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= 0202.0002.p (353 letters) Database: All non-redundant GenBank CDS translations+PDB+SwissProt+PIR+PRF excluding environmental samples from WGS projects 15,459,386 sequences; 5,307,515,862 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value ref|NP_769596.1| gluconolactonase [Bradyrhizobium japonicum USDA... 588 e-166 ref|YP_001238962.1| gluconolactonase [Bradyrhizobium sp. BTAi1] ... 575 e-162 ref|YP_001204638.1| putative gluconolactonase [Bradyrhizobium sp... 567 e-160 ref|YP_001524473.1| gluconolactonase [Azorhizobium caulinodans O... 546 e-153 ref|ZP_02186757.1| gluconolactonase precursor [alpha proteobacte... 431 e-118 >ref|NP_769596.1| gluconolactonase [Bradyrhizobium japonicum USDA 110] dbj|BAC48221.1| gluconolactonase precursor [Bradyrhizobium japonicum USDA 110] Length = 372 Score = 588 bits (1516), Expect = e-166, Method: Compositional matrix adjust. Identities = 282/332 (84%), Positives = 305/332 (91%), Gaps = 1/332 (0%) Query: 20 RRTILRGATALAATAMAASDAAARDFGPNAEPQRYPDPDIVVIDDKRFKAKVGNTAIKRL 79 RRT+L+GA +AATA+ AS A AR+FG NAEPQRYPDPDI+ ID KRFKAKVGNTAIKRL Sbjct: 21 RRTLLKGAATVAATALLASRADAREFGANAEPQRYPDPDIIAIDPKRFKAKVGNTAIKRL 80 Query: 80 YTGCLWAEGPAWNAQGQYLVWSDIPANRQLRYLDDDGHISEQFHKPSNEANGSTFDFEGR 139 YTGCLWAEGPAWNAQGQYLVWSDIPANRQLRYLDDDGHISEQFHKPSNEANG++FD EGR Sbjct: 81 YTGCLWAEGPAWNAQGQYLVWSDIPANRQLRYLDDDGHISEQFHKPSNEANGNSFDTEGR 140 Query: 140 QITAERTRLVRYEHDGTVTPLAEQANGKQLNGPNDMVVHPNDKSIWFTDPGYGAISIYEG 199 QI+AERTRLVRYEHDG+VT LAEQA GK LNGPNDMVVHPNDK+IWFTDPGYGAISIYEG Sbjct: 141 QISAERTRLVRYEHDGSVTTLAEQAGGKPLNGPNDMVVHPNDKAIWFTDPGYGAISIYEG 200 Query: 200 HLANTGSKQPYQKEAVYRIDAATGQITKVADEPFKPNGIAFSHDYKKVYVCDTGTTHYPN 259 LANTGS QPYQKEAVYR+D TGQ+ KVADEPFKPNGIAFSHDYKK+YVCDTG THYP Sbjct: 201 KLANTGSLQPYQKEAVYRLDTQTGQVAKVADEPFKPNGIAFSHDYKKLYVCDTGITHYPQ 260 Query: 260 AKNIVWQYDLNGDKLSNPRTLIDMTLDGKSGFPDGMRVDVDGNIWVGAGWVGPGYDGVQV 319 A+N+VW YD++G KLSNP+ LIDM LDGKSGFPDG+RVD +GNIWVGAGWVGPGYDGVQV Sbjct: 261 AENVVWSYDIDGSKLSNPKRLIDMKLDGKSGFPDGLRVDTEGNIWVGAGWVGPGYDGVQV 