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= 0037.0079.p (423 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value B5LAM3.1 B5LAM3_9BURK Extracellular solute-binding protein 744 0.0 D8IWX9.1 D8IWX9_HERSS ABC-type sugar transport system, periplasm... 725 0.0 C9YCY9.1 C9YCY9_9BURK Putative uncharacterized protein 598 e-169 Q2S6X7.1 Q2S6X7_HAHCH ABC-type sugar transport system, periplasm... 504 e-140 A6VVU8.1 A6VVU8_MARMS Extracellular solute-binding protein family 1 502 e-140 >B5LAM3.1 B5LAM3_9BURK Extracellular solute-binding protein Length = 419 Score = 744 bits (1921), Expect = 0.0, Method: Compositional matrix adjust. Identities = 350/424 (82%), Positives = 386/424 (91%), Gaps = 6/424 (1%) Query: 1 MQTVKKALALATLSSAVLLALAG-GNAQAGTLTIESWRVDDLALWENVLIPAFQKKNPGV 59 MQT+ + + T+ +AVL+ALA G AQAGTLTIESWRVDD LWE VLIPAFQKKNPG+ Sbjct: 1 MQTINR---IRTIRNAVLIALATVGTAQAGTLTIESWRVDDKTLWETVLIPAFQKKNPGI 57 Query: 60 TVKFSPTAPTEYDSTLTARLAGGTAGDLVACRPFDVSLSLYNKGHLEKLDGKAGMESFPA 119 VKF+PTAPTEYDS+LTARLAGGTAGDL+ACRPFDVSLSLY KG+LEKLDGK GME FPA Sbjct: 58 EVKFAPTAPTEYDSSLTARLAGGTAGDLIACRPFDVSLSLYKKGNLEKLDGKPGMEHFPA 117 Query: 120 SAKVAWQSDDGKDTFCMPIASVMHGFLYNQKIFKELNLQPPKTEAEFLKLLETVKAGGKY 179 SAK AWQ+DDGKDTFCMP+ASVMHGFLYNQKIFKELNLQPPKTEAEF K+L+T+K+ GKY Sbjct: 118 SAKTAWQTDDGKDTFCMPVASVMHGFLYNQKIFKELNLQPPKTEAEFFKVLDTIKSNGKY 177 Query: 180 TPLVLGTADQWEAHQVLFTGVGPNYWKGEAGRKALIAGKAKFTDPQFLNVWEYEAKLGKY 239 TPL LGTADQWE+ QV+FTGVGPNYWKGE GRKALIAGK KFTDP F+N +EYEAKLGKY Sbjct: 178 TPLALGTADQWESSQVIFTGVGPNYWKGEEGRKALIAGKEKFTDPNFVNAFEYEAKLGKY 237 Query: 240 LSKGASAQTYGDSQNMFALGQGAVYAAGSWDIAYFNANASSKLELGVFPPPVPKAGDACY 299 LSKGAS+QTYGDSQN+FALG+ A+Y GSWDIAYFN NA K E+G FPPPVPKAGD CY Sbjct: 238 LSKGASSQTYGDSQNLFALGKAAIYPTGSWDIAYFNTNA--KFEMGAFPPPVPKAGDKCY 295 Query: 300 ISDHNDIGMGVNKKSRNKEDAYKFLAWLGSQEFADIYTNKVTGFFSLSNHLISVKDPIAK 359 ISDHNDIGMGVNKKS+NKEDAYKFL WLGSQEFADIYTNKVTGFFSLS+HLISVKDP+AK Sbjct: 296 ISDHNDIGMGVNKKSKNKEDAYKFLTWLGSQEFADIYTNKVTGFFSLSDHLISVKDPVAK 355 Query: 360 QMIDWRKSCSSTIRVNSQILNRGTPSMENEMWNVNAQVLNGKMTPKDAATKIQTGFAKWY 419 QMIDWRKSCSSTIR+N+QILNRG PSMEN++WNVNAQVLNGK+ PK+AA +IQTGFAKWY Sbjct: 356 QMIDWRKSCSSTIRLNAQILNRGEPSMENQLWNVNAQVLNGKLAPKEAAAQIQTGFAKWY 415 Query: 420 KPQQ 423 KPQQ Sbjct: 