Entry information : RosPxc01 (RosPOX)
Entry ID 4115
Creation 2006-12-18 (Marcel Zamocky)
Last sequence changes 2006-12-18 (Marcel Zamocky)
Sequence status complete
Reviewer Filippo Passardi
Last annotation changes 2007-11-20 (Gregory Theiler)
Peroxidase information: RosPxc01 (RosPOX)
Name (synonym) RosPxc01 (RosPOX)
Class Bacterial peroxicin    [Orthogroup: Pxc002]
Taxonomy Bacteria Proteobacteria Alphaproteobacteria Rhodobacteraceae Roseobacter
Organism Roseobacter sp.    [TaxId: 314262 ]
Cellular localisation N/D
Tissue type N/D
Inducer N/D
Repressor N/D
Best BLASTp hits
Perox score E-value RosPxc01
start..stop
S start..stop
MspPxc01 1095 0 612..1884 163..1496
MspPxc01 177 2e-44 2612..3235 541..1207
MspPxc01 157 4e-38 2..284 3..269
MspPxc01 137 4e-32 3130..3372 2681..2942
MspPxc01 103 7e-22 1892..2266 2264..2619
MspPxc01 80 0.00000000000001 1434..2079 1993..2579
MspPxc01 65 0.0000000004 3151..3297 1724..1908
MspPxc01 59 0.00000002 3138..3290 1047..1177
MspPxc01 59 0.00000004 3136..3297 1879..2015
MspPxc01 58 0.00000006 1893..2114 1739..1934
MspPxc01 56 0.0000003 3130..3297 2239..2409
MspPxc01 54 0.000001 1408..2146 1697..2344
MspPxc01 51 0.000005 2423..2516 272..378
MspPxc01 51 0.000006 1425..1565 2678..2851
RpPxc02 1083 0 587..1883 100..1419
RpPxc02 795 0 2071..3002 1823..2720
RpPxc02 205 1e-52 2612..3235 477..1133
RpPxc02 167 3e-41 982..1382 2344..2722
RpPxc02 115 2e-25 4..154 6..176
RpPxc02 105 3e-22 1883..2079 1795..1991
RpPxc02 57 0.0000001 1446..1613 2796..2931
RpPxc02 54 0.0000008 722..819 2158..2245
RpPxc02 54 0.0000008 2423..2569 215..369
FpePxc03 1028 0 708..1882 369..1575
FpePxc03 579 2e-167 1843..2806 1692..2625
FpePxc03 117 6e-26 2..149 3..165
FpePxc03 87 1e-16 978..1178 2440..2625
FpePxc03 70 0.00000000001 3128..3223 1137..1239
FpePxc03 61 0.00000001 2423..2516 375..475
FpePxc03 50 0.00001 722..819 2244..2333
FpePxc03 50 0.00001 3105..3349 1700..1966
AUspPxc01 941 0 1906..3370 1863..3286
AUspPxc01 792 0 695..1419 152..891
AUspPxc01 327 2e-89 1438..2126 1224..1933
AUspPxc01 221 2e-57 978..1559 2574..3140
AUspPxc01 142 1e-33 2612..3010 430..845
AUspPxc01 125 1e-28 2..151 3..154
AUspPxc01 93 2e-18 1893..2079 2001..2204
AUspPxc01 65 0.0000000005 3130..3231 1234..1344
AUspPxc01 59 0.00000002 3148..3334 1859..2052
AUspPxc01 53 0.000002 722..821 2378..2469
AUspPxc01 48 0.00005 1528..1754 1836..2055
AUspPxc01 48 0.00006 3153..3231 1229..1317
Literature and cross-references RosPxc01 (RosPOX)
Literature Pinhassi,J., Pedros-Alio,C., Ferriera,S., Johnson,J., Kravitz,S.,
Halpern,A., Remington,K., Beeson,K., Tran,B., Rogers,Y.-H., Friedman,R. and Venter,J.C. (UNPUBLISHED) and Zamocky M. et al. (2007) Phylogenetic relationship on the peroxidase-cyclooxygenase superfamily (in preparation).
