EMLSAG00000003513, EMLSAG00000003513-686279 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000003513
Unique NameEMLSAG00000003513-686279
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000003513 vs. GO
Match: - (symbol:mua-3 species:6239 "Caenorhabditis elegans" [GO:0002119 "nematode larval development" evidence=IMP] [GO:0040011 "locomotion" evidence=IMP] [GO:0000003 "reproduction" evidence=IMP] [GO:0006915 "apoptotic process" evidence=IMP] InterPro:IPR000742 InterPro:IPR001881 InterPro:IPR002172 InterPro:IPR018097 Pfam:PF00057 Pfam:PF07645 PRINTS:PR00261 PROSITE:PS01187 PROSITE:PS50026 PROSITE:PS50068 SMART:SM00179 SMART:SM00181 SMART:SM00192 InterPro:IPR000152 GO:GO:0016021 GO:GO:0005886 GO:GO:0005509 GO:GO:0007155 InterPro:IPR013032 PROSITE:PS00022 PROSITE:PS01186 eggNOG:NOG12793 Gene3D:4.10.400.10 SUPFAM:SSF57424 InterPro:IPR000082 Pfam:PF01390 SMART:SM00200 PROSITE:PS00010 PROSITE:PS50024 Gene3D:3.40.50.410 InterPro:IPR002035 Pfam:PF00092 SMART:SM00327 PROSITE:PS50234 GO:GO:0030056 GO:GO:0005882 EMBL:Z30423 InterPro:IPR009030 SUPFAM:SSF57184 Gene3D:2.40.155.10 InterPro:IPR023413 GeneTree:ENSGT00740000114996 EMBL:AF139060 EMBL:Z30974 PIR:S42373 RefSeq:NP_001022674.1 RefSeq:NP_001022675.1 UniGene:Cel.10297 ProteinModelPortal:P34576 SMR:P34576 BioGrid:41624 IntAct:P34576 MINT:MINT-1116773 PaxDb:P34576 PRIDE:P34576 EnsemblMetazoa:K08E5.3a GeneID:176430 KEGG:cel:CELE_K08E5.3 UCSC:K08E5.3a CTD:176430 WormBase:K08E5.3a WormBase:K08E5.3b HOGENOM:HOG000018807 InParanoid:P34576 OMA:DRNARCI OrthoDB:EOG7Q2N4B NextBio:892546 Uniprot:P34576)

HSP 1 Score: 55.4546 bits (132), Expect = 1.398e-5
Identity = 42/107 (39.25%), Postives = 54/107 (50.47%), Query Frame = 0
Query: 3464 KDTKLPLGADVTVSRVTIEDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCI---AGETVTCECQSWFAGKNCQI 3567
            K T L LG D     + + D DEC     N+CS  A C +    YTC C +GY D +  E   GRVC A    CDLCN +G+C+   A   +TC C   + G  CQ+
Sbjct: 3311 KRTALMLGDDTLC--MHVRDVDECA-LGLNNCSGVAHCIDRAVGYTCKCPDGYIDGNPDE--PGRVCGALL--CDLCNAHGDCVHNTATNNITCVCTDGWTGPQCQV 3410          
BLAST of EMLSAG00000003513 vs. GO
Match: - (symbol:mua-3 "Transmembrane cell adhesion receptor mua-3" species:6239 "Caenorhabditis elegans" [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0005882 "intermediate filament" evidence=IDA] [GO:0005886 "plasma membrane" evidence=IEA] [GO:0007155 "cell adhesion" evidence=IEA] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0030056 "hemidesmosome" evidence=IDA] InterPro:IPR000742 InterPro:IPR001881 InterPro:IPR002172 InterPro:IPR018097 Pfam:PF00057 Pfam:PF07645 PRINTS:PR00261 PROSITE:PS01187 PROSITE:PS50026 PROSITE:PS50068 SMART:SM00179 SMART:SM00181 SMART:SM00192 InterPro:IPR000152 GO:GO:0016021 GO:GO:0005886 GO:GO:0005509 GO:GO:0007155 InterPro:IPR013032 PROSITE:PS00022 PROSITE:PS01186 eggNOG:NOG12793 Gene3D:4.10.400.10 SUPFAM:SSF57424 InterPro:IPR000082 Pfam:PF01390 SMART:SM00200 PROSITE:PS00010 PROSITE:PS50024 Gene3D:3.40.50.410 InterPro:IPR002035 Pfam:PF00092 SMART:SM00327 PROSITE:PS50234 GO:GO:0030056 GO:GO:0005882 EMBL:Z30423 InterPro:IPR009030 SUPFAM:SSF57184 Gene3D:2.40.155.10 InterPro:IPR023413 GeneTree:ENSGT00740000114996 EMBL:AF139060 EMBL:Z30974 PIR:S42373 RefSeq:NP_001022674.1 RefSeq:NP_001022675.1 UniGene:Cel.10297 ProteinModelPortal:P34576 SMR:P34576 BioGrid:41624 IntAct:P34576 MINT:MINT-1116773 PaxDb:P34576 PRIDE:P34576 EnsemblMetazoa:K08E5.3a GeneID:176430 KEGG:cel:CELE_K08E5.3 UCSC:K08E5.3a CTD:176430 WormBase:K08E5.3a WormBase:K08E5.3b HOGENOM:HOG000018807 InParanoid:P34576 OMA:DRNARCI OrthoDB:EOG7Q2N4B NextBio:892546 Uniprot:P34576)

HSP 1 Score: 55.4546 bits (132), Expect = 1.398e-5
Identity = 42/107 (39.25%), Postives = 54/107 (50.47%), Query Frame = 0
Query: 3464 KDTKLPLGADVTVSRVTIEDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCI---AGETVTCECQSWFAGKNCQI 3567
            K T L LG D     + + D DEC     N+CS  A C +    YTC C +GY D +  E   GRVC A    CDLCN +G+C+   A   +TC C   + G  CQ+
Sbjct: 3311 KRTALMLGDDTLC--MHVRDVDECA-LGLNNCSGVAHCIDRAVGYTCKCPDGYIDGNPDE--PGRVCGALL--CDLCNAHGDCVHNTATNNITCVCTDGWTGPQCQV 3410          
BLAST of EMLSAG00000003513 vs. C. finmarchicus
Match: gi|592771454|gb|GAXK01183114.1| (TSA: Calanus finmarchicus comp56825_c4_seq9 transcribed RNA sequence)

HSP 1 Score: 421.394 bits (1082), Expect = 2.091e-125
Identity = 284/608 (46.71%), Postives = 379/608 (62.34%), Query Frame = 0
Query: 3290 IRDQKL--NNIDGAIVESIPGHSLSAEETDPETRCQNACGENELCKIKPGEGVV-CKCRPGFG-RVEGSSTKCEKSKSFAXXXXXXXXXXXXXXXKLSPKEVEKAVADSYRKNIKELYFGSQITSIKVGNNTKRNIFFGGE-KNLTHDDEMSFSMIVHIADDGKN---STEERLKSVLETPIKDTKLPLGADVTVSRVTIEDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCIAGET-VTCECQSWFAGKNCQINMKLLLIVGCVSVGLMLVIACGVSCFCCKDGRA-----PYGTGIGPMPP-MRGHGVLMDPHGTMKSRAFVPRPYAIRPKRSKKSSAEXXXXXXXXXXXXXWQATXNGISGADSTTSKQSRKSGGLSSGIEA---LNPAVLIPRAKVK-SKPFEDFLSEDEASSSP-EANRALSEHTSLAXXXXXXXX---XXXXXXXXXXXXXXXDPLLDGSFSDDSNSANR---------TLRGNT-------LRSVA---SETFEVPVMRTNTQITSGSISVRSLRSHATSDGGRTMAERDGGSSFVISASRSHQLYRLHDSDGSLDSL 3855
            I+D ++  +N+  AIVE +PG+ LSAE+  PET+CQ +CGENE+C I  G G+  C+CRPGFG R      KCEKSK + IEV+TTSES+E +IV+ +P+ V+KA+ +S+   IK+ Y  S+ITSIKV NN+KRN     +  N   ++ M   ++V ++D+G +   + EER++S++E  IK+TK PLG+DV VSRV+I+DFDEC  +++NDCS++A+C N KGSY C C  GY DL    +L GRVC   +T C+LCN NG C+   T V+C C  WFAGKNCQIN+KLLLIVG VSV LM++IACGVSCFCC+D R      PYG  +  +PP +R H ++MDP GT+KS A   R    + KR        +  +   S G  WQ +        S TS+ S     +SS   +     P ++IPRAKV  S+ +  + S+D+  SSP E NRA+SE  SLASRHRRRS+      +   R +R GS+DPLL+G  SD  +S  R           RG+         RSVA   +ET   PV R   Q  +G+ S RS RS  TS+ GR MAE+DGGSSFV+S     QLYRL DSDGS +SL
Sbjct:  110 IKDNEVLNDNVGAAIVEQVPGNILSAEDLGPETKCQKSCGENEMCAIG-GNGLTQCRCRPGFGKRTNLPDAKCEKSKMYQIEVLTTSESQETRIVRFNPQAVQKALENSFENEIKDFYHSSEITSIKVSNNSKRNFALDNDNSNREANENMKIKLLVELSDEGGSDGPAEEERIRSLIEPTIKNTKFPLGSDVMVSRVSIDDFDECASQEYNDCSEKALCKNTKGSYNCTCMPGYLDLKSSTLLPGRVCSGASTECELCNRNGQCVLANTDVSCNCNPWFAGKNCQINLKLLLIVGAVSVCLMMIIACGVSCFCCRDRRKKAIPIPYGVSMARLPPNVRQHSLMMDPTGTVKS-AMSGRSRQ-KAKRQAPHPNLQNRSSNQGSIGRPWQDSFG------SVTSRGSAAQSAVSSRAPSSRPQKPTLVIPRAKVTPSRGYSGYHSDDDRLSSPVERNRAMSEVASLASRHRRRSVPSFASGLLGGRGKREGSVDPLLEGFQSDGGDSGGRQSNSTFHRSVSRGDLDAMDRAETRSVARSYNETIIRPVTR-RLQSAAGT-SYRSNRSTRTSEDGRIMAEKDGGSSFVVSP--RQQLYRLQDSDGSFESL 1894          
BLAST of EMLSAG00000003513 vs. C. finmarchicus
Match: gi|592771456|gb|GAXK01183112.1| (TSA: Calanus finmarchicus comp56825_c4_seq7 transcribed RNA sequence)

HSP 1 Score: 427.172 bits (1097), Expect = 2.707e-124
Identity = 284/608 (46.71%), Postives = 379/608 (62.34%), Query Frame = 0
Query: 3290 IRDQKL--NNIDGAIVESIPGHSLSAEETDPETRCQNACGENELCKIKPGEGVV-CKCRPGFG-RVEGSSTKCEKSKSFAXXXXXXXXXXXXXXXKLSPKEVEKAVADSYRKNIKELYFGSQITSIKVGNNTKRNIFFGGE-KNLTHDDEMSFSMIVHIADDGKN---STEERLKSVLETPIKDTKLPLGADVTVSRVTIEDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCIAGET-VTCECQSWFAGKNCQINMKLLLIVGCVSVGLMLVIACGVSCFCCKDGRA-----PYGTGIGPMPP-MRGHGVLMDPHGTMKSRAFVPRPYAIRPKRSKKSSAEXXXXXXXXXXXXXWQATXNGISGADSTTSKQSRKSGGLSSGIEA---LNPAVLIPRAKVK-SKPFEDFLSEDEASSSP-EANRALSEHTSLAXXXXXXXX---XXXXXXXXXXXXXXXDPLLDGSFSDDSNSANR---------TLRGNT-------LRSVA---SETFEVPVMRTNTQITSGSISVRSLRSHATSDGGRTMAERDGGSSFVISASRSHQLYRLHDSDGSLDSL 3855
            I+D ++  +N+  AIVE +PG+ LSAE+  PET+CQ +CGENE+C I  G G+  C+CRPGFG R      KCEKSK + IEV+TTSES+E +IV+ +P+ V+KA+ +S+   IK+ Y  S+ITSIKV NN+KRN     +  N   ++ M   ++V ++D+G +   + EER++S++E  IK+TK PLG+DV VSRV+I+DFDEC  +++NDCS++A+C N KGSY C C  GY DL    +L GRVC   +T C+LCN NG C+   T V+C C  WFAGKNCQIN+KLLLIVG VSV LM++IACGVSCFCC+D R      PYG  +  +PP +R H ++MDP GT+KS A   R    + KR        +  +   S G  WQ +        S TS+ S     +SS   +     P ++IPRAKV  S+ +  + S+D+  SSP E NRA+SE  SLASRHRRRS+      +   R +R GS+DPLL+G  SD  +S  R           RG+         RSVA   +ET   PV R   Q  +G+ S RS RS  TS+ GR MAE+DGGSSFV+S     QLYRL DSDGS +SL
Sbjct:  958 IKDNEVLNDNVGAAIVEQVPGNILSAEDLGPETKCQKSCGENEMCAIG-GNGLTQCRCRPGFGKRTNLPDAKCEKSKMYQIEVLTTSESQETRIVRFNPQAVQKALENSFENEIKDFYHSSEITSIKVSNNSKRNFALDNDNSNREANENMKIKLLVELSDEGGSDGPAEEERIRSLIEPTIKNTKFPLGSDVMVSRVSIDDFDECASQEYNDCSEKALCKNTKGSYNCTCMPGYLDLKSSTLLPGRVCSGASTECELCNRNGQCVLANTDVSCNCNPWFAGKNCQINLKLLLIVGAVSVCLMMIIACGVSCFCCRDRRKKAIPIPYGVSMARLPPNVRQHSLMMDPTGTVKS-AMSGRSRQ-KAKRQAPHPNLQNRSSNQGSIGRPWQDSFG------SVTSRGSAAQSAVSSRAPSSRPQKPTLVIPRAKVTPSRGYSGYHSDDDRLSSPVERNRAMSEVASLASRHRRRSVPSFASGLLGGRGKREGSVDPLLEGFQSDGGDSGGRQSNSTFHRSVSRGDLDAMDRAETRSVARSYNETIIRPVTR-RLQSAAGT-SYRSNRSTRTSEDGRIMAEKDGGSSFVVSP--RQQLYRLQDSDGSFESL 2742          
BLAST of EMLSAG00000003513 vs. C. finmarchicus
Match: gi|592771452|gb|GAXK01183116.1| (TSA: Calanus finmarchicus comp56825_c4_seq11 transcribed RNA sequence)

HSP 1 Score: 415.231 bits (1066), Expect = 8.092e-124
Identity = 281/596 (47.15%), Postives = 371/596 (62.25%), Query Frame = 0
Query: 3300 GAIVESIPGHSLSAEETDPETRCQNACGENELCKIKPGEGVV-CKCRPGFG-RVEGSSTKCEKSKSFAXXXXXXXXXXXXXXXKLSPKEVEKAVADSYRKNIKELYFGSQITSIKVGNNTKRNIFFGGE-KNLTHDDEMSFSMIVHIADDGKN---STEERLKSVLETPIKDTKLPLGADVTVSRVTIEDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCIAGET-VTCECQSWFAGKNCQINMKLLLIVGCVSVGLMLVIACGVSCFCCKDGRA-----PYGTGIGPMPP-MRGHGVLMDPHGTMKSRAFVPRPYAIRPKRSKKSSAEXXXXXXXXXXXXXWQATXNGISGADSTTSKQSRKSGGLSSGIEA---LNPAVLIPRAKVK-SKPFEDFLSEDEASSSP-EANRALSEHTSLAXXXXXXXX---XXXXXXXXXXXXXXXDPLLDGSFSDDSNSANR---------TLRGNT-------LRSVA---SETFEVPVMRTNTQITSGSISVRSLRSHATSDGGRTMAERDGGSSFVISASRSHQLYRLHDSDGSLDSL 3855
             AIVE +PG+ LSAE+  PET+CQ +CGENE+C I  G G+  C+CRPGFG R      KCEKSK + IEV+TTSES+E +IV+ +P+ V+KA+ +S+   IK+ Y  S+ITSIKV NN+KRN     +  N   ++ M   ++V ++D+G +   + EER++S++E  IK+TK PLG+DV VSRV+I+DFDEC  +++NDCS++A+C N KGSY C C  GY DL    +L GRVC   +T C+LCN NG C+   T V+C C  WFAGKNCQIN+KLLLIVG VSV LM++IACGVSCFCC+D R      PYG  +  +PP +R H ++MDP GT+KS A   R    + KR        +  +   S G  WQ +        S TS+ S     +SS   +     P ++IPRAKV  S+ +  + S+D+  SSP E NRA+SE  SLASRHRRRS+      +   R +R GS+DPLL+G  SD  +S  R           RG+         RSVA   +ET   PV R   Q  +G+ S RS RS  TS+ GR MAE+DGGSSFV+S     QLYRL DSDGS +SL
Sbjct:    4 AAIVEQVPGNILSAEDLGPETKCQKSCGENEMCAIG-GNGLTQCRCRPGFGKRTNLPDAKCEKSKMYQIEVLTTSESQETRIVRFNPQAVQKALENSFENEIKDFYHSSEITSIKVSNNSKRNFALDNDNSNREANENMKIKLLVELSDEGGSDGPAEEERIRSLIEPTIKNTKFPLGSDVMVSRVSIDDFDECASQEYNDCSEKALCKNTKGSYNCTCMPGYLDLKSSTLLPGRVCSGASTECELCNRNGQCVLANTDVSCNCNPWFAGKNCQINLKLLLIVGAVSVCLMMIIACGVSCFCCRDRRKKAIPIPYGVSMARLPPNVRQHSLMMDPTGTVKS-AMSGRSRQ-KAKRQAPHPNLQNRSSNQGSIGRPWQDSFG------SVTSRGSAAQSAVSSRAPSSRPQKPTLVIPRAKVTPSRGYSGYHSDDDRLSSPVERNRAMSEVASLASRHRRRSVPSFASGLLGGRGKREGSVDPLLEGFQSDGGDSGGRQSNSTFHRSVSRGDLDAMDRAETRSVARSYNETIIRPVTR-RLQSAAGT-SYRSNRSTRTSEDGRIMAEKDGGSSFVVSP--RQQLYRLQDSDGSFESL 1752          
BLAST of EMLSAG00000003513 vs. C. finmarchicus
Match: gi|592771457|gb|GAXK01183111.1| (TSA: Calanus finmarchicus comp56825_c4_seq6 transcribed RNA sequence)

HSP 1 Score: 427.172 bits (1097), Expect = 8.494e-123
Identity = 284/608 (46.71%), Postives = 379/608 (62.34%), Query Frame = 0
Query: 3290 IRDQKL--NNIDGAIVESIPGHSLSAEETDPETRCQNACGENELCKIKPGEGVV-CKCRPGFG-RVEGSSTKCEKSKSFAXXXXXXXXXXXXXXXKLSPKEVEKAVADSYRKNIKELYFGSQITSIKVGNNTKRNIFFGGE-KNLTHDDEMSFSMIVHIADDGKN---STEERLKSVLETPIKDTKLPLGADVTVSRVTIEDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCIAGET-VTCECQSWFAGKNCQINMKLLLIVGCVSVGLMLVIACGVSCFCCKDGRA-----PYGTGIGPMPP-MRGHGVLMDPHGTMKSRAFVPRPYAIRPKRSKKSSAEXXXXXXXXXXXXXWQATXNGISGADSTTSKQSRKSGGLSSGIEA---LNPAVLIPRAKVK-SKPFEDFLSEDEASSSP-EANRALSEHTSLAXXXXXXXX---XXXXXXXXXXXXXXXDPLLDGSFSDDSNSANR---------TLRGNT-------LRSVA---SETFEVPVMRTNTQITSGSISVRSLRSHATSDGGRTMAERDGGSSFVISASRSHQLYRLHDSDGSLDSL 3855
            I+D ++  +N+  AIVE +PG+ LSAE+  PET+CQ +CGENE+C I  G G+  C+CRPGFG R      KCEKSK + IEV+TTSES+E +IV+ +P+ V+KA+ +S+   IK+ Y  S+ITSIKV NN+KRN     +  N   ++ M   ++V ++D+G +   + EER++S++E  IK+TK PLG+DV VSRV+I+DFDEC  +++NDCS++A+C N KGSY C C  GY DL    +L GRVC   +T C+LCN NG C+   T V+C C  WFAGKNCQIN+KLLLIVG VSV LM++IACGVSCFCC+D R      PYG  +  +PP +R H ++MDP GT+KS A   R    + KR        +  +   S G  WQ +        S TS+ S     +SS   +     P ++IPRAKV  S+ +  + S+D+  SSP E NRA+SE  SLASRHRRRS+      +   R +R GS+DPLL+G  SD  +S  R           RG+         RSVA   +ET   PV R   Q  +G+ S RS RS  TS+ GR MAE+DGGSSFV+S     QLYRL DSDGS +SL
Sbjct: 1480 IKDNEVLNDNVGAAIVEQVPGNILSAEDLGPETKCQKSCGENEMCAIG-GNGLTQCRCRPGFGKRTNLPDAKCEKSKMYQIEVLTTSESQETRIVRFNPQAVQKALENSFENEIKDFYHSSEITSIKVSNNSKRNFALDNDNSNREANENMKIKLLVELSDEGGSDGPAEEERIRSLIEPTIKNTKFPLGSDVMVSRVSIDDFDECASQEYNDCSEKALCKNTKGSYNCTCMPGYLDLKSSTLLPGRVCSGASTECELCNRNGQCVLANTDVSCNCNPWFAGKNCQINLKLLLIVGAVSVCLMMIIACGVSCFCCRDRRKKAIPIPYGVSMARLPPNVRQHSLMMDPTGTVKS-AMSGRSRQ-KAKRQAPHPNLQNRSSNQGSIGRPWQDSFG------SVTSRGSAAQSAVSSRAPSSRPQKPTLVIPRAKVTPSRGYSGYHSDDDRLSSPVERNRAMSEVASLASRHRRRSVPSFASGLLGGRGKREGSVDPLLEGFQSDGGDSGGRQSNSTFHRSVSRGDLDAMDRAETRSVARSYNETIIRPVTR-RLQSAAGT-SYRSNRSTRTSEDGRIMAEKDGGSSFVVSP--RQQLYRLQDSDGSFESL 3264          
BLAST of EMLSAG00000003513 vs. C. finmarchicus
Match: gi|592771459|gb|GAXK01183109.1| (TSA: Calanus finmarchicus comp56825_c4_seq4 transcribed RNA sequence)

HSP 1 Score: 427.172 bits (1097), Expect = 7.337e-122
Identity = 284/608 (46.71%), Postives = 379/608 (62.34%), Query Frame = 0
Query: 3290 IRDQKL--NNIDGAIVESIPGHSLSAEETDPETRCQNACGENELCKIKPGEGVV-CKCRPGFG-RVEGSSTKCEKSKSFAXXXXXXXXXXXXXXXKLSPKEVEKAVADSYRKNIKELYFGSQITSIKVGNNTKRNIFFGGE-KNLTHDDEMSFSMIVHIADDGKN---STEERLKSVLETPIKDTKLPLGADVTVSRVTIEDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCIAGET-VTCECQSWFAGKNCQINMKLLLIVGCVSVGLMLVIACGVSCFCCKDGRA-----PYGTGIGPMPP-MRGHGVLMDPHGTMKSRAFVPRPYAIRPKRSKKSSAEXXXXXXXXXXXXXWQATXNGISGADSTTSKQSRKSGGLSSGIEA---LNPAVLIPRAKVK-SKPFEDFLSEDEASSSP-EANRALSEHTSLAXXXXXXXX---XXXXXXXXXXXXXXXDPLLDGSFSDDSNSANR---------TLRGNT-------LRSVA---SETFEVPVMRTNTQITSGSISVRSLRSHATSDGGRTMAERDGGSSFVISASRSHQLYRLHDSDGSLDSL 3855
            I+D ++  +N+  AIVE +PG+ LSAE+  PET+CQ +CGENE+C I  G G+  C+CRPGFG R      KCEKSK + IEV+TTSES+E +IV+ +P+ V+KA+ +S+   IK+ Y  S+ITSIKV NN+KRN     +  N   ++ M   ++V ++D+G +   + EER++S++E  IK+TK PLG+DV VSRV+I+DFDEC  +++NDCS++A+C N KGSY C C  GY DL    +L GRVC   +T C+LCN NG C+   T V+C C  WFAGKNCQIN+KLLLIVG VSV LM++IACGVSCFCC+D R      PYG  +  +PP +R H ++MDP GT+KS A   R    + KR        +  +   S G  WQ +        S TS+ S     +SS   +     P ++IPRAKV  S+ +  + S+D+  SSP E NRA+SE  SLASRHRRRS+      +   R +R GS+DPLL+G  SD  +S  R           RG+         RSVA   +ET   PV R   Q  +G+ S RS RS  TS+ GR MAE+DGGSSFV+S     QLYRL DSDGS +SL
Sbjct: 1870 IKDNEVLNDNVGAAIVEQVPGNILSAEDLGPETKCQKSCGENEMCAIG-GNGLTQCRCRPGFGKRTNLPDAKCEKSKMYQIEVLTTSESQETRIVRFNPQAVQKALENSFENEIKDFYHSSEITSIKVSNNSKRNFALDNDNSNREANENMKIKLLVELSDEGGSDGPAEEERIRSLIEPTIKNTKFPLGSDVMVSRVSIDDFDECASQEYNDCSEKALCKNTKGSYNCTCMPGYLDLKSSTLLPGRVCSGASTECELCNRNGQCVLANTDVSCNCNPWFAGKNCQINLKLLLIVGAVSVCLMMIIACGVSCFCCRDRRKKAIPIPYGVSMARLPPNVRQHSLMMDPTGTVKS-AMSGRSRQ-KAKRQAPHPNLQNRSSNQGSIGRPWQDSFG------SVTSRGSAAQSAVSSRAPSSRPQKPTLVIPRAKVTPSRGYSGYHSDDDRLSSPVERNRAMSEVASLASRHRRRSVPSFASGLLGGRGKREGSVDPLLEGFQSDGGDSGGRQSNSTFHRSVSRGDLDAMDRAETRSVARSYNETIIRPVTR-RLQSAAGT-SYRSNRSTRTSEDGRIMAEKDGGSSFVVSP--RQQLYRLQDSDGSFESL 3654          
BLAST of EMLSAG00000003513 vs. C. finmarchicus
Match: gi|592771461|gb|GAXK01183107.1| (TSA: Calanus finmarchicus comp56825_c4_seq2 transcribed RNA sequence)

HSP 1 Score: 427.172 bits (1097), Expect = 5.535e-120
Identity = 284/608 (46.71%), Postives = 379/608 (62.34%), Query Frame = 0
Query: 3290 IRDQKL--NNIDGAIVESIPGHSLSAEETDPETRCQNACGENELCKIKPGEGVV-CKCRPGFG-RVEGSSTKCEKSKSFAXXXXXXXXXXXXXXXKLSPKEVEKAVADSYRKNIKELYFGSQITSIKVGNNTKRNIFFGGE-KNLTHDDEMSFSMIVHIADDGKN---STEERLKSVLETPIKDTKLPLGADVTVSRVTIEDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCIAGET-VTCECQSWFAGKNCQINMKLLLIVGCVSVGLMLVIACGVSCFCCKDGRA-----PYGTGIGPMPP-MRGHGVLMDPHGTMKSRAFVPRPYAIRPKRSKKSSAEXXXXXXXXXXXXXWQATXNGISGADSTTSKQSRKSGGLSSGIEA---LNPAVLIPRAKVK-SKPFEDFLSEDEASSSP-EANRALSEHTSLAXXXXXXXX---XXXXXXXXXXXXXXXDPLLDGSFSDDSNSANR---------TLRGNT-------LRSVA---SETFEVPVMRTNTQITSGSISVRSLRSHATSDGGRTMAERDGGSSFVISASRSHQLYRLHDSDGSLDSL 3855
            I+D ++  +N+  AIVE +PG+ LSAE+  PET+CQ +CGENE+C I  G G+  C+CRPGFG R      KCEKSK + IEV+TTSES+E +IV+ +P+ V+KA+ +S+   IK+ Y  S+ITSIKV NN+KRN     +  N   ++ M   ++V ++D+G +   + EER++S++E  IK+TK PLG+DV VSRV+I+DFDEC  +++NDCS++A+C N KGSY C C  GY DL    +L GRVC   +T C+LCN NG C+   T V+C C  WFAGKNCQIN+KLLLIVG VSV LM++IACGVSCFCC+D R      PYG  +  +PP +R H ++MDP GT+KS A   R    + KR        +  +   S G  WQ +        S TS+ S     +SS   +     P ++IPRAKV  S+ +  + S+D+  SSP E NRA+SE  SLASRHRRRS+      +   R +R GS+DPLL+G  SD  +S  R           RG+         RSVA   +ET   PV R   Q  +G+ S RS RS  TS+ GR MAE+DGGSSFV+S     QLYRL DSDGS +SL
Sbjct: 3146 IKDNEVLNDNVGAAIVEQVPGNILSAEDLGPETKCQKSCGENEMCAIG-GNGLTQCRCRPGFGKRTNLPDAKCEKSKMYQIEVLTTSESQETRIVRFNPQAVQKALENSFENEIKDFYHSSEITSIKVSNNSKRNFALDNDNSNREANENMKIKLLVELSDEGGSDGPAEEERIRSLIEPTIKNTKFPLGSDVMVSRVSIDDFDECASQEYNDCSEKALCKNTKGSYNCTCMPGYLDLKSSTLLPGRVCSGASTECELCNRNGQCVLANTDVSCNCNPWFAGKNCQINLKLLLIVGAVSVCLMMIIACGVSCFCCRDRRKKAIPIPYGVSMARLPPNVRQHSLMMDPTGTVKS-AMSGRSRQ-KAKRQAPHPNLQNRSSNQGSIGRPWQDSFG------SVTSRGSAAQSAVSSRAPSSRPQKPTLVIPRAKVTPSRGYSGYHSDDDRLSSPVERNRAMSEVASLASRHRRRSVPSFASGLLGGRGKREGSVDPLLEGFQSDGGDSGGRQSNSTFHRSVSRGDLDAMDRAETRSVARSYNETIIRPVTR-RLQSAAGT-SYRSNRSTRTSEDGRIMAEKDGGSSFVVSP--RQQLYRLQDSDGSFESL 4930          

HSP 2 Score: 85.8853 bits (211), Expect = 2.777e-15
Identity = 107/353 (30.31%), Postives = 152/353 (43.06%), Query Frame = 0
Query: 1224 LPQSSNSNLKNDFLRRPV----RPHPSIKLSKTKNKRLPHLVRDGHKQKRIPRPRPTGYIRGGGRPNNVSPNTDIIEEILPSHATDDK--NKIQFGFTPKIQNPFLRPGIVEDTNLTSHDYNPQE-------RVEIIKGLIEPNSHKTIRPSPSSNDQLIATGYGVVV----DGNNVRDMTITDSYGGVQIIQTKIQDRP------------------YNLGNTALPLRPPPKVSK--LDYQGWNTEQ---KDSVSVIXPTSSFSFQSS-NKKEAPKTVTYANEWSVYRPDQSSVIDFVPQKRPKLNTNFDREWTVRDT-------ILRPSRTSKFT-----PPNTRGYNNEW 1523
            LP       K   +RRP     RP PS K   ++N+R     +DG   K+ PRP         GRPN V+   D+       +A  D     I    +P  +N    P +   T   S+  NP +       RVE+   +I+             ++Q+I +G+G+V+    DG  ++D+TIT S G V +IQTK +  P                  Y +  TA P       SK   +Y+GW T+    KD +  + PT S S   +  + EAPKTVTY NEW    P  +   DFVP + P   +NF+REW            I+RP+ + +FT      P T  Y NEW
Sbjct:   62 LPNGPPPRRKQSTIRRPYPAVPRPRPSKKPFVSENRR-----KDGAN-KKPPRPY--------GRPNQVA--IDVPAFPPQENAVRDPFGQVISTQTSPLGENIPKEPYVPPPTATPSYYINPNKARKTPSTRVELSASIIQ------------GDNQIIGSGFGIVIGSPTDGY-MKDVTITGSDGRVAVIQTKQEGVPEIDPSFTVSAGYPAYTEVYTIDPTASPSFTSVSKSKGKFEYEGWLTDGDPLKD-LPPLRPTVSSSLDFTIVETEAPKTVTYQNEWQT--PSDAPTADFVPYRPPPPESNFEREWKTYKKGEVETVDIIRPTSSVRFTIQETEAPKTVTYENEW 1024          

HSP 3 Score: 47.3654 bits (111), Expect = 1.501e-3
Identity = 29/69 (42.03%), Postives = 40/69 (57.97%), Query Frame = 0
Query: 1414 LPLRPPPKVSKLDYQGWNTEQK---DSVSVIXPTSSFSFQSSNKKEAPKTVTYANEWSVYRPDQSSVID 1479
            +P RPPP  S  + + W T +K   ++V +I PTSS  F +  + EAPKTVTY NEW      QS  ++
Sbjct:  860 VPYRPPPPESNFERE-WKTYKKGEVETVDIIRPTSSVRF-TIQETEAPKTVTYENEWFANTATQSPSVE 1060          
BLAST of EMLSAG00000003513 vs. C. finmarchicus
Match: gi|592771462|gb|GAXK01183106.1| (TSA: Calanus finmarchicus comp56825_c4_seq1 transcribed RNA sequence)

