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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0367300 |
| Transcript ID | LotjaGi3g1v0367300.1 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Malonate--CoA ligase; TAIR: AT3G16170.1 AMP-dependent synthetase and ligase family protein; Swiss-Prot: sp|Q8H151|AAE13_ARATH Malonate--CoA ligase; TrEMBL-Plants: tr|A0A0B2SSI6|A0A0B2SSI6_GLYSO Malonate--CoA ligase; Found in the gene: LotjaGi3g1v0367300 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:75337883..75347965) extracted from Lotus japonicus Gifu genome v1.2.
CAACAATCTTATTACAATAACTTGTACACATTCATTCAACATGCCATCACGTTTCTCCTTAATCTAATTGTTTTTTCTCC ATTAACTTGATATATCTCTCACTTGCTAGCTTCTCTAGTTTTCTTGTCTATATAAGGGGGAGGTGGTAACTTGTTTGAGC AAAATCGAAGAAGCAGAGAACGTTTGACTGAAGAGACGAACGAGAGAAGCGGCTACGTGTGTAAGTAATAGCGCAACGCA GATTCCCCACCTAACTCTACCGCTCAAAATTATTTGCTGCAACATTTGTCTATCTATCTATCTATCTATCTATCTACTAC CTAAATGAGCAACCCATTTAAAGCTCTCAACAAACCCTTCTCTTCCCTCTCCTTTCATAAACTCTCTTCTCATGCTTTCA TAGCCGCCCCTTTCCCTCTCCAATCTGCTAACTACTCCAGAGTCTGTTGCTGTGTATCTCAATTTCGCCCTCACTCCTGT GAGTTTCCTTCCTCTATTATTCATTGCTGACCATTTTCATTTTTTTATAACCGTGTTTGATTGAGTTTGATTTTCAATTC ATTTTTATATTTTTTAATATCTGAGGAGGGGGATTATTATGAAAAGGGTGTTATTTTAATTTTATTTGATTTGATTTCAT AGCTTCTAATTGATGATCAAATTTGAAATATTGCTTATCATACAAATTGGAGGTGTCTGGAGCAATTATTTGTGCATTTA CCTGGTTTATTGCTTTATGAACCTGAGGTTTCAACATTTAAGACCCCAGGAAGATTGACACTGGACAGGGTAGAAACTAA AAATTCACCAATTTCCCATTACAAGGTTGAGGTTTTTGAATATGTTCTATTAGCTGGAAAGTTTAGAGGGTCTATCTTGG TTCTGAGTTTTTATCAGTTTATTAAGCTCTTCTTTGAGAAAAATACCAAATTGATATTCTTGTTGTTCAGTTTAGATAAT ATAGTAGACACTGCTTAGTATCTAATTGATCCATTTATAAGGTATTTGTTTGTTAGTGAGATAAGACTTTTGTTGTTGTT TATAAGGTGTTTGTTTGTTTGTTTTATTACAGCATCTCCAACTGCTACATTTATGGAGGTCTTCAAAGCAATTGCTAAGC AAGAACATGCAGCTCCTGACAGTGTTGCTATCAGAGCTGATCAGAAGAGTTATAGTTATAGGAACCTCATCTCATCCGCG CGCAAGATATCTGATCTCTTGTGCGGAAAAGATGTAAAAGTAAGTGAGTTTCACCTTGGAATTTCCTTAATATTGGTATT GTTATATGCAAATAGTGCATACTATTAGCTTTTGACCAATATGATGAACAGAGGTTCTTAAAGGCTTAATCTGGAAAACA GTTATGCTTGTCTTTTTCAATTCATTACAAGGAGAGTACAATAAGATTGGAGGGTGAGGATCCAGATTTTGAAAAAACAG AACACCAACAAGATGATAACTAAAAGGCAGCAAGGCTGCCAATCTCTCTGCATATCGAAGTTGGCGTCACCCTTGAAACA