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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0190800 |
| Transcript ID | LotjaGi1g1v0190800.2 |
| Related isoforms 3 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Nicotinamide-nucleotide adenylyltransferase; TAIR: AT5G55810.1 nicotinate/nicotinamide mononucleotide adenyltransferase; Swiss-Prot: sp|F4K687|NMNAT_ARATH Nicotinamide/nicotinic acid mononucleotide adenylyltransferase; TrEMBL-Plants: tr|G7KEH1|G7KEH1_MEDTR Nicotinamide-nucleotide adenylyltransferase; Found in the gene: LotjaGi1g1v0190800 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:37592960..37610352) extracted from Lotus japonicus Gifu genome v1.2.
GCAGTTTTCTGGGGATTTTTTTTTCTTTCAAAAAATGGGCAAATCTGAATCTCTGTCTCTCGTTCTCTTTCGCACATCGC CTTCTTCCTCTCTGCCTCTCGTTCTCTTTCCCTCCGACTCCAATCTGATCTGAATCGCGCACTGCTTCTTCCTCTTTCTC GTTCTCTAAAAAGGGAATCGAAAAACTCAAACTAGGGTATCAGGTATGTTCATTCTGTGATTTTTGGGATATATTTGCAA GTATTGTTCCACCTAATAATCTCTGTTCACATGGATCAATTTGTAATTTGAGCTTGAAGCTCCATCTCTCCATGTTAACT GAAAAGAAAAGAAAAAAAGGATCTTCTTTAGTACTACTTGGTGGTTGAATTTGGGATTCCAAGTTTAATTAATCAAGGAA AACAAAATACATGTTGCTTTGTGTTTAGTTCTTATCATTGATTGTTTATGATGAATTCAGGTCATGGATGTTCCCTTGCC ATTGGATAAATTAGCTTTAGAACTGATTAGTAATGAAACCTCCCCTGGAAACACTAGCAAGTAAGTGTCTCCTTATTATT TAGTTTAGATAATTGTGTGAAGGAGTTTTCTATTGACCTTATTATGAATTATGACATTATCTCTGTCCATAAATAACAGC AGCAAGATATATGCAATTCTGGTTGCAACTGGAAGCTTTAATCCGCCTACTTTCGTGCATTTACGCATGTTTGGTGAGTT GCATTAGCAATTAGATTGCAGTGTTTGCTGGATGGAGAAATCCCGAATTTTAAAAGTGCAGTAACTGTTAACATTTGGCA TCACATGTTAACCACTGATAGAACATGCTCAATTTATGCTTCAATGTATTAAAAATTAATGCTTATACTAATCAAATACA TACAATAAGAATAACATTTTAGATTACTATAAGCTTACAAGAGTTGTTATGAAGTGTTTGACAGTTTGTTTTACATTATA ACCAACTCTTTATCTATGTTGTCTTCCTTTATGATTAAATTTGTTATGATCTCTGAGTTTCTGGTCTCTAAATGAAAGTA AAGGAGAGAGGGGAGAGATACCTATTTAAAAACTTCCTTCTAGTTCATTTCAAGTGTCACGTGATGAAATTTCATTGACA AAAATTTTATGAGTTCAGAGTGCTTCAATTTTCAATTTCATTTATTTTCTTGTCTTGTAAAAAAAACTGAATTTATGGAT GTTACTCCTAGAGCTTGCAAGAGATGTGTTGAATTCCAAAGGCTACTGTGTAATAGGAGGTTACATGTCACCTGCGAATG ATGCATACAAGAAAAAGGTATGTTGTTCACAAGCAGAGAGAGAAAGGGTATCTTAATTTTATTATATAGTACATATATAT GTGTATCTGTGAAAGTTGTAAGATGTTCAAATGACTGAATAAGGAAAAATATATGCTTGACATTTGGGGTACACTGCAGT TATACGAAAGTCCATGAGAAACATGTTTGAGGTTTAATAATCTTTTTTTTAAGTTGTTATTCTTCTAGGAATTCAGACAT GGAGATCAAGTACTATGCTGCTATTCATACAATCATGATTTTCTTTCTTTTCTTTTCTTTTTTCCCTATTTCAAGCAATA CTATTAGTTTCACAGCTGCACATTGGGTTAATTTTCTGTAACTTGTATGTTCATACAGAACCTAATATCTGCTGAACATC GAATACGATTATGTCATCTAGCTTGCAAAAGTTCAGAATTTGTAATGGTTGATCCATGGGAGGTAAATCACTTTTTCTAT ATGCTAGATTGTACATCTTTTATTCTTTATGCTTATAGAAAAGTTTCATCATCGAAACATTTGAATTTGTAAGAGTGCTT