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LotjaGi6g1v0237100.1

Overview

Field Value
Gene ID LotjaGi6g1v0237100
Transcript ID LotjaGi6g1v0237100.1
Lotus japonicus genome version Gifu v1.2
Description Pentatricopeptide repeat-containing protein; TAIR: AT5G57250.1 Pentatricopeptide repeat (PPR) superfamily protein; Swiss-Prot: sp|Q9LVD3|PP434_ARATH Pentatricopeptide repeat-containing protein At5g57250, mitochondrial; TrEMBL-Plants: tr|K7MBT0|K7MBT0_SOYBN Uncharacterized protein; Found in the gene: LotjaGi6g1v0237100
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr6:54702217..54712203) extracted from Lotus japonicus Gifu genome v1.2.

AAAGACAAAGGCTCACCACCATCAGAGGAAACCACGACAAATAATGAAGTTCGTCATCTCTTTCGTTTCTTAGGAAGTCC ACGAGACCTCAAAGAACTCAGTTTTAATCCCAAATAATCATTTACACTATATGACCTTTCTCCTAGCAAATAGCTAGTCT CATCGGGAGAGGGATGAGATAATCAAGCACCCCTTAAGATCAGACGGTCTCGCGGTACCAGAGGCTGAACCAAACAGAAA CAACTGTCTACCCTCAAAACCCAAACATAAATCCCCAAGTCCTCTAAGCTTCTCTCCACCACCGCTAAAGCATCGCATAC AACTAAATCAAGCCCTCCTCTACCAAGTCGTCGCCGTCTTCAAAACAACCTTCATTCACCTAAACAATACTATCTCTAAG ACCCTAAAAGGAAATCTCCAAGAAGAGAGCCTACTCCAAAACCCTTGGCTCCATATCACAATTTTTAATTAACCTCAACC AGCCTTATAAGAAAAAAGAGAGTACACAAATGATGCTACAAAAGTACTATGTAGCTGAATGAGGAGCAGCATGTAGCAGA AACATTTGATTCTGGAAACATTTGTTATGTTGTTCTCAATCCAAACATCACTGAAACGAGGTTTCACTCCCACTGCCAAA TCCATCAACAGCTTCTTCCTCTTCCTCTTCCACCTTCGCAAATTCGACCTCATCATCCACCTCTTCAGCTTCAACAATCT CCCCACCAATCACCGAACCCACTCCATTCTCACATGGGCACTCCTCAAATCTCACAGGTTCGAAGAAGCGGAGCAATTCA TGACCACCACCACCACCCACTTCCGATCGCAGTTCCCCTTCACACGCGCCTGGGACCACCTCATTCGGGGTCTCTGCATC ACGCGTGGAGATCCAGACAGGGCACTCTCTGTTTTACGGCGCTGCTTGCGTGACCGTGGCGGCGTTTCCCTCTCTTCCTC GGTTTTCTGCTGCCTCATTCACAAATTGAGCTATATGGGTCATGTGGGTAAGGCTATTGAGGTGTTGGAGTTGATGGCTG AGCATAGAATCGAGTACCCTTTTAACGATTTTGTCTGTAGTTCTGTGATTTCCGGGTTTTGCAGGGTTGGAAAGCCTGAA CTGGCGTTGGGGTTCTTCCAGAATGCCACACGCTCCGGCGCGTGGCGTCCCGGTGTGGTGACTTGCACTGCCCTCGTGGG TGCTCTTTGTAAGCTGGGGAGGGTTGATGAGGTTTGTGGTTTGGTTCGTGGGATGGAGGAGGATGGGTTAGCTTTGGATG TTGTTTTGTATAGTGTTTGGGTTTGTGGGTATATTGAAGAGAAGGTTTTGGTGGAGGTTTTGAGGAAGATCAATGAAATG GTGGATAAGGGTATAGGCCATGATGTTGTTAGTTATACCATACTCATAGATGGGTTTTCCAAGTTAGGTGATGTGGAGAA GTCATTTACCTTCTTGGCCAAGATGATAAAAGGAGGACATAAGCCCAATAAGGTCACATATTCTGCAATAATGTCTGCAT ATTGTAAGAAGGGTAGAGTAGAGGAAGCGTATGCTGTTTTCAAGAGCATGAAAGACTTGGGAGTTGACCTGGATGAATTT GTGTTTGTCATTTTGATTGATGGGTTTTGCAGGATAGGAGATTTTGATAATGTGTTTCGTTTGTTTGATGAAATGGAGAA