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LotjaGi4g1v0249100.1

Overview

Field Value
Gene ID LotjaGi4g1v0249100
Transcript ID LotjaGi4g1v0249100.1
Related isoforms 2
Lotus japonicus genome version Gifu v1.2
Description 30S ribosomal protein S4; TAIR: AT5G39850.1 Ribosomal protein S4; Swiss-Prot: sp|Q9FLF0|RS92_ARATH 40S ribosomal protein S9-2; TrEMBL-Plants: tr|V7CDF1|V7CDF1_PHAVU Uncharacterized protein; Found in the gene: LotjaGi4g1v0249100
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr4:60192487..60206796) extracted from Lotus japonicus Gifu genome v1.2.

GCTACAGTTGCAGCCTGTTAATAAATGACCTCAATTTTCGGAAAGATTGGTTATTTATCATTTCTTATCCATCCATGCTT ACAAGAAAACAAATGCATCATACAACACTTCGACCATATAGCACTTTATGGCCACGAGACAGGGAAGGATCACTAATCTT GTAATCAAAGACAGTATTGAGTTTGTTCAAGATAATTGCAAATATTTCACGCAAGCCAGCTAGGTGCTAGTTTTGGGAGT AATCGGGCTTCGATTTCTGCTTCAGTTTGCACAGCATTCATTGCAAAGGTTAAGGTAATCTTGAGCTTCATCTAATGCTG ATTCCTTTGCATTATCAGCATATAAAATCTTCTTAATTGCTATAGACATCTGCAAAGAGAACATGTAAGTATGTAACAAT TGATTACATTTATTCGGTTTTTTTTTTTAAATGTTCAATTAACCTTTAACAAAAACTGATACATAACAATGTGATGCATC ATAAGAGGCAGAAAAACAAAGTTGGAACATATAACACAATACAAACGTTTTTCCCATCAGTTGGGAGAGTCAACTACTTG GATCAAACGTCACTATTATGTTGATTCTTCCAAGAGACTATATTGATCCAAGTCATTTTTACTGGTTTAGAGTATTTTTA GGCCGTTCTGTCTATATTTGGCTATTCTCCAACCAATCAGAGTAAAAGTTACGATACAGCTCACCGCACAAAAGATCATT TCTATTTGACTGAAAAGTAAAGAATGTAGAACTCAACCTCAAGGGTGATCAATACCCAAACCCGAACTTTATGTTTCAAC TTCAGAAAGTATACATGTCGATACCAAAACCTTTTATAAAATGTTGTAAGCAAGAAAAAACTTTTGAGGCGTATGTTGCC CATCTCCAATGAATCACAAAGGAGGAAATTTAGACAATTCATTGTCTAAATGATTGGAATAGATGATTATATCCATGTTG AAGTGCACAAAACTAAACATAATGACAAGCATACTGAAAAGGATGAAGGCATAAATGCATTTGTGAATAAAAATAACTAA ATTCAACGCAAGCAGAATTCTTACAGAGACATTCTTCACTTCTGGAGCCTGACAAAGAATTTCTATATCTCGTAGTTTTG CAAAGTAAAAGTCTCTTTCCTTTTCCAGGAGATTGACTGCAGATTTCAGATCAGTAATCTGTAAAACAGGAAACATAAGT GTAAAGAAGCGAGCAACCAACAAATGACTGGGTACATATTTTTTTCATTAACCTAACCAAGTGACAACCTTCAATGGCAA TACCCATATAAGAGAACAAGGAATTTCAGGCAATCGAGAATATGAAAGCACATTAGTGTACATGAAACAAATGCGTTGGT ATAGAATTCTATTTAAATAAATGGAAACAAATTTTGCATCAATCAGTAAGTTCATAAACTTCTTAAGTCCCCAGTTTCAA AAATGTAACAGCCTTACAGGCATGGAGAACCTAATGTTCATACCTCTTTCGACAGAGCCTGAATCTCTACTGAAGAATTA GCCCCACCTGCTGCTTCACTTGACCTGAATGGTTTGGCCCCTGTACTCAAAACAAAACAACCAACGAAGAGGGGAAGGAT GAGAAAAGCAAAAGATACATGGTAAAATCATCAGGCGAAGTACTGAACAACTTAGAATGAATGAGCCCAAGAAGCTAACC AGAGGTTCCATTAGGACCGAGTGTGTTGCTTGAGCCAGAAGCATTCTTAATATTTGTTTGCTGTGATTTTGATTTCTTCA GAGGACACCTAACATTCCGGTCCTTTCCGACTTTAACCCTCCGCTCCACAGGATTGTAATTCCTAGAGATAATTAAAAGA CAAAACAAAAACAAAAAAATTTGACTACATATACTATACACTATGATATGAGAAATATGAATGCATGGCAGTATCACACT