The peroxidases and oxidases database
Entry information : VcaNAnPrx
Entry ID 7278
Creation 2010-03-02 (Christophe Dunand)
Last sequence changes 2010-03-02 (Christophe Dunand)
Sequence status complete
Reviewer Marcel Zamocky
Last annotation changes 2010-06-30 (Marcel Zamocky)
Peroxidase information: VcaNAnPrx
Name VcaNAnPrx
Class Other non animal peroxidase    [Orthogroup: NAnPrx002]
Taxonomy Eukaryota Viridiplantae Chlorophyta Chlorophyceae Volvocaceae Volvox
Organism Volvox carteri    [TaxId: 3067 ]
Cellular localisation N/D
Tissue type N/D
Inducer N/D
Repressor N/D
Best BLASTp hits
Perox score E-value VcaNAnPrx
start..stop		 S start..stop
CreNAnPrx02 1274 0 78..1328 52..1318
CreNAnPrx01 823 0 564..1328 526..1249
CreNAnPrx01 457 2e-139 36..528 27..559
MEspCIIAA01_NRRL54901 49 0.000006 156..326 97..287
Literature and cross-references VcaNAnPrx
DNA ref. JGI genome:   scaffold_6 (141268..125858)
mRNA ref. JGI transcript:   87571
Protein sequence: VcaNAnPrx
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   1334
PWM (Da):   %s   146751.55 Transmb domain:   %s   i21-43o
PI (pH):   %s   6.83
Sequence 0
Send to BLAST
Send to Peroxiscan
.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
MYNHARPRLG LREAPARRIV VALAAAALVV ALLWSPVCPV MFARGQRVAG NVGSFEEVTI ADVIGKDWLL TGISTPEAQK LGLVDGTVTT VTGDVVDMSS KLSAPTQCSG RLCVDLQQYA  ADHPELADIN ARVLLWRPKL VGTIAGNLYD PSTKDWASVI ATCRAMFEHE KRLASFFIRA SFHDSMAVDV SQCPGPNCGG ADCSLLLTID EMTRPENAYD DFSLLTSRAA KKIASFFDIS  VADTLAVGQL PEVSAGVGDF VHFWNARGIT TQEAMALMGS HALIDNQGCF QGPTRSKVCD PTSEDCTNVR MFRWENHYFH DLCSPTLKVT VRTDEPPEPR ETPILGMTEP EMEAESRLET  CLFTSEEFRT SARNQLRLMQ AGLVREPPPD VPENVIIDWS NRNCTAAALF GVPSSTTCPH APKWLYTPND AFLGQACQGL GTSAAHASVR TAARAFLHQP SWDETYRTAY IKMVSKFARY  SPAAIARPFN ISGNECTSGY HLEAACAQSY IGLATQDTKD LYGGLYSTLD KAGLCAWCSK GTCPLDRCYS CVSSFTARLP KIRNALVTGP NCCTCSTALR KFRYDPGSQE VLDLPAVVRY  LEVLPATTTT ITTTGGDTTG GNIDGTRIVT VDGISTVEQL PKPVLDGATQ VDTTYAPPKE YVLYTQQPLK RLPLLEYMRI PDRRLDPIVI DDDNAIPPPL PYILRPGTTI CMDAYEIDVY  PTTVNMGCPS GLTWILSYNG SSPGPTIRNP VGRQTLIRFN NRMTTPALAS TPFSPYTPCD TTPGRQGRPI AVHNHGEASL APYDGWAEDT TCGGESKDYY YPSRRGGFGW YHDHQLELTS  ENAYFGLSGM YVVHDSPAEG GCGEPWNLNG IPDTEMQFKD AVLDGNCQLF YDRSGPHRDN LYGDVNLVNG VPWPVMTIRP RWHRFRSGRV YWYTGAVCLH FLQCGPARAI LVLCNSVGGG  ILGASSAARW LNSAVTRPYK LRIVASDGSD VSSRICQVIA GEGGLRRTPA RFPAAGLFLG VAERYEVVCD FSSYSGRTFF LMNVKDERRM KSVPFFCHSH LLMKIQVFGI ASGPTFQPFV  PSRTTLDAVL KEATDIPNAL SMVRSRQCTR SFRFGRRHGQ WVINGETWHT ARVAAGNVGQ NTWEIWCLET GGGWFHPIHI HLVDFYVLAR NHDESQVHEY ERWTSKDVVQ LDPSTHVSLL  VRFGPHRGEY MFHCHNLIHE DFEMMRSFRV AHTAAGHAGT ALSMQSQPGL VTSLNVIYDL YNDPVYPSYG PRSTASLTPL HFTFNPSVQA ALSHAINHGI YRIFYPGGSS GENLLLFSAT 
HNPWLVSLPT SSRC 

Retrieve as FASTA  
Remarks Complete sequence from genomic (23 introns). The sequence contains peroxidase and a copper oxidase domains.
