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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0026600 |
| Transcript ID | LotjaGi1g1v0026600.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Pescadillo homolog; TAIR: AT5G14520.1 pescadillo-like protein; Swiss-Prot: sp|Q9LYK7|PESC_ARATH Pescadillo homolog; TrEMBL-Plants: tr|A0A151TB86|A0A151TB86_CAJCA Pescadillo homolog; Found in the gene: LotjaGi1g1v0026600 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:3202759..3213307) extracted from Lotus japonicus Gifu genome v1.2.
GCGACTAAAAAGATAATTAAGCCTAAAATGTTTCAAGAAAGTGAGAAAATAGAAGAAAAGTGAAAAGAAAAGCCCAAACC TAAACCGTTGTAACAGTCTGCTGTTATAACTCGCCTCCGCTCACAACTCCAACAATGGTGAAGCACTACAGACCCGCGGT TTGTACCTCAAACCCTCTTGTTTTGTTCCCCGTTCTCGTTGCTTTGTGAATTTGCTACAAAATCTATGTCGGTTTTCACA ATCAGTGACCTTATTCGTTTCTCTTGGTATTTGAATTGATGGATGTTAGTTTTGTATTTTTGGTTCATACCCATCTTTTA ATTTTGTTGGGTATGAGAAAAGTTGGAATTTTTTATATTTCTGTTGCTGCTAATGCGTTTAACGAGTTCACTCAGTTAAT CATTGTTGTTGTTGTTGTTGTTATTATTGTATGGCAGGGGAAGAAAAAGGAGGGAAATGCTGCTAAATTCGTCACCAGGT CACAAGCACTGAAGCAGCTTCAAATCACTCTACCACTTTTCAGGTACTATATGTAAAAATCATTTATGTTTTCTATCATT GCTGATATGATATCATTTGGAAATTGGATATCTTTAGTGTGAGTATGAAAAAAAGAGAGAAGATAATGTGGTAAAATGTG AACAAGACTTTGATTCTTATATTGGCTTTTACAATTTCTAGGAAGCTATGCATTTTGAAAGGTGTAACTCCCCGGGAGCC GAAGAAGAAGTTCAAAGGAAATCATCACACTTATTACCATGTCAAGGATGTTAGCTTTCTTCATCATGAACCTTTGCTGG AAATACACAGAGCTATAAGGGTACATGAGAAAAAAATAAAGAAAGCAGAGGCCAAGCAAAACATTGAACGTGCAAATAGG CTGCGGGACAAAACCCCCAAACCCAAAGTAGACAGGATTATTCGCCAGAGGTTCGTTTTTTTGTTTCTGTTTATCTCAAT TTATGTCTTGTAGCTTGTTGTGATGAATTTGCAATTTATTTCATTTTTCTTTGAATTACAGGTACCCAAGATTTGTGGAT GCACTTGGAGAATTGGATGACTGTCTTACAATGGTGCATCTTTTTGCAGCATTACCTGCATCAGAGAGAACAAAAATTGA AGTAGAACGTGTCCACAAATGCCGCAGGTATGAATATGAACGTCTTTGGATTAATATAAGAAAGAATTCAGGCCTTGGGG TTCTATCATTCCGACTGTAGGGAAAAGTGCAAATTTTTATGCTATTATATCAAAGTCTCATTGGTATTTTCATATGCAAA AAGTGCAAATTTTTATGCTATTATATCTTCATCACTATTTATACGTACTACTTACCTTTATGCTAGATTGGCGCATGAAT