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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0340000 |
| Transcript ID | LotjaGi3g1v0340000.1 |
| Related isoforms 3 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Terpene cyclase/mutase family member; TAIR: AT1G78950.2 Terpenoid cyclases family protein; Swiss-Prot: sp|Q9MB42|BAMS_GLYGL Beta-amyrin synthase; TrEMBL-Plants: tr|Q2WGL8|Q2WGL8_LOTJA Terpene cyclase/mutase family member; Found in the gene: LotjaGi3g1v0340000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:71473668..71483452) extracted from Lotus japonicus Gifu genome v1.2.
AAATATTTAATGAAAGCAGAAAAAATATGTTCCAATAATAAAGTGAAGTGAAGCACCAACTACATCTCAACTAGTTTAAC TCATTAAGTATCAAGTGAATGGTTCATTTTTTTTGTGAGATGTGTATGTAGAATGATTCATTAAAAGATGTATACTAATT TAATATAACCTTAGAATCTTGAGTGAATAATCTCATAATTATTAACTACGAATATTGATGTTATTGTTGTTGGTTTTTTT TACCAATATAACTAATAACTGTGACTAATTTACCATATTAAAATGTATAAGACGATTAAATTATTTTTTACCATTCACAA GTAGAACTCTCAATCACATATTAAGGTATTGTTGGGGGAGAATTGGAAGTATTTTAAATTGGTACAAGTTTCTGCCGCCC TATATATTATGATGCAATTAGAGATAATAAATTTATAAAGAGCTATAAGTATAGGGGAGTCAATGGCTCTCTCTTCATCT CTCTCTGCCTTGTATTAACTTTAAGTATTTTGTTGGGCAAACTACGACAGATTAATCAAACAATTCTCCAAATCGTGATT CAGCAGCACCAATCCGTGCCTGGACAGTGGAGCTGAAACTGTTGAGGTTGAGAGTACCCTTGTGGTCCATCAACACCATA TATTGTTCTCAAATTCTCAGCACACACAAGTAATTGGTACTAGTACTTTTGCTGTTTTGCACATAACCCAGTCCTTTTCT TAATTTGCCTGAAATATCATTACATTAGAATGTGAAACTAAAGTTATAACTATTTGTTCAGGTTCATTATAGCCTATCAG CTGCTATTTCAAGCCAGAGAGGAAATCTGAAGAGTTGTAATTGTTTAATTTGTGTACATTAATCAAGTTAAGAAAAGGTC CTCTCATGTGGAAGCTGAAGGTAGCAGATGGTGGGAAAGACCCATACATATTCAGCACCAACAACTTCGTTGGGAGACAG ACTTGGGAGTATGATCCTGATGCAGGGACTCCAGAGGAACGAGCTCAGGTTGAAGAAGCTCGTCAGGATTTCTATAACAA CCGCTACAAGGTGAAACCATGTGGTGACCTGCTTTGGCGGTTTCAGGTAAAACACAATCTTGCTTCACTTCACCAATTAT TCATGTTTCAAGTTTGAGTTATGTACGTGTCATCTCTCTTTTCGTTTTCCTTTACCTACTTTGGGCAAAACATTTTCGTG AACAATTAACACTTCCCCAAATTGAAACATTTAAGAGATTTGTTGGTTCACAAATAGTTTTTTGGAATTAGGTAGTTGTT TAGGTCGACTGGAAACCAATGAAACGATTTTCTAATCAAGCGATTGTTCCAAACGAACTAGATTTCTCAATGCAGATTTT AATTGTATATTTTATACCTGACTTGTAAATTTGTTTTTGATGTGTAGGTCCTGAGGGAAAATAACTTCAAGCAAACAATA