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| Field | Value |
|---|---|
| Gene ID | LotjaGi4g1v0046100 |
| Transcript ID | LotjaGi4g1v0046100.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Terpene synthase; TAIR: AT1G61680.1 terpene synthase 14; Swiss-Prot: sp|P0CV94|NES1_FRAAN (3S,6E)-nerolidol synthase 1; TrEMBL-Plants: tr|K7L2K8|K7L2K8_SOYBN Uncharacterized protein; Found in the gene: LotjaGi4g1v0046100 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr4:5408200..5420415) extracted from Lotus japonicus Gifu genome v1.2.
CAATACTGATCTTAGTCATATATTCATAACACCAAAGCATCAGCATTAATCTATGGCTTTTTGTCACCCTATCTTTGCTT CAGCCAATAAGCCACCAATAATGTATTCTCCAAACAAAAGCTCAGATAGTAAAAGCCGTTTGATTATTGCATCGAAGCAA AATATCCATATTTTTAATAATGGAAATGGAAATGGCAAGGTAAGATTATTTTGCTTTTCTCCTCTTTATGTTATGCTCCA TATTTAAATCGGAGTTTTTGAGACAATTTTATATGTACTATATATATACCTCACTCTCTTTCAATCAATCATATAGGAAT CTATTGAACTCAGACATGCTAAAATTTTGGAGGAGGTTAAGCTTTTGCTGGCTAGCAAGGAAAGAAAAAATACATACGAA GGTTTATCTATGGTGGACTCCATCCAAAGATTAGGCATTGGATATCACTTTGAAGAGGAAATTGAAGCAATTCTCAAAAG CAAGCATTTGATGCTTGGCCATCAAGGAAATGGTTATGAAGAACTGTCAGAAGTTGCACTTCAATTTCGTATTTTAAGAC AAGAAGGGTACTTCATATCCGCAGGTTAGTGTGCCTCTTAGTGGCAATATGGGCCTAGATAGTTGAGGTGGAAAACTATT GCATGTTCTCATATTTATTAGCGTCAACATATTATTCTGAGTGAGTGATTTTTTTATAAGCAAAATGAATTAATGGGGTA CAAGCTACCCCAACTTTTACAAGAAAGCATATAGTACAAGCAAAGGTACAATGTTTTAAAATATAAAGCCAAAACATAAG ATGGCAGATTATTGCACCAGCTAGGAAAAATAACATTTACTATCCATTTTATTTTTATAAGCAAAGAAAATATATTGAAT GAAGTACTTGTACTTCAACCCAATACAAAGAGAAAGAGTGAAAAAGAAGAAGTAATGGAGAAGAAATATCTCAGAACCTA AAGACCCCCCGCCCAATGGAGGCACAACTTAATAAAATATGCCTCATTAAAACCTTACCAGAAAAACCCCCTTGGGAAAA ACATGAAGAAGGAAAAAAGATTACATATTTTAGAAAGCCAAAGTGACACCACCAAAGGGAATTACAAAACCCACCCACTA GTTGAAGGCAGAGTAATTGCAAGGCCCAAATTCCAGCTCAAAAAATGCCAAATCCATTTCAGTGCAAATCATGATGAGAT ACTGTCAACACAAAGCAGAACTTTACTCCACCACAAGCCACCCTTTTGCCAATACAGCACCTTGCAAAGGTCCAATAAAT TAATTACACCAACAATAGCAAGAGTACAACGGCCCTGCCAGTACTTCAGCAGTATAGAAAATCCTATTGTATATTCATCC ATGTAATAGTAAATTCATCATAGCATTCATACATCCCTGCAAACATTTACTATCCATAACAACCCAATTCCTTCCATTTT TCTTTTTTTTTACATCGGAAAGATTCTCATTATTCTAAACGAGTGATGTAATATTATTTACACTTCAATTTTTTTTACAT