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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0061600 |
| Transcript ID | LotjaGi2g1v0061600.3 |
| Related isoforms 5 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Nicotinate-nucleotide pyrophosphorylase [carboxylating]; TAIR: AT2G01350.1 quinolinate phoshoribosyltransferase; Swiss-Prot: sp|Q9ZU32|NADC_ARATH Nicotinate-nucleotide pyrophosphorylase [carboxylating], chloroplastic; TrEMBL-Plants: tr|A0A0B2S2R6|A0A0B2S2R6_GLYSO Putative nicotinate-nucleotide pyrophosphorylase [carboxylating]; Found in the gene: LotjaGi2g1v0061600 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:13469539..13489957) extracted from Lotus japonicus Gifu genome v1.2.
CAATCTGAATTATGTAATAAGTCATATGATTATGTGTAATTGGTTAAATGGATAGAAGCTCACGAAACAGTCTAATTATT TCCATTTATTTTCTGATTAACTTGTTCTAAATTATGTTCAACTGTAGGAGGGTTGTTAAAATGTCTGCAGCTGAACTCAC TAACTCTAGGATCTCATATGAGTCCTTTGCAATAAAGCCTCCCGTACACCCTACTTACGATTTAAAAGGCATTATCAAGT TAGCCCTTGCAGAAGATGCCGGTGATCGAGGTTTTTGCCTTAACTTTCTTCTGGTTTCATGCACTAGCTGTCTTGTTTCT TCCTAATTTTGAATTTTATGAATTCTATAAGCACTCTTGAGTTGCTGTCTTCTTTCTTTATTTAAAAACGAAGATGTATC TTTTTCTTTGCCATTGAGCTTCTTCTGCAAAATAAAATAAGAATTACAAAAATTACGGATGCCTACTATGTTATTTGGTA CTTATACTGTACTGTATACATGGCATTGAGATTTGAGTACAATTTTTTTTTTCAATTGTAGGTGATGTAACATGCATGGC TACCATTCCATTTGACATGGAAGTTGAAGCTTATTTCTTGGCGAAGGAGGATGGCATCATTGCTGGAATTGCACTTGCTG ATATGATATTTCATGAGGTTGATACTTCTTTGAAGGTATGAAAGCACTGAGAAGATGTCCTACCACTATATGTGCATTTA GTACTTGGCTGAATCATTGCTGTATTGCTCTCAAATATCAGGTGGAGTGGTCTAAAAATGATGGAGATTTTATCCACAAG GGGCTACAATTTGGAAAAGTTCGAGGTAAGACATTATTTGGAAAACATAATTACAAAAGCCAATGAAATAAAGTACATTA TTAGTTTGTAGTTGGTTTCATTAAATGCTTCTATGAATCGTCAGCAATTCATGTGTAGGGCGGGCACACAACATTATCGT AGCTGAAAGGGTAGTGCTAAACTTTATGCAGAGGATGAGTGGGATTGCAACTTTAACTAAGGTATTTTTGTTTTAAATAA TTTTTTTTTAGATTCTCTTGTATGCTTAAATCTACATTATAATATTATATGCTGATTGCCATGAAATCTTATTGAACTTA GGTAGCTAACATTACATGCTATTTTTGAAGTTCCCTGTAAGGTGTTGATGACATTAGATGTTAATAAATGGCAATATGAG GACTAGTGCATCAAAATTACGAAATGGCTGAATTTTTTAGAAAGAGGGAGAAATTCCCGCTTTAGCATTCATGGTTACTG GTTGAGTATCTTTTTGATACAAATTTTTTATCATTTCATCCTCTTTCTGGTCGAATTTTGTCACATACAACTTCGCAAAA TTATATGAGGGATTATGCAAATGGCAACAATTAACAACAACGATCTTCTGATATCCTACCTTGTGGGATTGGCTACATGC ATTGATTAATGCTATTGAGCTATATCAAAAACTAGATTTACAACAAAACCGTTTAGATTGAGTTCTTTTTAAGTGCTTTT CATATTGTTTCTCTTCTCACATTACTGGATCATGTTGGGCACATCCCAATACGTGCCACTCCAACACTCCCTTGTATATA TGATAGGATCAGAGGTAGGCCTGTGGTTAATGTGTATGTTAGGAGGCCAACTAAGGATAAGTAATTGAGTCAGTTAGGGG CTTTTGTGTAATAAGGGGTTTGTTAAGGGACTTAAAGTCCAATTAGTAGAATAAGTGTATGATGGCTATAAATAGCTGAT AGCCAGTTGGTTATTCAGTTTTTGGTTAGTTGGGATTGGCATAACTGAATTGTGGAATTCAGTTGGGTTTTCTCTTCCTC TGTAACCGTTTTCTGTTCTGTTCAATAAGATTCTTCTCCATTTCTGGAGAATTCTCATCTTGTTCCCAATTTCTCAAGGA TCTTGATTACCAGTTCTAACACTGGTATCAGAGCACCGATCTTGGTGCCCTGATTTGCTTCCGCTGAAGAGTTCGTGAAT GCCAGAAGAATTTTGGAGATGGTGACCACTCGCGCGGTATCACAGGTTGGAGATGAAGCTTCGACAGAGAAAGAGGAGCT TCGAGCTCGCATGGAGCTTAACGAAGCCAAAACCAAGCGCATGGAAGATGCGATTCAGGAAAACGAGGCCAGAGCAAAGA GAATCGAAGATTCGCTCTTCGCGGTTCTCACAAAATTGGGGATTTCCACTGTTGATGAAACCCTAGCTCGTGAAGTGCAA