GAGAGGGATTAGTCCCAGTGTTGTAACATATAATGCTATTATAAATGGTTTGTCTAAGTATGGGAGGACATCCGAGGCGG ATGAGTTTTCAAAAAATGTAGCTGCGGATGTGATTACATACAGCACCTTGTTGCACGGGTATACTGAAGAAGAGAACATT CCTGGGATTTTGCAAACAAAGAGGCGGCTAGAAGAAGCTGGAATCACTATGGATGTTGTGATGTGTAATGTACTCATCAA AGCTCTATTTATGATGGGGGCTTTCGAAGATGTTCATGCACTTTACAAAGGAATGCCAGAAATGAATCTTGTTCCAAGTT CTGTTACTTACTGCACAATGATTGATGGGTATTGCAAGGCTGGCAGGATTGATGAGGCGCTAGAGGTATTCGATGACTTC AGAAATACATCAATCTCTTCACATGCATGCTACAATAGTATTATTTATGGACTTTGCAAAAAGGGTATGGTAGAAATGGC CACTGAGGCATTATTTGAACTCAATCATAAGGGTCTCATGTTGGATATAGTTACATATAGGATGTTGATGAAAACAATTT TCAAAGAGAACAGTGTAAAAGAGGTTTTAGACTTAGTTTACAGAATGGAAGGTCTGGGGTCAGACTCAGACATGTATAAT GCAGTATGTAATAATTCCATTTTTTTAATATGTAAAATGGGATTACTTGAGGATGCAAATAGGTTGTGGATGATGATGAA AAAGAAAGGCTTATCTGTCACATGCAAGTCTTATTATTCACTTTTGAAAAGGCATCTTAGTGATGGGAATAAGGAGCAAA TCGTGCCCGTCTTGAATAGCTTCCTGAAGGAATATGGTATAGTTGAACCAAAGGTTCAAAAGATACTTGCATGCTACCTC TGTCTGAAAGATGTCCATTGTGCTCTTCGATTTGTTGGAAAAATGAACTTTTCAGCAGTCACTTTTCCTGTCTCCATTCT CAAGATTCTGGTAAAGAAGGGTAGATCTTTAGATGCATATAAGCTTGTCATGGAGGCTGGAGATAATTTACCAGTCACCT ATGTTGATTATGGCATCGTGATTGATGGCTTATGCAAGGGAGGATATCTCCATAAAGCATTGGATCTTTGTGCCTTTATT GAAAAGAAGGGGATGCATTTGAACATAGTCATATATAATTCAATAATAAATGGATTGTGCCATGAAGGTCGTCTTATTGA AGCATTTCGGCTATTTGATTCATTAGAGAAACTTAATTTGGTACCCTCTGAAATAAGTTATGCTACATTAATTTATTCCC TTTGTAGGGATGGATTTTTGCTAGATGCAGAGCTTGTTTTCAGGAAAATGGTCCTCAAGGGCTTTCAACCAAAAGTTCAA GTTTACAACTCATTACTTGATGGTTTATCTAAGTTTGGTCAATTAGAGAAGGCATTTGAGCTTCTAAATGATATGGAGAC AAAATATATAGAGCCTAACAGTATGACTGTTGGTGCTGTAATAAATTGTTATTGCCAATTGGGCGACATGGAAGGAGCCC TTGAATTCTTTTATATGTTCAAGAGTAAGGATATATCACCTGATTTTTTGGGGTTCTTGTATTTGATGAGAGGTCTATGT ACCAAGGGAAGGATGGAAGAAGCAAGGGGTGTCTTGAGAGAAATGCTCCAGTCCAAGAATGTTGCAGAGGTAATTAACAG AGTCTACAGTGAGGTTGATACTGAGTCAATTGGTGAAATCCTTGCCTCTCTGTGTGAGCAAGGAAGAATTCAAAAAGCTG TTACTGTTCTCAATGAAATTGCATGTCTTCTTTATCCTGCTCGAAGGTTGTCTACTTATAATCAATTATTCCATAAACTG CACGAGATTTATGAAGGGAAGGATGTTGATTCAAATTCTTCAAGCTCTATTCCTTTGTCTTGCAGCAGTGGTTTGGATTT TGGATCTTGTGATGCCAGGAATGTAAAGAATCTTGTGACAAATAATGGTAGTTATTTGACAAGATCCCAGGTGCACAGCT TTGACTTCTATTATTCTAGAATTGCTGCACTTTGTGACAAAGGGGAGCTGCAGGAAGCTAATCAATTGGCAAAAGAAACA CTTTCTGAGCTGGCAGAGTATACGAACTGAACATTCATGATATAAATGTAAAGTAATTCTTGTAGCACGGGGAACTTTTC TCCCTGTAGTGCCAGCAAACAGATCACATGGATGAAACTTGCAGGTATGTATTTTTCCTTATAATTGAGTTTCGAAAAAG GGTGTTGTGTGTGTGTCTATAATCAATTAATCATTTACCATCCCTTAGGTACTTAAATTTTGTGTAATGAAACTGGTCAA