View Redoxidase 16173

Entry information : OcAPx02(OcIN23r2_Chr07g0155161)

Entry ID	16173
Creation	2020-02-05 (Bruno Savelli)
Last sequence changes	2020-02-05 (Bruno Savelli)
Sequence status	N/D
Reviewer	Not yet reviewed
Last annotation changes	2020-02-05 (Christophe Dunand)

Peroxidase information: OcAPx02(OcIN23r2_Chr07g0155161)

Name

OcAPx02(OcIN23r2_Chr07g0155161)

Class

Ascorbate peroxidase [Orthogroup: APx2003]

Taxonomy

Eukaryota Viridiplantae Streptophyta Orobanchaceae Orobanche

Organism

Orobanche cernua [TaxId: 53590 ]

Cellular localisation

N/D

Tissue type

N/D

Inducer

N/D

Repressor

N/D

Best BLASTp hits

Perox	score	E-value	OcAPx02 start..stop	S start..stop
SaAPx06	524	0	1..287	1..287
SaAPx01	509	0	1..288	1..291
MguAPx01	505	0	1..288	1..288
NtAPx05-1A	494	2.58e-179	1..288	1..287

Literature and cross-references OcAPx02(OcIN23r2_Chr07g0155161)

Protein sequence: OcAPx02(OcIN23r2_Chr07g0155161)

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

Length (aa):	288
PWM (Da):	31714.46	Transmb domain:	o259-281i
PI (pH):	7.62

Sequence
Send to BLAST
Send to Peroxiscan

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

MAKVIVDAEY LKEVEKARRE LRALIANKNC APIMLRLAWH DAGTYDVNTK TGGPNGSIRN EEEYNHGANN GLKIALEFCE QVKSKCPKIT YADLFQLAGV VAVEVTGGPT IDFVPGRKDS KVSPREGRLP DAKKGVPHLR EVFYRMGLSD KDIVALSGGH TLGRAHHERS GFDGPWTAEP LKFDNSYFKE LLKGEIEGLL KLPTDVALLD DPEFRRYVEL YAEDEDAFFR DYAKSHKKLS
ELGFSPTPTG AKAFVKDGTI LAQSAVGVAV AAAVVILGYF YEVRKKMK

