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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0053000 |
| Transcript ID | LotjaGi2g1v0053000.2 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Cystathionine beta-lyase; TAIR: AT3G57050.1 cystathionine beta-lyase; Swiss-Prot: sp|P53780|METC_ARATH Cystathionine beta-lyase, chloroplastic; TrEMBL-Plants: tr|A0A072VLA8|A0A072VLA8_MEDTR Cystathionine beta-lyase; Found in the gene: LotjaGi2g1v0053000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:10480328..10492789) extracted from Lotus japonicus Gifu genome v1.2.
TAGCTTTCACAGTCACACACAACACCCTGCTGCCGTCAAGCACTATTTCTGAAAAGCCTGAAGAAGAGAGCTATCGCCGC CTGCCTGAAAAGAAGTATACACAGTTAACCAAAGATTATGTATTTTACTTTAGGCCTTCATATACACAGTTTCCTCTCTT CTCCTTGAACTTCAACAATGGTTCCTTCTTCGATCTCTCTCAGAACCTTCACAAATTCAGTTTCCATTGCTCCCCACACT CAGGTAAGAAAACCAATGATTCTCATTTTCCATTTTCTTACGCGAAACCGCAATGAAATTCTCGATTGTTTTGTACCTGC AGGTTGAGCTGCATAAAAAAGATGCATTCTTCGGTTTAGGGTTTAGCAATTCCGCGAATTTCAGAACAAGTGAACTGTTG TCTGCGAAAGGGTTCAAGTTGAACTGCTCAGTTGATAGAGAAATGGATGTCAGCACTTCGGCTGTGGTGGATGATGCTGC TGCTGCTGTTGCAGAATGCTTAAGTGGTTTGCTTTCTGCTTTTCTAATTTTGTGATGATGCCTGATGTAGTAGTAGTGTT TTGCTTTCGGCTGTGGTGGATGATGCTGATGCTGCTGCTGCTGATCCTTTCTGTTTGCAGAAGAGGGGCTAATAGAGCCT GATATCTCAACAATGGTGTTGAATTTTGAGAATAAGTTTGATCCTTATGGCGCTGTTAGTGCTCCGCTTTACCAAACCGC TACTTTTAAGCAGGTTGGCATTTTATTTGGTACATACATTATGTGAAAGAATTCCCTTTATTGGATTTGTGTGTCAGTCC ATGCCCAACTTATGTTATTTGTGTATTAAGTATCTCTTTTGCAGATTTTCTTATATATTTTTTTTCTGTAATTTGATGTT TTCTATACTTCTTGGTGAAGCCTTCTGCAATAGAAAATGGTCCCTATGACTATACTAGAAGTGGAAATCCTACTCGAGAT GCTTTAGAAAGGTTTGGTGAAACTTATCAGTTAATTTTTGTGTTGCAACTGCAGATGTTTCATATCTTTTTCTTTGACCC TCCTCTTTAACTTAGCATGTTTTATGTTCTCAGTTTACTGGCAAAACTTGATAAAGCAGATAGAGCCTTTTGCTTCACCA GTGGGATGGCTGCTTTGAGCGCTGTTACTCATCTTCTTAAAACTGGTGCTTTTTTCTTTCTTTTGAGTGATAAAATCTGA TCTTAGCTTATTGTTAAGTTAAAATATATATTATAGTTTGTAGTACAGTGCAGTATAAACTTATATAGGTTAAATATTTA TCTATATCTTCACTAAATGTTTGTGAAAAAATTGCTGTCTTAAGCTTGAGGGGTTAGAATGCCATTCTTCCGCACTTGAA TTGGGGCTTTCGATGTTAATCTAGAAGGAATTCATAGACTGAGACCTCAATATTCGTAAAATTTTCTCTTACCAATTTTA GTCCAAATATTTATCATAATGGAAAACTAAAAATAATTTAATTTTGCGTGTTTTCGGCAAATATCTATACCATTTCATGT