGGCAATGACTTACAAAACTAGTGACCTCCTATGGTTG AAAGTTGAAACATGTAATTCAGAAATTTCAGTTACGTGATGTTAGTCCTATGGAGCTAATGTATGTTAATGAGTCAGCCT TGCATATCTCCTCCAATCCAATCTTCATGAAAGAACTAAGTATATAGAAGTTGATTATCATTTTATCAAAGAGGGGAGAT TCTTTCTAGCATAATCAGAACTTTTTATGTTTGCTCATAGGATTAGCTTGCTGATATCTTCATTAAATCCTTAAGGGGTT TAAGAATATCATACATAGGCTCCAAACTTGATGCGTATGATCTATAATTTTATACGCTCTTGCTGGGGGGGGGGAGTGTT GAGATATTTGTTATGGTATAGTTTGTTGATATAATTCTAATTGGATATGATTTGTTAGGATTTCATTTTATACTGTTATG ATATAATAGGATAAAATTTATTATTCTGTTATTGTTTAGATTTTATTCTTTAAACTTTGTAGTTGACTGGGAAGCCTCTG AAAACCTAGTCTATAGATATTTTACTTCTGAATCAGGTTGATATCAATCAACTATTCAATATATTCAAGTTTCAAGAGTT ATGCTCATGTGCAACCTTTTAATTTGTTCGGGATATGTTTTTTCAGCGTAACATCTCATTTTACATTTGGAGTGCAGGTT TATTTCATGGACACTCAAATTTGGTATTCTGTCTTCTCAACTGTGTATGGTGGTGTTATTGGAGCCTTTGATCGTCTAGG AGAGGTATTGTTAATTTTATCTTATTTCTAGCTTGCTATATCCGAAGAAGATTTGAGAATTGGCTGTTTTCTTGGTTTTC TTCATTTTTGTACAATGTGTGCATACAAAAGAGTGGAATCTATATGATCTATATTTTAGGCCCCTTTTGGACACATAAAA TACTGGTCATTGTTAACATATGTCTGTATATGTTTTTATGAGTTTTTGAAGTCTCTTGTGAATAAAGTCAAATTTCTCTT TTGATTTTATGGGAGAAGTTGAGATTGAGTTACTCTTGTTGAACAAGAAAGATAAGATACTTCAAGCCCCCAGCTAGTTA ATGTTGTTCTCTATTTGCCTACACAGATACGGACTCTAAGCATGCTTAGATCACGGTTTCAGTCATTGCCTGGTGCATTC AACACATACTTGGTTCCTACTGACAAGAAACATAAAAAGAAATTCTCTCTCTCAAAGCGATTTGCTGAGGTTTCTATCTC ATTTTCATTTCATTGCTAACTAGTTTAAGCTACATGTAATATCTTCACTTATGTTTTCATGTTTGTGTAGATTTCTGCTA GCAGGAGGAGTGAAGCTGCTAAATTTTCCCAGTTATGGAATGAAGTTATTTGCAGTTTTCGTGAAGAAGATATCATAAGT GACAGGAAAGGCCTCAGAACCAAGCTCTTCAGTTGCTTTTCTTTGTCCTCAATCCTAGCTTCTACTCTTTTTCCTTCAAC TTTTGATTTGTCATTCATCGCCTATTAAGGACTAAACTGTGTTTGCATCACTACAGGGAGATGGATCTTTTGTTGGTTCC TTACTCATCAGATCCAAGCCTGAAAATAATTCAATGGCCACCATTTCTGCTTGCAAGCAAGGTCTGTGTAGTTAAACTTT AAAAATTCTCGTGTTTGTTACCAGTTCTTATAATTGACTCCCTCCCTGTCAACCTATACAGATTCCTGTTGCACTAGATA TGGCAGCTCAATTTCGAGGGAAGGACTCCGATCTTTGGAAGCGCATATGTGCAGATGAATATATGAAATGTGCTGTGATT GAATGCTACGAATCTTTTAAGCATATCCTGAATGCTTTGGTGGTTGGAGAAGCTGAACAAAGGTGGCTTTTAGTATATTT CCTGTTGATGTTTATATATTTAAGTTCACACGTCACTCTACAAACCTTATCAGTAAGGGATATTTTCTTAGGTAGCTCAA TTATGATCTAGTTCTAATAGCATTGTATCCTGCTTTGCTTTCCCTTTTTTTTTGCGCAAATACTCCAAATTTTGCTCTTT CTGTTTCTATTGAATTCCATTAACAGCAATTAGCCTTGTATGATCTTCTTTTACTTGTCATTTACAAGTCTCTTTCTGGA CCACTTAACAAAAGAAAAAAAAGAAAGAAAGAAATGGTTAACATACCCTATCACTTGTTTTGGTTGAACCACGTTAATCT AAAATTTTCTGTTGCATTAGAGGTCATTCAAAATTTCATGTCAGCTGATTTTTTTGTTCTTCTTGATTAGCTGGTAGAAC