The peroxidases and oxidases database
Entry information : AUspPxc01
Entry ID 4174
Creation 2006-12-18 (Marcel Zamocky)
Last sequence changes 2006-12-18 (Marcel Zamocky)
Sequence status complete
Reviewer Filippo Passardi
Last annotation changes 2008-06-06 (Christophe Dunand)
Peroxidase information: AUspPxc01
Name AUspPxc01
Class Bacterial peroxicin    [Orthogroup: Pxc002]
Taxonomy Bacteria; Proteobacteria; Alphaproteobacteria; Alphaproteobacteria
Organism Aurantimonas sp.    [TaxId: 314269 ]
Cellular localisation N/D
Tissue type N/D
Inducer N/D
Repressor N/D
Best BLASTp hits
Perox score E-value AUspPxc01
start..stop		 S start..stop
FpePxc03 2202 0 1166..2759 1033..2625
FpePxc03 919 0 150..900 354..1090
FpePxc03 204 2e-52 2577..3178 624..1285
FpePxc03 170 5e-42 1..182 1..211
FpePxc03 119 2e-26 986..1159 184..355
FpePxc03 79 0.00000000000003 430..599 2440..2575
FpePxc03 51 0.000006 155..295 2229..2345
FpePxc03 48 0.00007 3047..3124 1734..1814
RpPxc02 1067 0 2..895 3..956
RpPxc02 1045 0 2010..2954 1812..2721
RpPxc02 240 4e-63 2574..3173 477..1121
RpPxc02 167 3e-41 434..830 2344..2713
RpPxc02 55 0.0000004 2378..2480 223..337
RpPxc02 50 0.00001 171..276 2147..2242
MspPxc01 944 0 165..895 266..1030
MspPxc01 526 2e-150 1174..1824 980..1601
MspPxc01 225 1e-58 1863..2252 2259..2629
MspPxc01 198 2e-50 2574..3125 541..1209
MspPxc01 137 6e-32 1..152 1..175
MspPxc01 76 0.0000000000002 1700..2027 1599..1934
MspPxc01 72 0.000000000003 3011..3285 1748..2111
MspPxc01 66 0.0000000003 3005..3205 1715..1908
MspPxc01 66 0.0000000004 1987..2101 1715..1831
MspPxc01 52 0.000004 1233..1355 2273..2411
MspPxc01 51 0.000007 3032..3242 2241..2469
MspPxc01 51 0.000009 1850..1921 2672..2752
MspPxc01 50 0.00001 1992..2061 2690..2759
MspPxc01 49 0.00003 2318..2465 236..378
MspPxc01 48 0.00006 1856..1923 2696..2763
MspPxc01 47 0.00009 3070..3139 1043..1112
RosPxc01 916 0 1863..3286 1906..3370
RosPxc01 806 0 152..891 695..1419
RosPxc01 296 4e-80 1224..1920 1438..2093
RosPxc01 222 1e-57 2574..3140 978..1559
RosPxc01 151 3e-36 430..845 2612..3010
RosPxc01 125 2e-28 3..154 2..151
RosPxc01 96 2e-19 2001..2204 1893..2079
RosPxc01 64 0.0000000008 1234..1344 3130..3231
RosPxc01 59 0.00000002 1859..2052 3148..3334
RosPxc01 53 0.000002 2378..2469 722..821
RosPxc01 48 0.00008 1229..1317 3153..3231
Literature and cross-references AUspPxc01
Literature Dick,G.J., Podell,S., Johnson,H.A., Bencheikh-Latmani,R.,
McCarthy,J.K., Rivera Espinoza,Y., Clement,B.G., Gaasterland,T.,
Tebo,B.M., Ferriera,S., Johnson,J., Kravitz,S., Halpern,A.,
Remington,K., Beeson,K., Tran,B., Rogers,Y.-H., Friedman,R. and
Venter,J.C.
Direct Submission J Craig Venter Institute, 9704 Medical
Center Drive, Rockville, MD 20850, USA
; Zamocky M. (2007) Phylogenetic relationship in the peroxidase-cyclooxygenase superfamily (in preparation).
