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LotjaGi1g1v0376500.1

Overview

Field Value
Gene ID LotjaGi1g1v0376500
Transcript ID LotjaGi1g1v0376500.1
Related isoforms 2
Lotus japonicus genome version Gifu v1.2
Description Pentatricopeptide repeat-containing protein, putative; TAIR: AT4G31850.1 proton gradient regulation 3; Swiss-Prot: sp|Q9SZ52|PP344_ARATH Pentatricopeptide repeat-containing protein At4g31850, chloroplastic; TrEMBL-Plants: tr|A0A0B2PH40|A0A0B2PH40_GLYSO Pentatricopeptide repeat-containing protein, chloroplastic; Found in the gene: LotjaGi1g1v0376500
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr1:85538812..85551144) extracted from Lotus japonicus Gifu genome v1.2.

CTCTCATTCCCGGGACCTGGTTGGGTGTGGTGGGAAAAATGTCCAAAATGGGACATGGTGGGTTGGCAGCAAAATTATCC AAAATCAAAACTTGATGATAGCGTTGGCCGTATCTGTGTCTCTCATTAGCGATTACACTATCCATCTTCGCTCACTCTAA CACTCTTTTACGTACGGACACAGACACAGGTTAGCACATTCGATTTGCTATCTTCTGCAGTTCAATGTGGTTATTCTAAA TTTCAGTCGCTACTTTTGTTCATCATTGCTGCATTTTTTTGCGTTTCAATGACCGTCTTAGTTCTCTGCTCCTCAACCGC TTGTTGTAGCAGCAGCAGCAGCAGTATGTCATCTTGTTACGCTTTGGCTGATACTAATTTCTCTGTTCTAAGCAATAATG GGTTCTTAGGAGGGAAGAATTTTGTCAAAATGAAGAATTTATCAAAAGGGTGTTGTTTAAAATGGAAGAAAAATGGAAGA AGACAAATGGGTCATCGTGGTTTTAGGCTAAGATGTGCCCATGAGGTTGTTGTGGTGAATGGCAGCAAGAGCAAAATAAG TGTGTCACCTGAGGAAGTTATTGGCGTTTTGAAGTCTATTTCGGATCCGAGTTCGAGTCTTTCGTACTTGAAATCGGTTG CCCAGTTGCCGAGTCTTGTGCTCACGACTGACGCGTGCAATTACATGCTTGAGTTATTGGGGGCTCACAGGAGGGTTGAG GATATGGTTGTTGTTTTTAATTTGATGCAAAAGCATGTTATTTACAGGAATTTGAATACCTACCTGACTATTTTCAAGGC TCTCTCAGTTAAAGGTGGGATTCGACAGGCACCGTTTGCGCTTGGAAGGATGAGGCAAGCTGGGTTTGTGTTGAATGCGT ATTCATATAATGGACTGATTCATTTGGTAGTCCAACCTGGCTTCTGTATTGAGGCTTTGAAGGTTTACAGAAGAATGATC TCAGAAGGGATGAAGCCTAGCATGAAGACGTACTCAGCATTAATGGTGGCATTGGGGAGGAGAAGGGAAACTGGAATCGT TATGAGTTTATTGGAAGAGATGGAAACTTTGGGTTTGAAGCCAAATATCTACACATATACCATATGCATTAGAGTGCTTG GGAGGGCAGGGAGAATTGATGATGCTTGTGGGATTTTGAAGAAAATGGATAATGAAGGATGCGGGCCTGATGTTGTCACT TATACGGTTCTAATTGATGCTCTTTGTACTGCAGGGAAACTTGATAAGGCCAAGGAGTTATATATAAAGATGAGAGGTAG CAGTCACAAACCTGACCGGGTAACATATATTACTTTGATGGACAAGTTTAGTAACTGTGGCGACTTGGAGATGGTGAAAA AATTCTGGAGTGAGATGGAGGCTGATGGTTATGCTCCTGATGTGGTTACCTACACTATACTTGTTGAGGCTTTATGCAAG TCCGGGAATGTTGATCATGCATTTGCTATGTTAGACGTGATGAGAACAAAAGGGATTTTTCCAAATCTTCATACGTACAA CACATTGATCTCTGGACTTTTGAAGTTGAGAAGATTAGATGAGGCATTAGAACTCTTTGAAAATATGGAATCTTTGGGTG TTGGACCTACTGCTTATTCGTATGTTCTTTTCATCGACTATTATGGAAAGTCTGGTGATACTGGAAAAGCTCTTGGCACC TTTGAAAAAATGAAAAGAAGAGGCATTGTGCCTAGTATAGTAGCGTGTAATGCATCTTTATATACTCTTGCAGAAATGGG TAGGATCAGAGAAGCAAAAGATATATTCAATGATCTTCACAATTGTGGGCTTTCACCAGATTCAGTAACCTATAATATGA TGATGAAGTGCTACAGCAAAGCAGGGCAAATAGACAAAGCAATCGGGCTTTTGGCTGAGATGATGAGCAATGGGTATGAA CCAGATGTTATTATAGTTAATTCTTTAATTGACACACTTTACAAGGATGATCGAGTTGATGAGGCGTGGCAAATGTTCCG AAGACTGGAGGATTTGAAGCTAGCTCCTACAGTTGTGACATACAACATTTTACTTACCGGTTTGGGGAAGGAGGGGAAAA