BLASTP 2.2.21 [Jun-14-2009] Reference: Altschul, Stephen F., Thomas L. Madden, Alejandro A. Schaffer, Jinghui Zhang, Zheng Zhang, Webb Miller, and David J. Lipman (1997), "Gapped BLAST and PSI-BLAST: a new generation of protein database search programs", Nucleic Acids Res. 25:3389-3402. Reference for compositional score matrix adjustment: Altschul, Stephen F., John C. Wootton, E. Michael Gertz, Richa Agarwala, Aleksandr Morgulis, Alejandro A. Schaffer, and Yi-Kuo Yu (2005) "Protein database searches using compositionally adjusted substitution matrices", FEBS J. 272:5101-5109. Query= 0007.0089.p (461 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8IPD7.1 D8IPD7_HERSS Exoribonuclease BN transmembrane protein E... 631 e-179 A6T3V9.1 A6T3V9_JANMA Ribonuclease BN 369 e-100 A4GA58.1 A4GA58_HERAR Putative ribonuclease BN 352 7e-95 Q2Y725.1 Q2Y725_NITMU Ribonuclease BN, putative 325 8e-87 A1TUD2.1 A1TUD2_ACIAC Ribonuclease BN 317 2e-84 Q21XV4.1 Q21XV4_RHOFD Ribonuclease BN, putative 315 9e-84 Q3SK70.1 Q3SK70_THIDA Ribonuclease BN 312 9e-83 Q46SX4.1 Q46SX4_CUPPJ Ribonuclease BN 308 2e-81 B3R8E1.1 B3R8E1_CUPTR Ribonuclease BN 305 9e-81 E6UZP7.1 E6UZP7_VARPD Ribonuclease BN 296 5e-78 >D8IPD7.1 D8IPD7_HERSS Exoribonuclease BN transmembrane protein EC=3.1.13.1 Length = 317 Score = 631 bits (1628), Expect = e-179, Method: Compositional matrix adjust. Identities = 317/317 (100%), Positives = 317/317 (100%) Query: 145 MISGGSRPQQAWQMTMAAINAWIDDFAPSMGAAIAYYTIFSIAPMLVIAIAVAGMLFGHD 204 MISGGSRPQQAWQMTMAAINAWIDDFAPSMGAAIAYYTIFSIAPMLVIAIAVAGMLFGHD Sbjct: 1 MISGGSRPQQAWQMTMAAINAWIDDFAPSMGAAIAYYTIFSIAPMLVIAIAVAGMLFGHD 60 Query: 205 AAQGEIVNQIRDIVGTEGAFAIQGLLKSVSQPREGMIAAGISVVTLVIGATAVFSELQSA 264 AAQGEIVNQIRDIVGTEGAFAIQGLLKSVSQPREGMIAAGISVVTLVIGATAVFSELQSA Sbjct: 61 AAQGEIVNQIRDIVGTEGAFAIQGLLKSVSQPREGMIAAGISVVTLVIGATAVFSELQSA 120 Query: 265 LDRIWRIPAVKRKSGVWQLARTRLLSFGLILGLGFLLIISLVVSAALAALGRWWGGWFEG 324 LDRIWRIPAVKRKSGVWQLARTRLLSFGLILGLGFLLIISLVVSAALAALGRWWGGWFEG Sbjct: 121 LDRIWRIPAVKRKSGVWQLARTRLLSFGLILGLGFLLIISLVVSAALAALGRWWGGWFEG 180 Query: 325 WQLVLQLLNFVLSFVVFSTLFSMIYKFMPRVTLSWRDVWIGAVATTVLFIIGKYLIGLYL 384 WQLVLQLLNFVLSFVVFSTLFSMIYKFMPRVTLSWRDVWIGAVATTVLFIIGKYLIGLYL