Protein ref. GenPept:   EAS51309.1 UniProtKB:   Q1YMS2
DNA ref. GenBank:   AAPJ01000001 (420480..430373)
Protein sequence: AUspPxc01
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   3297
PWM (Da):   %s   347026.11  
PI (pH):   %s   3.82
Sequence 0
Send to BLAST
Send to Peroxiscan
.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
MAVKLNENDL RFILDQIKIA EAHAAGADLN DLVPDPHVPW GLRTVDGTYN NLVDGREQWG AADTVMPRYL DGSFVTDTNS GAFFGVTNNN YAAPGSVVDT DPRIISNLIV DMSVDNPAAV  LAFLNNELAV ETFKELHGGL EPVAPGTVVN SATQLAVTDA DLALIPNIAP DEGISAPFNG WTTFFGQFFD HGLDLITKGT NGTVYIPLQP DDPLYVPGGF TNFMVLTRAA KAEHLPGEDG  VLGTADDIVS HTNTTTPFVD QNQTYTSHAS HQVFLREYKF NADGEPVSTG RLLDGLEGGL ATWGQIKAEA AAKLGIALDD QDALNIPLLR TDPYGEFIRG DNGLPMIVTG LGPDGIPNTA  DDIVVQGNLT TPVNTMAIGA IRIGHAFLDD IAHNAAPVIN GGVLQPDADV LTGNTVASQQ GQNTEYDNEL LDRHYITGDG RGNENIALTA VHHVFHSEHN RLVDATRMEV LKSGDLAFIN  EWLATDIATL EGIPADGLPL LNFANTLDWD GERVFQAARF GTEMQYQHLV FEEFARKIQP AIDPFVFNSS TDIDPSIFSE FANVVYRFGH SMLTETVART NIHDGSADNI GLIQAFLNPV  EFTKNSTVSA DEATASIVLG MTSEHGNAID EFITSALRNN LLGLPLDLAA INIARGRDTG MPTLNETREQ LYQATGSSFL KPYDSWVDFA ANLKNPMSVV NFIAAYGTHE TIVAAGNNLQ  ERRNAAMALV FNTEGAPADR LAFLNSTGGE TAESVGLNDI DLWVGGLAEQ ILLFGGMLGS TFAAIFEAQL EALQDGDRFY YLSRTQGLNL LNELENNAFS KLIIANTDLS DPGPDGIRGT  GDDVIARHIG VDAFGQYDYV LEVNKSNQLI EDPTGVDPVL EALGLGKVIR DDPRTPQDES AVSGYVASIN ALVKQYDASG TPTGILIDGS ENVIPGITVG DLRENAEHLG IILTDEDLAN  APVLKLNPDG TLRFNPTPGA TTTASVLNND FEATSLADGA PGVTTDANGN YTVGAPVGWE INGGSGGLFD PAAIITDQAG PSGNNVVWLR QGATLARNTG ESAVAGAVYT LSFDIGDRTD  HPWPGGQVRI SATDGANTTL LAFQLLPEPS NGMWSNVSIS TSAIPTNLAG QELRIEIQQD GNGGANQILV DTISFSSTTE VFYSSDLTPA QMGVAYDPAA DPFARDADGN VLRTGQAIVD  GPATNETVID PVGLAQAYTP GSYLRFTGGE HVVLGGTSGN DTLIGSFGDD GIWGDAGDDF IQGGQGVDLI LGGSGDDVIL DDGDSGNFIK GEDGDDVIAN SAGPFDILMG GRGKDVIFVG  PDDTEVFGGE GDDFIAGGEG VDFLLGNEGD DWIEGGGGFD TTAGDNSDLF FDSKILGHDV MFAGNDEHDF DAESGDDIMV QGESVMRNEG MFGFDWATFQ GNSLDAYADM RIKIFTTEQQ  DILRNRFDKV EALSGWNGND QLFGDDRENP INAEEGVGGD TVAANENILF HDGLSQAGVD RIRNLREFLD VLIADRPQLS AEELEEIIAF EDGNILMGGR GNDRIQGNGG NDIISGDHWL  HVRISISDPD SGGEIATVTT LRHVFDGISG PAEWAGKSLF