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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0231900 |
| Transcript ID | LotjaGi1g1v0231900.1 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Alpha/beta-hydrolase superfamily protein; TAIR: AT4G39955.1 alpha/beta-Hydrolases superfamily protein; Swiss-Prot: sp|P9WNH2|Y2715_MYCTO Uncharacterized protein MT2788; TrEMBL-Plants: tr|G7J3Q3|G7J3Q3_MEDTR Alpha/beta fold hydrolase; Found in the gene: LotjaGi1g1v0231900 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:54465810..54475275) extracted from Lotus japonicus Gifu genome v1.2.
TTATTCTCTGTGCGACACACGGGTTCAAATACTAGTACTACAGAGTTTGCAAACATAAAATTGGATTGAAAACCATGAAC TTTAGCTGTGAGCCAACTCCACGTTTTGACTTGAACCAACTCAAATATTTTATCCACACCCCACTCACACTCCTTGAAGA TTAAATTATTCCAAATTGCTACATAGGAAATGGGTGTGAAATAGAGAGATCCATCATCTTCTAAAACACTCTACTCTCAC TCATCTTGGTTCAGTTCAATATAGAGACCCATAACAGAAATTCACTGCACACTCTAAAAATGGGTAGCAGGTCATGGTTG AGCCTCACCGCGTGGCGCAACTGGAGTTTCCGCCACTCCTTCTCCTCCACCGGCCTCAAATCCACAACCACCGATCTCGG CGGCGGCACCGTCATGCACTGCTGGGTTCCAAAATCGCACAACCCTTCCAAGCCATCCCTTCTCCTCATCCACGGCATCG GAGCCAACGCAATGTGGCAGTGGGGCCCATTCATCTCCCCCCTCGCGCGCCACTTCAATCTCTTCATCCCCGACCTGCTC TTCTTCGGCGACTCCCACTCGACCCGACCCGACAGGTCCGAGCGGTTTCAGGCCGAGTGCGTCATGGCCGTCCTGGAGGC TCACGGCGTCCGGAAGGTCAGTGTGGTTGGGCTCAGCTACGGCGGCTTCGTGGCGTACAGCATGGCGGCGGTGTTCCCGG AGAGCGTGGAGAAGGTGGTGCTCATCTGTGCCGGAGTGTCGTTGGAGGATAGAGACATGGAGGAAGGGATGTTTCAGGTG AAATCTGTTGACGAGGCGGTTGAGGTCTTGCTGCCGCGGACGCCGGAGATGGTTAAGCAGCTGGTGCAGCTCACGTTTGT CAAGCCTATCAAAGTCTTACCCAATTGTTTTCTCAATGATTTCATTGAAGTAAGTGGTAGTGGTAGTGGTGGTGCTTTCT CTCAATAATTTTGACTTTTTTTTCATCAATTTATCTTTCTTCATGAAGCTACTTGTTTATCAAAAAAGTTATAAAGACAA AACTTGATATGCATAATATGTTACTATGCCTTGAGAATTCATATGAATATGTTTATACTCTAGACAAGTTTTGAGAGCTC CTTTGTGGAGGAGAGGATCGTGAAATTAGAATTATGCGGGAGAGGGGGAATTGTGTGATTACATTTATGTTGGGGGAGGA AATTAGGGGGCTATTAATGAGGTCAAAAGGGGATTCATCTAGACGGCGATGCCACTTACTAGCTGACTTGTTGCTCGCGT GTCTCTCTTTGGATTTCGCCAAACTACTTACGTCATCCTAACGTTACCCTCTCGGTCGGCTGAAAACCCAAACTACTTGC GTCATCCTAACATTACCCTCTTGGTCGACTGAAAACCCATAACAGTTCACCGCTCATAAAAGCTTCTCTCTACAATAGAA