TTATATCATGTATATTATTGCAAGAAATATATCAATCTGGCTGGCCTGATTTCTTCATACTTTTCATTTTTGTTTGGGTA TAAACTCACAGGCAAATCAAAGCACATATCAGCGCACTTTAACTGTTCTCTCCAGAGTCCACAGTTCTATTTGTGAGACA GGGTTGGTATCTAGAGGTATGCTCAACAAACAAGTCTTCAAGGAAAGCACATTATTCTAACAAGTTACAAGATGCATTAG TGCCTTTCCTTTGATAAAATCTCATGCTAACCATTTTTTTTTCTTTGCTGATTACTCCCTCCGTTCCTAATTATAAGACC TAGTTTCAAAATTTTCATGTTCCTAAATATAAGACCTCCTACAAAAATCTAGCAAAAGGTTTTGTACTCTTCCATGTTCA CCCCTCACATTAATTGTATGTTTTCAATTCCAAAGTTACCACCTACCATTAATTACTACTATTCCAACAAACTATGAATG CAATGATTATTAGTGAGAGAAAATGACAAAGGGTAAATAGGGAAGAATGTATGCATTTTTAAAAAACCAATACACTAATT AGTCACATTAAGTGATTTCTTAATAAGCGCAATTTTTTGGAATAGGTCTTATATTTAGGAACGGAGGGAGTATGATCTAA AAGCAATACGATAATTTTCTTTTGTATTGATTAGTGCAGAATCCCTCAAGGTCATGCTTGTTTGTGGTTCTGATCTCCTC TATTCTTTTGGCATTCCTGGATTCTGGATTCCTGACCAGGTACTTATGCATTGTAGAAAAATCTAATATTACTTAATTTT AGATCGAAGGATGTCATGTCTCTAGCTTAAACTCTACGAGAACATGCATAGTGCAATGTCCTCGTTAATTTGATCCACGT AATATTTTTGGTAAATTATCCTTAAAAGGTAGGGGAAATCAAAGTCAAAGGAGTTGGATTGGTTTTGTGATGTTTTTACT GTTAGAATTGGTATGCTGGTAATGGAAACAATGGACTAAAATTAATTTTCATTTTTTGCTTTAGGTTAAGACTATATGCA GAGATTATGGAGTAGTCTGCATTCGCAGAGAAGGACAAGATGTGGAGAAGACTATATCTGATGATGAAATTTTGAATGCG AATCAGGTATATCACATTCCAAACTTTTTTATTTGTTGCCTTTCTTTATTTGTATTTGACCACATTAAGTTCAAACTATA GGTGTATAAAATCTTTAAATTGATCAATTCCTCTAAACCATGATTAGTTATGTAACAGGATTCACAGTACTATATATTGT CTTGATAGCATTTTTCCATGTTTTTTTGCTGGACAAGAATAAGCTGTTGAATGAATTGCTTTGCTAATTAGCTTTCTTTT TTGTATTTTAATTCACCACTACAATTTTTTTAGGCTAATATTGAAGTTGTGGATGAGCTTGTACCAAATCAAATCAGCTC AACGAGAGTAAGGTAATAATATGACCTTGTTTAAGTGTAAAAACATGATGATTTAACAGAAGGGACAGATTGTTCAATTT TACTGTTTTTTTTACTATTCAGGGATTGCATTGCAAGAGGATTATCAATAAAATATCTTACTGTGGATGAAGTGATTGAT TATATCAGAGAGCAGCAATTGTACTTGAACTCAGATGATAAATAATTGCTACACATTGTATTTTATATTGTTTATTAGTC TCTTTTAGAGCCATTAAGATAACTATGATGCCTTTTTTCTTTAAGGTGATTTTTGAGGTTGTAAATTTGCAGATAAGTAA ACATTACATGACTTCACAAGGCAATATCAAATACTAATTGATTAAGAATAGTAGTATTAAAGTTGCTCGCTTTAACTCAA GAAAGTTATTACTTTCATGTAATTTTCTTGCTTAGGCACATTGCTTAGGACACCTCTGGGCTCCACCTATGGACTAAGGT AGTAAAGTAAAAGTGATGTGAACAAAATCATGTTACATTTTTTCTTCTAAATGCGTTTTGTCTAGAGTGAGGTGCACTTT ACTAATGGGGAAAAGGTGTGGTATGGTTTATGATTGCTTTGACGAGAGTGCTCTTCAAGGTCTAGTGGCTCAAATTAGCT CGAGCAGATTGGGATAGGGCCCTTTGGAGCCTATCAGAGTAAATCTTCTTTGGAAGGTCGATCCTTTCTCTCAGGTTAGC TTTTAGGTTGGTGTTTATTATTTGGGAATCTCCTATGTATATTCTTGATCGAGATTCTTTTTTGTGGGGCGTTCTATCTC ATATCTTTTGGGGTTGGCGTTTCAATATTAGGTGATTAGCTTTTTTGTTATACTAATCACTTTATTACCCTGTGCTCTTT TGAGCTTTGTTCCCTAAGCTTTTGCTTAATATATCTTTATGCTTTCTTAAAAAAACAAAATAAAAAAATGAATGTAATAT TTTATGTTCAAAATGGTATTAAATATGACATCCATAAAATTGATATCAATTAGTTTTAAACAACTAATTTAGAAATTAAC TAAAAAAATTGTACTTTATGTTTTAGTATATATATATTTGAAAGATTAAAATGGTTTTTGTATATTAGAAAAAAAAAGAT