GCTGAGGAAGGAATCGACCCCAATCCCGATCGCGATAAAGGTAGCAGTAGCAGTAGATGGAGAAAATTGGAGATTCCAAT TTTTGGAGGTGATGATGCTTACGGTTGGACTCACAAATTGGAGCGCTATTTTGCTTTGAGAGGTGTTGAGGAAGATGATC GCATGCAAGCAACACTCTTGGCTTTGGAAGGGAAGGCTCTAAGCTGGTTTCAATGGTGGGAGAGGTGTAATCCAGCACCT ACATGGGAGGGTTTCAAACTCGCAGTAATCAGAAGGTTTCAACCAGCAATGGTGCAGAATCCTTTTGAATTGTTGTTATC CTTGAAGCAAACCAGTACTGTAGAAAGCTATGTTGAAGAATTTGAGAAATATGTGGGAGCACTGAAAGAAATTGATCAAG ATTTTGCTAAAGGAATCTTCCTGAATGGCTTGAAGGAGGAGGTTAGAGTAGAGGTAAAACTGTATGAACTTTCCTCTTTG ACTGCTGTTATTCAGAAATCTCTAATGATAGAACAGAAAAATTCAGTTTTGAATAAGCCTAGTTCCAGCAATTATTCTAA GCCTAATAGCTATAATAGAAGTAACACATTCAATAGAGTGGTAACTGTGGATGCTAAGGGTCTTGGAGATAAGAAAACTG AGGCAGTAGCTGGAAATTCTAGTACTAGTAGTGTTGGAACAACTACTACAATCAGAAGTGGAGATTATAGGCATCTCACT AGTGCTGAAATGAGAGACAAGAGGGAAAAGAAGCTCTGTTTTAGATGTGATGAGCCTTACAGCAGGGAACACAGGTGCAA GAATAAGCAATTGAGAATGATTATTATGGAGGAGGAGGAGGGCAGTGAAGGAGAGGAAGGAGACATGGATGTGGAGCAGT TCAAGTCTATTCAGTTGTCAATTTACTCCATGGCTGGTCTGACAACTGCTAAATCTTGGAAGATTGCAGGAACCTTAAGA GGGCAATCAGTGGTGGTGCTCATTGATTGTGGAGCTTCCCACAATTTCATTGCAGAAGAGACTGCATTCCAGCTTCAAAT TCCAGTATTGGCTACTCCAAAGTATGTTGTGGAGGTGGGGGATGGACACAAGGTCAAATGTCAAGGGAAATGCCAGCAAT TATTATTGAATGTGCAAGGGGTGGACATCTTACAAGACTTTTACCTGTTTGGGTTGCAGGGGGTTGACCTGGTTTTGGGT CTTGACTGGTTAGCAAGCCTAGGAAAGGTGAAGGCAGACTTTGGAAAATTAGAGCTGTCTCTCAAGTAGGGAAACAAATG GATGAAGATTTCTTGTGATCCAGCATTGGCCAAAACTCAGCTATCTTTGGGCTCTCTTATGCAAGTACTCAAAACTGAGG AGGAGGGATTATTACTCCATTGTACAGAGGAAATTCCAGAGAATAGGAAGGAGTTGCCAGTACCATTGGCACTTTCAGAA GTGTTGCAACAATTTGATTCTGTCTTCCAAGATCTTGAAGGGTTACCACCTTCAAGGGTGCAAGACCATGCCATACATCT TAAGGAGGTGGCTGAAATTCCAAATTTAAGACCATACAAATGTCCTCATTTTCAGAAGTCAGAGGTAGGAAAGCTGGTTG GGGAAATGCTACAAGCTGAGATAATAAGGCCTAGTATAAGCCCTTACTCTAGTCCTATTATTTTGGTGAAAAAGAAGGAT GGAGGGTGGAGGTTTTGTGTTGATTATAGGGCTTTGAATAAGATTACAGTTCCAAACAAGTTTCCTATCCCCATTATTGA GGAATTGCTGGATGAGATTGGGGGAGCCCAAGTCTTCTCTAAGCTTGACCTCAAATCTGGTTATCACCAAATTAGAATGA GGGCTGAGGATATAGAAAAGACTGCATTTAGAACTCATGAAGGTCACTATGAGTTTCTTGTTATGCCTTTTGGCCTTACA AATGCTCCCTCCACATTCCAAGCATTAATGAACAAAGTCTTGAAACCATTTCTGAGGAGGTTTGCCTTGGTCTTCTTTGA TGATATCTTGGTGTATAGCAAGAGTATTTCTGATCATGTCTCTCATTTAGGCCAAGTGTTGGAGGTCTTAGACAGCAATT TCTTGAAGGCCAATAGGAAGAAGTGTAGCTTTGGTCAAGACAGCTTAGAATACTTGGGACACATCATTTCTGGGCAAGGA GTTGCTGCAGATTTGAAGAAGGTAGAAGCTATGCAGCAGTGGCCTATACCAAAGGATATCAAGGGATTGAGAGGGTTCCT TGGCTTGACTGGATATTACAGGAAATTTGTGAAGGACTATGGTAAGTTAGCCAAACCTTTGACTGACTTGACTAAGAAAG ATGGGTTCAAATGGAGTGAAGAGGCTACTCATGCCTTTAATACTTTGAAATCTGCCATGGTGGAACTACCATTGCTTGCT GTTCCAGATTTATCAAAACAGTTTGTAATTGAAACTGATGCTTCCAGCAGAGGCCTAGGGGCAGTTCTAATGCAGGAAGG TCGACCTCTGGCTTTTTGGAGTAAGGGCCATTCAAAGAGGACACAACAGAGGTAAGTTTATGAAAGAGAACTTATGGCAC TAGTACATGCAGTTCAGAGGTGGAAACACTACTTAATAGGAAGGCATTTTGTGATAAAAACTGATCAACGGAGTTTAAGG TTTTTGACTGATCAGAGATTGTTCACTGATGATCAATTTAAATGGGCTGTGAAGCTCATTGGCATGGACTTTGAAATTCA GTACAAACCAGGGGTGGAAAACAAGGTTGCTGATGCCTTGTCTAGGAGGGATATGTACTGTGCTTTATCTGTAATCAACA GTGATGACACAGCAGCATGGATTCAGGAGGTCGATCAGGATGAGGAGTTACAACAAATCAAGCAGGCCCTGGTGGTTTCA CCTACTTCTCATTCAGGTTATACTCTCAAACAGGGACTGCTGCACTACCAAGGCAAATTAGTTCTTTCCAGCTCTTCTAA TCGAATTCCCCTACTCATTTCAGAGTGTCATGCCACACCTACTGGTGGCCATTCTGGATTATGAAGAACTTACAAGAGAA