HSP 1 Score: 427.172 bits (1097), Expect = 2.790e-119
Identity = 284/608 (46.71%), Postives = 379/608 (62.34%), Query Frame = 0
Query: 3290 IRDQKL--NNIDGAIVESIPGHSLSAEETDPETRCQNACGENELCKIKPGEGVV-CKCRPGFG-RVEGSSTKCEKSKSFAXXXXXXXXXXXXXXXKLSPKEVEKAVADSYRKNIKELYFGSQITSIKVGNNTKRNIFFGGE-KNLTHDDEMSFSMIVHIADDGKN---STEERLKSVLETPIKDTKLPLGADVTVSRVTIEDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCIAGET-VTCECQSWFAGKNCQINMKLLLIVGCVSVGLMLVIACGVSCFCCKDGRA-----PYGTGIGPMPP-MRGHGVLMDPHGTMKSRAFVPRPYAIRPKRSKKSSAEXXXXXXXXXXXXXWQATXNGISGADSTTSKQSRKSGGLSSGIEA---LNPAVLIPRAKVK-SKPFEDFLSEDEASSSP-EANRALSEHTSLAXXXXXXXX---XXXXXXXXXXXXXXXDPLLDGSFSDDSNSANR---------TLRGNT-------LRSVA---SETFEVPVMRTNTQITSGSISVRSLRSHATSDGGRTMAERDGGSSFVISASRSHQLYRLHDSDGSLDSL 3855
            I+D ++  +N+  AIVE +PG+ LSAE+  PET+CQ +CGENE+C I  G G+  C+CRPGFG R      KCEKSK + IEV+TTSES+E +IV+ +P+ V+KA+ +S+   IK+ Y  S+ITSIKV NN+KRN     +  N   ++ M   ++V ++D+G +   + EER++S++E  IK+TK PLG+DV VSRV+I+DFDEC  +++NDCS++A+C N KGSY C C  GY DL    +L GRVC   +T C+LCN NG C+   T V+C C  WFAGKNCQIN+KLLLIVG VSV LM++IACGVSCFCC+D R      PYG  +  +PP +R H ++MDP GT+KS A   R    + KR        +  +   S G  WQ +        S TS+ S     +SS   +     P ++IPRAKV  S+ +  + S+D+  SSP E NRA+SE  SLASRHRRRS+      +   R +R GS+DPLL+G  SD  +S  R           RG+         RSVA   +ET   PV R   Q  +G+ S RS RS  TS+ GR MAE+DGGSSFV+S     QLYRL DSDGS +SL
Sbjct: 4293 IKDNEVLNDNVGAAIVEQVPGNILSAEDLGPETKCQKSCGENEMCAIG-GNGLTQCRCRPGFGKRTNLPDAKCEKSKMYQIEVLTTSESQETRIVRFNPQAVQKALENSFENEIKDFYHSSEITSIKVSNNSKRNFALDNDNSNREANENMKIKLLVELSDEGGSDGPAEEERIRSLIEPTIKNTKFPLGSDVMVSRVSIDDFDECASQEYNDCSEKALCKNTKGSYNCTCMPGYLDLKSSTLLPGRVCSGASTECELCNRNGQCVLANTDVSCNCNPWFAGKNCQINLKLLLIVGAVSVCLMMIIACGVSCFCCRDRRKKAIPIPYGVSMARLPPNVRQHSLMMDPTGTVKS-AMSGRSRQ-KAKRQAPHPNLQNRSSNQGSIGRPWQDSFG------SVTSRGSAAQSAVSSRAPSSRPQKPTLVIPRAKVTPSRGYSGYHSDDDRLSSPVERNRAMSEVASLASRHRRRSVPSFASGLLGGRGKREGSVDPLLEGFQSDGGDSGGRQSNSTFHRSVSRGDLDAMDRAETRSVARSYNETIIRPVTR-RLQSAAGT-SYRSNRSTRTSEDGRIMAEKDGGSSFVVSP--RQQLYRLQDSDGSFESL 6077          

HSP 2 Score: 86.6557 bits (213), Expect = 1.882e-15
Identity = 106/354 (29.94%), Postives = 152/354 (42.94%), Query Frame = 0
Query: 1224 LPQSSNSNLKNDFLRRPV----RPHPSIKLSKTKNKRLPHLVRDGHKQKRIPRPRPTGYIRGGGRPNNVSPNTDIIEEILPSHATDDK--NKIQFGFTPKIQNPFLRPGIVEDTNLTSHDYNPQE-------RVEIIKGLIEPNSHKTIRPSPSSNDQLIATGYGVVV----DGNNVRDMTITDSYGGVQIIQTKIQDRP------------------YNLGNTALPLRPPPKVSK--LDYQGWNTEQKDSVSVIXP-----TSSFSFQSSNKKEAPKTVTYANEWSVYRPDQSSVIDFVPQKRPKLNTNFDREWTVRDT-------ILRPSRTSKFT-----PPNTRGYNNEW 1523
            LP       K   +RRP     RP PS K   ++N+R     +DG   K+ PRP         GRPN V+   D+       +A  D     I    +P  +N    P +   T   S+  NP +       RVE+   +I+             ++Q+I +G+G+V+    DG  ++D+TIT S G V +IQTK +  P                  Y +  TA P       SK   +Y+GW T+  D +  + P     +SS  F +  + EAPKTVTY NEW    P  +   DFVP + P   +NF+REW            I+RP+ + +FT      P T  Y NEW
Sbjct: 1209 LPNGPPPRRKQSTIRRPYPAVPRPRPSKKPFVSENRR-----KDGAN-KKPPRPY--------GRPNQVA--IDVPAFPPQENAVRDPFGQVISTQTSPLGENIPKEPYVPPPTATPSYYINPNKARKTPSTRVELSASIIQ------------GDNQIIGSGFGIVIGSPTDGY-MKDVTITGSDGRVAVIQTKQEGVPEIDPSFTVSAGYPAYTEVYTIDPTASPSFTSVSKSKGKFEYEGWLTD-GDPLKDLPPLRPTVSSSLDF-TIVETEAPKTVTYQNEWQT--PSDAPTADFVPYRPPPPESNFEREWKTYKKGEVETVDIIRPTSSVRFTIQETEAPKTVTYENEW 2171          

HSP 3 Score: 47.7506 bits (112), Expect = 1.212e-3
Identity = 29/69 (42.03%), Postives = 40/69 (57.97%), Query Frame = 0
Query: 1414 LPLRPPPKVSKLDYQGWNTEQK---DSVSVIXPTSSFSFQSSNKKEAPKTVTYANEWSVYRPDQSSVID 1479
            +P RPPP  S  + + W T +K   ++V +I PTSS  F +  + EAPKTVTY NEW      QS  ++
Sbjct: 2007 VPYRPPPPESNFERE-WKTYKKGEVETVDIIRPTSSVRF-TIQETEAPKTVTYENEWFANTATQSPSVE 2207          
BLAST of EMLSAG00000003513 vs. C. finmarchicus
Match: gi|592771449|gb|GAXK01183119.1| (TSA: Calanus finmarchicus comp56825_c4_seq14 transcribed RNA sequence)

HSP 1 Score: 245.743 bits (626), Expect = 4.495e-68
Identity = 181/400 (45.25%), Postives = 230/400 (57.50%), Query Frame = 0
Query: 3490 KDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCIAGET-VTCECQSWFAGKNCQINMKLLLIVGCVSVGLMLVIACGVSCFCCKDGRA-----PYGTGIGPMPP-MRGHGVLMDPHGTMKSRAFVPRPYAIRPKRSKKSSAEXXXXXXXXXXXXXWQATXNGISGADSTTSKQSRKSGGLSS---GIEALNPAVLIPRAKVK-SKPFEDFLSEDEASSSP-EANRALSEHTSLAXXXXXXXXXXXXX---XXXXXXXXXXDPLLDGSFSDDSNSANRTLRGNTLRSVA-------------------SETFEVPVMRTNTQITSGSISVRSLRSHATSDGGRTMAERDGGSSFVISASRSHQLYRLHDSDGSLDSL 3855
            +++NDCS++A+C N KGSY C C  GY DL    +L GRVC   +T C+LCN NG C+   T V+C C  WFAGKNCQIN+KLLLIVG VSV LM++IACGVSCFCC+D R      PYG  +  +PP +R H ++MDP GT+KS A   R    + KR        +  +   S G  WQ +        S TS+ S     +SS         P ++IPRAKV  S+ +  + S+D+  SSP E NRA+SE  SLASRHRRRS+P         R +R GS+DPLL+G  SD  +S  R       RSV+                   +ET   PV R   Q  +G+ S RS RS  TS+ GR MAE+DGGSSFV+S  +  QLYRL DSDGS +SL
Sbjct:    1 QEYNDCSEKALCKNTKGSYNCTCMPGYLDLKSSTLLPGRVCSGASTECELCNRNGQCVLANTDVSCNCNPWFAGKNCQINLKLLLIVGAVSVCLMMIIACGVSCFCCRDRRKKAIPIPYGVSMARLPPNVRQHSLMMDPTGTVKS-AMSGRSRQ-KAKRQAPHPNLQNRSSNQGSIGRPWQDSFG------SVTSRGSAAQSAVSSRAPSSRPQKPTLVIPRAKVTPSRGYSGYHSDDDRLSSPVERNRAMSEVASLASRHRRRSVPSFASGLLGGRGKREGSVDPLLEGFQSDGGDSGGRQSNSTFHRSVSRGDLDAMDRAETRSVARSYNETIIRPVTR-RLQSAAGT-SYRSNRSTRTSEDGRIMAEKDGGSSFVVSPRQ--QLYRLQDSDGSFESL 1164          
BLAST of EMLSAG00000003513 vs. C. finmarchicus
Match: gi|592771445|gb|GAXK01183123.1| (TSA: Calanus finmarchicus comp56825_c4_seq18 transcribed RNA sequence)

HSP 1 Score: 166.777 bits (421), Expect = 6.980e-44
Identity = 99/204 (48.53%), Postives = 144/204 (70.59%), Query Frame = 0
Query: 3290 IRDQKL--NNIDGAIVESIPGHSLSAEETDPETRCQNACGENELCKIKPGEGVV-CKCRPGFG-RVEGSSTKCEKSKSFAXXXXXXXXXXXXXXXKLSPKEVEKAVADSYRKNIKELYFGSQITSIKVGNNTKRNIFFGGE-KNLTHDDEMSFSMIVHIADDGKN---STEERLKSVLETPIKDTKLPLGADVTVSRVTIEDFD 3485
            I+D ++  +N+  AIVE +PG+ LSAE+  PET+CQ +CGENE+C I  G G+  C+CRPGFG R      KCEKSK + IEV+TTSES+E +IV+ +P+ V+KA+ +S+   IK+ Y  S+ITSIKV NN+KRN     +  N   ++ M   ++V ++D+G +   + EER++S++E  IK+TK PLG+DV VSRV+I+DFD
Sbjct:  110 IKDNEVLNDNVGAAIVEQVPGNILSAEDLGPETKCQKSCGENEMCAIG-GNGLTQCRCRPGFGKRTNLPDAKCEKSKMYQIEVLTTSESQETRIVRFNPQAVQKALENSFENEIKDFYHSSEITSIKVSNNSKRNFALDNDNSNREANENMKIKLLVELSDEGGSDGPAEEERIRSLIEPTIKNTKFPLGSDVMVSRVSIDDFD 718          
BLAST of EMLSAG00000003513 vs. C. finmarchicus
Match: gi|592771443|gb|GAXK01183125.1| (TSA: Calanus finmarchicus comp56825_c4_seq20 transcribed RNA sequence)

HSP 1 Score: 161.77 bits (408), Expect = 1.089e-42
Identity = 96/192 (50.00%), Postives = 136/192 (70.83%), Query Frame = 0
Query: 3300 GAIVESIPGHSLSAEETDPETRCQNACGENELCKIKPGEGVV-CKCRPGFG-RVEGSSTKCEKSKSFAXXXXXXXXXXXXXXXKLSPKEVEKAVADSYRKNIKELYFGSQITSIKVGNNTKRNIFFGGE-KNLTHDDEMSFSMIVHIADDGKN---STEERLKSVLETPIKDTKLPLGADVTVSRVTIEDFD 3485
             AIVE +PG+ LSAE+  PET+CQ +CGENE+C I  G G+  C+CRPGFG R      KCEKSK + IEV+TTSES+E +IV+ +P+ V+KA+ +S+   IK+ Y  S+ITSIKV NN+KRN     +  N   ++ M   ++V ++D+G +   + EER++S++E  IK+TK PLG+DV VSRV+I+DFD
Sbjct:    4 AAIVEQVPGNILSAEDLGPETKCQKSCGENEMCAI-GGNGLTQCRCRPGFGKRTNLPDAKCEKSKMYQIEVLTTSESQETRIVRFNPQAVQKALENSFENEIKDFYHSSEITSIKVSNNSKRNFALDNDNSNREANENMKIKLLVELSDEGGSDGPAEEERIRSLIEPTIKNTKFPLGSDVMVSRVSIDDFD 576          
BLAST of EMLSAG00000003513 vs. L. salmonis peptides
Match: EMLSAP00000003513 (pep:novel supercontig:LSalAtl2s:LSalAtl2s191:479686:548381:-1 gene:EMLSAG00000003513 transcript:EMLSAT00000003513 description:"maker-LSalAtl2s191-snap-gene-4.25")

HSP 1 Score: 7828.4 bits (20311), Expect = 0.000e+0
Identity = 3855/3855 (100.00%), Postives = 3855/3855 (100.00%), Query Frame = 0
Query:    1 MKIHLVTLSVALFHFLAQVSHADLIDDKLPKGDSDFHKRQKRNEERQLQTKLIGDVRVLVKDPDFREKDKQKSSTVWPTTLPPRILQDRFAIQANLGPEIQPTKAFKTDYTTFTYFITSLLAPGVTTTSTDIIISSNVITEDEPISPTASWDLQSSRLNYNEIKIPPSLEFTSRTFYTKVPSNLQITTKTYYTTSTFYSTYLQNGRTYTKTRTLVRSEILEDSPFTQTTSLISGQNEEIKYLSLGSNIYGKIKTLFATYTYTTTNLQGNVGPSTRIITQYSTSLFSDSNVYKTTQIQLNPDQLTSLKLSYIKNQNNYPAETFLLESGQINNVGSGVQFIGNDGQIISNGIISSGSSQTGGSGSEGSGNVSSNNGGGNSSQIIGDSSNSGGSVSSNNNGVYYEINVQQGAQLSGQAEGNKDEHTGQGGSLGTFSSSNNGSGYYETSNQQQGNEQSSGHYGSGSIEGXSGASSSSNGVSNQQQGNKPSSDQYGSGSNGGSSGASSFVNDGSSQHQGNEQSSGQYGSGSSAGSSESSAPNDGGNGYYETINQQQGNEQSSGQYGSGSNGGNAASLSSTNGYYETNNQQQGHGQYGSGSIGGGSIASFSTNGGSGHYEPSNQHQVNGQYEGGLSGQSVTFSVRPGQNHDYKDGTSVYKETYVPSHTVVLGSHYETHTDTSFITTKPIKSSSSGIYLNSNYLISLKKSFLSSSSSSATESKSPIWDINIPTEGPTIIIKPSTVTITETQSAPPASVSPPVIDSGSGSSSSDATSTTPYPPSGGGGVINAVVGGIAEGLGGVFGGGNNNVGGLKVDLGPVLDAVATLLRGPIRSAIANRRSDVEDFSTSREFQNIPRHTQVFVSELTTIPFAQRNIQARNNKYEFVPLPLEKGGSRSDGDLPRSEDSPELHVPQNIYDEINKHRASKDEPVYLDKDKLIINDHVIHTNDPYIIDVLNRFEQGHLFGEYRNKPMAIKILPGKHMLDHGNVPAVGNIIXGHEIQKMLNDEKVRNSPLKTKNSRHSIRSPQISNGNKHIQKPERPQITTYRNPNLVPQKHFKKNVPPYPNKNPGFRTLNQKVRNPVAQKGRPNGPRTKLPHPKNQKTPYSQSNIEKAKITYTRQQNLKRNPTSKRQKFSDVFPGGPHTSNGFKPNFRPHPKDHNPNLDKSIKPQGGQDIPLFPHNKRPNEANLKQTSLQTPKSIKTSRGPVILGPKRPKKQILKIPLNQRPNLPQSSNSNLKNDFLRRPVRPHPSIKLSKTKNKRLPHLVRDGHKQKRIPRPRPTGYIRGGGRPNNVSPNTDIIEEILPSHATDDKNKIQFGFTPKIQNPFLRPGIVEDTNLTSHDYNPQERVEIIKGLIEPNSHKTIRPSPSSNDQLIATGYGVVVDGNNVRDMTITDSYGGVQIIQTKIQDRPYNLGNTALPLRPPPKVSKLDYQGWNTEQKDSVSVIXPTSSFSFQSSNKKEAPKTVTYANEWSVYRPDQSSVIDFVPQKRPKLNTNFDREWTVRDTILRPSRTSKFTPPNTRGYNNEWSEVQPFNPNLYESIKSKNKLLQKNILSRHPFPNGGLQGEQPPHNLITEHQYIQATATNSANIIVASTLSPSTIVRDSNDESGFRGSNGNILSIFQETPKIPETPKKHEPLLSSTHEFQFVPNTTTPTQDTPHPVVEPATIKNEPGYLTTKRSIAKPSLWDKNPFITSSETLLPSIEQVVDTQSNFHYSSIAQNRQTTRPLSSFASDSNTFINIFPSSTVKKDKSTRLSPHIEPDTGTFVNIYPASTSSKIAESYNKATNNVEPGSGNFINTYPSVSTKTIPSRNPAEDKSDIENFKHLYPLPTTKREESSSLTPYTEPDVGTFINIYPSTYSSKKPSITQPDPDFDSRTSINTLSSSTSLNHPNPSLPHVEPNYYPGAYNGIVTSSPLKKVISTDLPPGIEPDTGTFINIFPASTSKTAFITEYHGYVDSDTIRRNENIKEAHEFGVKISPYDDQRQFENDYQQNFNIFYDNSGDPSYVYEDDNSGSSNSKSLHDSSEKSSYGQVDQINDTLISQPPALVIDLTGGPTIQNEHSNLHVESQHDPQQKNTLYTLHDTHKKGIPRNETYPTTNFNSEIIESKPQSPAKENQKRPVRKISQTLPGDKHNVNISNKNQLSTQKIDNLSQKNYFPTDKEDPKIDYSSHLVPISGFSDTKIEAKVPNASTTNIPIINDKNKSPDLNNQINFFENDPSDIFSEEITPLIENKDQDINLEVDNIRFTTNIPYTKDEIESQNLATSTESLKLDSIDQNNGPDYISSTNTSTNTFNLDKKVPKEIDVENDVLQERVTIQKSNNTLVQQGNTVSKNKNISFKINNGITPPSLVTEGESLTAKTSVERNNDLDSTSTEYSVDPNVLEISTQDSSIENLHQSQQNTNIRPENLRPLIDDFYRNGNDRVKSNHRSVYLKDPKESLYVNSNEYGTNSGNYKNEYDYEEITKQFEAEESKLQSNNDQRSTFVYSSPQDGNRNNYYDQYDWIPTDSRYDNFPETPFYSNPDYFNERYDKNFYIDTEYDGDSNNFDKIIVERKDTNPDLKNIAANLAKDAKDNGINKVTKLHSGLPSETKLNENDQYGNTENTGVPQFFGPTIPNFITTETTIDLDNRDDFSNTVDILDSFKDKNNSTLDYENPSNNINIKFNEASVENSNNNNSGVNELTKHANLQKGEGVLDSISIGLNDISLHDDKNNVNDSKHNGDTISTKDKSINTDSDVVVSSTESNGVIPGISNYDTEYPTGWDGQDNYYANYEDSNDGNILDVSRIEGAHGENTPVGSIKVEHTESPKYGNKDNSYGSNKYPVQKEDNVSLYPSTISTSDNEDYIELINEQEDKNSVDIAYIGSDSFRGSEPNQYQNGEVPPFGSEGNTHINELENEHHKSLDNKLNEVNEHIEALGNTSNEHNETHNNMLDALNSQNALLSEDSLSNTVNIVDESNKDPLENTENKVTIVESENDPRLSTIFAPKPQLLYPSVTVKDSNKPLVIIGPQVPNENLFPAPPHIIPSAIDKQRKPVVVYGPQENPNKHIQIHPSNNNPNPNFIGPLRFNPNFIGPFNIPENYENIPAAPGGFEFVGPVVHGPVRFNPKEPENIIEKTQFNSKPEIIIGIPSSTLSSTTTTTAAVEEISSSPSSATTLKSENKVSSPIIEFKEIDEGRKIGSKYKINIRPSSRPILDVFKRRRSSTTTQSSSSLDTTTNDTPRGISFGGKYSPKYXIIRRSTTPSIVTARVPSKKIAGFFIPRSNRTKSRIEKVLPNKETKITFEGDSNSILQTDAPGVIRDQKLNNIDGAIVESIPGHSLSAEETDPETRCQNACGENELCKIKPGEGVVCKCRPGFGRVEGSSTKCEKSKSFAIEVITTSESEEIKIVKLSPKEVEKAVADSYRKNIKELYFGSQITSIKVGNNTKRNIFFGGEKNLTHDDEMSFSMIVHIADDGKNSTEERLKSVLETPIKDTKLPLGADVTVSRVTIEDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCIAGETVTCECQSWFAGKNCQINMKLLLIVGCVSVGLMLVIACGVSCFCCKDGRAPYGTGIGPMPPMRGHGVLMDPHGTMKSRAFVPRPYAIRPKRSKKSSAEGSSYNGSTSGGGSWQATXNGISGADSTTSKQSRKSGGLSSGIEALNPAVLIPRAKVKSKPFEDFLSEDEASSSPEANRALSEHTSLASRHRRRSIPFIIRSSRSERGGSIDPLLDGSFSDDSNSANRTLRGNTLRSVASETFEVPVMRTNTQITSGSISVRSLRSHATSDGGRTMAERDGGSSFVISASRSHQLYRLHDSDGSLDSL 3855
            MKIHLVTLSVALFHFLAQVSHADLIDDKLPKGDSDFHKRQKRNEERQLQTKLIGDVRVLVKDPDFREKDKQKSSTVWPTTLPPRILQDRFAIQANLGPEIQPTKAFKTDYTTFTYFITSLLAPGVTTTSTDIIISSNVITEDEPISPTASWDLQSSRLNYNEIKIPPSLEFTSRTFYTKVPSNLQITTKTYYTTSTFYSTYLQNGRTYTKTRTLVRSEILEDSPFTQTTSLISGQNEEIKYLSLGSNIYGKIKTLFATYTYTTTNLQGNVGPSTRIITQYSTSLFSDSNVYKTTQIQLNPDQLTSLKLSYIKNQNNYPAETFLLESGQINNVGSGVQFIGNDGQIISNGIISSGSSQTGGSGSEGSGNVSSNNGGGNSSQIIGDSSNSGGSVSSNNNGVYYEINVQQGAQLSGQAEGNKDEHTGQGGSLGTFSSSNNGSGYYETSNQQQGNEQSSGHYGSGSIEGXSGASSSSNGVSNQQQGNKPSSDQYGSGSNGGSSGASSFVNDGSSQHQGNEQSSGQYGSGSSAGSSESSAPNDGGNGYYETINQQQGNEQSSGQYGSGSNGGNAASLSSTNGYYETNNQQQGHGQYGSGSIGGGSIASFSTNGGSGHYEPSNQHQVNGQYEGGLSGQSVTFSVRPGQNHDYKDGTSVYKETYVPSHTVVLGSHYETHTDTSFITTKPIKSSSSGIYLNSNYLISLKKSFLSSSSSSATESKSPIWDINIPTEGPTIIIKPSTVTITETQSAPPASVSPPVIDSGSGSSSSDATSTTPYPPSGGGGVINAVVGGIAEGLGGVFGGGNNNVGGLKVDLGPVLDAVATLLRGPIRSAIANRRSDVEDFSTSREFQNIPRHTQVFVSELTTIPFAQRNIQARNNKYEFVPLPLEKGGSRSDGDLPRSEDSPELHVPQNIYDEINKHRASKDEPVYLDKDKLIINDHVIHTNDPYIIDVLNRFEQGHLFGEYRNKPMAIKILPGKHMLDHGNVPAVGNIIXGHEIQKMLNDEKVRNSPLKTKNSRHSIRSPQISNGNKHIQKPERPQITTYRNPNLVPQKHFKKNVPPYPNKNPGFRTLNQKVRNPVAQKGRPNGPRTKLPHPKNQKTPYSQSNIEKAKITYTRQQNLKRNPTSKRQKFSDVFPGGPHTSNGFKPNFRPHPKDHNPNLDKSIKPQGGQDIPLFPHNKRPNEANLKQTSLQTPKSIKTSRGPVILGPKRPKKQILKIPLNQRPNLPQSSNSNLKNDFLRRPVRPHPSIKLSKTKNKRLPHLVRDGHKQKRIPRPRPTGYIRGGGRPNNVSPNTDIIEEILPSHATDDKNKIQFGFTPKIQNPFLRPGIVEDTNLTSHDYNPQERVEIIKGLIEPNSHKTIRPSPSSNDQLIATGYGVVVDGNNVRDMTITDSYGGVQIIQTKIQDRPYNLGNTALPLRPPPKVSKLDYQGWNTEQKDSVSVIXPTSSFSFQSSNKKEAPKTVTYANEWSVYRPDQSSVIDFVPQKRPKLNTNFDREWTVRDTILRPSRTSKFTPPNTRGYNNEWSEVQPFNPNLYESIKSKNKLLQKNILSRHPFPNGGLQGEQPPHNLITEHQYIQATATNSANIIVASTLSPSTIVRDSNDESGFRGSNGNILSIFQETPKIPETPKKHEPLLSSTHEFQFVPNTTTPTQDTPHPVVEPATIKNEPGYLTTKRSIAKPSLWDKNPFITSSETLLPSIEQVVDTQSNFHYSSIAQNRQTTRPLSSFASDSNTFINIFPSSTVKKDKSTRLSPHIEPDTGTFVNIYPASTSSKIAESYNKATNNVEPGSGNFINTYPSVSTKTIPSRNPAEDKSDIENFKHLYPLPTTKREESSSLTPYTEPDVGTFINIYPSTYSSKKPSITQPDPDFDSRTSINTLSSSTSLNHPNPSLPHVEPNYYPGAYNGIVTSSPLKKVISTDLPPGIEPDTGTFINIFPASTSKTAFITEYHGYVDSDTIRRNENIKEAHEFGVKISPYDDQRQFENDYQQNFNIFYDNSGDPSYVYEDDNSGSSNSKSLHDSSEKSSYGQVDQINDTLISQPPALVIDLTGGPTIQNEHSNLHVESQHDPQQKNTLYTLHDTHKKGIPRNETYPTTNFNSEIIESKPQSPAKENQKRPVRKISQTLPGDKHNVNISNKNQLSTQKIDNLSQKNYFPTDKEDPKIDYSSHLVPISGFSDTKIEAKVPNASTTNIPIINDKNKSPDLNNQINFFENDPSDIFSEEITPLIENKDQDINLEVDNIRFTTNIPYTKDEIESQNLATSTESLKLDSIDQNNGPDYISSTNTSTNTFNLDKKVPKEIDVENDVLQERVTIQKSNNTLVQQGNTVSKNKNISFKINNGITPPSLVTEGESLTAKTSVERNNDLDSTSTEYSVDPNVLEISTQDSSIENLHQSQQNTNIRPENLRPLIDDFYRNGNDRVKSNHRSVYLKDPKESLYVNSNEYGTNSGNYKNEYDYEEITKQFEAEESKLQSNNDQRSTFVYSSPQDGNRNNYYDQYDWIPTDSRYDNFPETPFYSNPDYFNERYDKNFYIDTEYDGDSNNFDKIIVERKDTNPDLKNIAANLAKDAKDNGINKVTKLHSGLPSETKLNENDQYGNTENTGVPQFFGPTIPNFITTETTIDLDNRDDFSNTVDILDSFKDKNNSTLDYENPSNNINIKFNEASVENSNNNNSGVNELTKHANLQKGEGVLDSISIGLNDISLHDDKNNVNDSKHNGDTISTKDKSINTDSDVVVSSTESNGVIPGISNYDTEYPTGWDGQDNYYANYEDSNDGNILDVSRIEGAHGENTPVGSIKVEHTESPKYGNKDNSYGSNKYPVQKEDNVSLYPSTISTSDNEDYIELINEQEDKNSVDIAYIGSDSFRGSEPNQYQNGEVPPFGSEGNTHINELENEHHKSLDNKLNEVNEHIEALGNTSNEHNETHNNMLDALNSQNALLSEDSLSNTVNIVDESNKDPLENTENKVTIVESENDPRLSTIFAPKPQLLYPSVTVKDSNKPLVIIGPQVPNENLFPAPPHIIPSAIDKQRKPVVVYGPQENPNKHIQIHPSNNNPNPNFIGPLRFNPNFIGPFNIPENYENIPAAPGGFEFVGPVVHGPVRFNPKEPENIIEKTQFNSKPEIIIGIPSSTLSSTTTTTAAVEEISSSPSSATTLKSENKVSSPIIEFKEIDEGRKIGSKYKINIRPSSRPILDVFKRRRSSTTTQSSSSLDTTTNDTPRGISFGGKYSPKYXIIRRSTTPSIVTARVPSKKIAGFFIPRSNRTKSRIEKVLPNKETKITFEGDSNSILQTDAPGVIRDQKLNNIDGAIVESIPGHSLSAEETDPETRCQNACGENELCKIKPGEGVVCKCRPGFGRVEGSSTKCEKSKSFAIEVITTSESEEIKIVKLSPKEVEKAVADSYRKNIKELYFGSQITSIKVGNNTKRNIFFGGEKNLTHDDEMSFSMIVHIADDGKNSTEERLKSVLETPIKDTKLPLGADVTVSRVTIEDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCIAGETVTCECQSWFAGKNCQINMKLLLIVGCVSVGLMLVIACGVSCFCCKDGRAPYGTGIGPMPPMRGHGVLMDPHGTMKSRAFVPRPYAIRPKRSKKSSAEGSSYNGSTSGGGSWQATXNGISGADSTTSKQSRKSGGLSSGIEALNPAVLIPRAKVKSKPFEDFLSEDEASSSPEANRALSEHTSLASRHRRRSIPFIIRSSRSERGGSIDPLLDGSFSDDSNSANRTLRGNTLRSVASETFEVPVMRTNTQITSGSISVRSLRSHATSDGGRTMAERDGGSSFVISASRSHQLYRLHDSDGSLDSL
Sbjct:    1 MKIHLVTLSVALFHFLAQVSHADLIDDKLPKGDSDFHKRQKRNEERQLQTKLIGDVRVLVKDPDFREKDKQKSSTVWPTTLPPRILQDRFAIQANLGPEIQPTKAFKTDYTTFTYFITSLLAPGVTTTSTDIIISSNVITEDEPISPTASWDLQSSRLNYNEIKIPPSLEFTSRTFYTKVPSNLQITTKTYYTTSTFYSTYLQNGRTYTKTRTLVRSEILEDSPFTQTTSLISGQNEEIKYLSLGSNIYGKIKTLFATYTYTTTNLQGNVGPSTRIITQYSTSLFSDSNVYKTTQIQLNPDQLTSLKLSYIKNQNNYPAETFLLESGQINNVGSGVQFIGNDGQIISNGIISSGSSQTGGSGSEGSGNVSSNNGGGNSSQIIGDSSNSGGSVSSNNNGVYYEINVQQGAQLSGQAEGNKDEHTGQGGSLGTFSSSNNGSGYYETSNQQQGNEQSSGHYGSGSIEGXSGASSSSNGVSNQQQGNKPSSDQYGSGSNGGSSGASSFVNDGSSQHQGNEQSSGQYGSGSSAGSSESSAPNDGGNGYYETINQQQGNEQSSGQYGSGSNGGNAASLSSTNGYYETNNQQQGHGQYGSGSIGGGSIASFSTNGGSGHYEPSNQHQVNGQYEGGLSGQSVTFSVRPGQNHDYKDGTSVYKETYVPSHTVVLGSHYETHTDTSFITTKPIKSSSSGIYLNSNYLISLKKSFLSSSSSSATESKSPIWDINIPTEGPTIIIKPSTVTITETQSAPPASVSPPVIDSGSGSSSSDATSTTPYPPSGGGGVINAVVGGIAEGLGGVFGGGNNNVGGLKVDLGPVLDAVATLLRGPIRSAIANRRSDVEDFSTSREFQNIPRHTQVFVSELTTIPFAQRNIQARNNKYEFVPLPLEKGGSRSDGDLPRSEDSPELHVPQNIYDEINKHRASKDEPVYLDKDKLIINDHVIHTNDPYIIDVLNRFEQGHLFGEYRNKPMAIKILPGKHMLDHGNVPAVGNIIXGHEIQKMLNDEKVRNSPLKTKNSRHSIRSPQISNGNKHIQKPERPQITTYRNPNLVPQKHFKKNVPPYPNKNPGFRTLNQKVRNPVAQKGRPNGPRTKLPHPKNQKTPYSQSNIEKAKITYTRQQNLKRNPTSKRQKFSDVFPGGPHTSNGFKPNFRPHPKDHNPNLDKSIKPQGGQDIPLFPHNKRPNEANLKQTSLQTPKSIKTSRGPVILGPKRPKKQILKIPLNQRPNLPQSSNSNLKNDFLRRPVRPHPSIKLSKTKNKRLPHLVRDGHKQKRIPRPRPTGYIRGGGRPNNVSPNTDIIEEILPSHATDDKNKIQFGFTPKIQNPFLRPGIVEDTNLTSHDYNPQERVEIIKGLIEPNSHKTIRPSPSSNDQLIATGYGVVVDGNNVRDMTITDSYGGVQIIQTKIQDRPYNLGNTALPLRPPPKVSKLDYQGWNTEQKDSVSVIXPTSSFSFQSSNKKEAPKTVTYANEWSVYRPDQSSVIDFVPQKRPKLNTNFDREWTVRDTILRPSRTSKFTPPNTRGYNNEWSEVQPFNPNLYESIKSKNKLLQKNILSRHPFPNGGLQGEQPPHNLITEHQYIQATATNSANIIVASTLSPSTIVRDSNDESGFRGSNGNILSIFQETPKIPETPKKHEPLLSSTHEFQFVPNTTTPTQDTPHPVVEPATIKNEPGYLTTKRSIAKPSLWDKNPFITSSETLLPSIEQVVDTQSNFHYSSIAQNRQTTRPLSSFASDSNTFINIFPSSTVKKDKSTRLSPHIEPDTGTFVNIYPASTSSKIAESYNKATNNVEPGSGNFINTYPSVSTKTIPSRNPAEDKSDIENFKHLYPLPTTKREESSSLTPYTEPDVGTFINIYPSTYSSKKPSITQPDPDFDSRTSINTLSSSTSLNHPNPSLPHVEPNYYPGAYNGIVTSSPLKKVISTDLPPGIEPDTGTFINIFPASTSKTAFITEYHGYVDSDTIRRNENIKEAHEFGVKISPYDDQRQFENDYQQNFNIFYDNSGDPSYVYEDDNSGSSNSKSLHDSSEKSSYGQVDQINDTLISQPPALVIDLTGGPTIQNEHSNLHVESQHDPQQKNTLYTLHDTHKKGIPRNETYPTTNFNSEIIESKPQSPAKENQKRPVRKISQTLPGDKHNVNISNKNQLSTQKIDNLSQKNYFPTDKEDPKIDYSSHLVPISGFSDTKIEAKVPNASTTNIPIINDKNKSPDLNNQINFFENDPSDIFSEEITPLIENKDQDINLEVDNIRFTTNIPYTKDEIESQNLATSTESLKLDSIDQNNGPDYISSTNTSTNTFNLDKKVPKEIDVENDVLQERVTIQKSNNTLVQQGNTVSKNKNISFKINNGITPPSLVTEGESLTAKTSVERNNDLDSTSTEYSVDPNVLEISTQDSSIENLHQSQQNTNIRPENLRPLIDDFYRNGNDRVKSNHRSVYLKDPKESLYVNSNEYGTNSGNYKNEYDYEEITKQFEAEESKLQSNNDQRSTFVYSSPQDGNRNNYYDQYDWIPTDSRYDNFPETPFYSNPDYFNERYDKNFYIDTEYDGDSNNFDKIIVERKDTNPDLKNIAANLAKDAKDNGINKVTKLHSGLPSETKLNENDQYGNTENTGVPQFFGPTIPNFITTETTIDLDNRDDFSNTVDILDSFKDKNNSTLDYENPSNNINIKFNEASVENSNNNNSGVNELTKHANLQKGEGVLDSISIGLNDISLHDDKNNVNDSKHNGDTISTKDKSINTDSDVVVSSTESNGVIPGISNYDTEYPTGWDGQDNYYANYEDSNDGNILDVSRIEGAHGENTPVGSIKVEHTESPKYGNKDNSYGSNKYPVQKEDNVSLYPSTISTSDNEDYIELINEQEDKNSVDIAYIGSDSFRGSEPNQYQNGEVPPFGSEGNTHINELENEHHKSLDNKLNEVNEHIEALGNTSNEHNETHNNMLDALNSQNALLSEDSLSNTVNIVDESNKDPLENTENKVTIVESENDPRLSTIFAPKPQLLYPSVTVKDSNKPLVIIGPQVPNENLFPAPPHIIPSAIDKQRKPVVVYGPQENPNKHIQIHPSNNNPNPNFIGPLRFNPNFIGPFNIPENYENIPAAPGGFEFVGPVVHGPVRFNPKEPENIIEKTQFNSKPEIIIGIPSSTLSSTTTTTAAVEEISSSPSSATTLKSENKVSSPIIEFKEIDEGRKIGSKYKINIRPSSRPILDVFKRRRSSTTTQSSSSLDTTTNDTPRGISFGGKYSPKYXIIRRSTTPSIVTARVPSKKIAGFFIPRSNRTKSRIEKVLPNKETKITFEGDSNSILQTDAPGVIRDQKLNNIDGAIVESIPGHSLSAEETDPETRCQNACGENELCKIKPGEGVVCKCRPGFGRVEGSSTKCEKSKSFAIEVITTSESEEIKIVKLSPKEVEKAVADSYRKNIKELYFGSQITSIKVGNNTKRNIFFGGEKNLTHDDEMSFSMIVHIADDGKNSTEERLKSVLETPIKDTKLPLGADVTVSRVTIEDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCIAGETVTCECQSWFAGKNCQINMKLLLIVGCVSVGLMLVIACGVSCFCCKDGRAPYGTGIGPMPPMRGHGVLMDPHGTMKSRAFVPRPYAIRPKRSKKSSAEGSSYNGSTSGGGSWQATXNGISGADSTTSKQSRKSGGLSSGIEALNPAVLIPRAKVKSKPFEDFLSEDEASSSPEANRALSEHTSLASRHRRRSIPFIIRSSRSERGGSIDPLLDGSFSDDSNSANRTLRGNTLRSVASETFEVPVMRTNTQITSGSISVRSLRSHATSDGGRTMAERDGGSSFVISASRSHQLYRLHDSDGSLDSL 3855          
BLAST of EMLSAG00000003513 vs. SwissProt
Match: gi|1711488|sp|Q07929.1|SP63_STRPU (RecName: Full=63 kDa sperm flagellar membrane protein; Flags: Precursor)

