BLAST Search Results

BLASTP 2.2.25+ Reference: Stephen F. Altschul, Thomas L. Madden, Alejandro A. Schäffer, 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 composition-based statistics: Alejandro A. Schäffer, L. Aravind, Thomas L. Madden, Sergei Shavirin, John L. Spouge, Yuri I. Wolf, Eugene V. Koonin, and Stephen F. Altschul (2001), "Improving the accuracy of PSI-BLAST protein database searches with composition-based statistics and other refinements", Nucleic Acids Res. 29:2994-3005. Database: All non-redundant GenBank CDS translations+PDB+SwissProt+PIR+PRF excluding environmental samples from WGS projects 15,229,318 sequences; 5,219,829,388 total letters Query= Rv2267c Length=388 Score E Sequences producing significant alignments: (Bits) Value gi|15609404|ref|NP_216783.1| hypothetical protein Rv2267c [Mycob... 801 0.0 gi|308232083|ref|ZP_07663997.1| hypothetical protein TMAG_00462 ... 739 0.0 gi|339295182|gb|AEJ47293.1| hypothetical protein CCDC5079_2103 [... 733 0.0 gi|340625605|ref|YP_004744057.1| hypothetical protein MCAN_05811... 630 1e-178 gi|240170114|ref|ZP_04748773.1| hypothetical protein MkanA1_1242... 613 1e-173 gi|168700662|ref|ZP_02732939.1| hypothetical protein GobsU_14152... 330 3e-88 gi|283782111|ref|YP_003372866.1| hypothetical protein Psta_4359 ... 319 4e-85 gi|327540657|gb|EGF27229.1| hypothetical protein RBWH47_00635 [R... 285 1e-74 gi|32474669|ref|NP_867663.1| hypothetical protein RB7157 [Rhodop... 284 2e-74 gi|87311169|ref|ZP_01093292.1| hypothetical protein DSM3645_1611... 264 2e-68 gi|149176793|ref|ZP_01855404.1| hypothetical protein PM8797T_151... 261 2e-67 gi|296121097|ref|YP_003628875.1| hypothetical protein Plim_0831 ... 240 4e-61 gi|325107012|ref|YP_004268080.1| hypothetical protein Plabr_0431... 223 4e-56 gi|325107656|ref|YP_004268724.1| hypothetical protein Plabr_1084... 219 6e-55 gi|332707922|ref|ZP_08427927.1| hypothetical protein LYNGBM3L_75... 216 6e-54 gi|303278906|ref|XP_003058746.1| predicted protein [Micromonas p... 184 2e-44 gi|308802137|ref|XP_003078382.1| unnamed protein product [Ostreo... 181 2e-43 gi|307592182|ref|YP_003899773.1| hypothetical protein Cyan7822_5... 178 1e-42 gi|326427251|gb|EGD72821.1| hypothetical protein PTSG_12190 [Sal... 176 7e-42 gi|332880316|ref|ZP_08447994.1| hypothetical protein HMPREF9074_... 172 7e-41 gi|258647598|ref|ZP_05735067.1| conserved hypothetical protein [... 172 1e-40 gi|330998081|ref|ZP_08321909.1| hypothetical protein HMPREF9442_... 169 5e-40 gi|255078840|ref|XP_002503000.1| predicted protein [Micromonas s... 168 1e-39 gi|145344489|ref|XP_001416764.1| predicted protein [Ostreococcus... 167 4e-39 gi|326435248|gb|EGD80818.1| hypothetical protein PTSG_01404 [Sal... 166 9e-39 gi|307109301|gb|EFN57539.1| hypothetical protein CHLNCDRAFT_1431... 162 7e-38 gi|325279282|ref|YP_004251824.1| hypothetical protein Odosp_0560... 162 1e-37 gi|326434796|gb|EGD80366.1| hypothetical protein PTSG_10621 [Sal... 160 3e-37 gi|333031249|ref|ZP_08459310.1| hypothetical protein Bcop_2162 [... 157 2e-36 gi|189463425|ref|ZP_03012210.1| hypothetical protein BACCOP_0414... 157 4e-36 gi|77165206|ref|YP_343731.1| sulfotransferase [Nitrosococcus oce... 155 1e-35 gi|254425194|ref|ZP_05038912.1| hypothetical protein S7335_5357 ... 149 1e-33 gi|339441104|ref|YP_004707109.1| hypothetical protein CXIVA_0040... 148 1e-33 gi|254883656|ref|ZP_05256366.1| conserved hypothetical protein [... 148 1e-33 gi|150003008|ref|YP_001297752.1| hypothetical protein BVU_0415 [... 148 1e-33 gi|294775643|ref|ZP_06741151.1| conserved hypothetical protein [... 148 2e-33 gi|237707998|ref|ZP_04538479.1| conserved hypothetical protein [... 147 4e-33 gi|212690546|ref|ZP_03298674.1| hypothetical protein BACDOR_0002... 146 5e-33 gi|159030655|emb|CAO88325.1| unnamed protein product [Microcysti... 143 5e-32 gi|166365918|ref|YP_001658191.1| hypothetical protein MAE_31770 ... 142 7e-32 gi|325300102|ref|YP_004260019.1| hypothetical protein Bacsa_3017... 141 2e-31 gi|167763506|ref|ZP_02435633.1| hypothetical protein BACSTE_0188... 140 3e-31 gi|218260668|ref|ZP_03475864.1| hypothetical protein PRABACTJOHN... 140 5e-31 gi|154492288|ref|ZP_02031914.1| hypothetical protein PARMER_0192... 139 6e-31 gi|116073267|ref|ZP_01470529.1| hypothetical protein RS9916_3249... 139 6e-31 gi|224540135|ref|ZP_03680674.1| hypothetical protein BACCELL_050... 139 9e-31 gi|256839695|ref|ZP_05545204.1| conserved hypothetical protein [... 139 9e-31 gi|198274257|ref|ZP_03206789.1| hypothetical protein BACPLE_0039... 138 1e-30 gi|299149160|ref|ZP_07042221.1| conserved hypothetical protein [... 137 3e-30 gi|315919130|ref|ZP_07915370.1| conserved hypothetical protein [... 137 3e-30 >gi|15609404|ref|NP_216783.1| hypothetical protein Rv2267c [Mycobacterium tuberculosis H37Rv] gi|15841760|ref|NP_336797.1| hypothetical protein MT2329 [Mycobacterium tuberculosis CDC1551] gi|31793446|ref|NP_855939.1| hypothetical protein Mb2290c [Mycobacterium bovis AF2122/97] 66 more sequence titles Length=388 Score = 801 bits (2070), Expect = 0.0, Method: Compositional matrix adjust. Identities = 388/388 (100%), Positives = 388/388 (100%), Gaps = 0/388 (0%) Query 1 MKALRSSSRLSRWREWAAPLWVGCNFSAWMRLLIRNRFAVHHSRWHFAVLYTFLSMVNSC 60 MKALRSSSRLSRWREWAAPLWVGCNFSAWMRLLIRNRFAVHHSRWHFAVLYTFLSMVNSC Sbjct 1 MKALRSSSRLSRWREWAAPLWVGCNFSAWMRLLIRNRFAVHHSRWHFAVLYTFLSMVNSC 60 Query 61 LGLWQKIVFGRRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPHHF 120 LGLWQKIVFGRRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPHHF Sbjct 61 LGLWQKIVFGRRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPHHF 120 Query 121 LLTEWFAPYVEFLVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAFPNRPPQYEE 180 LLTEWFAPYVEFLVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAFPNRPPQYEE Sbjct 121 LLTEWFAPYVEFLVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAFPNRPPQYEE 180 Query 181 YLDLEQVAPRELEIWKRTLFRFVQQVYFRRRKTVILKNPTHSFRIKVLLEVFPQAKFIHI 240 YLDLEQVAPRELEIWKRTLFRFVQQVYFRRRKTVILKNPTHSFRIKVLLEVFPQAKFIHI Sbjct 181 YLDLEQVAPRELEIWKRTLFRFVQQVYFRRRKTVILKNPTHSFRIKVLLEVFPQAKFIHI 240 Query 241 VRDPYVVYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELVDPTRFY 300 VRDPYVVYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELVDPTRFY Sbjct 241 VRDPYVVYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELVDPTRFY 300 Query 301 ELRYEDLIGDPEGQLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVEQRAIVD 360 ELRYEDLIGDPEGQLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVEQRAIVD Sbjct 301 ELRYEDLIGDPEGQLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVEQRAIVD 360 Query 361 EHWGEIIDRYGYDRHTPEPARLRPAVGG 388 EHWGEIIDRYGYDRHTPEPARLRPAVGG Sbjct 361 EHWGEIIDRYGYDRHTPEPARLRPAVGG 388 >gi|308232083|ref|ZP_07663997.1| hypothetical protein TMAG_00462 [Mycobacterium tuberculosis SUMu001] gi|308369674|ref|ZP_07666781.1| hypothetical protein TMBG_00820 [Mycobacterium tuberculosis SUMu002] gi|308372193|ref|ZP_07427738.2| hypothetical protein TMDG_00750 [Mycobacterium tuberculosis SUMu004] 11 more sequence titles Length=359 Score = 739 bits (1907), Expect = 0.0, Method: Compositional matrix adjust. Identities = 359/359 (100%), Positives = 359/359 (100%), Gaps = 0/359 (0%) Query 30 MRLLIRNRFAVHHSRWHFAVLYTFLSMVNSCLGLWQKIVFGRRVAETVIADPPIFIVGHW 89 MRLLIRNRFAVHHSRWHFAVLYTFLSMVNSCLGLWQKIVFGRRVAETVIADPPIFIVGHW Sbjct 1 MRLLIRNRFAVHHSRWHFAVLYTFLSMVNSCLGLWQKIVFGRRVAETVIADPPIFIVGHW 60 Query 90 RTGTTLLHELLVVDDRHTGPTGYECLAPHHFLLTEWFAPYVEFLVSKHRAMDNMDLSLHH 149 RTGTTLLHELLVVDDRHTGPTGYECLAPHHFLLTEWFAPYVEFLVSKHRAMDNMDLSLHH Sbjct 61 RTGTTLLHELLVVDDRHTGPTGYECLAPHHFLLTEWFAPYVEFLVSKHRAMDNMDLSLHH 120 Query 150 PQEDEFVWCMQGLPSPYLTIAFPNRPPQYEEYLDLEQVAPRELEIWKRTLFRFVQQVYFR 209 PQEDEFVWCMQGLPSPYLTIAFPNRPPQYEEYLDLEQVAPRELEIWKRTLFRFVQQVYFR Sbjct 121 PQEDEFVWCMQGLPSPYLTIAFPNRPPQYEEYLDLEQVAPRELEIWKRTLFRFVQQVYFR 180 Query 210 RRKTVILKNPTHSFRIKVLLEVFPQAKFIHIVRDPYVVYPSTIHLHKALYRIHGLQQPTF 269 RRKTVILKNPTHSFRIKVLLEVFPQAKFIHIVRDPYVVYPSTIHLHKALYRIHGLQQPTF Sbjct 181 RRKTVILKNPTHSFRIKVLLEVFPQAKFIHIVRDPYVVYPSTIHLHKALYRIHGLQQPTF 240 Query 270 DGLDDKVVSTYVDLYRKLDEGRELVDPTRFYELRYEDLIGDPEGQLRRLYQHLGLGDFEC 329 DGLDDKVVSTYVDLYRKLDEGRELVDPTRFYELRYEDLIGDPEGQLRRLYQHLGLGDFEC Sbjct 241 DGLDDKVVSTYVDLYRKLDEGRELVDPTRFYELRYEDLIGDPEGQLRRLYQHLGLGDFEC 300 Query 330 YLPRLRQYLADHADYKTNSYQLTVEQRAIVDEHWGEIIDRYGYDRHTPEPARLRPAVGG 388 YLPRLRQYLADHADYKTNSYQLTVEQRAIVDEHWGEIIDRYGYDRHTPEPARLRPAVGG Sbjct 301 YLPRLRQYLADHADYKTNSYQLTVEQRAIVDEHWGEIIDRYGYDRHTPEPARLRPAVGG 359 >gi|339295182|gb|AEJ47293.1| hypothetical protein CCDC5079_2103 [Mycobacterium tuberculosis CCDC5079] gi|339298802|gb|AEJ50912.1| hypothetical protein CCDC5180_2075 [Mycobacterium tuberculosis CCDC5180] Length=356 Score = 733 bits (1892), Expect = 0.0, Method: Compositional matrix adjust. Identities = 355/356 (99%), Positives = 356/356 (100%), Gaps = 0/356 (0%) Query 33 LIRNRFAVHHSRWHFAVLYTFLSMVNSCLGLWQKIVFGRRVAETVIADPPIFIVGHWRTG 92 +IRNRFAVHHSRWHFAVLYTFLSMVNSCLGLWQKIVFGRRVAETVIADPPIFIVGHWRTG Sbjct 1 MIRNRFAVHHSRWHFAVLYTFLSMVNSCLGLWQKIVFGRRVAETVIADPPIFIVGHWRTG 60 Query 93 TTLLHELLVVDDRHTGPTGYECLAPHHFLLTEWFAPYVEFLVSKHRAMDNMDLSLHHPQE 152 TTLLHELLVVDDRHTGPTGYECLAPHHFLLTEWFAPYVEFLVSKHRAMDNMDLSLHHPQE Sbjct 61 TTLLHELLVVDDRHTGPTGYECLAPHHFLLTEWFAPYVEFLVSKHRAMDNMDLSLHHPQE 120 Query 153 DEFVWCMQGLPSPYLTIAFPNRPPQYEEYLDLEQVAPRELEIWKRTLFRFVQQVYFRRRK 212 DEFVWCMQGLPSPYLTIAFPNRPPQYEEYLDLEQVAPRELEIWKRTLFRFVQQVYFRRRK Sbjct 121 DEFVWCMQGLPSPYLTIAFPNRPPQYEEYLDLEQVAPRELEIWKRTLFRFVQQVYFRRRK 180 Query 213 TVILKNPTHSFRIKVLLEVFPQAKFIHIVRDPYVVYPSTIHLHKALYRIHGLQQPTFDGL 272 TVILKNPTHSFRIKVLLEVFPQAKFIHIVRDPYVVYPSTIHLHKALYRIHGLQQPTFDGL Sbjct 181 TVILKNPTHSFRIKVLLEVFPQAKFIHIVRDPYVVYPSTIHLHKALYRIHGLQQPTFDGL 240 Query 273 DDKVVSTYVDLYRKLDEGRELVDPTRFYELRYEDLIGDPEGQLRRLYQHLGLGDFECYLP 332 DDKVVSTYVDLYRKLDEGRELVDPTRFYELRYEDLIGDPEGQLRRLYQHLGLGDFECYLP Sbjct 241 DDKVVSTYVDLYRKLDEGRELVDPTRFYELRYEDLIGDPEGQLRRLYQHLGLGDFECYLP 300 Query 333 RLRQYLADHADYKTNSYQLTVEQRAIVDEHWGEIIDRYGYDRHTPEPARLRPAVGG 388 RLRQYLADHADYKTNSYQLTVEQRAIVDEHWGEIIDRYGYDRHTPEPARLRPAVGG Sbjct 301 RLRQYLADHADYKTNSYQLTVEQRAIVDEHWGEIIDRYGYDRHTPEPARLRPAVGG 356 >gi|340625605|ref|YP_004744057.1| hypothetical protein MCAN_05811 [Mycobacterium canettii CIPT 140010059] gi|340003795|emb|CCC42921.1| unnamed