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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0061900 |
| Transcript ID | LotjaGi1g1v0061900.1 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | 50S ribosomal protein L30; TAIR: AT5G55140.1 ribosomal protein L30 family protein; Swiss-Prot: sp|C3PL27|RL30_CORA7 50S ribosomal protein L30; TrEMBL-Plants: tr|B0BLA7|B0BLA7_LOTJA CM0545.370.nc protein; Found in the gene: LotjaGi1g1v0061900 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:8628522..8642292) extracted from Lotus japonicus Gifu genome v1.2.
ATTTGTGATTGACCAAAAAAAAGAAACCCAAAACGGTGCGTTTTGAAGACTCATTCGTTCTTCTCATCTCTGCAATTCTC ACACTGTTTCTTCCAGAGTCTCAATCTAAATTGTGCTCTTCCGCGCTGCCACTGTGACCCTTCACCGTGTTCTTCCCAAA TTCAGGTGAGTTTCTTCACAATCAAAGGTTCAATTTTCTATGACCACTTCTTCTTCATCCTCTTTTCTCACACATTGTTT TAGGTGATTTGGGAAATGGGAATCAGGGTTTGTAGATGCTGGGGATTGGTTTGGCCAATAAATTTTGAATCTTTCTTCAT TTGGGTGTTTGGAACTTGCAATGATTTTGGTTATTAATCTTAAACTGATCAGTAGTTGTGTGATGACCTAGTTTGAGTTG ATATCAGAATTTGGGGATTTTGTTTACATCTTGCTGATTGTTTTCCCACTTTTTTTGATAGTTGTGTGATGACCTTTCTT CTTTGTTTTAGTATTTGTTTTGTGTGAAGATTATGGGAAGGCCTCTATAATCATTAGCATTGTATATTATTTAGTGGATC ATGTTTGATGAATGAAGTTTCTTGACCTTAAAAATCCTTGATTACCAAATTATTTATCTGTTCGGGTTTTTGCATCATAA GCAAGGTGGTTATGGTTATGGATGCTAATTTTTCATTCACAATTTTATTTTCATATATCTTAGTAACGGTTTAAGCAGTC GCTTCAATGTGAGTTCTGGTATATAAGCTAGTATTTTTTCCAAAATCCAAATGTGTTCCTTAAATTTTTTATTCTGTTTG CATCTAGTAAAAACATGAAGTTAGATGGAGTATATTAATATTGATTCTTTTCCCATCTAAACTGATTGCCTTCAAATTTT AGTTGATACATATAATTGCAAAATATGGCTATCTGGTGAGGGAGTAAAAAACTATACTATCGGATTTATTCTTAATGCTG TTCTGTTTTCAAGTTGAAGGTATGAATGCATTTAAGGCATACAAAGCATGTGTCCCAATTGCTTGGAGCCCAAATCTCTA TATAACTCTGGTGAGGGGCATTCCAGGGACCAGGAGGCTCCACAGACGCACTTTGGAAGCACTACGCCTGGGAAAATGCA ATCGAACTGTCATGCGATGGAACACGCCTACTGTTAGGGGAATGCTCCAACAGGTTCTAATACAAGCTCTACTACACATG TCCCTTTTCTGCTGGAAATTAATGGTCTTTCTGTACAGTAACATTGCAAAACTTGGTAATTTGTGCAGGTCAAGAGGCTA GTTGTCATTGAGACAGAGGAGATGTACAAGGCCCGCAAACAGAAGGAGGAAGCCCACCGAGCTCTGCGTCCTCCATTGGT CATAAATCATCAACCGTCTTCGGCTACTGGTACCTTATAATAGCCTGCTGTTGTCTTAAAGATTATGTCTTCTTGCTACT