EMLSAG00000002081, EMLSAG00000002081-684847 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000002081
Unique NameEMLSAG00000002081-684847
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000002081 vs. GO
Match: - (symbol:4cl1 "4-coumarate-CoA ligase" species:44689 "Dictyostelium discoideum" [GO:0016874 "ligase activity" evidence=IEA] [GO:0009698 "phenylpropanoid metabolic process" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0000166 "nucleotide binding" evidence=IEA] [GO:0008150 "biological_process" evidence=ND] [GO:0005575 "cellular_component" evidence=ND] [GO:0003674 "molecular_function" evidence=ND] [GO:0016207 "4-coumarate-CoA ligase activity" evidence=IEA] [GO:0008152 "metabolic process" evidence=IEA] [GO:0003824 "catalytic activity" evidence=IEA] InterPro:IPR000873 Pfam:PF00501 dictyBase:DDB_G0284831 GO:GO:0005524 GO:GO:0009698 eggNOG:COG0318 UniPathway:UPA00372 GO:GO:0016207 InterPro:IPR025110 Pfam:PF13193 EMBL:AAFI02000071 RefSeq:XP_638381.1 ProteinModelPortal:Q54P77 STRING:44689.DDB_0231737 EnsemblProtists:DDB0231737 GeneID:8624750 KEGG:ddi:DDB_G0284831 OMA:FSEWIIA ProtClustDB:CLSZ2430218 Uniprot:Q54P77)

HSP 1 Score: 207.223 bits (526), Expect = 4.556e-57
Identity = 164/567 (28.92%), Postives = 269/567 (47.44%), Query Frame = 0
Query:   38 LISTAGIVKFSAWKREXEIQKLNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENT-NMIEKLIII---GNECTAQDKVILMTD--------LLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSGA-KGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSI-YGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRIL-SQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESS--AFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVLAEYKP 587
            +I   G   F++      I +    + IL+ I  K PD++ + D    +      V   + KVA GL K    KGDVL +   N  EY  +  G    GGI   VN +   +EL   +     + L      Y    + L+     +EK+I++   G      D++ L +D        L+N++GK  P  V  D  KD   +PF+S ++G  KG+  ++ +++S  Y         + +   D++     FFH+ G   F +  +  G  +  L +F    FLE +   K A IS     + I+ ++SP+V  +DLSSL+ L +G   LSS +   + +R      +++ YG  E        P    + +  S +A +         LPN   + KIIS + G  + G  ++GEIC+K P  MLGY N E+++    D D +  TGD+GY D  G  + V++   LI+   ++V P+ LE+ LL    + DA VVG+   + G+VPR FVV+K     TE+ L +    ++ +++  RGG++F+  IP+    K+LR  L ++ P
Sbjct:    2 IIKVKGQTYFTSKYPNIIIPEKPVPQLILKHIRSK-PDQVLLVDGLTFKEYSSHFVADTIEKVACGLNKLNIKKGDVLGVILPNLPEYVPIFHGTLLMGGITSLVNPDYTIEELSHTLATVSPRYLAVTLAVYEKIKNDLKRVFPSVEKVILVDIAGQTLKEIDQLTLSSDGIVMSFNQLINNNGKDYPI-VRIDPKKDTAIIPFSSGTTGLFKGVCLSHHNIVSNTYQTQTIETSTYKK--NDTVMGILPFFHIYGLMLFLMLMVKQGHRVVVLPKFEPVRFLELIQKYKVA-ISFIVPPVAIMFAKSPIVDKFDLSSLRTLFSGAAPLSSEVEDLIKERFKGRLVIKQGYGATELSPACFVIP----SGLVKSGSAGI--------LLPN--QLAKIISPETGENL-GMGEKGEICIKGPNVMLGYYNNEKATNEVIDKDGFLKTGDIGYVDEDGYYFIVDRSKELIKCKGFQVPPAELEALLLSHPKVADACVVGLSKGDMGEVPRGFVVIKQNESLTEKELLDWAHPKIANYKHFRGGIFFIPAIPKSATGKLLRKNLKDFNP 548          
BLAST of EMLSAG00000002081 vs. GO
Match: - (symbol:4cl2 "4-coumarate-CoA ligase" species:44689 "Dictyostelium discoideum" [GO:0016874 "ligase activity" evidence=IEA] [GO:0009698 "phenylpropanoid metabolic process" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0000166 "nucleotide binding" evidence=IEA] [GO:0008150 "biological_process" evidence=ND] [GO:0005575 "cellular_component" evidence=ND] [GO:0003674 "molecular_function" evidence=ND] [GO:0016207 "4-coumarate-CoA ligase activity" evidence=IEA] [GO:0008152 "metabolic process" evidence=IEA] [GO:0003824 "catalytic activity" evidence=IEA] InterPro:IPR000873 Pfam:PF00501 dictyBase:DDB_G0284745 GO:GO:0005524 GO:GO:0009698 eggNOG:COG0318 UniPathway:UPA00372 GO:GO:0016207 InterPro:IPR025110 Pfam:PF13193 EMBL:AAFI02000071 ProtClustDB:CLSZ2430218 RefSeq:XP_638380.1 ProteinModelPortal:Q54P78 STRING:44689.DDB_0231736 EnsemblProtists:DDB0231736 GeneID:8624749 KEGG:ddi:DDB_G0284745 OMA:AILIMQK Uniprot:Q54P78)

HSP 1 Score: 202.601 bits (514), Expect = 2.112e-55
Identity = 158/542 (29.15%), Postives = 259/542 (47.79%), Query Frame = 0
Query:   63 EFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENT-NMIEKLII----------IGNECTAQDKVIL-MTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSGA-KGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSI-YGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRIL-SQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESS--AFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVLAEYKP 587
              IL+ I  K PD++ + D    +      V   + KVA GL K    KGDVL +   N  EY  +  G    GGI   VN +   +EL   +     + L      Y    + L+     +EK+I+          IG    + D +++    L+N++GK  P  V  D  KD   +PF+S ++G  KG+  ++ +L+S  +         + +   D++     FFH+ G   + +  +  G  +  L +F    FL+ +   K A IS     I I+ ++SP+V  +DLSSL+ L +G   LS  +   + +R      +++ YG  E        P    + +  S +A +         LPN   ++KIIS + G  + G  ++GEIC+K P  MLGY N E+++    D D +F TGD+GY D  G  + V++   LI+   ++V P+ LE+ LL    + DA VVG+   + G+VPR FVV+K     TE+ L +    ++ +++  RGG++F+  IP+    K+LR  L +  P
Sbjct:   27 HLILKHIRSK-PDQVLLVDGLTFKEYSSHFVADTIEKVACGLNKLNIKKGDVLGVILPNLPEYVPIFHGTLLMGGITSLVNPDYTIEELSHTLATVSPRYLAVTLAVYEKIKNDLKRVFPSVEKVILVDIAGQTLKEIGQLTLSSDGIVMSFNQLINNNGKDYPI-VRIDLKKDTAIIPFSSGTTGLFKGVCLSHHNLVSNTHQTQTVETTNYKK--NDTVMGQLPFFHIYGLMTYLILMVKQGHCVVILPKFEFVRFLDLIQKYKVA-ISFIVPPIAIMFAKSPIVDKFDLSSLRTLFSGAAPLSREVEDLIKERFKGKLIIKQGYGATELSPACFVIP----SGLIKSGSAGIL--------LPN--QLVKIISPETGENL-GMGEKGEICIKGPNVMLGYYNNEKATNEVIDKDGFFKTGDIGYVDEDGYYFIVDRSKELIKCKGFQVPPAELEALLLSHPKVADACVVGLSKGDMGEVPRGFVVIKQNESLTEKELLDWAHPKIANYKHFRGGIFFIPAIPKSATGKLLRKNLKDINP 548          
BLAST of EMLSAG00000002081 vs. GO
Match: - (symbol:4cl3 "4-coumarate-CoA ligase" species:44689 "Dictyostelium discoideum" [GO:0016874 "ligase activity" evidence=IEA] [GO:0009698 "phenylpropanoid metabolic process" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0000166 "nucleotide binding" evidence=IEA] [GO:0008150 "biological_process" evidence=ND] [GO:0005575 "cellular_component" evidence=ND] [GO:0003674 "molecular_function" evidence=ND] [GO:0016207 "4-coumarate-CoA ligase activity" evidence=IEA] [GO:0008152 "metabolic process" evidence=IEA] [GO:0003824 "catalytic activity" evidence=IEA] InterPro:IPR000873 Pfam:PF00501 dictyBase:DDB_G0284743 GO:GO:0005524 GO:GO:0009698 eggNOG:COG0318 UniPathway:UPA00372 GO:GO:0016207 InterPro:IPR025110 Pfam:PF13193 EMBL:AAFI02000071 ProtClustDB:CLSZ2430218 RefSeq:XP_638379.2 ProteinModelPortal:Q54P79 STRING:44689.DDBDRAFT_0186164 EnsemblProtists:DDB0266358 GeneID:8624748 KEGG:ddi:DDB_G0284743 OMA:LEVQFAC Uniprot:Q54P79)

HSP 1 Score: 201.445 bits (511), Expect = 5.396e-55
Identity = 165/547 (30.16%), Postives = 258/547 (47.17%), Query Frame = 0
Query:   63 EFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENT-NMIEKLIII---GNECTAQDKVILMTD--------LLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSGA-KGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGF-YNFALGSIYGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRIL-SQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESS--AFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVLAEYKPHVNNL 592
              IL+ I  K PD++ + D    +      V   + KVA GL K    KGDVL +   N  EY  +  G    GGI   VN +   +EL   +     + L      Y    + L+     +EK+I++   G      D++ L +D        L N++GK  P  V  D  KD   +PF+S ++G  KG+  ++ +L+S  Y         + +   DS+     FFH  G   +  L    G  I TL +F    FLE +   K A +S     I I+ ++SP+V  +DLSSL+ L  G   L S I   + +R      +++ YG  E        P    N +  S ++           LPN+  + KIIS + G  + G  ++GEIC+K P  MLGY N E+++    D D +  TGD+GY D  G  + +++   LI+   ++V P+ LE+ LL    + DA VVG+   + G+VPR FVV+K     TE+ L +    ++ +++  RGG++F+  IP+    K+LR  L ++    NNL
Sbjct:   27 HLILKHIRYK-PDQVLLVDGLTFKEYSSHFVADTIEKVACGLNKLNIKKGDVLGVILPNLPEYVPIFHGTLLMGGITSLVNPDYTIEELSHTLATVSPRYLAVTLAVYEKIKNDLKRVFPSVEKVILVDIAGQTLKEIDQLTLSSDGIVMSFNQLTNNNGKDYPI-VRIDLTKDTAIIPFSSGTTGLFKGVCLSHYNLVSNTYQTQTIETSTYKK--NDSVIGVLPFFHSFGLMLHIMLMVKQGYRIVTLPKFEPVRFLELIKKYKVA-MSFIVPPIAIMFAKSPIVDKFDLSSLRTLFCGAAPLGSEIEDLIKERFKGRLVIKQGYGATELSPCCFVTP----NGLVKSGSSGTL--------LPNL--LAKIISSETGENL-GMGEKGEICIKGPNVMLGYYNNEKATNEVIDKDGFLKTGDIGYVDEDGYFFIIDRSKELIKCKGFQVPPAELEALLLSHPKVADACVVGLSKGDMGEVPRGFVVIKQNESLTEKELLDWAHPKIANYKHFRGGIFFIPAIPKSATGKLLRKNLKDF----NNL 549          
BLAST of EMLSAG00000002081 vs. GO
Match: - (symbol:ASPNIDRAFT_48951 "Uncharacterized protein" species:380704 "Aspergillus niger ATCC 1015" [GO:0005575 "cellular_component" evidence=ND] InterPro:IPR000873 Pfam:PF00501 Prosite:PS00455 GO:GO:0003824 InterPro:IPR025110 InterPro:IPR020845 Pfam:PF13193 OrthoDB:EOG7F252M EMBL:ACJE01000013 Uniprot:G3Y650)

HSP 1 Score: 190.274 bits (482), Expect = 6.725e-51
Identity = 143/549 (26.05%), Postives = 268/549 (48.82%), Query Frame = 0
Query:   55 EIQKLNFHEFILQKIGEKEPD-RIWIKDLSIGRMERFGNVHSLVNKVASGLTKN-GFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCD-DFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSGA-KGILHTNKSLMS---QFYSPDGAANHWFDQL--IGDSIHCANYFFHMTGFYNFALGSIY-GISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQ-GEICVKSPQCMLGYLNKEESSA--FDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENG-QVPRAFVV-----LKPGFEETE--ENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVL 582
            +I  L+   F+ ++  +  PD ++  +D    R   +  V         GL     + KGDVL L+  N ++   +  G    GG+V P N     +EL  Q++ S  K+LV    F  V      E     + +I+IG++   Q ++   T + N  G    +K   + ++D+ ++ ++S ++G  KG++ +++++++   Q  + +     W   +   GD I     FFH+ G       +I+ G+ +Y +++F  + +   + + +          + +L + P+VS YDLSSL+++ +G   L+  +   V  RI     +++ YGL+E    T T P E+  S   S          +   LPNM +    +      PV+ P  + GE+ ++ P    GY N   ++A     D +F TGD+G+ D QG  Y  +++  LI++  ++VAP+ LE  L+ +  + D AV+G+ ++ +G +VP A+VV     L  G    +  EN+   +++++  H+R+RGG+ FV+ IP+  + K+LR +L
Sbjct:   11 DIPDLDIWSFLFERQDKPFPDDKVIYQDADTQRSYTYQQVKDAALTFGKGLKATFDWKKGDVLALFTPNSIDTPAVMWGAIWAGGVVSPSNPAYTAEELAFQLKNSGAKVLVTQAPFLQVATAAAKEAGIPEDGIILIGDQRDPQARIKHFTSIRNISGATRFRKPKVNPSRDLAFLVYSSGTTGVPKGVMLSHRNIVANILQLAAGEAGNLTWNGGVDGTGDRILAFLPFFHIYGLTCLLHQTIHKGLHLYVMTKFDIEQWCSHVQNYRITFSYVVPPVVLLLGKHPIVSKYDLSSLRMMNSGAAPLTQELVESVYARIKC--GIKQGYGLSETSPTTHTQPWEEWRSTIGS----------VGKLLPNMEAKYMTMPEDASEPVEVPAGEVGELYMRGPNVFQGYHNNPAATAECLSEDGWFRTGDVGFQDPQGNFYITDRVKELIKYKGFQVAPAELEGILVDNEAVDDVAVIGVESEAHGTEVPLAYVVRSAKSLNSGVSAAQEAENIVKWLDAKVAYHKRLRGGVSFVKEIPKSASGKILRRLL 547          
BLAST of EMLSAG00000002081 vs. GO
Match: - (symbol:An16g04830 "Putative uncharacterized protein An16g04830" species:425011 "Aspergillus niger CBS 513.88" [GO:0005575 "cellular_component" evidence=ND] InterPro:IPR000873 Pfam:PF00501 Prosite:PS00455 HOGENOM:HOG000230009 InterPro:IPR025110 InterPro:IPR020845 Pfam:PF13193 GO:GO:0016874 EMBL:AM270369 OrthoDB:EOG7F252M RefSeq:XP_001397791.1 ProteinModelPortal:A2R7U9 EnsemblFungi:CADANGAT00012952 GeneID:4988875 KEGG:ang:ANI_1_686144 Uniprot:A2R7U9)

HSP 1 Score: 188.348 bits (477), Expect = 2.933e-50
Identity = 142/549 (25.87%), Postives = 268/549 (48.82%), Query Frame = 0
Query:   55 EIQKLNFHEFILQKIGEKEPD-RIWIKDLSIGRMERFGNVHSLVNKVASGLTKN-GFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCD-DFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSGA-KGILHTNKSLMS---QFYSPDGAANHWFDQL--IGDSIHCANYFFHMTGFYNFALGSIY-GISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQ-GEICVKSPQCMLGYLNKEESSA--FDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENG-QVPRAFVV-----LKPGFEETE--ENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVL 582
            +I  L+   F+ ++  +  PD ++  +D    R   +  V         GL     + KGDVL L+  N ++   +  G    GG+V P N     +EL  Q++ S  K+LV    F  V      E     + +I+IG++   Q ++   T + N  G    +K   + ++++ ++ ++S ++G  KG++ +++++++   Q  + +     W   +   GD I     FFH+ G       +I+ G+ +Y +++F  + +   + + +          + +L + P+VS YDLSSL+++ +G   L+  +   V  RI     +++ YGL+E    T T P E+  S   S          +   LPNM +    +      PV+ P  + GE+ ++ P    GY N   ++A     D +F TGD+G+ D QG  Y  +++  LI++  ++VAP+ LE  L+ +  + D AV+G+ ++ +G +VP A+VV     L  G    +  EN+   +++++  H+R+RGG+ FV+ IP+  + K+LR +L
Sbjct:   11 DIPDLDIWSFLFERQDKPFPDDKVIYQDADTQRSYTYQQVKDAALTFGKGLKATFDWKKGDVLALFTPNSIDTPAVMWGAIWAGGVVSPSNPAYTAEELAFQLKNSGAKVLVTQAPFLQVATAAAKEAGIPEDGIILIGDQRDPQARIKHFTSIRNISGATRFRKPKVNPSRNLAFLVYSSGTTGVPKGVMLSHRNIVANILQLAAGEAGNLTWNGGVDGTGDRILAFLPFFHIYGLTCLLHQTIHKGLHLYVMTKFDIEQWCSHVQNYRITFSYVVPPVVLLLGKHPIVSKYDLSSLRMMNSGAAPLTQELVESVYARIKC--GIKQGYGLSETSPTTHTQPWEEWRSTIGS----------VGKLLPNMEAKYMTMPEDASEPVEVPAGEVGELYMRGPNVFQGYHNNPAATAECLSEDGWFRTGDVGFQDPQGNFYITDRVKELIKYKGFQVAPAELEGILVDNEAVDDVAVIGVESEAHGTEVPLAYVVRSAKSLNSGVSAAQEAENIVKWLDAKVAYHKRLRGGVSFVKEIPKSASGKILRRLL 547          
BLAST of EMLSAG00000002081 vs. GO
Match: - (symbol:An16g04830 species:5061 "Aspergillus niger" [GO:0003824 "catalytic activity" evidence=IEA] [GO:0008152 "metabolic process" evidence=IEA] [GO:0005575 "cellular_component" evidence=ND] InterPro:IPR000873 Pfam:PF00501 Prosite:PS00455 HOGENOM:HOG000230009 InterPro:IPR025110 InterPro:IPR020845 Pfam:PF13193 GO:GO:0016874 EMBL:AM270369 OrthoDB:EOG7F252M RefSeq:XP_001397791.1 ProteinModelPortal:A2R7U9 EnsemblFungi:CADANGAT00012952 GeneID:4988875 KEGG:ang:ANI_1_686144 Uniprot:A2R7U9)

HSP 1 Score: 188.348 bits (477), Expect = 2.933e-50
Identity = 142/549 (25.87%), Postives = 268/549 (48.82%), Query Frame = 0
Query:   55 EIQKLNFHEFILQKIGEKEPD-RIWIKDLSIGRMERFGNVHSLVNKVASGLTKN-GFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCD-DFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSGA-KGILHTNKSLMS---QFYSPDGAANHWFDQL--IGDSIHCANYFFHMTGFYNFALGSIY-GISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQ-GEICVKSPQCMLGYLNKEESSA--FDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENG-QVPRAFVV-----LKPGFEETE--ENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVL 582
            +I  L+   F+ ++  +  PD ++  +D    R   +  V         GL     + KGDVL L+  N ++   +  G    GG+V P N     +EL  Q++ S  K+LV    F  V      E     + +I+IG++   Q ++   T + N  G    +K   + ++++ ++ ++S ++G  KG++ +++++++   Q  + +     W   +   GD I     FFH+ G       +I+ G+ +Y +++F  + +   + + +          + +L + P+VS YDLSSL+++ +G   L+  +   V  RI     +++ YGL+E    T T P E+  S   S          +   LPNM +    +      PV+ P  + GE+ ++ P    GY N   ++A     D +F TGD+G+ D QG  Y  +++  LI++  ++VAP+ LE  L+ +  + D AV+G+ ++ +G +VP A+VV     L  G    +  EN+   +++++  H+R+RGG+ FV+ IP+  + K+LR +L
Sbjct:   11 DIPDLDIWSFLFERQDKPFPDDKVIYQDADTQRSYTYQQVKDAALTFGKGLKATFDWKKGDVLALFTPNSIDTPAVMWGAIWAGGVVSPSNPAYTAEELAFQLKNSGAKVLVTQAPFLQVATAAAKEAGIPEDGIILIGDQRDPQARIKHFTSIRNISGATRFRKPKVNPSRNLAFLVYSSGTTGVPKGVMLSHRNIVANILQLAAGEAGNLTWNGGVDGTGDRILAFLPFFHIYGLTCLLHQTIHKGLHLYVMTKFDIEQWCSHVQNYRITFSYVVPPVVLLLGKHPIVSKYDLSSLRMMNSGAAPLTQELVESVYARIKC--GIKQGYGLSETSPTTHTQPWEEWRSTIGS----------VGKLLPNMEAKYMTMPEDASEPVEVPAGEVGELYMRGPNVFQGYHNNPAATAECLSEDGWFRTGDVGFQDPQGNFYITDRVKELIKYKGFQVAPAELEGILVDNEAVDDVAVIGVESEAHGTEVPLAYVVRSAKSLNSGVSAAQEAENIVKWLDAKVAYHKRLRGGVSFVKEIPKSASGKILRRLL 547          
BLAST of EMLSAG00000002081 vs. GO
Match: - (symbol:4CL3 "AT1G65060" species:3702 "Arabidopsis thaliana" [GO:0005575 "cellular_component" evidence=ND] [GO:0010584 "pollen exine formation" evidence=IMP] [GO:0009411 "response to UV" evidence=IEP] [GO:0009611 "response to wounding" evidence=IEP] [GO:0009698 "phenylpropanoid metabolic process" evidence=TAS] [GO:0016207 "4-coumarate-CoA ligase activity" evidence=IDA] [GO:0050832 "defense response to fungus" evidence=IEP] [GO:0009718 "anthocyanin-containing compound biosynthetic process" evidence=RCA] [GO:0009744 "response to sucrose" evidence=RCA] [GO:0009813 "flavonoid biosynthetic process" evidence=RCA] [GO:0010224 "response to UV-B" evidence=RCA] InterPro:IPR000873 Pfam:PF00501 Prosite:PS00455 EMBL:CP002684 GO:GO:0005524 GO:GO:0009698 eggNOG:COG0318 HOGENOM:HOG000230009 KO:K01904 ProtClustDB:PLN02246 UniPathway:UPA00372 GO:GO:0016207 InterPro:IPR025110 InterPro:IPR020845 Pfam:PF13193 EMBL:AF106087 EMBL:AF106088 EMBL:AY376730 EMBL:AC009360 EMBL:AY058083 EMBL:AY090306 PIR:D96674 RefSeq:NP_176686.1 UniGene:At.11514 ProteinModelPortal:Q9S777 SMR:Q9S777 PaxDb:Q9S777 PRIDE:Q9S777 EnsemblPlants:AT1G65060.1 GeneID:842814 KEGG:ath:AT1G65060 TAIR:AT1G65060 InParanoid:Q9S777 OMA:IAIYLAC PhylomeDB:Q9S777 BioCyc:ARA:AT1G65060-MONOMER BioCyc:ARA:GQT-2318-MONOMER BioCyc:MetaCyc:AT1G65060-MONOMER SABIO-RK:Q9S777 ArrayExpress:Q9S777 Genevestigator:Q9S777 GO:GO:0010584 Uniprot:Q9S777)

