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 | LotjaGi3g1v0377700 |
| Transcript ID | LotjaGi3g1v0377700.1 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Signal recognition particle protein; TAIR: AT2G45770.1 signal recognition particle receptor protein, chloroplast (FTSY); Swiss-Prot: sp|O80842|CFTSY_ARATH Cell division protein FtsY homolog, chloroplastic; TrEMBL-Plants: tr|I1JKD2|I1JKD2_SOYBN Uncharacterized protein; Found in the gene: LotjaGi3g1v0377700 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:77050476..77059846) extracted from Lotus japonicus Gifu genome v1.2.
AAAAGATTACACAGGAATACTCAACACGAGACAATCTGTAAAAGACATACTCTAATGCTCAAAGGCAAAAAATGGTACAG CAAAGTAACATGACTGTATCTCTTGACTAGTATTGCTCCAAAAGACAACCTGAAACTTGTGTTTAGACCAATTATGCCAA GCCAAGATGAAAATTAAAGGTTAAAGCTGTCAACACACTGATCAAAGTAAACAAAATAAAACTTCCTATCGAGTTAATTT GTGTCTGAATAGTAAATACCCAAAAAAAATAAAAATTGTGTGGAGCTGTTATTTGAAACGGCGTCATTTTGGCTCACTTT ATCTTCTCCTCCCTCCTTCAACGAACCAGTGACTCAGTGAGTGTGAGCAGCAGAAATGGCTACTTCCTGTTCAGCTTCAT TCGCCGGCTTCTCCATCATCTCAAGACCTTCTCCTCAACCCAAATTCATCCTCTTCAACATCCCTCCTCGAACCACAACC CTCCACCACCGAACCGGCACGTCCCGGTTCACATGCTCCGCCGGCCCGACCGGATTCTTCACGAAACTGGGCCGGTTGTT GAAGGAGAAGGCAAAGAGCGATGTGGAGAAGTTATTCTCTGGTTTCTCCAAAACCCGCAGCAACCTCGCCGTCGTCGACG AGCTACTTCTCTACTGGAACCTCTCCGACACCGACCGAGTCCTCGACGAACTCGAAGAGGTTCCTGTTTGAAACTGTTCT TTCTGTTTTCTTTTTCGAGTTTTCGAATAATGTCTTTTTATCTTCAAATTTTCAGGCTCTTTTAGTGTCTGATTTTGGTC CAAGAATCACTGTAAAGATAGTGGAGAATTTGCGTGTGGACATTTTGTCAGGGAAGCTCAAATCAGGGGCTGAGATAAAG GTACCAAATGTTTTAGCACATGCATACGAATTTATTGAAGTAAGCCATTAATTCGAATGACTTACTTCAATAAATTCGTA TGCACATTGGTTAAGCAAGATTTATACCTTAGATGACAACCCTTTTATTATTATTAAATGTTTGTGATGTCGATTGTGTT GTGCATTTGTTTAAATGGCTTTAGGAAGCACTGAAGAAGAATGTTTTGGAGTTGTTGACAACTAAGGGGAGTAAGACTGA ACTTCAACTTGGATACAGGTGTGAGCATTTTCTTATTAACTACTGATTTTTCAGTTTGTTATGATTCATTGAATTTTATA GGGTTCATTTTTTTTTTTTGCTTTTTGTTGGAATATCTTTTGTTTTCAGGAAGCCGGCTGTAATAATTATAGTTGGTGTT AATGGTGGTGGGAAGACAACATCTTTAGGTAAGGAAAAAACTTCGAGTGTTGATTTTATTCTTTGCCTTGCAATTAAAGA AAATATTGAGAGAACTGAGAACACATATATTGTAAATTCTTAGATCAATAATCTTCAAATGAAAGCCATCTACCCCTCTC TAATAAGCAACGGAATTGTTTTTAATTGTTTAGAAATCCTAAACAATTCCAATTTGATCAGCTTTTATATGCAGGAAAGC TGGCATATAGATTGAAGAATGAAGGAGCCAAGGTTAGATATGCTATTTATTTCATAAATTCAGGGGTAAAACTTATCGTT