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| Field | Value |
|---|---|
| Gene ID | LotjaGi6g1v0156000 |
| Transcript ID | LotjaGi6g1v0156000.3 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | 1,4-alpha-glucan branching enzyme, putative; TAIR: AT3G20440.2 Alpha amylase family protein; Swiss-Prot: sp|D2WL32|GLGB3_ARATH 1,4-alpha-glucan-branching enzyme 3, chloroplastic/amyloplastic; TrEMBL-Plants: tr|K7MQT1|K7MQT1_SOYBN Uncharacterized protein; Found in the gene: LotjaGi6g1v0156000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr6:43547583..43566153) extracted from Lotus japonicus Gifu genome v1.2.
CTTGTGCCGAGTTGACTCAGAAACCTCTCTTAAAACTCAAATACAACACTCCATAGTGTTCTACTTCTACACTGTTGTGT CTCTGCCTTATCCGGCACAACGATGACAACCCTGTCAATCCCAGTCAAAATCTGCTTCCATCCAAACACAACTTCATCTT TTCTTCAACCTCAAACCACCCCTCACACCGTTACCTTTTCCCGCAGAAAAACGAGCATAGCCACCGCTTGTTCCGCCTCT GAAAACCCCCAACAGCGCCAAAACCAGCAGCAGCAGAAGCAGAAGCGCACTGAGACCAGCACCGACGACACCGAGTTCGA TGACTACAAGGGCTTCGACCCTGCTGGCTTTCTCGCCAAACGCGGCATTTCCCATAAAGCTTTTGCCCAGTTCCTCCGTG AAAGGCAAGAAATTCAATCAATAATAGCAAATTTTGCTTCGTGTTTGATTCTATTTGCGTTTTGATTTTCTGGGTCTGTT TGGTTAGAGTTTTTCCCTTAGAAAGTTTGATTTTTTATCATTATTTCCATTTTTCTTTTGTTCTGGTGGCATTGAGGTTA GAGTCTATGTCATCATGTCAATTCTTAAAAAGTTGGAGTCTTTAATAGAAGGAGTAACTACCCTTTCTTCACTTGATATT GGAGATTATTGCACTGACACTCTTCTTGTTTAGGACACTATAGGTAGTTACTTGTAAAACTAAGAAGGGTGTTGGGAAGT AAGAATAGAACCAACAAGAAGGAAATGCATTTTTCCAAATTTATAATCAAATTAGTCCCTAGAAGATGTAGCATCAATCA TATTTAATACCTGAATGATGGGAAATTGAGCACAAGGTTGATTGTGCATTTCTTCGGTCAAATTAGTTCTCATGTCAAAA ATCTCAAAGTCTTACATAGTAGTATAGTACAGAATTAGGAATTAATTCGATGGTTAAATATATCTACGGACCACAAATAA GTTTGGTATCATTCGGATGACCGAAATTATATCTTTGAGGAACTAATAGGACTATTTAGTTGTTTTGTCCAATAATAAGG GGGTCAATTCAATGTAATGAACGCTGAGGTCAGTGTAACTATCACGATAAAAAAAGGGGGAAACTTGTTTGTTTTCATTT TTGGTTGTGCAAGTGAACGACATAGCTATGGTAGTGTGTTAGGCTCTTTTTTGTTCTGAGATAGATTGGAAAATTGATGA ATGGCATTATAATATGTTAGTTATTATGAGTTTTGCAGGTATAAAGCGTTGAAGGACCTGCAAGAGGAAATTTTGAAACG GCACATGAACCTCAAGGAGATGGCTTCTGGGTTAGTTCCATTATGTGGCATTGGGTTTTAAGCTAGCCCTTCAGCACATT ACAGTGTATTTTGGTTCTCTGAGGCCTGAGCTTTAAGCTGCTTTCCTTATAACGAGTGTCTTTGAATATTTTAACTTATA ATCAATTCAACCAACCATAATTGGAAAAGGAAATTGTGTTGTGTTTTATGTTTCTTATGTGTTGTCTTGTACCACCAACT ATCATAGAAGCTTAAACTGTTGGGAGGAGACACGTGAATGGTTTTGTATTATATTATTTCTAGCAAGCCATGTCTCGCGA GAGCCCATTGGGTTTGAAACGTGGACAATGCAAAAATCCACCTATCTTGTGCTGAAATTCAATTATTATTCTTATATTAG AAGAATGAGGGAAACATGGATTGAACTGTAGATCACTTGGCTGTAGAGCCTCTAATACAATATCATGGATCAACTATCTC GAAAGCTTAAGTTGCTGGTTCAACACACATTAATAATTTTATATTATATTATTTCTGACATGTGATTTGGAAATTACTTA TGTCATGAAAGGATACTTAAAAGTAGTGTATATGTATTGTTATAGATAAGTTACCTTTTAGTTTCATTTGATTCTTCTTA TTTATATCTGTCCAGGTTTGAGCTATTGGGTATGCATCGCCATCCAGAACATCGGGTGGATTATATGGAATGGGCTCCAG GTTTGACATTATCTCCAAGAATTTCTTTTAGGGTCTGTCTGATTCTCAATATCACACCTTAATTTTTGTTTAATTCCATC ATGCCGAGATTTATGTTACACCGCCGTACATGTTTTTTTAAATCAGTATGTTTGATATAGATGTAGGTGTATCTCCATTT GAACTTTTATGCTTTTTGAGAAATGTACTTTATCCTTTTATGTATGAGCTATACCTACTTCTATCCGTGCCCTGCTATTA ATAGAAAACTTACGTTAGCTCACTTCTTGCTACTACTGAACGGTGTCTTGGACCTCAAAGAAATGTGATGCAATAATATT GTTATTTTGTCTAGTCCACCAAAAGTAATAAGTTGTTTGAACTTGATTCCTCTCTCCACCCTTGTTTTATTAACAAGCAC ATAACTGCAGGGGCTCGCTACTGTGCAATTATAGGTGATATCAATGGGTGGTCACCTACAGAAAATTGTGCAAGAGAACA