Your browser is unable to support new features implemented in HTML5 and CSS3 to render this site as intended. Your experience may suffer from functionality degradation but the site should remain usable. We strongly recommend the latest version of Google Chrome, OS X Safari or Mozilla Firefox. As Safari is bundled with OS X, if you are unable to upgrade to a newer version of OS X, we recommend using an open source browser. Dismiss message
| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0132700 |
| Transcript ID | LotjaGi3g1v0132700.1 |
| Related isoforms 4 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Aldehyde dehydrogenase; TAIR: AT1G79440.1 aldehyde dehydrogenase 5F1; Swiss-Prot: sp|Q9SAK4|SSDH_ARATH Succinate-semialdehyde dehydrogenase, mitochondrial; TrEMBL-Plants: tr|A0A0R4J5H1|A0A0R4J5H1_SOYBN Uncharacterized protein; Found in the gene: LotjaGi3g1v0132700 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:16626574..16641596) extracted from Lotus japonicus Gifu genome v1.2.
GTGCTTTCGAGTTTCAAATAATGAAGGGGAGGTCAAACTAGATGAGATGATGGTGAGAACAGCTAATGCAATTTTGTCAC CATCCTCAAAATATTAATACCACAATTAAGCAAAAAAGAAGGAATAATTTGACCATTTCCAAATACCACCGCTGCAGTTG ATATCAGCAGTGATGATTAGTCATATGAACATGGCACTGCGATCCCCGATGCTTCTCTCTCGCTATTCCCATCTCCTCTC TGCTAAACTGCAGATTCAAATGCACCTCTCCACTTCTCCCCTCACTCGCAAGGCATGCATGCCCTCCTTTTTGCCTTTTT ACTTTCCAATTGACACACCCCATTTCCCACTTTTTTTGAAAAGTTGCATAGAATCTCAAATTGATTGCAAAGTCGCAAAC TTTTCACCTATGCATCATGACCCAGATGAATTTTTTGCTTCGTTTGTGTGTTTTTAACTAAACATTGTGGTCAACTGTTG TATTCCAAGCGATTTCTTGTTGAAAATGTAAACCCATTTAGTTCAAGGGTGCAAAACTTGAACCATTTTGATCTATTTAT TGTTGGAGGATAGAAAAGATGGCACTTTCTTTGAAGGAGCAAATGAATTGATGTTGTTGTTATTTAGTGCATGAGTTTAT GGGTCTGTTTTAATGGCAGATGAGCACGGATGCACGGAGTATTGCCTCTCAGCTTAGTAATTCTGGCCTGTTGAAGACTC AGGGCCTTATTGGAGAGAAATGGAGTGATGCTTATGATGGAAAAACCATTCAGGTATGAATAGAAGCTGTTACTTAAATT TCTAAAGTGGACCCTTTACTTTAGTGGAGCCATTCTCCCTATTGAGATTAGAGAGGAAAGAAAAAATTTGTGAATCTGAT TTACTTATTGAATGATTTGATTCAAATGAGTTCACAGTATACTTTGTGTAGGTAGCGACGACAACTGATAGGGATAGCAA ATTCTAGCTGATTCAACTTACTAACAGCTAACTGCTTGTCTAATTGTAACTAACTATTAGAGTTAGGATACTGTATATTA TGTGCAACTGATCCTATATACTCCAATACTCTCCCCTCAAGCTCAAGGAGTGTATGAACGTCTCGGAGTTTGTGTACGTT GAGCTTGTATCTTGGCCTGGGGTCTATAAATCTGTTAGTGGAAAGTGGTTTAGTTAAGATGGAATGCGTTGGAAAGTGAG ATGCTTGTTGATGACTTTTTCTCTTACGAAGAAAAGTTCCAAAGCTTATGTTTGATCCTAGTATGCAGGACAGGGTTGTG AGCCAAGGAAACGGTACTGAAGTTGTCACGATGGATGTAAGGAATTGTAATTACCACTTTGAGTTCAACAAGTAGTGTTT GAGACTACAATGAATCAGCTGAAACCTCAGCCAAACAGTGGCTCTCAGCCTCACAACTATTGTGAGCAACGACAAATGGT TTGCAGGATGACTGGGAAATCAGGTTGGGGCCCAAGAAAACCACATGCTCAGATGTAGGTCCAGTGTTATCTAGGTTAGT