HSP 1 Score: 187.963 bits (476), Expect = 3.244e-50
Identity = 141/528 (26.70%), Postives = 254/528 (48.11%), Query Frame = 0
Query:   59 LNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSG-AKGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSIY-GISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLV---TLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEE--SSAFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLR 579
            L  H +  +K+     D+  +   S G+   +G  H +  +VASGL K G  KGDV+ +   N  E+    +G    G +    N      EL  Q++ S  K+++     YVD L      N+ E L +I  +    +  +  + L+ DD     Q+ +     D   +PF+S ++G  KG++ T+KSL++         N        D I C    FH+    +  L S+  G ++  + +F     L+ +   +    +     +  L+++P V++YDLSS++ +++G   L   ++  +  R+P    + + YG+ E G V   +L + +E   + + S    V +  +  + L    S+             G +Q GEIC++  Q M  YLN  E  S+  D + + HTGD+GY D    ++ V+++  +I+F  ++V P+ LES L+  ++I DAAVV   ++  G+VP AFVV   G + TEE++   +  ++  ++R+   ++FV +IP+  + K+LR
Sbjct:   48 LPLHTYCFEKLSSVS-DKPCLIVGSTGKSYTYGETHLICRRVASGLYKLGIRKGDVIMILLQNSAEFVFSFMGASMIGAVSTTANPFYTSQELYKQLKSSGAKLIITHS-QYVDKLK-----NLGENLTLITTDEPTPENCLPFSTLITDDETNPFQETVDIGGDDAAALPFSSGTTGLPKGVVLTHKSLITSVAQQVDGDNPNLYLKSNDVILCVLPLFHIYSLNSVLLNSLRSGATVLLMHKFEIGALLDLIQRHRVTIAALVPPLVIALAKNPTVNSYDLSSVRFVLSGAAPLGKELQDSLRRRLPQ-AILGQGYGMTEAGPVLSMSLGFAKEPIPTKSGSCGTVVRNAELKVVHLETRLSL-------------GYNQPGEICIRGQQIMKEYLNDPEATSATIDEEGWLHTGDIGYVDEDDEIFIVDRLKEVIKFKGFQVPPAELESLLINHHSIADAAVVPQNDEVAGEVPVAFVVRSNGNDITEEDVKEYVAKQVVFYKRLH-KVFFVASIPKSPSGKILR 553          
BLAST of EMLSAG00000002081 vs. GO
Match: - (symbol:ACOS5 "AT1G62940" species:3702 "Arabidopsis thaliana" [GO:0010584 "pollen exine formation" evidence=RCA;IMP] [GO:0016207 "4-coumarate-CoA ligase activity" evidence=ISS;IDA] [GO:0001676 "long-chain fatty acid metabolic process" evidence=IDA] [GO:0004467 "long-chain fatty acid-CoA ligase activity" evidence=IDA] [GO:0005737 "cytoplasm" evidence=IDA] [GO:0031956 "medium-chain fatty acid-CoA ligase activity" evidence=IDA] [GO:0046949 "fatty-acyl-CoA biosynthetic process" evidence=IDA] [GO:0080110 "sporopollenin biosynthetic process" evidence=IMP;TAS] InterPro:IPR000873 Pfam:PF00501 EMBL:CP002684 GO:GO:0005524 GO:GO:0005737 EMBL:AC011000 eggNOG:COG0318 HOGENOM:HOG000230009 KO:K01904 InterPro:IPR025110 Pfam:PF13193 EMBL:AY250836 EMBL:AY376734 PIR:B96654 RefSeq:NP_176482.1 UniGene:At.70358 ProteinModelPortal:Q9LQ12 SMR:Q9LQ12 STRING:3702.AT1G62940.1-P PaxDb:Q9LQ12 PRIDE:Q9LQ12 EnsemblPlants:AT1G62940.1 GeneID:842596 KEGG:ath:AT1G62940 TAIR:AT1G62940 InParanoid:Q9LQ12 OMA:TPAEHFV PhylomeDB:Q9LQ12 ProtClustDB:PLN02330 BioCyc:ARA:AT1G62940-MONOMER BioCyc:MetaCyc:AT1G62940-MONOMER PRO:PR:Q9LQ12 Genevestigator:Q9LQ12 GO:GO:0004467 GO:GO:0031956 GO:GO:0046949 GO:GO:0080110 Uniprot:Q9LQ12)

HSP 1 Score: 182.956 bits (463), Expect = 1.556e-48
Identity = 154/545 (28.26%), Postives = 274/545 (50.28%), Query Frame = 0
Query:   58 KLNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNY-----------VDGLDFLENTNMIEKLIIIGNECTAQD-KVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSG-AKGILHTNKSLMSQFYSPD-GAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSIYGIS-IYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKV--LMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTY-PREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGY-LNKEES-SAFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVL 582
            KL   EF+LQ + E   +  +++ ++ G+   +G+V     ++A  LT  G  KG V+ +   N  EY I+ALG+ + GG+    N      E++ Q+  S  + ++ D  NY           V G + +E     + L+  G++C   D + IL TDL                      +PF+S ++G  KG++ T+++L++   S   G  +    Q++   +     FFH+ G       ++     +  +S +  + FL AL+  + +        I  L ++P+V  +DLS LK+  +MT    L+  +      + P+++ V+EAYGL E   +TLT+   EK   IA   +        +   LPN+   +K I    G  +   +  GE+CV+S   M GY +NKEE+    D   + HTGD+GY D+ G ++ V++I  LI++  ++VAP+ LE+ LL   ++ D AVV +P++E G++P A VV+ P   E EE++ N + + +  ++++R  ++FV +IP+  + K++R +L
Sbjct:   25 KLTLPEFVLQGVEEYTENVAFVEAVT-GKAVTYGDVVRDTKRLAKALTSLGLRKGQVMVVVLPNVAEYGIIALGIMSAGGVFSGANPTALVSEIKKQVEASGARGIITDATNYEKVKSLGLPVIVLGEEKIEGAVNWKDLLEAGDKCGDTDNEEILQTDLC--------------------ALPFSSGTTGLQKGVMLTHRNLIANLCSTLFGVRSEMIGQIVTLGLI---PFFHIYGIVGICCATMKNKGKVVAMSRYDLRIFLNALIAHEVSFAPIVPPIILNLVKNPIVDEFDLSKLKLQSVMTAAAPLAPELLTAFEAKFPNVQ-VQEAYGLTEHSCITLTHGDPEKGQGIAKRNS--------VGFILPNLE--VKFIDPDTGRSLP-KNTSGELCVRSQCVMQGYFMNKEETDKTIDEQGWLHTGDIGYIDDDGDIFIVDRIKELIKYKGFQVAPAELEAILLTHPSVEDVAVVPLPDEEAGEIPAACVVINPKATEKEEDILNFVAANVAHYKKVR-AVHFVDSIPKSLSGKIMRRLL 532          
BLAST of EMLSAG00000002081 vs. GO
Match: - (symbol:AFUA_2G10160 "Phenylacetyl-CoA ligase, putative" species:330879 "Aspergillus fumigatus Af293" [GO:0005575 "cellular_component" evidence=ND] InterPro:IPR000873 Pfam:PF00501 Prosite:PS00455 EMBL:AAHF01000001 HOGENOM:HOG000230009 InterPro:IPR025110 InterPro:IPR020845 Pfam:PF13193 GO:GO:0016874 OrthoDB:EOG7F252M RefSeq:XP_755349.1 ProteinModelPortal:Q4X1F4 STRING:5085.CADAFUAP00004787 EnsemblFungi:CADAFUAT00004787 GeneID:3512738 KEGG:afm:AFUA_2G10160 OMA:RISDCYA Uniprot:Q4X1F4)

HSP 1 Score: 179.874 bits (455), Expect = 2.684e-47
Identity = 139/550 (25.27%), Postives = 259/550 (47.09%), Query Frame = 0
Query:   55 EIQKLNFHEFILQKIGEKEPD-RIWIKDLSIGRMERFGNVHSLVNKVASGLTKN-GFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIE-KLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSGA-KGILHTNKSLMS---QFYSPDGAANHWFDQL--IGDSIHCANYFFHMTGFYNFALGSIY-GISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREK-KNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGP-DQQGEICVKSPQCMLGYLNKEESSA--FDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENG-QVPRAFVVLKP-------GFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVL 582
            EI  ++   F+ ++     PD ++   D    R   + +V        +GL     + KGDVL L+  N ++   +  G    GG+V P N     +EL  Q++ S  K L+             +   + E ++I+IG+E  +Q K    + + N  G    +K   + A D+ ++ ++S ++G  KG++ +++++++   Q  + +     W       GD I     F+H+ G       +IY G  +Y +++F  + +   + + +          + +L + P+V  YDLSSL+++ +G   L+  +   V  RI +   +++ YGL+E    T T P E  + SI S           +   LPNM +    +      P + P  + GE+ ++ P   LGY N  E++A     D +F TGD+GY D     Y  +++  LI++  ++VAP+ LE  L+ +  + D AV+G+ ++ +G +VP A++V            EE    +   ++ ++  H+R+RGG+ FV  IP+  + K+LR +L
Sbjct:   11 EIPNVDLWTFLFERKDRPFPDNKVIYIDADTKRQYTYQDVKETALAFGNGLKAVLDWKKGDVLALFTPNCIDTPAVMWGTHWAGGVVSPANPAYTVEELAFQLKNSGAKALITQMALLPVARAAAKQAGITEDRIILIGDERDSQTKFKHFSSIRNISGATRYRKTKINPATDLAFLVYSSGTTGVPKGVMLSHRNIVANSLQLAAGEAKQLSWNGGADGKGDRILAFLPFYHIYGLTCLVHQTIYQGYELYVMAKFDIEKWCAHVQNYRITFSYVVPPVVLLLGKHPIVDKYDLSSLRMMNSGAAPLTQELVETVYARIKT--GIKQGYGLSETSPTTHTQPWEDWRTSIGS-----------VGKLLPNMEAKYMTMPEDGSEPREVPVGEVGELYLRGPNVFLGYHNNPEATAQCLSKDGWFQTGDVGYQDKDNNFYITDRVKELIKYKGFQVAPAELEGILVDNEAVDDVAVLGVESEAHGTEVPLAYIVRSAKSKNSNITAEEEATRIVQWLDGKVAYHKRLRGGVRFVDEIPKSPSGKILRRLL 547          
BLAST of EMLSAG00000002081 vs. GO
Match: - (symbol:4CL2 "4-coumarate:CoA ligase 2" species:3702 "Arabidopsis thaliana" [GO:0005634 "nucleus" evidence=ISM] [GO:0009411 "response to UV" evidence=IEP] [GO:0009611 "response to wounding" evidence=IEP;RCA] [GO:0009620 "response to fungus" evidence=IEP] [GO:0009698 "phenylpropanoid metabolic process" evidence=TAS] [GO:0016207 "4-coumarate-CoA ligase activity" evidence=IDA] [GO:0009805 "coumarin biosynthetic process" evidence=RCA] [GO:0009963 "positive regulation of flavonoid biosynthetic process" evidence=RCA] InterPro:IPR000873 Pfam:PF00501 Prosite:PS00455 GO:GO:0005524 EMBL:CP002686 GO:GO:0009698 eggNOG:COG0318 HOGENOM:HOG000230009 KO:K01904 ProtClustDB:PLN02246 BRENDA:6.2.1.12 UniPathway:UPA00372 GO:GO:0016207 InterPro:IPR025110 InterPro:IPR020845 Pfam:PF13193 EMBL:AF106085 EMBL:AF106086 EMBL:AY376728 EMBL:AB023045 EMBL:AY099695 EMBL:BT000296 EMBL:AK220883 RefSeq:NP_188761.1 UniGene:At.57587 ProteinModelPortal:Q9S725 SMR:Q9S725 PaxDb:Q9S725 PRIDE:Q9S725 EnsemblPlants:AT3G21240.1 GeneID:821678 KEGG:ath:AT3G21240 TAIR:AT3G21240 InParanoid:Q9S725 OMA:WPRDVEE PhylomeDB:Q9S725 BioCyc:ARA:AT3G21240-MONOMER BioCyc:MetaCyc:AT3G21240-MONOMER SABIO-RK:Q9S725 ArrayExpress:Q9S725 Genevestigator:Q9S725 Uniprot:Q9S725)

HSP 1 Score: 174.481 bits (441), Expect = 1.265e-45
Identity = 141/533 (26.45%), Postives = 251/533 (47.09%), Query Frame = 0
Query:   59 LNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKV---PQKVIFDWAKDVIYMPFTSTSSG-AKGILHTNKSLMSQFYSP-DGA-ANHWFDQLIGDSIHCANYFFHMTGFYNFALGSI-YGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNK--EESSAFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVL 582
            L  H++I + I E       I   + G +  + +VH    K+A+GL   G  + DV+ +   N  E  +  L     G I    N    P E+  Q + S  K++V     YVD +  L+N  +   LI+  +     +  +  ++L   +  +V   P+K+     +DV+ +PF+S ++G  KG++ T+K L++      DG   N +F++   D I C    FH+    +  L S+  G +I  + +F     LE +   K          +  +++SP    YDLSS++++ +G   L   +   +  + P+ K + + YG+ E G V        K        A          G     + +KI+    G+ +   ++ GEIC++  Q M GYLN     +S  D D + HTGD+G+ D+   ++ V+++  LI++  ++VAP+ LES L+G   I D AVV +  ++ G+VP AFVV       +E+ +   +  ++  ++RI   ++F  +IP+  + K+LR  L
Sbjct:   36 LPLHDYIFENISEFAAKPCLINGPT-GEVYTYADVHVTSRKLAAGLHNLGVKQHDVVMILLPNSPEVVLTFLAASFIGAITTSANPFFTPAEISKQAKASAAKLIVTQS-RYVDKIKNLQNDGV---LIVTTDSDAIPENCLRFSELTQSEEPRVDSIPEKI---SPEDVVALPFSSGTTGLPKGVMLTHKGLVTSVAQQVDGENPNLYFNR--DDVILCVLPMFHIYALNSIMLCSLRVGATILIMPKFEITLLLEQIQRCKVTVAMVVPPIVLAIAKSPETEKYDLSSVRMVKSGAAPLGKELEDAISAKFPNAK-LGQGYGMTEAGPVLAMSLGFAKEPFPVKSGA---------CGTVVRNAEMKILDPDTGDSLPR-NKPGEICIRGNQIMKGYLNDPLATASTIDKDGWLHTGDVGFIDDDDELFIVDRLKELIKYKGFQVAPAELESLLIGHPEINDVAVVAMKEEDAGEVPVAFVVRSKDSNISEDEIKQFVSKQVVFYKRI-NKVFFTDSIPKAPSGKILRKDL 546          
BLAST of EMLSAG00000002081 vs. C. finmarchicus
Match: gi|592873623|gb|GAXK01083939.1| (TSA: Calanus finmarchicus comp176852_c1_seq2 transcribed RNA sequence)

HSP 1 Score: 592.423 bits (1526), Expect = 0.000e+0
Identity = 295/587 (50.26%), Postives = 408/587 (69.51%), Query Frame = 0
Query:    1 MRNLATPSFSGASNSRRXXXXXXXXXXXXPNQARYKGLISTAGIVKFSAWKREXEIQKLNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSGAKGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSIYGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSAFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFXXXXXXXXXXMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVLAEYKP 587
            MRNL+     G  ++ R  S   +S   +   A+YKGLIST G  KFSAW+RE EI K  F + IL  +  ++ DR+W+KD + GR E FG V   V  +++GL + GF  GDV+ L+CSN+VEYW++ L VW  GG+ +PVNC +  D+L  Q++E+   ILVCD FN  DGL   +    ++ +++IG E    D V+ ++  L       P    FDW K  I + +T+ +  ++ + HTNKS+ +Q +SP G +NHWFDQ++GD I C N+FFH TGF++F+L +I+G+++Y LSE+S+ + L AL D   ++   Y WQ+R+LSQS  V  +DLS LKVL+TG  +L  TI  E+L+R+P+I+++RE+YGL E G++T TYPR  K    S   A VPDDH++P+G PNM++  K++ RQ G PV GPD QGE+CVK+ Q + GYL  E+ +  D+D YFHTGDLGYYD  GI+YFVE+I++LI FWMYE+APS+LESRLL   ++VDAAVV IP+KENGQ+PR FVVLK G EETEENL N +ESRLQDHER+RGGL+++Q+IPRDENWKV+R VL ++ P
Sbjct:   37 MRNLSASKAPG--DTSRRGSAAGISTPVNQAHAKYKGLISTPGYCKFSAWRREMEIPKQPFSKMILSSLAAQKSDRLWLKDQTTGRSETFGQVAGHVASISAGLVELGFSAGDVVCLWCSNYVEYWLVCLAVWELGGVTLPVNCLIGLDKLVAQLKETGASILVCDTFNVEDGLKLKQELESLKNILVIGQE-EVTDGVVSISKFLETKSPSRPANPKFDWDKSPICLMYTTRNGQSRVVKHTNKSITAQVFSPKGTSNHWFDQIVGDCIFCGNWFFHFTGFHSFSLSAIHGLTMYFLSEYSDNDLLTALADLAISNAVLYPWQVRMLSQSATVEIFDLSHLKVLITGGTILGPTISRELLERLPNIRFIRESYGLKETGMLTYTYPRFDK----SGGTAKVPDDHLMPLGYPNMWTSFKVVDRQTGQPVTGPDLQGELCVKTCQLLPGYLG-EDGALVDSDGYFHTGDLGYYDKDGIIYFVEQISSLISFWMYEIAPSVLESRLLSHASVVDAAVVAIPDKENGQIPRGFVVLKGGHEETEENLINFLESRLQDHERLRGGLHYIQHIPRDENWKVVRHVLQKFVP 1773          

HSP 2 Score: 49.6766 bits (117), Expect = 3.147e-5
Identity = 31/85 (36.47%), Postives = 44/85 (51.76%), Query Frame = 0
Query:  489 IQFWM-YEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFXXXXXXXXXXMESRLQDHERIRGGLYFVQNIPRD 572
            + +W+   V+ S LE  +     + +A V GI     G +PRA+V LK GF    E L N   SRL    R+RGG+   + +PRD
Sbjct: 2086 LSYWLRVSVSTSQLEKEVAAHPGVGEAVVRGIHVPGVGVLPRAYVTLKEGFSIPGEELANWFNSRLDWRHRLRGGVVVAERLPRD 2340          
BLAST of EMLSAG00000002081 vs. C. finmarchicus
Match: gi|592873624|gb|GAXK01083938.1| (TSA: Calanus finmarchicus comp176852_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 592.423 bits (1526), Expect = 0.000e+0
Identity = 295/587 (50.26%), Postives = 408/587 (69.51%), Query Frame = 0
Query:    1 MRNLATPSFSGASNSRRXXXXXXXXXXXXPNQARYKGLISTAGIVKFSAWKREXEIQKLNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSGAKGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSIYGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSAFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFXXXXXXXXXXMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVLAEYKP 587
            MRNL+     G  ++ R  S   +S   +   A+YKGLIST G  KFSAW+RE EI K  F + IL  +  ++ DR+W+KD + GR E FG V   V  +++GL + GF  GDV+ L+CSN+VEYW++ L VW  GG+ +PVNC +  D+L  Q++E+   ILVCD FN  DGL   +    ++ +++IG E    D V+ ++  L       P    FDW K  I + +T+ +  ++ + HTNKS+ +Q +SP G +NHWFDQ++GD I C N+FFH TGF++F+L +I+G+++Y LSE+S+ + L AL D   ++   Y WQ+R+LSQS  V  +DLS LKVL+TG  +L  TI  E+L+R+P+I+++RE+YGL E G++T TYPR  K    S   A VPDDH++P+G PNM++  K++ RQ G PV GPD QGE+CVK+ Q + GYL  E+ +  D+D YFHTGDLGYYD  GI+YFVE+I++LI FWMYE+APS+LESRLL   ++VDAAVV IP+KENGQ+PR FVVLK G EETEENL N +ESRLQDHER+RGGL+++Q+IPRDENWKV+R VL ++ P
Sbjct:  110 MRNLSASKAPG--DTSRRGSAAGISTPVNQAHAKYKGLISTPGYCKFSAWRREMEIPKQPFSKMILSSLAAQKSDRLWLKDQTTGRSETFGQVAGHVASISAGLVELGFSAGDVVCLWCSNYVEYWLVCLAVWELGGVTLPVNCLIGLDKLVAQLKETGASILVCDTFNVEDGLKLKQELESLKNILVIGQE-EVTDGVVSISKFLETKSPSRPANPKFDWDKSPICLMYTTRNGQSRVVKHTNKSITAQVFSPKGTSNHWFDQIVGDCIFCGNWFFHFTGFHSFSLSAIHGLTMYFLSEYSDNDLLTALADLAISNAVLYPWQVRMLSQSATVEIFDLSHLKVLITGGTILGPTISRELLERLPNIRFIRESYGLKETGMLTYTYPRFDK----SGGTAKVPDDHLMPLGYPNMWTSFKVVDRQTGQPVTGPDLQGELCVKTCQLLPGYLG-EDGALVDSDGYFHTGDLGYYDKDGIIYFVEQISSLISFWMYEIAPSVLESRLLSHASVVDAAVVAIPDKENGQIPRGFVVLKGGHEETEENLINFLESRLQDHERLRGGLHYIQHIPRDENWKVVRHVLQKFVP 1846          

HSP 2 Score: 49.6766 bits (117), Expect = 2.960e-5
Identity = 31/85 (36.47%), Postives = 44/85 (51.76%), Query Frame = 0
Query:  489 IQFWM-YEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFXXXXXXXXXXMESRLQDHERIRGGLYFVQNIPRD 572
            + +W+   V+ S LE  +     + +A V GI     G +PRA+V LK GF    E L N   SRL    R+RGG+   + +PRD
Sbjct: 2159 LSYWLRVSVSTSQLEKEVAAHPGVGEAVVRGIHVPGVGVLPRAYVTLKEGFSIPGEELANWFNSRLDWRHRLRGGVVVAERLPRD 2413          
BLAST of EMLSAG00000002081 vs. C. finmarchicus
Match: gi|592954357|gb|GAXK01004196.1| (TSA: Calanus finmarchicus comp254119_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 187.578 bits (475), Expect = 5.010e-50
Identity = 142/503 (28.23%), Postives = 241/503 (47.91%), Query Frame = 0
Query:   99 KVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENT-----NMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSGA-KGILHTNKSLMSQFYS-----PDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSIY-GISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLN--KEESSAFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFXXXXXXXXXXMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVL-AEYK 586
            KV+  L   G  KGDV+ L   N +EY +L  G    G  + P+N      E+  Q+  S+TK+L    F +   LD ++ T     N+   ++I G    ++D  +   D +N     +P+++  D  KD+  +PF+S ++G  KG++ +  +L++  ++     P+  A   F Q    +I      FH+ G      G I+ G+    L  F  + F++ +   K   +      +  L+ SPLV+   LSSL+ +  G      T+  +   + P+    +E +G  E              +   S+A        +   LPN+   I+ I   +     GP++ GE+ +K P CMLGY+N  K     FD D +  TGD+GYYD  G ++  +++  LI+    +VAP+ LE  L     ++D  V+GI ++  GQVPRA++V K G   TEE +   M+ ++  H+++ GG+ F++ IP+    K+LR  L  +YK
Sbjct:  477 KVSRALRSLGLKKGDVVGLLLPNCLEYPLLVQGCLHSGLALTPMNPAYTAPEISRQLAASQTKVL----FTHSSILDKVQETKKLYPNITATVVING---VSKDGDLSWDDFINISSGPIPEQIPVDVKKDIAILPFSSGTTGVPKGVMLSQHNLVANNHTIAANDPEYMAT-AFAQFQDVTIGILP-MFHIFGLNVTMSGGIHCGVKHVVLPSFDPKIFVDLMTKHKPTFLHLVPPLVSFLANSPLVTTEHLSSLRQINAGAAPSGPTLIKQFYQKAPAYVMYKEGWGSTEVA----------GGASGISRACGGIKQGSVNQLLPNLRLQIRDIYTDEPK---GPEETGELVLKGPHCMLGYINNKKANDETFDKDGWMRTGDIGYYDKDGFLFISDRMKELIKVKGLQVAPAELEDVLRSLEGVIDVGVIGIESEREGQVPRAYIVRKEGL--TEEKIHEYMKVQVSAHKQLVGGIEFIEAIPKSAAGKILRKDLQVKYK 1913          
BLAST of EMLSAG00000002081 vs. C. finmarchicus
Match: gi|592917906|gb|GAXK01040469.1| (TSA: Calanus finmarchicus comp147878_c2_seq1 transcribed RNA sequence)

HSP 1 Score: 177.563 bits (449), Expect = 1.173e-46
Identity = 154/601 (25.62%), Postives = 280/601 (46.59%), Query Frame = 0
Query:   36 KGLISTAGIVKFSAWKREXEIQKLNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSGA-KGILHTNKSL---MSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSI--YGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSAFD-NDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFXXXXXXXXXXMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVL-AEYKPHVNNLIKRPNKLFKQ----LHPFKYVNDF---EKKMLVIFR 621
            +G+++ + +V  S    + EI  L F +    +  ++  D++ + D   G    F    SL     SGL + G   GDV+ L   N  EY    +G    G ++  +N    P E++ Q+  S TK +V          D  E +N+  ++I+IG +  A    +   DL+ D G  +         + V+ +P++S ++G  KG+  T+++L   M+Q   P+      FDQ+      C    +H+    N  + ++  +G    T+  F    FL+ L+D +  ++      +  L+  P V+   L+SL+ ++ G       +      R   +++ RE YG+ E     +T+ R    +   S    V +            + +K++    G    G  + GE+C + PQ M GYL  E+++A    D + HTGD+GY+D +G V+ V++   LI+    +VAP+ LE+ +     ++D AV+GIP+   G++PRA+VV K   +  E ++   +   L  H+ + GG+ FV+ IP+    K+LR  L A ++       +R +K  +     +H F  +N+    +K M+++FR
Sbjct:  150 RGVVTESKVV--SCDLPDIEIPDLTFSQMCWSR-EDRFKDKLALVDAVSGAGLTFSEARSLARSFGSGLVRMGGQAGDVVALVLPNMPEYATAFMGAAEAGFVITTLNPTYTPGEIKGQLLNSVTKYIVTTALLLPKVKDATEGSNI--EIIVIGGQ--ADSSCVAFEDLIKDQGDLINSHAT--SPESVLVLPYSSGTTGVPKGVQLTHRNLVAQMAQLAHPEVKLVD-FDQVT----VCVLPMYHIFAM-NVTMSNMLWHGGKTVTVPMFEPNMFLKTLLDYRPTTLHLAPPLVGFLANHPAVTQDHLASLQTIVVGAAPAGQALIDLFHKRASHVRF-REGYGMTEMS-PAVTFTRLAMQNTGGSTGQLVAN------------TRMKVLDLGTGEE-KGAGETGELCFQGPQVMPGYLKNEKATAETLIDGWIHTGDIGYFDEEGNVFIVDRKKELIKVKGLQVAPAELENLIRSLEGVMDVAVIGIPDDRAGEIPRAYVV-KADDKLEESDVQGFVAKALSKHKHLVGGVEFVKEIPKSAAGKILRKDLKAAFQK------RR*DKGIQATLS*IHKFALLNNSIMKDKSMIIMFR 1841          
BLAST of EMLSAG00000002081 vs. C. finmarchicus
Match: gi|592917905|gb|GAXK01040470.1| (TSA: Calanus finmarchicus comp147878_c2_seq2 transcribed RNA sequence)

