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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0132700 |
| Transcript ID | LotjaGi3g1v0132700.3 |
| 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_chr3:16628423..16640937) extracted from Lotus japonicus Gifu genome v1.2.
ATGAGCACGGATGCACGGAGTATTGCCTCTCAGCTTAGTAATTCTGGCCTGTTGAAGACTCAGGGCCTTATTGGAGAGAA ATGGAGTGATGCTTATGATGGAAAAACCATTCAGGTATGAATAGAAGCTGTTACTTAAATTTCTAAAGTGGACCCTTTAC TTTAGTGGAGCCATTCTCCCTATTGAGATTAGAGAGGAAAGAAAAAATTTGTGAATCTGATTTACTTATTGAATGATTTG ATTCAAATGAGTTCACAGTATACTTTGTGTAGGTAGCGACGACAACTGATAGGGATAGCAAATTCTAGCTGATTCAACTT ACTAACAGCTAACTGCTTGTCTAATTGTAACTAACTATTAGAGTTAGGATACTGTATATTATGTGCAACTGATCCTATAT ACTCCAATACTCTCCCCTCAAGCTCAAGGAGTGTATGAACGTCTCGGAGTTTGTGTACGTTGAGCTTGTATCTTGGCCTG GGGTCTATAAATCTGTTAGTGGAAAGTGGTTTAGTTAAGATGGAATGCGTTGGAAAGTGAGATGCTTGTTGATGACTTTT TCTCTTACGAAGAAAAGTTCCAAAGCTTATGTTTGATCCTAGTATGCAGGACAGGGTTGTGAGCCAAGGAAACGGTACTG AAGTTGTCACGATGGATGTAAGGAATTGTAATTACCACTTTGAGTTCAACAAGTAGTGTTTGAGACTACAATGAATCAGC TGAAACCTCAGCCAAACAGTGGCTCTCAGCCTCACAACTATTGTGAGCAACGACAAATGGTTTGCAGGATGACTGGGAAA TCAGGTTGGGGCCCAAGAAAACCACATGCTCAGATGTAGGTCCAGTGTTATCTAGGTTAGTGGCCCAGTCCTCATCAGAA TAGCCCGACAAAGGCCAGGGACCTCAAGATGAAGAAGGTATTAGATGCAAACCATAGGTAACAGTCACGTTAAGATACCG TATAATCTGTTTTCCAGCTTGGCAGTGAAAACATAGAGGATTAGCCATGGATTGGAAGACGTTTAAGTGAAATTCTCAAT TCCAGTCTAGTGGTAGTAAGGTACTGCAAGGCTCCCACAAATGATCTATAAAGGAAAAGTTTTTATTAGAAGAAATTGAA TTAACAATAAGACTTGTGATAAGAACCTTAGGAGAACCATACCACAAAAGGTAGCCGTTGTAGCTGGAGAGCCCAAGGCC TTATTAACCCCACACTAGAATCCATACTTCCGTAAGATTTTGTAACTAAGTGTTAGAGTTAGGAAGTATGATTCCCTACA TTATACACAACTGATCCTATATGCTCCAATACTCCCTGTTTATCGTTATAAGTTCCAATGTATTGCTATTTTTTTGGAAT CTTATATATTCAATATTTCAATGTTGTGGCAGGTTATTAATCCTGCTACTGGTGATTCTATAGCAGATGTTGCATGCATG GGTGGAAGAGAGACGAATGATGCAATTTCCTCTGCCTATGATGCCTTTAGATGTATGAAACTTCACATTTTGATGCAATA TCCTTTTTGCAGACTAGAAGTAGATTTGTGTGTATGATATTAAGTCTACAGTGATCAAATAACTTCTTTTTTACATCTAC GGAAAATTAGCTTAATGTCTGGGATTGTTATGTTTAATAACAATAACAACTTTCGTGTAAGAATTGGATAATCTCAGTTG