Entry information : EcamPrx121 ( EcC054062.70)
Entry ID 10312
Creation 2012-01-30 (Qiang Li)
Last sequence changes 2013-10-30 (Christophe Dunand)
Sequence status complete
Reviewer Achraf Jemmat
Last annotation changes 2016-02-13 (Achraf Jemmat)
Peroxidase information: EcamPrx121 ( EcC054062.70)
Name (synonym) EcamPrx121 ( EcC054062.70)
Class Class III peroxidase    [Orthogroup: Prx003]
Taxonomy Eukaryota Viridiplantae Streptophyta Myrtaceae Eucalyptus
Organism Eucalyptus camaldulensis    [TaxId: 34316 ]
Cellular localisation N/D
Tissue type N/D
Inducer N/D
Repressor N/D
Best BLASTp hits
Perox score E-value EcamPrx121
start..stop
S start..stop
EgrPrx121 677 0 1..333 1..333
EglPrx121 648 0 1..333 1..333
EguPrx121 645 0 1..333 1..333
EcamPrx122 548 0 1..333 1..337
Literature and cross-references EcamPrx121 ( EcC054062.70)
EST ref. GenBank:   FY794670.1 [5' end]   FY793517.1 [3' end]
Protein sequence: EcamPrx121 ( EcC054062.70)
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   333 (310)
PWM (Da):   %s   35959.46 (33622.2) Transmb domain:   %s   i7-24o
PI (pH):   %s   9.89 (9.78) Peptide Signal:   %s   cut: 24 range:24-333
Sequence
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Send to Peroxiscan
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MASITAAFRA LAVVLFVSVF ATAAQSPKSS LKVGFYRRTC PSTEAIVRKT VFEAVSRNPG MAAGLIRMHF HDCFVRGCDA SVLLKSTAGN PAERDHPANN PSLRGFEIID QAKAQLEALC  PRTVSCADIV AFAARDSAYK ARGIYYDVAA GRRDGRISRL PEVTQNLPPP SFNAQQLIAN FARKGLSADE MVTLSGAHSI GISHCSSFSS RLYTFNATLA QDPSLDPAYA AFLKRKCPPP 
SNMTQADPTV PLDSITANTL DNKYYLQLLK LRGLLTSDET LYTSPSTSRM VVNNAKNNFA WSVKFAKAMV KMGSIDVLTG KQGEIRKLCS IVN 

Retrieve as FASTA  
Remarks Completre sequence from 5 ESTs and genomic (partial). Incorrect prediction from kazusa (3' end is missing due to NNNNNNN in DNA).
DNA
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGGCTTCCA TCACAGCAGC ATTTCGTGCA CTCGCGGTGG TTCTCTTCGT CTCGGTTTTT GCAACAGCAG CTCAAAGTCC GAAATCGTCC CTAAAGGTGG GATTCTACCG ACGTACTTGC  CCGTCGACAG AAGCTATTGT CAGGAAAACC GTGTTTGAGG CCGTCTCTAG GAACCCCGGG ATGGCAGCTG GTCTCATTCG CATGCATTTT CATGATTGCT TCGTTAGGGG CTGTGATGCT  TCAGTGCTCT TGAAATCAAC CGCAGGAAAC CCGGCGGAAA GAGATCACCC CGCGAACAAC CCGAGCCTAC GAGGGTTTGA AATCATCGAT CAGGCCAAGG CCCAGCTCGA AGCCTTGTGC 
CCCAGGACCG TCTCATGTGC CGATATAGTT GCTTTTGCCG CCCGTGACAG TGCCTACAAG GCTAGGGGCA TATACTACGA TGTCGCTGCT 

