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| Field | Value |
|---|---|
| Gene ID | LotjaGi4g1v0103900 |
| Transcript ID | LotjaGi4g1v0103900.1 |
| Related isoforms 9 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Nicotinate phosphoribosyltransferase; TAIR: AT2G23420.1 nicotinate phosphoribosyltransferase 2; Swiss-Prot: sp|Q84WV8|NPRT2_ARATH Nicotinate phosphoribosyltransferase 2; TrEMBL-Plants: tr|I1K246|I1K246_SOYBN Uncharacterized protein; Found in the gene: LotjaGi4g1v0103900 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr4:14480866..14492994) extracted from Lotus japonicus Gifu genome v1.2.
AGTCAATCTTCATATAGTTGAATTCAAACGCTATTAGTCTTGATTTGATTCCTCCACATTACAACAACCCTTGTTTTTCT TCTTCTCTGATTGTGCGTAACGTTCACGCTTCGCTCTCACTCACTCACTCACTCACTCACTCTTATAAATAGAACGCGCG CGCCGCAACACACAATACAAACTTCAAACCATAACCAGAAGAAGAAGATAGATACAGAGCGAGCGATGGCGACGACGAAG CCGAATGGACCGAGCAAGCAACCTTCGAATGCCGGCATCGATGGACCAACCAACCCGATGGTCACGCCTCTGCTCAATGA TCTCTACCAATTCACCATGGCTTATGCGTATTGGAAAGCTGGCAAGCATCAAGAGCGTGCTGTGTCAGTATTCGAATTCG TTTTTGCATTTATGAACTTCTGCAACTGAAACTGGAATTGATTCTGTTAATTCTGTTAGGGTTAATGTTTTGAATCTTGA TTGCGGTTAATTTTATTGGTTTTTTAATCACTGGATGTAGTGAGCTTGATTTTAGGATCAGAGTTTTAATGCGTGGAAAT GATGTTGATGATATGCGATTGTGATTTTGTTTTCAGGTTCGATTTGTATTTTCGGAAGAATCCATTTGGTGGGGAATATA CTGTGTTTGCTGGTTTGGAAGAATGCATCAGGTTCATAGCTAATTTCAGACTCAACGAGGAGGAGATTGATTTTATTAGG AAGAGTTTATCTACTTCATGTGAGGTAAGCCAAACCGCGTTCCTCGCCATAGCTATAACATCCTTGTTAAATTGATTGTA ACGGTGGCGGGCGGGGGGCTAATTTAGACTCGGGTGTCCAATTCCGCCATTATTTGTCATGTATGGCGGGATTTCGGCTT TCCGCCATGACCGGCCATCCACAATTAACAACACTGACATAATCATTGCATTTCTTATTCCTGTTTTGCGTTTTTATTTT ACAATTAATGTCAACGATATGAACGTTTTCAGCTGGATATCAAACTAATTTTTGGAAATGATGGATATAAAGAGTCATGG CCCTTTATCCAAGGGGAATTTGTCTTTTTTTCACAACTTTATTATGTGTTTCTTTATAGATTGCATTGAGCCAAGTGTAA ACCTGAAATAATGTGGCTGGTGATTCGGTTTGCTATGATTTTGCGGAAAATGCTGCTGGCGTTTTTAGTAGATTCCCCTT TCGAATTATTCTAACTTAATAATAATCTATTGAATGTAGGACGGATTCTTTGACTATCTGAGAGGACTTGACTGCTCTGA TGTTGAGGTGTATGCTATTCCTGAGGGATCAGTTGTTTTTCCAAAGATACCCCTCTTGAGAATTGAAGGTCCAGTTGCTG TGAGTATTTGCCACCATTAAATACCCTCTTTTAATATTGGTTTCTTTCAAGAGTGGCCTATTTCTCACATTAAATTAGCT