TGGTTAATATAATTCACATTTGTTAAATGAGATGACAAGAGGCATTGGACTAAATCCGCGGGTCTCAACTACACAATGGA GTGTATTATATATAATAGATGCAATAAACATACGACATAGATACTGCACATATTTACAAGATATCTAACACCACCCTCAA GCTAGAGAATATATGTCATATCATATGCACCAAGCTTGTTACAAATATAATAAACTCGAGGACCTCTTAAAGACTTAATA AAAACTTCAACCAACTGATCATTTGAACTGACCAATCTAGTGCTGATATCTCCATATAAAATTTTGTCTAATAAAATGAC AATCAATCTCAAGTTCTCAATGTGTATGGTCCTCTCACAGAACATTGGATTTGAGGCAATGTGTAAGGCCACCTGGTCGT CACAAATAAGTGTCATTTGTGAATCATCCTCAAATCTATGATCTTGAAGCACCTGCTTGACCCATATAACTTCACAAGTA GCTGTAGCCATGTCTCGATATTCTGCTTCTGCCCTTGATCTTGCCTCTACACTTTGTTTCTTACTCTTCTAGGTGACTAA GTTATTACCAAGGGCAACACAATACCCAGAGGTAGATCTCCAATCAGATGGAGAACCTGCCCAATCGGCATCTGAGTATC CTACAACTCGTGTTTGGCCCTTGTCTTCATACAATAAACCTTACCTTTTCCGTGAGCTTTTTTAATATACTTTAGCATGC GAATCACAACATCTCAATGCCCTTCTCATGGAGAAATAAGAAATTGACTTACCACACTAACAAAAACTGAAATATCTGGA TGGGTTGTGAGGTAATTCAATTTTCCAACTAATCTCCTACATTTTGCTGGATCTGAAAGTTGCTCCCCTTGAGTTGGCAT AAGTTTGACATTGGGATCCATAGGAGTGTCAACTGGCTTGTCATTTAACAATCCAGTCTCCTCCAAAATGCCCATAGCTT ACTTCCTCTAAGAAATCACAATCCCTTGTTTGGATTATGCAATCTCTATGCCCAAGAAATAATGAATTCTTCCAAGGACT TTTATCCGAAAGTGATGACAAAGGTGCTTTTTACTTCTAATGACAATGTTATTCATATACACAATTGAGATCATATAAAG ACTTTCGAAGATGACAAACTAATCCATAAGATTCCCTTGAGCTATAAATCTAGGAGATTGCTCCAAATGAAATCTTCAGT GAGGTCATCATGGAGGAAAGAATTCTTGATGTCAAGCTGATAAAGAGCCCAATGACGTATAGCTGCGATAAACAGAAATA ATCTGACCGAAGTCATTGTAGACTCAGGAGAAAAAGTGTCACCATTGTTAGAAATATAATATAAACCATTCATGTGTTCG TTACCCAACAACTGAATCTTTCGGGATAATTGGTTCATGCCAACGGTAATTCAAGCTGAACATCTGCTTATAACTGTTAG AAGTCCCACATTGGCTTTAGATGTGACCAAATTCTAATAATAACCTTTGGCTACCAAACAAGCCGTGAGGCGATCAACTT GACCACCGAGCCCATCGTTGACTGCGAAAATCCACCGGCAACCTACAAGGCTACAACAAACTTCCCAAGAGGAAAAAGAA CAAAGTCCTATGTGCCACTATTCTGAAGAGCACACATCTTATCAAACATACCAAGGTCAGATAAAGTATCACCTACAGTC TTAGGAATAGACATAGAAGACAAAGAGGAAATACAAGCATAACGCAAATGAGACAAGCGATGATAACCCAAATTTACATA ATGAGGTGATGGATTACAGGTTGAGCGTATACCTTTTCGTAGTGCAATTGGAAGAGCAATCTCAGGGGGCAAGGTCGGAG GAAATGGAGGAGTTGGATACGGAGGAGAGTTTGTAGCCTACTCCTCAAATAATTTACATAATTTTACGCGCATTGTTTTT TATTCCAAGCTTGCATGTTTTGTCTCTTGTTTGCTATTGTGGGGCTTGATCTGATTACTACGGCATCCTTATGGTTGCCC TGATTGTTCACATGTTGGATTTACTACAAGATACTATTTCAGTGAACACTTATCTTTTTGCATTGTATTAATAATAGATG