TCCCAAAGGCCCTTGAATTATTTGGGAGTATGTCAGTGTCTGGGTGCCCTCCAAACACCGTAACATTTAACGCACTCCTT GATTGTCTTTGCAAGAATGATGCAGTTGATTTGGCCTTGAAGATGTTCTGTAGAATGACAGCGATGAACTGTAGTCCTGA TGTTCTGACATATAACACTGTTATCCATGGCTTGATCAAAGAAGGCAGAACTGATTATGCATTCTGGTTTTTCCATCAAA TGAAGAAATTTCTCGCCCCTGATCATGTAACTTTGTGCACCCTCCTTCCCGGTATTGTGAGGTATGGAAGGGTTGAGGAT GCAATCAAGATTGTTGTAGAATTTGTCCATCAGGCAGGTTCACATACAGACAAACAATTCTGGGGAGAGTTGATAGAATG TATTTTAGTTGAAGCAAAAATTGAAGAGGCCATTGCATTTGCTGAAAGATTGGTGTTCGATGCTAGTTGCCAAGATGACC ATGTAATGTTACCTCTAATCAGAGTTCTGTGTAAGCGGAAGAAGGCCCTTGATGCTCAAAATTTATTTGACAAATTCACC AAAACTTTAGGAGTTCACCCAACCCTGGAATCATATAATTGCTTGATGGATGGGCTTCTTGCATGCAATGTCACTGAAAA GGCTTTAGAACTTTTTGTGGAGATGAAGAATGCTGGTTGTCACCCAAACATCTTCACTTACAACTTGTTGCTTGATGCTC ATGGTAAATCTAGGAGGATTGCTGAACTTTTTGAATTGTACAATGAGATGCTGTGTAGGGGATGCAAGCCTAATGCTGTA ACTCAAAATATTATCATCTCTGCCCTTGTGAAATCTAATAGCCTAAATAAGGCATTAGATTTATATTATGAACTCATTAG TGGTGATTTCTCTCCCACTCCCTGCACATATGGCCCTCTTATAGATGGTCTTTTAAAGGCTGAAAGATGTGATGAAGCAC TGAAGTTTTTTGAGGAGATGTTGGACTATCAATGCAAGCCCAACTCTGCTATTTACAATATTCTCATCAATGGATTTGGG AAAGCAGGTAAAATTGATATTGCTTGTGATTTTTTCAAAAGGATGGTTAAGGAAGGAATAAGGCCAGACTTGAAATCCTA CACCATTCTTGTAGAATGCCTGTGCATGACTGGTAGAGTTGATGAAGCTGTGCACTACTTTGAGGAACTAAAGTTAACTG GCCTTGATCCTGATACAGTTTCTTACAATCTTATGATCAATGGGCTTGGAAAATCACGTCGGTTGGAGGAAGCTCTTTCT CTTTTCAGTGAAATGAAGAATAAGGGAATTTCTCCCGATCTTTATACTTATAATGCATTGATTCTCCATCTTGGAATTGC TGGAATGATAGACCAAGCTGGAAAAATGTATGAGGAACTGCAACTGGTGGGTCTTGAACCTAATGTCTTCACTTATAATG CTCTCATTCGCGGTCACAGTATGTCTGGAAATAAAGACCAAGCCTTTTCTGTATTCAAGAACATGATGGTTGGGGGGTTT AGCCCCAATGCGGAAACATATGCTCAACTGCCTAATAAAGGTTGATTCTGCTGAGTTATCTCATGGGGTCATTTCTTATT TCTTGTTTCAGTCTCTGATCTCAAAAGGGAGGCATGAAGGTAATTCTTAATGTTTTACTAAAAATAATTTTATGGAAGTC TACTTAATTTTACTTGATAATTATTTTATTATCTTTTGATCGTTGTTGTTTCTTCAGGGACACTTGGCCCTGTTGCCTAC ACAATGTCAGAGACTGGAGATGTATTTAATGACCAACACACATTGTGAGTATATCGGGTGTTAAATATATTTTATGGTTC CTTGACAATTTGTTTTTTTCAATTCTTAGTCTTTTTTTTTTGCTGATTGCAGGCGTCAGCAGCTCCCTACTATACAGATG GAGCCTTTACCTCCCTAGGGATATAGAAAGGAGGTGGGAATGTACATGGGAGAAGGATTAAAAAAGAAATGGTGTGATGG GATCACACCAAGATATCAAACCAATAATGTGTAAAATATATGAGCATACTTTAGGCGATGGCTAATGTACCTTTGGAAAT AGGCCATGTACGGATACCATAAATTTTTACTGGTTATCAGAAGGTATGCAGAAGTGTACTTATGAGTTCTGTTGTTCATA TAATCAAGTTTTATTACAATTTTTTTTCCTCCTGATTTTTGCGGCTTTGAAGTTTCAAGTAAGATGCTTTCTTTGCAATA TCAAATGTATTTTTTGTTGTGCTGTTCTGATTGTTGTTACATTTTAATAATACCATTTCTCTAGCATTTCAATTCATTGG CTGTACAAAGAAGTTGCTTTTCTTTTCTTTTGTTTTCTTTTCCAAAAGTATGAGAGTTAAGAGTGTGAATGAGATCCTCT TCTTTACCTGCAGGGACTTCTGAGAAAAATATGATCATGAGATGAAATGAAATCTAGTCTTGAAAACATGAGTTGTCTCT CTATATAACTTTTAGCTAATGCATCATTTGTCAACTGATTTTTACGGTTCCAGCCCCTTGATCAACATATGCTATTTGCT ATATACTCACTTCTTAGCATATAGCTTTTCCATTTTTCCACGATCAAGCAATTGCTTAGAAACACTGCCCATTTCAGAAA CCTTTGTGTATTCCAGAAACCTTGCCTTCAGGAAGGTGGGTGGCTGAGATCAAAGACTCCTCTCAGCATGTAGGGTTATG