TTTATATTTTTTCAGGCTGTTCAATTACTGGAAACTCCTTTTGTGAATCTGATAAATTATGCATCATTAGTTGCCACCAA TGCGGCAAGGCATCGAAATGTTGCTGGAAAATCCAAAACTTTACTTGAGTTTGGACTACGAAGGGCTCAGGTTAATAGTC TTTTAAAATATTTTGTGATGAGTAAATTTTGGAACTGTCCTTCAGTATTCATTGAAAAGGGAAAAAAATCTTATTTTTAA TGTAGGGGCCTGATGGCGGAGTAGGAGCATCAAAGTACTGCTATATTGGTGGATTTGACGCAACAAGGTATAATGGATTA AACAATTCAATTCTAACATGTCCGGCACTGTCAGTGTTGTTCATGGCGGATTATGGCTGAATATCAGCCATGGCGGCGCT GTCATGGTCAATATTTGACAACACTGGGTACTGTATGATCTGGATGAGGAAATTTTCTTTACAATCTGTCTTAGAATTCG GGCTAAGCCTAACGCAATCCCAAAAGCTAGCTCAAATGTGAGGATCGCTAAAGCCTTTCTAAGGACTATTTTGGTTATAT CTTTAGTTGATGTAGGATCTTTATACACCCCGTTCACGCCTAGAATTAGGTATCTGGAGCACGGAATTTGTAGAGTTCAC AACTACAATGAAGGCACCTAGGGTGGCTGCAATGAAGTCTGAATTTTGGGGCCAATTTCAGATTTAGGAATTGCTTTGAT TCAATCTTTAGAAGGTAGATGGAAAACTGAAATGTTATTTCTGAACAAATTTTCACTTGATGGGCAAATAATTTTCATAA TATATACAAATCCCTAGTTACTTTCCTTAATCATAATTATATTACAACTGTACAAATTGGTCCTGAAAAAACTAATTAGA AAATATAGCTGTACAATAATAATGATTCCTAACAATATGCATTTCTACCAGATCATGGTTGAGGTTTTGTGGTCTAAAAC CTTGATGATGCTAATCTTGTCTAAGGTGTCATCATTATTGTTTATCAAATGTGTTTGAACGTGGAATTTTTATCACATAT AATAGATAATTTATTTACTATTAATTTAGATGCAAGGCTCTGTTTTCATGACATGTTATGTTAACTCTACTTTTACATGA TTTGAGTGTAATTCCTCTTAGTTTGTACATTGTATTTGAATTTCTTTATGAATGTTTTTGAAGGAACCTATATTTGGTTA TTCCTTTTCAAAGCAATTCGAGCTACTGTCATTCATATTTTGTCATTTCAAGTTTGTAACTGCACTTCTAATATTGAAGT TCTTAACATTAAATACTGTTAGATCAAATAGAGTGATGGCCTAATTAAGTTCCTCAGTACCTATTCCTCACATATGGTAA GTTGGTGACAATAACATGTATGTACATGTCTTCATGCAATTACTTGGATAATTCACAACCTTTATTTGCATAATGTGGTA TATATGGGACATTATGCACTTGGAAGTCACACACTGAGTGGACCCATTCTGAAAGACCTGAGTGAAATTGCCCTTTTTTA GGGGGAGGGATTAAGTTTTGTATTTTGGCTTAGTGAATTCTTCTTATTTCTTACCTTGCTTTTTCCTTTGTGTCAATAGC AATGTTGCGGCAGGAAAGTTATTCGGGATACCCATTCGTGGTACTCATTCCCATGCCTTCGTTAGCTCATATATGGTGTG TAACCAATCCACTGACTACATATTTGGTTAATGTTTATGAGGTGAATTTCCAATAAGTAAACATGTCATTTGTAATACAT ACTTGAAAGAACAGAATCTCTGTTTAAATCTATCCATTCAAATTGTCTAGAGGCACCAACATGATTTTAATGTTTCTAAT AACTATGTATGACAAGGACAGTTAGAAATTTGTCTTGGAATGAAAAGTTAAATGATAGGGGATGAGACACTGCAGTGAAG TTCAGTGAGAATATCGGTATAAATGTTATATAAATAGGGGAAGTCATAAAATTTAGAAGCAGTGTTAAACCACTTTGGAG