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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0329300 |
| Transcript ID | LotjaGi3g1v0329300.1 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | 30S ribosomal protein S6; TAIR: AT3G18760.1 Translation elongation factor EF1B/ribosomal protein S6 family protein; Swiss-Prot: sp|Q9UT82|RT06_SCHPO 37S ribosomal protein MRP17, mitochondrial; TrEMBL-Plants: tr|I3S8R0|I3S8R0_LOTJA Uncharacterized protein; Found in the gene: LotjaGi3g1v0329300 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:69684287..69697307) extracted from Lotus japonicus Gifu genome v1.2.
TAAAGTTGTTATTTTCTAAAATCAATTCAAGAAATTGCAATTCTAACGCAAACGTAGCTAATAAAGACAAAAGGTTAGCA GTGAGTGGGTCCAATAAAAATAAAAAATTGATTTAGATAAGCAAAACCTCCTATAAATACACATCAGTCATCATAGGGGC TAGGTCTATGGTTCAACATATCGTTCACAATGTATTTTACTATTTGTCTCTCTCTTTTCTCTCTCAAACTTTGATTTGTC TTCATTATTTCGATCACCATCGGATCTGCACCGGGCCCCGTTTCTGACGAGATGTGCACCGTTGCCGACTGAGCTCTATT TCGATCTAATTATTGATGAGAGATTCCATCGAGGACTGCCGATTCAGAAATCAAGCTTTGATTCTTCTATCAATTTCATC TCTATGTTCATTCTAACTCAGACTCCTTTATTGTTCTATACTGCTTTTCAATGTTCTTATTGAAGTTATGATGCTTGCTA ACTATGGGCCACTGCTGTATAGTTTTCTATTCATGCATTTTTTTCATGACCAACCAAACACATTAGCACAGTGTTTCCCT GGAATTTTCCAGTCCCTCCTACTTCCTTCCTACAAAAATCAACCGAAACAAATAGACCATTAGAAGCGATAAACACATGA TTTGGACTAAATGAACAATGATAGAAAATAGATACTAAAATAAAATAAAAATTACTAACAACAAAAAAATGAAGGTGAGT TTCACTACGAGAAAACCAATAATCACTAACGGTCAAAAACCGTTGATAACTCTTTAAAGATTCTCGGCGTAGATTCGAAG TCGAGCTTCACCAGCACAAGAAGGTAATCGCTTGGTGTTTTCTACTTTGTTCGCAAATTTGTTGCTCTGTTTTCTATTTT TTCTCACCCTCATCCATTTACTGCATAGAACATAGGACTGTGACCTCAAGGGTATTATTCTATTCTATTCTCACAATAAT ACTGATTTTTTAAGACCACGAATCAGAATCTGAAAACAATATTTAAATGAACGTTGAATCACATTTCTTTATTCTTAAAC CTTAACACTTTGTTGGAGCTATGGTCTTCTTAGATGTCACAGATTTTCTTCCCCATTCATTTGCTGATATGTTGGTACAC ATAAGCACTTAGAATTGAACCAGGAATTGATTGTTCACTACATTGGCAGATGGTGAGCTGAAATATTGAAGGAATAACAT CTTAAAACCAAAATTGACATGGTTAAGTCCATTCATGCCAATTGCATTGTTACATTTGTGTACCTTATTTGTTACCGACT TATACCCATCATTCTTTTCTTGAATTATCATTGAAATGGCCTGGAATGGAGTTCTGGTACAATGTATGTTGTATATAGTC TCTTGTATTAAGACTGTGCTATGTGCAGGCCTTTCCTCCTGATTTGAATTTGGTGGATTGATTGTCTAACCAGAGTCTTG