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| Field | Value |
|---|---|
| Gene ID | LotjaGi5g1v0336400 |
| Transcript ID | LotjaGi5g1v0336400.1 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Phosphopantetheine adenylyltransferase; TAIR: AT2G01220.2 Nucleotidylyl transferase superfamily protein; Swiss-Prot: sp|Q7NE64|NADD_GLOVI Probable nicotinate-nucleotide adenylyltransferase; TrEMBL-Plants: tr|A0A072VR82|A0A072VR82_MEDTR Nucleotidyltransferase; Found in the gene: LotjaGi5g1v0336400 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr5:65361528..65373695) extracted from Lotus japonicus Gifu genome v1.2.
CTTAAATTTATGGTTTAAAAATTAAAAGAAGAAATGACATTTTTAGCTCAAATGAAAAATAGACTTAAATATATTTTTCG TCCCTTTACTTCTATCTTTTGGTGATTTGGTCCTTGCTCTATTCTGTGGGATGTAAAACAACATGACAGTGACAGTGTTA TATGGGTGAGATGAAAACAGAGGTGAGATGAAATCCAGGTGAAGAGAAGAATGTCGGAACCTTGCATCAGAACCGTAGTT GAAGCCATACACTCTTCTCCTTTCCAAGCCGTTCTCTATCTCGCTGGTGGAGCTTCTCAGGTTCTCTCTCTCTCTCTCTC TATATATATATATAGACACACACACACACATATATATATGCATGTGTGTGTGTCTGTAGTGTTGAATTGAATGAATGAGT TGTGATTGAATTCAACGTGATCAGGCTTTGGGTTGGTTGCTATCAATTCCTGGTGCTTCAAACACTGTGCTTGAAACTCT GGTTCCTTACTCTAGGATGTCAATGATCCAGTTATTTGGCAAGGTTTCTCTCTTCTTTCCGAATTAAACAAGCCCCTTTT GTTTGGTGTTTCTGTATCTTTTTCTTCTCATTCATTCATTGGTTTTGTTCCTGCAGATTCCATCCCAATTTTGTAGCCAA CAGACTGCTGAAGATATGGCTTTAATGGCTTATAATCGAGCTCTTAAACTTTCAAAGCCAGGTTAGACTAACCCAGATGA AAATCTTGCATTTTGGTTCCCACCCATTAATGATATTGTGTGTTGATATGTGAAAATTCTAGTGTTGTGAATAAAAATGG AAGTTTTGGCTTGCTTGGCAATGCTTTTTACAATTAGGATGAGCTGCGACCGATGTGTGTGTTTGTGATGTGTAAATGCT GTAATGTGAGGTTGTGAATTGATGTGGTTTGTATTTTTCGGTTTATTAGGATCCCCGGTTGTTGGTGTGGGCTTCACTGG TTCTTTGGCGAGCAGTCGTCCAAAGCAAGGGGAACACAGGTATTATCTAAATTTCCTCACAAAAATTGGTTAATATGTAG TCATTCCAGCTTATTCAGTAGCTTTTTAAAGGGGTTACCCAATTGTACTAGTGTTATTCCACTATTGTACATTACTTGCA ATAGGTGAATCTTACCTATGATGAGATTAGGGCCGGGTCGAATATAATGTGCTTGGGTTTGCAGATTAATATTGTTGGAA AGCAGTGCACTGACTTGTTGGTTTCTAACTAACTAACTTCTGAATAACTAACTTGATTCTGTTAGAGTATTAGATTCAAC