TTACTTTGGTCATGATGATTTTGGATACTGGTTTATCATTCTTCAAGATAAGCTGAGAGAGGGAGAAAAGCCAGATAAAC TCTATTTTCAGCAGTATAACTATGTAGATGATTATGATAAAGGGGATAGTGGTGTCACCATTGAAGAGATCTTCAAGAAA ATGAATGATAAGTACTGGCAACCAGGAGAAGATCGTTACCTAAAAAACCGTTTTGAAGGGCCAGTAAAGTTATATGAGGA GATATTTGGTCCTAATGGACCTCAAACTTTAGAGGAGTTGGGGGATATACCAGATGCAGAAACAAGATATAAGGAATGGG CGGCAAAGCATGGACCTTCCCGTTATGCTGTGATTGATAGTGGCAAGGAATATGATGTATTTAATGTGAGGGTTGACCCA GGGTGGCATGAGAGAGTACGTGCGCTGGAACCTCCTATAGCATACTGGCTAGAGACACGTAAAGGTAGGAAGGCATGGTT GAAAAAATATATTCCTGGCATTCCTCATGGCAGCAAGTACAGGGTCTACTTTAACACTCCAAATGGACCATTGGAGCGGG TACCTGCTTGGGCTACATATGTTCAGCCAGGTAAATCTTATATTGATTCTTGGAAGTCATTAAATCATCAGTGAATGTAA ACTATTTTTGAAATATATTTGATCCTCTGTAGTATCTTGTTGTTTGTTTTGAACTGGGCTCCTTTAAAGATAAGACTTTA GAGGAGTCAAGTCCATTTCTTTTATAAAGATCTACTCATGCATTTGTACTTGGTTTGGTAGGTTCTTTGGCATTGTTTCA TGCATATATATTATTGTCTTTTCTTTTCAATTTTAAAGGTGATTCTTTGAGGTACACTTTCATTCCATGTAATGACAAGG ACAAGAGTCAAAAGGCTGCTTTGGACATTAGATAAAATACATCTTGGACTTGGATGATATGTTTAGAGGTCGCTTAACGT CAAAGGAAGCAACTTTTGGTTTCAATTACTGAAATGATACTTAGTCTAACTGTCAATCGAAATTACATTATGCATTGCTG GAGAGGCCATTAACTTGATATTATCATCACCATTTTCCACAACACTAGCCGTTCGTTTTCCCATATGATCTAGTACACCT GTTTCAACGTTCAACTAATGCTGATTTCAGGTTAAATTATCACTTATGAATCATTGTTAAAAGAGTTCCACTTCTAAAAA AATGTATCTATTTACAGGGACCAAATACATCCTGTAAAGATCCATTTTATGTGCCTAAATACATAAAAAGAAAGCAAAAG TTCTAATTGCCTTGGTTACTTTTTGCTAGGAGTTCCTTTCTGCCAAGATGTGCAGTATATTTTCTATTTACATATGTTTG TTTTATCAATTTTTTGTATATATGCTGATTCTTTGTGTTATCTGAATGTTGTCGATTTAATGCATTGCAGATGTAGATGG AAGGCAAGCTTATGCGATCCACTGGGAACCACCACCTGAACAAGCATACAAGTGGAAATATACTAGCCCAAAAGCACCAA AATCTTTGCGGATATATGAAGCTCATGTTGGAATTAGTGGATCGGAGCCAAAAATATCCTCCTTCAGTGATTTCACAGAC AAGGTTTTTTTTAGGGGGCTGGGGCTGGGTAGGAGTTTATAGTTTAGACATTATAAATATCTTCCAATGCACTTCATATT TTAAGTGGTTCCCTTGAATTTTTATCATATGTACAACGCAGGTTCTTCCTCACATAAAGGAAGCTGGATACAATGCAATC CAATTGATTGGAGTTGTCGAACACAAGGACTATTTTACTGTTGGTTACAGAGTGAGTTAATTGTTGTTGATATTCTTAAT TAATCTTCTAATTATAATTATATCTTGATTAAGTTTCTTTAGAAGTTCATCAAGACATTGACATAGATGTGCACAATATC TGGGAATGAATGAGCAGACGTTAGGAAAATTTAGCAGTGTTAGTATCAAGTTGGTCTTTGTTGAATTCTGAACCGGGGGG ATATGGAGAATTGCCGAATATATCTATTAATTTAATGATATCTAACACATAATTGGTAATAATTGATGCTAAATGATTCG TATAAGAAATCAGATTATGTTTATTGATGTGTATGAGTTGTGAAGAAGGCATGGATGCATGCTTTATCTTGCATGTCATT GATAGAACTGGTTTAGAATTAAGAAAAAATAATGAATATTGTACTGAGAATTCTAGCAAGAAAGTCAGTATTGCGTAATG TAGACAAACTGACCCTGTACACTCCAGGCTACAAGAGGTCCTGAGTCCTAGTCCCTCCTTTTCCTCAACTAACTTCTTTA GATCTCCTATTCACTACCGACTTATATGTAGCCTATATAGCATGTAACCCCTTAACTAACTTCTAACAGCACTAACTAAC TCTCATTCTATTATTATTATTATTATTATTATTACTACTACTATTATTCTTGTTGTTGTTATTATTATTATTATTATTAT TATTATTATTATTATTATTATTATTATGTTACTACTAACTGGCTACACCTATCAGTCATGGTACAAACTATATGCACATA CCTTCCTTGTATCTGCTGGAAGTGCTGCTTTATCTGTTTATAAGTTTTGTAAGTTGTTAGCGTTTATTGCAACTCTGACC TCTAGCAACATCATCACTTTTCACAATTCAGTTCAGTCAATGCATAATATGAAGTATTTTAATATAGTTAGAAACATGCT CAAACTTCTATTTGACGTTGCAGGTTACCAATTTTTTTGCCGTTAGTAGTCGATATGGCACTCCTGATGACTTCAAGCGA CTAGTTGATGAGGCCCATGGTTAGCATTTTATGTTATATGTAATAATGTTTATTTAATTGTACTGACTATGTTCACTTAC TACTTTTTAAGTCTTTACAGTGATAAGCTGTTGGATTTGTACTTTCAAAGAAACATCGATGTTGTTAACTCCTTGTTCTG ACAAAAGGATAATATCAATAATTGAAAATGCCATAAGATGTTGTTCTAAATTGATATTTTCTTTGAATTAATCACAAATT