GAAACTATCAAGGGCTGAAGTTAGCGACTTTGGCCTCAAATGGATAAATTCTTGCTTTGAAGATCATGCTTTAGTTTGAA TTTATAATTTTGTAGTCTTTTCAACTTATATTCGTTAGTCAAATTTAGGCCTTTGTTTATGAAAACAGGCTATTTAGGAG TTTCTTTATTTATATTTAGAGTTGGGGAATTGATGTTCTCCAAATGCTTATTTCTTTTGGAAACAACTTACAATCTAGTT TGCATTTATATATCTGTCATTACTTAATAATACATAATAATTGCTTTTAATAATAAAAGAAGGTTCTGCTAGTCACCCAA AGTTAACATCCCCGGGGCATGATATTTGCTTCTTGCACACCAATGTAGGGCCAAATAGAATTAGATTTTTATTTGAAGAC TATACTCTATGCTTCTTCCTTTCCATCAACACCAATTTTGACCTCATTTGCAATCACAAGCTCTTTATCTACATTGTCTT CAGGCTCTATGTTGTGCTGAACTTTGTAATGATGCCTCATTGCCAAGACAATAAAGAGTATAAAATTCAGTACTCCCAGC ACAGCTAGCAGCCAATAGAAGTAATCTAACCTTCCCTTGTTCAGATTGCTCTTGAGCCACTTTTTCTTACTCAATTTGTC CACAATTGACACCAATAAGCTACTGACAAAATACCCCATTGAAATTGCAGTTAGGAAAAGTCCAGTGCTCATAGATTTCA TTCCCTCTGGTGCCTCCCTGATGAAAAATTCTAGCTGTCCAACATAGGCAAATGCTTGCCCGGTACCCACTAGAAAAAGC TGAGGTACCAGCCAAAAAGCACTTATTGTAGTGTGATTTTTGACTGCATTATCCCTTCTTTCTTTCTCAGCAATTGCTGC AACCACCATTGCAACAGTAGCGCAAACAAGTCCAATTCCAATCCTCTGAAGACTTGTGAGCCCGTGTATATTGTGAGTGA ATTTCCGAGCCAATGGCACTGTGAGTTTCTCCTTTAGGGAAGGAGGAGAATGGTAATGATGACAAAAGCTGGTAGTGATC CTGCTGGGACATCTAGAGATCCAACTTTTCTGTTCATGAGTTTAGCTTGCTGAATGATGAAGGTACTCACTTGAGAATAG ACTGTCCAAAAGAAGATACATGTAGACCAAATGGGAAAGAGCATGATAACCATTTTAACCTCCTCAACCTGAGTTACAGT GGAAACCATGCATGTGTTTTCCTTGTTTCCATCCTTTGAACTGTTCTCATCAAGGAATGCAGCTTTATCAAGGAACCTAT CAGACAAAATGTAGTGCAGTGAAAACAATTACGAACTAACATGAAATCATCGAGATTTCGACAATGAAATCACTGTTAGA ACAATAAAACATAATGTTTTATAATTGTGTGCAATAATTGAAGAGTTATATAGTGAGTGTTTGGATACCAGCTGAGTGTA ACGTGAACAGACTTTCATCCCAATCCATAAGGAGAGTTACGTTCACTTTTGGTCTTGAAGGAAGTGCTAACCTCCGTTTG CACTGGTACCAACGGGTATCCAAACATAGTCATAATTGTGCTTACTTAATCCTATTCAATGCATTAAGAGGAATATAGTT TACCTTAACTTCTCTGTATGTCGGATTCTAGCTTCAAAGTAACCATTGAGAAAGGAAGGTTGTGAAGGAATAGGAAGATT CCTCTTCTTCCAAGCCAAGATTAATACCTTCCATATAAGTGTTAAAGGGCTCCCTTGTGGTCTCTTATATCGATACAACG GTTTACCATAGAGTAAAAAAGCAAGTGAAACCAACATTATTCCTGCTGGAATTCCAAATCCCCACCCTCTTCCTATGTTG TCTTGCACATACACCAACACTAGCACAGAAAATAAGGAACCAGTACTGACAAAGAAATAGAACCTATTGAAGAAAAAGAC