HSP 1 Score: 75.485 bits (184), Expect = 4.048e-12
Identity = 69/264 (26.14%), Postives = 115/264 (43.56%), Query Frame = 0
Query: 3311 LSAEETDPETRC-QNACGENELCKIKPGEGVVCKCRPGFGRVEGSSTKCEK-SKSFAIEVITTS---------ESEEIKIVKLSPKEVEKAVADSYRKN-IKELYFGSQITSIKVGNNTKRNIFFGGEKNLTHDDEMSFSMIVHIADDGKNSTEERLKSVLETPIKDTKLPLGADVTVSRVTIEDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLA------TTTACDLCNGNGNCIAGETVTCEC 3556
            ++A   DP   C  N C       +  GE   C+CRPG+    G+ T  ++ + SF++  +  S         +++      L+  +VE A+   Y+ + + ++Y GS++  +         ++ G    L   ++    ++V+  D    +TE        T +      LG  +  S +T+ DFDEC   D NDC   A C N  GS+TC C    +D S      GRVC+A       T   ++CN NG  I  + + C+C
Sbjct:   34 ITATTADPPDPCASNPCTIASTHCVAAGESHTCECRPGYFETNGNCTVAQQFAGSFSVTQVGGSNVLYSADLADTDSAAFASLA-ADVEDALDTVYQASTMADIYLGSEVWGVP------EWLYRGRLHVLFATEDAGQPVLVNSTD----ATE-----AFTTALAAEAANLGITIDDSTITVSDFDECASADDNDCDPNANCTNTAGSFTCECDTELYDNSPNTEEPGRVCIAPCDPGLCTRPNEICN-NGGTIEDDNL-CKC 279          
BLAST of EMLSAG00000003513 vs. SwissProt
Match: gi|172046149|sp|Q6V0I7.2|FAT4_HUMAN (RecName: Full=Protocadherin Fat 4; Short=hFat4; AltName: Full=Cadherin family member 14; AltName: Full=FAT tumor suppressor homolog 4; AltName: Full=Fat-like cadherin protein FAT-J; Flags: Precursor)

HSP 1 Score: 61.2326 bits (147), Expect = 2.509e-7
Identity = 28/94 (29.79%), Postives = 47/94 (50.00%), Query Frame = 0
Query: 3478 RVTIEDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDL--CNGNGNCIAG-ETVTCECQSWFAGKNCQIN 3568
            R    D +EC     + C + A+C N  GS+ C+CK GY         +G++C ++   C+   C   G+C +G ++  C C     GK+C++N
Sbjct: 3895 RACERDINECLQ---SPCKNGAICQNFPGSFNCVCKTGY---------TGKMCESSVNYCECNPCFNGGSCQSGVDSYYCHCPFGVFGKHCELN 3976          
BLAST of EMLSAG00000003513 vs. Select Arthropod Genomes
Match: EFX88901.1 (hypothetical protein DAPPUDRAFT_220982 [Daphnia pulex])

HSP 1 Score: 151.369 bits (381), Expect = 6.996e-35
Identity = 110/398 (27.64%), Postives = 182/398 (45.73%), Query Frame = 0
Query: 3322 CQNACGE--NELCKIKPGEGVVCKCRPGFGRVEGSSTKCEKSKSFAIEVITTSESEEIKIV------KLSPKEVEKAVADSYRKNIKELYFGSQITSIKVGNNTKRNIFFGGEKNLTHDDEMSFSMIVHIADDGKNSTEERLKSVLETPIKDTKLPLG-ADVTVSRVT----IEDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCI---AGETVTCECQSWFAGKNCQINMKLLLIVGCVSVGLMLVIACGVSCFCCKDGRAPYGTGIGPMPPMRGHGVLMDPHGTMKSRAFVPRPYAIRPKRSKKSSAEGSSYNGSTSGGGSWQATXNGISGADSTTSKQSRKSGGLSSGIEALNPAVLIPRAK 3703
            C+  C +  +E+C    G+   C CRPG+ R +     C K+ ++ ++++  S +  +         ++SP+   +++A + R  +K+    + ++   + ++    I    E  L  D  +     VH+A   K   E+ LK+ L   ++     LG +D+  SR T     +DFDEC+H+ H+DCS+ A C N KG+Y C C+ G+ D        GR+CLA    C  C+G G C+       ++C C  WF GK CQIN+K+++IV       M+++   +   CC   R   G+  G    +R  G  +   GT+   A +             +S+EGS  N + + G S      G  G     + QS +  G     E L    +IPRAK
Sbjct: 4538 CRGRCSKEKSEICVYANGQHE-CLCRPGYSRSD-PFLSCAKTYTYQLKLVLESINRTMLHFDNNLKDEISPQY--RSLASNARMGLKQALMSTDLSE-SIQDSQVMGIHPTSESELQSDGVL-VDFFVHLA---KQQDEDELKNKLMKSLERNNYILGDSDIIASRFTDSLQAQDFDECSHEGHHDCSEFADCINEKGTYRCQCRPGFIDSEE----DGRICLAERQDCAECSGQGRCVYEPISNEMSCICNKWFTGKECQINLKVVMIVVLAVSIFMILLVTAIIVVCCLRSRRAKGSITGGPSFLRYRGPSVPASGTLDRAAMI----------RGDTSSEGSG-NDNFAAGTSTLDGKGGPRGTAGGPALQSYRPYG-----EGL----MIPRAK 4902          

HSP 2 Score: 78.5666 bits (192), Expect = 5.825e-13
Identity = 54/163 (33.13%), Postives = 81/163 (49.69%), Query Frame = 0
Query:  186 ITTKTYYTTSTFYSTYLQNGRTYTKTRTLVRSEILED-------SPFTQTTSLISGQNEEIKYLSLGSNIYGKIKTLFATYTYTTTNLQGNVGPSTRIITQYSTSL------------------FSDSNVYK----TTQIQLNPDQLTSLKLSYIKNQNNYPA 319
            + TKTY+TT T ++T  Q  +T  ++R  VRS ++ +       S F Q  S+   +     Y+ LG N+YGK++TLFAT TY  TN  G +     ++ Q ST +                   SD  V +    ++QI L P+QL SLKLS++  Q +  A
Sbjct: 3520 VATKTYFTTKTHFTTLQQGTKTIVQSRKEVRSSVVTETIDGNRASLFAQPASVAKARP---TYVQLGPNLYGKLRTLFATATYFITNSAGEISSKRLVVPQVSTEMVPLDSIPSEALIEPSIPVLSDIEVTEVPTGSSQI-LTPEQLQSLKLSFLAGQQSSAA 3678          
BLAST of EMLSAG00000003513 vs. Select Arthropod Genomes
Match: gb|EFA09018.2| (hypothetical protein TcasGA2_TC006727 [Tribolium castaneum])

HSP 1 Score: 147.132 bits (370), Expect = 1.074e-33
Identity = 101/379 (26.65%), Postives = 177/379 (46.70%), Query Frame = 0
Query: 3291 RDQKLNN-------IDGAIVESIPGHSLSAEETDPETRCQNAC--GENELCKIKPGEGVV-CKCRPGFGRVEGSSTKCEKSKSFAIEVITTSESEE----------------IKIVKLSPKEVEKAVADSYRKNIKELYFGSQITSIKVGNNTKRNIFFGGEKNLTHDDEMSFSMIVHIADDGKNSTEERLKSVLETPIKDTKLPLGA-DVTVSRVTIE-----DFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCIA--GETVTCECQSWFAGKNCQINMKLLLIVGCVSVGLMLVIACGVSCF--CC--KDGRAPYGTGIGPMPPMRGHGVLMDPHGTMKSRAFV 3631
            RD+ +N+       + G  + S P  SL      P  +C+  C    NELC+    EG++ C CRPGF R+      C  + ++ ++V       +                 K+  ++ + +++ V  S   +++++Y G  + + +         F+                 + ++D   N+ E+RL+ V +  +++    LG  D+  SR +++     DFDECT+   +DCS+ A C N+KG+YTC CKEG+ DLS   +  GR+C A    C+ CN +G C +   + + CEC  W+ G++C IN+K+LLI   V++G +L+    +     CC  K  +    TG+  +P    +       GT+  RA +
Sbjct: 4448 RDEMINSNEANNVLLGGIFIASPP--SLEVPRVPPSDKCEPECKASRNELCQ--KVEGIMRCVCRPGFARM-FPDRPCIPTYTYNLKVDLERHGRDNLKFTHDLNHPNSTAFTKLTAMTHEALDRMVMQS---DLRDIYHGVHVHAYEPTKQGVTTRFY-----------------LQLSD---NTDEKRLEDVFKKYLRNNNYSLGGTDIFASRESLDGLRALDFDECTNARFHDCSENAQCFNLKGTYTCSCKEGFTDLSENILYPGRICSAELIGCERCNYHGTCYSRGDDQMFCECFHWYTGESCHINLKVLLI-ALVTLGSILIALLIICLVMTCCRKKPRKTRMATGMSFLPQRVAN------RGTIDRRAMI 4791          
BLAST of EMLSAG00000003513 vs. Select Arthropod Genomes
Match: XP_016767363.1 (PREDICTED: LOW QUALITY PROTEIN: uncharacterized protein LOC409598 [Apis mellifera])

HSP 1 Score: 142.895 bits (359), Expect = 2.656e-32
Identity = 91/291 (31.27%), Postives = 138/291 (47.42%), Query Frame = 0
Query: 3318 PETRCQNACGENELCKIKPGEGVVCKCRPGFGRVEGSSTKCEKSKSFAIEVITTSESEEIKIVKLSPKEVEKAVADSYRKNIKELYFGSQITSIKVGNNTKRNIFFGGEKNLTHDDEMSFSMIVHIADDGKNSTEERLKSVLETPIKDTKLPLG-----ADVTVSRVTIEDFDECTHKD---HNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCIA---GETVTCECQSWFAGKNCQINMKLLLIV----GCVSVGLMLVIACGVSCF 3593
            PE R   A    E+C  + G  + C CRPGF R+      C+ + ++ + V       E  I + S   +  + + ++RK +         T ++   +  R+I+ G +      D       V ++D   N+ E RLK VL   +  +   LG     A   +  +   DFDEC  +D   H+DCS  A C N++GSY C CKEG+ DLS      GR C      C  CN  G+C+    G+ V CEC  W +G+ CQ+N+K+LLI     G + +GL L +  G++CF
Sbjct: 5526 PECRASRA----EICA-EVGTEMRCICRPGFARM-FPDRPCKPTYTYTLRVGLDRIGYEPVIYEAS---MNNSTSTAFRKLLGPTKDALDRTLMQ---SDLRDIYRGLKIAGFTPDPTKVEFHVQLSD---NANETRLKEVLRKYLIGSNYSLGGTEVFASKNLDLIEAIDFDECIAEDGGPHHDCSPNAACFNLRGSYQCSCKEGWADLSENPAYPGRFCSQAPLGCPSCNNKGHCVTNTNGQEV-CECFPWHSGQRCQVNLKVLLIALVTTGAILLGL-LAVCVGMACF 5799          
BLAST of EMLSAG00000003513 vs. Select Arthropod Genomes
Match: gb|KFM62209.1| (Transmembrane cell adhesion receptor mua-3, partial [Stegodyphus mimosarum])

HSP 1 Score: 139.043 bits (349), Expect = 2.556e-31
Identity = 124/426 (29.11%), Postives = 180/426 (42.25%), Query Frame = 0
Query: 3322 CQNACG--ENELCKIKPGEGVVCKCRPGFGRVEGSSTKCEKSKSFAIEVITTSESEEIKIVK---------------LSPK------EVEKAVADSYR-KNIKELYFGSQITSIKVGNNTKRNIFFGGEKNLTHDDEMSFSMIVHIADDGKNSTE---ERLKSVLETPIKDTKLPLGADVT--VSRVT-IEDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCIAGE--TVTCECQSWFAGKNCQIN----MKLLLIVGCVSVGLMLVIACGVSCFCCKDGRAPYGTGI--GPMPPMRG----HGVLMDPHGTMKSRAFVPRPYAIRPKRSKKSSAEGSSYNGSTSGGGSWQATXNGISGADSTTSKQSRKSGGLSSGIEA--LNPAVLIPRAK 3703
            C   C     E+CK  P +   C+CRPGF + EGS  +C   KS+ + V         +++K               LSP+         KAV D+Y+  ++ + +  + + S+  G+  +R    G   NLT          V ++ +  ++ E   E LK  LE    +  L     V+  + RV  ++DFDEC   ++NDCS  A+C N+ G+YTC CKEGY DL    +L GR+C      CD CN  G CI  E     C C   + GK C+IN       L I   + +  M  + CG      +  + P    +  G +PP  G     G+LMD                     S +SS E      +  G G   A         ++T K+SR+S  +   I A    P VLIPRAK
Sbjct: 2254 CPRECNLKNKEVCKQNPDKTWSCQCRPGFFKKEGSE-ECRDVKSYVVLV---------RVLKMGGNDVTYNSELNNYLSPEYKNLTTTARKAVDDAYKTSSVGDDFVSANVLSVSDGSGLRRE---GVLVNLT----------VQVSGEKPSNEEILKEELKQSLEAAASEVDLANSTIVSPIIQRVEDVQDFDECADDNYNDCSRSAICINLPGTYTCECKEGYQDLE--PLLPGRICSGEIKDCDYCNNRGVCIMTEDDNKFCRCYRMYLGKQCEINGLVLAIALPIALALLILTMFCLLCGCRKLRQRRTQKPKPNNVFKGMVPPTPGTLDRKGMLMD--------------------SSSESSGEHRPPAHAYDGFGDDVA---------NSTMKRSRRSDSMDDRISADFQVPTVLIPRAK 2625          
BLAST of EMLSAG00000003513 vs. Select Arthropod Genomes
Match: EEB16236.1 (hypothetical protein Phum_PHUM412790 [Pediculus humanus corporis])

HSP 1 Score: 137.887 bits (346), Expect = 7.535e-31
Identity = 87/281 (30.96%), Postives = 148/281 (52.67%), Query Frame = 0
Query: 3322 CQNACG--ENELC-KIKPGEGVV-CKCRPGFGRVEGSSTKCEKSKSFAIEVITTSESEEIKIVKLSPKEV--EKAVADSYRKNIKELYFGSQITSIKVG------NNTKRNIFFGGEKNLTHDDEMSFSMIVHIADDGKNSTEERLKSVLETPIKDTKLPLGA-DVTVSR----VTIEDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCI-AGE-TVTCECQSWFAGKNCQINMKLLLIVGCVSVGLM 3583
            C   C   +NELC +IK   GV+ C CRPGF R+      C  + ++ ++         + + KL  +++  EK VA +   ++ +L     +T  K G       +  R+++ G   N   + E   +M+       +N+ E++L  + +  ++ +   LG  ++  +R    +  EDF+EC +  ++DCS+ A C N+KG+YTC CKEGY D+S   +  GR+C + T  C+ C  +G C   GE  +TCEC  W++G+ C IN+K+LLI   V++G +
Sbjct: 2627 CFPKCKPTKNELCQRIK---GVLKCVCRPGFARM-FPDRPCGPTYTYKVK---------LALDKLGTEKINYEKNVAQTNSADMSKL-----MTVTKEGLDRMIMQSELRDVYHGVIVNGFQEKEKK-AMVNFYVQLSENTDEKKLMGIFKNTLQTSNYSLGGTELFAAREGDNLDAEDFNECLNPKYHDCSEHARCFNLKGTYTCSCKEGYTDVSENSLFPGRLC-SDTIGCEYCGYHGACYPKGEGQMTCECFQWYSGERCNINLKVLLI-ALVTIGAI 2886          
BLAST of EMLSAG00000003513 vs. Select Arthropod Genomes
Match: AGB96536.1 (uncharacterized protein Dmel_CG33978, isoform G [Drosophila melanogaster])

HSP 1 Score: 133.265 bits (334), Expect = 1.478e-29
Identity = 82/275 (29.82%), Postives = 134/275 (48.73%), Query Frame = 0
Query: 3319 ETRCQNAC--GENELCKIKPGEGV----VCKCRPGFGRVEGSSTKCEKSKSFAIEVITTSESEEIKIVKLSPKEVEKAVADSYRKNIKELYFGSQITSIKVGNNTKRNIFFGGEKNLTHDDEMSFSMIVHIADDGKNSTEERLKSVLETPIKDTKLPLGAD-VTVSR-----VTIEDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCI-------AGETVTCECQSWFAGKNCQINMKLLLI 3574
            +T C   C   +NE+C +  G       +C+CRP FGR+      C+ + ++ + + T     E  ++K S      ++ + YR   K L    +     V  +  R+IF G +            M+ ++    +NS E++L +V +  ++ +   +G   +  SR     +TI+DFDEC ++   DCS  A C N+ GSYTC CK+GY D S   +  GR CL     CD CN NG C+         E   C+C +W+AG  CQ+N+K++++
Sbjct: 1405 KTACDPKCRLNKNEIC-VTYGNSTESIGICECRPSFGRM-FPDRPCKPTYTYEMRIQT--YWTENHLLKFSNNIKSNSLIE-YRHISKILL---EAADRMVMQSDYRDIFHGVQLQSVFAKTNDTLMVTYLLQLSENSNEDQLTTVFQKYLRQSNFSIGGTRLYTSREGLQFLTIKDFDECRNEHFYDCSPNAQCFNLIGSYTCSCKKGYVDKSENSLYPGRHCLNNIIGCDKCNYNGKCVNVSAEKSHKEIAICKCYAWYAGTKCQVNLKVIIL 1671          
BLAST of EMLSAG00000003513 vs. Select Arthropod Genomes
Match: AGB96534.1 (uncharacterized protein Dmel_CG33978, isoform D [Drosophila melanogaster])

HSP 1 Score: 132.88 bits (333), Expect = 1.960e-29
Identity = 82/275 (29.82%), Postives = 134/275 (48.73%), Query Frame = 0
Query: 3319 ETRCQNAC--GENELCKIKPGEGV----VCKCRPGFGRVEGSSTKCEKSKSFAIEVITTSESEEIKIVKLSPKEVEKAVADSYRKNIKELYFGSQITSIKVGNNTKRNIFFGGEKNLTHDDEMSFSMIVHIADDGKNSTEERLKSVLETPIKDTKLPLGAD-VTVSR-----VTIEDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCI-------AGETVTCECQSWFAGKNCQINMKLLLI 3574
            +T C   C   +NE+C +  G       +C+CRP FGR+      C+ + ++ + + T     E  ++K S      ++ + YR   K L    +     V  +  R+IF G +            M+ ++    +NS E++L +V +  ++ +   +G   +  SR     +TI+DFDEC ++   DCS  A C N+ GSYTC CK+GY D S   +  GR CL     CD CN NG C+         E   C+C +W+AG  CQ+N+K++++
Sbjct: 1405 KTACDPKCRLNKNEIC-VTYGNSTESIGICECRPSFGRM-FPDRPCKPTYTYEMRIQT--YWTENHLLKFSNNIKSNSLIE-YRHISKILL---EAADRMVMQSDYRDIFHGVQLQSVFAKTNDTLMVTYLLQLSENSNEDQLTTVFQKYLRQSNFSIGGTRLYTSREGLQFLTIKDFDECRNEHFYDCSPNAQCFNLIGSYTCSCKKGYVDKSENSLYPGRHCLNNIIGCDKCNYNGKCVNVSAEKSHKEIAICKCYAWYAGTKCQVNLKVIIL 1671          
BLAST of EMLSAG00000003513 vs. Select Arthropod Genomes
Match: AGB96535.1 (uncharacterized protein Dmel_CG33978, isoform F [Drosophila melanogaster])

HSP 1 Score: 132.88 bits (333), Expect = 2.072e-29
Identity = 82/275 (29.82%), Postives = 134/275 (48.73%), Query Frame = 0
Query: 3319 ETRCQNAC--GENELCKIKPGEGV----VCKCRPGFGRVEGSSTKCEKSKSFAIEVITTSESEEIKIVKLSPKEVEKAVADSYRKNIKELYFGSQITSIKVGNNTKRNIFFGGEKNLTHDDEMSFSMIVHIADDGKNSTEERLKSVLETPIKDTKLPLGAD-VTVSR-----VTIEDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCI-------AGETVTCECQSWFAGKNCQINMKLLLI 3574
            +T C   C   +NE+C +  G       +C+CRP FGR+      C+ + ++ + + T     E  ++K S      ++ + YR   K L    +     V  +  R+IF G +            M+ ++    +NS E++L +V +  ++ +   +G   +  SR     +TI+DFDEC ++   DCS  A C N+ GSYTC CK+GY D S   +  GR CL     CD CN NG C+         E   C+C +W+AG  CQ+N+K++++
Sbjct: 1405 KTACDPKCRLNKNEIC-VTYGNSTESIGICECRPSFGRM-FPDRPCKPTYTYEMRIQT--YWTENHLLKFSNNIKSNSLIE-YRHISKILL---EAADRMVMQSDYRDIFHGVQLQSVFAKTNDTLMVTYLLQLSENSNEDQLTTVFQKYLRQSNFSIGGTRLYTSREGLQFLTIKDFDECRNEHFYDCSPNAQCFNLIGSYTCSCKKGYVDKSENSLYPGRHCLNNIIGCDKCNYNGKCVNVSAEKSHKEIAICKCYAWYAGTKCQVNLKVIIL 1671          
BLAST of EMLSAG00000003513 vs. Select Arthropod Genomes
Match: gb|KPM02572.1| (hypothetical protein QR98_0009870 [Sarcoptes scabiei])

HSP 1 Score: 97.4413 bits (241), Expect = 1.924e-19
Identity = 80/260 (30.77%), Postives = 122/260 (46.92%), Query Frame = 0
Query: 3322 CQNACG--ENELCKIKPGEGVVCKCRPGFGRVEGSSTKCEKSKSFAI--EVITTSESEEIKIVKLSPKEVEKAVADSYRKNIKEL--YFGSQITSIKVGNNTKRNIFFGGEKNLTHDDEMSFSMIVHIADDGKNSTEERLKSVLETPIKDTKLPLGADVTVSRVTIEDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCIAGET-VTCECQSWFAGKNCQINMKLLLI 3574
            CQ +C     E C+ +     VC+CRPG+ R   S   C++ K++ I   V  T+ESE I     +  E++K    + R+ + +     G Q+ S+     +K     G   NLT          + I     N  +E L   LE        PLG    + +V   DFDEC+   HNDCS +A C N  GSY+C C + + D      L GR+C+    +CD C+G G+C   ++ + C C   F G+ C+IN+  +L+
Sbjct:   78 CQPSCNITNKEYCREREPNRYVCECRPGYVR-RPSDNLCQEIKNYLITVRVSKTAESEVIATSTTTDGELQKYARVARRQVVGKADGIAGLQVLSVDHSLRSK-----GALVNLT----------IQIDPKALNLQDE-LAKKLE--------PLGH---LEKVI--DFDECSSSLHNDCSPRARCLNEPGSYSCECLDPFIDFDPS--LPGRICVTELKSCDYCHGRGDCWRNQSDIVCRCHPMFIGRRCEINVLAILV 305          
BLAST of EMLSAG00000003513 vs. Select Arthropod Genomes
Match: gb|KPM06323.1| (EGF and SEA domain containing protein [Sarcoptes scabiei])

HSP 1 Score: 93.9745 bits (232), Expect = 9.682e-18
Identity = 86/341 (25.22%), Postives = 135/341 (39.59%), Query Frame = 0
Query: 3297 NIDGAIVESIPGHSLSAEETDPE----TRCQNAC--GENELCKIKPGEGVVCKCRPGFGRVEGSSTKCEKSKSFAIEVITTSESEEI----------------KIVKLSPKEVEKAVADSYRKNIKELYFGSQITSIK-----VGNNTKRNIFFGGEKNLTHD---DEMSFSMIVHIADDGKNSTEERLKSVLETPIKDTK---LPLGADVTVSRVTIEDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGY--HDLSGPEILSGRVCLATTTACDLCNGNGNCI---AGETVTCECQSWFAGKNCQINMKLLLIVGCVSVGLMLVIACGVSCFCCKDGR 3599
            N    IV+    +SL    T P      +C+  C     E+CK   G+   C CRPG+ +  G+   C + ++F + V      +E                  I +L+  ++  A       ++KE Y GS +  I       G      I      N+  D   DE+S ++    +     ++      + E+    +    LP    +      + DFDEC+   +NDC+  A C N  GSY C C  GY   DLS P    GR+C +   AC+ C G G+C     G+  +C+C   + G        LL I   V   L ++  C +  +CC+  R
Sbjct:  979 NQQSGIVKKTTKYSLPKTTTRPSFLDLDQCKPGCNTANKEICKEFDGK-FKCDCRPGYIKRTGNDV-CLELQNFIVLVRVLQIGDEKLEWNTNLMNHSSQSYQNIARLARTQLNNAYESI--TSMKENYIGSDVLEINQAQDGFGVLVNMTIHLTESNNIDEDLIRDELSRTLSSSSSSSSHQTSISTNSDLYESIGHQSSSESLPSPQRIVADIEDVIDFDECSSDQYNDCASSARCINEPGSYRCECLNGYPDLDLSFP----GRICASEIKACEFCYGRGDCYRDETGQISSCKCHRMYLG--------LLAIFIPVVAILFIITICSI-VYCCRKWR 1302          
BLAST of EMLSAG00000003513 vs. nr
Match: gi|1069804382|ref|XP_018326494.1| (PREDICTED: LOW QUALITY PROTEIN: uncharacterized protein LOC108737860 [Agrilus planipennis])

HSP 1 Score: 167.162 bits (422), Expect = 5.826e-37
Identity = 122/454 (26.87%), Postives = 209/454 (46.04%), Query Frame = 0
Query: 3212 PRGISFGGKYSPKYXIIRRSTTPSIVTARVPSKKIAGFFIPRSNRTKSRIEKVLPNKETKITFEGDSNS----ILQTDA--PGVIR--DQKLNNIDGAIVESIPGHSL----------SAEETDPET------RCQNAC--GENELCKIKPGEGVV-CKCRPGFGRVEGSSTKCEKSKSFAI---------------EVITTSESEE-IKIVKLSPKEVEKAVADSYRKNIKELYFGSQITSIKVGNNTKRNIFFGGEKNLTHDDEMSFSMIVHIADDGKNSTEERLKSVLETPIKDTKLPLG------ADVTVSRVTIEDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCIA--GETVTCECQSWFAGKNCQINMKLLLIVGCVSVGLMLVIACGVSCFCCKDGR----APYGTGIGPMP 3610
            P G+ +G + S     +   T P+ V     +  +  F I  ++ T++       + E  I  +  SN+    ++ TD     V++  D +  N D A+V S P H L          + E+ D  T      +C   C   +NELC+    EGV+ C CRPGF R+      C+ + ++ +               EV+  S S E +K+  ++   +++ V  S   +++++Y G Q+ + +                L   D +  +  + +++   N+ ++RLK +L+  +++    +G      A   V  +   DFDEC++KD +DCS+ A C N+ G+YTC CKEG+ DLS   +  GR+C A    C+ CN +G C +   +   CEC  W+AG++C IN+K+LLI       L+ V+        C  G+    A + TG+  MP
Sbjct: 4842 PPGVPYGNQPSISPTTVMDVTKPTAVVNEHVNDNMEDFIIRDNDETQT-------SNENDINVDSSSNNDSIFVVMTDKNHGSVVKLTDTETQNRDEAVVSSDPNHILLGGVLIAPPPNIEQRDTTTTQSLQDKCIPDCQASKNELCQR--VEGVMRCVCRPGFARM-FPDRPCKPTYTYRLRIVLERHGKQRLVYHEVLNNSNSTEFVKLSAIAQDGLDRMVMQS---DLRDIYHGIQVENYE---------------PLEEHDGIVTNFYLQLSE---NTNDDRLKDILKKYLRNNNYSIGGMELYAAREGVQNLDANDFDECSNKDFHDCSENAHCFNLPGTYTCSCKEGFADLSENTLYPGRICSAELIGCERCNYHGTCYSRGDDETLCECFQWYAGEHCHINLKVLLIALITLGSLLFVLLIVCLAMTCSKGKRHQNASFATGMSFMP 5264          
BLAST of EMLSAG00000003513 vs. nr
Match: gi|1080057953|ref|XP_018570795.1| (PREDICTED: LOW QUALITY PROTEIN: uncharacterized protein LOC108910607, partial [Anoplophora glabripennis])

HSP 1 Score: 162.925 bits (411), Expect = 9.618e-36
Identity = 107/370 (28.92%), Postives = 180/370 (48.65%), Query Frame = 0
Query: 3261 IEKVLPNKETKITFEGDSNSILQTDAPGVIRDQKLNNI--DGAIVESIPGHSLSAEETDPETRCQNACG--ENELCKIKPGEGVV-CKCRPGFGRVEGSSTKCEKSKSFAIEVIT----------------TSESEEIKIVKLSPKEVEKAVADSYRKNIKELYFGSQITSIKVGNNTKRNIFFGGEKNLTHDDEMSFSMIVHIADDGKNSTEERLKSVLETPIKDTKLPLGA-DVTVSRVTIE-----DFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCIA--GETVTCECQSWFAGKNCQINMKLLLIVGCVSVGLMLVIACGVSCFCCKDGRAP 3601
            I  V+ +K TK   +  + S    D   VI   K+NNI   G +  + P   +  ++TD   +C+  C    NELC+    EG++ C CRPGF R+      C  + ++ +++                  ++ +E IK  + + + +++ V  S   ++++++ G Q+ S   G  TK                +     + ++D   N  E RL+ + +  +++    LG  D+  S  +IE     DFDEC++   +DCSD A C N++G+YTC C+EGY DLS   +  GR+C A    C+ CN +G C +  G+ V C+C  W+AG++C IN+K+LLI   V++G +L +   V        R P
Sbjct: 5153 ILVVMTDKNTKGIVKVPNTSYEIPDRDEVITSNKVNNILLAGILGGNHPNQDIPEKKTD---KCEPDCKATRNELCQ--KVEGIMRCVCRPGFARM-FPDRPCLPTYTYNLKITLDRISKDQLHFFEDLGDSNSTEFIKFAQATREALDRMVMQS---DLRDIFHGVQVHSFGPGPTTKG---------------IVARFYLQLSD---NIDEIRLEDIFKKYLRNNNYSLGGTDIFASPQSIEELKAQDFDECSYSKFHDCSDNAQCFNLRGTYTCSCREGYLDLSENILYPGRICSAEQVGCERCNYHGTCYSSEGDEVVCDCFQWYAGESCHINLKVLLI-ALVTLGTILFVLLLVCLILTCVRRKP 5494          
BLAST of EMLSAG00000003513 vs. nr
Match: gi|929379029|ref|XP_014099818.1| (PREDICTED: uncharacterized protein LOC106624597, partial [Bactrocera oleae])

