7xg2 A 2.8 BS01 dna J 0 K75 Y79 S95 K96 D97 T120 T172 Y175 T189 H220 S221 K75 Y79 S95 K96 D97 T120 T172 Y175 T189 H220 S221 37343553 2 ~ 19 MRYPSDIVDQVLKAGPDKGLLTWEGVDAACSHCSRPIQNGDLYSPSSVGAFFSDTRDLASTSRSICWRCVVLRKKPMLYGLSAAVVTQDGIYSISKDVNKAWLFTTPPPAPFLVVHSSSTMQHLSWRTPVTLDNRRIHVRYGPNLFIVRPEVVRKALSIADRVNEGQKKWVTPVYFDRKAAAMGHGLITRAGAEMLTQEEQEFFQSVTPGERWALSYLMHSKRPEPEVGECITEKVMTSLN 7xg2 A 2.8 BS02 dna K 0 F51 F52 R73 K74 K75 S119 T120 M121 H123 F51 F52 R73 K74 K75 S119 T120 M121 H123 37343553 15 ~ 53 MRYPSDIVDQVLKAGPDKGLLTWEGVDAACSHCSRPIQNGDLYSPSSVGAFFSDTRDLASTSRSICWRCVVLRKKPMLYGLSAAVVTQDGIYSISKDVNKAWLFTTPPPAPFLVVHSSSTMQHLSWRTPVTLDNRRIHVRYGPNLFIVRPEVVRKALSIADRVNEGQKKWVTPVYFDRKAAAMGHGLITRAGAEMLTQEEQEFFQSVTPGERWALSYLMHSKRPEPEVGECITEKVMTSLN 7xg2 A 2.8 BS03 ZN A 1 C30 C33 C30 C33 37343553 301 MRYPSDIVDQVLKAGPDKGLLTWEGVDAACSHCSRPIQNGDLYSPSSVGAFFSDTRDLASTSRSICWRCVVLRKKPMLYGLSAAVVTQDGIYSISKDVNKAWLFTTPPPAPFLVVHSSSTMQHLSWRTPVTLDNRRIHVRYGPNLFIVRPEVVRKALSIADRVNEGQKKWVTPVYFDRKAAAMGHGLITRAGAEMLTQEEQEFFQSVTPGERWALSYLMHSKRPEPEVGECITEKVMTSLN 7xg2 B 2.8 BS01 rna I 0 D19 L20 L21 A25 L26 A29 R46 H49 M83 Q84 T85 G86 R87 S89 Y121 I151 G152 K154 R155 A200 G204 P205 Y206 W207 H212 D18 L19 L20 A24 L25 A28 R45 H48 M82 Q83 T84 G85 R86 S88 Y120 I150 G151 K153 R154 A199 G203 P204 Y205 W206 H211 37343553 1 ~ 61 VNLKVTIDLSNPMMEPGDLLHLDALLGALRVSRARAEHGDAINPRDYHYDLPLERYQAPSGDWVFKASAFKLKRQLPNQMWMQTGRLSIVEAARHRQSGYLQLRAGKPNPAGGPFKTSIYHRPIVQAELTAFCVGDQQGIEALLSECRQIGGKRGVGFGQVAGFKVEPVAETDCPWSWRALPADADPRLVTSEHARCIAAIRGPYWDRTLHVEALAPTP 7xg2 B 2.8 BS02 dna J 0 R105 A106 R104 A105 37343553 2 ~ 19 VNLKVTIDLSNPMMEPGDLLHLDALLGALRVSRARAEHGDAINPRDYHYDLPLERYQAPSGDWVFKASAFKLKRQLPNQMWMQTGRLSIVEAARHRQSGYLQLRAGKPNPAGGPFKTSIYHRPIVQAELTAFCVGDQQGIEALLSECRQIGGKRGVGFGQVAGFKVEPVAETDCPWSWRALPADADPRLVTSEHARCIAAIRGPYWDRTLHVEALAPTP 7xg2 B 2.8 BS03 dna K 0 A112 K117 T118 A111 K116 T117 37343553 15 ~ 53 VNLKVTIDLSNPMMEPGDLLHLDALLGALRVSRARAEHGDAINPRDYHYDLPLERYQAPSGDWVFKASAFKLKRQLPNQMWMQTGRLSIVEAARHRQSGYLQLRAGKPNPAGGPFKTSIYHRPIVQAELTAFCVGDQQGIEALLSECRQIGGKRGVGFGQVAGFKVEPVAETDCPWSWRALPADADPRLVTSEHARCIAAIRGPYWDRTLHVEALAPTP 