ATTGGTATGGATATTTTAAATATCACATGAAGGATTAATGTCACTATTATTTGTTATATAACGATGACTTGTGACTTTTA ACTCATCATTAAATTTTATTTCAACCATGAGACAGCATAATATCATTCAGGCTATTGGGAAAAAAAACATCAAGACTTTT AGGTATTTTATTTGTCTTTACATTTTATATTTCCATTTAATTCCTGATATTTTGTTGGTTTTGAGTTACAGATGCAAATC ATCTCTTAGAAGTTGAATGCTATTTTTGACGACTGAAGAGAATCAAGACTTCCATGGTGGAGGGTTCAATTTGTTGATAG AAATTTACATCATCAAGAACAGAATCATATCAAATGCTGTATCCACTATGAAAAGGCAACTATAATTTAGGTGATAAAAG TTTGCATTTTGTTTCCAATATGTAACAACTGGCTGTCATTGCTAAACTATAGTGATCTTTTGTCTGCAGTTTCACTTTCA CCAGTGAAGGATCAAGGTATCTATTGGACTCTGGACTGAGCCATTAAATGAACTGTTAAATATAGAAATGGTAAATATGC ATACACCTTTCTCTCATTTAATTTGGTTTTTTGGTTAACCAAGGGCTTCAGCTATAATAATGATTCTGGCAAAGCACATC CTGAAGATATTTTTGAATTTTTCATTTTTCATTCATTCTTTTAAATATTTGTGTTTTCTCCCTCACAACAAACTATAATG ATTTTATTTTATTTTAACTTTTTCTGGTTTTCCAAACTATGTCAAGATTCAGTAATGATTCATGAACCACTACACAGTAA AACACCCCTAAACACCCCTTTTTCCTGCGGATTTGACCAAATAATACACTGAACTAACCACCTAAATACACATGACTAAC CATAAAGCACAGAACCGTGTTCTGTGCTTTATGGTTAGTCATGTGTATTTAGGTGGTTAGTTCAGTGTATTATTTGGCCA AATCCCTAATTTAGGAATTTCAATTTTACACGGTTCTGTGCTTTATGGTTAGTCATGTGTATTTAGGTGGTTAGTTCAGT GTATTATTTGGCCAAATCCCTAATTTAGGAATTTCAACTTTACACGGTTCTGTGCTTTATGGTTAGTCATGTGTATTTAG GTGGTTAGTTCAGTGTATTATTTGGCCAAATCCCTAATTTAGGAATTTCAACTTTACACGGTTATGTGCTTTATGGTTAG TCATGTGTATTTAGGTGGTTAGTTCAGTGTATTATTTGGCCAAATCCGCAGGAAAAAGGGGTGTTTCTACTATTCAGTGG TTCAGGAATCATTTTTCGTCAAGATTTTATTAACAGTAGGTAGATGGTGTAATTTGTCTCATATTCTATTGGTTTTCTGT TTTCACTCATACATGATTTATATTGGTTATTACTTCCACACGTGCAGATATGTATCAGACTGTCAGCTAAAATAGAACTT ATATCCATAAACGAAGGAGGAATATTTTTTGTAAAAGTCTAAATGAACAAACATGAAACATCTTTATTTGAAACTATATA TGAAGTATGAACTAGTTCCTCAAGTAGAAGACGGCTAGCTCCCTTGATTCTCCAATCTCCATTGCAAGCTCTTCTCTTGA TTCTTCAAGCCTGATAGGTACTCACATATTAGTTAGTTAGTTAGTTATACTTAGTGAGTTAGTTAGAATGTTATTGAGGC ATGTAGCCTATAAATAACAGACATTAGAGAGTTAGGGGTATCTTGTTATTCATTTGGGAATTGGGTTCTTGAGAGAGAAG TGGTTCTCTCTTGGGTTAGGGAAGGGGTTTGGTATCCTTCCTTGTATCTTTCCCCTAATTCCCAATTTGGGATTAGGGTT CTTCATCAATAATACTTCTACATTTTCTGGGTTCTATCATTGGTATCAGAGCACCGATTCAGGTGCCCTGGCCAAGAAGA TTCAACCGCAACAGCATCCATGGCTAGAGGATTCATGGATTCATTTTCACGTGAGGAAAGGAGGGAGATATTTGCTCTTG TAAAGGAATTGCAGAAGGAGTTTGCTGAGAGCAGAAGGGAACTAGAGTCAATGAAGAATCAGTGGAGGGAACTTGAAGAG AAGAGGCAGAAGATGGAACAAGAAAGGCAAGAATCAGAGGCGGCAATCGAGGTGGAGCGAACAGCGGCAGCGGCGTTGTT GAAGGGAAGTGAGACCCCAGCGGTGGCTGGGCAAGCTTGTGAAGCAGGAGAAGACTCAACCTCTTGGATTCAGAAAGCCA ATCTTGGAACAGAGGGTGAAACGGAGATGACGGCGGAAGAAGAGAGAGACGCTACGTTGGATGAGCAAGTGTCTGAAACA