GGCCCAGTCCTCATCAGAATAGCCCGACAAAGGCCAGGGACCTCAAGATGAAGAAGGTATTAGATGCAAACCATAGGTAA CAGTCACGTTAAGATACCGTATAATCTGTTTTCCAGCTTGGCAGTGAAAACATAGAGGATTAGCCATGGATTGGAAGACG TTTAAGTGAAATTCTCAATTCCAGTCTAGTGGTAGTAAGGTACTGCAAGGCTCCCACAAATGATCTATAAAGGAAAAGTT TTTATTAGAAGAAATTGAATTAACAATAAGACTTGTGATAAGAACCTTAGGAGAACCATACCACAAAAGGTAGCCGTTGT AGCTGGAGAGCCCAAGGCCTTATTAACCCCACACTAGAATCCATACTTCCGTAAGATTTTGTAACTAAGTGTTAGAGTTA GGAAGTATGATTCCCTACATTATACACAACTGATCCTATATGCTCCAATACTCCCTGTTTATCGTTATAAGTTCCAATGT ATTGCTATTTTTTTGGAATCTTATATATTCAATATTTCAATGTTGTGGCAGGTTATTAATCCTGCTACTGGTGATTCTAT AGCAGATGTTGCATGCATGGGTGGAAGAGAGACGAATGATGCAATTTCCTCTGCCTATGATGCCTTTAGATGTATGAAAC TTCACATTTTGATGCAATATCCTTTTTGCAGACTAGAAGTAGATTTGTGTGTATGATATTAAGTCTACAGTGATCAAATA ACTTCTTTTTTACATCTACGGAAAATTAGCTTAATGTCTGGGATTGTTATGTTTAATAACAATAACAACTTTCGTGTAAG AATTGGATAATCTCAGTTGAGTCATTCTTTTTTTTTTTCCCTTATGAACTTGCAGACCTATCAAGTTAACTTTTGTTAGC CAAAATTGGGTTAGCTTCAATTTGAATCTGAGGGTAGATGTTAGATGCACTATCCTTTAAAAGATTTGCAACTTTGAAAG GGAATATGGACAGAGTTTCATTTAATAATTGCTGCTGTAAAACATTCACCTCTGTGTATTTGCAATATTATTTTCTGTAG TTACTAGCATAAACTAAACAGTTACATGTTTCAATCTTACAATCGGTGATGACTATTACTCTAGTTGATTTGGTTCCATC ATAATATTAATCATGCCCTTTCCAATTTTACTTTTTCTGTTGGATTGATGTATTATTGGTTCTTGATATATGTTTTTATT TATCCTTGTTATTTTAAGTGAAATGTTCAACTAACTAAAAATTATGTTTTTGGTATATTTGATTATTCATAATATTATAA TAATTAATTTTTTTATCTCTCTGTAGCATGGAGCAAAATCACTGCTGCTGAGCGAAGCAAATATTTGAGGAAATGGTATA GTTCTTATCTGCTAATTTTATGGAAATTTTTTATTTACCTGCTGGCTTGTATTTGTTTTAAGCAATTGTGACCATTTAGT TTCTGTTAATGTAATTTGGTTGACTTATTTTAGCCAGAAAAACTGTTTTTTCTAGCATTATTATTCAGCAGTACTATTAG AAATAATAAACAACATTTCCCCTCAAGCTGGAGCACATAAGTCATGTGTTCCTAGCTTATAATTAAAAGGAAGCTGATCT GAAAGTATGTTTTCTGTATTTTTTTCAATATGATTTACCCAATATTTATATGCTAAATAGAAGAAATCATTCCTAAATTA TATCTTAAATCAATCCCTAAATTTTAGAGATAGGGATATGCTGAAGAAGGAAAGTATATAATATATCAATCAACACCCCC CCCCCCCTCAAACTGGAGCGTATATATTAGATGCATCCAACGTGGTACATATATATGTTATCCTAGGACCCCGGAAGGAC TTAGTCAACATGCTAGCTAGTAGATCCAGTTCACATCAGATGGATAGATGCCTGAAAGGACCGTTTCTTTGATGAAGTGA CAATTAACTTCTTTATGCTTGGTCCCCTCATGAAAGATTGGGTTTGATAACATACATTGCTGATTGGTTATTACAAGAAA GTTCTATAGGACCTATCTCACAAATCTTCAAATCCTGGAGCAAGTGCTTTAACCACGGAAGTAGAATTAGCCAAAGCACG ATACTCTACTTCCGTGTTTGACCTTGCAACGAAATTTACTTCTTGCTTCTTCATGAAATGGAAATTTCACCAATAAGAAC ACAGTAACCAGAAGGGGACCTCCCGTCACTAATAACAACTGTCCAATCTGCATCAGCATATAAAATGAACTTAGTATGGC TACTATCAATATAAACAAGCCCTTTATCTTATGACATAGCATATATATTAACTGCATTCCTATGACATTCACATGGCGAG TTTAGAAATGGCTCACCATAATGACGGGAAAAGCAATGTCGGGTCTTGTCATGGTGAGACAGTTCAACTTTCCCACTAAC TGTCTGAAAAAGCAGCCCACAAAAGTTTCATTTCTTCCTTAAATCACTCCTTTGTGTTTGGCAATATTCCTTGGACAATA