Retrieve as FASTA

Remarks

DNA ►
Send to BLAST

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

TAGTGACGTC ATTGACTCAA AAAAAAATGA ACTAATAATA TGCCAGATAT GGTAGACCGT TTTAATTGGC CCATACCTGA TCCGTTTGTC AATGGGCTCA TTTCCCAAAG CCCACTGTTT TCTGTCATTT AATTGATCAC CAATCCAAAA CCCCCAAAAG TAAAGGAAAT TCCAGTCTTG TACCGGCAGC AACCTTTCAG TGTTCTTTTC CAATCGTGTA TTTAAACGCC GGTCGACATT CAAAAATCTA TCTTATCTCA TCGTCATCAC ATTAAAGTAG AAAAAAAAAA AACTCAGAGA CTCGCAGTTT TTGGCTCTCA CTAAGCGCTA TGGCGAAAGT TATCGTCGAC GCAGAGTACC TCAAGGAAGT CGAGAAAGCT CGTCGAGAAC TCCGCGCTCT CATCGCTAAC AAAAACTGCG CACCTATTAT GCTTCGCCTG GCGTAATTCT TCTTTTACTT TCCGTTCTCT TTATTTTGTT CTTCGTTTTG TTTTTAATAT TAGTTTAATG AGTAGAGTTT GGTTAGTCCT GATGGTTTAC TTGTTTTATC TGGATTTTGT GTTTGATTAG ATGGCATGAC GCGGGGACCT ACGATGTGAA TACGAAAACT GGAGGTCCGA ATGGTTCGAT TCGGAACGAA GAGGAGTACA ATCATGGAGC TAATAATGGC TTGAAAATCG CGCTCGAATT CTGCGGTTAG TTTACGTTGC GCTTCATAGT TGATCTTGGA TTAGGTATCT GAGGACGTCT ACGTTCGATT GCCTGCTGCT ATTGTGTACT GCAATTTTTT ATTTGAGATT TGACATCACA AGTCTATGCA ATCGATTTCT GTTCTATCAA TTGTATACTC GGCATGAAAT CTTTCATTTA AAAGAATGGA AAAAACTTGT TTGATTATCT GATAATAAGT CTTAGGATGT TATATTTTTT CTAATGAATC GCGTTTACAA GATATTCACT CAGTTTGGCA TTGTTGCACT AGTTTGGTAT CTTGGAGTCT TGTCACTGGC AAATGAAGTG TTTCTTCGAC TGTTTTATGA CAAATTCACT CATTAGTCTG GTTAACTTTT TAGTTGTTAT CAGATGCGCA CTTTATGAAG AGAAAATTTC ACATCCATTT ACTTGTTGTA TTGATTATAT TCCAGAATGT AGCTTATTCA TTATTATGTG CTGGCAGGAT TTACCTTAAC AGTGTTCAAC TTATTTTGAT GGATGAGGAA ATTTATAACA TATCACCTTT TAAGTGTGCA TCTGCACTTT TTCTCACATT TGTTTCTATC TGATTGCAGA ACAAGTGAAG TCTAAATGTC CGAAAATTAC GTATGCAGAT CTATTTCAGG TAATTTTTGT AATGATCTGG AGGCTTCACC GGCAGACTGT TGCTGAATGC AAGCTAAACA TAAACCTGTT ACAAGTTTAT AAACTTTGTA TTTAAAAATG ACTAGAAAAT ATTATGCTAA TAATCCTACT TAAGAGATTT ATCACTGGAA TAGAATAATC TGGTTTGGTT AGAAAATATA GGATATCATT GCTTTTATCG TACGAGGAAG TATCTGTAAG CTTCTTTCAT GGCAAGAAAA AGTGCAATGC TACGACAGTC ATCTGGCCTT AAAGGATGAT GTTATTGCAG ATAAGCGTGC AGAATGTTTG GATTTAAATG TTAGAAAAGC TTCGAATCAG AAGTAAATAT AATATTTGGA TAACGAGTAC TACAGTTGTC TAAATGTGAG AATATTAAAA TTCTAAGTGA GAAAGATTTT ACTGAAACAC ACAGATAGTT CTGTGGTTTC TTTGGGACAA CGAGAATGAA CCAAATATTT GAAGTTAGAA TGTAAAGGAA AGCATGTAAT TCATTTAAGA TAACATAAAT GTGAAACTTC ATGTAATTTC ATGAAAAAAT TATGTAAAAA AAAAGATTCA ATTTGTTTGG AAAAATGAAC TTTTGACTTC CCTTATTGTG TGAATGCATT ACAATCAACA CAAATATTAT TTTTGGCATG ACAAAATGCT TGTTAGACTG AAAATTAAGT GAATGCACAA TATTGATTAG AAGTTGAACA ATTTTTGTGG GTACTCTCCT CTGGTTACTG TCATCTATGA TGTGAAGTAT AGAGAATATA CAGATATGCA ACCACAATTT AGAATGTTAC GATTCCCTGA CGATGTTACA TGATCGATTC TTGCTTTTAG TTATTTGTTA TTTGCATGAA TCACACTGTT GTATGTACTC ATTCTTTTTC TTTGATATTT TATGTTTTTC ACATTGCACC AAAATGCCCT TATTTGTAGT AGTACAATTA TTTAGTTAGC ATAATTTTTG CAACATTAAA TATGTGTGCA AAAAAGATGT AAATGTATTG GGTTTGTAAA AGAATTATTA TTTTGGAACA AAAAAAAAGC TAAATTACCA AAGCAAAAGA ATGGGGGAGT ATTATGCATG GGATTCTCCA ATTTCGTCTT TTGTAATTTT CAAGATAAGT TGTCTTCTGT TTTGCGTGCT GCATCTACAA GTAGCTTCAG GAGGTGTCTA TTGGTATTAA GAGCAATTTA TTTTGTGCTA ACCAAACTAA TTTGCCTACA GCTAGCAGGC GTTGTTGCAG TTGAAGTCAC TGGAGGCCCT