GGCAAGCATTCATATCTCGCATGCACAAGTTAAGAAAAACCTTTGTATCTGTGAAAGGAATATACTACCAGGTATCAATT ATGGCATTTGTAATGTTTTAATCTAAAATTGTACATGTTATGAATATGGATTATGGATTGATTATATTGCTTGTGCAGGC AGAGGTTGAGGGTCAGACGATAACATGGTTAAGTCCTCATTCACTTCAGCAGGTCGTGCCTGATGATGTTGACATCGTTA CCATGCTAAGTTTTCTGCAGTTATATGAGGTCAGTTTTGTATTCATGTTTCTATTTAGTATTGTCATTCTGTTAACCCAT TGATATACATCTCAATTAATAGGACTATTAATCCAAATATTTTAATCATTTTGTATTGAATAAGTTCAAGTGTTCAAGTG TTCAACTGTTGTGTCAGGGTCATGTATAAACCCAATTTAGTTAACCAAACTAACATACATCTCCTAATTGTTTTAGTCAG TTTTTTTTTACTGATTTGTTAAACTTCTGTAATGAATTGCCGCAGCCTCTTCTCAGTTTTGTTAATTTCCGGCTCTATCA TTCTATAAATTTGAAGTACCCACCCATACTCGATCCTCAGTTGGAAGCTTTGGCTGCAGGTACCATTTACTCAACTTAAA TTGAACTTTTAAAAAATTGAATTGCTACTAATATTATATGTTTATGCTTATGCTGACCAATTTTCTTTTCAAATCATGCA GATCTATATGCACTGTCAAGATATGCCAATGCTGATCCCAAACCCTCTGTATTGAATTCTGAAGCTTCTCTTTTAGCTGG ATCTGAACAAGTGGAATCCAAGCAAAATAGGGCTGTAACTGAAAAAGAACATTCTGAACTAAGACTTGCTCAACTTCAGC ATCAACTTCCTTCTAATGAACCTGGTGCACTAATGCAACTTGTTGACAAAGTCGCAGGTGAAGAAGTTGAAGAGGACCAA GATACAAGAGAATGTAAAAATCTCTTTAAAAATATGAAATTCTTCTTGAGTAGAGAGGTAAGAAATTTTGATAGTCTTAA CAAGCACAATATTAATTAAATTTATTGTGTCCGTCAATAGTTGGCATTCGAGCACAAAGCATGTGCCAAGTGTCATTTTT ATTTAAATTTAAGAAAGTAAAAGAGTCAATATATGGATTAGTGATGCTAGTTATTGGCTAAATCTCTTAAAGAAGTAAAC TTAAAGCTGATAACATAGTTATTTGAATCACTTTATAATCCAGTTGGGTGGTATATATTGTCATGCTAAAATTCGTATTA GTACTTGAGCGGCTGCCTACCTTTTTAAATTTTGGCTAGATTCTATTAGATAATTATTCATGATTCTATTAAAGATGCCA ATCAATGTTGGGTCAACAACAACTGTTAAGATTGAATAATGCTGATAGAACACCTGAAGTTAACTGATGAAATATGTATT AAACAGAACGCAGATAACATACATACAACAATTTAGTTGCTGTCCCAAAGACTAAAGTCTCTCCTACAGAGAATGTTCTA TGTCCAAAATATACTAACATCAACAACAATCCTATTCTCCCTAAAACTAGAGATATATATCCCTAAAACAGATCTACCAT CAATTATTTTCTACAAGTAACTGTCATCAAGCAGTCAATCTGACCCATTCCCATTGAATGCCCCCAAGGTCTTGGTTTAA TTTCTTACTACTGGACTCTTTATTGGTTGGTTATATGTACTTACAAATGTAACTCGTTTTTGAGGCTTATGGCATGCCAC AATATTATAATTGGGCAACCTCCTCTTCCCATAAACTTGTTTGTACCCAAAAAAAGAGAATTTAGCTAGATCCTATCATT GGGAATGCCACGATATTATAATTGGGCAACTTCCTCTTCCCATAAACTTGTTTGTACCAAAAAAAAGTATAATTAAGCCA GATTCTATCAGATAATTATTCAGGGTTCTCATAAAGATGCTAATCCCAGTTGGGTCAACCATAACTCTTAAGATTGAATA