Your browser is unable to support new features implemented in HTML5 and CSS3 to render this site as intended. Your experience may suffer from functionality degradation but the site should remain usable. We strongly recommend the latest version of Google Chrome, OS X Safari or Mozilla Firefox. As Safari is bundled with OS X, if you are unable to upgrade to a newer version of OS X, we recommend using an open source browser. Dismiss message
| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0462000 |
| Transcript ID | LotjaGi2g1v0462000.5 |
| Related isoforms 6 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Presequence protease, mitochondrial; TAIR: AT3G19170.1 presequence protease 1; Swiss-Prot: sp|Q9LJL3|PREP1_ARATH Presequence protease 1, chloroplastic/mitochondrial; TrEMBL-Plants: tr|A0A072UDY2|A0A072UDY2_MEDTR Presequence protease; Found in the gene: LotjaGi2g1v0462000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:95521964..95530094) extracted from Lotus japonicus Gifu genome v1.2.
AGTACCACTCCTCCGCCGTCACTCCACAACCATAACCAGAACCAGAACGAGAACCGCTGGCAGTAGTAGTAGTAGTAGTA GATTGCTTCTCTCTTCTTCTCCGCGCTTTTACTCGCGAAACCGGTTCCGGAAGCACTTCTCTTCCCTCTCCTGCCAAGCC CTTTCCTCTCCTTCTCCAGGTCTCTTATCTATCTATGCTTTCCTTCTCTCAATTCTTCTTTGTTATAATAATAATAATTT CGATAATTTTATTTATTTTTTCTCGGTTGGTTGGTTGGCTGTAGTTGATTTTCCTCCAGTAAAGGATGAAGTTGCGAATC AATTGGGGTTTGAGAAAGTCTCCGAGGAATTCATTCCAGAATGCAAATCAAAAGCGGTATTGTTCAGACACATCAAGACA GGGGCTGAAGTCATGTCTGTTTCCAATGACGATGAGAATAAAGTCTTTGGCATTGTTTTCCGCACTCCACCGTAATATTC ACTCTTCCTGCTTCTTTTCTGCTCTTCTGCAACTGTAACTAATCATGTCTATGTATGCATGTGTTGTTGTTTCATATTCA TACTCATACTGACTGCAACTGCAGGAAAGATTCCACTGGTATCCCTCACATCTTGGAGCATAGTGTGTTATGTGGCTCAA GAAAATATCCTTTGAAAGAGCCATTTGTTGAATTGTTGAAAGGAAGTTTGCACACTTTCCTCAATGCATTCACATATCCT GATAGGACTTGTTACCCAGTTGCTTCCACAAATACCAAGGTAACCATTTAACTTTGAACTTCTACTCTTTCATTCTGGTT TACCTCATACGGGACTCAGATATTTCTAAACAGGATTTCTACAATTTGGTTGATGTCTACCTGGATGCGGTTTTCTTTCC TAAATGTGTAGAGGACATTCAGACTTTTCAACAGGAGGGTTGGCACTTTGAGCTAAATGATCCTTCAGAAGAAATCACTT ATAAAGGTTTGCTAAAACATAACTTGTGTCTCTTTCAATCTCTCTAAGTGTTACCTGCCTTGATATTTCTGGACTCATGC