View Redoxidase 16176

Entry information : OcAPx03(OcIN23r2_Chr08g0203861)

Entry ID	16176
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: OcAPx03(OcIN23r2_Chr08g0203861)

Name

OcAPx03(OcIN23r2_Chr08g0203861)

Class

Ascorbate peroxidase [Orthogroup: APx2001]

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	OcAPx03 start..stop	S start..stop
AmajAPx01	468	5.15e-170	1..250	1..250
SaAPx04	466	3.48e-169	1..250	1..250
RgAPx01	464	1.09e-168	1..250	1..250
CroAPx01	461	3.33e-167	1..250	1..250

Literature and cross-references OcAPx03(OcIN23r2_Chr08g0203861)

Protein sequence: OcAPx03(OcIN23r2_Chr08g0203861)

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

Length (aa):	250
PWM (Da):	27564.94
PI (pH):	6.4

Sequence
Send to BLAST
Send to Peroxiscan

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

MAKNYPTVSE EYRKSIDKCK RKLRGFIAEK KCSPLMLRLA WHSAGTFDKS SKTGGPFGTM RFKGEQGHAA NNGIDIAVGL LQPIKEQFPI LSYADFYQLA GVVAVEITGG PEVPFHPGRQ DKEEPPLEGR LPDATKGSDH LRDVFVKQMG LSDQDIVALS GGHTLGRCHK ERSGFEGPWT ANPLIFDNSY FKELLSGEKE GLLQLPSDKA LLFDPIFRPL VDKYAADEDA FFDDYAVAHM
KLSELGFADA

