Your browser is unable to support new features implemented in HTML5 and CSS3 to render this site as intended. Your experience may suffer from functionality degradation but the site should remain usable. We strongly recommend the latest version of Google Chrome, OS X Safari or Mozilla Firefox. As Safari is bundled with OS X, if you are unable to upgrade to a newer version of OS X, we recommend using an open source browser. Dismiss message

LotjaGi3g1v0329900.1

Overview

Field Value
Gene ID LotjaGi3g1v0329900
Transcript ID LotjaGi3g1v0329900.1
Related isoforms 1
Lotus japonicus genome version Gifu v1.2
Description Mitochondrial intermediate peptidase; TAIR: AT5G51540.1 Zincin-like metalloproteases family protein; Swiss-Prot: sp|F4KDA5|MIPEP_ARATH Probable mitochondrial intermediate peptidase, mitochondrial; TrEMBL-Plants: tr|A0A0R0KE54|A0A0R0KE54_SOYBN Uncharacterized protein; Found in the gene: LotjaGi3g1v0329900
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr3:69734707..69747107) extracted from Lotus japonicus Gifu genome v1.2.

AAAAAAACTAAATAAAAATAAAAAATTTAATCCAATCCAAATGCTATTGACCTAGGGTTGTTTGCCACTTTGCCTCCCAA ATTACTGGCTACTCGGGTCTTATGGGCATCATCAGTAAAATAAAAAACACGATTTAACAATTAACATCACTCTAGCGGAG CCGCGGCGGTTGCTTTGATCGGAAACCACCACCATGCGGAGTGTTTGGAGCAGAGCCGTCAAAGCTCTCCGTCACAGCAA ACGGAACCCACTCCCTCTCCGCCGCACCTTCTCTTCCTCTTCTTCCTCACCCACCGGTCTCTATGGCTTCTCCCATTTGA AGGCTCCCAAAGGCTTCCACTCATTCGTCGATGAAGCCATTCAAAGGCATTTCTCATTCCACACACAAACTAAACCATGT CCATTGTCCATTCCAATCTCAGTTTGTTTTTTTTTTCTTGAACTGAAATCTTTGTTGTCATTGTCAGGTCTGCAGAACTC GTCAGCTACATTTCTTCCAAGCCGCCAGCTTCGGAGATAATGCGAGCCATGGACGAGATTTCCAACACTGTAAGTTACCC TGTAGCTGCACACATTCACTCTTAGCTATCTTGTTGCTAGGAATGCTAACAACACTCTCTTTCTACCACGATCTCATTTA TCCGTTGAAATTCATGTGGGTCTCATTAAATTGGAAGTGAGATCTCATTCAAATTTTAACGAATGAATGAGACTGTTCAA GTGTTCGGAAGAGAGTGTTGCTAGCATTTCTTTTTGTGCCACAATTACTGGACTTTTTTTTTTTTTTTAATGTCTGTCAG GTGTGTTGTGTTGTTGACTCTGCTGAATTATGTAGGCTAACACATCCAAACAGGTTCTTGTTTTGTTAGTTTCTACTTTT AATTTATTCACATTCTGTTTTCTTGTGTGGTGAGTAACTTATATGTTTCTTTGATTTTTTTAATCATGTGATAACTCAGG GAATTTGTTGAGGAGGCTAGCAAGGCATCAATGAAAATTAATGAGTATTTACATGTGAGAATTGAGATGACTGGTGATGT TCACTTTTCTGTTTTTCATTCTTTTTATTTTTAATTTGTGTGAACCTATCAGTTTTAGCTCTTTCCATTTCCACTTTGGT TCTGTGAGATCAATTTAAGACTGTTTGAGTATATAGTATATACACAATAATATGCATGTCTCATATTCTTTTAGCTGTCG