7xg2 C 2.8 BS01 rna I 0 A16 P66 N68 T69 R71 S72 R75 R76 S104 G105 G135 M139 L140 E141 A179 R180 R181 M182 F246 N247 A288 G289 G290 H291 S292 A16 P66 N68 T69 R71 S72 R75 R76 S104 G105 G135 M139 L140 E141 A179 R180 R181 M182 F231 N232 A273 G274 G275 H276 S277 37343553 1 ~ 61 MQIEVTVRNITPIFSAAPGSNYITIDGTINPPPGVSRFPLVRTRMMYVAADVGDGVIKSVPLQIVPGNTMRSLLRRTMLKHVIEPALVEKGNKLSIGAYATAYSGNATGNPDGVPSSFDEIATMRAHPFIGLFGGGPRMLEGRLMVDSLYPIHTNAERILGAGYENEMMSGPITQVVWARRMDPILNLGSSEDVEVINGGAVAANGWIQDLLANSKAAASKKKNGRGLKAFNAHEVVIPGLKWVWRISLDRPTDAQVGLVLLALNKMTNERIAGGHSKDYGRFVIDGVSLNGEQVWSQSGITGGEQYFDAVAEAIDGLSSKEFEQFAQS 7xg2 C 2.8 BS02 dna J 0 N30 I96 N30 I96 37343553 2 ~ 19 MQIEVTVRNITPIFSAAPGSNYITIDGTINPPPGVSRFPLVRTRMMYVAADVGDGVIKSVPLQIVPGNTMRSLLRRTMLKHVIEPALVEKGNKLSIGAYATAYSGNATGNPDGVPSSFDEIATMRAHPFIGLFGGGPRMLEGRLMVDSLYPIHTNAERILGAGYENEMMSGPITQVVWARRMDPILNLGSSEDVEVINGGAVAANGWIQDLLANSKAAASKKKNGRGLKAFNAHEVVIPGLKWVWRISLDRPTDAQVGLVLLALNKMTNERIAGGHSKDYGRFVIDGVSLNGEQVWSQSGITGGEQYFDAVAEAIDGLSSKEFEQFAQS 7xg2 C 2.8 BS03 dna K 0 R37 F38 P39 R241 K244 A245 F246 N247 R37 F38 P39 R226 K229 A230 F231 N232 37343553 15 ~ 53 MQIEVTVRNITPIFSAAPGSNYITIDGTINPPPGVSRFPLVRTRMMYVAADVGDGVIKSVPLQIVPGNTMRSLLRRTMLKHVIEPALVEKGNKLSIGAYATAYSGNATGNPDGVPSSFDEIATMRAHPFIGLFGGGPRMLEGRLMVDSLYPIHTNAERILGAGYENEMMSGPITQVVWARRMDPILNLGSSEDVEVINGGAVAANGWIQDLLANSKAAASKKKNGRGLKAFNAHEVVIPGLKWVWRISLDRPTDAQVGLVLLALNKMTNERIAGGHSKDYGRFVIDGVSLNGEQVWSQSGITGGEQYFDAVAEAIDGLSSKEFEQFAQS 7xg2 D 2.8 BS01 rna I 0 A16 P18 N68 T69 R71 S72 R75 R76 S104 G134 M139 L140 E141 G142 A179 R180 R181 M182 N187 F246 A288 G289 G290 H291 S292 K293 A16 P18 N68 T69 R71 S72 R75 R76 S104 G134 M139 L140 E141 G142 A179 R180 R181 M182 N187 F230 A272 G273 G274 H275 S276 K277 37343553 1 ~ 61 MQIEVTVRNITPIFSAAPGSNYITIDGTINPPPGVSRFPLVRTRMMYVAADVGDGVIKSVPLQIVPGNTMRSLLRRTMLKHVIEPALVEKGNKLSIGAYATAYSGNATGNPDGVPSSFDEIATMRAHPFIGLFGGGPRMLEGRLMVDSLYPIHTNAERILGAGYENEMMSGPITQVVWARRMDPILNLGSSEDVEVINGGAVAANGWIQDLLANSKAAASKKKGRGLKAFNAHEVVIPGLKWVWRISLDRPTDAQVGLVLLALNKMTNERIAGGHSKDYGRFVIDGVSLNGEQVWSQSGITGGEQYFDAVAEAIDGLSSKEFEQFAQSAKE 7xg2 D 2.8 BS02 dna K 0 R37 F38 P39 P111 