Protein ref. GenPept:   EAQ43586.1 UniProtKB:   A3XF15
DNA ref. GenBank:   86139897   AANB01000015 (62489..72622)
Protein sequence: RosPxc01 (RosPOX)
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   3377
PWM (Da):   %s   354398.12  
PI (pH):   %s   3.72
Sequence
Send to BLAST
Send to Peroxiscan
.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
MVFVNTNDLK HILDQIRIAE QHVAGTPLTE LVQNPLLPYG LRLVDGTLNN LTPGREAWGS ADQVMPRLLD STFLTQPDAA HLADPSPRGA PGAEPTSYLQ TSGSVYDAEP RVISNLIADQ  TLSNPAVVAA ALSHSGLTGQ AMLTAANEIV QAYQRVIDTQ AATGNVDQAL ELQRQQLQSA LDTASAELAA AQNNVGAMTS DKADADQTVT DAQTTLDAAA ATMSLLQSSG QVGDAQAALS  LAQTALIQSQ NALNAAQGEL DTATTSAASM LSMRDAKQTE VTNLQNQKTT ADQELATTEA LLSDAQDALL LETNGADAVT VAQTAVDDAT TAVNAAQTHV NELDGQLQQA QSELDGLNAQ  LQTAQDAVTD TQARVTAAEQ AADETQTARD SAQALFDTEV TEQASAQVEM LSALNVYLSG GSLADFSVAS AAYSAAREEK LAAETALADA ISADDAADQL AATENAALST AQSQVTTLTG  QRDAAITTRD GLNTQLGAAN TVLSTAQGNL STVQQDLLTA QQNNQAYIDA QEAVTQAQAD VDAAQVVIDG LVSQLTTVEG ELTTLNINLT NANNEVTRLE GIVQTETTDL NTAQGGVTTA  QQALVAAQTA DAAILAQLDV IADATIALNS ATTAAEQAAT ELSAAQDIET TKQSAFDTAT TNLDALNAPG AADAALAAAQ AIATEAQTTL DTLLSTHAIT MDGNNVMLPD VTPDEGLSAP  YNSWMTLFGQ FFDHGLDLVG KGGSGTVYIP LQPDDPLYDA TSPTNFMVLT RATNQPGPDG ILGTADDVRE HFNKTTPWVD QNQTYTSHPS HQVFLREYDL DANGSPVSNG YLLHGQSGGM  STWGDVKAQA AAKLGIQLND SDVLDGPLLA TDAYGNFIPG ANGLPQLVVA NPAYVEGGTE PLNILIEGDL ANPVDASQAV RNGHAFLEDI AHNAVPGTYV VDRFTGETAT KQADADTDTG  NAIIPNQFGQ NETYDNELLD RHFIAGDGRG NENFGLTAVH HVFHSEHNRQ TTEMKQTILD SGELAFINEW LATPINEDEL STAAIDTLTW DGGRLFQAAK FTTEMQYQHL AFEEFGRTVQ  PQIAAFMVNA SAEVDASIMA EFAHVVYRFG HSMLTENVQT MDPNGVNTST GLIEAFLNPV AFDLDQTLTS DQAAGAVARG MSRETGANID EFITSALRDN LVGLPLDLAA LNITRGRDTG  VPSLNAAREQ FYAATGSEFL KPYEGWSDYA ANLKNPASII NFIAAYGTHD TIANATTVVQ KRAAATDLVL GGDTAPADRL DFVNGTGAWA TIETGINAVE YWIGGLAEAI MPFGGMLGSS  FGFAFQQQME ALQNGDRFYY LSRTNGMDML GGLENNSFAS MIMRNTDIAD GGAHIPANIF SSMEYILEVD QSVQAMADPV STELDPFLAA MGTTLVERET GTGDAPLVDG AREYDNLLKF  NGGEHVVLGG TDQRDILVGG LGDDALWGGA GDDLLIGDSG VNTFRGGDGN DIIKDGDDIS FLHGEDGDDV ISAGGGAAEL IFGGRGNDAI LMGRDDAKHT FAGMGNDFVF GGSGADIVDG  GEGDDWIEGG DGFDFLVGDN NDNLGGSRVI GHDVLMGGAN DNDLHGESGD