AATCTCACTAATGCACTGTGGAAGCAGTGTATTCCAACATGATGTTTTTTTTTTCTTTCTTTTCTATATTGATAGAGACA TGGTGTTATTTGTTGTTATTTATATTTACTCCTAGTAATGTGAATATAGGTGAGGAAATTCTTGCTGGAGATGATCTGTA TGGTGGTGCTGATAGGTTGCTGTCCGTTGTTGTTCCCAAGAGTGGTGTTGTGGTGAAGTTAGTATGATCTGTATTCATGC ATATTTATTTCCTCTAAGATGATTAATTAAGTACAGAGACAAACCGGCAAAGTTTGTTTATTCCTTGTACTGCCAGCCCA TCGTTGATTAGATTGTAATTTTTGCATCTGCAGACGGGTAAATACATGTGATCTAAAGGAGGTTTCATCTGCTATTGGAC CCCGGACTAGGCTCATATGGCTGGAGAGTCCAACCAATCCCCGACTACAAATTTCTGATATTCGAGTAAGGAGTCTCATT TTGTAATTCTTAAATGATAATTATGCTGACTACATTTTTCTGCTGCTTCTTTTTGTTCTTTGAGAGGGTGTTTTTATGAA ATATCTCCTTAAGAAATATGAAGTGCAAGAGAATGTTTGTGTCTTTTCTTCTTCTGCAACTGAGAGCAGGATGTTATTCA GTATGTTGTAAATAGTTTTAGGTGCAAGGGAATGCTTTTGTCTTTAAAACTTATCTTACATTAAATGTGAACATTATGAT AAGGGAAATTTTTGAACAAGAAAGTGATAAATATAAACTAGTTATTTGTTAAGGCTTCCTTGGTTCTATAATAGGACAGA TGAATTTTGAAAATGCTGAAGCTCTACAAACAAACAGTTCAGAAAAAACTGTTTTAACTTTTATGTAAGATGACAAGGAG TGAAGGAGATTTTTCAACAACCAAGTGTAGGGTATCTACAACTTCAGGCTGCCAAAATTTCTAATGCATTTAGGCTATTC AAGTGTTTCGTGTTGCATGATCCACAATTTGCTTCTTGACTCAATGAGAATAAAGTTAGTGAATCTATGGGGTAAGGAGG TCAAGGTGGCTTTCTTGCTTTAAAAGATTAGGAACAACAGTAAGTTGTTTAAAGCAAATCAAACTCGTACTGGAATTGAA TTCTCTTATTACAAATTTTCATTATAAGCTTCTTGTTCTTGTTCTTAGTATATATTTGCATTGGCCCTCCCTTCGGGAAA CAATTTATTCCCTTGATTGGAACTTCTGATTTTTATACTTCATAAAGGAGCTTATTTAATTATATGACTGAACTTATTTT TAGTTTCTTGAAGTATTACTTAATGGACAAACAAGCATGGACTAAAAGTCTAAGTATTTCAGAACGTTGGTCCAAGGGAT GTAATTTTTCTCCATACTTGAAAAACCACAAGTCTCTCTCCATGAACTCTTGATATGTTAAATGTCTCAGGCCTTTATTT TTTATATTTTTATGAAGTTTTTCAGTTCCCTCTCTGTTGTTCTACCTAAGGAAGTCACAAATGAGAGGCTCCTCTATTTT TTCCGGATTTTCTTATATTCTGCACAGTACTGAAACGATTTTGACCTACAGAAATTGATGCCACATCTCCACACTGTAGA CCTGACAACCACTGCAGTGGCCTTGATACACTTCTAGAAGACATCATTTCCACATTGTGAATCTAAACTCCTTGTTCCAA AATCAAGGGCATTTGTTTCTGTCTCAATACTACGTGCAAACTTCATGACTTGGATAAATGTTAAATTTATGATGAGAGAT TCTCTTCACCTCTTCACTAGTAATTTGATCTTCAAAATAAGGTTTTGCTCTTATGATCTACACCATAGAGTCATCACCAT TGGTGGATGGCGGTTCCACTTTCTTAATCACCATACGGTACTATCCATGTCATAATTGCTGGAATCTGACTGTTTCTTTT CCTTTTCGATGTAGAGAACTCCCTTGCTCAGTTGCTCCTCTTTTTGCATTCTTGTCCATTAATTTTCTCATCTCGAACAG ATATCTCCTCAGAATTTGCCTACAGCCGCCCTATACATTATCCATTTTTTCCAATTTCTCATCCATACTTATCCTTACCC