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= 0007.0015.p (290 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|YP_003776103.1| hypothetical protein Hsero_2699 [Herbaspiril... 423 e-116 ref|ZP_08274596.1| Hypothetical protein in Cyanoglobin locus [Ox... 355 4e-96 ref|YP_003817983.1| hypothetical protein Bresu_1048 [Brevundimon... 258 6e-67 ref|ZP_08262794.1| hypothetical protein ABI_08340 [Asticcacaulis... 251 7e-65 ref|YP_001020430.1| hypothetical protein Mpe_A1233 [Methylibium ... 243 4e-62 >ref|YP_003776103.1| hypothetical protein Hsero_2699 [Herbaspirillum seropedicae SmR1] gb|ADJ64195.1| conserved hypothetical protein [Herbaspirillum seropedicae SmR1] Length = 341 Score = 423 bits (1087), Expect = e-116, Method: Compositional matrix adjust. Identities = 212/269 (78%), Positives = 233/269 (86%) Query: 22 PDLGKLMATAGVVQVEGAGGGGLVPWATITGYGTRDSYGANVHYTYVGTQDYTLASYGVA 81 PDL KL AT GV+QVEGAGGGGL PWA ITGYG+RDSYGAN HYTY+ TQDYTL SYGVA Sbjct: 73 PDLAKLTATGGVIQVEGAGGGGLTPWALITGYGSRDSYGANAHYTYLATQDYTLRSYGVA 132 Query: 82 VGIADRVELSVAKQRFTGSLAPLNNLRIDQDIYGVKVKLAGDIVYDQDTWMPQLAAGVMV 141 VGI DR+ELSVAKQ F G APLN+L+I QDI GVK+KLAGD VYDQD W+PQ+AAGVM Sbjct: 133 VGILDRLELSVAKQEFYGGAAPLNDLKITQDIVGVKLKLAGDAVYDQDRWLPQIAAGVMF 192 Query: 142 KRNNGIGGLGAVTNVKDLGAKSDSGIDYYLAATKLFLDQSLLLNATVRATKANQMGILGF 201 KRNNG+GGLG VT+VK LGA SD+GIDYYL+ATKL L QSLLLN TVR TKANQMG+LGF Sbjct: 193 KRNNGVGGLGPVTSVKQLGAASDAGIDYYLSATKLLLAQSLLLNGTVRLTKANQMGLLGF 252 Query: 202 GGDKGDRYQAMLESSVAYLLNRQWVIGAEYRMKPRNLGADNEKDYYDAFVAWFPSKNLSL 261 GGD+GDRYQAM E S AYL+ R +G EYRMKPRNL AD EKDYYDAF+AWFPSKNLSL Sbjct: 253 GGDRGDRYQAMGEFSAAYLIQRDLALGVEYRMKPRNLAADPEKDYYDAFLAWFPSKNLSL 312 Query: 262 TLAYVSLGDITIYNPKRQDGVYLSVQAGF 290 TLAYV+LGDIT+YNPKRQ GVYLS+QAGF Sbjct: 313 TLAYVALGDITVYNPKRQRGVYLSLQAGF 341 >ref|ZP_08274596.1| Hypothetical protein in Cyanoglobin locus [Oxalobacteraceae bacterium IMCC9480] gb|EGF31929.1| Hypothetical protein in Cyanoglobin locus [Oxalobacteraceae bacterium IMCC9480] Length = 308 Score = 355 bits (912), Expect = 4e-96, Method: Compositional matrix adjust. Identities = 178/282 (63%), Positives = 213/282 (75%), Gaps = 2/282 (0%) Query: 11 SAAASAQNAMTPDLGKLMATAGVVQVEGAGGGGLVPWATITGYGTRDSYGANVHYTYVGT 70 SA +A PD GKL+A G Q+EGAGGGGL PWA ITGYGTRDSYG NVH T V T Sbjct: 27 SAGMAAAQWPLPDQGKLLALGGASQIEGAGGGGLTPWALITGYGTRDSYGGNVHTTGVRT 86 Query: 