Sbjct: 181 WQLVLQLLNFVLSFVVFSTLFSMIYKFMPRVTLSWRDVWIGAVATTVLFIIGKYLIGLYL 240 Query: 385 GSTGMTSGFGAAGSFALLLLWIYYSAQIFLLGAEFTWIYANNFGSRALRQKLVNTVEDHH 444 GSTGMTSGFGAAGSFALLLLWIYYSAQIFLLGAEFTWIYANNFGSRALRQKLVNTVEDHH Sbjct: 241 GSTGMTSGFGAAGSFALLLLWIYYSAQIFLLGAEFTWIYANNFGSRALRQKLVNTVEDHH 300 Query: 445 VSVQQAQQVVRASEGQR 461 VSVQQAQQVVRASEGQR Sbjct: 301 VSVQQAQQVVRASEGQR 317 >A6T3V9.1 A6T3V9_JANMA Ribonuclease BN Length = 301 Score = 369 bits (946), Expect = e-100, Method: Compositional matrix adjust. Identities = 175/297 (58%), Positives = 227/297 (76%) Query: 150 SRPQQAWQMTMAAINAWIDDFAPSMGAAIAYYTIFSIAPMLVIAIAVAGMLFGHDAAQGE 209 + Q AW +T A+ AW+ DFAPSMGAA+AYYTIFS+APML+I IA+AG FG + AQGE Sbjct: 4 THLQDAWSLTKEAVQAWMQDFAPSMGAALAYYTIFSLAPMLIIVIAIAGFFFGQNTAQGE 63 Query: 210 IVNQIRDIVGTEGAFAIQGLLKSVSQPREGMIAAGISVVTLVIGATAVFSELQSALDRIW 269 I+ Q+R +VG GA A++G+L+SVSQP +G++AA + +TL+IGATAVF ELQSAL+RIW Sbjct: 64 IIAQLRGLVGDTGAAAVEGILRSVSQPGQGIVAATLGTLTLMIGATAVFGELQSALNRIW 123 Query: 270 RIPAVKRKSGVWQLARTRLLSFGLILGLGFLLIISLVVSAALAALGRWWGGWFEGWQLVL 329 ++ A GVW+ TRLLSFG+++GLGF+L+IS+++SAALAALG+WWG W +VL Sbjct: 124 KVTANNNTGGVWKFVCTRLLSFGMVMGLGFMLLISMILSAALAALGKWWGSMLGDWTIVL 183 Query: 330 QLLNFVLSFVVFSTLFSMIYKFMPRVTLSWRDVWIGAVATTVLFIIGKYLIGLYLGSTGM 389 ++LN +SF V +TLF+MIYKFMPR T++WR+VW GAV T +LF +GK+LIGLYLG T M Sbjct: 184 EILNLAVSFGVITTLFAMIYKFMPRATIAWRNVWFGAVITALLFTVGKFLIGLYLGKTNM 243 Query: 390 TSGFGAAGSFALLLLWIYYSAQIFLLGAEFTWIYANNFGSRALRQKLVNTVEDHHVS 446 SGFGAAGS +LL WIYYSAQIFLLGAEFTW+ + +R + D VS Sbjct: 244 ASGFGAAGSLVVLLAWIYYSAQIFLLGAEFTWVLSQRHEARLAAANTSDAASDALVS 300 >A4GA58.1 A4GA58_HERAR Putative ribonuclease BN Length = 298 Score = 352 bits (903), Expect = 7e-95, Method: Compositional matrix adjust. Identities = 176/276 (63%), Positives = 225/276 (81%), Gaps = 1/276 (0%) Query: 150 SRPQQAWQMTMAAINAWIDDFAPSMGAAIAYYTIFSIAPMLVIAIAVAGMLFGHDAAQGE 209 + QQAW +T A+ AW+DDFAPSMGAA+AYYTIFS+APML+I IA+AG FG AQGE Sbjct: 4 NHLQQAWSLTKEAVQAWVDDFAPSMGAALAYYTIFSLAPMLIIVIAIAGFFFGQTTAQGE 63 Query: 210 IVNQIRDIVGTEGAFAIQGLLKSVSQPREGMIAAGISVVTLVIGATAVFSELQSALDRIW 269 I+ Q+R +VG GA A++GLLKSVS+P +G+IAA + ++TL+IGATAVF ELQSALDRIW Sbjct: 64 IILQLRGMVGDTGAAAVEGLLKSVSKPGQGIIAATLGILTLMIGATAVFGELQSALDRIW 