TAATAATCATAGAGCAATATTTGGGGGTTCGAATCCCAACTCTTGCGAATAGAAAAAACTCCTTGGTCAGCCCCCTACCA CTTAGTGCGCTGACCGTGGGGCGATGGAGTGATGTTGCAACTTACATGCCTCTTTGGAGGGAAAGAGGAAGATGAAGTCG GAATCACAATCACAGAGCAATATTCTTCTCACAAAGATCAGAGGTTCTTCTTCACTTCACTTCACACGAAAAAACCATTC AATTTCCCCAATCCAACTCTACAAATTCACATTTATTCATTTTCGTGTTTGAGATCTGTGAAATCACGTTATTAGAGTAT ATGTATCAACATGGCCTTGCTGACATGGCAAGCCATAACAGAATCAGTTAGTGACCTTGCTGACATGGCAAGCTATAACA GAATCAGTTAGAGTAGTTAGTTAGCTTAGCTTTTCCTTATGATAGCTTGCTGCGCAAGCTTCTTCTCTCTCTATATATAG CTTGGATCTCTTTCTGTAATAGCTACCTTTTCATAATTCAATATTACAATTCTTTTATACAGTTAGAGGTTTCTATTATG GTATCAAGAGCAAGCTACGATCCAGTGGATTTTTCTCTTTGATTCCACCTTTTTCTTCTTCGTCTCAATGGCAGAAGAAG CTTCTCCGACTCAGATTCCAACTCCGACTCCGATTTCGGTTGCGATTCCACAGTTGAGTTCCACCTCGCTGGTTCACAAG CTTCTCTTGAAGCTTGACGACTCGAATTTCCTCTCATGGAAGCAGCATGTGGAGGGAATCGTGCGCACTCACAGATTACA GAGTTTTCTTCTTCATCAGCCTGAAATTCCTCCTCGTTTTCTCTCTGATGCAGATCGAGTCAATTCAGTGGAGAATCCTG CTTTTCTTGTGTGGGAGCAACAGGATTCAGCTTTGTTTACCTGGCTCCTCTCTTCTCTTTCACCATCTGTGCTTCCTACA GTGGTGAATTGTCAACATTCATGGCAAATCTGGGAAGCAGTGCTGGATTTCTTCCATGCACACTCTCTCGCACAGTCTAC ACAACTCAGATCTGAGTTACGATCCATCACCAAAGGATCGAAGAACACCTCTGATTACCTGAAGCGGATCAAGTCGATAG TGAATGCTTTGATCTCCATTGGTGATCCTGTTACCTATCGTGAACATCTTGAGGCAATCTTTGATGGCCTTCCAGAGGAT TATAGTCATCTGATGACTATCGTGACAAGTCGCGAGTTTCCGTGTTCGATCTCGCAAGCAGAAGCGATGGTGATTGCGCA CGAAGCGCGTTTGGATCGTTTGCGTCTACGTCAACATGCAGCTTCACCGCCGTCAGCGTTTCTTGCTCAAGCGACTACGC CACCGCAGTCGACACCACAGGCGCCACCGCTTGTGCCATCGCAGTCGCCAGCGCCACCACAAGCGCCACCACCGGTAGCG ATTGTTCCTCCTTCGTCGGAAGTCAACTACGTCTCACGCACTGGATCTGATGATCGTGCGTATGAAGTTCGTGACGACGA TCGTTCTCGATCTGATGACAATCGCGATCGCGGCGGTTACAACAACCGTGGACGCGGTGGTCGTGGCGGTTACAACAACC GTGGACGCGGCGGTGATCGATCTTCTGTCCAGTGTCAGATCTGCCATAAATATGGTCATGATGCAAGTGTTTGCTACTAT CGGGGAAATTCTACATCTCCTGCTACTAACTCTCAGCCAAACATGACTAATCAAGCACCTGCACCTGTGGCACCAACCTT TGGTTTTGGTTCTTCCTTTGGCATGATGCCTCAGTTTGGTTACTCTCCATTTCGTGGTTTTCAACCTTATGGAGCTCTCT CACAGTTTGGAATGTCATTTCCAAACTCAGGATTTGGTTCTGGTTCTCCATATGCTTCTGGTGGAATGTTTACACCTCCT GGTTATGGATTTGGTTCTGGTTATGGATTTGGTTTGCCTCCTAGAGCTCCAGCACCACAGATACGTGCACCACATGCAAT GCTAGCCTCTGCACCTTCTACTCTTGGTAATTGGCATCCTGACTCAGGTGCAACTCATCATGTTACTCATGATGCCTCTG TTATTTCAGATGGAATGTCAGTGACTGGGAATGATCAGGTGTACATGGGGAATGGTCAAGGTTTGCCCATTCAATCCATT GGTTCAGCCTCTTTTTCTTCTCCCATTCACACACAAACCACTTTACTTCTTAAAAATCTCTTGCTAGTACCAAATATTAC TAAGAATCTGGTTAGTGTTAGTAAGTTTGCTCAGGATAATGGTGTTTATTTTGAATTTCACCCTTTTCATTGCACTGTCA ATTCTCAGGATACTTGTAAGACTCTTCTCAGAGGTTCTCTTGGTTCAGATGGTCTCTACTCCTTTGATGGCATGCACTCT TCAAACTTTCATAAGGATCTTTCTCAAGTTCCTGTCTCTTCAGCTTTTTCATTGTCCAAGCCTGCATCTCCTGCAGTGAA