TATTTATATAACACTGTTATTCTGATACTCTATTCTCTATCAAAGTCATTGATATAAAGGTACTACACATTGTTGACTCC ATACAAGCTAAGCAAAATGATAAAAGTGCATTTCTTCTGCTTTTCAAGTTACCTCTGATTTCACTTTGAATAATGTGATT GAATTTCTACCTGGATCTTTTTAATTTCTCACATTTTCTTTGAAGAGGCTCTCTTCTGATTGCACAGTTGTGCTTCCTCT CGCTCCCTCAATGTGATTTTGGGGGAGCACTGATCCAATCTGAACTTCTTTTATGTTCATTTGTAGATTTTATATGTCAA CAAGGACAGCTGACCGACTTTGGATATCAAAAGTGACCTTGGCTAAGGTATTGTTTCCCTTGTATATTTTTCTAATATTC TGAACTTGATGCTAAACATGCGATAATCATATATTTATTTATTTTCCAATCTGTTCTCATATAGGGCCTTCGTAGTCGAG AAGAAGAAGACAAAATTTCTAGTCATCTTTTGCTCAAGGTGTGTGGCAGGTGTGAGAAGTAGTGAATATTTTTTGTCATG CTATTTATTTGAACTCGTGAGTTACTTTCTTCTGTTTTTCTCCTTTATAAGATTAGGTATAACTTATAAGAACATTGGAG ATCTCAATAAACTGAGACCCGGAACATTTGGAAGCTGAACTTTAGTTTATCCTTTACTTCAGATTTGTTTTGACTTTCCT TTTTGCACCTTATTCTGTCCTGTTACAGGCAATTGCAAATGCATGCAAAGTTCCAGCAACATCTATTCCGGGGTTGAGTG AATCAGATGTATCAGATGAATCTGAAAAACAATTCAATGAAGATCAAGAGTTAGAACAGCTTATAAACGGTCAAATATGC TATAAAATTTACCCATTTGGTAGTGGTATGATTTTTACCTTTGAGCTGAAGCAGTACTGATGCAGTTACAAATTACAATT ACATTTTACTATCTTGTTGATAATATTTTATCGGTTGGCTGCAGAGATACCAGCAGAAAGGAAAATAATACTGCCTGGTT CTTTCAATCCTTTACATGATGGGCATCTCAAGCTCATGGAAGTTGCTACTTGGTACATTAACTTATGTTTTTCCTAAAAT ATGATTAGGATTAGTTCTCTATATGCATGATGCTTTATTTAAATTTCTATTCATTTCTTGGGTAATTTTAATTCAACCTT TGACTTAATGAGAATACGTTTATGCAGCATTTGTGGTGATGTATACCCCTGCTTTGAAATATCTGCAGTCAATGCAGACA AACCTCCCTTATCGGTATCTGAGATCAGAGATCGTGTCAAGCAATTTGAGAAAGTTGGTGAGGATCTTTTTCTCTCTCAG GATCAATGTTAAAAATGCATAGGTTCTAGCTTCTAAGCACACAAATTTCGTATATATAATTTCATCTTCTAATTCATGTA GGGGAATATTTTTCAATTCTTTTATCCAGCAATGATTTCTTGCTTTGCTGATTTTTATTCTAAATAATTGATATTTTCGT ACTATTTTTATATGGGGAATGGCTGAATGCTTAATGGGATTCACAATTTCACATGTATGCTTCAGTTCAAAAGTTTAAGA TAAGGTCATATGAAAATATGTGTGTAGAAAGCTAGAATGAAGAGGAGACAGAGTTAAAGTAGTTAGGACTAGTTGGGGCA GCTAGCTAGAGGAGTCACAATTTTATAAATAGGGAGTAATTGTAGAAAATAGACACACAGCAAATGCATTTTGGAACTAG GCAAGACCGCAAGAGCTTTGTTGATCAGGGGAAACCCTTAGAGAGAGTTTCTCATCTTTTCTCCAATTCAGATTCGTACA