CTGCCCACAACATTGCCTTGGTTTCATTTCTTACTAGTGGACTCTCATTGGTAGGTTATATGTTGATAGTAATGTAAGTG TTTGCTGAGGCTTATGGCATGCCATCTTAGAGTGGGGAAACCTCTCCCTGTAAACTTGTTTGTATCCGTAAAGAAAAAAG ATTATCCAAAAGTGAATCACCTTGTGTTGGTGGTAAACCAAGAAGCTGTTTGTCAAGTACTGTGGCAAAGTTAAAATAGA TTACTTTTTTTTCAAAAGTTTTCAGCTTGTTAATTTATGAGATTTGTACTGTATTGTAAAAAAATTGATGCCGGATGATG CATGTCATGTGCTTATAGCACAACAGATTTTATTAGATTTTTTTATGCTATATCTTTTTAACCTGATTATTCTCAGGGTT GTATGTTTTGACGTTACTTGCGACGTCTTGGTCTAATTATTCAGGTACCCAGGGAATCCTTGCTTTTTGTTATTCCAGCT TTTGGAGGTACAGTTTCATGGGAAGGAAAGGGGGCACCTTTTGGAGAATCTGACCAGAGCATTACTCATCAGGTTTGTGA TTAAGCATACTGTCTTCTAGATGACGTAACTTTTTACGCCTTCCTTTTAGATTCACTAAGCTAATGCTTTCATATGTTTA GATTGTCGATAGGGAAGCGCAAGGTCATAGGTTCCTCTCTAGGGAATATGTTCAACCACAGTGGGTATATGACTCTGTGA ATGCGAGAGTTACTTTGCCAACAGAAAAGTATATGGTGGGAAGGTAAATTCCAATTGTTTATGTTTCTTCAAAGATTTCT TATCTCTGTTGTATCATTATGACCTATTGGTAGGAAGTTAATTCCTATCAAGCAAGAACATTAGAACCCTAAAATCTAAA CTAAGAAAAGGATAAGAAAAGGATAGAAATAAAATACTTGATCAATTTTCTTGTTATCCATTCAAGAGTAAAAGATACAA TTTATAGCTAAACATAATTCTCTAGATAACCAACAAGTGTCATCATCCTAATAAAGAGAATATTCTAGAAGTTGACACCT AATAAAAGTTTGGACATTAAACTTATATTGATAAACTATAGATAATAAATGATAAAGTGCATAAAGCCCAATATCTATAA GTCCATTAGAATGAACCTTCTACCATTACCATCCGCTGGAAGAGCATCCTTGTCCTCAAGGATGGGTTGAAAAAAAAGGA TGGTCCAAATGGGCTGACCCAAGAGAAAACAAACCAATTGAGCTATCCAAGCAATGAGAAGGATCCAAGAGAGTAAAGAG CTGTGAACTTGGCTGGAGCCCAATATAGGATCACCACTGTTTGTAAAATAGCTACGGCTTAAAGAAACAAGAAAATGGTG GTCCAGCATCTTCCAAATCCAATGTCCACGTGAATATCCAGTGGTATACATGGTGAGTAGCCATGTAATGGATTCAACAT GGTGTGGCCCAAATAAATAATATCCAATACCTTTAAAGCCATAAGGAAGCCAAACTAGGTAGGGAATGTCAACTACTTTA TGAGCATGCAGGCACTTGAAACGTTCCTGTGCAATTGGAGCAGCTCCTGCCTTGGTAAATTGGATATGGGACATATGGCT GGCTTCCACGCCAGGATCAAACGGCCACAAATTAAAGTGAAAGAAGTTGAACGTCACAGGGTGTGCAACTTGCCAAGGAA GCTGAGTGGGTGTAACTTGGCAATCCCACGGCATAGAGTTTTTGTCCAAAGCACAAGGAAATTCAGTGGGGAGTGTGTTG CCTTGTGGGAGAGACAATTCAAGTGGTGGCCTTAGGGGAGTCTCATAAGACCAGCCCAATATAAGCAAGACCAAATTGAC AGAATGTTGGACATGGGGAGCAAGTTTCTTTGGACGCCATGTGGACATAGTGTTATGCAAGGCTTGTCTTTCCACGTGAA