CCGAGTGTGAAGATAGAAGATGGAGAGGAGATAACATATGAAAAAGCAACAACCACTCTGAAAAGGGCGGCACATCACCT AGCAGCATTGCAGACTAGTGATGGACATTGGCCTGCTCAAATTGCAGGTCCTCTGTTTTTCCAACCTCCATTGGTGAGTA CCAAGTACTAACTACCAATTAATCAATATTGATATAAATTTTTATTATTAAGTAAACTTAGTGGGTTCATGGTTTGATTC CCAACTCTATGGATAAAACTCTCTTACTTATCATCTATGGCATAGTATTACCACTATTAATTGTGAGGATACATTAGTTA AGATAAAAAAAAGTACGCACGTTTCTTATATATCACATTCATTACTTTCTCTTCTATTCTATTCATCTCACATTTATATT GACTTTTCTCTCTTATCTTCATTTCTCACTCTGGATGTCTGTAACTCTTGACGGTATACTAATAATTTTTCAATAAAATT ATTTAGTTTATACCACTTACCATTTACTATTTCCAAACAACTACACTTGTTGAAAAAACAACCCTGTACTTGTAGATTGT TTATCTCTTTTACTCACTTTCTTTTCTTTTTCATGGTGAAAATTTCTCACCATTTCGTCCTGGATTTGCTTTCTCACAGC TCATTATTCTATATTCCTTCAATTTTCTTTTTGTTTCAATATTGCCTAAATGGTTTTTTTCTCTCTGCCGCTCTGCGCAT CACTTATCTTCTGAAATGTCATGATCAGTATTTCTCTGATTCTGTTCTGGATTTTCTTTTGGAACTCTTCCACCGCTATG TTGTTAACATTTGTATTGAACACAGATATAGATTATAGATTTTGCCGAAGCCAGTATATTAATTCTATTTGCCGAACGGA GAAATCTTTATTTCTCTTTGGATTCTAGTGACTCCTAAAACAAAACACACCCAAACGAACAAGCACTAGCTATAAGACCA ATTATTAATGCTTGCATTGTATGTTTTGTTTTAACGGTGTGGATTGTGGAAGGCTCCAAAGAGAAATTCCAATTACGTTG ACCCACATCATGATCACCACTCACCAGAGAAGCCTTCAAAGACAATTATATAGTTTAATTTATATTTTACATTTAATTCA ACATATTTCTTCATTAAACTTTACAGTTTACCCCACAATTTTATATTTCATTATTCAACTATATTTTCATTTAATATACT TTCATTACAAGCAATCTCCTAACAATAACTAATTACAGTGTTAATCTTATAAAAGTAAAGAAAACATAAAGCACTAGAAA AATAGCATAAGTATGAACACTTCAATTTCATTTATATTTAGAAATAGAAAGGAAGAGAATATAGATAAATAAGTGATATA ATATCTAATATGATAGGAAAAAGTGAAAGTTAGAAATGAAAAACAGTAAAAATGAATTGAAAGAGAAAATGCGATGTGAA TATACAATAATCCGTCTTAACTATTAACAAAACAAAGTAAAGTAAACACAATACCCAAATATAATATTGCATCCATTTTG ATCTATAAGAGATTCTGATGGGCCTTTTATTTCAGTTCGGCCCACTACCTACTTCGAACTTAATTTAAAATAATAAATAA ATATACACCATACTTCTAGCATGGGTTATTTATTAGTGATATTGGTTTGAAGAGTTCAATTTATATTAGTGATTTTTTTC CCTAGTGAGACCTAATTATCTCTATTGAAGTATTTTTTATATTTACTTTATATTTTTAAATGTATTCAATATCATTGATC AACTCAACTCCTATCGTTTAATGCGCTAACTATATGATAAATAATTAGGCTCACGACTGTCATGAATATAGTTGGATTAA TTAATTACTCTCAGCACTATACAATTTAGGGGTGTTCATAACCGAACCAATTCAAATAAAACCGACAAACCGATCCAAAA AAACCGAAATCCAATCAAACCGAAAACCGAACGGACTGAAAATTGAAAAAACCGAAATTATTTATTGGATCGGATCGGAT