CATCTTCTTCTCTTCCCGGGGGTCTGTTGTATCAAACTGATCTGATCCAAAACCAGAGACACTGGATTTTACTCCTCCAG CACCCACAGCTATGGTATACAGGGCTACCAATAGTAGAGCCACTTGTTTGCCACCGGCCTCAAGGCATTCATGGTGTTGT CTTTGGACACTACTGCATGGAGGGGACTTCATGCTTGGAATGGTCGTAGCCCCAGTTAACAAACACATTCCCTGGTGTAA AAGTGTTAGTACTTGGTATTTCTAAGTGTAGATGATAAATTTTGCATAGCGTAAGAAGAGGTTAAATAAGTATCATAAAT AGAAAGATCTTATATATTTATTTTCTTAAGACTTTTAATTAAGCGGTGGTGTGTAATTTTTGTTCGTCAACGGTGATAAG ATTAAACCCATGAGAGTGGTCAAACGACACTTACATCAAACAAATGGGAAGATAAATCCCATGTAAGAGCCATGCTACAA TGCTTCAGATATTAAGCACTATTGTACAAGACATGCTCACTCACATCCATAACGAACACACCACACAAAAACAAAAGTAT AACTAGATCCCACACATTCACTAAAAAAATATAAGTAGATCACTCACATAAAAACTTAAACTTACCACTGCTGAAATGGT TGCTGATATAGCAATAGTGAGGTATCTGCCTAGTTTGACATCAGCTAGGAAGCCACCAAGAAGGCTAACAAGGTTCATAG TTCCCAAGCAATTGGTAACTATGGTGGCAGAATAAGCTGTTGGGAGGTTTAAAACTCCAACCAAGTAGGTCACTATGTTC ATGGATATGCCCAAAACCATTATTTTTTGAGCCAGCTCAACACCTGCATGAAAAAGTATGGGTTTTGTTAAAGGGGCGTG TAGCATAAATGCTATAGATTTCAATAAGGACTTTTTATATCTTAATTCATTTAGCTTCCACTTGCTACCATATGCCATAT GTATATGGATGTACTTTTGGAACCAAATTAGCCCCTAAGTTCAACCTTGAGAACGTGACAATCATTTCCAAGGATTAATG TCTGGATACAAGTTAAACTCATAGTGAGAGTACTTTTCTTTTTGTCAATCCATAAAGAGAGTTTCATTTTCCTTAGTGCA TTGGAAGGATTGAAATGTGTTTTATGAGTTCACATATCCAAACATGGTCTTAAGAGTCTCTTTGGATAGCCATAGATCCT GTTATCGTGCATTCCAATGTTAAATTAACGAAAAAAAAATGAAAATTGATACGGAAACTTGAAAGCAACCTAATAGCTTC ATTAACTTAAATCACTTTACTTTTGATGCAACTATAAAACATGGCCTAAGAAAAAACCTAAGATGAGCCATGCTGCAGTC AATCCCCCAGTTTTTTATTTGTCAGGCGGGCGACCTAGATAATCCACGGCGGCAGCAGTGTCTTCAGCATATATAAACAA ATGGAGGAGAACTCCATTTACTCCAGGAGTAAGTCTAAAAAATTACTTCAAATCTTAACCATTGGTTTAATCTTAAAATA ATGGCTCTGATTTATAGTTTGTAAACCTATCACGTGACACCTCTCCTCATTTCCTCTCTCCAATTTCCTTGTTTTTCTTC TTCGCCGCTCAACATTTTTCTAGATCTATTCAAGTCTGTAATCATTTCCTTTTCATATGAATTTACAATTGCTTGCTAAT TGCTATTCCAACGTATTGTTTCTTATATTTATATGTAACAAGTAAAAACCTCAAATCCCCAATCCAATTGATGATTAACC ATCTCCACCGCAACCCAACCTCTTACACCGTACCCATGGCAGTGAACGGCGTTCGACACCAATTCATATCAGACCAGCAA CAGAGCAAGGAGATGAATCAGAAAAAAATCACCGTGAGCAGCAAAACATGCCCGAAACAACCAGAGACAGAAACAACTTC ACCAGCGCAGACATGTTACCTTCTGAAAACCCTATGTTAGGTAGGCTCACCAAGGGGACTTGCGAATTGATATGACTTCA