TGTGTCTATCAATTCTAGAATAATTTCATGCATACAGTTATAGTATACTTATTTATTAGTACCTTTTTGTCTAGTCTACC CTTATGTGAATATCACAAACATGGAATTACCCTTCTAGTGAAACTCTCTGAAGCTGGCCTTATTCCCTTGCAGGTGATGT GTACAGAATACCGGCAAGAGAAGAAAGAATTAATCCAAGCACTGCATAAGGATAGAAAATTGTCAAATCTTCCTAAGATA ACCCAGGTTTGTTTATTGCTCCTGGAACTTTTTACTGAGTTAATTTTACCACAGCTGCATTCTTGTACTCTAACTTTTCA AAGATGCAGCCTATGCAAATTATATGGGGAGAACAGGACTTGGTATTCCCACTAGAATTAGCTCACAGACTGAAAAGGTA ATTTTAAGAAAATTAAGTTGACAACTGATTTTATCTTCCAAGCACTTATACAATTTGTGCATAATTATGTGGAAATTAAA CCTTCTAAGATTACTGAAGCAATAATTCCTTCAGCTTTGTTGTTTTGATTATGTTCCGCACTTACCTGAATGTTGTGTAG GCATGTGGGAGAGAAGGCAGAACTGGTGATCATTAAGAATGCAGGGCATGCACTTAATGTAGAGAAACCCAAGGAGCTGT ACAAGAATATAAAATCCTTCCTCATTGATCCCTTGATTTCATCTAAACAAGAAAACCACAGCAATGGTCACATGGTGGAC CAGGAAGCTTAAACTCCTGATAATTAGAAGAAAATAATTCCTTCAGCCTTATGGATATGTATGTTTTGGATCTTTTCTCT CAATAATCCACAACTAACCATCAACAAAATCAATAGGGACATCCTCTCACGTGTCCGGTTCCAATTTCCAAGGCAGGATC ACTTTCAAACTTAATTAGCTCACTCTTTTGTTTTCTCTTTCTATCCTGTTTCCTCTTTTGTATTTTAGGCTCAGTTGGAT AAAAGGCTTTTATTATTATTTTCATCCTTTTTTATTTAAACAAAAAGAAAACGAGCTCAGTCAAAAACTCAAAATAAGGT GTTCACAATTAGAAATGACATACTTATCACTATTTAATACTTGAAATTAATATTTTCATTAATATTATGTAATACAGGTA TTCTATGTCGACAATTGAGCGGTGACGTACATCCATATTCTTGCAGGGTTAGTTCTCTTAGCTAAATTTTATTTTTTATA CATAAGACTCGAATAAGAAACTATACATATATTTTGTGGAAGGGGTGCAGGTGAGTTGATCAGCAATGTTTCTTCAACAT GGGAAAGGCACGGTTTGGGGCATGATGATAAGGATGATAAGGCACTTGTTTTAACTTCAGTTGCAGCTGGTCTTCTCTCT TGTTTTTGTTATTTTCTGTCGAATGAAAGGCACGGTGTGCTTCTGTTGTCCTTAAGGTGTGGTGTGTTGAAGCTGGTAGT TTGGAAAGTTTTTTTTTCTGGTTTGTTGTTTAGGTTTGTTTTCTTGGGTTTGAGTACTCTTTTTCCTTCCATAGGGTTTT TCCCACCGAGTTTTTCCTAGGAAGGTTTTAATGAGGCTTAGCCCTAGGAAACTGGTTTCTTTTGGACTTGTCAAGTCTTT TGTCTGCACTTGGTTTGGTTTTACCCCATTTCATGAGAGGGCTTGTTCTCATGGGTTACTTTCTTTCAATAATATCTTTT CAGTTTTCGGAAAAAAAAGAAACTATACATATTACTTACAATAAATAAAGCATGAAGAGTTGATTTGGGATCACTTGGTA TCAGGGGTAATTAAGTTCTATTGTCCACCCTTTCAAAGTTTAGTTTTTGGCTTGGCTTTGCAGTTCATGGCTTCCTGCTC TTTCCTCTCCTGCAAGTTTACTCCTGGGCCTATATGTCAAATGAGAGTTTAATATGGATTTGTAGGTATGCTCACAAGTT GGCTTATATTTTTCCAAAAGGGATCAATCTAAGAGGTTAGTAAGTTCATGGTATTTCCCCCTTTTACATGAGCATTTTTA CATATCAATGTTTTGTATTGCTTTATTGAATATCTTTACCTAGGATCTACGAAGGAACATTCAATAGCATACAAGAGTGC