HSP 1 Score: 160.614 bits (405), Expect = 3.923e-35
Identity = 91/333 (27.33%), Postives = 167/333 (50.15%), Query Frame = 0
Query: 3298 IDGAIVESIPGHSLSAEETDPETRCQNAC--GENELCKIKPGEGVVCKCRPGFGRVEGSSTKCEKSKSFAIEV---------------ITTSESEEIKIVKLSPKE-VEKAVADSYRKNIKELYFGSQITSIKVGNNTKRNIFFGGEKNLTHDDEMSFSMIVHIADDGKNSTEERLKSVLETPIKDTKLPLGADVT------VSRVTIEDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCI--------AGETVTCECQSWFAGKNCQINMKLLLIVGCVSVGLML--VIACGVSCFCCK 3596
            + G ++ + P  ++S   T   + C   C    NE+C +       C CRPGF R+      C+ + ++ + +               +  + +++ K +    KE + + V  S   +++++Y G Q+++  +  +   N+  GG+       ++S ++++ +++   NS EERL +V +  ++ T   +G          V  + I DF+EC H + +DCS  A+C N++G+YTC CKE + DLSG  +  GRVC A    C+ C+ +G C+        A E V CEC +W+ G  CQ+N+K++LIV  ++VG +L  ++   +   C K
Sbjct: 1906 LGGVLIATPPKLNISISPTAKNSTCLPPCKMARNEVCTLAEFRWN-CVCRPGFARM-FPDRPCKPTYTYQLSLRIDHYGDFKLFYDHSLADNSTDDYKHLATVTKEAINRMVMQS---DLRDIYHGVQLSTFTLIYDA--NMDTGGKSTNIKSSDLSANLLLQLSE---NSDEERLMAVFKKYLRLTNYSIGGTKLFTDRNGVESLAITDFNECAHGNFHDCSSNALCFNLQGTYTCSCKENFADLSGNTVYPGRVCSAELVGCERCHYHGKCVVKKSDRPYASEHVVCECFAWYTGSTCQLNLKIVLIV-LIAVGTLLFTLLMFCILLICTK 2227          
BLAST of EMLSAG00000003513 vs. nr
Match: gi|1058085760|gb|JAS46540.1| (hypothetical protein g.43109, partial [Cuerna arida])

HSP 1 Score: 157.532 bits (397), Expect = 3.965e-35
Identity = 100/335 (29.85%), Postives = 160/335 (47.76%), Query Frame = 0
Query: 3308 GHSLSAEETDPETRCQNACGENELCKIKPGEGVVCKCRPGFGRVEGSSTKCEKSKSFAIEVITTSESEEIKIVKLSPKE-----VEKAVADSYRKNIKELYFGSQITSIKVGNNTKRNIFFGGEKNLTHDDEMSFSMIVHIADDGKNSTEERLKSVLETPIKDTKLPLG------ADVTVSRVTIEDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCIA--GETVTCECQSWFAGKNCQINMKLLLIVGCVSVG----LMLVIACGVSCFCCKDGRAP-----------YGTGIGPMPPMRG 3614
            G+ L+   +D   R +     NELC+ K    + C CRPGF R+      C+ + ++ + ++     ++  I    P E       + + D+ R+ +  +   S +  I  G   +      G +     D       V ++D   N+ E RL+ VL   ++     LG      A   +  +  EDFDECT   ++DCS+ A C N++G+YTC CKEG+ DLS   +  GR+C A    C+LCN +G C +   E + CEC  W+ G  CQIN+K++L++  V+VG    ++L++ C ++C   +D R P            GTG GP P  R 
Sbjct:  141 GNVLTHHSSDSGCRPECKASRNELCQ-KIDNVMRCVCRPGFARM-FPDRPCKPTYTYTMRLVLDRYGKD-HIRFAGPLEDPNSGPYQRLVDATREGLDRMVMQSDLRDIYHGVEVR------GFEPARMPDNAVVKFYVQLSD---NTEESRLQDVLRKSLRSNNYSLGGTEVYAAKEQIQYLLAEDFDECTDPKYHDCSEDAQCFNLRGTYTCSCKEGFSDLSPNTLYPGRICSAEQIGCELCNFHGTCYSRNDEEIVCECFQWYGGDTCQINLKVMLLI-LVTVGVCLVVLLIVCCVLACMRRRDMRGPPVRPGGGYRRYRGTGGGPAPDKRA 462          
BLAST of EMLSAG00000003513 vs. nr
Match: gi|827540583|ref|XP_012553324.1| (PREDICTED: LOW QUALITY PROTEIN: uncharacterized protein LOC101743303 [Bombyx mori])

HSP 1 Score: 160.614 bits (405), Expect = 4.433e-35
Identity = 101/366 (27.60%), Postives = 165/366 (45.08%), Query Frame = 0
Query: 3322 CQNAC--GENELCKIKPGEGVVCKCRPGFGRVEGSSTKCEKSKSFAIEVITTSESEEIKIVKLSPKEVEKAVADSYRKNIKELYFGSQITSIKVGNNTKRNIFFGGEKNLTHDDEMSFSMIVHIADDG----------------KNSTEERLKSVLETPIKDTKLPLG------ADVTVSRVTIEDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCIA--GETVTCECQSWFAGKNCQINMKLLLIVGCVSVGLMLVIACGVSCFCCKDGRAPYGTGI-----------GPMPPMRG-HGVLMDPHG-----TMKSRAFVPRPYAIRPKRSKK 3644
            CQ  C    NE C+   G  + C CRPGF R+      C+ + ++++++   S+ E       S  + +++++D+  K  + L       ++   +   R +     +++ H   ++    V I +D                  N+ E RLK VLE  +++    LG      A   + ++ + DFDECT    +DCS+ A C N++G+YTC C EG+ DLS   +  GR+C A    C  CN +G C +   + V CEC  W++G  CQIN+K++LI   V+  L+ V+    +   C+  + P  + +           G MP  R     L+   G     T    A +P   A RP  SKK
Sbjct: 4515 CQPDCKASRNERCQRIDG-LMKCVCRPGFARM-FPDRPCKPTYTYSVKLALASQGE-------SRLQFQESLSDNSSKEYQAL-------AVATHDGINRMVMQSDLRDVYHGIHIAGFHPVEIQNDTGTGYQGVMNDFYVQRFDNAHENRLKEVLEKYLRNNNYSLGGTDVHAASELLDKMDVSDFDECTSGQFHDCSEHAQCFNLRGTYTCSCLEGFADLSVNNLYPGRICSAEPVGCARCNYHGTCYSRDDKRVLCECFQWYSGSTCQINLKVVLISLVVAGALLTVVLAACAVIACRRSKPPQRSIVTCIQGMPTLHQGAMPKQRNDRRALISEQGEPRDNTSIQNASLPYMPAKRPSSSKK 4864          
BLAST of EMLSAG00000003513 vs. nr
Match: gi|1133429771|ref|XP_019870836.1| (PREDICTED: LOW QUALITY PROTEIN: uncharacterized protein LOC109599306 [Aethina tumida])

HSP 1 Score: 160.229 bits (404), Expect = 6.714e-35
Identity = 122/440 (27.73%), Postives = 193/440 (43.86%), Query Frame = 0
Query: 3321 RCQNAC--GENELCKIKPGEGVV-CKCRPGFGRVEGSSTKCEKSKSFAI----------------EVITTSESEEIKIVKLSPKEVEKAVADSYRKNIKELYFGSQITSIKVGNNTKRNIFFGGEKNLTHDDEMSFSMIVHIADDGKNSTEERLKSVLETPIKDTKLPLGA-DVTVSRVTIE-----DFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCIA--GETVTCECQSWFAGKNCQINMKLLLIVGCVSVGLMLVIACGVSCFCCKDGRAP---YGTGIGPMPPMRGHGVLMDPHGTMKSRAFV-------------PRPYAI----RPKRSKKSSAEGSSYNGSTSGGGSWQATXNGISGADSTTSKQSRKSGGLSSGIEALNPAVLIPRAKVKSKPFEDFL 3713
            +C+  C    NELC+    EGV+ C CRPGF R+      C  + ++++                E+   + S+ +K+  ++ + + + V  S   +++++Y G  I S +        I                S  + ++D   N  E RL+ V +  +++    LG  +V  SR T++     DFDEC +   +DCS+ A C N+KG+YTC CKEG+ D+S   +  GRVC A    C+ CN +G C +   E V CEC  W++G++C IN+K+LLI   V++G +L I   V C      R P     TGI  +P     G       T+  RA +               PY      +PK + K +      NG    G       NG    ++T +   +K   L+         V+IPRAK    P  + +
Sbjct: 4364 KCEPECKASRNELCQ--KVEGVMRCICRPGFARM-FPDRPCNPTYTYSLKVNLARLGRNDLQFEDELENQNSSQFMKLAPIAHEAIHRMVMQS---DLRDIYHGVHINSFEPSQEGSGIIS---------------SFYLQLSD---NIDETRLEDVFKKYLRNNNFSLGGTEVFSSRQTLDELKALDFDECNNAKFHDCSENAQCFNLKGTYTCSCKEGFTDMSENRLYPGRVCSAEQIGCEKCNYHGTCYSRGDEQVLCECFQWYSGESCHINLKVLLI-ALVTLGTILFILLLVCCILTCVRRRPTKGVATGITFLPQRVNTG----NRSTIDRRAMIQDTSSEDSRSETNTLPYVAKKQKKPKGALKKTPRPPQVNGDIEHG-------NG----ENTLTYSDQKDRSLT---------VMIPRAKYHPAPSNNLM 4754          
BLAST of EMLSAG00000003513 vs. nr
Match: gi|1058026211|gb|JAS16767.1| (hypothetical protein g.30199, partial [Clastoptera arizonana])

HSP 1 Score: 159.844 bits (403), Expect = 8.404e-35
Identity = 98/319 (30.72%), Postives = 156/319 (48.90%), Query Frame = 0
Query: 3308 GHSLSAEETDPETRCQNACGENELCKIKPGEGVVCKCRPGFGRVEGSSTKCEKSKSFAIEVITTSESEE-IKI---VKLSPKEVEKAVADSYRKNIKELYFGSQITSIKVGNNTKRNIFFGGEKNLTHDDEMSFSMIVHIADDGKNSTEERLKSVLETPIKDTKLPLGA-DVTVSRVTI-----EDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCIA--GETVTCECQSWFAGKNCQINMKLLLIVGCVSVGLMLVIACGVSCFCCKDGRAPYGTGIGPMPPMRG 3614
            G  L+   +D E R +     NELC+ K    + C CRPGF R+      C+ + ++ I+++     ++ IK    +  S     + ++++ R+ +  +   S +  I  G      +   G   +   +       V ++D   N+ E RL+ VL   ++     LG  +V  S+ +I     EDFDEC++   +DCS+ A C N++G+YTC CKEG+ DLS   +  GRVC A    CD CN +G C +     VTCEC  W+AG+ CQIN+K+LL+V  +    ++V+        C   R P   G  P+ P  G
Sbjct: 2339 GGLLTLPSSDSECRPECKATRNELCQ-KIDNVMRCVCRPGFARM-FPDRPCKPTYTYTIKLVLDRYGKDHIKYSESLNDSTSSHYQVLSEATREGLDRMVMQSDLRDIYHG------VAINGFSPVKKPENTMVRFYVQLSD---NTEENRLQDVLRKSLRSNNFSLGGTEVFASKDSIQYLIAEDFDECSNLKFHDCSEDAHCFNLRGTYTCSCKEGFTDLSHNALFPGRVCSAEQIGCDQCNYHGTCYSRNDNEVTCECFQWYAGEQCQINLKVLLLVLSIVGVCLMVLLVVCLVMSCIKHRGPSHGGPPPLRPGVG 2646          
BLAST of EMLSAG00000003513 vs. nr
Match: gi|1058226572|gb|JAT16802.1| (hypothetical protein g.27981, partial [Graphocephala atropunctata])

HSP 1 Score: 158.688 bits (400), Expect = 1.687e-34
Identity = 90/283 (31.80%), Postives = 143/283 (50.53%), Query Frame = 0
Query: 3308 GHSLSAEETDPETRCQNAC--GENELCKIKPGEGVVCKCRPGFGRVEGSSTKCEKSKSFAIEVITTSESEEIKIVKLSPKEVEKA-----VADSYRKNIKELYFGSQITSIKVGNNTKRNIFFGGEKNLTHDDEMSFSMIVHIADDGKNSTEERLKSVLETPIKDTKLPLG------ADVTVSRVTIEDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCIA--GETVTCECQSWFAGKNCQINMKLLLIV 3575
            G+ L+   +D E  CQ  C    NELC+ K    + C CRPGF R+      C+ + ++ + ++     ++ +I  + P E   +     + D+ R+ +  +   S +  I  G   +     G E   T D+ +     V ++D   N+ E RL+ VL   ++     LG      A   +  +  EDFDECT   ++DCS+ A C N++G+YTC CKEG+ DLS   +  GRVC A    C+LCN +G C +   E + CEC  W+ G  CQIN+K++L++
Sbjct: 1897 GNVLTHHSSDSE--CQPECKASRNELCQ-KIDNIMRCVCRPGFARM-FPDRPCKPTYTYTMRLVLDRYGKD-RIRYIGPLEDPSSGPYQRLVDATREGLDRMVMQSDLRDIYHGVEVR-----GFEPARTPDNAI-VKFYVQLSD---NTEESRLQDVLRKSLRTNNYSLGGTEVYAAKEQIQYLLAEDFDECTDPKYHDCSEDAQCFNLRGTYTCSCKEGFSDLSPNTLYPGRVCSAEQIGCELCNYHGTCYSRNDEEIVCECFQWYGGDTCQINLKVMLLI 2165          
BLAST of EMLSAG00000003513 vs. nr
Match: gi|1048005386|ref|XP_017489377.1| (PREDICTED: uncharacterized protein LOC108377602 isoform X2 [Rhagoletis zephyria])

HSP 1 Score: 158.688 bits (400), Expect = 1.790e-34
Identity = 98/334 (29.34%), Postives = 161/334 (48.20%), Query Frame = 0
Query: 3320 TRCQNAC--GENELCKIKPGEGVVCKCRPGFGRVEGSSTKCEKSKSFAIEVIT----------------TSESEEIKIVKLSPKEVEKAVADSYRKNIKELYFGSQITSIKVGNNTKRNIFFGGEKNLTHDDE---------MSFSMIVHIADDGKNSTEERLKSVLETPIKDTKLPLGADVT------VSRVTIEDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCIAGETV---TCECQSWFAGKNCQINMKLLLIVGCVSVG---LMLVIACGVSCFCCKDG----RA----PYGTGI 3606
            T CQ  C    NE+C +       C CRPGF R+      C+ + ++A+ + T                 S  E +++  ++ + V++ V  S   + +++Y G ++T+           F   E ++  +D+         +S + ++ +++   NS E+RL  V +  ++ +   +G          V  + I DFDEC +   +DCS  A C N++G+YTC CKEG+ DLSG  I  GR+C      CD C+ +G C+A + V    CEC +W+ G  CQ+N+K+LLI   +SVG   L L++ C +   C K      RA    P G+GI
Sbjct: 2589 TACQLTCKLSRNEVCALTDLRWR-CVCRPGFARM-FPDRPCKPTYTYAMRIQTERIGNYMLLYNSALGDNSTDEYMQLATITKEAVDRMVMQS---DFRDIYHGVKLTT-----------FTPVEASIAANDDDDWKQPPKRVSANFLLQLSE---NSDEKRLAGVFKKYLRLSNYSIGGTELFTNRNGVESLAIIDFDECVYIQFHDCSPNARCFNLQGTYTCSCKEGFADLSGNSIYPGRMCSQELIGCDQCHYHGKCVATKAVENTVCECFAWYTGAKCQVNLKILLI-ALISVGTFLLTLLMFC-ILLMCTKRNSLRHRARQLSPAGSGI 2901          
BLAST of EMLSAG00000003513 vs. nr
Match: gi|1098653676|ref|XP_018791062.1| (PREDICTED: uncharacterized protein LOC108970245 isoform X2 [Bactrocera latifrons])

HSP 1 Score: 157.918 bits (398), Expect = 3.155e-34
Identity = 94/313 (30.03%), Postives = 155/313 (49.52%), Query Frame = 0
Query: 3322 CQNACG--ENELCKIKPGEGVVCKCRPGFGRVEGSSTKCEKSKSFAI---------------EVITTSESEEIKIVKLSPKE-VEKAVADSYRKNIKELYFGSQI---TSIKVGNNTKRNIFFGGEKNLTHDDEMSFSMIVHIADDGKNSTEERLKSVLETPIKDTKLPLGADVT------VSRVTIEDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNC--------IAGETVTCECQSWFAGKNCQINMKLLLIVGCVSVGLM---LVIACGVSCFCCK 3596
            C   C    NE+C +     + C CRPGF R+      C+ + ++ +                V+  + + E K +    KE + + V  S   +++++Y G Q+   TSI  GN     +  GG+   T   ++S ++++ +++   NS E RL +V +  ++ T   +G          V  + I DF+EC H + +DCS  A+C N++G+YTC CKE + DLSG  I  GR+C A    CD C+ +G C           E V CEC +W+ G  CQ+N+K++L+V  ++VG +   L+I C +   C K
Sbjct: 2092 CMPPCKMTSNEVCTLAELRWL-CVCRPGFARM-FPDRPCKPTYTYQLSLHIDHFGDFKLVYDHVLADNSTNEYKHLATVTKEAINRMVMQS---DLRDIYHGVQLSTFTSIYDGN-----MGTGGKTANTESSDLSANLLLQLSE---NSNEVRLMAVFKKYLRFTNYSIGGTKLFTDRNGVESLAITDFNECAHGNFHDCSSHALCFNLQGTYTCSCKENFADLSGNRIYPGRICSAELVGCDRCHYHGKCAIKKFNHLYTSEHVVCECFAWYTGSTCQLNLKIVLVV-LIAVGTLLFTLLIFC-ILLMCTK 2389          
BLAST of EMLSAG00000003513 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold362_size196086-snap-gene-0.29 (protein:Tk09347 transcript:maker-scaffold362_size196086-snap-gene-0.29-mRNA-1 annotation:"hypothetical protein Phum_PHUM412790")

HSP 1 Score: 567 bits (1460), Expect = 5.309e-162
Identity = 300/590 (50.85%), Postives = 388/590 (65.76%), Query Frame = 0
Query: 3265 LPNKETKITFEGDSNSILQTDAPGVIRDQKL-NNIDGAIVESIPGHSLSAEETDPETRCQNACGENELCKIKPGEGVVCKCRPGFGRVEGSSTKCEKSKSFAIEVITTSESEEIKIVKLSPKEVEKAVADSYRKNIKELYFGSQITSIKVGNNTKRNI-FFGGEKNLTHDDEMSFSMIVHIADDGKNSTEERLKSVLETPIKDTKLPLGADVTVSRVTIEDFDECTHKDHNDCSDQAVCHNIKGSYTCICKEGYHDLSGPEILSGRVCLATTTACDLCNGNGNCIA-GETVTCECQSWFAGKNCQINMKLLLIVGCVSVGLMLVIACGVSCFCCKDGR-----APYGTG-IGPMPP-MRGHGVLMDPHGTMKSRA-------------------FVPRPYAIRPKRSKKSSAEGSSYNGSTSGGGSWQATXNGISGADSTTSKQSRKSGGLSSGIEAL--NPAVLIPRAKVKSKPFE-DFLSEDEASSSPEANRALSEHTSLASRHRRRSIPFIIR------------SSR--SERGGSIDPLLDGSFSDDSNSANRTL-----RGNTLRSVA-------SETFEVPVMR 3796
            LP+   K       NS++  D   V R + L NNIDGAIVESIPG +LSAE++DPET CQN CG+NE+C+I   E + CKCRPGFGR + + T CEKS+S+ +E++T SESE+I ++++SPK V+KAV D+ ++ IK+ Y GS IT+IKVGN TKR I FFGG KNLT D+ +S  M+VHIADDG+  +++RL+++LE PIK+TKLPLGA++TVSRV+++DFDEC++ DHNDCSDQA C N +GSYTC CKEGYHDLSG + L GRVC ATTT CDLCN NG CI  G+ VTCEC+ WFAG+NCQIN+KLLLIVGCVSV LM+ IACGVSCFCC+D +     +PYGT  +  +PP +R  G++MDPHGT+KS                     F+P     RP   K+ S  GS ++G+    GSWQ+                    GL+ G   +  NPA++IPRA+V   P    F S+DE  +  E NRA+SE TSL+SRHRR+S+P  +             +SR  S+R GS+DPLL G FSDDSN   R+L     RG+  R+ A       +ET   PV R
Sbjct: 3777 LPSIGQKPGLSYKPNSVISNDDE-VKRKEILGNNIDGAIVESIPGKALSAEDSDPETTCQNTCGKNEICQIYSHE-IRCKCRPGFGRSDPAET-CEKSRSYTLEMLTQSESEDITVIRMSPKAVQKAVEDTVKREIKDSYHGSSITAIKVGNETKREILFFGGVKNLTKDESLSIQMVVHIADDGRIISDKRLQTLLEDPIKNTKLPLGAEITVSRVSVQDFDECSYDDHNDCSDQAQCINQEGSYTCSCKEGYHDLSGSDTLPGRVCSATTTECDLCNRNGECIIRGQDVTCECRDWFAGRNCQINLKLLLIVGCVSVALMIFIACGVSCFCCRDRQKNLLPSPYGTSTVSRIPPSVRSQGLVMDPHGTLKSSRSGMVQKHKPKKSSLASSTNFIP-----RPGMKKQGSTAGSHHSGNMKPAGSWQS--------------------GLAPGEMRMHPNPALVIPRARVSKSPGRFSFNSDDEFMAPAETNRAMSERTSLSSRHRRKSVPSFVSGFSQGGPGSMGGASRRSSQRAGSVDPLLAGDFSDDSNGGQRSLHRSVPRGDLDRADAQSVARSYNETIIRPVTR 4338          

HSP 2 Score: 162.155 bits (409), Expect = 2.335e-39
Identity = 107/254 (42.13%), Postives = 139/254 (54.72%), Query Frame = 0
Query:  754 PVIDSGSGSSSSDATSTTPYPPSGGGGVINAVVGGIAEGLGGVFGGGNNNVGGLKVDLGPVLDAVATLLRGPIRSAIANRRSDVEDFSTS----------REFQNIPRHTQVFVSELTTIPFAQ-RNIQARNNKYEFVPL---------PLEKGGSRSDGDLPR----------SEDSPELHVPQNIYDEINKHRASKDEPVYLDKDKLIINDHVIHTNDPYIIDVLNRFEQGHLFGEYRNKPMAIKILPGKHM 977
            P   S SG+ S + T+  P      GGV++AVV    +GLGGVFGG   NV     +LGPVLDAVATLLRGPIRSAIANRR+++   S            +   N+P    +   +   IP      ++     YEF+PL         PL     R D   PR          S   P + VPQ++Y+ + K + S+D  V LD D+LIINDH+I + DP+I+DVLNRFEQ HLFG+Y   PM+IKI+PG  M
Sbjct: 2175 PATSSPSGADSGNETTDGP----ASGGVLDAVV----DGLGGVFGGATPNV-----NLGPVLDAVATLLRGPIRSAIANRRNELTKKSDDIDPTQIQGRIKASANLPSFAHLPSGDPNFIPVGGIGKLKPSRPNYEFIPLRQRDVNGPVPLPLRAPRPDSASPRIDIDDSEFSESSTDPVVAVPQDVYEAL-KSQNSEDTYV-LDNDRLIINDHIIKSTDPHIVDVLNRFEQSHLFGKYEGHPMSIKIVPGLPM 2413          

HSP 3 Score: 114.39 bits (285), Expect = 7.685e-25
Identity = 99/238 (41.60%), Postives = 139/238 (58.40%), Query Frame = 0
Query:   99 EIQPTKAFKTDYTTFTYFITSLLAPGVTTTSTDIIISSNVITEDEPISPTASWDLQSSRLNYNEIKIPPSLEFTSRTFYTKVPSNLQITTKTYYTTSTFYSTYLQNGRTYTKTRTLVRSEILED----------SPFTQTT--SLISGQNEEIKYLSLGSNIYGKIKTLFATYTYTTTNLQGNVGPSTRIITQYSTSLFSDSNV--YKTTQ------------IQLNPDQLTSLKLSY 310
            E+  +   KT+Y+TFTYF+TS++  G T T+TDI++SSNV+TE     P A+  L        EI++ PS            PS++ + TKTY+TTST+Y+T L+   T TKTRT V+S I+ +          SP       SL+ G+ E +KYLSLG NIYG+I+T F TYTY TTN  G++  S  +ITQ STSLFS + +  Y T +            IQLN D+L+S+K ++
Sbjct: 1780 ELDASPVVKTEYSTFTYFVTSIVN-GETITNTDIVVSSNVVTEAG--IPEATPLL--------EIELQPS----------SSPSDM-LATKTYFTTSTYYTTLLEGSTTITKTRTKVKSTIVTETFSDDEINAISPSRTVLPPSLVPGE-ERVKYLSLGPNIYGQIRTFFNTYTYFTTNAAGDINESKEVITQISTSLFSTTQLPNYITLEPSQVSSGTKEEVIQLNRDKLSSIKQAF 1994          

HSP 4 Score: 89.7373 bits (221), Expect = 2.130e-17
Identity = 52/109 (47.71%), Postives = 67/109 (61.47%), Query Frame = 0
Query: 1425 LDYQGWNTEQKDSVSV---IXPTSSFSFQSSNKKEAPKTVTYANEWSVYRPDQSSVID----FVPQKRPKLNTNFDREWTVRDTILRPSRTS---KFTPPNTRGYNNEW 1523
            LDYQGW TE  DSV +      +S +   + N+K+A KT TYANEW++   DQSS ++    F  QKRP +NTNFDREWTVRD I+RPS+ +   +   P    Y N W
Sbjct: 2787 LDYQGWYTE-GDSVPIGSSASSSSPYIEYTINEKDAAKTTTYANEWAIV--DQSSTVNPNDPFADQKRPAINTNFDREWTVRDEIIRPSKPTLNGQELKPTEASYTNSW 2892          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000003513 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 2
Match NameE-valueIdentityDescription
-1.398e-539.25symbol:mua-3 species:6239 "Caenorhabditis elegans"... [more]
-1.398e-539.25symbol:mua-3 "Transmembrane cell adhesion receptor... [more]
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BLAST of EMLSAG00000003513 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592771454|gb|GAXK01183114.1|2.091e-12546.71TSA: Calanus finmarchicus comp56825_c4_seq9 transc... [more]
gi|592771456|gb|GAXK01183112.1|2.707e-12446.71TSA: Calanus finmarchicus comp56825_c4_seq7 transc... [more]
gi|592771452|gb|GAXK01183116.1|8.092e-12447.15TSA: Calanus finmarchicus comp56825_c4_seq11 trans... [more]
gi|592771457|gb|GAXK01183111.1|8.494e-12346.71TSA: Calanus finmarchicus comp56825_c4_seq6 transc... [more]
gi|592771459|gb|GAXK01183109.1|7.337e-12246.71TSA: Calanus finmarchicus comp56825_c4_seq4 transc... [more]
gi|592771461|gb|GAXK01183107.1|5.535e-12046.71TSA: Calanus finmarchicus comp56825_c4_seq2 transc... [more]
gi|592771462|gb|GAXK01183106.1|2.790e-11946.71TSA: Calanus finmarchicus comp56825_c4_seq1 transc... [more]
gi|592771449|gb|GAXK01183119.1|4.495e-6845.25TSA: Calanus finmarchicus comp56825_c4_seq14 trans... [more]
gi|592771445|gb|GAXK01183123.1|6.980e-4448.53TSA: Calanus finmarchicus comp56825_c4_seq18 trans... [more]
gi|592771443|gb|GAXK01183125.1|1.089e-4250.00TSA: Calanus finmarchicus comp56825_c4_seq20 trans... [more]

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BLAST of EMLSAG00000003513 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 1
Match NameE-valueIdentityDescription
EMLSAP000000035130.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s191:47968... [more]
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BLAST of EMLSAG00000003513 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 2
Match NameE-valueIdentityDescription
gi|1711488|sp|Q07929.1|SP63_STRPU4.048e-1226.14RecName: Full=63 kDa sperm flagellar membrane prot... [more]
gi|172046149|sp|Q6V0I7.2|FAT4_HUMAN2.509e-729.79RecName: Full=Protocadherin Fat 4; Short=hFat4; Al... [more]
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BLAST of EMLSAG00000003513 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 23
Match NameE-valueIdentityDescription
EFX88901.16.996e-3527.64hypothetical protein DAPPUDRAFT_220982 [Daphnia pu... [more]
gb|EFA09018.2|1.074e-3326.65hypothetical protein TcasGA2_TC006727 [Tribolium c... [more]
XP_016767363.12.656e-3231.27PREDICTED: LOW QUALITY PROTEIN: uncharacterized pr... [more]
gb|KFM62209.1|2.556e-3129.11Transmembrane cell adhesion receptor mua-3, partia... [more]
EEB16236.17.535e-3130.96hypothetical protein Phum_PHUM412790 [Pediculus hu... [more]
AGB96536.11.478e-2929.82uncharacterized protein Dmel_CG33978, isoform G [D... [more]
AGB96534.11.960e-2929.82uncharacterized protein Dmel_CG33978, isoform D [D... [more]
AGB96535.12.072e-2929.82uncharacterized protein Dmel_CG33978, isoform F [D... [more]
gb|KPM02572.1|1.924e-1930.77hypothetical protein QR98_0009870 [Sarcoptes scabi... [more]
gb|KPM06323.1|9.682e-1825.22EGF and SEA domain containing protein [Sarcoptes s... [more]

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BLAST of EMLSAG00000003513 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|1069804382|ref|XP_018326494.1|5.826e-3726.87PREDICTED: LOW QUALITY PROTEIN: uncharacterized pr... [more]
gi|1080057953|ref|XP_018570795.1|9.618e-3628.92PREDICTED: LOW QUALITY PROTEIN: uncharacterized pr... [more]
gi|929379029|ref|XP_014099818.1|3.923e-3527.33PREDICTED: uncharacterized protein LOC106624597, p... [more]
gi|1058085760|gb|JAS46540.1|3.965e-3529.85hypothetical protein g.43109, partial [Cuerna arid... [more]
gi|827540583|ref|XP_012553324.1|4.433e-3527.60PREDICTED: LOW QUALITY PROTEIN: uncharacterized pr... [more]
gi|1133429771|ref|XP_019870836.1|6.714e-3527.73PREDICTED: LOW QUALITY PROTEIN: uncharacterized pr... [more]
gi|1058026211|gb|JAS16767.1|8.404e-3530.72hypothetical protein g.30199, partial [Clastoptera... [more]
gi|1058226572|gb|JAT16802.1|1.687e-3431.80hypothetical protein g.27981, partial [Graphocepha... [more]
gi|1048005386|ref|XP_017489377.1|1.790e-3429.34PREDICTED: uncharacterized protein LOC108377602 is... [more]
gi|1098653676|ref|XP_018791062.1|3.155e-3430.03PREDICTED: uncharacterized protein LOC108970245 is... [more]

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BLAST of EMLSAG00000003513 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 1
Match NameE-valueIdentityDescription
maker-scaffold362_size196086-snap-gene-0.295.309e-16250.85protein:Tk09347 transcript:maker-scaffold362_size1... [more]
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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s191supercontigLSalAtl2s191:479686..548381 -
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
ensembl2013-09-26 .965016
Blast vs. GO2014-04-02
TblastN vs C. finmarchicus TSA2014-05-09
Blastp vs. self2014-05-10
Blastp vs. SwissProt2017-02-10
Blastp vs. Selected Arthropods2017-02-20
Blastp vs. NR (2/2017)2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins2018-04-18
Properties
Property NameValue
Logic nameensemblgenomes
Descriptionmaker-LSalAtl2s191-snap-gene-4.25
Biotypeprotein_coding
EvidenceIEA
Note63 kDa sperm flagellar membrane protein
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000003513 (primary cross-reference)
Relationships

The following mRNA feature(s) are a part of this gene:

