View Redoxidase 16185

Entry information : OcPrx25(OcIN23r2_Chr16g0370651)

Entry ID	16185
Creation	2020-02-05 (Bruno Savelli)
Last sequence changes	2020-02-05 (Bruno Savelli)
Sequence status	N/D
Reviewer	Not yet reviewed

Peroxidase information: OcPrx25(OcIN23r2_Chr16g0370651)

Name

OcPrx25(OcIN23r2_Chr16g0370651)

Class

Class III peroxidase [Orthogroup: Prx032]

Taxonomy

Eukaryota Viridiplantae Streptophyta Orobanchaceae Orobanche

Organism

Orobanche cernua [TaxId: 53590 ]

Cellular localisation

N/D

Tissue type

Inducer

Repressor

Best BLASTp hits

Perox	score	E-value	OcPrx25 start..stop	S start..stop
OcPrx26	521	0	1..331	25..358
MguPrx31	481	8.91e-173	3..331	1..330
MguPrx30	463	1.61e-165	1..331	1..330
LePrx48	459	6.86e-164	3..331	1..329

Literature and cross-references OcPrx25(OcIN23r2_Chr16g0370651)

Protein sequence: OcPrx25(OcIN23r2_Chr16g0370651)

Sequence Properties
first value : protein
second value (mature protein)

Length (aa):	331 (296)
PWM (Da):	36595.46 (31982.3)	Transmb domain:	i7-24o
PI (pH):	7.99 (8.97)	Peptide Signal:	cut: 25 range:25-320

Sequence
Send to BLAST
Send to Peroxiscan

*.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2

MRLKNQTTII SLLLLLVLVL LTQSQTTQLR TDFYNNSCPN VEALVTKAVR IKFWETYVMA PATLRLFFHD CFVRGCDASI MLASPNGQAE KDHPDNLSLA GDGFDTVVKA KAAVDSNPQC RNRVSCADIL ALAARDVLHL TGGPLYPVEL GRRDGRISTK ASVQRKIPGP GFNLDQLSTM FVGNGLDMTD LVALSGAHTL GASHCKRFSN RIYDSTYGNK TDRTLNPQYA EQLREECPMN
VDTTYLAVHM DWTTPYIFDN AYFINLQKGM GLLSSDQVLF TDNRTRDTVN SFASNNTIFE RAFGQAMTRL GRIGVLTGNQ GEIRIDCSRV N