ATTATTGAAGTTTAGGCCTAGGAAAGATCAAATGTAATATATACTCTGCAGAGTGACACTGTAACAGTGAATTCAGAAGG ACCTGATGAAATTTTTGTCCCTATATGCAGCCAGCCTCTATAAATCCAAATATAGTAGTGTTAGACTTAGACCTAATGAA ACTATGAAATAATGAGGTAGATCTGCTATTTTATAACAATGGAGTTTCAGCAAAAGCTAAGTTGTAATTTCTTGGTGCCT TTTATATGTAAATTTTGTTGTTAGAATTGTAGTACTTTATATGATTTGAGGCACTTTATGTTAAATTTCATTTGCTTACT TTTTGTCTACTTGTCTGTATCGTGATGTGCAGAGCCTTGATGAGATCATAGATAAGTCACTTCGAAGAAAGGATGGATCA AGCACATGCGAAGATTTTGTTAGTATGGTTCAAACATGGCTGAGCAAAATTCAGGTATCGCGACATAAGCATATACATCC TTTTTCTTTTTTTGGTTCTTATCTATTCCTGTTTTTCGGCTTTTGCTTGTTTGTATCTGTGGGGGAGGATGGGGGATTTG ATGAGGTGTCATCCTTATGCAAACCAATTTGGAAGGTGTTTTTTTGCAGAGACACTAAACTAGTTTTTTCTTCTTAGGTA TTTCCTGAACTGGAATTTTTATATTAAAAACTAAAGCTCATTGATATGAAATGTTTATACATGTGCTTTGTGCAAATTTC AATATTTGTATTATTGAGCATTTGCGAGATCTTGAATACCACCACATATACCAGTGATGTTCGAATGAGTTGTTTTAAGT AACTATTGTGATTTGCATTGCCATGTCCAAAGGGCTGGAAGCCTTAGTTTTGTTCATTTATAATTTAAATAGAAGAAAAC TTAGTATAGAGAAAGGAAATATGGAAAGAAAGCCTCAAGCAGGTGGTATCTTGCATTGTAATTATTTTAGAAAGATTAGA TTAAATTCAAGGCAAAACTTCTTCCATATTATTAAATTTGGGTTCACAAAGTATTCTTCTCAATCCTTCTGCTACCAGTT GAGGTTGATTCTTTCATCACTACACAAATGTGTTCAGTCACATGCTCACCAAGCAAACAATTATGTGAGCGTATTATGCA ATGCCCTGGCAGGCTAAGAAAACATAATTAGTAGCTGAGTTGTAACTTTGAGATTTTTAATAAAAACCATACACGCCCCT TTTTAAGAGCTCAAGCTTCAAGTCTATTTGGTTTTTGATGTGGTATGAGAGTCTCATCCTCCAAGTGATGAAAAGTTCAA TACTTGCTCACTCATTCTTCTAATTAAAATTTCAGGGCTTTCCCATTAGTCGGTGTGTATGTTAACATAAAGCATCCCAG AATCTTGGGCCTAATCCTAACAAGTTTAGTTTTTGGGGTACTTGTCTTTATCAGTAACACTTGATATGATTCTTGAGATT GGCATATGAATTAATTAGCTTTTTAATCCTTCGCTTGCATTCTACACAAGAATGAATGTTTTTTTTTTTTCCAATGAAGT TGAAATATAACCATATGCCTGGAGATCCAGGAATAAGCTATGCAGTATAATACTAGATTTAATTAACATAAGTAAAATAC CTAACTTAATATTATAGCAGAGGTATTTTAGATCATGGCTATCTCATTTGTGATCCTTTCCTTACCTTCTGAAAAAATAT TTGAATGATCATTTCACGTCAATGATGTAAAGAATCTGATTACCATCATTGTATCATATGTTTATCTTTTGCACTCTTAC AAAATTGAAGATTTGTCAGTGAATATTCTAATGCGTGTTCCCACTCTGCAGTTGCTAAATGGTGTTTTTGGTGAGACCAA TCAAAGTGAGTTGGCAGCATTCACATCATATGCATTGGCATTTCCTAATGGCTTTCTTGCCCTTGTAGATACATATGATG TAAGTATTTTGGTAGACTTTTTATTTCTTAAACTGCCATAATTCTTGTTAAATCCTAACATCATTTTAACCTGTAATGCA AATTATTAGGGGTTAATATTGTTTTTCCCTCCTATATGACTTTTGGTATCCTGCCCTCTCCCCCCCCCCCCACCCAATAT