TTCAGATTTGATTTCCAAAACCGAACCAATCCAATCCAAACCGAACATTCACAAATATGTATACTTTTAGTTATACATAT ATCATTTCATTTACACTTACATAGTACATATTTATTGTTTATATATTGATTATATCACACATGCTTATTTATAAAATTAC GTTTTAATAAAAAAAGTTCAAGTAATTATTTGAACTATATACATGCATCAAAGTAAACAATTATAATCATAATTTAAAAA TTTGTTACTATGTTATAATTTATGAATGTTATAAATTATGTATCATATATTATATATTTTTAAAATTTACACAAAACAAT TTCAAAATATAAAAAAGTGAAACAAAAACCGAATAATCCAATCCAATCCAAACCGCTATAGATTGGATCGGATTGGTTCG GATTTGAATTTAGTAAAAAATCCATTGGATGACAAAATCATAAAACCGATGAAATCGGATCGGATGATTTTTCTCCTCAA AACTGATCCAATCCAATCCGTGAACACCCCTACTATACATGTTGTACAAAAAAAAGTACTATACATGACCCATATGTTGG GGGCTATACCCTACTTTCAGTTTCATATTTTAATTTCTTGTTGCTTGTCATTCTCTATCTGTTCTTCTCATGTTTTCAGC TGAAAGTGACATTAAAGTCATACGTTTTGATTTATTTTCATATCTCATTTTCTTTAATCTCATTTCTACTCACTTAGAAT AATACTATCTTCACATATTAATTAAACCTCCATCTCACTAAGTTATGAAGAAAAGAAAGGTAAATACGTGATATGATAGG TGATGTGACAGAAAATGCATACAGAGAAAGGAATAATAAAAAGTGGAAGTGATATGTAAAAGAAAAGATGTGTAAATATA TCATAACTCTTCATTCACACTCTATTTCCACTTACACTTATAGAAGATTTAAAGAAAATAAAGAAAAATGAGAAATATAA TACATGATGTGATAGAAAAATAAAAAAGAGATTGGAAGAGAAAGTAAATGGAATAAGATAATAGCGCAAATGAAGTGTGA ATAAACTAAATTTTAAACCGAATGCCTACTGCTTTTGACAATTTGATATACAAAATTCCATATAAAGTTCGAGTCCAGTA TGTTGATCATGATGTACTAATCTATATTAGTTTTCTACTTACGCCTCAAAACACTGCAGGTCTTTTGTATGTACATAACA GGACATCTTAATTCAGTATTTCCAGAAGAGTATCGCAAAGAGATTCTTCGTTACATATACGTTCACCAGGTATACTTATT TAATTACAAAATACAATATTTTTTTTTATTTTGTTGATACAAGTACTCAAAGGGAGCCAATCTTAATCGAGCCAAAAATA TCCACATCTTGTTAGGCTAACTCTTCCGGTGAATTTTTTTCATACACAAACTCAAACCCGAGAACTTAATTATAAAAAGT TATAGAGAATTGTTGTCCAAATTCTTTTAACAATTAATTAACCCTGCCCCTTTTCTTAGCCATGAAATTTAAAATTGGCT CATGCCAACAATGTACAACTAATAATCTAATATTGATCATGTTGTGCTTTGAATTGAAGAATGAAGATGGAGGGTGGGGA CTACATATAGAGGGTCATAGCACCATGTTTTGTACTGCACTCAACTACATATGCATGCGAATGCTTGGAGAAGGGCCTGA TGGAGGTCAAGACAATGCTTGTGCTAGAGCAAGAAAATGGATTCTTGATCATGGTGGTGTAACACACATACCTTCTTGGG GGAAGACATGGCTTTCGGTACCTTTCATTTTTATATAAACTTACATACACAAACTAACAGGCTTGTAGTATGTTACTAAT TTGAATGAGTCTTGCTTTTTTAGATACTTGGTATATTTGATTGGAAGGGAAGCAACCCTATGCCCCCTGAGTTTTGGATC CTTCCTTCATTTCTTCCTATGCATCCAGGTTGAAATAATTCAAATTGCTGTGACTCTTTTTGGAATAACATATATTTGAA TTATTGAATAGAGAGTTTATTCTATCTCATGGTTTCAACTTAATTGATTGCAGCTAAAATGTGGTGTTATTGCCGGCTGG