Retrieve as FASTA

Remarks

DNA ►
Send to BLAST

.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2

GTGACCCCTG TTGGTCCCCG AACTTCTGCC CCGTGATATA AGCCCACCAC CCATTAGTGT TCTTTTTAGC CGACTCGTTG CCAAAATCCG CCCCTGTGCA TACAAGGGTT TGTATTGGCA AACCATTAGT AAATAAAGTA AGTACCATTC TAAAATAAAA GAATATAGCT TTTTTTTTTT AACAACATAA AAGAATGTAG CTGTTCTATA TGAAACAGGG ATTTCGGACT TTTTGGTAAT TTATCCTTTG AATTTGAATC TCTGAAGAGG CTCCTCATAT ATGTGTATGA TCTCCACTCT CCACACTCAA CCAAAACTCA AAAGGAACAT TCCTTCTGTC AAAACATGAG ATTGAAGAAC CAAACCACAA TAATTTCACT GTTACTTTTG CTTGTTCTTG TCCTCCTTAC TCAATCTCAA ACCACCCAAC TTAGAACTGA TTTCTACAAT AATTCTTGTC CGAATGTCGA GGCCCTTGTC ACGAAAGCCG TTCGGATCAA ATTCTGGGAG ACTTATGTGA TGGCCCCGGC CACCCTCCGC CTCTTTTTCC ACGATTGCTT CGTTCGGGTC CGTAAATTTT TTTTTTTACT ATTATAATTA CAATTATTTA ATTTATTATC ACATTTCAAC AATAAAAGTT ACTAACTGAA AAAAAAATGA TTACTTGATG TTACAACTCA TATCTGGATT TTTTTTTCGT GTGTTGAAGG GCTGTGATGC GTCGATTATG CTGGCATCTC CTAATGGCCA GGCGGAGAAG GATCATCCGG ATAACCTTTC GCTTGCCGGA GATGGATTCG ACACGGTTGT TAAGGCCAAG GCAGCCGTGG ACAGCAATCC TCAGTGCCGG AACAGAGTCT CGTGTGCCGA CATTTTAGCA TTGGCCGCTC GGGATGTTCT CCACTTGGTA ATATGCATAA TACACTATAA CTATTCTTAT TGTGAAATCA CAGTGGGTGT AAATGGCTTT TGGATAGATT TTTGATTGGT TTTTGGTTTT TCACTTTTTG ATCTTAAGAA AAAAAAAAAA ATAGAAACCT AATAAAAAGA GTTTTTTTTT TTTTTTGAAA AATTATAAAC TTAAAACCTG AAAAAACCTA GCAAAATAAA ATTTTCCTGA AAAAACCTTA GGAAACTACT ATGAAGCCTC AAGAAAAACA AAGAAATTAA AGAAATTGAA AAACACCCTC CTAAAAAATG ATAAAAAATA AAAAAAAAAA ATTTTTTTAC CATCGAATAT GTAAGTCCTT TTTTTCTCAA TAAATATGTG CAGACTGGAG GTCCATTGTA TCCAGTTGAA TTAGGAAGAA GAGATGGGAG AATTTCAACC AAGGCAAGTG TTCAGCGCAA AATCCCAGGC CCAGGCTTTA ATTTGGACCA GCTTAGTACC ATGTTTGTCG GTAATGGTCT CGACATGACT GATTTGGTTG CATTATCAGG TAAACAACAA CTTATTATCT TTTTTCAAAT AAAATGTGGT TTATCTATGA ACACCGACCA CCCAACCAAT TCGATCCATA TCATTATCTT TATGCTATTA TCATATAATA ATTATAATAT TACAATTGAA TATAATAATG CAATATAATG AACAAAACTC AAAATCAGAT TTAAAAATGA AAATATAAAT TGAAGTAGCA ATTAAATATT ATATTAACAA AGTACAACTT CCAATAAAAA CACAAATACT GCAATACTTC AAATTCAATC CAAAATAAAC AATACTGCTA AGGACGGAAA ATAGATAAAA ATAACAAAAA AAATAAACAG AAATCTAAAA ATGGATGGAC AAAATGTAAT GTATAATTAT ATGTACATGT AGCATTGTTC AAGTTAAAGA ACTCGCTTCA ATTTGGTCTA TAAAACGTAA TTTATCCATT TAAACAGTGC AAAAATGAAA AGACTGTTCT TACATTGTCA ACATTTACAG GTGCACATAC ATTGGGTGCC TCTCATTGCA AGAGGTTCTC CAACCGCATC TACGATTCTA CTTATGGGAA CAAAACCGAT CGAACGCTCA ATCCGCAATA TGCCGAGCAA CTCAGAGAAG AGTGTCCCAT GAACGTCGAC ACAACCTATT TGGCAGTACA CATGGACTGG ACAACTCCAT ATATCTTCGA CAATGCTTAT TTTATCAATC TTCAAAAAGG GATGGGTCTG TTGAGCTCGG ATCAAGTGCT TTTCACGGAT AATCGTACGA GGGATACTGT TAACTCATTT GCATCAAACA ATACTATTTT CGAACGGGCA TTTGGGCAGG CTATGACAAG ACTGGGGAGA ATCGGGGTCC TAACGGGTAA CCAAGGTGAA ATTAGGATTG ATTGTTCCAG GGTTAACTAG AATACCTCTT TCATTGAAAC TAGCTTTTGA CTGCTGCCCA AAGACAACAA TCAACCTTAT GCTCTCTCCT CTGATATTGT GAAACTAGTC ATGATGATTT GGGTCGTCAA ATTTTGTTTG AATTTAGGAT AAATATATTT GTTACATGTT GTATTATAGA ACTACAAAAA TATTTATTTT
TTCATGCTCT ATAAATACAC CCCAATTAGT TATATACGCG CAATACAATT ATCTCATATT CTCTATAT

Retrieve as FASTA

CDS►
Send to BLAST

.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2

ATGAGATTGA AGAACCAAAC CACAATAATT TCACTGTTAC TTTTGCTTGT TCTTGTCCTC CTTACTCAAT CTCAAACCAC CCAACTTAGA ACTGATTTCT ACAATAATTC TTGTCCGAAT GTCGAGGCCC TTGTCACGAA AGCCGTTCGG ATCAAATTCT GGGAGACTTA TGTGATGGCC CCGGCCACCC TCCGCCTCTT TTTCCACGAT TGCTTCGTTC GGGGCTGTGA TGCGTCGATT ATGCTGGCAT CTCCTAATGG CCAGGCGGAG AAGGATCATC CGGATAACCT TTCGCTTGCC GGAGATGGAT TCGACACGGT TGTTAAGGCC AAGGCAGCCG TGGACAGCAA TCCTCAGTGC CGGAACAGAG TCTCGTGTGC CGACATTTTA GCATTGGCCG CTCGGGATGT TCTCCACTTG ACTGGAGGTC CATTGTATCC AGTTGAATTA GGAAGAAGAG ATGGGAGAAT TTCAACCAAG GCAAGTGTTC AGCGCAAAAT CCCAGGCCCA GGCTTTAATT TGGACCAGCT TAGTACCATG TTTGTCGGTA ATGGTCTCGA CATGACTGAT TTGGTTGCAT TATCAGGTGC ACATACATTG GGTGCCTCTC ATTGCAAGAG GTTCTCCAAC CGCATCTACG ATTCTACTTA TGGGAACAAA ACCGATCGAA CGCTCAATCC GCAATATGCC GAGCAACTCA GAGAAGAGTG TCCCATGAAC GTCGACACAA CCTATTTGGC AGTACACATG GACTGGACAA CTCCATATAT CTTCGACAAT GCTTATTTTA TCAATCTTCA AAAAGGGATG GGTCTGTTGA GCTCGGATCA AGTGCTTTTC ACGGATAATC GTACGAGGGA TACTGTTAAC TCATTTGCAT CAAACAATAC TATTTTCGAA CGGGCATTTG GGCAGGCTAT GACAAGACTG GGGAGAATCG GGGTCCTAAC GGGTAACCAA
GGTGAAATTA GGATTGATTG TTCCAGGGTT AACTAG

Retrieve as FASTA

cDNA►
Send to BLAST

.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2

Retrieve as FASTA