TACTATTGTTTCTACTTCCAATAATGTACCAAGTCCCACAGCTTATGACTTGTGGCACTCTAGGTTAGGGCATCCTCATT ATGAGGCACTGCAATCAGCACTTACCACTTGTAAAATTCCTGTTCCACATAAATCAAAATATACTATTTGTCATTCTTGT TGTGTTGCCAAATCTCATAGATTACCTTCCTCTGCTTCCTCTACTCTTTATACTGCTCCATTAGAATTAATTTTTGCAGA TTTGTGGGGTCCTGCATCTATTGAATCTTCTGCTGGCTATTCATATTTCCTGACATGTGTTGATGCCTTTTCTAGGTTTA CCTGGATTTATCTCCTTAAAAGAAAATCTGAAACCAGTACTGTTTTTATTCAGTTTCAAGCTATGGTTGAATTAAAGTTT GGTTTAAAAATTAAGTCTGTACAAACAGATGGTGGTACTGAATTCAAACCCTTACTTCCTCATTTCCTAAAGCTAGGCAT CACTCATAGACTTACTTGTCCTCATACACACCATCAAAATGGTAGTGTTGAGAGGAAGCATAGACACATTGTGGAGACTG GTTTATCTCTTTTAGCTTGTGCTAACATGCCCACATCCTATTGGGATCATGCTTTTCTCACAGCTACTTTTCTCATAAAT AGACTTCCAACTCCAGTTCTTGGCAATCTTAGTCCTTATCACAAACTTTTTAAAGTTCCAGCTGATTACAAGATCCTTAG AGTGTTTGGAAGTGCATGCTATCCTCATCTCAGGCCTTACAATTCTTCCAAGCTCTCTTTTAGATCTCAGGAATGTGTGT TTCTTGGATATTCTTCTTCACACAAAGGGTACAAGTGTCTTGCTAGTGATGGTCGAATTTACATCTCTAAAGATGTACAA TTCAATGAATTCAAGTTTCCTTATTCTACTTTGTTTTCCTCAGAATTTCCTGCTTCCAATCCTTCTTCTGTGTCTTCTGT TATTCCTGTTATTTCTTATGTGCCTTCTTTGCAGCAACCAATCCCTTCACCTCATCATTCTCATCCCACTGGCATCTCAT CTCCTAATTCAGTTGATTCCCTGCAGTCAATGCCCAATTCACCAGTTCATAGTGCTGCCACTGTCTCAGAACATCCTGCA GCCTCTGGAACTGTCTCTCCCAATGCAGTTTCCAGCACATCTTCCTCAGATCATTTTGCTTCTGCTTCTTCCATCCCAGC TACTACAACAGGCTCTTCTCAGCCTCAACAAGTGACCAATGTGCATCCTATGCAAACTAGAGCAAAGTCTGGTATTGTTA AGCCTAGACTCCTTCCCACTTTGCTTCTGGCCCAAGCAGAACCAGTTACAACAAAACATGCTCTTAAGGATCCAACGTGG ATGGCTGCAATGAAGTCAGAGTATGATGCACTCATGTCCAACAATACATGGACTTTGGTCACTCTTCCCACGGGCAGGCA TCCAATAGGGTGTAAATGGGTTTTTAGAATCAAAGAGAATGCAGATGGGTCAGTAAATAGATATAAAGCCAGGCTAGTTG CCAAGGGATATCATCAAGTGAAAGGCTTTGACTATGCAGAAACCTTTTCTCCAGTAGTAAAGCCAATCACCATTCGTTTA ATTCTCACTTTGGCTGTTTCCAAAAGGTGGCATATTCACCAACTGGATGTGAATAATGCTTTTCTTCATGGGGCTCTCCA AGAAGAGGTTTACATGCAACAACCAGCTGGATTTCAGAATTCTGACAAAACACTTGTGTGCAAGCTAAATAAAGCCTTAT ATGGGCTTAAACAAGCTCCTAGGGCTTGGTTTGACAGGTTGAAGGCAGCTCTAGTCAAGTATGGGTTCAAAGCAAGTTGT TGTGATCCCTCTCTCTTTACTTTTCACAACAAGTCTAATGTCATCTACATACTAGTCTATGTGGATGATATTATCATCAC TGGCAATTTCTTGCCCTTTATTCAAGAAGTGGTTCAAAAACTGAATTCAGAATTTGCTTTGAAGCAATTAGGCCAGCTGG ATTATTTCCTTGGTGTTCAAGTTCATCACTTGCAAGATAGATCTCTTCTCCTAACTCAAACTAAATACATAGGTGATCTC CTTGAAAGGGCTGACATGGCTGAAGCTAAAGGCATCTCTACACCTATGGTTAGTGGTGCTAGACTTAGTAAACATGGGGC AGATTATTTTTCAGATCCTACACTCTATAGATCCATTGTTGGTGCCTTGCAATATGCAACATTGACCAGGCCTGAGATTA GTTTTTCAGTGAACAAAGTGTGTCAATTTCTCAGCCAACCTTTGGAGGAGCATTGGAAGGCTGTCAAGCGCATACTTAGG TACCTCAAAGGTACTATTCATCATGGTTTACACATCAGGCCTTGTTCTCTGCACTCTCCAGTCTCTTTGGTGGCTTACTG TGATGCTGATTGGGGGTCAGACCCTGATGATAGACGGTCAACCTCTGGCTCTTGTGTCTTTTTTGGTCCAAACTTGGTCA CATGGACTTCTAAGAAGCAGACCTTGGTAGCCAGGTCCAGTACAGAGGCAGAGTATAGAAGTTTGGCTAATACTTCTGCT