GTAGATTTGTGTAATTGTCCTGTGTTTGTGTCATATTGCCTTGAAACCACAGAATTATCAATGGCCGCAGCTACAAGTTT GTCCTAGATAGTGGTAGGTTTGTTGGCAGGCATAATCTGTTTGAGGTAAGTTTATTGGTCTATTCAAAGGCTTTACATGA CCCTTAGATGCTCTGGGCCCCATGCGCGCTACGGTGATGTTTTCAACGAGTCTATAGCCTTGGCTGACATGCCCGGGTAA TCTTTGAAATTAAAAAAAAAAATTCCTTAAGTAGGTTTTCCAGTTATATTAGAGTATTCAAACAGCTTGACAAAGCTTGA AAATTGAGAGAGAGGTCTATGTCAAATAGCAAGTTAAGTTCAGGCTTTGTGTTGATAAAACAGGGAAGGCCCTTTAAGGT AAAGATTGACACCTTTCCCTGCCTACCCTGTGGTCACAAAACGGTCATTTGTAATTGAATTGAACTATCAGAAATTTATT CCAATCACACTATACTATCTGATTTTGTTTTGAATTAATAAACATTTGTTGAGTAATGATCATTCACGTTTGATTACATA TTTGAAAGATGATATTAGCAATATTTATTTAACATTCCTGATTAATGGCTATCTGATGTAGATAGGGAGCTAGTTGACTT GGCTGCCACAGAGCAGAAGGAATAAGATGCCATTGCCTCCGTATGATTGTATGCTTCTATTTAAGCCCCATATAAGAAAG GAAGCCCTCATTGATTTGGTTTCCAGGGTGGGAAAACATGTGTACAGAAGAAATGGGGTTGTCACTGATATAAAGAGTTT CGGACCAGTTCAGTTGGGCTATGGTATAAAAAAGCTCGATGGCAGATATTATCAGGTGAGATTGACTATTCTTGATGCTG TAAGGACAATTTATACATGTTTTTCTTTTTATATGTTTCTCTTGTAGGTTCTTTACCGGTTTACCCCCTTTATAGTACTT GTCTTGATATAAGCATTACTTGCTTATTTGAGTTTGCCTTAGGCTTTAGTAAATCAGAAGGACTTACATATTTTTTCTTG GTATATATGAATCCAAATTATGCAATTCTATTGTAATGTAATGTATTTCCATTTTATATTTTTAATGGATATAGGGCCAA CTGATGCAACTGAGCATGATGGCTACTCCTGACATCAACAAAGAGCTCCATTACTTAAACAAAGAAGATAGGCTTCTGCG TTGGCTTCTTGTTAAACAACGGAACACAAAATTTGGGCTTGACTTCCTTGGCGAGGAAGGTGCAATTGAGCTTAGTGAAT TGTCTCAAAGCAGAAAACTCTATGATTATGAGAATGCGGATGAGGATGATGATGATGGCGATGATGATGAATATGAGGTT AATGAAGAAGGGCACAAAATGAACTAAAAGATAACTGAGTATTTTGTTTGTTTCCAAAATAAGAGGATAAAACCATTGGA CCAATAGGTATTTTATGTTCAACTTGTGCTTATCGATAGCGCTAGGTAAGAACTGAGACATGATCACTGTTGTCTCTTCT TGCTATTTGACAGAATAAGATTTTTGTAGCTTGCTGAAATTTTAGTTTACAAATGTGCTAGTCTTGACCCGGAGCAGTTG AGCTCGTCCAAAATAGTTGTGGCCTACGATATCTCAAGGAAAACAATAATGGTCAGAGGATAAGAGCAGTTTCAATATGC ATCGATGCATTGACATGTAAAATTGCATGCAAGTGGCAAAGAAGTGAGAAATGGTAAGCTTTAAGTTTCATTTCATATAA AATAGACCATACAATTAGTCCAAAAGTTCGAACACATCTTCAAAAAAACCTCTTCAATAATTGACAATTAAATGTTTTTT TTTTTAATTTGGGAGTTTTGCACAATATATTTAAGACATCTTTTATATATACTCACACTAATTTTTCCTTTCCATTTCCA CATATTTTCTTTTTATCTATCGCTTCTTTTTCAATCACATTACTCATCATATATCTCACATCTCTCTTATATAGTTATAT TCATATCTCCCCTACCGGGGTGTAGGTGAATGGGTGAACCTATCTTTTTCCTATTTAAGAAGCACCTTGTATTTCCCATG