ATTTTTAATCATTTATGCTCATGTCTTGTTTGTTGTTCCAGGTGTTGTGTTTAATGAGATGAAAGGTGTCTACTCTCAGC CGGATAATATACTTGGACGGGCTGCTCAACAGGCTAGTTTTTTCATGGCTTGTCAATTTCTTTTCTTTATGGATTTGCAT TTTGCATGGAGCTCTCTCCTTTTCCTATGCATTTTTGGGGCTTGCATTTATTACATGCAATCACCGATTCTTCATTTAGA GTCTGGAACATTTCAACAGTTTCAATTTGGTATTTTAAGCTTTCTCTTTATTTCATGATCTTCCTACAGCCATTCCTTAT GATAGTGTCTGATAATATTGTTTGTAAAGATATTATATTTTGCTCTCGGCATTGAATTTTCAATGGTATTGCTATTTGTT ATTCCAATCTGTAAGCTCCTGTCTCTGAAACATGAATACATTCACTAAATTCATGTTAAATATATATCGTTTGTCAATTT CAATTTTATAACCAATTCTGACAGTTTCATGTAACTTTGATGCAGGCTCTTTTCCCAGACACTACCTATGGAGTTGACAG CGGAGGTGATCCACAAGTTATTCCTAAGTTGACATTTGAGGAGTTTAAGGTTTGTTTTGAGAATCATGTGAAATGGTTAT ATAGAGATAACTAATTTCCACTAGACTTTTGTTTGGGTGTTAGTCATTTGTATGATCCTACCAACATTGTTTGGTTTGGG TAGTATGATGGGGATAATTGTATATTTTCATACACACTTGTACCTTGTTAAACTTTTCACTTTCATTATTTCATATAGTC TATAGTCTATACTCTATTGTAGATCTCAGCAAGAGTATATGCAAATTTAATTGTTTGTTTTAAGAAAGATTTCATTTTAA CCTTAATTGACAGGAATTTCATCGCAAGTATTACCATCCCAGCAATTCACGGATATGGTTTTATGGAGATGATGATCCAA ATGAGCGCCTCCGCATCCTGAGTGGTAAGAGATTTAGTTTAACTTGCTTGAAAGGGCTTTTGATGAAATGCGCCGACTTA GGATGAATGACTAAAGCCTATAGCCTTACTTGTTGTCCAAACCCATTCTATGACAATGATCAGGATATTGTTGGGTGACC TTGAGGGACTCATTCGGTTCTCACAGAAGGCCCTTCTGTGTAGTGGTCTTATCCAAGCAAGCCATCATTCTGGAAAATGA TTAGGATATTGTTGGGTGACCTCGAGGGAGCTCTTTCAGTGCTCTGTACAGAAGGCCCTTCTGTGTAATGGTCTTATCCA AGCAAGTCATCATTCTGGGCAATGATTACGATATTGCTGGATGACCTCGATGGAGCTCTTTTGATGCTCTGTACAGAAGG CCTTTCTCTATAATGGTCGTATCCAAGCAAGTCAGCATTCAGCAACCTGCTACAGTTCCCTTTGTGCATAATTTTTAAGT AATATGTTAAACATATTTTTTTTCACTTCTGAAATTACATGAATATTTCATGTTAAGAATTGGAATAGGCATGAAGTTCA GACATAATTCTTTAGTAATATGTTGAACTTGTTTTTTTCACTTCTGAATAATATTCCCATGTTGAAGAATTGGAATAGGC ATGACTGCATGAGGTTCTATAGAGTTCCCCTTTGAAGATCCTATATTTTCCTAGAGCTTCCCTTATATGTCTAGATTTAT CTTCCTTTGGATTTATTTATTTTACTTCTTATATTTCTGTGTTATTATACTTTTTTTGTACACTGCCATTTTTTGTTGCT AAGTCTAACTGAAAGAATAGTGTTGGCATGATTGCACTGTTTTTTGTTCATGTTTTATATTTCAGACCAGTTATGAAAGA TAATTTGAGTTCAGATTGTAGCCCTTACTCACTTACTTTTGCCTCTTCTCTATTGTCCAGAGTATTTGGACATGTTTGAT GCAAGTTCGGCCCGAAATGAATCAAAAGTTGAAGCACAGAAACTATTTTCAAAGCCAGTCCGGGTTGTTGAGACATATCC