TATACATGCCTATGTCTTACTTGTATGGGAAGAGGTTTGTGGGTCCAATAACACCACTCATCTTACAATTGAGAGAAGAA CTATTTACTCAACCTTATGAGAAAGTTAATTGGAAGAAAGCTCGTCACCAATGTGCAAAGGTAAGAAACATTGTCTTCAA TTAACCACAATGTGTGTTATACATATCCTCTTTGACATTGAGGGATAATGGTCCATTTTATGTATCACAGGAAGATATTT ACTATCCCCATCCTTTGATACAAGACTTGATGTGGGATAGTTTATACCTATTCACTGAACCACTTCTGACTCGTTGGCCT TTCAACAAGCTGGTCAGAGAAAAAGCGCTTGAAGTAACAATGAAACATATCCACTACGAAGATGAGAATAGTCGATACAT AACCATCGGGTGCGTGGAAAAGGTAGGTATCATAACAATAAAGCCTATAAATTATTCATAGTATATTTGAAAACCCTGAC GACAACAGAATCAATTCTTGGAAGAAACTTCGGTGACTAGCTTATGGGTTTCATAATTGATTATGAGAAGTTGATCCGAA CATGTTATTAACCATATGCATCAGTCGAAATGTAATTAAAATTTAAGTTTTCTTTTATAAAAATGGATTCATACAAATAT ATTGTTAACATGAATATAATTTTCAGGTTTTATGCATGCTTGCTTGTTGGGTGGAAGATCCGAACGGAGATGCTTTCAAG AAGCATCTTGCTAGGGTCCCAGATTACTTATGGGTTTCAGAAGATGGAATGTGCATGCAGGTACATATTTTACATCATAT TTCAATAGAAATTAATTAGCAACACACAATCATCATTATTTTGTAATACTGTTGTAACCAATGTGACTATGTTAATAATC AATGCACTTGTATAACAATGCAGAGTTTTGGTAGCCAAGAATGGGATGCTGGTTTTGCAGTTCAAGCTTTGCTTGCCACT AACCTAGTTGACGAACTTGGTCCCACACTTGCCAAAGGACATGATTTCATCAAGAAATCTCAGGTCTGCTTAATTCTGAT GTGACATTATCATAATTTTGCTTCCATCAAGTTAAGTAAGGTAAATTACAAATTGAACCAAGTTTATGCAAATTGAGAAA TTCATTATTGAGACATTTGGGATCCTTAGGTGTTTTTTACAATGACTTAACAAGCTAGATGAAATCAATACAAATCATAT TATTCTAAGTAAGACATATTTATACTTAGTGTTCATTTGAAGTATGTGTGTCAGCTTTATCTAGCAATAATGAATGGGTA TTCTTAATTCACAGGTTAGGGACAACCCTTCAGGAGATTTTAAGAATATGCATCGCCATATTTCCAAAGGGTCATGGACC TTTTCTGATCAAGACCATGGATGGCAAGTTTCTGATTGCACTGCAGAAGGTTTGAAGGTAACTAATTACATAGGTCATGA ACAACTTAATCTGTTCACAAGCTCTATCAACAACAACAAATATATGTTTACCTAGCTGAAGGCTTTTCAAAAAAAAATGT TTACCTAGCTGAAATTTTCCTCTGTTTAATTTCAGTGTTGTCTACTTCTATCAATGTTGCCTCCAGATATTGTGGGGGAA AAGATGGAACCTGAATGTTTATTTGATTCTGTCAATCTCCTGTTATCATTCAGGCAAGTACTATTAAATTTTTTGCCATA TGCTTTAAATTAACAAGTACCTTTTTTCCTTACTGATTAATTTGTGATAGAAAGTTGGGGGTTGTGCAAACGACTATGAA CAGTGAAGTTTGATTATCTTTTCCTACATATTAGAGGCTGAAACTTGGATTTAAGAAAAATGAATCAGCCATCCTATTAG TAACTTAAATCATCTTATACAGAGATCACACAGGGTGCACACTTGTATATAATCAGAATCAGTAACTAATAACTGATTTA GCTAACTGTCAACTAACCAAATAAGTGCCATGTAATTGAAGTTAACTAACAAATGTACCTAATTAACTCTCACACAATTG