TTCGATAAAGTTGTTCCTTCCATTTCTCTGCTTTTCATCAATTTCGTTATTCTGATTTGGGTTCATAATACAATAGCGAT AAATATGAAAATGGTCCCTAAACTATGAGCGAAAGCTGGTTTTGGTCCCTCGCTGGCGTAACTTCCGGATATAGTCCCTC CGAACCACCGTGCCAGAAATGGCTGGACCAAATCTCAGGCACGGTGGTTCGCCTTACCGGAGGGACTATTTCCGGAAGTT ACGCCGGCTAGGGACCAAAACCAGCTTTCGCTCATAGTTCAGGGACCATTTTCATATTTATCTCAATACAATATATACTC AGAGCTTAACAATGTTTTTGAGTGCTTAGTTTGTTATTGTTTAATGCACCACCTAAAGTTGTGAATGACTTCTCTAATGG CAGGAAAGACGGTAATTATATCCAATCAGCCTTATTTTTATAAGAAGGCTGAACTTTTTCCGGGCAGTGCTTTTGTAATT GGTGCTGACACGGCAGTGAGGCTTATTAATGTATGAACTTACTTACTGCTTGGATCAATTTTACATGAATTTCATCATTT AATATCCTGTACTTTTTAATACTTGGTTGTTTCATTTGTTATGTTTGGCATGCATTCTAGGGATATATCCTCAGTTTGAA AAGCAGCTCTGATACAGACCAATAAAACAGTAAAGGAGAATAGCAGAAAAATGAAATGGAATGAGTCAACTGATTAATGG AAATTGGGGAATACAGTAGTCACTACTACTCCAGAGCTAGGCTCCTATAGAGAAAGCATAATTCTCTATTCTTTCTGACA AAAGCAATATTCTCTCATACTCTCTATTCCTAACAGAAATTCCCTTTTAAGCACTCCTATGCACACACACACACGTTGAT TCTCTGTAACAAACTTTCTAGCCTCTTAGCCTCTCTCTGCCAGCTCACTACTTAATCTGGAAGCTTCCTTGTTTGTTCCT TCTTTCATAAACACGCCACACTTTGGGCCTTGGGTCATCAATAGCAGCCCACTCCTGACGTAAGGGTCTATCAATCCCAC CATCTTGAGAAACAACCTTGTCCTCAAGGTTGAAGGCGGGAAATTGGTTAATCAGAGTTTGTTCATCTTCCCAAGTGGCC TCTTCTGCAGACTTTCCCTTCCACTGAATCAAATATTGGTTCACGGCTTCAGCTTGCTGTAAAATGGTGCGTACAGCCAA AACCTTCTCTGGTTCCACAACAGCCACAAACTCCCCACCAATTCCAGTAGGTAATTCCTGCTCCACATGGTAATCTCCTA CTGCCTTCTTTAGTAAGGAAACATGAAAAACCGGGTGGATGCGGGATGTTATAGGCAGACGTAGCTTGTAAGCTACTGCT CCAATTCGTTCAAGGACCTCAAAAGGGCCAAAATACCGGGCAGCAAGCTTGGCATTGATTCTTTGAGCCACTGAATGCTG ACGGTGGGGACGCAGCTTGACAAAAACCCATTCACCTATGGCAATGCTCTTGTCTTTTCTTTTCTTGTCTGCCTGGGATT TCATCCTCCCCTGGGCACGAGTCAAATGATTTTTTAGCTGACGAAGGGCTTCATCTCGATCTTTCAAGTCCTGGGCCACA GCTTCTACCTTAGTTTCACCCACTGTGAATCTGATCATAGTTGGAGGTTCCCTGCCATAAACTGCTGTAAACGGAGTAAT TCCAGTAGAGGCGTGATAGGTTGTGTTATACCAATATTCAGCCCACGACAACCATTGAGTCCATGTGCGAGGTTGATCCG CGATAAAACACCTCAGATATGTTTCTAGGCAACGATTAATAACCTCTGTTTGCCCATCTGATTCTGGGTGATAGGCAGTA