The peroxidases and oxidases database
Entry information : MspPxc01
Entry ID 4176
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: MspPxc01
Name MspPxc01
Class Bacterial peroxicin    [Orthogroup: Pxc002]
Taxonomy Bacteria Proteobacteria Alphaproteobacteria Phyllobacteriaceae Chelativorans
Organism Mesorhizobium sp.    [TaxId: 266779 ]
Cellular localisation N/D
Tissue type N/D
Inducer N/D
Repressor N/D
Best BLASTp hits
Perox score E-value MspPxc01
start..stop		 S start..stop
RpPxc02 1607 0 2..1495 3..1419
RpPxc02 275 1e-73 2669..2950 2786..3094
RpPxc02 144 5e-34 2377..2635 1816..2046
RpPxc02 70 0.00000000002 1733..1973 2837..3059
RpPxc02 57 0.0000001 2651..2787 918..1056
RpPxc02 56 0.0000002 198..377 2055..2242
RpPxc02 54 0.0000008 2262..2476 961..1159
RpPxc02 52 0.000005 2155..2293 2861..2998
RpPxc02 50 0.000009 2241..2409 2837..2997
RpPxc02 50 0.00002 1082..1200 2805..2923
FpePxc03 1387 0 243..1954 343..1947
FpePxc03 213 4e-55 2259..2629 1738..2123
FpePxc03 160 5e-39 1..142 1..149
FpePxc03 67 0.00000000009 541..791 2440..2644
FpePxc03 52 0.000004 1727..1806 1860..1948
RosPxc01 1094 0 243..1496 687..1884
RosPxc01 186 9e-47 541..1207 2612..3235
RosPxc01 163 7e-40 2644..2942 3078..3372
RosPxc01 157 4e-38 3..269 2..284
RosPxc01 74 0.0000000000009 1879..2015 3136..3297
RosPxc01 71 0.00000000001 2218..2619 1834..2266
RosPxc01 66 0.0000000002 1724..1945 3151..3329
RosPxc01 66 0.0000000002 2262..2787 1435..1964
RosPxc01 61 0.000000008 1896..2092 1435..1618
RosPxc01 59 0.00000004 1047..1177 3138..3290
RosPxc01 55 0.0000005 1906..2099 3128..3300
RosPxc01 54 0.0000006 2239..2409 3130..3297
RosPxc01 53 0.000002 2157..2310 1450..1613
RosPxc01 53 0.000002 2678..2851 1425..1565
RosPxc01 52 0.000003 1739..1908 1893..2095
RosPxc01 49 0.00002 280..378 2431..2516
AUspPxc01 953 0 266..1030 165..895
AUspPxc01 525 4e-150 980..1601 1174..1824
AUspPxc01 237 3e-62 2677..2948 3034..3293
AUspPxc01 222 7e-58 2259..2629 1863..2252
AUspPxc01 201 2e-51 541..1209 2574..3125
AUspPxc01 137 6e-32 1..175 1..152
AUspPxc01 91 6e-18 1599..1954 1700..2047
AUspPxc01 86 2e-16 1881..2111 3038..3285
AUspPxc01 65 0.0000000004 1715..1908 3005..3205
AUspPxc01 64 0.0000000008 1715..1806 1987..2077
AUspPxc01 62 0.000000003 2155..2311 3011..3140
AUspPxc01 52 0.000005 2690..2790 1992..2078
AUspPxc01 52 0.000005 2273..2411 1233..1355
AUspPxc01 50 0.00001 2672..2752 1850..1921
AUspPxc01 50 0.00001 2241..2469 3032..3242
AUspPxc01 50 0.00002 1903..2023 1228..1361
AUspPxc01 49 0.00003 1710..2089 1203..1556
AUspPxc01 49 0.00003 236..378 2318..2465
AUspPxc01 48 0.00006 2696..2774 1856..1934
Literature and cross-references MspPxc01
Literature Copeland,A., Lucas,S., Lapidus,A., Barry,K., Detter,J.C., Glavina
del Rio,T., Hammon,N., Israni,S., Dalin,E., Tice,H., Pitluck,S.,
Chertkov,O., Brettin,T., Bruce,D., Han,C., Tapia,R., Gilna,P.,
Schmutz,J., Larimer,F., Land,M., Hauser,L., Kyrpides,N.,
Mikhailova,N. and Richardson,P.