GAAGTTTTTGTCTTATTAGAGCCTTTTTATCCAAAGGTTAATAAGTGTCCAGTAGAGTGTCCTTCTAGTTAACTAGCCTT GGAAGGAAAGCTTCAGAATATTCTGCCTTAAGTGACCTTCAGCATGTTCTAAGGTGTTTCTAAGTCTAACACCTTAGAAC ATCTGATTGTTTAGCACGTATCATCTTCTAACATGTTAGCACTTGAGTGTTAGGCCCAGAACATGATGCTATCTTCTGGT GCTTGCCATCTTCTAACCAAACGAAGTGGCCTTCACAATGTTGACTTAATTAGCATGTTGACCAATTTAGCACATGATTC TTCAAATTAGCATTTGCTCTCACTTAGAAAATATTCCCACAAAACTTTCAAAGCATAGAATATACTACAAACATCATGCT AAACATAACTTGGAGATTTAACATTCACGTCGATTAAGTTTGCAATTGTGATATCCATGACATATTGGCCATGGAAGAGT GCTTGCAACGCACTTTCCGACACACTTTTCAACTCTCTTTCTTTTAGTTGAAATTCATGTTTTTCCCATAAATAGAGAAT ATAACCCACTAAAGTGGGAGTGGAACCCATATGGTTTACTGGATTCCACATGAAACTCAACGAATAAGGAATAGAGTGTT GGAGATAGTGTTTGCTAGCATTTCTTATTGATCTTTATAATGATGAAAGTTCCCTGAATAGTAATTTCTTCTTGATAATA GTTACATACTGTTACTTTTCTTCTCCATTCTTTCAAGGTATGACTTGCTAATGGCCCATAAAGAAGAGCTAGCACAACTT ATAACCTTGGAGCAAGGCAAGCCTCTTAAAGAGTCTCTGGGCGAGGTATGATGGTTGATATTTTGTTATTATGTCTTTGT TATGTATTTTCCCACCTTGAATTTATGAAAGTGACTGTTATTCAGGTAAGCTATGGGGCTGGCTTTATTGAGTTTGCATC TGAGGAGGCAAAGCGTATATATGGGGATATCATTCCTGCGCCTCTATCTGATAGGCGGTTATTTGTTTTAAAGCAGGTAA ACTTTGAAGTTTATTTGGTGTCTAGTATTTCATATTTGAGCAGTTTCCTGAGGGAACTTTATACTTTATAGCTAGACTGT ATGTATCAATTGATTTCACTGACATGTGTTCATGATAGGATGTCTATACTGAGTCAAATATACTAAAAAGAAGGGAGTAT GATGTTTAGCACTATAAATCATGTTAAAGCATTATGGTTATATTTTAACCTTATATATTTTCCAAGTCTAATGTAGTAGT TTTCTAATCTATTACTGTGCGTCACATTTGACCACTTTAGTCTATTGTACCTGGTGTACACAAACTGCACTCAGTGTTGT TAATCGCGGAAAGCCAAAAATCTGCTATGTCAAACTCTCAGAGAGGTAAATAGCGGATAGCGGTGAGCCCTCAGAGCGCT ACGCTATACCGTTATTGCGCCGCGATATCCGCTATTTGACAACACTGGCTGCACTTTTTCAAGGAAATCTAAATATTTTA TGATGTTAATTACTCTAATTATGCCTGGCATTTAGGAATTGTTTATATTAATAACATCAGGAAAATTCAATTCAAACTAA TGAGGCGAAAGACTGAAATAGAGAAAGCCAAAGTAAAAACAAAATTGTTTGTTTAACTTGCATGTTTCCTCGAGTCAAGT TTTTTAACATATCTTCTTTTGGTGGCCTGAGGAAGTTTGTTTTTGATGATTCGAGTTGTTTAAAAGCGTGATAATGTAAC TTTTCATGGAAGGCCAACCATAATATATGGCATTAAACTTAAAGTATTCGATTTGCAAATTGCAACAGCTTCATTGAACA TTTGTGAATGTGGATAGAAGGGCCATTACTGTATTTTCCGGTTGTTTTTCCTGGGTTTGTATCCATCAAGCATTCCAGTA TTTTATGGTTATCTTCAGTATATTTTTAAGATTTGTTATGAGATCAACACTCAATTCCTGCTTTAGACTTGAAAACTCGC CCTGGGTAGTGGGTACCATATCTGTCACTGCACTGTAGCAACACCTAAATACAAGTAGAATTTGGATTCCTGACTCTTCT GACGAGCATTCATGCAAGTCCTTTTTCTTTCCTTACTTGCACTTTGAAGAGATGATACTTATCAACCCCTTTAGAAATCC ATAGCTCTGTCCAAGATTAAGTGTGTCGTCTGAGGATAATCTTGATAGATATGTGTTTTATGTGGCTTCAGCTTTGTAGC AGCAGTTGATTTGCTTCTAAAGAGCTCTTTGCAATAACTTGGAACATTTTAATGTATTAGCTTAAGGGGCTTTGGTAGAA TGAAAGTGGTATGGTGTATAAGATTCTTATATCTAGAGATCATGTGGTATGTTAGGCTGAGGTGAAATGAATCTTTGAAG GTTCTTCTCAGACTGAGGTCTGACATGGGGCTGGAACATTCAACTTATAACATTTTTTTTTCAAAAAGAAAAAGAAGAAT TTGGTTAAATAGGAGATGGCAATCAAATCTAGTTACATCTAATGTTGATGTGAAATATAGCCACTGTCCTAGGAATGCTT