ELLVERTVKP AQMEIVREIL FDADDAATSF DTAIFQGNIS EYIIEGAGVG GQNFSDQNGD GFIEVRHLDP LVADGVTLGI  DGVDYLKGIE RLEFADGVID AAAGLDEVPV GTPTLQVLVD TDGNAIFQAG LPLRIATNPD GSLAGVTDPD NPNGGVITDF TVTWQLEAAP GTGVFVDAQI GGLTFIPNGN PVTGIDGERV  RAVIRFTDAN GVRETVVSAA SAPLSPATDL TDINGDLVFV GTHSIDMTMA GNPSFGTAFV SQNGQDTITG GAGDDTIQGL SGNDTLNGGA GDDDLLGHGG DDILVGGAGS DIINGGAGND  TAVLDFTVAD ATFFLTPSGS LEIAAGADED ELIDIEQVEF SDGQILTTRQ AENRIANFQR GNGQDNIING DLDGVVADDT IRGLNGNDTI SGGDGRDLLL GDGGSDTLNG DEDDDILAGG  RGNDTVNGGA GDDTVFWFTG DGRDSVNGGG GTDTLSINGD EGVAETFRIY TRAAAIAANI NPGGPNNEIV ITRTVDGAPD SNADRIALVR NIEELEINTR PIGGATVARG DTVQIFGDFT  TTSLALNTIT IDGASGDDTV DITALQSAHR IVFKSNGGND TIIGTLRPQD VIELAPGATL ADYQTTSMNG MTKMTFGGHS IAFPSTSHPT FADNSSSQGG SGGGGESAPG GSFALTARDL  AGLKNLVNGH QAFEDDDDTA GAGGVRELLG RNNNESHPEY GAADEVFIRL TEARYGEYDG TTNNRAINPI FAGLDARTIS NVLGHQEADL SPAASGANTF FMAFGQYFDH GLDFLPKNSA  NGVLAIGGPG TSRAPGVDNP ADLTRGEVYT IDENGVPQHL NKASPFVDQN QAYGSNALVG QFLRESDGDQ GVGMRLLSGA TDPSTPDFNL LPTLRELIAH HWENDTIFVD PSLPGGSVSF  RDYFTDYPIS DNATGSIFDE ATGAYDPDVV ASMVSNFMGG GYPLLLDTNP YINLLDHYVA GDGRANENFA LTSMHTIWAR NHNFHVEMLL EAGFEGTEEE VFQAAKMINE AEYQRVVFTE  FADMLIGGIR GEGDHGFNDY NPNADARISH EFASAVYRVG HSLVGQTMTV IGPDGQPRQV ELFDAFLNPT SELGAFKPGL PDGYVPQPGY AQLGAGAILA GVATQSAEEV DFNIVDAIRN  DLVRINADLF AFNVARGWDV GLGTLNQVRA DLKASGDPYI QEAVGFAGNL DPYASWADFQ ARNGLSDTIM DQMKVAYPDL ILSTPEEIAA FIAVNPDIEL TDGANGTKIV KGIDRVDLWV  GGLAEKHVLG GMVGQTFWVV LHEQFDRLQE GDRFYYLERF DNFDFYDNFI DGQEFSDIIA RNTGLTGLPE EIFRANDEND DTADNDDGVG DDTSDEDGDS DTVGEDNNDD TVVDDDDALA  PVPPVVSGLA VTGTAAADVM MGGAEADVLS GGDGDDIILG GFGDDTLMGG SGSDLIKGDA GRDMIFGGAG DDVVLGGADN DMIFGDAGDD RMFGDDGDDM LEGGGGFDTV YGGAGNDRFI  ARQGDGDDIY WGDAGNDTLD YAAITANLTI DLGNGTMQHG SVHSSQSGHD AIFGFENVIG GAGNDEITAS SVVNVMDGGG GNDTFVFRTA ADADGDRING FASGDKIDLS GMNGSEGFTL 
ETTVLTGAGQ VLVTHLTGDD GEALTRIQGT VSDGAEADFT LEVAGRHLTQ SDFIGVA 

Retrieve as FASTA  
Remarks Complete sequence from genomic. Contain 4 animal peroxidase motifs: 175-279; 435-801; 2306-2465 and 2578-2916 and one RTX toxins and related Ca++ binding proteins domain: 1260-1402. Strain="SI85-9A1".