TGATTATATGAAAGATATGCTATTTCTCAAATAAGAAAAGTGGATCAAATGGAAAGATCCAATCAGAAAAGGGAAGTGGA AGACCTAAGTGCTAAGAGAACATAAGAAGAAACCGCTAAAATAAACCATCTCTAAATGTTTTTACTGATAAATACTATAC TGTATGAAGTATGAACCTTATGATGCTTCATTTCTCAATATCTTTCACGTCTATTCCAGTGAGCTTTAGTATCTGTTTCA TATCATATTACCTTCTGTCACTTCTTTATGTATCACGTTGGGATACAATATTTCATACTGGTTGATGTTCTCATCTTCAA AGTCCACCAGATATTGATGGCAGCTGGTGATACATTCAGAGCAGCTGCTAGTGATCAGCTGGAAATATGGGCTGAAAGGA CTGGGTGTGAGATTGTCGTGGCTGAAACTGAGAAAGCCAAAGCATCGTCAGGTGCAAATAGAAATGAATTTTACTTCCAG CTCTGCAGCTCTGCTGTTGATTACTTTCAAGTTAAGTTGTGGATACTAAACTTTGTAACTTATGTTTTACTTGCAGTGCT TTCACAGGCTGTCAAAAAAGGAAAAGAGCTAGGTTATGACATTGTATTATGTGATACATCTGGACGTAAGTACAGAAATT ATAGGGCTCACTGTTTTGTATTTCAATGAACTACTTGGCTGGTTGCATGTTAGCATTGGGGTTCATGTTATATTCTCAGG TTTACACACTAATTACAGCCTAATGGAAGAGTTGATTTCTTGTAAAAAGGCTGTTGCTAAAGTAGTTCCTGGCGCACCAA ACGTAAGACCAAGTCTTTGATGCTTTCTCCTCTCAACTCAATCATCTTTCTGCTGGTAAAATCATTGAGAATTGCTGAGA ATTAAATCATACCTTGCTTGTTTTAGAATCCACAGCCTCATCGAAAGGCTTGTTTTCTTTTTCAAGTTGCTTTTGATGTT TTATTCTTCTTACCTTCTTTTTTGTTTTCTAGCAATATTCTGAGGACTGGGCTTTTAGACTTTAATGTGGAATTTGGCGA AACATTGTGATGTGGATGTTATCTATCATACATTCATTTGTATTTTACTTTTGTCCATATGGATATCAATTGATTTATAC TTGCAGACCTTGCTTGTGTTCTCTTAACATTTATTAGTCTTCAAATTAAGTTGGGAAACTATGATCAAACAAGACATAGG TTAACACTTTCACCTTCATGATTGGAAACTTCTACATTACCTGCTTGTGGGTTTTCATACCTCATGAATTTTTCACTTAT CACTTTTATGGTGACTCAAATGTGAACTGTTTGCAACACAATCTTTGTCAGTGAAGACTTGAAGTAGCTGCGAACAAATT TAACTAGCATTTGAAAAATGATAGTGTTTTCTGATGATGGTTATTCTTAATGCGATGGTGAGTATTCTTATTGCTGATAA TGTCTTTTCATGCTCAGATGTGCTGAAGGGAGAGCAATGTCTGCTTTCTATTTATTTATTTCTCAAGGCATTCCCTTATC CTGCTGTGTCATTATTTTGTTGACTATTTTATATATTTTCTTTGCAATCTATGATCTAATGAGTTGCTCACAAACATGAC AGGACTTTACTGTTTCCATCAATTGAACTACATTTATGTCATTTGTTTCCTGAACATCTTGATTATTGACAGAGTTCAAG CTGTTGTAGCAAATTTCAGTTTGCTAAATTGACTGTGATCCAAGTATTATGAAGTATAATCATTATCGTTGCTATTATTT TAGCGTCTTGCCCTAGTATGTATGTATAATATGTGTGTGTATATATATATTTGTATCATTTAGTATGACAATTGTCTTTA ATAAAGCTTGTTGATGTATGTATGCGAATAGTATGTGAGAGAAAAATATCTTTCCCTTATCATATTTTCCATCTCTTTAT CTCATCCACTACACTACACACACACATCTAAAGTAGCATAAAATGACGGTGTTTACAATGCTTGCAGGAGATCCTACTGG TTCTGGATGGGACTACTGGTTTGAATATGTTGCCACAAGCAAGAGAATTTAATGAAGTAATTCTCATTCTGATTTTTAAA TTTTGAACTTTGTCCTATTCTGTTTGGGAAAGTTGTTATTGTACGCATTTGAACCCTGCTTTGCATCTTTATGATGGGTA