TATGGAGGAGGTGTTTGCAAGGTTGGATGAGGGTGAAAAATGAGAAGGGGAGAGAACAAGCAAACAGCGAAGGGATTGCT ATTTAATTAATTTTTTGACAGAGAAACAAACAAGTGATAATCCCGCAGCAACAATGGTGAATCCACCTCTGAATGGGAAG AACTACAACGCTTGGGCGAGATCCATGAAGCGTGCTTTGGTCGTGAAGAACAAGTTTCGATTCGTCAGCGGTGAAATTCC AGTACCAGCAGCAACTGATGCAAACTTTGAGGCTTGGGATCGCTGCAATAGCTTGATCCATTCATGGATTCTTAACTTGG TAACAATCTCTATAGCCAATAGCATAGTTTTCCTTGAAAATGCATGTGATGCTTGGAGAGATTTGCGAGATCGATTTTCT CTAGGGGATCTAGTTAGGATTTCTTAATTGCATAATGAAATCAGTAATTTGAAGCAAAATTCAAAGTCTGTGAGTGAGTA TTATACTGAGTTGAAGATACTCTTGGAGGATTTGGAACATTATCGTCCAATTCCATAATGTAGATGCACTGTCCCTCGTA GATGTGATGCTATTGAGAGTGTGAAGTTGTTCAGAGAACAAGAAAACGCTATCAGATTCCTTTTAGGGTTGAATGATAGT TTTAGAGTGGTGAAATCATAGATTCTAATGAGTCATCCTCTACCTTCATTAGCTAAGGTGGTTTCTCTAGCCACACAACA TGAGAGGCAAACTGAGACAGAAGAGAAAGGAGATTCACTAGCAAAAGTGAATGTTGCAGAAGGAAAGAAACCACCATATG GAAAAGGTCAATTTGGTGGTTCTTCCTACAGAAACACAAGAAAATTTTGTACTCATTGTAAGAAGCCATGACACATTGTT GAGATATGTTATATGCTACATGGATATCCAACTACTTTCAATTCCAGAGGTAGTACAAGTCATGTCAACAATGCATCCAG AAATTCTGATTCCACTGATGATCCAGATGATGATGATGTTTACTCACAAAGAGGAGTTGAAGAACCTTTTACTGCAGATC AGTATAAAAGAATCACAGACATGATTCAGCATGTGACCACAACTTCAAAGAAAGGATCAGAGAATGGTAGTGCTTCTGTA AATCATGTAGTGAAGGCGATTGCTTGTGAAAGAGATGCTACAAGACATGGTAATCCCATTGCTCTATCTTGTTTTCAACA TTATGATAGTAGAGATTGGATTATAGACTCAGGTGCAAGTGATCATATATGCTTTGATAAAATGTCTTTTAACACACTCA CTGAAGTGAAACCAATTAATGTTAAATTGCCTAATGGTACTATCATCAAAACATGCTATGCTGGAACTGTTAGAATCACA CAAACCATTCTCTTGACACATGTTCTTTTTGTGCCTGAATTCACATACAACTTAGTCTCAATACATAAGTTAGCAAAGCA CCATGATGTTGATGTGATTTTTGGTAAATTTCACTGTTTTGTTCAGTACGTGCAAGCCAAGAGGAGGATTGGTTTGGGTA GTTTGCAGCCTGATGAACTCTATCACCTAGTAGTTAGTAGTTCTTCTAGTACTTGTTTTTCAATTCAACATAGTTCTATT TCTGAAATAAATGACTTTTATATCATTCCACTTGGTGCTTTATGGCACTTCAGGTTAGGACACTTATCCCATGATAGATT ACTTGCTTTACACACTGTAAATAACTCTATTGATGTTAGTAAGTCCATTGTCTGTGATGTTTGTCACTTGGCCAAACAAA AGAGAAAAATGTTCATTGTTAGTTTTAGCAAAGCACAAAAATGCTTTGACCTGGTTCATATGGATATTTGGGGTCCTCTT GCTCAAGCTTCTGTTCATAATCACAAGTATCTCCTCACTGTTCCGGATGATTATAGCCGTTTTGTTTGGGTTGTATTACT CAACAACAAGGGTGAGGTTCAGCAACAAGTGAAGAATTTCATCACATTGGTTAAGACTCAGGTTGGACAGACAGTTAAAG