AGTCATTCTTTTTTTTTTTCCCTTATGAACTTGCAGACCTATCAAGTTAACTTTTGTTAGCCAAAATTGGGTTAGCTTCA ATTTGAATCTGAGGGTAGATGTTAGATGCACTATCCTTTAAAAGATTTGCAACTTTGAAAGGGAATATGGACAGAGTTTC ATTTAATAATTGCTGCTGTAAAACATTCACCTCTGTGTATTTGCAATATTATTTTCTGTAGTTACTAGCATAAACTAAAC AGTTACATGTTTCAATCTTACAATCGGTGATGACTATTACTCTAGTTGATTTGGTTCCATCATAATATTAATCATGCCCT TTCCAATTTTACTTTTTCTGTTGGATTGATGTATTATTGGTTCTTGATATATGTTTTTATTTATCCTTGTTATTTTAAGT GAAATGTTCAACTAACTAAAAATTATGTTTTTGGTATATTTGATTATTCATAATATTATAATAATTAATTTTTTTATCTC TCTGTAGCATGGAGCAAAATCACTGCTGCTGAGCGAAGCAAATATTTGAGGAAATGGTATAGTTCTTATCTGCTAATTTT ATGGAAATTTTTTATTTACCTGCTGGCTTGTATTTGTTTTAAGCAATTGTGACCATTTAGTTTCTGTTAATGTAATTTGG TTGACTTATTTTAGCCAGAAAAACTGTTTTTTCTAGCATTATTATTCAGCAGTACTATTAGAAATAATAAACAACATTTC CCCTCAAGCTGGAGCACATAAGTCATGTGTTCCTAGCTTATAATTAAAAGGAAGCTGATCTGAAAGTATGTTTTCTGTAT TTTTTTCAATATGATTTACCCAATATTTATATGCTAAATAGAAGAAATCATTCCTAAATTATATCTTAAATCAATCCCTA AATTTTAGAGATAGGGATATGCTGAAGAAGGAAAGTATATAATATATCAATCAACACCCCCCCCCCCCTCAAACTGGAGC GTATATATTAGATGCATCCAACGTGGTACATATATATGTTATCCTAGGACCCCGGAAGGACTTAGTCAACATGCTAGCTA GTAGATCCAGTTCACATCAGATGGATAGATGCCTGAAAGGACCGTTTCTTTGATGAAGTGACAATTAACTTCTTTATGCT TGGTCCCCTCATGAAAGATTGGGTTTGATAACATACATTGCTGATTGGTTATTACAAGAAAGTTCTATAGGACCTATCTC ACAAATCTTCAAATCCTGGAGCAAGTGCTTTAACCACGGAAGTAGAATTAGCCAAAGCACGATACTCTACTTCCGTGTTT GACCTTGCAACGAAATTTACTTCTTGCTTCTTCATGAAATGGAAATTTCACCAATAAGAACACAGTAACCAGAAGGGGAC CTCCCGTCACTAATAACAACTGTCCAATCTGCATCAGCATATAAAATGAACTTAGTATGGCTACTATCAATATAAACAAG CCCTTTATCTTATGACATAGCATATATATTAACTGCATTCCTATGACATTCACATGGCGAGTTTAGAAATGGCTCACCAT AATGACGGGAAAAGCAATGTCGGGTCTTGTCATGGTGAGACAGTTCAACTTTCCCACTAACTGTCTGAAAAAGCAGCCCA CAAAAGTTTCATTTCTTCCTTAAATCACTCCTTTGTGTTTGGCAATATTCCTTGGACAATAGAAGTTTTTGTCTTATTAG AGCCTTTTTATCCAAAGGTTAATAAGTGTCCAGTAGAGTGTCCTTCTAGTTAACTAGCCTTGGAAGGAAAGCTTCAGAAT ATTCTGCCTTAAGTGACCTTCAGCATGTTCTAAGGTGTTTCTAAGTCTAACACCTTAGAACATCTGATTGTTTAGCACGT ATCATCTTCTAACATGTTAGCACTTGAGTGTTAGGCCCAGAACATGATGCTATCTTCTGGTGCTTGCCATCTTCTAACCA AACGAAGTGGCCTTCACAATGTTGACTTAATTAGCATGTTGACCAATTTAGCACATGATTCTTCAAATTAGCATTTGCTC