TTGGATCTTTTAAGCTAAAAGATCTGCAGTTCTACATCAAACTTGCAATTAGTTGTAGTCAAGGGCCTATAATTTCATTG TCCCAGGAATCACATTAATAGAAGTTCCTAATTTGTTTAATTAATCATTTTATGCATATAGGGCAAACATTTATACAATA AAGTAGTTGACATTCTTCATGTGCTTCCAAATGCCCATTTCTATCTTCTAAACTGAAGTATCACCCTTAATATGGAATAT AAGAGCAAGAATAGGAACACTAAGGTACTCTTTGGCTCTTCCTATGCAATGTTTATGGTGACGCCCAAATTATGGTCAAT TTTTAAATATGAAATGCTGGTCTCAGAGTCAATAGCTGTAATATATCATTCAGTATGAATGGTTGTTCATAAATAGGTTT TAGATTTTCTCACCCTTATTATAGTCTTATTATTATTTGCCTTGCTAATTTAGGTATCCCTCCTCCGTAATATTTCAATA TTTGGTATTACGGTGTGGTTTCATATGAACTCGCTGTTAACTGTTAATGAAATTGTTTTGACTCTACCTTTAAACTTGCA ACAGGTTGTGGGTGTTACTGGTTTAATTTTGACCAAACTGGATGGTTCTGCTAGAGGTGGCTGTGTGGTAATCTCTTCAT TTTTGTAATCTTAATAGATAGTTTTTCTATTTTTCTAGACTCAATAAGTTCTGATAATTAGGATATTTTTTGTTTCTGGG GTGATCATGGTAAGGAATGAGATAGTGATTTCTGCTGGCAGGTTAGTGTGGTTGATGAGCTTGGAATCCCTGTAAAATTT GTGGGTGTTGGAGAAGGTGTTGAAGACCTTCAGCCCTTCGATGCAGAGACTTTTGTCAATGCCATTTTTATGTAAACCAA TCACCAATGTGTTTGGTATGTACATCATGACTTATCCTTTTCATTCCTTTCAAAATATTCCAAATTCTTTTTCACTTTCT GCATCTCATTTTCTCCACCTCCAATCCACCCCTTGTTATCTCTCATCTTTTCCCATCACTTATCACGTCTTTAATTTTCT CTCTCATCTCCATTAGAGGTGCATACACAGATTTAGATGCTCTACAGCTAACAAATAGACATGAACTTTCTAATTTAACA AATTATTTTTTATTTGTATCAATCTTAACCATTGATTACAAAAACAATGGCTATGATTGTACTGCAGATCCAATTTGGTG TATACACCCAAGGGTGCAGTGACATTATCCTCATTTTCAAACCTGTCATACCAAATTGGAGTCAAAGGCCATCCATAAAA CAAAATATCGCTTCAACACTCTTTTTTGGATTGAAATCCATGCAGAATCCGCTAAATTATATGGGTTTCAACTCTAATTT GGTGGGTCCCACACAAATTTCATCTTAAAAAGAAAGTGTATTAGATAGTGCTCAATTGAGTATTATTAGCATTCATCTTG CTCTTGTTTAGGTAGCTAGAAGTACCTTAACCATGAAGTTCCATCATTCCATGCATACAGGCTGTTTCAATCTTTTGCTT TTTTTCTTACAGTGTTGTATATGTTACATCTCAGAATCATCTGTTAGCAGAGCATATTGACATGAATTTGCACAGGCAGA GCAACACATGGCCACAGGAAAGATAGATAACAGTTTATTATTGAAGCCATTCTTGAGAGAGGTCAAGTGTTGCCTAAGCA TGTATATGATTTTGGGGGTGCAGAGCTACCATTACTTTTAACGCAAGCTGAAGGTTTATAATCCCTTCACATTTTTTGTG CTCGACAGTTTCTGACAATGTGACTGGTTGACTTGGTGGTGGGGTATATTTTTCACTTAAAGTACTAAATGATTTATTGT GGGGTGTTCATGTAAATGAAACTACAGCCAGGCTAATGATGATTTTTACTTTCATCGACTTCTCAATGAGGTTTCCTATG TAATTGTTTGTCTTGTAAACTTACCTGGAAAAAACCCTTCAAACAGCAAGCCTTCTATGATTCTGATTTGTTTTTACTCT TATATATCCTTGGGAACCTTTGATGTACAAGTTGCACTATAATGTGGCTTTTACTTCACCATGCTTAAACCAAATGCATA TTGGGACCATGAATTCTTTCACTATCCTTTTGCAGTGAATAATTTGAATAAAAGAATCCTCTTAGAAATCATTTATGGTG