CTATCAGAAGTGACAATGGACCAGAATTTCTTCTTCATGCATTCTATTCTGCTCAGGGCATTGTTCATCAAAGATCTTGT GTGAGTACCCCTCAGCAGAATGGGAGGGTTGAGAGGAAGCATCAACATATTCTCAATATTGCAAGAGCTTTATTGTTTCA ATCTAAACTACCTTATGAATAGGATACCTAGTAAGCTTTTGAAGAATAAGTCACCATATATATCAAGAAGCAGTGGATCT GGAAATGATGAAAGTTTTTGGATCACTTTGCTTTGCTAACACTCTGGCAAATAACAGATCCAAATTAGATCCAAGGGCTA GGAAATGCATTTTCTTGGGATACAAGCAAGGAATGAAATGTTATGTCTTGATGGATCTTATATCATAAGAAATCTTTATC TCAAGAGATGTTATTTTCCTTGAGCATGTGTTACCTTACAAAGGTTCCAACTCACCTGCTTGGAATTGTCTTGATCTACA AATACATGCAGAAGGTGAGAAACTGAATGTTGCTCCTGAAATTCAATCAGCTGAAGGAGATGAGAGAGTGATGACTCCGA GTGCTTCTATTGAAGATATAACACAGAATGACATAACCTCAAGTGCTTCCAATGAAAATGCTATTCATGGCACTCAAGTA GTAGATGAAATTCCTCAACCTGGCTCAATCACAATTGAAGCAGAAGTTGAAATCAGAAGATCCACAAGACCACTCAAAAG GCCTGCACACTTGGCAAATTTTCAATATAGTGCTCTACCTACTAGCAGCAGTACTGCACACAGTATTGTTCATCATTATT CTGATGAAAAGCTATTTGCTGCACACAAAACTTATGCTCTCAACATTTCTCAGGATCAGGAGCCTTCTACTTTTGCAGAA GCAAACATAGAATTACACTGGCAAGAAGCTATGCAGACAAAAATTAGAGCACTTGAGAGAAACTGTACTTGGAAATTGGT AGATTTACCTAAAGGAGTAAAGCCAATAGGAAGCAAATGTGTTTACATAATTAAAAGAAATGCAGATGGGACTCTTGCTA GGTATAAAACAATGTTAGTAGCAAAGGGCTATAATCAGGTGGAAGGTTTGGATTACTTTGACACTTTTTCACCAGTGGAA AAGCTAACCACAATAAGAGTGATTTTGGCCTTGGCAGCTTCTCAGAATTAGCATCTTCATCAACTTGATGTGGATAATGC TTTCTTACATGGAAACTTGGATGAAGATGTGTATATGAGCATACCAGCAGGGGTGACTTCAGAAAAGCCAAATCAAGCTT GTAAATTGTTGAAGTCTCTTTATGGACTTAAGCAGGCTAGCAGAAATTGGTATGAAAAATTGTCAACTCATCTAGAAGCT CTTGGCTTTACACAAACTGCATCAAATCATTCTCTTTTTGTTAAATTCCAAGACTCCTTTTTCACAGGCTTGCTGGTATA TGTGGATGATGTGATACTGTTTGGTAACACAATGACTGAATTTCAGTCAGTCAAGGACTCTCTTGATCAGACTTTTGGAA TCAAGGATCTAGGGCTGTTGGAGTATTTTCTTGGTCTTGAAGTTGCTCATTCTTCCTCAGGAATTTCTCTTTGTCAGAGA AAGTATTGTCTTGATTTACTTCAAGAAACAGGAATCTTAGGAAGTAAGCCAGTTGCTACTCCACTTGATCCCTCTATCAG ATTGTCTCAAGAATAAGGAAAGCCATATGAGGATCCAACTGCTTATAGAAGACTAGTGGGAAGGCTTTTGTATCTCACTA CTACTAGGCCTGATATTTCACATGCCACACAACAGCTTAGCCAGTACATGAGTAATCCTATGGATGGACATTTCAAAGCT GCACATAGGGTTCTTAGTTACTTGAAAGCTTCACCTGGGTTAGGATTGTTGTTTCCTAGGACTTCTTCCATCAATATACA