TCTAAGTATTTGAAAAGATGTGTGTTAACATGTCCAACATAAGTAAAAGTACAATTACAGATTCCTACAAGTAATACAGG CACATCAATCTTTGGATCTATTTCAATGATGAAAAATATACTCAGAGCAAATAACATACTCATTCATAATGCCACCATTC ACAGAATCACAGTAATGTTTCAGCCATTGGAGGAACTCCAAGTTGTCCAAAGGTCTGCCTTTAACAAGCCTGCTAACTTC AATATGCTGTTAAAGGGTAGTAATGTTAAGCATGCATTAAATATATACCGCAACTATTGATCGCACCAACATACTAGTTT TTTTAAAGTCTCATATGAAGTTATTGTGCAAAATATTTACCATCAAATCATGAGGGAAATTTCACACTTGGGCATAAAAC TTATCCAGCCAATCAAACTGGGATTGAGCATTGAAACCGGATCACACGCCAAATATTTCCTTAACAGGAACTCTAATGTA GCCTTATCCAACCTGCCTATAGAGATAATTCCCAAAATTGCAGTGTGCCATTGCAAGCTTGAGGATATATATTGGTTCTA AGTGAAGGGTAAAAGGAAGCAGTAATAAAGAATAGGTGATCTGCAATTCCAGTGTCGAATTTATCCATCCATAGAATATC TAGGTCTTGATAAACGCCCTATTTTCTCATATGCTAAAGCTTCATTAGATGTAAATCATTCCATTGAAACCCAAAAATAG AAATGCTGAATAGTGATCAAGTTTGCCTAAGTACGTCATAATAAGCCATCCTAGGTTTGTTTCTTTCTTGTTTATTTACT ACAGCAAAGCTCACTGTTAAGATCAAGTATCCCACTTAACATAATCATGAGAAGAAATAAACACCTTGTCAATTTTCAGC TTGTTGAACACATCCTGCAGAATTTTGTAATTCTGGATCTTATCATACTCCGTCTTTGCATCAAAATTCACCTGGATAAA ACCCCCATTGCAAAAGTCACCCTTGGTAGAAATAAAATACAAAAGAGCTCAAAAGAAAGTCAAAACAAAGTAATGTTGCC ACCTTGTGCATTGGAACAACCCCTGGATGCGTCATGTCCATCATCTGGCATTGTACATCACCAGATGCAGCCTAGCCAAG AGAATAAACAGTTCATCAGAACCAAAAATCATATCTAATATCTTCATTGTAGATACTATGCATGGAATTACTTTTGTATT AACAGTTCAGCTTCCCAGTTAATGTTAAGCATGTGTGTTTGGATTTCCCTTAGCAAAACCTATAAGTACTTTCTACTGAA ATTCATGTCTCTTGGTGAATGTAAGGGAAATCCAAAACATTCTTTACAAAAATTAGAAAAATGCAAAAAAAATTGAAGTT AGGTGCGAAAAGGAAAGGATGCTCACACTTGAAAGTGATTAATAATCATCAACAACATCACCAATTAGAGTGACTAAGAA CACTCATGTTTTTTTAATAGGCAAATGATAGTTGTTAGTAAATTAGACTTTTCTCAGAGTTCGAACCGTGGACCTTTCAC CCTTCATCCCACCCAACCCTTATCTCATAGCTCTTACCACTTGAGCTAATCCTCGCGAACTAAGAACATGATTTTCCAAA TTCTTTTGAAACTCATATGAAATGGAGTTTACTATTCAGCATTATCCAATTAGTAAGCATGAAAGAAAAGGGTAGAAAGT ATTGGTTACCTCCTCAATGCGCGAGAGATTGAGTTGGAGCCTGTTGTTGATCCATGACAGAATCTCATTCCTGCCGACAA AGTAAGCACTGTCCATCATGCCTATATTCGACGCCATTGACGCCAACCCAGAGAGAAAGAAGAAGAAGAAGTGGGTGATT TGAGGAAAGGCCGAAAAGGATTAGGATCTTGAATTGGTGAACAAAGTTCCGATTACTAATTTTGGGAAATCAGAAAACGA AGGAAGAGAATTGAGAGAGAAAGAGAAGTGAACGCTGTTAGAATGAGAATGGCATTGTGGGGTTTGGGATTTGTAGTGAC TCACTCACTCACTGCATAAAACGTAACGTTTCTTGCTCACAGGTGGTGGGAAACCAGTTCTTTTTATAATCCGTTGAATT TTATTAAAATTCACTTTTTTTAAGTCCAGACCATTTTCATATATTAATTTTCAATTTTTAACATAATCCAAGTATTTACA ATATTACAAGTTTTAAACTTTTTTTTTTGTGAGACTACTCATAAAGTATGTGAGCTTAATAGCAATTTGCAGATTTGTTG TATTAACATTGTTGACATTGATAGGGTGATGCTAATATTTGATTACAAGTGGAAGGATTGTGTTTAATGGCTTCTACATT TGTTTATTACTGTTTTTATCTTCTGCCGTCGAGGCTAAAAGTTAAAGACAACAACCGGCCTTCACAAGGAATGTAACCAA GTTAGCAGACTTTTTCTTTCAAGTCAAAGGGGTAACTAAACTGATTAAGTTACCTTCTAACCATGAGAAATAATGGTAGG