TGCAGGGGACGGGGGTGATTTGAAGAAGCATATGGTCTGCCTCAACTGGCTGCTCTCTGATAAGCCCTTAGACTTGGAAA CTGAGCTAACACTTGGATTTCTGAATCATCTTCTGTTGGGCACTCCGGCTTCACCACTGAGGAAAATTTTGCTAGAAAGT GGATTAGGCGATGCCATTGTTGGTGGTGGGCTTGAAGATGAACTACTCCAGCCTCAATTTAGTATTGGAATGAAGGGTGT TTCTGAAGATGACATTCATAAGGTAGAAGCACTGATCACAAGTACACTTAAAAAGTTGGCAGAAGAAGGTTTTGATACAG ATGCCATTGAGGCTTCTATGAATACAATTGAATTTTCTCTCAGGGAGAACAACACCGGGTCATTTCCACGTGGCTTGTCC CTCATGCTACGGTCCATTGTAAGATGAGATCAATTTTTTTTGGTGTGGAAAATGGGCATCATTTGCTAATCTAGTTTTAT AAGTGGTTTTGTTTGTATATGTAGGGTAAATGGATTTATGATATGAATCCCCTTGAGCCATTGAAGTATGAGGGACCTCT TCAAGACCTAAAATCTCGAATAGCAAAGGAGGGCTCCAAATCTGTGTTCTCTCCTCTGATAGAAAAATTAATCTTGGACA ACCCTCATCAAGTTACTGTGGAAATGCAGGTACTCACTTTGGCCTTGGAAACCTGTGTTTGAGGTAATCCACCCAACATG TTATGTTGGTTATTGATGCAAATCTTTCCTTGTCAGCCTGATCCTCAAAAAGCTGCTGCTGATGAAGCCACAGAGAGACA GATATTGCAGAAAGTTAAAGCTAGCATGACAACAGAAGATCTGGCCGAGTTGACTCGTGCAACTCATGAGCTTCGGCTTA AGCAAGAAACTCCGGATCCACCAGAAGCTTTGAAAACTGTTCCTAGCCTTTCTCTACAGGATATTCCTAAAGAACCTATT CATGTTCCCACCGAGGTTATCATTACTCTTTCCCTTGAGCGTGAGTCTTAGGTGTTTGCCTTTGTAATATTTGGAGACTG ATGATGACTTGGATGCTGAATGTAGGTTGGGGATATCAATGGGGTAAAAGTTTTGCAGCATGATCTCTTCACCAATGATG TCCTTTACACTGAAATAGTATTCGACATGAGTTCATTGAAGCAAGAGCTTCTTCCTTTGGTTCCATTGTTTTGGTAATTA TGCAACCTCAGAAGGATGTTTGATATTCTGTTTCCATCCATCTATAGCTCCTAATATTACATGCATGTGGATTTCATAGA TACCAATTTAAATTTGCAGTTAGTTATTTACCTTCCTTGGGTATGGCTTTCATGTTTTGAATTTCAAAATAAATCATTAG ATTGTACTAACTTTCTTTTTCATATTATTATTTACAACAAATCTTATTTTCTTTTTGATGTTTTCTTTCTTCTGTTCCTC ATCGCTTATATACGAAGCATCTTCTAGATAGATAAATTGCATCAAGCTGTAACTCTCCTATGTTACTTTTGACAGCCAAT CATTGCTGGAGATGGGCACAAAGGACCTGACTTTTGTCCAACTAAACCAATTAATTGGGAGAAAAACTGGAGGAATATCA GTTTATCCCTTCACATCATCAGTGCGGGGCAAGGAAGATCCATGTAGTCACATGATTGTTCGAGGAAAAGCCATGGCTGG ACGTGCTGAAGACCTTTATCACTTGGTACTTTTGTTTATTTAAATGTTCCCTATTTCAACACTCAATGCTTTTGATTATT AGTATGATATTTCAATTTTGGTAATTTAAAGCCTAATATCATACTGTTACTTTAGGTTAATTCTATTCTTCAAGATGTCC AATTTACAGACCAACAGCGTTTCAAACAGTTTGTTTCCCAGAGTAGAGCAAGAATGGAGGTAATTATAAAAAAATATTGT GCGAATTGCGAAGAGATGAAAAAATGATGATAGGTGAATACTCAATATGCAAAATCTCCATACTGTTTGTCTATATTGTT