GCTGGGAACCTTTGACACACCAGAAGAGGCAGCAAGGGCTTATGATGAAGCAGCTAGAACCAACTTTGCATCACCAGAAA ACCAACAAAACCAGGCTCTGATGATGCCCTTTCGTATGATGGAAAGCATAGTGGGTTAAGCTTTGCTTCCTTGAAAGCCA AGTTAAGCAGAAATCTGCAGAGCATCAAGGACAGGGTCAGTGATTGCAACTCATCAAAGAGCAGGGTTAGTCACCGTCTC ACTTTGCTAGTAATTCCCCTGCCCTATCACATCACTATAGATTCATCTAAATTAGAAACAAGTGGTCATTGGTGTGTAAC TGTGTGTCTGTGATCTCTGGTTTTTAAACATTGAAAGACAAGCCATTTTTTCTCCATTTTGTCAGTCTGTTTCAATTTTA GTTGGTATAATCCATATTGTTGATTATCATCTGACAAGATTGATGATTGCCCATTATTTGATTGATTGTCTGATACACCA AGCTGACTGACCTTTTCATAAATTAGATACTCTAATTTTATAATATTTTATTTCTCTAAGCTCCATGGCTAAAGTATTTA CATTTTGCTCATCCCTTTGAGTTTGACTACTTCTGCTAGACTAATATGAATGTGAAGCCTTTGTGCAGCTTGGTACCAGG GATCACCGTTTGGCTTGTTCCCTGTGTGAGATTTTGTTCCATTGCAAACTCATTAGCTGCTTCACGGGAGTGCCATTTTC TCGCTGTCTTCAACTTTGGGGACTCCAATTTTGACGCCGGAGGCCCAGTATGCAAAAAGCCACGAGATGCACCAGCTGTG ATCAAGTGGCACATATCTACTCTTTGTGATGCATCATCTGTGATTAAGTATGTAAAAAGCCATAAGAAGTCTACAGCCAG CATCAAATTTCAGCAAACATTTTTTGCAATGAAGTTAGCACTAAGTGCTGCTTAATACACTTCACGAGGTCCTTCATTCC TAAATCCTGACATGATGGTACCTGGTTATGGAGTTCTTGCCTAACTACGATCTTATGTCCGGAACATCCATGGCATTCCC TCATGCTTCTGATGTGATTGTTCTTCTGAAGGCTGCACACCATGAATGGAGACCAAACAATATAGGGTTCTGCACTAGTA ATCATAGCTAGTCTTTTGGATAGTTCTCAAAATCCAATTTGGAGCTATAGGAATATTCTGAAGGTTTGTTATTTTGAAGC CTTTTGATGATGAAGGTTGGCAATGGTTCCGTGCTCCAGAAGAAACTTGGTAGAGGAGCCAGACTGTATGGAAGAATACA AAGTCGGATGACAACTACAACCGCGAGAGCAAGACAATGGAAGGACGCACTGCAGATTTCAAAACAGGTGTGGGTAGAGG TGGGAGGATGCATTGATGCTTACAGATCACAATGGGGCATTAGGATTCAGTTTTAATTTTAATTTTTGAATTTTAATTCA AATTAATGATGTGGCAAAATACTGTAATATACAAGGATGACAGTGTAAAGAGCATTGCATAACACTTAAGCTCTTAGAAA AAAAACTAGTTATGTATGTTTTACTATGCTTTTTCTGTATAGTTGCATATTTTCATCGCATTACCATAAAACTACGGAAG GTATGTAATTTAATGCCAGAGATCATATCACAAAATTGGTACTTTTTGTGTGTGATCAGAGTAACTGTTCTGGTATAATG TTCGATGAACGGAAAATGGCCATTTAGATGTATTATAAGCACTGAGTGGTGCACATTATACATATGTATGTGTATACGTA TATGTAAGATACATATTTTCACTGTTGCTGCGGAGTGCACATTAAATTGAACTTCTTTCTGGTTTTGGTTCAGATTCAGG TGATGAGGATTGCTCTTGTGCTGGTGCACTGGACTGTGGTCTTTTGAACTGCACCAAGATCATGGTCATGTTATCACATC CCTCGCCAGTAGCAGTTGATGGTGCTAAACACCGGTCAAGCACTCTTTCACACACTGCTGAAAGTTTCGTTTCCTGCAAT ATATAAATTTGTTAAAAATTATTCATAATATAAAACAATTCAGATGTACCTTCACGGCTTCACCCAAGAGCTTAGTTTTT AGAAAATTAGTTTATGACATGTTTTTAGAGTATAACCACGTGGTCTAGAATTAAATTCTTGTACCCCTCATTATTCTAAT AATAAAAGTTGAATTCCACTTAAGGTGAGTGAGTTTGTGTATTTTTCACACTTCAAAGTATAATGTACTGCATTAAAAAT CATCAATAAGCATAATCTATGAACAATTATGACAGCTACTTATTAATTGAACACTTCATCCTCTTATTAGGAAGAAGTTA ACACTTAAGAACTCACCGAGCGCAATTGTTCATGAACAAATTCTACCAACTGCTGACTTGACATGCAATCCCTGAAAGTA ATAAGGAGAAATAAATTATTGGTTTCACAGAGACAGAATTAAGGGGCATGTGTGAGCAAAAGTACTTTCAGAATTGCACT AAATGTCAATATTTTGGCAGATGACAGTGACATACGCTAAGATATCAACTTACATGTGTCTAGAAAAAAAATTATTAAAC AGAAGGCATTTGTTTGAAAATAGGGAGGTTCTGTGTGATTTCTAAAACTAGAGATGTTTTCATCAGTGTTCAATGACTGA TATCATCATAACTTCAGAATCAAACAGAGGACAGAGAAAGCATAAGATGGATACCATATGCCATCACAAGCTAGCACCAA AAATTCATCTTCATCACAAAGTTCGACCTAAAACAAAATATCAAAACAAAGATGATATATCAGTCATAACAATTGAATTT