CATGACATGAGATCAAATTTCAAATTAATTGTAAAATCTAAATTGTAATACTGTAGTCTGTAGATTGTGCATGGTGACCT CAAAAAAAAGAAAGACAGATTGCGATGGTGGTTACTCATTTCACAATGTCACTCCCACTGTGATTCAAGTTCGAAACCCA TGTGAAAAAAGAAAAGTTAAAGATTACAATTAAATGACAATTACAATGAATGATAGACTAATTAGGATAGTGAAATCCAT AACTTGTTCTGCTCTAATATACATAGTTGCGACAAACTATATGTCATAAGATAGGCTGAGCTTTGAACATCAACAGCACT GATCCTTATATTTCAATAAAAATAATCCCCCGAGTCATAACTTTGGAAACTAGCATCATAATGGATATGACAACGGGCAG CAAGAGCATACAACACTAGATGTATTACTCATGTGAACTGGTCCAATTAATTTGAAGCAATTTTATTATGACAAACATTA AATGGAACAGCAGAACCACCGGAAAGCTCAATGTTCATAAGCTGGAAACTGGCATGTTATAGAACGTGGCGTGAGTAATA TACAGCAAATTCCCATTTTTCTTTGATTTAAACTCAAGTGCAACTACAGTCAAATTTCTTCCAGTCTTCACTACAGAGGC ATTAGCTAGCACTTCTTCCTGCATCAACATATGGTAAGAGCATCGTTTATCCAGGGTTTAAGCATGAGAAGGCATATATG AACATGAAATGGCATTTAGAAATAGACTGCTCAGTTAGCAACTATGATATCGTTTAACATTGGCAAACATATATATGGAT TTGGATGCTATAAAGTGGAAGGTGCAATTACATAGAAAAGTGCCAGCTTATAAAAAAACATAGTAAAGTGCAAGTAACCA ACAATGAAAAAACCAAGGGATTAGTTCCCAACAAATTCATAGATTCTTATCAGCACGCTTTTTTTGTAATAAAAAAGCTA AACATTTCTTTTATTTAATGGCTCTTCATAGCTCACTTTATTTCCTAAACTGCACCAGCACTTTACAGGATCTTTGTCAA AATATGCACACATCTCAAACTACAGTGCAAGACAGGAACACCTCAACATGAGATGTAAGAGTCATAGGAATCTCTCCAAT ATTACAAATTGAGAGCATGTTTGGTAACTCATCCTGTGGCCACATATACGATAAAAATCTCGTAATTTCCAACACTTGCA AGTGTTGCTTCTGCACATACGTGCCTTGATGTGTGAGCCGGACGCAGAAGCAAACACGCACTGAGTAACTGTGCAATTAT ACCCGACACATCCTAGGAGTGCCAGTCCACAAAATGCATTTTTCAAGAACCTATACATGTAAAGTTGATTTTTCGAGTGC TTAAGAGTTCGAATAAAGAGAACAAGAAAGTATGGATGCACTCATCACAATCCTTAAGTAGGCATATCTATGCTTTCAGC TTAATCATAAAGGACCAAAGCAATGCTCTGAGAGAATCCTAAGAACTGTGTAACTCAAGTTGAATGATGATATGCAACAC TATTTATAATGCTAAGAATCCAAACTCCATCTCATAGCTCAAAGTAGTGGCTAGCTTCTAATGCCCTCGGCTTTTCTGTG CTCTTTCAAAATGCAATTCAGGATAAAGTATTACATTCCCTCAGGCAGCATAGTAAAAACATTCTAAACTCTAAAGGATT GAACTCCATGCTATTCATCTAAAACTGACTGATTTGAAGAAAAAGCATAGTATTGCAATAGATAATAATGAAAATAATCA AAACTGATTACAAAGAACTCACATTTGCTGGAGTGCCAGAGAGATAAGAAATGCTAACTTCTCCAAGAGAAAGTTGCTTG TCTTCAGCAACTACAGTTCTAGCACAAGCAGTCGACAAAACCTCAACCAAGACCCCAACAGCCCCTCCATGAAGGGTTCC ATAGCCATTCTGCAATTCCAACAAAGAAAATGAAAAAAAGTCCACATACATTCATCTCATCATCTGACTTCCATTTTTTT ATCTGCCCTCCATTTTTCAGACAATTTTTTAACTTTGAACCCAGAAAGTTCAATTCAGTCCCTAACAAAAAAAGAAATGT GAACACTCGAAAACAAAATCGCAGACTTTCAATAGACGGTACAAGTCACAACCAACCAAAAACTCTCATGCTTCCCCAAC