TACAACTTGACAGGGAGCCAAAAACCATGGGTCCTGGGTCCACTTGAAAAGAAGCCAATGGTGGGGAAAATGACACACCT TGTAGATTGTTAGGTCCTTGAAGAAGCACAAAAGTAACAATTAATAGTGCAAATTTTGAATTCCCCAAAAAGTAGTGTGA AGCTAGTTGGGAGAGCCCGAATATGAGTTCCAATGTAGCTTTGGATGGGACCTTGGCTACGACAGCTGCAAGAGACACTT CTTTGGAATTGGTGGTTTTCGAAATGATATAAAACTTAGTTGAGAAGGGTTCTGAGTTTCTCACCCAATCAGTCAAAACA CTCTCCTTATTGGTGGACCTCATTGGCTTATTCAATCGAGTTAAGCACTTGGCTTGATGAGAGCTAATAATATGTTCACT TCTAAGAATTTCTCCAGACTGACTAAACTTAGTCTTCCAGGCCACTGGTAAGCTTTCTTGACCCACAACAGCATAGGCAC CTCTCTCATTTGTAAAAGCAATTTTACTCTTGTAGTGAGAAAGCAGCAGCTTAGTCCCTGAATTGGAAATTAAGGGCCCC TCAGAAAGAAGCTCCCTCCACACAACCTTCTTTAGCTTAGTACCAAAATATACTGGTTCAATTAGTATTGCAAGGACACT ACAAACTCTGGTGGCTGATTCAACAGGGAACACATGAGAGAAGGCTTTACAAGGGAAGTACTGCTGAAACTTTCTTTGCT TTATGTCATTTTTTTCTTTGAGCTGGCAAATGCTATGCCGCGTGATGAAGCCCTTGGTTTCTTTTTGTAGGTATGACCAA TGGCAGAAAGTGGAAAAGGGAACCAATATGAGAACCAGGGATCCTACTTTAAAGGCACTGATACAATCACTAGATGATGA GTCCTTTGACACATGGTAGAGAACCCATAGATTCAACTCAGCAGCCATAAGAACATAGTAGATTAACTCTCGAGTAGCCA AACGATCATTGAATATGGTGAGGCCAAAATGGACTTGTGATTCCGGAAGAGATCGATTAACATGCCATGGAGGAGTGGAT TGACCAGGTAAAAGCAACATGCATGAAAACAAGTCACCAATATCACACTTAGGTATGCTACTAGTTAAAGGTGTAATAAC CAATATCAACAGGCTCAAATAGTGAGGACTCTCATAATAATACCACTGGCCTTTACATGAGGTTTCTGAATGTACCATGC TCTGGCTGATAAAACATGTCGTTTTTGTGGAAGTAATTGCTGAAATCAGACAGGTCAATGCCAGCATCAGTGCAGAATGT CTCCCCCGGAGGGTGCGTCCTGCTGTAAATGATGCATGGGATGTTGGTCCCAACTTGAATACATGGTAGAGTTGTGATAG AGACAAACAATTGAATTCGTGGTTAGCTGTGAACAGGTCAGGAGCCTGGCATTTAGAGTAGTCACCATAGGGTAAAATGG AAGCAGCATTTATTCCAGGGTCAAATGTCCGTCTAAACAACTGTTTATCTTGACACAAAGGCCATGAGGCAGGAATTGTA GTAATGTATAGTTGCATAAACGACCCGTCAGTATAGGCAGCAACAATTTTCTTTTCAGATTCTTTCTCATGCATTATATC AAGCAGTTGGGGTGCAGTTTGTGAAACAGTATCCAATATAGGAAAAATAGTAGCAGACCTAATCGGGGAAGGTATAGAAA GAACCTGTGTAAGGGTTTGAGTAGAGATAACTGTAGACTTCTCCATAACCAAATCTGGGGATGTAACTATTGCAGATTTA ACTTGAGGTTCATCTTGGGAAATGTCCACAGATTCAGAGAGAGAACCAGGTGCCTGTAGAGTCTCATTGCAAAGATCAAC ACGCTGAGGAATAGCTTGCTCAGATGTGGTGGAAAATGCAACCTCTGATGTGGTTTGAAACCCAGATTTGTAAGAGTTTT