AGCAAGGGTAGAAGCCTCAGAACATCAAAATGAGGCTAAAAGTACAGTCATATTGCATTGCATGCTTAAAAGATACATGC AGTCTGCTTAAACTAAGTGCAAAAAAAAAGCATAAATTGAACACTGCAAAATTATGAGAGCCTTCTTATTTTTACCCAAA CTTCATACTAAACCATAAAACACAGCTTGAAAGTAGGACACACCCATTTCGTTAATTGACCACTTCGTTTAGATGTTATT CTGTTCATCTGCTAGGAATTGAAGAATAATCAAATGCCTTAGTCTGTTTCTTAGCATTCATGCTTGTATGGGAATGCTGA ACTGCCTTCAAGTATATCTAATGACATTCCTGTATTTGTACAAAATAATTTTAATCAATTATTGATGGTATCAAAATCCA GGGAAATCTTGCGGGAGCTCGAATAGGGATTTTAGCCAAGCCGTCTGCTGAGTTTGTTGCAGCACTACTTGGAACTTGGT TAAGTGGAGGTGTTGCTGTTCCACTTGCACTCAGCTATCCAGAAGTAGAGTTCTTGCATGTGACTAATACTTCGGTATGC ATTGGAGACTCTCCCTTTTTCATATGACACCCCTTTTATTTTGTTTTTGTTGTCATTTGGCTTGTGAAAATTATGAATTA CGGACTCCCTTAGTTATCCGTTGATACAGTCTTGGTATATTTTATTTTTATTTTTCTTACGCTCTTTATATCTTTTATGT GAACTTTCAAATAACTTTTGTAAAAGCACAAACTGATAAATGCTATGCAAGTAAACCTTAAATGTGATACATTCCTTTTA TTGGATGTTCAGTTCAGACATGAATAAACTATTGAATTAGGGATGCTGTTCCTCTATCCAACAGCAACAACTAAAATCAA AGTCTTTTCCCTTTAGTTGGGATCAGCTATGGATCAAAGAATGCCATGGTAGTCCAAAATTGTCTTTTGGATTAATTTTT ACATGCTCATGTTGTCATTATTATGCCGTGCTGGCTGCTTATGCAAATATGATCATTGTCAATCGACCGAATGCTTATTA TATGTGTGGGATGATGCCCATATGGTTCCTTCAATATATACTGAGTATTGTGTACCTAAGGAAGAAAGAATTAGTTATAT TATATATGTTGCTAACAGATTAGTTGAACCATTTATTTATCATACATCGCCTTTGATTTTACTCTTGGTTTTGTGCTTAT AATCTTAATATAAATTTGATGATAATTTGGCTGCAGAATGTGTCTGCAATCCTGAGTACTGAAGATCATAGCGAATTAAT GCAAAGCATTGCCAGTAAAAGCTCTTGTCAGTTTTTTAACCTTCCATCTGTTCCCAGTACTTCTTCAGAGGAAAGCAGAG ATGAACGTTCACAGGGTGGGGAAATTGATTCAAACGGAATTTCCCTGGAGAATATTGGAAGATCAAGTAAGAAAATTTCT GTTTTAACTTTTAGAAATGGACGGAGTAGAATCTTGTGGTTGCAATTTTGTGGCAGTTCTTTATCATCATTTGCTTTTCA TTGGCTTAGGTGAAGATCCAGCACTGATTTTGTACACTAGTGGGACAACAGGTAAACCTAAGGGAGTTGTGCATACACAC AGAAGCATCATTTCCCAGGTATGCTCTATTATTTATCTCTGCTTACATTTATTGCTACTTCAAGTAGACAGTTTCATCTA CTAAGATAAAATCCTTGTCCTGAACACTAGCTCTTTGATTTTGCAAGTTATTCTGGTATCATAATAAAATCATACAAATA CTGTTTTTTATAACTTAAAATCTTAATACAATTATCCTTGTTGACTAAATCATGTGAATCCATTCCTAGTTTGTTATTAT TTCTTTAATTATTATCTTCAATTGTTTTGACTTTAGGTCCAAACCTTGACAAAAGCGTGGGAGTACACATCTGATGATCA GTTTCTGCATTGTCTACCACTACATCATATCCTTGAAATTTTTTGTTTTTACACTATTCAATATTTTTGTAATTAGATAA ACATGTTATGCTGTGGTGTGGATGTTATTTGCGATATCTTTATGATGTCAATCCTTAATGAATGATATACATGTTCATGG GCTATTCAATGGTTTACTGGCACCTCTCTATGCAGGTTCCACGGTAATTTACTTCTTTCATTTCTGCTTCTGAAGCAAAG