AAAAAAAATTAAGACTAACGATTGGTGAATTTTTTTGAGATGTGAGAATAATTTGCTGGGAGAGAGACAAACTCATTTAA TGTAATATTTTATAGTCTCAAGTGAGTTAATCTTATGGTTGCCGCTGTCACTCCGTCAGTCACATCTTGAGAAAAAAAAA ACAAAAAGAGTAAACAGTTTAGTGTGCAATATAATTGTAAAGAATTTAATAATGTTATGTTAGAGTATAAAAAATAATGT TAGAGGAGTGCTTGAAACTAGGGGTGAACATGGCCGGGTAGATCCAATGAACCCGTCCAACCCAATCCGATCCAATAGAA AAAATGCGGCTTGGATCGGGTAATCGAGTTAATTTGATGGATTTTACTACAATCCAACCAAGTTCGGATCGGATTTCGGA TTCAGTTCAAATCCATCCAACCCAACCCATAATCCATACATATAATAATACTTTTTTTATAATTTTACTCATACTTGGAG TGCTAGTGTCGGAGTGATGACTTTTTGAAACTTTGATACTTAAGTATTTGTAGTTATTTGTCATATTTGAACTTAGAGTA TTTGTTCGTAGTTATTTGTTACATGTCTATATATATTATTTGGCATGTTGGAGACATCTAAGTTCTAGGTGTCATGGCAT GACATTTAGTGTTGCTTTTCACTTTTTAGGTACTATTTATGTTATATTGTTTCATGTCATTTGGTAATGAAGTTTTATGT TTTCATGATATTTGACTATATGTCATTTATGGGGTATTATTTCATGCTATTTGGTATAACTTTTTGTGTCATTTTCATGC TATTTAGTATTATAACATATTTAGTATTTTTTTATAACTTTTTATGAATTTATAATAATATATTTGCAAGATTTTTTAAT ATTTCAGATATATTATTATTTTAATATAATGACCCAATCAATCCATCCAACCCAATCCGAACTTCGTCGGGTTGGTTCGG ATCGGGTCCGAAGAAGAAATTCGTGAAATCCAACCCAATCCAACCCAGACAATTTTGATCGGTTCGAATTTTATTTTGAC CAAAATCCATCAAACCCAACCCATGTGCACCTCTACTTGAAACATTCACCTTAACACTCTTTTCACAATACTCTTTTTGA TATTAGTTGAAATTTATGTGCATAACTGAAATCATATTTTAGTGGATCATGATCCTCTCATGTGAAAACTCTCTCATATA TCATCATGTGAAGTTGTTGTGTTTATCTCTTTTTATACGTATTGAACATGTGAGACCTTTATTTTGAGTATTTATAAAGA GAGGGATAGTCTTAATGTTCAATTTTTGATACAAAAGCAAAGAAAGTAAAAAGAAAAAGGAGGTTAGACCCTCATGAACG AAGTGCCAATGAGGTCAACCCTCAACAAATCAGCTACACCATTCACAGGCTCATCCCAAACCAACTAGTTGAAGTAGACG ACGCTCTGAGCTTGGTTAAGAAATTCGCCACAGCATTCCCTTCCCGGAGAAGGTGATGGCTATGAACAATCCAATGTCGA CGGAGTAAGCATTTAATCTGATTAATGATACCCGCATGAGAGTGGAAGACCATAGGGTCCTTGGACAGCAGACTCAACGC CAAAGTAGAATTCGAGAACAAATCAAACACGTCTAAAACCAAGATCCCAACAAAAGCGCAAACCATGCAAAATAGCCAAC AGCTCCGCCCGGAGACAATCCGAAATACCAATAAAACCAGCAAACCCAAAAAGCCAAATACCGTGTTGAGACCGCACGAC ACCACCATAGCCAAAGGGTCCTGGGTTTCCCAAGGAGATCCGTATTCAAAGCGACAAAACCCTCCCGTAAATCCAAATCC AATTTTAGTGGACCTCATATGAATTTTAACCAATAAATAGTGTTTAAAAAGACATTTTTTAAAAATTTAAAAAAAGGCCA ATGAGCGAAAATATTATGTTAAAAAATATGATAGCATTTTTTAAAATATTATACAAGAAAATTTACCAAGGATACCATAA TATCATCAAATAAAAAATTACTACTTCACATCATAAAAAGTATAACAAATTGTTACTTAAAAAAAATCCATAGCAATCAC TAATTGTCACAAAATCGACACTTTGACGGATGTTAATGATAGGAAGTAAATTCTACCAGACATTAAAATTTAGATCTAAT TAGAAAAAACTAAAGGAAACTAAGAAGAAAACAAAAATCTGAGAGCTCAGTTTTCTTGATGCATTTTTCAATTACACAAG ATACAATTTATTCTAAGTGAAACAACTTTAAAACTAAGAAGGGTCATACAAGTAGTAGTGTAGTACCGTCTTATTTCAGT AGTGTAGTTTTTTTTTTTGGTGAGTAACCGGGGCTCAGAGCCCAAACAGAGAGATCAAGACCTCAGATACAAGGTATTGC AGAAATCAAACATGAAAGGAACAATACAAAAAGTTGGAAGAGTCTCAAAGAGCCTATAATTGTCGATCATGGAGAGACCA