TTTCCAGTTTTCTCTATTGGAAGGGGATGAAAAAGGATATTCAGCAATTTATAGCTGAATGTGATGTGTGTCAGAAAAAT AAGTATGCCACATTAGCTCCAGCTGGTTTATTACAGCCATTACCCATTCCATCTCAGGTATGGCAGGACATCTCTATGGA TTTTGTCACTGGATTGCCAAGGGTGAGAGCTAAAGACACTATATTGGTAGTGGTTGATAGGTTAACAAAGTATGCTCACT TCCTAGCTTTGGGACATCCCTTTACAGCCAAGGATGTGGCCCTGCTTTTTACTTCTGAAGTGGTCAAATTGCATGGTTTT CCCTCTACCATCATCACTGATAGGGATTCCATTTTTCTGAGTTATTTTTGGAAAGAACTTTTCAAACTATCAGGCACTTT GCTGAAATACAGCACATCCTACCATCCACAAACTGATGGTCAAACTGAAGTTAATCGATGCTTGGAAACCTATCTCAGGT GTTATGTGGGGCCCAATCCCAAGAGGTGGTTGGAGGGGTTGATGTGGGCAGAGTATTGGTATAATACTACCCACCATATC TCAGCTGGTATGACTCCATTTAAGGCCCTCTATGGCAGGGAACCCCCAGTGCTGGTTAGGAGCTGTACAATTCCTTCTAA AATTGAAGATGTGAACTAGTTGGTACAGCATAGAGATGAGTTGTTAGGTCTCTTACAATCAGTGTTATAAAACTCGGCTC GGACCGGCCGGTTCGACCGGTCCGACCGGGAATCGGACACCTGACCGGTTCGAGTTACACATCGGATCGGCCATGCAATT GACCCAGTGGGAACCGGAACAACTCGGCCGGTTCAGACAAAAAATCGATGACTCGGGTTTGAAAGGTTGGACCGGCAAGT CACATTTTGAACCAAGAAAAAAATCTTCTCCCCGTTTTTTTGGTGCCACCCAACCCAATTACATCATCAGATCAATGAAC AAAAGAAGTTACAGGGAAGAATCCCAGAAATAAGAAAAAGGAAGAAACAAGAACAACCCAGTAGCAAACATAGGACGCAA AACAGAGTAGATCCTTCGTTCAATGCTCTTGCCAAGATCGTTAGAATGCCTCAATAACAAAGCCATCTTCATATCTGTGT AAAACCAAAAATGAAAAACCAGATCTAAATGAAAGGCTGCGCACAAAGTTTCTTTTATAGTTAGGGTTTCACACTTTCAC CTTATTAGTTACTAGAATCAGGGAAATGGGCCGTATGTTTTTTTTTTATTATACACACTAAGTGGTTTTTGCTATTTGCT TCTATTATCTAAGTATTTGGGTCACCGTTTTATTCTTTTATTCTTTTCAACTGAATATGTAGATCTTTGACCAAAAAATA AACTGAATATGTAGACATTAGAGCAAATCAAAAGAGTTAATTTCTTAAATACATGTTTCAGATCTAATTCGTTGGTGTTG GTTTTTAATAAATCATATAATAAGTTAAGTTTAAAGATTATATGCCATATACAATTTTTTTTCTCACTTGTTAAATATTG TTTGGTTATATTATGAAATTAATTTTTTTAGTAGACACCGAGTCAAGCGGTTCAACCATCGACTCACTGGTTGAACCAGT GACCCATTGACCCAGTCCCCTCACCGAGTCGATCACCGGTCCGAGTTTAATAACACTGCTTACAACAACATCTGCTGAAG GCCCAAGATTTAATGAAGGCTCAAGCAGATAAGCATAGGAGGGATATTACTTTTGCTGTAGAGGATTGGGTTTACTTGAA ATTGCAACCTTATAAGTTGAAATCCCTGGCTCATAGACCCTATGCTAAACTGGCTGCTCGGTATTATGGACCTTACCAGG TTGTAGAAAGGGTAGGAGAAGTGGCTTACAAGTTGGCATTACCTGCTCATGCCAAGATACATCCTGTCTTCCATGTTTCA CAGTTGAAGGCAGCTCTCAAACCTCAACAACAACCTCAGCCGCTTCCTCCTATGCTCAATGAGGAGTATGAATTAGCAGT CGAACCTGCAGATTTACTAGAATGGAGGACAACTGCTCAGGGACATCTGGAAGTTCTCATCTCGTGGCAGGGCCTTCCAC CATGTGAGAATTCTTGGGAATTGGCTGCTGATATACTGGCTACTTTTCCTCAATTTCCCCTTGAGGACAAGGTGGTTCTT TTAGGGGGGAGTATTGATAGGATCAGAGGTAGGCCTGTGGTTAATGTGTATGTTAGGAGGCCAACTAAGGATAAGTAATT GAGTCAGTTAGGGGCTTTTGTGTAATAAGGGGTTTGTTAAGGGACTTAAAGTCCAATTAGTAGAATAAGTGTATGATGGC TATAAATAGCTGATAGCCAGTTGGTTATTCAGTTTTTGGTTAGTTGGGATTGGCATAACTGAATTGTGGAATTCAGTTGG GTTTTCTCTTCCTCTGTAACCGTTTTCTGTTCTGTTCAATAAGATTCTTCTCCATTTCTGGAGAATTCTCATCTTGTTCC CAATTTCTCAAGGATCTTGATTACCAGTTCTAACAATATATTCTTTCCATGTCCCCTCATCTATACTATACTTGGTTTGT CGTTGGTTCCATTACCCGATATTCACTACCACCATATAGCATTTCTGATCTTACGGTCATCCGGCAGATTTTTCTTTTGA ACTTGGTAGCTAGTTTGCAATCATAGCTTATACTTAAAACAAATCCCTGTTACTTTCTGATAGGAGCTGATTTTACAACT AACAAAAGGCGGAGTCCGTAAGGGAATTCGAGATTTCTTGGAATTCAAACAGACCAGAAAAAAAAAGTATACAGGACACG GAAACTCTAAGAGAGAGATTCCTAACTTTAGGAATGGTCAATGGTCAATCCCAGCCAAATTTCCCTACCCACTCTCCACT GCCTTTCCTTTTTATCCTTTCATTTCTTCTCATACTCCTTGCCATGTTTCCAAGTTTGTTATAACCTTGCATCACAAATT