CACAAAGATGATAAGCAAGGTTCCAAGCCATGTGACGGAGATACCTGAATATATAATTTTGTCAAAATCTGTAAAGAAGT TCAGCACAGTATAATTAAGGCTATGATTGGATATGTTAGCATTCATTTCAAAACAAATAGTGAATAAAACTCTTTTTATG GATTATGATGAAAATACGTTGGCATTACACTTAACTGATATACAAACACACGAAACCATCTAGTGGAATCAGTGCTAAGT AGCTAGTGTGATTTAATGATCCATTTATTGAAACCTTTAAGTCTAATGGATATCAACTCATAACAAGCAGTGTTGCAGAA AATTTCACCCTTTAGATTGTCAATCTTTGCCTTATTCTCTTCCTAAACAATGCTGCTTTCACATACATCCAATCATTCAC CTTATCCAATAACCTGAAATAGGCATGTCTCCATGAAGCATTAAATATAAAAGATAAACAAACACCCCAGAAGCCACTGA TGAATCCAATGCTCAAACTAACATAAAATCCAAGGGATATTAATCCACTTTCATCTCCTTCAACATCATTTCTTTGGTTG TCACTGGAGAGTGCAGGGTTGGAAGAACCTTCATCTCCTGGACAAGCTTCTATCAGCGGTGGCCCACAAAGTCCCTTGTT TCCAATATATGCAGAAGCATCAAAACTCTGTAGCTGGGTGCCCAATGGAATCCTTCCAGATAAGTTGTTGAATGAAATAT TCAAATGACTAAGGAAATATAATCCAGACAAGCTCCTAGGAATTTCTCCAACAAGATGATTGCTTGACAAATCAAGGGAT TCCAGCATTACCAGCTGACCAATGTTATCTGGAACCTTTCCTATCAAGTTATTTCCTGATAAATTCAGAGAAACCAAGCC CACAAGGCTGGTTATATTAGGAAATTCTCCACTTAAGTTGTTGCTTGATATATCTATGATTCTCATGAATTTGAGGTTTG TCCCTGATGAACTCACAGAAATGCTACTGGTTTATTGAAGAAAACAGAGACTCAATCCTCAAGTACTGAGGTTGAATTCT CAGGAATTACACAGGAGAATCAATGAACACTAACAAGAACCCTAGCCTCTGGAATTCGAGATCCAGAATCTCCCAAATCC TAACCAACTGAATAACTACCTGTAACTTCCCCCTTTCCCTTATTTATACTATTCAGTAGCTCTAACAGAATCACAACTAT TAACAGAATTAGCCAGCTGTACTCTAACAGAAACAACTAACCATGCCAGCTGTTTATTAACAGATCAACCAACAATAACA GTCACACTAAGTTGTGACTTTCCTCTTGTTTCTTCTCTCATACACCTTCTTAATTGAAGGTCTATGCTCATCAATACCCC CCCCTAAAAGTTTCACCTTGTCCTCAAGGGGAAAATCAGGAAAAGCTTCATGGAGCTGGGCAGCAGATTCCCAACTGTTC TCACAAGCAGGTAAAGAGTGCCACTGAATTAGCACCTCAATCTGGCCCATTGTGGTTTCCCTAACAGCCAGCACTGTTTC AGGTTCCACCAAGAGCTCATGATCTTCATTCAAGGCTGCTGGGAGAGGTTGAGGCTGAAAATTAGTCCCCACAGCCTTCT TGAGGAGAGAGACATGAAAGACAGGATGCACTCTACTGTGAGCTGGTAGCTCAAGTCGATAAGCCACAGCCCCAATCTTT GCTACAATAGGATAGGGTCCATAATACCTAGGACTCAATTTTTCATTCATTTTCTTGGCCAAAGACCTCCTTCTATAAGG TTGTAACTTGAGAAAAACCTCATCACCAATTTGATAATCCACATCCCTCCTCTTCTTATTTGCACATGTCCTCATCATGT CCTGAGATTTTAAAAGATTAGCTCTCAGATCTGATAGCAATTCATCCCTCCCCACCTGCAAATCATTTACTGCAGCTATC TTGGAAGGAATTGTAGTCCCTTGAAGAAGCACAGGTGGTTCCCTACCATAAAGAGCTTGAAAAGGAGACATTTTGGCAGA TCGGTTGTAATTGCTGTTGAACCAAAACTCTGCCCAAGGAAGACAAGTAACCCATTTCCTTGGCCTGGATCCAGTAAGGC