Retrieve as FASTA  
CDS
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGGCTTCCA TCACAGCAGC ATTTCGTGCA CTCGCGGTGG TTCTCTTCGT CTCGGTTTTT GCAACAGCAG CTCAAAGTCC GAAATCGTCC CTAAAGGTGG GATTCTACCG ACGTACTTGC  CCGTCGACAG AAGCTATTGT CAGGAAAACC GTGTTTGAGG CCGTCTCTAG GAACCCCGGG ATGGCAGCTG GTCTCATTCG CATGCATTTT CATGATTGCT TCGTTAGGGG CTGTGATGCT  TCAGTGCTCT TGAAATCAAC CGCAGGAAAC CCGGCGGAAA GAGATCACCC CGCGAACAAC CCGAGCCTAC GAGGGTTTGA AATCATCGAT CAGGCCAAGG CCCAGCTCGA AGCCTTGTGC  CCCAGGACCG TCTCATGTGC CGATATAGTT GCTTTTGCCG CCCGTGACAG TGCCTACAAG GCTAGGGGCA TATACTACGA TGTCGCTGCT GGCCGCCGCG ACGGCCGCAT CTCTCGCCTC  CCGGAAGTTA CACAGAACCT CCCGCCGCCA AGCTTCAACG CCCAACAGCT CATTGCCAAC TTCGCTAGGA AAGGGCTTTC GGCGGATGAG ATGGTGACCC TGTCAGGAGC ACACTCGATT  GGAATCTCCC ACTGCTCTTC CTTCTCAAGC CGCCTCTACA CGTTCAACGC CACACTCGCC CAAGATCCTT CCTTGGACCC TGCGTACGCT GCATTCTTGA AGAGAAAGTG CCCACCACCG  AGCAATATGA CGCAAGCAGA CCCGACCGTG CCACTTGATA GCATCACAGC AAACACTTTG GACAACAAGT ACTACCTCCA GTTGCTGAAG CTCCGTGGCT TGTTGACTTC TGACGAGACG  CTGTACACGA GTCCCTCGAC TTCAAGGATG GTCGTGAACA ATGCGAAGAA CAACTTCGCT TGGAGCGTGA AGTTCGCCAA GGCAATGGTG AAGATGGGCT CGATCGACGT ACTCACTGGT 
AAACAAGGAG AGATCAGGAA GCTGTGCAGT ATTGTAAATT GA 

Retrieve as FASTA  
cDNA
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
GCTCCATCAA AAACATCCCC CAATTCAAGC CTCTCAACAT GGCTTCCATC ACAGCAGCAT TTCGTGCACT CGCGGTGGTT CTCTTCGTCT CGGTTTTTGC AACAGCAGCT CAAAGTCCGA  AATCGTCCCT AAAGGTGGGA TTCTACCGAC GTACTTGCCC GTCGACAGAA GCTATTGTCA GGAAAACCGT GTTTGAGGCC GTCTCTAGGA ACCCCGGGAT GGCAGCTGGT CTCATTCGCA  TGCATTTTCA TGATTGCTTC GTTAGGGGCT GTGATGCTTC AGTGCTCTTG AAATCAACCG CAGGAAACCC GGCGGAAAGA GATCACCCCG CGAACAACCC GAGCCTACGA GGGTTTGAAA  TCATCGATCA GGCCAAGGCC CAGCTCGAAG CCTTGTGCCC CAGGACCGTC TCATGTGCCG ATATAGTTGC TTTTGCCGCC CGTGACAGTG CCTACAAGGC TAGGGGCATA TACTACGATG  TCGCTGCTGG CCGCCGCGAC GGCCGCATCT CTCGCCTCCC GGAAGTTACA CAGAACCTCC CGCCGCCAAG CTTCAACGCC CAACAGCTCA TTGCCAACTT CGCTAGGAAA GGGCTTTCGG  CGGATGAGAT GGTGACCCTG TCAGGAGCAC ACTCGATTGG AATCTCCCAC TGCTCTTCCT TCTCAAGCCG CCTCTACACG TTCAACGCCA CACTCGCCCA AGATCCTTCC TTGGACCCTG  CGTACGCTGC ATTCTTGAAG AGAAAGTGCC CACCACCGAG CAATATGACG CAAGCAGACC CGACCGTGCC ACTTGATAGC ATCACAGCAA ACACTTTGGA CAACAAGTAC TACCTCCAGT  TGCTGAAGCT CCGTGGCTTG TTGACTTCTG ACGAGACGCT GTACACGAGT CCCTCGACTT CAAGGATGGT CGTGAACAAT GCGAAGAACA ACTTCGCTTG GAGCGTGAAG TTCGCCAAGG  CAATGGTGAA GATGGGCTCG ATCGACGTAC TCACTGGTAA ACAAGGAGAG ATCAGGAAGC TGTGCAGTAT TGTAAATTGA GGACGTGCCG GAGAGTTACA ACTTTTGCAG GACGGAGATT  GGGAACATGA TCTATATCGT CCTTTATATT TATTCTTTGC TTGACTTTAT TTGTTTCGAC GTGTCCGGTT CGATTGTTGC GTCGTCTTTC AGATGTAAGA CTTTCCTATT TGGCAAAAAG 
CTGATTGAAA TGTTATTTAT TTTTTTGT 

Retrieve as FASTA