AAGTTATCCTTAAACATAGCAGGAAGCCCTTAACATGCAGTTTATTGTGGGTTCAATCGTTTATAAAAATGAAAAATTGT GGAAGATCCATGTCTCACTGGGGCAGTTAGCTGAATTCAGTGAATTGTACTCCAGCAACAAACTTACAGTGTTTATATCT GGATTGGCAGTCACAATTTGCTTTTCAGCAGGAAGAAATTTGTTTTGTTTAAATTCCATGTCACCTGAAATAAAAAAAAA TGAAATATATTGAGGAATGGAAACTTCACAGCCCACTACATCCCACCCCATACCTCAAAATCCCAGAAAGAATGTGTTTC TTCACAAAGAAATTAGTGTTAAGAACAGACAGATAAACAAATTTGAAATCTTCAGTTATGTGATTTGAAACCAATCTCCT CTTTTCTTGCAAAGAACCAAAAAAAGCATACAAAATAAAAAGAAACATAGGAAGTTGTTCATTTTGTTGTGTTTATTTAT CAAGTTCACAAGTACATGGATCATCATGAGCTAAAGATGCATGATCCTGGCCAGGCTGCTCACTTATTATTGGAAAATGA GGATGGAAAAGTTGAGAAGCTTAAATTATTCTTTAAAAAAGTTCACAGGCCAATAGGTAATTACCAATAGCTCTTGCAAG ATTTAAACTGCCATTAACTCGTCCTGCATGAATAAAGCCCCCAGCTTTTAAGATTCTTTCATTCTCAATCTCAAGATCAG GTTTGTGGTCTCTAGACAAATTGTATGCCTATAGAAAAGAGCCATAGTAAAACCATGTAAGATATGTAACTTACAAAAAC TGAAATATGCAGTCTGCCAAAGAAAGAGACAAACCATTTTCTATACCCTCAAAAAGTTCCCCTAATAAAATTGACCCATA AAATTCCCAATGTACAGTAATTATGTATTCAAAGTAGCTTTTTGCGTAATTGCATTTATCTGTATTCAAGTACCTACACA TCTGTGAGGGGAGTAAGCATAATAAACATTCAAGAATTTCCCTTCTGAGCTTACCTGACCATTCCTAGATATTACACAAC GTGAATCACCAGCATTTGCAACAACAAGTTGTTTGTTTCTAATAACTGCAACACACGCGGTGCTTCCAGATGTTGGTCCA GAAAAATCAGAGTGAGTCCCCTGATTTCATTAAAAAAATTCAAATTAAGGAGATGCAGAGAAAGTTTTAACTCGATATAC GCACAGAAAACAGGCATGTAGGGAGAAACATAAGAGTACTACTAATCCAAATAAATGATAAATGATATTTTTTTACTTGA AGGCCATATGTCAAGCACCAAGTTACCAAGTACACCCAATGAAGCTGAGATATTTTAGAGTACTATTTAAGGTAACCTTC TTCAAATGTTATACCTACCTCCTCAGAAACCCAATCATCAACTTGGATATCACCATCACCGGTTCGTGGGGACAAAATCA ACCCTTCTATCATTCCAGTAAACTTGTTTATCTTATCCCCCAAAATTGATAGTTCCCTCCATCCCTTTTGACCACGCATC ATCTCGTCCATCCTGCATAACATTGAAATACCGGTTCATAACTTCTTTCCTTTTTCAGATTTTTGTTCTGAGGGTGGTGT GGAGACAGGGGAATAGTGGCAAAGGAATCAACGGTCACATTTACTTCAATATCAATTAAGCTGGGAGAGAGAAGATATAA TACTACACTTCATATCTGCTTAATTTGTAAGTTTAGAATATAGAACACAGTAACCAGCAACAAACAAGTGGGCTACAACT TGTCATTTAGAAAGCAGCACATATTTCTTCATTTAGAAAGCGACTTTGAGTAAAAAGACCCTTGTCAACTGTATTTTTTA TATATTAATGAAAAAATGACCTACAATAAGGACCACAAACACAGAATTTATCTGATGATACAACTTAAAGTTTTAACTAT TACAAAAACTCTATACCTTGCAAGCATAAGACCAATTCGTCATTTAATTGCAGAATATAGGAAGAGCAACTGCCATTAAG TATAGAATATAGATGATGCTTTCTATTTTCTTCTAACCTTAAAAAAGCTTTCTGCAGAGAGGTTCCTATGTCTCCAGCTA AGTATGCTTTACTTTTGAGCATCTGTTGGTGAAGAAACTTGGCACAAAATTTTGCAACCACCTTACCTGAAAATTTGGGA CTGAGGATCCATAACACAGCTTCGATAACAACTATACATGATTTCTGTAGTACTCTCTACTTGTCTTGTTACGCTCAAAT ATATGGCATGATTGGCCACAAATCATAAAAATATAAGGAGTAGAGGAGCACAAGCAAAAATGTACTTCAATTTTTCTACA TGAAATGGTTGAAAGGAGCAACCAGCGTCCACTTGTTTGAAATGATATGTAAGAAAGCAAACAGTTCAATAAACAGAACA TAAGTATAGACACACTTTAGAGGCTCAGCAGAATAGCCAATTGATCAAGAGATGGAAGCCTGTAGGGTTTCAGGTTTAGA ATTTAGAATCAAAGCATGTAAGTAACATTGGTATAAATGGATGAAATACGGTAATGCGCTAGGGTCTTCATTTTACAGTT AGTGTAAGTTATAATATAATTAATCATGTAAAGGAATCACTTTAGGATTTAAATTATGTTTCAAATGTTGAAATCAACTG TGTCTAGGAGCAACACAAACTTCATAACTTTTTGTTAAAATACATTTTTTTGCTAAAAAAAATACAATATACAAAGGTAT AGGGACCATGGTTTTGCAAAAGTGTCTCACTCTGTGTGTGAATATTCAGCCAGATTGGAGGGTATTGCTGTTTTGGATTT