71 QDYTLASYGVAVGIADRVELSVAKQRFTGSLAPLNNLRIDQDIYGVKVKLAGDIVYDQDT 130 QDY + S GVA G ADR E+S+A Q+ GSLAPL L I QDI G+K+KL+GD + DQD Sbjct: 87 QDYAIDSAGVAFGFADRFEISLASQKLQGSLAPLAQLAITQDIVGLKLKLSGDALADQDR 146 Query: 131 WMPQLAAGVMVKRNNGIGGLGA--VTNVKDLGAKSDSGIDYYLAATKLFLDQSLLLNATV 188 +PQ+A G+ KRN G+ GL A VT+V LGA+SD GID L+ATK+ LDQSLLLNAT+ Sbjct: 147 LLPQIALGIQYKRNRGVRGLDALGVTSVTQLGARSDHGIDVTLSATKILLDQSLLLNATL 206 Query: 189 RATKANQMGILGFGGDKGDRYQAMLESSVAYLLNRQWVIGAEYRMKPRNLGADNEKDYYD 248 RATKANQ G+LGFGGD DRYQ MLE+SV YL+NRQ V G EYRMKPRNL DNEKD D Sbjct: 207 RATKANQFGLLGFGGDLHDRYQPMLETSVVYLINRQLVAGVEYRMKPRNLSVDNEKDAAD 266 Query: 249 AFVAWFPSKNLSLTLAYVSLGDITIYNPKRQDGVYLSVQAGF 290 FV +F ++N+S+ L +V+LGD+TI+NP+RQ+G YLS+Q GF Sbjct: 267 VFVGYFLNRNVSVMLGWVTLGDVTIFNPRRQNGAYLSLQGGF 308 >ref|YP_003817983.1| hypothetical protein Bresu_1048 [Brevundimonas subvibrioides ATCC 15264] gb|ADL00360.1| conserved hypothetical protein [Brevundimonas subvibrioides ATCC 15264] Length = 301 Score = 258 bits (660), Expect = 6e-67, Method: Compositional matrix adjust. Identities = 148/294 (50%), Positives = 185/294 (62%), Gaps = 13/294 (4%) Query: 2 ALMFVAALLSAAASAQNAMTPDLGKLMATAGVVQVEGAGGGGLVPWATITGYGTRDSYGA 61 AL V+ SA A + GKL+ T GV +EG+GGGG+ WAT TGYG D G Sbjct: 16 ALWCVSCPASAQAFDWVPESRTGGKLLLTGGVSTLEGSGGGGMATWATTTGYGAEDGIGG 75 Query: 62 NVHYTYVGTQDYTLASYGVAVGIADRVELSVAKQRF----TGSLAPLNN-LRIDQDIYGV 116 NVH T+V DY L S+G AVG+ DRVELSVA+Q F TG+ L QDI GV Sbjct: 76 NVHATWVNLPDYELRSWGAAVGLWDRVELSVARQEFDTGDTGAALGLGQGFTFTQDIVGV 135 Query: 117 KVKLAGDIVYDQDTWMPQLAAGVMVKRNNGIGGLGAVTNVKDLGAKSDSGIDYYLAATKL 176 KV+L GD VYDQ WMPQ+A G+ K N+ GA+ + +G K D G + Y+AATKL Sbjct: 136 KVRLLGDAVYDQAGWMPQVAVGLQHKTND----QGAI--ITAVGGKDDEGTEAYVAATKL 189 Query: 177 FLDQSLLLNATVRATKANQMGILGFGGDKGDRYQAMLESSVAYLLNRQWVIGAEYRMKPR 236 FL QSLL++ TVR T ANQ G+LGFGGD+ D + E SV YLL+R V+GAE R KP Sbjct: 190 FLAQSLLVSGTVRWTDANQTGLLGFGGDRNDDLEPQFEGSVGYLLSRNLVVGAEVRTKPD 249 Query: 237 NLGADNEKDYYDAFVAWFPSKNLSLTLAYVSLGDITIYNPKRQDGVYLSVQAGF 290 NLG E D+ D + AW +K+LS+T A+V LG I + +R G+YLS+QAGF Sbjct: 250 NLGFAGEDDWLDVYAAWAINKHLSVTAAWVDLGSIATFENQR--GLYLSLQAGF 301 >ref|ZP_08262794.1| hypothetical protein ABI_08340 [Asticcacaulis biprosthecum C19] gb|EGF92398.1| hypothetical protein ABI_08340 [Asticcacaulis biprosthecum C19] Length = 291 Score = 251 bits (642), Expect = 7e-65, Method: Compositional