416 KPQQ 419 >D8IWX9.1 D8IWX9_HERSS ABC-type sugar transport system, periplasmic component protein Length = 439 Score = 725 bits (1871), Expect = 0.0, Method: Compositional matrix adjust. Identities = 338/404 (83%), Positives = 368/404 (91%), Gaps = 4/404 (0%) Query: 20 ALAGGNAQAGTLTIESWRVDDLALWENVLIPAFQKKNPGVTVKFSPTAPTEYDSTLTARL 79 +LA +QAGTLTIESWRVDDL LW+ VLIPAFQ+ NPG+TVKFSPTAPTEYDS+L AR+ Sbjct: 40 SLAAAPSQAGTLTIESWRVDDLPLWQEVLIPAFQRSNPGITVKFSPTAPTEYDSSLAARM 99 Query: 80 AGGTAGDLVACRPFDVSLSLYNKGHLEKLDGKAGMESFPASAKVAWQSDDGKDTFCMPIA 139 AGGTAGDLVACRPFDVSLSLYNKGHLEKLDGK GME F +AK AWQ+DDG+DTFCMP+A Sbjct: 100 AGGTAGDLVACRPFDVSLSLYNKGHLEKLDGKPGMEFFAPAAKAAWQTDDGRDTFCMPMA 159 Query: 140 SVMHGFLYNQKIFKELNLQPPKTEAEFLKLLETVKAGGKYTPLVLGTADQWEAHQVLFTG 199 SV+HGF YN KIFKELNL+PPKTEAEF KLL+TVKA GKY PLV+GTA+QWE+HQVLFT Sbjct: 160 SVIHGFFYNTKIFKELNLEPPKTEAEFFKLLDTVKANGKYAPLVMGTAEQWESHQVLFTS 219 Query: 200 VGPNYWKGEAGRKALIAGKAKFTDPQFLNVWEYEAKLGKYLSKGASAQTYGDSQNMFALG 259 +GPNYWKGE GRKALIAGKAKFTDPQF+ W YEAKLGKYL KGASAQTY DSQNMFALG Sbjct: 220 IGPNYWKGEEGRKALIAGKAKFTDPQFVAAWNYEAKLGKYLPKGASAQTYSDSQNMFALG 279 Query: 260 QGAVYAAGSWDIAYFNANASSKLELGVFPPPVPKAGDACYISDHNDIGMGVNKKSRNKED 319 +GAVY AGSWDIAYFN K++ FPPPVPK GDACYISDHNDIGMG+NKKS+NKED Sbjct: 280 KGAVYPAGSWDIAYFNG----KMDFAAFPPPVPKNGDACYISDHNDIGMGINKKSKNKED 335 Query: 320 AYKFLAWLGSQEFADIYTNKVTGFFSLSNHLISVKDPIAKQMIDWRKSCSSTIRVNSQIL 379 AYKFLAWLGSQEFAD+YTNKVTGFFSLSNHLISVKDPIAKQM+ WRK+C+STIRVNSQIL Sbjct: 336 AYKFLAWLGSQEFADLYTNKVTGFFSLSNHLISVKDPIAKQMMGWRKNCASTIRVNSQIL 395 Query: 380 NRGTPSMENEMWNVNAQVLNGKMTPKDAATKIQTGFAKWYKPQQ 423 NRGTPSMENEMWNVNAQVLNGKMTP+DAA KIQ+GFAKWYKPQQ Sbjct: 396 NRGTPSMENEMWNVNAQVLNGKMTPQDAAAKIQSGFAKWYKPQQ 439 >C9YCY9.1 C9YCY9_9BURK Putative uncharacterized protein Length = 415 Score = 598 bits (1541), Expect = e-169, Method: Compositional matrix adjust. Identities = 272/398 (68%), Positives = 322/398 (80%), Gaps = 2/398 (0%) Query: 26 AQAGTLTIESWRVDDLALWENVLIPAFQKKNPGVTVKFSPTAPTEYDSTLTARLAGGTAG 85 A AGTLTIESWRVDD LWE+VL+PAF K +PG+TVKF+PTAP EY+S L ARL GTAG Sbjct: 20 AGAGTLTIESWRVDDKGLWEDVLLPAFYKAHPGITVKFAPTAPPEYNSALNARLTAGTAG 79 Query: 86 DLVACRPFDVSLSLYNKGHLEKLDGKAGMESFPASAKVAWQSDDGKDTFCMPIASVMHGF 145 DLV CRPFDVSL LY KGHL+KL+G +++FP