CCTCATCTCCCCCTTACTCATATTGTTCGCAAGATTGTTGTCATATGTAACCTAAGAGCTTTTCAAATTGTTGATGTTAG TATGTCTTAACTGTTGCACATATTTTATACAAATGTAATGAGCAAATTATAGTCACAAATGTGAAAAGCGAGTTGATTTG TACTACAAATTCAGATTGGATTAAAAAGATGGTGTTAGGATCAAGGGTAGACCTATTGTCTCGCAAGTCTATGTTAGGAG ACAAAATAAGGATTAGTTAGTCCATGTTTAGGACTGACTTAGAATAAATACTTTCTTAAAGGACTAGTTTGTAATATAGC AAACTAGGATATAAATAGCTTTACTGTTAGTGAGAAGTGAGTTTTTGGAAACAGTTGAGTCTTGAACTGAATTGAGGAAT TCAGTTAGCTAGAGAGAGAAAGTGGTTTCTCTTCCAAACTGTATCCAAGCTTGTTCTTCAAGAAATCCAAATCTTCTCTA ATCTCAATTGCATTTTCCTTCTCTGTTCTTGATTTTTTCCCCAATTACTGTTAACCTAGATCTACCAGTTCTAACACTGG TATCAGAGCACCGATTCTGGTGCCCTGATTTCGTTTCCGCTGAAGTAATTCTACTGTGAAATCGCGTTCTGTGGAGGAAT CGACTATGGTGATGACTCGCGCTTCTGCTATGGGTGATGGCGAAGGCAACTCAGAGAGTGAGGAGCTTCGGGTTCGCGTG GAGGTGAACGAAGCTAGGACCAAGCAGGTTGAAGACGCAATTGCAGAGACTGCAGTTCGAGCTAGGAGGATTGAGGATAC ACTTCACGCAGTGCTCACTAGGTTGGGAATCGCAACCCTAGATGAGGTAGGGACGTGTGATGTGCGATCTGAAACTGTCT TGGAGTCCAATTTGGATCGTGACAGAACAGGGAGCAAATGGAGGAAGCTGGAAATTCCAGTGTTTGGCGGTGATGATGCA TTTGGCTGGGTACAAAAATTGGAGAGATACTTCCAATTGAGGGAAGTTACTGAAGAAGAAAAGATGCAAGCAACCTTGCT TGCTCTAGAAGGGAAAGCACTGAGTTGGTTTCAGTGGTGGGAAAGGTGCAATCCTAGGCCTTCGTGGGAAGCATTCAAAG TGGCTGTAGTGAGGAGGTTTCAACCTGCCATGATGCAAAATCCTTTTGAGTTACTACTGTCTTTGAAACAAACTGATACT GTAGAAGTCTTTGTGGAGGAATTTGAGAAATATGTAGGGGCTCTAAGAGATAGATCAAGATTTTGCCAAGGGAATCTTCT TGAATGGCTTGAAGGAGGAGATTCGTGTAGAGGTAAAACTTTATGAATTGACTACTTTAACTTCAGTAATTCAAAAAGCT TTAATGATAGAACAGAAGAATCTGGTTTTACAAAAAGCTATTCCCAACCCTAGCAATAGAGGGAGTGGATATTATAGGAA TAATCCTTTTAATAAGGTTGTGACTGTTGAATCAAAGTCATTGGGAGATAAGAAAACAGAAACTGGTTCTAGTAGTAGTG CTAATACTGCTAATGTAGCTCCTGCTTTGAGAAGTGGAGATTATAGGCAATTGTCTAGTGCAGAAATGAAAGAAAAAAGG GAAAAAAGGCTATGTTTCAGGTGTGATGAGCCTTTCAGTAGGGAACATAGATGCAAGAATAAGCATCTAAGAATGGTGAT TATGGAGGAAGAAGAAGAAGAGGAATTGGCAGTTCCTGGAGAAGAAGACAAAAGTATGAAATCCTTGCAATTATCACGTC ATTCCATAGCTGGTTTTACTTCTGCAAAGTCTTGGAAGGTGAGGGGATTCATCAATGGCCAGGAAGTAGTAATCCTCATA GATTGTGGAGCTTCCCACAATTTTGTTTCACATGAATTAGTGGCCTCCCTGCAACTGCACATTAGCCCTACAGCAAGTTA TACTGTGGAAGTGGGGGATGGATACAAGGTAAGATGTCAAGGCAAGTGTGAGGGGTTGATGGTGGACATTCAAGGGATTC AGTTCCAGCAGGAATATTACTTGTTTGGGTTACAAGGCATTGATTTGGTGCTAGGCCTTGAATGGTTGGCCAGCTTAGGA TAAGTAAAAGCTGACTTTGGAAAGCTGAAATTGTCCATTAAACAGGGAGATGAATGGAAGTTAATTACTGGAAATCCTGC TCTCACTAAAAGTCAAATTAGTGTTAGGTCCTTCATGAATTTACTGAAGGCAGAAGGAGAGGGTTGGCTACTGCAGTTGA TAGCTGAGCCAAGTCCAGCTAGGAAGGAAGAGGAAATTTGTCCAGAATTGAGTGCAGCTTTGGGAGAATTTGATGAAGTA TTCCAGGACATTCAGGGATTACCACCTTCAAGGAAGCATGATCATGCCATACATTTGAAGGTAGGAGCTTGTTGAAAATC TTCAACTGAATTTCATTGATTGAAAAGGTAAAGATTACAATGAGTGATCTCAGTATTTATAGAGAATACAAGGCTTGCTA AGCAAGCTACCAACTCTAACAGAATCAGTTATGTGACAGCTGTAATGACAGCTCACATGACAGCTGTATTGACAGCTCAT TCTAACAGAATGTAACTAACTCAAATATTAACTATACTACTAACAGTAACTAACTTCTTAATCAGAGTAATGTGTACTCT ACTCTAATAGGCCCCCTCAAACTCAAGGTGGGGGAGAAAGTGATTTCTCAATCACATTGAGTTTGCCACGAAGAGTTTCA AAACGAAGTGGTGATAGAGCCTTGGTAAACAAATCTGCCAGCTGATCAACAGAAGGAATGTGATGCACAAAAAGAGACTT GTTGAGAACTTTTTCCCTCACAAAGAAGATGTCAAGCTCCATATGTTTAGTGCGAGTGTGAAGAACTGGGTTATGAGTCA AAGCCACTGCACCCATGTTATCACAAAACACCCTAGGAGGAGAAAAAGGAATCTGCAACTCCTGCAAAAGAGACTGAACC CACAACAGTTCAGCAGAGGTATTAGCTAGGCTCCTGTATTCGGCTTCAGTACTCGATCTAGCCACTAGGGTTTGCTTCTT