matrix adjust. Identities = 143/292 (48%), Positives = 183/292 (62%), Gaps = 15/292 (5%) Query: 4 MFVAALLSAAASAQNAMTPDLGKLMATAGVVQVEGAGGGGLVPWATITGYGTRDSYGANV 63 + A + AA+ A++ GKL+ T GV VEG GGGL PWA I YG + +GAN+ Sbjct: 10 LLTAIAVPAASRAESVFDYTSGKLLLTGGVNTVEGTAGGGLTPWAVIGSYGEQGQFGANL 69 Query: 64 HYTYVGTQDYTLASYGVAVGIADRVELSVAKQRFT-----GSLAPLNNLRIDQDIYGVKV 118 + T V T DY + SYG VG+ DR+E+S + Q F +L I QD+ GVKV Sbjct: 70 YATDVNTTDYDIRSYGGVVGLDDRLEISWSHQDFDTEAVGAALGLGQGYTIGQDVLGVKV 129 Query: 119 KLAGDIVYDQDTWMPQLAAGVMVKRNNGIGGLGAVTNVKDLGAKSDSGIDYYLAATKLFL 178 K+ GD V +QD+W+PQ+A G+ K+N GGL VK LGA+ D G DYY++ATKLFL Sbjct: 130 KVLGDAVLEQDSWLPQVAVGIQFKKNQN-GGL-----VKALGARDDEGTDYYVSATKLFL 183 Query: 179 DQSLLLNATVRATKANQMGILGFGGDKGDRYQAMLESSVAYLLNRQWVIGAEYRMKPRNL 238 + LL+NAT+RATKANQ GILGFGG D Y E SVAYLL R+ IGAE R KP NL Sbjct: 184 AKGLLVNATIRATKANQFGILGFGGID-DDYHYQFEGSVAYLLTRKLAIGAEVRTKPDNL 242 Query: 239 GADNEKDYYDAFVAWFPSKNLSLTLAYVSLGDITIYNPKRQDGVYLSVQAGF 290 E +D FVA+ P K++S+TLAY LG+I +RQ G+Y S+Q GF Sbjct: 243 AVAKEDAAFDVFVAYAPVKHISVTLAYADLGNIV---TRRQTGLYASLQVGF 291 >ref|YP_001020430.1| hypothetical protein Mpe_A1233 [Methylibium petroleiphilum PM1] gb|ABM94195.1| conserved hypothetical protein [Methylibium petroleiphilum PM1] Length = 314 Score = 243 bits (619), Expect = 4e-62, Method: Compositional matrix adjust. Identities = 139/277 (50%), Positives = 173/277 (62%), Gaps = 15/277 (5%) Query: 25 GKLMATAGVVQVEGAGGGGLVPWATITGYGTRDSYGANVHYTYVGTQDYTLASYGVAVGI 84 GKL+ T GV ++GA GGGL PWA Y + +GA+ + T + TQDY L YGVA Sbjct: 42 GKLLLTGGVSSIDGAAGGGLTPWALTGSYASVGQFGASAYLTRLRTQDYGLTGYGVATSF 101 Query: 85 ADRVELSVAKQRF----TGSLAPLNNLRIDQDIYGVKVKLAGDIVYDQDTWMPQLAAGVM 140 +R+ELS+A+Q F TG+ L LR+ QDI+ +K+++AGD V D DTWMPQ+A G+ Sbjct: 102 DERIELSLARQDFDTGRTGTALGLPGLRLKQDIFALKLRIAGDAVLDSDTWMPQIAIGLE 161 Query: 141 VKRNNGIGGLGAVTNVKDLGAKSDSGIDYYLAATKLFLDQSLLLNATVRATKANQMGILG 200 KR + GGL + LGA D G D YL+ATKL L Q +LLN T+RATKANQ G+LG Sbjct: 162 RKRLDA-GGLAPTLHA--LGA-DDRGTDVYLSATKLLLAQGVLLNTTLRATKANQNGLLG 217 Query: 201 FGGDKGDRYQAMLESSVAYLLNRQWVIGAEYRMKPRNLGAD------NEKDYYDAFVAWF 254 FGG DRY+ + E SVA+LL R IGAEYR KP NL E D+ D F+AW Sbjct: 218 FGGTARDRYKLLPEFSVAWLLRRNLAIGAEYRFKPDNLNPSLLGNGLAEDDWKDLFIAWA 277 Query: 255 PSKNLSLTLAYVSLGDIT-IYNPKRQDGVYLSVQAGF 290 P KNLSLTLA+V LG I + Q G YLS Q F Sbjct: 278 PGKNLSLTLAWVDLGRIVPAVVDRHQSGAYLSAQVAF 314