HSP 1 Score: 177.178 bits (448), Expect = 1.438e-46
Identity = 149/568 (26.23%), Postives = 265/568 (46.65%), Query Frame = 0
Query:   36 KGLISTAGIVKFSAWKREXEIQKLNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSGA-KGILHTNKSL---MSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSI--YGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSAFD-NDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFXXXXXXXXXXMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVL--AEYKPHVNNLIK 594
            +G+++ + +V  S    + EI  L F +    +  ++  D++ + D   G    F    SL     SGL + G   GDV+ L   N  EY    +G    G ++  +N    P E++ Q+  S TK +V          D  E +N+  ++I+IG +  A    +   DL+ D G  +         + V+ +P++S ++G  KG+  T+++L   M+Q   P+      FDQ+      C    +H+    N  + ++  +G    T+  F    FL+ L+D +  ++      +  L+  P V+   L+SL+ ++ G       +      R   +++ RE YG+ E     +T+ R    +   S    V +            + +K++    G    G  + GE+C + PQ M GYL  E+++A    D + HTGD+GY+D +G V+ V++   LI+    +VAP+ LE+ +     ++D AV+GIP+   G++PRA+VV K   +  E ++   +   L  H+ + GG+ FV+ IP+    K+LR  L  A  K H +N I+
Sbjct:  150 RGVVTESKVV--SCDLPDIEIPDLTFSQMCWSR-EDRFKDKLALVDAVSGAGLTFSEARSLARSFGSGLVRMGGQAGDVVALVLPNMPEYATAFMGAAEAGFVITTLNPTYTPGEIKGQLLNSVTKYIVTTALLLPKVKDATEGSNI--EIIVIGGQ--ADSSCVAFEDLIKDQGDLINSHAT--SPESVLVLPYSSGTTGVPKGVQLTHRNLVAQMAQLAHPEVKLVD-FDQVT----VCVLPMYHIFAM-NVTMSNMLWHGGKTVTVPMFEPNMFLKTLLDYRPTTLHLAPPLVGFLANHPAVTQDHLASLQTIVVGAAPAGQALIDLFHKRASHVRF-REGYGMTEMS-PAVTFTRLAMQNTGGSTGQLVAN------------TRMKVLDLGTGEE-KGAGETGELCFQGPQVMPGYLKNEKATAETLIDGWIHTGDIGYFDEEGNVFIVDRKKELIKVKGLQVAPAELENLIRSLEGVMDVAVIGIPDDRAGEIPRAYVV-KADDKLEESDVQGFVAKALSKHKHLVGGVEFVKEIPKSAAGKILRKDLKAAFEKKH*DNCIQ 1760          
BLAST of EMLSAG00000002081 vs. C. finmarchicus
Match: gi|592890920|gb|GAXK01067455.1| (TSA: Calanus finmarchicus comp16059_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 168.703 bits (426), Expect = 8.604e-44
Identity = 143/539 (26.53%), Postives = 255/539 (47.31%), Query Frame = 0
Query:   56 IQKLNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTK-ILVCDDFNYVDGLDFLENT-NMIEKLIIIGNECTAQDKVILMTDLLNDDGK--KVPQKVIFDWAKDVIYMPFTSTSSG-AKGILHTNKSLM---SQFYSPDGAANHWFDQLIGDSIHCANY-FFHMTGFYNFALGSIY-GISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRI-PSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGY-LNKEESSAFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFXXXXXXXXXXMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVL 582
            I ++N  +++     E  PD + +     GR   +     +  K  S L + G  KGDV+ +   N  E+ +  LG    G  V  +N     +E+  Q+  S  K +L    F  V      + T   IE++I++G E T +D    M+ ++ DDG   K+P + + +  +DV  MP++S ++G AKG+  T+ +L+   +Q  SP+ +      +     I  A   FFH+       +  +Y G+ + TL +F    +++AL+  +   ++        L+    V +  LSS+K +  G      T+    + +  P+    +E +G+ E   VT   P++              D  +   G P   +M K+I  + G  +  P + GE+CV  PQ MLGY  NK  +     D + HTGD+  Y   G    V+++  LI+   ++VAPS LE  +   + +VD AV G+P++  G++PRA+V+ K   +  E ++   + + +  H+++ GG+  V ++P+++  KVLR  L
Sbjct:  290 IPEMNVADYVWTNAAEY-PDNVALVCGMTGRQYTYEMAQQMSQKFGSSLRRLGAKKGDVIAMILPNIPEFPVAFLGCVGAGLTVTTLNPTYRAEEIARQLDNSGAKYVLTIGLFLQVTKQAASDLTATKIEEIIVLGMEETPEDCKSFMSMMITDDGSMYKIPGEEV-NPHEDVAVMPYSSGTTGPAKGVCLTHFNLVANCTQVISPEVSDVRPTIETGYQEITLAVLPFFHIYAMTTIMIMGLYMGLKVVTLPKFEPDMYVKALITYRPTLLNLVPPLCSFLASDHNVKSQHLSSVKFVTGGAAPFGPTMISNFMAKCAPNEIKFQEGFGMTESSPVTHVQPKK--------------DGFLGGCGFPVPNTMAKVIDLETGELLP-PGEDGELCVSGPQVMLGYHRNKRATKNTVKDGWLHTGDVARYREDGQYVIVDRLKELIKVKGFQVAPSELEDLIRQHDGVVDVAVTGVPDERAGELPRAYVIRK-NRKVQEMDIIKFVAAHVAPHKKL-GGVMMVDSLPKNQTGKVLRREL 1849          
BLAST of EMLSAG00000002081 vs. C. finmarchicus
Match: gi|592817280|gb|GAXK01137288.1| (TSA: Calanus finmarchicus comp164172_c4_seq2 transcribed RNA sequence)

HSP 1 Score: 167.933 bits (424), Expect = 5.877e-43
Identity = 137/534 (25.66%), Postives = 248/534 (46.44%), Query Frame = 0
Query:   74 PDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNY------VDGLDFLENTNMIEKL--------IIIGNECTAQDK-VILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSGA-KGILHTNKSLMS---QFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSIY--GISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSAFD-NDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVV---LKPGFXXXXXXXXXXMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVL 582
            P R  + +   GR   +   ++L  K AS L K G V+GDVL L   N  E+  +  G    G  V  ++      E++ Q+  S    +V D   +      +  L+  + +   E L        I++ ++ T      I ++ +L DDG   P    FDW  DV+ +P++S ++G  KG+  T+ +++S   Q  S +       ++ + ++  C    +H+    N  + +I   G  + TLS F+   FL A++  K   +      +  L+    V  + L SL+ ++     +  ++    L++ P ++ +RE +G++E        P  +  S+  S    +P+            + +K+++   G  + GP   GE+ V+ PQ M GYLN   ++     D +  +GD+ Y D +G +Y V+++  +I+    +V+PS LE  L     ++DAAV+  P++  G+VPRAFVV    K   E     +   +  R+ DH+++RGG+ F+  IPR    K+L+  L
Sbjct:  333 PYRSALVNGDTGRTFSYKESYNLTTKFASALAKFGAVRGDVLALILPNQPEFVFVFTGAPMVGVTVTTISPNFTHFEMKHQLASSGATWVVTDLARFETVRQAISNLEVGQASGWGETLAMRSETIKIVLTSDMTQNPPGTIPLSLMLADDGTSCPSHPTFDWKDDVVAIPYSSGTTGPPKGVQLTHANMVSNMMQISSDEMGLLIPANRDMRETTICILPMYHVFAM-NVTMTNILMAGGKMVTLSSFNPLTFLSAMITYKPTFLHLAPPLLAFLAMHGGVKAHHLESLRYILVAAAPVVPSLIRSFLEKAPHVE-LREGWGMSELSPAVCFSP--QGGSVIGSCGKVLPN------------TQVKLVNVDTGESL-GPGMHGELLVRGPQIMKGYLNNPSATEETIKDGWLWSGDIAYRDEEGNLYMVDRMKEMIKVKALQVSPSELEDILRQHPEVMDAAVLSFPDERMGEVPRAFVVKNNRKGDNEAISAEVHRYLNERVSDHKKLRGGIVFLDAIPRSPAGKILKKNL 1883          
BLAST of EMLSAG00000002081 vs. C. finmarchicus
Match: gi|592817281|gb|GAXK01137287.1| (TSA: Calanus finmarchicus comp164172_c4_seq1 transcribed RNA sequence)

HSP 1 Score: 167.933 bits (424), Expect = 9.380e-43
Identity = 137/534 (25.66%), Postives = 248/534 (46.44%), Query Frame = 0
Query:   74 PDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNY------VDGLDFLENTNMIEKL--------IIIGNECTAQDK-VILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSGA-KGILHTNKSLMS---QFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSIY--GISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSAFD-NDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVV---LKPGFXXXXXXXXXXMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVL 582
            P R  + +   GR   +   ++L  K AS L K G V+GDVL L   N  E+  +  G    G  V  ++      E++ Q+  S    +V D   +      +  L+  + +   E L        I++ ++ T      I ++ +L DDG   P    FDW  DV+ +P++S ++G  KG+  T+ +++S   Q  S +       ++ + ++  C    +H+    N  + +I   G  + TLS F+   FL A++  K   +      +  L+    V  + L SL+ ++     +  ++    L++ P ++ +RE +G++E        P  +  S+  S    +P+            + +K+++   G  + GP   GE+ V+ PQ M GYLN   ++     D +  +GD+ Y D +G +Y V+++  +I+    +V+PS LE  L     ++DAAV+  P++  G+VPRAFVV    K   E     +   +  R+ DH+++RGG+ F+  IPR    K+L+  L
Sbjct:  333 PYRSALVNGDTGRTFSYKESYNLTTKFASALAKFGAVRGDVLALILPNQPEFVFVFTGAPMVGVTVTTISPNFTHFEMKHQLASSGATWVVTDLARFETVRQAISNLEVGQASGWGETLAMRSETIKIVLTSDMTQNPPGTIPLSLMLADDGTSCPSHPTFDWKDDVVAIPYSSGTTGPPKGVQLTHANMVSNMMQISSDEMGLLIPANRDMRETTICILPMYHVFAM-NVTMTNILMAGGKMVTLSSFNPLTFLSAMITYKPTFLHLAPPLLAFLAMHGGVKAHHLESLRYILVAAAPVVPSLIRSFLEKAPHVE-LREGWGMSELSPAVCFSP--QGGSVIGSCGKVLPN------------TQVKLVNVDTGESL-GPGMHGELLVRGPQIMKGYLNNPSATEETIKDGWLWSGDIAYRDEEGNLYMVDRMKEMIKVKALQVSPSELEDILRQHPEVMDAAVLSFPDERMGEVPRAFVVKNNRKGDNEAISAEVHRYLNERVSDHKKLRGGIVFLDAIPRSPAGKILKKNL 1883          

HSP 2 Score: 109.768 bits (273), Expect = 5.622e-24
Identity = 71/253 (28.06%), Postives = 127/253 (50.20%), Query Frame = 0
Query:  334 VSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSAFD-NDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVV---LKPGFXXXXXXXXXXMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVL 582
            V  + L SL+ ++     +  ++    L++ P ++ +RE +G++E        P  +  S+  S    +P+            + +K++    G  + GP   GE+ V+ PQ M GYLN   ++     D +  +GD+ Y D +G +Y V+++  +I+    +V+PS LE  L     ++DAAV+  P++  G+VPRAFVV    K   E     +   +  R+ DH+++RGG+ F+  IPR    K+L+  L
Sbjct: 2222 VKAHHLESLRYILVAAAPVVPSLIRSFLEKAPHVE-LREGWGMSELSPAVCFSP--QGGSVIGSCGKVLPN------------TQVKLVDVDTGESL-GPGMPGELLVRGPQIMKGYLNNPSATEETIKDGWLWSGDIAYRDEEGNLYMVDRMKEMIKVKALQVSPSELEDILRQHPEVMDAAVLSFPDERMGEVPRAFVVKNNRKGDNEAISAEVHRYLNERVSDHKKLRGGIVFLDAIPRSPAGKILKKNL 2932          
BLAST of EMLSAG00000002081 vs. C. finmarchicus
Match: gi|592956453|gb|GAXK01002103.1| (TSA: Calanus finmarchicus comp91458_c6_seq4 transcribed RNA sequence)

HSP 1 Score: 163.31 bits (412), Expect = 3.614e-42
Identity = 142/535 (26.54%), Postives = 248/535 (46.36%), Query Frame = 0
Query:   53 EXEIQKLNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSGA-KGILHTNKSL---MSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSIY--GISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECG-LVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSAFDN-DQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFXXXXXXXXXXMESRLQDHERIRGGLYFVQNIPRDENWKVLR 579
            + +I  L F +    ++ + + D + + D   GR   +    SL     SGL + G   GDV+ +   N  EY ++ +G    G ++  +N    P E+  Q+  S+ K ++      VD +        I K+I+ G +   +D  +   +LL  D   +    +      V  MP++S ++G  KG++ T+++L   M+Q   P   A  +      +   C    FH+    N  + +I   G  + T+  F    FL+ L+D +   +      +  L+  P V+   L+SL  +  G     + +      R P +++ RE +G+ E G  VT T     + +I  +K +           LPNM   +K++    G  ++   + GE+C   PQ M GY    E++A    D + HTGD+GYYD  G VY V++   LI+    +VAP+ LE+ +     ++D AV+GIP++  G+VPRA+VV K   +   + + + + + L  H+ + GG+ FV  IP+    K+LR
Sbjct:  160 DIKIPDLTFSQMCWSRVDQYK-DNVALVDAVSGRSFTYTEARSLARSFGSGLLRLGGQPGDVVAIVLPNIPEYPVIFMGASEAGFVITTLNPAYTPTEIRGQLVNSEAKYVITIP-QLVDKVKEATMGTKI-KMIVPGEQ---KDASMTSLELLMKDKGDL-SSSVPSSTSSVAVMPYSSGTTGVPKGVMLTHRNLVGNMAQLAHP---AMEFMSP--EEVTVCVLPLFHIFAM-NVTMSNILWNGGKMVTVPMFEPNMFLKTLLDYRPTFLHLAPPLVGFLASHPAVTPEHLASLHTIFVGAAPAGTALINLFHKRAPKVRF-REGFGMTEMGPAVTFT-----RGNIEDTKGST-------GQLLPNMK--MKVLDLGTGEEMN-VGETGELCFTGPQVMPGYFKNAEATAETVVDGWLHTGDIGYYDQAGHVYLVDRKKELIKVKGLQVAPAELENLIRSMAGVLDVAVIGIPDERAGEVPRAYVV-KGDEKLETKVVEDFVAAALSKHKHLAGGVEFVAAIPKSAAGKILR 1674          
BLAST of EMLSAG00000002081 vs. C. finmarchicus
Match: gi|592956455|gb|GAXK01002101.1| (TSA: Calanus finmarchicus comp91458_c6_seq2 transcribed RNA sequence)

HSP 1 Score: 163.31 bits (412), Expect = 4.466e-42
Identity = 142/535 (26.54%), Postives = 248/535 (46.36%), Query Frame = 0
Query:   53 EXEIQKLNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSGA-KGILHTNKSL---MSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSIY--GISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECG-LVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSAFDN-DQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFXXXXXXXXXXMESRLQDHERIRGGLYFVQNIPRDENWKVLR 579
            + +I  L F +    ++ + + D + + D   GR   +    SL     SGL + G   GDV+ +   N  EY ++ +G    G ++  +N    P E+  Q+  S+ K ++      VD +        I K+I+ G +   +D  +   +LL  D   +    +      V  MP++S ++G  KG++ T+++L   M+Q   P   A  +      +   C    FH+    N  + +I   G  + T+  F    FL+ L+D +   +      +  L+  P V+   L+SL  +  G     + +      R P +++ RE +G+ E G  VT T     + +I  +K +           LPNM   +K++    G  ++   + GE+C   PQ M GY    E++A    D + HTGD+GYYD  G VY V++   LI+    +VAP+ LE+ +     ++D AV+GIP++  G+VPRA+VV K   +   + + + + + L  H+ + GG+ FV  IP+    K+LR
Sbjct:  160 DIKIPDLTFSQMCWSRVDQYK-DNVALVDAVSGRSFTYTEARSLARSFGSGLLRLGGQPGDVVAIVLPNIPEYPVIFMGASEAGFVITTLNPAYTPTEIRGQLVNSEAKYVITIP-QLVDKVKEATMGTKI-KMIVPGEQ---KDASMTSLELLMKDKGDL-SSSVPSSTSSVAVMPYSSGTTGVPKGVMLTHRNLVGNMAQLAHP---AMEFMSP--EEVTVCVLPLFHIFAM-NVTMSNILWNGGKMVTVPMFEPNMFLKTLLDYRPTFLHLAPPLVGFLASHPAVTPEHLASLHTIFVGAAPAGTALINLFHKRAPKVRF-REGFGMTEMGPAVTFT-----RGNIEDTKGST-------GQLLPNMK--MKVLDLGTGEEMN-VGETGELCFTGPQVMPGYFKNAEATAETVVDGWLHTGDIGYYDQAGHVYLVDRKKELIKVKGLQVAPAELENLIRSMAGVLDVAVIGIPDERAGEVPRAYVV-KGDEKLETKVVEDFVAAALSKHKHLAGGVEFVAAIPKSAAGKILR 1674          
BLAST of EMLSAG00000002081 vs. L. salmonis peptides
Match: EMLSAP00000002081 (pep:novel supercontig:LSalAtl2s:LSalAtl2s138:151856:349462:1 gene:EMLSAG00000002081 transcript:EMLSAT00000002081 description:"augustus_masked-LSalAtl2s138-processed-gene-3.0")

HSP 1 Score: 1287.32 bits (3330), Expect = 0.000e+0
Identity = 622/622 (100.00%), Postives = 622/622 (100.00%), Query Frame = 0
Query:    1 MRNLATPSFSGASNSRRGSSVGLVSMLSSPNQARYKGLISTAGIVKFSAWKREXEIQKLNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSGAKGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSIYGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSAFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVLAEYKPHVNNLIKRPNKLFKQLHPFKYVNDFEKKMLVIFRK 622
            MRNLATPSFSGASNSRRGSSVGLVSMLSSPNQARYKGLISTAGIVKFSAWKREXEIQKLNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSGAKGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSIYGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSAFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVLAEYKPHVNNLIKRPNKLFKQLHPFKYVNDFEKKMLVIFRK
Sbjct:    1 MRNLATPSFSGASNSRRGSSVGLVSMLSSPNQARYKGLISTAGIVKFSAWKREXEIQKLNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSGAKGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSIYGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSAFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVLAEYKPHVNNLIKRPNKLFKQLHPFKYVNDFEKKMLVIFRK 622          
BLAST of EMLSAG00000002081 vs. L. salmonis peptides
Match: EMLSAP00000001709 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1296:48150:50137:-1 gene:EMLSAG00000001709 transcript:EMLSAT00000001709 description:"maker-LSalAtl2s1296-augustus-gene-0.17")

HSP 1 Score: 213.386 bits (542), Expect = 1.366e-60
Identity = 152/547 (27.79%), Postives = 269/547 (49.18%), Query Frame = 0
Query:   44 IVKFSAWKREXEIQKLNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSGA-KGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIH-----CANYFFHMTGFY-NFALGSIYGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYL-NKEESSAFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVL 582
            ++++S ++ E  +  + + +FI + + + +     +  ++ GR   +  VHSL  K  S L + G  KGDV+ L   N  E+ I  +G  + G  +  +N    P+E+  Q+  S  K ++       +     E  + I+K+I+IG E T  D    M   + DDG    Q+   D  KD++ +P++S ++G  KG+  T+ +L++        + H F   IGD +          FFH+     + + G  +G+ + TL +F  + F+ +LV  K   +      +  ++ SPL+    LSS+K+L  G      T+  + +++  S    +E YG+ EC  VT   P   K+ I      ++         +PN  ++ KII    G  V GP + GE+CV  PQ M GY  NK+ +     + + HTGD+ YY+  G  Y V+++  LI+    +VAPS LE  +     + D A VG+P++ NG++PRA+VV K      E+ + + +  ++  H+++  G+ FV  +P+++  K+LR  L
Sbjct:   46 LIQYSPYE-EVVLPSIPYADFIWENLEDYKEREALVCGMT-GRTYTYEMVHSLSQKFGSALLRLGAKKGDVMGLVVPNIPEFVIAFMGCASIGVTLTTMNPTYRPEEIARQLDNSGAKYVMTIGLFLQNIKQSCEIYSGIQKIIVIGMEETPSDCKSFMEMAIFDDGSFFDQRETIDPHKDILALPYSSGTTGPPKGVALTHSNLVNNITQLSHPSIHNF---IGDEVEQHISIAVLPFFHIFAMTCSLSAGLRFGVKLITLPKFEPEMFINSLVQYKPTHMLVVPPLVSFMTSSPLIKPSLLSSIKMLNGGASTFGPTLIEKFMNKCDSDLRFQEGYGMTECSPVTHVQP---KDGIIYGSCGNL---------IPN--TIGKIIDIDTGK-VLGPGENGELCVSGPQIMQGYYKNKKATDKIIQNGWXHTGDIAYYNQDGQFYIVDRLKELIKVKGLQVAPSELEDLIRKYPGVDDVAXVGVPDERNGELPRAYVVRK-NRSVMEQGIIDFVTEKVAPHKKLGAGVMFVDTLPKNQTGKILRREL 571          
BLAST of EMLSAG00000002081 vs. L. salmonis peptides
Match: EMLSAP00000011903 (pep:novel supercontig:LSalAtl2s:LSalAtl2s83:250927:254806:1 gene:EMLSAG00000011903 transcript:EMLSAT00000011903 description:"maker-LSalAtl2s83-augustus-gene-2.4")

HSP 1 Score: 75.8702 bits (185), Expect = 1.036e-14
Identity = 108/500 (21.60%), Postives = 207/500 (41.40%), Query Frame = 0
Query:   97 VNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSGAKGILHTNKSLMSQ-FYSPDGAANHWFDQLIGDSIHCANYFFHMTGF-------YNFALGSIYGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSS----LKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSP-QCMLGYLNK--EESSAFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSN-NIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRS 580
            V K A  L +NG  KGDV+ +   N  + +I       C G+V      +  + L  +++E++ K ++C +  Y    D       +  +II       Q   IL  D+      ++P+++ FD     + +  + T+   KGI     SL +  F SP    N          I C   F H++GF        NF + + + IS   ++    +  +  L      +I   A  I  +++  +    + SS    +K +          I  ++     +++ V   Y + E G + L    ++ N                   + NM   I+ I    G  + GP+  GE+  ++P +  LGYLN+  E    F +D +  +GD+ +Y++ G +++  +I  +++     V P  +E+ +   N NI++A +     K    +    VV+K G+    E +   +  R+ D++ +   +   + +PR+ N K+LR+
Sbjct:   83 VPKFAKYLYENGLRKGDVVHIIIGNRGDVYIPVHATLLCQGVVSISVDNISTETLLSEVQETQAKFVICTNRTYYKVKD-------LSSIII---NLDTQLHAILEIDM--STQTQIPEQIEFDLQTLAVILWTSGTTGKPKGIQLNMVSLWNLLFLSPKTDGNML--------ITCN--FAHVSGFNYSCFWSINFDVCTFHFISPEDVTSLGVEKIIFTLSQIPFTTIVVSASHIVYIAEKIVNDQIEYSSNFDEVKNICPAGAHTYPGISDDLRKLFRNLENVPNLYAMTESGGLILISKDQRSNGGV----------------VGNMEVYIRDI--HSGERL-GPNTSGELIYRNPDKPTLGYLNRPDETKKFFLDDGWCCSGDMFHYNDHGELFYEGRIKEMLKSNGSHVYPIEIETIIQSMNSNIIEAGLFSKTEKIQ-TILGGIVVIKKGYRIDPEEIRQFVNDRIDDYKHLEIIILTNEPLPRNPNGKLLRN 540          
BLAST of EMLSAG00000002081 vs. L. salmonis peptides
Match: EMLSAP00000007696 (pep:novel supercontig:LSalAtl2s:LSalAtl2s448:237586:242919:1 gene:EMLSAG00000007696 transcript:EMLSAT00000007696 description:"maker-LSalAtl2s448-augustus-gene-2.14")