CTCATGGCTAACTGAGTGCCCTGGAGTTTAAACAATTCCTTCCAGAAATTACTGACGAAAACTGGATCACGATCGCTGAC AATCGAACGCGGAATGCCATGAAGTCTCACTATCTCTTTTGCAAATGCCTCAGCTACCATTCGCGCGGTGTAAGGATGTT TAAGAGGAATAAAATGCGCATACTTTGATAGCCTATCCACAACCACAAACACAGTGTCCACTCCCCTGACCTTGGGCAAT CCATTGATGAAATCCATAGAAACATCGTCCCATATGCGTTCGGGAATAGGAAGAGGTTGGAGCAGACCTCCAGGGGATGT TGCCAAATACTTTTGGCGCTGACAAACATCACAACCACGCACGAATTCTTGGATGGAATTCTTCATCCCAATCCAATACA AGTTTGCAGCGATCCTCCGGTAAGTGCGATAGAAACCAGAGTGGCCCGCTTGCGGTGCCGCATGAAATTCCAGAAGCAAT TTGGGAATCAACTGAGATGCAGAGGAGATTACCAATCGACCCTGGTAGTAGAGCACCCCCTGAGTATATGCAAAACCCGG TCTGCTGGTTGGTTCCGCTTTCAAGTCCGTGATGATCTTGACTAGTTTATCATCTTGGTGGACCTCCTGAATCAAAGTAG TACCCTCTGTCCAAGTAGGAAAAGAGGATAAAGCTTGGTATTCTCCTTCATCATAAATTCTGGAAAGCGCATCTGCTCCC CTGTTTGTGATACCAGGTTTGTACACGATATCGAAACGATATCCAAGCAGCTTCGCGGCCCAATTCTGTTGATCCACCGT CGTGATTCGTTGGTGTAGCAACTGTCGGAGGCTCCTTTGATCCGTGCAAACTGTGAAATGCCTCCCAAGAAGATAGGGGC GCCAGTGCTGAACCGCCAAAACGATGGCCATCAATTCCTTCTCATAGGCGGATTTCATCAGATTGCGTTCACTTAGAGCT TTACTGTAATAAGCAACTGGTTTGCGATTCTGAAGAAGAATAGCTCCAAGCCCTCGACCTGATGCATCACATTCAATGGT AAATGGCTGGGCAAAGTCTGGCAACACCAGAACAGGAGCAGTGGTAATTCTTGTCTTCAAAATCTCAAAAGCTGTTTGAG CCTCAGAATTCCATTTGAAACCATCCTTTTTGGTCAGTTCCGTGAGAGGTCGAGCGATCTTGCCATAATCCTTGACAAAT TTGCGATAATATCCCGTAATTCCCAGGAATCCTCTAACTCCTTTTACATTCTTTGGCGTAGGCCAATTAGTGATGCTCTG AACCTTCCCTGGGTCCATGGCCACTCCTTCAAACGACACCACATGGCCTAAATACTCCACTGATTGTTGGGCAAAAGAGC ACTTTTTACGATTGGCTACCAGTTGTTGAACCCTCAAGGTTTCCAAAACTTTAGTCAGGTGAATGAGGTGTGATTGCCAA TCAGCACTGTATACCAGAATATCATCGAAAAAGACTAACACACTTCGACGGAGCATACTACGAAATACCTCGTTCATCAG CGCTTGAAAGGTGGAAGGAGCGTTCATGAGCCCGAAAGGCATGACGAGATACTCGTAATGGCCTTCATGAGTCCGGAAAG CCGTCTTGTGAACATCCTCCTCCTTCACCAACACTTGGTGATAACCGGACTTCAAGTCAAGTTTGGAGAAGAATCGTGCA CCATGTAGCTCATCCAACAATTCTTCTATCACGGGAATTGGGTATTTGTCAGGAACGGTAGCTTTGTTGAGTTCACGGTA ATCAACGCACATCCGCCATGATCCGTCTTTTTTCTTCACCAAGATCACAGGGCTTGAAAAAGCACTTTGGCTGTGTCGGA