AATTTTTTTAGTCATGTGTCAGGGAGGACACATGGAGGTGCTTTCCTCAGCAAATGAAAAGTATATTTCTGTTTTAGTAT AAGAATGAGATTAGATTCATTTTTGCTCATCTTAATGGCTTGAGTAGTTTGTCCTGACTTTCAATAATTTAGTCTATGCA GATGCTGCGAGAAAGGGTAGTAATTACCTTATATATTGAAAGTTCTAGATGAAGAATTTACTGATAGTTCAATATTCAAT TTCTGTTTCATAATCCTCATATTTAAATACATGGCTCTTATTTACCTCATTTTTGGGATTTGCAGCCTGTAGGGGTTGTA GGTGCAATTACACCTTGGAACTTTCCCCTTGCTATGATTACCCGAAAGGTATGTTTAGTTTTGAATATTTACTGTTCAGA TTTTATCCATTTAAGCGAATAGCAGTTACTTTGAAAATTATGATTTCTCTTATATTAGGTTGGCCCAGCCCTTGCATGTG GCTGTACAGCAGTCATAAAGCCCTCTGAAATCACGCCTCTCACTGCTTTAGCTGCAGCAGAACTCGCTATTCAAGCTGGA ATCCCAGCGGTAGTTTCAAACACCTACTTTTATGAGTATAATAAAAGTTCATTGCTTGTTGGGCTTATTGGTTCAAAAAT TTTCTGTTGTGATGATTGTTAATTTAGTATTGAAATTAATTGTAAATTGCTACACAAGCTTGACAAATATACATCAAGAG CTCTTTTAAGATGATTATAGAAAATTTATTATGATATTTTGATCTGTAATTTACTATATATGTCTTCATGTCAAAACTAT AATTTTGTGCTGTTATTGGAGATTCCTTGAATGTGTCTTTTTACTTTAATATTTTACTGTCCTTTAATATTTTGGTCCCA TTTCAACTACATTGTCTTTGTAGTTTACTATTGTATGTAGTATGCAGTTCACTTTCATGAACATGTTTGCAGACCCTTTC TCTGCCTTTTTCTATTTCAAATGAAGCTTCATTTGTTTTTTGTTCCTTCCTGCCCATCTTTTACGATTCTAAGAGTTGTG ATATTTAATGACATAGGGTGTACTGAATGTGGTTATGGGAAATGCTCCTGATATTGGCGATGCTTTTCTTGCAAGTCCAC AGGTTTTGTCACCATGTGATTTTATGAAGCAATTGCCTTTTGTCTGTAATTGAACACTTGAGAAAGAAATTATCAACCTT ATTTAGGTACGGAAAATCACATTCACTGGCTCGACAGCTGTTGGAAAGAAATTGATGGCAGGTTCTGCAGAGACGGTTAA AAAAGTATGCTTTGATGTTGTCACCAATTTTCCACAGTGCAGGATCTAGACCTCATTATTCGAATGGATTATGATCCCTT ATATATGTGTTTTGTAAACATCTAGGTATCTCTGGAACTTGGTGGCAATGCCCCTTGCATAGTTTTTGATGATGCTGACC TAGACATTGCAGTAAAAGGAACCGTAAGTGAGAAATGATGACAAAACATGTTTATTGTAATGATTATTTTTGTTTAAGAT GTTATATTATATGAGCATGTTATATTATTTGCTACGCTGTTCTTGTGACCTTTTAATAATGACTCTAATGGTAGTGGATA GTTCTCAATATGTGACGTCAAAGTGATTACATGAATTTTTTTTAACTGCAATAGATTGATGCAGTTGTCATTTCACTTGG CTGAATTCTTAAATACATACCTTACCTGGGAAAATTGTGCTGTGTTCGCTTAGACATTACTTATCAGTTATCACCTTCAC TTGGACTTTTCTTTTTAGTACTGTCAAATGCTTAAGTTTAGGTATATTTCTTTTAGAAATTACTTATCTGTATATCAATA TTTCTGTAGCTTCAATTTCTTATATATCTTGCTCGGATGATGTTATTTTATTGAACAATCTTTATAAAGACTGAAATAAT TCTCTCTCGTTCTCTCTGCCCAAATGCACAGAGCTTTTTCAACTTTGAGCCTTTAGCAACCTCTCCAGTCTAATTTCAGA AATTTTGGAGATTTTGTGTTCACTGGGAATGGCTGGTTTTGGAGATTTGCTTTCTATGCCTTTTTTATTTTGTTGAGGAA TCAATGGATAGATCTGTAGTTGGGCAATTTAAGTATGGGGTGGTAAAAGCTAACAAAGCTGAATAAAATGAAAATTGAAA AGCTTCAAATTTTTGTTAGTTGATAAAATTGGAAGTTGAGGCTCATATTTCAAATTTATGAATCCCCATTCCTTCTGTTT TGATGACATTAGTAATCATAGCATCTCATTCCTTTGATTGCAGCTTGCAGCAAAGTTCCGTAATAGTGGACAGACATGCA TTTGTGCAAATAGAATTATCGTGCAAGAAGGTTAGATGAAAATATGAAAATAATAGTAAACTAATTTTACAAAATGCATT TATCTGATTTTCGGTCTAGCTATCTGTTTGACTGTATCATGTTCATGATTCCCAATTTATGAATACTTTGTATGGAGGAG