protein product [Mycobacterium canettii CIPT 140010059] Length=388 Score = 630 bits (1624), Expect = 1e-178, Method: Compositional matrix adjust. Identities = 307/389 (79%), Positives = 340/389 (88%), Gaps = 2/389 (0%) Query 1 MKALRSSSRLSRWR-EWAAPLWVGCNFSAWMRLLIRNRFAVHHSRWHFAVLYTFLSMVNS 59 M+ALR S+ L WR EWAAPLW+GC+FSAWMRLLIRNRFAVH SRWHF VLYT LS ++S Sbjct 1 MRALRPSA-LRAWRQEWAAPLWIGCSFSAWMRLLIRNRFAVHWSRWHFVVLYTVLSALHS 59 Query 60 CLGLWQKIVFGRRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPHH 119 LGLWQK++FG+RVA+TVI +PPIFIVGHWRTGTTLLHELLV+D+RHTGPT YECL PHH Sbjct 60 YLGLWQKVLFGKRVAKTVIVEPPIFIVGHWRTGTTLLHELLVLDERHTGPTSYECLVPHH 119 Query 120 FLLTEWFAPYVEFLVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAFPNRPPQYE 179 FLLTEW AP EFLVSKHR MDNM+LSL HPQEDEFV CM G PS YLTIAFPNRPPQ Sbjct 120 FLLTEWIAPLAEFLVSKHRVMDNMELSLRHPQEDEFVLCMLGQPSLYLTIAFPNRPPQDL 179 Query 180 EYLDLEQVAPRELEIWKRTLFRFVQQVYFRRRKTVILKNPTHSFRIKVLLEVFPQAKFIH 239 YLDLEQ+ REL WK++LFRFVQQVYFRRRK VILKNP HSFRIKVLL++FPQAKFIH Sbjct 180 RYLDLEQLTSRELAAWKQSLFRFVQQVYFRRRKRVILKNPPHSFRIKVLLDLFPQAKFIH 239 Query 240 IVRDPYVVYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELVDPTRF 299 IVRDPYVVYPST+HL K+LYR HGLQ+PTF GLD++V+STYVDLYRKLDEGR+LVDP+RF Sbjct 240 IVRDPYVVYPSTVHLRKSLYRKHGLQRPTFAGLDEQVLSTYVDLYRKLDEGRKLVDPSRF 299 Query 300 YELRYEDLIGDPEGQLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVEQRAIV 359 YELRYEDLI DPE QLRRLY HL LG FE YLPRLR+YLADHA+Y+TNSY+LT EQRAIV Sbjct 300 YELRYEDLIADPEEQLRRLYDHLELGGFERYLPRLRRYLADHAEYQTNSYELTAEQRAIV 359 Query 360 DEHWGEIIDRYGYDRHTPEPARLRPAVGG 388 + WGE+IDRYGY TPEPA LRP GG Sbjct 360 TQRWGEVIDRYGYGHPTPEPAHLRPMAGG 388 >gi|240170114|ref|ZP_04748773.1| hypothetical protein MkanA1_12426 [Mycobacterium kansasii ATCC 12478] Length=400 Score = 613 bits (1581), Expect = 1e-173, Method: Compositional matrix adjust. Identities = 292/362 (81%), Positives = 321/362 (89%), Gaps = 0/362 (0%) Query 11 SRWREWAAPLWVGCNFSAWMRLLIRNRFAVHHSRWHFAVLYTFLSMVNSCLGLWQKIVFG 70 S W EWAAPLW+GCNFSAW RLLI NRFAVH SRWHFAVLYTFLS+VNS LG+ Q+ G Sbjct 29 SWWHEWAAPLWIGCNFSAWTRLLIHNRFAVHWSRWHFAVLYTFLSVVNSVLGVCQQATLG 88 Query 71 RRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPHHFLLTEWFAPYV 130 RRVAETV+ADPP+FIVGHWRTGTTLLHELL++DD HT PTGYECLAP HFLLTEWFA +V Sbjct 89 RRVAETVVADPPVFIVGHWRTGTTLLHELLILDDHHTAPTGYECLAPQHFLLTEWFARWV 148 Query 131 EFLVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAFPNRPPQYEEYLDLEQVAPR 190 FLV HR MDNM+LSL HPQEDEF+WC+QGLPSPYL IAFPNRP +E Y+DLEQ+ PR Sbjct 149 GFLVPTHRPMDNMELSLQHPQEDEFIWCVQGLPSPYLAIAFPNRPLAHERYVDLEQLTPR 208 Query 191 ELEIWKRTLFRFVQQVYFRRRKTVILKNPTHSFRIKVLLEVFPQAKFIHIVRDPYVVYPS 250 ELE WKRTLFRFVQQ+YFRRRKTVILKNP HSFRIKVLL+VFPQAKFIHIVRDPYVVYPS Sbjct 209 ELEAWKRTLFRFVQQLYFRRRKTVILKNPIHSFRIKVLLDVFPQAKFIHIVRDPYVVYPS 268 Query 251 TIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELVDPTRFYELRYEDLIGD 310 TIHLHKA RIH LQ+PTF GLDDKV+STYVDLYRKL+EGR+LV P+RFYELRYEDLI D Sbjct 269 TIHLHKAFTRIHALQRPTFAGLDDKVLSTYVDLYRKLEEGRKLVAPSRFYELRYEDLIAD 328 Query 311 PEGQLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVEQRAIVDEHWGEIIDRY 370 PEGQL RLY+HLGLGDFE PRLR+Y A+ ADY+TN+YQLT EQRA V +HWGE+IDRY Sbjct 329 PEGQLCRLYEHLGLGDFERLRPRLRRYFAERADYETNTYQLTAEQRATVTQHWGEVIDRY 388 Query 371 GY 372 GY Sbjct 389 GY 390 >gi|168700662|ref|ZP_02732939.1| hypothetical protein GobsU_14152 [Gemmata obscuriglobus UQM 2246] Length=380 Score = 330 bits (846), Expect = 3e-88, Method: Compositional matrix adjust. Identities = 166/362 (46%), Positives = 229/362 (64%), Gaps = 3/362 (0%) Query 14 REWAAPLWVGCNFSAWMRLLIRNRFAVHHSRWHFAVLYTFLSMVNSCLGLWQKIVFGRRV 73 REWA LW GC+ W+RLL N +AV W+ A + + S+ N+ L G RV Sbjct 20 REWAPRLWEGCDLFTWLRLLKDNGYAVQPPYWYIAAIVSANSVTNTVLRWCLNAAHGNRV 79 Query 74 AETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPHHFLLT-EWFAPYVEF 132 ET + +PPIF++GHWRTGTTLLHELL+ D R P +C P H LLT + F Y + Sbjct 80 RETKL-EPPIFVIGHWRTGTTLLHELLIRDTRFGFPDMQDCFNPQHALLTNQLFKRYASW 138 Query 133 LVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAFPNRPPQYEEYLDLEQVAPREL 192 L+ R MDNM PQEDEF + GLP+ Y AFP+R P+ LDL + P++L Sbjct 139 LLPDKRPMDNMPFGWERPQEDEFALALLGLPTTYTDFAFPDREPKDRGALDLSGLTPKQL 198 Query 193 EIWKRTLFRFVQQVYFR-RRKTVILKNPTHSFRIKVLLEVFPQAKFIHIVRDPYVVYPST 251 WKR RF+Q+V R K ++LK+P H+ R+ VLL+VFP AKF+HIVRDP V+PST Sbjct 199 ARWKRVFVRFLQEVTVRIGGKRLVLKSPPHTARVPVLLDVFPDAKFVHIVRDPRAVFPST 258 Query 252 IHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELVDPTRFYELRYEDLIGDP 311 ++L K L R HGLQ+PTF GL++KV+ + +Y +LDE R L P +F ELRYEDL+ +P Sbjct 259 VNLWKTLARGHGLQRPTFPGLEEKVLREFRVIYDRLDEARPLFKPGQFAELRYEDLVREP 318 Query 312 EGQLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVEQRAIVDEHWGEIIDRYG 371 L ++Y L +G +E P++ +Y +A+Y+ N + LT Q+A++ E WG++I RYG Sbjct 319 VAALEQVYTTLEIGGYEAVRPKIEEYQRQNANYERNKFTLTDAQQALIAERWGDVIRRYG 378 Query 372 YD 373 Y+ Sbjct 379 YE 380 >gi|283782111|ref|YP_003372866.1| hypothetical protein Psta_4359 [Pirellula staleyi DSM 6068] gi|283440564|gb|ADB19006.1| hypothetical protein Psta_4359 [Pirellula staleyi DSM 6068] Length=393 Score = 319 bits (818), Expect = 4e-85, Method: Compositional matrix adjust. Identities = 152/371 (41%), Positives = 227/371 (62%), Gaps = 1/371 (0%) Query 5 RSSSRLSRWREWAAPLWVGCNFSAWMRLLIRNRFAVHHSRWHFAVLYTFLSMVNSCLGLW 64 R ++ + W+ W G W +L I++ F +H RW AVL ++ VNS L LW Sbjct 23 RKQPKIHSYPFWSPRFWHGMRAGDWWKLCIKHGFRIHPIRWPMAVLLGMITPVNSILRLW 82 Query 65 QKIVFGRRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPHHFLLTE 124 Q+ +G R+ T I +PP+FI+GHWR+GTT LHE++ D+R PT Y+C APHHFLLTE Sbjct 83 QRAQYGSRIDRTRIEEPPVFIIGHWRSGTTFLHEVMHQDERFYSPTTYQCFAPHHFLLTE 142 Query 125 WF-APYVEFLVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAFPNRPPQYEEYLD 183 W A Y +L+ + R MDNM PQEDEF G P+PYL AFPN PP E+LD Sbjct 143 WLIAGYGGWLMPRQRPMDNMATGWERPQEDEFALLTLGAPTPYLRCAFPNDPPPAVEFLD 202 Query 184 LEQVAPRELEIWKRTLFRFVQQVYFRRRKTVILKNPTHSFRIKVLLEVFPQAKFIHIVRD 243 +E V P + + + + F + + FR +K ++LK+P H+ RI++L ++FP A+FIHIVR+ Sbjct 203 MEGVDPADEKKFSEAMIEFSKLITFRSQKQLLLKSPPHTGRIELLSKLFPGARFIHIVRN 262 Query 244 PYVVYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELVDPTRFYELR 303 PY ++ ST+ L ++L + LQ P GL++ V+ +Y+ ++ R +DP E++ Sbjct 263 PYSLFSSTVRLWQSLDAVQSLQMPKHKGLEEFVLMCLTRMYQGYEKQRAKIDPAMIVEVK 322 Query 304 YEDLIGDPEGQLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVEQRAIVDEHW 363 YEDL+ P +L R+Y L L E P++ ++L + DY+TN ++L E R +V EHW Sbjct 323 YEDLVKSPMTELERIYGALKLPSIEGAKPKIEKFLTEQKDYQTNKHELDEESRKLVREHW 382 Query 364 GEIIDRYGYDR 374 G D+YGY++ Sbjct 383 GFYFDKYGYEK 393 >gi|327540657|gb|EGF27229.1| hypothetical protein RBWH47_00635 [Rhodopirellula baltica WH47] Length=390 Score = 285 bits (729), Expect = 1e-74, Method: Compositional matrix adjust. Identities = 147/367 (41%), Positives = 213/367 (59%), Gaps = 2/367 (0%) Query 8 SRLSRWREWAAPLWVGCNFSAWMRLLIRNRFAVHHSRWHFAVLYTFLSMVNSCLGLWQKI 67 ++L+ + ++ W G +AW RLL F + SR + + + VN+ L Q + Sbjct 23 AKLNSYPFYSPRFWHGMRPAAWWRLLRSGSFEISPSRIPMVISVSLTTFVNTLLTWLQNV 82 Query 68 VFGRRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPHHFLLTEWF- 126 +F RR+ E + PP+FIVGHWR+GTTLLHEL+V D+R + P+ ++C AP HFL+T+WF Sbjct 83 LFARRLREAELHGPPVFIVGHWRSGTTLLHELMVRDERFSSPSTFQCFAPSHFLVTQWFF 142 Query 127 APYVEFLVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAFPNRPPQYEEYLDLEQ 186 + +L+ R MDNMD PQEDEF GLPSPY IAFP R EYLDL Sbjct 143 RKFASWLLPGKRPMDNMDAGWERPQEDEFALMNLGLPSPYRRIAFPRRKQVDMEYLDLID 202 Query 187 VAPRELEIWKRTLFRFVQQVYFRRRKTVILKNPTHSFRIKVLLEVFPQAKFIHIVRDPYV 246 V+ + E W TL F+ +V + +++K+PTH+ RI L FPQAKF+HI RDP Sbjct 203 VSNEDRETWLSTLRSFLLRVSVSTNRPLVIKSPTHTGRIGHLARAFPQAKFVHITRDPRS 262 Query 247 VYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELVDPTRFYELRYED 306 ++PST L ++L + LQ +GLD+ V++ +Y R +D ++RYED Sbjct 263 LFPSTCRLWRSLDEVQSLQTSDEEGLDEYVLTCLTKMYDSFHADRPEIDEHHIIDIRYED 322 Query 307 LIGDPEGQLRRLYQHLGLGDFECYLPRLRQYLAD-HADYKTNSYQLTVEQRAIVDEHWGE 365 LI DP G LR +Y+ L L DF+ ++ + + H YKTN +QL +Q ++ + W + Sbjct 323 LITDPVGTLRTIYESLRLSDFDTVSEDIQDWANNEHQQYKTNKHQLDPDQEKLLLDRWSD 382 Query 366 IIDRYGY 372 DRYGY Sbjct 383 YFDRYGY 389 >gi|32474669|ref|NP_867663.1| hypothetical protein RB7157 [Rhodopirellula baltica SH 1] gi|32445208|emb|CAD75210.1| conserved hypothetical protein [Rhodopirellula baltica SH 1] Length=413 Score = 284 bits (727), Expect = 2e-74, Method: Compositional matrix adjust. Identities = 146/367 (40%), Positives = 213/367 (59%), Gaps = 2/367 (0%) Query 8 SRLSRWREWAAPLWVGCNFSAWMRLLIRNRFAVHHSRWHFAVLYTFLSMVNSCLGLWQKI 67 ++L+ + ++ W G +AW RLL F + SR + + + VN+ L Q + Sbjct 46 AKLNSYPFYSPRFWHGMRPAAWWRLLRSGSFEISPSRIPMVISVSLTTFVNTLLTWLQNV 105 Query 68 VFGRRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPHHFLLTEWF- 126 +F RR+ E + PP+FIVGHWR+GTTLLHEL+V D+R + P+ ++C AP HFL+T+WF Sbjct 106 LFARRLREAELHGPPVFIVGHWRSGTTLLHELMVRDERFSSPSTFQCFAPSHFLVTQWFF 165 Query 127 APYVEFLVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAFPNRPPQYEEYLDLEQ 186 + +L+ R MDNMD PQEDEF GLPSPY IAFP R EYLDL Sbjct 166 RKFASWLLPGKRPMDNMDAGWERPQEDEFALMNLGLPSPYRRIAFPRRKQVDMEYLDLID 225 Query 187 VAPRELEIWKRTLFRFVQQVYFRRRKTVILKNPTHSFRIKVLLEVFPQAKFIHIVRDPYV 246 V+ + E W TL F+ +V + +++K+PTH+ RI L FPQAKF+HI RDP Sbjct 226 VSNEDRETWLSTLRSFLLRVSVSTNRPLVIKSPTHTGRIGHLARAFPQAKFVHITRDPRS 285 Query 247 VYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELVDPTRFYELRYED 306 ++PST L ++L + LQ +GLD+ V++ +Y R +D ++RYE+ Sbjct 286 LFPSTCRLWRSLDEVQSLQTSDEEGLDEYVLTCLAKMYDSFHADRPEIDEHHIIDIRYEN 345 Query 307 LIGDPEGQLRRLYQHLGLGDFECYLPRLRQYL-ADHADYKTNSYQLTVEQRAIVDEHWGE 365 LI DP G LR +Y+ L L DF+ ++ + +H YKTN +QL +Q ++ + W + Sbjct 346 LIADPVGTLRTIYESLRLSDFDTVSEDIQDWADNEHRQYKTNKHQLDPDQEKLLLDRWSD 405 Query 366 IIDRYGY 372 DRYGY Sbjct 406 YFDRYGY 412 >gi|87311169|ref|ZP_01093292.1| hypothetical protein DSM3645_16110 [Blastopirellula marina DSM 3645] gi|87286077|gb|EAQ77988.1| hypothetical protein DSM3645_16110 [Blastopirellula marina DSM 3645] Length=391 Score = 264 bits (674), Expect = 2e-68, Method: Compositional matrix adjust. Identities = 136/359 (38%), Positives = 203/359 (57%), Gaps = 2/359 (0%) Query 16 WAAP-LWVGCNFSAWMRLLIRNRFAVHHSRWHFAVLYTFLSMVNSCLGLWQKIVFGRRVA 74 W +P +W G F WMRLL R+ FA+H R AVL T ++ NS Q + G ++A Sbjct 19 WYSPRIWHGMRFRPWMRLLARHHFALHPLRIGMAVLVTPFTVFNSLAYRLQLALHGEKIA 