ATATATCTCAAACAATTATTTAGCAATTTGACAGCCCCAATCAACCAAACATTTTCAAAGCATAGATTAATCTTGTTCCA ATTTCCTGACATACCAAGCCTAACATCCAGATTCCAGCACAAGAAAGCATCAATTCATAGGGCCATTCTAATATTTATCT TGCAACCCATTAGAAACTTCAATTTCTTTGGTACATTCGAAAGATAAATTGCTTCATCTAGGGATTGATCCCTGGACCTC CTCATCCCAACATATATGTCCCCTAACTCTTACCACTTGAGCTATCATTAGAAATTTCGATTAATCACATTAAACCACAC CCAACAAATAAAAGAACAACCTTTCCCCATTTTCTCATCTTCCAAACATAATAGCAATACTAGTGATTGGTCATAACCCT AGAACAAAGACTCAATCAACAATGGGGATTTCTATCTATGGATCCCTTTCCCTATAGGCATGGATGGCCTCAAGAGAAGA AGAAGAAGAAGAAGAAGAAGAAGAGGGGTTACGCTTACACAGATAGGTGGTTTGGCGATGATAGTGCAAGAGATTCGTCC CCGTTGGATGTGATCGACCTTGATGAAGCTGCGAATGAAGGCGTCATAGAAGCCATTGGTGTTGCAGTTTTGAGGAATGG AGACACCGCCACCCATGCGGGTAACGAAGGTGAGGGTCTCAGAAGCATGTCGAGGGTCCAATTCCGACGAGATTTTCAGT GATGGCGAGGCACACGACGACGCACTTTCAGTACCAGAGGAAGGTTTCGCCTCCATGTTCAATGGTGATACTGAGTTCCA GGACAGAAAAATAATATGCAAATCATTTTTTTTTCTTCGGAAAATAATAATATGCAAATATTGGTATTCACAAAAAAAAA GAGATAAATACTTGGTAAATTAGATGGCTTAATATTTAGGAGTTTCAGGGCCGACGCCGGAAGCGTGGGCAGAGGAGGTG AGATAAGAGGTTGCAATGGTAACGGGTTAGTGGGGTTTTCGTGGTTCGGTGAGGGTGGTGGGACTCCATTCAGAGCCGAG GCTGGAGTGATGAAAGAGGGGTTGTGGTTAGCTTGGGCTAGAGGATTCCGGGACGTTATCTGTGAGACCGATTGCTCTGA GCTTCTCATTGTGCTTCAGGATGATGACGTGATCCGTTTTCACAATCAGGTTTGTGTTTTGATGGATATTCGGGAGGTCT TACATATGGATTGGAGGGCCTCGCTTGTCTGGGTGCACTAGGATGGGAACGTTTCGGCGGATTGGCTTGCGTGATAATGG GCTCTATCCCC
CDS sequence (LotjaGi3g1v0377700.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCTACTTCCTGTTCAGCTTCATTCGCCGGCTTCTCCATCATCTCAAGACCTTCTCCTCAACCCAAATTCATCCTCTT CAACATCCCTCCTCGAACCACAACCCTCCACCACCGAACCGGCACGTCCCGGTTCACATGCTCCGCCGGCCCGACCGGAT TCTTCACGAAACTGGGCCGGTTGTTGAAGGAGAAGGCAAAGAGCGATGTGGAGAAGTTATTCTCTGGTTTCTCCAAAACC CGCAGCAACCTCGCCGTCGTCGACGAGCTACTTCTCTACTGGAACCTCTCCGACACCGACCGAGTCCTCGACGAACTCGA AGAGGCTCTTTTAGTGTCTGATTTTGGTCCAAGAATCACTGTAAAGATAGTGGAGAATTTGCGTGTGGACATTTTGTCAG GGAAGCTCAAATCAGGGGCTGAGATAAAGGAAGCACTGAAGAAGAATGTTTTGGAGTTGTTGACAACTAAGGGGAGTAAG ACTGAACTTCAACTTGGATACAGGAAGCCGGCTGTAATAATTATAGTTGGTGTTAATGGTGGTGGGAAGACAACATCTTT AGGAAAGCTGGCATATAGATTGAAGAATGAAGGAGCCAAGATATTGATGGCAGCTGGTGATACATTCAGAGCAGCTGCTA GTGATCAGCTGGAAATATGGGCTGAAAGGACTGGGTGTGAGATTGTCGTGGCTGAAACTGAGAAAGCCAAAGCATCGTCA