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= 0035.0203.p (341 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8J0E8.1 D8J0E8_HERSS Response regulator protein 693 0.0 A6STX3.1 A6STX3_JANMA Response regulator/GGDEF domain protein 510 e-142 Q46V29.1 Q46V29_CUPPJ Response regulator receiver modulated digu... 435 e-120 Q1LG91.1 Q1LG91_RALME Putative response regulator of a two-compo... 429 e-118 E3HMB4.1 E3HMB4_ACHXA Response regulator receiver modulated digu... 417 e-115 B2JNG5.1 B2JNG5_BURP8 Response regulator receiver modulated digu... 414 e-113 E5U3D6.1 E5U3D6_ALCXX Signaling/response regulator protein (Frag... 411 e-113 B2T7S9.1 B2T7S9_BURPP Response regulator receiver modulated digu... 409 e-112 E2SU60.1 E2SU60_9RALS Response regulator WspR 409 e-112 Q88MS4.1 Q88MS4_PSEPK Response regulator/GGDEF domain protein 405 e-111 >D8J0E8.1 D8J0E8_HERSS Response regulator protein Length = 341 Score = 693 bits (1789), Expect = 0.0, Method: Compositional matrix adjust. Identities = 341/341 (100%), Positives = 341/341 (100%) Query: 1 MSSVHTDIPLVSPALPADEYKIMVLLVDDQPMVGEAIRRALANEPHIDFHFCTRAEEALT 60 MSSVHTDIPLVSPALPADEYKIMVLLVDDQPMVGEAIRRALANEPHIDFHFCTRAEEALT Sbjct: 1 MSSVHTDIPLVSPALPADEYKIMVLLVDDQPMVGEAIRRALANEPHIDFHFCTRAEEALT 60 Query: 61 VAERTRPTVILQDLVMPGVDGMTLVRQYRASAVLVNVPIIVLSSRDDAVVKRDAFAGGAN 120 VAERTRPTVILQDLVMPGVDGMTLVRQYRASAVLVNVPIIVLSSRDDAVVKRDAFAGGAN Sbjct: 61 VAERTRPTVILQDLVMPGVDGMTLVRQYRASAVLVNVPIIVLSSRDDAVVKRDAFAGGAN 120 Query: 121 DYMVKLPDVIELVARIRYHSRSYINLLQRDAAYSALRESQQQLQKSNFELQRLTNTDGLT 180 DYMVKLPDVIELVARIRYHSRSYINLLQRDAAYSALRESQQQLQKSNFELQRLTNTDGLT Sbjct: 121 DYMVKLPDVIELVARIRYHSRSYINLLQRDAAYSALRESQQQLQKSNFELQRLTNTDGLT 180 Query: 181 GIANRRYFDDYLGAEWRRARRDGLDLALLLIDVDFFKLYNDNYGHVAGDAVLRQVAEALD 240 GIANRRYFDDYLGAEWRRARRDGLDLALLLIDVDFFKLYNDNYGHVAGDAVLRQVAEALD Sbjct: 181 GIANRRYFDDYLGAEWRRARRDGLDLALLLIDVDFFKLYNDNYGHVAGDAVLRQVAEALD 240 Query: 241 SSIQRPADLSARFGGEEFAMILPRTGLDGAHAIAQKVCHLVESLQVPHEGSSVSAWLTVS 300 SSIQRPADLSARFGGEEFAMILPRTGLDGAHAIAQKVCHLVESLQVPHEGSSVSAWLTVS Sbjct: 241 SSIQRPADLSARFGGEEFAMILPRTGLDGAHAIAQKVCHLVESLQVPHEGSSVSAWLTVS 