TTTCTTGTGTGGATAACAGAATGATTTATATAGAAAAGAGAGTATAAAAGCTGTCGAATAAGAAATTCTCCTAAATCTAA GATTTCATGAAAATGAAAGAGGAAATAAAGAAAATAGTAAGCAAATGAACTCAAAAAGAGCAATCCATCCCTTTACAATT TCACCCAATAAAGATAATTAAAAATATCTACATAAAATTACAGTGTGGCTATGAAGACAAGCATGTCCCTTAAAGTTGTG GATGTGGAAATCACTGCTAAAGGTCCTGGAATCGGTCTTCAGCCGGTACACCAGAATCCTTTCACCAATGTCCTGCTCAA AGGGCAAAACACCAAGCACTTAACAACCTTTATACCCCGGAAACCTTTATAGTTGGTACTTGGTAGAAATTTAATTCTAA CTAATAGGATTGAAATCTACAGGCAGAAAGAACACAATAGACTATATTTGTCGCATTACTTGATTTCATTAAAATAGAAG TGTAATCTACACGGAGACTGTCAACTGGAGATGTAAGTCTAGATTAAAAGATAAGAAAGAAAAAGTCAGGAATGGAAACT GCAAAAACATGTTTCCCTACTTTGCATTGAAGGCTAGAAATATAATAATGACATGATTTATCCTCTTTATGAATCTTTGT TGTTCTAAAGAGACACTTGAATGAAATATTCTGATTGATTATTCCATGAAGCTGAGTACATATATATATACAAGAGTTTA GGGATAGCTAAATAAGGAAAAGATCTATCCTAATAAAAGATAAAATATACTAAATATATTTATTCCCTATTTATTTTATC TACATATCTCAACACTCCCCCTCAAGTTGGAGCATATAAATCGTATGCATCCTGTTTGTCACATATATATTTTATCCGGG GACCTCGTAAAGACTTGGTAAAAATATCAGCCAGCTGATCTTGAGAGCAAACAGAAGAAGTCTTGATAGTACCACAAAGA ATCTTCTCCCTAATAAAATGACAATCAACTTCTATATGTTTTGTTCGTTCATGAAAAACCGGATTAGAAGAAAGATGTAA AGCTGACTGATTGTCACATACTAAGTTCATAGGAGTAATCGCACAAAACTTCAACTCCTGAAGTAAGTGCTTCAACCACA AGAGCTCACACGTAGTATGAGCCATAGCACGATACTCAGCTTCGGTGCTTGATCTAGCAACAACACTTTGTTTCTTACTC TTCCAAGAGATGAGATTTCCACCAATAAAAACACAATAACCAGAGGTGGATCTCCTATCACCTGCATCACCTGCCCAATC CGCATCTGAATATCCAGTAATACTAGTATGACCTCTATCAGTATAAACAAGACCTTTTCCAGGCGACCCTTTTATGTATT GAAGTATCCGAATAACAGCCTGCCAATGACTCTTACAAGGAGAGTTTAAAAACTGACTGACAACACTAACAGAGAATGAT ATATCAGGCCTGGTCATTGTGAGATAATTCAACTTTCCTACTAACCTCCTATATCTTCCTGGATCAGAATAAGGCTCCCC CTGGTTAGGCAGAAGCTTCACATTAGGGTCCATAGGAGTATCCGCAGGCTTGCAGTTAAGAAGGCCTGTTTCTTCCAAAA TATCAAGCGCATACTTTCTTTGACAAATAGCAATGCCAGACTTTGACTGAGCTACCTCAATCCCAAGAAAGTAATGCAAA GATCCAAGATCCTTAGTCTGAAAATGCTGTAACAGGTGCTGCTTAAGAGCTTGTATGCCCTCTTGGTCATCACCGGTGAT TACAATATCATCCACATAGACAACAAGATAAATGAACGTCTTTGAGGATGAACACCTAAAGAAGACTGAGTGATCCGCTT CACAACGAACTAACCCAAACTGCTGAATAACATTGCTGAAACGGCCAAACCAAGCTCGGGGTGATTGTTTCAGACCATAC AGAGACTTTTGCAATTTACAAACTAGTCCTGACTCCCCCTGAGCAATAAACCCCGGTGGTTGCTCCATATAGATCTCTTC TTCCAAATCACCATGTAAGAAAACATTTTTAATATCCAGCTGAAACAAGGGCCAATGTCGCATAGCAGCCATGGCAAAAA ATAAACGGACAGATGCCATCTTTGCAACTGGTGAAAAAGTATCACTATAATCCAAGCCATAAACCTGAGTGTACCCTTTG GCAACAAGACGAGCCTTCAATCGATCAATATGTCCATCAGTGCCTACTTTAACATTAAAGACCCAACGACACCCAACAAT AGATTTCCCTGCAGGAAGAGGAACAAGCTCCCATGTATTATTAGACTCTAAAGCTGTCATCTCGTCAATCATCGCTTGAC GCCAACCTTTGTGAGATAGGGCCTCCTGTATAGTCTTAGGTACAATAATGGAAGATATGGTAGAAACAAAAGCGTAGTAT GCAGGGGACAAGCGATGATATGAGAGAAAATTATAAATAGGATGGGGATTACGAGTAGAACGACTACCTTTCCGAAGGGC AATGGGCAAGTCAACAGGATCCGAAGCAGGAGAGGAGGCTGGATGAGGAACCAAATCACATGTCTCATTTCCTGCAGAAA CTGAGTCGTGGGGCTCATCCGTTACAGTACGTCGTGGGCGACGCTCATAAGTAATGCGATAACGAGACATATCAGGAGCT GGCGCTGATGGAGTGGAAGTGTCTGCTTGAGGAGTAACGACCGAAGATGGTGACATAGACACTTGAGGAACAGGTAAAAC CACAGGAAAGATATCTAGATCAGATTGTTGACCAGTTGTAACAAAGTAAGGTGTATCTTCAAAGAACGTGACATCTGCAG AAGTGTAGAACTTATGTGTGGATGGAGAGTAACACTTATACCCTTTTTGAACACGAGAGTAACCTAAAAAGACACATTTG ACAGCCCGAGCAGACATCTTATCACGACCTGGTGAAAGATCATGAACAAAGCAAGTACAACCAAAGACACGAGGCAGAAC ACAAAATGAAGATTCCCTAGGATACAACATGGAATGAGGAATCTGATTACCCAAAACAGATGATGGCATCCGATTTATCA AATATCCTGCAGTCAAAACAGCTTCACCCCAAAACTTTAAAGGTGCATTAGCATTGATCAATAAAGTACGAGCCGTATCC