ATTTATCACTTTGATCTGTTCTCAGCTCTTTTCTCTTAGTTTCTCCTACCTAGTGTAAGTTGTTGTAATGTGTCTGACAT GCTATTATACTAGCTAGTTTATGTCAAGTACCTTATGAAATATTTGTGGGATGCTTCCATTCTTTTATCACACATTACTG TAATCATGAGACATGTTGGTTGTGATTGCAGTAAGTAGTTTCTTATTTAGTTTTGATCTTTTAATTTTGGCATGGAATTT GGTGTTGTTGAAAAAAAAAACTCAGAACAGGAGATAAAAAGGTAAGGGAAATTTCGCTGACATTCTTATAGGTGATTTTG CTCCAATTTGTAGTGTTAGTGTACTCTTTTTGATTGTTTGGCAGTTTCTGTATCACATCAACGTGTTTAGATACATAATT TGTTCAAGTCTTTTAAGACATTGCTTTTCTTTATTTAACCAAGTTTCTCTGTAAAGGTATATATGAGAAATTTGCAAATG CTTTGCTTGATGCTGTTCAGAATATGAAAGTTGGGGATGGTTTTAGTGACGGTGTTGTTCAGGTCTGTATTTCTTTTTAT AAATTTTATTTTCTGCTTTTCTTTAGAACCAACTGTCTATGGAAGTTGCATGCCTTATCTCTTTATTAATCTTCACTAGT TTAGACTCTAGACTAGCGTACTTTTGGATACGATAATTCCTTTCAAACATTCATGTAGCAATATGTTTATAATGTCAATA CTCTTAAGTCTTAAGATTTCTCTCCCAAATTGATAGAAAATCTGTTAAGCTTTATTCGATCATGCTATAACTGAATTTTA CGTATATCTAAACAGGGTCCTCTGATCAATGAAGCTGCTGTAAAAAAGGTTTGTGATTTGCTTTGTGATTACAATTTTCA GTTTGTATCATAGCTGGGTGTCTCCTTCAGTTCATGGTACATCTACTGCCTATTGATTTTCTTTGTGATTTTTCCATACA GGTTGAGTCCTTAATTCATGATGCTACATCAAAGGTTTGTCATCTTTGCTATTCCTCCAGTCTGATTCTGCACTTCATAG TCCTGGACGTTTCTATCACATCCTACTTGACCTCTTAAAATGAAGCCGAGAGAATTCGATAACTAAAATTTTATCTCTTC AAACTACTAACTGTATTTTCCCATCTGAGATCCCCTTTTGGATCACTGATATTTGTTAATAGTGCAATTTCTGTATCCAT ATAAAACGTTAATTCCCTAGATTTATTCCTACTTGAACAATAAATTAGCCTTTTCCCTCTAGTTAGAAGAAATTGAGTTC CGCAGGATTATGAATATACTCCCCTTTGTAAAAGTTTTAAGCGACAGTATTTTTTTACATTAACAAGTGTCATCATTTTA ACAAGGGGAGTATGGGAGGACCGTAGATTTTCCCCACTATTTGGGGTTGGTCATTGCTCAAGAGTACATAGAATACTTAT ACTGGATATATATTATTAAATTAATCTGGTTTTTAGGACCGATTTGAGTGAGTACAACAGACACAGGGTTTCACTGTAAC AACGAGACTCCTCCTTTCATTAAACTGATAAAAAATAACAATCTGCAATCTGATCATTTTCCTCCACATAGACACTCTAT TATAAAAGACATCATTGTCCTACTAATACCAGACAATAACTGCCCCTATAAAATTTTAATTACACATAAGCCATAACTTA ATAATAACAAATAACTGTCCTTATAGAATCTAACTACACATCAATGCCTTCTAGTAAAAGCAACCGTGTCCTGAAGTTTG AAATGAGGAAACTAGCCCTTGCAAGTTAGTTACTGAACTCTATTCCACCAATTCAGCCACATCCAATTGTGCTTCATCTC CCCCATTCTAATCATCTCACGAGATCAACACCCTAAGTTTCCTCATCAGACACGATTCAGTGGCCCAAAATTTTGGTCAC ATTGAAAACACCGTCTTTCCTCTCTTCCCCAAACTTACTCTTGATAAGGTAAATGTCTAGTGTCCCTATTTATGAATTGA GTAGCCTGTTGATTATTTGAAGTAGAATTAGCAGTTGATGGTCTAGCAACCAATGCGCATGTTTTAGAATCCCAAACTGG AGTATAGTCTAACTGCCTATCAGATGCATTGATCCAATAATGCCAGTGTGCTTTATAGAAATCAAATTTTTAATAAGGTC TTTTAAGTGGTTTCTCCCAAGTCTTTTTTCCATTCCTTAACTGTCATTTCTACTTGAACAAAAAAAACTTAATTTAAAAT GGTTTTTGTTTGTTTGAGTGTACATTTCCATTTAGTTTATTCTTTGGAAAATGTAGCAAGGTGGATAAGGTTGTCAAATA ACACTAGTTTCTGATAATTCAATTCTTTTCTATCTGAAGGGGGCAAAAGTAATTATTGGGGGTAAAAGACATAGTCTTGG ACTCACTTTTTATGAACCAACCATCGTCAGTGATGTCCACAATGATATGCGCATATCTAGGTAAACCTTTCACAATGTTA TCTAATGTTCCTGTCTTGTTACTCGCATTAGACTGAGTTTTGACCAGAAATTTCAATATAGTATTTTATGTATTGTAGGC