CAATTCTGTTATATACTGTTAGTTGTAGTTTGTTATTGTCTGTTAGCTGTAGTTTGCCTCAATCTATAATACACCGAGAC TATAATAGCTGAACTGCATCTAGGGGTGGGAATAGGCTGGGCCTAGGTAGGCTTTGCTTAAATAGGCCTAGCCTATTTAA AAATCTTAAGGCCTGAGCCTGGCCTATGGCCTATCAAAGGCTTTTTTTCGAGCCTGGCCTGAGCCTTCCGAAAGGCTGGC TTGGCCTGGTAGCCTGTTTAAAGGCCCGTTTCACAACAACAGTTTTACGTTTGTTAACAAATTTATCTGTAAAGAAGCTA TCAAACTTATAAGCTAACGGGTTAAATTATACTAAAATAATCTTTCAACGATCAGACTTATAATATTATTAGCTAATAAG TAGTGAAGAAACTAAACGAGATTATGTTGGTTTCTTAGAGTTGGAGAGCCAATTTAAAATCACACTTCATTTTTAAAAAG ACTTATAACTTTGACTCGTTATATAAGTCAATTTGCTTAAATATATAAAAATCTCAATAAGTATATAATATCAAGATATT ATAATAAATTTCTAATATATAGACATCATCAAGGGTAAAATATATTTATACTTATCATATTTACAATTTACCAAAAAAAT ACTAATCATATTTACTTAAATAGGCTAGCCTGTAAGGCTTACAAGACTTGTTGAATGGCCTGAGCCTGACCTTTTTAACT AAATAGGCTTTTCAAAAAGCCTAAGCCTTGCCTATTTACCATTTTGGTCTGGCCTGGCCTGGGCCTGTGGTAGGCTAGGC CATAGGCCCCTACGAACGGCCTGGCCTATTCCCACCCCTAACTGCATCACAAGCAGAAGTGGACTAAAATGGCAACCTGA GTTAGTTTCGTGTAGGCTTTATTCGCAACTTGGTAGACTATAATTGGCTACAAGATCTTGCTGAGGAAAAGAAAAGATCT TTGTCTCTTTCTTTGTAGAAGTGAATTGGCTCATGTTGTAAATCTGTCAAAATGTGAAGGAAACAAATCACAAAATATAG TGAAATATGGAAATCACTCCTACAAAATATTTGAAGATACGATGATGATATTATGTGATATTCTCGATATATTCTAAGTT TCTAACTGAATAGAAAGCAAACTCTTGAATTTTTGCAGCCCCACAATTCTGAAGGCAAGGACTATGTTTTCATTGTTATA TGCCCCGTTGATAAAAGTAGAATTCTCGTTGGACAATTGTGAAATATGATATATCTTTCTGGAAAAACAAATGTGATTTA TTACAAAAAGGAAATATGATTTCTAGGGCCTTGGGTTAGAGTATTGGATGGACTCATTGTAGGAATCAAGGTGGATTAAA GACTTATTTAAGTAAGATTTGTATATAAGCAGTGGCATGGTAAACAAAATTATTGCTGGTTTGTTGGTTGGATGTTGAAG TAAGCGAGGCTTACCTGTCTCACCTTAAAGACTGAAGAAGTGCTTTAAATTTAAGATAAGTACATTTAAATTTTAAAACA AGACAGAATATGATGTAGAGTGTTGACTTCACATTTAGGCTCCATTAGATGTCACACAACCAATAATTACAGCTTTTTGA TTAAAACCTACATCCATGATTTGCAAGGAAGAGTTAAGTCAAACTTTATTTACCCCATGAAGATTTGTACTCTGCAATCT AGTCATATAAGTTCCATGTAGACATTAGACTACTACATAATAAAATTGAAGTTATGTACGAGTCTAATCTCTGTACAATT ATTTAGTATTTCTTCTCTTTGATGTACAGTATCTGAACACAAATCATGATCTCTATGATGCGGTGAAGAAAGCTGAGCAA GAATGCCATATGCTTTCTGAGGAAGCTAAAAGAGGAGTTAGAAACTTACGTATTGACTTTGAAAGGGCTGGAATTCATCT TTGCCCTGGTATCCATATTACTTCTAGTGTCATGTTATGTTCGAAAAACGAATGTGGATTTTTTTTTCTTTCAGAAGTTC TTTATATGATGCACATTTGTTTTATACTTTGCAGAGAAATTAGATCGAGTAAACATGCTAAATATTGAAATTTCTCAGAT ATGCAGAGAGTAAGTATTTTTATAACTGAGATTAAAAATAAGTTGACACTGATTTTGCTTGTTGTGATATTTATATTATT TGTTTTTAGTGGACAATAGGTGAAAACCTTTTGTTTTATGAAAATATTTTGGTACGCGTTCATGAGGTGCCCCTGCCGAC