ATGAAACATGTCTAAGATGGAATTATTTTTGTTTTGTTTAGTAGGGAGTTTTGTTTACTTGAATTCTGTCTGTATTAAGT CATGATTCAATTCATAATTTTTATCTGAGATTTGTTCTTGGAACTTATTTCCGCTAATAACCTTCTTTTGTCAATTAGCA TCTAACTTTACACACTTTTATTCCTCATTTTTAATCCTTCAATCTGATAACAATCCTTTATTTTCAATCATCCTACATTT TATTGTCATCACTTGAAATTTACCACTTCTCCAGCCCAATGTAGCATCTAATAGCAAACATTTCATATCATATTTTCCAG GCTCCATTGTTGTCTCAATTAAGGTGTTGGATTGTGTAGGAAGGGAGCGTGGCCTGATCAAAGGTTCAGTTGGACATGAA TGATCCAGCTCTGGTGTGCTTAGATGGATTTGAAGGATTGGGGAGGTGATCACTATTATTGCAACCACAATCCCACCAAG ATATAGTACATACAAAATCTCAGGTTGGTGTGATGCGATGTCCTTTTGTCATGCTTTATATTTCATATAATTTTCCGTCT TTCTGATTTAGTTTTTTGCTCTTTTATTTGTCTGGAGGAGGGTAGTGAAGTTGAATTTGTTTCTGGAGAAACTAACAAAT TTTGTTTTGATTACTTCAATTGGTTAGAAAGAAAGATTTTGCTGCTGAACAATCTGCAAGGGTGAATGATGCGTACTGTA CACTTAGCAAACCTTTGTCAAGAGGGATTTACATTGTAAGCATGCTTTCATGTAAAGATTTGAAATGATGATGCTTCATT ACCTGCAGAATTTGAAGGTCTTTGAAGTTCAATGGTGATAATAAATTTGCGATGGAGAAATTTTTTATTGGCTTAGTTTC AGTTTGGGTCCCTGATGTTTCAGAAATGCACGATTTGCGTCCCCTGTGTTTAAAACGTGCGGTCAAGCTCCCTGACGTTT CTAAAACGTGCGATCGAAGCCCTTCCGTCCATATCCGTTGGGTTTCGTTTGTTGACCAAACGGAGCTGCGTCCCCGTGTA ATAAAACGAGCGAATTTACTCCCTGATCTTTCATCGTTGTGCAATTTGCCTCCCTAATGTTTAAAACGAACGAATTTACT CCCTCATGTTTCAATAAAATTTAAAATAAAACAATTTAATTAAAAACTAAATAATATCAGAATATAACTAAATATAAATT ATAAAAATTCAAATCAGTTCATCTTTTTCACCTGTAATCTCACTCTCTTCACCATAGCCATAACCACCAAGGTCTACCAT ATACAACCAACCCCAAACCACCACCTCTTCCTTCTGAACTCACTATCTTCTTCTTCTCCTTTAGATCTGAACCTGCTATT CTCCATTACAAAACCCACATCTACAAAATCGACATCAATTTTTTATGTTCAAATCCCTAAATCCCAACTCTCACAACTTC AGTGAGGACATCATCCTTAAACATGTAGAACGCCACTCCCAGTATGCTCACAAGGAACACTATCGCCTCCTGCAAATCCC CTAGTTCCACTCTCCTTTCTGAGTTTCGTTGCTTTGATGATTTCTAGGTTTTTTTGTGTAGTAACTGATGACTTGCTGCA GATCTGGATGTGGCTCTGAGGTTTTGCAATGGCCACGAATTTCAGCCAGAGAGGGCAACGATGATTCTGAAAGATGAATG GGTGACTAAATCTGATGAGATGAAAATGGCTTATCCCTATCTAAATCTTCCTGGATTTCTGGTTTCTTGCATTATTTATG TGTTTTTTGTTTGTGCTGGATCTGTTTTTTCATGAAAGATGGAGAGAAATGTGTGTTTGAAAGTGGAAGATGAACTAGGG AGAAAATTGTTATTACTATTCTTGATAAAGGTGTTGTTTTGTTAACGAACATGAATTGAAGATTCAATTTTTTTTTTCTT GAATTGTTGTTGATTTGAATCTGTTTCAGGTTGTGTTACTTTGATAATGAATGATTTGTTTTCATTCAAGATTAATGATA TATCTGAAACAGATTAATGATCTTTTTTTTGTTACAATCTGTTAAAAATTAAAGATTTTTTTTTTCAAATTCTGTTTTTA