Feature NameUnique NameSpeciesType
EMLSAT00000003513EMLSAT00000003513-699360Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s191:479686..548381-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000003513-686279 ID=EMLSAG00000003513-686279|Name=EMLSAG00000003513|organism=Lepeophtheirus salmonis|type=gene|length=68696bp|location=Sequence derived from alignment at LSalAtl2s191:479686..548381- (Lepeophtheirus salmonis)
ATGAAGATTCATTTAGTGACCTTATCTGTGGCTCTATTCCACTTCCTTGC ACAAGGTAAGCAGAAAAATATATGATTTCGTATATAAATTTAATCTACTA AAAATATCATTAGCCTTTTTGCAATATATATATATATTTTGCAAAATAAT GGTTCAAACTTCTTTTTTTATATTTTTTACCTCAAACTATTCCTTTCTTA GCTAATCCTGTACATATAGTGCAGATATATGTACTTAGATACTCTATTTA CAAATTCCCACAGACGTAACACATATGTGTACACACGAAACAACAGTTTT CACTTTGATATAGTTAGTCAATATCGTTCTTGTATCTTTTTTGTTAATAA AACTTTTTCCCATAATATTTTTATATGACTCAAAATAGCAAAAGTTTCAC TTTTTTGTCTATTGTGCCGTGTTATTTATATTTTAGTTATTGTAGTAGTA GTATTTGGCATGTAGGAGTATGTATTTAGACAAATAATTTCTAAGGAATT TAAAAGTGAAACGTCTTTAATCATTTGCTCTGTTGATTGTGGCTTCCCTA CGTTGTTTTGTTTTTTTATATTCACCAACTTATTTTATTTACATGAATCG ACGTAACGGATGAACTATTTAGTAGTATCCATATATATTTGGTAAAAGTT GTGGGTTATTTTTTTTTTTGCATTAATGTTGACGCACTTTTTGTATGTTA CACTATAACAAACATTTTTTTTATTAAAGTCTTATATGTACATATTCCTT GAATCATTTCTCTCCCCTGACCCACTTTTTTCATGTCTTCCTCTTTCTTT ATATTGAAGAATACATATAAAGAGAGAGGCACAAGCAGTGTTACTTACTT ACTACCATTGGTATACCATGCATTCGGTGCGCACTCTCTTTTTTGCCTGT ATCATAATTCTTATAAAATACATATACATACATATTTATTCAATCCCCCC CCCCCCAAAAAAAAAAACACATTCATTTCACCTACGAATCTACCTTTGAA TATACCCAAAAATATGATCCTCCATGCGAAAAAAACAAACATAAAAAGAG AGTTCCGGCTACTTCTTTAAGAAAAAAAAAACTTCAAAATATGCATTGAT TTCAAGGCCCTAACCTTTAATATACTTAATTATTTATTTATTTGATCATA TATACGTACAAATGTCATTCTAAAGTTTCATTCAAATTAGGCTGATTTTG TCCTTCACACGTATTTTGTTTTGTTTGTAAAGTCAAATGACGTATACATT TTGTTATTTAAAAAAATATATTTTTTCAAATAAAACTCAAAAATTAACTA TTCTGATTGTTACTGCATATGAAGCCTCCATCATTGAAACAGAAAAAGTA TATATTGGGCCACCCATATTGAATATGTAGACCACTCCCAGTTGGAAATT CTCTTATGTACATGTTATATATAGCACCTTATACGCCTAAAGGGTTTGAT AACTATTAAGAATAAACAAAATAGAAAATAGTTCCTGGTTCACTTGGCTC TAATGAATGTGCATATATGTAGGTACTTGTGTTATTTATATGATTCATGC GACTTGTACATCTACAGAGCTACGCCATGATGTCAAATATTCTTCTAAAG GGAAATGAGTCGTGACCTTTTTGACATTCTTTTTTGGGATGTTTTAAAAT GAGGATTTTATGTCTACATACACATATTCAATGGTTTTTTAACTCTTCTC TTAAAAATATTTTTTCTCTCTTCATCCATTTAAAAAGAAGTGGGGGCAAA GCACTTTACTCATCCATCCCTTCTTAAAGGATCAACTAAGCAAGCAAGCA AAAAAGCCTCAAAAGTGGTTTTTTGTTATGACGATAAATCCATTAGGAAA TAAAGAGAGAAAAACCCTTAATATTCAAGGACAAGAAGACAAAGAGGGTT CTAGAGATTTATATACAATATATGTACATATTCATGATGTTCCACCAAAA AATATCTTCTTCTTCAGGATTATTCGGATCTTTATGCATATGATAATGAT AAAAGAATTGGCTGTATAGACGATTTTACCATTTATAAATATATGTACGA GAAAATGCATTTCATATGAATGAAGAAGAAGTTTATATAGAAAGTTAGAC CCATAGCCTCACTTTCCATATTTTAAGTTTTTTAACGTGTTGTCTAAAAG GTTTATTTTTACTTATATTAATTATGTAAATAAGTTGGAATATATCAAAC TTTTTAAATACAAATACGTACATAACAATCATTCTTCTGGCAAATTTTAG ATATCTATGTACAGGAATTTTTAATTTTGATGTGTTTAGTTAGTAGTAAA AAGAGTGAAAAAAGCCCAAAAATTAAAGGTCAATAGAAAGTTCCCTTTTT GATACATAAAAAGCACATTTTTAGTGGTGATACGTTAACCACCATACCTA AGTAATCATATTTAGAGGGCAAAAACCGGTTTTATATTTTATTTTTATTT TTGCAAGTTGAGTATTTACCTTTAAGAATGTCCGGTTGGGTTAGTTTGAT ATACTCATATGGTATTTGTATATATGAATGACTCAGGTTTTGTGGTGTAA TTACTTGTTAAAGGTTTTCTATAAAACACTTTCTTTTTTTTATTTTTCAA TGTGTCCTTTGAGTCTTTGCCATGTAGGATGATATATTATTCAAAGTATT TTGTGTCTTTAGTTTGTGGATATATTTTGACGGTTTTTTTTAATTGTTAT AAAATTATTAATTTCATTCTAGAGAAGAAAAATTTGTAATGAATTCCTTA TGGAATTTTTTTCTCCCAAAAAAAAAAACTTATTCAAAAAACCCCCAAAG TCATTCATGAATAATATAATTATTTTCGTTTCAAGGCTGTTGCAGAAAGT AAGAGATAATTTATTTACATATTAAAGTAAAATACCAAATTTGGAGCAAA TCTAAGGATTTGTTTTTTTGAATGTGTAGCCAGATAATTTTTGAATTAAA AATTAATTCGAGTACCAACAAGTCTATTCGTTAAAAGCAATAACAATCTT ATCCCCAAAAGAAATTTCTCTCATCACATTTCCCCTCACTTTGCAAACAG GGTTTACAGGGTAGCAATTTATTGTCTTAAATATGTATATATATTTTAAC ACTAAACTTGGAAATTCTAGGAATAGTACATTTTATTACCCTTCTATCTC TGAAGGACATTTTTAGGGACACAGGTATACGTAAATCTATATGAGCTTAC ACAAATGAATGATCGCCTCGCATTGTTATTCTCTTTTATTCCTTCGAATG TGGAGGTTGGTTGTGTGCAAAAAACATTTGATTTTTAGTACAACAACAAA ATTATCATGTCCTTGTAAGTATTTGAGACACATTATCCATCCCAAAAAAT CATGACATTTAAAAGTATGCTGTAAAATACAAAGAGTAGAGAGGAAGCTG TTTCATTGATCCGTTTAATTTTTTATTAGAGCATCTTATATAATATACAT CATTCATGTTTTTTTCTTCAATTCATTTTTCTAGGTAAGATTATTACATA TCATGAACAAGGACACAATAGTGAATCTCTATGTCTCATCAACACGTGTT AAAGTTCTTTTATTACGGATAACTTCCTTTTTTTAAATTTATATAACATA AAAAGTCGTTAAAGTAATCTTTAAAGATGGGGTATAACTTATAACAAAAG TTTACGGAAATAAAATACAGTAATATTAATTTGTATTTAAATGTGTTGAA AGAATCCACACACAATAGGTTTGACCGGAAGTAAGGGATTATATAATTAC ACATATCCTTAAATTATATAAAGCCCTAGAGTGTTGATGGTGATAATGAT AGTCCTATGCCCAGGGGTAGCCTTAATGTTATTACCTAATTGAAAATATG GTTATGGGAAAATATAGAAAAGTACTTGCTCGCGTCATTACCTTTATTGT ATCTGGCATACTTTTATATGAAAAGAAACATAAAATGGCCCAAAATCAAC TTATAGTAGTATGGCAATTATTCACAACAATGAAACTATGGTTCAATAAT TAGTGACCATTATTCTCAGCAGCTTAACAAGAGCTAATTATAACTCAACC CATCAATGTTCAAAATACTGGTTAGGGAGGGAGTGAGGGAAGCAGAAATA TCAACAGCTGACTAAAATAAAATTCAACGTAAATATATGTACTATTTACA TAATGTACACACAAAAAGAAAAGTTTTACTATGACGTAATCATAAAAGTA TTGTTCAAAACGACTTGCTTAAAATTACAGATGGTATTTTCACACAATAT AATTTCATTTATTGAAATTTCTTCACTGCTTTATATTCTGTCTACTTAAG CATATTTCTATTAAATACTGCAAAAAAACCTGATAGATATATGTACAATT CCTAATAAATTATATTCTTCCCACAATGGTAACATATACCATATGCCTCT CTATCAAGTCCTTCTTATCAGGACTGATTTATTTACGTACATATATTTAA TATAGGTATGGGACTGAGTATAACTATTATATATATATTATTATTGACCT GTTTTTTCTCTTGACTTCAGGCACATCAAGTATATATATACCTAGGTATG TAGTAACTATCTATATTCATTCATTTGGTTTCTTTAAACGAAAGGGATAA TGCCTTTAGCTGATTTTAAATATTTAAGTAAAGAATTAAATAAAAAACTT TATTTGACTATAAATTATTGGATTATTATTTTCAAATATATTACCCATAG GTTTTTATTTTTTTGTGGATATATATTTTGTATTCATGTTGCAACCAAGC AATTAGATAAATCAATTTAAATAAAGAATTGAAAGTATTTCTGGTGATAC AAATATTGAAAAAATTGAATTTTCCTCGGATATACTAATGATGTAACTTT TGACTTTATTATGAAAATTACTAATTTTACACAGTATTACGTAGTGCATT ATAGGGTTCAAATACCCATAGCTGTATTTTTTGTCATTCATAATATACAT TAAAAAAATGATATCATCAAATAATTGTTCGTATTTTTATTGCCTGATGA TGTAATTAAATTAAACTTAAGGAGACTTTGATATTTTGACTTGTACAATC TATTTATTCATGTTAACATTTGTAACCAAATAGCAACATGTACACAGCAT ATATAAGAATATGTTGACTATGCAAATTGTTCAAGTTACAATTTGTAGGC ATCATAACGTCAAATTCAATTACAGTCATGTCTATTAGTAATTAATACTT TTAATTTATTTTGATCTTTTGAAATAACTTATTTATTATTTCTCTGATAC CTTCCATCAAATGATATCATAAACATTTGATGGAGTTTTTAAACCCCTCG ACACAAAACCTAAACATATTATGACTATTCATAAGAATCATATAAGATAT TCCCGTCAAAGCATTTTTATACTAAATTGAACGCAGGAATTAGAAAATAA ACACCTTTTAAAAGGAACACAATGTAAAGTATAATTATATAATATAAAAC TTTATAACGTGTCACAGCTTACTTGTCAATTTTTAATCTTCATCAAAAAG TCNAAAAACTACATCATTAATGTGTAAAAAGATTATTAAATTTTGGCATC AATCGCATAACGAGAGAAACTGAGAATTCTTCATCTCTTTTTTTTTTGCA GCTTTTACACATTGTTTGTACATGTTAAACCTGTACACAGCATGTACAGA ACATAAATAATGTATAAATGTCATAGGATGTGAAATTTATATATTTTTTT GCTAAGGAATAAATGTTGTAATCAAAGTAGGAAGAATAAGAAAGAAATAT TACAGGTTTTCACTCAATTTTTCTTCTTCTTGTACCAAGAAGAAGAGTAG AATAAATTGACCGAAGAGAAAGTAAAAACATGCAGGAAGATTTATAGTGG CTTTACCGAAGGTATTACTATTATTATGTATAACCTACGGTTACGTCTTT TTTTAGCTTTTAGTTTTTTCTTGAGTGTTCTCGGTCATTCCTATAAAAAT AGGTCAACAACCTTTTTAGTGGAGGTACATACAAGTAAGTGAAATAATAA GAAAACAAGATTAAGTATTAGATTCTTCACCTTTTTTTTTTACAAGCATG TTGCCATTTTTGCAATATATAATTGAAAAGACAAATTTCACTTTTTGTTA TGTGCTTTTGCTTGAAGAGCTCCGTAATTTGTTGCACATGGAAACAACTT CCCCTCAAAATATATATTAATATAATACACAAATTATACCCTTCAATATA TACATGGATATATATAATTACTCCAGAATTATTGCATTCCTATATTAGAT AAGGAGTGCAAAAATCCCCCCCCCCTTTTTACATCACTCACGGAAGTCTC AATTTTTGTTCTTTTTTGCCTTTTTTTGTTAGTACAGCTATTAATAAAAT TGCATCTCTTAAATATGAGACGGAAATATCATTTTAATATGATATTTTTT TTTCTACAAAGTCATTTTTTTAACTTGCGACTTGGCATTTAAAATCATAT AATATAACTATGTTGTAAGGGATTATTGTGTTTTTTGTCATTGTTAAGTG CATTTTTCTACAGATCCTAGGTTACTTATATCTACCCTTTCATTAATAGT TATTTTTTTCATATATGCCCAATATTGTGCGTATTTCTAACATTGGTTTC ATAACATAACTTCCCAACTCATCATTCTAATAGCTGTGTTGCTCTTACTG ATACTAAGGATATTTAAATTATTTGTCTAATTTGTTTATGGATCATCTTC TAAAAAAATGAATTGAAGTTGTTATATATTAATTTTGGATACAAGTCAAA ATGTTTGAGTTTAATCAAATTTGAGCTCTGGACGATGTATAATTTCCGAT TTCGGTTGTTATTTCTTCTTCTTTATAAAATGTCAACATTTCTTTTTCAA AGTTAGAAACGAAATTTGACAAATAATTATTGGAATATTTCGAGTTTTAT TTGATCGAGATCAAATAAAATAGAATATAATTATAATAATAAATATTTTT TTCGGTAGAGTCAAACCTTTTTTNCAGAAAAGTGTCGTACTTAGTAAAAT CGATTTGTTTATGCTTTAGTTTTAAGAAAATTCTAGTTTTGCAATAATTC AGCGTTTGTGGAATTAGTAATGTTTATTAGAGTCAAAATTTAATTAAAAT TGGACATTCTTTCAAAATAATTCAATGCATAAATGAGTTTAAACACACAC AAAAAAGCAAAACGACTCAATCTTCTTTGTCTTAAAACCAATCAAGTATA AGGTAACTCTTATTGCAAAAACATCACGCAATGAAACGGGTTCAATAAAT TGAAGAACAATCAGAGAAGACTACATTGCATTTGTCTTCAAATTTTTATT GAAACACCGTCGCACACACAAAAAAAAACAAGTTTAGTTAGACGAAGGCA ACACGATATGCCTTATAATTACATTGTAAGACGTCATTTTATCAGCCGAG ATAATCTATATTTTCACTTAACTGTACATATGTATTTGAATAAGTACAAC TTTGTACATATTTCCATATGTAAGAAATCTTTTNCAGTATAGTTCACAGG AACTTAATTAAATTCAAAAAACAACAGTTTGTAACTTGACATAAATATAT ATTGAATGATATTTTTTACGCAATACTTTCTTATAATATATAAATATATG CTTTTTTCAATTATGAAATGAAAGTTTCTTTTGTTTGGTTTGAATAGAAA AAATTTATATTACATCTAGGTACGTTCAAATATTTGTATGAGTAGGTACG TATAGTAAAGTTTCGTTTCGAAAATGCATATAGACATAGAATATAAATAC TTCAATGAATATTGTAAGTGAATTAGAAAATATCACATTAAAGTTGTGAA ATATAGATTTGGATATTTTTATATTAGAAATATAATGAAGAATATCTTAA ATAATTTTCTTTGCGCATACTTTTCATTCTACTATTCATATGTAATATAT AGGGGCGTCTGCTATTTTTTTTTCGAGGGGAAGGGGGCTTGGTTTTGGGA TTTTTTTTGAAATAAATCCAAAAATTAAATTTTTATATAATTTTTTTTTT AAAAGTTTAAAAATCCATCGCTATTCACAAATAATTCAATGTTTTTCTCT GCTACATAATTTGCCTTAAAACGAAAAGAATTTTATGCAAAGGAAAAATT ATTTAATTTGGGTGAGGGCTATAGCCCCCCCCCCCACGCCCCCYCCTGTG GATGCCCCMGATATATCYACAAATATTCAATAGGTGGTATGTTTTTTGTG TGGAAAGATTGGAGGCGGGATTTCCAATCTTCTTCTATCGGTGTAAAAAT CCCTCAAAAATAAAATATTCCATACTAGTTTGAAAAAGTTACATTAAGAT GGCTTTAAATACCTAATAACTATATATAAATAACAGGTTTTTTCGTTTGT TTGAAGGTGAACAAGATTCTTATTAGATTGACCATATTTTTGTCATTCAC ATACTGGTTTGCGCTATGTATAGCATCAACACTAACACAAAAGAATTTCA AAAAATTAGTTCCAAAATATATATATTTATTTTTGACCGTTCTTTCAGCA TGAATTAAGTTGTTGAACTTTCATACCTATGTACAATGTACTGATTTAAG TTTAATAATTATATGGTATCTAGTGCATAGTAATAATATAGTTATAAAAA TCTCACTCCCTTACTTTAAAATGATTACCTCAATAAATCTTGTCACAGGA CCGTTTTCAAGGCTATTGAGTTAATGGGTGAAAATTTATTTTTTTCTTTT TAATTTAGACTCACTCTGCATACATATAAAAAGGGCGTTGGTCCAAGTCA AATATGTGTGTACATGTTTCTATACATGGACGATTTGAGGCTAAGTACTA AAAAAAATCTATGTAGGTTTTGAAATTTAAAAAAACCTAATTTTTTACAA CGTATCGATACATGATTCAGTTTCCTTTGAAAATTAATGTTGAATATTGT TTTGTTACAAAAATAAAGTAGTGTGAAAATAAAAAGGCCTTTTCTACCAC AAAATTTCACCCTTTTAGCATGGGAGTTCTTCAAGGATATTATACATCAA TTATAACGATGATTCGAAATAAGAAGTTTCGAGTGTGGAAAATTAAGTTA CCACACACATATATATATATATATGTACATCAAGTAGCAGGGAGTGCAAT GAGATTTCAAGGATAGGATTTGAAACAAATGATTTTATAATGATCCATCT ATATCCTGTTTTTTTTCTCTAACTCCATTAACAAGTCATTGCAGGAAGGA CTCGAAATTGGTCAGGCGGAAGTGTTTGGTGAAGCGGGTGAAATGATATC AAGATAAAGGTGTTGTCCTATAGCATTAAGAGCATGAATAATGAGTATCT ATACAAGTAAACATACATATATATCAATATCAATGTGGCATTGAAAACAA AAAATGTTCATATATATACAGAAATGCGAGTCCAGTCTATTAAGTTTGGA ATTCTGTTTTTGAATAAATATAGATTGACCAAATTGGGAAAGGAATAGCT ATATGTAATAATAGCTAAAACATATTTTTGCACATCTAATATGGAATTAC CTCACACGTCGTGACCTTTTTGTATTTCCCAACAATTTCTGCAAAAAGGA ACAAAATAAAAGTCAGTTAAAGTCAGTTGGTTGTCAGACAATTATTCCCA AGTTTTGGGTTTATTCTTCAATAACTAGAGCTAACTCGAACATTGTACTT ACTAACATAAAAATGTACACTGTATTTCTTGTAAAACTTGGACAAATTTT CCTCCATTATTAAATCATAATTCCAAAGTTGGGGAAAACTTACAAATTTG AACCAATTGATTCTATGCCTTTTCTATTGTTTCTTTTTGAAGTAAAGGCT CGGAGATACAATAAAATTAACGATATGTTAAATGTTAGCATTTATTAATA CACAAGTCTCACATGGATTCCCATTCAAGGAAAGAATTGCCAATAATACT CCAAGATATTATGTAGATATCCAATGATACATAAATATCAATTCATTTTC GCACGATTCCAACTCATGAATCAATTTGTTTCTGTGGTTTTTTTTAATGA GTACCTTGAAATTTTATTCTCTCTTGTAAAGGGTGGATATAAAAAAAAGA AGATTTTGAGTTGTCTATAAGTATATGTATATTATACTTATCTGTATGTA TAAAACGCCCTCTTTTTTTTACGACTTCAAAGCAAGTCATCAAATTGACA TTTTTGAATTGAATTTAAATATAATTAATTCCCACATCAACTTGAAGGAC ATAAAATTATTTTTATTATTTTAAGTTACGTATGAAGTCGCGTTCACTCT TTGAATAAACGTGTATATGGAGAAAATCTTACCGTCCCAGTAGAAGAAGA TTATCTTTTCGTTATTATGCACAATAATAAAGCTCCAAACATAAATAAAA TTCAAGGAGGAATATTGATACATGAAATGCAAATATAAGAATATTTTTAG TACTGTAAATAGWTTCTTMCTGTAMCCGCCAATGTTAAATACAACCTATG GAATTAAACATATTTAATGCATTTATGAGCAATGATCATAGGTAAAATCT GTTTTTCGCAGTAATTAGATCACATAGATATCGGGCCAACTGTTATTTTT TATTCATCTCTATTATGCAAATTTTAAGACTGAGGCATCATAGAAGACAG TTTAAAACCTCTTCATGCATGGAAGACATTATAAATCGTCTTTCTCGAGG ACCTAGTCTGCTTCCCGATGACCTTCTGGGACGATTCTGCGCAGAGGAGT GCTGCTATCTCAATTTTCTGGTCGTACTGTGTACTCATGGTGGTGATTAT GACAATTTTTTTCTGAGTAATCGACAGATAATTATGTATTCTATAAGATT GCTCATATGAAAATATAAACTTCCTAAAATTTGCATAATAGAGATCAGTA AATAATAACAGTTGGCCTGGTATATCATGATAATAGGCTGTTTAGTCTGG ATTTAGCTAAAGTACCATTTATTATGAATTTAATTTCAATACTCTTTTAC TAAAACAGTCTAATAATCTTATAATTTGTAATATACACACAAGCCTTGTG CTTAAAAGAGTCCAAATTGAAAATTTTGCGCTTGTCTGATTAGATACAAG GAGACGTAGATTTTTATGCCCATTTTGAAGGTATCAAAATAGGAATTTTA TACCCTTTCAAGTAGACAAGAAGGTCTGAAATTATTTTCTAAATTATGTT TCAATTAAATTTTTTTTTAATGATTTAAGGATCAATTATCCTGAAAAATA TGTATCATAGAACTGGTAAAATTGTATATAAAGGGGTGCTTTATTTTGGT GGGTGTCTATTCAAAAGTAGATCTATAAACTTCTTTTAAAAATATTATTT GAAAAAAGATAACATTTGTTTGTAAATTTGTATGCTAGTAGTGGTTTTTT TATATGATATATTATAAAAGAACGCTATAATTTAGCGCTGCCTAATTCAA GAAAGGTTTGATATTTATATATTTTCTAACAAAGTCCAAAACTATCCAAA AAAAATTATACTACTTTTTTCGGAATAAAAGTAACAACATTTTTTTAAAG TTGGAGTGTAGAGGTGGAAAAATTTAAACAACGCCTCTTCTGTAAAATAT GAATCCTCCATCATGGCGGCTGCAAAGTTAACTAACTGGACTCATTGTTA TATATCTGTCTTCCAATTGATACATAATTTATTAGCCCGCTTAATTTGGA TCTGATCAAACCCTGCTTCGCTATTGTAGATCATTTCTAAGCAATAAAAA CAGTCTCAAAAATAGCAATATATCCGTGGAACTAATTTCCCAAACAGTTT GGAGTACTGCTGTATTAATGACAGGATATGACACTGAGTTTTTTGTTCAG TTGATATATAATGTAATAGTTGTATTAGTAAATTATTTGTATTTTTTCCT GAATGATTCCTATTCCTTTTGTATTATTGAAGGATATTTTGATCCTGTAT AACCTCTAAGGCATACCTATATTCAAACAAAAAGCAGCACTCTCCTGCTC ATCCCAAAATTCTGTTTTTGTATGGTTGGATTAAGAGTGATTTGATTTTA ATTTGATATTATGCTCTTTTATACAGAAAGGTAACGGCATATATCCATAG GTATTATTATTAAATACCAAGGTAATTACGAACCTTTCTTTCATTGAAAG TTTCACTTTTATTAATCTCATTGTGTCTCCTTTGTATAAACAGAGTTTTA ATCCCATGATTTTTTATTTCTTTTCAGTATCACACGCGGATTTAATAGAT GACAAATTACCTAAAGGAGATTCAGGTAAGGAGTTAATCATAGACAATAT GTATTGAATGACAATTTAAGATATAGACATACTGATGTGGATAGGATAAT ATATACGTACATATTTTGACAAAAAAGATTATCATATTTGTCTTAAAAAA TGAGTATTAAATATGAGCGATTGAATAAAAAATTATTTACTTATCTTAAA AGGACGTGAAAAAATCATTTCMCCCCCCCCCCCCCCAACGAAAAGYCGGA TGCAAACAGGTTTTTTATAATAATATATTAGTTTACAAACATGAGATTTC AAGGACTTTCTACAGTTTTGGGTTAATTATTAATAAATATATTTTTTTTG TACTTGATAATCATTAGCAACTGACTTCAGTATTTACAAAAAAAAAAAAA AATCAAAATCCCTCCACCTCCTCGAACCTCTTCTTTCTCCTATTTCCCTA CTTTTCTTAACTTTTTTTATACCAACCTACATCTACTACATACCTACCGC TTGACGAACGACTACAATCTATACACAAACATTGGAAGACTTATAAACAA AAGGAAAGCGAAACACTACACAAATTATGACTCTTGGATATGTAAGCTAC TATTTTATATTATATCTATATACATTATATCTATACATGGCTATGGCTTT AAAAAATATCTACTTCTCTGTCAATGATTTAATCCATACCTACACATGGG CGTCTGCAAGATTATATATTTATATTTTTTTGGGCTCGATCTTTGGAATT AAAAAAAAAAAAAATATGAAAAATCCATAGCTATTGACGATAAAAATCAA AAATTAAATTATTTTTATAGAAACATACAAAAATCCTTAGATATTCAGAA AAGATGTCTAATATTCTTATTGGACGAAAGTTTCAAAATTGAAATTTCCA ATATGTAATTTTTTGAAAAAAAGAAATTGAAAATCCATTGCTATTCACAA AAAAAGGATTTTTTTTGTCAAAAAAAATCAAAAATCTAAAGCTATTTATA GGAAATAATTTTTTTTTTAAATTTGAAAAAATCCATTGCTATTAACAGAA ATTTAAATTTTGGCAATTTTTTTTTGGAAACTCGATATTTGGGGGCTATA MCCCCTTCANCCCACMCTCTTCAGACGCCCCTGCCACATTAGGGCTGATT AATTTTTAACTTTCTATAAATTTATAGTAATTTTAGGGTGGGAATGTTGT CATTTGTCATGAAAATAATCAATTGTGAATTTCATTGTTCCCCGATGTCA TCCTTAAGCTCCTTAAAAATTCTATATTTAGTCAATAAAGAATAAAATAA ACGATTTACCTTATTATATTATTCATTTTTTTAACCTATAAAAACTGTAA ATAAAGTTTTTGTCTTCTAAAATTAATCTATAGATCCAAAAGAACTAAAG GTAAAGAAATTTAAAAAATATAAATTTCCTTACAATATTTTATCTTTTTT GTGAATGAGGTTACTGAAAAAAAAACCACTTTTATAATASTTTTTGTAGG TTAGACAAGTATTTTTGGTTATTATTTTTTGTTTTTATTTATTAACAATA TGAAAAGCTCTATCGGCTAAATAAAGATTTTTCTTTTTTCAAAATTTGAT TGTAATGTGCGACCAAACGATGACATTGTAGAACAAAAACATTTTGCATG AGTTATTTTCTTGTGGCATGATAACTTTTTCATACTAGTTGTAATCGAAA TTAGAAAAAAAGTTGAATGATAAACAGCCCTAGCTACCAATTATCAATCC ATGGGTTTATTGCACTCTTCTTTTTCCCACTCTCCTACACTGTTAAACTT TTTAACATATTCTTCTATCCTTTTTCTTATATAACATATATTTGACGACT GAGTGATATCTACTTATGGAAAATATCATGCACTATTTGTAAATTGTAAA GGATTCAAAGATTTTTTAACAATTAAATAAGTAAAACATCTTTGAATCCT TTTAGATATAAATTTCGTTTCTAATATGTTTATTTCTTATTTTATTAGAA ATTGTGGTGAATCCAGAGCGTGATGCAACAACGACAATCTTTGTTGAAGC AACCCGGAATGGTAAAAACCCAATTGGTCTCCTTACATCAACTGCAGACA CCTTTATCAATGATGGGACCACAACAGAATATATGACTCAGCATATGGGT ACATATATTGATGAAAAATATGCTAAAATTGAGAGTACTTCAACACGTGA ATACTACTATGTGAAAGAAACTCAAGGAGCCACTGGTCTCATTGGTGCCA GCTCTGATTTTGAGGTTCATGGTGGAAAAACGACTGAGGTCACTGTTCAT GAGTACAGAACCTACATTGATGGCAGCTATGCTCATCTTGTTTCCTCCAA GCTCAATATCTATAGCAATCCATCCTCATACATATCTGCAACGCCTATTT ATAACCCTGGGTTACCATCTAGTGCTTATACATTATTCCCAAGAGAATAT GTGGAAATTGATCCCTCTAAGCCAGAGTCTGGTCTGCCTACACGAACCAT TGGTGAATATCCCATCAAAAAGAAATTTGACGACAACATCATTGAGAGTC ATGAAATAGAAGCAGATTTATACGCTATTCGACCCAGATCTATTGATGAT TTTGAACTCAAGATTAATGCAGATAGTGTCATTTATGAGGATCCAACCAT TCCAACATTCACAGTCTCAGGTGACGGTGAGCTTGAAATTCCAGTAATTG AAGAAGCTTCTCTTATTGAAAATGAAGTTGAGCCAGAATCTTTGAATCGA GATCACTCCATGTTGAAACCAAGTAGAACTATTTTGGACTCTGTTACTTA TATTGGATTTGTTGATTTTACAACCACCATTGATGACACTGTTGTTATAT TCAAGCCTAAAAAACATACAACACTGTTTCGAAGAGTTTGATCATGCACA AAATCATTCCAACTCAGAGTGTATCCCTTGAAAGTGAGCCTTTCCGAAGA AAAGAAGCGATCATTGTTGATAAGAAAATCATTGAGCATGACGTTATACC TACGAGTCACGTCAATGTGCATCTTAATAATGTCAATGACCACAATGCTA ATGCCAATATACACCAGAATAACGTTAATAAACTCCAAAATAATGTCAAT GTACAACAGAATAGCGTCAATGTAAACAAGAATAACGTCAATATACACGA TAACAGTGTCAATGTACTCAAGAAAAATCGCATCGTTCCAACTCCAACAT TGGATTCATCACTTCAAGAAAGACATCGGACTTCTGAACCAGATATAATT GCTTCCTCTCCTTCAATCCCTAAAATAACATCCGGAATCAATCCTTTGAA AAATTATTGGCTGSATCAGCTTCCCNAAGAAACAAATTCAATAAGTTTAC TCCTACATCAACTAATAAGGCTTCTACTATTTCATCAACAGAGGCTCCAA GCAACTCTGTAAAAGGCGACTCAGAAACCTCCAACAAAAAAGAAACCTCT AACAGATTCAATTTAAATGGAAGACCCAAAGTCAATTTGAGACCTGGTTT AAAAACCTCAAGTCCTCCTTCCATCTCTTCATCTATTGACACCGACTCTG ATGTTGAATTAGTTTACAAAACACTTTACACAACCTACACATACTTCACA ACATTTTTCAGAGCTTCAACTACAAGAATCAAGTCGAGAGAGGATATTGT TTCCAACGTTGTCACTCTTACAAATATTTTAAGACCTTCAGATTTAGAAT CCCTTAAAAATTCATGTGAGGTCGATTCTACTTGTGTTTTTGCAACTTCA GGTCCAGTTACCAAATCCAAGGGATTCATTGGCCGTCCCAATGAGTCCAA GAGAGAAGAGAATGCCCGTCGTATCGATTCATCTCCAATTAATAAAAGTG TTGACCAAGAAGAAGGATCTCTCCTCAAAACATTCTACACCACATATACT TATTTTACAACGCTATTCTTGGAGGGTACCAGTTCTGTAAGTACTCGAAC GGAAGTTTACTCTAATATCAAGTCCTCGGGAGTACCAATTGATACTTTAA ATAAAGATAATGATGTAACTAAGACATCAGTTGCTTTCCAATCAACAGCC TCCAAACGATTGGATGAAGTTGACTTCACATCTTCTTCTGCTTCTTCAAG AAAGTTGGAATACTCCTCAATTGAAAGAGGCACAACCACAACTGAATCCC CTGAAGAACAGGAATCTACTATCTCCAGCACGTTATCTTCTGTAGAAGAC TTGACAACAATTAATATCACTCCAYCCGCCACATTGAAAGGTGGATCAGA AGAATCTGAAGTAACTMCCGACTCTCAGATAGAAGAGTCTAATCTTACTC CTACMCCTGAACTAGAGTCTGCCATTACTACTCCAGAGCCTTTATCTACT GAGCCCGTCGTCAAAACATACTATACAACATTCACTTATTTTACGACTCT CTTCCGTAATGGCACAAGCACAGTTACATCCAACTTAGAAACAATCACAA