123 Query: 270 RIPAVKRKSGVWQLARTRLLSFGLILGLGFLLIISLVVSAALAALGRWWGGWFEGWQLVL 329 ++P + K G+W++ R RLLSFG+I+GLGF+L++SL++SAALAALG+WWG W +VL Sbjct: 124 KVPP-EAKGGIWKMLRKRLLSFGMIMGLGFMLLVSLILSAALAALGKWWGDVLGTWNIVL 182 Query: 330 QLLNFVLSFVVFSTLFSMIYKFMPRVTLSWRDVWIGAVATTVLFIIGKYLIGLYLGSTGM 389 Q+LN +SF V + LF++IYKFMPR T+ WRDVW+GA T +LF +GK+LIGLYLG T M Sbjct: 183 QVLNMAVSFGVVTALFALIYKFMPRATIPWRDVWVGAGVTALLFTLGKFLIGLYLGKTNM 242 Query: 390 TSGFGAAGSFALLLLWIYYSAQIFLLGAEFTWIYAN 425 SGFGAAGS +LL WIYYSAQIFLLGAEFTW+++ Sbjct: 243 ASGFGAAGSLVILLAWIYYSAQIFLLGAEFTWVFSQ 278 >Q2Y725.1 Q2Y725_NITMU Ribonuclease BN, putative Length = 321 Score = 325 bits (834), Expect = 8e-87, Method: Compositional matrix adjust. Identities = 162/286 (56%), Positives = 228/286 (79%), Gaps = 5/286 (1%) Query: 153 QQAWQMTMAAINAWIDDFAPSMGAAIAYYTIFSIAPMLVIAIAVAGMLFGHDAAQGEIVN 212 ++ W + A+ ++W+DD+APSMGAA+AYYT+FSIAP+L+I I+ AG++FG +A +GEI Sbjct: 4 REIWTLVKASFSSWVDDYAPSMGAALAYYTLFSIAPLLLIVISTAGLIFGEEAVRGEIFG 63 Query: 213 QIRDIVGTEGAFAIQGLLKSVSQPREGMIAAGISVVTLVIGATAVFSELQSALDRIWRIP 272 Q+RD++G +GA A++GLL SVS+P EG A + V L++GAT VF ELQ+A DRIWR P Sbjct: 64 QLRDLMGDQGAAAVEGLLASVSKPEEGAAGAVVGTVLLLVGATTVFGELQNAFDRIWRAP 123 Query: 273 AVKRKS----GVWQLARTRLLSFGLILGLGFLLIISLVVSAALAALGRWWGGWFEGWQLV 328 VK K+ G+W+L RTRLLSFG+ILG+GFL+++SLV +AA++ALG+WWGG+F G +++ Sbjct: 124 -VKDKNDKNGGIWELIRTRLLSFGIILGIGFLMMVSLVFNAAVSALGKWWGGFFSGLEVL 182 Query: 329 LQLLNFVLSFVVFSTLFSMIYKFMPRVTLSWRDVWIGAVATTVLFIIGKYLIGLYLGSTG 388 + LNF+ SFV + +F+M+YKFMP+V + WRDV GAV T +LF IGK LIGLY+G + Sbjct: 183 VTSLNFIFSFVFTTAVFAMLYKFMPKVKIQWRDVGAGAVVTALLFTIGKILIGLYIGKSA 242 Query: 389 MTSGFGAAGSFALLLLWIYYSAQIFLLGAEFTWIYANNFGSRALRQ 434 ++SGFGAAGS ++L+W+YYSAQIFLLGAEFTW+Y++ GSR ++ Sbjct: 243 ISSGFGAAGSLVVVLVWVYYSAQIFLLGAEFTWVYSHARGSRKNQE 288 >A1TUD2.1 A1TUD2_ACIAC Ribonuclease BN Length = 316 Score = 317 bits (813), Expect = 2e-84, Method: Compositional matrix adjust. Identities = 146/289 (50%), Positives = 218/289 (75%), Gaps = 2/289 (0%) Query: 153 QQAWQMTMAAINAWIDDFAPSMGAAIAYYTIFSIAPMLVIAIAVAGMLFGHDAAQGEIVN 212 + +W + A ++W+DD+APSMGAA++YY++FS+AP+LVI I++AG++FG +AA+GE+ Sbjct: 7 KSSWALVKQAASSWVDDYAPSMGAALSYYSVFSLAPLLVIVISIAGLVFGEEAARGEVFA 66 Query: 