GAGTTATTATGGATACAATCCTTATTACAGGAATTGCAAGTTCCATTTACAGTACCTAAGGTTTTCTGTGATAATATGGG GGCTGTTGCTTTGACTCACAATCCTGTTCTCCATACTAGGACAAAGCATATGGAACTTGATATCTTTTTTGTTCGAGAGA AGGTTCAAAATCAGTCTCTTTTTGTTCATCATGTCCCTTCTGTTGATCAGATTGCTGACATCTTTACAAAGGCCCTCTCT CCTACTCGTTTTGAAGACCTTAGAAGCAAACTCAATGTGCGTGAGAAACTTGTTTCTCACCTACCTTGAGTTTGAGGGAG GATATTAGAGTATATGTATCAACATGGCCTTGCTGACATGGCAAGCCATAACAGAATCAGTTAGTGACCTTGCTGACATG GCAAGCTATAACAGAATCAGTTAGAGTAGTTAGTTAGCTTAGCTTTTCCTTATGATAGCTTGCTGCGCAAGCTTCTTCTC TCTCTATATATAGCTTGGATCTCTTTCTGTAATAGCTACCTTTTCATAATTCAATATTACAATTCTTTTATACAGTTAGA GGTTTCTATTACACGTTTCTACAAATCGATGTTGATTTTGCGTTTGCAGAATTCACTCGAGCTTTGCTCTTCGACCTCAC CAGTGGACGCTCACCGCTCATTCTCATCGATCGATTCAGAAATCACTGCACCAATCCCAGCTCAAACAACTGGTTCGGTT CCTTTCTAATCTCAACCATTTTTTTTTCTCTCAGATTCCAACGTTTTTTGTTTAACTGATTCGCAAATTGCAGCTTCTGC GGCTCCGGTTTGCCATGTGGAAAGGAAGCTCTCACACTTTGCAAGGGAAGCCATGTTCACAGAATAGGTCACACTCTACT CTAACTTCGATTTTTCAATTTTTCATGATTTTCAATTTCATTTTTATTATTGAATTATTTGTGCTCAAATTATCGATGCG GTTATCTAGATATTAGAGTACACTATGTAACGTGTAAGAGAAGCTACTGTTAGTTAGCTTGCTGACTGTGTATGCAGTCA GTTATAGAGTTAGTTAGTGTTAGCTGTCATAGTTAGTTATGCTGAGCTGTCATAACAGCTGTCATAACAGAATCAGTTAG GATTGTTAGCTTGATCAACAAGCTAAGTGCTCTTCTATAAATACTGATGTAATCTCTTGAATCTGTAGCTTTTACAAATC AATGTTAATCAGTTTTCTCATTTACAGTTTTCAACATGGTATCAAGAGCAGGGTACGATCCTTGAGGTCTCTCTTCTCAA ATTTTTCTTCTTCATTTTCTTCACCATGGCTGAAGAAGCTCCTGAGATTCCGATTCCCGTTCCAGTTGCAGTGGCTCAAC CACAGTTGAGTTCCTCAACTCTTGTTCACAAGCTTTCACTGAAGCTTGATGATACGAATTTTCTTTCATGGAAGCAGCAT GTGGAAGGGATCGTTCGTACGCATCGATTGCAGAGTTATCTTGCTCGTCCTGAGATTCCACCACGATTTCTCAGTGAAGA AGATCGTGTGAATGCAGTGGAGAATCCTGCATATCAAATCTGGGAGCAGCAAGACTCTGCTCTGTTCACGTGGTTACTCT CGTCTCTTTCGCCATCGGTGCTTCCTACGGTGGTGAACTGTTCTCAGTCGTGGCAAGTGTGGGAGGCAGTGCTCGATTTC TTCCAAGCACACTCTCTCGCACAGTCAACGCAATTGCGATCTGAAATTCGATCCATCTCCAAGGGATCGAAGTCGTGTTC CGAGTATCTCAAACGTATCAAGTCGATTGTTAATGCGTTGATCACTATTGGAGATCCAATCTCCTATCGTGAACAATTGG AAGCAATTTTTGATGGTTTGCCAGAGGATTACAGTCATCTCCAAACGATTGTCTATAATCGTGAAACACCGAGTTCAATC TCGCAGATCGAAGCAATGATTATCGCGCATGAAGCGCGGCTAGATCGCGCTCGATCTCGTCAGGTTACTGCGAATCCTCC ATCGGCGCTGCTGACGCAGGCTTCGCTGCCGCCAGCGACGCAACCTCCATCGTCGGCGCCGTCGCCGGTGCCTTCTGAGG CAAATTATGCTTCCAGTTCCGTCGATTCTTCCTATGAGGAGCGCTCCTTTGATGAGCGCGGTGATGAGCGCAGTGGTTTC TCTGATTCGCGTGGTCGTGGTGGTTATAATGGACGTGGCGGAGGCAACAACTCTCGCGGTGGCTACAATGGACGTGGCGG AGGCAGAGGCAACAATCGCAGTGTGCAATGTCAGATCTGCAAGAAGTATGGTCATGATGCCAGTATCTGCTATCATCGTG CATCTTCCACTCCTTCTATTGGCATGTCTGGCATGAACTCAGGCTATGGAATGCAATTTCCTAATTTCCCTATGGTTCCT ATGCCTCAGTTTGGTTTCTCTCCTTACTGTGGTTCTCCTCAGTTTGGAAATCCAACTCAGTTTGGACAACAACAATACTC