View Redoxidase 16190

Entry information : OcPrx30(OcIN23r2_Chr18g0422841)

Entry ID	16190
Creation	2020-02-05 (Bruno Savelli)
Last sequence changes	2020-02-05 (Bruno Savelli)
Sequence status	N/D
Reviewer	Not yet reviewed

Peroxidase information: OcPrx30(OcIN23r2_Chr18g0422841)

Name

OcPrx30(OcIN23r2_Chr18g0422841)

Class

Class III peroxidase [Orthogroup: Prx025]

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	OcPrx30 start..stop	S start..stop
MguPrx13	581	0	1..341	1..347
VvPrx53	552	0	28..341	33..346
CclPrx92	551	0	3..341	20..356
CppPrx08	550	0	11..341	23..354

Literature and cross-references OcPrx30(OcIN23r2_Chr18g0422841)

Protein sequence: OcPrx30(OcIN23r2_Chr18g0422841)

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

Length (aa):	341 (317)
PWM (Da):	37072.07 (34555.7)
PI (pH):	9.18 (9.18)	Peptide Signal:	cut: 25 range:25-341

Sequence
Send to BLAST
Send to Peroxiscan

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

MSLTSTPIFT FISILLASHS LANAATKSNS TRRGYQLSVD YYAKTCPQVD QLVASITSQQ FKEAPISAPA TIRLFFHDCF VEGCDGSVLI SSKPGNKELA EKDAEDNKEL AVEAFESIKK AKALVESKCP GTVSCADILA VAARDFVHLA GGPYYQVKKG RWDGKISMAS RVQSNLPRAN STVDELLKLF KSKGLTLEDL VILSGAHTIG FAHCRHFVSR LYDYKGTRQP DPSIDPRLLK
ALKMSCPHSG GNADIVAPFD VATPFLFDNA YYGNLGAKMG LLASDQALFE DPRTNVLVQT MAKDKQKFLQ ALAVAMDKMG SIGVKRGRRH GEKRKDCSVH M