320 Query: 320 FAP-DGQRIGQILLPETCANLTFGGKKRNRLF 350 FAP DG RIGQILLPETCAN+ FGG+KRNRLF Sbjct: 321 FAPNDGARIGQILLPETCANVCFGGRKRNRLF 352 >ref|YP_001238962.1| gluconolactonase [Bradyrhizobium sp. BTAi1] gb|ABQ35056.1| gluconolactonase [Bradyrhizobium sp. BTAi1] Length = 371 Score = 575 bits (1481), Expect = e-162, Method: Compositional matrix adjust. Identities = 275/351 (78%), Positives = 307/351 (87%), Gaps = 1/351 (0%) Query: 1 VTNPS-NIQKHEGDGAKAFDRRTILRGATALAATAMAASDAAARDFGPNAEPQRYPDPDI 59 +TNP +I + GA FDRRT+L+G AA A A S A ARD+GP AEPQRYPDPDI Sbjct: 1 MTNPRHDIAQDSPTGADGFDRRTLLKGVAGFAAAAAAVSPALARDYGPQAEPQRYPDPDI 60 Query: 60 VVIDDKRFKAKVGNTAIKRLYTGCLWAEGPAWNAQGQYLVWSDIPANRQLRYLDDDGHIS 119 VVID+KRFKAKVGNT IKRL+TGCLWAEGPAWN QGQYLVWSDIP NRQLRYLDDDGHIS Sbjct: 61 VVIDEKRFKAKVGNTTIKRLFTGCLWAEGPAWNTQGQYLVWSDIPNNRQLRYLDDDGHIS 120 Query: 120 EQFHKPSNEANGSTFDFEGRQITAERTRLVRYEHDGTVTPLAEQANGKQLNGPNDMVVHP 179 +QF KPSNE+NG+TFD+EGRQITAERTRLVR+EH+GTVT LAE+AN K LNGPNDMVV+P Sbjct: 121 QQFRKPSNESNGNTFDYEGRQITAERTRLVRFEHNGTVTVLAEKANDKPLNGPNDMVVNP 180 Query: 180 NDKSIWFTDPGYGAISIYEGHLANTGSKQPYQKEAVYRIDAATGQITKVADEPFKPNGIA 239 NDKSIWFTDPGYG+I++YEG GS QP+QKEAVYR+DA +G ITKVADEPFKPNGIA Sbjct: 181 NDKSIWFTDPGYGSINLYEGQNVRNGSNQPFQKEAVYRVDAQSGAITKVADEPFKPNGIA 240 Query: 240 FSHDYKKVYVCDTGTTHYPNAKNIVWQYDLNGDKLSNPRTLIDMTLDGKSGFPDGMRVDV 299 FS DYKK+YVCDTG THYPNAKN++WQYD+NGDKL+NP+ IDMTLDGKSGFPDG+RVD+ Sbjct: 241 FSQDYKKLYVCDTGITHYPNAKNVIWQYDINGDKLANPKAFIDMTLDGKSGFPDGLRVDI 300 Query: 300 DGNIWVGAGWVGPGYDGVQVFAPDGQRIGQILLPETCANLTFGGKKRNRLF 350 DGNIWVGAGWVG GYDGV +FAPDG RIGQI LPE CAN+ FGGKKRNRLF Sbjct: 301 DGNIWVGAGWVGEGYDGVHIFAPDGVRIGQIKLPEICANVCFGGKKRNRLF 351 >ref|YP_001204638.1| putative gluconolactonase [Bradyrhizobium sp. ORS 278] emb|CAL76401.1| Putative gluconolactonase [Bradyrhizobium sp. ORS 278] Length = 360 Score = 567 bits (1462), Expect = e-160, Method: Compositional matrix adjust. Identities = 267/336 (79%), Positives = 299/336 (88%) Query: 15 AKAFDRRTILRGATALAATAMAASDAAARDFGPNAEPQRYPDPDIVVIDDKRFKAKVGNT 74 A FDRRT+L+G AA A