TAATACCTGATTGAAGCATTTCCGCAACTTGCTTCTCTATCTCATCTTTGTGGTGATGAGAATATCGATAAGGCCTCACA TTAACCGGTCCATATCCTGTTGCCAAGGTGATCTGGTGCTCTTTCTGCCTCTTTGGTGGTAATCCCACTGGAGTAGCGAA GACATCTTCAAACTCAGAAAGTAAACTACCCAGTTGCTGTGTTTGCACACTGGTTAAATGGGACTCTCCCTTTTGCAGAA TTTCTGGGTTTTGTGTGATTTCAGTAGAAGTATGATAACACTCCCCATTTTCCCACGGGCAATTGTCCAAAAAGCTCTGC AGCGCTTCTCCCTTCTCCTGAGTACAATCCTGTCCCTGGAGACAAATCCACTTGCCCTCATTCTGGAATTTCATGGTTTG CTTGCCCCAATGCACCTTCATTTCTCCTAAGGTTGCCAACCATGCGATTCCTAGCACCAAGTCGATGCCATCAAGATCGA ACAGCAAAGCATCCACAGAGGTATGGTAATTGTCGATCTCAACCTCCAAATTCCTGCATTCGCCGCGAGCTATGGCCTTG TATCCATCCCCCAATCGAATGCGCAGCACAGGTGTCGACTGAACGACCCAGCCCATTGTCTCTACTACATGCCTCGAGAC AAAGTTGTGGGTGGCACCACTGTCAATCAAAATCACCATAGGAACACCAAAAATTGACCCTCGCAGCTTCATCGTCTTAG TTTGGATTGGTTCAGCTCCAAGCCGCATGATGCTGCACTCTCCATCCACCTCGGGCTCCGCTGTTTCTGCATCTTGCTCG GATTCCACTTCCGTTTCTTCTGTACCATCAATCAGCATGATCCTGAGTTGCTTGTCAGGACATTGATGGAGGGGGTGATA TTTCCCCCCACACTTGAAACAAAGTCCCTTCTGTCGCCGATCCAAGAGCTCTTGATAAGGTAAGTGGCGGATTCCTCGAT CGCGTGGTGGGGTGCGAGGATGGTTGGTGTTGTCGTCCCGTCTTTCTCCCTTTTCATCTTTGTTCTTCACCATGACCCAA CCCTGATTGGGTTTTTGACCCGATGGGCCCGATCCAGTCGTAGACAAATGGGTTGGTCGGGTAGAAGAACCAGACCCGTA ACCCGAGCGAGGCCCATTACCTTTCGAGCCCGATAAGGTGTGGCCTGGTCCATGGAGCTCCGTCTCCACCGCCCTTGCCA ACGGTATCAACCGAGAGCGTGGAAGAGGCACCAAGGTACGCATGCTCCGTACCCGTGCTCGTATGTCCTCCCGGAGGCCA TGAATGAAGTAGCTGAAAAATTGCTCATCAGGGAGATTGGGGGTCTGGGACAAAAGGCGTTCAAATTCCAGAACGTACTC ATCAACTGTGCCTCTCTGCTGGAGATCTGATAGCTGCTCGAACACATCCCCTTTACTCGCAGATCCGTATCTTTCCAGCA GCTCGTTTGTGAGCTTCTCCCAGGTTAGCCCTGGATCCAATTGCAGCAGTGAGTTGAAGTAATGGATCGTTGATCCTTCC ATGCACAAATGGGCCAGATTCACCTTAACCTCAGGACTGGTACCCATAATGTGGAAGTAAACCTCTGCTCGGGCTCGCCG TTGAAAAGAGGGAGCTCCACCTTCTTGGCGGATTTGCGGAACTCATCGAGCAAACCCCCTTTCAGCTTGGTCCAACCAGA AACTGATGAAGGTCCTCCATCTTCTTTCCCAGATTTGGTGGCTGACACATCCTGAAGGATGCTTCCAGTGTCGCCTTTCT CTGGTGTTTTCTCTGGTGTTTGCTTGGAAAGGTTCGAAGCCAGCATCTCCAGTAGTTGTGCTTGGTGACTCTCCGCTCGC TCTTGCATCGTGGTCAAGGTGGTGCGCAGATTTGCGATCTCGTTTTCCAGGGCTGCAACTTTCGCCTCCATTTTCCTTGG