ATATATAATACACACACACATACATGATCGCAACTGCAACCATTAACAATGTACATGCAAACTGCAACTCTGAGTGGTGA TAATCAGTTATTCTGGGATCTTGAATTAATTTAGGCTTTGGGACATAAAATATAAGGGAATTGCATAACTGCGAAGATGA GTAAATGGTCGTGATTGTGTGCTTACTACAAATATGTGTGTAGGTATTGGTAGGTACTATTTTGATATTTTCCATTGTCC TAAAGAAGTGCATAACATTAAGTTTCAACTTACTCAAAAGACATATGAAGAAGCACATGTATCATTTACTGTCTACTCAG TAGGAAAAATTTACGCATGATTCACCTCACGTCTCATGATTTAGATCAGTTATATGCCTGACCGGTGAGAGGATGGGTGG GTAATTTTGTGGTAAACCCATACCATTCACAGGTCAGTGCCTTCAATTTCAAAACAAAATTTAACTTTACTGAATGGGTA GTTCTTGTACTACAGAGATACAAAGCTGCAGATGCTGAAAAACGGATCTATTAGCATGATAAACCATATTAGTGCTGTGC TGCCTATTGCAGTCTTGAATATTGTAATTTGTATCACCCATTGCTCTCCAACTTCTTTGTGCTAATCGTTTATCTTATAT CCTGACCTGAAGTTAAAAACATGTTGCAATTACACAAGTTTTATTTCCAGCTACTAGGTCATCTGTCAAGCGGTTATTGT TTGTGGATAATTTGTTTGATAATCAGTACTAAGTTAACTTTTTAGGGTTCCAGTGTTATCAAATATCCGCCATGGCAGTT TCTCATGGCGGTTTTTTGGCTTTCCGCCATGGCCGATATCCCGCCAGATTTCACCATATCCCGCCATATTCCGCCATTAT TTGTCCTGTATGGCGGGATTTTGGCTTCCTGCCATCCGCAATTAACAACACTGTAGGGTTCATATTAGAAGGGCTAGGCC GAACTCCACCCTAAAATCTAGCTTAGCGGGGAGGATTGCATTCCCATTTATAAGGACTTCTTTAGCCATATCTATAGTCA ATGTGAGTCCTTAACACTCCTTCAGACCTAAGACTATCATGTGGAGTGTTCAAATTTATCGAAATTCCCTTATCCTCATT ACAGGATATCTACAGGGCTAGATTAACTTCATTTTTTCCTGAAATAGCCCGCAGGTCAGATTGACTTCATAATGTTTTTT GGAACAACACGGGTCAGGTCAGTTTTTGAACTTCACATTTCAATGGGTGGCCCAACAAGGGATCTAGGACATCTTAATTG ATAATTGATTAATATAATGTGATTTTGAAGTACAATATTTATATATAAGGTTTCCCAGTCCTAGTCCAACTACATAGGAA AACAAGTTAACAAACTATAAGATATCAAGGAATAATATCAGAATAAAATCTAATTATAACAAACTACATCCTAGTCCAAT TATCTCAACAATTTATATCCTTACAATTAACTCAACAGTTCATTCCGTATTTTCCACATTTGATTTATCTATTTCTCTAG ATGATTACATTTGCATTTATTGACAGGTGATGAGAAGTGGAATCCCTAATTTCTGTGCAGTTGCATTAGCTCTCAATGAT TTAGGGTATGTCAGGAAACATTTCTGTTATTATCACTTGATTAGAGGTTTTACATGACTATGATTTTTTATTCTTTTATG TAATAATGTTCATTTTCTAGTTGATTTTTTGGTCTATGGATACAATGTTTTGTTCTGTTTCTTTTTGTGCAAATGAAACA ATGAATGAGAAATGATATGCTGTGGGAGTATTGGCAGAGATGCTGTACAAGGAATTAATGGCAATAGAAACTGATAGTAG CAGTCTGGAATCTGGATGCAGTAGCATCCTCCATACTGTTGATTAGGATCTACTTGATGCTGTATCTGTTAGGACAGAAG ATGCTGGGAAATAGTTAAGGATAGATACTAGATAGAGAAGTTATTTAGAGAGAATTAATGGTTGAGGGATTCATTCAAAG