TGAGCTCCAAGAGACAAGGTTGGGACCAAAAAAGACACAAGAGCCTGAGGTGGATCTCCTGTCATCAGGATCTGATCCCC AATCTGCATCACAAAAGGCCACAAGAGGGACTGGAGTGTGCAAACTACAAGGCTTGAGGTGCAGGCCATGAAAGAGAGTA CCCTTAAGGTATCTTAGGATCCTTTTAACAGCCTTCCAATGCTCTTCTAGAGGCTGACTTAGAAACTGACAGACTTTGTT AACTGCAAAGCTAATCTCAGGTCTTGTTAAAGTTGCATATTGGAGAGCACCAACTATTGATCTATAGAGAGTTGGGTCAG CAAAGTAATCTGCTCCATATTTGCTGAGTTTTGCTCCACTAACCATGGGAGTAGAGATCCCCTTGGCCTCTCCCATTTCT GCCCTTTCAAGAAGGTCAGTTATATATTTAGTTTGTGTCAAAAGCAAGGACCTGTCCTGAAGATGATGCACTTGAACACC AAGAAAGTAGTCAAGTTGGCCTAATTGCTTCAAGGAAAATTCAGAGTTGAGGTTCTGCACTACTTTCTGAACCAGAGGCA AGGAATTGCCTGTAATGATAATATCATCTACATAGACTAGTATGTAGATGCAGCAAGTTGGAGTGTAGAAAGTGAAGAGA GATGGATCACATCTACTTGGTTTAAAACCATACTTCACAAGGGCTGACTTCAATCTGTCAAACCAAGCTCTTGGGGCCTG TTTAAGGCCATAAAGAGCTTTGTTAAGTCTGCAAACAAGAGATTTGTCTTCATGCTGAAATCCACTTGGTTGCTGCATGT ATACCTCCTCTTGAAGAGCTCCATTTAAAAAGGCATTATTCACATCAAGTTGATGAATATGCCACCTCTTAGTAATGGCA AGGGAAAGAATGAGCCTAATAGTTATAGGCTTCACCACAGGGGAAAAGGTTTCTGAATAATCAAACCCCTTGACTTGATG GTAACCTTTGGCCACAAGTCTGGCCTTATACCTATTGATGGTGCCATCTGCATTTTCCTTCACCCTAAAAACCCATTTAC AACCAATTGGCTTCCTATCCTTGGGAAGTGGAACCAATGTCCATGTATTGTTAGCAAGCAATGCATCATATTCAGCCTTC ATTGCAGCTAACCACTTAGGATCTTTGAGAGCTTGCTTGGTGGTAGCTGGCTCAGCTTGAGTGAGCAGTAAAGTTGGAAA TAATCTGGGCATGACTATGCCAGATTTTGCTCTTGTCTGCATAGGGTGAGTATTTCCCACTGGCTGAGGAATAGGAGCAG AAGAGGAAGAACCAGTCGAAGCTACTTCAGCTACTTCAGTGGCAGTAGCTGCTGGTGTAGGTGGAGATTGTTGCTGAACA GAAGCTTCACCCTGAGAAAAATTCCCAGAAGAAGAGGCTGCAACTGAGTCTTGACCTTGAAAAGGCTGCTGTTGCTGAAC AGGAACTTGAGGAGCTAAAACAGGAATTTCTGAAGGGATTCCTTGTGCAGATGAATCAAACCCAGCAGAGAAAAACAGGG TAGGATAGGGAAATTTAACTTCATCAAAAATAACATCCCTTGACACAAAAATCCTACCATCACCATCCATGCATTTGTAC CCTTGATGAGATGATGAGTAACCAACAAACACACACTCCTTGGACCTGAGTGACAGCTTAGAGTGTGTATAAGGCCTCAA GTGAGGATAACAAGCACAACCAAACACCCTAAGTATCTTGTAATCAGGAAGAGTCTTGAACAACTTGAAATAAGGAGTCT CATTGGCCAAAACAGCAGTAGGAAGACGATTAATAAGAAAAACTGCAGCCAGGAATGCATGATCCCAGTATTGAGAAGGC ATTTTAGCAAATGCAAGTAATGAAAGGCCAGTTTCTATGATATGGCGATGCTTCCTTTCAACACTACCATTTTGATGGTG TGTGTAGGGGCATGTCAATTGATGCACTATGCCAAGCTTAGCAAAATGAGATTGTAAAGGTTTAAATTCAGTGCCATTAT CTGTTTGGACAGCCTTTATTTTCAGATTAAACCTTAACTCTACCATAGCTTGGAACTTAAGAAAAACAGAGGAAGTTTCA GATTTGTGCCTAAGTGGATAAATCCATGTGAAACGAGAGTAAGCATCAACACAAGTCAAAAAATAAGAGTAACCACAAGA AGACTCAATGGAGGAAGGACCCCATAAGTCAGCAAAAACAAGCTCTAAAGGTGTAGCATAAACAGTAGTAGAAGAGGAAG AGGGTAACTTGTGAGACTTTGCTACACAACAAGCTGAACATTTAGAAAATTTTGCTTTATTAGACAATGATATATTACAT TTGGACAAAGCAGAATGTAAAGCCTCATGATGAGGATGACCTAGCCTACAATGCCACAAGTCATAGGCAGTAGGATCTAC ATTATTAACAGAAGACACAAGAGAAAATGAACTAGCACTAGGTACACTTGAAGATGAGCTAGCACTAGGTACATTGGACA AAGGAACTGAAGCAGAAAAGACAGATGGAGCAGCTACTGGTGAAACAGATGTAGATGAAACAGATGAAGCTGGAGGAAGG GTTGGAACATGCATCCCTTCAAAATTGTATAAACCATCAGGACCAACAGTTCCTTTGAGCAAAACCCTAGAAGTTTCCTG ACATTTGACAACACAATAGGATGAGTGAAACTCAAAAAAGACACGATTATCACGAGCAAACTTGCTTACACTAACTAAGT TCTTGGTGATGTTAGGAACTAGAAGCAGATTATTCATAGTGAGTGTAGTGTGTTTATGATAAGGAGATGGAAAAGAGGCA TGTCCAACAGAAATAATAGGCAAACCTTGTCCATTTCCCATGAGATATGATCATTACCATTTAGGGAAACACTGTCAGAA ACAACTGAGGCATCATTGGTAACATGATGTGTAGCTCCAGAATCTGGAAACCATGAGCTAAGATTTGCTGCAGCAGGAGT