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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0632900 |
| Transcript ID | LotjaGi1g1v0632900.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Alpha-mannosidase; TAIR: AT3G26720.1 Glycosyl hydrolase family 38 protein; Swiss-Prot: sp|P94078|MANA1_ARATH Alpha-mannosidase At3g26720; TrEMBL-Plants: tr|G7KX96|G7KX96_MEDTR Alpha-mannosidase; Found in the gene: LotjaGi1g1v0632900 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:118705044..118717931) extracted from Lotus japonicus Gifu genome v1.2.
ATTTGCTTCTACTCCACGACGCTCAAAGCTTACTAATTCAGCACTGAACCGAAACTCACACTATTAAGCAAAATCACTGC GGAACCAGTCAGTACAGACACTATGGCAAACGCGGCGGTGCTATTCGCCGTTTTCCTGGCGGCGATTTGGGTTGCGGAAT CAGAGTACATAGAGTACAACACCACGCAGAGGATTGTCCCCGACAAGATAAACGTGCACTTAGTACCTCACTCTCACGAT GATGTCGGGTGGCTCAAGACCGTCGATCAGTACTACGTTGGAGGCAACAACTCCATTCGGGTATGTCTTGGTGATTTGTT TTCACTGTGAAATTCAAAGGTGCTGATTGATGATCAATAATGTTTAACATTGTTATTGTTGTTAATTTGTGTGTGTTGCT ACTGGGCAGGGTGCATGTGTGCAGAACGTGCTGGATTCTGTGATTTCCTCGCTCTTGGAGGACACGAATCGCAAGTTTAT CTATGTTGAGATGGTAATCATAATAATACTAAGCTTTGGTGCCTCCAATTTTTATTTAAGTTGATTTTTATTGGAGGAAT TTTGAAGGGCGAGAAGTGATTTTGATGGGGATGCTGATTTTGTTCATTTTGATATATATAGGCATTTTTCCAGAGATGGT GGAGGCAGCAAAGTAAAGCTAGGAAAATTAAAGTCAAGGAGCTTGTCAATTCTGGTCAGCTAGAATTCATGTAATGGAAC TGGGTTTTGTTATTTTGCCTGAAGCTCGCTAGTAGTTACTGCTTTTCTAATTTGTGTATATAGCTTAACATTGCTGAAGT TAATCACTACCTTGCTAGTGAAGGTTTTTGTTTTTTTAGGTTGGGTTGGTGGGGGAGTTACTTTTGCCTAATTTCTATTT GGTGCTAATTATGCATAAGTTGATGACTTTTGAGTTTTGACTCTTGTTTGTGGCTTGTGATTTTGTTTTTGAAGAAATGG AGGTATGTGTATGCATGATGAGGCCACTCCGCATTATATTGACCTAATTGATCAGACCACTCTTGGGCATCAATTCATTA AAGAGGAGTTTGGTAAGACTCCAAGAGTTGGCTGGCAGATTGATCCGTTCGGCCATTCTGCAGTTCAAGCTTACTTGCTT GGTGCTGAGGTATGTCATTGTTTGTTATAATTGAACCATGATGAAACTTATCTGTATTAATTGTCAAAATTACATGCTTG AATGCACTAGATTCAGTCACTTGAAGACTAGAATATGGCTACATGTGGAGTTATTCACACAATCATATTAAAATTGTGGC ATGTAATTCTGAATTTCCAAGTCCTATGTGACTGTGTCTTTGCTGCAGCTAGGATTCGACTCACTCTTCTTTGCTAGAAT TGATTACCAAGATAGAGCCAAGCGGTTAAAGGAGAAGACTCTAGAGGTTGTTTGGCAGGGTTCCAGGTCTCTTGGTTCTT CTTCACAAGTTAGTTGCCTAACGATCTTGTTTCTATCCAAAAATAAATTATTTTTTTAGTTCCTTCTTGTATGATATTCC TATGGCTACATTGCAGATATTCACCGGGATATTTCCCAGGCATTATGATCCTCCTGATGGTTTCACATTTGAGATAAATG ATGTTTCCACTCCTATTCAGGTAAATTCTTGTATTTATTTGGGAAGAATACATTTAACTCTATTTTCTTCTCTTCTAAGA TTTGTGTAAAATTAAATTGAAGGATGACATTCTACTGTTCGACTATAATGTTGAAGAAAGAGTCAATGACTTTGTATCTG CTGCCTTAGCTCAGGTGAGGTCTGCCTGACTATTGAACCTCCCCCTTTTTGTTAGATCAATATTTTAATATTGACATCTA TAAAAGTTCAAGTTATATTGGTGAGGCATAATAATTCAAGTTATATTCTGATTTGTAAACCAGTGTTAAGCCACTTAAGG CAATTGGTGCGTGTGCCATTTAACTGATACTATTGCACACTTGTTAATCTACACAATATGGGACTTCTTTTAGTCACACT