300 Query: 301 VGAATLVPQEQQELRELIEAADRRLYLAKQQGRNRVVWQDG 341 VGAATLVPQEQQELRELIEAADRRLYLAKQQGRNRVVWQDG Sbjct: 301 VGAATLVPQEQQELRELIEAADRRLYLAKQQGRNRVVWQDG 341 >A6STX3.1 A6STX3_JANMA Response regulator/GGDEF domain protein Length = 341 Score = 510 bits (1313), Expect = e-142, Method: Compositional matrix adjust. Identities = 242/327 (74%), Positives = 286/327 (87%) Query: 15 LPADEYKIMVLLVDDQPMVGEAIRRALANEPHIDFHFCTRAEEALTVAERTRPTVILQDL 74 LPA+EYKIMVLLVDDQPMVGEAIRRAL ++P+IDFH+C RA+EAL VAE+T+PTVILQDL Sbjct: 15 LPAEEYKIMVLLVDDQPMVGEAIRRALLSDPNIDFHYCARADEALRVAEKTKPTVILQDL 74 Query: 75 VMPGVDGMTLVRQYRASAVLVNVPIIVLSSRDDAVVKRDAFAGGANDYMVKLPDVIELVA 134 VMPGVDG+TLVRQYR +A+ ++PIIVLS+R+DA VKRDAFA G NDYMVKLPD IEL+A Sbjct: 75 VMPGVDGLTLVRQYRQNAITCDIPIIVLSTREDAEVKRDAFATGVNDYMVKLPDTIELIA 134 Query: 135 RIRYHSRSYINLLQRDAAYSALRESQQQLQKSNFELQRLTNTDGLTGIANRRYFDDYLGA 194 RIRYHSRSY NLLQRDAAY ALRESQQQLQKSNFELQRLTNTDGLTGIANRRYFDDYL A Sbjct: 135 RIRYHSRSYNNLLQRDAAYRALRESQQQLQKSNFELQRLTNTDGLTGIANRRYFDDYLSA 194 Query: 195 EWRRARRDGLDLALLLIDVDFFKLYNDNYGHVAGDAVLRQVAEALDSSIQRPADLSARFG 254 EW+RARR+ +L++LLIDVD FKLYND YGHVAGD VL+QVA++L++S RPADLSARFG Sbjct: 195 EWKRARREQQELSILLIDVDNFKLYNDTYGHVAGDLVLKQVAKSLEASAMRPADLSARFG 254 Query: 255 GEEFAMILPRTGLDGAHAIAQKVCHLVESLQVPHEGSSVSAWLTVSVGAATLVPQEQQEL 314 GEEFA+ILP TG +GA +KVC VE+L++PH +++ WLTVSVGAAT+ PQ +Q Sbjct: 255 GEEFAIILPATGSNGAVISGKKVCAAVEALRIPHAHAAIGEWLTVSVGAATITPQAEQVP 314 Query: 315 RELIEAADRRLYLAKQQGRNRVVWQDG 341 +LIE AD+RLY AK+ G++RV+W+D Sbjct: 315 NDLIELADKRLYRAKELGKHRVIWEDA 341 >Q46V29.1 Q46V29_CUPPJ Response regulator receiver modulated diguanylate cyclase Length = 359 Score = 435 bits (1119), Expect = e-120, Method: Compositional matrix adjust. Identities = 211/333 (63%), Positives = 262/333 (78%) Query: 5 HTDIPLVSPALPADEYKIMVLLVDDQPMVGEAIRRALANEPHIDFHFCTRAEEALTVAER 64 +T I ++ A+ Y +MVLLVDDQ M+GEA+RRALA+EP IDFH+C ++A+ VAER Sbjct: 21 NTAITAITDTPAANSYPVMVLLVDDQAMIGEAVRRALASEPDIDFHYCATPDDAVAVAER 80 Query: 65 TRPTVILQDLVMPGVDGMTLVRQYRASAVLVNVPIIVLSSRDDAVVKRDAFAGGANDYMV 124 TRPTVILQDLVMPGVDG+TLVR+YR +A ++PIIVLS++++A +K AF+ GANDY+V Sbjct: 81 TRPTVILQDLVMPGVDGLTLVRRYRDNAATRDIPIIVLSTKEEAAMKSAAFSAGANDYLV 140 Query: 125 KLPDVIELVARIRYHSRSYINLLQRDAAYSALRESQQQLQKSNFELQRLTNTDGLTGIAN 184 KLPD IELVARIRYHSRSY+NLLQRD AY ALR+SQQQL ++N ELQRLTN+DGLTG++N Sbjct: 141 KLPDSIELVARIRYHSRSYLNLLQRDEAYRALRQSQQQLLETNLELQRLTNSDGLTGLSN 200 Query: 185 RRYFDDYLGAEWRRARRDGLDLALLLIDVDFFKLYNDNYGHVAGDAVLRQVAEALDSSIQ 244 RRYFD+YL AEW+RA+R+ LALL+IDVD FK YND YGHVAGD VLR+VA L + Sbjct: 201 RRYFDEYLNAEWKRAQREQSQLALLMIDVDAFKAYNDTYGHVAGDEVLRRVAAVLRDNCS 260 Query: 245 RPADLSARFGGEEFAMILPRTGLDGAHAIAQKVCHLVESLQVPHEGSSVSAWLTVSVGAA 304 RPADL ARFGGEEF+M+LP T GA A+KV +ESL + H G+ +LTVS+GAA Sbjct: 261 RPADLPARFGGEEFSMVLPSTSPGGARLFAEKVRRAIESLGIAHSGADTGGFLTVSIGAA 320 Query: 305 TLVPQEQQELRELIEAADRRLYLAKQQGRNRVV 337 LVP++ Q L+E AD LY AK+ GRN+VV Sbjct: 321 VLVPEDGQPSSRLVEVADAGLYEAKRNGRNQVV 353 >Q1LG91.1 Q1LG91_RALME Putative response regulator of a two-component system Length = 335 Score = 429 bits (1103), Expect = e-118, Method: Compositional matrix adjust. Identities = 206/319 (64%), Positives = 255/319 (79%) Query: 19 EYKIMVLLVDDQPMVGEAIRRALANEPHIDFHFCTRAEEALTVAERTRPTVILQDLVMPG 78 EY MVLLVDDQ ++GEAIRRALA+E IDFH+C++ EEA+TVAERT+PTVILQDLVMPG Sbjct: 15 EYPAMVLLVDDQAIIGEAIRRALASESDIDFHYCSQPEEAVTVAERTKPTVILQDLVMPG 74 Query: 79 VDGMTLVRQYRASAVLVNVPIIVLSSRDDAVVKRDAFAGGANDYMVKLPDVIELVARIRY 138 DG+TLVR+YR +A ++PIIVLS++++ +K AFA GANDY+VKLPD IEL+ARIRY Sbjct: 75 TDGLTLVRRYRENATTRDIPIIVLSTKEEPTMKSAAFAAGANDYLVKLPDSIELIARIRY 134 Query: 139 HSRSYINLLQRDAAYSALRESQQQLQKSNFELQRLTNTDGLTGIANRRYFDDYLGAEWRR 198 HSRSY+NLLQRD AY ALR+SQQQL ++N ELQRLTN+DGLT ++NRRYFD+YLGAEW+R Sbjct: 135 HSRSYLNLLQRDEAYRALRQSQQQLLETNLELQRLTNSDGLTSLSNRRYFDEYLGAEWKR 194 Query: 199 ARRDGLDLALLLIDVDFFKLYNDNYGHVAGDAVLRQVAEALDSSIQRPADLSARFGGEEF 258 A+R+ LALL+IDVD FK YND YGHVAGD VLR+VA + + RPADL ARFGGEEF Sbjct: 195 AQREQTQLALLMIDVDAFKGYNDTYGHVAGDEVLRRVAAVIRENCARPADLPARFGGEEF 254 Query: 259 AMILPRTGLDGAHAIAQKVCHLVESLQVPHEGSSVSAWLTVSVGAATLVPQEQQELRELI 318 +MILP T GA +A+KV +E+L++PH S ++TVS+G A +VP + LI Sbjct: 255 SMILPATSPGGARLLAEKVRRAIETLRIPHACSPTGGFVTVSIGGAVIVPGGDADFSRLI 