GAGCCTCAATTCTGGTTTCTATCCTTTCTAATATCTCTTCCATATCATTCAGCCTCCTCTGTCACACGAGTCATGGTTGT ACTCTTCTGGTCACAGGAACTTACTCCTTTCAATCCAGTAGGTCGGACAAAAAAGATAGAATACCAGTAAGAAAAATGAT TAAATCACACCAGATTACTAAAATTACAACAACCTCTTTCTTTCCTCCAGTTCAAAAACTCCCACAGAGATTATCTATGT GCATAAAACTGTCAACACAATCACAACTGTCTCCTAAAACTACCACACAGAAAAAAAATACATAGCTTCCATTACCTGAC ATATGGCAGTTATTAAAACTAAACCCTAATGGCAAATACTACAACTAAGTCCTATGTTTCTTAGAATAGACTTTCTAGAT AATGCGTCTTTGTTTTGGGCCTGAATCTAAACCCTTGTGATTAACTAACCACAAACGTCTATTGCCTAATAACCTCACTG AACACAGTTAGTCACACTAGCAGGGTACAACAGTTAGTATACTAACAGAATGCAGTACAAACTATTCTAGAGTACAGTAG CTTGATGTTCTCTATAATAGACAATAATGCTATTATCTTTACTGCATTATTTCATATATTTTCTTGCAATTTTTTTCCTT CAATTACTATGAGCTGTACTATTTTGTCATTGTATTGTCACTTGAGTATTTCTTGCCACAAGTCGAAGTCTGCAAATATA TCATAGACATGAAATAAAATGCTATCAAGTCCTTTTCATCTTTATTGGTAATTATGGTATGAACTTGTAATGTAATTTTC TTAAATATTTTCATGAAATAATGGAAATTTTTTCTTCTTTTCTTAACTAATGTCCAGAAAATAGCAGAGATGGCTCATGC ACATGGTGCTCTTGTGTTGGTCGACAATAGTATAATGTCACCTGTATTATCCCAGCCATTGGAACTTGGAGCAGGTATAA ACATAGTATAGCAATGACGTAGAAATATATTTACACTTCACTTACTTTACTTGCACAGTAGGCAATATTTTCAAATTTAA ATTGATAGTTTATAATAATAGCTTTATCAGTACAATATCTATATACTTTCTTATATTTGAGAAAGACTAAGTTTCCCACT GTTTGGAATTTCACAATGTTCACTTCATTTCTCAATGGACATGAAAATCTATTTGAAAAAAGGATATAATTCCTTTAAAT TAAGGTGTGCACTTAGAGGGAAAAGTGCAGAGTTTACCATTGGTGGAAAAACTAGAAAGTGGTTATTTACAATTTATGTA ATTTCTTATGTCCATGTGTTCTTATCACAATCTTTTTCATTGATTGTTTCAATCAATAGTTTTAATAAGTCTTTACTTTT TCCTCTAATATGCCTGCTTCACTAAAGGGGACTTAATTCTTACATATGACTATATTTAACAAGAATGGTGTCAAAGTCAA AGTGTTAGAAGGCGCTCCTCTTATTAATAAAGGCTATTATAATTTAGGTTACCTGTTAGGCAGATAGTGAGTTGGGCTAG GGAGATCACATCCACATTGGGCTAAGAGCACAAGGAATTTGAACATAGTCCACATACTATCATCCCAAAACCTTAAGGCA ATGGGCAAGTGAGTCCTTTCACTTATATACTGCTCTTCCCTTGCTTTTCCGTCTAATCTGGGACTTCTTTATTCACTTAT TCTCCAACACTCCCCCTTCAAGTGTGAATCCTTTTTTTTTCCGCCTGGGCTTACTCAAGTAGCAACTCAGGTTGTTGGAC TTGTGCTCCTTCTGAGTCTCAAAGGCCTTATGGCTTGCTTTTGTCTGGGCTTGTACTCTAGCAGAACCTAAGAGGTTGTT GGAGTTGTGCTCCTTCATCTAAGTCTCAAAGGCCTTACAACTTGCTTTTGTCTGGGCTTGAACTCAATCAGAACCTCAAT GGTCTTTGGACTTTTGCTCCTTCGTCTGAACTTGAGACTCAGGCCTATGACTTGCTCTATTTGTTATTGAGTCCTTTTTT