TGTTATTCTCTAATACTCCCCCTCCAAGTGGGACTCCATTTTCTTCTTCCTTCTTTCCTGGGCTTGTACTCATTTGTTTG AGTCTCAGAGGCCTTACGGCTTGCTCTTTTTCTTCTCTGCTTCGGCTTGTACTCCAGTGGAAAGTCACCAGGTGTTAGAC TTGCTTGCTTTGTTTGGGCTTGTACTCCAGCGGAATGTCATTAGGTGTTAGACTTTTGTTACTTAGAGCCCTATATGACT TTATCTTATTTTTTTCAGATTTTTTTTTTCCATTTTTTCAGATTTTTTTCACAGATCAGGAGCCGTTAGGCAATGGGCTC TGATACCATGTTAGAACTATAAGTTACATCCACACACCACAAAACCTTAAGCCACTTAAGGCAACGGGTGCGTGTACCCT TTAATTTATATACTATTGTACACTAGTTTAATCTACACAATGTGGGACTTTTAGTCACACTTGTTATTCTCTAATAACTA GGAGTGCAATGGCTTCTGATTTGGTGCTTTTTATAAATGACGAAAAATATATCTTTAGGAAGTTTTTTCAAGGAAACTTC TTGTGATTTATTGCAGTCATAGGGGCTTTTTGACTCCTCGGAGATGCATTTTAAAGCAGCTATGAGCCTATGACTGACAA AGACTATAATTTACCTACCAAAACTTCAGCTTCTCTTAATTCTAACAGTTTTGTTTTCTGATATAAACTTGTACCCATTA AACTTTATAACATCCATTTTTTGTAATTTTAGATCCTCTCAGAAGTTTATCATTTCTGTAAATCAAACACTATCTACTAT CGTACACTTATCAACATTCAGCGGCTTTAATCAAACTTGTGAACATTTATGTTAGATATCTTTTTCATCAAACTTATTCA ACGATGGCTTTTTTTGAATAGCCAGATCAATGAGGCTAAATATTTGCTTCTGTACCATGCAGTTAATTTGGTTTTATGCT GTTTGAGATGGAATATTAATACATTATGAATGTTATAGATTAAATTGTTTATTTGTTTCTAGGCTAATGTGACCAAAACA AATCACATTATGTGGACAATGGGAACAGACTTCCGTTATCAATATGCTAATTCATGGTTCAGGCAGATGGATAAGTTTAT TCACTATGTCAATCAGGTGCTCTAGTTTGCAGTTCTTTTCTAAGATGTTTTTCTGGGGCTCTTGTTTTGCATCTTTGATA GGACTTACGGGTTGATCTCCTTTTGAGTTAACATTTGTACTTAGTTTTTGTGACAATATTCTTAGGATGGGCGTGTCAAT GCATTGTATTCCACACCATCTATCTACACTGATGCAAAATATGCCGCTAATGAGCAATGGCCTCTTAAAATTGATGATTT CTTCCCGTGAGTTTTATTTGGTTACTTTAGTTCTATATTTATGTTAAAAGGGAGAGGTGAGAGGGAAGGGAAAAGTGACT CAAACCTTTGTTTCGTCAGATTTCAATGAGGGCAGGGAAAGGGAACTTGTTTATTTTAAATTCGAAAGGGGTATAACTGT TGTTTCTCGTGCTTTAACTTTAACTCACATGTGTGTTTTCCTTCACTTAAAAAAGGTTTTCTAAATCAGTAAATATCGGG TAAAATCACCCTAGCCTTAGGTGACCCAGTAATATTGACATGTGTCATGAGCTAGAACTTCCTAACACACATGTCAAAAT ATTACTGGGCCATCTAAGCTAGGGTGATTTTACCTCATATTTAGTTGGGGTGATTTAGACAACCCCCTTAAAAAGATAAC ATAACAAAGCTATTTAGGAGCCTTCATCTTTCAGCATAAGTTTGAAGAGTTGGTTTTTGGCAAAGGGGAAGCAACTTCCT GCTTCCTTCACTTCCCTTTCCATCCCTTATCCCTCACTTCAGAGCTGCCATATATAGTTTAGAGAGCTCAATTTTTGAAT TCAACACACAATTTCAGGTATGCAGATCACCCAAATGCATATTGGACTGGTTATTTTACAAGTAGGCCAGCTTTAAAGGG TTATGTGAGGGTGATGGGTGGTTACTATCAGGTAAAATCTTGGTCTCTTTCACCTTATGAAGTAATTTGTTATGTGCTAG TGATCTCTCATATCACATTCTTCCCTGTTTGGGAAACATTTATTCCTTTTTTGTTGATATTCAGGCAGCAAGGCAATTGG AATTTTTTAAAGGGAGGAACGAATCAGGACCAAACACTGATGCATTGGCTGATGCTTTAGCAATTGCTCAGCACCATGAT GCCGTTAGTGGCACAGAAAGACAGCATGTTGCTGCTGATTATGCAAAGCGACTCTCAATGGGCTATGCAGAGGTGCATAT TAATAGCTCATGTTGAAATGTTGATTTCATAAATGTGAACTTAAGTATTCTACAATTTTGTCATTTGCAGGCAGAAAGGT TGGTTGCATCTACACTTGCTTTCTTAATAAACGAAAGATTAAGTTCGCATGGGATGAACCTGGTGACAGACTTCCAGCAG