ATCTCAGATAAACTTCAAGGCATCTATTGACCACCTCAGTCTGGCCATCAGTTTGAGGATGGTAGGCTGAGCTAAACTTA AGTTGTGTGCCTGACACTCGGAACAGTTCCTTCCAAAAACTACTGAGAAATAAAGAGTCTCGATCTGAGACTATGGTTGT TGGGAACCCATGAAGTCTCACTACCTCATGAAGAAATAAAGCTGCCACTTCAGGAGCTGTAAAAGGGTGCCTTAAGGGAA TAAAATGAGCATATTTTGTCAGCCTATCCACCACCACTAAGATTGTATCCTTGCCATTAGATTTAGGCAAACCACCAATA AAGTCCATGGACACATCTGTCCAAACCTGAGTAGGCACAGGTAATGGCTGAAGCAGCCCTGCAGGGGAGAGATTGTCAAA TTTGTTTCTTTGACATGTGTCACATTCTGCCACAAAATCTCTTATGTCACTCTTCATCCCTTCCCAATACACCACTGCAG CCAACCTTCTATAGGTTCTAAAGAACCCTGAATGTCCTCCCAACAAAGAAGCATGAAACTCTTTGCAAAGAATTGGAATC CTATAAGATTGCTTGGACAGAACCAACTTTCCTTTATAAAACAACCTGTGATCCTTCAAAGTATACCCTTTATGAGCCTA AGGATCCACAATCAGATCTTGTACAATGGCCTGTAGCTTGGGATCTTGCAACATCTCAGTTTGCCACTCCTCAAAGTCAT TCACCTTAAGAACTGACAATGCACAATATGAGCTTCTCCTGGACATGGCATCAGCAGCTGAATTGTCCTTCCCAGGCTTA TATTGTATCTCAAAGTCATAACCTGAGAGTTTGGAAATCCATTTGAACTGCCCCTCTCCCACAACCTGTTGCTCAGTAAG GAACTTCAAACTCTTTTGATCTGTTCGAATTATGAAATGCCTTCCTAAGAGATAATGCCGCCACCTTTGGACAGCTCTGA CCACTGCCATTAACTCTCTTTCATAAACTGATTTAGCTTGACTTCTATCTGAGAGTGTAGCACTCCAGAAAGCCAGAGGC TTCCCTTCCTGAGTCAAAACTGCTCCTAGACCCGTACCTGAAGCATCTGTTTCCAGAACAAAGACCTTGGAAAAATCTGG AACAGCCAAAGTAGGTATCTCTGTCAAAGTGTGCTTAAGAGCTTCAAAAGCCTGTTGGGGACTAGGTCCCCACTGAAAAC TATCTTTTTTCAGTAGCTGTGTCAAAGGCCTAGCTATCTTGCCATAATCCTTGACAAACCTTCTATAGTATCCAGTAAGA CCTAGAAATCCCCTTAAGCTCTTCAAGTCTTTAGGGACTGGCCACAACCACATAGCTTCCAATTTCTTTGGATCAGCTGC CACAGTTCCAGCAGATAACACATGTCCTAGATATTCAATCTGGCCCCTTCCAAACACACTCTTCTTACCATTGATTTTAA GATCATGTTGGTCCATCAATTGCAGAACTTGTGTCAAGTGAACAACATGTTCCTCCATCGTCAAACTGTAAATCAAAATA TCATCAAAAAAAACTAGAGCACACTTTCTCAAAACTGGTCTCAGCACCTCATTCATCAGAGACTGAAAAGTGGAAGGAGC ATTGGTGAGGCCAAAGGGCATCACCAAAAACTCATAGTGGCCCTCATGGGTCCTGAATGCTGTCTTTTCCACATCCTCTG CCTTCATCATAATTTGATGATATCCTGATTTCAGATCAATTTTGGAAAACACTCTAGCTGGACCAATCTCATCTAAGAGT TCATCAATGACTGGAATAGGAAATTTATTAGGGACTGTGATTTTGTTCAAAGCCCTATAGTCTACACAAAATCTCCAGCT ACCATCTTTCTTCCTAACCAAAATCACTGGACTTGAATATGGACTAATACTAGGTCTAATGATTCCAGCATTGAGCATTT CAGCCACTAACTTTTCTATTTCATTTTTTTGGTAATGGGGATACCTGTAAGGCCGAATGTTGGGAATGGATGCACCTTCT TTCAGATGAATGGCATGGTCATGTCTTCTCTGAGGGGGCAATTCAGTAGGTGCTGCAAACAGTGCTGGAAAATCTGACAA