ACAATTGATT TCGTTCCTGG TAGAAAGGTA ATGTCACCGT TGGTCTATTT TTATATTGAA ATAAAATGCA ACTTATCTGG TGCTAGAAGT TAAGTTGTAT ATTCCTAGTA TTATTTATTG GGAACTGATT CCAGTTAGAT TCCGTACAAT TGCTAGAATC TTAATTTGCA TTCAGAGCAA TCTTAACAAT ATCCATCTCA TGTTTCTTTC AGGATTCAAA GGTTTCTCCG AGGGAAGGGC GACTTCCAGA TGCTAAAAAA GGTCGAACAC AATGTTCTGG AAATCTTACT TATCTGATTA CTTGCTAGGT TAAGATATTA CTTTGTTAGA AGTTAGAAAC ATTGTATTTG TGGGGTACAC ATGCTATTTG GCTGACATTC TTTCGTTTTA GTCCTGTTAT GTAAAGATTC ATCTTATGCT AGAAAAATGG TAACTTAGGT GCTACTTTCA TATAAGTTCA TTTTTTAAGA ATTTCATCCC ATTTCTCCTT CGTATAAAGG TTGTGAAAGA AAGGGCATCC GCTGTAAAGC TTTGCCACTT TGTTTTTTGC ACGATTATAG TGTTAACTAA TTTTAGATAA TTAATTGGCA CTATAATCTT CATGCCACCG ACCCCAGCAT AGTTGGGATT AAGGTGCAGT TAATGATGAT CGCGCTCTTG CTCATGACTA GCCTCTATGT TTCAGACTGC GGTTCACTTG TAAAATTTTG AAAAAAGAGC AACTTGATTT TGTTCTCCCA AGCTGATTGG AAGTCTACTA ACGTACTTTT TACATTTTAA TGTTAGGTGT GCCACATCTG CGAGAGGTGT TCTATCGGAT GGGTTTGTCT GATAAAGACA TAGTGGCTCT ATCGGGTGGT CATACCTTGG TAATTTCCAT TTCACAACTC TTAATATATT ACCAACTAAA CTTTGTTCCC CCACCCCCAC CCCTGCCCCT CCGTGAAAAA AAAGAAATGA ATAAAAGGGG AAAAAAGTTA GGAGCAGAAA AAAAATTGTT CTAACATAAT TCTGGTTCAT AACTGTTTTA GGGAAGGGCA CATCATGAGA GGTCAGGCTT TGATGGCCCT TGGACTGCAG AGCCACTGAA GTTTGATAAT TCATACTTTA AGTAAGTCCT CAGAGCATCA CAAACCCCTT TTCTCTAATT TTTTACTTTG TCATCATGCA CCTTTTTTTT ACATTCATCT GAACCAGGGA GCTGCTCAAG GGGGAAATAG AGGGCTTGCT AAAACTCCCA ACTGATGTGG CTTTGCTGGA TGATCCTGAG TTTAGGCGTT ATGTTGAGCT TTATGCTGAG GTACAATATG TGGCTTCACA TTATATATAT TTATTGTTAA TCAGTTAGGT GGTAAAGCAG CCCAGAGACT AAAGTTACTA TGCACAAGTC TGCTCGGTGT CCTTTAAACA TAGATGATCT ACTGGTGAAC GTAATTTAGG ATTTTAACAT GATGACTATT ATATAGAATC TGACTCATAA AATATATATG CTAAAATAGG TGGCCTGAGT CAAGTATCTG CCCCTAGGTT GGAAGTCTTG TTGTTGTGAG TGTGCTTGTA GTGTTTATCC ATAATGTGTA TAGTCTTGTT CTTGGCTTTA GCAGTATTTT TTCTTCCCTC ATTACCATTT TCTTTGGATA CCCCCATCCA ACCCCCTCCA TCTTCTATAT CTCATCATCT ATACTCGTAA CCAATATCGT ACTATTTGCA CGTGCAGGAT GAAGATGCTT TCTTCAGAGA CTACGCCAAG TCCCATAAAA AGCTTTCCGA ATTAGGGTTT AGCCCGACTC CAACCGGTGC AAAGGCATTT GTGAAAGATG GCACCATCTT AGCCCAAAGT GCTGTTGGAG TCGCTGTTGC TGCTGCAGTC GTGATCCTGG GTTACTTCTA CGAAGTCAGA AAAAAGATGA AATAGATCAA ATTCAAACAT GGGTCACGGA CAGGTGATTG CCCCTGCCCG ATAGCCTGAA TCATATATTT GTAATTGCGC ACACTAAAAA CCTGCATTTC GGAATAACAC ATTTGGAACG TTATGTGACA AACTATATGA ATGACTAGGA AACTTATTCC TGAACTTGTT GGGGGCATTT TGTCTCTGGA GGTTATTTAG ATTGGCTGGT GATTTAGTGA CTCTTTGCTT ACACTATTTC ACACTTTTCT TGTGGAGGAA ATTCAATTTG GATTGGAAAA TCTGAAGGGT GGGGCCTTTT AATAGATGCC TGCTTGTCCT AATAGCATAA AATGCGGATC ATGCACCCAA CCAACGTAAT TGTGTCCCTT TTCTGAACCG TAGTCTGTTA TCCTTTTTGC GATACGTTTA TATTTTATAA GGGATTTTCT ACGGTCAGGC CAGGAAAATT TGACCAGATG TCTAGTCGGT ACTAAATTCC ATTTTTTTAT ATTTGTTGAT TTCAATTTGT ATTATTCTTG TTAGGGTTTA ATTATGCAAT TTCGGTAATA CCAAATCATA ATCATACTAG TATGATTAAG AGGTATTTTT GTATCGTCAG GTCAGAAAAA CTTGATTATG TTAGACCGAT ACAAAAATGA CATATTTTTT CATATTTGTT GATTCAATTT GTACAGTCAA TCCTAACAAG AATAATATAC AAATTGGATC AACAAATATG AAAAATATGT AATGTTTTAG TACCGACCTA ACGTCAGATT AAGTTTTCCT GGCCTGCCGA TAGAAAAGCC