GCAATGCACTATAGCCATAGAATAAGTTCCTTTCAATTTTTGATGAAATGATCCGCCATAAATTAGTTGCTAGACTGTTT GATCTTGAATTGTCAGTCAATTCAAAATCAAACATTTGGTTTTAGGCCACATGAAAACAGTTTCACCGTATTGACCTTTT TAAGCTGATAAGCTTTCCTATATTTTTTGGGGTCCATAATAAAAATGATATATTGGAGAGAATTATTTGAGCATACTTAA ATAGTTTTGCCTGAGTGTGCATTTTACTGTTTTGCTTCATGGTTTAGGCTATTGATATCTATTATTAATATATCCTTTTA TTTCTCTTTATTAAATAAGGCTTGCTTAGCTTCATGATCTTCTAGTTACTAAATCTTCTTGCATTTGGAAGCCTTTTGTG ATATTACACTAAATCTGTTGAGTGAATCTGTTGGCAGTGTCCTCTTCTGAATATAAGCTACTGTCCTCCATCAGAAGCTA CCTTGGGTAACGGAAAAAGTTTGGTAAGGATAATATTTAATCATATAATCACTACATTAAATCATTGAAACATTCAAAAC AAAAGTGTTGCAGCTACCTAGTGTAACGGCAAAAGTTTGGTATGGATGATATTTAATCATATAATCACTACATTAAATCA TTTAACCATTCAAAACAAAAGTGTTGCATCACTCTATATTATGATTATATTTTAATCTTATTAATAATGTTTCGCTCAAT TTTCGGTGCCTTTTGTAGGTGATCGTTGTTTATAATCCTCTTGCTTGGAAGAGGGAGGAACTAATTCGAATTCCTGTAGG TGTTTTTAATGGTATATTCGTTTGGTTTCTGAGTATATACTGTAAAAAATAGGCACTTCAGAATCAGTAGTGAAACTTGG ATATCTTTGGCATTTTCTTAATGTATTGAGTTGTTGCACTTTTAATCTTGAAAGATATATACATTCATCGATTGTTGTAA AATGTATTCTATAAACAATTAGTTTGCTTTCGAATCACTCTATGATTTATTGTGTGCATTAGAAAGCTTTGCTATGTGAT GCTAAGACTTGAAGATGATGAGATCAACATATGTTTATTTTAATAGCTGCTTCAGGTTTGACTGAGATGAGATAACTTCA GGGATCCATAGTCAATTATATGCTTCGGTTTCATTTACTTGTTTGTTTCTCCCCTTTTATCTCATAAATGTATGAACAAA TGCACCTATCCTCCAATAAGCACGCTAACAAAGACAGAACATGCATACACATTAGATATGGTATTCCTACAAACTTCACT GAAAGTTTTAAGTTTATTTTTCTGTTATTGGTAACCACTCAAATACTTTAGACAATGATTTATGGTTTCGCATGACAGAC TTTAGAATATATTTGCTTCAGGTTTCCACTGGAGAGGTTTTTGTCCAGGATTCTGCTGGGAAGGAAATTGAATCTCAACT TCTCCCTCTATCCAATGCTACTTTCCGTTTGAGAAACATTTATGCCGAAGCATATTTAGGAAAAAATCCTGCTGGAGAAC TCAAGTATTGGCTTGCATTTCCAGTATCTGTACCTCCCCTTGGTTTCAACACTTATGTAGTGTCAAGGCCTAACCAGACA GGTTAGTGATTTTATTGTAGCTTTTGACTTTCAGTTGATTATTTCTGAATAAATCATTGTACAACATGTATTTACACTAT ATAGAATAATACTCATAGTTTGTTTACTAGAATACAGCTATTTACATTCAATAAATCTGTCATGACAAAAAGGTTTGAAG TTACAAATCTGATGCAAAATGAGAATAAGAGCTAATAAAGCAACAATAACTCAGCACTTCCTCTCTTTCATTATCTGTAT GCTATACTGATGAAGTTTGACTGAAAGATTACACTTGTTTACTTAAGCTTTTATGACTTTTCAAATGATATAGGTCATAG TTCGACTATCTCAAAGGTGTACAGACCAGAAGGAACTACAAATAGTAACATAGAAGTTGGTCAAGGGAATCTGAAACTAC TTTATTCTGCTGATGAAGGAAAACTGACTCATTATGTTAATAGTAGGAATCTTGTGAGTTCTCTATATCAGTTTAGCCAA CAATTTCCAATTTCAATTTGCATTAAGGTTTAGAGTTAGTTATGCTGAAGTTTATTATTTTGTTTGGTTGTGGCTGAAGG TTACAGCATCAGTTGAACAATCATACAGTTATTATTCTGGAAATGATGGGACTGACAAAAACCCTCAGGTAAGTCATATG CACACAGAAAATTTATAGCTTTGATGTATTACTTGCCGCAATGTTCAATTATGCTGCTAATAGGAAGAATATGTTACAAT TATAGTGTCATTGTAATTGCCATTGTATGTTATATATTTGGTAGTCTCATCCAGAAGATGCAACTCTATTTTCTTTTGTA AAGAGAACACCAAACACAGTCCCGAAACAACTGTGCTTTGCCAAACAACACAAAAAAATGAATCAATTCACTCATAAATA GAAGCCAACCACCAAGAACAGCCCTTGGGCTTTCCTCATACCAGCAAGATGCTGCTTTCTATCTCCAAAGTGCAAGCCAT