CAGTTCTGCTTGAAGTTGGAACCACGTTTGCGTATTGGAACAAATTTGTAAATGGCTTTGCGTTAGATTTCTTTGATCGG TTGTTTCCACTGTTGTAGACAACACCGTTTGTTATAAATTGCCACTTGAAGTCATCCCTAAATTTCTCCCAGGAATCAAT CTGATCATGCACTATCTGAAACCAAGTGGAAGCGTGTCCTCTCATGCACTGGGCAAGCAACTGCAAACGGGTTTCCCATG GGTAAGGATTTTGAAGGAAGAAGAGTCCAGCATCCAATAGCCAAGAACTTGGGTTTTCTCCATCGAATGAGGGAAGTTCA CAGCTACCCGTGAACCTGTGCGTTTGAACTCGTGAAATTTGTGGGTTATGGTTTGGGTAATAGTGTGGCTTAGGTTGTGG GTTGTACTGGTGAATCTGGGGGTAAGTGTCTATAACCGGTTGGGGGTAGTGTGAGTAATAGGGTGGGAAAGGTGAAGCAT ATTCAAAGTTTGGGTTTGGATGGGTGTAGTGGTATGGTTGGAAGTGGGTACTGTTTTGTGATACGTGGGGAAGGGAAAAT GGTTTGGGGTTGTAGGAATAGTGTGTGGCAGATTGGGTGTAGGAAGAGGTTTGGTAATGGGGATACGGTGGGGGTTGTGG TGGGATTGAAGGTGGCTTGTTGTGCTGGTAGGCAACTGGATATGAGAACCCAGAATCAGTAGAATGTTGCTCAGAAAAAC CTTCATTATGAAGCACTTCTGAGTGAAACGGTGCAAGATCTGGAGAAAACATCACTGGATGTAACCGTGTGGGAAGCAAG AGATCAGAATGAAAGCACCAATTTGGTAGGAAGTTAATTCCTATCAAGCAAGAACATTAGAACCCTAAAATCTAAACTAA GAAAAGGATAAGAAAAGGATAGAAATAAAATACTTGATCAATTTTCTTGTTATCCATTCAAGAGTAAAAGATACAATTTA TAGCTAAACATAATTCTCTAGATAACCAACAAGTGTCATCATCCTAATAAAGAGAATATTCTAGAAGTTGACACCTAATA AAAGTTTGGACATTAAACTTATATTGATAAACTATAGATAATAAATGATAAAGTGCATAAAGCCCAATATCTATAAGTCC ATTAGAATGAACCTTCTACCACCTATTTGGTGTTGATTGTGGTAGTTTACAGTTTCTATCTTCCAAAATGTGGACTTTCT TCATATTTTCATTTTCTTGTGCCTTTATTCTTGGGTAATTGGAATTGCATTTTCTATGCCTATTATTTTAGGGTCTTTAG GATTCTTATTGATTGTAGTGATCTTGGTAGGAATGTGTTATTTAAAACAAATTAATGTTTTCTACTAGGGATCATGATAT CTTTCTGGGGTCACAGTTCTACATATTCTTTCATCTCTTCATTTTGTTTGATGAATTTGTTGCGATTTAAAAGTGTAATT ATCTAAATCTGAAAAAAAGAAAGAAACATAAGCCCCCCAACCTAATAGATAATGGGTAGTTACTTTGAAGCTTCACAGTT AAACTTTTCCCAGAAGCTAGAAATTATGATAAGTAGTTAATTTTAATTTTAAGGGTTTTCGCTCCTTTCATCTCTTCAAT GGTTGATAAACATCCATATACATAAATATGGATTTGTTGAAATACACTCTTGATTTTAATATTAACTATGCCACTATTTT TTCCTTAAACTGAACTGCTCACGAAAGAACCAAGTCCTATTTCTGGTTGCAATTTTTCTGTCTTATCTAGGAGATGAATT TACAAGCATGTCAATATGCAGCGTCATACATTTATTATTTGAACCATATCTTACAGAGTGATGCTGTAAAGAAAAACTAT AATAATTAAGCATGCTAAAACAGATATATTACAATATAAACAGACTTTCTTTACTGTTAAAATTGTGTTAAATTAGAAAA