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= 0002.0030.p (315 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8J0L3.1 D8J0L3_HERSS SorC family transcription regulator protein 642 0.0 C1D2P0.1 C1D2P0_DEIDV Putative transcriptional regulator, DeoR f... 307 1e-81 F0RNB3.1 F0RNB3_DEIPM Transcriptional regulator, DeoR family 298 8e-79 E8U5J2.1 E8U5J2_DEIML Transcriptional regulator, DeoR family 296 2e-78 Q1J3H6.1 Q1J3H6_DEIGD Transcriptional regulator, DeoR family 288 6e-76 E1R7C9.1 E1R7C9_SPISS Transcriptional regulator, DeoR family 284 1e-74 C3JDX1.1 C3JDX1_RHOER Transcriptional regulator 272 5e-71 C0ZMQ7.1 C0ZMQ7_RHOE4 Putative SorC family transcriptional regul... 269 3e-70 A0JX61.1 A0JX61_ARTS2 Transcriptional regulator 255 7e-66 A1R6X9.1 A1R6X9_ARTAT Putative transcriptional regulator, sugar-... 254 9e-66 >D8J0L3.1 D8J0L3_HERSS SorC family transcription regulator protein Length = 326 Score = 642 bits (1657), Expect = 0.0, Method: Compositional matrix adjust. Identities = 315/315 (100%), Positives = 315/315 (100%) Query: 1 MAVRVARLYYFQNMTTAAIADEIGTSRATVSRLLSFALERGLVEIRVHDPQQVSGSLEAA 60 MAVRVARLYYFQNMTTAAIADEIGTSRATVSRLLSFALERGLVEIRVHDPQQVSGSLEAA Sbjct: 12 MAVRVARLYYFQNMTTAAIADEIGTSRATVSRLLSFALERGLVEIRVHDPQQVSGSLEAA 71 Query: 61 IANHYRLHSIQVVPVAAAATDKETLQRVTCHAAAYVNSLVTPGTIIGLAWGTTVAQIADQ 120 IANHYRLHSIQVVPVAAAATDKETLQRVTCHAAAYVNSLVTPGTIIGLAWGTTVAQIADQ Sbjct: 72 IANHYRLHSIQVVPVAAAATDKETLQRVTCHAAAYVNSLVTPGTIIGLAWGTTVAQIADQ 131 Query: 121 LLPRHVHDVDVVALNGSGSGASFINSFSESIVSRFAQNYGARAHHLPVPAFFDYPETRTA 180 LLPRHVHDVDVVALNGSGSGASFINSFSESIVSRFAQNYGARAHHLPVPAFFDYPETRTA Sbjct: 132 LLPRHVHDVDVVALNGSGSGASFINSFSESIVSRFAQNYGARAHHLPVPAFFDYPETRTA 191 Query: 181 LWREKSIKAIRDLQERASILLFSIGAEATGSYIHTAGYLGEEERQILRDEGLVGDIATVF 240 LWREKSIKAIRDLQERASILLFSIGAEATGSYIHTAGYLGEEERQILRDEGLVGDIATVF Sbjct: 192 LWREKSIKAIRDLQERASILLFSIGAEATGSYIHTAGYLGEEERQILRDEGLVGDIATVF 251 Query: 241 FRADGSWRDVAFNARNSGPDMDCFTRAAHALCVVSGAGKLPGLKAALRGGFINELIIDEP 300 FRADGSWRDVAFNARNSGPDMDCFTRAAHALCVVSGAGKLPGLKAALRGGFINELIIDEP Sbjct: 252 FRADGSWRDVAFNARNSGPDMDCFTRAAHALCVVSGAGKLPGLKAALRGGFINELIIDEP 311 Query: 301 SARLLVEQIRNGAAA 315 SARLLVEQIRNGAAA Sbjct: 312 SARLLVEQIRNGAAA 326 >C1D2P0.1 C1D2P0_DEIDV Putative transcriptional regulator, DeoR family Length = 350 Score = 307 bits (786), Expect = 1e-81, Method: Compositional matrix adjust. Identities = 151/308 (49%), Positives = 207/308 (67%), Gaps = 2/308 (0%) Query: 1 MAVRVARLYYFQNMTTAAIADEIGTSRATVSRLLSFALERGLVEIRVHDPQQVSGSLEAA 60 +AV++ARLYY Q +TT AIA E+G SR VSRLL+ A GLVEIR+HDPQ SLEA Sbjct: 41 LAVQIARLYYHQGLTTDAIARELGLSRPKVSRLLTLARRTGLVEIRIHDPQAQPQSLEAQ 100 Query: 61 IANHYRLHSIQVVPVAAAATDKETLQRVTCHAAAYVNSLVTPGTIIGLAWGTTVAQIADQ 120 + + Y + VV V +++ L RV +A +++L+ P ++GLAWG T+ ++ Sbjct: 101 LRSAYPGLTPHVVGVPPGSSEAVWLDRVAVASARLLDTLLRPQQVVGLAWGNTLDAVSRM 160 Query: 121 LLPRHVHDVDVVALNGSGSGASFINSFSESIVSRFAQNYGARAHHLPVPAFFDYPETRTA 180 L PRHV D+ V LNGS F++ F ++RFAQNY ARAH PVP FFD P T+TA Sbjct: 161 LTPRHVADLQFVQLNGSAHARDFMSGFVTDTITRFAQNYSARAHLFPVPTFFDDPATKTA 220 Query: 181 LWREKSIKAIRDLQERASILLFSIGAEATG--SYIHTAGYLGEEERQILRDEGLVGDIAT 238 +WRE+S++ + +LQERA +LL+S+G G S++H GYL E++Q L +G+VGDIAT Sbjct: 221 MWRERSVRHVVELQERADVLLYSVGTLDPGSPSHVHVGGYLDPEDQQTLLTQGVVGDIAT 280 Query: 239 VFFRADGSWRDVAFNARNSGPDMDCFTRAAHALCVVSGAGKLPGLKAALRGGFINELIID 298 VF+R DGS+ D+ NAR SGPD+ TR HA+C+VSG K+ L+ AL GG +N LI+D Sbjct: 281 VFYRGDGSFADIPINARASGPDLTLTTRVTHAVCIVSGLAKVDALRGALNGGLMNTLIVD 340 Query: 299 EPSARLLV 306 E +AR L+ Sbjct: 341 EITARTLL 348 >F0RNB3.1 F0RNB3_DEIPM Transcriptional regulator, DeoR family Length = 324 Score = 298 bits (763), Expect = 8e-79, Method: Compositional matrix adjust. Identities = 149/311 (47%), Positives = 201/311 (64%), Gaps = 2/311 (0%) Query: 1 MAVRVARLYYFQNMTTAAIADEIGTSRATVSRLLSFALERGLVEIRVHDPQQVSGSLEAA 60 +AV+VARLYY Q +TT IA E+G SR VSRLL +A E GLVEIR+HDP SL Sbjct: 9 LAVQVARLYYHQGLTTGEIAAELGLSRPKVSRLLGYARESGLVEIRIHDPAAHPRSLAGQ 68 Query: 61 IANHYRLHSIQVVPVAAAATDKETLQRVTCHAAAYVNSLVTPGTIIGLAWGTTVAQIADQ 120 + +H+ +QV PV + + + L RV AA ++SL+ G +GLAWG TV ++ Sbjct: 69 LQDHFPGVQVQVTPVPPGSAEDDWLPRVAQATAALLDSLLRGGMTVGLAWGNTVDAVSHA 128 Query: 121 LLPRHVHDVDVVALNGSGSGASFINSFSESIVSRFAQNYGARAHHLPVPAFFDYPETRTA 180 L PR + +D V LNGS + ++ F V+RFA+NYG RAH PVP FFD P T+ Sbjct: 129 LTPRRLGGLDFVQLNGSANIQELVSGFVTDTVTRFARNYGGRAHLFPVPTFFDDPHTKEM 188 Query: 181 LWREKSIKAIRDLQERASILLFSIGAEAT--GSYIHTAGYLGEEERQILRDEGLVGDIAT 238 +WRE+S++ + DLQ RA +LL+S+G+ S+++ AG L ++ L G+VGDIAT Sbjct: 189 MWRERSVRQVLDLQARADLLLYSVGSPVAERPSHVYAAGSLDGADQAELSRLGVVGDIAT 248 Query: 239 VFFRADGSWRDVAFNARNSGPDMDCFTRAAHALCVVSGAGKLPGLKAALRGGFINELIID 298 VFFRADGSW D+ NAR SGPD+ ++CVVSG GK+P L AALRGG + LI+D Sbjct: 249 VFFRADGSWEDLPINARASGPDLALIAAHPQSVCVVSGLGKVPALHAALRGGLMKRLIVD 308 Query: 299 EPSARLLVEQI 309 EP+A L+EQ+ Sbjct: 309 EPTALALLEQV 319 >E8U5J2.1 E8U5J2_DEIML Transcriptional regulator, DeoR family Length = 320 Score = 296 bits (758), Expect = 2e-78, Method: Compositional matrix adjust. Identities = 146/310 (47%), Positives = 207/310 (66%), Gaps = 2/310 (0%) Query: 1 MAVRVARLYYFQNMTTAAIADEIGTSRATVSRLLSFALERGLVEIRVHDPQQVSGSLEAA 60 +AV+VARLYY+Q +TT AIA E+G SR VSRLL+ A GLVEIR+HDP +LE Sbjct: 10 LAVQVARLYYYQGLTTDAIAQELGLSRPKVSRLLTHARRAGLVEIRIHDPSAHPQALEGD 69 Query: 61 IANHYRLHSIQVVPVAAAATDKETLQRVTCHAAAYVNSLVTPGTIIGLAWGTTVAQIADQ 120 + + Y + VV V +T+ L+RV H A +++ + P ++GLAWG T+A ++ Sbjct: 70 LRSAYPFLTPHVVSVPPGSTEDVWLERVAQHTAQVLSNTLRPRHVVGLAWGNTLAAVSRA 129 Query: 121 LLPRHVHDVDVVALNGSGSGASFINSFSESIVSRFAQNYGARAHHLPVPAFFDYPETRTA 180 L PR V D+ V LNGS S +N F + R A+NY ARA+ PVP FFD P T+ A Sbjct: 130 LTPRSVPDLTFVQLNGSASPLDLMNGFVTDTLQRLARNYDARAYLFPVPTFFDDPHTKAA 189 Query: 181 LWREKSIKAIRDLQERASILLFSIGAEA--TGSYIHTAGYLGEEERQILRDEGLVGDIAT 238 +WRE+S++ + +LQ+RA +LL+S+G+ T S+++ YL + + L+ +G+VGDIAT Sbjct: 190 MWRERSVQHVLELQDRADVLLYSVGSTNARTPSHVYAGAYLDPADLEALQRDGVVGDIAT 249 Query: 239 VFFRADGSWRDVAFNARNSGPDMDCFTRAAHALCVVSGAGKLPGLKAALRGGFINELIID 298 VFFRADG+ +V NAR SGPD+ TR HA+CVVSG GK+ L+AALRG +N L++D Sbjct: 250 VFFRADGTHANVPMNARASGPDLTLMTRVPHAICVVSGLGKVEALRAALRGRLMNTLVVD 309 Query: 299 EPSARLLVEQ 308 EP+AR L+++ Sbjct: 310 EPTARALLQE 319 >Q1J3H6.1 Q1J3H6_DEIGD Transcriptional regulator, DeoR family Length = 357 Score = 288 bits (738), Expect = 6e-76, Method: Compositional matrix adjust. Identities = 148/316 (46%), Positives = 207/316 (65%), Gaps = 4/316 (1%) Query: 1 MAVRVARLYYFQNMTTAAIADEIGTSRATVSRLLSFALERGLVEIRVHDPQQVSGSLEAA 60 +AV+VARLYY Q +TT AIA E+ SR VSRLL+ A GLVEIR+HDPQ SLEA Sbjct: 36 LAVQVARLYYHQGLTTDAIARELQLSRPKVSRLLTLARRTGLVEIRIHDPQAHPQSLEAQ 95 Query: 61 IANHYRLHSIQVVPVAAAATDKETLQRVTCHAAAYVNSLVTPGTIIGLAWGTTVAQIADQ 120 + Y VV V + + ++RV AA+ ++S++ PG +GLAWG T+ ++ Sbjct: 96 LHERYPFLRSHVVSVPPGSPETVWMERVAVAAASVLDSVLRPGQTVGLAWGNTLDAVSRV 155 Query: 121 LLPRHVHDVDVVALNGSGSGASFINSFSESIVSRFAQNYGARAHHLPVPAFFDYPETRTA 180 L PR + ++D V LNGS + F++ F ++RFA NY RAH PVP FFD P T+ A Sbjct: 156 LRPRRMDNLDFVQLNGSANALDFMSGFVTDSITRFAGNYAGRAHLFPVPTFFDDPATKRA 215 Query: 