314 Query: 319 EAADRRLYLAKQQGRNRVV 337 EAAD LY AK+ GRN+VV Sbjct: 315 EAADAGLYQAKRNGRNQVV 333 >E3HMB4.1 E3HMB4_ACHXA Response regulator receiver modulated diguanylate cyclase Length = 337 Score = 417 bits (1073), Expect = e-115, Method: Compositional matrix adjust. Identities = 201/320 (62%), Positives = 253/320 (79%) Query: 18 DEYKIMVLLVDDQPMVGEAIRRALANEPHIDFHFCTRAEEALTVAERTRPTVILQDLVMP 77 + + MVLLVDDQ MVGEAIRRALA E +IDFH+C+ E+AL VA +TRPTVILQDLV+P Sbjct: 14 NSHAAMVLLVDDQVMVGEAIRRALATEGNIDFHYCSDPEKALAVAIQTRPTVILQDLVLP 73 Query: 78 GVDGMTLVRQYRASAVLVNVPIIVLSSRDDAVVKRDAFAGGANDYMVKLPDVIELVARIR 137 GVDG++LV++YR V ++PIIVLS+++D +K AFA GANDY+VKLPD IELVARIR Sbjct: 74 GVDGLSLVQEYRGHPVTRDIPIIVLSTKEDPAIKSAAFAAGANDYLVKLPDSIELVARIR 133 Query: 138 YHSRSYINLLQRDAAYSALRESQQQLQKSNFELQRLTNTDGLTGIANRRYFDDYLGAEWR 197 YHSRSY+ L+QRD AY ALR+SQQQL +SN EL+RLTN+DGLTG+ NRRYFD+YL AEW+ Sbjct: 134 YHSRSYLALVQRDEAYQALRQSQQQLLESNMELRRLTNSDGLTGLGNRRYFDEYLNAEWQ 193 Query: 198 RARRDGLDLALLLIDVDFFKLYNDNYGHVAGDAVLRQVAEALDSSIQRPADLSARFGGEE 257 RARRDG ++++L+IDVD FK YND YGH+AGD L++VA + +S R DL+ARFGGEE Sbjct: 194 RARRDGREISMLMIDVDHFKAYNDTYGHIAGDEALKRVANTIFASCDRSTDLAARFGGEE 253 Query: 258 FAMILPRTGLDGAHAIAQKVCHLVESLQVPHEGSSVSAWLTVSVGAATLVPQEQQELREL 317 FA++LP T A A+K+ VE+LQ+P + + WLTVS+G AT VPQ +Q +L Sbjct: 254 FALVLPGTPAGSARLAAEKLRRAVEALQIPQKDTGDGPWLTVSIGTATAVPQGEQPCTDL 313 Query: 318 IEAADRRLYLAKQQGRNRVV 337 I+ ADR LY AK+QGRNRVV Sbjct: 314 IQVADRGLYQAKRQGRNRVV 333 >B2JNG5.1 B2JNG5_BURP8 Response regulator receiver modulated diguanylate cyclase Length = 372 Score = 414 bits (1063), Expect = e-113, Method: Compositional matrix adjust. Identities = 198/320 (61%), Positives = 248/320 (77%) Query: 22 IMVLLVDDQPMVGEAIRRALANEPHIDFHFCTRAEEALTVAERTRPTVILQDLVMPGVDG 81 IMVLLVDDQ +V EA+RRALANE ID H+C A+EA+ A TRPTVILQDLVMPG+DG Sbjct: 43 IMVLLVDDQAIVAEAVRRALANEEGIDLHYCASADEAIRAATHTRPTVILQDLVMPGIDG 102 Query: 82 MTLVRQYRASAVLVNVPIIVLSSRDDAVVKRDAFAGGANDYMVKLPDVIELVARIRYHSR 141 +TLV+ YRA+ L NVPIIVLS++++ +K AFA GANDY+VKLPD IELVARIRYHSR Sbjct: 103 LTLVKAYRANTKLRNVPIIVLSTKEEPTIKSAAFAAGANDYLVKLPDRIELVARIRYHSR 