TGAGGCTATAAAAATTTCATTAAAATGAAATCATCATCAGTTGTTCTAACTTCATTGTGATTGAACAGGACAATCTCTGT CATCATAAGGGAAATTGAAAGCAGCATCTCTAAGAATACACTTCTTTCAAATTTCCGTATGGGGTATTTGCCTTCCCTTT GTAAGAAATTTGTGGAGCTTGTGGAAATCTTGGTGAGTCATTTAAAGGATAACTAATCATATCTTCCCTTTGTAGTAGTC TTAAATGGTTTCTTGTTCTAACTATCCTATTTGGAAGCTAACATATTCTTTTTTTATTATAGAAAGATGCAGATTCTTCC AAGCGAGATACGGTGGTGGTCTTATTACAGGACATGTTAGAAGTGTTTACTCGGGATATGATGGTGAACGAAATCAGGTT AATTGTCTTAATTGCACGGGATTTCAAGTATAATATTTTTGTGTCTCTTTCACTAAAAATGATAATCCTTTCTTTTTATA CTGTGATGTTCATCAGTGAATTAGCAGAACTAAATCATAGTAGTAAGGATAGTGGAAGGCAACTTTTTGCTGGTACTGAT GCAAAACCAGCTGTTCTCTTCCCTCCAGTGGTTACAGCACAATGGGAGGAACAGGTAATCAGTAATCTAATTTTAAATTA TAATGTTTACTCTTTTATAGTTTGTATTATTATTAACTTTCCATATGCTTCTTTTCTTCCATAATAAAATTTAGTTTCCA ACATGAAAGAAAAACTAAACAAATGCTTCAATAACTTATGATTTTTTGGGTGTTTCAGATTAGACGGCTTTATTTACTCT TGACGGTGAAGGAATCTGCCATTGAGGTTCCAACAAACCTTGAAGCACGCAGAAGAATTGCATTTTTTACCAACTCATTG TTCATGGATATGCCACGTGCTCCACGAGTTCGTAAAATGCTTTCATTTAGGTATGGTGTTTCCTTAAATTGCATTGAACA GTGGTATCCTTGCTTGCACATCTTAATGTCTGATACATTAGACATAAATTATCATTTTTTCTGGGCTGTTTAATATTTTA TTTTTTAAAGCAATTTATGATGCATGTATGTTTAAATCTGATATATTCTGAAGTTATCGTGTGCTTATAAGTAGCATTTT GCTTATTGTTTGCAGTGTCTTAACTCCATACTACAGTGAAGAGACTGTTTATTCGAAGAATGACCTCGAGGTTGAAAATG AAGATGGTGTGTCCATCATATATTACCTGCAGAAGATCTACCCTGGTTTGTAATAACTAACCCTATATAACTTGATTATA TTTTTCTAGTAGAGAAAGGACTTGGCTAAGTTATAGTAAATATCAGATGAGTGGAATAACTTCATGGAGAGACTTGATTG TAAGAAAGATAGTGAAATATGGGAGAAAGACGAGAATGTATTGCAGCTACGTCACTGGGCTTCATTACGAGGACAAACGC TTTGCAGGACAGGTAATGTTGACTTCTCCCTCTCCATTCCTGCAAGCAGTTTTTGGTTGACTAATAATTTTTTTGTACTA ATAAACCCATGCAGTTAGGGGAATGATGTACTACCGCCGAGCTCTAAAGCTCCAGGCTTTTCTTGATATGGCTAATGAAC AAGGTAACAATAGTTCCTTTTCATTCTGTGCAATTTAGCTAAATCTAGTATTTACTGTGGCAGTGGCAAGCATATATTTA CAGCTTTTTCAAATCCTAGGCCTTTACCTTTACTGTAACAGTGACTTGATGCAATCACGACACATTCATATTTGTCATAT TGGTTGACAGAAAAGTAGTTATCATTCAAGAATAGATGACTTTATGGTTTTTGCTATCTTGTGGGCAGAGATACTTGATG GCTATAAAGCTGTAACTGTTCCATCTGAGGAAGACAAAAAGAGTCATAGATCACTATATGCTAGTCTAGAGGCTGTCGCG GACATGAAATTCACATATGTCGCTACCTGTCAGAACTATGGGAATCAGAAGCGTAGTGGAGATCGCCATGCAACAGACAT CCTGAATTTGATGGTTAAGTATGTTCTCCAATTGATAAATTATATCCGTTCATGTACAGTTTATATTTGGCTTTTAGTTT CTTGAACCCACGTGATTTAAGAATATAATTGCTGGTTCTTTGTTTGTAGCAATCCCTCGCTTCGGGTGGCATATATCGAT GAAGTTGAAGAAAGAGAAGGAGGAAAAGTACAGAAAGTTTATTACTCCGTACTGGTCAAAGCTGTGGACAATCATGACCA AGTAAATGCATATTCATTTTAGAAAATAAGTTAATTTACTCTTGAATACTTTGAACTTATGACTTTATTATTTTCTCTGA