DILFQGEGTH VNLAELGYDW IAHKGLTTHA EVDLTERVTT EQTEFFRDRY IDAEAVSGTQ NDDLIWGDNR  LGNEAPADGA ILDNEVTLFG NELTQEGVNR IEGLRELLGN LMGDAPGDLF TGGNILLGGG GSDMIQGRGG DDVIDGDKWL DARISIRDQT DPAIEIRSID SLEEIIPQLL DGSISPSQLQ  ITREIVDRGQ EGDVDTAVYF DVRANYSIRA NADGSVTVDH INVTEGPNPI DPVNGDPNPI LGDGTDRLTG IEILRFADME IDLRTNPANN GLIQGTGGND VLDGSNGPDA IFAGAGDDAI  NGLAGNDVIF GEGGSDTITW NAPLGGYDVV VGHGIVNDGG TDMLVINGDG TEDGFTMYTV AAWAGQAPFD PLSEIIITRT VAGVETPIME VRGIEEVTIN GVQGVETINA VGDFAGTSLA  PNTIYVNGTA GNEVIDFSGF TSTQRIVVNA GDGSDIITGG AGNDILNAGA GRDEITWSVG GGSDVVDGGA GDDTYTINGD ASDETFRVYA ADSWTGAPLA TGTDIVITRE ADAGEQVIGQ  LQNIEEIQIN TAGGTNDVQV IGDFNPTALN FNTISVMGEV ANVDVTGRLS THRVFVETES RTTTVTGTLT EGDVIVVPVD IDPATLTETI DGTTVTRTSG DFTLTYTVDD PTTFPIIVQS  GSGLANALRG VATINEETGA PQGRGTVALG TLPRGNVLLT QDDIAALKYM VTGQGEAPIL PPEPGARAEN EPADLIVGTR DLEGLTNNLL NPEISGGATL PFSRVTEARY AGIGEDGAGI  VNPVFDDLDA RAISNALGAQ DADAAKAASA NMFMMSFGQY FDHGLTFIPK GGHDPITIGG ADMGRPSGDN PADLTRATAT INPETGEIEH TNITSPVVDQ NQVYGSSNLV GQLLRESGSN  GGFGAHVLMG QEDPSASGFQ LMATLRELLD HHTQAGTVFT DTDKGDVTLE GYYPDLFNED GTYNAATIKD LSDDFMGEGW PLLIDTNPFM NLLDHFVGGD GRANENVGLT SMHTVWARNH  NYHVDQLLAS GYDADTPEEL FQAARILNIG EYQQVVFNDF ADSLLGGLQG SGTHGHDKYD PTTDARISHE FAAAAYRFGH SQIGQSMTLK DVDADGNPFT VEVPLFDIFL NPTNDPDAFT  ADFGTLEQYG YKPQSGYAQY GVDNILGGLV EQPSEEVDLQ VVDAVRNDLV RVSADLFAFN VARGRDVGLG TLNQVKADLA ASDNRYISEA IDLSDMSMTP YTDWEDFQAR NGLSDEMIAK  FQTAYPALVL TVDTEQYDAF VEANPDIALI DNGDGTMTVK GIDRVDLWVG GLAEQHIQDG VVGHTFWVLI HEQLDRLQEG DRFYYVDQIG DLPVYNNFIS NLTFGDIVTR NTGMTDLPQD  VFSYTGDEIV EDNGTADQQT QQPPVTDDAG NANQADTGQD DTGQDDNGQG QTAQGDDTQG EMTVDNSTQT AQGGASADQE PVSNDDDTID GGDSSDADTE TPASDPSTEQ SPNGSDEGLV  KSGTDLGDAL VGAAGDDILS GHEGNDMLVG NAGDDMLFGG DGRDDMLGGD GADMLMGGAG SDNIIGGDGD DMIIGGSGSD ILMGNAGDDT FIGTDGDCND IYYGGEGSDT IDMASVTSNL  TVRLGNAGTD RGSVTTEEGG RDTIWSVENF VGGSGDDTIF ASDAANVLDG GDGNNTFVFE TAANAQGDHI NGLSAGDLLQ FGTGSDMLEL TWGDADMQDS FSFSEGDEAG TTKISGSIED 
EQFELTVSGR FDYDNVG 

Retrieve as FASTA  
Remarks Proteobacterial genome annotation: "secreted hemolysin-type calcium-binding bacteriocin". Regions: 704-818; 960-1381; 2360-3003 An_peroxidase. Strain="MED193".