TGGCATGCGTCTCTGTTTCGTGACCTTCTTCTCCGAACAACACTGGTACCTCTCGAATTTGGATCCGGCAGGTCGGACCA ATTTGATACAGACCAATAAAACAGTAAAGGAGAATAGCAGAAAAATGAAATGGAATGAGTCAACTGATTAATGGAAATTG GGGAATACAGTAGTCACTACTACTCCAGAGCTAGGCTCCTATAGAGAAAGCATAATTCTCTATTCTTTCTGACAAAAGCA ATATTCTCTCATACTCTCTATTCCTAACAGAAATTCCCTTTTAAGCACTCCTATGCACACACACACACACGTTGATTCTC TGTAACAAACTTTCTAGCCTCTTAGCCTCTCTCTGCCAGCTCACTACTTAATCTGGAAGCTTCCTTGTTTGTTCCTTCTT TCATAAACACGCCACACTTTGGGCCTTGGGTCATCAATAGCAGCCCACTCCTGACGTAAGGGTCTATCAAGCTCCTCCCC TTGTTTCTACTGGAACCACGTCACTAGCCCAAATGATTTTTATTTCATTTCCGGACAGTAATTCTTCTGCTTTGGAAAAG CACATTATTTATTCACTATAATATTCTTTCAGAAGACTTGTTGCATGGGTTCTCTTATCTTTGGAAGCGTTAAAGCAATC TGACAAATTCTTATGTTTGTCTATTCGTATGTCAATCTGTAGTCTCATGGTTCATCTCATAATATTCCAAAAATGGACTG AATTTTATTAAAGCATGTTTCCTACTTTTTTGTAATTTGTGTCTGGCACCTTGAAATAGTCTTAAACCGAAGTTGAGGTT TTGGGTGAAGAGAACACAGATCAAATGAAGGAAACTGGGTCAGCGGAACCAAAAAGAGAATAAAGACTGCCATTGGTGGT GGTGAAGTCATGAAGAGTTGAGTGAGGCAAAGAGGTAGCTAAGGTTGGGAATGAATCCTTTCATGTGATATTTTCACGAC AAGGTCATGTAGAGATTTTGTGTCAATCTCTCTTGTCCTGAACATTAAATAGGCGGATCCCTGTCAAATATTATGGATAT TTATGAAGAGAGAAAGACACAATTTTCACATGATCTTGTTATGTGAAAATCTCACGAGAGGATCCATTTCTAGCACAGTT TATAGACATAGTCCAAGATTGAGTTAATCAGTATGATTTTGAATCAGGACTTACGTACCAGATTGGTTGCTTTATCTAGC ATGCTAGGCTGAAACTTACAAAAAATTTGAGAATAGAAACAAACTCTTAGGAATGTCCTCTTGAAAACTGTTGTGTCAGT CAGGAAACATAATTATGTTTTATATACAATCCTAAAAAGAAAAGAAAACATCAGAAAACAAAAAGAAAGAACAGGAAATG TCTCATTGTTAATTTGCTTTGTTGTGGATGTCAATCTGTAAGTCTGTTGTGGCTTTTAAAAATTCTTAGTTTGTGCTTAC TTTGCAGTTTAGGATAAGTGTAATTTTTCGGTTACTTCAATAGATTCTGTTAACTAATATTTACTTGATGTTCATGTTAC TCTTGCAGCCTAAATACTATGATGGGGACTACAACAAGATGCTGAAGATACTTATTGGTTGTAGAGATACAGGGTGCACT TTTCTTGTGGGTGGTCGGAATGTAGATGGTGCTTTTAAGGTAGTATGCATAAGAAAATATCATTTCTAATTTAAGCATTC TTGTTTTTCAAGTTCAATGTTAACGAGGCTGTTGTATGGTTCTACAGGTTCTTGACGATCTTGATATTCCAGAAGAACTA AAAGACATGTTCATCTCCATTCCGGCTGAGAAGTTTCGCATGGATATATCATCCACTGAGATAAGAAAAAGAAGTGGGCT