TTTGCTCTATACCGGCACCTATGCCACATTGCTGTTTAGATTTGGCCAGTTTTTCATGACCAGGCACCATACAAATGGTC TTTACATCCAACAGCTCTGGTCGGACTTCCTTGAGGTGGCTGTTAGGGCATTTTTTTATGGAAAATGACTGCTACTGAAA ATGATGGAATTGCAGCCGCGAAAAGAGTTGCCAGATTATCAGGGGCAGGATTCAACAATGAAAATGATGGAGCTGCAAGC TTCAACCTAGAAGGCAATAAACTCGCTGCACTTGTAGTGGAGTCCTAGAAGCTGCAACGCCTGGTGAAGATGTAGACAAT GTAACCAGTGTTTTAAATTGCAGTTGCGGCTGCTGCTATTGTGGTCATTGCGACTGCTGCGATGCGTGTTGCGGGCATTG TGGCGTGTTTTTTATTATTACTTTCACACTGTAAAAAAATCTATAGTTTTATCCCAAACTGTATATCATTTTCTCCTGTT CAGATTTCACACGATATAAATAAGAGAATCCAATTATAATTAATATTATATGAATATTTCCATTTGAACAAATATTCATT AACTTATATAGCCACACAAGATCCCCAAATCAGATGTAATTCTAATCTCTTTTATCACAAACACTTATATCCTCCTTCTC CTCCGCTCTCTCTCTCTCTTCTCTTCTTCACCTCCCCCCAAAATCCCCAAACCCTCACCCTCAATGCCTCACCGCCAAAT CTGATGGTCCTCTCACCCACAAAAACTCATTTCATTTGACAGCCTCAGCCATCGCTCATACTCGCACTTGCAGCTCCACA ACCAAATCAACTGGAAAGACCATGAAAATGGCAAACAAAAACCCACCAGCCATGAGATCATCACGGCCAGCTGCAGATCT GTGCGTTTCCCTACCTCTGTCACCTGGTTCACAGTCCCGACGCCTTAGAGACATCTCATCAGCGGCGAGATCGACATGCA AGAAAGGAAAAAGGGTGGACAACTTTTCAGACCTAACCAGAACAGAAGTGCGCAGCCACCTGAACACCGTTGCGGTGCAA AAACGGTACCGATGCAGTGATAAAATGGTGATGATGCGGCTGATGTGTGTGGTTTTCTTTTACGCCGCAATTGCTGCGCG ATGCGGATGCGGTACCCCCATCCGCATCGCCCATCTCGCAACTGCAATATTGCGGCCACATATTGCGATGCGGACCTCAA TTTGATACCCTGAAATGGGTATGCTCACAGTATTTGAGGATGCATGGGTGCAACTCTAGGTTCATTAGTCAATTTCTCGA TCATTTGTGGGTCATTAAATATTTTAATAAGTAGATCCATATCAATTAAGCTTCCTTGTTCAGTACTCTATATTAGGGCT GCTACCACAACAGAGGCTGTTGCTAAGTCTCATTCGAAACCCAGAGATACTGGTGTAATGATCTTATCTGGGGTAGCAGC CCTAATATAGAGTACACTGGTGTAATGATCTTATCTGGGGTATCCCCTGGTTTTGAAGGAGGCTTAGCAACAGCCTCTGC TGTGGTAGCATCCACAATAAAGAGTACTGGGCAAGGAGCCTAATTGATATGGATCTACTTGTTAAAATATTTAATGACCC AAAAATGATTGAGAAATTGATTAATAAGTGCATCCTCAAATATTGTGAGCATACCTACTTCTGGATCAAAACCTGCTTTG CCATTGGTTCCATTGTCTACATCTTCACCTGGTGTTGCAGCTTCTAGGACTCCACTCACGAGCGAAACGAGTTTATTACC TTCTGGGTTGAAGTGTGCAGCTCGATCACTTTCATTGTGAATGCTGCCCTTGATAATCTTGCAACTTTGTTCACAGGTGC AATTCCATCATTTTCAATGGCAAATTCTACACATGACATGCCAATTCTATAGCAGGTTCATAATATTATGTAGAAAGAGT AGAGAGGGGGGAGAGAATAATTATGATATGATAGAATGATCTTTATAGCACAGCCTCTCAGTGTCTCTATATTATATAAC ACTAGGTTAAGAGTATAGTTTGAACTCTGATATACATATTGGCCAAGCCTATATGCTCTCAAAATCTCAATAAACTAACA ATAACTGTTAACAATAAAAAAGAAAGTTTATTTTCCTTTATTGGTGCTGATTGCAGGATACATGGTGCATTTTTTCAATG ATCTGGATTGTACTTTGTTATGTCTTAATTTTCTTTAGTTCCTCTTCAGTTTTTCCTTTATACCTGCACTCAGCACTGTG ATAAGACCTTCTTTCTTACTTAAATCTATAATATTCTTAGATAAAACTAATGTTTAATATTTGTTTTTATTGTGCACTAT TTTTTCTCTGAAGGCCTCTGGGGCATACATCTTCCGTCCGAACGGTTCATTTCCCATTACATCTGATCACAAGGTTACAA ACTAAAAATTTCATTAGTTGGTGTCAATTTTAGTTTATGACCAATACAGAGAACAATTAATCATGTTTATTTTGTGTATT