GTTAGTACCAGTAGTAGATGAAGTAGGTCCAGTAAGCATAGCCTGTGGAGCTCTAACTGGAGGATTTCCAGGTCTTGATC CACCAGAAAACTGAGAAGAGTTCCACTGTGATCCTCCAGATGGTTGGAAACCAAACTGCTGAGCAAAATTTCCCATGCCT AAACCTTGAGGAAATTGACCAAACATGTTTGGAAAGCCTCCATACTGTGATGTACCAAACTGAGAAGGTACACCAAATTG TGAGAAGCCAAACTGAGGCAACATCTGAGAATGCATAGGCAGTGGCATACCAAAACCAGTTGGCTGCAAGCCAAACATGC CAGTAGAACCAGTAGAACCAGATGATGAACCACGATGGTAGCAAATACTAGCATCATGCCCATACTTCTTGCAAATCTGG CATTGAACACTTCGATTTCCTCCTCGTCCACCGCGAGAGTTGTTACTGCCGTTACGACCACCGTAACCGCCACGAGAACC GCCATAACTGCCGCGATTATCGTAGGAACGATCATCGTAGGAGTTTTCAGAGGAACCTGAAGCATAGTTAGCCTCAGAGG TCGTCGGCGACGATGTTGATGAAGAAGACGACGACACCGGTGCAGGTTGCGTCGCCGGTGACGCAACTTGAGAAAGGAGC GCTGACGGAGGATTCGCACTCAACTGACGCGTGCGAGAACGCTCAAGACGCGCTTCATGCGCGATAACCATAGCTTCAGC TTGCGAGATCGTGCAAGGGAACTCGCGACTGTAGATGATAGTCATGAGATGACTATACTCGTCGGGAAGACCATCAAAAA TCGCTTCAAGGTGCTCGCGAAACGATACAGGATCTCCGATCGAGAGCAGAGCATTGACGATGGCCTTGATTCGCTTGAGG AACTCAGAAGCAGTCTTCGATCCCTTGGTTATGGATCTCAATTCCGATCGCAGCTGCGTCGATTGTGCAAGCGATTGTGC TTGAAAGAAATCAAGCACAGCTTCCCAGATCTGCCAGGACTGAGTGCAGTTGACAACGGTTGGAAGCACTGATGAAGACA GAGACGAGAGAAGCCAGGTGAACAAAGCAGAATCCTGTTGATCCCATACCTGATATGCAGGATTCTCTACTGCATTCACG CGATCCTCCTCACTGAGAAATCGAGGAGGAATATCAGGATGAACAAGAAAATTCTGCAATCGATGAGTTCTAACGATGCC TTCAACGTGCTGCTTCCATGAGAGAAAATTGGAATCATCAAGCTTCAGAACGAGCTTGTGAACCAGAGAAGAAGAAGCCA ATTGTGGTTGAAGAACTGCAACTGGAACAGGAACTGCAGTTTCTGGTGCATGACCTTCATCAGCCATGGTGATGAAGAAG AAAGAGGAAAAAAAAAACGAAAATCTAGAGAGAGAGATCTTCAAGGATCGTACTCAGCTCTTGATACCATGTTGAAAATC TTCAACTGAATTTCATTGATTGAAAAGGTAAAGATTACAATGAGTGATCTCAGTATTTATAGAGAATACAAGGCTTGCTA AGCAAGCTACCAACTCTAACAGAATCAGTTATGTGACAGCTGTAATGACAGCTCACATGACAGCTGTATTGACAGCTCAT TCTAACAGAATGTAACTAACTCAAATATTAACTATACTACTAACAGTAACTAACTTCTTAATCAGAGTAATGTGTACTCT ACTCTAATAGAGCTGATATTCCTAATCTGAGACCTTACAAAATTCCACATTTCCAGAAATCTGAGGTGGAAAAGATGGTT CAGGAGATGTTACATTCAGGAATTATTAGGCCTAGCATTAGCCCTTTTGCTAGTTCTATCATTTTGGTTAAAAAGAAAGA TGGAGGATGGAGATTTTGTGTGGATTATAGAGCTTTGAATAAGGTGACTATCCCCAACAAATTTCCTATACCTGTTATTG AAGAACTTTTGGATGAAATAGGGGGAGCTACTATTTTCTCTAAACTGGACCTTAAATCTGGCTTTCACCAAATCAAAATG AGGGATGAGGATGTGGCTAAGACAGCTTTTAGAACTCATGAGGGCCATTATGAGTTCTTGGTCATGCCTTTTGGGCTCAC CAATGCTCCTTCCACTTTCCAAGCCTTGATGAATGACATTCCCAAGCCATTTTTGAGGCGGTTTGTTCTAGTCTTCTTTG ATGACATTTTGGTCTATAGTAAGGACCAAGAAGCTCATATATCTCATCTCAAGCAAGTGTTGGCTACACTTCAGCTCCAT TCTCTTAAGGCAAACAAAAAGAAATGTACTTTTGGCCAGACCAGTCTAGAGTATTTAGGGCACATTATTTCAGGACAGGG GGTAGCGGCTGATGAGAAGAAAGTAGAGGCAATGCAACTCTGGCCAATTCCTACAGAAATCAAGGGATTGAGGGGTTTCC TAGGGTTGACAGGCTACTACAGTAGATTTGTCAAAGATTATGGAAAAATAGCTAAACCCTTAACAGATTTGACCAAAAAA GATGCATTTGTATGGTCAGCAGAAGCTACAACTTCTTTTCAAGCTCTCAAGCAGGCTATGGTTCAATTACCATTATTGAC AGTCCTAAATTTTGATAAAACCTTTGTAGTTGAAACTGATGCATCCAGTAAGGGGATTGGGGCAGTCGTCATGCAAGAGG GGAAGCCTTTGGCATATTGGAGTAAGGGCCTTTCTCCTAGATCCCAACTTAAATCTGTGTATGAGAAGGAATTGATGGCC CTAGTTCAAGCTGTCCAGAGATGGAAGCACTACCTTTTGGGCAGACATTTCATCATAAAGACTGATCAAACAAGCCTCAA GTTTTTGCAAGACCAGAGATTATATAATGAAGAGCAATTTAAGTGGGCAGTTAAGCTCATAGGGCTGGGTTTTGAGATCC AATATAAGCCAGGAGTTGACAATAAAGTGGTTGATGCTTTATCTAGAAGGGACATGTATTCTTTTATTTCTATGGTCCAA