TTCATTTTTTATCTATCTCTTCATTCTCTTTCAACAGGGTCGTGGAGAAGGTAAAGCCAAATAGGCAATTGCCTTATATA GGCCCTAAAAACATAACACCTATATATATAGTATATGCTATTCAAATTTGAGAGAAGTAATGAAATAATGAAAAATCTGG TTATATTAATTGTAACGTGGGAACTAAAAAGTAAAACTTTGACAGTTATTTTTTGCATTAGTAAATTTACATTCTCAAAA TTAAAAAATTAATTTGTGTTTACTTATATATAACTGTAATATGGTCCAAGTTTACACTTCACTCATTATTTCTTCCCAAA AAAGGAATTTTTCATTATTTCTACCTTGAAGTGAATTATTAAATAAGATATTTGATATTAAAATTTATATAAAAAATTAA GTCTCTTTAAAATTAATATAAAAAAATAATAATTTATACAATGTATTAAGTGAAGATTCTTGTAAAAAATTATTTTTCAT TTTATGCCTCAAAATGTAACACACAGCCTTGTCTTTCAATTTCAATCATATCTCTGGTCACGCCTTTCAAAAAAATATCA TTCATCACACATCTTTAAATTATTTTTTCTATCTTTTAATTCTTTATTTCTCACTAGTACTTTTTACCCGTGCAATGCAC GGGGATATTCATTTTTGGGTTTTGTGTGTTTTTTTTTTGTTAAATCTATTTTCTTTAATATATTTTATTGATTAATATAT ATTAATTTTTTTAGACTATGAGTTCTGTATTTTTATTTTTATTAAATGTTTGTTTTTTATTTTTTTGTTGTTATTTTATT TTTATTTCATATGGTAGATTAATATTTTTTGTCTTTATTGATTAGTTTATCTCAGCTAGTTGAAGTAACATTGATGCCTT AAGAATATGTGTTTTTTTTTACAATTGACATTATTTCATAGAGAATAAAACTGAGTGCTTAATATTTTACATTTTTTGTA AAAATATCTTATGTAGGATTTTAATTTGATTAGATAATTTGATGTAGGGTTTAAAATCAATCTTGAAAGTTACAATTTTT TTAACTTCCTCTAAATTAATCTCTTAATTTATATGTAACATCTAAATTGTATTAATTTATTTTATTTTAGTGTCATGATT AGATACTTTGATGTAGGGTTTTAAACCAATGTTGAAGGTTACAAATTTTTTAACTTCTTCTAAATTATTCTCTTAATATT TATGTAACTTCTAAATTGCATTAAATTTATTTTACATTTTTGTGTGGTCATAAAAATACGTAGCCAATATGCACATTTAA GAGACTTTTAATTTTCTATGCAATAATAGAGAGCATATGACAATATGATTGTAGAATATGAGAGGTTATTGTAACATCAT TAGGTAATTTAAAGTGAGAATTAATTGAACTTTTAAAGGTTTATATTTGTTAACTTTTTATAATTTAATTTCTTAAAAAA ATGAAACTCCTAAATTGCCTTTATTTATTTTTTAACATCTTTGGTGGTTATAATAGTATGCAGCTATTATGCATATTTAA GACATATTTAAAGGAATGCGAATGGTTTTTTGTTTTTGGGAAAATCTTTATTAGGCACTTTGAATTTGGATATAAATTTT TTAAAGTATTTTATTAATTTTTATGTATCTCTTAAATGATAATACTTTTTTTAACACCTTTGTATGCTCATAATTTATGT AACCAATATGCATTTTTAGGTAATATTTTACTTCCTCATCGAGAAAAGGTAATATTTTACTAACATTTTTTCATTTTGGT TTATATTTAATCATATTATTTTAAATATTTAGACGTTATATATTTTTTCAGTCATATTTTTTGTTCTGTTAAAAAAAAGG TCCTATTTTCGGTTCTTATTCAAAGATAAATTGAAATGGTATGTTAATATTTAAAGCATCATACCATAAAGATAAGCATA GAAGTGAGTTTAAAAAAAAAACATAGAAGTGTAAAAGTTTTATTTGACATTTAAAAAAACTTTAACGGTTGTAAAATTGG ATAAGCATAGAAGTGTAAAAGTTTTTTGCCATTAATTTTCAATTTTTTTCACTTTTATTCCTTAAGATTAAAGTTAGGCT GATTATTCTTTCTCAAATACTCTGTCATCTGCATATACTTTGTTATTTAAATTATGTTAAATTATGTGTAATAAGTATGT