TGGACCTGGTTCCTCTTTTCCAGGATTTCCTTTTGGTCCTCAGCAGTTTGGTTTTCATCCTTTTGCTGGTACACCTTGGA ATAATTCATCCTCTTCTCAGTTCACAAGTGTAGGGCACAGACCTGGAAATTACAATGCAAGACCACCTCAAGCTATGATC ACAGGTTCATCACAAGCAGGAGGCTCTTCTGCCTCAGCAAATCTGAGCACTTGGTTCCCTGATTCTGGTGCAACTCACCA TGTGACTAATGATGCATCAGTTGTCTCAGATAGTGTTTCTCTTGCTGGTAATGATCACATCTTCATGGGGAATGGACAAG GTTTGCCAATCCTCTCTATAGGATCTGCTTCCTTTCCCTCTCCCTATCATACTAACACCACACTCACTCTCAAAAATCTG CTTTTAGTTCCTGATATAACCAAAAATCTGGTTAGTGTGAGTAAATTTGCAAGAGATAATAATGTTTACTTTGAGTTTCA CTCCTCTTTTTGTGTTGTGAAATGTCAGGTCACCTCTAGGGTTCTTCTTAAAGGTCATGTTGGTCCAGATGGCTTGTATG TCTTTGAAGGCATGCACACTCCTTCTCTTTCCAAGAGATCTTCTGTTCAAGTTCCAAGTTCCTTGTCTCCAGTTGCTGTT TCAGATTCAGTTTCTGCCTTGTCAGCTGTTTTCCCTAGTTCTACTATTCCTAGTTCTAGTAATAAATCATCTACTATTGT ATGTCCAACCTCTTATGGTTTATGGCACTCTAGACTAGGACATCCTCATCATGAGGCTTTGCATTCAGCTCTCAATAGTT GTAATATTCCAGTACCTAATAAAGCAAAATTTACAGTTTGTTCAGCTTGTTGTCTCTCTAAATCACATAGACTACCTTCT CATTCTTCTAGTACTGTTTATCATTCTCCTTTGGAACTTGTGTTTGCTGATTTATGGGGACCAGCTTCCATTGAGTCCTC TTGTGGATTTTCATACTTTCTTACTTGTGTTGATGCCTATTCTCGCTTTACTTGGATTTTTCCCATTAAGAAGAAGTCTG ATACATGTTCTGTTTTCCTTCAGTTTCAAGCCATGGTTGAGTTAAAATTCAGTTTAAAACTTAAATCAGTTCAAACTGAT AATGGAACAGAATTTAAGCCTTTAACACCCTATTTCACTAAGTTAGGGATTGTTCATAGGCTTACTTGTCCCTACACACA TCATCAAAATGGTAGTGTAGAGCGCAAGCATCGCCATATAATTGAAACAGGTCTTTCCTTGCTAGCACATGCTCATTTGC CATATCAGTTTTGGGATCATGCTTTCCTTGCAGCTGTGTTTCTCATCAACAGATTGCCTACCTCAGTTTTGGGCAATGTT AGTCCTTACTTTAAGCTCTTCAAGGTGCAACCTGATTATAAGCTTCTCAAGGTCTTTGGCTGTGCTTGTTATCCACATCT CAGACCTTATACTCACTCCAAGTTGTCTTTGAGATCCAAGCTTTGTGTGTTTATTGGATACTCTTCTACACATCAGGGTT ACAAGTGCATGGACAATGAAGGCAAGATATACATCTCCAAGGATGTCATTTTTGATGAGTTTACATACCCCTATCATGCA CTGTTTAATCCTAATGAGAGTGCACCTTCTGGACAAGGATTGTCTTCTGTTATTCCTCTCATACCTGCTGCTGCACACAT TCAGCAACCTAATACTGCTGCTGCTGTTTCTGCACCTTCTCCTGAGCATAATGCAGACAGTGTTTCTTCTGTCCAGCAGC AGCCCATGCATTCTCCCTTGCCCTCAGCTTCTTCTGGTTCAGCAGCCCAAGGACATCAGTCATCTACATCTTCTTCTGCT GGTTCTGTTCCTCAACCAGTTGGGAATGTTCACCCTATGCAGACAAGGGCCAAGTCTGGCATTGTCATGCCTAGATTGTT CCCCACCTTGCTTCTTACTCAGGCAGAACCAACAACTACCAAGCAGGCTCTTAAGGATCCCAAATGGCAAACTGCAATGC AGGCAGAATATGATGCTTTGATGGCTAATGGTACCTGGACTTTGGTCCCTCTTCCTAAGGATAGGAAGCCTATTGGATGC AAATGGGTATTTAGAATTAAAGAGAATGCAGATGGAACCATTAATAGGTATAAAGCTAGGCTTGTTGCCAAAGGATATCA TCAAGTTAAAGGCTTTGACTATTCAGAAACATTTTCACCAGTGGTCAAACCTATTACAATCAGACTTATTCTCACTTTGG CCATCACCAAGCAGTGGCATATTCACCAATTAGATGTGAATAATGCCTTTCTTAATGGAGCTCTCCAAGAGGAGGTTTAT ATGACTCAACCTACTGGTTTTCAGAATTCAGATACTACACTTGTGTGCAAGCTACACAAAGCTCTCTATGGCCTCAAACA GGCCCCTAGAGCATGGTTTGAAAGGTTAAAGTCAGCCTTAGTTAAGTATGGGTTCACACCTAGCAAGTGTGATCCATCCT TGTTTACTTTTTACATAAAAGGTTCAGTCATATACATTCTTGTTTATGTGGATGATATCATCATTACTGGCAATTCTCTG