ACAGATGAGGCTGAGGAATGGGCTCAAGAAGCTGATAGAGATCCCACTTTACAGAAGATTAAGCAGGATCTATTGCTCAA TTCCTCTTCACATCCTGGTTATGAGCTGAAACAAGGCCTCTTGAGATATAAGGGCAGGTTAGTCCTCTCTCCTCAGTCCA ATAAGATCCCAGTCATCATAGCTGAATGTCATGCTACAGTATCTGGGGGACATTCTGGTATCTTTAGGACTTATAAAAGG ATTGCTAGTTTCTTATTTTGGCCTGGCATGAGAAGTGATATTCAGAAGTTTGTGGCTGCTTGTGAAATTTGTCAAAGAAG CAAGTACCAAGCTTTGTCCCCAGCTGGTTTGTTACAACCTCTTCCCATTCCTTCCCAAGTATGGCAGGACATTTCTATGG ATTTTGTGGGAGGGTTACCCAGAGTTAAAGGGAAAGACACAGTGCTAGTAGTGGTGGACAGGTTGACTAAGTATGCTCAT TTCCTTTCTTTGGGGCACCCCTATTCTGCCAAAGATGTGGCTATGCTTTTCATCCATGAAGTGGTTAAACTGCATGGTTT TCCAGCTACCATAATTTCTGACAGAGACCCTCTTTTCTTAAGTATTTTCTGGAGAGAATTATTCAGACTATCTGGCACTC TCCTGAAGATGAGCACCTCTTACCATCCTCAAACTGATGGTCAAACAGAGGTGCTGAATAGATGTCTTGAAACCTATTTG AGGTGTTATGTTGGACCCACACCTAGGAAGTGGTTGGAGGGTTTGCATTGGGCAGAATATTGGTACAATACCAATTTTCA AGTTTCTGCTGGCATGACTCCCTTTAAGGCTCTATATGGTAGAGATCCACCTATTTTGGTGAAGGGTTGTGTGGAACTAA CCAAGCTGGATGATTTATCTCAGTTGCTACAGCAAAGAGATGTGTTGTTATCCCAATTGCAGCAGAATTTGCTTAAAGCT CAGGCTTCCATGCGGACTCAAGCTGATAAGCATAGGAGGGATGTTGAGTATGTGGTTGGTGATTGGGTATATCTCAAACT TCATCCCTATAAGATGAAGTCTATGGCTACTAGGACCTATCCTAAGCTTTCTGCAAGGTTTTATGGTCCTTTCCAGATTG TGGCTAAAGTAGGTCAGGTTGCTTATAAGTTGGACCTGCCTCCTACGGCTCGCATACATCCTGTTTTTCATGTTTCTGTT CTCAAAAAGGCTGTTGCTCCGGGTCACACTCCTCAACCTCTTCCTGATACTTTGACTGAGGAATTTTGCTTGGAGGTGGA ACCTGCTGACTTGCTGGATTGGCGGCAAAATGCTCAGGGTCAATTGGAAGTGTTGCTGTCTTGGAAGAACTTACCAGCTC ATGAGAATTCGTGGGAATTAGCCACTGCCATTATGTCTCACTTTCCTGATTTTCCCCTTGAGGACAAGGTGGTTCTTTTA GGGGGGTATTGTTAGGATCAAGGGTAGACCTATTGTCTCGCAAGTCTATGTTAGGAGACAAAATAAGGATTAGTTAGTCC ATGTTTAGGACTGACTTAGAATAAATACTTTCTTAAAGGACTAGTTTGTAATATAGCAAACTAGGATATAAATAGCTTTA CTGTTAGTGAGAAGTGAGTTTTTGGAAACAGTTGAGTCTTGAACTGAATTGAGGAATTCAGTTAGCTAGAGAGAGAAAGT GGTTTCTCTTCCAAACTGTATCCAAGCTTGTTCTTCAAGAAATCCAAATCTTCTCTGATCTCAATTGCATTTTCCTTCTC TGTTCTTGATTTTTTCCCCAATTACTGTTAACCTAGATCTACCAGTTCTAACAGATGGTTGTGTTACTTCTCACCTGGCT TAGTGATTATGGGATCTATCATTTGTTATCTAATATTTATCAACTGTGAAGCAAATTTTGTGTTTTTCTGCAGGCAATGG CAGATGCAGCATCCCCTGCATATATTTTGGAGACTAGAAAAACTGCTCCAGGTTTACGTTTATTGGATAAGTGGGCGGTG TGAACTTTGGATCACTTCCTTGCTTTTATTAATAGCCATTTATATTTCTACACATAAAATATACTCAGCAGGAATTTCTT TCTTCAGGTATTAATTGGTGGAGGTCGGAATCATAGGATGGGTTTGTTTGACATGGTGATGATAAAAGATAATCACATAT CAGCAGCTGGAGGTGTTACAAATGCCCTGAAAACTGTTGATCTGTATCTAGAGCAAAAAAACCTTAAAATGGAAGTTGAG GTAGTGCTCTCTTTCATCATTTTACAAATTTATTTTCCTTTTCCATTGAAGTCTAATTGGTCTTCTCCCCATTTGTAAGT TCATGGAAATTTTGATCCCACTGACTTATTAGGAGTTACTATGATAACTATCTGTGTGAAAATAATTTGTTGATGCAGCA TCAAGATGATAGGAACAGATTTGACGGATAGTAAAGATAATCTCTCCTTTACTTGGGAAAACGAAAAATACATAATGATA GAAACACCTGCAGATCTCAGTGTCTGCTAATTCCCTGCGCTAAGGCCAAAGTTGCTTAATGATTGCCTCATTCACCCTCT CCCCATTGCAGCCTTCTTTTTTATTTCCTTGAACAAATTTCGCTCCTCAATTTCCCCCTTCAATGCTACCCGCAACATGT GCAGGATGGTTACTGCTCAAATTTCCATCTTAACCTTTAGTCACCTCACCTTTGCTAGCCTAACCAATATTTTCTTAATC CTTATATTTATTTTCCTGTTTGTAAATGCAATGGTGTTAGCTTTGCATATTGTCACTATCTTGGGTTTCCATCTTGAAGT ACTTGGTTTAAAGTCAAATGCATGTGTGTATGTGGTTTTCATGCATGTAAAGGACCAATTCTGGCTGCAGCTATAGTATT TTAGGCTGTGTTTTTCCCAGGTTGAGACCAGGACTCTTGAGGAAGTGGAAGAAGTATTAGGTTATGCATCTCAAACAAAG ACTTCTTTAACTCGAATAATGTTGGATAATATGGTTGTACCTCTAACAAACGGAGATGTGGACATATCTATGCTGAAAGA AGCTGTACGGTTGGTCAATGGGAGATTTGAAACTGAGGTATTTAGGACTAAATTTTCTTCAATTAATGTTATCATATTAA TGGGATTATCTGTTGACTGAATGCTTCAGAATATTCTGGTACTAATTTCATAATTTTTATTTCTATAATTTTATTTCTGT CAATTTGCTGAGAAACTAG