TTGATTTCTATCAATTTATAAAAAAACATTATTAGAATGTGCGTGTGTATTAAACAACATTATAGAAAAAAGTGTATGTA TATTAAAGAAAGCCTATCTGATTCTAACGTTAACTTTCCTTAAAATGTTTCTTTTGCCAATAGGATTCCTCCACCGCACC TGTCACCTTTTGTTAACTATGATGAAGGAGCATATGTTCCTGACTATGCAAAGATTATTAAACAATTACAAGCTGCTGCT GAAAAGGAAGTCCTTCCGCTCCCAGGTATTGGAAAAGAAGATCTGGAAGATCCTCAAAATCTTCTGGCAGAAGGTATGAT CGACCGAGTGGAGGCTAATGAAGCAGCCAAGAGAAAGCAGAAGGTATGCATATTGTGAGAAGAACATTGCATCATTATTG TCGGAATGAGTTGTGGGGATCTTCCTATGTTAGATCTAACATTTGGATGGTTACATTGCAGATGATGATTCTGGAGCAGC AATACCATGATGATTTGAAGAAAGAACTCAAGGGTGTGACACATACTTCAGCAGGTTCTAATGTTGAAAAAGAAACTTCT GGAGGGGAGAAGACTGTAGAACCAGCTACCAAGGTTCAAGAAAATGTCGATGATACTGCTGACATGGGTAAACTTATGAT GTCACGTAAGAAGAGGAAGCTATTGGAAGCAATGCAGGTAAGCTCTTTTTATCCTTCTTATGGAGACTTGAGTTCTTTAA TTCCTAGGAATGCTCTTATTTGTGTTGTTTTTTTCTTTTCAACTTCATTTACTAATTGAAAATCTGTCAATCAGATATCT AATAAACGCAAGCAAGATCAGACTGAGCTTCTTAAACAACGGAGAAAGAGATTAGATGAAGCTCAGAGTTAAAAAAAAGT TGAAGAGATCCTGCATCTTCAAGGATTCCAGCTATGACTTCATTTTGTATTGTAGCTGCTGATTTTGAACTTAATTATGC TCTTGTTCTTTCAGTTTTGTTACTTATATGTTTTCGTAAGTTAATTTGGAGTCAGGAGTTTTCACGTTTTCAGAATTGAG GCTTAGATTTTTTGCCTGTTCTCCAGATTTAGAAGTTAGATCAACTAGGGTGTGTAAGAAAACTATAAATGTAAACTGGA TATTTTTATTTTTTATTTTTTTGAACCTAGAGAAAACTGGATGTTACTCATCGTAGTTTTAGTTATTGACCATTAAAAAG CCCTCTCAGTTTTCTGTTTGCAGTCGGTTAGCTAAGAGTAGGGGTGCTCACGAGTCGGTTTGGATTGAGTTTTGACGAAA AAACAATACAAACAGAACAAAAGGGGATTGGTTGGGTTGGTCTGAGTTTCACGTCTTTTCAATTTAGAATCTGAATTGAT CCAACCAGATCATAAATGGGTTGGTTTGAGTGATTTGTGTGATTAAAATAATTATGAAATCAATTCTGG
CDS sequence (LotjaGi1g1v0026600.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGTGAAGCACTACAGACCCGCGGGGAAGAAAAAGGAGGGAAATGCTGCTAAATTCGTCACCAGGTCACAAGCACTGAA GCAGCTTCAAATCACTCTACCACTTTTCAGGAAGCTATGCATTTTGAAAGGTGTAACTCCCCGGGAGCCGAAGAAGAAGT TCAAAGGAAATCATCACACTTATTACCATGTCAAGGATGTTAGCTTTCTTCATCATGAACCTTTGCTGGAAATACACAGA GCTATAAGGGTACATGAGAAAAAAATAAAGAAAGCAGAGGCCAAGCAAAACATTGAACGTGCAAATAGGCTGCGGGACAA AACCCCCAAACCCAAAGTAGACAGGATTATTCGCCAGAGGTACCCAAGATTTGTGGATGCACTTGGAGAATTGGATGACT