213 QIRDIVGTEGAFAIQGLLKSVSQPREGMIAAGISVVTLVIGATAVFSELQSALDRIWRIP 272 Q+ ++GT+ A A++ LL + ++P G+ +A I + L++GAT VF ELQ ALDRIWR P Sbjct: 67 QLSGLMGTDAAAAVEELLNAAARPATGVASAVIGLGVLLVGATTVFGELQDALDRIWRAP 126 Query: 273 AVKRKSGVWQLARTRLLSFGLILGLGFLLIISLVVSAALAALGRWWGGWFEGWQLVLQLL 332 + +G+W L R R LSFG+ILG+ FLL++SLV+SAA++ALG+WW F GW+++ Q + Sbjct: 127 VREGATGLWGLLRARFLSFGMILGIAFLLMVSLVMSAAVSALGKWWAPAFGGWEVLAQAI 186 Query: 333 NFVLSFVVFSTLFSMIYKFMPRVTLSWRDVWIGAVATTVLFIIGKYLIGLYLGSTGMTSG 392 N + F + + +F+ IYK MPRV++ W DVW+GA T VLF +G+ LIGLY+G T + SG Sbjct: 187 NAAVGFALTTVVFATIYKIMPRVSVRWHDVWLGAAITAVLFTVGRMLIGLYIGKTALASG 246 Query: 393 FGAAGSFALLLLWIYYSAQIFLLGAEFTWIYANNFGSRALRQKLVNTVE 441 FGAAGS ++ +W+YYSAQIFL+GAEFTW+YA FGS +R+++ + V Sbjct: 247 FGAAGSLVVIFVWVYYSAQIFLMGAEFTWVYARTFGS--MRERVEDRVS 293 >Q21XV4.1 Q21XV4_RHOFD Ribonuclease BN, putative Length = 326 Score = 315 bits (807), Expect = 9e-84, Method: Compositional matrix adjust. Identities = 174/278 (62%), Positives = 230/278 (82%) Query: 153 QQAWQMTMAAINAWIDDFAPSMGAAIAYYTIFSIAPMLVIAIAVAGMLFGHDAAQGEIVN 212 +Q W + ++ AWI+D+APSMGAA+AYYT+FS+AP+L+I IAVAG+ FG +AA+GEIV Sbjct: 7 KQIWNLINKSVAAWINDYAPSMGAALAYYTLFSMAPLLIIVIAVAGLFFGAEAARGEIVA 66 Query: 213 QIRDIVGTEGAFAIQGLLKSVSQPREGMIAAGISVVTLVIGATAVFSELQSALDRIWRIP 272 QI+ I+G EGA A+QGLLKS +P + ++AA +S+ TL+IGAT VF+ELQSALDRIWR+P Sbjct: 67 QIQGIIGWEGAVAVQGLLKSAREPAQDLLAALVSLATLLIGATTVFAELQSALDRIWRVP 126 Query: 273 AVKRKSGVWQLARTRLLSFGLILGLGFLLIISLVVSAALAALGRWWGGWFEGWQLVLQLL 332 A + +G+W L RTRLLSFGL+LGL FLL++SLVVSA +AALG+W G F+GW+ VL LL Sbjct: 127 ASVKGNGLWTLLRTRLLSFGLVLGLVFLLLVSLVVSAMIAALGKWSDGLFQGWETVLHLL 186 Query: 333 NFVLSFVVFSTLFSMIYKFMPRVTLSWRDVWIGAVATTVLFIIGKYLIGLYLGSTGMTSG 392 F +SF + + LF+MIYK MPR +++WRDVWIGA T++LF IGK+LIGLYLG TG+ S Sbjct: 187 TFGVSFAISTLLFAMIYKLMPRASIAWRDVWIGAAVTSLLFEIGKFLIGLYLGKTGVASS 246 Query: 393 FGAAGSFALLLLWIYYSAQIFLLGAEFTWIYANNFGSR 430 FGAAGS LLL+W+Y+SAQIFLLGAEFTW++++ +GS+ Sbjct: 247 FGAAGSLVLLLVWVYFSAQIFLLGAEFTWVFSHEYGSK 284 >Q3SK70.1 Q3SK70_THIDA Ribonuclease BN Length = 300 Score = 312 bits (799), Expect = 9e-83, Method: Compositional matrix adjust. Identities = 151/267 (56%), Positives = 200/267 (74%) Query: 163 