TCACTTAGAAAATATTCCCACAAAACTTTCAAAGCATAGAATATACTACAAACATCATGCTAAACATAACTTGGAGATTT AACATTCACGTCGATTAAGTTTGCAATTGTGATATCCATGACATATTGGCCATGGAAGAGTGCTTGCAACGCACTTTCCG ACACACTTTTCAACTCTCTTTCTTTTAGTTGAAATTCATGTTTTTCCCATAAATAGAGAATATAACCCACTAAAGTGGGA GTGGAACCCATATGGTTTACTGGATTCCACATGAAACTCAACGAATAAGGAATAGAGTGTTGGAGATAGTGTTTGCTAGC ATTTCTTATTGATCTTTATAATGATGAAAGTTCCCTGAATAGTAATTTCTTCTTGATAATAGTTACATACTGTTACTTTT CTTCTCCATTCTTTCAAGGTATGACTTGCTAATGGCCCATAAAGAAGAGCTAGCACAACTTATAACCTTGGAGCAAGGCA AGCCTCTTAAAGAGTCTCTGGGCGAGGTATGATGGTTGATATTTTGTTATTATGTCTTTGTTATGTATTTTCCCACCTTG AATTTATGAAAGTGACTGTTATTCAGGTAAGCTATGGGGCTGGCTTTATTGAGTTTGCATCTGAGGAGGCAAAGCGTATA TATGGGGATATCATTCCTGCGCCTCTATCTGATAGGCGGTTATTTGTTTTAAAGCAGGTAAACTTTGAAGTTTATTTGGT GTCTAGTATTTCATATTTGAGCAGTTTCCTGAGGGAACTTTATACTTTATAGCTAGACTGTATGTATCAATTGATTTCAC TGACATGTGTTCATGATAGGATGTCTATACTGAGTCAAATATACTAAAAAGAAGGGAGTATGATGTTTAGCACTATAAAT CATGTTAAAGCATTATGGTTATATTTTAACCTTATATATTTTCCAAGTCTAATGTAGTAGTTTTCTAATCTATTACTGTG CGTCACATTTGACCACTTTAGTCTATTGTACCTGGTGTACACAAACTGCACTCAGTGTTGTTAATCGCGGAAAGCCAAAA ATCTGCTATGTCAAACTCTCAGAGAGGTAAATAGCGGATAGCGGTGAGCCCTCAGAGCGCTACGCTATACCGTTATTGCG CCGCGATATCCGCTATTTGACAACACTGGCTGCACTTTTTCAAGGAAATCTAAATATTTTATGATGTTAATTACTCTAAT TATGCCTGGCATTTAGGAATTGTTTATATTAATAACATCAGGAAAATTCAATTCAAACTAATGAGGCGAAAGACTGAAAT AGAGAAAGCCAAAGTAAAAACAAAATTGTTTGTTTAACTTGCATGTTTCCTCGAGTCAAGTTTTTTAACATATCTTCTTT TGGTGGCCTGAGGAAGTTTGTTTTTGATGATTCGAGTTGTTTAAAAGCGTGATAATGTAACTTTTCATGGAAGGCCAACC ATAATATATGGCATTAAACTTAAAGTATTCGATTTGCAAATTGCAACAGCTTCATTGAACATTTGTGAATGTGGATAGAA GGGCCATTACTGTATTTTCCGGTTGTTTTTCCTGGGTTTGTATCCATCAAGCATTCCAGTATTTTATGGTTATCTTCAGT ATATTTTTAAGATTTGTTATGAGATCAACACTCAATTCCTGCTTTAGACTTGAAAACTCGCCCTGGGTAGTGGGTACCAT ATCTGTCACTGCACTGTAGCAACACCTAAATACAAGTAGAATTTGGATTCCTGACTCTTCTGACGAGCATTCATGCAAGT CCTTTTTCTTTCCTTACTTGCACTTTGAAGAGATGATACTTATCAACCCCTTTAGAAATCCATAGCTCTGTCCAAGATTA AGTGTGTCGTCTGAGGATAATCTTGATAGATATGTGTTTTATGTGGCTTCAGCTTTGTAGCAGCAGTTGATTTGCTTCTA AAGAGCTCTTTGCAATAACTTGGAACATTTTAATGTATTAGCTTAAGGGGCTTTGGTAGAATGAAAGTGGTATGGTGTAT AAGATTCTTATATCTAGAGATCATGTGGTATGTTAGGCTGAGGTGAAATGAATCTTTGAAGGTTCTTCTCAGACTGAGGT