AGGAAATATATCGAATAAAACTGCCGGGTCCAGCAAAGTTAGGAGAAGGGAAGCCTGAAAATCAAAATCACGCAATCATT TTTACCAGAGGGGAAACCCTTCAGACTATTGACATGAACCAGGTAAAAACATTCTGTGATCTCTTTCATTTTTTTTTTTG AGAAAATTATGTACTTCTAAACTATACAAGGTGAAACTGGGTGTCGGTGCCTATTAAACTGGTATGTTGCAAATTTCATC TAGGATAATTACTTGGAAGAAGCTCTGAAAATGCGTAACCTTCTGGAAGAATTTAATGAGGATCATGGGGTGCGCCGACC TACTATATTAGGTGTTCGTGAGCATATTTTCACTGGCAGGTTTGATGAATTAAATTCCACAAGAGTGAACAGTTTGTCAT GTTAAGCTCCATATTACTGATTTCTATCAATTGCTACAGTGTTTCTTCCTTGGCTTGGTTTATGTCAAATCAAGAAACAA GCTTTGTCACAATTGGTCAAAGAGTTCTTGCAAGACCCCTGAAGTAAGTCAAGTGATTCTATGACATGGTTGACTTATAG TATTTGTTTAACTTCTAGGGTAAATCAGGAAACCTCCTGGTAACAATTGGCTAATACAAGACCTCATCAACAGTCAAAGT AGTGATTTTATTTTAATGAGAATGCATGCAATTTCATAGGTTAATGTATTATTCCAATGATACTTTGCTTACTGATGAAA TTTATGCCTTCTCTGGCCCTCTTATTCATGTTAATTGCTGGATTGTCATACCCCATGGTATTCGAATTTTCGGAAACAAG TTGTGAACTATTGATTTTTCTTTTCTTTTCCATCTATGGTACCACTGTTGCAAGAAATAAATCCTTAGAATGGATTTAAT ACAGAGTACATTTTCTGGCTTATGATGAATCTGTTGAATTCTAGGGTCCGATTCCACTATGGTCATCCAGATGTTTTTGA TAGAATTTTCCACATTACCCGTGGAGGAATTAGCAAGGCTTCTCGTGGCATCAATCTGAGCGAGGATATTTTTGCCGGTA ACATTCATGAAACATCTTTCTTAGATTTGATATTTATGTTTATTCCTTTACATCATATGCCTTTTCCTGTACAGGATTCA ACTCAACACTACGTCGTGGGAATATTACCCATCATGAATACATCCAAGTTGGAAAGGGCAGAGATGTTGGGCTCAATCAA ATCTCACTTTTTGAAGCAAAGGTGGCTTGCGGAAACGGAGAGCAGACGATAAGCAGAGATATCTACCGACTGGGGCATCG TTTTGACTTTTTTCGCATGCTATCATTTTATTTTACGACCATTGGATTTTATATCAGCTCAATGGTAATGGTTAATGCAT TTAGGATTGCACTTTTTTTTTTGCTGCTCAAAACTGTTATTAAAATTAAACTAACAGTTTAGTCTTAAAAAAATAATCCC AATGAGTAATGGATCTGAAAATAATCTCTTATTAATCGGTAACTAAGCTTGAGTATTGTTACACCTAGAGCTGACAAATC CTTTTATGGAGTTCTAAAATTTGTCTAGGCTACACACTTACATATCTATTTGAATTTGGGCTTTTGTTTTTTTGATTTGT TAATTATGCATAGGGCAATAAATCTTTCTTTTGTTAATGTACAGATTGTGGTCCTTACGTCTTATGCATTCCTATACGGC AGACTATACTTGTCATTGAGTGGTATTGAGGCTGCAATAGTGAAGTTAGCTAGGAGAAAGGGAGATGATAGTCTAAAGGC AGCAATGGCTTCACAATCCCTTGTCCAAATAGGACTTCTAACTACTTTGCCCATGGTCATGGAAATTGGACTAGAAAGAG GGTTCAGAACTGCTCTAGGTGACCTCATAATAATGCAGTTGCAGCTAGCACCTGTATTTTTCACTTTCTCACTAGGTACA AAAGTGCACTATTTTGGGCGCACTCTTCTGCATGGAGGGGCAAAGTACAGAGCAACTGGGCGTGGTTTTGTAGTTCGCCA TGAGAAGTTTGCCGAAAATTACAGGCTGTACTCTAGGAGTCACTTCGTAAAAGGGATTGAGCTCCTAATTTTGCTCATAT GTTATAAGATCTATGGATCAGCAACACCTGAATCAACTGCATATGCTCTACTTTCTTGGTCGATGTGGTTTTTGGTTTGT TCTTGGTTGTTTTCTCCATTCCTTTTTAACCCATCAGGGTTTGAGTGGCAGAAGATAGTTGAGGACTTTGATGATTGGAC AAAATGGATAAGTAGTCGCGGTGGTATTGGTGTTCCTTCAAATAAGAGCTGGGAGTCCTGGTGGGATGAGGAACAAGAGC