TTTCTTCGATCATGAGCCATCAGGCTTGTTAGGCTCTGTATTATAATTTAGGTTAGCTGTTAGGCGGAAAGCGAGACAGG CTAGGTAGGGAGATCACATCCACATTGGGCTTAGAGCACAAGTGATTTGGACATCATATACATACTTTCACCACAAAACC TTAAGACAATGGGTGAGTGAGTCTTTTCACTTATATACTGTTCTTCCCTTGCTTTTTTTTCCTGGGACATCTTTATTCAC ACTTGTACTCCAACAAGGGCCTACGGCGTTTAATTGTGACTGTTTTGCGCAGTTTGAACACTGAGTCTGGTCAGTTCACT AGTTTTGAGTCCAGCTCATAACATGCCGAATTTGGCTGCTTGACTGGCTGGTGGACACTTTCACAGTTGAACTGGGCCTA CTAGTTTTGTAGTTAAAAAATGACACAAGAAGACCTATCGTTAAAAAGTGTGGCAAAATAATTTGTTTGTATTGTTTTGA CCCTTAATGCTATATTTTAAGTGCAATTTTGCTTCTATTCATTTGAGTAGAAATATTTGTTAATGTATGATTACAATCTC ACATTTTCACTCTTATTATATGGATGTATAAAATATTTCTTATAAACTTCCTTAGGTGCCAAACCTGGACTCCTAGCACA TTAAAGTAAACATTACCTTACCTATCCACCTTTAAGTCCCTGTGCCAATTTAGCATAAAGTAAATTTCTCTCCTTCCATT TTCTATGCCCAAACTTATACAATTGTGGCTGGTACATATTTCCTACAGATATTGTCATGCACTCGGCTACCAAATTTATT GCTGGACATAGTGATATCATGGCTGGTGTGCTTGCTGTAAAAGGTGAAAGGTTGTAGCTCTTAATTATATTTCTTACTTT CAAGTTATAAAGACAGTAATTTACATTTGTCATTGTTACTTGTCAGTCTGTATTTCATTCATAGATTGCAATAAGTTTAA TTTTAATTGTAACATAATTTGTGTATTAGTTTATTGAATTGGTTGAAAATTTTCACAAGCTCTTATGCATAATGTAGACT AATTAAGTAATTATACATGTTTTAATTGCTTGTGTGTAAATTGTTTCATATGTTTTGTTATGGAATATTCCATGAGCTGA CTTGAAATCATGTCTTTGATTTTGATATATATATTTTTCATTACACTGATAGGCTCTCTCTGTGATATCCGTGTTCTTGA ACCTTCAAAATTATTAAGTGGTACTCTTGTTGCTCTTCCTTACTCTTATCTGTTTTTTGTACAACTCATTTAAGCTAGTT GGTAATTTTTCTCTTCCATAAACCACCCACCAGAGCACTTCTAATTGAATTTGTGTTCATATATACTCTATCGATTTGTT TTTCTACAAAGTTTGGAGTGTTCTGTTTGTAATTTTTCGTTGTTTTATATTTATAATTAATGATTACTAGAATATCACCT TGTTTTCATTATTTGGGGCTTTAGAGATATATATAAGAAATAATGAAAGTAATAAAATGTGGTTTTCACTATTTCTTGTC CACACTTTTGCGAACAGGAAACAGGGATAATAAGGTGGAGTTTTTGCAATTATTAGAAAAAACAGAAAATATCCTCACAA ATGAAGCACATCTTTCATTTCCGCCGACTTTTTATAGCCTTTCCCGTATCACTTACCTCTTTTCTTCATTCTCTCAAGGT TGGCAAAAGAACTATATTTCTTGCAAAATGCGGAGGGCTCAGGCTTAGCTCCATTTGACTGTTGGCTTTGCTTGCGAGGA ATCAAGACGATGGCCCTTCGAGTGGAGAAGCAACAGGTGCTATTTGGAACATGCTTTGAAGTGCTTGTATTTATCTAGTG GCACTTGAATCATGTTTTGTTTCTCTCAATATTATTTTTCCCAATATATAAAATTGTTAAAATCTTACTTAGTCTAACAC AAATCAATATTATATCATATTAAAAATAAACGTGACTCTTACCCTTCTAACCTGAGTCCCTTAACATTTTTCAACATCTC TTTGTAACAAGTTGGATGCGTCTAATATAGGTGCTCCAGCTTGACAGGGAGTGTTGATTAGTGTTGATATATTATGTTTA