CTGACATGGGGCTGGAACATTCAACTTATAACATTTTTTTTTCAAAAAGAAAAAGAAGAATTTGGTTAAATAGGAGATGG CAATCAAATCTAGTTACATCTAATGTTGATGTGAAATATAGCCACTGTCCTAGGAATGCTTAATTTTTTTAGTCATGTGT CAGGGAGGACACATGGAGGTGCTTTCCTCAGCAAATGAAAAGTATATTTCTGTTTTAGTATAAGAATGAGATTAGATTCA TTTTTGCTCATCTTAATGGCTTGAGTAGTTTGTCCTGACTTTCAATAATTTAGTCTATGCAGATGCTGCGAGAAAGGGTA GTAATTACCTTATATATTGAAAGTTCTAGATGAAGAATTTACTGATAGTTCAATATTCAATTTCTGTTTCATAATCCTCA TATTTAAATACATGGCTCTTATTTACCTCATTTTTGGGATTTGCAGCCTGTAGGGGTTGTAGGTGCAATTACACCTTGGA ACTTTCCCCTTGCTATGATTACCCGAAAGGTATGTTTAGTTTTGAATATTTACTGTTCAGATTTTATCCATTTAAGCGAA TAGCAGTTACTTTGAAAATTATGATTTCTCTTATATTAGGTTGGCCCAGCCCTTGCATGTGGCTGTACAGCAGTCATAAA GCCCTCTGAAATCACGCCTCTCACTGCTTTAGCTGCAGCAGAACTCGCTATTCAAGCTGGAATCCCAGCGGTAGTTTCAA ACACCTACTTTTATGAGTATAATAAAAGTTCATTGCTTGTTGGGCTTATTGGTTCAAAAATTTTCTGTTGTGATGATTGT TAATTTAGTATTGAAATTAATTGTAAATTGCTACACAAGCTTGACAAATATACATCAAGAGCTCTTTTAAGATGATTATA GAAAATTTATTATGATATTTTGATCTGTAATTTACTATATATGTCTTCATGTCAAAACTATAATTTTGTGCTGTTATTGG AGATTCCTTGAATGTGTCTTTTTACTTTAATATTTTACTGTCCTTTAATATTTTGGTCCCATTTCAACTACATTGTCTTT GTAGTTTACTATTGTATGTAGTATGCAGTTCACTTTCATGAACATGTTTGCAGACCCTTTCTCTGCCTTTTTCTATTTCA AATGAAGCTTCATTTGTTTTTTGTTCCTTCCTGCCCATCTTTTACGATTCTAAGAGTTGTGATATTTAATGACATAGGGT GTACTGAATGTGGTTATGGGAAATGCTCCTGATATTGGCGATGCTTTTCTTGCAAGTCCACAGGTTTTGTCACCATGTGA TTTTATGAAGCAATTGCCTTTTGTCTGTAATTGAACACTTGAGAAAGAAATTATCAACCTTATTTAGGTACGGAAAATCA CATTCACTGGCTCGACAGCTGTTGGAAAGAAATTGATGGCAGGTTCTGCAGAGACGGTTAAAAAAGTATGCTTTGATGTT GTCACCAATTTTCCACAGTGCAGGATCTAGACCTCATTATTCGAATGGATTATGATCCCTTATATATGTGTTTTGTAAAC ATCTAGGTATCTCTGGAACTTGGTGGCAATGCCCCTTGCATAGTTTTTGATGATGCTGACCTAGACATTGCAGTAAAAGG AACCGTAAGTGAGAAATGATGACAAAACATGTTTATTGTAATGATTATTTTTGTTTAAGATGTTATATTATATGAGCATG TTATATTATTTGCTACGCTGTTCTTGTGACCTTTTAATAATGACTCTAATGGTAGTGGATAGTTCTCAATATGTGACGTC AAAGTGATTACATGAATTTTTTTTAACTGCAATAGATTGATGCAGTTGTCATTTCACTTGGCTGAATTCTTAAATACATA CCTTACCTGGGAAAATTGTGCTGTGTTCGCTTAGACATTACTTATCAGTTATCACCTTCACTTGGACTTTTCTTTTTAGT ACTGTCAAATGCTTAAGTTTAGGTATATTTCTTTTAGAAATTACTTATCTGTATATCAATATTTCTGTAGCTTCAATTTC