GTGCTTTCACAGGCTGTCAAAAAAGGAAAAGAGCTAGGTTATGACATTGTATTATGTGATACATCTGGACGTTTACACAC TAATTACAGCCTAATGGAAGAGTTGATTTCTTGTAAAAAGGCTGTTGCTAAAGTAGTTCCTGGCGCACCAAACGAGATCC TACTGGTTCTGGATGGGACTACTGGTTTGAATATGTTGCCACAAGCAAGAGAATTTAATGAAGTTGTGGGTGTTACTGGT TTAATTTTGACCAAACTGGATGGTTCTGCTAGAGGTGGCTGTGTGGTTAGTGTGGTTGATGAGCTTGGAATCCCTGTAAA ATTTGTGGGTGTTGGAGAAGGTGTTGAAGACCTTCAGCCCTTCGATGCAGAGACTTTTGTCAATGCCATTTTTATGTAA
Protein sequence (LotjaGi3g1v0377700.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MATSCSASFAGFSIISRPSPQPKFILFNIPPRTTTLHHRTGTSRFTCSAGPTGFFTKLGRLLKEKAKSDVEKLFSGFSKT RSNLAVVDELLLYWNLSDTDRVLDELEEALLVSDFGPRITVKIVENLRVDILSGKLKSGAEIKEALKKNVLELLTTKGSK TELQLGYRKPAVIIIVGVNGGGKTTSLGKLAYRLKNEGAKILMAAGDTFRAAASDQLEIWAERTGCEIVVAETEKAKASS VLSQAVKKGKELGYDIVLCDTSGRLHTNYSLMEELISCKKAVAKVVPGAPNEILLVLDGTTGLNMLPQAREFNEVVGVTG LILTKLDGSARGGCVVSVVDELGIPVKFVGVGEGVEDLQPFDAETFVNAIFM
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 | 37 | 371 | 335 | 7.7E-147 | – | |
| PANTHER | 37 | 371 | 335 | 7.7E-147 | ||
| Gene3D | 60 | 160 | 101 | 4.7E-26 | ||
| SUPERFAMILY | 70 | 147 | 78 | 2.36E-13 | ||
| SMART | 73 | 154 | 82 | 5.0E-8 | ||
| Pfam | 99 | 148 | 50 | 1.2E-7 | ||
| TIGRFAM | 99 | 371 | 273 | 3.6E-93 | ||
| Gene3D | 162 | 372 | 211 | 3.8E-75 | – | |
| SUPERFAMILY | 167 | 370 | 204 | 3.66E-44 | ||
| SMART | 169 | 342 | 174 | 0.0015 | ||
| SMART | 170 | 372 | 203 | 1.4E-100 | ||
| Pfam | 170 | 371 | 202 | 5.6E-72 | ||
| CDD | 171 | 370 | 200 | 3.95695E-112 | – | |
| ProSitePatterns | 345 | 358 | 14 | - |
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 | GTP binding | Interacting selectively and non-covalently with GTP, guanosine triphosphate. | ||
| Biological process | SRP-dependent cotranslational protein targeting to membrane | The targeting of proteins to a membrane that occurs during translation and is dependent upon two key components, the signal-recognition particle (SRP) and the SRP receptor. SRP is a cytosolic particle that transiently binds to the endoplasmic reticulum (ER) signal sequence in a nascent protein, to the large ribosomal unit, and to the SRP receptor in the ER membrane. |
Expression pattern of LotjaGi3g1v0377700.1, 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…