TTCTTTGCAAATGCGTCTGCTACTGAATTGGATTCTCTGAACACATGTCTCCAATGGAAGTTATGGTCTTGACCAACAAG GTGGGCAATTTCTTTAACCAACGAGCCGCAAGGGTGAGTTGGATGGCATCCTTTGTTTAGGAGCCCAATAGCAACCTCTG AATCACTCTCTAACAGGATCTTGGAGTATCCTTTTGCTCTAGCAATTCTAAAACCATGCAAAATTCCCTAAAGTTCTGCT TTCAAGACAGAACAATCTCCCAATTTGACAGAGTAGCCCACTAGAAACCTTCCCTCATGGTCGCGGATCACACCACCGCA AGCTGCACGATGATCTGTTTGGATGCAAGATCCATCGGAATTAATCTTGATCCACCCTTCAGGAGGGTGAGACCAATTGA CAGAAACAGTTCTAGTAATCTTACCATGGGAGTTTGGAGAGACATGAAGGCTTGCTGCCAATCTCAAATCTTTAACCACA TTTAGGATCTGCCTCTTCACCACTGCTGCTGTAGTTCCAATTCTTTCGAATACCAAGACATTCCTAGCTCTCCAAATGTT GTCTAGCGCAACACCAAAGACCATACCCCAGGGAATACCATGTTGGTAGGATTGGAGGTCTTGTAAGTTGCACAAAAGCT AATCATCTCTATCAGGTTGGAAGAAATCAGTAGTTAACATAGAAGGGAGGATGGAGGTCCAGACTTCGGCAGCAAAATTA CAATCCCTGAAGGTATGCATGATAGATTCTGAAATCCCCGGGCATCTAGGACAACCTTCAACATCTGTCATGTGCCTGTG GGCCCTTTGTTGGTTGGTTAGCAGGGCTCCCTTGCCAACCTTCCACAACAAGATTTTAATCCTTTGAGGTCCTCTCCACT TCCAGATCTCTTGGAAGAGTTTTGAGGTATTGTCAGGGTCATCATTGGCTAACAATCCATATGCAGACTTCAAGGAGAAA CTCCCATCGGTAGTGGCACTCCAAGCTATCACATCTTGGGACGCATGGGCAGTGGGGGGGTTCAAAGTCAGGATAATATC CACAATGTTCCTGGGTAAACTAGCATTTAGCTGATGCACATCCCAGGTGCCATCAAGGGTAAACTCTCTGCAAGCTTTCC AGAGCTCTGTCATCTCCAAGGGTCTCAAAGCAAAGGGCTGGAGAGGACCAATTGAAGGGACCCAGAAATCCACCCAGAAC CTAGTGGAAGCACCATCACCAAGTCTCCAAATAAAATTCTGTTTCATGATGGTCCAACTCTTGCAAACCCCTCTCCAAAG ATTGGAAGCATTTGCACAATTTGGGATATTGGGAATTACGTCATAACCACAACCGTACTTGGATCTCAAGACTTTAACCC ACAGCTTGTCTTGCTGGGAGCAAAGGCCCCAATTGATCTTCATCATGAATGCTAAGTTGACATTCCTTGCTTTCCTAAGT CCAAGGCCACCACTACTCGTTGAAGTGCATATTTTATCCCAAGAAATCAAGTGGACTCTTCTTGCATTTGCCACATCACC CCACACAAAACCTCTGCAAACTTTATCAATACTATCACAAGTAGAGCTAGGGAGTAAGCTAGTCTGCATGACATAAGTAG GGAGGGCAGCAAGGACAGATTTGGTGAGGGTGAGTCTACCAGCAAAAGAGAGGTTCCTAGCTTTCCAATCTGAAAGCCTT TGCTTAGCTTTATCCAGCACAAAATGGAAAGTTTGTTTGGATACCTTATTGTGATGAAGGGGGACCCCAAGGTATTTTCC CAAGTCACAAGTTCTAACAAAACCAAAATCAGAACTGATCTGTTCCCTCACACTGTTATGGACATTTTTGGAGAAGTGTA TCCTTGTCTTGTCTCTATTTAGCTTCTGACCAGAACTTTGACAGAAAACATCCAAGATGGCCTTTATGACATCAACTTGT TCCATATTAGCCTCAGCGAATAGAACCAAATCATCCGCAAAGGAAAGGTGGCTAAGTTGAGGACCTCCTCTAGCAAGTCT GATTGGTTTCCATAGGTTTTGTTCCACAGCCAAATTAATGATTTGAGACAATCTTTCCATGCACAGAACAAAGAGGTAAG GTGACAAAGGACACCTTGCCTAATTCCTCTCGAAGGTTTGAATTCCTCCAAAGATTCCCCGTTGACCAACATTCTCATCT TAACAGTGGTGAGGCAGGCATTTACAAGGCCTACAAAGGATTCAGGGAGATTGGCATCCCTTAGGGTGTCAAGAATGAAA TCCCATTTAACCCTGTCGTAAGCCTTTTCTAAGTCAATTTTTATCGCCATCCAGCCCACCTTGCCTTTCCTATTCCTCAT AGAGTGAATCACTTCTTGGGAAATGATGATGTTGTCACTGCTATGTCTTCCTGGTACAAAACTGCATTGATTAGGACCAA CTAAATCAGACATAACCCCTCTTAGTCTCGCTGCCAAAATCTTTGAGATAACTTTGTAAGAGACATTGCAGAGGCTTATC