TTATATATCTTGCTCGGATGATGTTATTTTATTGAACAATCTTTATAAAGACTGAAATAATTCTCTCTCGTTCTCTCTGC CCAAATGCACAGAGCTTTTTCAACTTTGAGCCTTTAGCAACCTCTCCAGTCTAATTTCAGAAATTTTGGAGATTTTGTGT TCACTGGGAATGGCTGGTTTTGGAGATTTGCTTTCTATGCCTTTTTTATTTTGTTGAGGAATCAATGGATAGATCTGTAG TTGGGCAATTTAAGTATGGGGTGGTAAAAGCTAACAAAGCTGAATAAAATGAAAATTGAAAAGCTTCAAATTTTTGTTAG TTGATAAAATTGGAAGTTGAGGCTCATATTTCAAATTTATGAATCCCCATTCCTTCTGTTTTGATGACATTAGTAATCAT AGCATCTCATTCCTTTGATTGCAGCTTGCAGCAAAGTTCCGTAATAGTGGACAGACATGCATTTGTGCAAATAGAATTAT CGTGCAAGAAGGTTAGATGAAAATATGAAAATAATAGTAAACTAATTTTACAAAATGCATTTATCTGATTTTCGGTCTAG CTATCTGTTTGACTGTATCATGTTCATGATTCCCAATTTATGAATACTTTGTATGGAGGAGATTTATCACTTTGATCTGT TCTCAGCTCTTTTCTCTTAGTTTCTCCTACCTAGTGTAAGTTGTTGTAATGTGTCTGACATGCTATTATACTAGCTAGTT TATGTCAAGTACCTTATGAAATATTTGTGGGATGCTTCCATTCTTTTATCACACATTACTGTAATCATGAGACATGTTGG TTGTGATTGCAGTAAGTAGTTTCTTATTTAGTTTTGATCTTTTAATTTTGGCATGGAATTTGGTGTTGTTGAAAAAAAAA ACTCAGAACAGGAGATAAAAAGGTAAGGGAAATTTCGCTGACATTCTTATAGGTGATTTTGCTCCAATTTGTAGTGTTAG TGTACTCTTTTTGATTGTTTGGCAGTTTCTGTATCACATCAACGTGTTTAGATACATAATTTGTTCAAGTCTTTTAAGAC ATTGCTTTTCTTTATTTAACCAAGTTTCTCTGTAAAGGTATATATGAGAAATTTGCAAATGCTTTGCTTGATGCTGTTCA GAATATGAAAGTTGGGGATGGTTTTAGTGACGGTGTTGTTCAGGTCTGTATTTCTTTTTATAAATTTTATTTTCTGCTTT TCTTTAGAACCAACTGTCTATGGAAGTTGCATGCCTTATCTCTTTATTAATCTTCACTAGTTTAGACTCTAGACTAGCGT ACTTTTGGATACGATAATTCCTTTCAAACATTCATGTAGCAATATGTTTATAATGTCAATACTCTTAAGTCTTAAGATTT CTCTCCCAAATTGATAGAAAATCTGTTAAGCTTTATTCGATCATGCTATAACTGAATTTTACGTATATCTAAACAGGGTC CTCTGATCAATGAAGCTGCTGTAAAAAAGGTTTGTGATTTGCTTTGTGATTACAATTTTCAGTTTGTATCATAGCTGGGT GTCTCCTTCAGTTCATGGTACATCTACTGCCTATTGATTTTCTTTGTGATTTTTCCATACAGGTTGAGTCCTTAATTCAT GATGCTACATCAAAGGTTTGTCATCTTTGCTATTCCTCCAGTCTGATTCTGCACTTCATAGTCCTGGACGTTTCTATCAC ATCCTACTTGACCTCTTAAAATGAAGCCGAGAGAATTCGATAACTAAAATTTTATCTCTTCAAACTACTAACTGTATTTT CCCATCTGAGATCCCCTTTTGGATCACTGATATTTGTTAATAGTGCAATTTCTGTATCCATATAAAACGTTAATTCCCTA GATTTATTCCTACTTGAACAATAAATTAGCCTTTTCCCTCTAGTTAGAAGAAATTGAGTTCCGCAGGATTATGAATATAC TCCCCTTTGTAAAAGTTTTAAGCGACAGTATTTTTTTACATTAACAAGTGTCATCATTTTAACAAGGGGAGTATGGGAGG