Retrieve as FASTA

Remarks

DNA ►
Send to BLAST

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

TCGAATTTCT TGAAAAAAAG AAAAAAACAT TTTCCTATAG CACGAAACCT ATCCAATTGC CGATTGATAA GCCATCTCTC TCTACACTCT CTCCTATATA TTGAAACAGT TCTTTTGACG TATTCACCTC ACTCTGCCTG TGCCCTCCAC GCTCATTGCA TCAGATTAGG GTTTATATAG TTTCTCTTTC TACTTTTTCG ATCCCAAATT TGAGGTACAT GTAGCGAGAG TTTGATTTCT TGTACGGCGT TTCTTTTAAT GCATTTTGAT TGTTTATTTA GTTTTTATTG GATATGATCT GATGGTAGAA AGCCGGTCAA GATGGCAAAG AATTATCCAA CTGTGAGTGA GGAGTACCGG AAGTCCATTG ACAAATGCAA GAGGAAGCTC AGAGGTTTCA TAGCCGAGAA GAAATGTTCT CCTCTCATGC TCCGCCTTGC GTAAGTTTTT CGTCTTCCGT CTATTGTTTT ATCGTCGAAC CCTTTGACTC AATCGATAAA GTGAATGGAT GGAGATTTTT TTCTTAATGC TAAATAAAAA ATTCAACAGA GTGGATCATC AATGAATCAA TATTGTCGGA GTCATATAAT GTGCAATATT ATTTAAACTT CCCAGGAAGA TCCTTGTTTT CTTATTTGTA TATTGTACAG TATCTAAGTG TTCTTTATTT TTTATTTTTA ATAGCCATCT TCAATATCCT AATCCGCCAT TGTTTACATG TGCAATATTC ACTGTTTTCG TCTTTGCGCA CTGCACAGTG TTGAGTGGAT ATATATATAT ATATATATAT ATATATATGA AAGGTAAAAT ATGGTTAAAT CTGAATTGTT GATCTTTGTG TGGTCTACCG TCCAGATTAG CGTATCCATA AAAATATGTA TTTTATGGAT TGAAATTATG CATTATATGT ATAAGAATGT TGATGTATTA GAACAATATA GTCCATGCAT AACGTTTCGC GACAATATAT CTTGGCCATC TATGTAAGCA AAATTTATGG GCCAAAATCA TTCTTATTTC TTCACTTAAA ATTCATTCTT ACTCAATCAT CTAATGAAAC GACTCTCAAC TAGGGCAATC TCCAGAATTT CGGAGCCTAG ATACGTAATT TTTTTGTGGA ATATTGAAAA TAATTAAAAT GAATGACTTG TGATGGTACA ATTAGACATC AAAAATAATC TCAGAAAGTA TCATATTTTC TCTTTCAATC TCATCTACAC ACTTCTTTTG GAATGAACAA AATCATGACT CATATTTCAC AAAATTTACT AATGTCCACT CATATATTTT AACTACCAAT CATAATCATT ACATTGATGT CTTATATCCA TTTACACTAT CAAAATCCAA CACGCGTCTC TCGAAAATCC ATCACTATCT TTCATTATTT TTTTATAAAG AGGATTGAAA CCATCCGATG AAGGGCTGGG CAAAGTGATA AGGCAGCGGA TATGAGTCAT ATGACCGTCG AAGCTCTTGC GTTATTTGGT GGTGTAGGTA GCCTCAATCA CGCACTAAAT CTATAAACTA TTTCTGAATT ATGGCATATT CACCTTTCAA TTATTTCCCT CTATTAATCC CCCCCCCCCC CCCCCCCCCC CCACACACAC ACACACAAAA AAAGAAAAAA ATATTAAGGC CCCCAGATAT AGGAGGCCCT AGAATTACTA GGCTGGCTCC CCTTGGAGCC GGCACTGCTT TCAACTCCTC CCGTCTCATG AACATTCCAT TGTAACTGGG AAACCCAATG ATAATGACGG TTTTGGAAGT TCATCTCATT ATTCCTTCGT ATGAAAGTTG CGAAAGGAAG GGCATCCCGC GTAAAAGTTT ACTATTTTGC CTTTTGCATG TGTTAACTCA TTTTAGACTA TTACTTGACA CACATTAGTC ATGCACCGAC CCCGACATAG TGCGATTAAG ATGCATGATC CAAATAGGCT AGTTCATGAG AAATGCTCAT ATCTGCTTCT TGGGGAAAAG AAAATTGGAC TTGTAACTTA TGTGGAGGCA ATGCTATTAT GAGATATCAT TGATATGACT TCACATGTAT TTTTGGCAGT TTCCCATCAT ATGGCGTGGG GTTTGGGTTA ATTATGTTTC AGTCTTGCTT TTATCTTTTG TCATAGAAAT CTGGCACTGT TCTTGTAGGT GGCACTCTGC TGGTACATTC GATAAGAGCA GCAAGACTGG AGGTCCATTT GGGACCATGA GATTCAAAGG TGAGCAGGGA CATGCTGCCA ACAATGGCAT TGACATTGCT GTTGGGTTGT TACAGCCCAT AAAGGAGCAA TTTCCTATTC TATCTTATGC TGACTTCTAT CAGGTTATTT TTCAGTTCAG GTGTTTCCTC ACCATAACAT CCACACCAAC AGTTAGTTAG TTAACACATT TTGTGTCCTT TTGCTACACG TACAGTTGGC TGGTGTTGTT GCTGTTGAGA TAACTGGGGG ACCCGAAGTC CCCTTCCACC CAGGAAGGCA GGTTAGTAAA TATTTTTAGG TATTGTTGTG TGCGTTATAT ATATATATAT ATATAGGGGT GGGTTATGGT GAGAAACTCC TTAGTGTAGG AATATAGGAA AAGATACGTC CGTCGAGCAC ATCTTTCATG TGTGTAGCAC AATCAGAATT ATTATGTTGC ACCGATTTTA AATATGTGAG TTTAGCACAT ATTTCATTAT TTCGTAGCAC AGATTTTAAA TAAGATAAGT CTAGTACATT TTCCGTCGCA TCGTAGCACA AACAGCACAA ACACGTAGCA CAACCTCACG TAATTTACAT ATTTCAGTTC GCGTAGCACC CACAACACAA ACACGTAGCA CAACTGAGTA TAAATCTCAA CCATTGATCT AACACAATCA AATGCCCAAA TTCATTCTTA GTTCCTACAA AATTTACCTT TCTTACTTGA ACCTATCCCT ATACACACAC ACACACACGC ACACACACAC ACACACACAC ACACACACAC ATATATATAT ATATATATAT ATATATATAT ATATATATAT ACACACACGT GTGTGTGTGT GTGTGTGTGT TCCTTTTTTC ATAGATTTAT AAGTGACTAC TTGGAACTTT TGATATTTCA AAACCTCAGG ACAAGGAGGA ACCCCCTCTC GAAGGCCGCT TGCCTGATGC CACCAAGGGT GAGTTCTGAT TATCCTCTAG AAATGAAGCT GTAGAAACTT TAGCTAAATA GTTCCCTTGT ACTAGAAAAA CACGTATCTC TCGTGCCAAT CTTATTTGTA TCTGTTGTTG CAGGATCTGA CCACTTGAGG GATGTTTTTG TCAAACAAAT GGGTCTGAGC GATCAGGATA TTGTAGCACT CTCTGGTGGC CACACACTGG TTTGCATTCG CCATTCTGTT TTGGTTTTTT ACATGCTAAT ATCCGAAGTT AGTAACTTCT TTGAGGTGTC CGCCTTTAGA AAAATACTCT CGTCTGCAAC AGGGAAGATG CCACAAGGAA CGTTCTGGAT TTGAGGGACC GTGGACCGCT AATCCTCTTA TATTTGACAA TTCTTACTTT AAGTAAGACC TAATAATATA TGCCCTTTAT TATACTCTTT TGCTCTCGTG TTTTAATTTT GTTTTATGTA ATGGGTTTGT TGTTAATAAT AAACAAGGGA GCTTCTGAGT GGAGAGAAGG AAGGTCTTTT GCAGTTGCCA TCTGACAAGG CACTTCTTTT TGACCCCATC TTTCGCCCAC TTGTCGACAA ATATGCTGCG GTGTGTTTAT TGTTCGTCAC CCTACTAATA CACAAAGAAA ATTCCATTAT GTCTGTGCTA AACTGATAAC TTAGTATATG TAATCTTGAT ATAGGATGAG GATGCTTTCT TTGATGATTA TGCAGTAGCT CACATGAAAC TCTCCGAGTT GGGGTAAGGC TACTACAGTT TTTGCCTTAA AGAGTTTCTT TTCGTCTTAA TCTTTGTAAT TTGTGGTGCT CTTGTTTATA ATGCCATCTC CAATTTGCAG ATTTGCTGAC GCCTAAACCC GCATGAAGGA GGGAGTTGTG CTTTGTTTCA TGGAAGTGCT GGATTTGCCA TTTTTGCTCT TTTTCTTTTT TTGGCATTTT TGCTATTCAT CAACGATATA TGGTTATGTC CTCCCAAACG AATAACTAGT TAGAAGCTGT GGTATTACCC ATTTCTCTCT CTCTCTCTCT ATTTTTTTTT TAAAATTCAA ACCCTATTTA TAAGTGGATA ATCGTAGAGA GAATAGGTTT TGAACCCATG ACCTCATCTC TATTAGCCAA GACAAGGCAT ATGTGCTTTT GTTGAATTGA AGTATGTATA AGCACCAACA TCAGTTGGTA CTTATTAAGG ATATGTCCTA CATCCAAGAC CACGTAATAG TGCATGTGCT ACTTCTCATA TTGGATTAAT TTTTTTACGA TGGTCATGAA ACTCTAATAT TAATGGATTA GCATTGTGCT TGAAAGGTGG TAGTTGATCT ACAGATAGAA CTTACATTAT AGGAGGTTGT ATAATGTTTG AGATAATATC ACAAGTAGTC CAGTAATTTT AGTTGAGTCC ATATAGGCAA CCAGGGGGCA
AATCATTCCG TTTCTGGAGT ATACCCAAAC AGTGAAAGAT ATTTTGATTC GTTGTTTTCT TTCTCCTTTC CCTTTTTCTG GTTCCATTTT GTTTTC