R241 K244 A245 F246 N247 R37 F38 P39 P111 R225 K228 A229 F230 N231 37343553 15 ~ 53 MQIEVTVRNITPIFSAAPGSNYITIDGTINPPPGVSRFPLVRTRMMYVAADVGDGVIKSVPLQIVPGNTMRSLLRRTMLKHVIEPALVEKGNKLSIGAYATAYSGNATGNPDGVPSSFDEIATMRAHPFIGLFGGGPRMLEGRLMVDSLYPIHTNAERILGAGYENEMMSGPITQVVWARRMDPILNLGSSEDVEVINGGAVAANGWIQDLLANSKAAASKKKGRGLKAFNAHEVVIPGLKWVWRISLDRPTDAQVGLVLLALNKMTNERIAGGHSKDYGRFVIDGVSLNGEQVWSQSGITGGEQYFDAVAEAIDGLSSKEFEQFAQSAKE 7xg2 E 2.8 BS01 rna I 0 S15 A16 P18 R44 P66 N68 T69 R71 S72 R75 R76 G135 M139 E141 A179 R180 R181 M182 F246 N247 A288 G289 G290 H291 S292 S15 A16 P18 R44 P66 N68 T69 R71 S72 R75 R76 G135 M139 E141 A179 R180 R181 M182 F225 N226 A267 G268 G269 H270 S271 37343553 1 ~ 61 MQIEVTVRNITPIFSAAPGSNYITIDGTINPPPGVSRFPLVRTRMMYVAADVGDGVIKSVPLQIVPGNTMRSLLRRTMLKHVIEPALVEKGNKLSIGAYATAYSGNATGNPDGVPSSFDEIATMRAHPFIGLFGGGPRMLEGRLMVDSLYPIHTNAERILGAGYENEMMSGPITQVVWARRMDPILNLGSSEDVEVINGGAVAANGWIQDLLANSKANGRGLKAFNAHEVVIPGLKWVWRISLDRPTDAQVGLVLLALNKMTNERIAGGHSKDYGRFVIDGVSLNGEQVWSQSGITGGEQYFDAVAEAIDGLSSKEFEQFAQSA 7xg2 E 2.8 BS02 dna K 0 R37 F38 P39 G109 N110 P111 G113 M139 R241 A245 F246 N247 R37 F38 P39 G109 N110 P111 G113 M139 R220 A224 F225 N226 37343553 15 ~ 53 MQIEVTVRNITPIFSAAPGSNYITIDGTINPPPGVSRFPLVRTRMMYVAADVGDGVIKSVPLQIVPGNTMRSLLRRTMLKHVIEPALVEKGNKLSIGAYATAYSGNATGNPDGVPSSFDEIATMRAHPFIGLFGGGPRMLEGRLMVDSLYPIHTNAERILGAGYENEMMSGPITQVVWARRMDPILNLGSSEDVEVINGGAVAANGWIQDLLANSKANGRGLKAFNAHEVVIPGLKWVWRISLDRPTDAQVGLVLLALNKMTNERIAGGHSKDYGRFVIDGVSLNGEQVWSQSGITGGEQYFDAVAEAIDGLSSKEFEQFAQSA 7xg2 F 2.8 BS01 rna I 0 A16 P18 R44 P66 N68 T69 R71 S72 R75 R76 G135 M139 L140 E141 A179 R180 R181 M182 G289 G290 H291 S292 A16 P18 R44 P66 N68 T69 R71 S72 R75 R76 G135 M139 L140 E141 A179 R180 R181 M182 G268 G269 H270 S271 37343553 1 ~ 61 MQIEVTVRNITPIFSAAPGSNYITIDGTINPPPGVSRFPLVRTRMMYVAADVGDGVIKSVPLQIVPGNTMRSLLRRTMLKHVIEPALVEKGNKLSIGAYATAYSGNATGNPDGVPSSFDEIATMRAHPFIGLFGGGPRMLEGRLMVDSLYPIHTNAERILGAGYENEMMSGPITQVVWARRMDPILNLGSSEDVEVINGGAVAANGWIQDLLANSKANGRGLKAFNAHEVVIPGLKWVWRISLDRPTDAQVGLVLLALNKMTNERIAGGHSKDYGRFVIDGVSLNGEQVWSQSGITGGEQYFDAVAEAIDGLSSKEFEQFAQSA 7xg2 F 2.8 BS02 dna K 0 S36 R37 F38 P39 