CDS sequence (LotjaGi2g1v0061600.3) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTTCAACTGTAGGAGGGTTGTTAAAATGTCTGCAGCTGAACTCACTAACTCTAGGATCTCATATGAGTCCTTTGCAAT AAAGCCTCCCGTACACCCTACTTACGATTTAAAAGGCATTATCAAGTTAGCCCTTGCAGAAGATGCCGGTGATCGAGGTG ATGTAACATGCATGGCTACCATTCCATTTGACATGGAAGTTGAAGCTTATTTCTTGGCGAAGGAGGATGGCATCATTGCT GGAATTGCACTTGCTGATATGATATTTCATGAGGTTGATACTTCTTTGAAGGTGGAGTGGTCTAAAAATGATGGAGATTT TATCCACAAGGGGCTACAATTTGGAAAAGTTCGAGGGCGGGCACACAACATTATCGTAGCTGAAAGGGTAGTGCTAAACT TTATGCAGAGGATGAGTGGGATTGCAACTTTAACTAAGGCAATGGCAGATGCAGCATCCCCTGCATATATTTTGGAGACT AGAAAAACTGCTCCAGGTTTACGTTTATTGGATAAGTGGGCGGTATTAATTGGTGGAGGTCGGAATCATAGGATGGGTTT GTTTGACATGGTGATGATAAAAGATAATCACATATCAGCAGCTGGAGGTGTTACAAATGCCCTGAAAACTGTTGATCTGT ATCTAGAGCAAAAAAACCTTAAAATGGAAGTTGAGGTTGAGACCAGGACTCTTGAGGAAGTGGAAGAAGTATTAGGTTAT GCATCTCAAACAAAGACTTCTTTAACTCGAATAATGTTGGATAATATGGTTGTACCTCTAACAAACGGAGATGTGGACAT ATCTATGCTGAAAGAAGCTGTACGGTTGGTCAATGGGAGATTTGAAACTGAGTTTTATTTCTATAATTTTATTTCTGTCA ATTTGCTGAGAAACTAG
Protein sequence (LotjaGi2g1v0061600.3) extracted from Lotus japonicus Gifu v1.2 Proteins.
MFNCRRVVKMSAAELTNSRISYESFAIKPPVHPTYDLKGIIKLALAEDAGDRGDVTCMATIPFDMEVEAYFLAKEDGIIA GIALADMIFHEVDTSLKVEWSKNDGDFIHKGLQFGKVRGRAHNIIVAERVVLNFMQRMSGIATLTKAMADAASPAYILET RKTAPGLRLLDKWAVLIGGGRNHRMGLFDMVMIKDNHISAAGGVTNALKTVDLYLEQKNLKMEVEVETRTLEEVEEVLGY ASQTKTSLTRIMLDNMVVPLTNGDVDISMLKEAVRLVNGRFETEFYFYNFISVNLLRN
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 | 25 | 284 | 260 | 1.6E-91 | – | |
| PANTHER | 25 | 284 | 260 | 1.6E-91 | ||
| SUPERFAMILY | 32 | 140 | 109 | 4.71E-30 | – | |
| Gene3D | 37 | 154 | 118 | 1.6E-37 | ||
| CDD | 40 | 284 | 245 | 2.81294E-104 | ||
| TIGRFAM | 41 | 259 | 219 | 7.1E-64 | ||
| Pfam | 51 | 139 | 89 | 7.6E-25 | ||
| Pfam | 141 | 278 | 138 | 1.4E-40 | ||
| SUPERFAMILY | 141 | 280 | 140 | 7.46E-30 | ||
| Gene3D | 155 | 286 | 132 | 2.3E-40 | ||
| Coils | 217 | 237 | 21 | - | – |
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 | Nicotinate-nucleotide diphosphorylase (carboxylating) activity | Catalysis of the reaction: CO(2) + diphosphate + nicotinate D-ribonucleotide = 5-phospho-alpha-D-ribose 1-diphosphate + 2 H(+) + quinolinate. | ||
| Biological process | NAD biosynthetic process | The chemical reactions and pathways resulting in the formation of nicotinamide adenine dinucleotide, a coenzyme present in most living cells and derived from the B vitamin nicotinic acid; biosynthesis may be of either the oxidized form, NAD, or the reduced form, NADH. | ||
| Molecular function | Transferase activity, transferring pentosyl groups | Catalysis of the transfer of a pentosyl group from one compound (donor) to another (acceptor). |
Expression pattern of LotjaGi2g1v0061600.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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