ATAAAATTAGAAGAAAAAAATTATTGAATAGATAATTCTTTGTTGCTAAGAATCTAATGGTCTTGTTGAAGGTTGAGTTT CTGCCAAAATTTAGTGTGAGGGGAGTTTGGCAAAGGTGGCGTGAGTCATATCCAACTGGAGGATCAAAGGTTGATGGTGG TGCTATAACTGCATTTACTGGAGTAAGTATGATTCTTATCAGCATACTGCAGATCCTTGATATGGTTCATTCTCGCAGTA CCTTGGTTTTTGTATATAATTTGGGCTTGTCTGATAATAACTATTTTTTCTGCTCTAACCATACAAAGACAACATTTATA GGACATATGATGGTGTTCTTTGTCATGCCCTAAAAAGTTAATAAGTTGCGCACTGCACAGTTTGTGAATTTAAAGTTCAT ATGTATACTATTTGCTGTCAACTATAGTTGCTATGATTGAAAACCTTGCCGCGGGTGACCTCATTATAATTAAATACTTT TGTTAATGAAGGTTCCAACTATCTATAGCCGACTAATACAAGGTTATCATGCAATGGATCCTGAGCTACAAGCTGCTTCA GCATCTGCTGCAAGGAACTTGCGCCTTATGGTAAGAGAGAAAGGCACTGTGACTTGCATCAAGCATGTTTATCTCCTAAA AGAAGATAATTGAATCTTTGTTCAGCTTTTAACAAATGAAGGATTTTTCTTTATTTCTTAATTTGATTGAACGAATGTGT AACTTTGAGTGATGCAGTAACTTACCTACATAGAGACACTGCAATTTATGTTATTTGTGCTGATTACTTACTCAATCTCA GAAATCTGATATATTATCATGTTATTATTCAGATGTGTGGGTCCTCCGCACTTCCTCAACCGGTTATGCAAGAATGGGAA GCCATCACTGGGCATCGCTTATTGGAGCGATATGGTATGACTGAAGTAAGTGCACTTAAGTCCTTCAGCTTTTCAGAGAA TTATATAGTGTATTGTACTACTGTTCTCATTAAATTGGTAATGATTTTCTTACTTATCTTATGTTATTACATTGATGTTT CTAGTTTGTCATGGCATTGTCAAATCCATTGAAAGGTAAGCGTAAGGCAGGCACCGTAGGCAAACCATTTCCTGGTGTAC AGGTTAGTTGAGCTTGCACTTTTCCATTTGCTTCTGTCTATAGAATATGAGCTTTTTGATCTCTCATTGGCGACTATTCA TATTCTGTTTACATGATCTGGTAACTTAAAAAATGTGTGTGTAGTGGGGGGGGGGGGGGGTTATTACCAACAGTCTGGCA CGAGCTTCAGTTTCTGGTTAAGCGAATCATATTTATTGTTCTAATAACGTTTAATAAAGCGGTAATATGACTTGAACTTG ATGCATGTCAAAGATGGATGTTTTACTGTGAACCTGGAGGCAGGAATTGATTCAAGTGTTATTTATGCTCAATGTGAAAG ATAATATATCACATGGAATTTCAAGGTTGTCTTTTCTGTATGCATGATAGGTCAAAATTCTTGAAGATGATGGGAGTGAT AGTGGACTCACTGGAACGGGTGAGCTTTGCATTAAAAGTCCTTCAATGTTTAAAGAATATTGGAATCTTCCTGAGGTACT TTCAGAATGTTAAGTTCTTCGTTTTAATGAATCTGAAATCACCATTTAGTAATAGTCATTACCTTTTCTTTTGATTTTTC TATGCTCCAAACAGTTTTTGTGGATAATGCATGTGTATCATTACATAATACTCTATCTACCTGTTATGCCCCACCACTAT CCTAAGACTGCAAGTCTTGTTATCTGGGAAGCAAGTACTTTGAGCAATTGAAATTTCAAGACGCTAATGATGAATCCCTG TTTAATGAACTTGACAATCACTGAACATGTCAAAATGAACAGTTTGTGGGGGGCCCAATGTTGGATCTAGAATAAGTTTT GCCACCATCTTGAATTTACGCTAGACCTAACACTACCTCAAAGTCGTTAGGTGATGATTGCCCACACCTGTTTGCTACTC TGTCCATATCTATAAGCGATATACGATCTCAACACAATGAAAGAATATTAACTATTTTTCCCAAATTGACTATTTGACCC TGACTATAACAGAATATACAGCTAGCAGTGGTTGAATAAAAAGGACTATGACAGGGAGAAACCTGTATATTAATGGTGAG