GTAGAATGATTCAAAAAAAAAAGTATGGGTAGAACAGTTAAAATTGCGTCAAATTTTGCACGTTCTCCAATTTTTTTGGT GCAATTTTTTATGAAGTTTGTGTCCTTTTAAACTTGTGTTATTTTTTAATTTTAAAATTGTTTAATTTACGGCACTGAAA TCAATTTACAAAATTGGCAATGAAAACTAATCTAAAATTAGAGTTTTAGGAAGGAAATAAACGAACTACAATACTTCCAC TAAGCATACCGATGCAATTTTTAAAAGGTAAAGGAAATTCTTAAATTATAAGTGAGTATGTTTTCTCTCCAAAACCTACA TGAACCACAGTTGGATCTCTCTTTTTAATCACCCACCAGATCTTGCTTTCGTATTGTAAGTTGTTTGCTTAAACAAATTG AAGCCATCCACCCTTCAAGACGCATTCGCCTGGCCTTCTCTTACACCAGGTTAAATCACAAAAAAAATCTTCTTTTGCAT GTATTCATCCCTCAGGACACAATGTGGTGGTGTATGAGGAAGAATTTCTCCATGAACCAATGCAACAGGCAATGTCTGCA TTTATTTTTTTGAATTTAAAAATCAATGTTCAATAAGTTATGAAATGGAAATCTATATAAAGAAATTTATGAAGTGTACA ATACCTTTTTGTTTTGGTAGGTGTCAGAGATGTGAAGGTTTGATTCATGATAGATTAACTGGCCATTTAAGTTGTCAGCT CCGTGTTCGTTAGGACCACTATCATAGCCAGATGGTACCTCTTCATCATCTCCCCATCCAAATTCATATCTTAATGGAGG GGTTCTATATCTGACATTCATAAAATCTCTATCTTGGACCTCAAATAATCGGAATTCAGTCCCTCCAAGATAAAAAAGTT TAAGCCATCCACCATATTGTAGACCATAATATTGTTGGAGGCTTAACCGTCCATTTGTCAGTGCAAACACAGTGTTGTTA AACTTTCTGAGTCGAACATTGAAGGAATTGTGTAGTGGATCCATCAACCTAATTATTTCAGTTATCTGTAGGTAGCAACC CACATGTCTGGTAGCTCAACATATTTCTGTAAATTTTAATCCGTTGCTTAATTAAAACACAAACACTCCATTGAAAAGAA TATACTCAATATATCATTTGTAAATAACACCAAGCCCAAATTTGAATCATTCTAGCCAAGGGAAACATAATGCTTACCTC GAAGATAATACATGCTATGGCACAAAGAGGAACAATCCTAAGACTCATCCATCACAAAAATCTTTCAAGTCTTCTGTTAA AAAATGTGAGGTCGCTTTTTCTTTGATTCTCCAAGGCAAAAACAGCATCCTCATAAGTTATTGGAAGCGATGACAGAAAG AACACATCTAAAGTCATAGGAGTGTTATCATGTAAGTCTGATGTAAAAAAAAAGATGAAAAAATCCTTTCGAGCAATAAA CAATCTATTAATACTTGACTTGAATTTCCAAAAGATAAGTTCATGAATTAGAAAGAAACAAATCGTGGCTCAGTAAAAAA TTGTGAAAATTTTAAAATGGTATGGAATGGGGTGAAACTTGAAAGAGAAAATAAAACTGTAAAAAGGATGACTCATACCT TCATGAGACAATAACGACGCTACACACTATAAGAGAAAAGAAAATGGAGTTAATAAGGGAATGAAGATGCCAAACAGTGG AAAACGAAAACCATAAAAAGGTTCTGAAGGCCATAAAACTAATTTATTCAATAGTTTCAAGTATTGTACCATATTCGACA CCGTGATGCTCTCTATGATTCAGGTTTAGTCTCTATGGCTCGCACCCTCAAAATCATGGCTGAAAATCATCTCGAGCATT CACCTTCCGCGCCATCTTTGCCTGCATATTCAAGAAAACTGGTCAGCTATCTCTCAGAAATGGGATTGAAAGTTTTGGCC TTGTTCTAGAAAGAAATGACATGGCAGAGATAGAAAGTCAGGATAACAAAAACAAAATAAAGAAGAGAAATATAGAAAAG AGAGACAAAAATAGTGAATTATCACAGATCATACTGAACTAAACCTACCTCCTCTAATATGTCAAAAATTCACTTAATCA