AATTTTTGTCTATTTTCAGAATCGGTTAAGAGGCAGTGGTCATGGAATTGCGGCTGCAAGGATGGATGCAAAACTGAATG CAGCAGGCTTGATGGCAGAAAAGATGGGTGGTCTCAGGTTGGAATATTAAGATAGTGTTATGATCTACTGTGAGGGCACA TTTACATATAGTTCTTAGTCATAGTATAGTAATAATTTTTTATGACACTTCAGTATGACTATTATCTTTTTAAGGTTTTA AGTTTCATGATTCTCCTCTTTTAGTCTAATCTTTATGTTTAATTTGGAAACATAAGTGTAATTCCTGTTGTTCTTTATTT TGGCATATTCTTAGTTACCTTGAATTCCTTCAAACTCTTGAAAAAAGAGTTGATCAAGATTGGGCTGACATCTCATCGTC TCTTGAGGAGATTCGCAAATCTGTATTTTCCCAGCAAGGCTGCTTGGTAAATATCACTGCTGATGCGAAAAATCTTAAGA ACACGGAAAATGTTGTGAGCAGATTTGTTGATATGCTTCCCACTAGTTCTCCCATTGCAACAATTACTCCTTGGAATGTT AGACTTCCACTGACAAATGAAGCTATTGTGGTTCCTACTCAGGTATTTCATTTTGTCATTCTTTGTGTACATAAATTTTT TCTGTTATGCACAGTCATAGTCCCCAAATTTCATTTCATTTTTTTTCTCTCATTACTTTTAATTTCCATTTCTATCAATA AATCAGTGTTTCTTTCTCTAGGTTAATTACGTTGGAAAAGCAACCAATATTTATGATACTGGTTATAAGCTTAATGGGAG TGCATATGTTATTTCTAAATACATTAGCAATACATGGTTGTGGGATCGTGTACGTGTCAGTGGTGGAGCTTATGGAGGTT TCTGTGATTTTGATACACATTCAGGTAAGTTCTATACTTCTATTATATTTAGGCAGAATTGTTGAGTAGCAATGTAGCAT CCTTGCAATCTTATCATTTTGTTTCTCTTTCTAGGAGTGTTCTCCTTCTTATCTTATCGTGATCCCAATTTACTGAAGAC GCTCGATGTATATGATGGAACTGGGGATTTCTTAAGAGAATTGGAAATAGATGATGATACTCTAACAAAAGCCATAATTG GAACCATTGGGGATGTAGACTCATATCAACTTCCTGATGCCAAAGGTTATAGTAGGTACGAATATGCGATAATTGATAGT TTGATACCTGTGGAGATTGTTTTCTATGAAATTTTGGTCCTTTTGCTGAATTACTAGAGGTTGCTTCAGTTATCGTTGCT TTTCTTCCTATACTTGCAAGTTATGCCTACTTTTCATTTCATTTGCAGTTTGTTGCGGCACTTACTGGGTATCACAGAGG AAGAAAGGCAAAGAAGACGTGAAGAGATATTATCTACTAGGTAAAGATTCTAATTATTGATTACTAACCCATGATCTGAA CTTACACATTTTATGAATACATGACCATTTGATCCATGCTATTGATAAAGCAAAATAATGCATTCTGATCTCACTGATTT TTTTGTATGGTAGTGAGCTATTAACTTAACTGAAATGACTTTCTGAATCTGTAATCAATTTAAATTTTGTTCAATTTCAC TTTTGGTTCCCCTAAGTTTGGATATGTATCCGTTTTTATTATACTCAAAAGGGTTAAAGGTCATATTAGTCCCTGTGTTT GTAAAAACGTTTGATTTTGGTCCCTCAGTCAAAAAATCGCCAATAATTGTATTATAAACCGCCACTAACTGTAAAAAAAA TCGCCACTAATCGTCATTTTTTAACTAAGGGACCAAAATCAAACACTTTTACAAACACAGGGACTAATATGACCCTTAAC CCTACTCAAAACTCTCAAATTCTCAAAATGTTCATAAATTAAATTAAGGATTTTGTGAATACAAAAATTGAGAGAATGAC AAAACTTGGATAGTTTTGAAAAAAAAATAGGAGGATGGTCTAAACTAAGGGGATAAAAAATCTAGGGGTGCACATGGGCC