GTCTTACAATGGTGCATCTTTTTGCAGCATTACCTGCATCAGAGAGAACAAAAATTGAAGTAGAACGTGTCCACAAATGC CGCAGATTGGCGCATGAATGGCAAGCATTCATATCTCGCATGCACAAGTTAAGAAAAACCTTTGTATCTGTGAAAGGAAT ATACTACCAGGCAGAGGTTGAGGGTCAGACGATAACATGGTTAAGTCCTCATTCACTTCAGCAGGTCGTGCCTGATGATG TTGACATCGTTACCATGCTAAGTTTTCTGCAGTTATATGAGCCTCTTCTCAGTTTTGTTAATTTCCGGCTCTATCATTCT ATAAATTTGAAGTACCCACCCATACTCGATCCTCAGTTGGAAGCTTTGGCTGCAGATCTATATGCACTGTCAAGATATGC CAATGCTGATCCCAAACCCTCTGTATTGAATTCTGAAGCTTCTCTTTTAGCTGGATCTGAACAAGTGGAATCCAAGCAAA ATAGGGCTGTAACTGAAAAAGAACATTCTGAACTAAGACTTGCTCAACTTCAGCATCAACTTCCTTCTAATGAACCTGGT GCACTAATGCAACTTGTTGACAAAGTCGCAGGTGAAGAAGTTGAAGAGGACCAAGATACAAGAGAATGTAAAAATCTCTT TAAAAATATGAAATTCTTCTTGAGTAGAGAGGTACCCAGGGAATCCTTGCTTTTTGTTATTCCAGCTTTTGGAGGTACAG TTTCATGGGAAGGAAAGGGGGCACCTTTTGGAGAATCTGACCAGAGCATTACTCATCAGATTGTCGATAGGGAAGCGCAA GGTCATAGGTTCCTCTCTAGGGAATATGTTCAACCACAGTGGGTATATGACTCTGTGAATGCGAGAGTTACTTTGCCAAC AGAAAAGTATATGGTGGGAAGGATTCCTCCACCGCACCTGTCACCTTTTGTTAACTATGATGAAGGAGCATATGTTCCTG ACTATGCAAAGATTATTAAACAATTACAAGCTGCTGCTGAAAAGGAAGTCCTTCCGCTCCCAGGTATTGGAAAAGAAGAT CTGGAAGATCCTCAAAATCTTCTGGCAGAAGGTATGATCGACCGAGTGGAGGCTAATGAAGCAGCCAAGAGAAAGCAGAA GATGATGATTCTGGAGCAGCAATACCATGATGATTTGAAGAAAGAACTCAAGGGTGTGACACATACTTCAGCAGGTTCTA ATGTTGAAAAAGAAACTTCTGGAGGGGAGAAGACTGTAGAACCAGCTACCAAGGTTCAAGAAAATGTCGATGATACTGCT GACATGGGTAAACTTATGATGTCACGTAAGAAGAGGAAGCTATTGGAAGCAATGCAGATATCTAATAAACGCAAGCAAGA TCAGACTGAGCTTCTTAAACAACGGAGAAAGAGATTAGATGAAGCTCAGAGTTAA
Protein sequence (LotjaGi1g1v0026600.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MVKHYRPAGKKKEGNAAKFVTRSQALKQLQITLPLFRKLCILKGVTPREPKKKFKGNHHTYYHVKDVSFLHHEPLLEIHR AIRVHEKKIKKAEAKQNIERANRLRDKTPKPKVDRIIRQRYPRFVDALGELDDCLTMVHLFAALPASERTKIEVERVHKC RRLAHEWQAFISRMHKLRKTFVSVKGIYYQAEVEGQTITWLSPHSLQQVVPDDVDIVTMLSFLQLYEPLLSFVNFRLYHS INLKYPPILDPQLEALAADLYALSRYANADPKPSVLNSEASLLAGSEQVESKQNRAVTEKEHSELRLAQLQHQLPSNEPG ALMQLVDKVAGEEVEEDQDTRECKNLFKNMKFFLSREVPRESLLFVIPAFGGTVSWEGKGAPFGESDQSITHQIVDREAQ GHRFLSREYVQPQWVYDSVNARVTLPTEKYMVGRIPPPHLSPFVNYDEGAYVPDYAKIIKQLQAAAEKEVLPLPGIGKED LEDPQNLLAEGMIDRVEANEAAKRKQKMMILEQQYHDDLKKELKGVTHTSAGSNVEKETSGGEKTVEPATKVQENVDDTA DMGKLMMSRKKRKLLEAMQISNKRKQDQTELLKQRRKRLDEAQS