TAACTGATGTTAGCAGCCATACATCAACTTGAGTATAGTATGATATCTGGTCTTCGAACTTAGAAGCTGAAACTGCACAT AAGCTATTTGTTTCCCTTGCCCATACATTATATTATTGGAAATTTAAAGGGTGATAATTATAATTATGGATGTTGTTTTC TTGTTTCTCATCATATTATGTGGAAAATGTTGGTTGTAAGTGTTAACGTTAATTCCAATCAGGTTGTCAGAATAGTGTAT TGGCCACTGGTGGCAGTCGGATCCGTATTATAAATTGTAGATTATATTTGTAAGAATAAGCATACTGAAAAAGTGAGAAT TGAAGAGAGAAAAGGTTTTGTAACAGAATCAGAGATACATGAGAAAGAGAGAATATACAAATGGTTGTAGGATGTAGAAA ATATATGGGAATGGCCTCCTTCAACTAGATGCTTGAGAAATATTAACCGCATAGTCCTTCACTATCATTCATCAAACTTC TATAGATCACCTTGAATCCATCCCCAATTAATCACCTTGATTCTGAGGCAAACACTTCCATAATATTCTTGAAATATAAA TTGTGGTTTTCCTGTCACTAAAGATTAATAAAAAGTTTGCGCCTCTTTGGCTGTTTTATGATAATAAACTGTCTGTAGTA GGGATACAGAGGCACTTTTAGATGCATGCTAGTCTCTACGAAGTACAACCAACAATTGAGTTTTCTAGGAATACAACTGT GCAGAAGTGTTTATCTTTTTTCTGCACAGCTATCTTATGTTTCTGAGAATGTAGCCTTGATCTGACTTTGGTGATATGAG GTATCAAACCAATGTCTGTAGCTTATACAGTTTATAGTGCTATTACTAACCCTGCCTATATTCTTTGTTTTAATATGGGT TTTTTTTCACCTTGCCTTAAATTATCAGATGGAGCTTTATTGTTAAATTTTAGTAGACTTTAGTTCTGATAATTCCATTA TATGATTTATCTTACACACCAGAGAAGAAGCATTTGGACCTGTTGCGCCCCTTTTGAGGTTCAAAACTGAAGAGGATGCT ATCAGAATTGCCAACGACACTAACGCAGGTAGTTCTTGTTGCCCTATTTAAGAAAATGCTATGTTATTAGTTTTGCCATA TGGGTTACGGTTTATTGACCATGGAACCATACCTTTCCTTTTACATGTGAAGGTTTGGGTTCATATGTATTTACAAACAG TATCCAGCGATCATGGCGCGTTGCTGAGGCTCTTGAATATGGACTTGTGGGTGTTAATGAAGCAGGAATTTCAACCGAGG TTCATCTTATTCCTTATGAAATGAGATTAAGTGTTTGTGAGATTATTATTTCTTAATGGACTTATATACTTGTATATGTG CTGATGCAGGTGGCTCCATTCGGTGGTTTTAAACAATCTGGCCTAGGAAGAGAAGGATCCAAATATGGGATGGATGAATA TTTGGAGGTAAGAACAAATTCAAAGTGTTAATTTATGCAACTTTCGGCGTTACTATAGAAACAAAACTTCTGTATCGTCC ATAATCAATGTTTTGCATTAGCAACTTGAAAGATGCTAGCAACATTCACTCTAACACTCATTGTTTGGTCGAAATTCATG TGGGTCCATTAAACTATGGACTCACTTCCAATTTAGTGGGGCCCACATGAATTTTAACTGATAAATGAGTATTGAAAAGA AAATGTTGAGTGTTGCTAGCACTCCTCTAAGCAACTTTTATCGTGCGATGTTTGTAAATGTCATTTTGTTTGTAGTTTAA AGAGGCAAGAAGAGAGAGGGCATGCTTATGAGCAATTTTGAGTTTCGAGGAGAGTTAGTTAGGGGATTGTGTTGCATTGT TGATGGCATTGTAAAATGTTTTCGATGCTTTGGGTCAATAGAAATTGGTTGAATGACATTATTGTCCTCTTGGATGTTTA CCGAATGAACTTTGCATGTTTGAATGCACAGTAGAAAACCATGGCATACCAAAATCATGTTGGACAGATGCAACTACCAT GTATCCAAACATGCACTTAGAAGATTCATTGCGTTGCTTTTTCTCAAAGCGAGGAAAAGTAGACAACTGCATTTATGGTG ACATATATCACATATTATCAGTTGAATGCTATTAAATAAGTTTAGAAAATAAAAAAAATAGAGTTTCTGATGCTAAAGTG CAATTTTATTCCTAATGATACTGTTTGTAACTGTCACTGTGTCGCTATTTTGTCAAATATGGATATTGCTCTTCTCTTGG GGTTTTAAGCTTCGTGGTTGTGAGCCTCTACATACAGTACAAAACTTAGGTGCAGTTCCATAGGTGCAGTTTTTGCTGTT GTCAAATCACAACATGACCCGTGGGTTGGAAAAATAGAAATTGAGGGAATTTATATTGCATTAATTTTTTTTAATATAAC ATTAAGAAAGTGGACAACTGTATTTTGAATTGGGCAACATCATAAGCAGTCCTATATGAGTACTGTATCTAAGTTTGATC