ATACCTTTTGTAACTCAAAGATGTTTATTTTGAACTCCATTCTTTTGTAGAGCAATCTATAGACCTCTTCTGGCATCCTA TCTGAGGCTTTTCTAGATCCATGAAAACATGAGTAGACCAATGGAATGCTCCCCGTAATGAAGAATTTGACTTGTTGACA TTATTGTTGTTAGTTGTTATTGGTAGAAGTTGATGAGACTTGTGGAATATTTCAAATTTGTGATTTCAATTGTCAATGCA TCAAAACTTATTCTACCAAAAATAACTATAACATGTCTGACATTTTATTTCAGTGCTCTTGATCTCTTTGCATTTTGTTT GGTTTGGTTAGGTACAATGAAAATATTGTCATGGACCCAGGAACTATAGATATATATCCTTCATCTCGCATCCCCAATAA TTTACGTTATCTTGTTAAGCCTATCTATCGGTCAAAATCTTCAACAGCTAAGGATTTATCAGGGTCCAAGGACACCTTTA ACGAGAAAGGATTTCGAATTACAACAGACCCACGAACTCTTGATTCTATGCTACAATTGTCACAGGATGATGAGGTACTC TATATTTAATGATTTGAAAGCTTACCCTGATACGATGACACTTGTTATAAAGATAACTCATACTTGTCATAAGGATAACA CATAATTCTTGTTAAGGAGTGTCCAGTAAATTCAAGTGATCTAGAAAATGAATTGGAATCACATCTATTCTTTTAAGGCA CTTACTATACTAGACCCTAGAGTACTAGTAAGTTTTGCTTGTAGTCTCAAATGAGCCTAAGTTATAAACTTACAGTCTAT TTCCCCAATTTGCACTTGAATTAATTTTATGTGTTTTCCTCTCTGTATTTTAAGATTAGGAAAATGGTATACATACAAGG AAGTTCTGTTCCACGTGCAAATGTTGATGTCTTGGATAAGCTTATTTCTTCGCGACATGAGCTAGCTCAGGTAATATCAT AGGGTGCCGCAACATAAGTATCTATGTTGTCTCTTTTATTTCCACATTACTATTATGTACCCGTGATTTCTTGGTCCCCA TTAGACATTTCTATACAACTATATTTATGCAAATATACTTGAAATGTTAGTATTTCTGACAGAAAAAGAAATTTGTTGAG GAATGAAAGGAGACAAATAAAGAGGATAGTGCATCTCTCACGTATCCACAATGTTTTGGAAACCGAACCAGACGAGGCAC CGCTTCAAGGTTCGATGGTCTAACAATAGTTGATCTGATAGTAATTAAAATATTTTTAATATTATCTACTATAATATGTA ACATATTTACCCAAGATATTAAGAAATTTAGACTAGTTAAATTTTGAACTATTATATGCTGTTTATCTTATATATTTTAT ATAATAAAAAAATACTAGAGGATTAAATTAATATTTTAATTAAAAAAATTGACGAGTTCAATCTGATTTTCATAACTGGT TCAACTGATTCTTGAATTTAACAGTATTTTAGCTAATCGAACCGGCCATTTACCGATTCACGGTCAGACCAATTGGACCA GCCGGTCGGGTCCAGTTTTCAAAACAAAGCAAAACCAGCACGGGGCAAAACTTGAAGCTGGGAGATTGGAATATGTAACT AAGCATGCCAATCTCTTTGCATGTTTGAGATTAAAACTCCTCTAAATATATCATGAGCAAAACATCAAGGGGAGGCTAAA AATTAATCCTATCCCAAATGAAGTTTAGAGTTGAAGAAGTACTCTTAAAATTCCATCATTTCTCTCCAGCAATAAGCACC AAAGAACACAGGATAATGCCACAAAGTTTTAGCCTCTTGGCCCAACCTAAAACCTCAAATTAATAGAAACTGATGGAGTT CCTTAAGACCAATATTCTCTTAAAATCCCTAACAGCTTATTCCAAAGAAAAGTAATGCAGAATAGTGCCAAAATAGACGA GCCCTGGTTTTCAAACAAGAATTGATATAACACCCGTGTTGGGAGAAGCAGTGAGAGGTCTGTGCCTATGTAACATACTA ACATGTCAGAAGTGCTAATTCTGTTAAGAACCGTAGTCCAAACCAGTGGTGGATCTTGAAGAAAATATTTAGGGCCAATA TTTAACTTTGTACAGCACACTCTTTTTATCAACATAAAGAAATTTCCGATTTTTCTTTTTAATTAGTTTCTCAAACTTAA