TATTTGTGCTCACTTCAGGTATCGTTCACTGTCCTGCATGGTCCTATACTGGATGAAGTACATCAACAGCTCAACCCATG GGTATCTCAGGTAAATTATGGTTGAAATTATCATGGAATATTTTTCTTAAAGGTATCCACATCACTTCCCCCTTGCAGCA GTATCCCTGGCCCCTCAAATTTCAGCAAAATCAGATATTGTGTTTGTGTTAATCTTTTTCTGTGGAACTCAAGCATGGAA ATCTTATTTTGCTTACTGCTTTTACAGATTACGAGAATATATAAGGCAAAGGAGCACGCTGAAGTTGAGTTCACAGTAGG TTACCTTGTTATCTGATCGCAGAGAAACTATTTGTTTCATTTCTAAAACATGGCTCATAAACAGTTAAGAATATGCTTCT TAATAGTCTGTGTATGCATATGTAGATTGGGCCTATACCTGTCGATGATGGCATTGGGAAAGAAATTATTACTCAATTTG CAACTACAATGGAGACCAACAAGACATTCTACACAGATTCTAATGGGCGTGACTTCATTAAAAGGGTGTGTTAAATTTAT TTTCTTCTTTCGTATTGTCCTTGAGGGGATGACTTTTCCTCTGTCCCTTCTTTTCTCCCAAGATGAATTTTCTTTTCCTA TTTAAAAGTAAAATTGTTTTGCAGATACGAGATTTCAGGAGCGATTGGGATCTACAAGTGAACCAACCCACAGCTGGAAA CTATTACCCAGTATGTTTCGTTTAAATGAAGGCTCACATTCTTATTGATGTAGAAGGATTTTGTAGACTATATGCTTCAA GCCTTTTTTGTTGAGCAAATGAATTTTCTTGTCATGGAGAATTATACTCTTTTCATATTTTTATTTAAATGTGAGTCATT GAACTCTCAGTTTTTCACTAATCACTTGTCTCATAAATCAAGATTTTGGTATTTTTGAAACCTATTCATATGTTTGAAAT AGATTAGCCATTTCAATATTCTGCCCTATTATTCAAATGGATATTTAAAAAAATATATTTGGCTTCACACCAATGTTCAG GTTAATTTGGGAATATACATACAAGATAGCAGTATGGAACTCTCAGTGTTGGTCGACCGCTCTGTTGGGGGTTCCAGCTT GGCAGATGGTCAAATAGAACTGATGCTCCACAGGTTGGTTATATTTCTCATTCATGTCTATTCATTTAGTTCTAGTTTCT TTTGCACTTACTATTTAAGACATCGGTAATGAATAATGACTAACATTTCCTCATTCTATAATTTGGTTTTATATTTGTCT AGGAGGTTGCTTCATGATGATGCAAGAGGTGTTGGTGAGGTACTCAACGAAACAGTTTGCGTTGCTGACAACTGTGAAGG TTTAACCGTTAAGTATCTTACCCACAAACATATATTTACCTCTACTTGCATAATGATTTGTTGTTATTTCCTCCCTATAT GAGAACATTTTGCATGTGCTCAGTGAAGGTCTTTTTTTGTAACTTTTTGTTACTAGAGATATTAGTGATGCCTTGCTAAG TGCAACTAGACATTATTCTATAATCTCTGCAACCAGAACATATTATTGCATATGGATCCTGATTTATTTGCAACATACAT TAAGTTATTATAAAATTATATATTTTGCAGTTATCACTTATCACCAACTTGTTTCTTACTAGTACTTGATTATCTAATAT TTCCAGATTCAAGGAAAACTATACCTTAGAATTGATCGTATAGGTGAAGGTGCTAAATGGCGTCGTACAGTTGGCCAGGA ATTATATTCACCATTGCTGTTGGCCTTCACAGAACAGGTAGGGGATAAATACAAAAAGAAGTATATAGGAGTTAAACGTT TCATCATAACTGTTTTCCCCTTGTTATGCAGGATGGGGATAATTTGGTGCATTTCCAACAATCAACATTTTACGGCATAG ATTCTTCCTACAGTTTACCAAACAACACTGCTCTTTTAACCCTCCAGGTATGCAGCGTAGTAGCGTCAGAGATATTCAGA AAGAAATTTCAAGATAGAACTTTAACATGCCTTCTAACATTTCACCTCATCTCTTTATTGATGTGTATTTATTATTTTTA TGAAACTTCTGCAGGAATTTGGAAATGGCAAAGTGCTCCTAAGATTGGCTCACCTTTACGAGGTTGTAATTATTTCACTG ATTTAGGGATAATAATCTGTGGTTCTATCTTATAAAGTTAAGCTTCCCTTATAAAAGAACCTGCAAAGGATTAAATTATA GGTCATTTGTGGTGAATTGATGTCTTGTATCCTTAACCATGATTGGTATGATATTTTGTGTGACCTGTTTTACTAATATT TGAGCCATATGCGATACAATCACAGATGCAAACATGATAGCATTCCAATCTAAGTAATGGAAATATGCAAATATTTATGT GTATAAAAACAATTTGTCCATGCAACCATGGAGATAAGTTTACCCCTGCAAAGAAAAATTGATAATCTAGCTATGTATGA TTTATGATATTCCATAAATCCTGCACACATCATGAAATTTTCATCAGCTTTATCAGATACCAAATATTTGCTTTGCCTTC