GGTGTAGAGAGCCATGGAACAATGGAAGAGGAGATTTTTGGGTTAAAGTTGGTGGCCATTGACCTAGGTGGAGATTGCTT ATTGCAGTTCTTGAGTATCTTTTCTTTTAATTTTTTTGCTACTGAGTCTGTGTTTTCTTGAGGTATTTCCTCTTTGAAAG GAGCTGTACTCCCTCCATGATATTCAGAGATTTTCAATTCCTATCAGAATACAATGTTAGTTTCAGTTACAAAAAGTGCA AAATTCCCAAAGTGGTAATGGTGAAAGAAATATAATATCTCCCATTGAGACGTTTTATTATTTTTCATGTAGGTAACAAA GGAATCATTTACAAATGATGGATTCTTTAAGACTGGAGACGCAGTTACCACAGATAAAGATGGGTATTACATCATTCTTG GACGTAAGAAAATCTGTATTCTTTACACATGCTGCATGGTTTTCGTGCATAATTACATATCCAAGTTTAAATTTCTAGGG CATTATTCTTGAGCTGGTGATTTCCATTTTTCCTAAATTGATTCTTCCAACAAAATAACTTAAGGTATTATCAGCAGTTT TGTAGATACTACATTCCTAAATTGCTAATAATTAGGACATTTGGTTTGCTAACTTTTTTCCAATCTTGACTGGTAACAAA ATTTGGATATTATGGTAAAAAAACTGTAGCCAACTGTTTTATCTTGATCTTCTAGATGAAAACAAAGATTCTACATCTGA ACTTATCATCAGAGGAGTAAAAGTTAGATCACGATGGCAATAAAACTTAATTTGTATACTCTCTATTTGTTTATTAGGTA CTAATGCTGATATAATCAAGGCTGGTGGTTATAAGCTGTCTGCATTAGAAATTGAATCAGTTATAATAGAGGCAAGTAGC TATAGTTTTCTCATCCTATGTTGTTAGTTGTTAACAATCCTTTACATAGCTGCATGGTTTCTTTCCACGGAAGCAGCTGA ATATATGAATGATATGATACTCACAAGCAGAACCTTTTTGCAGCATCCAGCTGTCTCAGAATGTAGTGTTTTGGGCTTAC CAGACAAAGTCTATGGAGAAATTGTTGGTGCAGTTATTGTGCCAGAGCCTTCTGTTAAACGAAAGCGAGAGGAAGAGTCA AAGCCTGTTCTAACCCTAGAAGAGTTATCCTCCTGGGCCAAAGACAAAATTGCACCCTACAAGGTATGGTGGCATGGTTA TTTTTTGTTTATACTTTCTCTGATGCATTATGTATGTATGTATCAAGTGAGAGTGAAGATTGTAGGGTCAACATTAGCTT CAGTCATTTGTCAGTCACCAAATACACTTCTTATGCGGGTGTGCGTTCATGTTGCACTAAATGTAACCTGTCATGACTTA CCCTCAGAATCTTGTATCTCCTACTTCCCCCTCCTAAATCACACATTTCCTTCATTATCAGCCCACTATCATCCTAAGCT CCCCTTAACCTTTTGAATATTCTAAAGACGGAGAAAGAATGAAGAAAAATGTGTGGTCCTGGGAAACATGAGGTATGTTG CCTATAAATAAATGGAGGGGTTGAGAGGTAAGGAATCTAGTCATTTGTGAAAGCATGGAGGACTTCGGGTAATGGAGGTG CAGAACAGTGGAGTTTTGCAATATCTTTCATCAATTGTTTTTCCTTGATGTATCAATTCATTCATATAAGGGTAGTTTAT TTTGAAATTTTCTTAGACAAAAGTCTTGTTATATCATGAGATTTATTGATTAAATTGACCGAGTTCTAATACATGGAAAA AGTTCATCAACGTGACATTTTGAAAGTCTTTGATGCATAAACCCATATTATGTTCATGATAATAGTAGGAGCTTTAAAAG TAATTTTCTCTTAAATCTTAATTATGTGTTTGTATCTTGTTAGATACCAACTCGACTCATCGTGTGGGACTCAATCCCTC GCAATGCAATGGGGAAGGTAATTTACTTTTGCATTTTTTCTTACCGTGAATTATTCTTTAGCAAAGCTAGTTTTAATCTT CTCTGTCTGAAATTTCAGGTAAATAAAAAAGATCTCAAGAAGCTGCTGGCTTCGGAACAATAAGTTCCATTTGAGCTTCA