SA+VAWQ+DDGKDT+C+P+ASV+HGF Sbjct: 80 DLVTCRPFDVSLDLYKKGHLDKLNGNPALKNFPESAQVAWQTDDGKDTYCVPMASVIHGF 139 Query: 146 LYNQKIFKELNLQPPKTEAEFLKLLETVKAGGKYTPLVLGTADQWEAHQVLFTGVGPNYW 205 YN+K+F EL L PP TEA+F +L+ VKA GK P+ +GTADQWE HQ+++TG+GPNYW Sbjct: 140 FYNKKVFAELGLNPPVTEADFFNVLDKVKAAGKVAPIAMGTADQWETHQIVYTGIGPNYW 199 Query: 206 KGEAGRKALIAGKAKFTDPQFLNVWEYEAKLGKYLSKGASAQTYGDSQNMFALGQGAVYA 265 KGE GRKALIAGK KFTDP+F+ W+ K YL KG AQTYGDSQN+F G+ A+Y Sbjct: 200 KGEEGRKALIAGKKKFTDPEFVKTWDVMGKWSNYLPKGYQAQTYGDSQNLFGSGRAAIYP 259 Query: 266 AGSWDIAYFNANASSKLELGVFPPPVPKAGDACYISDHNDIGMGVNKKSRNKEDAYKFLA 325 AGSWDI+YF N SK+E G F PPV KAGD CYISDH DI MGVN KS+NK DA FL Sbjct: 260 AGSWDISYFEGN--SKVEFGAFKPPVAKAGDPCYISDHTDIAMGVNSKSKNKADAQVFLN 317 Query: 326 WLGSQEFADIYTNKVTGFFSLSNHLISVKDPIAKQMIDWRKSCSSTIRVNSQILNRGTPS 385 WL S+EFAD+YTNKVTGFFSLSNH I VK+P+AK+MI WR C STIR+N+QI++RGTPS Sbjct: 318 WLASKEFADLYTNKVTGFFSLSNHAIDVKNPVAKEMIGWRNQCKSTIRLNAQIMSRGTPS 377 Query: 386 MENEMWNVNAQVLNGKMTPKDAATKIQTGFAKWYKPQQ 423 MENE WNVN+QV+NGKM PKDAA +IQ GFAKWY P + Sbjct: 378 MENEFWNVNSQVMNGKMAPKDAAAQIQNGFAKWYAPAK 415 >Q2S6X7.1 Q2S6X7_HAHCH ABC-type sugar transport system, periplasmic component Length = 424 Score = 504 bits (1298), Expect = e-140, Method: Compositional matrix adjust. Identities = 233/421 (55%), Positives = 297/421 (70%), Gaps = 3/421 (0%) Query: 3 TVKKALALATLSSAVLLALAGGNAQAG-TLTIESWRVDDLALWENVLIPAFQKKNPGVTV 61 T+K A + ALA A+AG L IESWR DD +W +V+IPAF K +P + V Sbjct: 5 TIKGAFRHMAKIGVGVFALATLTAEAGDKLVIESWRNDDAKVWNDVIIPAFNKSHPDIKV 64 Query: 62 KFSPTAPTEYDSTLTARLAGGTAGDLVACRPFDVSLSLYNKGHLEKLDGKAGMESFPASA 121 FSPT P +Y+S L A+L GTAGDL+ CRPFDVSL+LY KG+LEKL+ GM +FP A Sbjct: 65 TFSPTPPADYNSALQAKLQAGTAGDLITCRPFDVSLALYQKGNLEKLNDLEGMNNFPDVA 124 Query: 122 KVAWQSDDGKDTFCMPIASVMHGFLYNQKIFKELNLQPPKTEAEFLKLLETVKAGGKYTP 181 K AW +DDGKD FC+P+ASV+HG++YN++IFKEL L PKTE++F K+LE +K +YTP Sbjct: 125 KTAWSTDDGKDVFCLPMASVIHGYIYNKEIFKELGLSVPKTESDFFKVLEKIKDESRYTP 184 Query: 182 LVLGTADQWEAHQVLFTGVGPNYWKGEAGRKALIAGKAKFTDPQFLNVWEYEAKLGKYLS 241 LV+GTADQWEA + F VGPNYWKGE G KALI GK K TDP+++ VWE+ AK +L Sbjct: 185 LVMGTADQWEAATMGFQNVGPNYWKGEEGPKALIDGKEKLTDPEYVKVWEHLAKWKPFLG 244 Query: 242 KGASAQTYGDSQNMFALGQGAVYAAGSWDIAYFNANASSKLELGVFPPPVPKAGDACYIS 301 +G AQ Y