AGACTATTCAGATGCTGATTGGGCAGGATGCTCAGATACAAGGAGATCCATCTCAGACTATTGTTTTTATATTGGAAGAT CCTTAGTTTCTTGGAAGGCAAAGAAACAAACTACCGTGTCTTGATCTTCCAGTAAAACAAAGTACAGGGCATTGGCTTAT GCTACTTGTGAGCTTCAATGGTTGTTATATCTTTTGAAGGATCTTAAAGTCAATTGCACTGCAACACCAGTTTTGTTATG TGATAACCAAAGTGATCTTCACATTGCAGCTAATCCTGTTTTTCATGAAAGAAGCAAGCATTTAGATATTGATTGTCATG TGGTTCAGGAAAAGCTTCAAGCTGGAATTCTCAAGTTGCTACCTATTCCTACAGCACTACAAGTTGCAGATGTTTTTACC AAGGCACTCCAGCCACGAGTCTTTCAAGGGTTTACAGCTAAACTGGCCATGATAGATATCTTTTGACCTCCAGCTTGTGG GAGGGTGCGAAAATACTACAGTGTTCAAGGACTAGTATGTAATAAAAGCAAGAGTTCAATGACTCATTTGTAATAGTTAG TAGTTAGTTAGTGTCAGTTGTTTCCGGCTGTCAGTTTGTTAGGATGGTTATAACTACTGTTAGTTAAGAGTTTACCATAT AAATAGTGTTTAGCATAAACACTTTGTAATCTGAATATTCATTTTCTACAAGATTATAAAATTTCTTCTTCTTCTTCTTC CTTGAGCTTCCTCTGTAAGCTAGGTTAGAATTTATGTTAATATATGTTTTTATATAACCTTAAACTTGGTTTTATAGTTT ATACTTTTTTAGCTGCTACAGTAGCCTTAGGCACTGCAAATTTTCTATGGTCGTCCTTGAATGATATTTGAATTATCCCG AGTGATAGCAGCTATTTTTTTACTTAATTATTCATACTCTTAAAGCCATCAATACCAAATTTAAAATGCTAGAGGCCCAG ACTATATTCTATCTACAAAGCTAGTGAATCAAATTATGTGAGCCAATTTTTTAGCTAAAAAGGAAATGATATGATAGATT CATAGGATTTCTGAAATGTCAATATCAATTTCTCCCCTTATTTTTGGGCACATTCTCTCATAAATACTTTCATGTACCAA ATTCACTCAGACATGAAAACTCAAGGAATTGATCACAATATTTTATTTTATTTGCATGACTACATGAAATAGATCTCTTA ATATATTAGAGAGATATATAAGAATAAATTTGTCACACAGAGAAGTTACAAACAACTGCAATAATGTACCAAACAGACCC ATATTGAACTAATTCATTCATCTGCGGTTTGTACGGGCTCTGTTGTTTGTCCTTTTCACCCTTATACCAAGCATACCTTC AACAAGTGTCACAAGCCATTGAGGTTTCGCAGTCAAGAATAAATTATATCCCAAGAGCATCCCAAACACAGCCCCACACG CATATCCCACGGCCACAGATTTCCAACCAAATCCAGATTCTTCATCATCTTGAAATGTTGAATGTGGTGGCTGTTCTTCA TCCTTATTGCATGATTTTGACAAAGGGAATCCACATAGCATTGGGTTTCCTCCATATGAAGCATTTCCATATGTGTTAAA TTGTCCACCAGTAGGTATGATTCCCTCAAGATGGTTTTGTGAAAGGTTCAAGGTAGAGAGAAAATTCAAATTTGTCAAAG CCAAAGGAATGTCACCAGTCAACTGGTTCCATGAGAGGTCCAACCATTCCAAACTTGTCAAATTACTCAATCGATGTGGA ATGGCACCATTGATTCCATTGTGTGAAAGGTTAAGTCCTATAAGAGACTTTAATTGTCCAATGACTTTTGGAATGCCACC TTCAAACATGTTGTTTGACAAATCAATAGTTGTGAAAGCAGTTAATATCCTCTTGAGCTCCATTTCTTGACCTTTCATTA TGACCACCACTGTATCATTGTAGTACCTTCTGTCGTCCATGTATAGGGAACGGTTTGGATTATTACTCACACTCATCATA