AACATTAGGGAGGCAAATTGCACAAAGATGAAAGATCTGGGAGTAAATTTGCTCGTTTTATTACACGTGGACGCAGCTCC GTTTGGTCAATAGACGGAACCAAACAGATATGGACGGAAGGGCTTCGATCGCACGTTTTAGAAACATTAGGGAGCTTGAC CGTACGTTTTAAACTGGAATTAAGCCTTTTTTATTTGATCAAAGGAGAAAAATAAATTATTGTTCAATCGGACACAGGCT TTCCAACAGTTTCATACTTTCATTAGTTATGTATAGTTTAATAGTTTCTTCTGCCCTTTTACCAAGTAATGTTGTGCTGT TGGGTTTTAGCTGAAGCTTGACGGTGTAGAAATTGATGAAGAACAGACAATTTCAGATCCAGAATTACTAGCAGAGGTAA CAGATAGAGCTTTATTAGTTTTCATTGTGAAATTTCCTTTCAACTTAACTTCTTTGTTAAACAAAATATCATTAAACCAA GTACTTTGAAAAACGAGTTGAGTTATTCTCTTTGAAGCTTGAATAATTTATTTGAATTTAAGGTACTTGGGTCTCTCTTC CATAGAGAAAAAAGTAAAAAAATATCTGAAGAAGGAAAAATCGTAACAATCTGAGTATCATTGTGCACTGTGAATGGGAA GATAGTTATAATGATGAATAGGTAGGTATTCTTTAGCATTTAAAAACCATTTCTATTTAGGATCCGGCATTGTCAGTTCT TAGAGCATTGACTTACCTCCTCTGAGTGAAAATAATGTGAAATTTAAATATCAAAAATACATTTCAGCAAGGTAAATGTT CAACGTAAATTCTAAACTAGCATTTTGACACAAACATATTTTCCTTTTTCTTTCCCATTTCTTTTTTTCTTCCTCTTAAA TACATCAGTTTTCTTTTCCCAGAACTTAAAATTGAACTTTGGAATTTAATTGGTAAAGTTATTGGTATACAGTATACACT GCATATTGTTTACTATATCTTCTCTCATCTTCCCTTCTACAAAATTAAAATCTAACTTCAAATCCCATTCTACTGCTAAA TTTTACTGCAGATTATGGAAATCAGGGAAGCAGTTGAAGAAGCAAATAACTCTGAGGCTTTGAATCACATTCTCTCTCAG GTATGTCTTGGAAACTCCAATAGTCCAATCTACAAGGCACAAGTGCAACAAAGTCAGTTCAAATATAGATTTTTATAATA TTATTGCTTTAATGCTGTTTCTTCATATCTTCCCCTGATTCTTCATACAGATGCAGGAGAAACTGCAAAATTGATCTAAT TCCTTTGCTCATGCTTTTCAAAACCGGAACTTTGAAGAAGCGAAAATTGCAATTAGGAGAATGACTTACTATAGTCGTGT GATTGATGAAGTTGTAAAGAAGCTTTGATATAGGTAATTTCATCTTTTTCTTTTGCCTGATTGCTTGGCCTACCCTTGGT AGAGGTGAAGCTAAGAAATTTAAAAACAAGAATCAAAGTTTCGGGTGAAAACTGAAAAGTGCTTTATGCTTACTGAAAGT AGGTTAATTAGAAAGAAATGACAATGGGATGGTCGTCATTTTCATCTCATCTTTAAAAAAAAATAATGCAAAATAAGAGT TTAAAATGGAAGTTAGAAGCAACAGTTAATATCTGGAATGAACTTGATTCAGTGTCTTCTTATATCCTAGAATTTATTAT CTCAGTGGAGACAACCTTTGTTTAAGTTCACCAACCCGATCAATAATCTCACCACATATATATATATATATAGGGGAATG CTAACTTACTCCCACTTGATTTTGTGAAGGAGTATGTTAGCACTTAACACCTTTTCATTTTGGACAAAAACTACCCTCCT CTTCTCACATTTAAAAAAACTTAAGTTCTGGGTTTTTGGTAATTTTGGTTATCCAAATTTTTTTTATTTAATTTTAAAAC TTAAAATTCTCTCTCATCATTTAATACCCTTCTCTTTCTTTTTCCTTTTCCTCTCGTTCTCCTGCTTCTTTTCCTTTCTC