GGGTCAACCCAATGAATTCATCCAACCCAATCCGATCCAATAGTAAAAATACGGGTTGGATTGGGCGAACGGGTCAATCG GATGGATTTTGTTACGATCCAATCATCTTTGGATCGGATATCGGATTTCATAATAATCCATCCAACCCAACCCGAAATCC AATCATATAATAATAATATATTATTTAGTATATATTTTTAATAATTTTAATTTTTTCTAACCTACTAGTAGGGAATGTAA TTTATGGATACTTGAAGTCCTACTATTTGAGTGATTTTAAGGAGACTTTGAGACTAATTTGTTTGTAATTACTCTTTATA TTTAAAGACTTGAAGTACTAGTTTAGTTATGTGTTGCTGTATAGATGTGTGTAGACGCTAGTTATGAATTTATGATGTAA TTGCATGTTAAAGACTTGAAAATTGAAATACTTGTTTTTTAATATTTTTTCAATATTTCAGATTTATTTTTATTTTAATA TAGCGATCTAATCAATCCATCCAAACCAACCCGAAGATTGTCGGATTGGGTTGGTTCGGGTTCGTAGGTGAAAATTCACG AAATCCAACCCAACCCAACCCAAACAGTTTTGATCGGTTCGGGTCCTGATTAGCTTGAAAATCCATCCAACCCAACCCAT GTGCACCAATCAAGCATTTAAATTTCATAAGGGATAAATTTTGGTGTAAAGATTGCATGTTTAACATTTATTTTTTCTGT TCATGGAGACTAATCTTCCAGAGTATTTTGTTAGACCTTTTGAAATATGGGTTATGCCTCCTTATTGTCGGTGCAAGGAG ATGAAACAAAAAGGAATATTACTATTTCTGCATAAAAGTTCTATGTTACTGGCTGGGCATCTTGGTCCTGAGCTATCTAC TTTGCACTGAATTAGATACTGACCTTTGAAACCATTTATTGTTCTTATTCTGTTTTACTGTTTCGCCAGTGTGAAGGACT TCAGAAATTTTATTGATGCAATGGAAGCAGTTAAGGATAAAGGGATTGTGGTTGCAGTGGCATCTCCAGAGGATGTAGAT GCGGCAAACAAAGAGCGTTCCAACTTCTTTCAAGTAAAGAAAGCCCTTTAG
CDS sequence (LotjaGi2g1v0462000.5) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTCTGTTTCCAATGACGATGAGAATAAAGTCTTTGGCATTGTTTTCCGCACTCCACCGAAAGATTCCACTGGTATCCC TCACATCTTGGAGCATAGTGTGTTATGTGGCTCAAGAAAATATCCTTTGAAAGAGCCATTTGTTGAATTGTTGAAAGGAA GTTTGCACACTTTCCTCAATGCATTCACATATCCTGATAGGACTTGTTACCCAGTTGCTTCCACAAATACCAAGGATTTC TACAATTTGGTTGATGTCTACCTGGATGCGGTTTTCTTTCCTAAATGTGTAGAGGACATTCAGACTTTTCAACAGGAGGG TTGGCACTTTGAGCTAAATGATCCTTCAGAAGAAATCACTTATAAAGGTGTTGTGTTTAATGAGATGAAAGGTGCTCTTT TCCCAGACACTACCTATGGAGTTGACAGCGGAGGTGATCCACAAGTTATTCCTAAGTTGACATTTGAGGAGTTTAAGGAA TTTCATCGCAAGTATTACCATCCCAGCAATTCACGGATATGGTTTTATGGAGATGATGATCCAAATGAGCGCCTCCGCAT CCTGAGTGAGTATTTGGACATGTTTGATGCAAGTTCGGCCCGAAATGAATCAAAAGTTGAAGCACAGAAACTATTTTCAA AGCCAGTCCGGGTTGTTGAGACATATCCTGCAGGGGACGGGGGTGATTTGAAGAAGCATATGGTCTGCCTCAACTGGCTG CTCTCTGATAAGCCCTTAGACTTGGAAACTGAGCTAACACTTGGATTTCTGAATCATCTTCTGTTGGGCACTCCGGCTTC ACCACTGAGGAAAATTTTGCTAGAAAGTGGATTAGGCGATGCCATTGTTGGTGGTGGGCTTGAAGATGAACTACTCCAGC