ACAATATGTCTATGTTTTCTCTCAGCTACCCCATTTTGTTGGGGTGTATGTGGACAACTAGACTGATGTATAATGCCATG AGACTTCATAAAAGAGTTAAAGGAATCAGAAAAATACTCTTTAGCATTATCACTTCGCAGAACACGAATTTTCTTATCAA ATTGAGTTTCAATTTCATGACAAAAATTTTGAAAGATACTAAACAACTCAGATCTATCTTTCATTAAAAATATCCAAGTA CACCTGGAGAAATCATCAATAAAACTGACATAATACCTATATCCTAAGATAGAAGAAACACGACTTGGACCCCAAACATC AGAATGAATGACATCAAATGGATGTAGGGCCCTTTTATTGACACTACTAGGAAAAGACGACCTAACATGCTTCCCAAGCT GACATGACTCGCATTCCAAAGACTCTAACTGCGACAAGTAAGGCACCATCTTCTTTAATTTGTCCAAACTCGGATGTCCC AGACGACGATGAAGTAAACTCGGAGACTCAGCAGCAGCCGCACAAATTGCAGAAGATGGTTGTTGTAGATAATAGAGACC ATGTGATTCAGATCCTGCTCCAATCATCCGTCCCGTACTCCGGTCCTGTATAAAGAAGGAATCAGAGGTAAAAGTTATGG CACAACCTAATGATTTGGTTAATTTACTGATAGAAATAAGATTAAAAGCACATCCCGGAACTAATAGAACAGAACTCAAA GGTAGTGTAGGAAGAGGAGATGTCTGCCCAACACCGGTGGCTTGTACTTTCGAGCCATTTGCAAGGGTAACATGGTGTGT AGTTTTGGGTGAAGATAAGTTAGAGAAAAAGGAAGGATTACCAGTGAGATGATCTGAGGCACCGGAATCCAAAACCCATG ATCCAACAGGTGTAGAATGAGAGTAACAAACTGTAGAATTACTGGTTTGAGAAACAGTTGCTGACGAAGATGATCGTTGA GCGCCCTTCAGCTGGAGATATTCCTTGTACTCATCAGCTGAGAATGAGTGGTTCTTTGCACCATCAGATTCAACCTTGGA CTCCATAGACTGTGCGACATTAGCAGTTTTGTCTGGAAACCCAACTAGAGAGTAACAACGATCCTGTGTGTGTCCATCCC TCTTACAGTAAGAACAATGGAGATTTCCTCTACCTCCTCTTCCACGTCCACCACCTTTACGACCACGACCTCGACCCCCT GACTCAAAAGAATTTGATATGAGAGCAGAGGAATCAGAGGTTGTATGTGATTCAAGTCTAGCTGAAGTGGCAGATGAAGG AACACGAAGTAAACGATTAATAAGCTCCTCCGCTGTAGGAATATTGGGATTAGTAAGGGTCTGGTTTCGAACAGATTCCA GATCCTTATGGAGACCATGCAAAACAAACACCATGAACATATTGTCAAGTTTCTCCAGCACCTTCTTCAAATCGTCATTA ACCAGCATTGACTTCAGCTCCACAATGGTAGATTGTGCCTTATTCAGGTAAGACGGCAAATTAAGATCAGTCATCTGGAG ATTTGCCAAATTACGTACTGAATCATACAACCGCTGAATATCATTAGCATAGATGTCCTGTGCCTTTTTCCACACATCAT AACATGTTTTGTAGGGACGAAAGTGAACAATCAGTCTAGGTTCAATTGCCTGGTATAATAAAGAAACAAGTTGATAATCA GCCTTCTCCCATTCCTTCTTCTCAGAAGCATCAATATCAGCACACTTTTTAGTAAGGTGCTCGGACAAACCTTGACCCAA AAACCAGATCTCAACAGCATTGGACCAATCTAGATAATTTGCCTCATTCAACTTCTCAGAAGTGATAACAGGAGTCCCAG AAAAAGCAAATGAGATGAGACTCTTCTTCTCACCCTTGGGAGACTTATCCTTCAGCAAATCCTCCATGAAGAAAAAGAAC AAACAGAGACAGGGAAAACAACCGCAACCAAACAAATCCAAACACACTTCAAACGAAAGGCTCACTGACTGGAACAGGCC AAAAAACAGAAACAAGAGACCTCAAACACAGAAACGAACCACAGAAGAGGAATCCTGGAATAAAAACAAGCAAACCCAGA AAAATTGTCAGCGGCGACCGGCGGCGACGGCAGCGGCTGGCGGTGGCGGCTGATCACGACACAGTGGTGGCAGCAGCGGA CTATGGTAGCAGCAGCCAACAGCAGTGGTGGCGGCCGGTGGTTGCTTCCGGAATTCTAACTGGTAAAAATAAGGGTTAGC CTACGATGGCTGAAACCCTAAACTAAACTAGTAAACCAGAGGGAGACTTGAATCAGAAAGCTCTGGTACCAACTTGAATG AAATATTCTGATTGATTATTCCATGAAGCTGAGTACATATATATATACAAGAGTTTAGGGATAGCTAAATAAGGAAAAGA TCTATCCTAATAAAAGATAAAATATACTAAATATATTTATTCCCTATTTATTTTATCTACATATCTCAACAGAGACTATT TTGCTAACTCTGCTTTTGGTTACACAGGACTAGGGCTGCTGGTTTTCTTAGAAATTGTCCATTCATATGCAGCTGCAGAT GAGATGGTTGGCTTATCTATGTTTGATGGATCTAATGATTGTTATTTTCATTCCGGTACCTCTTCATTTAGCCACACGTG CAAGTTGTTTATTTTTCCTTTGTCATCCTAATATTAATCAGCCACTCTGATGTGACATTGTTATTAGTCTTGGATGATGT TCTCTATGCTATATTGAACTTAATCCGCCACTCTAAAGTGCTAAATTTAACTTTCCCCTCTGGTTTGATATTATTCTAAT ACCTGACTTCAACTTTACTTGTTGAATAGGTAAACGGGGGCAACACAAGTTCTGGGGAACCAGAATGTTCAAATATGGCG ACCCTGATGTTTTGCATTTCCTTCTCTCAAACTTGAACTGGTATGAGGAATTATAAAGCAAAGACTGTGGTATAGTTGTA GTTATACTTATAGTTGCCTCTTTGTGCCATTGCCTTTCTACATGATTGGTCTATGTTAGAATATATGAAAACATCTTGTA