TCAAATTTATAGTATAAGGTTTCTCTGTCCTTTTCTTCTTTTCTTTTCCTCTTTCTTTTACTTTCTCTTCAGCTTTTAGA AGATATCATATTCGTATCCTAGTCTTCCATTTCTTATTTGACAGAGGAGGTACAAATGGGAGCATGAGATATCATCTATA AGGCAAATTCAAAAAGTTATATAAAGCGCCATAACATGGAAAGAAGACATCTGTAACTAACAATGCAGTACAATGGCGTT CTTTCACCAACTCTAGTAGCCAAATGTTATCAAAACCTTACCTCCATGACCATCATAAACACCAAAAAACGAAGTGGACT CATCCAGATCAGTATATGCAGCATGCTAACAAAAGAAAGAGAATGAAAGATCAACAGTATATAATGGATTAACTAAGATC AGTCTAAGTCAGGCAAAAACAAGTAAATGAGTTGATAAAAATGAACTTTAAAGTTTAAAGCAGAATCAATTGTATGTTTG TTTATAAAAAAAATCTTATAATATCTTGACCTTATCTTAGGGTATCTTAAATTATTCCATAGAATTATTTGCCATACTTC TTTTGTATCTCATGATTTGTTTCATTGTTTAATTAGGACTAGGAGTCTAGTATTAGTATAAATAAGGGTTAGTGCTTTGT CTTTTGTATCAAGTACACCTTCTAGTTCCCCTAACAACATCAACATCTCTCAATCAAAATGATAAGCCAAGCTCAATAAT TGCATAAGCAATTGATAGAGCATCAAATTTGAAGGCTAATGAAAAAAAGGATGCATTTATGCAGAAACAAACTAACCTTC CAATGCAGCAAAACAAATAAAGTTAAGCAACCTTGTAAGACATAATTCTAAATCTGTACTAGCAAATACAAAATACCACA CCTTACTAGTTACTACACCTAGATACTTTATAGTAGAAATTGTCACATTGTTGGTTCATGGTTATTCACCTTATAGAATT TGGGATTTATATGCAAAAGGTATACAATATATAAAATTGGCAATTGTTCAATGATTACTCACAGCATCTTCCATAGTTGC ACGCCACCCTTGCATAGATGATAAACCATATCTAAGGCGGTCATTTTCACCATCTTCAGAAAACTTTTCTGTCTTGGGAG TGCTGAGATATATTCCCATTCCTATCTGAACCAAAACAAGTAAGCATTAACTTCAATTTCTTAAAGCAGGAAAACATGTA GCAAAGAAATAAGAAACAGAGAAAAGTAATACAAGTAGCAAAGAAATAAATCTAAATGCTTTTTTAAGAAAGAAAGGAAA ATACATGTTAATGACACCAGAAATTATATTGTTTCAATGAAGTGTATGAATGAACTAATTCTTTGAAATGGAAAATTAAA TATGAAAGATGAAAAGCGTGATGAAATTTCAGCTAAGAGTTCTGAATTTTCAGGGAGGGTTACATGAGATGAGAAGTAAA CAGTGAATAGTGTAAAGAACTAAAAAAACAGGGGAGAATTAAAACAGAGGAGAGAAAAGAAGAAGATTCATCAATTAAAC AACTTTGAAGATAAATGAATCTGGGGTTACAAAGAAGGTAACGTTATAAACAAGAAAATGAGAGTTGGCAATTGAATAGA AAAATGAAAAGTTTAAGAGATCAGCACACCTCAGAGTTCAAAGAGCAACCAAATTGACAGCAATTCAACAAGCAAAACAA GATTGACCAGTGGTTGCAGCTGGTAATAGTGATCAGAATCAGACAGAAAGAACAAGAATTTGCATGTTGTTCTTAACTCA AGGTGAGTGTTGAATGTAAAACTCTCTTGGTTGGTCTTGGAGGTTGTTCTTATCAGCTTCTTTGTATATTGATTCTGGTT GTGTTATTATATGGGAAAATGAATAAAGAAATATCTTAAATAATGATAATTCAGAGGAAAAGCTGAAATCTTTTGCTCAT TAAAGGGTTGAAG
Download Genomic Sequence

CDS sequence (LotjaGi1g1v0376500.1) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGACCGTCTTAGTTCTCTGCTCCTCAACCGCTTGTTGTAGCAGCAGCAGCAGCAGTATGTCATCTTGTTACGCTTTGGC TGATACTAATTTCTCTGTTCTAAGCAATAATGGGTTCTTAGGAGGGAAGAATTTTGTCAAAATGAAGAATTTATCAAAAG GGTGTTGTTTAAAATGGAAGAAAAATGGAAGAAGACAAATGGGTCATCGTGGTTTTAGGCTAAGATGTGCCCATGAGGTT GTTGTGGTGAATGGCAGCAAGAGCAAAATAAGTGTGTCACCTGAGGAAGTTATTGGCGTTTTGAAGTCTATTTCGGATCC GAGTTCGAGTCTTTCGTACTTGAAATCGGTTGCCCAGTTGCCGAGTCTTGTGCTCACGACTGACGCGTGCAATTACATGC TTGAGTTATTGGGGGCTCACAGGAGGGTTGAGGATATGGTTGTTGTTTTTAATTTGATGCAAAAGCATGTTATTTACAGG AATTTGAATACCTACCTGACTATTTTCAAGGCTCTCTCAGTTAAAGGTGGGATTCGACAGGCACCGTTTGCGCTTGGAAG GATGAGGCAAGCTGGGTTTGTGTTGAATGCGTATTCATATAATGGACTGATTCATTTGGTAGTCCAACCTGGCTTCTGTA TTGAGGCTTTGAAGGTTTACAGAAGAATGATCTCAGAAGGGATGAAGCCTAGCATGAAGACGTACTCAGCATTAATGGTG