TGCTGTCCTATTTGCTTAAAAAATTAAAATAACTATGTAACTGTCATTAAAATATATGAGGGCCTAAACAATATAAATTT TATATGCTAAAATAAGTTAAATCACGCAAGCCCTGTGTGCTTATAAAAATGTACAAAGCTTAAACAAAATAAAATAGATA TAAATGTCAATATATACTTAAGAGAACGAATCACCGTCTCCCTAACTGAAATCTTTTTAGCAGCATAAACTAGCATACAA AACTTGAATGAAGTAAAGATAAAAGAGTTGGAAACATCTCCTTGAACATTGCAGATTGTATTAACAGGTTTTGATACAGG CACACCCCACTTTGTCTTCCATCCAATTTTCACTCATATTCTCTTCCTATATCTCCCTTCTTTTCCTAACACATCACCAA TAACACTTATTTATCTCTTATATTCTTATCTCTTTCTGGTTGTGAGTGAATTTGGTATCTGAACATAATTTTTATATTTA TTATAACAAGTATATAATATTTTTATATAATGGCAATCCTATGGTGGATCATGTTAAAAATTGATTCACCTGCAATCCTA TGAACCATAATTTTTTATTTGTGGTAGCCAAAGCCTATAATTTTTTCAGCTCTGCCCTTGGTCCAAACAAAGGGGTTGAC CTTAGGTTGGACTTGATTTTCCAGTTGGGTTTCCACCAAAAAAAGTCTATCTCTATTTGGTGAACGGTTAAGGATCTAAA AATAGGATTTTACGGGAAAATACCCTTGAGGAGTCCAGAGTGCACACTCTTTTATTAAATTATAGGAAATATGAACAAAA CTACAAAACAGAAGAGACGATGCCTCACTAACCTAATTTGTAATTTCTATCTTATGAATTGCGAATGAGTTTGGCAGCCA AGATTCTGTCTGATAAAAAACTGGATAGTATGTCATCTATGTTGACTTAGGTCGGTACTTTTCATAAGTGTATGCCTACA AAGCTTATTATTTCTTCTATTTTTTACGTCATAAGTCATTAATTTTACCATCTGATTATTTGATCCAGATATTGGGATGC AAATCTTATGCTGAATTTGCTGTTAAACCTAACATGGCTTCATCACCAAAAGTTGTGATGTCTTTTTTAGAAGAGATGAG CAAGATTGTCCGGGCTAAGTCTAAAGAGGTACAAAAGTAGATTCCCGTTAGACATACTTTCTAGGGAAAAATGTGCTATA ACCATATTGACTTGTTTATTAAACAAGAATTTTCTTTTTTCCCTTGCATCTTAGGAGCTGAAATTACTTACAAAATTCAA GAGAGAGAAATACGGTCAAAGTGATGAAGATATAAGGCCATGGAATGAAGCCTATTACACGACAATGTTGAAGTCCTCTG TATATAAATTGGATTCTTCGGTAAATATAACATTCATGAGTATTTTGTTTGTCATTGATGCATACCTATCTGTTTTTCAC AGTAATGCAAAAATCATGCATGCAGGTTGTAGCGTCATATTTTTCTTTGTCAAATTGTATTGAGGGGTTGAAGGTGTTGG TGCAATCATTGTTTGGTGCAACCTTTCATAGCATCCCTCTGGCACCTGGTGAATCATGGGATCCTCAAGTGCTTAAACTG TGTCTTCATCATCCTGAAGAGGTATTTAGTGTAGAAATTGTCTCTTGAAATGAATTTGGATATATTGGATAGATCTCTAT AAAGTTATGATATTAACTTTTAAGACAATGGTGTTTCTCTAGTTTAACTTTTGTATGAGACATATCTATGATTATGAATT CAAAATTGATATTCAGTTCAAAATTTAGTAAATTCTATGTAAAGGACTTGTGAAGAAAAAGTCAAATAACATTTGGGTTG GTCCATTATCGCACTTTCTTCTGGTGGTTTGGAAGAATGTCATCGCTCTCCTCCCAAAATGCCATTTTGCTTATATTAAA ATGTAAATGAGTATTGGCCATTTCATGATGAGGTTATCTTATACTGATTACGGCATCAACTATGATACTAAGGTTGGTAA ATTATCTAATCTGTGGCTAAACACACAATACTCTATTTATATATTTTATTTAAGCCCTTGCAAATAACTAGAGTTTAATG ACTAATTGGGATGAAAAATAATGTATCTATTTATAAAAGGCATAGAGTTTAGGCGACTTTATATATTATTTATGCATTTT TGTTATCCTCATTTATATTTTTTATTATTGTTCTCTGATTTTATGTTTTTAGGCCTTACTTCATTGATGTGTTCTGCGGC