GGTCTGAGCTGCTTGAGGGTCTGAACAGGCTCTACTTTAGGGATTAAGGTGATGAGAGTTTCGTTGATGTCTTCCACTGA TCCTGGGTGAGCAAAGAATCTCTTCACCAAAGCACACAGGGAAGGCCCTACTGTTTCCCAGTTACTTTGATAAAAGATGG CTTGGAAACCATCTCTTCCTGGGGCTTTGAAGCTGCCCATTTGAAAAACAGTAGCCCTTATCTCTTCATTAGTGACATCC TTAGACATAATTTCCTTGTCTTCAATACTTATGTCGGGGAAGCAACCTTTAAGACAGAACTCTTGGTACAAATTGTCATC AGAATACAAGTTTCTAAAATAAGTAGTAACCATTCTTTCAAGCTCACCAAAGTCTGTTATCCAGACTCCATCCTCGTTTT GAAGGGCCTCAATTTTACTCTTCTTCCTTCTCACTAGGGCAGTGCCATGGAAAAAGCGAGTATTTTTGTCTCCAAAGCTC AACCATTTGCATCTTGACTTCTGATACCAGAAGATTTCTTCTTGATGGACAACATCTTCATATTCTCTCACAAGGTTGGT CTGAAGGTCTTCTAGGAAAACATTTGATCCCAGAGCAAGGTGTTTGGCTATTCCATTCAATCTGTTAAGAATTCTCCTTT TCTTTTGGAAGATATTTCCAAAGACATTACTATTCCAGACAGCAAGCTCTTCCTGCAGGGAGTTTAAAGCATTTGTCCAG CCTATATCCTCCTTCCATTTGTCTTTTAAAAAACCAGAGAAGAGAGGATGTGAAATCCAAGCAGCTTGAAATCTGAAAGG TCTTCTGTGTCTATTGGTGGCTTGGTTAGGCCACAAGTTCAAGAGAAGAGGGGCATGGTCCGACTTCAGAGGATGAAGAT GAAGAACAGAGGCATTAGGCACCATAATCCTCCAATCTAGATTGCATAGAACCCGGTCAATTCTCTCTTGGATCCTCCCT CTCTTCCAAGTATAGGGGGAACCAATGAAACCAGCATCAAAAAGTTCACACTTTCTAACCCAATCTCTAAAGGAGCCAGA GTCTCTAGGGGCAGGGGTGGAGCTTCCAGTTCTCTCAAAATCATGTAGAGTAGCATTAAAGTCCCCTATGATACACCAGG GACCAATTATACTCTCATGAATCTCTTCAAGGTCTTTCCATAGGCCTCTCCTGACAGTAGCATTAGGATTTCCATAGGCA GCAGTAAAATACCAAGTCTGTCCAGAGCTTCCTCGAATAGCTAAGTGCATGAATTGAGTGGAGGAAAGTAGTCTAGTCAC ATTCCAGATCCTAGAGTTCCATAGGACCCAAATGCCACCAGCCTGACCCTGGGAGTCCACAATTTCAAAACTATCCAGCC CACATTTACTCGCAGTTTTCCTAGCTGCCTCCCCACTAGCATGGGTTTCCACTAGAACCATCAAATCAATGCAATGAATT TTGATAAGGTCTTTCATCATTCTTACAAAACTTCTGTTGTTGGTGCCTCTACAATTCCAGCTAAAAATCATTTTAAACAA TTGGAGGGGTAACACAAAACATAAACCAAAAACCATCAAGATTGGGGGGCATCCCCCAAGATGTTCTCTTTTCCCAAGCA GGGACCTTTCACAACATTTTCAGACCCAACAGTACCCATAACAACATCCTCTACACCTTTGGCAAGATCACCATCAGGTG GCCTATGTGTGGAAGCTGTTGACTTGTCTTTTGTGGCCCCTAGAGAGGCAAGGAGGGGGTTCCTTTTGATATCACACAGC TTGTTGGATGGACCATCCACCACAGGGACCACTTTATTTGTGAAAATTTCAGCTAGAGCTTCACCTTTCATGTTTTTCTC TATCTTTTTCCAACCTGCCTTCCTGATTTGTTTTTTAAACTGGTTCAGGGTGACATGAGTCTTCTCTTGAGAGTTAGCTA AGGATTGCTTCCTCCCAGCCTTCTTTCCCAAGCCACCATGCTTAGTCTCAGTTATCACCTTTGTAGCAGAGCCCTGACCC TCTGATTGGTCCACAGACAAAACAACATCAGGCATGACATTACCTTTATCCTGTGTCTTTACTTCTGGCATCCCATAGAC AAACATCTGTTTGTCTTTCTCTCCTTTACTGCACTTGTCAGTGTTAACCTTTGAGATAATCTTCTTTGTTGATGTACCTG AATTGCCCCCCAATCCTTGAACTTGAACTTTACCTTGCATCTCTTCCCTGGAGTCTACCTTCATGCTGTCTACCTTCACT CAGTAGTGTAGTACCGTCTTATTTCATGAAACATTCTATAATGGAGCAATTAGAACAAAAATATAACTATGGTTGCTATT TCCATCAAACAAAAAATATAACTATTACTATTCTTGAGATTGAGCCCTTTAACATTGATTGGACTAGGCCCAATTAAAAG AAAATTTAATAGAAGCGATACCTTCTACCAGCCAACTATTAAAAAAACAATGTTGCCTGAGTGAACCTTACAACCATGGT