HSP 1 Score: 74.3294 bits (181), Expect = 3.795e-14
Identity = 83/324 (25.62%), Postives = 142/324 (43.83%), Query Frame = 0
Query:  276 FFHMTGFY----NFALGSIYGISIYTLSE---FSEQNFLEALVDXKTASISC---YAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKI-ISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSAFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIV-DAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIR-----GGLYFVQNIPRDENWKVLRSVL 582
            FFH  GF     N       GI + + +E   FS  +   A+   K   I C   +A ++   S   L S +DLSS+ V+    G +++    +  ++ PS+K + + YG  E   ++L                 + D H     L  ++   ++ I   +G P+ GP+  G+I VK    M  Y+   E +    D +F+ GD+GYYD+ G ++F  +  +L++   + V P  +ES +    + V D  V G  +K   +     +VL     E   +L N++E   + ++  R     GG+     IPR+ N K+ R  L
Sbjct:  252 FFHPGGFTEGLRNILPQKRTGIILRSPNEYVDFSTTHLFNAIQTTKPNMIICSPEFAVKMNGASND-LSSQFDLSSVFVIYPIGGSINTNYEKKARNQFPSLKMICKGYGSTETLSISL----------------GISDQH-----LGRLFPKYQLRILNPNGEPL-GPNSVGDIVVKPGYGMRRYIGDHEYN-ITQDGFFYMGDVGYYDSAGKIFFKCRSKDLVKVHNHHVYPQEIESFISSKCSFVKDIGVFGQKDKNGIERLSGVIVLH--HIEKGLSLQNVLERTFEAYKFPRYKWLQGGVRVTSAIPRNANGKIFRGRL 549          
BLAST of EMLSAG00000002081 vs. L. salmonis peptides
Match: EMLSAP00000004507 (pep:novel supercontig:LSalAtl2s:LSalAtl2s235:163315:165883:-1 gene:EMLSAG00000004507 transcript:EMLSAT00000004507 description:"maker-LSalAtl2s235-augustus-gene-1.27")

HSP 1 Score: 73.9442 bits (180), Expect = 4.666e-14
Identity = 61/260 (23.46%), Postives = 122/260 (46.92%), Query Frame = 0
Query:  334 VSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLG------YLNKEES--SAFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVV---LKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVL 582
            V N D SSL+ L    G +   I +E  +      +  +  G N C +V   +  E      + + +++  + +  +G+     +  ++    GN +   ++QG +C+K+P   +       +   +E+  SAF    Y+ TGD  Y   +G +  V +I+++I    + +  + +E  L   +NIV+AAVVG P+   G+   AFVV   L  G ++ E+ +  L++  +     +     F +++P+  + K++R +L
Sbjct:  317 VLNSDKSSLRTL----GSVGEPINIEAWN------WYNDLVGRNRCDIVDTWWQTETGGICITPRPSELNAEIVPALGMRPFLGINPVLLDDKGNEIKENNKQGSLCLKTPWPGMARSIYDDHKRYQETYFSAFPG--YYFTGDGAYRTKEGYISIVGRIDDVINVSGHRLGTAEVEDVLTKHDNIVEAAVVGXPHDIKGEAIYAFVVPKNLDEGVKKFEKGIQKLVKDNISGFA-VPEKFQFCEDLPKTRSGKIMRRIL 563          
BLAST of EMLSAG00000002081 vs. L. salmonis peptides
Match: EMLSAP00000010401 (pep:novel supercontig:LSalAtl2s:LSalAtl2s68:357669:363984:1 gene:EMLSAG00000010401 transcript:EMLSAT00000010401 description:"maker-LSalAtl2s68-augustus-gene-3.30")

HSP 1 Score: 65.4698 bits (158), Expect = 2.018e-11
Identity = 47/154 (30.52%), Postives = 80/154 (51.95%), Query Frame = 0
Query:  432 GPDQQGEICV-KSPQCMLGYLNKEESSA--FDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLG-SNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQN-IPRDENWKVLRS 580
            GP++ GE+   K+     GYLN+ E +   F+ D + HTGD  +Y  QG  +F  +IN +I+     V P  LE  L    ++I++  VV +  K+   V  A +V+K   +   E +   +  ++ +++RI G L   +  +PR+   K+LRS
Sbjct:  329 GPNKIGELMFRKANATSTGYLNRSEENEKMFEKDGWTHTGDFFHYTEQGEFFFHSRINEMIKCQGSHVYPIELEGLLKAMHDDIIEVGVVPVVEKKQ-TVLGAIIVVKNDKKINVETIRKELNKKVDEYKRIEGQLLLTKEPLPRNAMGKLLRS 481          
BLAST of EMLSAG00000002081 vs. L. salmonis peptides
Match: EMLSAP00000006309 (pep:novel supercontig:LSalAtl2s:LSalAtl2s343:300230:343872:-1 gene:EMLSAG00000006309 transcript:EMLSAT00000006309 description:"maker-LSalAtl2s343-augustus-gene-3.23")

HSP 1 Score: 66.2402 bits (160), Expect = 2.038e-11
Identity = 65/249 (26.10%), Postives = 120/249 (48.19%), Query Frame = 0
Query:  338 DLSSLKVLMTGCGLLSSTIRMEV---LDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGN--PVDGPDQQGEICVKSPQCMLGYLNKEESS--AFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLR 579
            D+SS+++ +TG     S   +EV    ++  ++K +   YG  E G  T     E           D  +  I  +G P  +   KI+  Q+G   PV+ P   GE+ V++P  M GY   ++SS  A   D+Y+H+GDL     +G    + ++++++      + P  +E  LL   NIV+  ++G+P+   G+   A++ L+ G +E   +L    + ++  H +I     FV++ P+  + KV +
Sbjct:  679 DVSSVELGITG----GSNCLVEVCEDFEKHLNMKSLMNIYGATETGPATFVPSPE-----------DSFEVRINTVGPPLGHVEAKIVD-QNGKILPVNTP---GELWVRTPGLMHGYYKDQKSSQKAIGPDRYYHSGDLAMITEKGYGKIIGRLDDMVNRGGENIYPKEIEDFLLKHPNIVEVYIIGVPDDYMGEELCAWICLEEGAKEF--DLKEHCKGKIA-HFKIPKYSMFVKDFPKTLSGKVKK 905          

HSP 2 Score: 65.855 bits (159), Expect = 2.482e-11
Identity = 63/231 (27.27%), Postives = 114/231 (49.35%), Query Frame = 0
Query:  353 SSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGN--PVDGPDQQGEICVKSPQCMLGYLNKEESS--AFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLR 579
            + T+ + VL+   + K +R  YG  E G V+          IA  K  D  +  I  +G P  +   KI+  Q+G   PV+ P   GE+ V++P  M GY   ++SS      D+Y+H+GDLG    +G    + ++++++      + P  +E  LL   +IV+  +VG+P+   G+   A++ L+ G +E   +L    + ++  H +I     FV++ P+  + KV +
Sbjct:   97 TPTMYIAVLE---AQKKLRNIYGATETGPVSF---------IACPK--DSFEVRINTVGPPLGHIEAKIVD-QNGKILPVNTP---GELWVRTPGLMHGYYKDQKSSKKVIGPDRYYHSGDLGMITEKGYCKIIGRLDDMVIRGGENIYPKEIEDFLLKHPSIVEVYIVGVPDDYMGEELCAWICLEEGAKEF--DLKEHCKGKIA-HFKIPKYPMFVKDFPKTLSGKVKK 306          

HSP 3 Score: 65.4698 bits (158), Expect = 3.528e-11
Identity = 65/253 (25.69%), Postives = 123/253 (48.62%), Query Frame = 0
Query:  334 VSNYDLSSLKVLMTGCGLLSSTIRMEV---LDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGN--PVDGPDQQGEICVKSPQCMLGYLNKEESS--AFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLR 579
            V  +++ ++K+ +TG     S   +E     ++  ++K +   YG  E G V+          IA  K  D  +  I  +G P  +   KI+  Q+G   PV+ P   GE+ V++P  M GY   ++SS      D+Y+H+GDLG    +G    + ++++++      + P  +E  LL   +IV+  +VG+P+   G+   A++ L+ G +E   +L    + ++  H +I     FV++ P+  + KV +
Sbjct:  304 VKKFEMKAIKLGITG----GSNCLVEACKDFEKHLNMKSLMNIYGATETGPVSF---------IACPK--DSFEVRINTVGPPLGHIEAKIVD-QNGKILPVNTP---GELWVRTPGLMHGYYKDQKSSKKVIGPDRYYHSGDLGMITEKGYCKIIGRLDDMVIRGGENIYPKEIEDVLLKHPSIVEVYIVGVPDNYMGEELCAWICLEEGAKEF--DLKEHCKGKIS-HFKIPKYPMFVKDFPKTLSGKVKK 534          
BLAST of EMLSAG00000002081 vs. L. salmonis peptides
Match: EMLSAP00000002083 (pep:novel supercontig:LSalAtl2s:LSalAtl2s138:399496:447452:1 gene:EMLSAG00000002083 transcript:EMLSAT00000002083 description:"maker-LSalAtl2s138-snap-gene-4.7")

HSP 1 Score: 60.4622 bits (145), Expect = 1.212e-10
Identity = 37/112 (33.04%), Postives = 62/112 (55.36%), Query Frame = 0
Query:  486 NNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVLAEYKPHV----NNLI 593
            NNL  +    +    LE  L     + DA V G+  +  G++PR +V LK G++ + E++ + M +++ D E++RGGL  +  I RD N KV+ + L +Y  +V    N+LI
Sbjct:   85 NNLTYWLQITINTEALEEYLKSHPAVEDAVVRGVTIEGIGELPRGYVSLKQGYDTSSEDILSNMNAKVLDTEQLRGGLVIIDKIGRDMNGKVIMN-LEKYDKNVVGTDNDLI 195          
BLAST of EMLSAG00000002081 vs. L. salmonis peptides
Match: EMLSAP00000006946 (pep:novel supercontig:LSalAtl2s:LSalAtl2s393:601207:603901:-1 gene:EMLSAG00000006946 transcript:EMLSAT00000006946 description:"maker-LSalAtl2s393-augustus-gene-5.43")

HSP 1 Score: 59.3066 bits (142), Expect = 2.299e-9
Identity = 48/181 (26.52%), Postives = 86/181 (47.51%), Query Frame = 0
Query:  419 IKIISRQDGNPVDGPDQQGEICVK---SPQCMLGYLNKEES------SAFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGG------LYFVQNIPRDENWKVLRSVLAE 584
            I+++     N  +G  + G I  K   +P C+      +E       S F    ++ T D G  ++ G V  + + +++I    + ++ S LE  L+   ++VD AVVG+ ++  GQ+P   +VLK  F   +E+L++L E  +Q      G       L  V N+PR  + K+ R  +A+
Sbjct:  432 IRVVDENGKNVANG--EMGRIVCKLPIAPGCLSTLYGNDEGFVGTYFSRFPG--FYDTMDAGXIESNGYVKXLARDDDVINVAGHRLSISRLEEVLISHPDVVDCAVVGVRDELKGQIPIGLIVLKKHFH--QEDLSSLKEELVQQVRSNVGAVAXLKILLSVNNLPRTRSGKITRKCIAD 606          
BLAST of EMLSAG00000002081 vs. SwissProt
Match: gi|74897041|sp|Q54P77.1|4CL1_DICDI (RecName: Full=Probable 4-coumarate--CoA ligase 1; Short=4CL 1; AltName: Full=4-coumaroyl-CoA synthase 1)

HSP 1 Score: 207.223 bits (526), Expect = 4.862e-58
Identity = 164/567 (28.92%), Postives = 269/567 (47.44%), Query Frame = 0
Query:   38 LISTAGIVKFSAWKREXEIQKLNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENT-NMIEKLIII---GNECTAQDKVILMTD--------LLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSGA-KGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSI-YGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRIL-SQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESS--AFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVLAEYKP 587
            +I   G   F++      I +    + IL+ I  K PD++ + D    +      V   + KVA GL K    KGDVL +   N  EY  +  G    GGI   VN +   +EL   +     + L      Y    + L+     +EK+I++   G      D++ L +D        L+N++GK  P  V  D  KD   +PF+S ++G  KG+  ++ +++S  Y         + +   D++     FFH+ G   F +  +  G  +  L +F    FLE +   K A IS     + I+ ++SP+V  +DLSSL+ L +G   LSS +   + +R      +++ YG  E        P    + +  S +A +         LPN   + KIIS + G  + G  ++GEIC+K P  MLGY N E+++    D D +  TGD+GY D  G  + V++   LI+   ++V P+ LE+ LL    + DA VVG+   + G+VPR FVV+K     TE+ L +    ++ +++  RGG++F+  IP+    K+LR  L ++ P
Sbjct:    2 IIKVKGQTYFTSKYPNIIIPEKPVPQLILKHIRSK-PDQVLLVDGLTFKEYSSHFVADTIEKVACGLNKLNIKKGDVLGVILPNLPEYVPIFHGTLLMGGITSLVNPDYTIEELSHTLATVSPRYLAVTLAVYEKIKNDLKRVFPSVEKVILVDIAGQTLKEIDQLTLSSDGIVMSFNQLINNNGKDYPI-VRIDPKKDTAIIPFSSGTTGLFKGVCLSHHNIVSNTYQTQTIETSTYKK--NDTVMGILPFFHIYGLMLFLMLMVKQGHRVVVLPKFEPVRFLELIQKYKVA-ISFIVPPVAIMFAKSPIVDKFDLSSLRTLFSGAAPLSSEVEDLIKERFKGRLVIKQGYGATELSPACFVIP----SGLVKSGSAGI--------LLPN--QLAKIISPETGENL-GMGEKGEICIKGPNVMLGYYNNEKATNEVIDKDGFLKTGDIGYVDEDGYYFIVDRSKELIKCKGFQVPPAELEALLLSHPKVADACVVGLSKGDMGEVPRGFVVIKQNESLTEKELLDWAHPKIANYKHFRGGIFFIPAIPKSATGKLLRKNLKDFNP 548          
BLAST of EMLSAG00000002081 vs. SwissProt
Match: gi|74897042|sp|Q54P78.1|4CL2_DICDI (RecName: Full=Probable 4-coumarate--CoA ligase 2; Short=4CL 2; AltName: Full=4-coumaroyl-CoA synthase 2)

HSP 1 Score: 202.601 bits (514), Expect = 2.501e-56
Identity = 158/542 (29.15%), Postives = 259/542 (47.79%), Query Frame = 0
Query:   63 EFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENT-NMIEKLII----------IGNECTAQDKVIL-MTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSGA-KGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSI-YGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRIL-SQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESS--AFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVLAEYKP 587
              IL+ I  K PD++ + D    +      V   + KVA GL K    KGDVL +   N  EY  +  G    GGI   VN +   +EL   +     + L      Y    + L+     +EK+I+          IG    + D +++    L+N++GK  P  V  D  KD   +PF+S ++G  KG+  ++ +L+S  +         + +   D++     FFH+ G   + +  +  G  +  L +F    FL+ +   K A IS     I I+ ++SP+V  +DLSSL+ L +G   LS  +   + +R      +++ YG  E        P    + +  S +A +         LPN   ++KIIS + G  + G  ++GEIC+K P  MLGY N E+++    D D +F TGD+GY D  G  + V++   LI+   ++V P+ LE+ LL    + DA VVG+   + G+VPR FVV+K     TE+ L +    ++ +++  RGG++F+  IP+    K+LR  L +  P
Sbjct:   27 HLILKHIRSK-PDQVLLVDGLTFKEYSSHFVADTIEKVACGLNKLNIKKGDVLGVILPNLPEYVPIFHGTLLMGGITSLVNPDYTIEELSHTLATVSPRYLAVTLAVYEKIKNDLKRVFPSVEKVILVDIAGQTLKEIGQLTLSSDGIVMSFNQLINNNGKDYPI-VRIDLKKDTAIIPFSSGTTGLFKGVCLSHHNLVSNTHQTQTVETTNYKK--NDTVMGQLPFFHIYGLMTYLILMVKQGHCVVILPKFEFVRFLDLIQKYKVA-ISFIVPPIAIMFAKSPIVDKFDLSSLRTLFSGAAPLSREVEDLIKERFKGKLIIKQGYGATELSPACFVIP----SGLIKSGSAGIL--------LPN--QLVKIISPETGENL-GMGEKGEICIKGPNVMLGYYNNEKATNEVIDKDGFFKTGDIGYVDEDGYYFIVDRSKELIKCKGFQVPPAELEALLLSHPKVADACVVGLSKGDMGEVPRGFVVIKQNESLTEKELLDWAHPKIANYKHFRGGIFFIPAIPKSATGKLLRKNLKDINP 548          
BLAST of EMLSAG00000002081 vs. SwissProt
Match: gi|182627620|sp|Q54P79.2|4CL3_DICDI (RecName: Full=Probable 4-coumarate--CoA ligase 3; Short=4CL 3; AltName: Full=4-coumaroyl-CoA synthase 3)

HSP 1 Score: 201.445 bits (511), Expect = 6.567e-56
Identity = 165/547 (30.16%), Postives = 258/547 (47.17%), Query Frame = 0
Query:   63 EFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENT-NMIEKLIII---GNECTAQDKVILMTD--------LLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSGA-KGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGF-YNFALGSIYGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRIL-SQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESS--AFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVLAEYKPHVNNL 592
              IL+ I  K PD++ + D    +      V   + KVA GL K    KGDVL +   N  EY  +  G    GGI   VN +   +EL   +     + L      Y    + L+     +EK+I++   G      D++ L +D        L N++GK  P  V  D  KD   +PF+S ++G  KG+  ++ +L+S  Y         + +   DS+     FFH  G   +  L    G  I TL +F    FLE +   K A +S     I I+ ++SP+V  +DLSSL+ L  G   L S I   + +R      +++ YG  E        P    N +  S ++           LPN+  + KIIS + G  + G  ++GEIC+K P  MLGY N E+++    D D +  TGD+GY D  G  + +++   LI+   ++V P+ LE+ LL    + DA VVG+   + G+VPR FVV+K     TE+ L +    ++ +++  RGG++F+  IP+    K+LR  L ++    NNL
Sbjct:   27 HLILKHIRYK-PDQVLLVDGLTFKEYSSHFVADTIEKVACGLNKLNIKKGDVLGVILPNLPEYVPIFHGTLLMGGITSLVNPDYTIEELSHTLATVSPRYLAVTLAVYEKIKNDLKRVFPSVEKVILVDIAGQTLKEIDQLTLSSDGIVMSFNQLTNNNGKDYPI-VRIDLTKDTAIIPFSSGTTGLFKGVCLSHYNLVSNTYQTQTIETSTYKK--NDSVIGVLPFFHSFGLMLHIMLMVKQGYRIVTLPKFEPVRFLELIKKYKVA-MSFIVPPIAIMFAKSPIVDKFDLSSLRTLFCGAAPLGSEIEDLIKERFKGRLVIKQGYGATELSPCCFVTP----NGLVKSGSSGTL--------LPNL--LAKIISSETGENL-GMGEKGEICIKGPNVMLGYYNNEKATNEVIDKDGFLKTGDIGYVDEDGYFFIIDRSKELIKCKGFQVPPAELEALLLSHPKVADACVVGLSKGDMGEVPRGFVVIKQNESLTEKELLDWAHPKIANYKHFRGGIFFIPAIPKSATGKLLRKNLKDF----NNL 549          
BLAST of EMLSAG00000002081 vs. SwissProt
Match: gi|75296548|sp|Q7XXL2.2|4CLL9_ORYSJ (RecName: Full=4-coumarate--CoA ligase-like 9)

HSP 1 Score: 191.815 bits (486), Expect = 2.912e-52
Identity = 148/532 (27.82%), Postives = 264/532 (49.62%), Query Frame = 0
Query:   63 EFILQKIGEKEPDRIWIKDLSIG-RMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAK--DVIYMPFTSTSSG-AKGILHTNKSLMSQFYSPDGA-ANHWFDQLIGDSIHCANYFFHMTGFYNFALGSI-YGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLS--SLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGN--PVDGPDQQGEICVKSPQCMLGYLNKEESS--AFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVL 582
            EF+L    E   DR+ + + + G R   +G V     + A  L   G  KG V+ +   N   Y +++LG+ + G +   VN      E++ Q+ +S+ K++V ++  +    D +++  +   +I +G+        I    LL    +     V  D A+  D+  +P++S ++G +KG++ ++++L+S   S   A A     Q++   +     FFH+ G       ++ +  ++  +  F  + FL ALVD +          +  + +SP+   +DLS  +LK +MT    L+  +      + P ++ V EAYGL E   +TLT+     +   + K++       +   LPN+   +K +    G   P + P   GE+CV+S   M GY  ++E +    D   + HTGD+GY D  G V+ V++I  LI++  ++VAP+ LE+ LL   ++ DAAV G+P++E G+VP A VV + G EE EE +   +  R+  ++R+R  L+ V  IP+  + K+LR  L
Sbjct:   37 EFVLDG-AEAYADRVALVEAAAGGRSYTYGEVARDTARFARALRSVGVRKGHVVVVALPNLAVYPVVSLGIMSAGAVFSGVNPRALAAEIKKQVEDSEAKLVVANEVAF----DKVKDAGV--PVIGVGDR-ERMPGAISWDGLLAAADRTGAGVVPVDAAQQSDLCALPYSSGTTGVSKGVMLSHRNLVSNLCSSMFAVAPETAGQVVTLGLMP---FFHIYGITGICCATLRHKGTVVVMDRFDLRTFLRALVDHRVMFAPLVPPVMLAMVKSPVADEFDLSDLALKSVMTAAAPLAPDLLAAFQRKFPGVQ-VEEAYGLTEHSCITLTHAAGDGHGHVAKKSS-------VGFILPNLE--VKFVDPDTGRSLPANTP---GELCVRSQSVMQGYYKRKEETERTVDGKGWLHTGDVGYIDGDGDVFIVDRIKELIKYKGFQVAPAELEAVLLSHPSVEDAAVFGVPDEEAGEVPVACVVRRHGAEEGEEEIVAYVAERVASYKRVR-VLHIVDAIPKSVSGKILRRQL 543          
BLAST of EMLSAG00000002081 vs. SwissProt
Match: gi|12229666|sp|Q9S777.1|4CL3_ARATH (RecName: Full=4-coumarate--CoA ligase 3; Short=4CL 3; AltName: Full=4-coumarate--CoA ligase isoform 3; Short=At4CL3; AltName: Full=4-coumaroyl-CoA synthase 3)

HSP 1 Score: 187.963 bits (476), Expect = 5.961e-51
Identity = 141/528 (26.70%), Postives = 254/528 (48.11%), Query Frame = 0
Query:   59 LNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSG-AKGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSIY-GISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLV---TLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEE--SSAFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLR 579
            L  H +  +K+     D+  +   S G+   +G  H +  +VASGL K G  KGDV+ +   N  E+    +G    G +    N      EL  Q++ S  K+++     YVD L      N+ E L +I  +    +  +  + L+ DD     Q+ +     D   +PF+S ++G  KG++ T+KSL++         N        D I C    FH+    +  L S+  G ++  + +F     L+ +   +    +     +  L+++P V++YDLSS++ +++G   L   ++  +  R+P    + + YG+ E G V   +L + +E   + + S    V +  +  + L    S+             G +Q GEIC++  Q M  YLN  E  S+  D + + HTGD+GY D    ++ V+++  +I+F  ++V P+ LES L+  ++I DAAVV   ++  G+VP AFVV   G + TEE++   +  ++  ++R+   ++FV +IP+  + K+LR
Sbjct:   48 LPLHTYCFEKLSSVS-DKPCLIVGSTGKSYTYGETHLICRRVASGLYKLGIRKGDVIMILLQNSAEFVFSFMGASMIGAVSTTANPFYTSQELYKQLKSSGAKLIITHS-QYVDKLK-----NLGENLTLITTDEPTPENCLPFSTLITDDETNPFQETVDIGGDDAAALPFSSGTTGLPKGVVLTHKSLITSVAQQVDGDNPNLYLKSNDVILCVLPLFHIYSLNSVLLNSLRSGATVLLMHKFEIGALLDLIQRHRVTIAALVPPLVIALAKNPTVNSYDLSSVRFVLSGAAPLGKELQDSLRRRLPQ-AILGQGYGMTEAGPVLSMSLGFAKEPIPTKSGSCGTVVRNAELKVVHLETRLSL-------------GYNQPGEICIRGQQIMKEYLNDPEATSATIDEEGWLHTGDIGYVDEDDEIFIVDRLKEVIKFKGFQVPPAELESLLINHHSIADAAVVPQNDEVAGEVPVAFVVRSNGNDITEEDVKEYVAKQVVFYKRLH-KVFFVASIPKSPSGKILR 553          
BLAST of EMLSAG00000002081 vs. SwissProt
Match: gi|1168218|sp|P41636.1|4CL_PINTA (RecName: Full=4-coumarate--CoA ligase; Short=4CL; AltName: Full=4-coumaroyl-CoA synthase [Pinus taeda])

