Entry information : BstrPrx46Bostr.10273s0191
Entry ID 14973
Creation 2018-03-02 (Christophe Dunand)
Last sequence changes 2018-03-02 (Christophe Dunand)
Sequence status N/D
Reviewer Not yet reviewed
Peroxidase information: BstrPrx46Bostr.10273s0191
Name BstrPrx46Bostr.10273s0191
Class Class III peroxidase     [Orthogroup: Prx003]*
Taxonomy Eukaryota Viridiplantae Streptophyta Brassicaceae Boechera
Organism Boechera stricta    [TaxId: 72658 ]
Cellular localisation N/D
Tissue type N/D
Inducer N/D
Repressor N/D
Best BLASTp hits
Perox score E-value BstrPrx46
start..stop
S start..stop
CrubPrx12 706 0 1..360 1..358
AhalPrx49 703 0 1..360 1..358
AlyPrx12 692 0 1..360 1..359
AtPrx12 688 0 1..360 1..358
Literature and cross-references BstrPrx46Bostr.10273s0191
Protein sequence: BstrPrx46Bostr.10273s0191
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   360 (329)
PWM (Da):   %s   39712.36 (36337.5) Transmb domain:   %s   i9-31o
PI (pH):   %s   8.56 (8.39) Peptide Signal:   %s   cut: 32 range:32-360
Sequence
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
MAKGSSTRVL TFLMLISLIA VTLNLVSMAE AKKRRRDVPI VKGLSWSFYQ KACPNVENII RKELKKVFKR DIGLAAAILR IHFHDCFVQG CEASVLLAGS ASGPGEQSSI PNLTLRQQAF  VVINNLRYLV QKKCGQVVSC SDILALAARD SVVLSGGPDY AVPLGRRDSL AFASQETTLN NLPPPFANAS QLITDFANRN LNITDLVALS GGHTIGIAHC PSFTDRLYPN QDPTMNKAFA  NNLKRTCPTA NSSNTQVNDI RSPDLFDNKY YVDLMNRQGL FTSDQDLFVD KRTRGIVESY AIDQQLFFDH FTVAMIKMGQ MRVLTGTQGE IRSNCSARNT QSFMSVLEEG LDLEEAISMI 
* 

Retrieve as FASTA  
Remarks
DNA
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
GAGAGGCTTT GATTGAAACA CCAAAAAAAT GGCAAAGGGT TCTTCGACAC GTGTCCTCAC GTTTCTGATG TTGATCTCGT TGATAGCGGT GACACTGAAC CTTGTGTCTA TGGCAGAGGC  AAAGAAGCGG AGGAGAGATG TTCCTATAGT GAAAGGTCTC TCATGGAGCT TTTACCAGAA AGCATGTCCG AACGTTGAAA ACATCATCAG AAAAGAGCTC AAGAAAGTCT TCAAGAGAGA  TATTGGTTTA GCCGCAGCCA TCCTTCGTAT ACATTTCCAT GATTGCTTCG TTCAGGTTCG ATCTTTTTCT TCCTTTTGTT TTGTTTCTTG TATTAAAACC TAAGAAAACT TAAATCTGAT  TCTTTAAGCC TAGTGGAAAC GGTTCTACGT GTGTAATTAC ATATATATTT TTTCACTAAT AGAAAAACTC GTTTTGAAAA TATAAGAAAC CATACCCACT CATCACTCAT TATACCCACA  CAAAAAAAGG ATTCGGGTTG TGTATCCGAA CATGGATGAA AATGAAATTC ATAGAAAATA ATAAACAGGT TTGACTGACT TTTAAAATTC GACCAAAATA ACCTTAAAGA AAAACACAAC  ATCGCCTCGA AACTCTCACG AACAAGATAT AAGGGTTGTC CGCTTCTTAC TTTCACTTCT TTTCAAAACA TAAGGGTTTC TTAGTGTAAA CAGTAATTAA