ACCGTAGATTTTCCCCACTATTTGGGGTTGGTCATTGCTCAAGAGTACATAGAATACTTATACTGGATATATATTATTAA ATTAATCTGGTTTTTAGGACCGATTTGAGTGAGTACAACAGACACAGGGTTTCACTGTAACAACGAGACTCCTCCTTTCA TTAAACTGATAAAAAATAACAATCTGCAATCTGATCATTTTCCTCCACATAGACACTCTATTATAAAAGACATCATTGTC CTACTAATACCAGACAATAACTGCCCCTATAAAATTTTAATTACACATAAGCCATAACTTAATAATAACAAATAACTGTC CTTATAGAATCTAACTACACATCAATGCCTTCTAGTAAAAGCAACCGTGTCCTGAAGTTTGAAATGAGGAAACTAGCCCT TGCAAGTTAGTTACTGAACTCTATTCCACCAATTCAGCCACATCCAATTGTGCTTCATCTCCCCCATTCTAATCATCTCA CGAGATCAACACCCTAAGTTTCCTCATCAGACACGATTCAGTGGCCCAAAATTTTGGTCACATTGAAAACACCGTCTTTC CTCTCTTCCCCAAACTTACTCTTGATAAGGTAAATGTCTAGTGTCCCTATTTATGAATTGAGTAGCCTGTTGATTATTTG AAGTAGAATTAGCAGTTGATGGTCTAGCAACCAATGCGCATGTTTTAGAATCCCAAACTGGAGTATAGTCTAACTGCCTA TCAGATGCATTGATCCAATAATGCCAGTGTGCTTTATAGAAATCAAATTTTTAATAAGGTCTTTTAAGTGGTTTCTCCCA AGTCTTTTTTCCATTCCTTAACTGTCATTTCTACTTGAACAAAAAAAACTTAATTTAAAATGGTTTTTGTTTGTTTGAGT GTACATTTCCATTTAGTTTATTCTTTGGAAAATGTAGCAAGGTGGATAAGGTTGTCAAATAACACTAGTTTCTGATAATT CAATTCTTTTCTATCTGAAGGGGGCAAAAGTAATTATTGGGGGTAAAAGACATAGTCTTGGACTCACTTTTTATGAACCA ACCATCGTCAGTGATGTCCACAATGATATGCGCATATCTAGGTAAACCTTTCACAATGTTATCTAATGTTCCTGTCTTGT TACTCGCATTAGACTGAGTTTTGACCAGAAATTTCAATATAGTATTTTATGTATTGTAGGCTAACTGATGTTAGCAGCCA TACATCAACTTGAGTATAGTATGATATCTGGTCTTCGAACTTAGAAGCTGAAACTGCACATAAGCTATTTGTTTCCCTTG CCCATACATTATATTATTGGAAATTTAAAGGGTGATAATTATAATTATGGATGTTGTTTTCTTGTTTCTCATCATATTAT GTGGAAAATGTTGGTTGTAAGTGTTAACGTTAATTCCAATCAGGTTGTCAGAATAGTGTATTGGCCACTGGTGGCAGTCG GATCCGTATTATAAATTGTAGATTATATTTGTAAGAATAAGCATACTGAAAAAGTGAGAATTGAAGAGAGAAAAGGTTTT GTAACAGAATCAGAGATACATGAGAAAGAGAGAATATACAAATGGTTGTAGGATGTAGAAAATATATGGGAATGGCCTCC TTCAACTAGATGCTTGAGAAATATTAACCGCATAGTCCTTCACTATCATTCATCAAACTTCTATAGATCACCTTGAATCC ATCCCCAATTAATCACCTTGATTCTGAGGCAAACACTTCCATAATATTCTTGAAATATAAATTGTGGTTTTCCTGTCACT AAAGATTAATAAAAAGTTTGCGCCTCTTTGGCTGTTTTATGATAATAAACTGTCTGTAGTAGGGATACAGAGGCACTTTT AGATGCATGCTAGTCTCTACGAAGTACAACCAACAATTGAGTTTTCTAGGAATACAACTGTGCAGAAGTGTTTATCTTTT TTCTGCACAGCTATCTTATGTTTCTGAGAATGTAGCCTTGATCTGACTTTGGTGATATGAGGTATCAAACCAATGTCTGT