cDNA►
Send to BLAST
.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGTACAACC ACGCAAGACC GCGCCTTGGG CTCAGGGAAG CCCCAGCACG GCGGATCGTT GTCGCCCTCG CTGCAGCCGC ACTGGTGGTA GCGCTACTTT GGTCGCCTGT TTGCCCTGTC  ATGTTTGCAC GGGGGCAACG CGTGGCCGGC AACGTTGGCT CTTTCGAGGA GGTTACCATC GCTGATGTCA TAGGGAAGGA TTGGCTCCTG ACGGGCATTA GCACCCCAGA GGCCCAAAAA  CTTGGTCTTG TGGATGGCAC AGTGACCACA GTTACAGGCG ATGTGGTGGA TATGTCCTCA AAACTGTCTG CCCCAACGCA ATGCAGCGGC CGTCTGTGCG TCGACCTCCA GCAGTACGCC  GCCGATCACC CCGAACTGGC AGACATCAAC GCCAGAGTCC TGCTGTGGCG TCCGAAGCTC GTAGGCACCA TTGCCGGGAA TCTGTACGAT CCAAGCACCA AGGATTGGGC CTCGGTCATT  GCTACGTGCC GTGCCATGTT CGAACACGAG AAGAGGCTGG CTAGCTTCTT TATCCGGGCA TCCTTCCACG ACTCTATGGC GGTGGATGTG AGCCAATGCC CGGGACCCAA CTGCGGCGGA  GCGGACTGTT CGTTGCTGCT CACGATTGAC GAGATGACCC GGCCAGAAAA CGCTTATGAC GACTTCTCGC TCCTCACGTC CCGGGCCGCC AAGAAGATTG CATCCTTCTT CGACATCAGC  GTCGCGGACA CGTTAGCGGT AGGCCAGCTT CCGGAAGTTT CCGCCGGCGT AGGAGATTTT GTACATTTCT GGAACGCTCG CGGTATCACC ACTCAAGAGG CCATGGCGCT AATGGGCAGC  CACGCGCTGA TTGATAATCA GGGTTGCTTC CAGGGCCCCA CACGCAGTAA AGTGTGCGAC CCCACGTCGG AGGATTGCAC CAATGTGCGC ATGTTCAGGT GGGAAAACCA CTACTTCCAT  GACCTGTGCT CTCCGACTCT TAAGGTTACT GTGAGAACCG ACGAACCCCC CGAGCCACGG GAAACACCCA TCCTGGGTAT GACGGAACCC GAAATGGAGG CGGAGTCCCG CTTGGAAACG  TGCTTGTTCA CCAGCGAGGA GTTCCGCACC TCGGCACGCA ACCAGCTAAG GCTGATGCAG GCTGGTCTGG TTCGGGAGCC CCCTCCCGAC GTGCCCGAAA ACGTGATCAT TGACTGGAGC  AATCGCAACT GCACGGCCGC CGCGTTGTTC GGAGTCCCAT CGTCCACAAC CTGCCCGCAC GCCCCCAAGT GGCTCTACAC ACCCAACGAT GCCTTCCTGG GCCAAGCCTG CCAGGGACTG  GGTACTTCGG CTGCACATGC GAGCGTGCGA ACCGCCGCCA GGGCCTTCCT CCACCAGCCC TCCTGGGACG AGACCTACCG CACCGCCTAC ATCAAGATGG TCTCCAAATT TGCGCGCTAC  TCCCCGGCCG CCATTGCGAG GCCCTTCAAC ATCAGCGGGA ACGAGTGCAC CAGCGGCTAT CATTTGGAGG CAGCCTGCGC GCAGTCGTAC ATCGGGCTTG CCACGCAGGA CACGAAGGAT  TTGTACGGCG GGCTGTACTC CACTCTCGAT AAAGCGGGCT TGTGTGCATG GTGTTCCAAG GGTACCTGCC CCCTCGATCG GTGCTATTCC TGTGTTTCAT CCTTTACCGC TCGGCTGCCC  AAGATCCGCA ACGCGCTGGT GACGGGTCCC AACTGCTGCA CCTGCTCCAC CGCTCTGCGC AAGTTCCGCT ATGACCCCGG TTCTCAGGAG GTGCTCGATC TGCCCGCCGT GGTGCGCTAC  CTGGAAGTCC TGCCCGCCAC CACCACCACC ATCACCACCA CCGGCGGCGA CACAACAGGC GGCAACATTG ACGGCACACG TATCGTGACG GTGGATGGCA TTTCAACGGT AGAGCAACTT  CCCAAACCTG TCCTCGACGG CGCGACTCAG GTCGACACAA CTTACGCCCC CCCGAAGGAG