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 | 603 | 603 | 1.1E-232 | ||
| PANTHER | 1 | 603 | 603 | 1.1E-232 | – | |
| Hamap | 5 | 604 | 600 | 15.417 | ||
| Pfam | 10 | 264 | 255 | 4.4E-106 | ||
| Coils | 75 | 104 | 30 | - | – | |
| ProSiteProfiles | 342 | 432 | 91 | 13.451 | ||
| SUPERFAMILY | 343 | 433 | 91 | 2.62E-14 | ||
| Pfam | 344 | 431 | 88 | 7.8E-9 | ||
| SMART | 344 | 422 | 79 | 7.0E-5 | ||
| CDD | 346 | 430 | 85 | 4.41663E-51 | – | |
| Gene3D | 350 | 423 | 74 | 4.5E-31 | ||
| MobiDBLite | 526 | 546 | 21 | - | – | |
| MobiDBLite | 578 | 604 | 27 | - | – | |
| Coils | 582 | 604 | 23 | - | – | |
| MobiDBLite | 586 | 604 | 19 | - | – |
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 |
|---|---|---|---|---|
| Cellular component | Nucleolus | A small, dense body one or more of which are present in the nucleus of eukaryotic cells. It is rich in RNA and protein, is not bounded by a limiting membrane, and is not seen during mitosis. Its prime function is the transcription of the nucleolar DNA into 45S ribosomal-precursor RNA, the processing of this RNA into 5.8S, 18S, and 28S components of ribosomal RNA, and the association of these components with 5S RNA and proteins synthesized outside the nucleolus. This association results in the formation of ribonucleoprotein precursors; these pass into the cytoplasm and mature into the 40S and 60S subunits of the ribosome. | ||
| Biological process | Ribosome biogenesis | A cellular process that results in the biosynthesis of constituent macromolecules, assembly, and arrangement of constituent parts of ribosome subunits; includes transport to the sites of protein synthesis. |
Expression pattern of LotjaGi1g1v0026600.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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