CAAAGATCTGATCACTAACATTTAGGGTGTGTTTGGGTTTACAACTTAATTAAATGCCTATTCATAAGTTAATTTGAGAA ACTTATTGCTTAGAATAGGTTATAGATAAAGCATAAACTCTTATTCATAAGCTAATCTGAACAACTTATGGAAATAAGCT CAAAATAGCTTATAAGTAGGTCATAAACTATTTACATAAGGTAGCATTTATACTATAGGATAAGCTCAAATAAGCTTTCT CAAACAAGGCCTTAATTAACATTGTTAGGTTGTCAGTGATGATTGATGTCCATTATGTTTTATTTTATTAATCGTTAAGA CTCAAACTTATTGCAGGGTGATTTAGGATATCTCTACCTCGATTTGTACTCAAGAAAGGGAAAGTATCCTGGCTGTGCTC ATTTTGCAATTAAAGGTGGTCGCAGGATTTCTCAAACAGAATACCAACTTCCAGTATGTGAAATTTTCTCCATTTTAGAA TATATGAAAAATCATGTGTAGAGTAATTTATGGAAGAAAATTATCATTTAGGAGCACTTTGATGGTAGAGTATGCTTTAA TAATTGTTGATAAAAAATAGTAATAAATTGTTTAGGTTTTCATTGACCTATGTATTATTGTTCGAGAATTGAGTTTTTCC AAAGATCAAAAATCCATTTTTAAGCAAACATCAATACTCATATCCACACTTTATCAATTAAATTGCTCTATTTAGTACAG AGGAGGTACACTGTTTATTTATTCGAGTGTTGCTTGATTCCTGTAATTTTGCAGATTGTAGCTCTTGTTTGTAATTTTTC GGGTTCACGGAATCCATCAGCTGTAAGGCTTAATTTCGGGGAAGTGGAAACTCTATTTCATGAGTTTGGGCATGCTCTTC ATTCACTGCTTTCAAGAACGGTATTCTCTTCAACTTTTAATGAGAAAATTGTAGCTTTAGAAAAAGATGACAATGTCATA TGAAGGGGTGGAATCAAAGATGAACATTCAAGGAATTTGGGTTGGTGATGCGAAGTATGCAAATGTACAAAAAAAAAAAT TAGTTTCCAAGTTAACTACTTTTGCTTTTCAAATGTCTCTCAAAACTACTTCCACTGATTGAAAACCACTTTGATAAATA TGCGTTTGTTATTAATATTATATTTTGAAAGTGGTTATTTGTTTCATTTTTCAGTAAGGTGTTGTTAGACTCCAAAGAAC ATGAAACACTTACCCTAGTAATAGTATGTTAGTTATAGTTGAAACCCTCAATTGTTTGAATTTTCTTGAGAGAATTACTC TCTGCTCCCATTGACTTATATTTAAAGGTTACAAAATGAAATCTCTCCATTTTTAGGATTTCCAAAACTTTAGAGATTAG TCACTTGTTTTCATCAAATATTTCTCATTCTAGGTGAGATATATATTAATAATATAAAGGGAATATCAGATTGTGTAAAT AGCATACATAAATTTATAATTTGTGTAAATATAAAAAGATATCTAATATCTTGATTACATCTTAAAATAATTTAAGGTAA TTTAGATTATTCTTTAGGTTTAGTTTCTTTATTTCTTTATTTATATTGATTTATCCTTATTTAATTAGGACTAGAAGTCT TACTTAGTTTCCCATTCAATTAGAATTACGAGTCTACCATTACTATAAATAAGGGTAAGTGCTTTGTCTTTTGTAAGACC AAACCCTCAATTTTATTCTTGTTCATTTTTCAACTTCCTCTCCCTGAAATATTAAACCCTATAATTTCATCAACAATACA GTATATTACAGCTTCCTAGTTAGTAATGATGTTGCTATTTCTTTCTCACTTCAAGAGTTAGTGTATTGAAGCATAACCGA GAGCATATGGCCAAAATAATCTTTAAGGGTAGAACAATTCTTAACCTGCTTGCTTTTTTGGTAGAGTTAAACCCAAATTC TAGGAGTTACTGTTGTCTTATTTATAATTTGATGGTTTCTTGTTCATTGTAGGACTACCAACATTTTTCAGGCACCAGAG TGGTTCTTGATTTTGCAGAAATACCATCCAACCTCTTTGAGTAAGTAAAAATTGTTGTTGCTGAGATTATGAGTAGAATG TTGCAAGAAGTTTCTTCTTTAGGTATTTACCTTAGGTCAAGGTGGCAAATAAAATATAAAAGATGTGGTTGAATAAAGGT GTGATACTGCCTAATTTTCTATAACAGATGTAAGCTGGTTTCTTTTTACAGAATTTACCTAATATAAACCTGTTATTTGC