HSP 1 Score: 186.422 bits (472), Expect = 1.828e-50
Identity = 144/527 (27.32%), Postives = 258/527 (48.96%), Query Frame = 0
Query:   59 LNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSG-AKGILHTNKSLMSQFYSP-DGA-ANHWFDQLIGDSIHCANYFFHMTGFYNFALGSI-YGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSA--FDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLR 579
            L  H +  +++ E   DR  + D +  R   F  V  +  KVA+GL K G  +G V+ L   N +E+  + +G    G IV   N    P E+  Q + +  +I+V     YV+ L  L++ +    +++I  +   ++    ++ L   D  + P   I     DV+ +P++S ++G  KG++ T+K L+S      DG   N +F     D I C    FH+    +  L ++  G +   + +F+    LE +   K          +  +++SP+VS YD+SS++++M+G   L   +   + +R P   +  + YG+ E G V        KN       +          G     + IKI+  + G  +   +Q GEIC++ P+ M GY+N  ES+A   D + + HTGD+ Y D+   ++ V+++  +I++  ++VAP+ LE+ L+   +I DAAVV   ++E G+VP AFVV     E +E+ +   +  ++  +++I   +YFV  IP+  + K+LR
Sbjct:   25 LPLHSYCFERVAEFA-DRPCLIDGATDRTYCFSEVELISRKVAAGLAKLGLQQGQVVMLLLPNCIEFAFVFMGASVRGAIVTTANPFYKPGEIAKQAKAAGARIIVTLA-AYVEKLADLQSHD----VLVITIDDAPKEGCQHISVLTEADETQCPAVKI--HPDDVVALPYSSGTTGLPKGVMLTHKGLVSSVAQQVDGENPNLYFHS--DDVILCVLPLFHIYSLNSVLLCALRAGAATLIMQKFNLTTCLELIQKYKVTVAPIVPPIVLDITKSPIVSQYDVSSVRIIMSGAAPLGKELEDALRERFPKAIF-GQGYGMTEAGPVLAMNLAFAKNPFPVKSGS---------CGTVVRNAQIKILDTETGESLPH-NQAGEICIRGPEIMKGYINDPESTAATIDEEGWLHTGDVEYIDDDEEIFIVDRVKEIIKYKGFQVAPAELEALLVAHPSIADAAVVPQKHEEAGEVPVAFVV--KSSEISEQEIKEFVAKQVIFYKKIH-RVYFVDAIPKSPSGKILR 527          
BLAST of EMLSAG00000002081 vs. SwissProt
Match: gi|75311450|sp|Q9LQ12.1|4CLL1_ARATH (RecName: Full=4-coumarate--CoA ligase-like 1; AltName: Full=4-coumarate--CoA ligase isoform 10; Short=At4CL10)

HSP 1 Score: 182.956 bits (463), Expect = 3.210e-49
Identity = 154/545 (28.26%), Postives = 274/545 (50.28%), Query Frame = 0
Query:   58 KLNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNY-----------VDGLDFLENTNMIEKLIIIGNECTAQD-KVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSG-AKGILHTNKSLMSQFYSPD-GAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSIYGIS-IYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKV--LMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTY-PREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGY-LNKEES-SAFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVL 582
            KL   EF+LQ + E   +  +++ ++ G+   +G+V     ++A  LT  G  KG V+ +   N  EY I+ALG+ + GG+    N      E++ Q+  S  + ++ D  NY           V G + +E     + L+  G++C   D + IL TDL                      +PF+S ++G  KG++ T+++L++   S   G  +    Q++   +     FFH+ G       ++     +  +S +  + FL AL+  + +        I  L ++P+V  +DLS LK+  +MT    L+  +      + P+++ V+EAYGL E   +TLT+   EK   IA   +        +   LPN+   +K I    G  +   +  GE+CV+S   M GY +NKEE+    D   + HTGD+GY D+ G ++ V++I  LI++  ++VAP+ LE+ LL   ++ D AVV +P++E G++P A VV+ P   E EE++ N + + +  ++++R  ++FV +IP+  + K++R +L
Sbjct:   25 KLTLPEFVLQGVEEYTENVAFVEAVT-GKAVTYGDVVRDTKRLAKALTSLGLRKGQVMVVVLPNVAEYGIIALGIMSAGGVFSGANPTALVSEIKKQVEASGARGIITDATNYEKVKSLGLPVIVLGEEKIEGAVNWKDLLEAGDKCGDTDNEEILQTDLC--------------------ALPFSSGTTGLQKGVMLTHRNLIANLCSTLFGVRSEMIGQIVTLGLI---PFFHIYGIVGICCATMKNKGKVVAMSRYDLRIFLNALIAHEVSFAPIVPPIILNLVKNPIVDEFDLSKLKLQSVMTAAAPLAPELLTAFEAKFPNVQ-VQEAYGLTEHSCITLTHGDPEKGQGIAKRNS--------VGFILPNLE--VKFIDPDTGRSLP-KNTSGELCVRSQCVMQGYFMNKEETDKTIDEQGWLHTGDIGYIDDDGDIFIVDRIKELIKYKGFQVAPAELEAILLTHPSVEDVAVVPLPDEEAGEIPAACVVINPKATEKEEDILNFVAANVAHYKKVR-AVHFVDSIPKSLSGKIMRRLL 532          
BLAST of EMLSAG00000002081 vs. SwissProt
Match: gi|76789647|sp|Q42982.2|4CL2_ORYSJ (RecName: Full=Probable 4-coumarate--CoA ligase 2; Short=4CL 2; Short=Os4CL2; AltName: Full=4-coumaroyl-CoA synthase 2)

HSP 1 Score: 179.874 bits (455), Expect = 6.329e-48
Identity = 139/538 (25.84%), Postives = 245/538 (45.54%), Query Frame = 0
Query:   59 LNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEK---------LIIIGNECTAQDKVILMTDLLND-DGKKVPQKVIFDWAKDVIYMPFTSTSSG-AKGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSI-YGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSA--FDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVL 582
            L  HE+   +  E  PD   +   + GR   F     L  + A+ L + G   GD + +   N VE+ +        G +    N    P E+  Q + S  K+++     YVD L   E    I+          +I I ++    +  +   DL+ D D   VP+  I     D + +PF+S ++G  KG++ T++S++S         N       GD   C    FH+    +  L ++  G ++  +  F     L A+   +    +     +  L+++P V  +DLSS++++++G   L   +   +  R+P   +  + YG+ E G V    P   K    +   +          G     + +K++    G  + G +  GEIC++ PQ M GYLN  E++A   D + + HTGD+GY D+   V+ V+++  LI+F  ++V P+ LES L+   +I DAAVV   +   G+VP AFVV     + TEE++   +  ++  ++R+   ++F+  IP+  + K+LR  L
Sbjct:   41 LPLHEYCFARAAEL-PDAPCLIAAATGRTYTFAETRLLCRRAAAALHRLGVGHGDRVMVLLQNCVEFAVAFFAASFLGAVTTAANPFCTPQEIHKQFKASGVKLILTQSV-YVDKLRQHEAFPRIDACTVGDDTLTVITIDDDEATPEGCLPFWDLIADADEGSVPEVAI--SPDDPVALPFSSGTTGLPKGVVLTHRSVVSGVAQQVDGENPNLHMGAGDVALCVLPLFHIFSLNSVLLCAVRAGAAVALMPRFEMGAMLGAIERWRVTVAAVVPPLVLALAKNPFVERHDLSSIRIVLSGAAPLGKELEDALRARLPQAIF-GQGYGMTEAGPVLSMCPAFAKEPTPAKSGS---------CGTVVRNAELKVVDPDTGFSL-GRNLPGEICIRGPQIMKGYLNDPEATAATIDVEGWLHTGDIGYVDDDDEVFIVDRVKELIKFKGFQVPPAELESLLIAHPSIADAAVVPQKDDVAGEVPVAFVVRAADSDITEESIKEFISKQVVFYKRLH-KVHFIHAIPKSASGKILRREL 562          
BLAST of EMLSAG00000002081 vs. SwissProt
Match: gi|12229631|sp|O24145.1|4CL1_TOBAC (RecName: Full=4-coumarate--CoA ligase 1; Short=4CL 1; AltName: Full=4-coumaroyl-CoA synthase 1)

HSP 1 Score: 177.563 bits (449), Expect = 2.677e-47
Identity = 142/534 (26.59%), Postives = 258/534 (48.31%), Query Frame = 0
Query:   57 QKLNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSG-AKGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFAL-GSIYGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRI-LSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLV---TLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSA--FDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVL 582
            + L  H +  + I E    R  + + +  ++  +  V     KVA GL K G  + D + +   N  E+    +G    G I    N    P E+  Q + S  KI++          D+    ++  K+I I    +A +  +  ++L   D  ++P+  I     DV+ +P++S ++G  KG++ T+K L++         N        D + C    FH+    +  L G   G +I  + +F    FLE L+     SI  +   I + +++SP+V +YDLSS++ +M+G   L   +   V  + P+ K + + YG+ E G V    L + +E  + I S     V  +           + +KI+    G  +   +Q GEIC++  Q M GYLN  E++    D + + HTGD+G+ D    ++ V+++  LI++  ++VAP+ +E+ LL   NI DAAVV + +++ G+VP AFVV   G   TE+ + + +  ++  ++R++  ++FV+ +P+  + K+LR  L
Sbjct:   28 KHLPLHSYCFENISEFS-SRPCLINGANDQIYTYAEVELTCRKVAVGLNKLGIQQKDTIMILLPNSPEFVFAFMGASYLGAISTMANPLFTPAEVVKQAKASSAKIIITQSCFVGKVKDYASENDV--KVICID---SAPEGCLHFSELTQSDEHEIPEVKI--QPDDVVALPYSSGTTGLPKGVMLTHKGLVTSVAQQVDGENANLYMHSEDVLMCVLPLFHIYSLNSILLCGLRVGAAILIMQKFDIAPFLE-LIQKYKVSIGPFVPPIVLAIAKSPIVDSYDLSSVRTVMSGAAPLGKELEDAVRTKFPNAK-LGQGYGMTEAGPVLAMCLAFAKEPFD-IKSGACGTVVRN-----------AEMKIVDPDTGCSLPR-NQPGEICIRGDQIMKGYLNDPEATTRTIDKEGWLHTGDIGFIDEDDELFIVDRLKELIKYKGFQVAPAEIEALLLNHPNISDAAVVPMKDEQAGEVPVAFVVRSNGSAITEDEVKDFISKQVIFYKRVK-RVFFVETVPKSPSGKILRKDL 537          
BLAST of EMLSAG00000002081 vs. SwissProt
Match: gi|148841518|sp|Q9S725.2|4CL2_ARATH (RecName: Full=4-coumarate--CoA ligase 2; Short=4CL 2; AltName: Full=4-coumarate--CoA ligase isoform 2; Short=At4CL2; AltName: Full=4-coumaroyl-CoA synthase 2)

HSP 1 Score: 174.481 bits (441), Expect = 3.881e-46
Identity = 141/533 (26.45%), Postives = 251/533 (47.09%), Query Frame = 0
Query:   59 LNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKV---PQKVIFDWAKDVIYMPFTSTSSG-AKGILHTNKSLMSQFYSP-DGA-ANHWFDQLIGDSIHCANYFFHMTGFYNFALGSI-YGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNK--EESSAFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVL 582
            L  H++I + I E       I   + G +  + +VH    K+A+GL   G  + DV+ +   N  E  +  L     G I    N    P E+  Q + S  K++V     YVD +  L+N  +   LI+  +     +  +  ++L   +  +V   P+K+     +DV+ +PF+S ++G  KG++ T+K L++      DG   N +F++   D I C    FH+    +  L S+  G +I  + +F     LE +   K          +  +++SP    YDLSS++++ +G   L   +   +  + P+ K + + YG+ E G V        K        A          G     + +KI+    G+ +   ++ GEIC++  Q M GYLN     +S  D D + HTGD+G+ D+   ++ V+++  LI++  ++VAP+ LES L+G   I D AVV +  ++ G+VP AFVV       +E+ +   +  ++  ++RI   ++F  +IP+  + K+LR  L
Sbjct:   36 LPLHDYIFENISEFAAKPCLINGPT-GEVYTYADVHVTSRKLAAGLHNLGVKQHDVVMILLPNSPEVVLTFLAASFIGAITTSANPFFTPAEISKQAKASAAKLIVTQS-RYVDKIKNLQNDGV---LIVTTDSDAIPENCLRFSELTQSEEPRVDSIPEKI---SPEDVVALPFSSGTTGLPKGVMLTHKGLVTSVAQQVDGENPNLYFNR--DDVILCVLPMFHIYALNSIMLCSLRVGATILIMPKFEITLLLEQIQRCKVTVAMVVPPIVLAIAKSPETEKYDLSSVRMVKSGAAPLGKELEDAISAKFPNAK-LGQGYGMTEAGPVLAMSLGFAKEPFPVKSGA---------CGTVVRNAEMKILDPDTGDSLPR-NKPGEICIRGNQIMKGYLNDPLATASTIDKDGWLHTGDVGFIDDDDELFIVDRLKELIKYKGFQVAPAELESLLIGHPEINDVAVVAMKEEDAGEVPVAFVVRSKDSNISEDEIKQFVSKQVVFYKRI-NKVFFTDSIPKAPSGKILRKDL 546          
BLAST of EMLSAG00000002081 vs. Select Arthropod Genomes
Match: XP_394579.2 (PREDICTED: luciferin 4-monooxygenase [Apis mellifera])

HSP 1 Score: 206.838 bits (525), Expect = 3.114e-58
Identity = 151/542 (27.86%), Postives = 262/542 (48.34%), Query Frame = 0
Query:   53 EXEIQKLNFHEFILQKIGEKEPDRIWIK--DLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVI--LMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSGA----KGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSIYGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSAF--DNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVLAE 584
            + + + ++  + IL ++  ++    WI   D   G+ + F  +  +  K+A  L+K G  K D + +   N +E+ ++    +  G  V P+N      EL+  +  SK K +    F   +    +     + KLII+      +   I  L ++++ D+        + D      ++   S SSG     KG++ T+K+ +S   +    + +  +  I         FFH+  F    +G I+G     L  F E+ FL A+   K   I+     +  L++ P+V  Y+LSS+K +  G   LS  I   V  R+ ++  +++ YGL E  L  +  P    N+   S    VP       G+     +I I   +   P+ GP   GE+C K    M GY + E+++A   D D + H+GD+GYYD QG  Y V+++  LI++  ++V P+ LE+ LL    I DAAV+G+P++E G++P AF+V + G   T E++   +  R+  H+R+RGG+ F++NIPR  + K+LR VL +
Sbjct:   14 DVKFKNISLGQLILNQLSIRDS---WIAQIDAYTGKTQTFKEILEISQKLAIALSKEGLRKDDRIAICSENNLEFCLIVCAAFYLGVTVCPLNPLYTERELKHALNISKPKYIFISIFGAKNIYKIIPQLFWLPKLIILTESTNNKLPSINSLTSNIIIDNNFHACSVNVND------HVAVISCSSGTTGLPKGVMLTDKNFLSVIKNLAAVSPNILNTNITSLALLP--FFHVYSFSVMLVGLIFGNKSIILPRFEEKMFLHAIEKYKIEHITVVPPLMVFLAKHPIVDKYNLSSIKEIWCGAAPLSEEIAKMVAKRL-NVPTIKQGYGLTETTLAVMNSP--DNNTEYKSVGTLVP-------GI--AAKVIPINGDKSSKPL-GPHNIGELCFKGDLIMKGYCDNEQATAITIDKDGWLHSGDVGYYDEQGYFYIVDRLKELIKYKGFQVPPAELEAILLTCPEIKDAAVIGLPHEEAGELPTAFIVKQKGSNITAEDIIKFVNERVSSHKRLRGGIKFIENIPRTASGKILRRVLRD 531          
BLAST of EMLSAG00000002081 vs. Select Arthropod Genomes
Match: gb|EEZ98794.1| (Luciferin 4-monooxygenase-like Protein [Tribolium castaneum])

HSP 1 Score: 206.068 bits (523), Expect = 6.163e-58
Identity = 136/504 (26.98%), Postives = 242/504 (48.02%), Query Frame = 0
Query:   99 KVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLL----NDDGKKVPQKVIFDWAKDVIYMPFTSTSSG-AKGILHTNKSL----------MSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSIYGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSA--FDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVLAEY 585
            ++A  L   G  +GD +++   N +E+ ++ +  +  G +  P+N E  P EL   ++ SK K++ C             +   +  L++ G +   +  VI+  D++     D+  +  +    D    +  +  +S ++G  KG++ T++S+          M+Q    D  +         D++     FFH  GF    L  + G  +  LS F  + FL+A++  K + +      + +L + PL   YDLS +K + TG   +   +  E+ +R   + +V + YG+ E  L  L  P  K    +  K             +P M  M K+I   D     GP ++GE+C K P  M GY+    ++A   D D + HTGD+ YYD  G  + V++I  LI++  Y+VAP+ LE+ L+    + DAAV+G+P++  G++P AFVV KP  E T++ L   +   +   +++RGG+ F+  IPR+ + K+LR  L ++
Sbjct:   59 QLAKWLRSIGVKEGDSISVNSENRLEFAVVTVATFFVGAVFAPLNPEYTPGELNHVLKLSKPKVIFCSPQTIQTMTKVFADHPNLTHLVLFGAQKRNESYVIMHEDIIRGATGDNIDESFEATPVDPKDAIATILMSSGTTGLPKGVMCTHESMTTYVDIMRVTMAQIIENDDPS---------DAMMGLAPFFHSMGFMLMFLNLLRGKKMVVLSRFKTKIFLDAIIKYKISRLVVPPPVMLVLLKHPLTKQYDLSGIKEIRTGAAPMGKDMERELKNRF-KVGHVSQGYGMTETTLGILVSPLGKTKVGSVGKI------------VPGM--MAKVID--DTGKALGPYKEGEVCFKGPLIMKGYVGDPVATANTIDQDGWIHTGDVAYYDEDGYFFIVDRIKELIKYKGYQVAPAELEALLITHPAVADAAVIGLPDERAGELPLAFVVKKPNHETTDKELEKFVADNVSSQKQLRGGVVFIDAIPRNPSGKILRRHLKQH 536          
BLAST of EMLSAG00000002081 vs. Select Arthropod Genomes
Match: EEB16371.1 (luciferase, putative [Pediculus humanus corporis])

HSP 1 Score: 204.912 bits (520), Expect = 2.130e-57
Identity = 153/552 (27.72%), Postives = 253/552 (45.83%), Query Frame = 0
Query:   62 HEFIL-QKIGEKEPDRIWIKDLSIGRMERFGN----VHSLVNK-------------VASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSGAKGI------LHTNKSLMSQFY-----SPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSIYGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNK--EESSAFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVL 582
            HE+IL     EK  + + I +     ME++GN    VHSL ++             +A+ L   G   GDV+ +   N +EY  + LG+   G    P+N      EL+  +  S+  I+ C  F+  +  +       +++LI+  N   A+ K      L+N      P  V  +       + F   SSG  G+       H N   +  F      + D   N     LI         FFH  G     +  +  + +  +  F E NFLEA+ + K  ++      +  LS+ PLV  Y+LSS++ L  G   LS   +     R+     +++ YG+ E  +  + + +   N I SS               P M  M+KI+  + G  +  P  QGE+C K P  M GY N   E    FD+  +FHTGD+GY DN+G +Y V ++  LI++  ++V+P+ LE+ LL    + +A V+GIP++E G++P AF+V +PG   TE+ +   +  ++   +++ GG+ F+  IP++ + K+LR  L
Sbjct:    9 HEYILLNPSNEKINNNVSISEYLFKEMEKYGNTPALVHSLFDQKISYQQIMKDSFAIAAALKSKGIKSGDVVGICSENNLEYASVILGILIIGATCAPINPLYTISELKHTLSISRPVIIFCSHFSIHNIEETTLELPFVKELILFNNNSDAESKFTTYESLINLHKNSKPLTV--ENINPTESVAFLLCSSGTTGLPKCVELTHANYMNLLNFVRLLWTNDDSGPNKVTLGLIP--------FFHGYGCCILLISLMLKVYLVVMPRFDEMNFLEAIQNYKVTNLYVVPPILVFLSKHPLVQKYNLSSIRKLTCGAAPLSKETQENAQKRLNLNFEIQQGYGMTELSVCCVAF-QNNINKIGSSGTIA-----------PGM--MLKIVDIETGKALP-PYNQGELCFKGPFVMKGYRNNPIETEKVFDSQGWFHTGDIGYIDNEGFIYIVSRLKELIKYKGFQVSPTELETVLLSHPGVKEAGVIGIPDEEAGELPLAFIVKQPGANITEDEIKKYVAGKVSPQKKLHGGVRFIPEIPKNPSGKILRREL 535          
BLAST of EMLSAG00000002081 vs. Select Arthropod Genomes
Match: EFX82640.1 (hypothetical protein DAPPUDRAFT_316454 [Daphnia pulex])

HSP 1 Score: 202.216 bits (513), Expect = 1.326e-56
Identity = 134/513 (26.12%), Postives = 246/513 (47.95%), Query Frame = 0
Query:   85 GRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSG-AKGILHTNKSLMSQFYSPDGAANHWFDQL---------IGDSIHCANYFFHMTGFYNFALGSI-YGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRI--PSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESS--AFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVL 582
            GR   +G V  LV +  S L + GF KG+V  +   N  E+ I+ LG    G  V  VN      E+  Q++ S T ++V             +    + +L+++GN    ++    + +LL D G    +K+  D + D   +P++S ++G  KG+L TN ++ +     +                   + +   C   FFH+ G  +  L  + +G  + TL  F  ++FLE +   +   +      +  LS  P +       L  ++ G   L   +   +++R+  P +  ++E YG+ E   VT   P              + ++ I   G P   + +K++  + G  + GP QQGE+CV+ PQ M GY N E+++    D+D + HTGD+ YYD +   + V+++  LI+    +V+PS LE  +   + + D AV+G+P++  G++PRA+VV K G   ++E++   ++ ++  H++++GG+ F+ +IP+    K+LR  L
Sbjct:   37 GRKYSYGKVRELVRRFGSALVRMGFRKGEVFGMILPNLPEFPIVLLGAAGIGMPVTTVNPTYTVGEIARQLQNSNTTVVVTIPQLTEALRQVAQLCPKLRRLVVLGN---PEEGFTSIGELLQDSGDLFDEKIEIDPSMDTFVLPYSSGTTGLPKGVLLTNSNVTANIQQIEHPGTMKVSACPTTNCDASDLQEVFVCVLPFFHIYGMVSVMLTGLDHGAKLVTLPRFESESFLENVHQHRPTMLQLVPPLVSYLSVRPDLKLESFRRLHTIIIGAAPLGPAVANMLIERLGKPDL-LMQEGYGMTETSSVTHLSP--------------IVNNKIGSFGEPLSRTQVKVVDVETGESL-GPGQQGEMCVRGPQMMKGYHNNEKATKETVDSDGWLHTGDIVYYDEENQFFVVDRLKELIKVKGLQVSPSELEDVIRRHSGVSDVAVIGVPDEIAGELPRAYVVKKKGVAVSKEDIAEFVDVKVAPHKKLKGGVVFLDSIPKTNTGKLLRREL 530          
BLAST of EMLSAG00000002081 vs. Select Arthropod Genomes
Match: gb|EFA06717.1| (Luciferin 4-monooxygenase-like Protein [Tribolium castaneum])

HSP 1 Score: 201.06 bits (510), Expect = 3.806e-56
Identity = 144/503 (28.63%), Postives = 242/503 (48.11%), Query Frame = 0
Query:  100 VASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIII--------GNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSG-AKGILHTNKSLMSQF-YSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSIYGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESS--AFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKV----LRSVLAEYK 586
            +A  L K+G+ +  ++++   N V+++I  +     G +V P+N      E    +   K +I+ C        +         EK++II        G E  A     + T L           V FD  K + ++  +S ++G  KG++ T+ +LM ++ ++ D       D  +G        FFH  G        + G  I  +  F E+ FL+A+ D K  S+      + +L++SPLV  YDLS ++ + +G   LS      V+ R+  IK +R+ YGL E  L  +          +S K A               Y   KI   + G  + GP + GE+C K P  M GY N EE++  +F +D +  TGDLGYYD     Y V+++  LI++  ++VAP+ LE+ +L    + D  VVG+P++ +G++P AFVV KPG   TE+ + + +  ++   +R+RGG+ FV  IP++ + K+    LR +L+E+K
Sbjct:   63 LAESLLKSGYGRDTIVSISSENNVQFYIPVIACLYIGAVVAPINHNYTEYETTHSLNICKPRIVFCSKAVAQKFVQLKNRLGFTEKIVIIDDDFCDIYGTETLAH---FIKTGLRGFAPLCRFPGVDFDPDKQIAFIMCSSGTTGLPKGVMQTHTNLMVRYMHTIDPRYVQKADTFLG-----ILPFFHGFGLVTNFFALVQGEKIVVIKRFEEKLFLKAVQDYKIPSLWLAPPLVVLLAKSPLVDQYDLSCIREVTSGAAPLSKETEELVMKRL-KIKGIRQGYGLTEATLGVIMMSVGDIKHGSSGKVA--------------TYMKCKIRDPETGKSL-GPGKVGELCFKGPMVMPGYYNNEEATRNSFTSDGWLLTGDLGYYDQDEYFYIVDRLKELIKYKGFQVAPAELEAVILSHPKVQDVGVVGLPDESSGELPVAFVVKKPGANLTEKEIIDFVAGKVSSQKRLRGGVIFVPAIPKNPSGKILRRELRKMLSEFK 541          
BLAST of EMLSAG00000002081 vs. Select Arthropod Genomes
Match: EFX82656.1 (hypothetical protein DAPPUDRAFT_316477 [Daphnia pulex])