INAWIDDFAPSMGAAIAYYTIFSIAPMLVIAIAVAGMLFGHDAAQGEIVNQIRDIVGTEG 222 ++A+I D+APSMGAAIAYY+ FS+AP+LVI IAVAG +FG DA QG+IV QI ++G EG Sbjct: 15 VSAYIADYAPSMGAAIAYYSAFSLAPLLVIVIAVAGAVFGRDAIQGQIVAQIGGLIGQEG 74 Query: 223 AFAIQGLLKSVSQPREGMIAAGISVVTLVIGATAVFSELQSALDRIWRIPAVKRKSGVWQ 282 A ++ L++S S +G++A +S L +GAT VF+ELQ ALDRIW++P +R SG+W Sbjct: 75 AILVERLVRSASDTEKGLVAGLVSGGVLALGATTVFAELQRALDRIWKVPKSERPSGIWA 134 Query: 283 LARTRLLSFGLILGLGFLLIISLVVSAALAALGRWWGGWFEGWQLVLQLLNFVLSFVVFS 342 L R RLLSFGLILGL FLL++SL+VS A+A GRW G GW++VLQ +N +S + + Sbjct: 135 LLRARLLSFGLILGLAFLLMVSLIVSTAIAVFGRWTGALMPGWEVVLQCVNMAISLSITT 194 Query: 343 TLFSMIYKFMPRVTLSWRDVWIGAVATTVLFIIGKYLIGLYLGSTGMTSGFGAAGSFALL 402 LF+MI+K MP ++WRDVWIGA T VLF +GK LIGLYLG + ++ F AAGS +L Sbjct: 195 LLFAMIFKLMPSADVAWRDVWIGAAVTAVLFELGKLLIGLYLGKSALSESFAAAGSLVVL 254 Query: 403 LLWIYYSAQIFLLGAEFTWIYANNFGS 429 L W+YY++QIFLLGAEFT +YA+ GS Sbjct: 255 LAWVYYASQIFLLGAEFTKVYADEHGS 281 >Q46SX4.1 Q46SX4_CUPPJ Ribonuclease BN Length = 427 Score = 308 bits (788), Expect = 2e-81, Method: Compositional matrix adjust. Identities = 156/285 (54%), Positives = 223/285 (78%) Query: 145 MISGGSRPQQAWQMTMAAINAWIDDFAPSMGAAIAYYTIFSIAPMLVIAIAVAGMLFGHD 204 ++ G + A Q+ +IN+WIDD+APSMGAA+AYYT+FSIAP+L+I I++AG++FG D Sbjct: 8 LLPGSVFTRTASQLVRESINSWIDDYAPSMGAALAYYTVFSIAPLLMIVISIAGVIFGPD 67 Query: 205 AAQGEIVNQIRDIVGTEGAFAIQGLLKSVSQPREGMIAAGISVVTLVIGATAVFSELQSA 264 AA+GE+V ++ ++G+EGA A++ +L +VS+P + A + V+ L++GAT VFSELQSA Sbjct: 68 AARGEVVGELNGLIGSEGAQAVEEMLVAVSKPAASTVTAILGVLALLVGATTVFSELQSA 127 Query: 265 LDRIWRIPAVKRKSGVWQLARTRLLSFGLILGLGFLLIISLVVSAALAALGRWWGGWFEG 324 LDRIWR+P ++ SG++ L R+RLLSFG+ILG+GFLL++SL++SA ++A+GR WG Sbjct: 128 LDRIWRVPQPEKISGLFSLIRSRLLSFGMILGMGFLLVVSLLLSAGISAMGREWGPLLGI 187 Query: 325 WQLVLQLLNFVLSFVVFSTLFSMIYKFMPRVTLSWRDVWIGAVATTVLFIIGKYLIGLYL 384 + V +L+ V+S V+ + +F+MIYKFMPR + W DVW+GAV T LF +GK+LIGLY+ Sbjct: 188 REAVGHVLDTVVSLVLTTVVFAMIYKFMPRTKVRWFDVWLGAVVTAALFTLGKFLIGLYI 247 Query: 385 GSTGMTSGFGAAGSFALLLLWIYYSAQIFLLGAEFTWIYANNFGS 429 G +G+ SG+GAAGS +LLLW+YY+AQIFLLGAEFTW +A FGS Sbjct: 248 GKSGVASGYGAAGSLVVLLLWVYYAAQIFLLGAEFTWHFAQRFGS 292 >B3R8E1.1 B3R8E1_CUPTR Ribonuclease BN Length = 339 Score = 305 bits (782), Expect = 9e-81, Method: Compositional