TACGTGCTGT ACACCCAACA GCCGCTCAAG CGGCTGCCAC TGCTGGAGTA CATGCGCATT  CCCGATCGGC GTCTGGACCC AATTGTTATT GATGATGATA ACGCCATCCC TCCGCCGTTG CCTTACATTC TCAGGCCTGG CACCACCATT TGTATGGATG CGTACGAAAT TGACGTCTAC  CCGACAACCG TCAACATGGG CTGCCCGAGC GGCCTCACCT GGATCCTGTC GTACAATGGA TCCTCGCCCG GTCCTACCAT CCGTAACCCT GTCGGTCGAC AGACCCTTAT CCGCTTTAAC  AACCGCATGA CTACCCCGGC GCTTGCCAGC ACGCCTTTCT CGCCGTACAC CCCGTGCGAT ACAACACCCG GACGACAGGG CCGGCCGATA GCTGTCCACA ACCACGGTGA AGCGAGCCTC  GCACCATACG ACGGCTGGGC GGAGGATACG ACCTGCGGCG GGGAGAGCAA GGACTACTAC TACCCCAGCC GCCGTGGGGG TTTCGGCTGG TACCATGACC ACCAATTGGA GCTCACCTCG  GAAAACGCAT ATTTCGGCTT GTCCGGCATG TACGTCGTGC ACGACAGTCC CGCGGAGGGT GGCTGCGGCG AGCCCTGGAA CCTGAACGGC ATTCCCGACA CGGAGATGCA GTTCAAGGAT  GCCGTACTGG ATGGCAACTG TCAGCTCTTC TACGACCGCA GTGGGCCCCA CCGGGATAAC CTGTACGGCG ATGTCAACTT GGTCAACGGC GTCCCGTGGC CGGTCATGAC CATAAGGCCC  CGCTGGCATC GCTTCAGGTC TGGACGGGTA TACTGGTACA CGGGTGCTGT GTGCCTTCAT TTCCTTCAGT GCGGACCTGC GCGCGCCATT CTCGTGCTTT GTAACTCCGT TGGGGGGGGT  ATCCTGGGTG CCTCGAGCGC TGCCAGGTGG CTCAACTCCG CCGTGACGCG CCCCTACAAG CTCCGCATCG TCGCTTCCGA CGGTTCCGAC GTCAGCAGCC GCATCTGCCA GGTCATAGCC  GGCGAGGGTG GCCTGCGCCG CACGCCGGCG CGCTTCCCTG CCGCCGGGCT TTTCTTGGGC GTTGCGGAGC GGTACGAAGT CGTCTGCGAC TTCAGCAGCT ACAGCGGCCG CACCTTCTTT  CTAATGAATG TCAAAGACGA GCGCCGCATG AAGAGCGTCC CGTTCTTCTG CCACTCTCAC CTGCTCATGA AGATTCAAGT CTTCGGGATC GCCAGCGGCC CGACTTTCCA GCCGTTCGTT  CCTTCACGCA CAACACTGGA TGCTGTCCTG AAGGAGGCCA CCGATATTCC TAACGCGCTC AGTATGGTTC GCAGCCGGCA GTGTACCAGG AGTTTCCGCT TTGGCCGCCG TCACGGCCAG  TGGGTGATCA ACGGCGAGAC TTGGCACACC GCTCGCGTGG CGGCTGGTAA CGTGGGCCAA AACACCTGGG AGATTTGGTG CCTGGAGACT GGCGGCGGCT GGTTCCACCC CATCCACATT  CACCTTGTGG ACTTCTACGT GCTGGCACGC AACCACGACG AGTCGCAGGT ACACGAATAC GAGCGGTGGA CGTCCAAGGA CGTCGTACAG CTGGACCCAA GCACCCATGT ATCGCTTCTG  GTCAGGTTCG GTCCCCACCG CGGCGAGTAC ATGTTCCACT GCCACAATTT AATCCACGAG GACTTTGAGA TGATGCGTTC CTTCCGTGTC GCACACACTG CTGCCGGACA TGCCGGTACA  GCGTTGTCGA TGCAGTCGCA GCCAGGTCTC GTCACGAGCC TGAATGTCAT ATACGACCTG TACAACGATC CAGTCTATCC CAGCTACGGG CCAAGGTCCA CGGCGAGCTT GACCCCCCTG  CACTTCACGT TCAACCCTTC CGTACAAGCT GCCCTGTCGC ACGCCATTAA CCACGGAATC TACAGGATCT TCTATCCCGG CGGGTCCAGC GGAGAGAATT TGCTGCTGTT CAGCGCAACG 
CACAACCCCT GGCTGGTGTC GCTGCCGACA AGTAGCCGCT GCTAA 

Retrieve as FASTA