HSP 1 Score: 198.749 bits (504), Expect = 7.973e-55
Identity = 149/546 (27.29%), Postives = 261/546 (47.80%), Query Frame = 0
Query:   57 QKLNFH-EFILQKIGEKE---PDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSGA-KGILHTNKSL---MSQFYSPDGAANHWFDQLIGDS------IHCANYFFHMTGFYNFALGSI-YGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSP---LVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESS--AFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVL 582
            Q  +F  + ++Q+I EK    P+   ++    GR   +G +  L+ +  S LT+ GF KG+V  +   N  E+ I+ LG    G  V  VN     +E+  Q + S    +V             +    I +LI+IGN    ++    + D+  D G    + +    ++D+  +PF+S ++G  KG++ T+ +L   M+Q   P      +      DS      + C   FFHM G     L  + +G  + TL  F   ++L ++   + +++      + +L   P   L + + L ++ V     G  ++T  +E L R P + +++E YG+ E   V    P              + +  I   G P   + +K++    G  + GP Q GE+C+K PQ M GY   E+++    DND + HTGD+ YY+ Q   + V+++  LI+   ++VAPS LE  L     I+D AV+G+P+   G++PRA+VV K     TE+N+   +++++  H+R++GG+ F+  IP+    K+LR  L
Sbjct:   66 QDFDFRSQTVIQRIFEKASLWPNLTAMECGLTGRKYTYGQLIQLIRRFGSSLTRMGFKKGEVFGIILPNLPEFPIVLLGAAAIGMPVTTVNPTYTVEEIARQFQLSGATAVVTTPQLAETLRQVAKLCPEIRRLIVIGN---PEEGFASIEDMFQDSGDLFDENIDIIPSEDIFVLPFSSGTTGPPKGVMLTHSNLCSNMAQVGHPGTMKVAYCPATSSDSSDLQEVLICVLPFFHMYGMLLVMLSGLDHGAKLVTLPRFESASYLNSVHQHRPSALHLAPPLVSLLGLRPDLKLEAFHRLHTVIVGAAPLGPAAATRFIERL-RKPDL-FMQEGYGMTETSCVCHVSP--------------IVNSQIGSFGEPLSRTQVKVVDLVTGLSL-GPGQHGEVCIKGPQLMKGYYKNEKATKETIDNDGWLHTGDMAYYNEQNQFFIVDRLKELIKVKGFQVAPSELEDILRRIPGILDVAVIGVPDDIAGELPRAYVVKKESISLTEKNIIEFVDAKVSHHKRLKGGVVFLDVIPKTATGKILRREL 591          
BLAST of EMLSAG00000002081 vs. Select Arthropod Genomes
Match: EFX70485.1 (hypothetical protein DAPPUDRAFT_328028 [Daphnia pulex])

HSP 1 Score: 192.2 bits (487), Expect = 1.861e-52
Identity = 148/551 (26.86%), Postives = 245/551 (44.46%), Query Frame = 0
Query:   61 FHEFIL-QKIGEKE---PDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILM----------TDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSG-AKGILHTNKSL---MSQFYSPDGAANHWFDQLIGDSIHCANY-----FFHMTGFYNFALGSI-YGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYS--MIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESS--AFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEE-NLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVL 582
            FH+  L QK  E     PD++ ++    GR   +  +   V +  S LT+ GF KGDV+ +   N  E+ I   G    G  V  VN    PDE+  QM               V          M E L  +   C    +VIL+           D++ D        +  D  KD+  +P +S +SG  K ++ T+ ++   + Q+  P+G  N         + H   Y     FFH  G     L ++  G  + TL  F    FL+A+ D +   +      + +L+  P +     S +  +  G   L +   M++L+R  +    +EAYGL E     +  P   K  + S  A               ++S    K++  + G    GP + GE+ V  PQ M GY   ++++      D +  TGD+G+YD  G  + V+++  LI+   ++VAP+ LE  L     I +AAV+GIP++  G++PRA+VV KPG E   + ++   +++++  H++I+GG+ F  +IPR+   K+LR  L
Sbjct:   66 FHDMTLTQKFFESAARWPDKVALECGVSGRRYTYNTMSQAVRRFGSALTRMGFKKGDVMGIVSPNVPEFPIAVFGSAGAGMPVALVNPAYTPDEIARQM-------------TLVGATALFGVAEMAETLKAVAQLCPTIQRVILLGPTQEGCVSYQDMMQDSADMFNDTIDIDINKDIFILPHSSGTSGLPKNVMLTHSTVGKNVQQYLHPEGTNNRP-----ATATHQETYIGLLPFFHSYGMVGLLLSAVESGSKLVTLPRFDVPTFLKAIDDHQPTYLHLVPPLVSLLTNLPALKAESYSRVHTIFCGAAPLGAPAAMKLLERFKNPISFQEAYGLTEMSPGVMMSPLGNKK-LGSCGA---------------LFSRTQAKVMDLETGERALGPYEDGELFVTGPQVMKGYYKNQKATDEMIGADGWLRTGDVGHYDEDGHFFIVDRLKELIKVKAFQVAPAELEEILTTHPAIKEAAVIGIPDERAGELPRAYVVKKPGMESVSDFDIHAFIDAKVSAHKQIKGGIEFCSSIPRNNMGKILRREL 582          
BLAST of EMLSAG00000002081 vs. Select Arthropod Genomes
Match: EFX64950.1 (hypothetical protein DAPPUDRAFT_219439 [Daphnia pulex])

HSP 1 Score: 189.119 bits (479), Expect = 9.081e-52
Identity = 133/539 (24.68%), Postives = 259/539 (48.05%), Query Frame = 0
Query:   59 LNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKN-GFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSGA-KGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYN-FALGSIY-----GISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESS--AFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVLAEYKP 587
            ++F EFILQ+I   + D++   +    +   F  +      +A+GL +     +GD + +   N ++Y ++   V  CGG  + +N     +EL   ++ +  KI +  + ++V   +  +  +     + +    T  D VI ++ L+    +   ++   +  +D   + F+S ++G  KG++ T+ +LM+     +  A +   Q  G SI  +     +  FY+ F +  ++     G+    +  F+ Q FL+A+ D K   +S        L++ P+   YDLSSL+V+  G   LS+     +  ++  + Y  + YG+ E  +      R   N    ++   +        G+   +   K++ R + N   GP ++GEICV+ P  M GY+    ++    D+  + HTGD+GYYD  G  +  +++  LI++   +V+P+ LE  LL   +++D AV  + +   G++PRA+VV +PG   T + L N +  ++  ++++RGG+ FV+ IP+    K++R  L    P
Sbjct:   28 VSFPEFILQRIVRWD-DKVACVNAETKQAFTFAQIRESSFALAAGLQRKINLKRGDKVAVVLPNCLDYPVVTFAVTLCGGCAILINPAQTINELRHSVKLTDPKIWIGTEDSFVKFEEIYKGYSNRPSFVFLSPRLTG-DHVITVSQLIVLGHEHDFRRPSVNPHEDAALILFSSGTTGVPKGVVLTHLNLMASRRQSEELAKNVRRQNPGTSIPASECLAAVLPFYHSFGISGVFDNLMGGLRFVLIPNFTLQRFLQAVQDYKITIVSLVPAIAIQLAKQPVEKRYDLSSLRVIRCGASALSAETITILKQKLNCLVY--QGYGMTEATV------RSHANYKGVNRDGSI--------GIVMPFCQCKVVDR-NTNETLGPKEEGEICVRGPVIMKGYIGDAVATQATIDSHGWLHTGDIGYYDEDGYFFLTDRMKELIKYKGLQVSPTELEKILLTHPDVLDVAVAPVSDPNAGEIPRAYVVKRPGCTVTGDELANFLSDKVSSYKQLRGGVVFVETIPKTSTGKIIRRALVAKYP 547          
BLAST of EMLSAG00000002081 vs. Select Arthropod Genomes
Match: EAL41501.4 (AGAP003482-PA [Anopheles gambiae str. PEST])

HSP 1 Score: 188.734 bits (478), Expect = 1.180e-51
Identity = 137/532 (25.75%), Postives = 250/532 (46.99%), Query Frame = 0
Query:   63 EFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKK-----VPQKVIFDWAKDVIYMPFTSTSSG---AKGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSIYGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSA--FDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVLAE 584
            E I++++  +  D + + D   G    +  + +   K+A+   + G  +  V+ +   N V++ I+       GG V+P+N      EL+  ++ +K   L   +   +  +  + N     KL++   +      + L+ D  ++          PQ V     + V  M  +S ++G   A  + H N   +  + + D     + +  +   +     F+H+ GF       +  + +  L  F    FL  + + +    S     +  L++SPL   YDLSSL  L+ G   LS  I   V  R+P+++ VR  YG++E  L  ++   +K  S+                G  +  + +K++  + G  + GP+Q GEICVK P  M GYL+ + ++    D D + HTGD+GYYD +   + V++I +LI++  ++V P+ LE  LL    + D AVVG+P++  G++P AFVVL+ G   T   +   + S+L   +++RGG++FV  IP+  + K+LR  L +
Sbjct:   29 ELIVKRL-NRNGDEVALIDGVSGATLTYHQILARSLKLANRFHRLGIKRNSVVGICSENSVQFPIITFATLMLGGTVLPINYGYSEVELQHVLQLTKPIALFASE-QPLQKIVTIRNVLPSVKLLVSLGKQRPSRGIALLEDFFDNSPPGSLHSFTPQPV--PLRQQVAVMVMSSGTTGLPKAVQLTHHNVMTVMAYQAED---PRYTELPVPVRVLGLLPFYHVFGFMLSLNSCLNKVPMVVLPRFEPDLFLRTIQNHRITMASLVPPLVVFLAKSPLTQGYDLSSLHALLCGAAPLSREIEELVQSRLPNVQTVRTGYGMSETSLGVISRMNDKVGSV----------------GKVHKTTYVKVVDLETGCAL-GPNQTGEICVKGPLVMKGYLHNDRATGEIIDADGWLHTGDVGYYDEEQDFFIVDRIKDLIKYKGFQVPPAELEDVLLSHRQVRDCAVVGVPDEMAGELPAAFVVLQAGESVTANEIERYVASKLSPQKQLRGGVFFVDEIPKTGSGKILRRQLRD 536          
BLAST of EMLSAG00000002081 vs. Select Arthropod Genomes
Match: EDO64449.2 (AGAP003483-PA [Anopheles gambiae str. PEST])

HSP 1 Score: 188.348 bits (477), Expect = 1.548e-51
Identity = 136/529 (25.71%), Postives = 255/529 (48.20%), Query Frame = 0
Query:   68 KIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVP----QKVIFDWAKDVIYMPFTSTSSG-AKGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCAN---YFFHMTGFYNFA--LGSIYGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPRE--KKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSAFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVLAE 584
            K+ +K P  + + D   GR   +  V     ++A+ L  +   +GDV+ +   N  EY +  + ++  G  V   N      EL   +  ++ K++             L+ +  +++ ++      A ++       L    K+      Q +  + A++V  +  +S ++G  KG+L T++++M+   +   A +       G S+HC+     +FH+ G  +    LG+   +++  L  F  + +L  +   + + ++     +  L++ P V  YDL+S++ +  G   LS  +   + +R+P I+ +R+ YG++E       Y R+  K  SI + +A                  M K++  + G  + GP+QQGE+C K    M GY+  E     D D + HTGD+GYYD+ G  + V+++  LI++  ++V P+ LE+ LL +  + D AVVG  ++  G++P AFVV   G   TEE L   ++ R+ + +R+RGG+ FV+ IP+  + K+LR  L E
Sbjct:   35 KVLQKTPHSVALVDGVTGREYSYQEVLQSALQLAAYLHDHNIQRGDVVAIVAENRYEYPVTVIALFLVGATVALFNPSYTTRELVHALNVARPKLVFVSSLARGS---LLKASQTVKQPLLNVISYDALERGTSFAHCLQRSSKRFTVASIQPMSVEIAEEVAIIVMSSGTTGLPKGVLITHRNVMATMANVRDALDK------GLSLHCSLDVLPWFHVAGGISMLSWLGA--NLTVVYLPRFEPRTYLRCIERYRPSFLNMVPPIVVFLAKHPAVLEYDLTSVQTIACGAAPLSREVEQLINERLPGIR-IRQGYGMSETTQAITFYDRDTLKPGSIGTVRAGQ----------------MGKVVDVETGRAL-GPNQQGELCFKGSLIMKGYIGAER--VIDADGWLHTGDIGYYDSDGDFFIVDRLKELIKYKAFQVPPAELEAVLLTNPGVKDCAVVGKADERAGELPLAFVVPTEGIPVTEEQLIQYVDERVSNEKRLRGGVRFVEEIPKTASGKILRRTLRE 532          
BLAST of EMLSAG00000002081 vs. nr
Match: gi|1005487375|ref|XP_015780279.1| (PREDICTED: 4-coumarate--CoA ligase-like 7 [Acropora digitifera])

HSP 1 Score: 251.906 bits (642), Expect = 5.311e-69
Identity = 175/545 (32.11%), Postives = 276/545 (50.64%), Query Frame = 0
Query:   57 QKLNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTK-ILVCDDFNY--VDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSG-AKGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFY-NFALGSIYGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSA--FDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVLAEYKPHVNNLIK 594
            + L++ EF+ Q   E   DR+ I+D    R   F  +  L  K ASGL+K GF KGDV  L+  N  E+ I   GV   GG+V   N     +EL  Q++++  K IL      +   + +  L   N++    + G E         M++LL DDG  VP+  I +  +D   +PF+S ++G  KG++ T+ +L++            FD+     +     FFH  G   N ++G   G  + ++  F ++ FL+ L   +    S     + +L++ P V NYDLS+L  +  G   L   I  EV+ R+P +  VR+ YG+ E   V    P E  N + S           + M LPN+    K+I  + G  + GP   GEICVK P  M GYLN  E++A   D+D +  TGD+G+YD     + V+++  LI++  Y+V P+ LE+ L+   +I DAAVVG+P+ E G++P AFVV KP    TE ++   ++  +  ++++RGG+ F+  IPR  + K+LR    E K  + +L K
Sbjct:  433 ENLSWTEFVFQHFDEYG-DRMAIEDCVTKRSYSFREIKVLCRKCASGLSKKGFQKGDVFALFLPNLPEFPIAFFGVLQAGGVVTSANPLFTTEELAKQLKQADAKWILTVPQLVHRAKEAMQELGRDNVLVVGEVDGYES--------MSELLKDDGSSVPEPSI-NPKEDTAVIPFSSGTTGHPKGVMLTHYNLIACGSMMRAQGFLSFDETT--VLLAFLPFFHSFGMVANMSMGLHTGSFLVSMPRFDKEKFLQVLEKYEVTHSSVVPPVVLLLAKHPAVDNYDLSNLTEITNGAAPLGEEISKEVMKRLPLLSRVRQGYGMTELSPVCHMTPFEN-NKLGS-----------VGMLLPNLRC--KVIDLETGEAL-GPGHDGEICVKGPTVMKGYLNNPEATAQTIDSDGWLCTGDVGHYDEDEHFFIVDRVKELIKYKGYQVPPAELEALLVSHPDIQDAAVVGVPDVEAGELPMAFVVRKPNAALTERDVKTFVDENVAPYKKLRGGVEFIDEIPRSLSGKILRR---ELKDRLKDLAK 947          

HSP 2 Score: 185.267 bits (469), Expect = 6.247e-46
Identity = 113/380 (29.74%), Postives = 205/380 (53.95%), Query Frame = 0
Query:  213 VPQKVIFDWAKDVIYMPFTSTSSGA-KGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYN-FALGSIYGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYP--REKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSA--FDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVLAEYK 586
            +P+ V  +   D+  + ++S + G+ KG++ T+ +L++        +  W ++     +     FFH  G  N  +   + G ++  + +F  ++FL+ + D K    +     +  L++SPL+  +DLSSL+ + +G   L   +   + +RIPSIK+ R+ YG+ E   V+   P  + K  S+               + LPN+    K+I+ +DG  + GP++ GEICV+ P  M GYLN +E++A   D+D + HTGD+G+YD     Y  +++  LI+   Y+V P+ LE+ L+    I DA V+G+P+ E G++P+A+VV K     T+++L   +E R+  ++ + GG+ F+  +PR  + K+LR  L E +
Sbjct:   24 LPKDVEINPKDDIACLAYSSGTMGSPKGVMLTHYNLIADALLVTHESFLWMNE--HPVVLGLLPFFHAFGQINVLSCPLLKGGTLVCVPKFEPESFLKIMQDFKVTHAALVPPTVLFLAKSPLIDQFDLSSLEDVSSGAAPLGEDLAKTLTERIPSIKWFRQGYGMTELSPVSHATPCDQVKYGSVG--------------VLLPNLEC--KVINVEDGTEL-GPNKDGEICVRGPTVMKGYLNNQEATAQMIDSDGWLHTGDIGHYDQDEHFYITDRLKELIKCKGYQVPPAELENLLVSHPAITDAGVIGVPDSEAGELPKAYVVRKANENITDQDLVKFIEERVAPYKALGGGVQFIDEMPRSLSGKILRRKLKEME 384          
BLAST of EMLSAG00000002081 vs. nr
Match: gi|919073386|ref|XP_013417930.1| (PREDICTED: 4-coumarate--CoA ligase 1-like [Lingula anatina])

HSP 1 Score: 242.662 bits (618), Expect = 5.857e-69
Identity = 160/539 (29.68%), Postives = 270/539 (50.09%), Query Frame = 0
Query:   56 IQKLNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSG-AKGILHTNKSL------MSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSI-YGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSA--FDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVLAE 584
            I  ++  +F+L KI + E + + + D   G    FG+V   V ++ S LT+ GF KGDV  +Y  N  E+ ++ LGV   GG V   N +   DEL  QM+ +  K +V    +    L      N I+ + + G+    +       DLL DDG   P  VI    +DV  +PF+S ++G  K ++ T+ ++      M +F     A     D  +G        FFH+ G     +G++ + + +  + +F  + FL  +   K   +        +L++ PLV  YDLSSL+ +M+    L   I  +V  R+ +   V + YGL E        P ++K   + S             G+    +  K++  Q G  + GP+Q GE+  +      GYLN  E++A   D+D++FH+GD+G+YD+   +Y +++I   I++  ++VAP+ LE  L+  + + D AVVG P+++ G++P AF+VLKPG   TE  + + + +++   +R+RGG+  VQ IP+  + K+LR VL E
Sbjct:   12 IPDVDLAKFVLDKIDQYE-ESVALVDSQSGAKYTFGDVRDHVRRIGSALTRLGFKKGDVFCVYSPNVPEFALILLGVLAVGGTVTTANPQYTKDELSKQMKITPVKYMVTVPESSQKALQ-AAAENDIKSVFVFGHAPGCKP----FHDLLRDDGHAFPHDVIIS-PQDVALLPFSSGTTGLPKAVMLTHHNIVGNLMQMREFLY---AGRPGVDGFLG-----FLPFFHLFGLAIILIGALKFRLKVVCMKKFDFEEFLACIETHKIRYLFVVPPIAILLAKHPLVDRYDLSSLETIMSAAAPLGKDIEQKVEARLKTCS-VTQGYGLTETSPACSLPPLDRKARRSGSS------------GILVANTECKVVDPQTGKEL-GPNQDGELWFRGSHIFKGYLNNPEATAAAIDSDRWFHSGDIGHYDDDQYIYVIDRIKEFIKYKGFQVAPAELEGLLVTHSAVADTAVVGRPDEDAGELPMAFIVLKPGHTATETEIMDFLAAKVAPFKRLRGGVEIVQEIPKTASGKILRRVLRE 521          
BLAST of EMLSAG00000002081 vs. nr
Match: gi|390364692|ref|XP_786981.3| (PREDICTED: 4-coumarate--CoA ligase 1 isoform X1 [Strongylocentrotus purpuratus])

HSP 1 Score: 241.891 bits (616), Expect = 9.589e-69
Identity = 162/526 (30.80%), Postives = 268/526 (50.95%), Query Frame = 0
Query:   63 EFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSG-AKGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFAL-GSIYGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSA--FDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVLAE 584
            +FI +K  E+  D   + D + GR   F  V +   ++AS L++ G  KGDV+ +   N  EY ++  GV   GGIV  VN     DEL  QM     +++V         L+ ++    ++ + + G     +        LL DDG   P   +    +D   +PF+S ++G  KG++ TNK+++S     +   +   D   GD++     +FH  G     L G   G    T+S F  + FL+ + D K   +      +  L++ P+V  +DLSS+ ++++G   L   +   +  R+  IK +++ YGL E G V    P           + DVP    +   LPN  +  K++    G  + G  Q GE+  + PQ M GYLN  E++A   D D + HTGD+G+YD  G+ Y V+++  LI++  Y+VAP+ LE+ LL   +I+DAAV+G+PN+E G++P+AF+V K   E T + +   +      ++++RGG+ FV++IP+  + K+LR VL E
Sbjct:   21 DFIYEKF-EQFGDSTAVADAASGRSYTFAQVRAYSRRIASALSRQGIKKGDVIGIVSPNLPEYVLMLCGVVEMGGIVSGVNPLYTEDELLHQMETVDARLIVTVPPFAEKCLNTMKRFPRVQDVYVFGEAEGCKP----FKSLLADDGSACPDVKV--SLEDTFALPFSSGTTGLPKGVILTNKTIVSNLRQLESHPD-LTDTRPGDTVLALLPYFHCYGLVVIMLHGLRKGARQVTMSRFEPEVFLKTIQDYKVNHLYLVPPIMLFLAKHPVVDKFDLSSVSLIISGAAPLGGELTASLKTRL-GIKVIKQGYGLTESGPVLTLSP----------SSTDVPSS--VGKLLPNTEA--KVVDTVSGE-LLGEGQDGELLFRGPQIMPGYLNNPEATARTLDADGFLHTGDIGHYDQDGLFYIVDRLKELIKYKGYQVAPAELETLLLTHPSIMDAAVIGVPNEEAGELPKAFIVPK-NQELTADQVAEFVADNAAPYKKLRGGVEFVKSIPKSASGKILRRVLRE 521          
BLAST of EMLSAG00000002081 vs. nr
Match: gi|919073666|ref|XP_013418047.1| (PREDICTED: 4-coumarate--CoA ligase 1-like [Lingula anatina])

HSP 1 Score: 241.121 bits (614), Expect = 2.146e-68
Identity = 157/534 (29.40%), Postives = 271/534 (50.75%), Query Frame = 0
Query:   56 IQKLNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNM---IEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSG-AKGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSI-YGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSA--FDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVL 582
            I +++  +F+L  IG K  D + +     G+   F  V   V +VAS LT+ GF KGDV  +YC N  E+ ++ LGV   GG+V   N     DEL  Q++ +  + ++     + D +   +       ++ + + G     +      ++LL DDG   P+ V  +  +DV  +P +S ++G  K ++ T+ +++             +    GD++  A  FFH  G     LG I Y   +  +S+F+   FLE++   +   + C      +L++ P+V NYDLS L+ ++     L      E+  R  +   V + YGL E        P   ++  AS             + +PN  +  K++  + G  + G DQ GE+  + PQ M GYLN  +++A   D D + HTGD+G+YD+   +Y VE++  LI++  ++V P+ LE+ LL    I+DAAVVGIP++E G++P A V+LK G + T++ + + +  +L  ++R+RGG+ FV  IP+  + K+LR ++
Sbjct:   12 IPEVSLADFLLADIGGKYEDYVALVSAETGKEYTFNEVRFYVRRVASALTRLGFGKGDVFCIYCPNIPEFALMFLGVLAVGGVVTTANPMYRHDELIPQLKNTAAQYII----TFEDAVPIAQQAASEVGLKAVYVFGEAPGCRS----FSELLADDGSMCPKYVPVNPKEDVAILPSSSGTTGLPKAVMLTHYNVVGNLIQ---MRELVYRGKPGDALMGALPFFHSFGMLVIMLGGIKYKQKVVCISQFNPLLFLESIQKYRVRMLPCVPPMALLLAKHPIVDNYDLSCLEDILCAAAPLGVETERELKKRFNT--EVGQGYGLTETSPCVSASPPTDRHPGASG------------VLMPN--TECKVVDIETGKEL-GQDQDGELWFRGPQVMKGYLNNPQATAATVDKDGWLHTGDIGHYDSGHQLYIVERLKELIKYKGFQVPPAELEAVLLSHPAILDAAVVGIPDQEAGELPFAMVILKEGKKATKKEVADFVAGKLAPYKRLRGGVEFVDEIPKSASGKILRRLI 517          
BLAST of EMLSAG00000002081 vs. nr
Match: gi|918996533|ref|XP_013390242.1| (PREDICTED: probable 4-coumarate--CoA ligase 1 [Lingula anatina])