GGAAAAAAATTAGATGACAATGCAAATTTTAATTTCGTTGTTCATCATCTTCCACCTTCAAGCCCTTCTCTCTCACGAAA AGACAAATGGAAATGAAGAGGATATGGCTTTGATTTGGTTCGTATCACATCTGGATTCACCGCTTCAGTTTCGGAGGATA AAGTTTCTTTCTTCTGTGAGAATAACACCTTGACTACATGAGCCTTTAATGGTTTTACCAAATGAAGGCCAAAGTTGTCT ATCAGCAAGAGTGCAAATTATAACAGGATATCAATACGTAAAAAAAGGTTGAATAACCCTCATGAAAAGTGATGTTGCTT GAGGTAGGGTGTGTTATCATCTCTATGCCATCCAATGCTTCTCTCTTCCAGAAAATCCATAATCATACAAAAGAGTATCA AAGAGATGGTAAAAAATGCTAGTCACAGAAGGCAAACATTGGATTAGAGTGAGGCAACCAACCTGATTAAACTGGTCAAT TCAGCTAACAGCTCATACTCACATTTGGAAAACTCCTCTAGCTTGTCTTTCAAGCTTTATGTCACCCAATTTGTAAAATA AATAGATAAAGCAAACAAATCATAGTCTAGAGGGGTAGTTGACAGATTCAGAACAGAGAAAAAAAAAACAAAGAATCTGA GGACAGTAAATTCGAGAAGAAACCCTTACGACAGATTAGTGAAGCCGCAAATCTGCCAAGAAGAAAATAATGTGAAGCTA AAAAGGGCTGCGATTAAGACACAATACCTGCGAAGAACAAAACACGGTGAGGAAGAACATAAAGAAAAAACATAAAAATA TTGAATAGACCTGTAGTGCACATACAGGACAATGAAGCAAGGAATCTGTGAAGAACAAAAAAGACGTGAAAGGAAAATCA AAGCTAAGGAAACCATATAAATAACCAATTGAAGGGAAATCCAGAAGATCGCACCTCAACCCTACAGGAGCGCAGCCAGA GCGACATTCACGGGATATTTCCCTAAACCAAGGCTTCAACCCAGAGCAGAGTAAGAAGAGCGGATTCACAAATAGGGATA AAATGGAGGAGAAGAAGATTTTTATCACCTGTTGTGCGAATCTCGCAGTCGATTCCTCAGTTATTAATGGACGGAACAAA TTCTTCAGTTCGCCATCCACCTATCTCCCCTACCTCGCACGCCGCCGGAGCCCTCAGGGTCTTCACCTCGTCGCCGATGC CGATGCCGATGCCGATGCCGCTGCGGGAAAAACGACAGCCACAACTTTGGGGTTAAAGAGAGGGCCTTGCGATTTAATGG GGAGAGGAATCTCTGGCCTCAACATCGCAAACAAAGAAATAGAAGAGGGAGAGAGGCGAAGAGAGTGAAGATGGAGAGTG GAGACATTCCAACTTCCAAGTGAACGGAAAAGACGGACAGCTCAGAAACAAAACGGAAGCTAGTGGAAAACAAAATGGAA AAAAGAAACGTAAGAAAGGGGAAAGGCTGAGGGAAAATGTGCTTCAACGGCTAGGATCGAATCTTGAGGAAATAATGTGT ACTTTTACTAAAATGTTCATGCTAAAAATTAGATTGTTGTGCATTAAGTTGTTAAATGACTGGTTTGCCCTCAAGGCTGC AGAAACTCTGCTTTTATATATATTATAGATAGATAGATAGATTATAGATAGATAGATAGATAGATATGGACTCCATTTAC AATTTAAATGGAGAGCCGACAAAACTTTAAGTGCATTCATTTACCCACATTCAAACATTCATATTCTACACCCGTGAGTT AGCCTCATGGTGTGCAAGATCGGGCTCACTATAAAGTCATTAGTCGAGTTAGTGTTTTTTTTTTAGCTTTTGAAATTATA ATCCGGTTCAACCCACCAGCTGCTTGGTTAGGTTAGGCGAGTCACTTTTATTTTAAGAAAAATCAAAAGGATGATAAAAA ATAGAAAAAAGTTCTAAAAATAAATAAAGTGTTAAAATCTTAATGTATTATTACAATAGAAGGTTCATTAATAAAAAAAC TGAACTCATTATACTAATGAAATTATTTTGGTTTTTTATATTGACTAATAAATAAACATTTAAATGAAAATAGTGAACTG