Retrieve as FASTA

CDS►
Send to BLAST

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

ATGGCAAAGA ATTATCCAAC TGTGAGTGAG GAGTACCGGA AGTCCATTGA CAAATGCAAG AGGAAGCTCA GAGGTTTCAT AGCCGAGAAG AAATGTTCTC CTCTCATGCT CCGCCTTGCG TGGCACTCTG CTGGTACATT CGATAAGAGC AGCAAGACTG GAGGTCCATT TGGGACCATG AGATTCAAAG GTGAGCAGGG ACATGCTGCC AACAATGGCA TTGACATTGC TGTTGGGTTG TTACAGCCCA TAAAGGAGCA ATTTCCTATT CTATCTTATG CTGACTTCTA TCAGTTGGCT GGTGTTGTTG CTGTTGAGAT AACTGGGGGA CCCGAAGTCC CCTTCCACCC AGGAAGGCAG GACAAGGAGG AACCCCCTCT CGAAGGCCGC TTGCCTGATG CCACCAAGGG ATCTGACCAC TTGAGGGATG TTTTTGTCAA ACAAATGGGT CTGAGCGATC AGGATATTGT AGCACTCTCT GGTGGCCACA CACTGGGAAG ATGCCACAAG GAACGTTCTG GATTTGAGGG ACCGTGGACC GCTAATCCTC TTATATTTGA CAATTCTTAC TTTAAGGAGC TTCTGAGTGG AGAGAAGGAA GGTCTTTTGC AGTTGCCATC TGACAAGGCA CTTCTTTTTG ACCCCATCTT TCGCCCACTT GTCGACAAAT ATGCTGCGGA TGAGGATGCT TTCTTTGATG ATTATGCAGT AGCTCACATG
AAACTCTCCG AGTTGGGATT TGCTGACGCC TAA

Retrieve as FASTA

cDNA►
Send to BLAST

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

Retrieve as FASTA