TCTATGATACTACATGATTTAATCTTGACGCCACAATCAAATTTTCACCATTGCAGAGTAAAAAGGGTGGTTTGGCAGCA TGGGAGCCAGCAGGAGCTCAAGAATGGTTGGAAGTAAGTACTATATTGATGAACAATGCAATTCTAATAGTATTCATTAA TTGATGAAATCCATTCAGTAATTAATAAACTAATTAGCCTTATCAATAATTTTCAGCTACTCAACCCCACCGAATTTTTC GCGGATATTGTAGTTGAGCATGAATATGTTGAGTGCACTGGATCTGCAATTGGAGCCTTAGTTTTGTTCAAGAAGCTATA TCCAGGGCATAGAAAGAAAGAAATTGAGAATTTCATTTCCGAAGCGGTTCGATTCCTAGAAGATACACAAACGGCCGATG GTTCTTGGTATGGAAACTGGGGAGTTTGCTTCACTTACGGTTCTTGGTTCGCGCTTGGTGGTCTTGCAGCAGCTGGCAAG ACTTATGCCAATTGTGCTGCCATTCGCAAAGCTGTTAAATTTCTACTCACTACACAAAGAGGTGATGGCGGGTGGGGAGA GAGCTATTTGTCTAGCCCAAAAAAGGTTTGTAATCTAATGACTTCAAGTATTAGTTACCAATGCTTCTTCAACTTCAACA TGAACCAATAATGATATAGTGATATAATCTTACTAAATGAAAATAATGCAGATATATGTACCATTTGAAGGAAACCGATC AAATGTTGTACATACAGCATGGGCTCTTATGGGTTTAATTCATTCTGGCCAGGTTTGTGTGACAGATCAAAATCACATTT TTTTAGCCCAAAATGCTTACTATTATGCCTATGAGAGTCTTAAGTGTTTTTTTAACTCTTTCTTTTCTAAATCCTATTCA CAGGCTGAGAGAGACCCTACTCCACTTCATCGTGCTGCAAAATTGCTCATCAATTCTCAGCTTGAAGAGGGTGATTGGCC CCAACAGGTTCATCTCAACACCTTACTATCTCATTTTATTACTTTGTTAGTTCTCTGATGTCTTTTTCTTCAAACCCTTT ATATATCTCAATGTGTATTCACAAATTTTACAATAAAAAGAGTGATTTTGTTCATCCACATACCAGCATTATCTGATGGC TTTGAATTTGACCAAAGCTTTGCACTTTCCATGATTAAACTTGCAATGCATATTTAAATATTCACTCATTATTCATTGTA TTTTGTAACTAGTCTGATTAATGATGCTTCAAAGTGAGTTTCTACTCCTAATTGTTATTTGTCTCACTAATGACAGGAAA TCACTGGAGTATTCATGAAAAATTGTATGCTGCATTATCCAATGTACAGAGATATTTATCCCATGTGGGCTCTAGCTGAA TATCGTAGACGGGTTCCATTGCCTTCCACTGCAGTTTAACTTGTAAAGGTGTGAGCACAAAAAGACACTGCCACATCAGT AGATCAGACAAATAAAGTCAAACAAGTTCTGCAATTTACTCTTATTACAATATGTATTTATTTCCTTCATGTAATTTTCA TGTTGGCTTATGTATGTATAGATTTTGAACGTTATGCTTTCTAAAAAGGATGTCCAACTCCAAATGGAATGAGAGTACAA AGTTCAAATGTGAGAAACGGAGATTTTTTTTTCAAGGGTAGGGAATAAAAGGATCCAGATGCTAGAAAGGAGTGGAGAGC AATAGAACAACAGAAAATAGAGAAAACTGAAAGAAAGGAATTGGGGCTTTCATTTACATGTAATTAAAATTAATCCATTT CAAATAAAAGGGAATATATAAAAAGTACAAATTTCTTTTCTTTCCTTTTTGTCTGATTCCCAATCCTGTGTATGTGGGAA AGAAACATGTTTTCATTAAAGAGAGCTGAATTTGCTGGCATGAGAGCAACAGGGTTGGCATTGGAGACCTTCACTTTGCT AACTAAAAGCCAAACCTTGCACCAAATAAGCTATACAAAAAAGGCACCTTTTTTTTTTGAAATCAACCTCATTCAATTAA GAAGAAACAAATGGCACAGAAGCCAGTACATCAGATTGGACAATGCCAATAATTTGTGGAGGAACCTCCTCAATCCAGAC AACCTCACCAAACAAAAACGATAAAGAAGCTAAAGCATCAGCCGCACAGTTACCTGTGCGACAGACGAACAATAAAGAAA AAACTTCAAAGTTTGAAAGCAAAAGATAGCAATCCTTCACAATCGAATCCAAAAAAGAGCAACCACCATTGCGTTTCCAG GCTTCAGATAAAGGTAAGCAATCGG