TTTACTAGGCAAAGCCAATTTCCTGAAACCAGTTTCATGATGGTGACTATCTCAACAAAATTGCATTAATTATTTAGATT AAAGATAAGCCTTTATTCTGGCTTTTCTCTAGTGCAATAAGTTGTAGGTTTATAGTTAGGAGGGGAAAAAATGAAATTCA TAGGGTGATTGAATGTATTCTATAGATTTATAGATTTATATTGTAACGCAATATAATTATGCCGTCACACATTGATATTA TTTTGTTCAGAAGTAAATATGATGCTAGATCAGCCGCAGCTAATGTTCCTTCCCAGAGTCAGAAATATGTTGAGTCTCAA TATCTTTATCCTCATAACATTTTTATGATTCAAAACTGGAAAATGATAAGTTAACTCTCTTGTGCAATTTAAATGGTTTG AACTGTGAGTGTAAAACTGGTTTTAAGGAAAGCAATGAACTTCAACAATAAGATTTTTTTCGTCAATCAAGAATAAGAAT TTCGAAGATAATATTTGTGCCGAAGAAACACTAAAGTCAAGATTATAGGACGCCCAGAAAGGTGGCAAATCCGAGTGTAG AGCTGGAGCTTGGGAAATGTTCATCTTCAAGTCATGGAGTGGTTGATTTGGACCCCGTGTACAATCAATTGGTGCTTTTT GAGCCTCCGTCTCCTAGGGGCCCTCCGGGGGTTATGACGAGGGCGAGGGCGGCGTTGGTCTTAGGAAAACGGTTGGGGTT GTCTTATGATTCTTCGGATGAAGTGACCCTCCGAGGCATAGCAGATAATATTAGATCCCGAAGGGTATTGCGTAGTTGAT TGGCTTGTCCGTTTTGGCAAGTTGTTGGTGTTTTGTCTATATGATGATGGGGTTGCTTTTAGTTGATTGTGGGTTAGGTT TTTTTGTTGCACACCTTCTTTCCCCCTTGTATTTTTCTCTACTTGGATTGCTAAGTATTTCATATATATTATATTCCATT TTGCTTTCTAAGAAAAACAGGACGCTCTGAAATAAGATTTTTGAAACATGCTAATTATTGACACACACAAAAACATGCTA ATTCTTTAGTACAAGGAATGTGCTGGGTACGAATTTGCTCATGAGAAAGTATCAGAATTGAGGCTTTGGGAAGGAGGAGG CTGGAACATCTCCAAGATAGACCAACTGTTCAATCCAGCAGAAGCCCAATTAATTAAATCCATTCGCTTGAGCTGGAGGG ATTCTGAAGATAAATTGATTTGGAGATGGAGCAAAGATGGAATGTTCTCAGTAAAATCAGCCTATTATCAAATTCAAAGC CAAAAGATTGCTGCTACTGCAAGTGGTTCAAACAGCCCCTCTTTCTCATGGAAGACTTTGTGGCGTGTTAAAATCCAGAG CAAGGTAAAACATTTCATGTACAAAGTTATTAACAACCTTACTCCTTGTCGCGCCAATCTTGCTAGAAGAGGAATTCAGA TTCAGGAACAGTGTGCCCTGTGCGGTCAAGAGGTGGTAGAATCACAAGACCACTTATTTCTCCAATGTTCCTGGTCAAGG GCAGCATGGTTCCACCATTCCTTGAGCCTTCGTATGGATCTGGTACAAACTAGCTTCCTTGAGTGGCTCCAAAGCTTTTG TGCCAATCAAGAAGATGAGATAGTTGCACAAGTGTTCCAAGGGACCTGGGCTATATGGAAAGCAAGGAATGAAAGCTTGT TCAATAATGCCCAAGTTCATCCAACTGCAGCAATGGAGAAAGCCCAGAACTTGCTCGCGGAGTGGAAATATGCTCAAGAA CAACAAGCTCCATGCGTACAAGAGAAAAGGCCACAAAAATGGAGTGCACCAAGCCAAGGGAGAATTAAAATTTGGCTTAA TCCAGTTTTTGGTCCCAACCTTTGTCATAAATATGGCTTTAGTCCCTCGCCGGAGTAAAGGTGGGGGTTGGTCCCCCATT TTTGGCAAAATGATTGGTTTTGGTCCTTCCGACCTGTTTGATCAACGCCGGAGCTCCGCCAGCTGATGTGACACTTGCCA CATCAATTAATGACGTCCTAGGTGGCTTTTGTTTTATCTTTTTCATTTAAATTCTATAAAGAAAAACCCATAATTGTTTT ATTACAAAAATAACTCATAATTAAACTAATTAAAGCCCTTCATCCTAATTCCTAATAAACTAATCTAATTAACACATCTA AAT