162 Query: 142 SYINLLQRDAAYSALRESQQQLQKSNFELQRLTNTDGLTGIANRRYFDDYLGAEWRRARR 201 SY+NLLQRD AY ALRESQQQL ++N EL++LT +DGLTG++NRRY D+YL AEWRR R Sbjct: 163 SYVNLLQRDEAYRALRESQQQLLEANLELRKLTQSDGLTGLSNRRYLDEYLNAEWRRGMR 222 Query: 202 DGLDLALLLIDVDFFKLYNDNYGHVAGDAVLRQVAEALDSSIQRPADLSARFGGEEFAMI 261 +++LL++DVD FK YND YGHVAGD VL+Q+A ++ + RP DL+ARFGGEEFA++ Sbjct: 223 AQSEVSLLMLDVDNFKPYNDTYGHVAGDEVLKQIASTVEGCLGRPGDLAARFGGEEFAVV 282 Query: 262 LPRTGLDGAHAIAQKVCHLVESLQVPHEGSSVSAWLTVSVGAATLVPQEQQELRELIEAA 321 LP T G +A+K+ VE+L++PH GSS ++TVSVG ATLVP ++ LIE A Sbjct: 283 LPGTAAGGTRLLAEKIRLEVEALRIPHAGSSSGNYVTVSVGCATLVPAPDAQMTTLIETA 342 Query: 322 DRRLYLAKQQGRNRVVWQDG 341 D LY AK+ G+NRV +G Sbjct: 343 DLALYRAKRDGKNRVAAMEG 362 >E5U3D6.1 E5U3D6_ALCXX Signaling/response regulator protein (Fragment) Length = 351 Score = 411 bits (1056), Expect = e-113, Method: Compositional matrix adjust. Identities = 203/330 (61%), Positives = 256/330 (77%), Gaps = 1/330 (0%) Query: 9 PLVSPA-LPADEYKIMVLLVDDQPMVGEAIRRALANEPHIDFHFCTRAEEALTVAERTRP 67 P+ SPA + + MVLLVDDQ MVGEAIRRALA E +IDFH+C+ +ALTVA +TRP Sbjct: 4 PIDSPASADLNSHAAMVLLVDDQVMVGEAIRRALATEGNIDFHYCSDPYKALTVAVQTRP 63 Query: 68 TVILQDLVMPGVDGMTLVRQYRASAVLVNVPIIVLSSRDDAVVKRDAFAGGANDYMVKLP 127 TVILQDLV+PGVDG++LV++YR+ V ++PIIVLS+++D +K AFA GANDY+VKLP Sbjct: 64 TVILQDLVLPGVDGLSLVQEYRSHPVTRDIPIIVLSTKEDPAIKSAAFAAGANDYLVKLP 123 Query: 128 DVIELVARIRYHSRSYINLLQRDAAYSALRESQQQLQKSNFELQRLTNTDGLTGIANRRY 187 D IELVARIRYHSRSY+ L+QRD AY ALR+SQQQL +SN EL+RLTN+DGLTG+ NRRY Sbjct: 124 DSIELVARIRYHSRSYLALVQRDEAYQALRQSQQQLLESNMELRRLTNSDGLTGLGNRRY 183 Query: 188 FDDYLGAEWRRARRDGLDLALLLIDVDFFKLYNDNYGHVAGDAVLRQVAEALDSSIQRPA 247 FD+YL AEW RARRDG ++++L+IDVD FK YND YGH+AGD L++VA + +S R Sbjct: 184 FDEYLNAEWLRARRDGREISMLMIDVDHFKSYNDTYGHIAGDEALKRVANTIFASCDRST 243 Query: 248 DLSARFGGEEFAMILPRTGLDGAHAIAQKVCHLVESLQVPHEGSSVSAWLTVSVGAATLV 307 DL+ARFGGEEFA++LP T A A+K+ VE++Q+P + + WLTVS+G AT V Sbjct: 244 DLAARFGGEEFALVLPGTPAGSARLAAEKLRRAVEAMQIPQKDNGGGPWLTVSIGTATAV 303 Query: 308 PQEQQELRELIEAADRRLYLAKQQGRNRVV 337 P Q +LI+ ADR LY AK+QGRNRVV