G109 N110 P111 G113 R181 R241 K244 A245 F246 N247 S36 R37 F38 P39 G109 N110 P111 G113 R181 R220 K223 A224 F225 N226 37343553 15 ~ 53 MQIEVTVRNITPIFSAAPGSNYITIDGTINPPPGVSRFPLVRTRMMYVAADVGDGVIKSVPLQIVPGNTMRSLLRRTMLKHVIEPALVEKGNKLSIGAYATAYSGNATGNPDGVPSSFDEIATMRAHPFIGLFGGGPRMLEGRLMVDSLYPIHTNAERILGAGYENEMMSGPITQVVWARRMDPILNLGSSEDVEVINGGAVAANGWIQDLLANSKANGRGLKAFNAHEVVIPGLKWVWRISLDRPTDAQVGLVLLALNKMTNERIAGGHSKDYGRFVIDGVSLNGEQVWSQSGITGGEQYFDAVAEAIDGLSSKEFEQFAQSA 7xg2 G 2.8 BS01 rna I 0 S15 A16 P18 R44 N68 T69 R71 S72 R75 R76 G105 G134 M139 L140 E141 I287 H291 S15 A16 P18 R44 N68 T69 R71 S72 R75 R76 G105 G134 M139 L140 E141 I221 H225 37343553 1 ~ 61 MQIEVTVRNITPIFSAAPGSNYITIDGTINPPPGVSRFPLVRTRMMYVAADVGDGVIKSVPLQIVPGNTMRSLLRRTMLKHVIEPALVEKGNKLSIGAYATAYSGNATGNPDGVPSSFDEIATMRAHPFIGLFGGGPRMLEGRLMVDSLYPIHTNAERILGAGYENEMMSGPITQVVWAFNAHEVVIPGLKWVWRISLDRPTDAQVGLVLLALNKMTNERIAGGHSKDYGRFVIDGVSLNGEQVWSQSGITGGEQYFDAVAEAIDGLSSKEFEQFAQSAK 7xg2 G 2.8 BS02 dna K 0 P39 N110 P111 N247 P39 N110 P111 N181 37343553 15 ~ 53 MQIEVTVRNITPIFSAAPGSNYITIDGTINPPPGVSRFPLVRTRMMYVAADVGDGVIKSVPLQIVPGNTMRSLLRRTMLKHVIEPALVEKGNKLSIGAYATAYSGNATGNPDGVPSSFDEIATMRAHPFIGLFGGGPRMLEGRLMVDSLYPIHTNAERILGAGYENEMMSGPITQVVWAFNAHEVVIPGLKWVWRISLDRPTDAQVGLVLLALNKMTNERIAGGHSKDYGRFVIDGVSLNGEQVWSQSGITGGEQYFDAVAEAIDGLSSKEFEQFAQSAK 7xg2 H 2.8 BS01 rna I 0 F7 H15 D17 E18 T47 T50 F60 Q129 K131 H132 R158 S183 K185 L186 T191 L192 A193 G195 R198 K220 N226 L229 Q233 F7 H15 D17 E18 T47 T50 F60 Q129 K131 H132 R158 S183 K185 L186 T191 L192 A193 G195 R198 K220 N226 L229 Q233 37343553 1 ~ 61 MFVKQVFFDLGARIHADEARALVAKLLDDTQPGLVSALMNYMPASKTSKTEFPLVQFSNFNQGFALLGFGEVGAQILSDATPIIHDAMAKLFASRGQGVVVQVSSRDVPLSCEKRPYGLQYTVAKMVVQKKHEHRERLANPETGKVFLEGLFLRSLERQAAAVGMVLPRDLVVSFKGAERVSSVKLRPDSTLAHGSLRHAVFEVNARLGGLWSVGFLLSKGFGHINTDLQLGQG 7xg2 H 2.8 BS02 dna K 0 S105 R106 D107 D228 S105 R106 D107 D228 37343553 15 ~ 53 MFVKQVFFDLGARIHADEARALVAKLLDDTQPGLVSALMNYMPASKTSKTEFPLVQFSNFNQGFALLGFGEVGAQILSDATPIIHDAMAKLFASRGQGVVVQVSSRDVPLSCEKRPYGLQYTVAKMVVQKKHEHRERLANPETGKVFLEGLFLRSLERQAAAVGMVLPRDLVVSFKGAERVSSVKLRPDSTLAHGSLRHAVFEVNARLGGLWSVGFLLSKGFGHINTDLQLGQG