ACTAAAAAACTAATTTAACTCACTTTCCCTTCTTATTTTTCTTATTTTCATATCACATCACCTATCATGTCTCTTATTTC TTTTCATCTCTTTTATCTCACATGTGTGAGTGAATTCTGAGTGTGAATGAACTTTTATCCATATTCATTCAAAAACTTTA CCCACAAAGAGAAAGTGAGATAGATAAAAAGAGACGAAAATAAATGATTATGTAATAGAAAAGATAAGAGAGAATATTAA AAGAAATTGTTGGAAAGTGTCTTTTGTATTCGAGGAGAAAGTCTAATGTAATCCTTTGGTACCGAAAATTCAGCACTTAT TATCCTCCGATCAATATTCAGTATTTCATTTCAAAAAAAAATATTCAGTATTTTTTTTTAAGAAAGAAGAAAAACTAACC CATCATGCATGGAACATTTATCTTTGCTTATATAGGGGGAGTTCATACTATTATTAAATTGCTATATGGTCTAATTCATT GTTGACATGCACCCACCTTGTTCTTGATACTTTTTGTTTGCTGCATATCTTAGACATATTTGGCAAGTTCTTAGACGACA AAGGCAAGCTCAAACACACGCTTTTTGAAGACATTGATGGGTTAATTGCCTTGTTTGAAGCCTCTCATTTAAGCATAGAA GGGGAACACTCTCTCGATGAAGCAGGGGAGTTCTGCCGCAAGTATCTTCATGGATGGATGTCAACATTTCATGATCATCT TCTAGTTAAAGTAGTTAACCAAACACTACAATACCCTATTCATAAAAGCTTGTCAAGGTTCATGCCCACATGCTTGCAAT TAGAAAATGCAGGATGGACAAGTTCTTTACATGAACTCTCTGAAATTGACACCCAAATGATTAGCTATTTGCATCTAAAG GAAATTTCTTCAGTTTCCAAGTGAGTTCCCGTAAACTTATGATCTTTTATCTTGCACAAAATTTTAACTTTTGAACTTAT GGGCAGTTCTATGTGCACCATGTTAAAAACTAGTTCACTCATAAATTTGCACGTTTTTACAACAAACATTCAGTACATGT TATTTACAATATATTCTTTATGTATGCTAAAACTAATTTGCAGAGAAACTCTTTATTTGTCAACGATATTTTTCATGGCC TTAAACAAAGCCTTAACTTATTACAGTAATGATGAATGTACTAATGTAATAATGTATCTACTATCATGTTATAGATGGTG GAAGGAGCTTGGTTTGGCAAATGACTTGAAGTTTGCGAGGAATGAACCAATCAAATGGTACATGTGGCCCATGGCATGCC TACCAGATCCACGTTTCTCGGAAGAAAGGACTGAGCTCACAAAACCACTATCCCTAATCTACATCATTGATGATATATTT GATTTCCATGGAAACATTGAAGAACTTAGCCTTTTCACTGATGCTGTCAAGAGGTAAGTTTGTTTTGCATACAACATTCT TCTGTGTTATTCAATTTCACTTCTAATTAAGATAATTCTTTGTCAACAGATGGGACTTGGCAGCCGTGGAGCAATTACCA GATTGCATGAAAGTGTGCTTCAAGGTTCTCTATGACATAACCAATGAATTTGCATTCAAGACCCAAGTCAAACATGGGTG GAATCCTATAGTCACCTTAACCAAATCGGTAAACTTTCACTAAATTTCAAAACTTATGTGATCGATGATAGTAAAACATT TTATTTCATGAAAGTGCTAAATGCTCAATTTCATCCCTGGAAAAAACAAGCGACGGACAAGTTAGTTATTAGAGGAAGGA AATACTCCTGCAGTCTTTGATCATGTCATCAAATGTCGGTCAAGTTACCAATGTTTTATTTGACCGCAAAATTAAATGGC CAACATTGGACACAAATAAAAACCAAAAAGAGAGCATTCACTCCATTTCATGATGTACAAATGATATCTTTCACGTGTAC ATGTATTTGTAGTTTGGGCATTTCCTTTGGTACAAGCAATTTTTTTTTGGTCAAATACAGGAGTGACATGTACCAGTAAC AAAATTACACGTATTAATAATATTATGGACTTATTGAAACTCTGAACCAATATTGTAATTATAAATTAATCCCAGAACCT