78 Query 75 ETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPHHFLLT-EWFAPYVEFL 133 P +FIVGHWR+GTT LHEL+ +D+ +T P+ +C P FLL ++ + + F+ Sbjct 79 AATPHTPMVFIVGHWRSGTTFLHELMSLDEAYTSPSTIQCFGPCQFLLIGDFVSRWFNFI 138 Query 134 VSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAFPNRPPQYEEYLDLEQVAPRELE 193 + R MDNM + PQEDEF G PSPY +AFP+ P + E+LD+E + +L Sbjct 139 MPSTRPMDNMKVGWSKPQEDEFALLALGAPSPYYRMAFPDHPAEGTEFLDMEGIDEADLA 198 Query 194 IWKRTLFRFVQQVYFRRRKTVILKNPTHSFRIKVLLEVFPQAKFIHIVRDPYVVYPSTIH 253 W+ TL +FV+ + +R K +ILK+PTH+ RI +L E++P AKFIHI R+P V+ ST Sbjct 199 KWRETLDQFVRMITVQRDKPIILKSPTHTGRIGLLSEMYPDAKFIHIARNPLEVFASTER 258 Query 254 LHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELVDPTRFYELRYEDLIGDPEG 313 L + + I Q P + + +Y + + P R E RYED++ DP G Sbjct 259 LWQTMDEIQSFQHPKNPQYRQYIFDCFDRMYGGYFRDVDKLGPDRLVETRYEDIVADPVG 318 Query 314 QLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVEQRAIVDEHWGEIIDRYGY 372 +L ++Y LGLGDFE P++ A+ ++ N +Q+ + A + W + +RYGY Sbjct 319 ELEKIYAALGLGDFEQVRPQMEAATAESRSFQRNKHQMEDDLAAEIYRRWSQYFERYGY 377 >gi|149176793|ref|ZP_01855404.1| hypothetical protein PM8797T_15101 [Planctomyces maris DSM 8797] gi|148844434|gb|EDL58786.1| hypothetical protein PM8797T_15101 [Planctomyces maris DSM 8797] Length=387 Score = 261 bits (667), Expect = 2e-67, Method: Compositional matrix adjust. Identities = 137/362 (38%), Positives = 216/362 (60%), Gaps = 13/362 (3%) Query 20 LWVGCNFSAWMRLL-IRNRFAVHHSRWHFA---VLYTFLSMVNSCLGLWQKIVFGRRVAE 75 +W G F+ +++L+ +R R RW + LS+ NS + + +++ R+V + Sbjct 18 VWSGIGFTNFVKLMSLRPRI-----RWSGLGRLISSGILSVSNSFFSMLENLIYSRKVKK 72 Query 76 TVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPHHFLLTEWFAPYV-EFLV 134 T + +PP+FI+GHWR+GTTLLH L+ DD+ P L P HFLLTE +V + L+ Sbjct 73 TQL-EPPVFIIGHWRSGTTLLHNLMSKDDQFIYPNMGAMLFPSHFLLTERVLKHVVKHLL 131 Query 135 SKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAFPNRPPQYEEYLDLEQVAPRELEI 194 K R MDNM ++ PQEDE + L SPYL I F ++P Y Y +L+Q+ PRE I Sbjct 132 PKQRPMDNMPVTWDLPQEDETSIMLLHLMSPYLAITFSDQPEVYNRYYELDQLTPRETSI 191 Query 195 WKRTLFRFVQQVYFRR--RKTVILKNPTHSFRIKVLLEVFPQAKFIHIVRDPYVVYPSTI 252 WK+T F++++ ++ K ++LK+PTH+FRI LLE+FP A+F++I RDPY VY ST+ Sbjct 192 WKKTFLYFMKKLTYKAGANKHILLKSPTHTFRIPFLLEMFPDARFVYIYRDPYKVYNSTL 251 Query 253 HLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELVDPTRFYELRYEDLIGDPE 312 HL K ++ +G + L++ + + YV+ + R++V + +E+R+EDL DP Sbjct 252 HLRKTMFGDNGFAPLDMEKLEEDMSNIYVNHLNVYERDRKIVPEGQLHEVRFEDLEEDPV 311 Query 313 GQLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVEQRAIVDEHWGEIIDRYGY 372 G+LR++Y+HL L FE ++ YL D YK N Y++ Q + E W + + +GY Sbjct 312 GELRKVYEHLNLSGFEGLEQNMQPYLKDQKSYKKNKYEMDAAQEKKIYERWQKAFEMFGY 371 Query 373 DR 374 +R Sbjct 372 ER 373 >gi|296121097|ref|YP_003628875.1| hypothetical protein Plim_0831 [Planctomyces limnophilus DSM 3776] gi|296013437|gb|ADG66676.1| hypothetical protein Plim_0831 [Planctomyces limnophilus DSM 3776] Length=437 Score = 240 bits (612), Expect = 4e-61, Method: Compositional matrix adjust. Identities = 120/355 (34%), Positives = 199/355 (57%), Gaps = 2/355 (0%) Query 20 LWVGCNFSAWMRLLIRNRFAVHHSRWHFAVLYTFLSMVNSCLGLWQKIVFGRRVAETVIA 79 +W G F ++L+ + R +H+SR V F+ NS + +++GR++ +T + Sbjct 71 VWHGLTFGGLLQLMAK-RPRMHYSRALRLVSLFFICPFNSIYSMISGLIYGRKIQQTQVT 129 Query 80 DPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPHHFLLTEW-FAPYVEFLVSKHR 138 PPIFI+GHWR+GTTLLH L+ +D + T P Y+ + P HFLLTE + + K R Sbjct 130 KPPIFILGHWRSGTTLLHNLMTLDSQFTYPNLYQVMYPQHFLLTESVISKLAAPFLPKTR 189 Query 139 AMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAFPNRPPQYEEYLDLEQVAPRELEIWKRT 198 MDNM PQEDE ++ SPYL +AFPN Y D+ ++P + WKR+ Sbjct 190 PMDNMPAGWKLPQEDEVALLIETQLSPYLMVAFPNERKYYGHTFDVRHMSPGDQAKWKRS 249 Query 199 LFRFVQQVYFRRRKTVILKNPTHSFRIKVLLEVFPQAKFIHIVRDPYVVYPSTIHLHKAL 258 L FV+++ R K +++K+P+H++R+ LLE+FP A+F++I RDPY V+ S++HL + + Sbjct 250 LVNFVKKLTVRADKPIVMKSPSHTYRVATLLELFPDARFVYIHRDPYAVFSSSLHLRRTM 309 Query 259 YRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELVDPTRFYELRYEDLIGDPEGQLRRL 318 Y + +P+ + L + T + +E R+++ E+RY DL P Q++R+ Sbjct 310 YMENSFIEPSEEMLYQDTLETLDTCLKTYEETRDMIPEKNLVEIRYTDLEAHPVEQMQRV 369 Query 319 YQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVEQRAIVDEHWGEIIDRYGYD 373 Y+ LG ++ P + ++YK N + + E R ++ + D+YGYD Sbjct 370 YETLGFDGWDRMKPIFEREAQAMSEYKKNRFIMDDETRQMIYSRLKDFFDKYGYD 424 >gi|325107012|ref|YP_004268080.1| hypothetical protein Plabr_0431 [Planctomyces brasiliensis DSM 5305] gi|324967280|gb|ADY58058.1| hypothetical protein Plabr_0431 [Planctomyces brasiliensis DSM 5305] Length=404 Score = 223 bits (568), Expect = 4e-56, Method: Compositional matrix adjust. Identities = 131/359 (37%), Positives = 189/359 (53%), Gaps = 11/359 (3%) Query 22 VGCNFSAWMRLLIRNRFAVHHSRWHFAVLYTFLSMVNSCLGLWQKIVFGRRVAETVIADP 81 G S W RLL N F V W A T S+V S L W + R V ++ +P Sbjct 36 AGVRCSDWWRLLAANDFYVSPRFWGKAAHLTVSSLVTSPLS-WLEGYLYRPVLDSTAVEP 94 Query 82 PIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPHHFLLTEWF-APYVEFLVSKHRAM 140 P+F++G WR+GTT LH LL D+R P Y+ + P F L+ W+ P + + + R M Sbjct 95 PLFVLGSWRSGTTFLHNLLSQDERFAAPDLYQTMYPRTFRLSRWWWEPMLRMGLPRKRFM 154 Query 141 DNMDLSLHHPQEDEFVWCMQGLPSPYLTIAFPNRPPQYEEYLDLEQVAPRELEIWKRTLF 200 DN++ S P EDE + S L FP +YE YL E RE +K L Sbjct 155 DNVEQSFSEPAEDEMAIGILSRRSNMLAWTFPRNEARYERYLTFEGTTEREQAEFKNALK 214 Query 201 RFVQQVYFRRRKTVILKNPTHSFRIKVLLEVFPQAKFIHIVRDPYVVYPSTIHLHKALYR 260 FV++V R + +ILK+P H+ RI++LLE FP+AKF+HI R PY V+ S H+ + + Sbjct 215 YFVRKVQQRAGRPLILKSPNHTARIRLLLETFPEAKFLHIRRHPYNVFRSFRHMARQVIP 274 Query 261 IHGLQQPTFDGLDDKVVSTYVDLYRKLDEG----RELVDPTRFYELRYEDLIGDPEGQLR 316 + GLQ+ D +D+ +V LYRKL+E R+L+ R +E+ YEDL P ++ Sbjct 275 VWGLQKYNDDAIDEMIVR----LYRKLNEAYFAQRDLIPAGRLHEIAYEDLAAAPRAKVE 330 Query 317 RLYQHLGLGDFECYLPRLRQYLADHADYKTNSY-QLTVEQRAIVDEHWGEIIDRYGYDR 374 +Y+ L L DF P L YL + +Y+ N + + E R I+ WG DR+ Y+R Sbjct 331 EIYEALNLPDFRQMKPALDAYLGEVGEYRKNRHADIPAETREILHREWGFCFDRWNYER 389 >gi|325107656|ref|YP_004268724.1| hypothetical protein Plabr_1084 [Planctomyces brasiliensis DSM 5305] gi|324967924|gb|ADY58702.1| hypothetical protein Plabr_1084 [Planctomyces brasiliensis DSM 5305] Length=375 Score = 219 bits (558), Expect = 6e-55, Method: Compositional matrix adjust. Identities = 129/374 (35%), Positives = 205/374 (55%), Gaps = 3/374 (0%) Query 1 MKALRSSSRLSRWREWAAPLWVGCNFSAWMRLLIRNRFAVHHSRWHFAVLYTFLSMVNSC 60 M S+++ R + +W G + R L + +H S+ H + + N+ Sbjct 1 MGKSTSTNKPVRHSQRGLVIWHGMRMRDF-RKLRKVGAELHWSQLHRILPTLGMLPYNTV 59 Query 61 LGLWQKIVFGRRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPHHF 120 + + + +++AET + PP+F++GHWR+GTTLLH LL +DDR T P Y+C+ PHHF Sbjct 60 MEKVEGWRYEKKLAETEVK-PPLFVLGHWRSGTTLLHNLLTLDDRFTYPNLYQCIFPHHF 118 Query 121 LLTE-WFAPYVEFLVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAFPNRPPQYE 179 L TE A +LV K R MDNM+ PQEDE + SPY +AF +YE Sbjct 119 LSTEKAMAGLTSWLVPKRRPMDNMETGWKLPQEDELALLLTTTYSPYRNLAFQGHRERYE 178 Query 180 EYLDLEQVAPRELEIWKRTLFRFVQQVYFRRRKTVILKNPTHSFRIKVLLEVFPQAKFIH 239 +Y D + P+E E WK + RF++++ R K +I K+P H++R+++L E+FP AKF++ Sbjct 179 DYFDFKSADPQEREQWKAAMMRFMKKITLRTGKPIITKSPGHTYRVEILREMFPDAKFVY 238 Query 240 IVRDPYVVYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELVDPTRF 299 I R PY V STIHL +++ + L + + D+ V Y R +E ++ + Sbjct 239 IHRHPYDVIRSTIHLRAVMFQTNALGKINLENHDELVYQAYEQCIRTYEEDKQNIPEGHL 298 Query 300 YELRYEDLIGDPEGQLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVEQRAIV 359 YEL+YE+ D G + ++Y +L L DFE P++ QY+A +YK N + +V Sbjct 299 YELKYEEFEKDLLGHMHKVYDNLQLPDFEHVRPKIEQYVAGQKEYKKNVFPTDAALAEVV 358 Query 360 DEHWGEIIDRYGYD 373 + ++D+YGYD Sbjct 359 NTRMKFVLDKYGYD 372 >gi|332707922|ref|ZP_08427927.1| hypothetical protein LYNGBM3L_75560 [Lyngbya majuscula 3L] gi|332353309|gb|EGJ32844.1| hypothetical protein LYNGBM3L_75560 [Lyngbya majuscula 3L] Length=277 Score = 216 bits (550), Expect = 6e-54, Method: Compositional matrix adjust. Identities = 114/259 (45%), Positives = 158/259 (62%), Gaps = 2/259 (0%) Query 14 REWAAPLWVGCNFSAWMRLLIRNRFAVHHSRWHFAVLYTFLSMVNSCLGLWQKIVFGRRV 73 + W LW G +F AW RLL +N FAV R H AV T S+ N+ L Q++ +GRRV Sbjct 20 KPWMPKLWHGMDFFAWWRLLRKNHFAVEWRRAHTAVAVTGFSVANTSLRWLQELCYGRRV 79 Query 74 AETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPHHFLLTEWFAP-YVEF 132 T I DP IFI+GH+RTGTTLLHEL+ +D+R T PT YEC +P+HFLLTE F + F Sbjct 80 RATEIQDP-IFIIGHYRTGTTLLHELIALDERLTFPTTYECFSPNHFLLTEAFVSRFFGF 138 Query 133 LVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAFPNRPPQYEEYLDLEQVAPREL 192 L+ R DNM PQEDE +G +PY AFPN P Y DL + + Sbjct 139 LLPAKRLQDNMHQGWGRPQEDESALLNRGAATPYARCAFPNHAPPYPGAEDLRTLPREQR 198 Query 193 EIWKRTLFRFVQQVYFRRRKTVILKNPTHSFRIKVLLEVFPQAKFIHIVRDPYVVYPSTI 252 E W + L +F++QV + R + +++K+P H+ R+ LLE+FP+A+F++ VR+P V+ ST Sbjct 199 EQWMQVLEQFLRQVTYLRPRPIVVKSPLHTCRVPTLLEMFPRARFLYTVREPQAVFSSTC 258 Query 253 HLHKALYRIHGLQQPTFDG 271 L + +Y G Q+P + G Sbjct 259 KLWRVIYENQGFQKPNYVG 277 >gi|303278906|ref|XP_003058746.1| predicted protein [Micromonas pusilla CCMP1545] gi|226459906|gb|EEH57201.1| predicted protein [Micromonas pusilla CCMP1545] Length=350 Score = 184 bits (468), Expect = 2e-44, Method: Compositional matrix adjust. Identities = 106/332 (32%), Positives = 173/332 (53%), Gaps = 7/332 (2%) Query 49 VLYTFLSMVNSCLGLWQKIVFGRRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTG 108 + T +S+VN+ + +++GR +A + D P+FI+GH RTGTT LH LL D Sbjct 18 IFLTIMSLVNTIGAIADSVLYGRAIASQELNDEPVFILGHPRTGTTHLHNLLSRDPSFAF 77 Query 109 PTGYECLAPHHFLLTEWFAPYVEFLVSKHRAMDNMDLSLHHPQEDEFVWC-MQGLPSPYL 167 T + P FL W AP++ ++ R MDNM LS PQEDE + G SPY+ Sbjct 78 ATTFSVGFPSGFLSCRWLAPFMGAIMDDTRPMDNMALSHDTPQEDEVATNQLSGGASPYM 137 Query 168 TIAFPNRPPQYEEYLDL-EQVAPRELEIWKRTLFRFVQQVYFR---RRKTVILKNPTHSF 223 + FP R + + + + + E+ WK + F+++ + +RK ++LK+P H+ Sbjct 138 PLMFPKREALFRRWYSMRDGASSAEIARWKESFLYFLRKTQYAAGGKRKRLLLKSPVHTA 197 Query 224 RIKVLLEVFPQAKFIHIVRDPYVVYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDL 283 R+ VL E+FP+A+F+ I R+PY V+ S +H+ A Y Q P+ + + + ++ L Sbjct 198 RVDVLREMFPKAQFVFIHRNPYEVFQSAVHMADAYYWQCYFQVPSAEDVQEFILYQGEYL 257 Query 284 YRKLDEGRELVDPTRFYELRYEDLIGDPEGQLRRLYQHLG-LGDFECYLPRLRQYLADHA 342 + + V +E+R+++L DP G LR LY LG +F P + Y Sbjct 258 HDAYERDIRKVKKGNKHEVRFDELNKDPLGTLRALYDALGWSANFASIRPAIESYAGSLR 317 