Retrieve as FASTA

Remarks

DNA ►
Send to BLAST

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

GGAGGGAGTA CATTATAGGA TTAATTGCAA AAATTACCCC CTCAAGTTTT AGTACGATTA CAACAACAGC CACCCAGTTA TCTCTTAGAT TCTGAGGGGG TGATTTTTGT GATTATGCCA AAATTAAAAG ATGAAACAAC TCTCACAAAA TGTGCATGTT TTCGATTTAT TACAAAACTC TAGACATCAC GAGAGTTGAT TCTCTCTATT TAATACTACA TACATCAACT TTTGTCCAAT ACATTAGACA AAAGTTGGTT AAATTGTCCT AAAAGTTGAT CTCCAAGTCT ATATCCATCT CTGTCTCTCT CTCATGTCTC TCACCTCCAC TCCCATATTC ACCTTCATCT CTATATTGTT GGCCTCTCAC TCTTTAGCAA ATGCTGCAAC AAAATCCAAT TCCACCCGGC GTGGCTACCA ACTATCTGTC GATTATTACG CGAAAACTTG CCCACAGGTC GATCAGCTTG TTGCTTCCAT TACATCACAG CAGTTTAAGG AAGCACCCAT TTCCGCCCCT GCCACAATCC GCCTCTTCTT TCATGACTGT TTTGTAGAAG TAAGCATTTT TTATGATTGC CTAACAATTT TTTGTTATGC AGACTTTTAA CATTTTTTAC AACAGTTTTA TGGGTTAATT ACCAAAATTA CCCAAAAATT TTGGCATAAT TACGAAAATA CCATCTTGAT TCTTGACATT TTGTTTCACT CTTACAAATG AAGAGATGGG TGTTTGTTAA TTGTTAGGCA AATACAAACC TGATTGCAGT GGCTTGCAGT AGTACTCTAA GGGGTGGTAT TTGTATTTTG AAAGATAGCT GGAGTTTTTT CTTATTAAGA TAAACCTCCT GACTGTTTCT GTAATTATTT CTATTTTTTT TTATGCCACA TGCCCACTAC GAGCCAGTGT TAGGTACTCC CGGTCTTAAT GTGTGAATGA CATAAATACC CAAAGGGTCC ACGTTACATT GTGGAATCAG GGAGCGTAAT TTTTGTCCAC ACTCAAAAAA AGAGGGTGAA CTAACCCAAC ACACTTCAAA GGTGATTTTG AGGTATAAAA CCATTCAAGT ATGTAGGATA AGTTCACCCT CTTTTTAGAA ACGTGAACAA AATTACACCC GGAAGGTCCA GGATATAACA ATTTTTCACG AAAAAATAGG AAATCAGAAC AATTTACAAT TTTTTTCTTT TTTTTTTTGG CAAATTAATT TAGAAACCCT AACAATTAAC ATTGACGAGT ATTGTTTTTT GGCTTTTGAA CCGTCAGGCC TGGAAAACTT GGTCTCACGT TAGGCCGGTA CTAAAATTAC ATATTTTTTT TATATATTTA TCGTTTTTAA TCCGCATAGT TCAACCCTAA CAACAATAAT ATACAAACTG AAATCGGCAA ATATGAACAA AATATATAGT ATAATTAAGA TGTATTTTCT TATATCAAGT CAGGAAAACT TGGTCTTGTA TTAGGTCGGT ACTAAAATTT CATATTTTTC ATATTTGTTG ATTCTAATCC GCATAGTTTA ACCGTAACAA GAAGAATATA CAAACTGGAA TCGACAAATA TAAAAGAATA TGTAATTTTA GTACCGGCCT AACGGCAGAC CAAGTCTTCC TTGTCTGACA GTAGAAAAGC CCTTTTTTTG TTCTTGAATT CCTTTATTTT ATTTTGTTTT GTTTTGTTCC TCTCTCATTT TGGTGGTGTG TTTCTAAAAG GGGTGTGATG GATCAGTACT AATATCATCT AAGCCTGGGA ACAAAGAATT AGCAGAAAAG GATGCAGAGG ATAACAAGGA GTTGGCAGTG GAGGCTTTTG AGAGCATAAA AAAGGCTAAA GCATTGGTGG AGAGCAAGTG CCCTGGAACT GTGTCCTGTG CAGACATTCT CGCCGTTGCT GCTAGAGATT TTGTCCATTT GGTTAGTACA AGTTTATTAT ATATATTCCA AATATTCCGA CACTGCAAAT TACCCCCTTG TAACCAAGAC GATAAAAGGG CAAGCTGACG TGCCGATTTA ATTTATACAG AGTACATATC GACTCATTTT TTAAAAAACA CATGAGAATA ATATGTAAGA GGCAATTTAC AGAAAACCAT AGACAAGACA CCATGTGTGC TCCGCGAAAA AACAACAGTC TTATATGCTG GTTGCTGACG CAATAACTGT CTGTTAAAAT AATTATAGAA CATGAATGTT TGGTAAAAGC AGTATTTTAA TGCAAAAGAA AAAAATTACT ACGTTTTTCT TAGTAGAGTT ATAACTTCAA ACACTAAAAG CTAGTTTTAG TACATTTTGG AGTACATTAT AACTAGTAGT ACATTATAAC TTCAAACTAA GAAAATCAAA CACTAAAAGC TGAATGTACA TTTTGGAGTA CATTATAACT TCAAAAGCTA AGAAAATCAA ACACAAAGCT ATTTTTATCC TTAGTAGAGT TTTTAAATTG GCCGAAATAC TAAAATCTAC TCTCTCCGTC CGCCTATATG GGTTACGTGC TTTTGGTGCG CATATTTTAA GAAATATGTT AAAGTAATAG ATGTAGTACA AGTTTATAGA TAGGACGGAC GAATATGAAA AGCTTTAACC TTTATAGAAG GACGGAGGGA GTATTAATTT TTTCATTCCA CTGGAAAAAG ACACATTCAG AATATGATTT TATCTCAATA CAAGAGACTA ATTTCTATAT CTCTTATTAC GTGATTATGT ATGGTCTAAA ATTTATTCTC AAATATTGAT AAGAATATAA TTCGAAAAAA ATCGTATCTG GAAATTTATA TCAAGAGCAT ATACTCCAAA TATTTGTGCA CGACTTTTAA CATTAAAAGA AAAACAGTTT TTCAAATTTG GACATCACAT GACCAGATAA AGCATCACGC ATCTCGACTT TATAATACTC TATCTGTCTT GTTCAAAGCT TGATAGATGA TGTAATTTAG TGTATTTTAG ATAATGATAA ATGTGTAGTT GAAATTATAA AGTAAAAAAA TATTGATATT GAATATGTGG TGAAAATTAA AAGTAAAAGA TGGTTGTTTG ATTTGATCGT TCAGACGTGA CAAATACGTA AGGTTTCTAA AGGATTAAAA