AACTGCCTTCAACAACTCTGGAGTTTCCTCTGCTTTAGCCACCTCTTTTTCTAACATTTGATATTGAAGCACATATCCCT CTCCCTGCTGTTGAATGGCTTTAACCAATGCATTCATGGAAGCTCTCTTCTTCAGCAACTCAGGCTCCCCTTTGAGGACT ACCTTTTTATTTCCCAGTTTGAACTTCAAGGTCAGCTCTTCAAAATTGGCTTTGATGTCCCCCAATCCTGCTAGCCATTC TAGACCAAGCACAACATCCACTCCTCTTAATCCAAACAAAAAGAAATCTTGAGTTACCACAAATCCTTGAATCTGCACAC TGAGATTCTTACACACCCCCTTGCTTTTCACTACATGTCCATCCCCTACTTCTACTGTGTAAGCTGGAGTTTCTGTAATC TGTAACTCCATTTCTCTTGCCAAGGACTGAGAAATGAAATTATGTGTTGCTCCACAATCTACCAGCACCACTATGGCAGT TCCTTTCAATTTTCCCCAAACCTTGAGAGATTTCCTTGAAGAAATTCCCTGTATACTGTTTAGTGACAAGTGCTTTAACT CCATAGCTTCCTCAATTTCTTCAGTTGAGAGGCTCTAGTGTCTCAATCTCTTCTTCCTCACCATCATCCCTCAGCAACAT TACCCTGAATTGCTTATTCTTACAGATATGGTTTGGTCCAAACTTTTCATCACATCTGAAACACTCCCCCTTTCTCAACT TTTCCTTCATCTCTTCCCCAGTGAGTTTTCTGTAAACTCCTCCCCTGGCTGGCTTACCTCCTACTCTCTCATTAACACTA CCACTAGATGATTGCACTGTGCCCTGAGTTACACTACCACTACCACTTTTCTGTCCAGTATCAATTTGCACAGATTTCTG AAAAGTTGTGGATCTAAAAGGTGGTTTGAAAGAGGAATTATACCTGCTAGTACTGCCAATTCCAGCCTTGCTCACAGCCA GGTTCTTCTGTTCCACCATCAAGGCTTTCTTGACCATGATTGTTAGGGATTTGGGCTCATAGAGCTTGATTTCTGCTGCA ATTTCCTCCTTGAGTCCATTAACAAAGATATCCATGTAATGCTCTTCATCAATTCCCTTGAGCATTCCTGCAAATCTCTC AAATTGTCCTACAAACTCTTCAACACTACCTTCTTGCTTCAAGGCCAGCAAAGCCGCAAATGGACTAGCATTCGAGGTGA GTTGAAATCGTTCCAGCATGGCTTCCTTGAACTTGGTCCAAGTAGTCACCTGGTTGCAGGTTTCCCACCATTGGTACCAG CTCAATGCCTTTCCATCCAAGGCCACCATAATCGCTTGTACCTTCTCTTCCTCAGTCGCTCCCTTCAGTCGGAAGTAGCG TTCCAATTTCTGAATCCAACTGTACGCATCTTCTTCACCCTGGAAAACTGGAATGTCAAGCTTCCTCCAACGCTCTGTTT GTGCATTTGCAGTGCGCTGAAGATTCTCTCGCGCATCAGCTTCGTCTCTTACGCTTCCCGGTTGTCCTCCGTTCACGGTG CGCTCCTCCTCCATTCGTCGGCGTTCTTGCTCGCCGTCGCTGTCGCCGTGCTCGCCGGCTCGCCGGCGCGTCATCGTCGC GACAATCGCTTCCAGATTGCGAAACCTCTGCTCCACGCGTTCATGCTCGATCGCACGCTCTCTCCGTTCTTCGTCGCGAA TCCTCCTGTCTTCTTCGCGATTCCTGCGTTCTTCCTCGCGATCGCGATTCAGAACCTCAATGAATCTCTCAATCGCTTCC ACTCTGGCTTCCATTCTGCTCGCTACCATAGACAAATCGATACCACAGCTCCTGGATGGAGCTCTGATACCAATTGATGA ACTCACAGAAATGCTACTGGTTTATTGAAGAAAACAGAGACTCAATCCTCAAGTACTGAGGTTGAATTCTCAGGAATTAC ACAGGAGAATCAATGAACACTAACAAGAACCCTAGCCTCTGGAATTCGAGATCTAGAATCTCCCAAATCCTAACCAACTG AATAACTACCTGTAACTTCCCCCTTTCCCTTATTTATACTATTCAGTAGCTCTAACAGAATCACAACTATTAACAGAATT