TTTCTTGGTCCTCTTTTTCAATTAGATTCATTTTGAAGAAGGAAAATAAGCTGGATTTCTTTTTAAATGAAATGATGGAG AAGACTGAATGGAACTGCAGATATGGCTTGAAGAGAGAGAATTGGGAGGGGCTCCTAAATGACGTGAATGGCAAAGGGGC TCCTAAAACCCAAAATTGAATTGTAGAAACAAGAATGAGTAGTGGAAGGAGCCTTTTGGTTCTTGGAGGTAGCAGTTGCA GAGAAATGGGAACCGATTGAAGACAAAGAAAGGTGGAAGAAGGTGATAAATGAGGAGAGAGAAAAATTGAGATTTAAAAT TAAATAAGTTTGGTAACCAAAATTACATTGGTAGCCCCACTTTATTGTCTTAAAGAAGAGAGTTGGAGTTTTTTGTCCAA AATAAAAAGGTGTTACGTGCTAACTTACTCCTTCACAAAATCAAGTGGGAGTAAGTTAGCATTCCCCATATATATATATA TATATATATATATATATATATATATATATATATATATATATATATATACACATTTTTAAATATGTTTTTATCTTCATTTT ATATTTGTCAAAAGCATGCATGTTACACAAATACAATTCCGCTTGACTGTTATATTGATAAGTGATTCTATCAGCTTGTA GACACTATACACACTCATGTGTTCCAAATCAAGGAGGTAGAAATGAGAGATTCTTGCATGTTCATGGATGGAATAGCAAT TAATGCATGCTTTAGTAACACCTCCACCATTGATTTTAAGTTGGTAGCCTCAAATCAATTGCGGAAATATTCTTAGAGCG TGCTTTTACTTCTCTGTAGAAAGTGCAGGATAATATGCTTGGTCCAAATAATTGTAAAATGGCTTGCATTCTTTTTCCAT ATTTTCATGAAGATATATTCATTGCTGCACCATTTCTGACAGTATTTTTAATCACTTTCCAGGACATCATTTTTGCTGAA CCTCTTCTGCCTATTGCACTTCAAGGCTTTCACAGTAATGTGTATTCATCAAAAACTTATACTTCTACTGATATGTTCTT TTTCTTAAGATGCCCCTAGTTGTGGTTCTGCCTCTGATTCCATTACTGTCATTTTGTTATTGATTATATCAGTGTAGGCA AAGACGGAGTGATTCCTTTGGATTGATCACATCTCCGAATGAAGTGGCCTCTCAGAAGAGTACCATATGATCTCATATTT CTCAGTACACCTTTTTGCTTCTCTATGCACATTTTGTCACATCATGAGGCAGACTGCATGCAACTAACAACAGTCTTGTG TTCCTGAGTGTAGCTATTATGAATATAACCTTGGGAATTTTGCTTCACTGTATTTGATGCTACAGTAAAGGTGTTTTGTG GTGAGGTTAGAAATGCAATTCTCATGTAATGCAGTTTGATGTTTATAAACGAGCTGCTAAATAATAACCAATATTAATTA TCCATCAGCTTACCTTTTCTTTAACATTTATATCCTGGATAATTATTTATGCTACGTTGTTGTTAGCAAATAGCAAAATT ATTTCACCAAGAGGATAATGGCTTTTTAAAGGAAGGAACAAGTTTCAAACAGCATAGAAAACATGCTCTGTCATCGTAGG ATATAGGATAGCTCAAGTGGTAGGAGCTGGGGACATATGAGTTGGGTAAGGGAGGTTCAGGGATCGATTCCTGGCGGGTG CAATTTATCTTTCCGAGGTAACAAAGAAAAACATGCTCTCAGTTAAATAGAAAGAAACTGAAATCGCGTAAGAGTACGTT TGTTTCAGAAAAACGTAAGCTAGACTTGTGTTTCGTTACTCTAATTTTCTCTCATCTTTTATATCTAATAGATTTTCCTC ATAATTAATCAACCAAACTTTTCCAA