ATATGTATCTCAGAGTAATTCAAAGTAACTTTGTTTATCTCTTATTCTTGGTTTCTAATATACTTCTTTATATATTCTGC TTTGATTCCATTGTTAATCAGGATTAAGAGTTTAGTATTAGTATAAACAAAGATGAGTTGTTTATCTTTTGTTACATATT ATTCATATCACTACCAATATATCTAGATGTTTATTTTCCTTTTTCTATACATGATTGGCACCATCCTCTGTGACCTGTCT TGTCACTATTCTACTCTTGAGTTTCCTAAAATTTGGAATTCTCCAGTAATAATTTCATCATCTTCAAGGTTCTTTTCTTC TTGTTAGTCGTGCACAAATTTTGGCCACCCTCTCTCACAAATTCTCTCTTTACTTTGTGGTTTGTTTTGTTTGCCATTTC CACAACTTGTCTTAAAAGTCTTATATCACTTTGTCCTAGTCCTACTGTCATGTTCTCCTTCTGGTAGCCTCCAGCTATAC CAAATGAAGTTCGACCCCCACTATCTAAAATGTAGTTTAATCTCAGCCATCCCTAATGCAATTTGGCCCCGGTTGTCCAA AATGAGGTCTGGCCTTGACTATCTCAGATGGAGCATGGCCCTAGCTATCCTCGATGAAGTTTATCCTTAGATATTGTCTT AGATGTTGTTCAGCGTCGAGTGTCTTGAATTGGTTTGTCCTTTTATCTATCTTCTAGCCATTTCGAGGCTTCTAATTTCT CGTGGTTTGAAGTTTCCGCATGTTATTCTTGATGAATTTTTAAAGTTTTAGTTTTTGCTTTGTATAATTTTCTTTCCGGG ATATTTCTGTTGAAGATCACTCCAAAAGAAGTCTCTTCTTCTTCCTTGGTCATGCAACACTCCAACAAACAAAGTCCCAT CTTCCGTCCTCTTTACCTACAAGACTAATCAGTAAACACATAACTTCAACCATCTATCAATTAATTTTATTGGACTGAAT TTTGATTCTGTTTTTGTACATGTTTTTAATTGCTTTATCAACCATCATTTGGCACAAAGTGTTTGTATATGCTAAATTGC TCACGAAGTGGTGTCTGAACAGGTGGGTCGTGGAGTATCAAATTGATGGTTTCCAGTTCCATTCAATTTCATCTATGATA TATACTCACAATGGTTTTGCGTCTTTTACGGGTGACTTAGAGGAGTAAGGCCTTCTCTGAATTTTATTGCGTCTTTATAT ATAATTTATTTTATATATTTATGTTTTAGGTTGCTCTTTCTCCTTGTTTAAGCTCTAAGATATTTTACTAAGGCACACAT TATATTTCTGTCCTTTATTGACGTTAAGATTTCTGTTTCATTATTAAATTTTTTACTTGTTTCTCCTTATTATACAACTT GAAATATGCAGAGTTTGAAGTAGCTATAATGCTAAATTGAATTAATTAGATTTTTTTATATTTTAGTTTCAAACATCACA TTGAAAATGTATAGATTACAAATTCTAGTTTCATTCAGGTACTGCAACCAATATGTTGACAAGGATGCGCTATTATATCT TATCTTGGCCAATGACATACTGCATTTTTTTTACCCAAATATTGTCACTATAGCAGAAGATGTAAGTATTATATTCTTTC TATTTATTTAGATACTTTTGCATGCTTATGTATATAGCATTTTTTTGGAAAGTTTACAGAAAAAGCCATTTATTGTGAAT TTGAACTATGGTCATGTTCCTAAACTGTGAGGTGGTTTGTTGCCCATGTAGTCAAATGGTCGATAGTCTGATTAAAAATC GTATGGGAAGATCCAAATAAATTATGGAGTAATAACAATTAAAAAGGCTTGTGTGAAGATCCATTGACGCCATTCGATCT ATATAACCAAACTCACCTAGTTGTGAGAAGGCTTGGCTGTTGTTGTTGTTGTTGGATTAACAAAGGCTCACCAAGTAGTT TAACCCATCAAGTAAAAAATCATTTATCAAGATTCAAGAACCCAATATCACAAATAAAGCAGAAAGCTAATATGCTGTTT TTTTTGGGTGGGGGTGGGGGTTGTATATGCTATCTTGGTTATTTTCTAATCTTATTTGCTTAGTGAACCATCATTGTATT TCTGATATTGGTCTTCTTTTGATTTGGTTCCTTTGTCACTACGTTGTTAAGCAAATAATGTTTGTACCCGTGGCCAAGCA CCCTTAAATTGTAGGCCATGATCAAAATGGAATAACCAATAGTGGACTAAGCCTTATGAGATTTGTTTTTCATCACACAT GATTCAAGGACGGATAAATGTGGTTTCAGGAATATGACTTGTTCCTCTAATTTGAATTTGTTATAATCCAAATTAACTTT TTCTCTCTACTTGTCATGTTTGTCAAGGACCATCTTAAAAGTTTAAGCTATGAGATTAAGACCAAAGATTGGTTTTATCT ATCTAACATGCCTCCTCATGCTAGGAGCTTTTGGCAATAGTAGTTAATATTTTGGTCCACTCTACCTTGAACTGAAATTC AACTTCATTAGAAGAATGAAGGAACATGATTGAACTCTTGACCTCTTGGTTGTGGAGGATTTGAGATAATGACTAGGACC AACTTTCTTAAAAAGCTTAAACTGATAGATGAAGACCAATCTGGTTTTATATATCTAAACAATGTCTTTCCAAGTATAAA GTAGTAATTCAAGGTAAGTCCTGAATGCATATAGTGGCAGATATAGTTCAAGGTTGAGCTGAATGCAGAGTAAGAAAGGT TTGAATTGAACTTAGTTTTAATCTTGATAACTGAGATGATAGTTGAGTTTTCTTGAGACTTTTCAATTATCATAGTAATT ATTTTCTTTCAAGGGAAATTGGTGAGGCACATAATCTTCTTTTTGGACCAGAGTTTTTACCTTATCACCCAAATACATTG TGGGTGGTTGGTTTGTTTTCAAAGTTTGCAGTATCATAAAATTACAATTCCTTGTGGCCTATGTGGTAATCTGAAGCTTG CGTAGGAGTAAGGTCATCTATTTACCAGAAATTCCTAAAGAACTTACATAATGTTATTCGGTTATCATAAGGACAACAAG GTAGTGAACCGTCATTTTTTGTCATTTGTGTTCAACTTGGTTGAATTGAAGAGGCTGCACTAATACAGATTATGAAGGGC