GAAAGGTAAT CGTAAAGCTT TGATGAGGAC TTGGTCACGG AGGGAGTATC TAGGTGCGAA TTCGTATTAA AAAGGATACT ATAATTTTGT CATTAGGCTA ATCAACATGA TCAACGACGT CACGAATATG AACAGCTCTT GGATGGAAAC AAAACATTTC TTGTTAAGAC ATTACTGTCA CGTAATTAAC AAACCCACTG ACAGAGACAA AAGTCAACAC AGACTTTGGC TAATTATGAC ACCCATGAGT CACGAACCCC TCCTCGTATC AGCAGTTTAT TATGAGAGGT GATAGAGCCA CACCTCAAAC CACACCCCCA TACACACTCC GTGCTGTATG AGGTTGTACC ACATGCTTTA CGGATAACAT AATCATAATA ATATTATAAT AAAAATTACT AACAAAGCAC ACAGTACAAC CGCATAAAGC ACGGTGTGGT TGGGGGTGTG ATCTAGAAGT GTGGACCTAT CATTTCTCGT TTATTATACT AAAGAGCACC CCTGAAGTTC TGTCTAGTCC TAAAACATCG CGTATGGCTC TTTCAGGATT ACAAATACCC TCAACATTCT TTCTCGTTTA TAAGTTGGCA CTCGCATTTG GTATCAAATT AAGCGAGTTT TTCGAATTTT GAAAGATACC TGGAATTCTT TAAGGTTCAC TACAAATCTT AAGGTTCTTT TTTTGGATTA GTTTAACTTA ATGGCATGTT TGGAAAAAAA GAATTCATTT CAAATCTTGG ATTTGATCAA ATCAGGCGTT TGACAACCAC TAAGAATTTA GAATTGAGAT TTGCTCAAGT CCATGACAGT TAGGGTACAA GCTCATATGT TAGAATTTGA AATCACACAT CTACACATGT CAAATACCAC TTTTATAAAA TATTGTTTTT TGGTAACTTT TCCTGTAACA ATTAAATAAC AAAATATTTT TCCGATTTTT TTTCACATAA TTTTCTTTCA AGAAAATTTT CTAGAGAAAA TTTTTCCAAG ATATTTATTT TTCAGGAAAT TTTCTGCTGG GATTTTTTTT CTGATAACTT TTTTCGGGAA ATTTTTTCCG TTAATTTTTC CCGAGAAATT TTTTCCAAAG AAAACTTTTC CGAGAAATTT TCTTCTGGGA ATTATTTCCC GAGAAAATTT TTCCCGAGAA TTTTTGTTTT CTTAGAATTT ATACCGAAAA ATTTTCGAAA AATTTTCTTC TGGGATTTTT TTCCGAGAAA CTTTTTTGCC AGAATTTCTT TTCGAGAAGT TTTTCCCGAG AAACTTTTCC CGAGAAATTT TTTCCGAATA AATTTTTTCC AAGAAAATTT TTAGAGAACT TTTATTTCAA GAGTTTTTTT CCAAGAAACT TTTTCCGAGA AATTTTCTTC TGGGGAATTT TTTTTCCCAA ATAATTTTTT TCGAGAAATT TTCTTCCAAG GAATTTTTTC CGAGAATTTT TTTCCCGGGT ACTTTTTTCT TACAAATTTC TTTCGAGAAA ATTTTTCCAG ATAATTTTTT TTCGGAGAAA TTTTTTTCGA GTTTTTGCCC AGAAATTTTT TCCTGGGGAA TTATTTCTGT GAGAAAATGT TCCCGAGAAA TTTTTTCCCA AAATTTTTTT TTAAGAAACC TTTTTCCGAG AAACTTTTTT CGGGATATTT TTTTCGAGAA ATTCTTTTCC GGGATCTTTT TATCGAGAAA TTTTTTCCGG GAATTATTTC TCGAGAAATT TTTTTCCATA GAAAAATTTA TTTTCAAATT TTTTTGTTCA ATTCAACATT TAAAATTTCA TGAATTCCAA ACAGAATACT AGAATTGAAA TCAAGAATTT GAAATTCTTG TGTTCCCAAA CGGTGAATTT GGATTTCGAA TCATGGATTT GAAATTCTAG GTTTGGAATC CTGGATTTGA AATGAAATCC AAGTTCCCAA ACGGCACCTA GGGTGAATGT CGGACTATCT ATGTGTTTTA TAAAATGAGT CGTTACCCGA TGTGTTTTAT AAAATAGTCT TATTAGTCAA TGTGTTTCAA GAAAATAGAC TGATTACCTA GCTAATGTGT AAATTAAATA GGCACATCAC CCTATGTATT TTGTAAAGAT TGTATATCAA CCTTCCGTTG TATTTCATCC AGAAGTTGCA AATTACTCCC TTGTGCACAA GATGATGGAG GGGGCGAGAT GAATTTTTTG AAAATACAAG GGGTAATGTG CCTATATAAT TTATACATGA TGGTAATTCC GTCCATTTTT TAAATACACA AGAGGCTAAT ATGATTATTT AATTTATATA TAGAGTAAAT GACCCATTTT ATAAACACAC ATGAGGATGA TCTGCCAAAA ACACAAACCT TATACAACGT GTTTTTTGGC AACAATGCTT TATTATTTAG CTAAAATGAC ATCTATTTCT CTTTTACAAA TTCGCACCCT CAACAATATA CATCTTTGAT AACTCGCGAA ATGATTTTCC TCAGGCTGGA GGTCCATATT ATCAAGTTAA AAAAGGCAGA TGGGATGGAA AAATTTCAAT GGCTTCAAGA GTACAATCCA ACCTCCCTCG CGCAAACTCA ACCGTGGATG AGCTTCTGAA GCTCTTCAAG TCCAAAGGCC TAACACTTGA AGACTTAGTT ATCCTCTCAG GCGCTCACAC CATAGGCTTT GCTCATTGCA GGCATTTTGT GAGCCGATTA TACGACTACA AGGGCACGAG ACAACCTGAC CCTTCTATCG ATCCAAGACT TCTTAAGGCC CTCAAGATGT CGTGTCCTCA CTCCGGAGGG AATGCTGACA TCGTGGCACC ATTTGATGTC GCGACCCCTT TTTTGTTCGA CAATGCCTAT TACGGGAACT TGGGAGCTAA GATGGGGTTG CTGGCCTCTG ATCAGGCCCT CTTTGAGGAT CCTAGGACTA ATGTCTTGGT CCAGACAATG GCTAAGGACA AGCAAAAGTT TCTTCAAGCA CTTGCTGTGG CTATGGATAA AATGGGATCT ATTGGTGTGA AGAGGGGGAG AAGACATGGA GAGAAAAGAA AAGATTGTAG TGTACACATG TGATGGGTAA TAAATAATTT ACTTTTTTAA ATTTACTCCA ATTCTTTATT TGTTTACTGG TTGATGTTTG GTTTTTCTAC TTTTTCGTCT TGTGTGAAAA TAAGAGTGTG CAAACCTTTT TTTTTTTTGA
AATAAGAAAA AATGTGATTC T