GAGGGGGTTTTCATTTCTGAGATGAAGCAACTCAATCTTGAACTAGTGGAGGACAATCGAGTAACAGAGGAGGAGTGGCA GAAGAAATCAGGATCTGCATCAATGGCAGAGAAGAACCGAACCTTTGAAGCAGAGGCGTCGCCGGAGAATCTTGAAACCA TGGCGGTGAGGGCGATTCAGGGGGAATCAAAGGTTGAAGCGCCACAGAAATCAGAGGCTGCGTCGGAGGCAGAGAGAGCG GCAACAAAGGTGCTTCAGAGGCCATCGAAGATTGCAGCACCACACAAACCCAATTGTGATGCGGCAGAGACAGAACATGC CGCGGCGGTGGCAATTCAGAGATTCGATCTTGAAACAGAGGTTGAACCAGCGATATTGAAGGAAGAGCGAGCTTTTCTGG AGGCCAAGACATTAGTCTTGAATCTCTCGACGCCGGAGAAGGCGATTCGTCCGCCGGCGAAACCACCGAATCCACCTTGT AGTGCGCTGGATATTGCAAAACTGGAAGGGGCAGAGTTGTGTCCACTTTGGATTTGTTGGAGGGTGGCGCGGCCACTTCC ACCACCGGCGAAACCGCCGGAGTTGTGGCGTGCTGGCGGCCGTAACTTGGCGCCGCTGGATCTGTCAAGCTGTGAGGGGA TGGGCACTCGCGGGCACAGCGCAAGGACGGAGAGGGCAGAGATCAAGGTTTGGACTTGCAATCCAAATGGGCCAAGCCCA AATCTCAGTTGGAAGGAATTGGGCCTTGATGAATATTGGGCCAACGTTTCAGCTTTTGGGTTAAAATCCAATTTACCCAT TTACAAGGGACAACAGGGAGCCAGATTTCATGCTACAAAGTCTCAAAGAATTTTACAGCAGCTGTGGGGAAACAATTCAG GTAATCTACAAGCTTTTGCTGAAACTATGAAGTTATTTACAGTTCTGAGCAATGAACAGGAGAAGTGGGATCCGGGTGGA AATTATTTTGTTCCACCATTTCTAACACAGGGTCACTCAAGTTCTTGGTCATGCCAACTAAATGTTTTTGCTGAATTAGT TGCTGGGTTTCCAAGTTTGAATTCTCAAAGTGCTGAGGTCAATGTTTTGGTTGGGAGGCAACAACAGAATTGGAGGTATC AACGTATTTGTGATAGTTGGACATTTTCACAACCTGAGTCACATGATAGTAGAGGGTTGATTTGTAGTGCTGGTTCAAGT ATGGGACTTCTTGAGCCTTTATTGGCTAGTTTTGGGACAGTACCTGCAAATTCTTTCATGTCGAGGTTTGCTTTTGAAGA TGCTACTACAGTACTATTTCAACCTCTTTGCATCAATTGGAACTTCTGCTACTTGTTTTTTCAGCAATGGTACTTAGGCC ACATTAGTTTCAGCAGGACAGTGAAGATTTTCCCCAAGTCATACATGTTTTGGACTCTTTGCTTTCTGCTATGGGACCCT GGTGGCATAGTAGTGCATTTTCAGCATTGGCATTCAATTGGATTCAGTCCTTCACCTTGAGGACAAGGTGAATTTTCAGG GGGGGAGTATTGATAGGTACTCACATATTAGTTAGTTAGTTAGTTATACTTAGTGAGTTAGTTAGAATGTTATTGAGGCA TGTAGCCTATAAATAACAGACATTAGAGAGTTAGGGGTATCTTGTTATTCATTTGGGAATTGGGTTCTTGAGAGAGAAGT GGTTCTCTCTTGGGTTAGGGAAGGGGTTTGGTATCCTTCCTTGTATCTTTCCCCTAATTCCCAATTTGGGATTAGGGTTC TTCATCAATAATACTTCTACATTTTCTGGGTTCTATCAAAGCCTAATTTGTATTATGATATATTGAGAATTTAATTATTA CTTTTTTGGTCTACGAGATTTTAATTATTTGTTTGTAGAATATGTATTGCTAATTAACAACTATCGTTTTAACTGTTTGT GTAGAAATTTTGATTGTGGACTTGCTCTAATATTAGGGCTCATAAAGGAATTTGGTCAACACATTTGGGAAAACCAGTTG TGGATAGGCTCATGATCATCAACCACTAAGAAGTTCACAATCAATTCTTTGGAAGTAAAGAAAGCCATTCTCAAGGTCAT ATCCCACATTGTAACTCTGCTGAGCTGACAACCCAATAATTGAAGGAATACTCCCCAGGCCAAACTCACTGATTGGACCT ACAACCATGCAAAATGCATTATCCGTCACCTGTTCGAAAAGGCTTCCAGGGTCCAAAGCCAAATCTGCTCCTTCATCAAA ATGGAAGGTAACCACTGGAAACCTCACCAGGTCCCTGCTCACATCCCCCAAGTAGCAAATTTGCCATGGAATATTTTCAA