CONSRTM US DOE Joint Genome Institute
"Complete sequence of chromosome of Mesorhizobium sp. BNC1"
; Zamocky M. et al. (2007) Phylogenetic relationship in the peroxidase-cyclooxygenase superfamily (in preparation).
Protein ref. GenPept:   ABG62191.1 UniProtKB:   Q11K84
DNA ref. GenBank:   CP000390 (869748..878600)
Protein sequence: MspPxc01
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   2950 (307)
PWM (Da):   %s   306750.26 (34719.7)  
PI (pH):   %s   3.71 (8.21) Peptide Signal:   %s   cut: 25 range:25-331
Sequence 0
Send to BLAST
Send to Peroxiscan
.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
MAVKLNKHDL EFILKQIKIA EAHTAGTPLT DMIVQPHLPY GLRTVDGSYN NILPGRELWG AADQTMPRMF DPYWRDEQDG DEMPFGPPGA PVVDNTNYGV DGEQNAPGDM TNGGHSGSVA  DADPRIISNL IVDQTPANPA AIIAGLRHAG FEGTADELTQ AVAAISGPYA VIRTAEIAYH RVESWQNTIQ NLTDAIAALD PEAEDYAAQL AQLNGARDGA TAALEIAEGQ AALFTPELVA  AQQGLLDTAA ATYGLEFEMD GKTIKLPNVA PDEGLSAPFN GWMTFFGQFF DHGLDLISKG GNGTIYVPLE PDDPLYVPGG HANFMVLTRA TQFDGPGPDG VLGTADDTSR EQINTTTPFV  DQNQTYTSHP SHQVFLREYA MVDGKPLATG HMLDGANGGL PTWADIKAQA KNLLGIELTD RDVFNIPLIR TDLYGEFIRD ENGFPQVIVG IGPDGIPNTD DDIVMSGTPD APLKLNPADG  GTEPVRTSHA FLDDIAHNAV PVLDTQGFLR PDGVDLPVDP AGNAVQFDPL TGHNLEYDNE LLDRHFITGD GRGNENVGLT AVHHVFHSEH NRQVEAQKLE ILKSKDLAFI NEWLLTDLAS  VDDIPAGGAA LANYAATLTW DGERLFQSAR FATEMQYQHL VFEEFGRKVQ PLIDLFIFNT ITDIDPAIFS EFANVVYRFG HSMLTEDIGR MFLNDAGEPV TYSRDDEGNL IETVVTDLTA  WGDDIGLIEA FLNPIEFDQN GQISHEQAAG AIFRGMTLVH GNEIDEFVVD ALRNNLLGLP LDLAAINIAR GRDTGMPTLN QARTQLYEAS NSTFVKPYAN WTDFAANLKT PASIINFIAA  YGTHDLILAA EDDVAARRAA ATLIVLGGQD APADRLEFLN GTGAWSGVET GLNLVDLWIG GLAEKKMPFG GMLGSTFNAV FEAQLEMLQD LDRFYYLTRT QGLNLLNELE NNAFSKLVMA  NTDMTLPGPD GVRGTEDDIV NYHVGVDSFA KHDLVLHVDP DKQIGDDPTH EDPALNAVGL TKVQRDDLTT TGPDENYIRF LGGEHVVIGG TEGDDTIISD FGDDALWGGG GNDRIEGGAG  VDLIIGGSGD DIITDSGDTG DFIKGEDGDD VIANANGLDV LMGGDGKDVF LVGVDATEVF AGEGDDFVLG GADADFILGN EGDDWIEGGD GFDVLNGDNS ELFFNSTIKG HDVLFAGENE  NDFDAESGDD IMVQGESVMR NEGMFGFDWA IHKGNRVAAD SDMRIPIFTN VADDILRDRF DQTEGLSGWK HNDILRGDDR GSTEEIEVEL