ACGTAGGAACTTCAAGTCCCACCCTAAGCTCATCTTTTACTCCAAGCGTT ACATTTTTCACAACCTTTACTTATTGGACAACTTTGATTGATGGTGATAA GACAATCACTTCCAGCAGCGAAGAAACTCGTACTGATATACTCCCTGCAT CCGTCACACAAGATATAACTCTTCCTGAAGAAAAGGTTCTATTTACAGCA TCACCTAACTTACCTTCAATCGATTCAACTTCAGAGGAATCAAAGAAAGA CTCAGATAAAGAAACAGAATCCAAAAAGAGCTCAAAATCAAACAGAACCT TCACTCCAGCCATAAGACCTAATTTGATTCGACCTCTTGGAAGACCTGTT AGTCGACCACGAGATCCACCATCTAGAACAACAGTGGCCATCATTACACG ATCTGATGTTACTCCCACTCTTATTGCTACGCCTGTTACGTCACCAATTC AGCCAACTCCTACATTTGAGGAAGATCTGAAAAGTGTCTCCATTTCCTCT GAGGGAACACTACAGCAAGACGAAGAAGAAGATAAGAATGAAGAAACAAG CACAGAAGCTTCAACTAAATCAAATTCTCTCATTCGACCCACCATTCTCA GTGGAGTTAGACTTAGACGACCAAATCCATTTCGAGAAAGACTAAGAGAA AGGCAAAGACAACACCTAAACAAGGTTCGTGGAAATTCTCCAGGAGTCGA AGAGACCCAAGAAGAAGAAGAAGATTTAGAGCCCCAAACAACTCCAGCTC CAAGAAGGAGAGCCCGTCCCTCATTTTCAGAGCGTAGAGAAAGAAACAAA ATCGCCAAGCCTCCACGCTTTTCCTTCCCAAGAGGTTCCAATGGTCGAGC TCCCATTTTTGTATCAAGCCGAACTGAGAGATTTGATCGACGCAAAAATT CTCAAAAACAGCAAGAAGATAAGTCGGAGGAAGAAATTGAACTTGTGAGT GAAACAACACCTTCTTTTACAACGGAAAGAAACCCATCAACTGTTCCTAA TCATATCTCAAAATTGAGAGAACGAGCTCGTGCAAGAATCAACTCACTGT TTAGTAGAAGATCACGGCCCTCAAATAGGTTCAATATATTTTCATCTAGA ACCAAGGATAATGAAGAAAGCAATGATGACTCCTCAACTTTAGAAGAAAA AACAGATGCATCTCTGTCACGTAAAAAACGTCAGGTTAGTCATGAATTTG GATCCCGTMCCCGTAMCCGCCAAMCCTTCGYCCTACGGCGTCGCCTAAGG AATAAMCCTCAACCTGCTAATCCTAAKGCCGATGATAGCTTTTCCCGAGA CTCATTGTCAAACTCTTTTTCATACTCCAGTACTTCCAATCACTCCTCAA ATCCTTCCTTAAACCGACCTTCATTTTTTGTATAATAATCANNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTATGATCT TTATTCTAGCAACTTCAATCAGGATCCTCTAACCAATTCAGCAACCAGCA ACACTTCTAAACGTCAAGTAAGACAGCAAAATGGCGAAGGCTTCAAACCC CGATCTTCTTCTAGATTTAGTTCTCGTGCACGTCAGCGCCTTCGTTCCCG TAATAATAATAATAATAAACCTGATAACACAAATTTCCAGTCGTCTCGTT TTGGATCTTCGTCAAGAAGCGAGCCCAAAAAATCTTTTAGAGACAGATTT AGACCCAAAACTCGAGGAAACGGAGGCTTCCGCCGAACCACTCCTCGTCC ATTTAAAAATAATTTTGATTATGAATATGACAATACCCCTGAATTAGAAT CATCGCAACAGCAAAACTCTGTTCCAGACTTTATCACAGTGACCCATTTC ATTCCCCTTCAAACCACCATTCCTGTTAAGGAAAGGGGCATAAATACTTT TAGAGATATTTTAACAACAAGCCCCTCGCTTGAAGTTGTTGCTGCAAATA GTTTAAAATCTACGGAAGTCAATAACAGTCCAGTTATTTATGCCAATGCA ATTACAAATACTCCACGAGCTGGAGTGAAGGAAATTACTTATCAAGCCCT TCGTGCAACTGAAACAACACAAGTTGTTTTCACACCAACGCGCATTCGTG GAATTAGAACGTCATTCTCCCATGTTGTACCCAGCACTATTTACAACATT CAACCTGTGTCAACCAAAATCGTTGAGCAAGTCAATCAAAATGATCTGTT ATCCACTCTCCTATTACAACTCTTAGGAGGAGCCGTGAATAAAAGCCCAA ATCCTCTTCTTGGCGCACAACAACCTCAAATCGCAAACCTTCTTGGTAGA AACAACGCTCCAGCCACCCAATTTATCACACATACATCAACATATGTAAC AACAGTCTCCAAACTAGACTCTACGATAGTTACCATCACACTCCGAGGTA GAGAAATTAAAACCACATTGACAGAGAGTCAAACAGAAGTTGTGKCGGCC ACAGAACTCAGCACAGAAACAATCATCAGAGCAACTCCAGCCGGAGCAAA TGGTCTTGGTGGAGGTTTCCTACAAACACAATCTCCCCTTGGCAGTGGAC TAAACAATCTTCCTGGTCTTGGGCTTCCAGATCTAAAACAGCAACTTCTT GCAGCTCAACTCCAGCAGCAACTCCTGGCTCAACAAAAACAATTGCAGCA GCAACAACAAGCCTTACTTTCAGAAAAACTTGCTTTAGAGCAACTCAAGC ATAAAGTGGGCAAATCCTTTCCTTCTATTGATGGTAGTAAGGATGATAAA TTAATCATGGCAGSTTCATCTCAAAGTGAAGACAGAGTTCAAAAAATTGT AAGGGTGGAAGMCAACTCAAAAGTCGAAGTGAACCCAGCTCCATCAAAGA AGAAGAAACGTGAAGCAGCAATGGATGATAATCCTCTTCCTCTGTCGCAT CCTCTACATCCCTCACCCGTCATACAAATTTTTCCTATTGAACCTACTCC TTTTTCAGGGTCTCCTCAAATCTAGATACTTTTTCAAATAATTTCCAATC ATTAAATCAGCTAAACAAAAAACATGCATAAACTTCGCCGATGTGTTTGC AATTATTCTGTCCGTTAAGTTTACTCTCCCTACTTTTCATTTTTTACGTC TATATATATAAACATTTTTAGATAACCTTAATATTATATATATAAGTATA TATATATCATGATTTAAATCGCTACGTACGTATATATAAGTTCAAAACCT AGTCTCTATATTTTTAAGTATATATACATATATATTTTTTTTGTCTATTT TGCCTTGAACTACATATAGGATTTTCAAACTGAATCATTATTTCTGATTA TTTAAAAAAACAACGATATTTTTGATCGTTTCTTCAAATTGTAAAATGAT TTTTTTAAAGTATATAACATAACCTATAAGTAGTAAATAAAAATGTATAT TTTACTCTCTTTGTTTTTTCGTATATAAATTATGCTCAATTTCAATTTTT TTTATATCTATCCATATAATGTGCGTTAGTGTTCAATCTCTCGCTATTTG ATCTTATGTTTGTCGTTGCAAAAGAAAAAAAGACAATAATTTTTATTATT ATTATTGAACAAAATGGGTATTAACTGAAAAGAATTATTCAATAAATAAT ATCTTGTTACAATAAGCTTTTTACCCTTTGTTTATTTGACATAATACCTG CATACATATTGGATTTTTTGGGATGCAAAGTACTGTTGAGACTCGGTCAA ATATAGAATCTCTTCTTGGATTGGATCTTGAATGATTTTACAATTCATTA ACCGGAATTATCTTTTGTTTAAAAAAGTAATCTTTTCCTCTCAATTTAAA AAGAAAATATAAGGGTGAGGAATGAGTTTATTTTTTTAGTAGGTTGATTT TTACTACACGACAAATCTCTAACTGGTCTAAGATTTCCAGACCGAAACCG AATATTCATGCAACACATTGAAAATTGGGCAAATGAAGAAAACTTTCTTG ACCTAATAGGAAAATGTGGGGGTAGGAGGAGTGATTTATTTGGTCAAAAG GTCAAAAACTAATGATTTTCAATTTTTTGTTCATAAAGATTTTTGAACTA TTGCTTAAAAATTGAGATTTAAAAAAAACTTAAAGTTCTGTTCCTATAAA TGAATGATTTTCATTACATATATACTTCTTCGGATATATTATATTTGTAA TTTTTCAAAAAAAACATGTGGTTGTAACCATGGCTCSATTGACATATGCA AAAWGAAAGGTTTTTCTTTTGTTTTTTAATGGTGCATTGATTATATATTT GCAGTTGTATCGATAAAGTACATGACTTTATGAACTTAAAGAACAAACAA TAGTTTTTATGGGGTTAAATACATTTATAATTAAATGATTTTTTTCTTTT TTCCAATGGGAAACAAATTTCCCTTCTAGTTGTTGACTAAGACTCTGTAC CTCTATTAGTCAGAGTAAATTCAATTATCTTTGTAAATGTTGGCTGGCAT AGAATGCAAATATTTTCTTCATGGTGTGTTATACAATATTAAAAATCATA GGATGAGAGTACAATACGTTGAATTATATACGCCTTTTTAAGGTCACGTC ATTGAGATATATCCTTCTATATACACACAATCACTATTACGTGCATAATG GCACACTGTGGCATAATTATAAAAGTTATAAAATAATTATTTTCATTGTT TATAATGCAATTGTTTTTGTCAAATAAAGTCCTTTGATTGCATTGTTGCA GTAAATAATATTATATGAGATTATATGAGGTTATCCCTTAAAGGCCATTT TATTCATAAGAGTGTTCCTCATTAATAATATGAAGCATGATGATTTTAGT CATTATTATTAATTATTTGCTATGTAAACAATGTTTGAGATAACAAAAAT ATTTTTCATAATTTCTGTGTATTCTTTAGAAGATTCAAAAACTTTTTTTG TAGTGTATTACATAATAACAACATCAACAAAATTTAAACAAAGGAGTTGT AGAGGTACAAAAAAAAAATCTTAATTATCTTAACCTCATGACTCCATTGA CATTTGAAGAATGAACCAAAAAAGAGATTGAATACGTCTTTTTATATAAA AATTGCAATAATATATGTTTTTGAAATATTTAGAAGTCTACAGAAATGCA TTGAATGATTATCTTTTTGATTTTGTTTTTTGCAAATGAAAACATTTAAC CTTAATAATATAAGTAAAAAATCATCTCGTTTGTTTCACACTTTTATATA TTATTTCAATGCCATGATTTTTTTACGCAATGATTCCTTATTATACAGTT TAATGACTTGTTTAAAATTAATCTTAACTTACATATACCTATGTAATAAA TACTCTTAGATCTGTTGCTTTAATCCAAATCTCCATTGAATACAGGCTGA TTTCTCAAGGGCACATCTACTCGTACATAGGTATAACTGATTCAGCAGAT TCATATTTATCAATGATATCAAGAACCAAGGTCGAACATCATAAGTAAAG TTAATTGATAAAAACACTAAGATCTTCTTGATTTTTTATTTTATTTTCGA GGAATCATTGAAGAAAGGGTTCATCGTGACAATTTAAAATTGTTTTGAAC AAGGACGAAGAGTAAAAACAAAACAAAAATTCATAAATCACTTAAAAACA ATTTGATGCTATTTCAATAAATAGTCATCAGGCTACAATTTATTATGGGG TTGAACCTACGTCAAAAACATATATAAGTAGTCCTTAAACTTCAAATATT GATGTAGTATTAAGGAAGGTAGTAGTTTATTTAAAAATTACTTTTTTCCC TTATCCAATTAATTTATTTCAAAATACCTATTTCCTTGTGGAGCAAAGTC TTAACTTAAAGCTGTATTTAAATACATATTATTTCCCATGAATTATTTAT AAAAATTTGGGAATTAACAGCAAACTATGATTATTTGATATAAATTTAAA TACCTAGAAGCATTTTTTGCCCAAGAGATACTTTTAAAAAATAATATGAC AAATTTAATTTTAGGTATAATCTAACAGTTATCAAAGGTTAAAAAAAGGT TTCTTCGACTCCCAAAACTCCCCATTACAAAATGTTCTGAGATTCATGTT AATGTGTTTTGATCATGTATAATAGTTTTACTTTTTTGGAAAATGTTAAA TGATTAAAAGGGAACTTTAAATTTATAAGAAATGTCCTAAGACTATAGTT GGATGCAATTATTTAACCAGACAATGGTTCCGTAACAGCCTAAACTCAAC TTTTTTTTTTACAGATGAAGTTATATAATTGATATAGCTAGTTCATCATT ATGTTTTAGGTGCATTTATATTGATCAAATGAATAATTAATCATTTATTT TGCATACAGCCATATAAAATGTATTTCTTGCAAACTGTAAAACAATTAAA TTGTTAGACGAATGATATGATTTTTATCAATATTACTATAAGGAAACACA AGGTTGGAAAAATTTATGAATTCTGTAAATGTATATTTGTGAATTTGAAG ATTAAAAAATATATATATATCATTATATTTAAATGTATGCTTAAGTAAAG CATTGTCCTTATTCGGATGCTTAATAATTCAATGTTACTGTTTATATGAA AGTCCGTTAGTAGTGTCTTAAACAAATTTTGTGCTGTTAATTGCAGGTAA CCACATATAATTGTTTTGAAACGATATCAATATACGATTTTTAAATAGTT AATATTCAATGCTGGTTTGATAGAGGAGCCTTGTGTACATTTGCCCTTAA ACCTGTTTTTCCACAAAACAAAATTAAAATTATTCCTTTTCCAAAATAAA GTTAAAAAAATTCGAAAATGATTTTAAAAAAAACAACTCAAAATTTAATT GAAAACTAAAATAAAAACAGCATAATTTAGAAGGTAATAGGTCTTGGTGA AAAATAGACCCTAGTTCCTAAGCATTTTTAAATATCTCTGTGTTTATCAA TTTGTCTGTTGGTTTATCATTAGTAATGCAACAAATATTTCAAAAACAAT TATTTTTTGATGGTGAGATTTTTATCATTTTATAGAGAATTTATAAGTAA TTTACAGATTTTGCATGTTTTTCTTATTATTATTGCGTTGTGTTTTATTT TTGAAGAAAACAAATATTAATTGCAAAATCTTTTGTTTATATTATAACAA TGTAATAACTATTTTTTTGCAAAATACGGTTAATATATGAAACAAACAAC TATAGAGTGTGTAATTATATTTCACAAGAATTCTTCCCACCCCCTCTTTT TAACTCTTTCAATCCATTAACATGATTAATTGATGGGTACAACAATTGCG TAGGAAGGGCTTTAAGTAAGGAAACAATTAAGTAATGTCCCTCAACGTGG GGGATCTATTATTATTCAAAAGAAACATGTTGCATTAGACACACACTGTT AAAATGCATTTTGAATTAGCCCTCTAATTGGAGAATAAAATAACAAATAA TAACAATAAAAAAAGTTTATTAAAAAAACGCAAATCACTATAAGGCCTTC CAATGGCTAATAAATACAAATGTCAAATACAAAATAATGAGCTTATATTT TACAAGCAATTAAAAAAACTTTTCTAAATACGTCGTTGCTTATCCTGGTA CGTCAGGATTAAAAAGTGTTTGGTAACTACCAAAATATTAATATTAATTG GATAATTATTTGTTTTTAAGTCGATTCACCCGTGGGAATGGGGTGAGACT TATACAATTACCTTGATCAAAATTCAGGCTAGTAATATCCATATCAATTC TCGAACAGATATAAAATATTATAAATTTAAACTCCATTACTATTTACGTA TGATCTACATTAGATCATATAATTTATATGGTAATTCATAAACAATGTGT TTTTATATATAAATTTAATTATTAGTATAGTTGTAAATTATAAGCATTTC TTTACGGGCCGGTTTTTTTTTTTTGTTTTTTTTTTTACAGAAYATAATCT TAATTGTTCTTTTTCATATTCCAAAAATGTTTTATTCTTATATTCTCGGT TAAAGAACATTTAAGCTCGGATGAGTGGGCTCATGAAAGACATAAAGTAA GTCTGCTGGTTTATTTTGGAGTACATGTCCTGCTTAGACTCAAAATTGAC TTGGGGATAGGCAACGGAGTAATTCCCGTAAATTTTTCTTGCTAGATACG GAGTATGACTTGAATCTATTAACTTTTTCTCATAGATTCGTCTCACTAAC TACGATATGAAACGTAAACCGCTCTTATCCAAACAATTATTCAAGTTGTA CGGGTTACGATGTCAATTTTTATTTATTTTTTAAAAAACTAAAACTACTT TGAATTTACTATTCTATTCATGTTTTACATTAATGTTTTGAAAATAGACG CAATAAATCAAAATTGTGCCAGCAATCAGAAATCCCTATTTTACTAAGAT TTATTGCACTCATTTAAATATCAACAGTAATTAAAGACACTTACAACAAA TATAAACTTTCAGATTACTCGTTATTAGTTTTTTTATTCATTTAATGGTA ATGAAATGTTAATTTATTTTTTCTGACAAAAAGTAAAAAAAGAGTTCAAA TAAAGGTTCCTTTCTATAATTATTAACTTTTCTTTTTAATTAACCTTAAG TATTGACTGATCTACAGAATATACATATACAAATTGAAGGGAAGCTGGAG GTCGGAAGAATAGTTAAAATTATATGACTTATGATAATTATGATTACCCT TGATAATTGTTATACTCTTTTTTGAGGATATAGCAAATAAAATCAAGAAG TAAAAAAATGAAGTCGGACTAAAAATAATTATGATTAAGTTTTTATTTTA TTTTTTCTAATTAGAATTTGATTTCATTGCTTAAATAGTTATGTAGTTGT AATTCATTGTGTAATTTTAAGTCATTTCCTTTTAATGATGATGACATCCT CTTTTTTTCTCCTAGTACATACATAAGTAAAGTAACATTTGAACTTCCTG GGTTCATTTGCGTTTTACTCAATACCACCATAAAACCCCTATAATAATAA AATTGAAGAAGAGTTAATATTTTTCATATTGCTCAATGAGTTTGACTATC TATAAATACATTTCTTTTTTTGGATAATGATTAAAGTTATTCATGACCTT GGGTGTTTATATTATTTTGCAATGAGTTAATTGTTTATGAAGTAAGGAGT TGCTTGATTAAGTTAAATTAAATATATTATCTTTTGAAATAATGACAAGT CACACTTCCATATAATTCATAAATGTCACTTGTGAACACAAAATCAAAGA GGAAATCATAACTTTAACTTATTTTTTGATATATTCTCAATATTTCATCG ACATGTTTGAGTCAATTGTAGGCTTTGTATTCAAATTTCTGGGATGAGTT ACTGCAAAAAAAAAAAATGTAGTACAATAATACAAAAGCTTGTGTTTGAA TTGTAATTTCATATCTCAATTACAGGTATATAGTGTTTAATACACACTAT TTCCAAAAAGACCTTTATCATGTACAGGTAACAACATACAAACTTATTTC ATTGTCAATTTTTAAAAGAAATGCATATTAATTTTTGATAAACACTTTAA CGACTCATTTTACGGATGAGTATTGAATTCTTCGATTTGAGCATATTTAT ATAGCTCAAAAAATACATAGATGCAATTGTAATTATAAGATCAATCAATC ATTATTTAATTATGGCCTTTCAATGTAGGAAACGTATAGCCTCATCGAAA AAATTATAAAACCCTGTGGTTATTTTAAACAAATATAATGTGGAAAAAAA GGAGTTACTTTTATATCAAAATGGGAAAAAAAATTAGTAAGTTACTTTAG AAAAAAAAATCTTAATTTCGAACCATAAACTCAAGATCTTGATTTAAAAA ATATCAAAAATATGCGATTTTGACCGATTTTCAAAAAAAAAAAAAAATGG ACAATAATTCTAATTTAAATGAATAAAAAAATATTTTCTACGCATTGTCT TGTTGAATATTATAGGATAAAGTGATATAAAGTCGTTGTTTCTTTGAAGT TTCAATACAATATTTACAAATCTTATTTTACTAATAATAAAAATTAGTTA ATGTACTTTTGGTAGTCATTTTATACACACTCCTTACAAAATAAGAGTTT AAGAAAAGAAAAGAAAAAATTATTAACGTTTCATTTGTAACATCTAAGTA TAATAGCTTGAGTCATGATATACTGGTATCGATATATTATGAAAGTGAAG CTTGTGTTCCCCAAGGAATCTGGGACTTTAATTATAAGATTTCATTTTGA AACACTTTTTATAGCAGTTTCAACTTCCTTCCTTTCCGCTACATGTTGTT CTTAGGATCACTTTATCAGACATCTTCATTGCATGAGTCTCAACTACTTT GGCAAATAATCTGAAAAGCTTTCAAAATAATACCTGTTATTTGTTTTTGT GTTTTGTTCAGAAACATTATGGGAATATATAAAAAAGGGGTTTAAAATGG CAAGGTCAACTTCGTACAGCATAAGAATATATATTTTTAGGGATGGGTTC TCCTGCTGTTTGATGTGTAATCTTCTTCTATGTTTTTAACATTTGACGAA GTCCTTTTATTTCTTATATGCTTTTTTTTTTAATAAAAAAAACTTCGTTT GTTTTCAAGTATCTACATGAAAGGAATCATCATGGATCCATCTTAAGCAA TTAAAATAGAACATGAAGAAAAGTAATCTTTTATATCTATGCATATACGA GGAAGTTGTTGCAGCTGATAAGAGCATACGTATCTGGGTATACATGCTTT GAGATTTATGCAGTCTAAATACATAGATTTAATTAATAGTTATACTACAC ATGTATAAATATTGTTTTTATACATATTCTAGTGTGGTTCAGTATCCTGG TACAGTAGTGGTATTGCAGTAAAACGATACAATATGAAACTGATATTTGA ACCAGTACAGGAAGCTCCACTACTTCATGAAAAAAGTGGCATTCCTATGA CGTAAACTCTAAAAGTGTTTACCTATTTCTTAACCCAGACAAAAATCTTC TGGACCTTTAAGTGCATGTTCAATCCCTTAACAATATTTTTCAGTTAATA TTTTTAGCGGGAAAAGTATTACAAAGTACAAAAAAGGCCTATATCTAATT TGATGCCGGAACCAAGGCAAAAATATTGGTATCGTTAGAACACTACAAGG TACATGCATTGAGATATTTTACATCTAAATACAGATTAGCGTTGAATTGT GTTCTGGAAATCTTAGATAGGACTAATATTAGTATAATTTTTATTCTAGT TCAGTCTAAATTATCTCTCAGTAGGTTTTCTAGTAAAATTCAGTATACAA ATAAAATGATCTTGATAGTTTTATTTTGAAAATATATTTGAGGTAAAAAA AAAATGTTTTTTTACACATTTTTTTATATGGATCTTTTTTTAGAAAAATC AGATTAGGTATATTATTTGAATTTTGGTCTACGGACAGACTTTCGGTCTA AAAAAGTATTAATTTACACTAGATTGAAATAAAAAATAGGTCTTAGACCC AGTTTTAACTATAATACACAAATTTAATTAATAATTCTAATAATCATACT CCATTTCATAATATATTTTTCCATAAATAATATTAATTAGTAATAATAAG GTAATTATCAGTTGCCCTTGTGCAGAAAAGAAATAAGAAAAGAATATTCA ATATAAACCGTTCTAACATAAAGAAAATTGCATTTCATGACCTTTTTGAT TACCTTTTTTATGATGGGTGAGTAAATATTCCTGGTTACCTATCTATAAA GCTCAGCACTCCCATTATGAAATTATTTAATGACCAATGGCGAATATTTT ACGTAAATATGCACCAACCTTAAAACTAAATATAAACAATATTATTAGGC AATTTGAAGGACAGAGAATAGTGATGATGTATGCATAATTGATTTGATTA TACGCACATACCAGGTGGTCATTAAAATCTAAACACTTGGAATTTTAAAC TTCATCAAGATATCCTCCATGTTATCGATAAATTAAAAATAGAATTTCAA AAAAATGTATTTTATAAATGGATATGTGTCTGAGCTCTCTTATTAATTAA TGAAGCTACCCTTAGTGGCAATAACGGCTTRCACGCGACGGMAGAAGACC TGACACCCTCAGCAGATGTGGTCCTCTCTCATTGCATCCCAGTGCTGGCT GACATTGCCTTTGATGGCCTTGGTGTTTGGATGACGGAAACTGCTGGCCT TCCTCTCAACATGCACCCAGGGTCAAAGTGTCAAAAAAGAGTTCAAAAGA TCTCAAGACTCATTTAATAGAGTCTTGCTACGGAGAAGATGGATTTCTTT AATTGTCACATGTGGCTTCTCCACCCTCATAAGGCTCTTTCTACGCAATT TATTGTTAGTATTTTGGACTGTCTGGMATGAAAACCAGCAGTGATCTCTT GCATAACACCTCATGGTCTTGAATGGATTGGCCTGGTTTTTTTTTAACTA ATCCGGGTCTAGTTTGGCCTTTTTGACAGAGCCCTTCTTCTTCTCCAACG TTTGGGAATTGCTGACAGCGTAGACGGTGGTCCTGGAGACGCCCAGCTGT TTGGAATACGACAATGGAAATTCGTTTATCAAGTTCAAGTGTCATTTTCT CAACTTATACACCAGGAGCTCAGGTTTTTTTAATTGTTTATACTTTAACA TATCGGAAAAGAATTAATTTGAATCCCTCAATCTTCGTTAATAATTGTAT TAGTAATTCTTCAGATTTCAATGGACCACCCAGTATATTTGAACTGAATT ATTAAATGCATATTTGGGCTTTAAATATCTCTAAAGAAAAAATATATACT ATTGAAGAAATAAATACTCTACCTATGAGAGATAAATATGTATATATTAG TTTACTAGAGATCTCAAGGTTGGCCTATTTTACCTATATATCCACATATA TTAATTTTACTTTTTTTTTTTTGAAGATACAATTGTAAAAACATTTGTTG CTAGAAAAATGATTGATTCAGCTGTGTTCATTGTATGAAACATAATTTTC ACTGATTTCAATAATGATGTAGTACAAAAATTCATTTTTAACATATGAAT ATAATATAAACAACGCAAAATATGACAAAACATTTAAATAACAAATTAAA AATATTGTCAAAAGTCATGACAGGAGTTTCACTTGAATATTTGCATAAAT AATATTTTACGGAAAGTTCATAACGAATTATTTACATACAACAATAAGAG CCATGTATGTAAATAATATATAATTTCACTTTTAGCTAATTTTCTTTTTT TTAATACTATTGAAACGTTACAGAGGAATGAATTTCTATGGTGAACATGA AGTTTTGTTGTTGTGACTATTCTTAAAAGAGTTTATTTTGAAGGGAATAA AGAATTCAATATGAAAATACAATTATATTTGTAATACTATATAGGGAAAA AATAATAAGGTTTTTTTAACACTTATAAAAAAATACGTCCCAGTTAAAGG AAATAAAACCCATGAATATTTTACTCCAAAATTTGTGAAATAATAAATTA TTTTTATGATCCAACCAAAAATATACATACATATATATATATATCTTCAA AAAGCAACACACAATTNAATGTTTCTTCTATATGTGATGGATGAGCTTAC AGAAATGTCAAAGACATATTTCGATCAATAATTCATTTTATACTCAAATT TCTGGGATGAGTTAAGATACCTAAATACGTTTACTATAGTTTAAAACCTT GATTTGATTACGGATTCTTAGCTTGACCCCAATAGGCACCCTTTCAAACA TAGTCTATTAACTTTTTTATAATGTTTCTTTAATTGTTAGTATGGGGTTA TATTTATTAAGTAAAAGTAAATATTATAGTAATATAATTGGATTTATTCC CATCTAGGAATCGTCTTTGAAGTCCATAAGCATTAAATACATTTCCTCCT CTAGGACCGACGGAGTATTGAACCAACACAGTTCCATGAAATAATTTTTC CGGAGCGCGTTGCCCATTGAGCTACGTCCTGCAATTTAATTCATCCATTT TTTAATTTGGGGCTATGATTTTTTCATAATTTAAGTGCAACTTGCAACGA TTCCAATCCATCAATCAGAATGGTTGGTTTATAGAAATCCACATTAATTT TTTTCTCGAAGAATTTTTATAAATAAATCCAATGCAACCCATAAGGGTTG CTAGCTATCATTATTTGAGTAAGAGGGAGGGGGGGGGGGGGGGAGGTTTG GACCAAAAATTATCAACATCGTTTACTATTACACATATCGATAGGTTTAT TATTATATATATATACGTTGTAGGGCTGAATAGAGNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGCTGAATAGAGGGAAATA GAAACAAAGAATGAAGGTAGAAGAAAAGAACAAGAGAGAAGGAAAAATAT ATAGAAAGAGAGAATAAAAACGTTGTTTTATATCGGTCAAATACAGGCTG KCATTGTCCTCAAATGCAAAAAAAAACCCATAGCATCATGATTGGTTATT TTWTACTCCATCTTGCTAAATTTCAGATTGTTTTGCTCCTCTATTAAAAA ACAACATATTTTAGCTTATTTTTATGTTGACGTAACCAATGTGTTCTCGG TGAAAGAACAACAAAGAAGTTTTGTTAGAACATACAAATATTTATGTGAA GATACTTCTATTGCAGACTTGAATACAAATGAAGAAAATAATACAATTAG AATAGAATAAAATAAGTGATAACAATGAGGGGAACTGAATAATTTATATT TATCATAATACAATTTATGTAAGTAAGAAACAAATCACGTAATTCTACGT AAATAATAAAAGGGAACTTATGAAACATGTATTTGAAGTGTTAGACAAAC AAGTTGTTAAAAGAATTGTATTAGGATTGATTTGTTAAGAACTTACCAAA TATTTTACACTCAAGGCAACAAATATCTTCTTTTAAATAATAGACTTATA TAAAGAATGGATTTAAGTATAAAAGGAAAGAAAAGCGAGAAATAGTCATC GACCTACAAAAAGGTGTGGTCAAAATTGATCGTAAATATATATTTATCAC AAGGAAGAGAGTTCTAAAAATTATCATTTATAGGCTAGGGATAGTTGTAG TTGACATTAATGATGCATTCGTTTAATTAAGCATATTGGATGTTTCTTAT ATACTTAATAAAAAATTTATAAAATATGTGATAGGGTTTCAATTCTTCTT AATACACCCAACACCCTTATACACCCTAATATATATTATAATTATATCAA AAGCACCACATGGGACGTTAAATATAGCTTAACATTTATGTATTGTAAAA GGAACAATCATATGCTTCGATACACTTTTTTCGTAAGTAAAATAAGTGTA ATTAAAAACCTTTATCATTCTATACATACATTTTAAATTGTTGCCGTGCC TATGCAAATGGTTTTTAACTACAGGCATACTTATAATGACCTAATGCATG TTTATATATTTGCACAAATCCAATGAGTTGATCCTAGAACAGTTTTTTCA TGTTCCTATAATTGGTAAGAGGAAGTTGCAAAGATTAGGTACAAGTAAAC ATTAAAGTATAACATTTATTCTATCTGACATAGGAATGAATCTTCCTTGA ATTACGTATACATAATGTATATTTCCTTCTCTAGCACCGACTTACGACAC ATTGAGTTCAACAAAATAKCTTGTCCGGAGCGCGTTGTCCATTCAGCTAC GTCGTTCTATTAACAAATTTGTTTGTTTGTACAGGAGACCATAAACCGTT GCAACTATTTTTGTTTTTGGCCCCATACTCGGGAGTTCCTTTTTGACTTA ATGTTTCCAAGATAACCAAGTTCGTTATCAGAGAAAGGTATGGTACATCC CCCCCCCCTATTCAGATATTCTGCGAGACAAATCTCAATTCTATATGAAA AAATAGTGCTTTTTGTGAAAAATTTAGAATATTTAACACCGGGGGAAAAA GGTTTTCCGAAAAAATATCGTCTTTGTTTAACTTATTTTTCGTCAAAAAG ATTTTAACACAAATTCTAAAAGTTTTGACTCCACTCACAGACAATCTTAA AGATGATCCGGAACACGACGTACTGTCAATTTAATCTATTTAGAGATTAT ACTAGTCATTATTTTTTCCTCAAATTGCATTTAAATGCAACCTGTTCAAT ATTACAACCGTTCTTGTAGTGATAGATAACAGCAAAATTTAAAATAAATC GAGTTTTAGTTTTAAAATAAGAAAATTCAACTAAAAAATATTTTTATAGA AATAAAACTTTAGGCCTTTTAAGATGTTGAATTATTTATTAAGATTTTTA CTTCATTTAAATGAGGGATCAGGATGTAACTTTAATACTTATATTGGAGA AATTTGATCTCCCCTATTTGCTTATAAAAATAGAATTCAAAATATAGAAT CACGGAAAAGGGCACGTACAATTGTCCTTCAAAAAGGTTTATTATAAGTG TATAATACACTTCATATATGTACATATACAATACAATGTGTATTTACAAA AAGGTCATTTCATAAGGAGTAACTTTACCTTAGGCAATATTCATGGACAT TGCGTTGTTGATATGATTAACATACAATCATTCATTCTGTGAGGGCCACA ACTACCTTTCTATACCTAGTTACTTGAAATATATATAACATGCTCATGAT TGTATAATGTAGATCTCATATTATATATAAATACATACCTACCTTTCCCA TGTCTAATCCTATAATGACGCAAAGTTCCATGTCTTTTTATTCAGTATGA ACAATATAAAGACTGTTTGATGTACAATAATGACCACTAATGCGTCCTTT ATCCAATCTAAACTTCACAGAATCTCAAATTGTAAACACTAAGAGGAATT AATCACTCAGTAGCATCATTTTCTTGATTTTAAACTATGTTTGAGCTTGT ATTTTTCACATTTCCAATTTTTTTAACCATAATTATCGTTTAAAATTTTA TAAAGATTACCCACGATAATAAGCCTCGCATCACGTCCATCAAAACATGC AGTCCCTATATGATATTTAGAAGTCAAGATCTGAGTTAAAGAGGAAATCA AATACCTATTGTCTGCAACTTTCGAAAAAATGGCAGATACATTATGTATA TTGTTTTCTTTTGCATAGGGRTAAGATATGCAATAAATCCTTCTTGCAAG