ATAAATATTTTTACGGCTGAAGGTACAAACATGACGCTCAAACACTATAAAAGATGGGAATAAATCCTCTACAGTTTGAA ACAAACTGCAGGAGGTACAGTTTTCTGATCCAAGGTTTTACATTAATTGAACTATTTTTGTCATCATATTTATACATGTC CCGATCCATAAAAGAGGGATTCTGTATGTTTCAGACAATTATTGAATACTCATGCATAAGACACTATACTTCTAGTCCTA ATGATAGATGTATCAGTGTCCATGTTTTAGTAACTGTTAAAGACAATTTATGTCTCTGCACGATTGATGTCTATTATTTT TACACATAATAGAGCTTGTTGTAAATTAATAATATGCGTGTATCTGTCATTGAATTTTATTTGATTGAGGTTATGATACA CTTCTGATTTGATTTAGTTAAATCAAATATAGACATATTTTGTGACTTTTGAGACAAGTTTATTTATTTTTAGCAAACTA CCTACCTTTTAAGCAGATACCAAGTCAATGATCTCATCCATTGCTTGCACCTTCTTCCAACTTGTTGGAACTTATGTGGC AGACCTTGAAAGGCACCAATTATTACGTGGAAGAAACTTTTTTTAGTGCATTTTTTTTGAAATTTTTCTATAATTGATTT TAAAGTCGCAATCAATTTTAGTGAGAAACTTTTATGAGCAGCTTTTGGTGTCAATTGATTCTGAGAAAAATAAGTTGTTT CAATCATGCTGTTAATCAAAGAGAATCTGTACAATCATAGCACCCTATATACTATCTTGGCTACATCGAAAATAAAAAGC ATGTTCATAGATACTTCCTATGCTCCTAACTAGGAAGATGAATCAGATGATGATTGTGCTGAGATGAGGGAATAGACAAA ATCTTAACCACCGCAGCCTCCACCGCACCCTGCCCCACAACCTCCGCCACAAGTAGTTCCATTCCCATAGTTGTTGGCTG TAGAGGCTCTGGTTGAATCTTTGGATATTCCATCTGCACACATGAACATAATACCTGCCAGAAGAGAGAAGGTCACTATT GCTCCAAATAAGACAAAAACAAAACTCCCCAACTCTTCACCATAGCTTCCACCACCTCCTTGTTGTGTTGTCAATCCCAT CTCTTTCCATTGCCTCACCATTTATGCTGAGCAAGACTTCCAGATTCTAAGTTTTTCTCTGCAATTGTGTGGAAGAGATA GGAAGATGCTACAAAAGGTATTTAAATGCTAACCCTTAGTAGCCACGAAAAGATGATGGGAACAGTGTCTAATCTATAAG GTATAGGACAAAAGAAAAAAGAATGTGGAATAGTTATAAAGCTTCATTTTGACTTGAATATTAAAACTCTTCATTTTTGG GTTGAAAATTCTAAAGCGTGTGTGCAAACATGGTTTGTCTAAATCTTATCTTAAAGTGGCGTATAAACAAGTGACCCAGA GAATATTATATAGTGATTATATTCCTTCGACTAAAATATCCAAGGTTTCACATTCGTTTATTGAAATTTGCCACCTCTAA ATTTGATGCGAGCTTACCCTTGTTTTGGTCCTATCCCTTTAAATATACGCCATATGGGGTAATTTCGTGATCATATATTA AAGAATGA