TTTGCCTGTCAGTTTTTATCTTAAAACTCGGATTTATTCCTTGACCTCTAACTTCATTCTCAATTTTGTCCCTGATATTC CAATTTTCTTAGTCTAGTCCCTGACATTTATTAACTCGCTTCAAGTTGGTCCTTATGTCTGTATTTCATTATCCACCAAA TGGAAACAATGAAGTCTCACCATTAAGGTCATGTCACACTATTTATGCATTGCTGAGCACAACACTTGGGTAGTGCTGAC GTTTTTTACTGAAAAATGCTTAGTAAAACTTGCAATTTGGTCCCTGAATATAGAATTGACTACAATTTGGTCCCTTCCTT AACACATTTATTAAAATCATATATGGTTGTTAATGGCTCATTTACAATTGAGGCGTGTCAAAATCTCATTCACAATTATG TAATTATAGAAGAATGATCAAGATTCAAGACAAAGTGTATCATAATTTGTTTCAAGGGAACCTATTGGTATTTTATATGA TAACCAAAGTGAACTTTTGAGTTTTGACATTTAAAATGATAAATAATGCTACAACAAAACAAATACATTATCATTTAATG GTTTAAATGAGGAAATAATCGTTGTTGAATACTTAAAGGAACTCTTATGTGCTAATGTTGTGGTATTGTTCTACTAGGTT GTGAATTGTGATTGACTTTGTTCTATTTTTGGTGCACAGATACTATGCATGGGATTATCGAGTTTTGAAAACATTTGCTA GACACTATTCAACAGGTGAAGAAATCCCTCAGAAGTTGGTTGAGTCGATGCAGGGTGCTAGAGATATGTTTTCTGCAACT AGTCTGCAACGTCAGGTGTTTCTTTATTCACAAGATGATGTCTTGAGTCATCACATTCCCGTTCTTTTTGTTTATGAAAA AATTATTAAATTGTTATTGTGTTTTCTTTTAGATCTTCTATTCTCTAGTTGATCAGACACTATTTGGAGAGCAACCATTC CCTCATGGTGATATTAGTTCTGTTGTTAGAGAACTGAAAAGAGAACATACCGATTGGGAACATGTGGAAGGCACACACTG GGAGACTCGATTTAGTCATCTCCTTAATTATGGTGCAGGTAGGTCTGAAATTTCTTGTAGTCTCCCAAACCGCATCAATG ATGTTGATATTACCTAAGCGTCAATAAACTCTTGTTTATGTTAACAACACAAACTCAATAGACATGCTAACTTTAGGAGA TAGTTGATTTTTCTTCTGTGTTGTGCTTCAACTAGGATGGATATAAAATATGGATCGCGCTACTTCGTTTTAAATTCTCA GGTTTAATACTGAGAATGCCTGAGGCTTTGACTTTGTGCTTTGAATAAATATGGTAGTAATATTGATTATCCTATCAATG CTACCAAAACATATTAGAAGTTCTGTTTAGTTAGTTTGTCACTTAGATGATTAGTTAGTTGTGAGTGGTTATTAGTTTCT GCTGTATAAATAACAATCACATTGTATCTTTTCACCATTTTTTTCAATCATAATCATGGATATTTCCCGGGCTACACTCT CTTGAGAGCTCTATGTTTCTTGATGTACATGAACCATATTTGGCTAATAACACATGTTCACTTGCAGGCTGAATTAATAA TTCGTTTCCCCCCTTTTGTGCAGGGTATTATAGCTATTTGTATGCAAAATGTTTTGCTGCAACCATATGGAAGAAGTTAT GTCAAGAGGACCCGTTGTCACCATCTGCAGGATTCGCTTTAAGATCAAATTTCTTACAACATGGAGGAGCCAAAGAACCA ACGGTTTTGTTATATGATCTAGTAGGAGATGGGATATATAGGCATTATGATGGAGGGATAATCCCTGATATATCGAGTCT TTGTGATGAAATGAAACTGTGATGAATATCTGCAGCAGGTCCATTTGTGAAACTGTTGCATATGAAACAATTTTTTGCAT AAATATAGCTCAATAACATTTTAAAAGAATATAAAATAAAACGTAAATAAAGAATACTTTTGTAACCAAAAAAGAGAGAG AATACTTTACCCTAATTCAGGCTTAGCCACATTATGTCAACGGCATTTTTATTCAAAGCGAAAGTATTTCTTAGGTGTTG ATTGCTCCTCCTTTTTACAAAATAAAAGTACCAAAAAAGGACTTAAGGATAAATGTGTTTTACGGAAAATATTTATGTAG GACTTCTACTGCATTATTTTTTTTATTTTAACTGTTCCTAACACAATATAAATCAATGTTGTGAGGGTTAAATATGTTTT AGTTGCTGATTTATAGGGTGAATCTAAATTGGTCCCTAAAAGAAATTCATTTGGTTCTGCAATTTTTTTCTATTTGAAAT A