AATTTAGGAAGCTGTGTGAAAGGGGAACCTTTTAGTGCAAGGGAAACTCTTGGAGGAGAATTCTTTCTCTTATTCTAGAA CATTCAATTACTCGCTATTCAGACATGGGTGTATAAGGGGTGAAAAAAGCTGTGGATCAGATATCATCAAAATCCAGCTC CCCTGACACTTTCCTGCCAAGAAACAGAGGAGCTCAGTAGCTTCCTTGTGATGAGTGTGTCAGAAGACAGGAAGAAGAGA GATGTTTTCATTTTTCAATGTGGCCAACCTCTTTGCCCCAACTTCCCAGAAAATGTATGACGTTTATGATCTTGGTAGAA TATGAACAAGTCGGCGAGAACGGGAACATTGCCCTAATTCAACAAGAATTATCGTGCAATGGGAATCCCTCAAGTTGGAA TTTCCCTCGGGTGTGGGGGGGGGGAGGTTGATATTGTTAGGCTGGAAAGTTGGAACAGAAGATAAGGATAAAATTGTTAT GGTCTGTTAGGGCAATTAGTCAATTAGTTAGTTGGGAGTATTAACTAGATGAATAGTTGGAATCAGGGTGGAGTCATTCA GAAATTTAGAAGGTTGTGTAATAGGGAAACGTTTTGGTGAAGGGGAAACACGTCTGGAGGACAATTCTTTCTTCTATTCT CAATCATTCTAAGATTGTTCTTTAACTTCATTTCTATGTATTTCTCATTTCTCTTTTTCCAGGTTCCAATCACTAACAGA ACTCATTAGTCATTACTCATTACATTAGGTGCAAGTTCCTTGTTTTTTAGTTAAGGGTTACTTCAAATTTTTCTTGAAAA TGTTTTTTTATGGGCTTGCTTCCTTGAACTGCTTTCTCAACTATTAGCTAAAATACCCCTACCAAAAAAAAAACTATTAG CTAAAATACTATATTTTTGCATTTTCTTAGTGTTCCGTTGTGCAGTTTGTCTGTATTTTGTTGCATACATTGTCGATATT ATGAAACCTTTATCCATGTTAGATTGTGTGTTTGCTATGATGTTATTCTCAATTTAAAGATTGCAGCAGCATGTTGGTAA TTTACTGTAGTGTCTCTTCGTACATGCATTACATTAAGCTGAAAAATTATAATGATTGTTGGATTCAACCAGTCTTGTAG CACCCTCCCTGCTCATCCTCAAAAGTCTAGAGAAAACATCATCCTTCTCAAAGAATCACTTATTTTCTATTAATTGCTGA CTTAGATGATGTCCTGTGCAGATATAAAGCAGTTGGCATTAGATTGGATTCTGGTGACCTTGCATATTTGTCTTGTGAGG CCAGGAAATTTTTTTGCTCGATTGAGAAGGAATTTGGAATGCCTGGATTTGGGAGGTTGGTAATCACTGCTAGTAATGAC CTCAATGAGGAAACAATTGATGCTTTAAACAAACAGGTAGCTATTTATTGCAGACTCGAACTTGTAATTTTTTGCCTACT GATTCACAGTCAGCCTAACAATTGAGCAGTGTCTAAGATTGCCACCTTGTGTTTATGTGTGCGTGCAACCGTGCACGCAT CGTTTAATTTCCGTATGAAATAAAAGATCTTTTATTGAAACTATTAAACCTGGTTTGTTGGTTTATTATAAATTTTAATT TTTGAGTTTCTCATATATTCATTTACATCTATGCTAATATATTTATATCAAAACTTATCTTCTGTGTTTGATGATCTCTC CTTCCTGGTATATAAAATATGGATCTCAAAATTTAGTATACTGTGTTTAGTTATTGGAATACTTCTCATCCTCTAAAGGA AATAAAATAAAGATAACTAATAGACAAACGTGTAGTTGGCAGAGAAAATTAGAGATTGGAACTTTACATTTTATTAAATT GACACGGTTAGCATGCATGTCAAGATACTAGTGTGCATGAAATTCTGGAATAGAAAACTAACAGGATGTTTATATTGGTT CACATATTTGTTTACCACTAAAATCTATGATATGTTTGGGGTGTATTGCCTCCCATATTGCAGTTTGGTGGGGTATACAT ACATGATACATCACATTACTCCTCCTGCTTGAGGGGTAGTGGGTAACTGATCTTCTGTATGCATGTAACATGGTGTCTTA