Sbjct: 304 PVVDQPCTDLIQIADRGLYQAKRQGRNRVV 333 >B2T7S9.1 B2T7S9_BURPP Response regulator receiver modulated diguanylate cyclase Length = 362 Score = 409 bits (1050), Expect = e-112, Method: Compositional matrix adjust. Identities = 198/325 (60%), Positives = 250/325 (76%), Gaps = 1/325 (0%) Query: 16 PADEYKIMVLLVDDQPMVGEAIRRALANEPHIDFHFCTRAEEALTVAERTRPTVILQDLV 75 PA E IMVLLVDDQ ++ EAIR+ALA+EP +DFH+C EEAL A TR TVILQDLV Sbjct: 39 PAAECPIMVLLVDDQAIIAEAIRQALADEPSVDFHYCASPEEALRSAAETRATVILQDLV 98 Query: 76 MPGVDGMTLVRQYRASAVLVNVPIIVLSSRDDAVVKRDAFAGGANDYMVKLPDVIELVAR 135 MPG DG+TLVRQYR +A ++PIIVLS++++ +VK AFA GANDY+VKLPD IEL+AR Sbjct: 99 MPGTDGLTLVRQYRQNAATRDIPIIVLSTKEEPLVKSAAFAAGANDYLVKLPDRIELIAR 158 Query: 136 IRYHSRSYINLLQRDAAYSALRESQQQLQKSNFELQRLTNTDGLTGIANRRYFDDYLGAE 195 IRYHSRSY+NL+QRD AY ALR+SQQQL +N ELQRLT++DGLTG++NRRY D YL AE Sbjct: 159 IRYHSRSYLNLIQRDEAYRALRQSQQQLLATNLELQRLTHSDGLTGLSNRRYLDQYLAAE 218 Query: 196 WRRARRDGLDLALLLIDVDFFKLYNDNYGHVAGDAVLRQVAEALDSSIQRPADLSARFGG 255 WRR+ R+ L L+IDVD FK YND YGHVAGD VL+ VA ++S + RPADL+ARFGG Sbjct: 219 WRRSTREKTGLGFLMIDVDNFKAYNDTYGHVAGDEVLKTVAHTVESCLGRPADLAARFGG 278 Query: 256 EEFAMILPRTGLDGAHAIAQKVCHLVESLQVPHEGSSVSAWLTVSVGAATLVPQEQQELR 315 EEFA+++P T G +A+K+ +E L +PH GS+ + +T+S+GAATLVP + + Sbjct: 279 EEFAVVVPGTSSGGLRLLAEKIRIAIEGLAIPHSGSA-TGIVTISIGAATLVPTVAEPVT 337 Query: 316 ELIEAADRRLYLAKQQGRNRVVWQD 340 +LIEAAD LY AK+ G+N+V D Sbjct: 338 KLIEAADVGLYRAKRDGKNQVAVSD 362 >E2SU60.1 E2SU60_9RALS Response regulator WspR Length = 371 Score = 409 bits (1050), Expect = e-112, Method: Compositional matrix adjust. Identities = 197/330 (59%), Positives = 252/330 (76%), Gaps = 2/330 (0%) Query: 12 SPALPADEYKIMVLLVDDQPMVGEAIRRALANEPHIDFHFCTRAEEALTVAERTRPTVIL 71 +PA A + +MVLLVDDQ +V EAIR+ALA E IDFH+C R++EA+ A +TRPTVIL Sbjct: 37 TPA--AADVPVMVLLVDDQAIVAEAIRQALAGEDRIDFHYCARSDEAMVAAIQTRPTVIL 94 Query: 72 QDLVMPGVDGMTLVRQYRASAVLVNVPIIVLSSRDDAVVKRDAFAGGANDYMVKLPDVIE 131 QDLVMPG DG+TLVR YRA+ VL +V IIVLS++++ V+K AFA GANDY+VKLPD IE Sbjct: 95 QDLVMPGTDGLTLVRDYRANPVLRDVSIIVLSTKEEPVIKSAAFAAGANDYLVKLPDRIE 154 Query: 132 