ATCTACAGCACACTGGGTTTTTGGGGCGGATTTGTGAGATAATTCTTACCTTCCGTTTCTTTGTCTATCAGTACGGGATT GTGTATCATCTCCATGTAGCCAGAGGTGACAAGAGTATCATGGTAATTATGCTTTCTAATTTAATTTTATTCAATGCTAT CATTCAAACTGTGGAACCTGCATGAAAGGGTTCAACTTCTTTTAACACCTATGCTCTGTTCATACTATACTGCAATATAA CATTCATGTTAACAGGGACTAGAAAAAGTAGTTCGTTGGATATAAAGTTCATTCCCATTCCAAATACCATGCTCTCATTT GCCACAACCCCAAACCAAGAAACAAATGACAGAAAATAAATTGATAATATATAGAGGAGTTTTCTGACATGCATTTTCCC TTCAGGTTTATGCTTTGTCCTGGCTTGTGATAGTAGCTGTCATGGTTATCTTGAAGGTTGGTATTCAGTGATAAAAAAAT TATTTCTGAATGAAAGCATCTATTCTGCTTGTGCAGATATGATTTTACTAACTGGTTCTGGTTGCATCTGAAACTGCAGA TTGTGTCTTTGGGTAGAAAGCAGTTCAGCGCAGATTTCCAGTTGATGTTTCGTCTTCTCAAGTTGTTTATGTTTATTGGA GCCATTGTTGCCATGGGCTTAATGTTTACTCTGCTAAGTCTCACAATGGGAGATATCTTTGTGAGCCTCTTAGCTTTTTT GCCTACAGCATGGGCACTTATTCAGGTATTGTTTCAGAGTCATTCATTAACTCTTGTTTGGTGGACATTTGTATCATTTC ATCGTGCCGAACAAACAAGTTTGTATGCTGGACATATTTGTCTCTGTAATTGTTTAGTAGTTGCCACTAAACCATCTTCA GGCTTAATCGTCATTTTTTGTTTATTCTGTGTTTACTAATCATAGGAAAATATGTTATGCTTCATAACATATTACAAGCC TTAATCATTTCTCTATACAAGATCTCAAAATCAAGTAGCTTAAATATCTTTCTCTGTTCATGTAATTAATAAGTTTCCCT CATGATTCCTGATGCTACAGTGAATATAAAATCACTTGTTTCTTACAACGGTGGTGTTTTGTTGTGCAGATAGCACAAGC ATGCAGACCATTGGTGAAGGGTGTTGGAATGTGGGGTTCAGTGAAAGCTTTAGCAAGGGGCTATGAATACCTGATGGGAG TGGTTATTTTTACACCAGTGGCCATATTGGCATGGTTCCCATTTGTTTCAGAATTCCAAACGAGGCTGCTATTCAACCAA GCATTCAGCCGAGGGCTTCAAATCCAGCGCATTTTGTCTGGTGGCAAGAAGAATAAGTAA
CDS sequence (LotjaGi1g1v0319000.6) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTCGAATCTCGAGGCGGCACCGCACACGCTGACGCGGCGGCCGTCGAGAAGCGCCGCCATGACGACCTTCTCAACGGA GGTTTTCGACAACGACGTCGTCGTTCCTTCCTCACTCGCCTCCATCTCGCCGATTCTCCGAGTCGCCAACGAGCTCGAAA GCGAGCGACCTAGGGTTGCGTATCTCTGTCGATTCTACGCGTTCGAGAAGGCGCACCGGTTGGATCAGAGCTCCAGCGGC CGTGGTGTGAGGCAGTTCAAGACGCTGTTGCTGCAGCGATTGGAGAGGGACAATGCCACCAGTCTTGCCGCTCGGGTTAA GAAGACAGATGCAAGGGAAATCCAATCTTATTATCAGCAATACTATGAGAATTATGTCAGGTCGCTTGACGAAGGAGAGC AGGCAGACAGAGCACAGCTCGGCAAAGCTTACCAGACCGCCGGGGTGCTTTTTGAAGTGCTTTGTGCTGTTAACAAGACT GAGAAGGTCGAAGAAGTAGCTCCTGAGATTATTGCTGCCGCTAGAGATGTCCAGGAAAAGACCGAGATTTATGCGCCTTT TAACATTCTTCCATTGGATTCTGCCGGGGCTTCTCAGCCTGTTATGCAACTTGAAGAGATTAAGGCAGCTGTTTCTGCAT TCTGGAATACTCGTGGCTTGAACTGGCCTGGTTCATTTGAGCAACATCGGCAGAGAACTGGAGATTTGGATCTGCTTGAT TGGCTTAGAGCCATGTTTGGTTTCCAGAGAGACAACGTCAGAAACCAGAGAGAGCATTTGGTTCTACTTCTTGCTAACAA TCACATAAGGCTACACCCCAAACCTGAGCCTCTCAACAAGCTTGATGATCGCGCAGTTAATGCAGTGATGAACGATCTCT