Download Genomic Sequence

CDS sequence (LotjaGi3g1v0329900.1) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGCGAGCCATGGACGAGATTTCCAACACTGTGTGTTGTGTTGTTGACTCTGCTGAATTATGTAGGCTAACACATCCAAA CAGGGAATTTGTTGAGGAGGCTAGCAAGGCATCAATGAAAATTAATGAGTATTTACATTATCTGAACACAAATCATGATC TCTATGATGCGGTGAAGAAAGCTGAGCAAGAATGCCATATGCTTTCTGAGGAAGCTAAAAGAGGAGTTAGAAACTTACGT ATTGACTTTGAAAGGGCTGGAATTCATCTTTGCCCTGAGAAATTAGATCGAGTAAACATGCTAAATATTGAAATTTCTCA GATATGCAGAGAGTACAATGAAAATATTGTCATGGACCCAGGAACTATAGATATATATCCTTCATCTCGCATCCCCAATA ATTTACGTTATCTTGTTAAGCCTATCTATCGGTCAAAATCTTCAACAGCTAAGGATTTATCAGGGTCCAAGGACACCTTT AACGAGAAAGGATTTCGAATTACAACAGACCCACGAACTCTTGATTCTATGCTACAATTGTCACAGGATGATGAGATTAG GAAAATGGTATACATACAAGGAAGTTCTGTTCCACGTGCAAATGTTGATGTCTTGGATAAGCTTATTTCTTCGCGACATG AGCTAGCTCAGATATTGGGATGCAAATCTTATGCTGAATTTGCTGTTAAACCTAACATGGCTTCATCACCAAAAGTTGTG ATGTCTTTTTTAGAAGAGATGAGCAAGATTGTCCGGGCTAAGTCTAAAGAGGAGCTGAAATTACTTACAAAATTCAAGAG AGAGAAATACGGTCAAAGTGATGAAGATATAAGGCCATGGAATGAAGCCTATTACACGACAATGTTGAAGTCCTCTGTAT ATAAATTGGATTCTTCGGTTGTAGCGTCATATTTTTCTTTGTCAAATTGTATTGAGGGGTTGAAGGTGTTGGTGCAATCA TTGTTTGGTGCAACCTTTCATAGCATCCCTCTGGCACCTGGTGAATCATGGGATCCTCAAGTGCTTAAACTGTGTCTTCA TCATCCTGAAGAGGGTGATTTAGGATATCTCTACCTCGATTTGTACTCAAGAAAGGGAAAGTATCCTGGCTGTGCTCATT TTGCAATTAAAGGTGGTCGCAGGATTTCTCAAACAGAATACCAACTTCCAATTGTAGCTCTTGTTTGTAATTTTTCGGGT TCACGGAATCCATCAGCTGTAAGGCTTAATTTCGGGGAAGTGGAAACTCTATTTCATGAGTTTGGGCATGCTCTTCATTC ACTGCTTTCAAGAACGGACTACCAACATTTTTCAGGCACCAGAGTGGTTCTTGATTTTGCAGAAATACCATCCAACCTCT TTGAATACTATGCATGGGATTATCGAGTTTTGAAAACATTTGCTAGACACTATTCAACAGGTGAAGAAATCCCTCAGAAG TTGGTTGAGTCGATGCAGGGTGCTAGAGATATGTTTTCTGCAACTAGTCTGCAACGTCAGATCTTCTATTCTCTAGTTGA TCAGACACTATTTGGAGAGCAACCATTCCCTCATGGTGATATTAGTTCTGTTGTTAGAGAACTGAAAAGAGAACATACCG ATTGGGAACATGTGGAAGGCACACACTGGGAGACTCGATTTAGTCATCTCCTTAATTATGGTGCAGGGTATTATAGCTAT TTGTATGCAAAATGTTTTGCTGCAACCATATGGAAGAAGTTATGTCAAGAGGACCCGTTGTCACCATCTGCAGGATTCGC TTTAAGATCAAATTTCTTACAACATGGAGGAGCCAAAGAACCAACGGTTTTGTTATATGATCTAGTAGGAGATGGGATAT ATAGGCATTATGATGGAGGGATAATCCCTGATATATCGAGTCTTTGTGATGAAATGAAACTGTGA
Download CDS Sequence

Protein sequence (LotjaGi3g1v0329900.1) extracted from Lotus japonicus Gifu v1.2 Proteins.