AGACAATAAACATCTTATATACTTGAATTGATGCATAATGGGTATTAATCTGCATGTGCAGCTTGGAGAGGACAAAGAAT ACTCAGTAAAGGCAAGTGTGGAATTGAAAAAGCTGTTTCCTAACAAGAAGGTAAGACTTGAGAGTGATAACTAACTGCTC CATGGTAGTTTTTCTTACATGCATAGTTTCCTTCTAAGAACTCAAATTTTCAGATAAGCAAAGTGACAGAGATGAGTTTG TCTGCTAATCAAGAAAGAACTGAAATGGAAAAGAAGAAATTGGCCTGGAAAGTAGAAGGCTCCACTGGAGAACCTAAAGT GGTGAGAGGAGGACCTGTTGATCCTACAAAGCTGGTGGTTGAACTTGCTCCAATGGAGATTCGAACATTCTTTATTGACT TTAGTCCTCTCCAAACAGTTTCTGCAGCAGAAAATCATGTAGCAGTGTAACACAAGCCTCCAACACAGTAGCATGTATTT CTTGCTCCAATGATGTTTTGTAAAGAAATATAGAGTTTTGTAAATTGAGTTGTTGTGACTGTAAACTCAAGAGTTTGTAC ACAATAAAACTTTCTAGAGGATGAAATCTTGTTAAGTGATGTGTGATATGAATATTTTAATGTTAATTTGTTAATGCACA TAATCTGTGTATGTTTAGATTCAAGCATTTAAGCACCAAAAGATTGAAAGAAATAGATACCAGTGTCAACGTGTCATAAT AAGTTATCATTTTTTTTGTCTTTTAATGAGTGCCATCCTTCGTTCGTTCAAAAAACTGTAGGTGTCTCTTTCCACTAGTG TCTTTTTC
CDS sequence (LotjaGi1g1v0632900.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCAAACGCGGCGGTGCTATTCGCCGTTTTCCTGGCGGCGATTTGGGTTGCGGAATCAGAGTACATAGAGTACAACAC CACGCAGAGGATTGTCCCCGACAAGATAAACGTGCACTTAGTACCTCACTCTCACGATGATGTCGGGTGGCTCAAGACCG TCGATCAGTACTACGTTGGAGGCAACAACTCCATTCGGGGTGCATGTGTGCAGAACGTGCTGGATTCTGTGATTTCCTCG CTCTTGGAGGACACGAATCGCAAGTTTATCTATGTTGAGATGGCATTTTTCCAGAGATGGTGGAGGCAGCAAAGTAAAGC TAGGAAAATTAAAGTCAAGGAGCTTGTCAATTCTGGTCAGCTAGAATTCATAAATGGAGGTATGTGTATGCATGATGAGG CCACTCCGCATTATATTGACCTAATTGATCAGACCACTCTTGGGCATCAATTCATTAAAGAGGAGTTTGGTAAGACTCCA AGAGTTGGCTGGCAGATTGATCCGTTCGGCCATTCTGCAGTTCAAGCTTACTTGCTTGGTGCTGAGCTAGGATTCGACTC ACTCTTCTTTGCTAGAATTGATTACCAAGATAGAGCCAAGCGGTTAAAGGAGAAGACTCTAGAGGTTGTTTGGCAGGGTT CCAGGTCTCTTGGTTCTTCTTCACAAATATTCACCGGGATATTTCCCAGGCATTATGATCCTCCTGATGGTTTCACATTT GAGATAAATGATGTTTCCACTCCTATTCAGGATGACATTCTACTGTTCGACTATAATGTTGAAGAAAGAGTCAATGACTT TGTATCTGCTGCCTTAGCTCAGGCTAATGTGACCAAAACAAATCACATTATGTGGACAATGGGAACAGACTTCCGTTATC AATATGCTAATTCATGGTTCAGGCAGATGGATAAGTTTATTCACTATGTCAATCAGGATGGGCGTGTCAATGCATTGTAT TCCACACCATCTATCTACACTGATGCAAAATATGCCGCTAATGAGCAATGGCCTCTTAAAATTGATGATTTCTTCCCGTA TGCAGATCACCCAAATGCATATTGGACTGGTTATTTTACAAGTAGGCCAGCTTTAAAGGGTTATGTGAGGGTGATGGGTG GTTACTATCAGGCAGCAAGGCAATTGGAATTTTTTAAAGGGAGGAACGAATCAGGACCAAACACTGATGCATTGGCTGAT GCTTTAGCAATTGCTCAGCACCATGATGCCGTTAGTGGCACAGAAAGACAGCATGTTGCTGCTGATTATGCAAAGCGACT CTCAATGGGCTATGCAGAGGCAGAAAGGTTGGTTGCATCTACACTTGCTTTCTTAATAAACGAAAGATTAAGTTCGCATG GGATGAACCTGGTGACAGACTTCCAGCAGTGTCCTCTTCTGAATATAAGCTACTGTCCTCCATCAGAAGCTACCTTGGGT AACGGAAAAAGTTTGGTGATCGTTGTTTATAATCCTCTTGCTTGGAAGAGGGAGGAACTAATTCGAATTCCTGTTTCCAC TGGAGAGGTTTTTGTCCAGGATTCTGCTGGGAAGGAAATTGAATCTCAACTTCTCCCTCTATCCAATGCTACTTTCCGTT