CCTTGAAAGTTCATGAAGCATGATGTTGGCAAGGAGCCACTAAAATTGTTATTGGCGACATCAAGAATTCTCAACTTGGG AAATGGATGCTTGGTGTTGGAACAAGTGATGATACCACGAAGTTTGTTTGACCGTAAACGAAGTACTTGTAACTCTTGCA GAGTTTCTAGCCAACTAGGAAATGAATCTTCTATGTTGTTGTCTCCAAGGTCCAAAACTTCGAGTTTTATGCACTGGGCC AAGGCATGTGGTAATGGTCCCTCCAATCGGTTGCCATTCAACTTTATTGTCTCAAATGCATTTCCCTCGGAAAATTTTAC AGGCATGCTTCCATGAAGGTTGTTCATTTGTAAATCCAACACTACTAGATCACGAAATGTCCCCAAACACTGTGGAATCG TGCCAGTCAAGTTGTTGTTTGCCAAACTGAGCATGTTGAGGGAGTTTGCATTGCATAGGCATTGTGGAATCGTGCCGGTC AATTTGTTGTGAGCCAAGCTGAGCACACTGGCGGAGCTTGCATTGCAAATCGCTGAATCAATATATCCAGTGAAGTGGTT ATTGGAGACAAGAAAGTTATAAATGCTCTTTGGAGGAATTGGAAGGTCACCTTGCAGCTGGTTGAAACTGAGATCAATAT TTTCAATGTCCTTCCATGAGTGTAAGAGCTTCTCATGAAACAATTTGGGAATTTTTCCATGAATTTTGTTATTAGAAAGA TCTAATTGTTTCAAATTTTGAAGCGGTGCTAAGAATTTAGGGAAATTGCTCTCAATATTACATGAAGATAGATATAAGTA TTGAAGGTTGGGTAATTCATAGTCAACACTGCTATCAAAACTAATTGAGAGAAAATTAATATTAGAAAGATTGAGGTAAA TTAGACTTTTAAGCTTTGAAAATCGGTGGAAGTCCACAGAAACACTCAAGTCATTTGATGACAAGTCTAATTCAGTAAGA TTTTTAAATTCAAATATTGAATTCGGAAGCTGACCTTGCAGTTTGTTGTTAGAGAGAAACAAATATTTCAAAGCATAAGT TGAGAATTCACTAATTGGCCCTGTGAGATGATTGTGATGAAGATCCAAATTTGACAGGAAAGGTAAAGAATAACACCAAT GAGGAATTGTTCCAGATAACATATTATTTGACCAAATCTAGATATTCTAGTTTTGGAAGTCCAACCATTTTACTTGGAAT CGGGCCACTTAGGTTGTTCATTGAAAGAACTAGATTTTCTAATTTGAGAAGCTGACCGAGTTGTTCAGGGAGCTGACCGT GAAAGTGGTTTTCCCCGAGGCTCAAACTTGTTAGTCGAGTGAGGTTCCACAAAGATAGAGGAATCACTCCATTGAATTTG CTGCGGTACAGATCAAGTATTTCAAGAGATTTTAAATGGCCTATGGAATCTGGAATTTCTCCAGAGAATGATGTGCTAGA GAGATCCAAGTACCTTAGAGGAGTGCTCCAGTTGGACTTTGGAAGCTGACCTATGAGCTCTAGATTCCCTGTTAAATCAA GTTCTTCAAGATTGGGTAAACAAAAGATGTCACTTGGAAAATTCCCCTGTAATCCAGTGAATGGTATATGAAGAGAGAAC AAGGAGGATGACAAATTCATGAAAGAGTTTACCTTGATGGAAGACATGTCTATGCCATCAAGATGGAGCTCCCTTAAATT AGTTGCATTAAGAATGAGTTTCTTCCACGTGGATGGATAAAGTCTTGTTTCGAAGCCGCTGAGAACAAGAGATTCAAGTT TGGACAAGTGCGAGATTGTGGAAGGGATATCACCGGTGATTCCAGAGTATGATAAATTCAGATGGGTGAGTCTGAAGAGA TCACCAATTCCAGAATACAATGGAGACCCAGAAAAATAATTAAAACCAAGGTTGAGTTGTTGAAGGTGCCTCAGCTGGAA TATGGTGCTATTGGAATGGAACTCACCTTGAAGATGATCGCAACTAAGGTCGAGACCAATCACATGGCCCGATATTGCAT