matrix adjust. Identities = 156/281 (55%), Positives = 220/281 (78%) Query: 150 SRPQQAWQMTMAAINAWIDDFAPSMGAAIAYYTIFSIAPMLVIAIAVAGMLFGHDAAQGE 209 S P+ + + +NAW+DD+APSMGAA+AYYT+FSIAP+L+I I+VAG++FGHDAA+GE Sbjct: 10 SSPRALYGLLRDTVNAWVDDYAPSMGAALAYYTVFSIAPLLLIVISVAGVVFGHDAARGE 69 Query: 210 IVNQIRDIVGTEGAFAIQGLLKSVSQPREGMIAAGISVVTLVIGATAVFSELQSALDRIW 269 +V Q++ ++G EGA I+ +L +VS+P + A + VV L++GAT VF+ELQSALDRIW Sbjct: 70 VVAQLQGLLGPEGAKTIEAMLLAVSKPAASALTAVVGVVVLLVGATTVFAELQSALDRIW 129 Query: 270 RIPAVKRKSGVWQLARTRLLSFGLILGLGFLLIISLVVSAALAALGRWWGGWFEGWQLVL 329 +P ++ SG++ L R RLLSFG+ILG+GFLL++SL++SAA++AL R WG F +L+ Sbjct: 130 EVPERRKTSGIFALLRARLLSFGMILGIGFLLVVSLLLSAAISALNRLWGPLFGAEELIA 189 Query: 330 QLLNFVLSFVVFSTLFSMIYKFMPRVTLSWRDVWIGAVATTVLFIIGKYLIGLYLGSTGM 389 +L+ V+S V+ + +F+MIYK MPR + W DVW+GA T +LF +GK++IGLY+G +G+ Sbjct: 190 HVLDTVVSLVLITVVFAMIYKIMPRAKVRWPDVWLGAAVTALLFTLGKFVIGLYIGKSGV 249 Query: 390 TSGFGAAGSFALLLLWIYYSAQIFLLGAEFTWIYANNFGSR 430 +G+GAAGS +LLLW+YYSAQIFLLGAEFTW YA +GSR Sbjct: 250 ANGYGAAGSLVVLLLWVYYSAQIFLLGAEFTWQYARRYGSR 290 >E6UZP7.1 E6UZP7_VARPD Ribonuclease BN Length = 307 Score = 296 bits (758), Expect = 5e-78, Method: Compositional matrix adjust. Identities = 156/268 (58%), Positives = 213/268 (79%) Query: 162 AINAWIDDFAPSMGAAIAYYTIFSIAPMLVIAIAVAGMLFGHDAAQGEIVNQIRDIVGTE 221 A +W +D+APSMGAA+AYYT+FSIAP+L+I IAVAG++FG +AA+GEI Q+ ++G + Sbjct: 15 AFASWSNDYAPSMGAALAYYTVFSIAPLLLIVIAVAGLVFGQEAARGEIFAQLSGLMGAQ 74 Query: 222 GAFAIQGLLKSVSQPREGMIAAGISVVTLVIGATAVFSELQSALDRIWRIPAVKRKSGVW 281 GA A+QG+L++V++P EG++A I + LV+GAT VF ELQ ALDRIWR PA + SG++ Sbjct: 75 GAAAVQGMLQAVNKPTEGIVATVIGIGLLVVGATTVFGELQDALDRIWRAPARTKSSGIF 134 Query: 282 QLARTRLLSFGLILGLGFLLIISLVVSAALAALGRWWGGWFEGWQLVLQLLNFVLSFVVF 341 L R RLLSF +I+G+GFLL++SLV SAALAALG+WW F W+ + Q++NFV SF + Sbjct: 135 NLLRVRLLSFSMIMGIGFLLMVSLVASAALAALGKWWSPMFGAWESLAQVVNFVFSFAMV 194 Query: 342 STLFSMIYKFMPRVTLSWRDVWIGAVATTVLFIIGKYLIGLYLGSTGMTSGFGAAGSFAL 401 + +F+MIYK MPR + WRDVW+GA T +LF +GK+LIGLY+G + + SG+GAAGS + Sbjct: 195 TVIFAMIYKIMPRAKVQWRDVWVGAAVTALLFTVGKHLIGLYIGKSSVASGYGAAGSLVV 254 Query: 402 LLLWIYYSAQIFLLGAEFTWIYANNFGS 429 +L+W+YYSAQIFLLGAEFTW+YA +GS Sbjct: 255 VLVWVYYSAQIFLLGAEFTWVYARTYGS 282