CCTTGTCATAACATTAATCATTACATTTAAGTATTGGTGCTTAAAATGGAAAAGATAACACGACATGATTTTACTGGATG ATGTCACAAAACTCAGGTTAGTTTAAATAACCCCTAGTTCTTTAACCATAGGACCTGGCAGAGTGTAGCGAAGTTGGTCT TTTGTCCAAAAATAAATTATTAAAACGTCTAGAACTGTTTCCCGAGAGCTAGTTTACATGAAAGGTGACAAAGACAAATC CTACTATGGTACTGCTAACTTATTGGACAGAAAAATTTAAATATTTTTCTTAGCATTATTTTCTAATTGTCTTAGAACAT GTTCATGTCATGTTGGAATTTCTTATACACAAACGGTTAATTTTTTAGTGCCAAGGCTTACAATTGTTATACCCTTTTCA TTGGATTGCGTTTTCTCTGTAGGGTCATGAAGTTGATGCCTTTGGTATTGGTACATACCTGGTCACATGTTATGCTCAAG CTGCCTTAGGTGTTGTTTTCAAGCTGGTTGAAATCAATAATCAGCCTCGTATTAAACTTTCTGAAGATGTGTCAAAGGTT TAAACATTCTAAACTAGACATGATATTACAATCATCTTTGTGGTATTTAATTATCTATGTTTGTTTCTTTCTCTGTATTA GGTCTCTATTCCATGTAAGAAGCGAAGTTATAGGTTGTATGGGAAAGAAGGTTATCCCCTGGTAGACATAATGACTGGAG GAAATGAACCCTCTCCAAAGGTATTATTTTCACATTATTCTCTCATCTTCTTGCTTTTACTATGTCATGTTTCAAGCCTA TTGGCTACGTCTTGCTTCCAAATGAGTTGGTTTTCTGTAGTTAACAAATCCTGCCAGAAAAATGAATTTACCATATTTTA TTTATAGGTGGGAGAAAGAATCCTGTGCCGTCATCCCTTTCAAGAATCCAAGAGAGCATATGTGGTGCCACAGCGTGTTG AGGAGCTTCTAAAATGTTACTGGCCTGGGAGTTCAGGTGAGAACTAGCAACAAAGTTTAATAGCAATCATGTATATCAAT AGTAACCATCATTTGTTTGATTAGGCTTTGTTTGGGAGTTTTTAGGGGAGGGGAGGCATAGGCTTAGGGAAGGGAGAGTA AGTCCTCCCCTTCTTTGGAAATTTAAATTCAACAAAACCACCCAATTTGGGAGAACTCAACAAAATAACTGAAGGAGGGT CTTGAAGGGCTTACAAAAATTCCTCAAACCCTTCCCTCTCTTTTAAAAAACTCACAAGGGGAGGGCTTCTCATTTCGCTT CTCTTCCTTCCAAAATCCAACTCACAAACAACTTTAGGGAAGTGGAAACTGCTGCATCGATTTTAAGAACATCCCATGAT TCATTGTCAACCAACCGTTAATATTTTTTGTAGCTTAAGAACCTGTTGCCTTATCCCCCTTTAAACCAAGAAAACAAAGA TGTTATCTCACCTGTAACTGCTATGTTTACAAACTACGAGTTCCTGCATGAAATGATTATATCATATATGTCATCAGATA GTCAAAGTTGCACTTAGGAACAATGGAGTATATAAAGGGGCTTACCAGCATTTATAAGCTATTTATACATTCACTGAATG CAGCTTATGACCAATAGTTTTTACTATTATTTTGTAACCTGCTTTTTTTCCTTTTGGAAGATAAAAAGAGAGAACCCTTA CCAACTCTAAACGAGATTAGAGAGCGGTGCATCAACCAAATTGAGCAAATGAGACCTGACCACTTGAGGAGACTCAACCC AACTCCATATAAGGTCACAAAGTTATACCTTGCTCTTATATTACCCCATTGTTATCATCTTGAATAATTTTACTCATTTT TTTTCTTCTAATAAGCAGGTTAGTGTAAGTGCAAAATTATATGAATTCATTCATTTCTTGTGGCTCAATGAGGCACCAGT TGGGGAGCTGCAGTAAGAATAAGGCAAATAAGAACCGAAATGGTCAAGGAAAAAAACAGATTTCCGTAGAATTTTGTTTC