TCTTCAAATTTGTGTTACGAATTTAAACATGATGATAAATCACACACAATATAAAAGAAACATGAATCATTTACATAGAC CCTCAAAAAAAAAAAGACTATAATTGTATGAATATAGGTCACTAATAAATTAAGAGAATGGGTATCTTTAGTATCAATTG TAATGTGATACATAATAGTGACTAGTAATGAGTTCATTTTTTTTACAATTAGGCCAGTTCAAAACTAAAACTCGGGTCAT ATTCCAGACGGGCCTTGAGCGAAAAGCCCGGCCCATAAACAACTAGGGTTTTGGATACATAAACGTGAAACACTGGCTTC CTCCACATACAGCTGCAAAACCTAGAAGCAAACCAGAGAGGAGGAGCAGCCATGGTTCACGTCTCCTTCTACAGAAACTG TGAGTCTCTCTCTACTTCCTCCCTTCCTCTTCTCAATTCTCGATCCATCAATTTCATTTGAATTTTTCCATTTGATTTTC CTCTGATCCATTGCATTTGTTTTTCACAGATGGGAAAACCTTCAAGAAGCCTCGTCGCCCCTACGAGAAGGAGCGTTTGG ATGCAGAGCTGAAGCTCGTCGGAGAGTACGGGCTCCGCTGCAAGAGGGAGCTCTGGAGGGTGCAGTACGCTCTCAGCCGC ATCCGCAACAATGCTAGGAACCTGCTGACGCTTGACGAGAAGAACCCTCGCCGGATCTTCGAGGGTGAGGCTCTTCTCAG GAGGATGTTCCGTTATGGGCTTCTTGATGAGACCCAGAACAAGCTTGATTATGTGCTCGCTCTTACTGTTGAGAACTTTC TCGAGCGCCGCCTGCAAACCCTGGTTTTCAAGTCTGGTATGGCTAAGTCTATTCATCATGCTAGGGTTCTCATCAGGCAG AGGCACATCAGGTTCTCCCTTTTTCATTTCTGATATTTTTTCATATTGGGTATTGTTGTATTCAATGTTTAATACTTGTC CTGTGTATGCTATAGAACTTGGTTATTGTGACATGTTTGGTTTACTTTGTGATATTTGGCATTAGAATTGGTTAATGATG TGCTATGCTATATAGGACCTGGTTATTCTGCCATGTTTGATTCACTTTGTGATATTTGGCATTAGAATTGTTTAAGGATG TGCAACTGGAGATTTATTTCTATTACTTGTCAAGTAGTTTTTGTTGTTTCTGAGTCAGATATTCATGGTTAGCAGAGCTT GATTTGTGATGGGTTTTCTACAAAAACATGTTTTGTGGCTACTTACTACTTATTGCATCTTGAACCCTTGTAAAGAAAGT ATGTATGCATAGCTAAGCTTGATTTGTTCTCTTTAATTCAATGTTATATGATGGGTTTTCTACATAAACACGTTTTCTGG CTACTTACTACATTGTACTTGATTGCAACTTGAACCCTTGATGATCTTCTTTATATGATTTCTCAACCCCTGTAGCTTTT TTTTGCAATTCAGTTATCCTCTGTTTTGAATTATGGACATAATGCACTGCTTTTAGAACTTCTCCTAGCATCTGTTGAAA GTAGCATCAATTTTCAACAAATAATACATCTGTTTGCATTTTGTATGTACAATTAGTTTTTGAAACATGCTTATAAGGTT TTTGTTTGTTTGTTTAAGTTTAATGAAATGCTTTATTGAATGGATTCTTATGTCATTTTTGTTCTTGTCAGGGTTGGGAG GCAGGTTGTGAACATCCCATCATTCATGGTGAGGATGGATTCACAGAAACACATTGACTTTTCACTCACAAGTCCTCTTG GTGGTGGTCGCCCAGGACGTGTGAAGCGAAAGAACATGAAGGCTGCTGCCAAGAAGGCTGCTGGTGGCGACGGTGATGAG GAGGATGAAGATTAAATTATAAGTTGCTAGTGCGCTGATACAGTGTTCCAGCTTTTTATTTCAGTTGCTAGACTTTTTTA GATTTTTTGTCGTGCTTGACTCTTATAAATTTTCCATCCTTGTTCCTGTTTGATGAAAATCTTCACCCGAGAGATGTTGC TTTTGAACTGTTCTTTTCAAAGTATGAAGTTTTGTTCCAATGGCTGTGATGGTCTTTGGTATTAAATTAAATTGATGGTT TTAGCCTTCTTTGAATGCACCATGTTGTTTTGGATATTCTTATTACACAATCATTAAGTAACTAAGGCCTGGAATTTTCA TAGAGTTTAAGCTCATTCAGTCCTTGTTGATATCAATTCTAAGTTCATAGGGTTCAAGACTGTTTTCTTCAGACTATAGT TTATAGGACGGTGTGTAGCTTGAAGTGAGCCTGTTTTCTTCAGACTATAGTTTATAGGACGGTGTGTAGCTTGAAGTGAG TTGAGTTTAGCTAAAATCCTTGCTCTAGTGATCACAAGAATTCCTTAGTTGCTTAGAGCTTCTATCAGTTGTTTTGGGTT AATTCTCAAAATAAGAACGGTTGTTTAAATTTTGTTGCCATTGAAGGAAGGTGAACAAAGTTGCTCTAGA 