ATGTAGTTTCTTTAAGCGACTGCCGAAGGATGTTTCTAACTTCTCTGTATAACAATTTATAAGCATCATCAACTAGGTAG GTCATTGTAGTCCCTGTGTCAATGATAACTCCACCTGTGCCATCCTCTTTCATCTCAAAAGTTGTTGGAGCTAAGTCAAG CCTCTTTTCTCCTACACTAATGCCTTCCATGGTTATATAGTAAAAGCCACGATGCTCTTGCAAAGGCGTAGAATAACCTT CTAGATCTGCCCCTTCACCTAATATCAATTGATTGTAATTGTAGTTTTTGTCAGTTAAGCTGCCTATGCAGTAAGAGAAT CTTCTGCCAATTTGTGACACCAGAGACACAGGTCCACTATTGAGTCCTAATATTCCATTATACCCTGGATCTTTATTGTA CCTGATTTGGTGGCCACACCCGAATTCTATGTAGGGGACCAGAACCGTACCTTCATCAGCTGTCTCGAAGACCAGCATGT CGCGGCCGAGTGTTCCTGATGAGGAGGATCCGTCTGCATAATTGACATTGAATGTGAACCGATCCGAGAGGTCGCATTTG CAGCCACTGAAGCCACAGGGTGTTCTGCATGGTGCGAAATAGGTGGAAGACTTAGAAGGATCGAAAATTGGGAGTGAATG GTGGACACAATTTAAGCAAGGGGTGCACATGACCCAGAAGCGGGCACTGCCAGTGTCCATGATAACTAGTTGTGGGGTGG GGGGTTGGCCTATTGAGAGATTTGCCAGTATGGTTCTACTAGTTAGAGAGGGAGAAAGGCTTGCCCTGTAGTCATTAGAG ATCAATGAACCATTATCAATCCTTGCTCGCAAGTAGGCTAAACGCGCAACTGAGTGTTGGATATCAAGTTTCATTCGGTC TTTCGCAGTTTCTTTTGGATTGTAGTGTGGATGCAGAACAGAGCGATGGTGAATAAGTTTGGAGACCAATCTATGAGGCT TAGATTTTGAGGTACCTAAAGATGCGGTGGTTGTACTTGTATGAATTGATGAGAAACAGCATGTTGAGAAGGCTAACAAC AGAAGAATATGCATAAGTTCATATTCAAATGCCATTGATCTTGTGTTTTATTGAAATGTTATTCCCTATTTGAGTTTAGG GAGGTTGTATTGTAGATACAGTTTCCAACACATGAAAGTAATGTATAGTGAAAGAGTAACAATTCACTCTTATAATTGAC ATGGTAGATGATTAATGAAATGTAAAATGTAAGTGCTTTCAAAAGGTAACAAGGTCATGAAAACAAGGTCTTGTTTAGTA CAACCATCTTTACATTCTCTGCTAAAAATCAATCTAGAGGAATAACATGTGTTATGATTTGATGTTT
Download Genomic Sequence

CDS sequence (LotjaGi6g1v0237100.1) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGTTGTTCTCAATCCAAACATCACTGAAACGAGGTTTCACTCCCACTGCCAAATCCATCAACAGCTTCTTCCTCTTCCT CTTCCACCTTCGCAAATTCGACCTCATCATCCACCTCTTCAGCTTCAACAATCTCCCCACCAATCACCGAACCCACTCCA TTCTCACATGGGCACTCCTCAAATCTCACAGGTTCGAAGAAGCGGAGCAATTCATGACCACCACCACCACCCACTTCCGA TCGCAGTTCCCCTTCACACGCGCCTGGGACCACCTCATTCGGGGTCTCTGCATCACGCGTGGAGATCCAGACAGGGCACT CTCTGTTTTACGGCGCTGCTTGCGTGACCGTGGCGGCGTTTCCCTCTCTTCCTCGGTTTTCTGCTGCCTCATTCACAAAT TGAGCTATATGGGTCATGTGGGTAAGGCTATTGAGGTGTTGGAGTTGATGGCTGAGCATAGAATCGAGTACCCTTTTAAC GATTTTGTCTGTAGTTCTGTGATTTCCGGGTTTTGCAGGGTTGGAAAGCCTGAACTGGCGTTGGGGTTCTTCCAGAATGC CACACGCTCCGGCGCGTGGCGTCCCGGTGTGGTGACTTGCACTGCCCTCGTGGGTGCTCTTTGTAAGCTGGGGAGGGTTG ATGAGGTTTGTGGTTTGGTTCGTGGGATGGAGGAGGATGGGTTAGCTTTGGATGTTGTTTTGTATAGTGTTTGGGTTTGT GGGTATATTGAAGAGAAGGTTTTGGTGGAGGTTTTGAGGAAGATCAATGAAATGGTGGATAAGGGTATAGGCCATGATGT TGTTAGTTATACCATACTCATAGATGGGTTTTCCAAGTTAGGTGATGTGGAGAAGTCATTTACCTTCTTGGCCAAGATGA