ATGCAGTATAGATGTACATGTGTTTTGACTGTTTTCAAATAATATGATTCTGTATATTATATTTAACTTGGAGGAATCAT TATTCTTTTAAGGCCTATGTGCGAATAATCCATATTTCCCGTTGATCACATTGCTATGCAATCTTTCATCATATAGCTAA ACTCCGTACATGTCTGGATGTATCAATGCTAATGGTTTCTTGAAGTAGCTGTTGAAGGCTTTTGTACTTAATTTAAGTAC TCATAGCAACTCATGATCATGTATGCTTAAAAAAGAAATGTACTGTTTTAATGTATTGTTATAACCACGTTGAGCCTCCT TCCTCCATAACCACTCCCTGACCACCTATAACCTCCATGTGAATCACCCAACCCAAATCAGAAGTGGTTCCCCTGCATCT CCCTCACACACCATACAATATCAATTCCATGACCATGCCCACAAGCTTGTTACTTGAAGCTATTCCCTTAATATGGAAAA AATTGTTTATGCCTCCACACCATTTTCGCAGCTTCCTAAAACATTAAAT
CDS sequence (LotjaGi4g1v0103900.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCGACGACGAAGCCGAATGGACCGAGCAAGCAACCTTCGAATGCCGGCATCGATGGACCAACCAACCCGATGGTCAC GCCTCTGCTCAATGATCTCTACCAATTCACCATGGCTTATGCGTATTGGAAAGCTGGCAAGCATCAAGAGCGTGCTGTGT TCGATTTGTATTTTCGGAAGAATCCATTTGGTGGGGAATATACTGTGTTTGCTGGTTTGGAAGAATGCATCAGGTTCATA GCTAATTTCAGACTCAACGAGGAGGAGATTGATTTTATTAGGAAGAGTTTATCTACTTCATGTGAGGACGGATTCTTTGA CTATCTGAGAGGACTTGACTGCTCTGATGTTGAGGTGTATGCTATTCCTGAGGGATCAGTTGTTTTTCCAAAGATACCCC TCTTGAGAATTGAAGGTCCAGTTGCTGCTGTTCAATTACTGGAAACTCCTTTTGTGAATCTGATAAATTATGCATCATTA GTTGCCACCAATGCGGCAAGGCATCGAAATGTTGCTGGAAAATCCAAAACTTTACTTGAGTTTGGACTACGAAGGGCTCA GGGGCCTGATGGCGGAGTAGGAGCATCAAAGTACTGCTATATTGGTGGATTTGACGCAACAAGCAATGTTGCGGCAGGAA AGTTATTCGGGATACCCATTCGTGGTACTCATTCCCATGCCTTCGTTAGCTCATATATGAGCCTTGATGAGATCATAGAT AAGTCACTTCGAAGAAAGGATGGATCAAGCACATGCGAAGATTTTGTTAGTATGGTTCAAACATGGCTGAGCAAAATTCA GTTGCTAAATGGTGTTTTTGGTGAGACCAATCAAAGTGAGTTGGCAGCATTCACATCATATGCATTGGCATTTCCTAATG GCTTTCTTGCCCTTGTAGATACATATGATGTGATGAGAAGTGGAATCCCTAATTTCTGTGCAGTTGCATTAGCTCTCAAT GATTTAGGATATAAAGCAGTTGGCATTAGATTGGATTCTGGTGACCTTGCATATTTGTCTTGTGAGGCCAGGAAATTTTT TTGCTCGATTGAGAAGGAATTTGGAATGCCTGGATTTGGGAGGTTGGTAATCACTGCTAGTAATGACCTCAATGAGGAAA CAATTGATGCTTTAAACAAACAGGGTCATGAAGTTGATGCCTTTGGTATTGGTACATACCTGGTCACATGTTATGCTCAA GCTGCCTTAGGTGTTGTTTTCAAGCTGGTTGAAATCAATAATCAGCCTCGTATTAAACTTTCTGAAGATGTGTCAAAGGT CTCTATTCCATGTAAGAAGCGAAGTTATAGGTTGTATGGGAAAGAAGGTTATCCCCTGGTAGACATAATGACTGGAGGAA ATGAACCCTCTCCAAAGGTGGGAGAAAGAATCCTGTGCCGTCATCCCTTTCAAGAATCCAAGAGAGCATATGTGGTGCCA CAGCGTGTTGAGGAGCTTCTAAAATGTTACTGGCCTGGGAGTTCAGATAAAAAGAGAGAACCCTTACCAACTCTAAACGA GATTAGAGAGCGGTGCATCAACCAAATTGAGCAAATGAGACCTGACCACTTGAGGAGACTCAACCCAACTCCATATAAGG TTAGTGTAAGTGCAAAATTATATGAATTCATTCATTTCTTGTGGCTCAATGAGGCACCAGTTGGGGAGCTGCAGTAA