181 LWREKSIKAIRDLQERASILLFSIGAEAT--GSYIHTAGYLGEEERQILRDEGLVGDIAT 238 +WRE+S++ + DLQ RA +LL+S+G+ A S+++ +G L + L EG+VGDIAT Sbjct: 216 MWRERSVRHVLDLQARADVLLYSVGSPAARHPSHVYISGALDPADLAQLEAEGVVGDIAT 275 Query: 239 VFFRADGSWRDVAFNARNSGPDMDCFTRAAHALCVVSGAGKLPGLKAALRGGFINELIID 298 VF+RADGS ++ NAR SGP++D T+ +HA+CVVSG GK+ L+AAL G +N L+ D Sbjct: 276 VFYRADGSHSGISLNARASGPNLDLMTQVSHAICVVSGLGKVQALRAALAGRLLNTLVTD 335 Query: 299 EPSAR--LLVEQIRNG 312 EP+AR L+ E+ NG Sbjct: 336 EPTARALLMPEEGSNG 351 >E1R7C9.1 E1R7C9_SPISS Transcriptional regulator, DeoR family Length = 327 Score = 284 bits (727), Expect = 1e-74, Method: Compositional matrix adjust. Identities = 137/310 (44%), Positives = 212/310 (68%), Gaps = 2/310 (0%) Query: 2 AVRVARLYYFQNMTTAAIADEIGTSRATVSRLLSFALERGLVEIRVHDPQQVSGSLEAAI 61 A++VA LYY+ +TT AIA E+ SR VSRLLS A + G+VEIR+ + + LE +I Sbjct: 11 ALQVATLYYYHGLTTEAIAKEMNFSRPKVSRLLSHARQSGMVEIRIVNVENKLLPLEQSI 70 Query: 62 ANHYRLHSIQVVPVAAAATDKETLQRVTCHAAAYVNSLVTPGTIIGLAWGTTVAQIADQL 121 +H+ L ++ +VPV + L+ V +AA Y+N ++ PG + +AWGTT+++IA L Sbjct: 71 KDHFGLENVHIVPVPKLLGEMVWLEYVAQYAANYLNEILEPGCTLAVAWGTTISEIAVHL 130 Query: 122 LPRHVHDVDVVALNGSGSGASFINSFSESIVSRFAQNYGARAHHLPVPAFFDYPETRTAL 181 +P+ + + +V +NGSG+ + N ++ +I+ +F++NY A PVP FFDY ET+ AL Sbjct: 131 IPKRMPGITIVQMNGSGNTYTPDNRYAANILQKFSENYEASYLLFPVPTFFDYRETKEAL 190 Query: 182 WREKSIKAIRDLQERASILLFSIGAEATG--SYIHTAGYLGEEERQILRDEGLVGDIATV 239 +RE+SIK I + Q A ILL+S+GA G S+I+++GYL E+ Q L ++G+VGD+ATV Sbjct: 191 FRERSIKKIIETQNNADILLYSVGAVDAGVPSHIYSSGYLEPEDIQSLEEQGVVGDLATV 250 Query: 240 FFRADGSWRDVAFNARNSGPDMDCFTRAAHALCVVSGAGKLPGLKAALRGGFINELIIDE 299 FFR +G+++D+ N R SGP ++ + +A A+CVVSG K+ GL AALR G++ ELI+DE Sbjct: 251 FFRENGTYKDIPINQRASGPSLELYKKAPRAICVVSGRAKIHGLHAALRAGYVKELIVDE 310 Query: 300 PSARLLVEQI 309 P+A LL +++ Sbjct: 311 PTAHLLWQRM 320 >C3JDX1.1 C3JDX1_RHOER Transcriptional regulator Length = 327 Score = 272 bits (695), Expect = 5e-71, Method: Compositional matrix adjust. Identities = 137/307 (44%), Positives = 197/307 (64%), Gaps = 3/307 (0%) Query: 2 AVRVARLYYFQNMTTAAIADEIGTSRATVSRLLSFALERGLVEIRVHDPQQVSGSLEAAI 61 AV+ ARLYYFQ+ T AAI ++G SR+TVSRL+++A GLVEI++ P + +E Sbjct: 21 AVQAARLYYFQDQTMAAIGRDMGVSRSTVSRLITYARTSGLVEIKISTPHGQAPRIEREF 80 Query: 62 ANHYRLHSIQVVPVAAAATDKETLQRVTCHAAAYVNSLVTPGTIIGLAWGTTVAQIADQL 121 + Y + + VV V D E L++V A + S ++G+AWGTT+++++ L Sbjct: 81 SERYGVRA-HVVTVPELVGDLERLEKVATFAGRLLASFFDSDMVMGIAWGTTLSEVSKHL 139 Query: 122 LPRHVHDVDVVALNGSGSGASFINSFSESIVSRFAQNYGARAHHLPVPAFFDYPETRTAL 181 P+ ++ VV LNG+ + + S++ I+ A YGA PVPAFFDYPETR L Sbjct: 140 APKRTYNSYVVQLNGAANTRTTGISYASDIIRTIADAYGALPQGFPVPAFFDYPETREQL 199 Query: 182 WREKSIKAIRDLQERASILLFSIGAEA--TGSYIHTAGYLGEEERQILRDEGLVGDIATV 239 WRE+SIK + D+Q+R + +FSIG S+++TAGYL +E + LR +G+VGDIATV Sbjct: 200 WRERSIKRVLDMQKRMDLAVFSIGVPGGNVPSHVYTAGYLEPDEAEALRRDGVVGDIATV 259 Query: 240 FFRADGSWRDVAFNARNSGPDMDCFTRAAHALCVVSGAGKLPGLKAALRGGFINELIIDE 299 FFR+DGS+R++ N R SGP +D F + A +C+V+G KLP L+ ALRGG I +LIID+ Sbjct: 260 FFRSDGSYREIELNERASGPRLDLFEKVARRVCIVAGTAKLPALEGALRGGLITDLIIDD 319 Query: 300 PSARLLV 306 SA LV Sbjct: 320 VSATALV 326 >C0ZMQ7.1 C0ZMQ7_RHOE4 Putative SorC family transcriptional regulator Length = 327 Score = 269 bits (688), Expect = 3e-70, Method: Compositional matrix adjust. Identities = 136/307 (44%), Positives = 195/307 (63%), Gaps = 3/307 (0%) Query: 2 AVRVARLYYFQNMTTAAIADEIGTSRATVSRLLSFALERGLVEIRVHDPQQVSGSLEAAI 61 AV+ ARLYYFQ+ T AAI ++G SR+TVSRL+++A GLVEI++ P + +E Sbjct: 21 AVQAARLYYFQDQTMAAIGRDMGVSRSTVSRLITYARTSGLVEIKISTPHGQAPRIEREF 80 Query: 62 ANHYRLHSIQVVPVAAAATDKETLQRVTCHAAAYVNSLVTPGTIIGLAWGTTVAQIADQL 121 + Y + + VV V D E L++V A + S ++G+AWGTT+++++ L Sbjct: 81 SERYGVRA-HVVTVPELVGDLERLEKVATFAGRLLASFFDSDMVMGIAWGTTLSEVSKHL 139 Query: 122 LPRHVHDVDVVALNGSGSGASFINSFSESIVSRFAQNYGARAHHLPVPAFFDYPETRTAL 181 P+ ++ VV LNG+ + + S++ I+ A YGA PVPAFFDYPETR L Sbjct: 140 APKRTYNSYVVQLNGAANTRTTGISYASDIIRTIADAYGALPQGFPVPAFFDYPETREQL 199 Query: 182 WREKSIKAIRDLQERASILLFSIGAEA--TGSYIHTAGYLGEEERQILRDEGLVGDIATV 239 WRE+SIK + D+Q+R + +FSIG S+++TAGYL +E + LR +G+VGDIATV Sbjct: 200 WRERSIKRVLDMQKRMDLAVFSIGVPGGNVPSHVYTAGYLEPDEAEALRRDGVVGDIATV 259 Query: 240 FFRADGSWRDVAFNARNSGPDMDCFTRAAHALCVVSGAGKLPGLKAALRGGFINELIIDE 299 FFR+DGS+R + N R SGP +D F + +C+V+G KLP L+ ALRGG I +LIID+ Sbjct: 260 FFRSDGSYRGIELNERASGPRLDLFEKVTRRVCIVAGTAKLPALEGALRGGLITDLIIDD 319 Query: 300 PSARLLV 306 SA LV Sbjct: 320 VSATALV 326 >A0JX61.1 A0JX61_ARTS2 Transcriptional regulator Length = 320 Score = 255 bits (651), Expect = 7e-66, Method: Compositional matrix adjust. Identities = 133/307 (43%), Positives = 191/307 (62%), Gaps = 3/307 (0%) Query: 2 AVRVARLYYFQNMTTAAIADEIGTSRATVSRLLSFALERGLVEIRVHDPQQVSGSLEAAI 