TAAAAGGAGGACATAAGCCCAATAAGGTCACATATTCTGCAATAATGTCTGCATATTGTAAGAAGGGTAGAGTAGAGGAA GCGTATGCTGTTTTCAAGAGCATGAAAGACTTGGGAGTTGACCTGGATGAATTTGTGTTTGTCATTTTGATTGATGGGTT TTGCAGGATAGGAGATTTTGATAATGTGTTTCGTTTGTTTGATGAAATGGAGAAGAGAGGGATTAGTCCCAGTGTTGTAA CATATAATGCTATTATAAATGGTTTGTCTAAGTATGGGAGGACATCCGAGGCGGATGAGTTTTCAAAAAATGTAGCTGCG GATGTGATTACATACAGCACCTTGTTGCACGGGTATACTGAAGAAGAGAACATTCCTGGGATTTTGCAAACAAAGAGGCG GCTAGAAGAAGCTGGAATCACTATGGATGTTGTGATGTGTAATGTACTCATCAAAGCTCTATTTATGATGGGGGCTTTCG AAGATGTTCATGCACTTTACAAAGGAATGCCAGAAATGAATCTTGTTCCAAGTTCTGTTACTTACTGCACAATGATTGAT GGGTATTGCAAGGCTGGCAGGATTGATGAGGCGCTAGAGGTATTCGATGACTTCAGAAATACATCAATCTCTTCACATGC ATGCTACAATAGTATTATTTATGGACTTTGCAAAAAGGGTATGGTAGAAATGGCCACTGAGGCATTATTTGAACTCAATC ATAAGGGTCTCATGTTGGATATAGTTACATATAGGATGTTGATGAAAACAATTTTCAAAGAGAACAGTGTAAAAGAGGTT TTAGACTTAGTTTACAGAATGGAAGGTCTGGGGTCAGACTCAGACATGTATAATGCAGTATGTAATAATTCCATTTTTTT AATATGTAAAATGGGATTACTTGAGGATGCAAATAGGTTGTGGATGATGATGAAAAAGAAAGGCTTATCTGTCACATGCA AGTCTTATTATTCACTTTTGAAAAGGCATCTTAGTGATGGGAATAAGGAGCAAATCGTGCCCGTCTTGAATAGCTTCCTG AAGGAATATGGTATAGTTGAACCAAAGGTTCAAAAGATACTTGCATGCTACCTCTGTCTGAAAGATGTCCATTGTGCTCT TCGATTTGTTGGAAAAATGAACTTTTCAGCAGTCACTTTTCCTGTCTCCATTCTCAAGATTCTGGTAAAGAAGGGTAGAT CTTTAGATGCATATAAGCTTGTCATGGAGGCTGGAGATAATTTACCAGTCACCTATGTTGATTATGGCATCGTGATTGAT GGCTTATGCAAGGGAGGATATCTCCATAAAGCATTGGATCTTTGTGCCTTTATTGAAAAGAAGGGGATGCATTTGAACAT AGTCATATATAATTCAATAATAAATGGATTGTGCCATGAAGGTCGTCTTATTGAAGCATTTCGGCTATTTGATTCATTAG AGAAACTTAATTTGGTACCCTCTGAAATAAGTTATGCTACATTAATTTATTCCCTTTGTAGGGATGGATTTTTGCTAGAT GCAGAGCTTGTTTTCAGGAAAATGGTCCTCAAGGGCTTTCAACCAAAAGTTCAAGTTTACAACTCATTACTTGATGGTTT ATCTAAGTTTGGTCAATTAGAGAAGGCATTTGAGCTTCTAAATGATATGGAGACAAAATATATAGAGCCTAACAGTATGA CTGTTGGTGCTGTAATAAATTGTTATTGCCAATTGGGCGACATGGAAGGAGCCCTTGAATTCTTTTATATGTTCAAGAGT AAGGATATATCACCTGATTTTTTGGGGTTCTTGTATTTGATGAGAGGTCTATGTACCAAGGGAAGGATGGAAGAAGCAAG GGGTGTCTTGAGAGAAATGCTCCAGTCCAAGAATGTTGCAGAGGTAATTAACAGAGTCTACAGTGAGGTTGATACTGAGT CAATTGGTGAAATCCTTGCCTCTCTGTGTGAGCAAGGAAGAATTCAAAAAGCTGTTACTGTTCTCAATGAAATTGCATGT CTTCTTTATCCTGCTCGAAGGTTGTCTACTTATAATCAATTATTCCATAAACTGCACGAGATTTATGAAGGGAAGGATGT TGATTCAAATTCTTCAAGCTCTATTCCTTTGTCTTGCAGCAGTGGTTTGGATTTTGGATCTTGTGATGCCAGGAATGTAA AGAATCTTGTGACAAATAATGGTAGTTATTTGACAAGATCCCAGGTGCACAGCTTTGACTTCTATTATTCTAGAATTGCT GCACTTTGTGACAAAGGGGAGCTGCAGGAAGCTAATCAATTGGCAAAAGAAACACTTTCTGAGCTGGCAGAGTATACGAA CTGA
Download CDS Sequence