ATGACTAAGA ACTATCGAAT  AGTGTTGTTT AATACTACAA AATTATTACA TTAATGATTA ATACATGCAA TAGTTTTACC CCAAAAAATA ATAATACATG CAATAGGATG GACTTGAATA TAGAGGGACA TGTCGCATTA  ATACTATTCA CCGGCTTTCC GTGGTTAGTT GGATCTCAGT TATGGAACGT AAATATCATA AATAAATTTA TTTCCAACCA ATAATAAATG GTGGGAAAAA AATATCAGGA TTATGATAGC  ATATATACAA CAGCCGGTAT GTGAATTATA TATTTGGATA TAAATATTTG ATGTATCTAA TTTTCTGTAG AAAATATCTG ATGTTCCTCT AGCCAAATAC TAAACAGAAC TTATTTTGCA  CTTTTGCTGC AATACTAATC AGATATTTAT ACTTTTATAG TATTACCTGC AAGTTGCAAC ACCTTTATAT ACTTAAAATA TTTAAAAAAT TGTTAATAAT TATGAAAAGT GGCATAATTT  TGATCAGACC AGATAAACAA TTTCGAAGGA AATTTCTGAA TGTATTTTGT ATTTATCTTT TCTGTTATGT TTGATAAAAT AATGTTTTAA GAAAAACAGG GATGTGAAGC ATCAGTGCTG  CTAGCTGGAT CAGCAAGTGG ACCAGGAGAA CAATCATCAA TCCCGAACCT AACACTCCGT CAACAAGCCT TTGTTGTCAT CAATAACCTT CGTTACCTCG TCCAAAAGAA GTGCGGTCAA  GTCGTCTCAT GCTCTGACAT CCTCGCTCTC GCGGCTCGCG ACTCCGTCGT CCTAGTAACC AACTCTCTCT CTTTACCTCT ATAACTCAAT CACATTAGTT TAAACCTGGA TGATGAGTAC  TAGGCATTCA CACTAATACA AACCATGATT AGCTTATCAT TTTATATATA TTATTCTAGT CGATAATTAT TATTTTTGTG TGTCAATGTA GTCAGGAGGG CCAGACTATG CTGTGCCACT  TGGGCGACGC GACTCACTAG CGTTCGCGAG CCAGGAGACC ACATTAAATA ACTTACCACC ACCGTTTGCC AACGCGAGCC AGCTCATCAC CGACTTCGCC AACAGAAACC TCAACATCAC  CGACTTAGTG GCACTTTCTG GTGGTCACAC CATCGGAATT GCGCATTGTC CGTCTTTCAC AGACCGACTC TACCCGAACC AAGACCCTAC CATGAACAAG GCCTTCGCCA ACAACCTCAA  ACGCACTTGT CCCACCGCAA ACTCGAGCAA CACGCAAGTG AATGACATAA GGAGTCCTGA CTTGTTCGAC AACAAGTACT ACGTTGATCT CATGAACCGA CAAGGGCTAT TCACTTCCGA  CCAAGATCTT TTCGTGGACA AGAGGACACG TGGCATCGTG GAGAGTTATG CGATCGACCA GCAACTGTTT TTTGATCATT TTACGGTGGC GATGATCAAG ATGGGTCAGA TGCGTGTCTT  AACGGGGACA CAAGGAGAGA TTCGTTCCAA CTGTTCAGCA AGAAACACCC AAAGTTTCAT GTCCGTTTTG GAAGAAGGCT TAGATCTGGA GGAAGCTATT TCCATGATCT AACTAACCAT  TAATCTCGAC CTTTCCTTTC TTAACTCTGT TTTTCTTTTT ATTAAGTTCA CGCACTTGTG GTTTGTCGAA TGCTTAAAAC TATCTGATAA ATAAGAGCGT TGCTTCATCT TTACTTTTTT 
TTCTTTAGTT CACGC 

Retrieve as FASTA  
CDS
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGGCAAAGG GTTCTTCGAC ACGTGTCCTC ACGTTTCTGA TGTTGATCTC GTTGATAGCG GTGACACTGA ACCTTGTGTC TATGGCAGAG GCAAAGAAGC GGAGGAGAGA TGTTCCTATA  GTGAAAGGTC TCTCATGGAG CTTTTACCAG AAAGCATGTC CGAACGTTGA AAACATCATC AGAAAAGAGC TCAAGAAAGT CTTCAAGAGA GATATTGGTT TAGCCGCAGC CATCCTTCGT  ATACATTTCC ATGATTGCTT CGTTCAGGGA TGTGAAGCAT CAGTGCTGCT AGCTGGATCA GCAAGTGGAC CAGGAGAACA