CDS sequence (LotjaGi5g1v0336400.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTCGGAACCTTGCATCAGAACCGTAGTTGAAGCCATACACTCTTCTCCTTTCCAAGCCGTTCTCTATCTCGCTGGTGG AGCTTCTCAGGCTTTGGGTTGGTTGCTATCAATTCCTGGTGCTTCAAACACTGTGCTTGAAACTCTGGTTCCTTACTCTA GGATGTCAATGATCCAGTTATTTGGCAAGATTCCATCCCAATTTTGTAGCCAACAGACTGCTGAAGATATGGCTTTAATG GCTTATAATCGAGCTCTTAAACTTTCAAAGCCAGGATCCCCGGTTGTTGGTGTGGGCTTCACTGGTTCTTTGGCGAGCAG TCGTCCAAAGCAAGGGGAACACAGATTTTATATGTCAACAAGGACAGCTGACCGACTTTGGATATCAAAAGTGACCTTGG CTAAGGGCCTTCGTAGTCGAGAAGAAGAAGACAAAATTTCTAGTCATCTTTTGCTCAAGGCAATTGCAAATGCATGCAAA GTTCCAGCAACATCTATTCCGGGGTTGAGTGAATCAGATGTATCAGATGAATCTGAAAAACAATTCAATGAAGATCAAGA GTTAGAACAGCTTATAAACGGTCAAATATGCTATAAAATTTACCCATTTGGTAGTGAGATACCAGCAGAAAGGAAAATAA TACTGCCTGGTTCTTTCAATCCTTTACATGATGGGCATCTCAAGCTCATGGAAGTTGCTACTTGCATTTGTGGTGATGTA TACCCCTGCTTTGAAATATCTGCAGTCAATGCAGACAAACCTCCCTTATCGGTATCTGAGATCAGAGATCGTGTCAAGCA ATTTGAGAAAGTTGGAAAGACGGTAATTATATCCAATCAGCCTTATTTTTATAAGAAGGCTGAACTTTTTCCGGGCAGTG CTTTTGTAATTGGTGCTGACACGGCAGTGAGGCTTATTAATCCTAAATACTATGATGGGGACTACAACAAGATGCTGAAG ATACTTATTGGTTGTAGAGATACAGGGTGCACTTTTCTTGTGGGTGGTCGGAATGTAGATGGTGCTTTTAAGGTTCTTGA CGATCTTGATATTCCAGAAGAACTAAAAGACATGTTCATCTCCATTCCGGCTGAGAAGTTTCGCATGGATATATCATCCA CTGAGATAAGAAAAAGAAGTGGGCTATAA
Protein sequence (LotjaGi5g1v0336400.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MSEPCIRTVVEAIHSSPFQAVLYLAGGASQALGWLLSIPGASNTVLETLVPYSRMSMIQLFGKIPSQFCSQQTAEDMALM AYNRALKLSKPGSPVVGVGFTGSLASSRPKQGEHRFYMSTRTADRLWISKVTLAKGLRSREEEDKISSHLLLKAIANACK VPATSIPGLSESDVSDESEKQFNEDQELEQLINGQICYKIYPFGSEIPAERKIILPGSFNPLHDGHLKLMEVATCICGDV YPCFEISAVNADKPPLSVSEIRDRVKQFEKVGKTVIISNQPYFYKKAELFPGSAFVIGADTAVRLINPKYYDGDYNKMLK ILIGCRDTGCTFLVGGRNVDGAFKVLDDLDIPEELKDMFISIPAEKFRMDISSTEIRKRSGL
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 | 5 | 380 | 376 | 4.2E-165 | – | |
| Gene3D | 209 | 381 | 173 | 2.3E-15 | ||
| SUPERFAMILY | 211 | 379 | 169 | 5.36E-15 | – | |
| Pfam | 215 | 379 | 165 | 1.1E-8 |
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. |
Expression pattern of LotjaGi5g1v0336400.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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