Query 343 DYKTNSY-QLTVEQRAIVDEHWGEIIDRYGYD 373 D+K N++ +L+ E + +V WG GYD Sbjct 318 DFKMNAHARLSEEAKEVVRARWGNWFKDLGYD 349 >gi|308802137|ref|XP_003078382.1| unnamed protein product [Ostreococcus tauri] gi|116056834|emb|CAL53123.1| unnamed protein product [Ostreococcus tauri] Length=385 Score = 181 bits (458), Expect = 2e-43, Method: Compositional matrix adjust. Identities = 115/348 (34%), Positives = 186/348 (54%), Gaps = 14/348 (4%) Query 30 MRLLIRNRFAVHHSRWHFAVLY-TFLSMVNSCLGLWQKIVFGRRVAETVIADPPIFIVGH 88 M +L R+R A+ +R V + LSMVN+ L ++ R T I D P+FI+GH Sbjct 29 MEMLWRHRDAIDWTRSMVRVGFLATLSMVNAVWALVDGALWVR-WRRTRIRDDPVFIIGH 87 Query 89 WRTGTTLLHELLVVDDRHTGP-TGYECLAPHHFLLTEWFAPYVEFLVSKHRAMDNMDLSL 147 RTGTT H L +D+ G T ++ P+ FL +EW +E ++ + R MDNM+L++ Sbjct 88 PRTGTTHAHNTLAMDEGRFGTCTTFDVGFPNGFLTSEWTKGALELMMDETRPMDNMELTM 147 Query 148 HHPQEDEFVW-CMQGLPSPYLTIAFPNRPPQYEEYLDLEQ------VAPRELEIWKRTLF 200 PQEDE + G SPY I F ++ ++ +L + + P EL+ WK Sbjct 148 SSPQEDELATNILSGGASPYAAIMFMTEEERFRKFYELREDHEEYPIEPSELKRWKSAFL 207 Query 201 RFVQQVYFRR--RKTVILKNPTHSFRIKVLLEVFPQAKFIHIVRDPYVVYPSTIHLHKAL 258 FV+++ ++R K ++LK+P H+ R+++L E+FP+A FI + R PY V+ S +++ Sbjct 208 TFVKKLQYKRGEDKRLLLKSPVHTARVRLLREMFPRASFIFMSRHPYDVFRSAVNMADKY 267 Query 259 YRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELVDPTRFYELRYEDLIGDPEGQLRRL 318 Y ++PT + + ++ L+ + YE+R+EDL + EG +R+L Sbjct 268 YWQCYFKEPTVAQVLEFILKQGEILHDAYIRDAAELPAEALYEIRFEDLDANLEGTMRKL 327 Query 319 YQHLGLGDFECYL-PRLRQYLADHADYKTNSY-QLTVEQRAIVDEHWG 364 Y+H G DFE L P+LR Y ++K NS+ +L E + IV W Sbjct 328 YEHFGWDDFEDALAPKLRDYSESLRNFKKNSFSELDEETKKIVQRRWA 375 >gi|307592182|ref|YP_003899773.1| hypothetical protein Cyan7822_5853 [Cyanothece sp. PCC 7822] gi|306985827|gb|ADN17707.1| conserved hypothetical protein [Cyanothece sp. PCC 7822] Length=377 Score = 178 bits (452), Expect = 1e-42, Method: Compositional matrix adjust. Identities = 111/361 (31%), Positives = 188/361 (53%), Gaps = 9/361 (2%) Query 19 PLWVGCNFSAWMRLLIRNRFAVHHSRWHFAVLYTF-LSMVNSCLGLWQKIVFGRRVAETV 77 PL G + R++I NR +++ LY F L + + ++++++F ++A T Sbjct 13 PLGYGS-LRNFFRVIIANRGV--DTQYFIKFLYAFFLCLSGIPVRIFERVIFDHKIASTT 69 Query 78 IADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPHHFLL---TEWFAPYVEFLV 134 I PP+FI+GHWR+GTT LH L++ D +P FL ++ AP +E L+ Sbjct 70 IDYPPVFILGHWRSGTTYLHNLMIQDSNFAFVPSIYSYSPEMFLSLNSKKFMAPLLEALL 129 Query 135 SKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAFPNRPPQYEEYLDLEQVAPRELEI 194 R MDN+ S+H P+E+E+ S Y FP Q E L Q R L+ Sbjct 130 PNQRPMDNVAYSIHVPEEEEYAIGNMMPLSFYNGWMFPKYLRQNFERSVLFQGLSRSLKA 189 Query 195 -WKRTLFRFVQQV-YFRRRKTVILKNPTHSFRIKVLLEVFPQAKFIHIVRDPYVVYPSTI 252 W++ + +++ +F + K +++KNP ++ RI LL++FPQ+KFI+I R+PY VY ST Sbjct 190 EWEKVYIKILKKTTFFSQGKRLLIKNPANTARIDTLLKLFPQSKFIYIYRNPYDVYSSTK 249 Query 253 HLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELVDPTRFYELRYEDLIGDPE 312 ++ L + LQQ + + ++D + Y L + E ++ + E++YED +G+ Sbjct 250 LFYEKLMPTYALQQISEEYIEDCIFDFYEQLINQYLESKQNIPLGNIIEIKYEDFLGNEM 309 Query 313 GQLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVEQRAIVDEHWGEIIDRYGY 372 L ++Y L DFE QY+ + Y N + L + +D+ WG I+++GY Sbjct 310 MYLNKIYTQFNLPDFEEKSQVFLQYVHSKSKYIKNQHSLDRDLVKKIDQRWGFFIEQWGY 369 Query 373 D 373 D Sbjct 370 D 370 >gi|326427251|gb|EGD72821.1| hypothetical protein PTSG_12190 [Salpingoeca sp. ATCC 50818] Length=413 Score = 176 bits (446), Expect = 7e-42, Method: Compositional matrix adjust. Identities = 113/365 (31%), Positives = 197/365 (54%), Gaps = 28/365 (7%) Query 29 WMRLLIRNRFAVH-HSRWHFAVLYTFLSMVNSCLGLWQKIVFGRRVAETVIADPPIFIVG 87 W+R L R R + W + TF S+V++ + + I+ G ++ I P+F++G Sbjct 50 WIRFLWRFRSIITWRVYWRRILAVTFASIVSTAFAIIEWILNGAKIRNAAINKRPVFVLG 109 Query 88 HWRTGTTLLHELLVVDDRHTGPTGYECLAPHHFLLTEWFAPYVEFL------------VS 135 H R+GTTLLH LL T + C P F++ + F+ ++ Sbjct 110 HPRSGTTLLHNLL-----SENTTDFFC--PTTFIV----GLHKSFIWRYNLRHKHGQHLT 158 Query 136 KHRAMDNMDLSLHHPQEDEFVWCMQGLP-SPYLTIAFPNRPPQYEEYLDLEQVAPRELEI 194 K R MD++ L++ PQEDEF + S Y + F + + ++Y+ L+ V RE + Sbjct 159 KTRPMDDVALNIDTPQEDEFAYLRSTAGVSMYASFIFMSHSEELKKYIRLKDVDQRERDE 218 Query 195 WKRTLFRFVQQV-YFRRRKTVILKNPTHSFRIKVLLEVFPQAKFIHIVRDPYVVYPSTIH 253 K + FV+++ + + ++LK+P+H+ ++K+LLE+FP A+F++I R+PY VY STI+ Sbjct 219 HKSAIMDFVRRLSVMAKGRRLLLKSPSHTGKVKLLLELFPDAQFVYIHRNPYRVYRSTIN 278 Query 254 LHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELVDPTRFYELRYEDLIGDPEG 313 L L + L PT +++ V + Y +L+ E R+L+ E+ Y++L D G Sbjct 279 LFDKLLWYNFLSMPTNAQMNEFVFAMYEELFAGYMEDRKLIPKHNLVEISYDELQADKIG 338 Query 314 QLRRLYQHLGLGDFECY-LPRLRQYLADHADYKTNSYQ-LTVEQRAIVDEHWGEIIDRYG 371 +R++Y+ LG DFE LP+L+++L + D++ N ++ LT QR ++ WG + +G Sbjct 339 TIRKVYEQLGWPDFETVALPKLKEHLNEIRDFQKNVFEPLTSAQRDAINRRWGAAFEAFG 398 Query 372 YDRHT 376 YD T Sbjct 399 YDMET 403 >gi|332880316|ref|ZP_08447994.1| hypothetical protein HMPREF9074_03768 [Capnocytophaga sp. oral taxon 329 str. F0087] gi|332681761|gb|EGJ54680.1| hypothetical protein HMPREF9074_03768 [Capnocytophaga sp. oral taxon 329 str. F0087] Length=371 Score = 172 bits (437), Expect = 7e-41, Method: Compositional matrix adjust. Identities = 101/324 (32%), Positives = 166/324 (52%), Gaps = 10/324 (3%) Query 59 SCLGLWQKIVFGRRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPH 118 S L Q F ++ P+FI+GHWR+GTT +H + DD T Y+ + PH Sbjct 50 SLLAPIQDRRFEEKLGAYEFDHDPVFILGHWRSGTTFVHNIFAQDDNFCYTTTYQTVFPH 109 Query 119 HFLLTE-WFAPYVEFLVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAFPNRPPQ 177 + + +F + +L+ R DNM+L+ PQE+EF S Y FP + + Sbjct 110 LMMFGQPFFKKTMGWLMPNKRPTDNMELAPDLPQEEEFALSNMMPYSFYDFWFFPQKWQE 169 Query 178 Y-EEYLDLEQVAPRELEIWKRTLFRFVQQVYFRRRKTV-----ILKNPTHSFRIKVLLEV 231 Y ++YL E + EL+++K T FV+ + R T + KNP H+ R+K L+E+ Sbjct 170 YCDKYLTFENITKEELQVFKET---FVKLMKISRYCTTGGDVYLSKNPPHTGRVKALVEM 226 Query 232 FPQAKFIHIVRDPYVVYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGR 291 FP AKFI+++R+PY V+ ST + LQ + + ++ ++ TY LYR +E + Sbjct 227 FPNAKFIYLMRNPYTVFESTRSFFTNTIKPLELQHISDEEMEKNILLTYTKLYRAYEEQK 286 Query 292 ELVDPTRFYELRYEDLIGDPEGQLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQL 351 + V +E+++ED D G + Y+ LG+ +F+C +RQY YK N Y+ Sbjct 287 KYVPEGNLFEVKFEDFEADAFGTTKLAYEKLGIREFDCAEAAIRQYTDRKKGYKKNKYEY 346 Query 352 TVEQRAIVDEHWGEIIDRYGYDRH 375 +V+E+WG + + Y+ H Sbjct 347 KPRTIQLVNENWGYALKDWDYEIH 370 >gi|258647598|ref|ZP_05735067.1| conserved hypothetical protein [Prevotella tannerae ATCC 51259] gi|260852406|gb|EEX72275.1| conserved hypothetical protein [Prevotella tannerae ATCC 51259] Length=369 Score = 172 bits (435), Expect = 1e-40, Method: Compositional matrix adjust. Identities = 100/320 (32%), Positives = 164/320 (52%), Gaps = 5/320 (1%) Query 59 SCLGLWQKIVFGRRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPH 118 S L Q+ F +++AE + P+FI+GHWR+GTT +H +L D T Y+ + PH Sbjct 50 SLLAPLQEKRFQKKLAEKPLEHAPVFILGHWRSGTTFVHNVLSCDKHFGYNTTYQTVFPH 109 Query 119 HFLLTE-WFAPYVEFLVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAF-PNRPP 176 + + +F + +L+ HR DNM+L++ PQE+EF +P Y F P R Sbjct 110 LMMFGQSFFKQTMSWLMPSHRPTDNMELAVDLPQEEEFT-MTNMMPYTYYNFWFLPQRMR 168 Query 177 QY-EEYLDLEQVAPRELEIWKRTLFRFVQQVYFRRRKTVIL-KNPTHSFRIKVLLEVFPQ 234 +Y + +L E ++ EL ++ T + ++ + T L KNP H+ R++ L+ +FP Sbjct 169 EYADRFLCFENISEEELRTFEETFVKIIKISLWNTGGTQFLSKNPPHTGRVRELVRMFPD 228 Query 235 AKFIHIVRDPYVVYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELV 294 AKFI+++R+PY V+ ST R LQ L D ++ Y L+RK + + Sbjct 229 AKFIYLMRNPYTVFESTRSFFTNTIRPLQLQDIAETELVDNILYVYEKLHRKYQSEKAFI 288 Query 295 DPTRFYELRYEDLIGDPEGQLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVE 354 ELR+ED + Q LYQ L + +E ++QY Y+ N Y E Sbjct 289 PAGNLVELRFEDFESNAYAQTEMLYQKLSIPGWEEAQAAIKQYTDAKKGYQKNKYAYKPE 348 Query 355 QRAIVDEHWGEIIDRYGYDR 374 A+V+ HWG+I++ + Y++ Sbjct 349 TVALVNRHWGDIVEHWNYEK 368 >gi|330998081|ref|ZP_08321909.1| hypothetical protein HMPREF9442_03016 [Paraprevotella xylaniphila YIT 11841] gi|329569170|gb|EGG50961.1| hypothetical protein HMPREF9442_03016 [Paraprevotella xylaniphila YIT 11841] Length=371 Score = 169 bits (429), Expect = 5e-40, Method: Compositional matrix adjust. Identities = 100/324 (31%), Positives = 165/324 (51%), Gaps = 10/324 (3%) Query 59 SCLGLWQKIVFGRRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPH 118 S L Q F ++ P+FI+GHWR+GTT +H + DD T Y+ + PH Sbjct 50 SLLAPIQDRRFEEKLGAYEFDHDPVFILGHWRSGTTFVHNIFAQDDNFCYTTTYQTVFPH 109 Query 119 HFLLTE-WFAPYVEFLVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAFPNRPPQ 177 + + +F + +L+ R DNM+L+ PQE+EF S Y FP + + Sbjct 110 LMMFGQPFFKKTMGWLMPDKRPTDNMELAPDLPQEEEFALSNMMPYSFYDFWFFPQKWQE 169 Query 178 Y-EEYLDLEQVAPRELEIWKRTLFRFVQQVYFRRRKTV-----ILKNPTHSFRIKVLLEV 231 Y ++YL E + EL+++K T FV+ + R T + KNP H+ R+K L+E+ Sbjct 170 YCDKYLTFENITKEELQVFKET---FVKLMKISRYCTTGGDVYLSKNPPHTGRVKALVEM 226 Query 232 FPQAKFIHIVRDPYVVYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGR 291 FP AKFI+++R+PY V+ ST + LQ + + ++ ++ TY LYR +E + Sbjct 227 FPNAKFIYLMRNPYTVFESTRSFFSNTIKPLELQHISDEEMEKNILLTYTKLYRAYEEQK 286 Query 292 ELVDPTRFYELRYEDLIGDPEGQLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQL 351 + V +E+++ED D G + Y+ LG+ +F C +R+Y YK N Y+ Sbjct 287 KYVPEGNLFEVKFEDFEADAFGTTKLAYEKLGIREFHCAEAAIRRYTDRKKGYKKNKYEY 346 Query 352 TVEQRAIVDEHWGEIIDRYGYDRH 375 +V+E+WG + + Y+ H Sbjct 347 KPRTIQLVNENWGYALKDWDYEIH 370 >gi|255078840|ref|XP_002503000.1| predicted protein [Micromonas sp. RCC299] gi|226518266|gb|ACO64258.1| predicted protein [Micromonas sp. RCC299] Length=380 Score = 168 bits (426), Expect = 1e-39, Method: Compositional matrix adjust. Identities = 110/360 (31%), Positives = 182/360 (51%), Gaps = 9/360 (2%) Query 23 GCNFSAWMRLLIRNRFAV--HHSRWHFAVLYTFLSMVNSCLGLWQKIVFGRRVAETVIAD 80 G W RLL R R+ + + W + T L+ +N+ + I++ ++ + D Sbjct 22 GVTLLQWARLL-RARWTQIDYLTYWPRLIFLTLLAALNTIGAIADWILYDAKIRAQELND 80 Query 81 PPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPHHFLLTEWFAPYVEFLVSKHRAM 140 P+F++GH RTGTT LH LL D R ++ P FL T W AP++ ++ R M Sbjct 81 EPVFVLGHPRTGTTHLHNLLSKDPRFAYANTFQVGFPSSFLSTSWLAPHMGLIMDSTRPM 140 Query 141 DNMDLSLHHPQEDEF-VWCMQGLPSPYLTIAFPNRPPQYEEYLDLEQVAPRELEIWKRTL 199 DNM L+ PQEDE V + SPY + F R P++ ++ D + + W+ + Sbjct 141 DNMALAWDTPQEDEVAVNQLSSGASPYAPLLFMRREPEFRKFYDFDDCDADDFARWRDSF 200 Query 200 FRFVQQVYFR---RRKTVILKNPTHSFRIKVLLEVFPQAKFIHIVRDPYVVYPSTIHLHK 