CATTTTATAA TTCATTCGTT CAGATAATCT TATCATTTTG AAAAAGCACA AATAATTTTA AGTGGAAGTT CAGAATTTCT TGTAAGATTT CTTTATCCGT ATTTAGCTAC CCAGAACCTG CTGTATAATG CAATTTTGGG TTTATAACCT AAGATCTGAT GGACAATTTA ATAATGATCA AAATCTCTAG TTCTTATCAC CTCTTCTCTA CCAAACTCTA AATCGAGGTT TCAAAACCAT GAGTGATTCG AGCTGCAGTA GAAGTCCTCA ACCTTCGACT GCTACTTACA AGAAAAGTGA GCATTTATAT CCCGAGAGCG TAATCTTTTT AGCTTCTATT GAGCTTGGAA AATTTCCACT GGAGGAGGAT TCCCATTGAA AAAAATAAAA AGAAAAACTA ATATGATGCA AACATGTACA AACAAATATT TCTATCGATA GCTTCTATAT ATTTCTTTTC CTGCTACCAG TTAATTCGCG AGATGTGTAT CTGACTCTCA AATTCTTAAA TATCCTTAAC TACCGCGTTA CAAGGAGTCG TCCCTCAAGT GATTGTTTCA TGCTGGACCC TCTCAAATCC AATCGCATGG GCCCGCCGAG ATCTGGCCTC CCATACTGGC ACTATAAATA ATTGTTCCAC CAGTGTACCC CGAAGGACTA GAGTCTCTCC TTTAATCATA TACTCCCTCC GTCCACGTCG AAAGGTTACA TAGGTTGGGG GCACACATAT TAAGACAATT GTTAAAATAA TGTGTATAGT ACAATTGACG TGATATAAAA GTAAAAAGTA ATCCTAAAAT AATGTGTATA GTACAATTGA TGTGATAGAG AAGTAAAAAG TAAACCTAAA AGTAATCCTA AAAATAGGAT GTAACTTTTG GACACGGACG GATGAAAATG GAAAGATGTA ACCTTTACGG ATAAACTCTT GAAAATCTGA AGAAAAAAAA ATCTAGTTAA CTATGTAACT AACATTATCC ACCAAATTGT GGGTCAGTTG ATACAGACCC TAATCTCACA AAGTTTAATG AGAGGGGGGC CTCATCATAT GGGCAGCGAG AAAAGGACCA AAAGGAGGTA GGTAAGAGCT TTTTATTTTT TTTTCTTAAG GACACCGGAC AGAACCCCAC TAGTCTTAGT TCTATACCTA AGCACATGAT GTCCACAATC TCATGAGTTT GGCTGTCAAC TCACTATTCC TATGATTATA TTTGCCTACT CTATTAAGGC CTATGTCCTC AAACTTCTTC TTAACCAATC AGAACATATT TCAAAACTTT ACTTCATGTT CATGTCTTAC CGTTTCCTTT TTTTTCTTTT TTCTCTCGCT TTTTCATAAT CTTCCCTCTT ATGGATTATT GATTACTTGG TCAAGTTGGG ATTTGAAATA GGAGTTATCA ACCCAAAATT GAATCAATCT CATTGATTGC CATTATGACA AGTGACCAAA TTATAACGTG TTGGTTGTGT GTGTGGGAGA GAGAGAGAGA GAGAGAGAGA GAGAGAGAGA GAGAGAGAGA GAGAGAGAGA GATTGACAGT AATTTGGGAA AAAAATGTTT TGAAAAAATG TAAAAGGAGT CAATTTTAAC ATTTAAGAGA GAGAGAGAGA GAGAGAAAGA GAGAGAGAGA GATTGACAGT AATTTGGGAA AAAAATGTTT TGAAAAATGT AAAAGGAGTC AATTTTAACA TTTAACCTTC TTGAGAAATT ATAAGGTGTA TTAATAGCTT ACGTGATAAT TTTGAAAAAA AGCGAAACAA ATGTTAAAAT TAGAAGTTGG ATACTCGATC CGTCTCACTT GAATAATGAA TATATAACTC GCATCAAACC ATCCCTATTT TCACCTCGTA TCAAATCATC TATATTTTCA CTTATTTTCT TAAATTTTTT TCCAATCAAC TAATATTGTA ATATATATAA TAAAATATAT ATTTTAATTA GGTATTAAAA TTTTATTTTA GAAACACATT CTTCTACTTG AATAATGAAT ATACAAGGGA ACTTTACATA TATATACAAG ATTTATAATT TATTTACAAT AATCACTTCG GAGGAAAATA ATTACAAATG TAACACATAC TTGCACACGT GGTGTAACAA ATCAATTCCT TCACCTAATT TAACGTTACC CACATAATGA GGAGAGAAGA TAAGCCACGA TTCAAGGGAT TCAATTTCCA AAAAAAAAAA CTACATTAAA CCATTTATTT TTCTCTATTT CCATCTCCCA CTTTCTCCAT CCACTTTCTT CTTTTCTTGT GTAGATTTGT ATTTCTCTAA GAGTTTCTAA ATTTGAGGCG ACTCGGAGCT TCTGTTTGGA TTTTGAGATT AGTTACTCGT ATGGAGTTTT CCAGTAGAAA ATGAAAGGTA ATGATGGCAA CATGGCTATG ATAGATTTCT CGAGTTTTGA GGCCTCATGG CTGAAATCAA TTGTTTGCTA GAGAATTTTT GAATGACGGC ACATGGTAGT GGGCTTACTA TGGTGAATGG TGGTTGGCTC GACTTTGGAC GGCTCTGTTC AGTGAATCTA TGGAAATCCT CACTTGGATA CTTGCAATTA CTACTGTAGG TTACCTGAAT ATTTGCAATA CTAGTTATTG
TGACTCAAAT TTATTTCTAT TTAAAATATA TGTACAAAAC TATGAAAAAA TTGTAGTTAA CATGTGGATA TTATTTTTTA AATACCACTT ATTATTGCTC GTTAATCAAT TTA