HSP 1 Score: 240.35 bits (612), Expect = 1.553e-67
Identity = 157/550 (28.55%), Postives = 282/550 (51.27%), Query Frame = 0
Query:   38 LISTAGI--VKFSAWKREXEIQKLNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSG-AKGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTG-FYNFALGSIYGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSA-FDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVL 582
            L+ST+ +      +   E  +   +F E +++   EK  + + + D + G    +  +   V + AS LT+ GF KGDVL LY  N  +Y  + + V   GG V  +N     DEL  Q++ S + ILV    +  + +        ++++I+ GN     D +   T+LL DDG   P+ V  +  +DV+ +P++S ++G  KG++ T+K++++            +  L  D +     FFH+ G       G   G+ I T+ +F+  ++L  +   +  S+         +++ P +  +DLSS++ + +    LS T+  E    +  +  +++ YGL E   VT   P     S +              +G+P   +  KI+  +   P  GP Q+GE+CV+ PQ M GY N  E++A    D +FHTGD+GY D  G V+  +++  LI+F  ++V P+ LE+ +L +  ++D AV+G+ ++E G++P+AFVV+KP  +  E  L + +++++  ++R+RGG+ FVQ IP+    K+LR +L
Sbjct:   58 LLSTSAVRSAVLQSPHPEIHVPDASFAEHMMRD-WEKYSNNVALVDGATGETVSYSMLKDRVIRCASALTRMGFKKGDVLALYAHNVPDYATVFIAVGVLGGTVTALNPLYTIDELSTQLKRSSSSILVVAPSSVKNAIAAKSQCPNVKEVIVFGN----VDGIRPFTNLLEDDGHAFPENVDINVDEDVLALPYSSGTTGLPKGVMLTHKNIVANVEQLRHHGVMGYVPL-SDCLVGVLPFFHIYGQVVTLFTGLAAGVKIVTMPKFTLDDYLHIVHRHRATSLHVVPPIALRMAKYPDIHKFDLSSVRQVFSAAAPLSDTLSEE-FSTVTGLSDIKQCYGLTETSPVTHCCPPRSWKSGS--------------IGVPVPNTKHKIVDIESNTP-QGPMQEGELCVQGPQVMKGYANNPEATAECIKDGWFHTGDIGYLDADGHVFISDRLKELIKFKGFQVPPAELEAVILTNPAVLDVAVIGVDDEEAGELPKAFVVVKPHAQLLEIELQDYVKTKVAPYKRLRGGVEFVQEIPKTPTGKILRRML 585          
BLAST of EMLSAG00000002081 vs. nr
Match: gi|749988178|ref|WP_040337634.1| (AMP-dependent synthetase [Candidatus Blastococcus massiliensis])

HSP 1 Score: 238.039 bits (606), Expect = 3.260e-67
Identity = 160/538 (29.74%), Postives = 277/538 (51.49%), Query Frame = 0
Query:   53 EXEIQKLNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSG-AKGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFA-LGSIYGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIK---YVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSA--FDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENG-QVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVL 582
            + EI  ++  E +L   G + PD   + D   G +   G + + V++VA+ L   G  KGDV+ ++C N   + ++  G+   G ++ P+N    PDE+  Q+++S  KIL+             E + + E +++ G E  A      + DLL +D   V  +V  D A D++ +P++S ++G  KG++ T+++L++             D+     I     FFH+ G       G   G ++ TL  F  ++FL  + D K          +  L++ PL+  YDLSSL+ +++G   L   + + V DR+ +      V + YG+ E   V+ T P    +++ S  + +VP   +    +PN  +  ++I    G     P ++GE+ V+ PQ M GYLN  E++A   D++ + HTGD+   D  GI   V+++  LI++  Y+VAP+ LE+ L+G   I DAAV+G+P+KE+G ++P+AFVV  PG E TEE +   M  ++  H++IR  + F+  +P+    K+LR  L
Sbjct:    9 DVEIPNVSVPESVLAA-GRERPDAPALIDGMKGDVITHGQLAAYVDRVAANLHARGLRKGDVVAVFCPNTQWFPVVFHGIAAAGCVMSPINSLYTPDEIAFQLKDSGAKILITISLFMDRAAAAAEKSPVDEIIVLDGAEGHAN-----LFDLLGEDAPSV--QVDIDPANDLVTLPYSSGTTGLPKGVMLTHRNLVANVTQCLPLLKTGADE----RIIAVLPFFHIYGLTVLMNQGLALGGTVVTLPRFELEDFLRTIQDYKITRAFVAPPILLALAKHPLIDQYDLSSLESILSGAAPLDEQLALAVQDRLQAKGGNVTVAQGYGMTELSPVSHTTP--DPDAMPSGFSGEVPKGSV-GFAIPN--TECRLIDPSTGEDAS-PGERGELWVRGPQVMKGYLNNPEATASTVDSEGWLHTGDVAVVDENGIYTVVDRVKELIKYKGYQVAPAELEAVLIGHPEIADAAVIGVPDKESGEELPKAFVVRAPGSELTEEAVMAYMSEKVAPHKKIR-FVEFIDAVPKSSAGKILRKEL 527          
BLAST of EMLSAG00000002081 vs. nr
Match: gi|657226883|ref|WP_029340586.1| (AMP-dependent synthetase [Geodermatophilaceae bacterium URHB0048])

HSP 1 Score: 236.498 bits (602), Expect = 1.241e-66
Identity = 159/540 (29.44%), Postives = 277/540 (51.30%), Query Frame = 0
Query:   53 EXEIQKLNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSG-AKGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFA-LGSIYGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRI----PSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDG-NPVDGPDQQGEICVKSPQCMLGYLNKEES--SAFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENG-QVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVL 582
            + EI  L+  EF+L   G++ P+   + D   G     G + + V++VA+ L   G  KGDV+ ++C N   Y ++  G+   G ++ P+N    P E+  Q+++S  KIL+          +  E++ + E +++ G E  A      + DLL +D   V   V  D A D++ +P++S ++G  KG++ T+++L++             D   G+ I     FFH+ G       G  +G ++ TL  F  ++FL  + D K          +   ++ P++  YDLSSL+ +++G   L   +   V  R+     +   V + YG+ E   V+ T P E       S+  +VP   +    +PN  +  +++    G +  +G  ++GE+ ++ PQ M GYLN EE+  S  D D + HTGD+   D  G+   V+++  LI++  Y+VAP+ LE+ LL    I DAAV+G+P+KE+G ++P+AFVV  PG E +EE++ + M  R+  H++IR  + F+  +P+    K+LR  L
Sbjct:    9 DVEIPNLSVPEFVLAA-GKENPETPALIDGLKGDTITHGQLAAYVDRVAANLHARGLRKGDVVAVFCPNTPWYPVVFHGIAAAGCVMSPINSLYTPHEIAFQLKDSGAKILITISLFLDRAKEAAESSPVDEIIVLDGAEGHAN-----LFDLLGEDAPSV--SVDIDPANDLVTLPYSSGTTGLPKGVMLTHRNLVANV----AQTRPLIDLQEGEKIIAVLPFFHIYGLTVLMNQGLQWGATVVTLPRFELEDFLRTIQDYKITRAFVAPPILVAFAKHPMIDQYDLSSLRSILSGAAPLDEQLAKAVEQRLRKGADTGVTVAQGYGMTELSPVSHTTPDEGHEP-PGSEGYEVPKGSV-GFAIPN--TECRLVDPSTGEDAAEG--ERGELWIRGPQVMKGYLNNEEATRSTVDADGWLHTGDVAIVDAHGVYTVVDRVKELIKYKGYQVAPAELEAVLLSHPEIADAAVIGMPDKESGEELPKAFVVRAPGSELSEESVMDFMTERVAPHKKIR-FVEFIDTVPKSAAGKILRKDL 529          
BLAST of EMLSAG00000002081 vs. nr
Match: gi|652463181|ref|WP_026857963.1| (AMP-dependent synthetase [Geodermatophilaceae bacterium URHB0062])

HSP 1 Score: 236.113 bits (601), Expect = 1.643e-66
Identity = 161/545 (29.54%), Postives = 273/545 (50.09%), Query Frame = 0
Query:   53 EXEIQKLNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSG-AKGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFA-LGSIYGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKY----VREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMG-----LPNMYSMIKIISRQDG-NPVDGPDQQGEICVKSPQCMLGYLNKEES--SAFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENG-QVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVL 582
            + EI  L+  EF+L   G + PD   + D   G     G + + V++VA+ L   G  KGDV+ ++C N   Y ++  G+   G ++ P+N    PDE+  Q+++S  KIL+         +  +E T + E +++ G E  A      + DLL  D   V  ++  D A D++ +P++S ++G  KG++ T+++L++             D    + I     FFH+ G       G  +G ++ TL  F  ++FL  + D K          +  L++ PLV  YDLSSL  +++G   L  ++   V  R+         V + YG+ E   V+ T P        +       +  ++P G     +PN  +  +++    G +  DG  ++GE+ ++ PQ M GYLN EE+  S  D + + HTGD+   D  G    V+++  LI++  Y+VAP+ LE+ LLG   I DAAV+G+P KE G ++P+AFVV  PG E TE+ + + M  ++  H++IR  + F++ +P+    K+LR  L
Sbjct:    9 DVEIPNLSVPEFVLAS-GRERPDAPALIDGLKGDTITHGQLAAYVDRVAANLHARGLRKGDVVAVFCPNTPWYPVVFHGIAAAGCVMSPINSLYTPDEIAFQLKDSGAKILITISMFMDRAVAAVEKTPVDEIVVLDGMEGHAD-----LFDLLGADAPSV--QIDVDPANDLVTLPYSSGTTGLPKGVMLTHRNLVANVAQ----TRTLIDLQPEERIIAVLPFFHIYGLTVLMNQGLQWGGTVVTLPRFDLEDFLRTIQDHKITRAFVAPPILVALAKHPLVDQYDLSSLTSILSGAAPLDESLAQAVEQRLRKGSADGVTVAQGYGMTELSPVSHTTPDAGHEPPGA-------EGQVVPKGSVGYAIPN--TECRLVDPATGEDAADG--ERGELWIRGPQVMKGYLNNEEATRSTVDAEGWLHTGDVAVVDELGRYTVVDRVKELIKYKGYQVAPAELEAVLLGHPEIADAAVIGVPEKETGEELPKAFVVRAPGSELTEQAVMDYMAEKVAPHKKIR-SVEFIETVPKSAAGKILRKDL 529          
BLAST of EMLSAG00000002081 vs. nr
Match: gi|1119289565|ref|WP_072267757.1| (4-coumarate--CoA ligase family protein [Armatimonadetes bacterium DC] >gi|980261825|emb|CUU37952.1| Acyl-CoA synthetase (AMP-forming)/AMP-acid ligase II [Armatimonadetes bacterium DC])

HSP 1 Score: 233.802 bits (595), Expect = 8.293e-66
Identity = 164/543 (30.20%), Postives = 266/543 (48.99%), Query Frame = 0
Query:   47 FSAWKREXEIQKLNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSG-AKGILHTNKSLMSQFYSPDGAA-NHWFDQLIGDSIHCANYFFHMTGFYNFALGSIY-GISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSAFD--NDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVLAE 584
            F +   E  I  +    F+ Q   E   ++  + D   GR   +  + + V +VA  L K G  KG+V+ +YC N  EY +   G    GG+V   N     DEL  Q+++S  K LV         L   E    ++++ +IG    A    +L+ D         P +V  D   D++ +P++S ++G  KG++ T+ +L++      G+  N   D+ +   +     F+H+ G        +Y GI+I T+  F  + FL+ + D +    +     I  L++ P+VS YDLS L+++M+G   LS+ +  E   R+  I  V + YGL E   VT   P +     A  K   V        G P   +   ++    GNP  G  ++GEI ++ PQ M GYLN  E++AF    + +  TGD+GY D  G  Y V+++  +I++   ++AP+ LE+ LL    + DAAV+  P+ E G+VP+AFVVLKP    T E+L   +  R+   ++IR  + FVQ IP+  + K+LR VL +
Sbjct:    3 FKSPYAEVSIPSVGLVPFVYQH-AESFGEKPALIDGPSGRTLTYAQLWAGVRRVAGNLAKRGLKKGEVVGIYCPNLPEYALAFHGTALAGGVVTTANPLYTADELAYQLKDSGAKFLVTVGPLLEKALPAAEKAG-VQEVFVIGEGEGATPFTVLLAD-------AEPPEVAIDPQNDLVVLPYSSGTTGLPKGVMLTHYNLVANMCQVLGSGVNLRSDERVIGVLP----FYHIYGMLVILNLCLYKGITIVTMPRFDLEQFLKLMQDYRITRANLVPPIILALAKHPIVSQYDLSHLRIIMSGAAPLSAELAQEASQRLGCI--VMQGYGLTETSPVTHVNPEDP----AKIKLGSV--------GPPIANTECMVVDLNTGNP-KGVREEGEIWIRGPQVMKGYLNAPEATAFTLTPEGWLRTGDVGYVDEDGYFYIVDRVKEMIKYKGLQIAPAELEAVLLTHPAVADAAVIPSPDPEAGEVPKAFVVLKPDIPTTAEDLMEYVAERVAPFKKIR-RIEFVQQIPKSPSGKILRRVLVQ 516          
BLAST of EMLSAG00000002081 vs. nr
Match: gi|1126216807|ref|XP_019642430.1| (PREDICTED: probable 4-coumarate--CoA ligase 3 isoform X1 [Branchiostoma belcheri])

HSP 1 Score: 235.343 bits (599), Expect = 1.163e-65
Identity = 166/544 (30.51%), Postives = 271/544 (49.82%), Query Frame = 0
Query:   58 KLNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNM-------IEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSG-AKGILHTNKSLMSQFYSPDGAANHWFDQ----LIGDSIHCANYFFHMTGFYNFALGSIY-GISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSA--FDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVLAEYK 586
            K +  EF+L+   ++  D + + D   GR   F  +  L+ +++S LT+ GF + DVL LY  N  EY I+   V   GGIV  VN      EL  Q+  S  + +V          DF EN          ++ + IIG           ++DLL DDG  +P  V  D  +D+  +P++S ++G  KG++ T+ S+++             D+    LIG        FFH+ G        +  G+ + T+  F  ++FL  + + K   I         L++ P+V NYDLS +K +  G   + + I M ++DR+  I   R+ YGL E   + +T  RE    +  S    VP+            +  K+I  + G  V GP + GE+CV  PQ M GY N  E++A   D D +  TGD+  YD  G  Y V+++  LI++  ++VAP+ LE+ LLG   + DAAV+G+P+   G++P+AF+V K     TE+++T+ +  R+  ++++RGG+ F+  IP+  + K+LR +L + K
Sbjct:   85 KQHLTEFVLKDF-DQYGDNVAMVDGPTGRSYTFSELKDLIRRLSSALTRLGFKQQDVLALYSPNLPEYAIVLFAVTALGGIVTTVNPLYTVGELTNQVTHSGAQYIVTI-------ADFAENARKAKSNCPNVKDIYIIGGTAEGCKP---LSDLLADDGSAMPSDVKIDPHEDIAMLPYSSGTTGLPKGVMLTHYSIIANLCQNLVKGVMLLDREEECLIGQL-----PFFHIYGLVVILFNCLMQGVRLVTVPRFEPESFLACVQNYKVTRILTVPPVAVFLAKHPIVDNYDLSLIKEVFCGAAPMGTEITMALMDRL-KIPNHRQGYGLTETSPI-VTIGREGV-FVPGSFGVLVPN------------TKAKVIDTETGEAV-GPGEDGELCVLGPQVMKGYYNNPEATANTIDPDGWLRTGDIVRYDEDGNFYAVDRVKELIKYKGFQVAPAELEAVLLGHPGVQDAAVIGLPDDVAGELPKAFIV-KKSDAVTEKDITDFVAERVAPYKKLRGGVVFIGEIPKTPSGKILRRMLKDVK 595          
BLAST of EMLSAG00000002081 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold137_size321222-snap-gene-0.10 (protein:Tk01553 transcript:maker-scaffold137_size321222-snap-gene-0.10-mRNA-1 annotation:"4-coumarate-- ligase-like")

HSP 1 Score: 754.207 bits (1946), Expect = 0.000e+0
Identity = 360/606 (59.41%), Postives = 460/606 (75.91%), Query Frame = 0
Query:    1 MRNLATPSFSGASNSRRGSSVGLVSMLSSPNQARYKGLISTAGIVKFSAWKREXEIQKLNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSG-AKGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSIYGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSAFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVLAEYKPHVNNLIKRPNKLFKQLHP 605
            MRNL TP+      S   SS      L+S +Q RYKGL+ST G+VKFSAWKRE +I +   HEF+L KI EK+P+++W+KD+++GR E +G V S V+K+ASGLTK GF K DV+ + CSN+VEYW++AL  W CGG VMPVNCE+  D LE Q+ E+K K++VCDDFNY D LD  ENT +++ +I+IG E  A    I M DL+ DDGK  P ++   W +DV ++PFTS SSG + GI+HT+KSLM+ F+SPDGAANH+ DQ+IGDSI C N+FFHM+GFY  AL SIYG+S+Y+LSE+S+  F+E +VD KT + + Y WQIR+LSQS  +  YDLS LK +++  G+LSSTIRME+L+R P++KYVREAYGLNECGLVTLTYP+EKKNSIA++K  + P+DH+IP+GLPNMY+ +KII+RQ    V+GPD+QGEIC+KS Q  +GYLN++    FD++ +FHTGDLGYYD+QG++Y++EKI NLI FWMYEVAP++LESRLLGSNNIVDAAVVGIP+KENG                EENLTNLMESRLQDHERIRGGLYF+QNIPRDENWKVLR VL  Y+P     I +  +   +L P
Sbjct:   12 MRNLTTPANMSRRGS---SSSVGPPPLASSHQGRYKGLLSTPGVVKFSAWKRETDIPRQYIHEFLLAKIKEKDPNKVWLKDVTLGRTETYGKVASNVDKIASGLTKLGFGKRDVICMCCSNYVEYWLVALAAWKCGGCVMPVNCEIEFDLLEEQVTEAKAKVIVCDDFNYEDVLDMAENTELLKHVIVIGTEGKA-GGCIPMNDLIEDDGKTPPPRLNLSWDEDVAFLPFTSASSGCSAGIMHTHKSLMAWFFSPDGAANHYVDQMIGDSIACGNWFFHMSGFYTVALASIYGVSVYSLSEYSDNAFVELIVDNKTQTANLYPWQIRLLSQSKAIIKYDLSCLKSVISSGGVLSSTIRMELLERFPTVKYVREAYGLNECGLVTLTYPKEKKNSIATAKVLETPNDHVIPVGLPNMYTQVKIINRQSNENVEGPDEQGEICIKSAQNFIGYLNEDNKRLFDSEGFFHTGDLGYYDSQGVIYYIEKIENLIHFWMYEVAPTVLESRLLGSNNIVDAAVVGIPDKENG----------------EENLTNLMESRLQDHERIRGGLYFIQNIPRDENWKVLRDVLQNYEPLSTEEISKQTEPEWKLAP 597          

HSP 2 Score: 64.6994 bits (156), Expect = 5.954e-11
Identity = 31/94 (32.98%), Postives = 54/94 (57.45%), Query Frame = 0
Query:  489 IQFWM-YEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSV 581
            + +W+   + P++LE  ++    + D +V        G +PRAFVVLK G+E T E + +   +RL D + +RGG+ F   +P+D N K++ +V
Sbjct:  748 LSYWLKVYINPTVLEGVVMSHPAVDDCSVQAYTVPGLGGLPRAFVVLKSGYEATAEEILHFAHARLADTDHLRGGIVFADKLPKDGNGKLMCNV 841          
BLAST of EMLSAG00000002081 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold28_size608977-snap-gene-1.15 (protein:Tk05740 transcript:maker-scaffold28_size608977-snap-gene-1.15-mRNA-1 annotation:"hypothetical protein DAPPUDRAFT_316454")

HSP 1 Score: 203.371 bits (516), Expect = 1.683e-57
Identity = 155/560 (27.68%), Postives = 271/560 (48.39%), Query Frame = 0
Query:   55 EIQKLNFHEFILQKIGEKEPDRIWIKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSGA-KGILHTNKSLMS---QFYSPDGAAN----HWFDQLIGDSIHCANYFFH---MTGFYNFALGSIYGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRI-PSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYL-NKEESSAFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVLAEYKPHVNNLIKRPNKLFK 601
            E+ + N  +F+ +K+  + PD I +     GR   +   + +  K  S L + G  KGDV+ +   N  E+ I  LG    G  +  +N    P+E+  Q+  S+ K ++       +     E    IEK+I++G E    D +  +  L+ DDG    Q    D   D++ +PF+S ++G  KG+  T+ +++S   Q   P G  N    +   +   ++      FFH   MT   N  LG   G  I TL +F  + +L+AL   K   +      +  LS +P V  + L+SL+ ++ G      T+  + +++  PS+   RE +G+ E   V+   P  +KN++       +P+            +M KII  + G  + GP+Q+GE+CV  PQ M GY  NK+ ++    D +  TGD+  YD+ G    V+++  LI+    +VAPS LE  +   + + D AVVG+P++ +G++PRA+VV K      E+++ + +  R   H+++  G+ FV  +P+++  K+LR  L    P     +  P+++ K
Sbjct:   79 ELVESNLADFVWKKV-HQWPDSIAMICGMTGRQYTYDMAYGMSRKFGSALLRLGAKKGDVMGMVVPNIPEFPIAFLGAAGVGVTLTTMNPTYRPEEIARQLENSQAKFIITIGLFLPNIRQACEIYPGIEKIIVLGMEDKPADCLSFIDMLIYDDGSLYDQDRSCDVYNDLVVLPFSSGTTGPPKGVSLTHFNMVSNMVQLLHP-GVNNLKEANPTSKTSPETTVAVLPFFHIYAMTAIMN--LGLHLGAKIVTLPKFEPEEYLKALSTHKPTFLHLVPPLVSFLSTNPAVKAHHLASLESVIGGAAPFGPTLIEKFMEKCSPSVVNFREGFGMTESSPVSHVQP--EKNAVLGGCGHPIPN------------TMAKIIDIETGATL-GPNQEGELCVAGPQVMKGYYKNKKATNKTIVDGWLLTGDIAKYDDNGQFMIVDRLKELIKVKGLQVAPSELEDLIRRHSGVNDVAVVGVPDERSGELPRAYVVRK-NRNVLEQDIIDWVAERAAPHKKLGAGVMFVDTLPKNQTGKILRRELKAQNP---GALVSPDRILK 615          
BLAST of EMLSAG00000002081 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold353_size198981-snap-gene-0.37 (protein:Tk05252 transcript:maker-scaffold353_size198981-snap-gene-0.37-mRNA-1 annotation:"hypothetical protein CAPTEDRAFT_4190")

HSP 1 Score: 199.519 bits (506), Expect = 2.638e-56
Identity = 144/505 (28.51%), Postives = 244/505 (48.32%), Query Frame = 0
Query:   97 VNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDF---NYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLL---NDDGKKVPQKVIFDWAKDVIYMPFTSTSSGA-KGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIH----CANYFFHMTGFYNFALGSIY-GISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHII--PMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYL-NKEESSAFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRS-VLAEY 585
            V  +A+ L + G   GDVL L+  N ++Y ++  G  + G I   VN    P EL  Q+  S+TKILV          + L  +E    +   +++ N    Q  V L  D L   +  G        FD+  DV+ +PF+S ++G  KG++ T++++++       + +  F  L  DS      C    FH+ G       +++ G  +  L  F  + FLEAL   +   +      +   +  P V  + L S++ +  G   +   +    L + P I + RE +G+ E                 S  A   P + ++    G P   + +K++    G  +  P +QGEICVK PQ M GYL N   + +   + + HTGD+GYYD+    Y V+++  LI+   Y+V P+ LE+ +     ++D AV+GIP+++ G+VPRA+VVL+P    TEE +   +   + D++R+ GG+ F+Q IP+  + K+LR  ++A+Y
Sbjct:   65 VENIAAALYQIGARNGDVLGLFLPNHIDYPLVHTGATSLGMITTTVNPTYKPSELSRQLIMSQTKILVTMKAFLPTVKEALAKIEGDQNVA--VVVLNTTDHQSDVELSFDKLLQESHGGAFTTNYDSFDFENDVVSLPFSSGTTGVPKGVMLTHQNVVNNARQMIYSQDFNFLDLPTDSFQPSTLCVLPLFHIFGLNVTTFPTLHVGGKLVMLPSFDPKTFLEALEQYRPTFMHFAPPLVGFCANHPDVKPHHLESIESVFVGAAPVGKALSESFLRKAPHIAF-REGFGMTEL----------------SPCATMTPGNRVVGGSCGTPVANTAMKVVDLTTGEDLP-PLKQGEICVKGPQVMKGYLRNDIATESTIKNGWLHTGDIGYYDDNKFFYVVDRLKELIKVSGYQVPPAELENTIRSHPAVLDVAVIGIPDEKRGEVPRAYVVLRPNQNVTEEVIHEFVNEEVADYKRLLGGIEFMQVIPKSASGKILRKDLVAQY 549          
BLAST of EMLSAG00000002081 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold326_size205590-snap-gene-0.12 (protein:Tk02470 transcript:maker-scaffold326_size205590-snap-gene-0.12-mRNA-1 annotation:"hypothetical protein DAPPUDRAFT_204305")