A S A ARD+GP+AEPQRYPDPDIVVID+KRFKAKVGNT Sbjct: 5 ADRFDRRTLLKGVAGFAAAAAAVSPALARDYGPSAEPQRYPDPDIVVIDEKRFKAKVGNT 64 Query: 75 AIKRLYTGCLWAEGPAWNAQGQYLVWSDIPANRQLRYLDDDGHISEQFHKPSNEANGSTF 134 IKRL+TGCLWAEGPAWN QGQYLVWSDIP NRQLRYLDDDGHIS+QF KPSNE+NG++F Sbjct: 65 TIKRLFTGCLWAEGPAWNTQGQYLVWSDIPNNRQLRYLDDDGHISQQFRKPSNESNGNSF 124 Query: 135 DFEGRQITAERTRLVRYEHDGTVTPLAEQANGKQLNGPNDMVVHPNDKSIWFTDPGYGAI 194 D+EGRQI+AERTRLVR+EH+GTVT LAEQANGK LNGPNDMVV+P DKSIWFTDPGYG+I Sbjct: 125 DYEGRQISAERTRLVRFEHNGTVTVLAEQANGKPLNGPNDMVVNPADKSIWFTDPGYGSI 184 Query: 195 SIYEGHLANTGSKQPYQKEAVYRIDAATGQITKVADEPFKPNGIAFSHDYKKVYVCDTGT 254 ++YEG GS QP+QKEAVYR+DA +G +TKVADEPFKPNGIAFS DYKK+YVCDTG Sbjct: 185 NLYEGQNVRNGSNQPFQKEAVYRVDAQSGVVTKVADEPFKPNGIAFSQDYKKLYVCDTGI 244 Query: 255 THYPNAKNIVWQYDLNGDKLSNPRTLIDMTLDGKSGFPDGMRVDVDGNIWVGAGWVGPGY 314 THYPNAKN++WQYD+NGDKLSNP+ IDM LDG+SGF DG+RVD+DGNIWVGAGWVG GY Sbjct: 245 THYPNAKNVIWQYDINGDKLSNPKAFIDMALDGRSGFADGLRVDIDGNIWVGAGWVGEGY 304 Query: 315 DGVQVFAPDGQRIGQILLPETCANLTFGGKKRNRLF 350 DGV +FAPDGQRIGQI LPE CAN+ FGGKKRNRLF Sbjct: 305 DGVHIFAPDGQRIGQIKLPEICANVCFGGKKRNRLF 340 >ref|YP_001524473.1| gluconolactonase [Azorhizobium caulinodans ORS 571] dbj|BAF87555.1| gluconolactonase [Azorhizobium caulinodans ORS 571] Length = 380 Score = 546 bits (1407), Expect = e-153, Method: Compositional matrix adjust. Identities = 257/334 (76%), Positives = 284/334 (85%) Query: 17 AFDRRTILRGATALAATAMAASDAAARDFGPNAEPQRYPDPDIVVIDDKRFKAKVGNTAI 76 + DRR +LR A LAAT A RDFGPNA PQRYPDPDIV+ID+KRFKAKVGNTAI Sbjct: 27 SMDRRHLLRTAGGLAATVALGGSALGRDFGPNAPPQRYPDPDIVIIDEKRFKAKVGNTAI 86 Query: 77 KRLYTGCLWAEGPAWNAQGQYLVWSDIPANRQLRYLDDDGHISEQFHKPSNEANGSTFDF 136 +R++TGCLWAEGPAWNAQG+YLVWSDIP NRQLRYLDD +S++F +PSNE+NG+TFD Sbjct: 87 QRVFTGCLWAEGPAWNAQGRYLVWSDIPNNRQLRYLDDVNRVSDRFRQPSNESNGNTFDT 146 Query: 137 EGRQITAERTRLVRYEHDGTVTPLAEQANGKQLNGPNDMVVHPNDKSIWFTDPGYGAISI 196 EGRQIT ERTR+VRYEHDGT T LAE+AN KQLNGPND VVHP DKSIWFTDPGYGA S+ Sbjct: 147 EGRQITCERTRVVRYEHDGTATVLAERANDKQLNGPNDAVVHPVDKSIWFTDPGYGANSL 206 Query: 197 