AGCCAGCTGTACTCTAACAGAAACAACTAACCATGCCAGCTGTTTATTAACAGATCAACTAACAATAACAGTCACACTAA GTTGTGACTTTCCTCTTGTTTCTTCTCTCATACACCTTCTTAATTGAAGGTCTATGCTCATCAGTCCCATACTCAAATTC TAAACCTTTTGTTATCAAGTTTACAAAGTCAATGATGTTCAGTTCCAATAAGCTGTAAGTGACACGAGAGTAAAACAGAT CTGTTGAAACTTCATTGTGTGACAAAGCAGTCAAATTGTTAAAACAGTAAGGCAAGGCCCCAGAAATATTGTTTCCAGAG ACATCCAATACCTGAAGAGCTGAAAGATGACACAAACTCAATGGTATGCTACCATATAACTCACTGGTTCTCATGCGGAG AACAACAAGCTTTGTCAAGGTTCCCCCTAACCAATTTGGTATTTCTGCAGAAAAGTTGTTGTTTCCAAGATCAAGGAGCC TTAATTCTGTGCAATTTTTCAGGGAGATCAATCCTCCAAGGAAGTTATTATTCCTCAAATGTAATGACAATACTTGCTGT AATGCACCAAATGAGTTTGGTATTTCCCCTGAGAAGTTGTTATTTGCCAGGTTCAGCATTAGCAAACCTTTAGCATGCAT CCAACAATTTGGAAGTGTTCCTGATAACTGGTTATGAGACAGGTCAAGGTAAGCCAAGTAACCATTCAATGTGCTACACA ATGAAGATACTTTCCCAGAAAGCTTATTTCTAGAGAGAATCAACAAATTTGTACTGGGTGGAAATGGTGGTACTTGACCA GACAACTGATTAGAGCTCAAATCAAATTGAGGAAGGTCATATGCTTTTGATGATAAATTTGGCAAAGTGCCAGGAATGTG ATTATTGGACAAATTTAAATATTGTAACTTAGAAAGGTTCCAAAACCACTCAGGGATTTCTTCTGAAATTCCTACATTGG AAATGTCTAGGACAGAAAGATTCTTTTGGGTTTGAAGCCACTGTGGGAATTTTGTCCCCAGCTTGCAAGAAGACATTTTC AGGTACTGCAATTGGAAAGGTGGTATCCAATTCATGCTGAGGTTGAAAGTCAATGAATTATCAGAAACAGCCATGGTTCT TAAATCATAAAGATTTGACATGTGATATTCATTAACTGTGCCATCCAAGGAATTGGAAGAAAGACCAAGATTTTTCAGGC TGGAAAGATTTCCAATACTTTCTGGGAGAATTCCATTAATTTTATTGTGGGAAAAACTAAGATCTTCAAGTGATGGTGCT CCTGAGAAGTCAGGCAATGGTCCACTCAGGTTGTTGAAAGAGACACTGAAGCTAGACAGATGAGGTAATGTTCCCAAACT TTTGGGAAGAGTCCCATTCAATTTATTGGAATTTGCATAAAAGGATTTCAAGGATGTAAAGTTAGCAATATCAGGGAGTG GTCCTGTAAATGAGTTGTTACTTAACTGCAGCAACTCAATGGTATCCTTTGCACAGGATAATTTGTCAACTAAATCTTGA AGCTGGTCAACCAAATTGTTTGAGAACAAATATAATTCTCTTAGCTGACACAGATTCTGGAAAGATTCTGGTATTGGCCC TTGAAGTTCATTATCAGAAAGATCAAGAATTTTCAGAGAAAACATGTTTGCAAATACATTTGGAATTGGGCCTTTCAAAT GGTTACCATATAATTGAAGGTTGATAAGGCTACCGCCACTAACATTTCCCACCCATGTGAATATAGAAGAGGAGATATTA TTTGAACTGAGATCAATTACCTTAAGAGAAGTTGACAAACTAACATGAGAGAGAGATTTGGGATTGATATATGGAAGCCC ACACTCTTCCAAATGAAGTTCTTCAAGAGATGGAAGCTTGCTTACTGATTCTAACCAGTCAACAGCTTTACCAAGGTCAA GAAGTGATAGATCAAGGTATCTTAGAGAAGAAAGGCCAGAAAGCCAACTAAGATAATGGCTACTGATACCAATATTCCAA CTTAGATCAAGTGTGTGCAGATTTGAGAGGTTCCCAAGTTGATGAGGAACTGTTCCTTCCCAACCAACACCAATAAGTTT