GCATTGGGGAGGAGAAGGGAAACTGGAATCGTTATGAGTTTATTGGAAGAGATGGAAACTTTGGGTTTGAAGCCAAATAT CTACACATATACCATATGCATTAGAGTGCTTGGGAGGGCAGGGAGAATTGATGATGCTTGTGGGATTTTGAAGAAAATGG ATAATGAAGGATGCGGGCCTGATGTTGTCACTTATACGGTTCTAATTGATGCTCTTTGTACTGCAGGGAAACTTGATAAG GCCAAGGAGTTATATATAAAGATGAGAGGTAGCAGTCACAAACCTGACCGGGTAACATATATTACTTTGATGGACAAGTT TAGTAACTGTGGCGACTTGGAGATGGTGAAAAAATTCTGGAGTGAGATGGAGGCTGATGGTTATGCTCCTGATGTGGTTA CCTACACTATACTTGTTGAGGCTTTATGCAAGTCCGGGAATGTTGATCATGCATTTGCTATGTTAGACGTGATGAGAACA AAAGGGATTTTTCCAAATCTTCATACGTACAACACATTGATCTCTGGACTTTTGAAGTTGAGAAGATTAGATGAGGCATT AGAACTCTTTGAAAATATGGAATCTTTGGGTGTTGGACCTACTGCTTATTCGTATGTTCTTTTCATCGACTATTATGGAA AGTCTGGTGATACTGGAAAAGCTCTTGGCACCTTTGAAAAAATGAAAAGAAGAGGCATTGTGCCTAGTATAGTAGCGTGT AATGCATCTTTATATACTCTTGCAGAAATGGGTAGGATCAGAGAAGCAAAAGATATATTCAATGATCTTCACAATTGTGG GCTTTCACCAGATTCAGTAACCTATAATATGATGATGAAGTGCTACAGCAAAGCAGGGCAAATAGACAAAGCAATCGGGC TTTTGGCTGAGATGATGAGCAATGGGTATGAACCAGATGTTATTATAGTTAATTCTTTAATTGACACACTTTACAAGGAT GATCGAGTTGATGAGGCGTGGCAAATGTTCCGAAGACTGGAGGATTTGAAGCTAGCTCCTACAGTTGTGACATACAACAT TTTACTTACCGGTTTGGGGAAGGAGGGGAAAATCCCAAAGGCCCTTGAATTATTTGGGAGTATGTCAGTGTCTGGGTGCC CTCCAAACACCGTAACATTTAACGCACTCCTTGATTGTCTTTGCAAGAATGATGCAGTTGATTTGGCCTTGAAGATGTTC TGTAGAATGACAGCGATGAACTGTAGTCCTGATGTTCTGACATATAACACTGTTATCCATGGCTTGATCAAAGAAGGCAG AACTGATTATGCATTCTGGTTTTTCCATCAAATGAAGAAATTTCTCGCCCCTGATCATGTAACTTTGTGCACCCTCCTTC CCGGTATTGTGAGGTATGGAAGGGTTGAGGATGCAATCAAGATTGTTGTAGAATTTGTCCATCAGGCAGGTTCACATACA GACAAACAATTCTGGGGAGAGTTGATAGAATGTATTTTAGTTGAAGCAAAAATTGAAGAGGCCATTGCATTTGCTGAAAG ATTGGTGTTCGATGCTAGTTGCCAAGATGACCATGTAATGTTACCTCTAATCAGAGTTCTGTGTAAGCGGAAGAAGGCCC TTGATGCTCAAAATTTATTTGACAAATTCACCAAAACTTTAGGAGTTCACCCAACCCTGGAATCATATAATTGCTTGATG GATGGGCTTCTTGCATGCAATGTCACTGAAAAGGCTTTAGAACTTTTTGTGGAGATGAAGAATGCTGGTTGTCACCCAAA CATCTTCACTTACAACTTGTTGCTTGATGCTCATGGTAAATCTAGGAGGATTGCTGAACTTTTTGAATTGTACAATGAGA TGCTGTGTAGGGGATGCAAGCCTAATGCTGTAACTCAAAATATTATCATCTCTGCCCTTGTGAAATCTAATAGCCTAAAT AAGGCATTAGATTTATATTATGAACTCATTAGTGGTGATTTCTCTCCCACTCCCTGCACATATGGCCCTCTTATAGATGG TCTTTTAAAGGCTGAAAGATGTGATGAAGCACTGAAGTTTTTTGAGGAGATGTTGGACTATCAATGCAAGCCCAACTCTG CTATTTACAATATTCTCATCAATGGATTTGGGAAAGCAGGTAAAATTGATATTGCTTGTGATTTTTTCAAAAGGATGGTT AAGGAAGGAATAAGGCCAGACTTGAAATCCTACACCATTCTTGTAGAATGCCTGTGCATGACTGGTAGAGTTGATGAAGC TGTGCACTACTTTGAGGAACTAAAGTTAACTGGCCTTGATCCTGATACAGTTTCTTACAATCTTATGATCAATGGGCTTG GAAAATCACGTCGGTTGGAGGAAGCTCTTTCTCTTTTCAGTGAAATGAAGAATAAGGGAATTTCTCCCGATCTTTATACT TATAATGCATTGATTCTCCATCTTGGAATTGCTGGAATGATAGACCAAGCTGGAAAAATGTATGAGGAACTGCAACTGGT GGGTCTTGAACCTAATGTCTTCACTTATAATGCTCTCATTCGCGGTCACAGTATGTCTGGAAATAAAGACCAAGCCTTTT CTGTATTCAAGAACATGATGGTTGGGGGGTTTAGCCCCAATGCGGAAACATATGCTCAACTGCCTAATAAAGGTTGA
Download CDS Sequence

Protein sequence (LotjaGi1g1v0376500.1) extracted from Lotus japonicus Gifu v1.2 Proteins.