TCTAATTTTCAAATTCAGTCCTGCTGTTGCAATGTCCCCTTCACTTGCACGCCTCTTCCACTCTCTTCTCCTCCTAGCAC TTCCCTTCGAACTCTAGCCACCGACCAACCTCCTCTGCTTCTCTTCCACTCTTTGTCTGTGTTTGTGTTTTTTTTTAAGC CAAAATTGAATTAAAGGAAATACTATGAGCATTTCAATCCATGTACAAAGAAGCACAAAGCTAAGAGAAGAGAAAGGAAG CTACTGTACAAATAAAAACCAGAAAATCCAATTCCCCACTAATCCATTGGCAGCAGCCACGGACCCTTACAATTAAAAGA AAACAGGGCAATCTTCCAAAGATCAACGCAAACCCTCTAGTGGAAATTTACCACGCACCCTCACTGCCCATTCGCACAAG GAATAAACCAGAGGTAGACAGGTTTCTGCTGACAGAGAGAATTCAAAATTTCCATATCAGAGATACTTCAAACAGCTCCT TGGGTTGTTAATTCAATCACACATGGAGGTGTTTAAGATGGTTGGAATATTCAACTGAAATGGAGAGCTTGCGGAGTGAG CGACGACCGGTGGTGGAAGCGGCGCGAGTACTGGTTGGCTTTGCAGATCTGCTTCGCTGGGAAAGGAGGGAGCGTGTGGG TGGCTCCTGGCCTCTGGGAGGTTGAGGATGGCAGTCGGTTGGTCGGCGGCGTGGGTTAAGTCAGCGACGGTGGTGCCCAG AGAGTGCGGCGGCGCGGCCTTGGAGGGACACCCAAGAAGAATCGCGAGGGCTGGGGAAGCACGGCGCGGGCGTGGTCGCT GAGGACGCGGCAGAGCACGCGTGGGCACGGCGGCAGAGCAAAGGAGGGTGCGGCGGCGGCTGCTGTTTGGGAGAGGAGGA GATGACGAAAAATTAAAAATTAAAGAATTAGGTCAAAAAAGAGAGGATCTGGAGGTGGGGTTGCTGTTTGATGATGGATC GGGGATGGAGAATATGGGTCTGGGAATGACTATGTTTTACATAATTAGTAAAAAATATGAGGGCATATTTAGTAAGTTAA AATTCAGTTGGGTTATAATATAAATAGTGTAAACAAGATCTGGTCAACACTTGTCATATTAAGTGTTTATGCATTATTGG TACACTTCACTCCTGTAGCCTACACTCACATGAATTTATGGGCACCCAAGCATGCACATGTAGTTTGTACCTAATTTGAT TTGATTATGACAGTGGTTAAGGCTCTTCAATGCGTTCCTACAAGAAGCAAAATGGTTTGCTTCAGGGCACGTGCCAGAAG CAGAGGAGTACTTGAAGAATGGAATAGTGAGCACTGGGGTGCACGTGATCCTTGTGCATGCTTTTTTTTTCAGAGGTCAA GGTTTAACTGAAGAAAACGTGACTCTAATGGAAGAGTTCCCAAGCATTGTATCGACAACCGCCACAATTCTAAGATTGTG TGATGACCTTGAAGGGGACAAGGTATGAACAAAACTAATTAAAGAAATTCACTGTCCATGAATTAATTCCTAAATTTAGA TCACAAATTTTGATAAAAATATAATATTGTAAAACTGGCATCAACTCACTTAGCTTAAAGCATCAACACTTGTCTGAGTT GATACAAAGTGTTAATTATTGCAGGCAGGGACGGAGCCTGAAAAAATAGGTAAAGGGGCAAAAATTTGAAACATTAAGTA TAATTAATAATGATTAATTAAATAAGATATGTAAATTTGGTTAGAGACAAATATAACATTTGAATACTATTCTAATAAGA CCTGATTTTGTCCCTGATTGCAGGATGTTAAATGTGATGGTAATGATGGGTCATATTTGAGGTGCTACATGAAGGAGCAC CCTGGAGTTTCTGATGAACAAGCAAGGGAGCACATCAATCAACGGATTTCAGATGCATGGAAACAACTCAACCGAGAATG CATGACCCCAAATTCGTTACCATCTTCTTTCACCAAACTTTGTCTCAATGCTGCTAGGATGGTACCTGTAATGTACAGTT ATGATGGCAATAGTCCATCAAAGCTAGAGGAGTATGTCAAATCATTGATTTATCGTAGTTCCTCCATGCAAAAATCAGTA AGATCAGATTCAGACTACAGTTTCATGAAATAATTTTAGAAGGTGATCGAGTAGATTTAAGTGTGTATTTAATCTAGTTA TTGATCACCATTCTTGTGTATGTATAATGCTGATAAATATATTTTTGAGTTAAATAAGTTTTTTAATCTCCTCATTAGGG TAATGTCTGGTTTTGGTCTTTTGCTCGAATCCTTCGTTTCTTAAAGGAGGTTATTT