TCTTGACATGATTCTGTCATGGTTTAAGTTAAATTAGGATTGTTATCTCTTGAGATTATTAGATAATTCTGTTGTATAGT TTTCTTATCTACTCCCTAAGGTTTACGAATTCGATTTAGGATTAGTTAGGATTGACTTCTGGATGCTTGTATATAGATAT TGTGCAGACTACTAGAGAATATATGAAAATCATAGTTCACATTTAATTATCATATACATTGGATGCGACAAGCTGCATCC CAATGTCCCTTATAGGTAGAGTTAATAATTTAGCATTCTAGCTTACGACACTAATGAGTAATGACAAAGGAAATATCTGG GCAAGTGACAGTGAGGTAATTCAAATTTTCAACCAGTCTTCTGGCTCGCGCTTTGGATCTGAAACTGGCCTTGCATTCAT CAACCATGTTTCCACCAAAATATTCATTGCATATTCTCTATGAGAAATCACAATACCTTGCTTGAATTGTACCACCTCTA TTCCTAAGAAAAACAAATGCTGTAAAGATCTTTAGTGTATTAATGATGACAAAGATGCTTTACATGTTTGACGCCATGAT TATCGTCAACATTTTGATTAGGCTCTTTGTTGATTGTAATCAGGCTATCAATAAGAGGAGTGTACATCGTCACAGTCACA CACACAGGTCTTAATTTTAACATGAAGCACTAAAGATATTTCTCGGATGTTTGTTCTTCCTGGTTAAATGGGTTCTGCAT CAACTTTTAAAGATAAAGAAACTTAAAAGAGACACATGAATATCTTACATAGTTTCCTGAATCTCTTCTTTGATTTGGCA TTGTAACTGTTATTTGGTTGATGAACTCATCCTTTAAAATCAGTCCTATGAAAAGTCTTGCACTGTTTATCTTTGCAGGA TAATCATGTGCTTGAGTGGTGCAGTCATGGAACATGCATGAACTTAATAAACTTTGTAATCATAAATGTTGATCTTATTT CTCAAGTCATCTTACCCTGCTCTTAGGTCTGTCAAAATATTAGTTTATGCTGTCAGAATTTAAAATTAGATATTTATTAT GCATTTTCATTTAACATGTGCGCACATTATAGATTTGATGCAGCATATTATTCATCAATATAGGTGGTCTTTCAACAACT GATTTTGATGCTAAAATTCCTGTGCACTTGCAATTATCATTGATTCATATGCTTTTATTTTTAACTTGGGAGTTAAAATC TATTGCAGGAAAATGCGCAGAAGATTGCTGAGTTCCTCGCCTCCCATCCACGAGTCAAGAAAGTAAACTATGCCGGTTTG CGTGGTCATCCTGGACGTGATTTACACTATTCTCAGGCACTGTTTATAATATGAAATTTTAGATAAATTTTGCTTTGCCC TGTATTGATTTTCTCATCAATTCATACTTTCCCTTTCCAGGCAAAAGGTGCAGGATCTGTGCTTAGTTTTTTGACAGGTT CACTGGCTCTCTCGAAGCATATTGTAGAAACTACCAAGTACTATAGCATTACTGTTAGTTTTGGTAATAACTCCTCCATC CCGTGCCTTAGTTTTAAACGTTTTATACTGTCGTCCTTGCAACTACTGAAAAACAGGGTGGGGGGGGGGGGGCATAGTAG TAAAAGTTAAACAGTTCTAAAATTAAGACTTCTTCTCTTTTTTCTTATATCAACAACCATGTCCTATGCATTTGTTGATA AGCCATTTGGCTTGTACATTATAGCCGTCCCTGCTCCCTAGATGTTGGAGTTGGACCTCTATAGTAATTGAGCATGGCTT GAATATTTTCTTCATCATTGTTGGTCCTAGTTTCTTTCACCAAATGGAAGGGGTTTGAAGTGCTCATTTGACAGTTGAGA TTTCAGATTGAGTTCTGTATGATTCGTTGCCAACCTTGTAATTTATTTTCTGGCATCCCTGTCAACATTCGTTACCAAAA GATGTCTGTTTGAACTTAGTAGACTCAACAAAACAGAAAACACGACTTTTTTCTGTTTGAAGAAGTAGCTTAGTTGCTAA TTTTCTGTTAACAGAAGTGAAAACGAGGTGAAAGTGTCCTGACTGGAAAACAAACAGGTTCTTGTTTGTTTTCCAATCAA