YEGHLANTGSKQPYQKEAVYRIDAATGQITKVADEPFKPNGIAFSHDYKKVYVCDTGTTH 256 YEG ANTGS QP+QKEAVYRIDA TGQ+TKVADEP KPNG+AFS DYKK+YVCDTG TH Sbjct: 207 YEGQRANTGSVQPFQKEAVYRIDAQTGQVTKVADEPLKPNGLAFSADYKKLYVCDTGITH 266 Query: 257 YPNAKNIVWQYDLNGDKLSNPRTLIDMTLDGKSGFPDGMRVDVDGNIWVGAGWVGPGYDG 316 YPNAKNI+WQYDL+G KLSNP T D T+DGKSGF DG+RVDVDGN+W G GWVG GYDG Sbjct: 267 YPNAKNIIWQYDLDGGKLSNPGTFADTTMDGKSGFADGLRVDVDGNVWAGVGWVGEGYDG 326 Query: 317 VQVFAPDGQRIGQILLPETCANLTFGGKKRNRLF 350 V VFAPDG RIG I LPE CAN+ FGG KRNRLF Sbjct: 327 VHVFAPDGARIGLIRLPEICANVCFGGAKRNRLF 360 >ref|ZP_02186757.1| gluconolactonase precursor [alpha proteobacterium BAL199] gb|EDP66994.1| gluconolactonase precursor [alpha proteobacterium BAL199] Length = 371 Score = 431 bits (1108), Expect = e-118, Method: Compositional matrix adjust. Identities = 216/349 (61%), Positives = 264/349 (75%), Gaps = 6/349 (1%) Query: 7 IQKHEGDGAKAFDRRTILRGATALAATAMAASDAAARDFGPNAEPQRYPDPDIVVIDDKR 66 I + + + +FDRR L AT LAAT A A AR+FGP AEP RYPDPDI+ +D KR Sbjct: 4 IDRSDNEQPPSFDRRAFLAAATTLAATTAMAPAAFARNFGPGAEPVRYPDPDIIALD-KR 62 Query: 67 FKAKVGNTAIKRLYTGCLWAEGPAWNAQGQYLVWSDIPANRQLRYLDDDGHISEQFHKPS 126 FK+K+GNT I+RL+TG LWAEGPAWN G+YL+WSDIP N QLR++++DGH+S F PS Sbjct: 63 FKSKLGNTPIQRLHTGTLWAEGPAWNGVGRYLLWSDIPNNEQLRWIEEDGHVSRGFRSPS 122 Query: 127 NEANGSTFDFEGRQITAERT--RLVRYEHDGTVTPLAEQ-ANGKQLNGPNDMVVHPNDKS 183 +NG+TFDF GRQI E R+VRYE+DGTVT LA++ A G+ N PND VVHPND S Sbjct: 123 GNSNGNTFDFRGRQIACEHLNRRVVRYEYDGTVTVLADKNAEGQGFNAPNDAVVHPNDGS 182 Query: 184 IWFTDPGYGAISIYEGHLANTGSKQPYQKEAVYRIDAATGQITKVADEPFKPNGIAFSHD 243 IWFTDPGYG + YEG A TGS QP+ KEAVYRID TG++TKVAD+PFKPNG+ FS D Sbjct: 183 IWFTDPGYGQLMNYEGFRAGTGSVQPFMKEAVYRIDGNTGKVTKVADQPFKPNGLCFSPD 242 Query: 244 YKKVYVCDTGTTHYPNAKNIVWQYDLNGDK--LSNPRTLIDMTLDGKSGFPDGMRVDVDG 301 YK +YV DTG +HYP+A + +W +D++ +K L+NPRT MT +GK+GF DG+R D DG Sbjct: 243 YKILYVADTGVSHYPDAASQIWAFDVDAEKGTLANPRTFASMTWEGKTGFADGIRCDEDG 302 Query: 302 NIWVGAGWVGPGYDGVQVFAPDGQRIGQILLPETCANLTFGGKKRNRLF 350 N+W AGWVG GYDGV +FAPDG RIGQI LPE C+N+ FGG KRNRLF Sbjct: 303 NVWSSAGWVGDGYDGVHIFAPDGTRIGQIRLPEICSNVCFGGTKRNRLF 351