Retrieve as FASTA

CDS►
Send to BLAST

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

ATGTCTCTCA CCTCCACTCC CATATTCACC TTCATCTCTA TATTGTTGGC CTCTCACTCT TTAGCAAATG CTGCAACAAA ATCCAATTCC ACCCGGCGTG GCTACCAACT ATCTGTCGAT TATTACGCGA AAACTTGCCC ACAGGTCGAT CAGCTTGTTG CTTCCATTAC ATCACAGCAG TTTAAGGAAG CACCCATTTC CGCCCCTGCC ACAATCCGCC TCTTCTTTCA TGACTGTTTT GTAGAAGGGT GTGATGGATC AGTACTAATA TCATCTAAGC CTGGGAACAA AGAATTAGCA GAAAAGGATG CAGAGGATAA CAAGGAGTTG GCAGTGGAGG CTTTTGAGAG CATAAAAAAG GCTAAAGCAT TGGTGGAGAG CAAGTGCCCT GGAACTGTGT CCTGTGCAGA CATTCTCGCC GTTGCTGCTA GAGATTTTGT CCATTTGGCT GGAGGTCCAT ATTATCAAGT TAAAAAAGGC AGATGGGATG GAAAAATTTC AATGGCTTCA AGAGTACAAT CCAACCTCCC TCGCGCAAAC TCAACCGTGG ATGAGCTTCT GAAGCTCTTC AAGTCCAAAG GCCTAACACT TGAAGACTTA GTTATCCTCT CAGGCGCTCA CACCATAGGC TTTGCTCATT GCAGGCATTT TGTGAGCCGA TTATACGACT ACAAGGGCAC GAGACAACCT GACCCTTCTA TCGATCCAAG ACTTCTTAAG GCCCTCAAGA TGTCGTGTCC TCACTCCGGA GGGAATGCTG ACATCGTGGC ACCATTTGAT GTCGCGACCC CTTTTTTGTT CGACAATGCC TATTACGGGA ACTTGGGAGC TAAGATGGGG TTGCTGGCCT CTGATCAGGC CCTCTTTGAG GATCCTAGGA CTAATGTCTT GGTCCAGACA ATGGCTAAGG ACAAGCAAAA GTTTCTTCAA GCACTTGCTG TGGCTATGGA TAAAATGGGA
TCTATTGGTG TGAAGAGGGG GAGAAGACAT GGAGAGAAAA GAAAAGATTG TAGTGTACAC ATGTGA

Retrieve as FASTA

cDNA►
Send to BLAST

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

Retrieve as FASTA