61 A+R A+LYY Q++T AIA E+ TSR+TVSRLLS A E GLV+I++ +P LE I Sbjct: 9 ALRAAQLYYLQDLTMDAIARELRTSRSTVSRLLSAARETGLVQIQIRNPLDTGPELENMI 68 Query: 62 ANHYRLHSIQVVPVAAAATDKETLQRVTCHAAAYVNSLVTPGTIIGLAWGTTVAQIADQL 121 YR+ + VVPV + ETL RV AA + LV IIG+AWG+T++ ++ L Sbjct: 69 RTQYRV-DVHVVPVLDTLNEAETLDRVAMQAARTIGPLVDSNAIIGVAWGSTLSAVSRHL 127 Query: 122 LPRHVHDVDVVALNGSGSGASFINSFSESIVSRFAQNYGARAHHLPVPAFFDYPETRTAL 181 + HD +V LNG+G+ + +++ I+ RF YGAR PVPAFFD+ T+TA+ Sbjct: 128 TRKITHDSVIVQLNGAGNMQTTGITYASDIMRRFGSAYGARVEQFPVPAFFDHAATKTAM 187 Query: 182 WREKSIKAIRDLQERASILLFSIGAEATG--SYIHTAGYLGEEERQILRDEGLVGDIATV 239 W E+S++ I +LQ R SI +F +G+ S+++ GYL E++ IL + +VGD+ATV Sbjct: 188 WNERSVQRILELQSRMSIAIFGVGSVDADYPSHVYAGGYLDEDDLNILANSDVVGDVATV 247 Query: 240 FFRADGSWRDVAFNARNSGPDMDCFTRAAHALCVVSGAGKLPGLKAALRGGFINELIIDE 299 FFR DGS + N R++GP + + +CVVSGA K+ GL+ AL G +LI+DE Sbjct: 248 FFRGDGSSDGITLNERSTGPALAQLRQVRRRICVVSGASKINGLRGALAAGLATDLILDE 307 Query: 300 PSARLLV 306 +AR LV Sbjct: 308 ATARRLV 314 >A1R6X9.1 A1R6X9_ARTAT Putative transcriptional regulator, sugar-binding family Length = 320 Score = 254 bits (650), Expect = 9e-66, Method: Compositional matrix adjust. Identities = 133/307 (43%), Positives = 191/307 (62%), Gaps = 3/307 (0%) Query: 2 AVRVARLYYFQNMTTAAIADEIGTSRATVSRLLSFALERGLVEIRVHDPQQVSGSLEAAI 61 A+R A++YY Q++T AIA E+ TSR+TVSRLLS A E GLV++++ P LE+ I Sbjct: 9 ALRAAQMYYLQDLTMDAIARELRTSRSTVSRLLSSARETGLVQVQIRSPFDTGPELESQI 68 Query: 62 ANHYRLHSIQVVPVAAAATDKETLQRVTCHAAAYVNSLVTPGTIIGLAWGTTVAQIADQL 121 N Y + + VVPV + ETL RV AA + LV IIG+AWG T++ ++ L Sbjct: 69 RNQYGV-DVHVVPVLDTLNEAETLDRVAMQAARTIGPLVDSNAIIGVAWGATLSAVSRHL 127 Query: 122 LPRHVHDVDVVALNGSGSGASFINSFSESIVSRFAQNYGARAHHLPVPAFFDYPETRTAL 181 + HD VV LNG+G+ + +++ I+ RF YGAR PVPAFFD+ T+TA+ Sbjct: 128 TRKMTHDSIVVQLNGAGNMQTTGITYASDIMRRFGSAYGARVEQFPVPAFFDHASTKTAM 187 Query: 182 WREKSIKAIRDLQERASILLFSIGAEATG--SYIHTAGYLGEEERQILRDEGLVGDIATV 239 W E+S++ I DLQ R SI +F +G+ + S+++ GYL E + +L + +VGD+ATV Sbjct: 188 WNERSVQRILDLQARMSIAIFGVGSVDSDYPSHVYAGGYLDEHDLTMLAADDVVGDVATV 247 Query: 240 FFRADGSWRDVAFNARNSGPDMDCFTRAAHALCVVSGAGKLPGLKAALRGGFINELIIDE 299 FFR+DGS + N R++GP + + +CVVSGA K+ GL+ AL G +LI+DE Sbjct: 248 FFRSDGSSDGITLNERSTGPSHEQLRQVRRRICVVSGASKINGLQGALAAGLATDLILDE 307 Query: 300 PSARLLV 306 SAR LV Sbjct: 308 ASARRLV 314