CTCAATTTAGTATTGGAATGAAGGGTGTTTCTGAAGATGACATTCATAAGGTAGAAGCACTGATCACAAGTACACTTAAA AAGTTGGCAGAAGAAGGTTTTGATACAGATGCCATTGAGGCTTCTATGAATACAATTGAATTTTCTCTCAGGGAGAACAA CACCGGGTCATTTCCACGTGGCTTGTCCCTCATGCTACGGTCCATTGGTAAATGGATTTATGATATGAATCCCCTTGAGC CATTGAAGTATGAGGGACCTCTTCAAGACCTAAAATCTCGAATAGCAAAGGAGGGCTCCAAATCTGTGTTCTCTCCTCTG ATAGAAAAATTAATCTTGGACAACCCTCATCAAGTTACTGTGGAAATGCAGCCTGATCCTCAAAAAGCTGCTGCTGATGA AGCCACAGAGAGACAGATATTGCAGAAAGTTAAAGCTAGCATGACAACAGAAGATCTGGCCGAGTTGACTCGTGCAACTC ATGAGCTTCGGCTTAAGCAAGAAACTCCGGATCCACCAGAAGCTTTGAAAACTGTTCCTAGCCTTTCTCTACAGGATATT CCTAAAGAACCTATTCATGTTCCCACCGAGGTTGGGGATATCAATGGGGTAAAAGTTTTGCAGCATGATCTCTTCACCAA TGATGTCCTTTACACTGAAATAGTATTCGACATGAGTTCATTGAAGCAAGAGCTTCTTCCTTTGGTTCCATTGTTTTGCC AATCATTGCTGGAGATGGGCACAAAGGACCTGACTTTTGTCCAACTAAACCAATTAATTGGGAGAAAAACTGGAGGAATA TCAGTTTATCCCTTCACATCATCAGTGCGGGGCAAGGAAGATCCATGTAGTCACATGATTGTTCGAGGAAAAGCCATGGC TGGACGTGCTGAAGACCTTTATCACTTGGTTAATTCTATTCTTCAAGATGTCCAATTTACAGACCAACAGCGTTTCAAAC AGTTTGTTTCCCAGAGTAGAGCAAGAATGGAGAATCGGTTAAGAGGCAGTGGTCATGGAATTGCGGCTGCAAGGATGGAT GCAAAACTGAATGCAGCAGGCTTGATGGCAGAAAAGATGGGTGGTCTCAGTTACCTTGAATTCCTTCAAACTCTTGAAAA AAGAGTTGATCAAGATTGGGCTGACATCTCATCGTCTCTTGAGGAGATTCGCAAATCTGTATTTTCCCAGCAAGGCTGCT TGGTAAATATCACTGCTGATGCGAAAAATCTTAAGAACACGGAAAATGTTGTGAGCAGATTTGTTGATATGCTTCCCACT AGTTCTCCCATTGCAACAATTACTCCTTGGAATGTTAGACTTCCACTGACAAATGAAGCTATTGTGGTTCCTACTCAGGT TAATTACGTTGGAAAAGCAACCAATATTTATGATACTGGTTATAAGCTTAATGGGAGTGCATATGTTATTTCTAAATACA TTAGCAATACATGGTTGTGGGATCGTGTACGTGTCAGTGGTGGAGCTTATGGAGGTTTCTGTGATTTTGATACACATTCA GTGTTCTCCTTCTTATCTTATCGTGATCCCAATTTACTGAAGACGCTCGATGTATATGATGGAACTGGGGATTTCTTAAG AGAATTGGAAATAGATGATGATACTCTAACAAAAGCCATAATTGGAACCATTGGGGATGTAGACTCATATCAACTTCCTG ATGCCAAAGGTTATAGTAGTTTGTTGCGGCACTTACTGGGTATCACAGAGGAAGAAAGGCAAAGAAGACGTGAAGAGATA TTATCTACTAGTGTGAAGGACTTCAGAAATTTTATTGATGCAATGGAAGCAGTTAAGGATAAAGGGATTGTGGTTGCAGT GGCATCTCCAGAGGATGTAGATGCGGCAAACAAAGAGCGTTCCAACTTCTTTCAAGTAAAGAAAGCCCTTTAG
Protein sequence (LotjaGi2g1v0462000.5) extracted from Lotus japonicus Gifu v1.2 Proteins.