Protein sequence (LotjaGi6g1v0237100.1) extracted from Lotus japonicus Gifu v1.2 Proteins.

MLFSIQTSLKRGFTPTAKSINSFFLFLFHLRKFDLIIHLFSFNNLPTNHRTHSILTWALLKSHRFEEAEQFMTTTTTHFR SQFPFTRAWDHLIRGLCITRGDPDRALSVLRRCLRDRGGVSLSSSVFCCLIHKLSYMGHVGKAIEVLELMAEHRIEYPFN DFVCSSVISGFCRVGKPELALGFFQNATRSGAWRPGVVTCTALVGALCKLGRVDEVCGLVRGMEEDGLALDVVLYSVWVC GYIEEKVLVEVLRKINEMVDKGIGHDVVSYTILIDGFSKLGDVEKSFTFLAKMIKGGHKPNKVTYSAIMSAYCKKGRVEE AYAVFKSMKDLGVDLDEFVFVILIDGFCRIGDFDNVFRLFDEMEKRGISPSVVTYNAIINGLSKYGRTSEADEFSKNVAA DVITYSTLLHGYTEEENIPGILQTKRRLEEAGITMDVVMCNVLIKALFMMGAFEDVHALYKGMPEMNLVPSSVTYCTMID GYCKAGRIDEALEVFDDFRNTSISSHACYNSIIYGLCKKGMVEMATEALFELNHKGLMLDIVTYRMLMKTIFKENSVKEV LDLVYRMEGLGSDSDMYNAVCNNSIFLICKMGLLEDANRLWMMMKKKGLSVTCKSYYSLLKRHLSDGNKEQIVPVLNSFL KEYGIVEPKVQKILACYLCLKDVHCALRFVGKMNFSAVTFPVSILKILVKKGRSLDAYKLVMEAGDNLPVTYVDYGIVID GLCKGGYLHKALDLCAFIEKKGMHLNIVIYNSIINGLCHEGRLIEAFRLFDSLEKLNLVPSEISYATLIYSLCRDGFLLD AELVFRKMVLKGFQPKVQVYNSLLDGLSKFGQLEKAFELLNDMETKYIEPNSMTVGAVINCYCQLGDMEGALEFFYMFKS KDISPDFLGFLYLMRGLCTKGRMEEARGVLREMLQSKNVAEVINRVYSEVDTESIGEILASLCEQGRIQKAVTVLNEIAC LLYPARRLSTYNQLFHKLHEIYEGKDVDSNSSSSIPLSCSSGLDFGSCDARNVKNLVTNNGSYLTRSQVHSFDFYYSRIA ALCDKGELQEANQLAKETLSELAEYTN
Download Protein Sequence

Domain prediction

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

Merging data from EBeye. Please wait…

Domains

Sorting

Prediction algorithm Identifier Start End Length E-value InterPro ID
Gene3D
G3DSA:1.25.40.10
5 154 150 5.3E-9
IPR011990
PANTHER
PTHR46128
10 224 215 4.8E-158 –
ProSiteProfiles
PS51375
48 78 31 5.053
IPR002885
ProSiteProfiles
PS51375
85 121 37 6.928
IPR002885
ProSiteProfiles
PS51375
123 157 35 7.377
IPR002885
Gene3D
G3DSA:1.25.40.10
155 226 72 1.9E-10
IPR011990
ProSiteProfiles
PS51375
160 194 35 8.539
IPR002885
Pfam
PF01535
163 186 24 0.0088
IPR002885
ProSiteProfiles
PS51375
196 230 35 9.931
IPR002885
TIGRFAM
TIGR00756
198 231 34 4.8E-6
IPR002885
Pfam
PF01535
198 228 31 2.0E-4
IPR002885
PANTHER
PTHR46128
221 398 178 4.8E-158 –
ProSiteProfiles
PS51375
231 265 35 7.18
IPR002885
Gene3D
G3DSA:1.25.40.10
242 397 156 1.8E-43
IPR011990
Pfam
PF12854
262 293 32 1.5E-5
IPR002885
ProSiteProfiles
PS51375
266 300 35 11.751
IPR002885
TIGRFAM
TIGR00756
268 301 34 2.7E-7
IPR002885
Pfam
PF13041
300 349 50 3.4E-15
IPR002885
ProSiteProfiles
PS51375
301 335 35 13.252
IPR002885
TIGRFAM
TIGR00756
303 336 34 1.2E-9
IPR002885
PANTHER
PTHR46128