CDS sequence (LotjaGi3g1v0367300.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAGCAACCCATTTAAAGCTCTCAACAAACCCTTCTCTTCCCTCTCCTTTCATAAACTCTCTTCTCATGCTTTCATAGC CGCCCCTTTCCCTCTCCAATCTGCTAACTACTCCAGAGTCTGTTGCTGTGTATCTCAATTTCGCCCTCACTCCTCATCTC CAACTGCTACATTTATGGAGGTCTTCAAAGCAATTGCTAAGCAAGAACATGCAGCTCCTGACAGTGTTGCTATCAGAGCT GATCAGAAGAGTTATAGTTATAGGAACCTCATCTCATCCGCGCGCAAGATATCTGATCTCTTGTGCGGAAAAGATGTAAA AGGAAATCTTGCGGGAGCTCGAATAGGGATTTTAGCCAAGCCGTCTGCTGAGTTTGTTGCAGCACTACTTGGAACTTGGT TAAGTGGAGGTGTTGCTGTTCCACTTGCACTCAGCTATCCAGAAGTAGAGTTCTTGCATGTGACTAATACTTCGAATGTG TCTGCAATCCTGAGTACTGAAGATCATAGCGAATTAATGCAAAGCATTGCCAGTAAAAGCTCTTGTCAGTTTTTTAACCT TCCATCTGTTCCCAGTACTTCTTCAGAGGAAAGCAGAGATGAACGTTCACAGGGTGGGGAAATTGATTCAAACGGAATTT CCCTGGAGAATATTGGAAGATCAAGTGAAGATCCAGCACTGATTTTGTACACTAGTGGGACAACAGGTAAACCTAAGGGA GTTGTGCATACACACAGAAGCATCATTTCCCAGGTCCAAACCTTGACAAAAGCGTGGGAGTACACATCTGATGATCAGTT TCTGCATTGTCTACCACTACATCATATCCTTGAAATTTTTTGTTTTTACACTATTCAATATTTTTGTAATTAG
Protein sequence (LotjaGi3g1v0367300.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MSNPFKALNKPFSSLSFHKLSSHAFIAAPFPLQSANYSRVCCCVSQFRPHSSSPTATFMEVFKAIAKQEHAAPDSVAIRA DQKSYSYRNLISSARKISDLLCGKDVKGNLAGARIGILAKPSAEFVAALLGTWLSGGVAVPLALSYPEVEFLHVTNTSNV SAILSTEDHSELMQSIASKSSCQFFNLPSVPSTSSEESRDERSQGGEIDSNGISLENIGRSSEDPALILYTSGTTGKPKG VVHTHRSIISQVQTLTKAWEYTSDDQFLHCLPLHHILEIFCFYTIQYFCN
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 |
|---|---|---|---|---|---|---|
| SignalP_GRAM_POSITIVE | 1 | 23 | 23 | - | – | |
| PANTHER | 44 | 280 | 237 | 2.5E-68 | – | |
| PANTHER | 44 | 280 | 237 | 2.5E-68 | – | |
| SUPERFAMILY | 52 | 284 | 233 | 1.28E-43 | – | |
| Gene3D | 58 | 290 | 233 | 7.1E-47 | ||
| Pfam | 68 | 284 | 217 | 4.2E-40 | ||
| CDD | 74 | 276 | 203 | 2.38027E-58 | – | |
| CDD | 187 | 247 | 61 | 7.97551E-6 | – | |
| MobiDBLite | 188 | 218 | 31 | - | – | |
| PRINTS | 223 | 234 | 12 | 3.0E-5 | ||
| ProSitePatterns | 228 | 239 | 12 | - | ||
| PRINTS | 235 | 243 | 9 | 3.0E-5 |
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 LotjaGi3g1v0367300.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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