Protein sequence (LotjaGi4g1v0103900.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MATTKPNGPSKQPSNAGIDGPTNPMVTPLLNDLYQFTMAYAYWKAGKHQERAVFDLYFRKNPFGGEYTVFAGLEECIRFI ANFRLNEEEIDFIRKSLSTSCEDGFFDYLRGLDCSDVEVYAIPEGSVVFPKIPLLRIEGPVAAVQLLETPFVNLINYASL VATNAARHRNVAGKSKTLLEFGLRRAQGPDGGVGASKYCYIGGFDATSNVAAGKLFGIPIRGTHSHAFVSSYMSLDEIID KSLRRKDGSSTCEDFVSMVQTWLSKIQLLNGVFGETNQSELAAFTSYALAFPNGFLALVDTYDVMRSGIPNFCAVALALN DLGYKAVGIRLDSGDLAYLSCEARKFFCSIEKEFGMPGFGRLVITASNDLNEETIDALNKQGHEVDAFGIGTYLVTCYAQ AALGVVFKLVEINNQPRIKLSEDVSKVSIPCKKRSYRLYGKEGYPLVDIMTGGNEPSPKVGERILCRHPFQESKRAYVVP QRVEELLKCYWPGSSDKKREPLPTLNEIRERCINQIEQMRPDHLRRLNPTPYKVSVSAKLYEFIHFLWLNEAPVGELQ
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 |
|---|---|---|---|---|---|---|
| MobiDBLite | 1 | 22 | 22 | - | – | |
| MobiDBLite | 1 | 21 | 21 | - | – | |
| PANTHER | 12 | 558 | 547 | 0.0 | – | |
| PANTHER | 12 | 558 | 547 | 0.0 | ||
| Gene3D | 16 | 176 | 161 | 2.5E-64 | – | |
| SUPERFAMILY | 19 | 166 | 148 | 6.28E-43 | – | |
| PIRSF | 19 | 554 | 536 | 5.2E-168 | ||
| TIGRFAM | 28 | 539 | 512 | 9.3E-151 | ||
| CDD | 28 | 410 | 383 | 0.0 | – | |
| Pfam | 29 | 156 | 128 | 7.2E-39 | ||
| SUPERFAMILY | 161 | 554 | 394 | 1.28E-104 | ||
| Gene3D | 177 | 270 | 94 | 7.5E-23 | ||
| Gene3D | 275 | 395 | 121 | 3.2E-73 | ||
| Gene3D | 396 | 542 | 147 | 3.2E-73 | – | |
| Pfam | 432 | 543 | 112 | 9.1E-35 |
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. | ||
| Molecular function | Nicotinate phosphoribosyltransferase activity | Catalysis of the reaction: diphosphate + nicotinate D-ribonucleotide = 5-phospho-alpha-D-ribose 1-diphosphate + H(+) + nicotinate. | ||
| 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. |
Expression pattern of LotjaGi4g1v0103900.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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