TTGGTTCTGTGAAGATTGAAGAAGCCCTGAAATTACTAATACATTATAGAGATGCAACAAATTCACGACTTTCATCAAAA CGCAAGAGCACTCAGCTTCCTATAATATTATTAAAATTTTCTTCCTAAACTTTTATAATACAGATATTTCCTTTTGATCG TTTGTATCTCCACTTTTTGTTCATTTATTTTTATATCGCCCCGTCTGATACTTTTGAAAGCTAAACAGTCCTTATCCTAA GATCTTCCCCTTGCTTTATGTGTCTAATATTTTTTTCCATTATTGTTCAGGCATCATATTATCCTGGATTATGTGAGCCA ACTTTTCAAGGTGGATTGGGATTTGATTACTACGTCAACCTTTCTGTGTCAGAGATGTGGTCAACTTTTCTTGAGAGTGT TCCTGACCATGAATGGAGCATGACTAAGGTGTTACTTGAGTATAATTGATCATTCCGTTTGTAAATTAGGTGTTTTGGTT GCTCTGTTAGTCTTTCATCAGTTTTCTTATGAAATTTGTAATTTCATTGCTGTCATCTTGTGCTGCAGATTGTTAACACA TTAATTTCCAATAAGGATTATGCTGATAAAATGCTTATGTATGCTGAAAACCACAACCAGGTAACCTATCCTTTTCAATA TATTCGAAGAACTTTATTTATTAGATGTCGTTTGAGATCTAACTTCTTTCTTGCTGCCAGTCCATATCTGGAAGGCGGTC ATTTGCAGAAATATTGTTTGGTGAAATAGATGAGCATTCGGATCACTATAAGGAATCTTTATTGAGGGGATCTTCATTAC ACAAAGTATGCTGTTCACTAGTTTGAGTAATTTCCATAATGTGCTATTTTGAAGTGAAAAAAAAGAATGTAGAAAATTGA AATCAAATTTTGGTTTACCCTTTTCTCACTCTCTTTGTGCTATTATATTGCTCTTATATAATATGCCCAATTAACCTGCA GATTTAGCAAATATTCAGACGGCTTTGCTTCTAAATTTTTTGCCCGATATTTCTTCTTACTTTCTATGTCACATTACTCA CATATCCTTGCCCTGTATATACTTCAAATGAACTTTAAAAATCCACAAAAATAGATAACCTCCTTCTGGTAGAAGATGTA AAATGACTTCCTATATTTTTCGTGTAATTTTTTTTATTAACTCTCTTGGATTGTGGGCTAGATGATCAGATTGATCACAT TAGCAATTGGTGGCCGTGCCTATCTGAACTTCATGGGCAATGAATTTGGGCATCCAAAGGTGAGGGTTGCTCCTATTAAA TATGTGCTGATGCTTCATTCTTCGTGACTGACAATATATTGATGTTTTATCTGTGCTAGAGAGTTGAGTTTCCAACATCA AGCAACGATAACTCATTTTTGCTTGCGAATCGACAGTGGGATCTTTTGGCAAAAGATGGAGTATACCGTGATTTATTTAC TTTTGATAAGGTGATAATTTACTCTCTTGGTATAATAGTTGTGCTCTTGCTTTGTAGCCATTACTCATGTCTTGGTGGAA AGTAATTGTGATATTGAAGTCCCTCTCTGCATTGGGTTTGCTAATAATTATGGTATTCACAAATCAGTATGGGTTGCTAG CAGGTTGGAATTCAGTTTTTAACTATTGATTTATCATATTTCACTTGAAGCTGCCTATCACATTCAGACTTTTGCAACAG GCCTGTAAGCAAAAAGAGATGATTAATATGCTAGGCAATGAGATCACTTTTCCTCTTCTTTTCAGGACATGATGAAGCTG GATGAAAATGCGAGAGTGCTCTCACGAGGTTTTCCAAACATACACCATGTGAATGACAATTCAATGGTACATTTATTTTT TTGTTTTTTATTCCTTTCTCTCCTTTTAGATAATTGGTGGCTAATTTTCCTCTTCATTAGCTTCTGGAATCCATTGGTAT ATTGAATGTCCTTTTCTTCCTTTGTCTAATGATCACCATGCATTGCTTTTTCCTATTTATATATATCCAAACCTCTGGCA TATTTGATTATATGTTCTAAATAGTGTTTGATTTACCATACCAACTGTTGTCAATAATGTCTATGGTAAACCTAGATACT TCCATCATTTGCAGGTCATATCTTACATCAGAGGCCCCCTTCTCTTTATTTTCAACTTTCATCCGACGAATTCTTATGAT AGTTACAGTGTAGGTGTGGATGAAGCTGGGGAGTATCAAGTAAGTATCAGTTCATCATGAAATTCACAACTTTTCATGTC ATTTTGTTTTTTCTCCCATGAGCTGTTCATATGTCTAAAGGTAAAGCTGTTTAAGCATTTGGTTTTAGGCCCTATGAAGG AATAACTGACTTTTGTTGGCACATTTTGATGGCACAGATTATTCTGAACACAGATGATATAAAGTATGCAGGTCAGGGCA GCCTTAAAGAAGACCAGTATTATAAAAAAACTATCAGCAGAAGGTAGTCATGCCTCATGAATCTCTTCCCTTTCACTCTC TTATTTTATTGTATCCTTTGTGGTTTGTGCCTTCTGTTTTAGTTATTTGTTTTCTGTTTCTTGATGTTGACACAAACATG TATTGACAGAGTCGATGGCCTTCGAAACTGCTTAGTGGTGTCACTCCCTAGCAGAACTGCTCAGGTTGATAATTTTATTG CTGCTGTTACATTTTAGTTTATTTCCCTAGGACCATAGATCTACAGTTTCGGAAAAGGATAGAACCATTGATCTTCGTAG TTCATGTATTTCTCAATGTTATCAAATATCCACCATGGTGGAATCTCATGGCGGGTTTTTCGCTTCGGCGATATCCCGCA ATAATCCACCATCCGCCATAATTACTTGTCAACTATGCCGGGTTTTGGCTCTCTGTCATTGGTCCATCATCCACCATTAA CAACACTGGTATTTCTTCTTTTCAGGTTTACAAGCTAAAGCGGATTTTAAGAATATAAACCCAGGATTATGATCCATATA CCACAAATGTGAAGGTTGTGTAAAGAGTTACTTAAAATTGAGGCTAATGAGGTAGGTTTAGGAGGAGGAACTTATGGCAT