AGTATGTAAATGACGGATGGAGTTCTTACTATGATTATATATACTTACCA ATAAGGAAGAAGCTCATGGTTATTGTGATAAAAATAAATAATCATCTTTT GTTCATTACATAGGTGGTAATAGTGATTCTGCTTGAATGTTGTTTTTTTT TAATTAAGGATCCAATGGAAGTTATTTTAAACTTTACATATCTTCGCAGT ATATGGTATAAATTAAGTTGTAACTTGTATAAGCAGATTGCACAAGTTAA TAATCAACAAATTAAATGAAGAATTTACAGTAGGTCTTGTGTTTAGATGC TGTAATTTGTAACTTTTATGATGAAAATTTATATCTAACAAATAACACTA TGCATCAATATTTTTGCCCGCCGTCCGAAACCAATATTTAATATTGTTAT TTAAGCTGTAGCACATAAAAATGACCATAAAAATCTTCAAATAGCATTAC CATTTTGAATAAAATACTGTTTCTGGAAAACATTTGAATTGCTTATTAGT TTATCCCATCTATATAATTAATAATTTTAAGGCTAGATGATTAATACAAG TCTGCAGATGTTTCATGTTCAAACTAATTAATAATTATCCCCCCACAGTG AATAATTGTTCTCCCAGAATATTATTTTACTATAAATTTCACGCAATCTC ACCAGCTTATTTTTAAAATTTCTTAATAATCATTAAAACATCTATGAAAT CGATTTTTTTTAAATCACTTGAAGAAAAAATTAAAAAATAAAATTCTTTT TAAGCAAGGTCCTTCTTATTACTCGACTTTTTGATGGACACATTTTTTTA ATAAATTGTAATCAAGTTTAAGTAATTCACAATTCTTTTTCAAGTGCTAC AATGTTTGTAACTAACTTTGATTGTTTCCATATAATTAATTCAGGTTGAA ATATGGCAATGAATGGTAGTGATACCCTAAAATCTAGATATTTTTGAAAG GCCAAGCCTATATCGGGCGAAGGCTTTAATAATAATTTTCGTGTCTACGG CTTAAGTAACAATAAAATAAATGTGGGTTAAAACCAGGCGGTAGCTCCAA GACCTGAACTTTGTTGCATAGTATAATCATATGTGACTCATTATAAAATT CAAAAATCTATAGTTAGATTAGTTTAAATAGTGAGGGTTTTAGTAGGGGG GAATTGATGGCTCTTGCCCTAGACTCCAAGTTTTTATTTAAAAAGGCTCA TATTAAAATGGGAATGTAGAAGCTTTGAATAAATTTAATCAAAAAAAATA TAATGCTGTGAAAATATTCAATAATTTTCAATAGCTCAGAAATAAGATTT TTATTTCCAAATTTGAAATACATTCACAAATTTACTATTAATAACTTCAA TTTACTTAATCATTATTTAAACGCCATTCAATAAGTTTTATTCAAAATTA AATATTATGTAAAAGTTTGTATTATAGAAAAAAAAAGGAATTCAAAATTT CTTCTGAAAAAATATGTAACCCTAATATAAAAAGAACAAATCCTGTTATG GCCCCCTGCAGTTTTTGTCTTTGCCTCAAGCCCATTATTGGTAAACTTGA TTCTGCTGTTGAATGTATAAGTAATTTCAATAGATCAAAACGAAATTATA TTATCAATTATAGGTTCGTAACTAAAACAACGGATATTGTAATCAAATAC GAGCATTATATGACGTACAAATTATACTTATATAGTCTGTATATGAGAGT AAACTACATATGTATATGTATATATATAATGTAGACAAATACAATAAATA TGGGATATGTAGTAGCATCAACACGCAACCTTTCGTGACTCTAATTTCCT ACTTATATTTTATTATTTGAACATTTTATGAATTATTATTTGATTTCTCA TTGATTGTTTTATGTATCCACACTTACTTTTTCTTCTGGAGAAAAGATAG TACGATATTTGATAGTATGTATGCATGTATGTGCTACGTTGAATTAATAG ACGAAGAAGGCCTGGTCACTACTATGTGATTTCTCTTTTATTTTCTTCTT GTAGAATTATTAGTATGTATAGAAAGTTTATCTTATTGTAATTAATTGTT ATTTTTCTATTTACATACATTTTCTATTGTTTTTCAGTACTGTTCAGCTC TTTTATATTTTCAATAATGACGTCATGGTTTTGACTTATAACATACTTTA TAAATGGATCAATGTAGGGGAGAACTGGGTGATAGGGTACACTCGAGTTA TTTAAAAACTATCTGGATTAAGCTTGTCTGGCTAGGTTCAAACTTGTCCT TAGTAAAGTCAACCCTAATGTGTTTAATGGTGTTAGATGTGCGTGTGATT ATAGGAAAGGGATGTAGCTTTACCTTCTTCATATTTATGAGTTTAAGTCA GTTTTTGGAAGGGTTAAGACATTTATTTAAGAATACTCCTTAATAAATAC TACTATACTCTAAAGAAATCAACTATGTTTACTTCTTGAAATATTTAATC ATGAAAAAATATATTCGAATACGAACATTGTACATTGGGAAATGTTTTCT GAAATATCCTAAAAACCAATGATGTCATGCAAAATATTTTGTAGGATGAA ATGTGGTGAATGAACTATTCTTTAGTACAAATCTTTTTTATTTTTTATTT TATTTGGCTCGTAAATGAATTTTCTATTATATAAAGTATGCGCAAGTGCA CAAACTCAGCTGGTTCTTCCGTATTTATCTACTAATCTAAAACTATTGTT ATAAAAATATAAATTTTACATAATTTTTGAGGTGTGCTCACTGAGACCTC ACCTTAAACTATTTATGCATATAATTGCTTGTTTTTATGGACTTTATGTT TAATGAAACGTTATGGACAAAATATGTACAAATATTTAATATATTTGATC AATGCCATGTTCAATATTTTTGAGATGATAAGTACATAATGTCCTCGTAC TTTTGACTTATATTTCAGTTATTTTCATAAATAGATATTGATATATATTT GATATAATTAAACGAAATGCTATTGCCCCTCTTTTATTGTGTTTCATGAT TAATCATACTACAATGAGCTAAATGATTATTAAGCCCTATTAACTCTTCG TTTACATAGAATGTTAAAAAAAAACCAGGTAATTATAAACATCCACTTTC TCTTTCAAATAAGAAAAAATCCCTATAATATTTTAGAGAAACAAAATAGT TTTTCAGCAATCAAATATCAACATTAATATAATTTGATTTTTGACAAAAT AGATTTATGAATAAACGATTAATGACTAAAATCAAAGAGAAATTTTTTTG CTTGTGGTCTGTTTTTTATCTTCTAATAACTGTGATTTATATCTACTTAT GTATGTTCCATCACTAATACTTATCCATGTGTTAGGTTTAGATCTGTAAA ACCGTTAGCTTGTACGTAAATGATTGTAAGTAGTTAATCTTCTACGTATT TTCAATCACTATAATATTCATGAATTGATTTTTGAGGTATAATCTGTTTC ATACACAAAATAGTAATCCAAAATTGTTAGCAAATGGATTTATTTATCAG GAAATTCTTATACAAAACAATAAAAACGAAATGAGCGAAATATTATGTAC ATATACGAGGTTTGATCAAAAATAAATCGTAATTATCATTTGATTATATA TTTTGTGCTGTTGTCTTTTCTGTTGGTAAACAAGTCGACAACGTTAGCAT TTGTTTGCTTTTTTTACAGATAAAAAGTAATATATCTCTTGGTATTCTCC GCAATTTTCTACTATGAAATAAAAATGGGGAAAAGACGAAATTTATGTAG GAAAAACTGTTGTAAGATTGTTGATACTTCAATATTGAACATTTAAAAAA AATAAAATGACAACTATAGAAGAATAAACAATATTTCAAAAAGAGTCAAG GATTTTCCCCTAAAGTGATTTAAGAAAATCGTAGAGAGCTCCAAAACACG TTTAACCTTTTTATCTTCCAAAAACAAAGTAACACTGTAAAATGGTAATA GAGTTCTTTATCAGAGTAATATGGGTAGAAACACCTTCCTTTTCTTCATG GTAGGKATGGTTCAAATGAGATTATAAATGAAAATAATGCACGAAAATAT TGCAAAATAACAAAAATAATAATGTGAGTGAGAGGCCTGACACCATTTAT TTTCTCTTTCTTATCCTCTTTTCAAGCACTAAAGAAGCTAAAATATGAAA TCTTATGTGTATTAATAAAGCTATTTATTATATTAGTGATCCAATTGGGT CTTAAAATATTAACCCATCCAAAATAGTTCTGTAGGTGAAAATATCCGAT ATGAACTGAGGCGAGATTTATGTAATTCATTCTCACCTTTATTATATCTC CAAATCTTTCCTCCACCAATCAACAGAAAAAAGGGACAAAATGAGTTGAT GGTTAGCCAATTCTTGACAACTATCGACTTATTATTCAATAATTGCTTAC AGCTTACTAAAAGCTAATTAGTATATTACTAATATAAGCGGAAAAAAACA ACAAAAAAAAGGATGATTCACAACACAGTGTATGTGAGATTATACCGTAT TTTAAATCAATTTCGATAGAAATTTTATCCGTCCCTTCAAAAATAAATCA CTTTTGTATGATGTTATTGTAGTGGGTTCTGCTCATTTGACATACCCTTA CAAAAAGTTTATTATAATATTGACTCAGATCGAATTGTTTTATGGGACAT ATCAAAACCTTTTGTTTATAGGGATGCCGAAAAGAATTATAGGAGCATCT ACAAACTATTTATATTTTGAATATCCCTTATTTAATGTTGGGTACATAAT GTTGTGAGATCAAGTAAGTAAATATCACTTTGATGACTTCATATATAGCG GGCAATTTGGGGAGGAGAATGACTAAATAAAATTTGGAGAATAAATAAAT TGGAGTCCATGTTCTACAAGATCAATTATCTACCCAAATATCGGTCGAAA CTGATTTAATAGGAAGGACTTATAACCGTACATTGAAAAAAATATCAGTC TCGATCTAAGTCTCAAACACACTAACAATGATTCTTTCCTGTTATTTTCA ATAATGTACATACATCCATATATACAAATTTGCATATGATAGAGAGGTAC AAGTATTTATATAATTATGATGTAATTTCTTAGGAAAGGAATTGGAAAAA AGCATCATAAAATTTGACTGTTAATTGAATAAAAAAAATCACTTAACTGA GCCTGACTACATACACGGTATGAGTATGGATATATCTTACAAATAAATTG GTATATGTATCCTTGAAGCTATTTTAACTCCAGGAGGTTCTTTTTATTTG TAGAATAAATTATGATAATGCTACATACAAAATAATGTAAGCCCCTCGTA AATATATATATTTACACATGTACATATGTTTTAATACTTATTTTTTATAG ATACAGTGCAAAAAACAACATTTAGAATAAATTAAATTAAGGGTAATAAT GACCACCAAAGTAATCTAAAAAAGGTATAGATGAATTGGCAAGCAAATAT TTATTTTTCTGATACTAAAATATCCGAGTAATATCAAATGTTTGCTTCAT ATTCTATATANNNNNNNNNNNNNNNNNNNNNNNAATACTTCTATTCGTAT CTGTAGTTATTTACAAATTTTGAAATAAATAATAAAGGTTTTAAATAATA TTTTCTTGTAAAAAATAAAGAATTTCTTGTTTGGGTTTAATTGATTAATT TAGAAATTTTTTATCTTGTTTACAATCTACAAAATTTAATATTCTTTTCT CCTCCTATTACTATTTTGGTGTAGTAATTCAAAGATATATCATATAATTG GTAAATAGCATTCAATTGGTGCTCTGATATTTGTTAACTATGTAACAACT ACGACGGGAAAATAATGCCCGTTTATTGAAAAAGTGTAAATTGTGGTAAG GAAAAACAACCCCTGAAAAGTACTCATATGAGGATTGAAATGAAATAACT TGGTTTTAAGAATATCACTACTTTTTTAAACATCATTTCAAAACATAGAT TATAAATTAACAATGTATGACCCGATATATTTTTTTAGAAGAACCAATAA GGTTTTTAGCAAGGTTTTTGGCAAAATACATACTTGGAGTGAAAGTTTTT TCTATACGGCATACATACTTATAATATGAGTGAACTAAAAAAATATATAT GTATATCTATTTATAAAATAAATGAGCGGAAGTTAAATTTTTTATTTCCA CAGCCATAGTTCACTTATCCATGAGTACATCTAAATATATAAGATATTAG CAAAATCTGCTATTTTTACTTCAAAAGAGTCAGGAGCATAATTTTTGTAG TTCAATTTTGCCTACAAAAAGAAATAATTGGGAATGTATTTGAAGCATCA CTATAAACAGTAATTTCAAGATACCAATATTTCATATCAGATAAAGTTAT ATGTATTTCAGTACTGTTTGATACTTTTTTCAGTTAAATATATATCACTA TGCAACAAAATGAAGGTTTTGGAATACCCGCAGGCTGAACCCAAAATTAT TATTGTCATTTAAGCCACAGAACATGAAAATGACCATTGAAACTTTCAAC CTTTGAATGTTAGGCTTTTAAAGCCTTTAAAAAAATCAAGTTCTTTGGGT ATAGCTATGATTCAGTACTATATTTTGACATGGCATAACTATAGTGATGA AAATCAAAGTAAATAACAAATAGATACAAACATTCAACATTTGAAAAGTG AAATATTTATTACTTTATCTTGATTACAACTATTACAAAATGTTTATAAC CAATAAAAAACCGAGTAAAATGAAGGACTTTACTTAGAAGAAGGTATATT TTTTTTGTTTCTTTCTTCAAGTGCTTTAAATCCTAGCTGATATTATAGAA TATACCATCGATTTCAATTTTTTTTTAAATTGTCTTTAAAAAAGGTTTGA TTTTGATTAATTTTTGGTGCATTTAATTTTTCATTTAACTATTATACTTT ATATAAACTTATTTACTTTATCTTAAAACCGTAGAAATGAGGCACAATTC CTCCTCAAATACAGCTTTTTATGCACAAAATGAAAGTCTAAAAGGAGATA AAACTTTTAAATCAATGTATCCTTTTGAAAATGTAAATAATTTAAATGTT TCAAATGAGCTTTTTTTAACATCATATAGAATAACAAACTTATATATAAA ATAATAAAAAAAATCATTTTTGCATTTCATTTGTCTATTTTTACTTCTAA TAATAGTCCATGTTTAAAATCAAAATAATTCTGGATTTACTTGAGAGGAA TACAAAGTTGCTTCAAAATTATTTCTGAGAATATGAAAATAACAATCAAA TCAAGTTGGAAATCCTTCAAAATTCAGCTTCATGTTTAAAAAAGCAAACC ATTTTTTGATTTTCTTTAAGCAAATCCAGTAATATTATAATCAGTTATTT AGCCTTATTTGTTAATATGTGCAATTTGACAAAAAAAATAATTAAATAAG TGGTCAGAATAGATTCTACCAGATTTCTACTAAAGAAACTCGAAGGAAAG AAGTAGCAAAATTGTTAAAATAATTATAAAACAAAAAAGAAAGAAAGGAT GTATCTATATTGTATATACACATTTACACAACCCCGATCGAAAAAATGAC TAGGAAGAAGACTTTTGTAGAGGACAAGGAGAATAAAATTGTAATTTTTC TCTACAAAAATCCCTTTCCTTATAATAAAATCACGAACTTTTTGAAAATA ATGCAAGTATACAATTGCAAATCAATCAGAATTCAAGGTAATGATTTTTT TTTAATTGATCCCTTTTCAGCCTCTTTCCTTAGATTTTCTTTAGTTTTTA TTAACTATGTATATATTCAATGAATGTAAACACTAAGCCTACTTTAGATC ACATCAATCTCGTTATATTCATCTATTAGAGTTAAACGATTTATCCAAAT AATTTTTTTGATTAAGAGACAAAGAGTACAACACTTAATGTTTAGTATAC ATATAGGCCTATATGCATTCCTTTTCATTCCTACTCATTGGATTCATATG TAGACGTATTTGAATAAATGACTCATGATATAAAAGTATAAATATACTAC AAAACAAATAACTCGTTACCCAAATTCATATGAATAATAAAATTAGCATG ATATTTAAATAGATACATTAATAATAAGAAGTTACTAAATAAAACGCTCA CATAAAAAGATGTACACATGACTTATTCAAGTCATCATTCTACTCTATGG GGGATGTACATATTTATAATAATTAYWTATTACAATAGTTCCTGGATATT TACATTAGGATGGTTCGTTTTCAGCTTTTAATGGCTAGTACAGCCAAGTT GTCAAGTGATAACTATGAAAACTTTCATTNGTTCTGCATCGTGATCTGTA GGTCTCAAATGGGGATAAAAGTTTAAAAAAAGGCAATTATTTTTTATTTA GTCCATTAAGATGGAAAAATCAAATACTCTTTATTTGGTATACAATCCTT TTGATAGACATTGGTCAAACCTATCAAAAATATCTGTAAATTTGTTTTGT TGTTTTACGTCACGTTAAGGTGGGCTCACTGAAGTCTATACGCACTCATT AAAGATGCATGATTTCTCCCGTTTTATTATTATTATTGCACTTCATTTCA TAAATGATTTTCGAAAATAAAAAAGTTACTACATTAAGATAATAAAAAGA AAGTAGAAATCTTTGCTAAATTGTGCGTAAGCACTTCAGTGAACCCACCT TTAGGAGCCAAGAAAAACATAAGAAAATTTTGATGCTTTGCTTTTAGCAC GCTAGTTTTTCTTCCTCTTTTTTTACATGTTCAGAAGAGAATGATCAAAT ATAAGTACTTAGAAAGGTACTCCCTTTTTCCAATTTCAAAAAAGTTATTA AAAAAACCCTCAATGTACCCGTATCTACAAATAGTTATGGAACAGTTACC TCCTAAATAAATAAATGAACATGTCACTGATTCTACGTGAGAAAAATTTT AATAGACAATTATATATATATGGGTATCCTATGTGAAGGTTGAGTTACAT TTAATGGACTGATCAGTTCACTGAAATGAAAGGAATAGTTCTACAATTAT ATGTAGATAGTAAATGAAGTTATCAAGTATTTTTTTATTTATAAAACAAC AATTTTCCTTCATCATGGCCACTACTTACTATCTATGTTATTTTCAAATA GCAATATCATTAAATATCTCAGCAGGTTTCAAAACCTTTATTATTGTTTC TTCAATTTTTTATTTTATTTTTTGAAGTGTAGACAAATGAGTATATATAA TTCCAGAATGGTCTGTCTTGGAAGTGGTTTTCCTTAAAAACATCCTTGGT TATAATATTTTTAAGTTTTAATTTCCATTTTACATTTTGTTCTAATAGGA ATTTTTTGTAATTAAAACTCGGAATGTTTTTTTTTGTTACTAACTTTTAA TTTTATACACATAAGTATGTCCAAACACATTATCTTTATTGTGCTGTAAG TATAATTAGGTCAACAAAAAATTTACTATTTTGACCTGCTCGTATAATAT AATGTAACTACAACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTATTTTAT TCTTATTACAATTTATTTATTGCATTTTTGATAATTGTTCTACATAAGTT TGTTATTAACTTTAAATATATAGAGTCTTATATTTTGCGTATTCTAAAAT ATTTGTATCAAAATTAATGTTTTAACAAAAACTTATGTGATTTTAAGGGG TTTCTAAAAAAAAATTAATCATAGATTTAATGCATATATAAATTAAACGA CATAAGTGGTATGATAAATAATAAATATTAGTAAATAAAACATACATTTA TATATATATTTGTAGGGTCCAGCTATGTGGTCCAATCTGATTAAAGTATG TTAGAATTAAGAATAACTGTAACTTCCAAAATAAGTTTATATGAAAATGC GCAATTGACTTGATGAAAGGGAACAACCTGTAGATATCATAATTGAATCA AACACCTTAAATGATGATTAACCTTGGGTATTAGAAGGTTTTTAAGGACA TTATATTCTTTATTTTTAGGTAAAAATGCATGAAAAAAATTTAAAAAAAG AATTTATCATGTTCATGTGGAAATATCATTAATTAAACTTTTGTTTTCAA ATACTTAAAAGCTACTGGGAACTACGATTCGTGAATAATATTTTTAACTA TTAAAAAAACAGAAATATAATATTTCATGAGATCATTTATTAAGCCTTTG CTTCTTTTTAAAATTTGATATATGTTCAAGCACATAGGAGGGACTAAGAA AAAATCAGGATATATGTGCTTATCTGTGCAAAAAAAAACATATGCCTTAG CTTTACCGATAGGACATAAATAAAGCTATAAATTGTAGAAATAAAATGAT GCCAATTATTTTTTTTCTACTTAAAATCCATAATTTATTTGTCAAAATAG AAAATTATTTTTTAAACATGTCTGTAAAAAGATATTATGCATTTAACTAC AGGAGATTAAAAAAATGGTGTCGATGTATGAATTTTGGAAATGGGTACAA TCATGAAGTTCCCTAAAGCAATCTAGGTATACAATAGGCACCCAATTAAC ACCCATTTTACATATCCATAAATTTGAATTTAGATAAGACGTGCATTTAT CTATACCCGCATACTCTAGTGCTACTTTGCTTATCTTTTCAATCATCTCT GTGGGTCCTTAGGTATATCATAATAATAATGCTTGCATATTATAGATAAT TATTAAAATAAGGTGCCTCATGTTGATTAATTGTTTTATATATGTAGATA CATTCATTTTCGTATAATTTCTTAACGTATACCACGTTGTTATTAGTTTT GAGGCAAAGTAAAGGGCCAAATTTATTTTTAATTCGACCTTCAATGATTT TTTCTAGACCCAAATTTGTGTCCGGATTACAAGCTTAGACTGTAGATGGA AATATAATCGTTTTCAAATTATGGACCGATTTTTTCGGTATCAATATATA TAAAATTGATTGTTATTTTCATATTCTCAGAAATAATAAATATGATTTAT AAATCATATTTAACCTGATATGAAGTTATCAACAATTCATTTATATGAAT AGGCCAAATTTTATATTAGAGCGATTCAAACCAATATTTTTGTAAGAGAG ATCCAGAATGATTTTTTTTTTTGGACGGATCTAGAAAGAATTTTTCTATT AGACCAGTTCAAACCGAGCTTTTTTAAAACCATATTAAATTAGTCCATTA AAGATCATAAGGGTCTCAGACATGTCAAGCTTTTTAAAAATAAAAGGAAG ACTTTGACAAAAAATAAATTGGAGCAATGCGAAGTTTTGTCATGCTAAGG TATCTCTAGGCCAAAGCTATGAAACAATGTGGCGAATTCTCCGGTTAGAT TGAGTGGATTTCCTAGGTTAGATAATAATTTTGCAAGATGTTGATATCAT TTCCTCATGTGACATTTGGAACTTTGTCTTCCCTATGAATAATTCACTTG TTGATTCAATTAAAGGGTTGAATTTATGACAAATACAAAGCTTTTTACCG CACCTTCAATGTCCCTAGCGATTAGAAAATCATTTTGGTAGCCAACTATA TTTGGTCAAATATTGCTCATGCCTTCATCTCTTTGCTACTCGATTTAAAA GGACTTTCTGAAGTACAAGAATAGGTACGAGGGCGCCTCTATCTAGTCAC AACAAGACAAAATCTCAAATTTAAACACAAGAAAAAGTCACATTTCTGTA CAAAATTCCAATTATTCCTTACCATCTTTTTCTTGTAATATAAAACTTTC TTTGAGCTTAAATTTCGTAAAATTTCCTAATATTTTCATTCAGAATTATT GTTTCCAATCATATGAAATTTTTCCGTGATACTAGTGCAGTGCATCTACA GACAAGTCGTGCCAAACATTAAACAGTCCGTATATCTTCATTTCGACAAG TGATAAAATATAATTTTCATTAATACTTAGAGAGAGGTCTTTTGATTGGA GATCATCCATCCGACCAAGGGTAAGAATATTCGTAAGGGGAAATAACTAG AAAACCGATTGTTTTTTATTTTAATGGAATTACAACGTCATTAGCATCCT GGTATTAGAGTCTTTTTTTTATTTAACAAAATTTAAAATTCAAAAAATAT AAACTCACTTAAGGAAACACAGATATACTTATATTTAATAAAATTCTATT CTATGTAAATGAGTTATTTAGAAGCGGGAAGGGGCATACACTTTACCTAT CAATGATGCTACTAGCACGGACATATATATATATATTTCAAACTGGTCAT TAAAATAAATAGATAATCTGTATTTAAATAGGGTTTTAAATATTGTATAA AGAAAAACACTGGAGTTGAGAGCCAATTTTTTATTCATTCAAAAATAGTA AATAATTTATGGGCTAATATATATATACTTTTGTCTTCTGAGATGTTGAA TCATAGTTACTGCATTTTGAGGACCTCCTTTTTTATTATAATAGAGATTG TTTTGAGTATCTACCACATACAAAGTAAAAGTTCAACAAGGTATTTTGTA CAAAAATGGTTGTATTATATTTCAAAATAATCATAATTAAAATAATTTGA AATCAAGCTCGAATTATTTTTATCATAACTGAGTCTGGATTATTAATTTA AATTGATTCGACTAATGTTCCTTAATTTTTATCAAAATGCATGTTCTTAT TTAACCTTGATAGGCACCACAAATTGCTCTTAAAGTATCAAAAAATTATT CGTCAAAATTATGGATGAAATGAAGTATAGCTAACATTCTAACAAGACTG TATTTTCTTCAAAAACGAAGGGGGAGTGAATATTATCTTGTATAAAAAAA ATTGTGAGATAACCTCCCAMCCGCCACAAACAAAAATTTAGCAAACGCCC TTGTCAGTAGTACTGTGTCCATCCKTATTAAGGCCCGCATATCAGTACAC TCTAGTCCTACTTATGGGTCCTTCAAGAAGGTAATATGTATTCCTCATGA CGTAATTCAGAAAGTATTCATGTGTCTTAATTATTATATTATNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNTTTGAACATCCATAAACGATCATAGAAATTCCAAGATCGTTCAG TTAAGGGCCGGTTCATAAGACTAACAGCTCTAAAGAACAATATTACTAGT GCTGAACTGAATAAATATGGACTGACACAACAATACCTGCGTAAGAGCAT GTGAGTTCACCTTAACAATCATTTTGCTTTATATTTAGTGGGAGAAGTAA CAAAATTAGTATTAAAATAATAGTATTGTCACAACAATAATACAATCTCA AAAAATAATTAATCTCATTTTGCTTGATTTTAAGTTCAATGTTGTTTTTG TGTTTGCATAAAACATGTATATTTTTTATATTTGAAATTCTTTTTTTTTC CTTCTTTGATAATAAAAATTATTTTAAGAATACAATACACCATTGATGCA CAAATGATTTTTTACTTTAATACATCAAGATTGCAAAGAAAAATTACAGT AACAATGATTAAAATAACTTTACCTTACATTTAATCTTTTACCCCTTAAA AAAAATGGTCAATATTTTTTTTATTGTTCAAACGAGTTATTTTCTAAATA TAAAAAACATTATAATTTAGAAACTGTTATGTTATTTAGAATTTAATATT TTAAAGAGTTTTTTGCTCAAGATAAAGGAGTGGCTTAGCATCCTTCATGA AAAAAATTTGCATATTTTTTGGATATGTTATTTTCTTTTTCTTTCTTTCT GATGTTTGTCCTGATACGAATCATATATTTATACATCCAGTTTTTAAGAG GGAGTGTGAATAATTCTAACGTATTGATACGTTTTAGATAAACTTTTTGA AATCTTAATTACAAGAACTCTTTTTTTTTTCTTTTTTTTTTTTGTCATCT GTGATGTTTAATTAACTTTTCTTTTTCAAAGATTTAGGAGGTACAAAGTG CATATCTAATAAGAACCATTATTGCACTGAATCATATTAAAATATGAACT TTCTCAAAATAGAAAGCTAGTCGATACAAAATTTAGTTCTTGCTTTTAGT TATGTAATATGTTTACTTCTTTTGCAAATTTAAAAATATACTGCATCTTC TAGTACTAATTTTATAGGCTAAAAAACTATCTATCTTTTTAAGATTCCCT GGAATGGATGATTTGGTTAACAAAATTTAAGGAAAAATTATCAACTATAT AAACTTAGGTATATTTTAGTTCTTAACATTAAATTTAGTTGTAACAAGAG CAATGCCTGAAAAATTCCGTCTCCTAGTTGATTAGGAACATTAGTTGAAA AAATTCAAAAAATAAACTTTACCTTAATTGTTGTAAATGGAAATTGTCAC AAACGCTTATATTACAAGGACTTAATGTTAATTCAAATCTCCAATTTGAT CATAGGTTTTCTTAAAACTTTATCAGTATAAAATAAATTCTAGTATAGCG TAGGAGTAGCCTTTATTTTCAAGTTTTTCAAGACAAGTCTGAGCTCTTGT AGTTGAAGTTTGTTNTTGAACAATTTTAATTATTTGATGAAGTGAACTTG AACAGCATGAAAAATGATAAAAAAAAAAATCAACTTTTCACACACTACGT GACTAAGGACATATTTCAACATTCAGAAATATTATTTTTACTCAGTGGAA TTACAAGATTAGAGGCACAAAAGAGTCAATAAATTACCTATTAATCAATC ATGCAAAATTATTGGAACTATACATACAACAACTACATTCAATCAATCTA CATTGATGAATAGTTAATAGAACTTTAGCTTTAATATTAATTTATGTGCT GGCAACTTTGTGGATACAATTAAAAATAGTACCCCAAATAATGCTATAAC ATAATGCCTTGACAGTGATGAAACACAGTTATGAACCGCCATAGCCCATG GACAGTACGCTCACGAGTTATTTTCTGGAATTTGAAGTGTGTATGTTCAC TCCCCGGTGATTCCGAGAGAAAGAAATATACTTTATATAAATGGATTTCA CCAAAAGATTCCTAGGTTAGATGAAGTAATTGTTATACTATAATATTTAA TCATACTTAATCAGTGTAACTCCATCTAACCAATAAAAGGAACATTAAAA AAAAGACACACTGACACAGTTCGTAGTAGCTTACTTAGAAATTTGAATAA TTACAACTTATTCATTTATCAACTAGCCCCACTCTCGTCGCCTTATTTCT AATCCTTCTAAACTATTATTCAACAATCAACTATCTAAACTATCTAAAAA AAAAAAAACAGACAAAGATCGATCTACGAATAATAATCTCCTTATTGTCT TTAACGGCACTTACATATGACCATTTAGTTACTGTATAGACAATCCTTTT GTTAAGTTAAAAGATCTTTCCAATTAATCACACATATTCTCTAGGTACCA ACATATTGAAATATTATTTTTTTTAAATTAAAGAGTTAAAATTGATTACT ATGTCAGATAAAAAAAAGACTTGGTTTTTTGTTGGGGAACCGATCCTATT TAGGATCTGCACTGAAAACAATGTACAGATACTATTACTTATGTAAGGAT TGCCGTGATATACATAGGAAGGGAACATTAAATATCGTGTTATTATTTGA AACATGAAATGTGATTGTGTTGATATATCATTCATATGTGTTAGTCAATA ACGCAATTTAAAAAAAATTTACTTTTTCAAAGATCTTGTAAATTTCATAT TACTTGATGTATTGATTACGAACCGGTAATTAGTTTTTTGAGTTCAATTA TTTTTTTTTTATTAAAGTTTTTGAGTATTTTAACTCTATAATATGTTTGA GCCAAGTTCAGGATATGAAATTCTTATAAAAATAAGTGTACTCTTTCCAA ACTTTGATTTCCAAAATGTATTTATAGTTTTTATGTAGTCATTCAACTAT GAGAAGATGCAAATTTATATCAAGGGTTTTCTTCAGAAAGAAGTAACACC TCAGTTTTTAATTATTTTTACGCCAAAGACGTATATTTGAAGTGTAAAAA AGATAAATATAACATACTCAAAAATTCTCTAAAACAAGATTTGATACGAA CAAACTCACCACAAATTCGTAATTAGTGCTTCAAATTCTTCTAGAATTGA GTATGGTTTCTTAAATAATGATTTATTTGGTTGCCAAAACATCAAAACAT TTTTCCTCTATATATCATGTTATTTGTTAATTTTTTTTAATACCTTATAA AAAATCAAGTGTTCATCATATATATTTATTACTGATTGGAAAGAGTGATT TAAAAAATACGAGACTATGTATGTAGATATATTAAATCTTTTACTCANNN NNNNNNNNNNNNNTACCTTAATAAAAAATCAAGTGTTCATCATATATATT TATTTACTGATTGGAAAGAGTGATTTAAAAAATACGAGACTATGTATGTA GATATATTAAATCTTTTACTCACCTTTATTTTTGATGACTTTAACAAAGG ACGTTGAAGGTCAATCACATACTTACTTATGGCCGTATAAAGTGATTATA TCTTACTTTTTATTTTTTTTTTTTCTTACTTTAAAAATACAAAGAGGATG TAATTTTGTGTGTGGATGTGTTTGAATATAGAGTAAAAAATGTTTGACCT TTCTATCCTATAAGTATGTTTAAAGGTGTTTGATATAAAATATGAGGATG TCTTATTATTTCTAGTTACTCATAATACCCACGCTTCCATTTCTATCATA TCTATATATATGTAGCTATATAAAATCAACTTATTCAAAAAGATATATTG GGGTCATTTTTCCTATTTCAAAGGCTTTAATAGCTTGTCCAGAAGGAAAG GAAGTGGATAATAATTAATTTATCACCTCCAGGAATACATTTTCGTCTTT TCATTCAATAGTCCTTGAATCATTTTTTTAAGGCCTAGACACAACTAACA ACAAGGAACTGTTTTTTTTCTTCCCTACTAAGTCTTCATGACAGAAACAT CTGTTTAATTACCACAGCGCGACCAACCAACATTATTACCAATATCAAAC AATGCTCCCTTTTTTTTATCAGAAAAATGTGTTATGATTTATGTATTAAT TAATTAGGATAAAAATATGGAGGGGGAAATCAATTTTTTTAATAATATAT