CDS sequence (LotjaGi4g1v0249100.1) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGGTTCACGTCTCCTTCTACAGAAACTATGGGAAAACCTTCAAGAAGCCTCGTCGCCCCTACGAGAAGGAGCGTTTGGA TGCAGAGCTGAAGCTCGTCGGAGAGTACGGGCTCCGCTGCAAGAGGGAGCTCTGGAGGGTGCAGTACGCTCTCAGCCGCA TCCGCAACAATGCTAGGAACCTGCTGACGCTTGACGAGAAGAACCCTCGCCGGATCTTCGAGGGTGAGGCTCTTCTCAGG AGGATGTTCCGTTATGGGCTTCTTGATGAGACCCAGAACAAGCTTGATTATGTGCTCGCTCTTACTGTTGAGAACTTTCT CGAGCGCCGCCTGCAAACCCTGGTTTTCAAGTCTGGTATGGCTAAGTCTATTCATCATGCTAGGGTTCTCATCAGGCAGA GGCACATCAGGGTTGGGAGGCAGGTTGTGAACATCCCATCATTCATGGTGAGGATGGATTCACAGAAACACATTGACTTT TCACTCACAAGTCCTCTTGGTGGTGGTCGCCCAGGACGTGTGAAGCGAAAGAACATGAAGGCTGCTGCCAAGAAGGCTGC TGGTGGCGACGGTGATGAGGAGGATGAAGATTAA 