AGATTTAGTTATTTATCTGAAATTTATTTTCATTAAGAGTAGTTGTAGACTGCTGTAATTAAAATCAGAAGTTGCACTGG TACTGAATTGAACAATTTTTTTATTTCTTGAACCATACATTAGTTATACCTGAATTGTTTTTATATTTCAGTCCAGTTAA GGGCCACCGCTATTTGCATCACAGTTTTTTCTCCCTGCAGCAGCCAGCAGCCCACTTCCGCGGTCACGCAGAAGCATTGT GGGCTGGTGTGAGTAGAAAAAATTGTGGTGCAGATAGTTTTTCCCCCAATTAAGTGATAGGAAATTCTTGATAATACATC AAATATGGAGGGTTTCTCAGAGCATCAGCAACCGTGAAATTTGGTGAGTTTGTATCTGACAAGCAACTATCCTAGCAACT CACAGCCTTGCAGAGCAGTTTTCAATTGCCAAGACATACCACCAGCAACTAGTTTGATTGTTGCTATTGTGGGACCCAGT TTTATTTTATGTGATAAATATAATAATTAAATAGAGATAAATAATAAAATATAAGGTGAGGTAGATTGTGTGATCTATTC GAGAAATGTTTTAGAGTGGTTGGATTGGAGTGAAAAATAAGTAGAATTATTTAAAGTGATGCAGATGTTTCCTTTTTCTT TTTTTGTAAAAATTTAAACGATGCAAGCTCAGGTGCATTATCTGAATGTACTTCCTTGATTGTTTTGCCAAATTGAGCTT GCACAAGAGTA
CDS sequence (LotjaGi6g1v0156000.3) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGACAACCCTGTCAATCCCAGTCAAAATCTGCTTCCATCCAAACACAACTTCATCTTTTCTTCAACCTCAAACCACCCC TCACACCGTTACCTTTTCCCGCAGAAAAACGAGCATAGCCACCGCTTGTTCCGCCTCTGAAAACCCCCAACAGCGCCAAA ACCAGCAGCAGCAGAAGCAGAAGCGCACTGAGACCAGCACCGACGACACCGAGTTCGATGACTACAAGGGCTTCGACCCT GCTGGCTTTCTCGCCAAACGCGGCATTTCCCATAAAGCTTTTGCCCAGTTCCTCCGTGAAAGGTATAAAGCGTTGAAGGA CCTGCAAGAGGAAATTTTGAAACGGCACATGAACCTCAAGGAGATGGCTTCTGGGTTTGAGCTATTGGGTATGCATCGCC ATCCAGAACATCGGGTGGATTATATGGAATGGGCTCCAGGGGCTCGCTACTGTGCAATTATAGGTGATATCAATGGGTGG TCACCTACAGAAAATTGTGCAAGAGAACATTACTTTGGTCATGATGATTTTGGATACTGGTTTATCATTCTTCAAGATAA GCTGAGAGAGGGAGAAAAGCCAGATAAACTCTATTTTCAGCAGTATAACTATGTAGATGATTATGATAAAGGGGATAGTG GTGTCACCATTGAAGAGATCTTCAAGAAAATGAATGATAAGTACTGGCAACCAGGAGAAGATCGTTACCTAAAAAACCGT TTTGAAGGGCCAGTAAAGTTATATGAGGAGATATTTGGTCCTAATGGACCTCAAACTTTAGAGGAGTTGGGGGATATACC AGATGCAGAAACAAGATATAAGGAATGGGCGGCAAAGCATGGACCTTCCCGTTATGCTGTGATTGATAGTGGCAAGGAAT ATGATGTATTTAATGTGAGGGTTGACCCAGGGTGGCATGAGAGAGTACGTGCGCTGGAACCTCCTATAGCATACTGGCTA GAGACACGTAAAGGTAGGAAGGCATGGTTGAAAAAATATATTCCTGGCATTCCTCATGGCAGCAAGTACAGGGTCTACTT TAACACTCCAAATGGACCATTGGAGCGGGTACCTGCTTGGGCTACATATGTTCAGCCAGATGTAGATGGAAGGCAAGCTT ATGCGATCCACTGGGAACCACCACCTGAACAAGCATACAAGTGGAAATATACTAGCCCAAAAGCACCAAAATCTTTGCGG ATATATGAAGCTCATGTTGGAATTAGTGGATCGGAGCCAAAAATATCCTCCTTCAGTGATTTCACAGACAAGGTTCTTCC TCACATAAAGGAAGCTGGATACAATGCAATCCAATTGATTGGAGTTGTCGAACACAAGGACTATTTTACTGTTGGTTACA GAGTTACCAATTTTTTTGCCGTTAGTAGTCGATATGGCACTCCTGATGACTTCAAGCGACTAGTTGATGAGGCCCATGGA CTAGGGCTGCTGGTTTTCTTAGAAATTGTCCATTCATATGCAGCTGCAGATGAGATGGTTGGCTTATCTATGTTTGATGG ATCTAATGATTGTTATTTTCATTCCGGTAAACGGGGGCAACACAAGTTCTGGGGAACCAGAATGTTCAAATATGGCGACC CTGATGTTTTGCATTTCCTTCTCTCAAACTTGAACTGGTGGGTCGTGGAGTATCAAATTGATGGTTTCCAGTTCCATTCA ATTTCATCTATGATATATACTCACAATGGTTTTGCGTCTTTTACGGGTGACTTAGAGGAGTACTGCAACCAATATGTTGA CAAGGATGCGCTATTATATCTTATCTTGGCCAATGACATACTGCATTTTTTTTACCCAAATATTGTCACTATAGCAGAAG ATGCATCATATTATCCTGGATTATGTGAGCCAACTTTTCAAGGTGGATTGGGATTTGATTACTACGTCAACCTTTCTGTG TCAGAGATGTGGTCAACTTTTCTTGAGAGTGTTCCTGACCATGAATGGAGCATGACTAAGATTGTTAACACATTAATTTC CAATAAGGATTATGCTGATAAAATGCTTATGTATGCTGAAAACCACAACCAGTCCATATCTGGAAGGCGGTCATTTGCAG AAATATTGTTTGGTGAAATAGATGAGCATTCGGATCACTATAAGGAATCTTTATTGAGGGGATCTTCATTACACAAAATG ATCAGATTGATCACATTAGCAATTGGTGGCCGTGCCTATCTGAACTTCATGGGCAATGAATTTGGGCATCCAAAGAGAGT TGAGTTTCCAACATCAAGCAACGATAACTCATTTTTGCTTGCGAATCGACAGTGGGATCTTTTGGCAAAAGATGGAGTAT ACCGTGATTTATTTACTTTTGATAAGGACATGATGAAGCTGGATGAAAATGCGAGAGTGCTCTCACGAGGTTTTCCAAAC ATACACCATGTGAATGACAATTCAATGGTCATATCTTACATCAGAGGCCCCCTTCTCTTTATTTTCAACTTTCATCCGAC GAATTCTTATGATAGTTACAGTGTAGGTGTGGATGAAGCTGGGGAGTATCAAATTATTCTGAACACAGATGATATAAAGT ATGCAGGTCAGGGCAGCCTTAAAGAAGACCAGTATTATAAAAAAACTATCAGCAGAAGAGTCGATGGCCTTCGAAACTGC TTAGTGGTGTCACTCCCTAGCAGAACTGCTCAGGTTTACAAGCTAAAGCGGATTTTAAGAATATAA