TGAGAAACATTTATGCCGAAGCATATTTAGGAAAAAATCCTGCTGGAGAACTCAAGTATTGGCTTGCATTTCCAGTATCT GTACCTCCCCTTGGTTTCAACACTTATGTAGTGTCAAGGCCTAACCAGACAGGTCATAGTTCGACTATCTCAAAGGTGTA CAGACCAGAAGGAACTACAAATAGTAACATAGAAGTTGGTCAAGGGAATCTGAAACTACTTTATTCTGCTGATGAAGGAA AACTGACTCATTATGTTAATAGTAGGAATCTTGTTACAGCATCAGTTGAACAATCATACAGTTATTATTCTGGAAATGAT GGGACTGACAAAAACCCTCAGGCCTCTGGGGCATACATCTTCCGTCCGAACGGTTCATTTCCCATTACATCTGATCACAA GGTATCGTTCACTGTCCTGCATGGTCCTATACTGGATGAAGTACATCAACAGCTCAACCCATGGGTATCTCAGATTACGA GAATATATAAGGCAAAGGAGCACGCTGAAGTTGAGTTCACAATTGGGCCTATACCTGTCGATGATGGCATTGGGAAAGAA ATTATTACTCAATTTGCAACTACAATGGAGACCAACAAGACATTCTACACAGATTCTAATGGGCGTGACTTCATTAAAAG GATACGAGATTTCAGGAGCGATTGGGATCTACAAGTGAACCAACCCACAGCTGGAAACTATTACCCAGTTAATTTGGGAA TATACATACAAGATAGCAGTATGGAACTCTCAGTGTTGGTCGACCGCTCTGTTGGGGGTTCCAGCTTGGCAGATGGTCAA ATAGAACTGATGCTCCACAGGAGGTTGCTTCATGATGATGCAAGAGGTGTTGGTGAGGTACTCAACGAAACAGTTTGCGT TGCTGACAACTGTGAAGGTTTAACCATTCAAGGAAAACTATACCTTAGAATTGATCGTATAGGTGAAGGTGCTAAATGGC GTCGTACAGTTGGCCAGGAATTATATTCACCATTGCTGTTGGCCTTCACAGAACAGGATGGGGATAATTTGGTGCATTTC CAACAATCAACATTTTACGGCATAGATTCTTCCTACAGTTTACCAAACAACACTGCTCTTTTAACCCTCCAGGAATTTGG AAATGGCAAAGTGCTCCTAAGATTGGCTCACCTTTACGAGCTTGGAGAGGACAAAGAATACTCAGTAAAGGCAAGTGTGG AATTGAAAAAGCTGTTTCCTAACAAGAAGATAAGCAAAGTGACAGAGATGAGTTTGTCTGCTAATCAAGAAAGAACTGAA ATGGAAAAGAAGAAATTGGCCTGGAAAGTAGAAGGCTCCACTGGAGAACCTAAAGTGGTGAGAGGAGGACCTGTTGATCC TACAAAGCTGGTGGTTGAACTTGCTCCAATGGAGATTCGAACATTCTTTATTGACTTTAGTCCTCTCCAAACAGTTTCTG CAGCAGAAAATCATGTAGCAGTGTAA
Protein sequence (LotjaGi1g1v0632900.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MANAAVLFAVFLAAIWVAESEYIEYNTTQRIVPDKINVHLVPHSHDDVGWLKTVDQYYVGGNNSIRGACVQNVLDSVISS LLEDTNRKFIYVEMAFFQRWWRQQSKARKIKVKELVNSGQLEFINGGMCMHDEATPHYIDLIDQTTLGHQFIKEEFGKTP RVGWQIDPFGHSAVQAYLLGAELGFDSLFFARIDYQDRAKRLKEKTLEVVWQGSRSLGSSSQIFTGIFPRHYDPPDGFTF EINDVSTPIQDDILLFDYNVEERVNDFVSAALAQANVTKTNHIMWTMGTDFRYQYANSWFRQMDKFIHYVNQDGRVNALY STPSIYTDAKYAANEQWPLKIDDFFPYADHPNAYWTGYFTSRPALKGYVRVMGGYYQAARQLEFFKGRNESGPNTDALAD ALAIAQHHDAVSGTERQHVAADYAKRLSMGYAEAERLVASTLAFLINERLSSHGMNLVTDFQQCPLLNISYCPPSEATLG NGKSLVIVVYNPLAWKREELIRIPVSTGEVFVQDSAGKEIESQLLPLSNATFRLRNIYAEAYLGKNPAGELKYWLAFPVS VPPLGFNTYVVSRPNQTGHSSTISKVYRPEGTTNSNIEVGQGNLKLLYSADEGKLTHYVNSRNLVTASVEQSYSYYSGND GTDKNPQASGAYIFRPNGSFPITSDHKVSFTVLHGPILDEVHQQLNPWVSQITRIYKAKEHAEVEFTIGPIPVDDGIGKE IITQFATTMETNKTFYTDSNGRDFIKRIRDFRSDWDLQVNQPTAGNYYPVNLGIYIQDSSMELSVLVDRSVGGSSLADGQ IELMLHRRLLHDDARGVGEVLNETVCVADNCEGLTIQGKLYLRIDRIGEGAKWRRTVGQELYSPLLLAFTEQDGDNLVHF QQSTFYGIDSSYSLPNNTALLTLQEFGNGKVLLRLAHLYELGEDKEYSVKASVELKKLFPNKKISKVTEMSLSANQERTE MEKKKLAWKVEGSTGEPKVVRGGPVDPTKLVVELAPMEIRTFFIDFSPLQTVSAAENHVAV