Protein sequence (LotjaGi4g1v0249100.1) extracted from Lotus japonicus Gifu v1.2 Proteins.

MVHVSFYRNYGKTFKKPRRPYEKERLDAELKLVGEYGLRCKRELWRVQYALSRIRNNARNLLTLDEKNPRRIFEGEALLR RMFRYGLLDETQNKLDYVLALTVENFLERRLQTLVFKSGMAKSIHHARVLIRQRHIRVGRQVVNIPSFMVRMDSQKHIDF SLTSPLGGGRPGRVKRKNMKAAAKKAAGGDGDEEDED 

Domain prediction

Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.

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Domains

Sorting

Prediction algorithm Identifier Start End Length E-value InterPro ID
PANTHER 1 197 197 4.9E-124
PANTHER 1 197 197 4.9E-124
SMART 8 108 101 8.5E-26
TIGRFAM 11 166 156 1.6E-64
SUPERFAMILY 12 159 148 3.04E-34
Pfam 12 64 53 1.3E-7
ProSitePatterns 107 131 25 -
Gene3D 108 165 58 2.8E-12
Pfam 109 151 43 3.8E-13
ProSiteProfiles 109 183 75 11.175
CDD 109 151 43 5.20801E-9
SMART 109 180 72 3.0E-4
MobiDBLite 162 197 36 -

Gene function (GO predictions)

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 RNA binding Interacting selectively and non-covalently with an RNA molecule or a portion thereof.
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 Small ribosomal subunit The smaller of the two subunits of a ribosome.
Molecular function RRNA binding Interacting selectively and non-covalently with ribosomal RNA.

Expression data

Expression pattern

Expression pattern of LotjaGi4g1v0249100.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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