ACTTAGAGAAACTATCTTCTATAACACATCATAGGAGTATTTGACAAAAT GARWATMAAATAMTTTGAGTTTACTGTTAGAAAAAATAACTAAATGATAT ACAATCATATCATAAAGTGTAATTATAGCTGAAATTAGAAATATATAAGA ACTAACTTTTTTTTTCTTCCCCTTCTCTTAACCACCTTATTAGAAAAATT AGATTTTTCTTATTCATAGGGATTTAAGATACTTTTCAAATATGTGACTT CTCAACACAAAGGCAAAATAGAATGATTTTTCTCAACATTAAATGTGGAT GACATTTGTATTATTCGACAAATTATAGTCAATTTCCAGCAATCAATCAT TCGTATTATACCTTTGGGTGTGTCGTGTCGTACATTGCACTTGAAGTAGC CAGAATTGTTTATTACAGTACAGAGTGTAAAATTCAAATTAGCAGATTTT TCAAAAATCTTTAAATTATTAATGAAGGCTCATTTTTAGACAAATTTACT TGAAAATTGGTTTGAATTGTACATATGAATGTTGAAAAACAAGTCATTTC ATATATACACCACCAGCATATATCACGGTTTGGATCTGGGCCCGGAAGGA GGAGCAGACGTTATTGAGACAATGACAGAGTACTTAATGGCATCAGATGT TCAAATATAAAATCAAGCTAGAATGATATCTCACAAAAATTGAGTGTGGA TTATGTTTGTATTCTTTGATGAATTATCGTCAATTTCTATCAACGAATCA TTCTGATTAAAGATTTTGGTGTGTGGCAAATTTTACTTAAAGTAGTCAAA TTGATTGTCTCAAAAATAGAATAAAACATTTTACATATTTTGTTTGAAAG GCCATGTCGGGGTAAATAATAGCCTTTCAATTTAAAAAAGTGTTCTAAAA TACAGCTAAAAACCTTGTGTGTGTTATCTAATCCCATAAATTTGAATACA AACCCTATACAGACCGTATATATGTCTATGAAATATTGGACTGTATGTTA TATTTATAAAGTAAAATAATAAATTGGAATTTTCTCCGATTTTGTTTTTA TGTTGACACACCACATGTGATTCTCAACTTCAGAAAAAAATACTTAATCA AGGAATTTTTTTGGGTGTGCTAAGCATATACCTACGTATGTCTATGCCGA GTACTTCCTTCATAATATCTATATATTATACACATAATGTTTTAAGAATA ATAACAAACTCTAATGGAATAAACATTTTTAATATTTGTAAGTATGGAAT GTCCATTTTTTCATGTGGTTACGTTTGGAATGTATAAATCTTTATGTAGA CAGAACAAAACGGAAGTAACTGCTTATTTTTATTTTATTTTATTTTCTCA AAAAAATCCCTTTAAATATACAATATATATTATATACTTTAGGCTCTATG AAAGAGTCAATCTATGTACGTATATTCAAGAATTTTAAAATCTAATAGCC GTTCTATCAATTCATGAAAAAAATCAAAAAAATATATAATTATCAGGAAA GAATTTATCATAATATAAATTGGTGATTTATCAGTCTAATAAAATTGATA ATTCGTCTTTTTCTGTAGTTTATCTCAAAAAAGCGTTCGATTTGGACTTC ACATTCAGTGAAGTCATTACCAGTCAATCTTGATCACCACGGATTTGACG TTTATAAGAGTAATGAATACTTCAATTAGACCAAAATTAAGAATAATTTT TACCGTGTATAAAAGATAGTTAAAACTTTACTAAACTAATTCATTTTTAA AGTGAAATATTTTATTGTAACATTAGTAAGGAAGAGAAAATGTTTAAAGT ATACTATAGTAAGGATTGTTTTTTACATTTCTTTTGTGATAATAACAGGT TGGAATAATATTAGTCATTTTCCTTACGTTTTTATAATATATTCAACTCA TAGTTGTTGTAAAGCTAAGGCGTGATGAGACGAAGCTGGTTAATTCTTTC CAACAAACTTCACACGCATGAGTAAAGTATTATATATGTACGTATTCAAT GTATCACCATGTTATAAATCCATCCATGTACGTACATATACGAAGATAGA GACAGATTTAAATGATTGAACATTATTTTAATTCATTCAAAAGAAAAGAT CAGCGTGTGGGGAGTTAATGATTGTTGTGCAAATATATTTCTTCAATTTA CACTCTAAATTGTAGGATGTAAAAATCTAGGCTTTATGACTAGACACCAT GGTTTTTGAAAGTTAATAAGTATGGATCTATGTTTATTTCAGTGCACTTC TGGGACACGGAGGTATCTTGTAGTTCTAAGTATTACCATATAGTTCTACA TATTATTTAATTACAGTAACAAGTTTTGGCTGTCTACATATGTACGCTGT ATGCCTGAAGAAGCTGCAAAAAAGATTAGAAAAGATATTTTTTCCATTTA AGACCATGAGTTAAAAGAAATCAAATTTTACAGTACCATTTAGATAAATC AATGTATTTGTTGGATACATCATTATTTTCCAAAAATGCTATTACAAATG ACTATTTTGTATTTCTATATATTGTTAATACTACAACAGCCATGCCGTCA TCTTGACTGTTTTTGTTTTTTCATTACAAGTTTATAGTCGTCTTGAGATA GTTGGGTTTTATTAATTGTGACTATTTCTTTTTTCTTTTTATCTATTGCA GTGGTTTTAAAACTTTTTACATTGCGTACAACACTGCGTACGAAATACAT ATTTCTTTAATGACCTTTCAAAATGACATTTATTCGTCTACCACTAATAG GGAGCTCACATACCAAATTTTGAGAACTATGGGTATATTTTTATAAAACT AGTTTATAATACATACTAAAATGGGTGAACAGTTATTTTGATTACAATAT ATTAAAATATAGAACGAAGATTCAGCCAAAACGACTATGAAAATATTTAC TTTTACTTAACTTCACAAAAACTGGTGTCGATAATATAGATTAACTAGCT GAATTTTGTACAAAAAATAATATGTTACAGAAACTTAGACCTTCAGTTGT TTTAAATGTCTTTTATTTGAGCTCTAATCATTGTCATAATAATTAATTTA CAAAGAATTCGGCAAACTATTACTATGAGACTATCACTATAACAAGAAAA AATCAATTATTTTAATTGGTTGTATGAAAATAAAATAAAATTTTGGTATA AAAAGCAATCAAAATGACTGCTTAGCAATTTTAGGAGACTCATACTAATG ACCAGTCATTAATAAGGGTAAATTGTGTTTTATAAATTATATTTGAGAAA AGTAGAGTTACATCTCATTCTTATGAATAAATATGTTTATAGTTAAACGC TACCTAATTGACTATAAAGATTATGCCACATCAAATGAAATCATGTGGTT TACTTAATCATACAGAAATATAATAATTAGTATGAAGTGATTCTACAAAA GTTCATTGAACATTAATATAGAAGACAGTATATAGATAGACACATGATAT ATGTATTGGAAACTATATAAAAGGTTTACTCATGTTTGACGACCATTGAC ACCATGAATGAAATACCTAGTAATTATATTAATATATTTTTCCTCGTCTT ACAGATTTTCACAAACGACAGAAAAGAAATGAAGAAAGACAGCTACAGAC AAAACTAATTGGAGATGTTCGAGTACTTGTCAAAGATCCGGATTTTCGAG AAAAGGATAAGCAAAAGTCTAGCACAGTATGGCCAACAACTCTTCCTCCG AGAATATTACAGGATAGATTTGCAATTCAAGCCAATTTAGTAGGTTTTTT ATAAAATATATTATTTACAAACATGAACTCTGATAATAATATGTTTCAGG GTCCAGAAATACAACCTACTAAGGCTTTCAAAACGGACTATACCACATTT ACTTACTTCATCACATCCCTCCTTGCACCCGGGGTCACAACAACAAGCAC GGATATCATTATTTCAAGTAATGTTATTACTGAGGATGAACCTATTTCAC CAACTGCTTCATGGGACTTGCAAAGTAGTCGTTTAAACTATAATGAAATA AAGGTAAAATTAATTCATAACTAAGATTATAGGCACCATGGTCCCTGCTT CTTAATTTAACATATGCTCTGAGTTTATAAAAATTATTGTGTGGATCAAA AGGTTTTCTAGGGACCGTCCATATCTACTGTAACCCCATCACATCTCTAA TACCAAATAAATTTTCATGGTAGAAAAAATATATATATTTTTTAAAAGGT TTAGACGAGTGCAAAAACATAAGCCAAAAGAAATGTATCATTCTTAAAAC GTTTGATTAATGAATTTAATCTTTTTTCTCCGCCATGTATTTCCATTTGG GGGTCAACTTCAGACCCAATTTGAGGAACCAATGGCCGCAGTAGGACTCT ATATTGAACATATCTTTTTCAGTTACAATATTTTGTCTAATTTCGAAACA AAAAATAGCTGTTTTTTTTTTTTAACCTTGCACAAAATTGTCTTCAATTA ATTTACCCCAGTATAACTACAGTATTTTTCAATTTCATATACATCTTTTG TTAATCAATATAATTATTGATATTAATTAACGTTTTAGGTTTCCTTTTGT GTTGACGGGCTACGTACATATATACATTGTCTTCCATGTCCTTCCTTTTT AAATTAAATTTAAAAGGAAAACTTAAGTACATGCATACTATATCATAAAT TCCATACGAGTGCTTGAAAGTATTCTATTAAGTTTCTATATCAGATAAAA TAAATATAATACATATTTTTTTAATATAAGGGCTTTACGTGAGGGATTTT AAAAAATAAATGACATCCGACGAGTAATGAATTGAAAATGGGGTCCATTT TGTGTTTTTTTAATTCTCAAGAAATAATACGAGCATAATAAGACTAATTA TAGTTTTCGATTTGATACATTTAAGTAATGATCATTCAAGACTTACCTAT AATAAGTAGTTAAAAAGAGATATTTATTTTGTACATGATATTGTTATTTC TTTTGAAATCTTAAACATATTTTATTTTCTATTGTGTTAAAGATACCTCC AAGCCTGGAATTCACAAGTCGTACTTTCTATACCAAAGTGCCTTCTAACC TACAAATTACAACAAAAACTTACTATACAACATCAACTTTCTACTCAACA TATTTGCAAAATGGACGTACTTATACGAAAACAAGAACCCTCGTACGCTC TGAAATCCTAGAAGACTCTCCTTTTACCCAAACAACCTCACTCATATCTG GTCAAAATGAGGAAATAAAGTACTTGTCCCTTGGCTCCAACATATATGGA AAGATTAAAACACTTTTTGCAACATATACATATACCACAACCAATCTTCA AGGAAATGTTGGACCTAGTACACGTATCATAACTCAATACTCAACCTCAC TTTTTAGTGATTCAAATGTCTATAAAACAACTCAAATTCAACTCAATCCC GATCAATTAACCTCTCTTAAGCTTTCTTATATTAAAAATCAAAACAACTA TCCTGCAGAAACCTTTTTGCTCGAAAGCGGCCAAATTAATAATGTTGGAT CTGGTGTTCAATTCATTGGAAACGATGGACAGATTATTAGTAATGGCATT ATCTCATCTGGATCAAGTCAAACCGGTGGATCCGGAAGTGAAGGATCTGG AAATGTATCTTCTAACAATGGTGGAGGAAACAGCTCTCAAATTATTGGTG ACTCAAGCAATAGTGGGGGATCAGTATCATCTAATAATAATGGTGTATAT TATGAGATAAATGTCCAACAAGGAGCTCAACTCTCAGGCCAAGCTGAGGG AAATAAAGATGAACACACTGGGCAAGGTGGTAGCTTAGGAACATTTTCTT CTTCTAATAATGGAAGTGGATATTATGAAACTAGTAATCAACAGCAAGGA AATGAACAATCCTCTGGACACTATGGAAGCGGTTCGATTGAAGGGAGMTC AGGCGCTTCATCCTCTTCTAATGGCGTAAGCAATCAACAGCAAGGGAATA AACCATCTTCTGACCAATATGGAAGTGGTTCGAATGGAGGGAGCTCAGGA GCTTCATCCTTTGTTAATGATGGAAGCAGTCAACATCAAGGAAATGAACA ATCCTCTGGACAATATGGAAGCGGTTCGAGTGCAGGAAGCTCAGAATCTT CAGCTCCCAATGACGGAGGMAATGGATACTATGAAACTATTAATCAACAG CAAGGAAATGAACAATCCTCTGGACAATATGGAAGTGGTTCGAATGGAGG GAATGCAGCATCTTTATCCTCCACTAATGGATACTACGAAACTAATAATC AACAGCAAGGCCATGGACAATATGGAAGTGGTTCGATTGGAGGGGGCTCA ATAGCTTCATTCTCCACTAATGGAGGTAGTGGACACTATGAACCTAGCAA CCAACATCAAGTAAATGGACAATATGAAGGTGGTTTGAGTGGACAAAGTG TTACTTTTAGTGTAAGACCAGGTCAAAACCACGATTATAAAGACGGAACA AGTGTTTATAAAGAAACCTATGTACCTAGTCATACAGTTGTTCTTGGTTC TCACTATGAAACACATACCGATACATCATTTATTACAACCAAACCCATTA AATCCTCATCCTCAGGAATATATCTTAATTCCAATTATCTAATTTCACTG AAAAAATCTTTTTTGAGTAGTTCCTCAAGTTCAGCAACAGAAAGCAAGTC TCCTATTTGGGACATAAATATTCCAACTGAAGGCCCTACTATTATTATTA AACCATCAACTGTAACAATCACAGAAACACAGTCTGCKCCACCAGCCAGT GTTTCTCCACCGGTAATTGATTCTGGATCTGGAAGTTCATCAAGTGACGC TACAAGCACTACTCCATATCCTCCATCTGGTGGAGGAGGAGTGATAAACG CTGTTGTAGGTGGGATTGCTGAGGGMCTTGGTGGAGTTTTTGGAGGAGGA AATAACAATGTCGGTGGTTTAAAAGTGGATTTAGGACCAGTTTTAGATGC AGTTGCTACATTGCTTCGAGGCCCTATAAGAAGTGCTATAGCGAATAGAA GAAGTGATGTTGAGGACTTTAGTACATCCCGGGAATTTCAAAATATTCCA AGACATACACAAGTTTTTGTCTCAGAACTAACTACCATTCCTTTTGCTCA AAGAAACATTCAAGCTCGTAACAATAAATATGAATTTGTGCCCTTGCCAT TGGAGAAAGGAGGATCTCGATCAGATGGAGATCTCCCCAGAAGTGAGGAT TCCCCAGAATTGCATGTTCCACAAAATATCTATGATGAAATCAATAAGCA TCGTGCTTCTAAAGATGAGCCTGTTTATTTAGATAAAGATAAATTAATCA TAAATGACCATGTTATCCACACAAATGATCCTTACATTATCGATGTTCTT AATCGTTTCGAACAAGGCCATTTATTTGGTGAATATAGAAATAAACCCAT GGCTATTAAAATCCTACCTGGTAAACATATGCTAGACCATGGAAATGTAC CTGCTGTTGGAAATATTATAGAKGGACATGAAATTCAAAAAATGCTAAAC GACGAGAAAGTGCGTAATTCGCCTCTTAAAACCAAAAATTCCCGTCATAG CATTAGAAGTCCCCAAATCAGTAATGGAAATAAACATATACAAAAGCCTG AAAGGCCTCAAATAACTACCTATAGAAATCCTAATCTTGTTCCCCAGAAG CATTTTAAAAAGAATGTCCCACCTTATCCGAATAAAAACCCTGGCTTTAG AACATTAAATCAAAAAGTAAGAAATCCTGTTGCACAAAAAGGGCGTCCAA ATGGACCTCGCACTAAATTACCTCATCCAAAAAATCAAAAGACACCCTAT TCACAGTCCAATATAGAAAAAGCCAAAATAACCTACACAAGGCAGCAAAA TCTAAAAAGAAATCCTACATCGAAAAGACAAAAATTCTCGGATGTTTTTC CAGGAGGTCCTCATACAAGCAATGGCTTTAAGCCCAACTTTCGACCACAT CCTAAAGACCATAATCCCAATTTAGATAAAAGTATTAAACCTCAAGGTGG TCAAGATATCCCATTATTTCCTCATAATAAACGTCCAAATGAAGCAAATT TGAAGCAAACTTCCCTTCAGACGCCCAAATCTATTAAAACATCAAGAGGA CCTGTGATTTTAGGTCCAAAAAGACCTAAAAAACAAATTCTGAAAATACC CTTAAACCAGAGACCAAATTTGCCTCAGTCTTCAAATTCTAATTTAAAAA ATGATTTCCTTCGCCGTCCCGTTAGACCTCATCCCTCCATCAAATTATCC AAGACAAAGAATAAACGATTGCCTCATTTAGTTCGAGATGGTCATAAACA AAAGAGAATTCCTCGACCTAGACCTACGGGGTATATTCGTGGTGGTGGAA GACCCAATAATGTTTCACCAAATACAGATATAATTGAAGAGATTCTTCCA TCTCATGCTACTGATGACAAAAATAAAATACAATTTGGATTCACTCCAAA AATTCAAAATCCATTCTTAAGACCAGGAATTGTGGAAGACACAAACTTAA CATCACATGATTACAATCCACAAGAGAGGGTTGAGATCATTAAGGGATTG ATTGAACCAAACTCTCATAAAACTATTAGACCATCCCCTTCCTCAAATGA TCAACTTATTGCCACTGGATATGGAGTTGTTGTTGATGGGAATAATGTAA GAGATATGACAATTACAGACTCTTATGGAGGAGTACAAATCATCCAAACC AAAATTCAAGATAGACCATATAATTTAGGTAACACAGCCTTGCCTCTGAG ACCTCCACCAAAAGTTTCAAAACTTGACTATCAAGGCTGGAATACTGAAC AAAAGGATTCTGTGTCAGTGATTAGKCCTACCTCTAGCTTTTCTTTCCAG TCATCCAACAAAAAAGAAGCCCCTAAAACAGTTACTTATGCTAATGAGTG GTCTGTTTACCGTCCAGACCAAAGTTCAGTTATTGATTTTGTTCCTCAAA AACGTCCAAAACTTAACACAAACTTTGATAGAGAATGGACTGTACGTGAT ACTATTCTTCGGCCATCGAGAACATCAAAGTTTACTCCGCCAAATACTAG AGGCTATAATAATGAATGGAGTGAAGTCCAACCTTTTAATCCAAACCTAT ACGAAAGTATCAAGTCCAAAAATAAACTATTACAGAAAAACATTTTATCA AGACATCCTTTCCCGAATGGTGGGTTACAAGGAGAACAACCACCTCACAA TCTTATTACTGAACATCAGTACATCCAAGCAACTGCTACAAATTCAGCCA ACATTATTGTTGCTTCAACTCTATCCCCTTCAACAATTGTAAGGGATTCA AATGACGAAAGTGGGTTCAGAGGATCCAATGGTAATATTCTATCAATTTT TCAAGAAACTCCTAAGATCCCTGAAACGCCAAAAAAACACGAGCCATTAC TTAGTTCAACACACGAGTTTCAATTTGTTCCTAACACAACAACACCAACA CAAGATACTCCACACCCTGTTGTTGAGCCTGCAACTATTAAAAATGAACC AGGATATTTAACGACGAAAAGGAGTATTGCTAAACCTTCTTTGTGGGATA AGAATCCATTTATAACCTCATCAGAGACCTTACTACCTAGTATTGAGCAA GTTGTTGACACTCAGAGTAATTTCCATTATTCGTCCATAGCTCAAAATAG ACAAACAACAAGGCCTTTGTCAAGTTTTGCAAGTGATTCAAATACTTTTA TAAACATATTTCCATCGTCCACAGTCAAAAAGGATAAATCCACCAGACTT TCTCCACATATTGAACCTGACACAGGAACTTTTGTTAATATATACCCAGC ATCTACATCTTCAAAGATTGCAGAGTCTTATAATAAAGCCACTAACAACG TTGAACCTGGCTCCGGAAATTTCATAAATACATACCCTTCAGTATCGACC AAAACCATACCATCAAGAAATCCAGCAGAAGACAAGTCTGATATTGAAAA CTTTAAACATTTATACCCATTACCCACGACCAAAAGAGAAGAGTCAAGTA GCCTAACTCCTTACACTGAGCCGGATGTTGGAACCTTTATTAATATATAT CCCTCCACATATTCCTCGAAAAAACCTTCAATAACACAACCTGACCCTGA TTTCGATTCTAGAACATCAATAAATACATTATCCTCGTCTACCTCTTTAA ATCATCCGAACCCCTCTTTACCGCATGTTGAACCAAACTATTATCCTGGA GCCTATAATGGAATTGTCACATCATCACCATTGAAAAAAGTAATTTCCAC AGATCTKCCTCCCGGTATTGAGCCAGACACGGGTACTTTTATCAATATTT TCCCTGCCTCCACTTCTAAGACTGCCTTTATTACTGAATATCATGGTTAC GTCGACTCAGATACAATAAGAAGAAATGAGAATATCAAGGAAGCCCATGA GTTTGGTGTCAAAATTTCCCCCTATGATGATCAAAGACAGTTTGAGAATG ATTATCAGCAAAACTTCAATATTTTCTACGACAATTCAGGAGATCCGTCC TATGTTTACGAGGACGATAATTCAGGTAGTAGTAACAGTAAGAGCTTGCA TGATAGTAGTGAGAAAAGTAGTTATGGTCAAGTAGATCAAATAAATGACA CATTAATATCACAGCCTCCAGCTCTTGTCATAGATTTGACTGGAGGGCCC ACGATTCAAAATGAGCACAGTAATTTGCATGTAGAATCACAGCACGACCC ACAACAAAAAAATACCCTTTATACCCTGCATGACACACATAAGAAAGGAA TACCTAGAAATGAAACTTATCCTACAACAAATTTCAATTCTGAAATTATT GAATCAAAACCTCAAAGTCCGGCAAAAGAAAATCAAAAGAGACCCGTCAG AAAAATATCACAAACTTTGCCAGGTGACAAGCATAATGTAAACATTTCTA ATAAAAATCAGTTATCTACTCAAAAGATTGATAATCTTAGTCAAAAAAAT TATTTCCCAACCGATAAAGAAGATCCAAAAATAGATTATTCTAGCCATTT AGTACCTATTTCAGGATTCTCAGATACAAAAATTGAAGCAAAAGTTCCCA ACGCTTCTACAACTAACATTCCGATCATAAACGATAAAAATAAAAGCCCA GATTTAAATAATCAAATCAATTTTTTTGAAAACGATCCGTCAGATATTTT CTCAGAAGAAATAACGCCCTTAATTGAGAACAAAGATCAAGATATTAATT TAGAGGTTGACAATATCAGATTCACAACGAATATTCCCTATACTAAAGAT GAAATTGAAAGTCAAAATTTAGCAACAAGTACGGAAAGTCTGAAATTAGA TAGTATTGACCAAAACAACGGTCCAGATTATATATCTAGTACAAATACTT CTACTAACACTTTTAACCTGGATAAAAAAGTTCCAAAAGAAATTGATGTT GAAAATGATGTACTCCAAGAAAGAGTTACCATACAAAAGAGCAATAATAC TCTGGTTCAACAAGGTAATACTGTATCGAAGAATAAAAATATATCATTTA AAATCAATAATGGTATTACTCCTCCTTCCTTAGTTACTGAGGGTGAATCC CTTACTGCCAAAACTAGTGTTGAAAGAAACAATGATTTAGATAGTACATC AACGGAATATTCAGTGGACCCAAATGTGTTAGAAATTTCTACACAAGATT CTTCCATAGAAAATCTTCATCAAAGTCAACAAAATACAAATATAAGACCT GAAAATCTGCGTCCGCTAATTGATGACTTTTACCGAAATGGAAATGACAG AGTCAAATCAAATCATAGATCAGTTTATTTGAAGGATCCAAAGGAGAGTT TATACGTAAATAGTAATGAGTATGGCACCAACTCTGGAAATTACAAAAAT GAGTATGATTATGAAGAAATTACAAAGCAATTCGAAGCAGAGGAGTCAAA GTTACAATCAAATAACGATCAAAGAAGTACATTTGTTTATTCATCTCCTC AAGATGGAAACCGAAATAATTACTATGATCAGTATGATTGGATACCCACA GATTCTCGATATGATAACTTTCCTGAAACTCCATTTTATTCTAATCCAGA CTATTTTAATGAGCGCTATGATAAGAACTTCTATATTGACACTGAATATG ATGGAGATTCAAATAATTTCGATAAAATAATCGTTGAGCGCAAAGACACC AATCCTGATTTGAAAAATATTGCTGCTAATTTAGCAAAAGATGCCAAAGA TAATGGAATCAATAAGGTAACAAAATTACATTCTGGATTGCCTTCTGAAA CAAAATTAAATGAAAATGATCAATATGGGAACACAGAAAATACAGGGGTA CCTCAATTCTTTGGCCCAACCATCCCCAATTTTATTACAACTGAGACCAC CATCGATTTGGATAACAGAGATGATTTTTCAAATACAGTAGATATTCTTG ATTCTTTCAAGGATAAAAATAATAGTACTTTAGATTATGAGAACCCATCA AATAATATTAATATAAAATTTAATGAAGCTAGTGTTGAAAACAGTAACAA TAATAATAGTGGAGTCAATGAACTGACAAAGCATGCCAATTTACAAAAAG GTGAAGGGGTTTTGGATTCTATTTCAATAGGTTTAAATGATATTAGTTTG CATGATGACAAGAATAATGTAAATGATAGTAAGCACAACGGGGACACAAT CAGCACAAAAGACAAATCAATTAATACTGATTCAGATGTTGTCGTTTCTT CAACAGAAAGCAATGGAGTCATTCCTGGAATTTCTAACTATGATACAGAG TACCCTACGGGTTGGGATGGACAGGACAACTATTATGCGAACTATGAGGA CTCTAATGATGGTAATATTCTTGATGTAAGTAGAATAGAAGGAGCTCATG GCGAAAATACCCCTGTGGGCAGTATTAAAGTTGAGCATACTGAATCTCCA AAATATGGCAATAAAGATAACTCGTATGGTTCAAATAAATATCCAGTCCA AAAAGAGGATAATGTGAGTTTGTATCCAAGCACAATTTCTACCTCGGACA ATGAAGATTATATCGAATTAATAAATGAACAAGAAGACAAAAACAGTGTA GATATCGCATATATCGGCTCAGATAGCTTTAGAGGATCGGAACCAAATCA ATATCAAAATGGAGAAGTCCCACCCTTTGGATCGGAAGGTAATACTCATA TTAATGAATTAGAAAATGAGCACCATAAGTCACTAGATAATAAGCTGAAT GAAGTAAATGAGCACATTGAAGCACTAGGTAATACGTCCAATGAGCACAA TGAAACACACAATAACATGTTGGATGCCCTTAATTCACAAAATGCACTTT TAAGTGAAGATTCTCTAAGTAATACAGTCAATATAGTAGATGAAAGCAAT AAAGATCCGCTAGAAAATACTGAAAATAAGGTCACAATAGTGGAATCTGA AAATGATCCTAGACTATCTACTATTTTTGCACCAAAACCTCAATTGTTGT ACCCTTCTGTTACAGTTAAGGATTCAAATAAACCTTTAGTAATTATTGGA CCACAAGTACCTAATGAAAACTTGTTCCCTGCACCACCCCATATTATTCC TTCTGCTATTGATAAACAAAGAAAACCGGTGGTAGTATATGGGCCCCAAG AGAATCCAAACAAGCACATTCAAATTCACCCTTCAAATAATAATCCAAAT CCTAACTTTATTGGGCCATTAAGATTTAATCCGAACTTTATAGGCCCCTT CAACATACCTGAAAATTATGAAAATATTCCTGCTGCACCTGGAGGATTTG AGTTTGTTGGACCTGTTGTACATGGTCCAGTGAGATTTAATCCGAAGGAA CCTGAGAACATTATTGAAAAAACCCAATTTAATTCAAAACCCGAGATCAT TATTGGTATCCCATCCTCCACATTAAGCTCAACAACTACAACAACAGCTG CTGTTGAGGAAATTTCAAGTTCCCCTAGTTCTGCTACAACATTAAAAAGT GAAAACAAAGTCAGTAGTCCTATAATAGAATTCAAGGAAATTGATGAAGG GAGGAAGATAGGGTCTAAATATAAAATTAACATCAGACCCAGTAGTAGGC CTATACTAGACGTATTCAAGAGAAGACGTAGCTCAACTACTACCCAATCT AGTTCGTCTTTGGATACAACAACAAATGATACACCAAGAGGTATCTCCTT TGGTGGAAAATACTCTCCAAAATATKCCATTATTCGTCGATCTACCACTC CATCCATCGTTACAGCTCGAGTCCCATCCAAAAAGATTGCAGGGTTTTTT ATTCCAAGGTCAAACAGAACCAAATCTAGAATAGAAAAGGTTCTACCAAA CAAGGAAACAAAAATTACCTTCGAAGGAGACTCAAACTCAATTTTACAAA CAGATGCTCCTGGAGTTATTCGAGATCAAAAACTCAATAATATTGACGGT GCCATAGTGGAGAGTATTCCTGGACACAGTCTTAGTGCAGAAGAAACAGA TCCTGAGACTAGATGTCAGAATGCTTGCGGAGAAAATGAACTTTGCAAAA TTAAACCGGGTGAAGGTGTTGTCTGTAAGTGTCGGCCTGGATTTGGAAGG GTGGAAGGATCATCAACCAAATGTGAAAGTAAGTTTAAGTTTTGACACAC TCGTGTATGCAACATGAGCTATATATTTTATTATTATTTTCTAGAATCTA AATCCTTTGCAATTGAAGTAATTACAACATCCGAAAGTGAGGAAATCAAG ATCGTGAAGCTTAGTCCTAAAGAAGTTGAAAAAGCAGTTGCTGATTCTTA TCGTAAAAACATAAAGGTAAAATCTTGTACCTCGAACATTTTTTTTTTTT GATCTATACACTATGGGTTTTATCAAACTTATTAATATTTCATAATAAGA CTACTGCTTCAATACAACTAAACCGTTGTGTAGGGTTTATATTGCCTTCC CTTACATAAATGAAACGGTTATTGGGGTTCATTTTAATTACTTGAATTTC GAACTATGTATACATTTTCTTTTTTTTATTCATTGTCAAGGAACTATACT TTGGATCTCAAATCACTTCAATTAAAGTTGGAAATAATACAAAACGCAAC ATATTCTTTGGTGGCGAGAAGAATTTGACCCATGACGATGAAATGTCTTT TAGTATGATTGTTCATATAGCTGACGATGGCAAAAACTCAACAGAGGAAC GTCTAAAATCGGTTCTTGAGACCCCCATAAAAGATACAAAGTTACCTCTT GGTGCTGATGTCACAGTGTCTAGAGTCACCATTGAGGACTTTGATGAATG CACACATAAGGACCATAATGATTGTTCTGATCAAGCTGTTTGCCACAATA TCAAGGGATCATATACATGTATTTGTAAGGAAGGTTATCATGACCTCTCT GGACCTGAAATTCTCTCAGGAAGGGTTTGCTTAGGTAAGGCTCTCATTAC GAAAAATTTCATAAACAAGAACACAAAAAGTAACATCAAAGCCAATTGAT TTTATTATTTATTTAATTGGTATGTGTATCATGACTTTTACCCTATTCTT TCAGCCACAACTACTGCTTGTGATTTATGTAATGGTAATGGTAATTGTAT TGCTGGAGAAACTGTAACATGTGAGTGTCAATCCTGGTTTGCAGGGAAGA ATTGTCAGATTAATATGAAACTGCTCCTTATTGTTGGATGTGTCTCCGTG GGACTCATGTTAGTCATAGCGTGTGGTGTTTCTTGCTTTTGCTGTAAGGA TGGTCGAGGTGCTGCTATCCGCAGCAAACAAAATATTCCTTGTAAGTTAA ATTTGTCTAATTTAAATATTCTAAGCATATATTAACAACATTGATTTATT TCAGCTCCTTACGGTACAGGAATAGGTCCAATGCCTCCTATGAGGGGGCA TGGCGTTCTTATGGATCCCCATGGCACAATGAAATCCAGAGCATTTGTTC CAAGACCTTATGCCATTGTAAGTTATTAAGATATTTATTATTATTATTAT ATATATACCTACCTTAATGTATTTAATCATGTAGGATAACATGATGGTAG ATTTTGCCCTTTAGGCAATAGCATGAATGTAGTTCATACCCCATATATAT TTGTTTTCTTGAAAGAAAGTTAACTATTGATTCGTCGTTATCCTTGACCT GGGATTTCTATTCTATTATTTTTTATTTATTTTGAAGATATTATTTTTTA CCTTGCACTCAATATTTATGTAAATCCTTCTGCATTGCAGCGACCAAAAC GTTCCAAAAAATCCTCCGCCGAGGGCTCTTCCTATAACGGAAGCACATCT GGCGGAGGCAGTTGGCAAGCTACGMATAATGGAATCAGTGGAGCGGATTC AACCACTAGTAAACAAAGCAGAAAAAGTGGAGGATTAAGCAGCGGTATCG AAGCCCTTAATCCAGCTGTTTTAATTCCTAGGGCTAAAGTGAAGTCCAAA CCTTTTGAAGATTTTCTTTCCGAGGACGAAGCCTCATCTTCTCCTGAGGT ACTCATAATATTTTATTGAAATTAACTATAAAAACATATTATGACATTTT TATTTTCATCAATAGGCAAATCGTGCATTATCAGAGCATACAAGTCTCGC TAGTCGACATCGCCGTCGAAGTATTCCCTTTATAATAAGGTCAAGTAGAT CCGAACGTGGAGGCTCAATTGATCCCTTATTAGATGGGTCTTTTTCGGAT GACTCAAATTCAGCTAATCGCACTTTACGGGGAAATACTCTCAGAAGTGT GGCTTCAGAGACATTTGAAGTACCTGTAATGCGAACTAATACTCAAATCA CTTCCGGAAGCATCTCCGTTAGAAGCTTACGCTCTCACGCCACAAGTGAT GTAAGTATTTGCTGCAAGACTAAAGGAAAAGTAAATAAATTAATTATACT GCACCTTTCTAAATTAGGGTGGACGAACCATGGCAGAAAGAGATGGCGGT TCCTCTTTTGTCATTTCTGCATCAAGAAGTCATCAACTTTATCGGTTACA TGTAAGCGTGAATAATGTGTACGTCAGTTAATAATTAATCAATATTATTT TAATTTTGTTCTATAGGACAGTGATGGCTCACTAGACTCCTTGTGA
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