CDS sequence (LotjaGi4g1v0046100.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCTTTTTGTCACCCTATCTTTGCTTCAGCCAATAAGCCACCAATAATGTATTCTCCAAACAAAAGCTCAGATAGTAA AAGCCGTTTGATTATTGCATCGAAGCAAAATATCCATATTTTTAATAATGGAAATGGAAATGGCAAGGAATCTATTGAAC TCAGACATGCTAAAATTTTGGAGGAGGTTAAGCTTTTGCTGGCTAGCAAGGAAAGAAAAAATACATACGAAGGTTTATCT ATGGTGGACTCCATCCAAAGATTAGGCATTGGATATCACTTTGAAGAGGAAATTGAAGCAATTCTCAAAAGCAAGCATTT GATGCTTGGCCATCAAGGAAATGGTTATGAAGAACTGTCAGAAGTTGCACTTCAATTTCGTATTTTAAGACAAGAAGGGT ACTTCATATCCGCAGACATATTTGGCAAGTTCTTAGACGACAAAGGCAAGCTCAAACACACGCTTTTTGAAGACATTGAT GGGTTAATTGCCTTGTTTGAAGCCTCTCATTTAAGCATAGAAGGGGAACACTCTCTCGATGAAGCAGGGGAGTTCTGCCG CAAGTATCTTCATGGATGGATGTCAACATTTCATGATCATCTTCTAGTTAAAGTAGTTAACCAAACACTACAATACCCTA TTCATAAAAGCTTGTCAAGGTTCATGCCCACATGCTTGCAATTAGAAAATGCAGGATGGACAAGTTCTTTACATGAACTC TCTGAAATTGACACCCAAATGATTAGCTATTTGCATCTAAAGGAAATTTCTTCAGTTTCCAAATGGTGGAAGGAGCTTGG TTTGGCAAATGACTTGAAGTTTGCGAGGAATGAACCAATCAAATGGTACATGTGGCCCATGGCATGCCTACCAGATCCAC GTTTCTCGGAAGAAAGGACTGAGCTCACAAAACCACTATCCCTAATCTACATCATTGATGATATATTTGATTTCCATGGA AACATTGAAGAACTTAGCCTTTTCACTGATGCTGTCAAGAGATGGGACTTGGCAGCCGTGGAGCAATTACCAGATTGCAT GAAAGTGTGCTTCAAGGTTCTCTATGACATAACCAATGAATTTGCATTCAAGACCCAAGTCAAACATGGGTGGAATCCTA TAGTCACCTTAACCAAATCGTGGTTAAGGCTCTTCAATGCGTTCCTACAAGAAGCAAAATGGTTTGCTTCAGGGCACGTG CCAGAAGCAGAGGAGTACTTGAAGAATGGAATAGTGAGCACTGGGGTGCACGTGATCCTTGTGCATGCTTTTTTTTTCAG AGGTCAAGGTTTAACTGAAGAAAACGTGACTCTAATGGAAGAGTTCCCAAGCATTGTATCGACAACCGCCACAATTCTAA GATTGTGTGATGACCTTGAAGGGGACAAGGATGTTAAATGTGATGGTAATGATGGGTCATATTTGAGGTGCTACATGAAG GAGCACCCTGGAGTTTCTGATGAACAAGCAAGGGAGCACATCAATCAACGGATTTCAGATGCATGGAAACAACTCAACCG AGAATGCATGACCCCAAATTCGTTACCATCTTCTTTCACCAAACTTTGTCTCAATGCTGCTAGGATGGTACCTGTAATGT ACAGTTATGATGGCAATAGTCCATCAAAGCTAGAGGAGTATGTCAAATCATTGATTTATCGTAGTTCCTCCATGCAAAAA TCAGTAAGATCAGATTCAGACTACAGTTTCATGAAATAA