256 F++++ F + K ++LK+P H+ R+K+L E+FP+A FI + R PY V+ S + + Sbjct 201 VYFLRKIQFAAGGKHKRLLLKSPVHTARVKLLKEMFPKATFIFVHRHPYEVFKSAVTMAD 260 Query 257 ALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELVDPTRFYELRYEDLIGDPEGQLR 316 Y LQ+P + + + ++ L+RK E V R E+ +E++ + L Sbjct 261 RYYWQCYLQKPRVEDVQEFILYQGELLHRKYTEDVRGVSEARKMEVSFEEVTENTVTALS 320 Query 317 RLYQHLGLG-DFECYLPRLRQYLADHADYKTNSY-QLTVEQRAIVDEHWGEIIDRYGYDR 374 ++Y+ LG G DF + P + Y D+K N + +L + RA+V E W D GY R Sbjct 321 QVYKALGWGKDFARFKPVVEAYSQSLRDFKMNEHKELGEDARAVVRERWKAWFDDLGYAR 380 >gi|145344489|ref|XP_001416764.1| predicted protein [Ostreococcus lucimarinus CCE9901] gi|144576990|gb|ABO95057.1| predicted protein [Ostreococcus lucimarinus CCE9901] Length=389 Score = 167 bits (422), Expect = 4e-39, Method: Compositional matrix adjust. Identities = 106/370 (29%), Positives = 180/370 (49%), Gaps = 24/370 (6%) Query 23 GCNFSAWMRLLIRNRFAVHHSRWHFAVLYTFLSMVNSCLGLWQKIV------FGRRVAET 76 G W R L H R AV + M +C+ L + R T Sbjct 25 GVTLVGWARTLW------AHGRSIDAVAFAPRLMFLTCMALANTLAAIADGALRPRWGRT 78 Query 77 VIADPPIFIVGHWRTGTTLLHELLVVDD-RHTGPTGYECLAPHHFLLTEWFAPYVEFLVS 135 + D P+F++GH RTGTT LH +L D+ R T ++ P FL + + PY+ ++ Sbjct 79 KVRDDPVFVLGHPRTGTTHLHNILAKDETRFAAATTFDVGFPSGFLSSGFVKPYLAKMMD 138 Query 136 KHRAMDNMDLSLHHPQEDEFVWC-MQGLPSPYLTIAFPNRPPQYEEYLDLEQ------VA 188 R MDNM L++ PQEDE + G SPY + F ++ +Y +L + + Sbjct 139 STRPMDNMALTMDTPQEDELATNQLSGCASPYAPLMFMRDEAKFRKYYELREDHDEYPIE 198 Query 189 PRELEIWKRTLFRFVQQVYFR--RRKTVILKNPTHSFRIKVLLEVFPQAKFIHIVRDPYV 246 ELE WK F+ ++ ++ K ++LK+P H+ R++VL ++FP+A+F+ I R PY Sbjct 199 RAELEAWKSAFMTFMTKLQYKHGEHKRLVLKSPVHAARVEVLRKLFPRAQFVFISRHPYD 258 Query 247 VYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELVDPTRFYELRYED 306 V+ S +++ Y LQ+PT + + ++ L+ + + +E R++D Sbjct 259 VFRSAVNMADKYYWQCFLQRPTVADVQEFILKQGEILHDAYVRDSKSLPREALFETRFDD 318 Query 307 LIGDPEGQLRRLYQHLGLGDF-ECYLPRLRQYLADHADYKTNSY-QLTVEQRAIVDEHWG 364 L DP G L ++Y+H G F E P L++Y AD+K NS+ +L+ + + +++ W Sbjct 319 LDADPVGTLSKIYKHFGWDGFDETVAPVLKEYATSLADFKKNSFAELSDDAKEVINSRWA 378 Query 365 EIIDRYGYDR 374 Y++ Sbjct 379 RWFTDLNYEK 388 >gi|326435248|gb|EGD80818.1| hypothetical protein PTSG_01404 [Salpingoeca sp. ATCC 50818] Length=407 Score = 166 bits (419), Expect = 9e-39, Method: Compositional matrix adjust. Identities = 108/365 (30%), Positives = 187/365 (52%), Gaps = 6/365 (1%) Query 22 VGCNFSAWMRLLIRNRFAVHHSRWHFAVLY-TFLSMVNSCLGLWQKIVFGRRVAETVIAD 80 +G W+ +L + +A+ + F VL+ TF++ +NS L + + F R+ VI Sbjct 37 LGVTLGPWLTVLWKYGYAIEWKHYWFRVLFLTFMACLNSTLSFLEWLFFRHRIRSAVINR 96 Query 81 PPIFIVGHWRTGTTLLHELLVVDD-RHTGPTGYECLAPHHFLLTEWFAPYVEFLVSKHRA 139 P+FI+GH RTGTT LH L+ +DD PT +LL + ++S R Sbjct 97 RPVFILGHPRTGTTHLHNLISLDDDEFFAPTTLAAGFSAAYLLLHPVRHLLSGVLSDTRP 156 Query 140 MDNMDLSLHHPQEDEFVWCMQG-LPSPYLTIAFPNRPPQYEEYLDLEQVAPRELEIWKRT 198 MDNM L+ PQEDE + L S Y + F P++ +Y ++ V+ E + + Sbjct 157 MDNMALTFDVPQEDELSYTQSTPLLSMYSPLVFMTEEPKFRKYFRMQDVSQDEKKRYTDV 216 Query 199 LFRFVQQVYFRRR-KTVILKNPTHSFRIKVLLEVFPQAKFIHIVRDPYVVYPSTIHLHKA 257 + F+Q++ + + +LK+PTH+ +++ LLE+FP+A+FI+I R PY V+ S +++ Sbjct 217 MLAFLQKLAVHAQGRRFVLKSPTHTAKVRFLLELFPEAQFIYIHRHPYRVFRSAMNMADK 276 Query 258 LYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELVDPTRFYELRYEDLIGDPEGQLRR 317 Y L PT + + + V+ Y +L+ E R L+ E+ +++L P + R Sbjct 277 TYWYSYLATPTNEQVAEFVMHQYEELFDAYMEDRSLIPEGNLVEVSFDELQQQPLQTMER 336 Query 318 LYQHLGLGDFECYL-PRLRQYLADHADYKTNSYQ-LTVEQRAIVDEHWGEIIDRYGYDRH 375 +Y L F+ + P+L++YL +K N+++ LT QR V+ W + +GY Sbjct 337 IYTTLQWTGFDDRVKPKLQRYLKSLRGFKKNAFETLTDTQRQEVNRRWRKSFKAFGYTMQ 396 Query 376 TPEPA 380 + A Sbjct 397 EKQGA 401 >gi|307109301|gb|EFN57539.1| hypothetical protein CHLNCDRAFT_143160 [Chlorella variabilis] Length=436 Score = 162 bits (411), Expect = 7e-38, Method: Compositional matrix adjust. Identities = 109/342 (32%), Positives = 172/342 (51%), Gaps = 15/342 (4%) Query 46 HFAVLYTFLSMVNSCLGLWQKIVFGRRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDR 105 H A + ++ +NS L L +++GR VA + P+ I+GH RTGTT +H LL +D + Sbjct 57 HRAAFLSLMACLNSLLSLVDSLLYGRAVAAQQLHPQPVIILGHPRTGTTHIHNLLALDPQ 116 Query 106 HTGPTGYECLAPHHFLLTEWFAPYVEFLVSKHRAMDNMDLSLHHPQEDEF-VWCMQGLPS 164 P FL E F + LV R MD M LSL P EDE V + G S Sbjct 117 FAYARTLHAGFPASFLALERFKWLLAGLVDDTRPMDFMPLSLDTPAEDEIAVSALTGTVS 176 Query 165 PYLTIAFPNRPPQYEEYLDLEQVAPRELEIWKRTLFRFVQQVYFRRR-----------KT 213 Y+ + F +++ + E + E + W+ +L F++++ RR K Sbjct 177 AYMPLVFMRDRHRFDAFYTFEGASEAEFDSWRSSLLWFLKKLEQRRGLPQVTLRWGGCKP 236 Query 214 VILKNPTHSFRIKVLLEVFPQAKFIHIVRDPYVVYPSTIHLHKALYRIHGLQQPTFDGLD 273 +++K+P H+ R+K+LL++FP+A+F+++ RDP + S H+ Y LQ+PT + Sbjct 237 LLIKSPVHTARLKLLLKLFPRARFVYVHRDPLSTFQSAAHMANTYYWYCYLQRPTDAAVT 296 Query 274 DKVVSTYVDLYRKLDEGRELVDPTRFYELRYEDLIGDPEGQLRRLYQHLGLGDFECYLPR 333 D ++ + LYR R+LV P E+ + +L DP G LRRLY L LGDF+ P Sbjct 297 DFILEQFSLLYRIFTADRKLVPPGNLVEVSFAELDSDPLGTLRRLYTSLDLGDFQAVRPA 356 Query 334 LRQYLA--DHADYKTNSYQ-LTVEQRAIVDEHWGEIIDRYGY 372 +Y + + +K N ++ L+ E R V W +GY Sbjct 357 FERYCGGLEMSGFKKNKHRPLSPELRRRVQHLWDPFYREFGY 398 >gi|325279282|ref|YP_004251824.1| hypothetical protein Odosp_0560 [Odoribacter splanchnicus DSM 20712] gi|324311091|gb|ADY31644.1| hypothetical protein Odosp_0560 [Odoribacter splanchnicus DSM 20712] Length=369 Score = 162 bits (409), Expect = 1e-37, Method: Compositional matrix adjust. Identities = 92/318 (29%), Positives = 163/318 (52%), Gaps = 5/318 (1%) Query 59 SCLGLWQKIVFGRRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPH 118 SCL Q + +R+ + I P+FI+GHWR+GTT +H +L D T Y+ + PH Sbjct 50 SCLKPIQDRRYDKRLKDQAINMEPVFILGHWRSGTTFVHNVLAHDKHFGYTTTYQTVFPH 109 Query 119 HFLLTE-WFAPYVEFLVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAF-PNRPP 176 + + F + +L+ R DNM+L++ PQE+EF +P Y F P Sbjct 110 MMMWGQPMFKKTMAWLMPDKRPTDNMELNVDLPQEEEFALS-NMMPCSYYDFWFLPQNML 168 Query 177 QY-EEYLDLEQVAPRELEIWKRTLFRFVQQVYFRRRKTVIL-KNPTHSFRIKVLLEVFPQ 234 +Y + +L ++ P E +++ T + ++ + + + L KNP H+ ++K +LE+FP Sbjct 169 EYCDRFLTMKTATPEEHRMFRETFLKLIKISLWNTQGSQFLSKNPPHTGKVKEILEMFPN 228 Query 235 AKFIHIVRDPYVVYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELV 294 AKFI+++R+PY V+ ST LQ+ + + L+ ++ Y LYRK +E ++L+ Sbjct 229 AKFIYLMRNPYTVFESTRSFFTNTIIPLQLQKISPEELEKNILEVYTRLYRKYEEDKKLI 288 Query 295 DPTRFYELRYEDLIGDPEGQLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVE 354 E+++ED D ++Y+ L + FE + YL YK N+Y+ Sbjct 289 PAGNLIEIKFEDFEADALAMTEKIYRTLAIPGFEAAKADIAAYLDKKKGYKKNAYKYETR 348 Query 355 QRAIVDEHWGEIIDRYGY 372 +V++HW + ++ Y Sbjct 349 TVELVEKHWDYALKQWDY 366 >gi|326434796|gb|EGD80366.1| hypothetical protein PTSG_10621 [Salpingoeca sp. ATCC 50818] Length=404 Score = 160 bits (405), Expect = 3e-37, Method: Compositional matrix adjust. Identities = 107/361 (30%), Positives = 180/361 (50%), Gaps = 6/361 (1%) Query 22 VGCNFSAWMRLLIRNRFAVHHSRWHFAVLYTF-LSMVNSCLGLWQKIVFGRRVAETVIAD 80 VG + W ++++ + + + F VL+ F ++ VN+ L + + G R ++ VI Sbjct 34 VGMRLAQWWKVVVGHWRDIDWRHYWFRVLFLFIMACVNTVLTGLEYVFHGHRTSDVVINK 93 Query 81 PPIFIVGHWRTGTTLLHELLVVD-DRHTGPTGYECLAPHHFLLTEWFAPYVEFLVSKHRA 139 P+F++GH R+GTTLLH L ++ D+ PT + + L + +V R Sbjct 94 RPVFLLGHNRSGTTLLHNLFSLNTDQFRVPTTFSVGFSAIYFLLYPIRRVMNSIVDPSRP 153 Query 140 MDNMDLSLHHPQEDEFVWCMQG-LPSPYLTIAFPNRPPQYEEYLDLEQVAPRELEIWKRT 198 MDN+ LS+ PQEDE + L SPY FP Y +Y + V E + Sbjct 154 MDNLPLSMDVPQEDELAYNQSTPLLSPYANNIFPREADHYHKYFRMIDVPAEERARYMEL 213 Query 199 LFRFVQQVYFRRR-KTVILKNPTHSFRIKVLLEVFPQAKFIHIVRDPYVVYPSTIHLHKA 257 V+Q+ + + K+P H+ ++K+LLE FP A+F+ I R+PY V+ S +HL Sbjct 214 FRAMVKQLSVHAEGRRLCFKSPPHTAKVKLLLEEFPDAQFVFIHRNPYRVFRSMLHLADN 273 Query 258 LYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELVDPTRFYELRYEDLIGDPEGQLRR 317 L+ LQ + L + +++ Y ++ E R+L+ E+ +++L D +RR Sbjct 274 LWGHSTLQTASDARLLETILTMYEVVHDAYLEDRKLIPKGNLVEISFDELQRDKIATMRR 333 Query 318 LYQHLGLGDFE-CYLPRLRQYLADHADYKTNSY-QLTVEQRAIVDEHWGEIIDRYGYDRH 375 +Y+ L +G FE LP L ++ + +YK N++ LT QR IV+ W +GY Sbjct 334 IYESLKIGGFEKSALPALEAHVKEIKNYKKNAFVGLTDAQRRIVNTRWARFFTAFGYKMQ 393 Query 376 T 376 T Sbjct 394 T 394 >gi|333031249|ref|ZP_08459310.1| hypothetical protein Bcop_2162 [Bacteroides coprosuis DSM 18011] gi|332741846|gb|EGJ72328.1| hypothetical protein Bcop_2162 [Bacteroides coprosuis DSM 18011] Length=369 Score = 157 bits (398), Expect = 2e-36, Method: Compositional matrix adjust. Identities = 92/315 (30%), Positives = 169/315 (54%), Gaps = 11/315 (3%) Query 65 QKIVFGRRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPHHFLLTE 124 Q F +++A +++ P+FI+GHWR+GTT +H +L D R T Y+ + PH + + Sbjct 56 QNKRFDKKLANIPLSEDPVFILGHWRSGTTFVHNVLSCDKRFGYNTTYQTVFPHLMMWGQ 115 Query 125 -WFAPYVEFLVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAFPNRPPQY----- 178 +F + FL+ R DNM+L++ PQE+EF +P Y F PQY Sbjct 116 TFFKGNMSFLMPDKRPTDNMELAVDLPQEEEFALA-NMMPYTYYNFWFL---PQYMQEYA 171 Query 179 EEYLDLEQVAPRELEIWKRTLFRFVQ-QVYFRRRKTVILKNPTHSFRIKVLLEVFPQAKF 237 ++YL ++ EL+I++ T + ++ ++ + + + KNP H+ R+K L+++FP AKF Sbjct 172 DKYLLFNDISENELQIFEETFKKLIKISLWNTKGEQFLSKNPPHTGRVKELIKMFPNAKF 231 Query 238 IHIVRDPYVVYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELVDPT 297 I+++R+PY V ST + LQ + + ++ ++S Y LY + + + L+ Sbjct 232 IYLMRNPYTVLESTRSFFTNTIQPLKLQDISNEEIEKNIISIYAKLYHQYEAEKHLIPEG 291 Query 298 RFYELRYEDLIGDPEGQLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVEQRA 357 E+++ED D G +++Y+ L L F+ ++ Y+ + YK N Y+ Sbjct 292 NLIEVKFEDFEADAMGMTQKIYESLNLKGFDEAKGAIQNYVGEKKGYKKNKYKYDDRTIK 351 Query 358 IVDEHWGEIIDRYGY 372 +V+E+WG + ++GY Sbjct 352 LVEENWGFALKQWGY 366 >gi|189463425|ref|ZP_03012210.1| hypothetical protein BACCOP_04144 [Bacteroides coprocola DSM 17136] gi|189429854|gb|EDU98838.1| hypothetical protein BACCOP_04144 [Bacteroides coprocola DSM 17136] Length=368 Score = 157 bits (396), Expect = 4e-36, Method: Compositional matrix adjust. Identities = 91/318 (29%), Positives = 164/318 (52%), Gaps = 5/318 (1%) Query 59 SCLGLWQKIVFGRRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPH 118 S L Q + + +A + P+FI+GHWR+GTT +H + D T Y+ + PH Sbjct 50 STLKPLQDKRYEKLLANQPLEHDPVFILGHWRSGTTFMHNVFSCDKHFGYNTTYQTVFPH 109 Query 119 HFLLTE-WFAPYVEFLVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAF-PNRPP 176 + + +F + +L+ R DNM+L++ PQE+EF +P Y F P Sbjct 110 LMMWGQPFFKKNMSWLMPDKRPTDNMELAVDLPQEEEFALA-NMMPYTYYNFWFLPKHMQ 168 Query 177 