Retrieve as FASTA

CDS►
Send to BLAST

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

ATGGCGAAAG TTATCGTCGA CGCAGAGTAC CTCAAGGAAG TCGAGAAAGC TCGTCGAGAA CTCCGCGCTC TCATCGCTAA CAAAAACTGC GCACCTATTA TGCTTCGCCT GGCATGGCAT GACGCGGGGA CCTACGATGT GAATACGAAA ACTGGAGGTC CGAATGGTTC GATTCGGAAC GAAGAGGAGT ACAATCATGG AGCTAATAAT GGCTTGAAAA TCGCGCTCGA ATTCTGCGAA CAAGTGAAGT CTAAATGTCC GAAAATTACG TATGCAGATC TATTTCAGCT AGCAGGCGTT GTTGCAGTTG AAGTCACTGG AGGCCCTACA ATTGATTTCG TTCCTGGTAG AAAGGATTCA AAGGTTTCTC CGAGGGAAGG GCGACTTCCA GATGCTAAAA AAGGTGTGCC ACATCTGCGA GAGGTGTTCT ATCGGATGGG TTTGTCTGAT AAAGACATAG TGGCTCTATC GGGTGGTCAT ACCTTGGGAA GGGCACATCA TGAGAGGTCA GGCTTTGATG GCCCTTGGAC TGCAGAGCCA CTGAAGTTTG ATAATTCATA CTTTAAGGAG CTGCTCAAGG GGGAAATAGA GGGCTTGCTA AAACTCCCAA CTGATGTGGC TTTGCTGGAT GATCCTGAGT TTAGGCGTTA TGTTGAGCTT TATGCTGAGG ATGAAGATGC TTTCTTCAGA GACTACGCCA AGTCCCATAA AAAGCTTTCC GAATTAGGGT TTAGCCCGAC TCCAACCGGT GCAAAGGCAT TTGTGAAAGA TGGCACCATC TTAGCCCAAA GTGCTGTTGG AGTCGCTGTT GCTGCTGCAG TCGTGATCCT GGGTTACTTC
TACGAAGTCA GAAAAAAGAT GAAATAG

Retrieve as FASTA

cDNA►
Send to BLAST

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

Retrieve as FASTA