333 527 195 4.8E-158 –
ProSiteProfiles
PS51375
336 370 35 13.318
IPR002885
TIGRFAM
TIGR00756
339 372 34 1.3E-8
IPR002885
Pfam
PF12854
366 391 26 2.3E-5
IPR002885
ProSiteProfiles
PS51375
371 394 24 6.423
IPR002885
TIGRFAM
TIGR00756
373 393 21 0.0015
IPR002885
Pfam
PF13812
396 446 51 6.7E-4
IPR002885
Gene3D
G3DSA:1.25.40.10
398 503 106 5.1E-21
IPR011990
ProSiteProfiles
PS51375
401 435 35 8.254
IPR002885
ProSiteProfiles
PS51375
436 470 35 9.788
IPR002885
TIGRFAM
TIGR00756
438 471 34 0.0012
IPR002885
Pfam
PF12854
467 497 31 8.1E-13
IPR002885
ProSiteProfiles
PS51375
471 505 35 12.452
IPR002885
TIGRFAM
TIGR00756
473 503 31 1.6E-9
IPR002885
Gene3D
G3DSA:1.25.40.10
504 570 67 4.2E-10
IPR011990
PANTHER
PTHR46128
508 701 194 4.8E-158 –
Pfam
PF01535
508 536 29 7.0E-4
IPR002885
TIGRFAM
TIGR00756
508 535 28 0.0012
IPR002885
ProSiteProfiles
PS51375
509 539 31 6.829
IPR002885
ProSiteProfiles
PS51375
540 574 35 7.947
IPR002885
Gene3D
G3DSA:1.25.40.10
571 707 137 3.9E-5
IPR011990
ProSiteProfiles
PS51375
577 611 35 7.585
IPR002885
Pfam
PF01535
589 609 21 0.36
IPR002885
PANTHER
PTHR46128
683 809 127 4.8E-158 –
Gene3D
G3DSA:1.25.40.10
708 809 102 1.1E-21
IPR011990
ProSiteProfiles
PS51375
711 745 35 8.111
IPR002885
Pfam
PF01535
715 742 28 0.02
IPR002885
TIGRFAM
TIGR00756
715 746 32 0.0029
IPR002885
Pfam
PF13041
746 794 49 6.5E-13
IPR002885
ProSiteProfiles
PS51375
746 780 35 12.211
IPR002885
TIGRFAM
TIGR00756
748 781 34 2.5E-7
IPR002885
SUPERFAMILY
SSF48452
751 916 166 3.98E-5
IPR011990
ProSiteProfiles
PS51375
781 815 35 11.005
IPR002885
TIGRFAM
TIGR00756
783 815 33 8.1E-6
IPR002885
PANTHER
PTHR46128
800 955 156 4.8E-158 –
Gene3D
G3DSA:1.25.40.10
810 919 110 2.3E-24
IPR011990
Pfam
PF13041
815 864 50 6.0E-12
IPR002885
ProSiteProfiles
PS51375
816 850 35 11.192
IPR002885
TIGRFAM
TIGR00756
819 851 33 3.6E-6
IPR002885
ProSiteProfiles
PS51375
851 885 35 10.227
IPR002885
TIGRFAM
TIGR00756
854 886 33 2.1E-6
IPR002885
ProSiteProfiles
PS51375
886 920 35 8.714
IPR002885
Pfam
PF01535
893 916 24 0.0034
IPR002885
TIGRFAM
TIGR00756
893 917 25 6.7E-4
IPR002885
ProSiteProfiles
PS51375
931 965 35 6.226
IPR002885
ProSiteProfiles
PS51375
1031 1061 31 5.59
IPR002885
Coils
Coil
1048 1067 20 - –

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 LotjaGi6g1v0237100.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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