QY-EEYLDLEQVAPRELEIWKRTLFRFVQQVYFRRRKTVIL-KNPTHSFRIKVLLEVFPQ 234 +Y ++YL + ++ EL++++ T + ++ + T L KNP H+ R+K L+++FP Sbjct 169 EYADKYLLFDDISDEELKVFEETFTKLIKISLWNTHGTQFLSKNPPHTGRVKELVKMFPN 228 Query 235 AKFIHIVRDPYVVYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELV 294 AKFI+++R+PY V+ ST + LQ + + L + ++S Y LY K + ++ + Sbjct 229 AKFIYLMRNPYTVFESTRSFFTNTIQPLKLQDISNEQLQENILSVYAKLYHKYEADKKFI 288 Query 295 DPTRFYELRYEDLIGDPEGQLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVE 354 E+++ED + + +YQ L + F+ P + Y+ YK N YQ E Sbjct 289 PEGNLVEVKFEDYEKNAFDLTQEIYQKLSIPGFDEARPAIEAYVNKKKGYKKNQYQYKPE 348 Query 355 QRAIVDEHWGEIIDRYGY 372 +V+++W +D++GY Sbjct 349 TVELVEKNWSFALDQWGY 366 >gi|77165206|ref|YP_343731.1| sulfotransferase [Nitrosococcus oceani ATCC 19707] gi|254433203|ref|ZP_05046711.1| hypothetical protein NOC27_134 [Nitrosococcus oceani AFC27] gi|76883520|gb|ABA58201.1| possible sulfotransferase [Nitrosococcus oceani ATCC 19707] gi|207089536|gb|EDZ66807.1| hypothetical protein NOC27_134 [Nitrosococcus oceani AFC27] Length=336 Score = 155 bits (391), Expect = 1e-35, Method: Compositional matrix adjust. Identities = 102/308 (34%), Positives = 155/308 (51%), Gaps = 3/308 (0%) Query 69 FGRRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPHHFLL-TEWFA 127 + RRV IA P+FIVGHWR+GTT L LL D + + T + P +LL +E Sbjct 28 YHRRVERQEIAPDPLFIVGHWRSGTTHLQNLLNCDPQFSCVTLLQAGMPREYLLLSEGVK 87 Query 128 PYVEFLVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAFPNRPPQ-YEEYLDLEQ 186 ++ L+ R MDN+ ++ P E+E S Y FP + ++E + + Sbjct 88 RWLGRLLPSTRLMDNVSIAADVPWEEELALAAASRYSFYHVSFFPRSMERIFDEAVMFDS 147 Query 187 VAPRELEIWKRTLFRFVQQV-YFRRRKTVILKNPTHSFRIKVLLEVFPQAKFIHIVRDPY 245 V + W RF+Q V Y + + ++LKNP ++ RI++L + FP+A+FIHI R+PY Sbjct 148 VPQAAIRKWWTGYLRFLQMVQYDQPGRRLLLKNPANTARIRLLKKRFPKAQFIHIHRNPY 207 Query 246 VVYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELVDPTRFYELRYE 305 V+ S++HL+ GLQ + V+++Y L R E RE++ T E+ + Sbjct 208 KVFVSSVHLYLQAQNAWGLQSTDRQRVVAHVLASYPQLMRAYFEQREVLAETDLAEVSFA 267 Query 306 DLIGDPEGQLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVEQRAIVDEHWGE 365 L P L +Y L L FE +PR R YL Y+ N +LT +RA V W + Sbjct 268 SLQKAPLETLESIYCRLDLTGFEEAVPRFRAYLERQKGYRKNRLELTESERAAVATCWRD 327 Query 366 IIDRYGYD 373 I GY+ Sbjct 328 IFTGLGYE 335 >gi|254425194|ref|ZP_05038912.1| hypothetical protein S7335_5357 [Synechococcus sp. PCC 7335] gi|196192683|gb|EDX87647.1| hypothetical protein S7335_5357 [Synechococcus sp. PCC 7335] Length=367 Score = 149 bits (375), Expect = 1e-33, Method: Compositional matrix adjust. Identities = 91/301 (31%), Positives = 153/301 (51%), Gaps = 9/301 (2%) Query 79 ADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPHHFL-LTEWFAPYVEFLVSKH 137 + PPIFI+GHWR+GTT LH +L + + P FL L P +E + K Sbjct 65 SKPPIFIIGHWRSGTTFLHSVLSQSPQFAYTSPLAVGLPWDFLTLGNALRPILEGALPKD 124 Query 138 RAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAFPNRPPQYEEYLD----LEQVAPRELE 193 R +D + ++ PQEDE L S Y + FP Q+ ++ + E E+ Sbjct 125 RFIDRVPVNPDSPQEDEIALASMQLLSFYQGLYFPK---QFAKHFNAGIFFEGCTDIEMT 181 Query 194 IWKRTLFRFVQQVYFRR-RKTVILKNPTHSFRIKVLLEVFPQAKFIHIVRDPYVVYPSTI 252 W++ + F +++ + + +++KNP ++ R+K L E++P+AKFIHI R+PY+VY ST+ Sbjct 182 EWQQAMVLFCKKLQIQNPHQQLLIKNPVYTARVKKLRELWPKAKFIHIYRNPYIVYRSTL 241 Query 253 HLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELVDPTRFYELRYEDLIGDPE 312 + + L+R LQ +++ V+ +Y + + F ELR+E +P Sbjct 242 NFYDKLFRELSLQSFEQVPVEEIVLESYPKMIEAAQRETRALPTQDFVELRFETFETNPV 301 Query 313 GQLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVEQRAIVDEHWGEIIDRYGY 372 QL ++Y L L +E LP ++YL Y+ N Y + V + W ++DR+GY Sbjct 302 EQLEKIYDRLELTGWEEDLPHFQRYLESQKHYRKNDYAFPADMIERVRDRWQPLLDRWGY 361 Query 373 D 373 + Sbjct 362 E 362 >gi|339441104|ref|YP_004707109.1| hypothetical protein CXIVA_00400 [Clostridium sp. SY8519] gi|338900505|dbj|BAK46007.1| hypothetical protein CXIVA_00400 [Clostridium sp. SY8519] Length=370 Score = 148 bits (374), Expect = 1e-33, Method: Compositional matrix adjust. Identities = 102/357 (29%), Positives = 166/357 (47%), Gaps = 9/357 (2%) Query 22 VGCNFSAWMRLLIRNRFAVHHSRWHFAVLYTFLSMVNSCLGLWQKIVFGRRVAETVIADP 81 +GC W+ LL R+ +R A TF+ + + L +K+++ RR+ T + Sbjct 12 MGCTLGNWIALL-RDNPITRENRPQ-AAFMTFVISLLTPPALAEKLIYDRRIKATRLKKD 69 Query 82 PIFIVGHWRTGTTLLHELLVVDDRHT--GPTGYECLAPHHFLLTEWFAPYVEFLVSKHRA 139 PI+IVG WR+GTT L LL D + P + LL Y+ + R Sbjct 70 PIYIVGFWRSGTTFLQNLLTRDPQFAWFDPVNTVTFN-NSILLRPILEKYMNVFLKGARP 128 Query 140 MDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAFPN--RPPQYEEYLDLEQVAPRELEIWKR 197 MDN++ + P E+ F + + FP+ R +Y E + + + R+ W+R Sbjct 129 MDNLEYTTDLPMEEVFAQATISTQAISHMLVFPDGGRGTKYIETAFISEQSSRKKRQWRR 188 Query 198 TLFRFVQQVYF-RRRKTVILKNPTHSFRIKVLLEVFPQAKFIHIVRDPYVVYPSTIHLHK 256 +++ F + K ++LK+P ++ RI L + +P AKFI+I R PY + PSTI++ Sbjct 189 AYDYILKKATFVKDGKQLLLKSPENTCRIDALKKCYPAAKFINIFRHPYALIPSTINMFT 248 Query 257 ALYRIHGLQQPT-FDGLDDKVVSTYVDLYRKLDEGRELVDPTRFYELRYEDLIGDPEGQL 315 L P + ++D + +YRK E + P ++RYED DPE L Sbjct 249 KEMDNFCLNTPAPREVIEDVSIDLCARVYRKAIHELEEMKPEDHIDIRYEDFCQDPEAYL 308 Query 316 RRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVEQRAIVDEHWGEIIDRYGY 372 R++YQ L L + P YL +Y+ N +QL R +++ D YGY Sbjct 309 RKIYQQLQLEGYAEARPYFEDYLDSQKNYQKNHFQLEDRIRRKINDRLDFYFDYYGY 365 >gi|254883656|ref|ZP_05256366.1| conserved hypothetical protein [Bacteroides sp. 4_3_47FAA] gi|319642206|ref|ZP_07996866.1| hypothetical protein HMPREF9011_02466 [Bacteroides sp. 3_1_40A] gi|254836449|gb|EET16758.1| hypothetical protein BSFG_02905 [Bacteroides sp. 4_3_47FAA] gi|317386192|gb|EFV67111.1| hypothetical protein HMPREF9011_02466 [Bacteroides sp. 3_1_40A] Length=368 Score = 148 bits (374), Expect = 1e-33, Method: Compositional matrix adjust. Identities = 91/318 (29%), Positives = 164/318 (52%), Gaps = 5/318 (1%) Query 59 SCLGLWQKIVFGRRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPH 118 S L Q+ + + +A+ + P+FI+GHWR+GTT +H + D T Y+ + PH Sbjct 50 STLAPLQEKRYRKLLADKPLEHDPVFILGHWRSGTTFMHNVFSCDKHFGYNTTYQTVFPH 109 Query 119 HFLLTE-WFAPYVEFLVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAF-PNRPP 176 + + +F + +L+ R DNM+L++ PQE+EF +P Y F P Sbjct 110 LMMWGQPFFKKNMSWLMPDKRPTDNMELAVDLPQEEEFALA-NMMPYTYYNFWFLPKYQQ 168 Query 177 QY-EEYLDLEQVAPRELEIWKRTLFRFVQQVYFRRRKTVIL-KNPTHSFRIKVLLEVFPQ 234 +Y ++YL ++ EL++++ + ++ + T L KNP H+ R+K L+++FP Sbjct 169 EYADKYLLFNDISDEELKVFEDIFTKLIKISLWNTGGTQFLSKNPPHTGRVKELVKMFPN 228 Query 235 AKFIHIVRDPYVVYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELV 294 AKFI+++R+PY V+ ST + + L+ + + L+ V+S Y LY K + ++ + Sbjct 229 AKFIYLMRNPYTVFESTRNFFTNTIQPLKLEDISPEALEQNVLSIYTKLYHKYEADKQFI 288 Query 295 DPTRFYELRYEDLIGDPEGQLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVE 354 E+++ED D +Y+ L + FE P + QY+ YK N Y+ Sbjct 289 PEGNLMEVKFEDFEADAMAMTEHIYKSLSIPGFEAAAPAISQYIGGKKGYKKNKYKYDDR 348 Query 355 QRAIVDEHWGEIIDRYGY 372 +V+E+W +D++GY Sbjct 349 TVRLVEENWKFALDQWGY 366 >gi|150003008|ref|YP_001297752.1| hypothetical protein BVU_0415 [Bacteroides vulgatus ATCC 8482] gi|149931432|gb|ABR38130.1| conserved hypothetical protein [Bacteroides vulgatus ATCC 8482] Length=368 Score = 148 bits (374), Expect = 1e-33, Method: Compositional matrix adjust. Identities = 91/318 (29%), Positives = 164/318 (52%), Gaps = 5/318 (1%) Query 59 SCLGLWQKIVFGRRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPH 118 S L Q+ + + +A+ + P+FI+GHWR+GTT +H + D T Y+ + PH Sbjct 50 STLAPLQEKRYRKLLADKPLEHDPVFILGHWRSGTTFMHNVFSCDKHFGYNTTYQTVFPH 109 Query 119 HFLLTE-WFAPYVEFLVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAF-PNRPP 176 + + +F + +L+ R DNM+L++ PQE+EF +P Y F P Sbjct 110 LMMWGQPFFKKNMSWLMPDKRPTDNMELAVDLPQEEEFALA-NMMPYTYYNFWFLPKYQQ 168 Query 177 QY-EEYLDLEQVAPRELEIWKRTLFRFVQQVYFRRRKTVIL-KNPTHSFRIKVLLEVFPQ 234 +Y ++YL ++ EL++++ + ++ + T L KNP H+ R+K L+++FP Sbjct 169 EYADKYLLFNDISDEELKVFEDIFTKLIKISLWNTGGTQFLSKNPPHTGRVKELVKMFPN 228 Query 235 AKFIHIVRDPYVVYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELV 294 AKFI+++R+PY V+ ST + + L+ + + L+ V+S Y LY K + ++ + Sbjct 229 AKFIYLMRNPYTVFESTRNFFTNTIQPLKLEDISPEALEQNVLSIYAKLYHKYEADKQFI 288 Query 295 DPTRFYELRYEDLIGDPEGQLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVE 354 E+++ED D +Y+ L + FE P + QY+ YK N Y+ Sbjct 289 PEGNLMEVKFEDFEADAMAMTEHIYKSLSIPGFEAAAPAISQYIGGKKGYKKNKYKYDDR 348 Query 355 QRAIVDEHWGEIIDRYGY 372 +V+E+W +D++GY Sbjct 349 TVRLVEENWKFALDQWGY 366 >gi|294775643|ref|ZP_06741151.1| conserved hypothetical protein [Bacteroides vulgatus PC510] gi|294450487|gb|EFG18979.1| conserved hypothetical protein [Bacteroides vulgatus PC510] Length=368 Score = 148 bits (373), Expect = 2e-33, Method: Compositional matrix adjust. Identities = 90/318 (29%), Positives = 164/318 (52%), Gaps = 5/318 (1%) Query 59 SCLGLWQKIVFGRRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPH 118 S L Q+ + + +A+ + P+FI+GHWR+GTT +H + D T Y+ + PH Sbjct 50 STLAPLQEKRYRKLLADKPLEHDPVFILGHWRSGTTFMHNVFSCDKHFGYNTTYQTVFPH 109 Query 119 HFLLTE-WFAPYVEFLVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAF-PNRPP 176 + + +F + +L+ R DNM+L++ PQE+EF +P Y F P Sbjct 110 LMMWGQPFFKKNMSWLMPDKRPTDNMELAVDLPQEEEFALA-NMMPYTYYNFWFLPKYQQ 168 Query 177 QY-EEYLDLEQVAPRELEIWKRTLFRFVQQVYFRRRKTVIL-KNPTHSFRIKVLLEVFPQ 234 +Y ++YL ++ EL++++ + ++ + T L KNP H+ R+K L+++FP Sbjct 169 EYADKYLLFNDISDEELKVFEDIFTKLIKISLWNTGGTQFLSKNPPHTGRVKELVKMFPN 228 Query 235 AKFIHIVRDPYVVYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELV 294 AKFI+++R+PY V+ ST + + L+ + + L+ ++S Y LY K + ++ + Sbjct 229 AKFIYLMRNPYTVFESTRNFFTNTIQPLKLEDISPEALEQNILSVYAKLYHKYEADKQFI 288 Query 295 DPTRFYELRYEDLIGDPEGQLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVE 354 E+++ED D +Y+ L + FE P + QY+ YK N Y+ Sbjct 289 PEGNLMEVKFEDFEADAMAMTEHIYKSLSIPGFEAAAPAISQYIGGKKGYKKNKYKYDDR 348 Query 355 QRAIVDEHWGEIIDRYGY 372 +V+E+W +D++GY Sbjct 349 TVRLVEENWKFALDQWGY 366 >gi|237707998|ref|ZP_04538479.1| conserved hypothetical protein [Bacteroides sp. 9_1_42FAA] gi|237725270|ref|ZP_04555751.1| conserved hypothetical protein [Bacteroides sp. D4] gi|265754216|ref|ZP_06089405.1| conserved hypothetical protein [Bacteroides sp. 3_1_33FAA] gi|229436536|gb|EEO46613.1| hypothetical protein BSEG_02754 [Bacteroides dorei 5_1_36/D4] gi|229457984|gb|EEO63705.1| conserved hypothetical protein [Bacteroides sp. 