CACATGTGACCCCATCCCACTTGCAACAATCTGTTCCGTTTCTCCAAGACTCTACCTTAGAAGGAAAAGAGGAACAAAAA TACCAACCATCAGAATTATGAGCTGAAGTGTTGACAACAAATGAGTTTTTGAATTGAAGCAAAGCAGAGTTGTCATGATA GTTGCACAGTGAGTAAGTGTATGAAGGAAAATGAAGAAGAAGCAACAAGAACAAGTGGAAGATAAAATATGGTAAAGGAA ACCACCCCATGTGAAAAATAGAAGAAGCTATATGGAGAATTTCACGGTTTAGGAAACTAGAGAATTAATCTTGTATGGAA CCTATTCATGAAACGTCCATTTATATTTATATATAGACTAAAAGTTCTAAGCATAAAGTCATGCAAGAAAATACATAAAA CCTGCTTGATACGGCAATTGTATAATTTCCAACCATGTATAAGACTTCTATGGCATCCTCTTTAACTTTTAATCAACCGT ATCCAACACTT
CDS sequence (LotjaGi1g1v0061900.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAATGCATTTAAGGCATACAAAGCATGTGTCCCAATTGCTTGGAGCCCAAATCTCTATATAACTCTGGTGAGGGGCAT TCCAGGGACCAGGAGGCTCCACAGACGCACTTTGGAAGCACTACGCCTGGGAAAATGCAATCGAACTGTCATGCGATGGA ACACGCCTACTGTTAGGGGAATGCTCCAACAGGTCAAGAGGCTAGTTGTCATTGAGACAGAGGAGATGTACAAGGCCCGC AAACAGAAGGAGGAAGCCCACCGAGCTCTGCGTCCTCCATTGGTCATAAATCATCAACCGTCTTCGGCTACTGGTACCTT ATAA
Protein sequence (LotjaGi1g1v0061900.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MNAFKAYKACVPIAWSPNLYITLVRGIPGTRRLHRRTLEALRLGKCNRTVMRWNTPTVRGMLQQVKRLVVIETEEMYKAR KQKEEAHRALRPPLVINHQPSSATGTL
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 | 99 | 99 | 1.5E-47 | ||
| Hamap | 16 | 73 | 58 | 14.346 | ||
| Gene3D | 17 | 73 | 57 | 9.5E-18 | ||
| SUPERFAMILY | 18 | 72 | 55 | 1.09E-15 | ||
| TIGRFAM | 19 | 72 | 54 | 5.2E-18 | ||
| CDD | 19 | 72 | 54 | 2.11677E-16 | ||
| Pfam | 20 | 69 | 50 | 2.1E-16 | ||
| MobiDBLite | 82 | 107 | 26 | - | – |
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. | ||
| 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. | ||
| Cellular component | Large ribosomal subunit | The larger of the two subunits of a ribosome. Two sites on the ribosomal large subunit are involved in translation, namely the aminoacyl site (A site) and peptidyl site (P site). |
Expression pattern of LotjaGi1g1v0061900.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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