Protein sequence (LotjaGi4g1v0046100.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAFCHPIFASANKPPIMYSPNKSSDSKSRLIIASKQNIHIFNNGNGNGKESIELRHAKILEEVKLLLASKERKNTYEGLS MVDSIQRLGIGYHFEEEIEAILKSKHLMLGHQGNGYEELSEVALQFRILRQEGYFISADIFGKFLDDKGKLKHTLFEDID GLIALFEASHLSIEGEHSLDEAGEFCRKYLHGWMSTFHDHLLVKVVNQTLQYPIHKSLSRFMPTCLQLENAGWTSSLHEL SEIDTQMISYLHLKEISSVSKWWKELGLANDLKFARNEPIKWYMWPMACLPDPRFSEERTELTKPLSLIYIIDDIFDFHG NIEELSLFTDAVKRWDLAAVEQLPDCMKVCFKVLYDITNEFAFKTQVKHGWNPIVTLTKSWLRLFNAFLQEAKWFASGHV PEAEEYLKNGIVSTGVHVILVHAFFFRGQGLTEENVTLMEEFPSIVSTTATILRLCDDLEGDKDVKCDGNDGSYLRCYMK EHPGVSDEQAREHINQRISDAWKQLNRECMTPNSLPSSFTKLCLNAARMVPVMYSYDGNSPSKLEEYVKSLIYRSSSMQK SVRSDSDYSFMK
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 |
|---|---|---|---|---|---|---|
| CDD | 38 | 553 | 516 | 1.38071E-151 | – | |
| PANTHER | 38 | 558 | 521 | 2.4E-278 | – | |
| PANTHER | 38 | 558 | 521 | 2.4E-278 | – | |
| Gene3D | 47 | 538 | 492 | 3.5E-166 | ||
| Pfam | 50 | 208 | 159 | 1.1E-41 | ||
| SUPERFAMILY | 50 | 221 | 172 | 9.42E-47 | ||
| Gene3D | 72 | 232 | 161 | 3.5E-166 | ||
| SUPERFAMILY | 236 | 553 | 318 | 8.35E-84 | ||
| SFLD | 238 | 554 | 317 | 0.0 | – | |
| SFLD | 238 | 554 | 317 | 0.0 | ||
| Pfam | 239 | 504 | 266 | 4.2E-83 |
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 | Magnesium ion binding | Interacting selectively and non-covalently with magnesium (Mg) ions. | ||
| Molecular function | Terpene synthase activity | Catalysis of the formation of cyclic terpenes through the cyclization of linear terpenes (e.g. isopentenyl-PP, geranyl-PP, farnesyl-PP and geranylgeranyl-PP) containing varying numbers of isoprene units. | ||
| Molecular function | Lyase activity | Catalysis of the cleavage of C-C, C-O, C-N and other bonds by other means than by hydrolysis or oxidation, or conversely adding a group to a double bond. They differ from other enzymes in that two substrates are involved in one reaction direction, but only one in the other direction. When acting on the single substrate, a molecule is eliminated and this generates either a new double bond or a new ring. |
Expression pattern of LotjaGi4g1v0046100.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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