CTTCGGTATCTCTCTCCTCGTTTTCCAAAAAGTAAGTTATTTCTCCTTCTAAACAAAAAAAAAGTTCTGTTTTCTGTTAT CATGATTGGAAAATAAACAAGCTTTAGTGGTTAACATGCTGAAGTTCTATACACTACATTTCTGCTGACGTTTTTATTGG CAGGGAGCGTGAAATCCCTCATCAGCCTCCCCTGCTTCATGTCCCATGCTAGCATACCTGCTGCAGTCCGTGAGGTGAGA GGTTTGACGGAAGATCTTGTACGTATATCTGTTGGTATTGAGGATGCAAATGATCTCATTGCTGATCTAAACAATGCATT TAGAACGGGGCCTCTGGAGTAGATGGATTAGATTAATTATTTGCTTGTTTTAAATAAGGAAACATTTATGTAGATCAAAC ATGTTGAAGATTTGGAACATGGTTATCATCCTTTTTTAGCCTCTCGAGACTGAACGCATCACTGTATTTATCTTTATGTG TAAGTCACATTATCCCAAGTGTATAAATTAAAACAAATAGTGAGTGGTGGGATTGTTCACACTTAATTGCACATCTAATT GATATTTAAGTTCGAATTCCATGTTTTACAAATTTGATTATCTTGTTCACACTTAATTGCAC
CDS sequence (LotjaGi2g1v0053000.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGTTCCTTCTTCGATCTCTCTCAGAACCTTCACAAATTCAGTTTCCATTGCTCCCCACACTCAGGTTGAGCTGCATAA AAAAGATGCATTCTTCGGTTTAGGGTTTAGCAATTCCGCGAATTTCAGAACAAGTGAACTGTTGTCTGCGAAAGGGTTCA AGTTGAACTGCTCAGTTGATAGAGAAATGGATGTCAGCACTTCGGCTGTGGTGGATGATGCTGCTGCTGCTGTTGCAGAA TGCTTAAGTGAAGAGGGGCTAATAGAGCCTGATATCTCAACAATGGTGTTGAATTTTGAGAATAAGTTTGATCCTTATGG CGCTGTTAGTGCTCCGCTTTACCAAACCGCTACTTTTAAGCAGCCTTCTGCAATAGAAAATGGTCCCTATGACTATACTA GAAGTGGAAATCCTACTCGAGATGCTTTAGAAAGTTTACTGGCAAAACTTGATAAAGCAGATAGAGCCTTTTGCTTCACC AGTGGGATGGCTGCTTTGAGCGCTGTTACTCATCTTCTTAAAACTGGTGAGGAAATTCTTGCTGGAGATGATCTGTATGG TGGTGCTGATAGGTTGCTGTCCGTTGTTGTTCCCAAGAGTGGTGTTGTGGTGAAACGGGTAAATACATGTGATCTAAAGG AGGTTTCATCTGCTATTGGACCCCGGACTAGGCTCATATGGCTGGAGAGTCCAACCAATCCCCGACTACAAATTTCTGAT ATTCGAAAAATAGCAGAGATGGCTCATGCACATGGTGCTCTTGTGTTGGTCGACAATAGTATAATGTCACCTGTATTATC CCAGCCATTGGAACTTGGAGCAGATATTGTCATGCACTCGGCTACCAAATTTATTGCTGGACATAGTGATATCATGGCTG GTGTGCTTGCTGTAAAAGGTGAAAGGTTGGCAAAAGAACTATATTTCTTGCAAAATGCGGAGGGCTCAGGCTTAGCTCCA TTTGACTGTTGGCTTTGCTTGCGAGGAATCAAGACGATGGCCCTTCGAGTGGAGAAGCAACAGGAAAATGCGCAGAAGAT TGCTGAGTTCCTCGCCTCCCATCCACGAGTCAAGAAAGTAAACTATGCCGGTTTGCGTGGTCATCCTGGACGTGATTTAC ACTATTCTCAGGCAAAAGGTGCAGGATCTGTGCTTAGTTTTTTGACAGGTTCACTGGCTCTCTCGAAGCATATTGTAGAA ACTACCAAGTACTATAGCATTACTGTTAGTTTTGGGAGCGTGAAATCCCTCATCAGCCTCCCCTGCTTCATGTCCCATGC TAGCATACCTGCTGCAGTCCGTGAGGTGAGAGGTTTGACGGAAGATCTTGTACGTATATCTGTTGGTATTGAGGATGCAA ATGATCTCATTGCTGATCTAAACAATGCATTTAGAACGGGGCCTCTGGAGTAG