MRAMDEISNTVCCVVDSAELCRLTHPNREFVEEASKASMKINEYLHYLNTNHDLYDAVKKAEQECHMLSEEAKRGVRNLR IDFERAGIHLCPEKLDRVNMLNIEISQICREYNENIVMDPGTIDIYPSSRIPNNLRYLVKPIYRSKSSTAKDLSGSKDTF NEKGFRITTDPRTLDSMLQLSQDDEIRKMVYIQGSSVPRANVDVLDKLISSRHELAQILGCKSYAEFAVKPNMASSPKVV MSFLEEMSKIVRAKSKEELKLLTKFKREKYGQSDEDIRPWNEAYYTTMLKSSVYKLDSSVVASYFSLSNCIEGLKVLVQS LFGATFHSIPLAPGESWDPQVLKLCLHHPEEGDLGYLYLDLYSRKGKYPGCAHFAIKGGRRISQTEYQLPIVALVCNFSG SRNPSAVRLNFGEVETLFHEFGHALHSLLSRTDYQHFSGTRVVLDFAEIPSNLFEYYAWDYRVLKTFARHYSTGEEIPQK LVESMQGARDMFSATSLQRQIFYSLVDQTLFGEQPFPHGDISSVVRELKREHTDWEHVEGTHWETRFSHLLNYGAGYYSY LYAKCFAATIWKKLCQEDPLSPSAGFALRSNFLQHGGAKEPTVLLYDLVGDGIYRHYDGGIIPDISSLCDEMKL
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:1.10.1370.40
1 610 610 3.9E-150 –
SUPERFAMILY
SSF55486
2 610 609 1.01E-131 –
PANTHER
PTHR11804
2 633 632 2.6E-241 –
CDD
cd06457
2 611 610 0.0 –
PANTHER
PTHR11804:SF5
2 633 632 2.6E-241
IPR033851
Coils
Coil
51 71 21 - –
Gene3D
G3DSA:1.10.1370.10
86 556 471 3.9E-150
IPR024077
Pfam
PF01432
178 610 433 5.2E-112
IPR001567

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:0004222
Molecular function Metalloendopeptidase activity Catalysis of the hydrolysis of internal, alpha-peptide bonds in a polypeptide chain by a mechanism in which water acts as a nucleophile, one or two metal ions hold the water molecule in place, and charged amino acid side chains are ligands for the metal ions.
Subterm of
GO:0005759
Cellular component Mitochondrial matrix The gel-like material, with considerable fine structure, that lies in the matrix space, or lumen, of a mitochondrion. It contains the enzymes of the tricarboxylic acid cycle and, in some organisms, the enzymes concerned with fatty acid oxidation.
Subterm of
GO:0006508
Biological process Proteolysis The hydrolysis of proteins into smaller polypeptides and/or amino acids by cleavage of their peptide bonds.
Subterm of
GO:0006627
Biological process Protein processing involved in protein targeting to mitochondrion The cleavage of peptide bonds in proteins, usually near the N terminus, contributing to the process of import into the mitochondrion. Several different peptidases mediate cleavage of proteins destined for different mitochondrial compartments.
Subterm of
Part of

Genome browser

Expression data

Expression pattern

Expression pattern of LotjaGi3g1v0329900.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

Loading expression data from ljgea-geneid. Please wait…