LVARIRYHSRSYINLLQRDAAYSALRESQQQLQKSNFELQRLTNTDGLTGIANRRYFDDY 191 L+ARIRYHSRS++NLLQRD AY ALR+SQQQL ++N EL+RLTN+DGLTG+ANRRY D+Y Sbjct: 155 LLARIRYHSRSFVNLLQRDEAYRALRQSQQQLLEANLELRRLTNSDGLTGLANRRYLDEY 214 Query: 192 LGAEWRRARRDGLDLALLLIDVDFFKLYNDNYGHVAGDAVLRQVAEALDSSIQRPADLSA 251 L AEWRR R+G L+ L+IDVD FKLYND YGHVAGD L+++ +++ + RP DL+A Sbjct: 215 LSAEWRRGAREGTTLSFLMIDVDNFKLYNDTYGHVAGDEALKRIGSTVEACLGRPGDLAA 274 Query: 252 RFGGEEFAMILPRTGLDGAHAIAQKVCHLVESLQVPHEGSSVSAWLTVSVGAATLVPQEQ 311 RFGGEEFA++LP +G +A+K+ +E+LQVPH SS ++TVS+G A + P Sbjct: 275 RFGGEEFAVVLPGNSAEGLKQLAEKIRSAIEALQVPHMHSSTGGYVTVSIGGAVVTPMHD 334 Query: 312 QELRELIEAADRRLYLAKQQGRNRVVWQDG 341 LIEAAD LY AK +G+NR V +G Sbjct: 335 VPTTTLIEAADLALYQAKHEGKNRAVIGEG 364 >Q88MS4.1 Q88MS4_PSEPK Response regulator/GGDEF domain protein Length = 335 Score = 405 bits (1042), Expect = e-111, Method: Compositional matrix adjust. Identities = 199/331 (60%), Positives = 248/331 (74%), Gaps = 1/331 (0%) Query: 6 TDIPLVSPALPADEYKIMVLLVDDQPMVGEAIRRALANEPHIDFHFCTRAEEALTVAERT 65 D+P+ A +E MVLLVDDQ M+GEA+RR LANE +IDFHFC +A+ A R Sbjct: 3 NDLPIEGFA-TTNENSAMVLLVDDQAMIGEAVRRGLANEDNIDFHFCADPHQAVAQAMRI 61 Query: 66 RPTVILQDLVMPGVDGMTLVRQYRASAVLVNVPIIVLSSRDDAVVKRDAFAGGANDYMVK 125 +PTVILQDL+MPG+DG+TLVR+YR + V ++PIIVLS+++D +VK AFA GANDY+VK Sbjct: 62 KPTVILQDLIMPGLDGLTLVREYRNNPVTQDIPIIVLSTKEDPLVKSAAFAAGANDYLVK 121 Query: 126 LPDVIELVARIRYHSRSYINLLQRDAAYSALRESQQQLQKSNFELQRLTNTDGLTGIANR 185 LPD IELVARIRYHSRSY+ LLQRD AY ALR SQQQL SN LQRL N+DGLTG++NR Sbjct: 122 LPDTIELVARIRYHSRSYLTLLQRDEAYRALRVSQQQLLDSNLMLQRLMNSDGLTGLSNR 181 Query: 186 RYFDDYLGAEWRRARRDGLDLALLLIDVDFFKLYNDNYGHVAGDAVLRQVAEALDSSIQR 245 R+FD+YL EWRRA R+ L+LL+IDVD+FK+YND++GH+AGD LRQVAEA+ SS R Sbjct: 182 RHFDEYLELEWRRAMREQQQLSLLMIDVDYFKVYNDSFGHLAGDEALRQVAEAIRSSCSR 241 Query: 246 PADLSARFGGEEFAMILPRTGLDGAHAIAQKVCHLVESLQVPHEGSSVSAWLTVSVGAAT 305 P DL AR+GGEEFA++LP T GA +A+K+ V L +PH + +LTVS+G AT Sbjct: 242 PTDLPARYGGEEFALVLPNTSPGGARLVAEKLRQTVLGLGIPHTAPTADTFLTVSIGLAT 301 Query: 306 LVPQEQQELRELIEAADRRLYLAKQQGRNRV 336 P R+LI AAD+ LYLAK GRN+V Sbjct: 302 QTPAIGSHCRQLISAADKGLYLAKNGGRNQV 332