Protein sequence (LotjaGi2g1v0053000.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MVPSSISLRTFTNSVSIAPHTQVELHKKDAFFGLGFSNSANFRTSELLSAKGFKLNCSVDREMDVSTSAVVDDAAAAVAE CLSEEGLIEPDISTMVLNFENKFDPYGAVSAPLYQTATFKQPSAIENGPYDYTRSGNPTRDALESLLAKLDKADRAFCFT SGMAALSAVTHLLKTGEEILAGDDLYGGADRLLSVVVPKSGVVVKRVNTCDLKEVSSAIGPRTRLIWLESPTNPRLQISD IRKIAEMAHAHGALVLVDNSIMSPVLSQPLELGADIVMHSATKFIAGHSDIMAGVLAVKGERLAKELYFLQNAEGSGLAP FDCWLCLRGIKTMALRVEKQQENAQKIAEFLASHPRVKKVNYAGLRGHPGRDLHYSQAKGAGSVLSFLTGSLALSKHIVE TTKYYSITVSFGSVKSLISLPCFMSHASIPAAVREVRGLTEDLVRISVGIEDANDLIADLNNAFRTGPLE
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 | 64 | 467 | 404 | 1.2E-211 | – | |
| PANTHER | 64 | 467 | 404 | 1.2E-211 | ||
| Gene3D | 91 | 333 | 243 | 3.4E-88 | ||
| TIGRFAM | 93 | 466 | 374 | 8.6E-187 | ||
| Pfam | 94 | 464 | 371 | 1.4E-142 | ||
| SUPERFAMILY | 99 | 465 | 367 | 9.93E-107 | ||
| CDD | 107 | 465 | 359 | 1.94575E-169 | ||
| ProSitePatterns | 275 | 289 | 15 | - | ||
| Gene3D | 334 | 469 | 136 | 6.7E-52 |
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 | Cystathionine beta-lyase activity | Catalysis of the reaction: cystathionine + H2O = L-homocysteine + NH3 + pyruvate. | ||
| Biological process | Transsulfuration | The interconversion of homocysteine and cysteine via cystathionine. In contrast with enteric bacteria and mammals, Saccharomyces cerevisiae has two transsulfuration pathways employing two separate sets of enzymes. | ||
| Molecular function | Pyridoxal phosphate binding | Interacting selectively and non-covalently with pyridoxal 5' phosphate, 3-hydroxy-5-(hydroxymethyl)-2-methyl4-pyridine carboxaldehyde 5' phosphate, the biologically active form of vitamin B6. | ||
| Biological process | 'de novo' L-methionine biosynthetic process | The chemical reactions and pathways resulting in the formation of L-methionine, the L-enantiomer of (2S)-2-amino-4-(methylsulfanyl)butanoic acid, from simpler components. |
Expression pattern of LotjaGi2g1v0053000.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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