MTVLVLCSSTACCSSSSSSMSSCYALADTNFSVLSNNGFLGGKNFVKMKNLSKGCCLKWKKNGRRQMGHRGFRLRCAHEV VVVNGSKSKISVSPEEVIGVLKSISDPSSSLSYLKSVAQLPSLVLTTDACNYMLELLGAHRRVEDMVVVFNLMQKHVIYR NLNTYLTIFKALSVKGGIRQAPFALGRMRQAGFVLNAYSYNGLIHLVVQPGFCIEALKVYRRMISEGMKPSMKTYSALMV ALGRRRETGIVMSLLEEMETLGLKPNIYTYTICIRVLGRAGRIDDACGILKKMDNEGCGPDVVTYTVLIDALCTAGKLDK AKELYIKMRGSSHKPDRVTYITLMDKFSNCGDLEMVKKFWSEMEADGYAPDVVTYTILVEALCKSGNVDHAFAMLDVMRT KGIFPNLHTYNTLISGLLKLRRLDEALELFENMESLGVGPTAYSYVLFIDYYGKSGDTGKALGTFEKMKRRGIVPSIVAC NASLYTLAEMGRIREAKDIFNDLHNCGLSPDSVTYNMMMKCYSKAGQIDKAIGLLAEMMSNGYEPDVIIVNSLIDTLYKD DRVDEAWQMFRRLEDLKLAPTVVTYNILLTGLGKEGKIPKALELFGSMSVSGCPPNTVTFNALLDCLCKNDAVDLALKMF CRMTAMNCSPDVLTYNTVIHGLIKEGRTDYAFWFFHQMKKFLAPDHVTLCTLLPGIVRYGRVEDAIKIVVEFVHQAGSHT DKQFWGELIECILVEAKIEEAIAFAERLVFDASCQDDHVMLPLIRVLCKRKKALDAQNLFDKFTKTLGVHPTLESYNCLM DGLLACNVTEKALELFVEMKNAGCHPNIFTYNLLLDAHGKSRRIAELFELYNEMLCRGCKPNAVTQNIIISALVKSNSLN KALDLYYELISGDFSPTPCTYGPLIDGLLKAERCDEALKFFEEMLDYQCKPNSAIYNILINGFGKAGKIDIACDFFKRMV KEGIRPDLKSYTILVECLCMTGRVDEAVHYFEELKLTGLDPDTVSYNLMINGLGKSRRLEEALSLFSEMKNKGISPDLYT YNALILHLGIAGMIDQAGKMYEELQLVGLEPNVFTYNALIRGHSMSGNKDQAFSVFKNMMVGGFSPNAETYAQLPNKG
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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
SignalP_EUK
SignalP-noTM
1 15 15 - –
SignalP_GRAM_POSITIVE
SignalP-TM
1 27 27 - –
SignalP_GRAM_NEGATIVE
SignalP-noTM
1 27 27 - –
Phobius
SIGNAL_PEPTIDE_N_REGION
1 2 2 - –
Phobius
SIGNAL_PEPTIDE
1 25 25 - –
Phobius
SIGNAL_PEPTIDE_H_REGION
3 13 11 - –
Phobius
SIGNAL_PEPTIDE_C_REGION
14 25 12 - –
Phobius
NON_CYTOPLASMIC_DOMAIN
26 1118 1093 - –
PANTHER
PTHR46128
100 245 146 3.1E-221 –
ProSiteProfiles
PS51375
126 156 31 6.347
IPR002885
ProSiteProfiles
PS51375
161 195 35 6.928
IPR002885
Pfam
PF13812
188 244 57 9.8E-7
IPR002885
ProSiteProfiles
PS51375
196 230 35 10.457
IPR002885
Gene3D
G3DSA:1.25.40.10
213 331 119 5.3E-32
IPR011990
ProSiteProfiles
PS51375
231 265 35 9.558
IPR002885
TIGRFAM
TIGR00756
234 267 34 0.001
IPR002885
PANTHER
PTHR46128
251 384 134 3.1E-221 –
Pfam
PF12854
262 293 32 9.1E-7
IPR002885
ProSiteProfiles
PS51375
266 300 35 11.213
IPR002885
TIGRFAM
TIGR00756
268 302 35 2.4E-8
IPR002885
Pfam
PF13041
300 347 48 1.0E-12
IPR002885
ProSiteProfiles
PS51375
301 335 35 12.627
IPR002885
TIGRFAM
TIGR00756
303 336 34 1.1E-7
IPR002885
Gene3D
G3DSA:1.25.40.10
332 435 104 4.5E-30
IPR011990
ProSiteProfiles
PS51375
336 370 35 10.928
IPR002885
TIGRFAM
TIGR00756
338 372 35 8.4E-5
IPR002885
PANTHER
PTHR46128
367 574 208 3.1E-221 –
Pfam
PF13041
370 419 50 5.9E-15
IPR002885
ProSiteProfiles
PS51375
371 405 35 12.891
IPR002885
TIGRFAM
TIGR00756
373 406 34 1.2E-8
IPR002885
ProSiteProfiles
PS51375
406 440 35 13.482
IPR002885
TIGRFAM
TIGR00756
408 441 34 3.6E-9
IPR002885
SUPERFAMILY
SSF81901
417 649 233 2.88E-9 –
Gene3D
G3DSA:1.25.40.10
436 504 69 1.2E-11
IPR011990
ProSiteProfiles
PS51375
441 475 35 11.027
IPR002885
TIGRFAM
TIGR00756
443 476 34 7.3E-7
IPR002885
Pfam
PF01535
444 473 30 2.6E-4
IPR002885
ProSiteProfiles
PS51375
476 510 35 9.131
IPR002885
TIGRFAM
TIGR00756