CDS sequence (LotjaGi3g1v0340000.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTGGAAGCTGAAGGTAGCAGATGGTGGGAAAGACCCATACATATTCAGCACCAACAACTTCGTTGGGAGACAGACTTG GGAGTATGATCCTGATGCAGGGACTCCAGAGGAACGAGCTCAGGTTGAAGAAGCTCGTCAGGATTTCTATAACAACCGCT ACAAGGTGAAACCATGTGGTGACCTGCTTTGGCGGTTTCAGGTCCTGAGGGAAAATAACTTCAAGCAAACAATACCGAGT GTGAAGATAGAAGATGGAGAGGAGATAACATATGAAAAAGCAACAACCACTCTGAAAAGGGCGGCACATCACCTAGCAGC ATTGCAGACTAGTGATGGACATTGGCCTGCTCAAATTGCAGGTCCTCTGTTTTTCCAACCTCCATTGGTCTTTTGTATGT ACATAACAGGACATCTTAATTCAGTATTTCCAGAAGAGTATCGCAAAGAGATTCTTCGTTACATATACGTTCACCAGAAT GAAGATGGAGGGTGGGGACTACATATAGAGGGTCATAGCACCATGTTTTGTACTGCACTCAACTACATATGCATGCGAAT GCTTGGAGAAGGGCCTGATGGAGGTCAAGACAATGCTTGTGCTAGAGCAAGAAAATGGATTCTTGATCATGGTGGTGTAA CACACATACCTTCTTGGGGGAAGACATGGCTTTCGATACTTGGTATATTTGATTGGAAGGGAAGCAACCCTATGCCCCCT GAGTTTTGGATCCTTCCTTCATTTCTTCCTATGCATCCAGCTAAAATGTGGTGTTATTGCCGGCTGGTATACATGCCTAT GTCTTACTTGTATGGGAAGAGGTTTGTGGGTCCAATAACACCACTCATCTTACAATTGAGAGAAGAACTATTTACTCAAC CTTATGAGAAAGTTAATTGGAAGAAAGCTCGTCACCAATGTGCAAAGGAAGATATTTACTATCCCCATCCTTTGATACAA GACTTGATGTGGGATAGTTTATACCTATTCACTGAACCACTTCTGACTCGTTGGCCTTTCAACAAGCTGGTCAGAGAAAA AGCGCTTGAAGTAACAATGAAACATATCCACTACGAAGATGAGAATAGTCGATACATAACCATCGGGTGCGTGGAAAAGG TTTTATGCATGCTTGCTTGTTGGGTGGAAGATCCGAACGGAGATGCTTTCAAGAAGCATCTTGCTAGGGTCCCAGATTAC TTATGGGTTTCAGAAGATGGAATGTGCATGCAGAGTTTTGGTAGCCAAGAATGGGATGCTGGTTTTGCAGTTCAAGCTTT GCTTGCCACTAACCTAGTTGACGAACTTGGTCCCACACTTGCCAAAGGACATGATTTCATCAAGAAATCTCAGGTTAGGG ACAACCCTTCAGGAGATTTTAAGAATATGCATCGCCATATTTCCAAAGGGTCATGGACCTTTTCTGATCAAGACCATGGA TGGCAAGTTTCTGATTGCACTGCAGAAGGTTTGAAGTGTTGTCTACTTCTATCAATGTTGCCTCCAGATATTGTGGGGGA AAAGATGGAACCTGAATGTTTATTTGATTCTGTCAATCTCCTGTTATCATTCAGGCAAGTACTATTAAATTTTTTGCCAT ATGCTTTAAATTAA