TCTCTATATAATGCATGCACATTAAGCTTGTCATTTCTTTTTGATGAATTTTACATTACAATGTGTGACATTAATTTTCC AGATCAAGTATGTCTGCTTGGGAAACATGAATAAAGAGTGAAGTGTTTGAGGTGTATACATGAGGCAGTATCAAGCTTAT GCAGGGTTCAGCTATGGTTCAAATGTACTTGGAGTTTGGAAAAGGGAGGGGTTACCCTATTTTTGTTGATATGGAAGAAG ATACATGTAGCTGTTCCCATTTTGTGTACAAATAAGTGTAGGCTTGCAAAGGAGAGCCTCAATTTTCTTTGTTTCATCAT TTTTCCTTTCATTTTCATTTCCTTCTCTGTAAGGTCTTTTACAATATTTCAAAGAACAATGTAGAAGGTCTGAGATTTAG AAACAATGTAAATACCTTTTTAGATGTCTGGTTAGAAGTGTTCAATGGATTACTGGTGCAATGAACTCCATATACTGGTC ATATCAGGTTAAATCTGGCCAAGTCTAACCTTTATTGATTCTGTTTTTGGATTTTGGTGTTTAACTTGAGACTTGACTCC TTCGGGTGTGTTTGGTGTAGGAGATAGAAAACGAGTAGAGAGGAATATAGAGAGAGGAATATGTGAGAAAAAGAGTAATT ATTTAAGTTGTTGGGTATGAGATAAATAGATGAGAAAAAGAGAAGAAAGTTACATTTCATGATAAATGATATCTTTACCC ATAAATATACTATAAATGACCCTTGCGAAAGTTTGGATAAATAACCCATCGTCCAATCACATTGAAGATAAGTGAGTTGA TATTTTTATATTTTATTTATTAATTTATTTACAAAAAATCTTATTGGTCCATTGAGTTGTGGGTTAGTAACCCACATGGT CATTTAGACAATCCCATCTCTCGGCAAAATCTTCCCTAACAACTACGACACTAGTGATCTAAG
CDS sequence (LotjaGi3g1v0132700.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAGCACGGATGCACGGAGTATTGCCTCTCAGCTTAGTAATTCTGGCCTGTTGAAGACTCAGGGCCTTATTGGAGAGAA ATGGAGTGATGCTTATGATGGAAAAACCATTCAGGTTATTAATCCTGCTACTGGTGATTCTATAGCAGATGTTGCATGCA TGGGTGGAAGAGAGACGAATGATGCAATTTCCTCTGCCTATGATGCCTTTAGATCATGGAGCAAAATCACTGCTGCTGAG CGAAGCAAATATTTGAGGAAATGGTATGACTTGCTAATGGCCCATAAAGAAGAGCTAGCACAACTTATAACCTTGGAGCA AGGCAAGCCTCTTAAAGAGTCTCTGGGCGAGGTAAGCTATGGGGCTGGCTTTATTGAGTTTGCATCTGAGGAGGCAAAGC GTATATATGGGGATATCATTCCTGCGCCTCTATCTGATAGGCGGTTATTTGTTTTAAAGCAGCCTGTAGGGGTTGTAGGT GCAATTACACCTTGGAACTTTCCCCTTGCTATGATTACCCGAAAGGTTGGCCCAGCCCTTGCATGTGGCTGTACAGCAGT CATAAAGCCCTCTGAAATCACGCCTCTCACTGCTTTAGCTGCAGCAGAACTCGCTATTCAAGCTGGAATCCCAGCGGGTG TACTGAATGTGGTTATGGGAAATGCTCCTGATATTGGCGATGCTTTTCTTGCAAGTCCACAGGTACGGAAAATCACATTC ACTGGCTCGACAGCTGTTGGAAAGAAATTGATGGCAGGTTCTGCAGAGACGGTTAAAAAAGTATCTCTGGAACTTGGTGG CAATGCCCCTTGCATAGTTTTTGATGATGCTGACCTAGACATTGCAGTAAAAGGAACCCTTGCAGCAAAGTTCCGTAATA GTGGACAGACATGCATTTGTGCAAATAGAATTATCGTGCAAGAAGGTATATATGAGAAATTTGCAAATGCTTTGCTTGAT GCTGTTCAGAATATGAAAGTTGGGGATGGTTTTAGTGACGGTGTTGTTCAGGGTCCTCTGATCAATGAAGCTGCTGTAAA AAAGGTTGAGTCCTTAATTCATGATGCTACATCAAAGGGGGCAAAAGTAATTATTGGGGGTAAAAGACATAGTCTTGGAC TCACTTTTTATGAACCAACCATCGTCAGTGATGTCCACAATGATATGCGCATATCTAGAGAAGAAGCATTTGGACCTGTT GCGCCCCTTTTGAGGTTCAAAACTGAAGAGGATGCTATCAGAATTGCCAACGACACTAACGCAGGTTTGGGTTCATATGT ATTTACAAACAGTATCCAGCGATCATGGCGCGTTGCTGAGGCTCTTGAATATGGACTTGTGGGTGTTAATGAAGCAGGAA TTTCAACCGAGGTGGCTCCATTCGGTGGTTTTAAACAATCTGGCCTAGGAAGAGAAGGATCCAAATATGGGATGGATGAA TATTTGGAGATCAAGTATGTCTGCTTGGGAAACATGAATAAAGAGTGA