DSQN+F LG+GA+Y AGSWDI FN A + G FPPP P CYIS Sbjct: 245 RGYQAQKYADSQNLFTLGRGAIYPAGSWDITTFNEQAD--FQFGAFPPPTPDGQKTCYIS 302 Query: 302 DHNDIGMGVNKKSRNKEDAYKFLAWLGSQEFADIYTNKVTGFFSLSNHLISVKDPIAKQM 361 DH DIG+G+N S NK++A FL+W+ EFA++Y N++ GFF L NH IS+KDP+A + Sbjct: 303 DHTDIGIGLNAASANKKEARIFLSWMAGSEFAELYANQLPGFFPLGNHKISIKDPVASEF 362 Query: 362 IDWRKSCSSTIRVNSQILNRGTPSMENEMWNVNAQVLNGKMTPKDAATKIQTGFAKWYKP 421 + WR C TIR + QIL+RGTP+MEN++WNV QVLNG M PK AA +++ G WY+P Sbjct: 363 LSWRGQCEQTIRNSYQILSRGTPNMENQLWNVTVQVLNGSMEPKAAAEEVEKGLKTWYQP 422 Query: 422 Q 422 Sbjct: 423 H 423 >A6VVU8.1 A6VVU8_MARMS Extracellular solute-binding protein family 1 Length = 427 Score = 502 bits (1293), Expect = e-140, Method: Compositional matrix adjust. Identities = 228/412 (55%), Positives = 296/412 (71%), Gaps = 2/412 (0%) Query: 12 TLSSAVLLALAGGNAQAGTLTIESWRVDDLALWENVLIPAFQKKNPGVTVKFSPTAPTEY 71 T +A+LL+ G A L+IESWR DD +W +V+IPAF K +P V F+PT PTEY Sbjct: 18 TCLAAILLSSTGIAQAANGLSIESWRSDDANIWSDVIIPAFNKSHPDTKVNFAPTPPTEY 77 Query: 72 DSTLTARLAGGTAGDLVACRPFDVSLSLYNKGHLEKLDGKAGMESFPASAKVAWQSDDGK 131 +S L A+L G+AGDL+ CRPFD +L LY G+L L+ G++ F AK AW +DDGK Sbjct: 78 NSALQAKLKAGSAGDLITCRPFDTALDLYKDGYLANLNDLEGLKQFSDVAKSAWVTDDGK 137 Query: 132 DTFCMPIASVMHGFLYNQKIFKELNLQPPKTEAEFLKLLETVKAGGKYTPLVLGTADQWE 191 D FCMP+ASV+HGF+YN++IFKELNL PKT EF K L+T+K+ +Y PL +GTADQWE Sbjct: 138 DQFCMPVASVIHGFIYNKEIFKELNLSVPKTRDEFFKTLDTIKSESRYIPLAMGTADQWE 197 Query: 192 AHQVLFTGVGPNYWKGEAGRKALIAGKAKFTDPQFLNVWEYEAKLGKYLSKGASAQTYGD 251 A + F +GPNYW+GE GRKAL++GK KFTD +++ W+ A+ YL +G AQ Y D Sbjct: 198 AATMGFQNIGPNYWQGEKGRKALLSGKEKFTDKAYVDTWKELAQWKPYLGRGFEAQKYSD 257 Query: 252 SQNMFALGQGAVYAAGSWDIAYFNANASSKLELGVFPPPVPKAGDACYISDHNDIGMGVN 311 SQN+F LG+ A+Y AGSWDI FN A + G FPPPV KAGD CYISDH D+G+G+N Sbjct: 258 SQNLFTLGRAAIYPAGSWDIQTFNNQAD--FQFGAFPPPVAKAGDTCYISDHTDMGIGIN 315 Query: 312 KKSRNKEDAYKFLAWLGSQEFADIYTNKVTGFFSLSNHLISVKDPIAKQMIDWRKSCSST 371 S NKE A FL W+ S+EFA +Y N V GFF LS+H I +KDP+A++ + WR+ C ST Sbjct: 316 ASSTNKEAAKVFLNWMASKEFATLYANAVPGFFPLSDHQIDIKDPVAQEFMSWRQQCEST 375 Query: 372 IRVNSQILNRGTPSMENEMWNVNAQVLNGKMTPKDAATKIQTGFAKWYKPQQ 423 IR + QIL+RGTP++EN++WNV+AQV+NG MTP+ AA + Q G +WYKPQQ Sbjct: 376 IRNSYQILSRGTPNLENQLWNVSAQVINGTMTPEAAAKETQEGLEQWYKPQQ 427