Protein sequence (LotjaGi3g1v0340000.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MWKLKVADGGKDPYIFSTNNFVGRQTWEYDPDAGTPEERAQVEEARQDFYNNRYKVKPCGDLLWRFQVLRENNFKQTIPS VKIEDGEEITYEKATTTLKRAAHHLAALQTSDGHWPAQIAGPLFFQPPLVFCMYITGHLNSVFPEEYRKEILRYIYVHQN EDGGWGLHIEGHSTMFCTALNYICMRMLGEGPDGGQDNACARARKWILDHGGVTHIPSWGKTWLSILGIFDWKGSNPMPP EFWILPSFLPMHPAKMWCYCRLVYMPMSYLYGKRFVGPITPLILQLREELFTQPYEKVNWKKARHQCAKEDIYYPHPLIQ DLMWDSLYLFTEPLLTRWPFNKLVREKALEVTMKHIHYEDENSRYITIGCVEKVLCMLACWVEDPNGDAFKKHLARVPDY LWVSEDGMCMQSFGSQEWDAGFAVQALLATNLVDELGPTLAKGHDFIKKSQVRDNPSGDFKNMHRHISKGSWTFSDQDHG WQVSDCTAEGLKCCLLLSMLPPDIVGEKMEPECLFDSVNLLLSFRQVLLNFLPYALN
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 | 1 | 525 | 525 | 0.0 | – | |
| PANTHER | 1 | 525 | 525 | 0.0 | – | |
| TIGRFAM | 97 | 526 | 430 | 5.1E-147 | ||
| Pfam | 99 | 402 | 304 | 1.6E-42 | ||
| Gene3D | 108 | 524 | 417 | 3.4E-155 | – | |
| Gene3D | 119 | 413 | 295 | 3.4E-155 | – | |
| SUPERFAMILY | 121 | 410 | 290 | 3.92E-109 | ||
| SUPERFAMILY | 388 | 524 | 137 | 3.14E-26 |
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 | Lanosterol synthase activity | Catalysis of the reaction: (S)-2,3-epoxysqualene = lanosterol. This is a cyclization reaction that forms the sterol nucleus. | ||
| Cellular component | Lipid droplet | An intracellular non-membrane-bounded organelle comprising a matrix of coalesced lipids surrounded by a phospholipid monolayer. May include associated proteins. | ||
| Biological process | Triterpenoid biosynthetic process | The chemical reactions and pathways resulting in the formation of triterpenoid compounds, terpenoids with six isoprene units. | ||
| Molecular function | Intramolecular transferase activity | Catalysis of the transfer of a functional group from one position to another within a single molecule. | ||
| Molecular function | Beta-amyrin synthase activity | Catalysis of the reaction: (S)-2,3-epoxysqualene = beta-amyrin. This reaction is the cyclization and rearrangement of (S)-2,3-epoxysqualene (2,3-oxidosqualene) into beta-amyrin. |
Expression pattern of LotjaGi3g1v0340000.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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