CCTTTGGTACAGCAAGTAGTGCAGAATCTTGACTCTGAATTTTCTCTGAAGCAACTGGGTCAGCTTGATTATTTTCTTGG AGTTCAGGTTCATCACTTGAAAGATAGGTCCTTGCTTTTAACTCAAACCAAGTACATACATGATTTACTTGAAAGAGCTG AAATGGGGGAAGCAAAGGGTATTTCTACTCCTATGATTGGTGGTGCCAAGTTGAGCAAGTATGGGTCTGATTATTTTGCA GATCCAACCTTGTACAGGTCCATTGTTGGTGCCCTGCAGTATGCTACTCTCACAAGGCCAGAAATCAGTTTTGCTGTGAA TAAAGTTTGCCAGTTTCTTAGCCAGCCCTTAGAAGATCATTGGAAGGCTGTCAAACGTATTTTAAGGTATCTTAAGGGTA CTATTCATCATGGTCTTCACCTCAATCCTTGTTCCTTGTCCTCTACAGTTCCTCTTGTTGCATTTTGTGATGCTGATTGG GGTTCTGACCCTGATGACAGAAGGTCCACCTCAGGATCTTGTGTGTTTTTTGGTCCTAACTTGGTGTCTTGGAGTTCCAA AAAGCAAACCTTAGTTGCTAGGTCCAGTACTGAGGCTGAATACAGGAGCCTTGCCAATACTTCTGCTGAGTTACTTTGGA TACAATCTTTGTTGCAAGAGCTCAAGGTCCCCTTTTCTTCTCCTAGAGTTTTCTGTGACAACATGGGGGCTGTGGCTTTA ACACACAACCCTGTTCTGCACACCAGAACAAAGCATATGGAGCTTGATATCTTTTTTGTCAGGGAAAAGGTGCTGAATGG CTCTCTCTTTGTTCACCATATTCCTTCTGAAGACCAGCTTGCAGATATTTTTACCAAGGCTCTTTCTCCAACCCGGTTTG AGCTTCTTCGTTCCAAACTCCATGTGGCTGAGAAAATCCTTTCCTCACCACCTTGAGTTTGAGGGGGTCTATTAGAGTAC ACTATGTAACGTGTAAGAGAAGCTACTGTTAGTTAGCTTGCTGACTGTGTATGCAGTCAGTTATAGAGTTAGTTAGTGTT AGCTGTCATAGTTAGTTATGCTGAGCTGTCATAACAGCTGTCATAACAGAATCAGTTAGGATTGTTAGCTTGATCAACAA GCTAAGTGCTCTTCTATAAATACTGATGTAATCTCTTGAATCTGTAGCTTTTACAAATCAATGTTAATCAGTTTTCTCAT TTACAGTTTTCAACACTAGATTTCAAGATTTGTTGATTTTTATGAGTTTTTTTGTTTTGTTTTGGATATTATGTCTCAGA TGTTATGTTGAAGGTGTTGTTGATTGTTCAGAAGCTTTTGCAAGAGAACAAGCACAGTTCAAAGAGGGACATCTATTACA TGCATCCATCTGTGTTTTTGGGTGAGTCTTTTAGGATTTGGGTAAATGTCATTTGGTTTAAGAATAAGATTAATAATAAT AATTGCCTTTCAGTTTCTTTCTGTTCATATGTTTTTTTAGTTTTTGTACTATGGTTCCAGCTATTGTGAAAACTTGAATT TTTTAAGAGTTCTAGAACAGCATTGACTAGAGTTGTCATCATTGTTTCTCTACTGCTGCGAGGTTGAAGCCAAGTTGTAT AGTCTTATTAGGTTCCATTTTGAGTTATACAATGATCTTCGCGTATAAAAGGCTTTGGATATCTTATGGAAAAAGTTTGC AAAGTTATACTATGATTCTGAATTATACACAACTTGCCACAATCTTGTACACATGATTGTTTAAAAGTCAATGCCATGAC TGCTATATTGCTGATTCTTAAACGGTTTATTTCTATGTTTATAGCTTTAACTACTGCTGTATGACACAATTATTTCTTTT TCATGTGATCTATTCCTTTTCACAATGCAGATCAGTCAGTTGTGGACCGCTCAATAAATGATATATGTGTCATTATGCAG TGCAGTCGCCATGACCTTAATGTGGTAGAACTTTTTGCACTATATTTTCAGTTTGGGTCTCTTAACTTGGTGTATTTTGG TAAATAAAACTTCATGTAAATTTTCTGCTATTCTTCTTCTCTTGCAGCTTATTCATTTGAAATAGAAAGCAATTCATGCT TCATGTTTGAGAGGCTTATGTTTTTTCCTTTCATTTTTCTTGTTTGCAGGTACCTGCTGGGAAAGGGTACAAGAGGAGAT CATACACTCGATCTTGGAAATTTCACTTTTCTGTCATTCCCTTTATATTTTCTTTTTTTGACGGGGTCATTCCCTTTATA TGAACAATGATAACAGTTTTATTTCACATCTGATACTATTTCATGAGTGCATAACTTTTTGTATAAAACAAAATCCCCCC CCCCCCTGGTGCATCTGAAAGTTGATATGAAATTCAAAGGATACTTATTATAATAATTGTTATTTTTGAGTTTTGAGATC TATTGTCGCCATTGGTTTGACAAATTCCATTGCTATCATAACTGATGACTGTGAAAAAATATGGTTCTATTATGATTCTT