GMVNHELTQA GVDRIDGLRE LLGNLVAEIP  EGFNGDLESL VAFAGGNILI GGDGHDVIEG RGGDDFIHGD AWLNVRIRLT DIGAANTAEN EIATVDSLKH VFTAEDAAHP SWVGKALSEL LLAGTIKPSQ MHIVREIKYD EDPTGDVDTA  VFAGNMSWYE ITELDGGIIK VARREMEEVD PQIDEGTDTL VGIERIQFAD QIYTVRETGN ADPTGRLTIS GYPATESNPL TVSADQIRDM NNPNGVVNNI TYRWQIERND GTGDYIDIPN  VSGTTFVPDD EHVGLRIRVI GTYIDGGGVI ETVTSAATDP VIGVNDEPVG PLLISDMTPT EGQELTATVA FTDPDGMTDA FEELLLTYQW EYSTNGITWT PAEGANSRTF VPGQEHVGAA  LRVVVTYTDD AANVHVVASA VTTIVGNSVS SNEAVITGDA KPLNVGDNLV QAGDGDNSIT GLGGNDVING GGGSDTLNGG AGMDTLKGGA GADIVNGQAG DDTIIYGSLD GADMIDGGAD  HDTLRIVESA GGGNDTVQIG LDGAGIITDV NGASVAGIES AQLDLGNGTD TLSYATPNAV TVNLLAGTAT GFSYIRNVEN VVSGDGNDTL LGNLADNLLD GAGGDDTIRG GFGNDTLIGR  AGNDLLYGEA GDDTLRGGDG DDRLDGGQGV DTVSYADASA AVTVTLGSQS PQDTVGAGND MLVSIENLTG SAFNDTLTGN SGANVIDGGS GQDAMAGGGG DDTYLVDDAG DSVLEDEAGG  TDTVRSSLAA YMLAENVENL VLAAGATDGT GNALDNRLTG NSGDNVLDGG AGVDTVVLDG EVSDYDFVYA GANTIVTSPA GGSDTLVNIE NVEIGGVVYN MVRGTNAANG IGGPVVGTDA  ADLVLGFNGA DSLLGGGGDD LLVGGAGNDV MAGGAGNDTY LVNNGGDVVS EDPLAIPGSG GIDTIISSVT RNLNNTAQVV GDVENLILTG SGNINGLGNG LDNIISGNSG NNILTGAGGA  DTLIGNAGDD DLRGGANDDI LEGGAGSDLL NGQGGIDIAI FAGSAGDYSF SLGANGLATV TDLVGDGGTD TLTSIERLRF GDGPVLDIAS IANGIPDGPA IIFGSEGNDT IIGGPGEDVI  IGGPGNDTLN GSDVGDGDDN TTPGTQDDDT FIWNVGDGFD TINGGMEGPN GDVFQIIGNA ESETYRIYTY DEAVARIGFA GSDETEIIVT REGEDGVETT IAELTEIEEI IVNGANVAGN  GASAGDAFEI YGNFDATNLR PNTITIRGTS GDDTVDISSL QSAHRIVFRS KGGDDTIVGT LRPQDVVELP DGTTLDDYDL VQNVNGTITL SGESHSVTFY STGGLPQFSS GDDDGAHDDD  EDDDAPPSGN DDGDDDDGHG SCDDGDEAGD PAPNPIGASV ILGTEQADAL TGTADGETIM GLGGRDVVFA GSGDDNVMGG SGADMLYGDA GNDRILAGAG GDLVTGGAGN DTVFGQGGDD  MIVAQADDGD DVYYGDGMSG GSGNDTLDMS AIGANITADL GTGFMGRGSV SSAASGSDTI WGVENIVTGS GNDTITGSNA ANVMDGGTGN DTFRFLSAAA ADGDTIIGFQ PGDKIDLSGM 
DANWCESGNQ SFTLVSDAFT GAKGELLVTH ETQDGESYTV VQGNISGGSD ADFKFSIKGS HDLTASDFNL 

Retrieve as FASTA  
Remarks Complete sequence from genomic. Regions: 276-379 and 546-936 peroxidase domain. Original annotation: "Hemolysin-type calcium-binding (bacteriocin) region animal haem peroxidase".