479 512 34 0.0017
IPR002885
Gene3D
G3DSA:1.25.40.10
505 574 70 5.1E-19
IPR011990
Pfam
PF13041
510 547 38 1.3E-9
IPR002885
ProSiteProfiles
PS51375
511 545 35 13.954
IPR002885
TIGRFAM
TIGR00756
513 547 35 8.5E-12
IPR002885
ProSiteProfiles
PS51375
546 580 35 10.052
IPR002885
TIGRFAM
TIGR00756
550 581 32 0.0012
IPR002885
Pfam
PF01535
550 575 26 0.11
IPR002885
PANTHER
PTHR46128
568 742 175 3.1E-221 –
Gene3D
G3DSA:1.25.40.10
575 643 69 1.6E-20
IPR011990
Pfam
PF13041
580 629 50 1.9E-15
IPR002885
ProSiteProfiles
PS51375
581 615 35 12.364
IPR002885
TIGRFAM
TIGR00756
583 617 35 3.4E-9
IPR002885
ProSiteProfiles
PS51375
616 650 35 11.805
IPR002885
TIGRFAM
TIGR00756
618 652 35 5.9E-8
IPR002885
Gene3D
G3DSA:1.25.40.10
644 716 73 2.7E-15
IPR011990
Pfam
PF12854
646 679 34 3.8E-9
IPR002885
ProSiteProfiles
PS51375
651 681 31 10.435
IPR002885
TIGRFAM
TIGR00756
654 680 27 2.1E-4
IPR002885
ProSiteProfiles
PS51375
685 720 36 6.675
IPR002885
Gene3D
G3DSA:1.25.40.10
751 876 126 9.8E-33
IPR011990
ProSiteProfiles
PS51375
756 791 36 6.665
IPR002885
PANTHER
PTHR46128
762 919 158 3.1E-221 –
SUPERFAMILY
SSF81901
776 992 217 2.88E-8 –
ProSiteProfiles
PS51375
792 826 35 11.115
IPR002885
TIGRFAM
TIGR00756
795 828 34 4.7E-8
IPR002885
Pfam
PF01535
795 824 30 1.1E-4
IPR002885
Pfam
PF13041
826 875 50 2.2E-13
IPR002885
ProSiteProfiles
PS51375
827 861 35 12.189
IPR002885
TIGRFAM
TIGR00756
829 863 35 9.3E-9
IPR002885
ProSiteProfiles
PS51375
862 896 35 9.46
IPR002885
TIGRFAM
TIGR00756
864 897 34 3.5E-5
IPR002885
Gene3D
G3DSA:1.25.40.10
877 996 120 1.1E-32
IPR011990
PANTHER
PTHR46128
894 1064 171 3.1E-221 –
ProSiteProfiles
PS51375
897 931 35 11.049
IPR002885
TIGRFAM
TIGR00756
899 932 34 5.8E-7
IPR002885
Pfam
PF01535
900 928 29 1.3E-4
IPR002885
Pfam
PF13041
931 979 49 3.1E-14
IPR002885
ProSiteProfiles
PS51375
932 966 35 13.154
IPR002885
TIGRFAM
TIGR00756
935 967 33 9.2E-10
IPR002885
ProSiteProfiles
PS51375
967 1001 35 11.586
IPR002885
TIGRFAM
TIGR00756
970 1003 34 1.3E-6
IPR002885
Gene3D
G3DSA:1.25.40.10
997 1066 70 2.6E-20
IPR011990
Pfam
PF13041
1001 1045 45 7.5E-17
IPR002885
ProSiteProfiles
PS51375
1002 1036 35 14.546
IPR002885
TIGRFAM
TIGR00756
1004 1037 34 2.7E-11
IPR002885
ProSiteProfiles
PS51375
1037 1071 35 10.271
IPR002885
TIGRFAM
TIGR00756
1039 1073 35 8.6E-4
IPR002885
PANTHER
PTHR46128
1061 1113 53 3.1E-221 –
Gene3D
G3DSA:1.25.40.10
1067 1116 50 1.5E-9
IPR011990
Pfam
PF13041
1071 1111 41 1.2E-9
IPR002885
ProSiteProfiles
PS51375
1072 1106 35 11.948
IPR002885
TIGRFAM
TIGR00756
1074 1108 35 3.4E-7
IPR002885

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
GO:0005515
Molecular function Protein binding Interacting selectively and non-covalently with any protein or protein complex (a complex of two or more proteins that may include other nonprotein molecules).
Subterm of

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Expression data

Expression pattern

Expression pattern of LotjaGi1g1v0376500.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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