TTAGGAATTACAAAAAGTGGTGCAAATTTTTGGGACGAAAACATAGTTTACGACTCCCTCAAGGTCAGCAAGAGATACAG CAGAGGAAGTTACTGTATATGGGCTTATATCTGCTTATATGGGGTGAAGCATCCAATCTTCGTTTCATGCCGGAGTGTCT ATGCTACATATTTCACAATATGGCATATGAACTTCATGGTTTATTGGCCGGGAATGTCAGCATTGTTACTGGTGAAAACA TCAAACCTTCTTATGGTGGTGATGATGAGGCATTCTTGCGGAAGGTTATAACTCCCATATACCGTGTAATTGAGAAGGAA GCTGAAAGGAGCAGAAATGGAAAGGCTCCTCACTCAGCCTGGTGCAACTATGATGATCTAAATGAATATTTCTGGTCACC TGATTGCTTTTCTCTTGGATGGCCCATGCGTGATGATGGTGATTTTTTTAAATCAACATTTAATTCGACACCGGGAAGAA AGGGTGCTCAGAGAACAGCTGGAAGAACTGGCAAATCAAATTTTATTGAGACCCGGTCATTCTGGCACATATTCCGGAGT TTTGATCGCCTTTGGACCTTTTATTTTCTTGGTTTGCAGATAATGCTCATTATTGCTTGGAAAGGAATTTCAGTAATGGA AATCTTTCAGAAAGATGTCTTGTATAGTCTCTCTAGCATATTCATCACAGCAGCCGTTTTCCGCCTTCTTCAGAGTATCT TGGATCTGGTTCTGAACTTTCCGGGCTATCATCGTTGGAGATTCACAGATGTGCTAAGAAATATTCTCAAAGTCATTGTT AGTCTTTTTTGGGTTATTGCTCTTCCACTCTTCTATGTGCATTCCTTCGATGGTGCCCCTGAGTTTATCAAGAAGGTGCT TTCCTTTCTTCATCAAATGAAGGGGATTCCACCATTGTACCTCCTAGCAGTGGCAGTGTATCTGCTTCCAAATTTACTAG CAGCTGTTCTCTTTCTTTTCCCAATGCTGAGGCGTTGGATTGAAAACTCAGATTGGCACATAGTTAGACTTCTCTTATGG TGGTCACAGCCTAGAATCTATGTTGGAAGAGGAATGCATGAGAGTCAATTTGCTCTCATAAAGTACACTCTTTTCTGGGT GATTCTTTTGGCTGCCAAGTTTGCATTCAGCTTTTTTGTCCAGATCAAACCTCTTGTTCAGCCAACTAAGGACATAATGA GCATTCACCATGTTGATTTTGCTTGGCATGAGTTTTTCCCAAAAGCTCAACATAACTATGGTGCAGTTTTTGCTCTCTGG GCCCCTGTACTTTTGGTTTATTTCATGGACACTCAAATTTGGTATTCTGTCTTCTCAACTGTGTATGGTGGTGTTATTGG AGCCTTTGATCGTCTAGGAGAGATACGGACTCTAAGCATGCTTAGATCACGGTTTCAGTCATTGCCTGGTGCATTCAACA CATACTTGGTTCCTACTGACAAGAAACATAAAAAGAAATTCTCTCTCTCAAAGCGATTTGCTGAGATTTCTGCTAGCAGG AGGAGTGAAGCTGCTAAATTTTCCCAGTTATGGAATGAAGTTATTTGCAGTTTTCGTGAAGAAGATATCATAAGTGACAG GGAGATGGATCTTTTGTTGGTTCCTTACTCATCAGATCCAAGCCTGAAAATAATTCAATGGCCACCATTTCTGCTTGCAA GCAAGATTCCTGTTGCACTAGATATGGCAGCTCAATTTCGAGGGAAGGACTCCGATCTTTGGAAGCGCATATGTGCAGAT GAATATATGAAATGTGCTGTGATTGAATGCTACGAATCTTTTAAGCATATCCTGAATGCTTTGGTGGTTGGAGAAGCTGA ACAAAGGTGGACAATCTCTGTCATCATAAGGGAAATTGAAAGCAGCATCTCTAAGAATACACTTCTTTCAAATTTCCGTA TGGGGTATTTGCCTTCCCTTTGTAAGAAATTTGTGGAGCTTGTGGAAATCTTGAAAGATGCAGATTCTTCCAAGCGAGAT ACGGTGGTGGTCTTATTACAGGACATGTTAGAAGTGTTTACTCGGGATATGATGGTGAACGAAATCAGTGAATTAGCAGA ACTAAATCATAGTAGTAAGGATAGTGGAAGGCAACTTTTTGCTGGTACTGATGCAAAACCAGCTGTTCTCTTCCCTCCAG TGGTTACAGCACAATGGGAGGAACAGATTAGACGGCTTTATTTACTCTTGACGGTGAAGGAATCTGCCATTGAGGTTCCA ACAAACCTTGAAGCACGCAGAAGAATTGCATTTTTTACCAACTCATTGTTCATGGATATGCCACGTGCTCCACGAGTTCG