AGCTTATACAGTTTATAGTGCTATTACTAACCCTGCCTATATTCTTTGTTTTAATATGGGTTTTTTTTCACCTTGCCTTA AATTATCAGATGGAGCTTTATTGTTAAATTTTAGTAGACTTTAGTTCTGATAATTCCATTATATGATTTATCTTACACAC CAGAGAAGAAGCATTTGGACCTGTTGCGCCCCTTTTGAGGTTCAAAACTGAAGAGGATGCTATCAGAATTGCCAACGACA CTAACGCAGGTAGTTCTTGTTGCCCTATTTAAGAAAATGCTATGTTATTAGTTTTGCCATATGGGTTACGGTTTATTGAC CATGGAACCATACCTTTCCTTTTACATGTGAAGGTTTGGGTTCATATGTATTTACAAACAGTATCCAGCGATCATGGCGC GTTGCTGAGGCTCTTGAATATGGACTTGTGGGTGTTAATGAAGCAGGAATTTCAACCGAGGTTCATCTTATTCCTTATGA AATGAGATTAAGTGTTTGTGAGATTATTATTTCTTAATGGACTTATATACTTGTATATGTGCTGATGCAGGTGGCTCCAT TCGGTGGTTTTAAACAATCTGGCCTAGGAAGAGAAGGATCCAAATATGGGATGGATGAATATTTGGAGGTAAGAACAAAT TCAAAGTGTTAATTTATGCAACTTTCGGCGTTACTATAGAAACAAAACTTCTGTATCGTCCATAATCAATGTTTTGCATT AGCAACTTGAAAGATGCTAGCAACATTCACTCTAA
CDS sequence (LotjaGi3g1v0132700.3) 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 TATTTGGAGCAACTTGAAAGATGCTAG
Protein sequence (LotjaGi3g1v0132700.3) extracted from Lotus japonicus Gifu v1.2 Proteins.
MSTDARSIASQLSNSGLLKTQGLIGEKWSDAYDGKTIQVINPATGDSIADVACMGGRETNDAISSAYDAFRSWSKITAAE RSKYLRKWYDLLMAHKEELAQLITLEQGKPLKESLGEVSYGAGFIEFASEEAKRIYGDIIPAPLSDRRLFVLKQPVGVVG AITPWNFPLAMITRKVGPALACGCTAVIKPSEITPLTALAAAELAIQAGIPAGVLNVVMGNAPDIGDAFLASPQVRKITF TGSTAVGKKLMAGSAETVKKVSLELGGNAPCIVFDDADLDIAVKGTLAAKFRNSGQTCICANRIIVQEGIYEKFANALLD AVQNMKVGDGFSDGVVQGPLINEAAVKKVESLIHDATSKGAKVIIGGKRHSLGLTFYEPTIVSDVHNDMRISREEAFGPV APLLRFKTEEDAIRIANDTNAGLGSYVFTNSIQRSWRVAEALEYGLVGVNEAGISTEVAPFGGFKQSGLGREGSKYGMDE YLEQLERC
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 | 484 | 472 | 5.0E-253 | – | |
| PANTHER | 13 | 484 | 472 | 5.0E-253 | – | |
| SUPERFAMILY | 13 | 483 | 471 | 2.49E-170 | ||
| Pfam | 29 | 483 | 455 | 3.8E-171 | ||
| Gene3D | 34 | 481 | 448 | 1.2E-183 | ||
| CDD | 39 | 483 | 445 | 0.0 | – | |
| TIGRFAM | 39 | 483 | 445 | 7.7E-206 | ||
| 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 LotjaGi3g1v0132700.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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