BLASTP 2.2.21 [Jun-14-2009] Reference: Altschul, Stephen F., Thomas L. Madden, Alejandro A. Schaffer, Jinghui Zhang, Zheng Zhang, Webb Miller, and David J. Lipman (1997), "Gapped BLAST and PSI-BLAST: a new generation of protein database search programs", Nucleic Acids Res. 25:3389-3402. Reference for compositional score matrix adjustment: Altschul, Stephen F., John C. Wootton, E. Michael Gertz, Richa Agarwala, Aleksandr Morgulis, Alejandro A. Schaffer, and Yi-Kuo Yu (2005) "Protein database searches using compositionally adjusted substitution matrices", FEBS J. 272:5101-5109. Query= 0007.0158.p (299 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value Q3KB24.1 Q3KB24_PSEPF Putative uncharacterized protein 426 e-117 F2KG57.1 F2KG57_PSEBR Putative uncharacterized protein 419 e-115 Q5NTR3.1 Q5NTR3_9BACT Putative acetyl-xylan esterase 415 e-114 Q4ZTF5.1 Q4ZTF5_PSEU2 Polysaccharide deacetylase 413 e-113 E7PNT2.1 E7PNT2_PSESG Polysaccharide deacetylase 410 e-112 >Q3KB24.1 Q3KB24_PSEPF Putative uncharacterized protein Length = 299 Score = 426 bits (1095), Expect = e-117, Method: Compositional matrix adjust. Identities = 202/295 (68%), Positives = 238/295 (80%) Query: 5 FSTLSAVTLALGLSGCIAPPIALTPLTEQRLNVLAPIRFLLTFDDGPSASGFANPTLSIL 64 F A+ +A+GL+GCIA PI +T TE RL AP+RFLLTFDDGPSAS NPT ++L Sbjct: 5 FKLFCAMAVAVGLAGCIAAPIEMTAQTETRLKAQAPVRFLLTFDDGPSASSLFNPTDTVL 64 Query: 65 DDLANNPHVPGVKAVFFVQTRASGAGGSELGRAIMRREHAEGHILGFHTSTPGHTNHRDL 124 D L +NP PG+KAVFFVQTRA AG SE+GR +MRREHAEGHILGFHT+T HTNHR L Sbjct: 65 DSLKDNPLQPGIKAVFFVQTRAPRAGNSEIGRRVMRREHAEGHILGFHTATHWHTNHRLL 124 Query: 125 SPQALEQSLTDGSADIAAITGAAPTFLRPPFWNFDQRTFAAYQQHGFHVLMTDVSLNDGK 184 P LE SLT+GSADI AITGA PT LRPPFWN+D+RTFAAYQQH VL+TD+S NDGK Sbjct: 125 DPDELETSLTNGSADIVAITGAPPTLLRPPFWNYDKRTFAAYQQHHMQVLLTDLSANDGK 184 Query: 185 IWGYNFSLRRRSNILRQLSEVRERIANGELPTVDGVIPVEVTFHDLNRYTSRHMLEYMQI 244 IWG+N S RRR+N+LRQLSEVRERIA GELPTVDGVIPV VTFHDLNRYT+RH EY++I Sbjct: 185 IWGFNASPRRRANMLRQLSEVRERIALGELPTVDGVIPVMVTFHDLNRYTARHTREYLEI 244 Query: 245 LLDSAQETGLRVAAKPFYDDSAALRRAVMARTVTDRSRPLHLPPLWAWMWDGNSH 299 LLDSA TG+R+A KPFYDD A L +A +ARTV + S+P++LP +W W+WD ++H Sbjct: 245 LLDSAAATGVRLAEKPFYDDRATLEKAALARTVRESSKPVNLPGIWNWIWDHDAH 299 >F2KG57.1 F2KG57_PSEBR Putative uncharacterized protein Length = 299 Score = 419 bits (1078), Expect = e-115, Method: Compositional matrix adjust. Identities = 197/299 (65%), Positives = 236/299 (78%) Query: 1 LKTIFSTLSAVTLALGLSGCIAPPIALTPLTEQRLNVLAPIRFLLTFDDGPSASGFANPT 60 +K I L LA+GLSGCI PI LTP TEQRL PIRFLLTFDDGPSAS NP+ Sbjct: 1 MKNIARVLFIAALAIGLSGCIGAPIELTPQTEQRLREQPPIRFLLTFDDGPSASSIWNPS 60 Query: 61 LSILDDLANNPHVPGVKAVFFVQTRASGAGGSELGRAIMRREHAEGHILGFHTSTPGHTN 120 L +LD LA+NP PG+KAVFF+QTR+ AGGS++GR++MRRE EGH+L FHT+T HTN Sbjct: 61 LEVLDALADNPLQPGIKAVFFLQTRSPRAGGSDIGRSVMRREQQEGHVLAFHTATHWHTN 120 Query: 121 HRDLSPQALEQSLTDGSADIAAITGAAPTFLRPPFWNFDQRTFAAYQQHGFHVLMTDVSL 180 HR LSP LEQSL++G +DIAAI+GAAP +RPPFW+FD+RT AAY+QHG H+L+TD+S Sbjct: 121 HRSLSPDELEQSLSNGGSDIAAISGAAPILVRPPFWSFDKRTAAAYRQHGLHILLTDLSA 180 Query: 181 NDGKIWGYNFSLRRRSNILRQLSEVRERIANGELPTVDGVIPVEVTFHDLNRYTSRHMLE 240 NDGK+WG S RRR N++RQLSEVRERIA G+LP VDGVIPV VTFHD+NRYT+RH E Sbjct: 181 NDGKVWGITMSPRRRINLIRQLSEVRERIAAGQLPAVDGVIPVVVTFHDINRYTARHARE 240 Query: 241 YMQILLDSAQETGLRVAAKPFYDDSAALRRAVMARTVTDRSRPLHLPPLWAWMWDGNSH 299 Y+QILLDSA+ TG+R AKPFYDD AL RA +ARTV + P+HLP LW W+WD +SH Sbjct: 241 YLQILLDSAKATGVRTDAKPFYDDHQALERAALARTVDHSTEPVHLPGLWDWLWDSDSH 299 >Q5NTR3.1 Q5NTR3_9BACT Putative acetyl-xylan esterase Length = 299 Score = 415 bits (1067), Expect = e-114, Method: Compositional matrix adjust. Identities = 205/299 (68%), Positives = 239/299 (79%) Query: 1 LKTIFSTLSAVTLALGLSGCIAPPIALTPLTEQRLNVLAPIRFLLTFDDGPSASGFANPT 60 +K + LSA+ +A L GCIA PI +TP TEQRL PIRFLLTFDDGPSAS F NP+ Sbjct: 1 MKQLVKVLSAIAMAASLLGCIAAPIEMTPQTEQRLRTQPPIRFLLTFDDGPSASSFWNPS 60 Query: 61 LSILDDLANNPHVPGVKAVFFVQTRASGAGGSELGRAIMRREHAEGHILGFHTSTPGHTN 120 ++LD LA N P +KAVFFVQTRA+ AGGS++GRA+M E GHILGFHT+TP HTN Sbjct: 61 ETVLDSLARNSLQPDIKAVFFVQTRATRAGGSDIGRAVMHHERDAGHILGFHTATPSHTN 120 Query: 121 HRDLSPQALEQSLTDGSADIAAITGAAPTFLRPPFWNFDQRTFAAYQQHGFHVLMTDVSL 180 HR L PQ LEQ+LTDGSADIAAITGA PT +RPPFWN+D+RTFAAYQQHG HVL+TD+S Sbjct: 121 HRSLDPQTLEQALTDGSADIAAITGAPPTLVRPPFWNYDKRTFAAYQQHGMHVLLTDLSA 180 Query: 181 NDGKIWGYNFSLRRRSNILRQLSEVRERIANGELPTVDGVIPVEVTFHDLNRYTSRHMLE 240 NDGKIWG+N S RRR++ LR +SEVRERIA GELP VDGVIPV VTFHDLNRYT+RH E Sbjct: 181 NDGKIWGFNASPRRRAHFLRSMSEVRERIALGELPVVDGVIPVVVTFHDLNRYTARHTRE 240 Query: 241 YMQILLDSAQETGLRVAAKPFYDDSAALRRAVMARTVTDRSRPLHLPPLWAWMWDGNSH 299 Y+QILLDSAQ TG+ A +PFYDD+AAL+RA MARTV D S+P+ LP W W+W N+H Sbjct: 241 YLQILLDSAQATGVSTAEQPFYDDTAALQRAAMARTVRDSSQPVELPGFWNWIWGANAH 299 >Q4ZTF5.1 Q4ZTF5_PSEU2 Polysaccharide deacetylase Length = 300 Score = 413 bits (1061), Expect = e-113, Method: Compositional matrix adjust. Identities = 193/299 (64%), Positives = 234/299 (78%) Query: 1 LKTIFSTLSAVTLALGLSGCIAPPIALTPLTEQRLNVLAPIRFLLTFDDGPSASGFANPT 60 +K + + +A LS CI+ PI LT T +L P+RFLLTFDDGPSAS F NP+ Sbjct: 2 IKFVLKAFCVLAIATSLSACISAPIPLTAKTAAQLQQQPPVRFLLTFDDGPSASTFYNPS 61 Query: 61 LSILDDLANNPHVPGVKAVFFVQTRASGAGGSELGRAIMRREHAEGHILGFHTSTPGHTN 120 +++LD LA+NP PG+KAVFFVQT A+GAG S+ GRAIMRR+H EGH+LGFHT+TP HTN Sbjct: 62 ITVLDSLADNPLQPGIKAVFFVQTGATGAGNSDQGRAIMRRQHEEGHLLGFHTATPHHTN 121 Query: 121 HRDLSPQALEQSLTDGSADIAAITGAAPTFLRPPFWNFDQRTFAAYQQHGFHVLMTDVSL 180 HR LS + LEQSLT G A IA+ITG T LRPPFWN+D+RTF+AYQ+H VL+TD+S Sbjct: 122 HRSLSDEELEQSLTQGCAIIASITGVPTTLLRPPFWNYDKRTFSAYQRHHLQVLLTDLSA 181 Query: 181 NDGKIWGYNFSLRRRSNILRQLSEVRERIANGELPTVDGVIPVEVTFHDLNRYTSRHMLE 240 NDGKIWGYNFSLRRRSN++ QLS VRERIA GELP VDGVIPV VTFHDLNRYT+RH E Sbjct: 182 NDGKIWGYNFSLRRRSNMVSQLSRVRERIAAGELPAVDGVIPVVVTFHDLNRYTARHARE 241 Query: 241 YMQILLDSAQETGLRVAAKPFYDDSAALRRAVMARTVTDRSRPLHLPPLWAWMWDGNSH 299 Y+QIL+DSA +TG+R+A KPFYDDS L+RA +ARTV + P+ LP +W W+WD N+H Sbjct: 242 YLQILVDSAGQTGVRLADKPFYDDSGQLQRAALARTVKEAGEPVSLPGVWNWIWDHNAH 300 >E7PNT2.1 E7PNT2_PSESG Polysaccharide deacetylase Length = 300 Score = 410 bits (1053), Expect = e-112, Method: Compositional matrix adjust. Identities = 195/299 (65%), Positives = 240/299 (80%) Query: 1 LKTIFSTLSAVTLALGLSGCIAPPIALTPLTEQRLNVLAPIRFLLTFDDGPSASGFANPT 60 +K+ L A+ +A LS CI+ P+ LTP T ++L P+RFLL+FDDGPSAS F NP+ Sbjct: 2 IKSALKALCALAIAASLSACISAPVPLTPKTVEQLRQQPPVRFLLSFDDGPSASTFYNPS 61 Query: 61 LSILDDLANNPHVPGVKAVFFVQTRASGAGGSELGRAIMRREHAEGHILGFHTSTPGHTN 120 +++LD LA+NP P +KAVFFVQT A+GAG S+ GRAIM R+HAEGH+LGFHT+TP HTN Sbjct: 62 ITVLDSLADNPLQPNIKAVFFVQTGATGAGNSDQGRAIMHRQHAEGHLLGFHTATPHHTN 121 Query: 121 HRDLSPQALEQSLTDGSADIAAITGAAPTFLRPPFWNFDQRTFAAYQQHGFHVLMTDVSL 180 HR L+ + LEQSLT G A IA+ITG T LRPPFWN+D+RTF+AYQ+H HVL+TD+S Sbjct: 122 HRSLTDEELEQSLTQGCAIIASITGVPTTLLRPPFWNYDKRTFSAYQRHDLHVLLTDLSA 181 Query: 181 NDGKIWGYNFSLRRRSNILRQLSEVRERIANGELPTVDGVIPVEVTFHDLNRYTSRHMLE 240 NDGKIWGYNFSLRRRSN++ QLS+VRERIA GELP VDGVIPV VTFHDLNRYT+RH E Sbjct: 182 NDGKIWGYNFSLRRRSNMVSQLSQVRERIAAGELPAVDGVIPVVVTFHDLNRYTARHARE 241 Query: 241 YMQILLDSAQETGLRVAAKPFYDDSAALRRAVMARTVTDRSRPLHLPPLWAWMWDGNSH 299 Y+QIL+DSA +TG+R+A KPFYDDSA L+RA +ARTV D +P+ LP W W+WD N+H Sbjct: 242 YLQILVDSAHQTGVRLADKPFYDDSAQLQRAALARTVKDAGQPVRLPGAWNWIWDHNAH 300