GAGGACCCTTAACAGAGTAAAAGAGCCAATGAAGTCCGGAATTCTTCCACCAAACAAGTTGTCACTAAGGTCTAGATACT CTAGATATTGCAGTTGAAGCAGTGAGGGATTGATCTCACCTATTAAAGGTTGCTGTGCCTGCTTCTCAGAATGAAGATCC AACTTGATGACATGACCAGTTTTGTTGTTGCAAGCTACTCCCCTCCATTTGCAGCAATCTCGCTCAGTTTCCCAAGAGAA AAGGGTGTTTGATTCATCAATAATACCTTGTTTGAATGTGAGAAGTGCTTGCTTCTCTTTTTCTATGCATTTGACCAAAT TAGAGCACTGAGCTTGGAGACATATGCTAGTGAAGATAATTGTACACAGAAACCCAATAGGTGTAGTGACAATTGGCTTA TGATTTACCTTGCTACTAAACATCATGAACAATTGAAAGAAGAAAAACCAATCCTTCTTCTCAGTAAATAAAAGCACAGG AAGATATTAAGAGTAATACAGATACAGATAACTCAGGCACATAAAAACACTTCCAATTAGGCTATTTGTATACAGTATAC ACCACCAAAATTCCTTTTGCTTCTTTTGTTTTTTTCTTTTCTCTCTCTTTAGTCAACCAATGCACCAATGTTGATTTGGC CACACATTTCTTGAGATTAAGAATTATAAGGAAGAAAAAGACGATTAAACAATGAGCCCGAAACATTACAGGAAACAGAC CCTTAAGACTTTGAGCCTTAATAGCAAATAAAGAATACAACATGATTAGATTTTGTACATAAATTTAAACAGTTTTCTTC TCATGTATAGAGTTCAAACAATTTTATAATTTAACATATGGAAAACTCAGTCATTGACCGTAAACAAGTGATGAACACTT GTCATAGAATCATAGCCCCTTGACCCCTATATATACGGTTTTCTTTATAACTATAGCTCAAAATAATTATAATATGATTC AACAAATGAGATTTCCCAGCGCATATAATACGGGAGTTGGGTTTGGGGCCCCCCTATGGGGCTCCCCGCCCCACTTAAAG TGGGGAAATTACTGGAACGCCCCCTTTTAATAGAATACGGAAGAAACATTTCCGTATTCAATACGGAAGTCTTATATCCG TATTATATTAGTATGTAAACCAGCAAGGGTTTATTCAAACCCATTTCAAACTTCATTCCGT
CDS sequence (LotjaGi3g1v0329300.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGCCATTGCCTCCGTATGATTGTATGCTTCTATTTAAGCCCCATATAAGAAAGGAAGCCCTCATTGATTTGGTTTCCAG GGTGGGAAAACATGTGTACAGAAGAAATGGGGTTGTCACTGATATAAAGAGTTTCGGACCAGTTCAGTTGGGCTATGGTA TAAAAAAGCTCGATGGCAGATATTATCAGGGCCAACTGATGCAACTGAGCATGATGGCTACTCCTGACATCAACAAAGAG CTCCATTACTTAAACAAAGAAGATAGGCTTCTGCGTTGGCTTCTTGTTAAACAACGGAACACAAAATTTGGGCTTGACTT CCTTGGCGAGGAAGGTGCAATTGAGCTTAGTGAATTGTCTCAAAGCAGAAAACTCTATGATTATGAGAATGCGGATGAGG ATGATGATGATGGCGATGATGATGAATATGAGGTTAATGAAGAAGGGCACAAAATGAACTAA
Protein sequence (LotjaGi3g1v0329300.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MPLPPYDCMLLFKPHIRKEALIDLVSRVGKHVYRRNGVVTDIKSFGPVQLGYGIKKLDGRYYQGQLMQLSMMATPDINKE LHYLNKEDRLLRWLLVKQRNTKFGLDFLGEEGAIELSELSQSRKLYDYENADEDDDDGDDDEYEVNEEGHKMN
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 | 2 | 115 | 114 | 5.7E-15 | ||
| PANTHER | 3 | 144 | 142 | 1.3E-64 | – | |
| PANTHER | 3 | 144 | 142 | 1.3E-64 | ||