ATCATCAATC CCGAACCTAA CACTCCGTCA ACAAGCCTTT  GTTGTCATCA ATAACCTTCG TTACCTCGTC CAAAAGAAGT GCGGTCAAGT CGTCTCATGC TCTGACATCC TCGCTCTCGC GGCTCGCGAC TCCGTCGTCC TATCAGGAGG GCCAGACTAT  GCTGTGCCAC TTGGGCGACG CGACTCACTA GCGTTCGCGA GCCAGGAGAC CACATTAAAT AACTTACCAC CACCGTTTGC CAACGCGAGC CAGCTCATCA CCGACTTCGC CAACAGAAAC  CTCAACATCA CCGACTTAGT GGCACTTTCT GGTGGTCACA CCATCGGAAT TGCGCATTGT CCGTCTTTCA CAGACCGACT CTACCCGAAC CAAGACCCTA CCATGAACAA GGCCTTCGCC  AACAACCTCA AACGCACTTG TCCCACCGCA AACTCGAGCA ACACGCAAGT GAATGACATA AGGAGTCCTG ACTTGTTCGA CAACAAGTAC TACGTTGATC TCATGAACCG ACAAGGGCTA  TTCACTTCCG ACCAAGATCT TTTCGTGGAC AAGAGGACAC GTGGCATCGT GGAGAGTTAT GCGATCGACC AGCAACTGTT TTTTGATCAT TTTACGGTGG CGATGATCAA GATGGGTCAG  ATGCGTGTCT TAACGGGGAC ACAAGGAGAG ATTCGTTCCA ACTGTTCAGC AAGAAACACC CAAAGTTTCA TGTCCGTTTT GGAAGAAGGC TTAGATCTGG AGGAAGCTAT TTCCATGATC 
TAA 

Retrieve as FASTA  
cDNA
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
GAGAGGCTTT GATTGAAACA CCAAAAAAAT GGCAAAGGGT TCTTCGACAC GTGTCCTCAC GTTTCTGATG TTGATCTCGT TGATAGCGGT GACACTGAAC CTTGTGTCTA TGGCAGAGGC  AAAGAAGCGG AGGAGAGATG TTCCTATAGT GAAAGGTCTC TCATGGAGCT TTTACCAGAA AGCATGTCCG AACGTTGAAA ACATCATCAG AAAAGAGCTC AAGAAAGTCT TCAAGAGAGA  TATTGGTTTA GCCGCAGCCA TCCTTCGTAT ACATTTCCAT GATTGCTTCG TTCAGGGATG TGAAGCATCA GTGCTGCTAG CTGGATCAGC AAGTGGACCA GGAGAACAAT CATCAATCCC  GAACCTAACA CTCCGTCAAC AAGCCTTTGT TGTCATCAAT AACCTTCGTT ACCTCGTCCA AAAGAAGTGC GGTCAAGTCG TCTCATGCTC TGACATCCTC GCTCTCGCGG CTCGCGACTC  CGTCGTCCTA TCAGGAGGGC CAGACTATGC TGTGCCACTT GGGCGACGCG ACTCACTAGC GTTCGCGAGC CAGGAGACCA CATTAAATAA CTTACCACCA CCGTTTGCCA ACGCGAGCCA  GCTCATCACC GACTTCGCCA ACAGAAACCT CAACATCACC GACTTAGTGG CACTTTCTGG TGGTCACACC ATCGGAATTG CGCATTGTCC GTCTTTCACA GACCGACTCT ACCCGAACCA  AGACCCTACC ATGAACAAGG CCTTCGCCAA CAACCTCAAA CGCACTTGTC CCACCGCAAA CTCGAGCAAC ACGCAAGTGA ATGACATAAG GAGTCCTGAC TTGTTCGACA ACAAGTACTA  CGTTGATCTC ATGAACCGAC AAGGGCTATT CACTTCCGAC CAAGATCTTT TCGTGGACAA GAGGACACGT GGCATCGTGG AGAGTTATGC GATCGACCAG CAACTGTTTT TTGATCATTT  TACGGTGGCG ATGATCAAGA TGGGTCAGAT GCGTGTCTTA ACGGGGACAC AAGGAGAGAT TCGTTCCAAC TGTTCAGCAA GAAACACCCA AAGTTTCATG TCCGTTTTGG AAGAAGGCTT  AGATCTGGAG GAAGCTATTT CCATGATCTA ACTAACCATT AATCTCGACC TTTCCTTTCT TAACTCTGTT TTTCTTTTTA TTAAGTTCAC GCACTTGTGG TTTGTCGAAT GCTTAAAACT 
ATCTGATAAA TAAGAGCGTT GCTTCATCTT TACTTTTTTT TCTTTAGTTC ACGC 

Retrieve as FASTA