CDS sequence (LotjaGi1g1v0231900.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGGTAGCAGGTCATGGTTGAGCCTCACCGCGTGGCGCAACTGGAGTTTCCGCCACTCCTTCTCCTCCACCGGCCTCAA ATCCACAACCACCGATCTCGGCGGCGGCACCGTCATGCACTGCTGGGTTCCAAAATCGCACAACCCTTCCAAGCCATCCC TTCTCCTCATCCACGGCATCGGAGCCAACGCAATGTGGCAGTGGGGCCCATTCATCTCCCCCCTCGCGCGCCACTTCAAT CTCTTCATCCCCGACCTGCTCTTCTTCGGCGACTCCCACTCGACCCGACCCGACAGGTCCGAGCGGTTTCAGGCCGAGTG CGTCATGGCCGTCCTGGAGGCTCACGGCGTCCGGAAGGTCAGTGTGGTTGGGCTCAGCTACGGCGGCTTCGTGGCGTACA GCATGGCGGCGGTGTTCCCGGAGAGCGTGGAGAAGGTGGTGCTCATCTGTGCCGGAGTGTCGTTGGAGGATAGAGACATG GAGGAAGGGATGTTTCAGGTGAAATCTGTTGACGAGGCGGTTGAGGTCTTGCTGCCGCGGACGCCGGAGATGGTTAAGCA GCTGGTGCAGCTCACGTTTGTCAAGCCTATCAAAGTCTTACCCAATTGTTTTCTCAATGATTTCATTGAAGTGATGTGTA CAGAATACCGGCAAGAGAAGAAAGAATTAATCCAAGCACTGCATAAGGATAGAAAATTGTCAAATCTTCCTAAGATAACC CAGCCTATGCAAATTATATGGGGAGAACAGGACTTGGTATTCCCACTAGAATTAGCTCACAGACTGAAAAGGCATGTGGG AGAGAAGGCAGAACTGGTGATCATTAAGAATGCAGGGCATGCACTTAATGTAGAGAAACCCAAGGAGCTGTACAAGAATA TAAAATCCTTCCTCATTGATCCCTTGATTTCATCTAAACAAGAAAACCACAGCAATGGTCACATGGTGGACCAGGAAGCT TAA
Protein sequence (LotjaGi1g1v0231900.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MGSRSWLSLTAWRNWSFRHSFSSTGLKSTTTDLGGGTVMHCWVPKSHNPSKPSLLLIHGIGANAMWQWGPFISPLARHFN LFIPDLLFFGDSHSTRPDRSERFQAECVMAVLEAHGVRKVSVVGLSYGGFVAYSMAAVFPESVEKVVLICAGVSLEDRDM EEGMFQVKSVDEAVEVLLPRTPEMVKQLVQLTFVKPIKVLPNCFLNDFIEVMCTEYRQEKKELIQALHKDRKLSNLPKIT QPMQIIWGEQDLVFPLELAHRLKRHVGEKAELVIIKNAGHALNVEKPKELYKNIKSFLIDPLISSKQENHSNGHMVDQEA
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 | 5 | 308 | 304 | 2.3E-186 | – | |
| PANTHER | 5 | 308 | 304 | 2.3E-186 | – | |
| Gene3D | 13 | 299 | 287 | 1.8E-50 | ||
| SUPERFAMILY | 26 | 298 | 273 | 5.94E-52 | ||
| Pfam | 52 | 154 | 103 | 1.5E-17 | ||
| PRINTS | 78 | 93 | 16 | 3.2E-9 | ||
| PRINTS | 78 | 93 | 16 | 1.7E-10 | ||
| PRINTS | 122 | 135 | 14 | 1.7E-10 | ||
| PRINTS | 122 | 135 | 14 | 3.2E-9 | ||
| PRINTS | 136 | 149 | 14 | 1.7E-10 | ||
| PRINTS | 136 | 149 | 14 | 3.2E-9 | ||
| PRINTS | 241 | 257 | 17 | 3.2E-9 | ||
| PRINTS | 243 | 257 | 15 | 1.7E-10 | ||
| PRINTS | 275 | 297 | 23 | 3.2E-9 |
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. |
Expression pattern of LotjaGi1g1v0231900.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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