9_1_42FAA] gi|263234925|gb|EEZ20480.1| conserved hypothetical protein [Bacteroides sp. 3_1_33FAA] Length=368 Score = 147 bits (370), Expect = 4e-33, Method: Compositional matrix adjust. Identities = 91/318 (29%), Positives = 163/318 (52%), Gaps = 5/318 (1%) Query 59 SCLGLWQKIVFGRRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPH 118 S L Q+ + + +A+ + P+FI+GHWR+GTT +H + D T Y+ + PH Sbjct 50 STLAPLQEKRYRKLLADKSLEHDPVFILGHWRSGTTFMHNVFSCDKHFGYNTTYQTVFPH 109 Query 119 HFLLTE-WFAPYVEFLVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAF-PNRPP 176 + + +F + +L+ R DNM+L++ PQE+EF +P Y F P Sbjct 110 LMMWGQPFFKKNMSWLMPDKRPTDNMELAVDLPQEEEFALA-NMMPYTYYNFWFLPKYQQ 168 Query 177 QY-EEYLDLEQVAPRELEIWKRTLFRFVQQVYFRRRKTVIL-KNPTHSFRIKVLLEVFPQ 234 +Y ++YL ++ EL++++ + ++ + T L KNP H+ R+K L+++FP Sbjct 169 EYADKYLLFNDISDEELKVFEDIFTKLIKISLWNTGGTQFLSKNPPHTGRVKELVKMFPN 228 Query 235 AKFIHIVRDPYVVYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELV 294 AKFI+++R+PY V+ ST + + L+ + + L+ V+S Y LY K + + + Sbjct 229 AKFIYLMRNPYTVFESTRNFFTNTIQPLKLEDISPETLEQNVLSIYAKLYHKYEADKRFI 288 Query 295 DPTRFYELRYEDLIGDPEGQLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVE 354 E+++ED D +Y+ L + FE P + QY+ YK N Y+ Sbjct 289 PEGNLMEVKFEDFEADAMAMTEYIYKSLSIPGFEAAAPAISQYIGGKKGYKKNKYKYNDR 348 Query 355 QRAIVDEHWGEIIDRYGY 372 +V+E+W +D++GY Sbjct 349 TVRLVEENWKFALDQWGY 366 >gi|212690546|ref|ZP_03298674.1| hypothetical protein BACDOR_00028 [Bacteroides dorei DSM 17855] gi|212666895|gb|EEB27467.1| hypothetical protein BACDOR_00028 [Bacteroides dorei DSM 17855] Length=368 Score = 146 bits (369), Expect = 5e-33, Method: Compositional matrix adjust. Identities = 91/318 (29%), Positives = 163/318 (52%), Gaps = 5/318 (1%) Query 59 SCLGLWQKIVFGRRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPH 118 S L Q+ + + +A+ + P+FI+GHWR+GTT +H + D T Y+ + PH Sbjct 50 STLAPLQEKRYRKLLADKSLEHDPVFILGHWRSGTTFMHNVFSCDKHFGYNTTYQTVFPH 109 Query 119 HFLLTE-WFAPYVEFLVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAF-PNRPP 176 + + +F + +L+ R DNM+L++ PQE+EF +P Y F P Sbjct 110 LMMWGQPFFKKNMSWLMPDKRPTDNMELAVDLPQEEEFALA-NMMPYTYYNFWFLPKYQQ 168 Query 177 QY-EEYLDLEQVAPRELEIWKRTLFRFVQQVYFRRRKTVIL-KNPTHSFRIKVLLEVFPQ 234 +Y ++YL ++ EL++++ + ++ + T L KNP H+ R+K L+++FP Sbjct 169 EYADKYLLFNDISDEELKVFEDIFTKLIKISLWNTGGTQFLSKNPPHTGRVKELVKMFPN 228 Query 235 AKFIHIVRDPYVVYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELV 294 AKFI+++R+PY V+ ST + + L+ + + L+ V+S Y LY K + + + Sbjct 229 AKFIYLMRNPYTVFESTRNFFTNTIQPLKLEDISPETLEQNVLSIYAKLYHKYEADKRFI 288 Query 295 DPTRFYELRYEDLIGDPEGQLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVE 354 E+++ED D +Y+ L + FE P + QY+ YK N Y+ Sbjct 289 PEGNLMEVKFEDFEADAMAMTEYIYKSLSIPGFETAAPAISQYIGGKKGYKKNKYKYNDR 348 Query 355 QRAIVDEHWGEIIDRYGY 372 +V+E+W +D++GY Sbjct 349 TVRLVEENWKFALDQWGY 366 >gi|159030655|emb|CAO88325.1| unnamed protein product [Microcystis aeruginosa PCC 7806] Length=365 Score = 143 bits (360), Expect = 5e-32, Method: Compositional matrix adjust. Identities = 99/359 (28%), Positives = 168/359 (47%), Gaps = 13/359 (3%) Query 23 GCNFSAWMRLLIRNRFAVHHSRWHFAVLYTFLSMVNSCLGLWQKIVFGRRVAETVIADPP 82 G N S +RL + N + A L +++ ++I+ V P Sbjct 10 GSNLSTLLRLFLTNG-GIDRPNLAPATLALAVTLARLPFSTLERILMTGFYERRVQVKAP 68 Query 83 IFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPHHFL-LTEWFAPYVEFLVSKHRAMD 141 IFIVG+WR+GTT LH LL + + P L + F P +E + R +D Sbjct 69 IFIVGYWRSGTTHLHNLLGQSEHFGYISPLAVGLPWDILGIVRLFQPLLELALPSDRHVD 128 Query 142 NMDLSLHHPQEDEFVWCMQGLPSPYLTIAFPNRPPQYEEYLD----LEQVAPRELEIWKR 197 N+ ++ + PQED S Y + FP R ++ + D + + +E+ W+R Sbjct 129 NVAVTPNSPQEDSIALASMIPLSYYHGLYFPQR---FQYHFDRGVFFQGCSEKEIANWQR 185 Query 198 TLFRFVQQVYFRRR-KTVILKNPTHSFRIKVLLEVFPQAKFIHIVRDPYVVYPSTIHLHK 256 +++V ++ K ++LKNP ++ I L ++P AKFIHI R+PY+V+PST H Sbjct 186 WHTHLLKKVSIHQKGKQLLLKNPVYTAHIARLRAIWPDAKFIHIYRNPYLVFPSTRHFFT 245 Query 257 ALYRIHGLQ---QPTFDGLDDKVVSTYVDLYRKLDEGRELVDPTRFYELRYEDLIGDPEG 313 + LQ + D ++ ++ +Y + L + F E+R+EDL +P Sbjct 246 RILPELALQPYDNLSIDVIEQAILKSYPLMLNSLLGDSANLPTDSFVEIRFEDLEKEPLT 305 Query 314 QLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVEQRAIVDEHWGEIIDRYGY 372 Q+ ++Y L L D + +PR +Y++ YK N+Y + +V+ HW I R+ Y Sbjct 306 QIEKIYDQLQLPDLKISMPRFEKYISSLQGYKKNNYPPEPKAIELVESHWLPFIQRWNY 364 >gi|166365918|ref|YP_001658191.1| hypothetical protein MAE_31770 [Microcystis aeruginosa NIES-843] gi|166088291|dbj|BAG02999.1| hypothetical protein MAE_31770 [Microcystis aeruginosa NIES-843] Length=365 Score = 142 bits (359), Expect = 7e-32, Method: Compositional matrix adjust. Identities = 99/356 (28%), Positives = 164/356 (47%), Gaps = 7/356 (1%) Query 23 GCNFSAWMRLLIRNRFAVHHSRWHFAVLYTFLSMVNSCLGLWQKIVFGRRVAETVIADPP 82 G N S +RL + N + A L +++ ++I+ V P Sbjct 10 GSNLSTLLRLFLTNG-GIDRPNLAPATLAMAVTLARLPFSTLERILITGFYERGVQVKAP 68 Query 83 IFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPHHFL-LTEWFAPYVEFLVSKHRAMD 141 IFIVG+WR+GTT LH LL + + P L + F P +E + R +D Sbjct 69 IFIVGYWRSGTTHLHNLLGQSEHFGYISPLAVGLPWDILGIVRLFQPLLELALPSDRHVD 128 Query 142 NMDLSLHHPQEDEFVWCMQGLPSPYLTIAFPNR-PPQYEEYLDLEQVAPRELEIWKRTLF 200 N+ ++ PQED S Y + FP R ++ + + + E+ W+R Sbjct 129 NVAVTPDSPQEDSIALASMIPLSYYHGLYFPQRFQYHFQRGVFFQGCSEGEIATWQRWHT 188 Query 201 RFVQQVYFRRR-KTVILKNPTHSFRIKVLLEVFPQAKFIHIVRDPYVVYPSTIHLHKALY 259 +++V +R K +++KNP ++ I L ++P AKFIHI R+PY+V+PST H + Sbjct 189 HLLKKVSIHQRGKQLLIKNPVYTAHIAKLRAIWPDAKFIHIYRNPYLVFPSTRHFFTRIL 248 Query 260 RIHGLQ---QPTFDGLDDKVVSTYVDLYRKLDEGRELVDPTRFYELRYEDLIGDPEGQLR 316 LQ + D ++ ++ +Y + L + F E+R+EDL P Q+ Sbjct 249 PELALQSYDNLSTDEIEQVILKSYPPMINSLLRDSADLPADSFVEIRFEDLEKTPLEQIE 308 Query 317 RLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVEQRAIVDEHWGEIIDRYGY 372 ++Y L L D + +PR +Y+A YK N+Y + +V+ HW I R+ Y Sbjct 309 KIYGQLQLPDLKIAMPRFEKYIASLQGYKKNNYPPDAKAIELVESHWLPFIQRWNY 364 >gi|325300102|ref|YP_004260019.1| hypothetical protein Bacsa_3017 [Bacteroides salanitronis DSM 18170] gi|324319655|gb|ADY37546.1| hypothetical protein Bacsa_3017 [Bacteroides salanitronis DSM 18170] Length=369 Score = 141 bits (356), Expect = 2e-31, Method: Compositional matrix adjust. Identities = 95/318 (30%), Positives = 160/318 (51%), Gaps = 5/318 (1%) Query 59 SCLGLWQKIVFGRRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPH 118 S L Q + + +A + P+FI+GHWR+GTT +H + D T Y+ + PH Sbjct 50 SVLKPLQDKKYEKLLASKPLEHDPVFILGHWRSGTTFMHNVFSCDKHFGYNTTYQTVFPH 109 Query 119 HFLLTE-WFAPYVEFLVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAF-PNRPP 176 + + +F + +L+ R DNM+L++ PQE+EF +P Y F P Sbjct 110 LMMWGQPFFKKNMSWLMPDKRPTDNMELAVDLPQEEEFA-LTNMMPYTYYNFWFLPKHMQ 168 Query 177 QY-EEYLDLEQVAPRELEIWKRTLFRFVQQVYFRRRKTVIL-KNPTHSFRIKVLLEVFPQ 234 +Y ++YL E + EL++++ T + ++ + T L KNP H+ R+K L+++FP Sbjct 169 EYADKYLLFEDITNDELKVFEETFTKLIKISLWNTNGTQFLSKNPPHTGRVKELVKMFPN 228 Query 235 AKFIHIVRDPYVVYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELV 294 AKFI+++R+PY V+ ST + LQ + + L + ++S Y LY K + + + Sbjct 229 AKFIYLMRNPYTVFESTRSFFTNTIKPLQLQSISPEELQENILSVYAKLYHKYEADKRFI 288 Query 295 DPTRFYELRYEDLIGDPEGQLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVE 354 E+R+ED + + +YQ L L FE P + Y+ YK N YQ E Sbjct 289 PEGNLVEVRFEDYEKNAFDLTQEIYQKLSLPGFEEARPAIEAYVNKKKGYKKNKYQYKPE 348 Query 355 QRAIVDEHWGEIIDRYGY 372 +V++HW +D + Y Sbjct 349 TVELVEKHWRFALDEWNY 366 >gi|167763506|ref|ZP_02435633.1| hypothetical protein BACSTE_01880 [Bacteroides stercoris ATCC 43183] gi|167698800|gb|EDS15379.1| hypothetical protein BACSTE_01880 [Bacteroides stercoris ATCC 43183] Length=368 Score = 140 bits (354), Expect = 3e-31, Method: Compositional matrix adjust. Identities = 91/319 (29%), Positives = 159/319 (50%), Gaps = 5/319 (1%) Query 59 SCLGLWQKIVFGRRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPH 118 S L Q + + +A+ + P+FI+GHWR+GTT +H + D T Y+ + PH Sbjct 50 STLAPLQDKRYEKLLADKPLEHDPVFILGHWRSGTTFVHNVFSCDKHFGYNTTYQTVFPH 109 Query 119 HFLLTE-WFAPYVEFLVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAF-PNRPP 176 + + +F + +L+ R DNM+L++ PQE+EF +P Y F P Sbjct 110 LMMWGQPFFKKNMSWLMPDKRPTDNMELAVDLPQEEEFALA-NMMPYTYYNFWFLPKHQQ 168 Query 177 QY-EEYLDLEQVAPRELEIWKRTLFRFVQQVYFRRRKTVIL-KNPTHSFRIKVLLEVFPQ 234 +Y ++YL + ++ EL++++ T R ++ + T L KNP H+ R+K L+++FP Sbjct 169 EYADKYLLFDDISEAELKVFEETFTRLIKISLWNTHGTQFLSKNPPHTGRVKELVKMFPN 228 Query 235 AKFIHIVRDPYVVYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELV 294 AKFI+++R+PY V+ ST + LQ T L+ ++S Y LY K + + + Sbjct 229 AKFIYLMRNPYTVFESTRSFFTNTIQPLKLQDITPAELEQNILSAYAKLYHKYEADKASI 288 Query 295 DPTRFYELRYEDLIGDPEGQLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVE 354 E+++ED D G +Y L + F + QY+ YK N Y+ Sbjct 289 PAGNLIEVKFEDFEADAMGMTEHIYDALSIPGFADARTAIEQYVGGKKGYKKNKYKYDDR 348 Query 355 QRAIVDEHWGEIIDRYGYD 373 +V ++WG + ++ Y+ Sbjct 349 TVQLVQDNWGFALKQWNYE 367 >gi|218260668|ref|ZP_03475864.1| hypothetical protein PRABACTJOHN_01528 [Parabacteroides johnsonii DSM 18315] gi|218224418|gb|EEC97068.1| hypothetical protein PRABACTJOHN_01528 [Parabacteroides johnsonii DSM 18315] Length=367 Score = 140 bits (352), Expect = 5e-31, Method: Compositional matrix adjust. Identities = 91/306 (30%), Positives = 155/306 (51%), Gaps = 5/306 (1%) Query 71 RRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPHHFLLTE-WFAPY 129 R++A+ + P+FI+GHWR+GTT +H + D T Y+ + P+ L + +F Sbjct 61 RKIADKPLEMDPVFILGHWRSGTTFMHNVFSCDKHFGYNTTYQTVFPNLMLWGQPFFKKN 120 Query 130 VEFLVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTI-AFPNRPPQY-EEYLDLEQV 187 + FL+ R DNM+L + PQE+EF +P Y FP +Y + YL + + Sbjct 121 MAFLMPDKRPTDNMELKVDLPQEEEFALA-NMMPYTYYNFWFFPKHMLEYCDRYLLFDNI 179 Query 188 APRELEIWKRTLFRFVQQVYFRRRKTVIL-KNPTHSFRIKVLLEVFPQAKFIHIVRDPYV 246 + E +++K T + ++ + T L KNP H+ R+K L+E+FP AKFI++ R+PY Sbjct 180 SEHERKVFKETFLKLIKISLWNTNGTQFLSKNPPHTGRVKTLVEMFPNAKFIYLKRNPYT 239 Query 247 VYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELVDPTRFYELRYED 306 V+ ST + LQ+ + + ++ + Y L+ K +E + L+ E+++ED Sbjct 240 VFESTRSFFTNTIQPLRLQEISNEQIESNFIEVYRRLFYKYEEQKHLIPEGNLVEVKFED 299 Query 307 LIGDPEGQLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVEQRAIVDEHWGEI 366 D +Y+ L L FE + +YL YK N Y+ +V+E+WG Sbjct 300 FEQDAFAMTEDIYKKLNLPGFEESKAEIEKYLGKKKGYKKNQYKYDDRTVQLVEENWGMA 359 Query 367 IDRYGY 372 + +GY Sbjct 360 LKEWGY 365 >gi|154492288|ref|ZP_02031914.1| hypothetical protein PARMER_01922 [Parabacteroides merdae ATCC 43184] gi|154087513|gb|EDN86558.1| hypothetical protein PARMER_01922 [Parabacteroides merdae ATCC 43184] Length=367 Score = 139 bits (351), Expect = 6e-31, Method: Compositional matrix adjust. Identities = 91/306 (30%), Positives = 155/306 (51%), Gaps = 5/306 (1%) Query 71 RRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPHHFLLTE-WFAPY 129 R++A+ + P+FI+GHWR+GTT +H + D T Y+ + P+ L + +F Sbjct 61 RKIADKPLEMDPVFILGHWRSGTTFMHNVFSCDKHFGYNTTYQTVFPNLMLWGQPFFKKN 120 Query 130 VEFLVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTI-AFPNRPPQY-EEYLDLEQV 187 + FL+ R DNM+L + PQE+EF +P Y FP +Y + YL + + Sbjct 121 MAFLMPDKRPTDNMELKVDLPQEEEFALA-NMMPYTYYNFWFFPKHMLEYCDRYLLFDNI 179 Query 188 APRELEIWKRTLFRFVQQVYFRRRKTVIL-KNPTHSFRIKVLLEVFPQAKFIHIVRDPYV 246 + E E++K T + ++ + + + L KNP H+ R+K L+E+FP AKFI++ R+PY Sbjct 180 SEHEREVFKETFLKLIKISLWNTKGSQFLSKNPPHTGRVKTLVEMFPNAKFIYLKRNPYT 239 Query 247 VYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELVDPTRFYELRYED 306 V+ ST + LQ + + ++ + Y L+ K +E + L+ E+++ED Sbjct 240 VFESTRSFFTNTIQPLRLQDISNEQIESNFIEVYRRLFYKYEEQKHLIPEGNLVEVKFED 299 Query 307 LIGDPEGQLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVEQRAIVDEHWGEI 366 D +Y+ L L FE + +YL YK N Y+ +V+E+WG Sbjct 300 FEQDAFAMTEDIYKKLNLPGFEESKAEIEKYLGKKKGYKKNQYKYDDRTVRLVEENWGMA 359 Query 367 IDRYGY 372 + +GY Sbjct 360 LKEWGY 365 >gi|116073267|ref|ZP_01470529.1| hypothetical protein RS9916_32492 [Synechococcus sp. RS9916] gi|116068572|gb|EAU74324.1| hypothetical protein RS9916_32492 [Synechococcus sp. RS9916] Length=346 Score = 139 bits (351), Expect = 6e-31, Method: Compositional matrix adjust. Identities = 91/325 (28%), Positives = 151/325 (47%), Gaps = 4/325 (1%) Query 39 AVHHSRWHFAVLYTFLSMVNSCLGLWQKIVFGRRVAETVIADPPIFIVGHWRTGTTLLHE 98 A+ SRW + +V L Q ++ R+ + D PI IVGHWR+GTT LH+ Sbjct 4 AMQPSRWLVGLQLVLPGVVLEPLAWLQVLILRTRLRALQVPDDPIVIVGHWRSGTTFLHQ 63 Query 99 LLVVDDRHTGPTGYECLAPH-HFLLTEWFAPYVEFLVSKHRAMDNMDLSLHHPQEDEFVW 157 LL VD + +AP LL W AP ++ +S+ R +D + S PQEDE Sbjct 64 LLSVDPQTATARNSFTVAPQVAVLLKPWLAPVLQRWMSRTRPIDAVPWSALDPQEDEIGL 123 Query 158 CMQGLPSPYLTIAFPNRPPQYEEYLDLEQVAPRELEIWKRTLFRFVQQVYFRRRKTVILK 217 + +AFP P + L A + ++ T ++ + R +++K Sbjct 124 ARLTPDTNMAGVAFPQHYPHHFRRCVLASTADFQQQLLHFTRLTWLHDGAGKTR--LLIK 181 Query 218 NPTHSFRIKVLLEVFPQAKFIHIVRDPYVVYPSTIHLHKALYRIHGLQQPTFDGLD-DKV 276 N H+ R+ +LL +FP+A+F+ + R+P S + + ++L + GLQ P + ++ Sbjct 182 NSAHTARVALLLRMFPKARFVLLKREPIASIRSLVQVKQSLAHLVGLQAPLDEVAQVEET 241 Query 277 VSTYVDLYRKLDEGRELVDPTRFYELRYEDLIGDPEGQLRRLYQHLGLGDFECYLPRLRQ 336 + + L + R L+ P + E+ Y DLI DP R+Y+ L L + P + Q Sbjct 242 TAAHRALMHAFERSRSLIPPGQLVEVAYGDLIADPLAATERIYRELNLSGWHLAQPAIAQ 301 Query 337 YLADHADYKTNSYQLTVEQRAIVDE 361 A Y+ QL++ A + E Sbjct 302 RAAMAQSYQAQPVQLSLAAEARLQE 326 >gi|224540135|ref|ZP_03680674.1| hypothetical protein BACCELL_05048 [Bacteroides cellulosilyticus DSM 14838] gi|224518243|gb|EEF87348.1| hypothetical protein BACCELL_05048 [Bacteroides cellulosilyticus DSM 14838] Length=368 Score = 139 bits (350), Expect = 9e-31, Method: Compositional matrix adjust. Identities = 79/273 (29%), Positives = 141/273 (52%), Gaps = 5/273 (1%) Query 59 SCLGLWQKIVFGRRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPH 118 S L Q + +R+A + P+FI+GHWR+GTT +H + D T Y+ + PH Sbjct 50 STLAPLQNGRYEKRLASQPLEHDPVFILGHWRSGTTFVHNVFSCDKHFGYNTTYQTVFPH 109 Query 119 HFLLTE-WFAPYVEFLVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAF-PNRPP 176 + + +F + +L+ R DNM+L++ PQE+EF +P Y F P Sbjct 110 LMMWGQPFFKKNMSWLMPDKRPTDNMELAVDLPQEEEFALA-NMMPYTYYNFWFLPKYQQ 168 Query 177 QY-EEYLDLEQVAPRELEIWKRTLFRFVQQVYFRRRKTVIL-KNPTHSFRIKVLLEVFPQ 234 +Y ++YL + + +EL++++ + ++ + T L KNP H+ R+K L+++FP Sbjct 169 EYADKYLLFDDITEKELKVFEEVFIKLIKISLWNTNGTQFLSKNPPHTGRVKELVKMFPN 228 Query 235 AKFIHIVRDPYVVYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELV 294 AKFI+++R+PY V+ ST + LQ + D ++ ++S Y LY K + + + Sbjct 229 AKFIYLMRNPYTVFESTRSFFTNTIQPLKLQDISNDEIEKNILSIYAKLYHKYEADKSCI 288 Query 295 DPTRFYELRYEDLIGDPEGQLRRLYQHLGLGDF 327 E+++ED D G ++Y+ L + F Sbjct 289 PAGNLMEVKFEDFEADAMGMTEQIYRGLSIPGF 321 >gi|256839695|ref|ZP_05545204.1| conserved hypothetical protein [Parabacteroides sp. D13] gi|256738625|gb|EEU51950.1| conserved hypothetical protein [Parabacteroides sp. D13] Length=367 Score = 139 bits (350), Expect = 9e-31, Method: Compositional matrix adjust. Identities = 96/306 (32%), Positives = 151/306 (50%), Gaps = 5/306 (1%) Query 71 RRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPHHFLLTE-WFAPY 129 +++A+ + P+FI+GHWR+GTT +H + D T Y+ + PH L + +F Sbjct 61 KKLADKPLEMDPLFILGHWRSGTTFVHNIFACDKHFGYTTTYQTVFPHLMLWGQPFFKKN 120 Query 130 VEFLVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTI-AFPNRPPQY-EEYLDLEQV 187 + FL+ R DNM+L + PQE+EF +P Y FP R +Y + YL + Sbjct 121 MAFLMPDKRPTDNMELKVDLPQEEEFALS-NMMPYTYYNFWFFPKRWMEYCDRYLLFNDI 179 Query 188 APRELEIWKRTLFRFVQQVYFRRRKTVIL-KNPTHSFRIKVLLEVFPQAKFIHIVRDPYV 246 E I+ T R V+ + T L KNP H+ R+K LLE+FP AKFI++ R+PY Sbjct 180 TEEERRIFMDTFMRLVKVSLWNTNGTQYLSKNPPHTGRVKTLLEMFPNAKFIYLKRNPYT 239 Query 247 VYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELVDPTRFYELRYED 306 V+ ST + LQ T + ++ + Y L+ K +E + L+ E+++ED Sbjct 240 VFESTRSFFTNTIQPLRLQDITNEQIEANFIEVYRRLFYKYEEEKHLIPEGNLVEVKFED 299 Query 307 LIGDPEGQLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVEQRAIVDEHWGEI 366 D G +Y L L F+ + +YL YK N Y+ +V+E+WG Sbjct 300 FEKDAFGMTENIYGSLNLPGFKESKADIEKYLGKKKGYKKNQYKYEDRTVRLVEENWGMA 359 Query 367 IDRYGY 372 + +GY Sbjct 360 LKEWGY 365 >gi|198274257|ref|ZP_03206789.1| hypothetical protein BACPLE_00397 [Bacteroides plebeius DSM 17135] gi|198272932|gb|EDY97201.1| hypothetical protein BACPLE_00397 [Bacteroides plebeius DSM 17135] Length=368 Score = 138 bits (348), Expect = 1e-30, Method: Compositional matrix adjust. Identities = 91/318 (29%), Positives = 164/318 (52%), Gaps = 5/318 (1%) Query 59 SCLGLWQKIVFGRRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPH 118 S L Q + + +A+ + P+FI+GHWR+GTT +H + D T Y+ + PH Sbjct 50 STLAPLQDKRYEKLLADKPLEHDPVFILGHWRSGTTFMHNVFSCDKHFGYNTTYQTVFPH 109 Query 119 HFLLTE-WFAPYVEFLVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAF-PNRPP 176 + + +F + +L+ R DNM+L++ PQE+EF +P Y F P Sbjct 110 LMMWGQPFFKKNMSWLMPDKRPTDNMELAVDLPQEEEFALA-NMMPYTYYNFWFLPKHMQ 168 Query 177 QY-EEYLDLEQVAPRELEIWKRTLFRFVQQVYFRRRKTVIL-KNPTHSFRIKVLLEVFPQ 234 +Y ++YL + ++ EL++++ T + ++ + T L KNP H+ R+K L+++FP Sbjct 169 EYADKYLLFDDISEAELKVFEETFTKLIKISLWNTHGTQFLSKNPPHTGRVKELVKMFPN 228 Query 235 AKFIHIVRDPYVVYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELV 294 AKFI+++R+PY V+ ST + LQ + + L + ++S Y LY K + ++ + Sbjct 229 AKFIYLMRNPYTVFESTRSFFTNTIQPLKLQDISNEELQENILSVYAKLYHKYEADKKFI 288 Query 295 DPTRFYELRYEDLIGDPEGQLRRLYQHLGLGDFECYLPRLRQYLADHADYKTNSYQLTVE 354 E+R+ED + + +YQ L + FE + Y+ YK N YQ E Sbjct 289 PEGNLVEVRFEDYETNAYDMTQEIYQKLQIPGFEDARADIEAYVNKKKGYKKNKYQYKPE 348 Query 355 QRAIVDEHWGEIIDRYGY 372 +V+++W ++++GY Sbjct 349 TVELVEKNWSFALEQWGY 366 >gi|299149160|ref|ZP_07042221.1| conserved hypothetical protein [Bacteroides sp. 3_1_23] gi|336417232|ref|ZP_08597558.1| hypothetical protein HMPREF1017_04666 [Bacteroides ovatus 3_8_47FAA] gi|298512827|gb|EFI36715.1| conserved hypothetical protein [Bacteroides sp. 3_1_23] gi|335936430|gb|EGM98360.1| hypothetical protein HMPREF1017_04666 [Bacteroides ovatus 3_8_47FAA] Length=368 Score = 137 bits (346), Expect = 3e-30, Method: Compositional matrix adjust. Identities = 80/273 (30%), Positives = 141/273 (52%), Gaps = 5/273 (1%) Query 59 SCLGLWQKIVFGRRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPH 118 S L Q + + +A + P+FI+GHWR+GTT +H + D T Y+ + PH Sbjct 50 SPLASLQDRRYEKLLANQPLEHDPVFILGHWRSGTTFVHNVFSCDKHFGYNTTYQTVFPH 109 Query 119 HFLLTE-WFAPYVEFLVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAF-PNRPP 176 + + +F + +L+ R DNM+L++ PQE+EF +P Y F P Sbjct 110 LMMWGQPFFKKNMSWLMPDKRPTDNMELAVDLPQEEEFALS-NMMPYTYYNFWFLPKYQQ 168 Query 177 QY-EEYLDLEQVAPRELEIWKRTLFRFVQQVYFRRRKTVIL-KNPTHSFRIKVLLEVFPQ 234 +Y ++YL + + EL++++ + ++ + R T L KNP H+ R+K L+++FP Sbjct 169 EYADKYLLFDDITDAELKVFEEVFTKLIKISLWNTRGTQFLSKNPPHTGRVKELVKMFPN 228 Query 235 AKFIHIVRDPYVVYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELV 294 AKFI+++R+PY V+ ST + LQ + + L++ ++S Y LY K + ++ + Sbjct 229 AKFIYLMRNPYTVFESTRSFFTNTIQPLKLQDVSNEQLEENILSIYAKLYHKYESDKKFI 288 Query 295 DPTRFYELRYEDLIGDPEGQLRRLYQHLGLGDF 327 E+++ED D G +YQ L + F Sbjct 289 PEGNLMEVKFEDFEADAMGMTENIYQSLSIPGF 321 >gi|315919130|ref|ZP_07915370.1| conserved hypothetical protein [Bacteroides sp. D2] gi|313693005|gb|EFS29840.1| conserved hypothetical protein [Bacteroides sp. D2] Length=368 Score = 137 bits (346), Expect = 3e-30, Method: Compositional matrix adjust. Identities = 80/273 (30%), Positives = 141/273 (52%), Gaps = 5/273 (1%) Query 59 SCLGLWQKIVFGRRVAETVIADPPIFIVGHWRTGTTLLHELLVVDDRHTGPTGYECLAPH 118 S L Q + + +A + P+FI+GHWR+GTT +H + D T Y+ + PH Sbjct 50 SPLASLQDRRYEKLLANQPLEHDPVFILGHWRSGTTFVHNVFSCDKHFGYNTTYQTVFPH 109 Query 119 HFLLTE-WFAPYVEFLVSKHRAMDNMDLSLHHPQEDEFVWCMQGLPSPYLTIAF-PNRPP 176 + + +F + +L+ R DNM+L++ PQE+EF +P Y F P Sbjct 110 LMMWGQPFFKKNMSWLMPDKRPTDNMELAVDLPQEEEFALS-NMMPYTYYNFWFLPKYQQ 168 Query 177 QY-EEYLDLEQVAPRELEIWKRTLFRFVQQVYFRRRKTVIL-KNPTHSFRIKVLLEVFPQ 234 +Y ++YL + + EL++++ + ++ + R T L KNP H+ R+K L+++FP Sbjct 169 EYADKYLLFDDITDAELKVFEEVFTKLIKISLWNTRGTQFLSKNPPHTGRVKELVKMFPN 228 Query 235 AKFIHIVRDPYVVYPSTIHLHKALYRIHGLQQPTFDGLDDKVVSTYVDLYRKLDEGRELV 294 AKFI+++R+PY V+ ST + LQ + + L++ ++S Y LY K + ++ + Sbjct 229 AKFIYLMRNPYTVFESTRSFFTNTIQPLKLQDVSNEQLEENILSIYAKLYHKYESDKKFI 288 Query 295 DPTRFYELRYEDLIGDPEGQLRRLYQHLGLGDF 327 E+++ED D G +YQ L + F Sbjct 289 PEGNLMEVKFEDFEADAMGMTENIYQSLSIPGF 321 Lambda K H 0.326 0.142 0.467 Gapped Lambda K H 0.267 0.0410 0.140 Effective search space used: 758906400850 Database: All non-redundant GenBank CDS translations+PDB+SwissProt+PIR+PRF excluding environmental samples from WGS projects Posted date: Sep 5, 2011 4:36 AM Number of letters in database: 5,219,829,388 Number of sequences in database: 15,229,318 Matrix: BLOSUM62 Gap Penalties: Existence: 11, Extension: 1 Neighboring words threshold: 11 Window for multiple hits: 40