MSVSNDDENKVFGIVFRTPPKDSTGIPHILEHSVLCGSRKYPLKEPFVELLKGSLHTFLNAFTYPDRTCYPVASTNTKDF YNLVDVYLDAVFFPKCVEDIQTFQQEGWHFELNDPSEEITYKGVVFNEMKGALFPDTTYGVDSGGDPQVIPKLTFEEFKE FHRKYYHPSNSRIWFYGDDDPNERLRILSEYLDMFDASSARNESKVEAQKLFSKPVRVVETYPAGDGGDLKKHMVCLNWL LSDKPLDLETELTLGFLNHLLLGTPASPLRKILLESGLGDAIVGGGLEDELLQPQFSIGMKGVSEDDIHKVEALITSTLK KLAEEGFDTDAIEASMNTIEFSLRENNTGSFPRGLSLMLRSIGKWIYDMNPLEPLKYEGPLQDLKSRIAKEGSKSVFSPL IEKLILDNPHQVTVEMQPDPQKAAADEATERQILQKVKASMTTEDLAELTRATHELRLKQETPDPPEALKTVPSLSLQDI PKEPIHVPTEVGDINGVKVLQHDLFTNDVLYTEIVFDMSSLKQELLPLVPLFCQSLLEMGTKDLTFVQLNQLIGRKTGGI SVYPFTSSVRGKEDPCSHMIVRGKAMAGRAEDLYHLVNSILQDVQFTDQQRFKQFVSQSRARMENRLRGSGHGIAAARMD AKLNAAGLMAEKMGGLSYLEFLQTLEKRVDQDWADISSSLEEIRKSVFSQQGCLVNITADAKNLKNTENVVSRFVDMLPT SSPIATITPWNVRLPLTNEAIVVPTQVNYVGKATNIYDTGYKLNGSAYVISKYISNTWLWDRVRVSGGAYGGFCDFDTHS VFSFLSYRDPNLLKTLDVYDGTGDFLRELEIDDDTLTKAIIGTIGDVDSYQLPDAKGYSSLLRHLLGITEEERQRRREEI LSTSVKDFRNFIDAMEAVKDKGIVVAVASPEDVDAANKERSNFFQVKKAL
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 |
|---|---|---|---|---|---|---|
| Gene3D | 1 | 199 | 199 | 4.0E-74 | – | |
| PANTHER | 1 | 930 | 930 | 0.0 | – | |
| PANTHER | 1 | 930 | 930 | 0.0 | – | |
| SUPERFAMILY | 4 | 196 | 193 | 2.79E-40 | ||
| Pfam | 20 | 98 | 79 | 4.0E-6 | ||
| Pfam | 152 | 338 | 187 | 2.8E-25 | ||
| Gene3D | 202 | 439 | 238 | 1.2E-83 | – | |
| SUPERFAMILY | 209 | 473 | 265 | 4.21E-60 | ||
| Pfam | 416 | 665 | 250 | 1.8E-74 | ||
| SMART | 416 | 665 | 250 | 1.1E-97 | ||
| Gene3D | 448 | 902 | 455 | 3.9E-166 | – | |
| SUPERFAMILY | 475 | 724 | 250 | 1.85E-72 | ||
| Gene3D | 483 | 733 | 251 | 3.9E-166 | – | |
| SUPERFAMILY | 729 | 911 | 183 | 3.12E-36 |
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. | ||
| Biological process | Proteolysis | The hydrolysis of proteins into smaller polypeptides and/or amino acids by cleavage of their peptide bonds. | ||
| Molecular function | Metal ion binding | Interacting selectively and non-covalently with any metal ion. |
Expression pattern of LotjaGi2g1v0462000.5, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
Loading expression data from ljgea-geneid. Please wait…