TAAAATGCTTTCATTTAGTGTCTTAACTCCATACTACAGTGAAGAGACTGTTTATTCGAAGAATGACCTCGAGGTTGAAA ATGAAGATGGTGTGTCCATCATATATTACCTGCAGAAGATCTACCCTGATGAGTGGAATAACTTCATGGAGAGACTTGAT TGTAAGAAAGATAGTGAAATATGGGAGAAAGACGAGAATGTATTGCAGCTACGTCACTGGGCTTCATTACGAGGACAAAC GCTTTGCAGGACAGTTAGGGGAATGATGTACTACCGCCGAGCTCTAAAGCTCCAGGCTTTTCTTGATATGGCTAATGAAC AAGAGATACTTGATGGCTATAAAGCTGTAACTGTTCCATCTGAGGAAGACAAAAAGAGTCATAGATCACTATATGCTAGT CTAGAGGCTGTCGCGGACATGAAATTCACATATGTCGCTACCTGTCAGAACTATGGGAATCAGAAGCGTAGTGGAGATCG CCATGCAACAGACATCCTGAATTTGATGGTTAACAATCCCTCGCTTCGGGTGGCATATATCGATGAAGTTGAAGAAAGAG AAGGAGGAAAAGTACAGAAAGTTTATTACTCCGTACTGGTCAAAGCTGTGGACAATCATGACCAAGAAATATATCGAATA AAACTGCCGGGTCCAGCAAAGTTAGGAGAAGGGAAGCCTGAAAATCAAAATCACGCAATCATTTTTACCAGAGGGGAAAC CCTTCAGACTATTGACATGAACCAGGATAATTACTTGGAAGAAGCTCTGAAAATGCGTAACCTTCTGGAAGAATTTAATG AGGATCATGGGGTGCGCCGACCTACTATATTAGGTGTTCGTGAGCATATTTTCACTGGCAGTGTTTCTTCCTTGGCTTGG TTTATGTCAAATCAAGAAACAAGCTTTGTCACAATTGGTCAAAGAGTTCTTGCAAGACCCCTGAAGGTCCGATTCCACTA TGGTCATCCAGATGTTTTTGATAGAATTTTCCACATTACCCGTGGAGGAATTAGCAAGGCTTCTCGTGGCATCAATCTGA GCGAGGATATTTTTGCCGGATTCAACTCAACACTACGTCGTGGGAATATTACCCATCATGAATACATCCAAGTTGGAAAG GGCAGAGATGTTGGGCTCAATCAAATCTCACTTTTTGAAGCAAAGGTGGCTTGCGGAAACGGAGAGCAGACGATAAGCAG AGATATCTACCGACTGGGGCATCGTTTTGACTTTTTTCGCATGCTATCATTTTATTTTACGACCATTGGATTTTATATCA GCTCAATGATTGTGGTCCTTACGTCTTATGCATTCCTATACGGCAGACTATACTTGTCATTGAGTGGTATTGAGGCTGCA ATAGTGAAGTTAGCTAGGAGAAAGGGAGATGATAGTCTAAAGGCAGCAATGGCTTCACAATCCCTTGTCCAAATAGGACT TCTAACTACTTTGCCCATGGTCATGGAAATTGGACTAGAAAGAGGGTTCAGAACTGCTCTAGGTGACCTCATAATAATGC AGTTGCAGCTAGCACCTGTATTTTTCACTTTCTCACTAGGTACAAAAGTGCACTATTTTGGGCGCACTCTTCTGCATGGA GGGGCAAAGTACAGAGCAACTGGGCGTGGTTTTGTAGTTCGCCATGAGAAGTTTGCCGAAAATTACAGGCTGTACTCTAG GAGTCACTTCGTAAAAGGGATTGAGCTCCTAATTTTGCTCATATGTTATAAGATCTATGGATCAGCAACACCTGAATCAA CTGCATATGCTCTACTTTCTTGGTCGATGTGGTTTTTGGTTTGTTCTTGGTTGTTTTCTCCATTCCTTTTTAACCCATCA GGGTTTGAGTGGCAGAAGATAGTTGAGGACTTTGATGATTGGACAAAATGGATAAGTAGTCGCGGTGGTATTGGTGTTCC TTCAAATAAGAGCTGGGAGTCCTGGTGGGATGAGGAACAAGAGCATCTACAGCACACTGGGTTTTTGGGGCGGATTTGTG AGATAATTCTTACCTTCCGTTTCTTTGTCTATCAGTACGGGATTGTGTATCATCTCCATGTAGCCAGAGGTGACAAGAGT ATCATGGTTTATGCTTTGTCCTGGCTTGTGATAGTAGCTGTCATGGTTATCTTGAAGATTGTGTCTTTGGGTAGAAAGCA GTTCAGCGCAGATTTCCAGTTGATGTTTCGTCTTCTCAAGTTGTTTATGTTTATTGGAGCCATTGTTGCCATGGGCTTAA TGTTTACTCTGCTAAGTCTCACAATGGGAGATATCTTTGTGAGCCTCTTAGCTTTTTTGCCTACAGCATGGGCACTTATT CAGATAGCACAAGCATGCAGACCATTGGTGAAGGGTGTTGGAATGTGGGGTTCAGTGAAAGCTTTAGCAAGGGGCTATGA ATACCTGATGGGAGTGGTTATTTTTACACCAGTGGCCATATTGGCATGGTTCCCATTTGTTTCAGAATTCCAAACGAGGC TGCTATTCAACCAAGCATTCAGCCGAGGGCTTCAAATCCAGCGCATTTTGTCTGGTGGCAAGAAGAATAAGTAA