CCTAGTTTATACTCAGAACATTAATAAGCCAGGCATATATGACATTCTTCCATTTGAATTCTTCTCTCTTGCTTTGTCTG AAATTGTTAATTACTTTTCTCAAAGCTGATACTTTTTTGCCTTCTGCTCAGTTTCTTCATATTCTAGTACCATGTCTAAA TGTGTTCAACTGGTAAGACTTATGCATCAAATTTATTCCTGCTATAGGATAGTCATGGGCTGGATAAGATTCTTTGAAGG AAAAAGGATATATGACTGCATCAGTTCTCCCAACACTGTAAGAACTAGGAACTAATTTTGCTGCATTAATTTTCACCATA TAAATTACATATAACCATATAGCTTTCTGCAGGCCCACCCTATCCTACTTTCTGGGTGAATATACTTAAATAGTTTAGCT TCCTTCTTCTAAGTTCTGATCATATTTTCTACT
CDS sequence (LotjaGi1g1v0190800.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGATGTTCCCTTGCCATTGGATAAATTAGCTTTAGAACTGATTAGTAATGAAACCTCCCCTGGAAACACTAGCAACAG CAAGATATATGCAATTCTGGTTGCAACTGGAAGCTTTAATCCGCCTACTTTCGTGCATTTACGCATGTTTGAGCTTGCAA GAGATGTGTTGAATTCCAAAGGCTACTGTGTAATAGGAGGTTACATGTCACCTGCGAATGATGCATACAAGAAAAAGAAC CTAATATCTGCTGAACATCGAATACGATTATGTCATCTAGCTTGCAAAAGTTCAGAATTTGTAATGGTTGATCCATGGGA GGCAAATCAAAGCACATATCAGCGCACTTTAACTGTTCTCTCCAGAGTCCACAGTTCTATTTGTGAGACAGGGTTGGTAT CTAGAGAATCCCTCAAGGTCATGCTTGTTTGTGGTTCTGATCTCCTCTATTCTTTTGGCATTCCTGGATTCTGGATTCCT GACCAGGTTAAGACTATATGCAGAGATTATGGAGTAGTCTGCATTCGCAGAGAAGGACAAGATGTGGAGAAGACTATATC TGATGATGAAATTTTGAATGCGAATCAGGCTAATATTGAAGTTGTGGATGAGCTTGTACCAAATCAAATCAGCTCAACGA GAGTAAGGGATTGCATTGCAAGAGGATTATCAATAAAATATCTTACTGTGGATGAAGTGATTGATTATATCAGAGAGCAG CAATTGTACTTGAACTCAGATGATAAATAA
Protein sequence (LotjaGi1g1v0190800.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MDVPLPLDKLALELISNETSPGNTSNSKIYAILVATGSFNPPTFVHLRMFELARDVLNSKGYCVIGGYMSPANDAYKKKN LISAEHRIRLCHLACKSSEFVMVDPWEANQSTYQRTLTVLSRVHSSICETGLVSRESLKVMLVCGSDLLYSFGIPGFWIP DQVKTICRDYGVVCIRREGQDVEKTISDDEILNANQANIEVVDELVPNQISSTRVRDCIARGLSIKYLTVDEVIDYIREQ QLYLNSDDK
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 | 24 | 247 | 224 | 5.8E-96 | – | |
| PANTHER | 24 | 247 | 224 | 5.8E-96 | – | |
| Gene3D | 26 | 243 | 218 | 4.3E-70 | ||
| SUPERFAMILY | 32 | 246 | 215 | 4.69E-50 | – | |
| CDD | 32 | 243 | 212 | 2.32158E-107 | – | |
| Pfam | 34 | 216 | 183 | 4.8E-25 | ||
| TIGRFAM | 35 | 243 | 209 | 4.6E-43 |
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. | ||
| Biological process | Biosynthetic process | The chemical reactions and pathways resulting in the formation of substances; typically the energy-requiring part of metabolism in which simpler substances are transformed into more complex ones. | ||
| 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 | Nucleotidyltransferase activity | Catalysis of the transfer of a nucleotidyl group to a reactant. |
Expression pattern of LotjaGi1g1v0190800.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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