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 | 3 | 3 | - | – | |
| Phobius | 1 | 20 | 20 | - | – | |
| SignalP_EUK | 1 | 20 | 20 | - | – | |
| Phobius | 4 | 15 | 12 | - | – | |
| PANTHER | 9 | 1010 | 1002 | 0.0 | – | |
| PANTHER | 9 | 1010 | 1002 | 0.0 | – | |
| Phobius | 16 | 20 | 5 | - | – | |
| Phobius | 21 | 1021 | 1001 | - | – | |
| SUPERFAMILY | 25 | 351 | 327 | 2.06E-111 | ||
| Gene3D | 36 | 316 | 281 | 8.9E-120 | ||
| CDD | 36 | 312 | 277 | 0.0 | – | |
| Pfam | 37 | 348 | 312 | 1.2E-96 | ||
| Gene3D | 317 | 395 | 79 | 7.6E-31 | ||
| SUPERFAMILY | 352 | 446 | 95 | 1.18E-27 | ||
| Pfam | 353 | 445 | 93 | 9.9E-21 | ||
| SMART | 353 | 427 | 75 | 1.4E-21 | ||
| Gene3D | 396 | 451 | 56 | 1.7E-20 | ||
| SUPERFAMILY | 451 | 1006 | 556 | 6.43E-147 | ||
| Gene3D | 463 | 574 | 112 | 5.5E-26 | ||
| Gene3D | 596 | 862 | 267 | 3.8E-99 | – | |
| Pfam | 601 | 815 | 215 | 1.5E-51 | ||
| Gene3D | 882 | 1009 | 128 | 2.9E-32 | – | |
| Pfam | 898 | 1003 | 106 | 2.2E-10 |
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 | Alpha-mannosidase activity | Catalysis of the hydrolysis of terminal, non-reducing alpha-D-mannose residues in alpha-D-mannosides. | ||
| Biological process | Carbohydrate metabolic process | The chemical reactions and pathways involving carbohydrates, any of a group of organic compounds based of the general formula Cx(H2O)y. Includes the formation of carbohydrate derivatives by the addition of a carbohydrate residue to another molecule. | ||
| Biological process | Mannose metabolic process | The chemical reactions and pathways involving mannose, the aldohexose manno-hexose, the C-2 epimer of glucose. The D-(+)-form is widely distributed in mannans and hemicelluloses and is of major importance in the core oligosaccharide of N-linked oligosaccharides of glycoproteins. | ||
| Molecular function | Carbohydrate binding | Interacting selectively and non-covalently with any carbohydrate, which includes monosaccharides, oligosaccharides and polysaccharides as well as substances derived from monosaccharides by reduction of the carbonyl group (alditols), by oxidation of one or more hydroxy groups to afford the corresponding aldehydes, ketones, or carboxylic acids, or by replacement of one or more hydroxy group(s) by a hydrogen atom. Cyclitols are generally not regarded as carbohydrates. |
Expression pattern of LotjaGi1g1v0632900.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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