| SUPERFAMILY | 4 | 102 | 99 | 1.01E-17 | ||
| CDD | 6 | 98 | 93 | 7.32112E-25 | – | |
| Pfam | 6 | 97 | 92 | 1.2E-13 | ||
| MobiDBLite | 125 | 153 | 29 | - | – | |
| MobiDBLite | 130 | 144 | 15 | - | – |
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 | Structural constituent of ribosome | The action of a molecule that contributes to the structural integrity of the ribosome. | ||
| Cellular component | Ribosome | An intracellular organelle, about 200 A in diameter, consisting of RNA and protein. It is the site of protein biosynthesis resulting from translation of messenger RNA (mRNA). It consists of two subunits, one large and one small, each containing only protein and RNA. Both the ribosome and its subunits are characterized by their sedimentation coefficients, expressed in Svedberg units (symbol: S). Hence, the prokaryotic ribosome (70S) comprises a large (50S) subunit and a small (30S) subunit, while the eukaryotic ribosome (80S) comprises a large (60S) subunit and a small (40S) subunit. Two sites on the ribosomal large subunit are involved in translation, namely the aminoacyl site (A site) and peptidyl site (P site). Ribosomes from prokaryotes, eukaryotes, mitochondria, and chloroplasts have characteristically distinct ribosomal proteins. | ||
| Biological process | Translation | The cellular metabolic process in which a protein is formed, using the sequence of a mature mRNA or circRNA molecule to specify the sequence of amino acids in a polypeptide chain. Translation is mediated by the ribosome, and begins with the formation of a ternary complex between aminoacylated initiator methionine tRNA, GTP, and initiation factor 2, which subsequently associates with the small subunit of the ribosome and an mRNA or circRNA. Translation ends with the release of a polypeptide chain from the ribosome. | ||
| Molecular function | RRNA binding | Interacting selectively and non-covalently with ribosomal RNA. |
Expression pattern of LotjaGi3g1v0329300.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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