Protein sequence (LotjaGi1g1v0319000.6) extracted from Lotus japonicus Gifu v1.2 Proteins.
MSNLEAAPHTLTRRPSRSAAMTTFSTEVFDNDVVVPSSLASISPILRVANELESERPRVAYLCRFYAFEKAHRLDQSSSG RGVRQFKTLLLQRLERDNATSLAARVKKTDAREIQSYYQQYYENYVRSLDEGEQADRAQLGKAYQTAGVLFEVLCAVNKT EKVEEVAPEIIAAARDVQEKTEIYAPFNILPLDSAGASQPVMQLEEIKAAVSAFWNTRGLNWPGSFEQHRQRTGDLDLLD WLRAMFGFQRDNVRNQREHLVLLLANNHIRLHPKPEPLNKLDDRAVNAVMNDLFRNYKKWCKFLGRKHSLRLPQGQQEIQ QRKLLYMGLYLLIWGEASNLRFMPECLCYIFHNMAYELHGLLAGNVSIVTGENIKPSYGGDDEAFLRKVITPIYRVIEKE AERSRNGKAPHSAWCNYDDLNEYFWSPDCFSLGWPMRDDGDFFKSTFNSTPGRKGAQRTAGRTGKSNFIETRSFWHIFRS FDRLWTFYFLGLQIMLIIAWKGISVMEIFQKDVLYSLSSIFITAAVFRLLQSILDLVLNFPGYHRWRFTDVLRNILKVIV SLFWVIALPLFYVHSFDGAPEFIKKVLSFLHQMKGIPPLYLLAVAVYLLPNLLAAVLFLFPMLRRWIENSDWHIVRLLLW WSQPRIYVGRGMHESQFALIKYTLFWVILLAAKFAFSFFVQIKPLVQPTKDIMSIHHVDFAWHEFFPKAQHNYGAVFALW APVLLVYFMDTQIWYSVFSTVYGGVIGAFDRLGEIRTLSMLRSRFQSLPGAFNTYLVPTDKKHKKKFSLSKRFAEISASR RSEAAKFSQLWNEVICSFREEDIISDREMDLLLVPYSSDPSLKIIQWPPFLLASKIPVALDMAAQFRGKDSDLWKRICAD EYMKCAVIECYESFKHILNALVVGEAEQRWTISVIIREIESSISKNTLLSNFRMGYLPSLCKKFVELVEILKDADSSKRD TVVVLLQDMLEVFTRDMMVNEISELAELNHSSKDSGRQLFAGTDAKPAVLFPPVVTAQWEEQIRRLYLLLTVKESAIEVP TNLEARRRIAFFTNSLFMDMPRAPRVRKMLSFSVLTPYYSEETVYSKNDLEVENEDGVSIIYYLQKIYPDEWNNFMERLD CKKDSEIWEKDENVLQLRHWASLRGQTLCRTVRGMMYYRRALKLQAFLDMANEQEILDGYKAVTVPSEEDKKSHRSLYAS LEAVADMKFTYVATCQNYGNQKRSGDRHATDILNLMVNNPSLRVAYIDEVEEREGGKVQKVYYSVLVKAVDNHDQEIYRI KLPGPAKLGEGKPENQNHAIIFTRGETLQTIDMNQDNYLEEALKMRNLLEEFNEDHGVRRPTILGVREHIFTGSVSSLAW FMSNQETSFVTIGQRVLARPLKVRFHYGHPDVFDRIFHITRGGISKASRGINLSEDIFAGFNSTLRRGNITHHEYIQVGK GRDVGLNQISLFEAKVACGNGEQTISRDIYRLGHRFDFFRMLSFYFTTIGFYISSMIVVLTSYAFLYGRLYLSLSGIEAA IVKLARRKGDDSLKAAMASQSLVQIGLLTTLPMVMEIGLERGFRTALGDLIIMQLQLAPVFFTFSLGTKVHYFGRTLLHG GAKYRATGRGFVVRHEKFAENYRLYSRSHFVKGIELLILLICYKIYGSATPESTAYALLSWSMWFLVCSWLFSPFLFNPS GFEWQKIVEDFDDWTKWISSRGGIGVPSNKSWESWWDEEQEHLQHTGFLGRICEIILTFRFFVYQYGIVYHLHVARGDKS IMVYALSWLVIVAVMVILKIVSLGRKQFSADFQLMFRLLKLFMFIGAIVAMGLMFTLLSLTMGDIFVSLLAFLPTAWALI QIAQACRPLVKGVGMWGSVKALARGYEYLMGVVIFTPVAILAWFPFVSEFQTRLLFNQAFSRGLQIQRILSGGKKNK
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 | 1916 | 1916 | 0.0 | – | |
| PANTHER | 1 | 1916 | 1916 | 0.0 | – | |