Protein sequence (LotjaGi6g1v0156000.3) extracted from Lotus japonicus Gifu v1.2 Proteins.
MTTLSIPVKICFHPNTTSSFLQPQTTPHTVTFSRRKTSIATACSASENPQQRQNQQQQKQKRTETSTDDTEFDDYKGFDP AGFLAKRGISHKAFAQFLRERYKALKDLQEEILKRHMNLKEMASGFELLGMHRHPEHRVDYMEWAPGARYCAIIGDINGW SPTENCAREHYFGHDDFGYWFIILQDKLREGEKPDKLYFQQYNYVDDYDKGDSGVTIEEIFKKMNDKYWQPGEDRYLKNR FEGPVKLYEEIFGPNGPQTLEELGDIPDAETRYKEWAAKHGPSRYAVIDSGKEYDVFNVRVDPGWHERVRALEPPIAYWL ETRKGRKAWLKKYIPGIPHGSKYRVYFNTPNGPLERVPAWATYVQPDVDGRQAYAIHWEPPPEQAYKWKYTSPKAPKSLR IYEAHVGISGSEPKISSFSDFTDKVLPHIKEAGYNAIQLIGVVEHKDYFTVGYRVTNFFAVSSRYGTPDDFKRLVDEAHG LGLLVFLEIVHSYAAADEMVGLSMFDGSNDCYFHSGKRGQHKFWGTRMFKYGDPDVLHFLLSNLNWWVVEYQIDGFQFHS ISSMIYTHNGFASFTGDLEEYCNQYVDKDALLYLILANDILHFFYPNIVTIAEDASYYPGLCEPTFQGGLGFDYYVNLSV SEMWSTFLESVPDHEWSMTKIVNTLISNKDYADKMLMYAENHNQSISGRRSFAEILFGEIDEHSDHYKESLLRGSSLHKM IRLITLAIGGRAYLNFMGNEFGHPKRVEFPTSSNDNSFLLANRQWDLLAKDGVYRDLFTFDKDMMKLDENARVLSRGFPN IHHVNDNSMVISYIRGPLLFIFNFHPTNSYDSYSVGVDEAGEYQIILNTDDIKYAGQGSLKEDQYYKKTISRRVDGLRNC LVVSLPSRTAQVYKLKRILRI
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 | 900 | 898 | 0.0 | – | |
| PANTHER | 3 | 900 | 898 | 0.0 | ||
| PIRSF | 13 | 901 | 889 | 7.6E-224 | ||
| MobiDBLite | 42 | 61 | 20 | - | – | |
| MobiDBLite | 42 | 72 | 31 | - | – | |
| Coils | 95 | 115 | 21 | - | – | |
| SUPERFAMILY | 122 | 204 | 83 | 1.12E-7 | ||
| Gene3D | 124 | 232 | 109 | 1.8E-14 | ||
| Pfam | 129 | 191 | 63 | 4.1E-5 | ||
| Gene3D | 334 | 385 | 52 | 2.8E-166 | ||
| SUPERFAMILY | 342 | 797 | 456 | 2.83E-72 | ||
| Gene3D | 386 | 789 | 404 | 2.8E-166 | – | |
| SMART | 421 | 769 | 349 | 9.9E-4 | ||
| Pfam | 426 | 499 | 74 | 4.6E-9 | ||
| SUPERFAMILY | 796 | 896 | 101 | 2.01E-21 | – | |
| Gene3D | 799 | 898 | 100 | 9.0E-29 | ||
| Pfam | 803 | 895 | 93 | 5.5E-20 |
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 | 1,4-alpha-glucan branching enzyme activity | Catalysis of the transfer of a segment of a (1->4)-alpha-D-glucan chain to a primary hydroxyl group in a similar glucan chain. | ||
| Molecular function | Hydrolase activity, hydrolyzing O-glycosyl compounds | Catalysis of the hydrolysis of any O-glycosyl bond. | ||
| 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 | Glycogen biosynthetic process | The chemical reactions and pathways resulting in the formation of glycogen, a polydisperse, highly branched glucan composed of chains of D-glucose residues. | ||
| Molecular function | Cation binding | Interacting selectively and non-covalently with cations, charged atoms or groups of atoms with a net positive charge. |
Expression pattern of LotjaGi6g1v0156000.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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