Protein sequence (LotjaGi3g1v0132700.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MSTDARSIASQLSNSGLLKTQGLIGEKWSDAYDGKTIQVINPATGDSIADVACMGGRETNDAISSAYDAFRSWSKITAAE RSKYLRKWYDLLMAHKEELAQLITLEQGKPLKESLGEVSYGAGFIEFASEEAKRIYGDIIPAPLSDRRLFVLKQPVGVVG AITPWNFPLAMITRKVGPALACGCTAVIKPSEITPLTALAAAELAIQAGIPAGVLNVVMGNAPDIGDAFLASPQVRKITF TGSTAVGKKLMAGSAETVKKVSLELGGNAPCIVFDDADLDIAVKGTLAAKFRNSGQTCICANRIIVQEGIYEKFANALLD AVQNMKVGDGFSDGVVQGPLINEAAVKKVESLIHDATSKGAKVIIGGKRHSLGLTFYEPTIVSDVHNDMRISREEAFGPV APLLRFKTEEDAIRIANDTNAGLGSYVFTNSIQRSWRVAEALEYGLVGVNEAGISTEVAPFGGFKQSGLGREGSKYGMDE YLEIKYVCLGNMNKE
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 | 13 | 492 | 480 | 7.1E-258 | – | |
| PANTHER | 13 | 492 | 480 | 7.1E-258 | – | |
| SUPERFAMILY | 13 | 490 | 478 | 3.67E-173 | ||
| Pfam | 29 | 487 | 459 | 1.9E-172 | ||
| Gene3D | 34 | 481 | 448 | 1.2E-183 | ||
| CDD | 39 | 489 | 451 | 0.0 | – | |
| TIGRFAM | 39 | 485 | 447 | 8.9E-207 | ||
| ProSitePatterns | 263 | 270 | 8 | - | ||
| Gene3D | 267 | 456 | 190 | 1.2E-183 | ||
| ProSitePatterns | 291 | 302 | 12 | - |
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 | Succinate-semialdehyde dehydrogenase [NAD(P)+] activity | Catalysis of the reaction: succinate semialdehyde + NAD(P)+ + H2O = succinate + NAD(P)H + H+. | ||
| Biological process | Gamma-aminobutyric acid catabolic process | The chemical reactions and pathways resulting in the breakdown of gamma-aminobutyric acid (GABA, 4-aminobutyrate), an amino acid which acts as a neurotransmitter in some organisms. | ||
| Molecular function | Oxidoreductase activity | Catalysis of an oxidation-reduction (redox) reaction, a reversible chemical reaction in which the oxidation state of an atom or atoms within a molecule is altered. One substrate acts as a hydrogen or electron donor and becomes oxidized, while the other acts as hydrogen or electron acceptor and becomes reduced. | ||
| Molecular function | Oxidoreductase activity, acting on the aldehyde or oxo group of donors, NAD or NADP as acceptor | Catalysis of an oxidation-reduction (redox) reaction in which an aldehyde or ketone (oxo) group acts as a hydrogen or electron donor and reduces NAD or NADP. | ||
| Biological process | Oxidation-reduction process | A metabolic process that results in the removal or addition of one or more electrons to or from a substance, with or without the concomitant removal or addition of a proton or protons. |
Expression pattern of LotjaGi3g1v0132700.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
Loading expression data from ljgea-geneid. Please wait…