| Phobius | 1 | 483 | 483 | - | – | |
| Gene3D | 28 | 190 | 163 | 3.8E-16 | ||
| Pfam | 41 | 166 | 126 | 1.1E-16 | ||
| SMART | 321 | 437 | 117 | 1.4E-74 | ||
| Pfam | 323 | 434 | 112 | 1.7E-37 | ||
| Phobius | 484 | 501 | 18 | - | – | |
| TMHMM | 484 | 506 | 23 | - | – | |
| Phobius | 502 | 512 | 11 | - | – | |
| Phobius | 513 | 530 | 18 | - | – | |
| Phobius | 531 | 550 | 20 | - | – | |
| Phobius | 551 | 572 | 22 | - | – | |
| TMHMM | 554 | 576 | 23 | - | – | |
| Phobius | 573 | 598 | 26 | - | – | |
| TMHMM | 596 | 618 | 23 | - | – | |
| Phobius | 599 | 620 | 22 | - | – | |
| Phobius | 621 | 658 | 38 | - | – | |
| TMHMM | 658 | 680 | 23 | - | – | |
| Phobius | 659 | 680 | 22 | - | – | |
| Phobius | 681 | 732 | 52 | - | – | |
| TMHMM | 709 | 728 | 20 | - | – | |
| Phobius | 733 | 752 | 20 | - | – | |
| TMHMM | 733 | 755 | 23 | - | – | |
| Phobius | 753 | 1477 | 725 | - | – | |
| Pfam | 1039 | 1124 | 86 | 9.5E-28 | ||
| Pfam | 1130 | 1732 | 603 | 1.4E-215 | ||
| Coils | 1315 | 1335 | 21 | - | – | |
| Phobius | 1478 | 1500 | 23 | - | – | |
| TMHMM | 1484 | 1506 | 23 | - | – | |
| Phobius | 1501 | 1505 | 5 | - | – | |
| Phobius | 1506 | 1525 | 20 | - | – | |
| Phobius | 1526 | 1536 | 11 | - | – | |
| Phobius | 1537 | 1555 | 19 | - | – | |
| Phobius | 1556 | 1566 | 11 | - | – | |
| Phobius | 1567 | 1587 | 21 | - | – | |
| Phobius | 1588 | 1629 | 42 | - | – | |
| Phobius | 1630 | 1649 | 20 | - | – | |
| Phobius | 1650 | 1654 | 5 | - | – | |
| TMHMM | 1655 | 1677 | 23 | - | – | |
| Phobius | 1655 | 1677 | 23 | - | – | |
| Phobius | 1678 | 1727 | 50 | - | – | |
| Phobius | 1728 | 1749 | 22 | - | – | |
| Phobius | 1750 | 1760 | 11 | - | – | |
| Phobius | 1761 | 1781 | 21 | - | – | |
| TMHMM | 1761 | 1783 | 23 | - | – | |
| Phobius | 1782 | 1800 | 19 | - | – | |
| TMHMM | 1796 | 1818 | 23 | - | – | |
| Phobius | 1801 | 1819 | 19 | - | – | |
| Phobius | 1820 | 1824 | 5 | - | – | |
| TMHMM | 1822 | 1844 | 23 | - | – | |
| Phobius | 1825 | 1845 | 21 | - | – | |
| Phobius | 1846 | 1865 | 20 | - | – | |
| TMHMM | 1865 | 1887 | 23 | - | – | |
| Phobius | 1866 | 1886 | 21 | - | – | |
| Phobius | 1887 | 1917 | 31 | - | – |
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 LotjaGi1g1v0319000.6, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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