HSP 1 Score: 172.17 bits (435), Expect = 8.119e-47
Identity = 136/533 (25.52%), Postives = 250/533 (46.90%), Query Frame = 0
Query:   69 IGEKEPDRIW---IKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNE---CT--AQDKVILMTDLLNDDGKKV--PQKVIFDWAKDVIYMPFTSTSSGAKGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSIYG---ISIYTLS-EFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKE--ESSAFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNL-MESRLQDHERIRGGLYFVQNIPRDENWKVLRSVLAE 584
            I   + DR W   I D +  +  RFG +  L  +VAS L  NG   GDV+ LY  N V+Y+++A G W CG IV   +  L    +E Q+ +   KI+ C + N+ +    +E       LI++ +E   C     +  + M  +   +  +V     V+  W+        + T+   KGI H+++++++   +         D     ++     F H+ GF      SI+G   I  Y  +      +  EA+   K   +   +     L+ +P   N DLSS+K +        + +  ++   +P++  +   YGL E G ++        NS++S     + D               KI++ +  N + GP++ GEI  K+P   +GY+N+      +F    +F TGDLGY+D +G++YF +++ +LI++    V P  LE+ +    ++V+ A+ GIP     ++  A VV +PG +  E+++ +L ++  L+ ++++RG + FV  +PR+   K++R  L +
Sbjct:   39 IQNGQADRKWLTDIADFNEPKFRRFGEIKPLSYQVASALKANGLQAGDVVQLYLPNSVDYYLIAFGAWLCGAIVSMSDSSLKCKSIESQIEDVHPKIVFCTEDNFAE----VEQGCPGCPLIVLDHEFGPCKHLTYEGFLAMGQVTAMESPEVNIEDCVLIFWS--------SGTTGNPKGIQHSHRNMINFMVA---------DDFTRANLLATTMFPHIGGFTIPICASIFGTYDIVFYGHNFPVESHHIFEAIYKYKPQFLVIGSHHAVHLASAPHPKNMDLSSVKAVYPIGSATYAGLLEDLRQHLPNLTDILNYYGLTEIGALS--------NSLSSFNLGTLRDGR-----------EAKIVNPET-NELLGPNEIGEIWGKTPTTTIGYVNRPTLNKESFGLGGFFRTGDLGYFDEEGLLYFHDRLKDLIKYKNNHVYPGDLEAIIQKHPDVVEVAIFGIPEPTVQELVSALVVKRPGSQLNEKDVRDLVLKEDLEYYKQVRGPIKFVDRLPRNHRGKIVRRTLKD 530          
BLAST of EMLSAG00000002081 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold53_size449031-snap-gene-0.11 (protein:Tk04163 transcript:maker-scaffold53_size449031-snap-gene-0.11-mRNA-1 annotation:"luciferin 4-monooxygenase-like")

HSP 1 Score: 168.318 bits (425), Expect = 1.889e-45
Identity = 144/539 (26.72%), Postives = 255/539 (47.31%), Query Frame = 0
Query:   69 IGEKEPDRIW---IKDLSIGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLL--NDDGKKVPQKVIFDWAKDVIYMPFTSTSSG-AKGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSIYGIS--IYTLSEF--SEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRI-PSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKE--ESSAFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESR-LQDHERIRGGLYFVQNIPRDENWK------VLRSVLAEYKP 587
            I + + DR W   I D +  +  RFG +  L  +VAS     G   GDV+ LY  N ++Y+I+  G W CG IV   +  +    +E Q+++S+ K++ C      D LD +   +  +  I++ ++  A+D +   + L   N +  +VP+        D   + ++S ++G  KGI H+ KS+++   +   A  + F             F H+ GF     GSI+G    ++  ++F    Q+  EA+   K   +   A     +  +P   + DLSS++++    G  + T  +E L +I P++  +   YG+ E G +T    +     +   + A                   K I+ +  N V GP+Q GEI  K+P   LGYLN+   +  +     +F TGDLGY+D +G ++F E++ +LI++    V P+ +E  +    +IV+ AV G+P     ++  A VV  PG + TE+++  L+    L+ ++ IRG + FV ++PR+   +       L  V ++Y P
Sbjct:   39 IQDGQSDRKWLTDIADFNQPKFRRFGEIKPLSYQVASAFKALGIGAGDVVQLYLPNSIDYYIVIFGAWLCGAIVSMCDSTMKAKSIESQVKDSQPKLVFCTG----DNLDEVMKGSSKQSFIVLASKPGAKDHMSYESFLAKGNSESIEVPKS----NPDDCTLIFWSSGTTGRPKGIKHSQKSVVNLMQASLFAPGNMF---------VTTMFTHIGGFTMPLCGSIFGTYDIVFHGNDFVVECQHIFEAINKYKPHFLVLGAHHAVHMVSAPTPKDVDLSSVEMIYP-IGSSTYTGVLEDLRQILPNLSVILNFYGMTEIGTLTTGISQNNLGKLLGGREA-------------------KFINPET-NKVLGPNQVGEIWGKTPIMTLGYLNQPDLDKHSIGPGGFFRTGDLGYFDEEGTLFFQERLKDLIKYKNNHVYPADIELIIQRHPDIVEVAVFGLPELTVQELVSALVVKMPGSKLTEDDVKALVAKEDLESYKLIRGPVKFVPSLPRNTQARNIDPPEALNMVQSKYGP 539          
BLAST of EMLSAG00000002081 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold974_size74728-snap-gene-0.20 (protein:Tk09218 transcript:maker-scaffold974_size74728-snap-gene-0.20-mRNA-1 annotation:"luciferin 4-monooxygenase")

HSP 1 Score: 164.466 bits (415), Expect = 1.213e-43
Identity = 129/531 (24.29%), Postives = 246/531 (46.33%), Query Frame = 0
Query:   69 IGEKEPDRIWIKDLS---IGRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIII---GNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSG-AKGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSIYGISIYTLSEFSE----QNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKE--ESSAFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTN-LMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVLAEY 585
            + + +  R W+ D++     +++    V  L  K AS  TK G   GDV+  Y  N V+Y+I   G W CG IV   +  L    ++ Q+ +++ K+L+C    Y   L  +E     + LI +   G+E T      L  +   D G+  P ++          + ++S ++G  KGI H+++++++    P  + N +         +    F+HM G++    G+I+G        F+        +EA    K   +  +      L+ +    + DLSS+  +      L + +  ++  + P+ K +   YG+ E G +++ +      S+ + +   + D        PN   ++            G +Q GE+ VK+P   +GY+N+      +F  D ++ TGDLGYYD  G++YF +++ +LI++   +V P  LE+ L+    I + AV G P     ++  A VV  PG   +E ++   ++ + + D + IRG + FV ++P++ + K+LR +L ++
Sbjct:  114 LADGQGGRPWMTDITEFERPKVQHLSQVKPLAFKAASAFTKLGLEAGDVVQFYLPNCVDYYIPLFGAWLCGAIVSLTSSTLKVPAIQSQIEDTQPKVLLC----YQGNLATIEQAITGQTLIALNTDGDESTDH----LSYERFLDMGEAEPFQLPVTQVDQCTMILWSSGTTGLPKGIQHSHRNMLN-LVQPIVSPNPYS--------YTTTMFYHMGGYHLAVSGAIFGNVNVVFHGFNHIVTGVEIMEAAHKYKPNLMFIWTHHGVELAMAKPRPDLDLSSVTAISPLGSSLDTNLLEDLKPKFPNCKAILNYYGMTELGSISMGHTPTSMGSLLNGREVKIVD--------PNTQELL------------GANQIGEMWVKTPITTIGYINRPGLNEKSFAPDGFYKTGDLGYYDEAGLLYFHDRLKDLIKYKNNQVYPVELETVLMEHPEIAEVAVYGTPEPAVQELISACVVKTPGSTLSEADVRAWVVHADVDDGKLIRGPVKFVSHLPKNAHGKILRKLLQDH 607          
BLAST of EMLSAG00000002081 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold41_size498431-snap-gene-1.20 (protein:Tk00194 transcript:maker-scaffold41_size498431-snap-gene-1.20-mRNA-1 annotation:"probable 4-coumarate-- ligase 1-like")

HSP 1 Score: 161.77 bits (408), Expect = 6.724e-43
Identity = 125/499 (25.05%), Postives = 235/499 (47.09%), Query Frame = 0
Query:  108 GFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLE---------NTNMIEKLIIIGNECTAQDKVILM--TDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSGA-KGILHTNKSLMSQFYSPDGAAN--HWFDQLIGDSIH----CANYFFHMTGFYNFALGSIY-GISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSAFD-NDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRS-VLAEY 585
            G +KGDV+ +   N VEY ++  G    G  +  +N    P E+  Q++ SK     C      + L  LE         +    EK+ ++G +      V  M  TDL+ +        V+ +  +D+  +P++S ++G  KG++ T+ +++                  L  D+      C    +H        + ++Y G  +  L +F  + F++AL   K   +      +   +  P V  + L S++ ++        ++  +  D+ PS    REA+G+ E      T P     S++        D+H    G  +  ++ K++    G  + GP+Q+GE+C+K PQ M GYL+  E++A +  D + H+GD+  YD+QG  + V+++  LI+   ++V P+ LE  + G   I D AV+G+P+++ G+ PRA+VV K G   +EE ++  +  R+  ++ + GG+  + ++P+    K+LR  + A+Y
Sbjct:   99 GGMKGDVMAVMLPNCVEYPLIFAGGPGVGVTITTLNPIYTPHEIAKQLQMSKA----CWAITTKELLPTLETAIAKVGHSDIRWKEKIFLVGEKVPGYHSVSEMMDTDLVGEP------NVVLNVNEDICVLPYSSGTTGVPKGVMLTHHNIVGNVCQQTLGHRDISTIQPLQADTPQPTTICVLPLYHCYAMNVTMVPTLYCGGKLVILPKFDPKTFIQALQRYKPTFLHLAPPLVSFCATHPDVKPHHLESIEHIVVAAAPSGPSLIKKFKDKAPSNVVYREAWGMTE------TSPIATMTSLS--------DEHNGSCGKLSPNTVAKVVDLNTGEAL-GPNQRGELCIKGPQIMKGYLDNPEATAENIQDDWLHSGDIAIYDDQGRFFIVDRLKELIKVKGFQVPPAELEDLIRGFGKIQDVAVIGVPHEKFGEAPRAYVVAKEGETVSEEEISAYVRERMAVYKHLVGGVEILDHVPKSAAGKILRKDLFAKY 572          
BLAST of EMLSAG00000002081 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold974_size74728-snap-gene-0.19 (protein:Tk09217 transcript:maker-scaffold974_size74728-snap-gene-0.19-mRNA-1 annotation:"amp dependent coa partial")

HSP 1 Score: 154.836 bits (390), Expect = 1.172e-40
Identity = 138/554 (24.91%), Postives = 253/554 (45.67%), Query Frame = 0
Query:   63 EFILQKIG----EKEPDRIWIKDLSI---GRMERFGNVHSLVNKVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIII---GNEC--TAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSG-AKGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSIYGISIYTLS----EFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLD----RIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNK----EESSAFDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLM-ESRLQDHERIRGGLYFVQNIPRDENWKVLRSVLAEYKPHVN 590
            + IL+KI       + DR W+ D+ +    +++R   V  L  + AS   K G   GDV+  Y  N ++Y+    G W  G IV      L    +  Q+ +++ K L C    Y   L  +E  +  + LI++   G +C   + +K + M D   D   ++P   +     +V  + +TS ++G  KGI H++++L++       + ++ +   +         F+HM+G+     G ++G +          F  ++ + A    K + +  +   I  L  +    + DLSS+ ++    G L S++   +L+    + P+++ V   YG+ E G +  +        I + +   + D                     D   + GP   GEI  K+P   +G++N+    EES  F    ++ TGDLGYYD +GI+YF +++ +LI++   ++ PS +E+ L+   +I + AV G P     ++    VV  P  + TE  +  L+ ++ L D   IRG + FV +IP++ + K+LR  L E+  H N
Sbjct:   29 KHILEKIDALVQSGQGDRPWLTDICVLDQPQVQRLSEVRPLAFQAASAFKKLGLKAGDVVQFYLPNSIDYYGPVFGAWLNGAIVSLTCSTLKAPTIRSQIEDTQPKYLFC----YQSNLAAVEQASTGQTLIVLNTNGADCGHLSFEKFMAMGD---DVEVQLPTPDV----DEVTMILWTSGTTGLPKGIKHSHRNLINLVVPIVSSTSYLYSTTV---------FYHMSGYNLVVSGGVFGNADIVFHGNNYPFESRDIMVAAHKYKPSLMFTWTHHIVQLGLAEPQKDLDLSSVLII----GPLGSSVDTSLLNDLRTKFPNLQGVMNIYGMTEIGSIATSLCSTNLGPIFNGREVKIVD--------------------PDTQELQGPHGIGEIWAKTPMATVGFVNRPGLTEES--FAPGGFYKTGDLGYYDEKGILYFHDRLKDLIKYKNSQIYPSEIEAVLMEHPDIDEVAVYGTPEPAVQELVSVCVVKSPSSKLTEAEVKELVAKADLDDSLLIRGPVKFVSHIPKNAHGKILRKSLREF--HAN 534          
BLAST of EMLSAG00000002081 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold2_size2283618-processed-gene-10.9 (protein:Tk00048 transcript:snap_masked-scaffold2_size2283618-processed-gene-10.9-mRNA-1 annotation:"amp-dependent synthetase")

HSP 1 Score: 149.058 bits (375), Expect = 2.410e-39
Identity = 120/476 (25.21%), Postives = 220/476 (46.22%), Query Frame = 0
Query:  121 NFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVCDDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLLNDDGKKVPQKVIFDWAKDVIYMPFTSTSSG-AKGIL--HTN------KSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTG---FYNFALGSIYGISIYTLSEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNYDLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSA--FDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVL 582
            N  EY ++   V   GG +  +N      E+  Q+++    IL+    +++D            +L +IG          LM       G+ + ++V  D  +  + +P++S ++G  KG++  H N      +SL++  + P   A  +              FFH+ G     N  L    G ++ TL  F    FL+   D K+  +         L++ PLV +YDLSSL+ + +G   L + +   V  R+  I    + YG+ E   ++   P +     A S    VP    +            I+  + G  +    ++GE+ ++ PQ M GYLN  +++A     + +  TGD+   D  G ++ V+++  LI++  ++VAP+ LE+ LL  + I DAAV+G+P++E G++P A +V K G   +EE +   +   L  ++++   ++FV+ IP+  + K+LR +L
Sbjct:    4 NCPEYCVIFHAVAWAGGTISTLNPTYTATEINHQLKDCGADILITVP-DFLDTAKAGAEGTKARQLAVIGESTDVPTLDSLM-------GEPLLEQVAIDLEQHTVVLPYSSGTTGMPKGVMLSHRNLVVNVEQSLVACSFQPGEVAAGFLP------------FFHIYGMGVLMNMHLAG--GGAVVTLPRFDLPMFLQICQDYKSRRMWIVPPVALALAKHPLVDDYDLSSLESVFSGAAPLGAELSDAVAKRLNCISL--QGYGMTELSPISHISPGDAAR--AGSSGLAVPSTECL------------IVDIESGKNLSA-GEEGELWIRGPQVMQGYLNNAKATAENITAEGWLRTGDIAVIDADGYMFIVDRLKELIKYKGFQVAPAELEATLLSHDAIADAAVIGLPDEEAGELPIAIIVAK-GTAPSEEEIKAFLAKTLAHYKQVH-QVHFVETIPKSASGKILRRLL 438          
BLAST of EMLSAG00000002081 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1129_size60621-snap-gene-0.15 (protein:Tk11843 transcript:maker-scaffold1129_size60621-snap-gene-0.15-mRNA-1 annotation:"predicted protein")

HSP 1 Score: 139.813 bits (351), Expect = 4.040e-35
Identity = 124/501 (24.75%), Postives = 224/501 (44.71%), Query Frame = 0
Query:   99 KVASGLTKNGFVKGDVLTLYCSNFVEYWILALGVWTCGGIVMPVNCELPPDELELQMRESKTKILVC--DDFNYVDGLDFLENTNMIEKLIIIGNECTAQDKVILMTDLL-NDDGKKVPQKVIFDWAKDVIYMPFTSTSSG-AKGILHTNKSLMSQFYSPDGAANHWFDQLIGDSIHCANYFFHMTGFYNFALGSIYGISIYTL--SEFSEQNFLEALVDXKTASISCYAWQIRILSQSPLVSNY---DLSSLKVLMTGCGLLSSTIRMEVLDRIPSIKYVREAYGLNECGLVTLTYPREKKNSIASSKAADVPDDHIIPMGLPNMYSMIKIISRQDGNPVDGPDQQGEICVKSPQCMLGYLNKEESSA--FDNDQYFHTGDLGYYDNQGIVYFVEKINNLIQFWMYEVAPSILESRLLGSNNIVDAAVVGIPNKENGQVPRAFVVLKPGFEETEENLTNLMESRLQDHERIRGGLYFVQNIPRDENWKVLRSVLAEYKPH 588
            ++ +   +NG  KGDV+ +   N    + +  G W  GG +   +  L P  +  Q+   +T+ ++C  D    V     L +     K   +G     +D    + DLL N D  + P  +  D  +DV  + ++S ++G  K I H++ S ++ F  P  A N    +    +  C   FFH+ GF+      +   + Y +    F   + L A+   K  +++  +     LS+     +    D  S++ L      +  +      ++  ++K V  AYG  E G+++     +   SI                 LPN+   ++ +S  +      P ++GE+C K+P  M GYLN+ + +A   D + + H+GD+ YY   G +YFV+++  LI++    +AP+ LE  L     + ++ V G  N E  ++  A VVLKP  + TE  L   +   + D++RIRG + F   IPR+   K++R  + ++  H
Sbjct:  136 RLGAFFLQNGCKKGDVIHVLLGNHNMTFPICFGGWILGGCMSLGDVNLEPRSVAEQLNTCQTRFVICMPDTQKLVTEALKLASRPQDIKTFCLGKNEEFED----LNDLLRNIDPTECPDPMDMDVEEDVPVIFWSSGTTGHPKAICHSHNSAIN-FGGP--AINFLVPKTNVVTTTC---FFHVGGFFTGINACLKYQTYYHMFGPSFRLDHLLRAMSKLKPKTLAIGSHHYVQLSEYDGFHDANPDDFDSIEFLAPAGAAVPQSCEAIYKEKCRNLKGVLNAYGQTESGIISAGVSSQALGSI-----------------LPNIRVKVENVSTGERC---APHEEGELCYKTPAMMKGYLNRPKDNADFLDFEGFGHSGDIVYYTPDGDIYFVDRLKELIKYKNNHIAPTELEDILQRHPAVQESLVFGKHNDEVQELVSAVVVLKPKHQATEAELIEFVNREVTDYKRIRGDIIFRDEIPRNSVGKLMRREMRDWARH 606          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000002081 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-4.556e-5728.92symbol:4cl1 "4-coumarate-CoA ligase" species:44689... [more]
-2.112e-5529.15symbol:4cl2 "4-coumarate-CoA ligase" species:44689... [more]
-5.396e-5530.16symbol:4cl3 "4-coumarate-CoA ligase" species:44689... [more]
-6.725e-5126.05symbol:ASPNIDRAFT_48951 "Uncharacterized protein" ... [more]
-2.933e-5025.87symbol:An16g04830 "Putative uncharacterized protei... [more]
-2.933e-5025.87symbol:An16g04830 species:5061 "Aspergillus niger"... [more]
-3.244e-5026.70symbol:4CL3 "AT1G65060" species:3702 "Arabidopsis ... [more]
-1.556e-4828.26symbol:ACOS5 "AT1G62940" species:3702 "Arabidopsis... [more]
-2.684e-4725.27symbol:AFUA_2G10160 "Phenylacetyl-CoA ligase, puta... [more]
-1.265e-4526.45symbol:4CL2 "4-coumarate:CoA ligase 2" species:370... [more]

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BLAST of EMLSAG00000002081 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592873623|gb|GAXK01083939.1|3.147e-550.26TSA: Calanus finmarchicus comp176852_c1_seq2 trans... [more]
gi|592873624|gb|GAXK01083938.1|2.960e-550.26TSA: Calanus finmarchicus comp176852_c1_seq1 trans... [more]
gi|592954357|gb|GAXK01004196.1|5.010e-5028.23TSA: Calanus finmarchicus comp254119_c1_seq1 trans... [more]
gi|592917906|gb|GAXK01040469.1|1.173e-4625.62TSA: Calanus finmarchicus comp147878_c2_seq1 trans... [more]
gi|592917905|gb|GAXK01040470.1|1.438e-4626.23TSA: Calanus finmarchicus comp147878_c2_seq2 trans... [more]
gi|592890920|gb|GAXK01067455.1|8.604e-4426.53TSA: Calanus finmarchicus comp16059_c0_seq1 transc... [more]
gi|592817280|gb|GAXK01137288.1|5.877e-4325.66TSA: Calanus finmarchicus comp164172_c4_seq2 trans... [more]
gi|592817281|gb|GAXK01137287.1|9.380e-4325.66TSA: Calanus finmarchicus comp164172_c4_seq1 trans... [more]
gi|592956453|gb|GAXK01002103.1|3.614e-4226.54TSA: Calanus finmarchicus comp91458_c6_seq4 transc... [more]
gi|592956455|gb|GAXK01002101.1|4.466e-4226.54TSA: Calanus finmarchicus comp91458_c6_seq2 transc... [more]

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BLAST of EMLSAG00000002081 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 9
Match NameE-valueIdentityDescription
EMLSAP000000020810.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s138:15185... [more]
EMLSAP000000017091.366e-6027.79pep:novel supercontig:LSalAtl2s:LSalAtl2s1296:4815... [more]
EMLSAP000000119031.036e-1421.60pep:novel supercontig:LSalAtl2s:LSalAtl2s83:250927... [more]
EMLSAP000000076963.795e-1425.62pep:novel supercontig:LSalAtl2s:LSalAtl2s448:23758... [more]
EMLSAP000000045074.666e-1423.46pep:novel supercontig:LSalAtl2s:LSalAtl2s235:16331... [more]
EMLSAP000000104012.018e-1130.52pep:novel supercontig:LSalAtl2s:LSalAtl2s68:357669... [more]
EMLSAP000000063092.038e-1126.10pep:novel supercontig:LSalAtl2s:LSalAtl2s343:30023... [more]
EMLSAP000000020831.212e-1033.04pep:novel supercontig:LSalAtl2s:LSalAtl2s138:39949... [more]
EMLSAP000000069462.299e-926.52pep:novel supercontig:LSalAtl2s:LSalAtl2s393:60120... [more]
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BLAST of EMLSAG00000002081 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25
Match NameE-valueIdentityDescription
gi|74897041|sp|Q54P77.1|4CL1_DICDI4.862e-5828.92RecName: Full=Probable 4-coumarate--CoA ligase 1; ... [more]
gi|74897042|sp|Q54P78.1|4CL2_DICDI2.501e-5629.15RecName: Full=Probable 4-coumarate--CoA ligase 2; ... [more]
gi|182627620|sp|Q54P79.2|4CL3_DICDI6.567e-5630.16RecName: Full=Probable 4-coumarate--CoA ligase 3; ... [more]
gi|75296548|sp|Q7XXL2.2|4CLL9_ORYSJ2.912e-5227.82RecName: Full=4-coumarate--CoA ligase-like 9[more]
gi|12229666|sp|Q9S777.1|4CL3_ARATH5.961e-5126.70RecName: Full=4-coumarate--CoA ligase 3; Short=4CL... [more]
gi|1168218|sp|P41636.1|4CL_PINTA1.828e-5027.32RecName: Full=4-coumarate--CoA ligase; Short=4CL; ... [more]
gi|75311450|sp|Q9LQ12.1|4CLL1_ARATH3.210e-4928.26RecName: Full=4-coumarate--CoA ligase-like 1; AltN... [more]
gi|76789647|sp|Q42982.2|4CL2_ORYSJ6.329e-4825.84RecName: Full=Probable 4-coumarate--CoA ligase 2; ... [more]
gi|12229631|sp|O24145.1|4CL1_TOBAC2.677e-4726.59RecName: Full=4-coumarate--CoA ligase 1; Short=4CL... [more]
gi|148841518|sp|Q9S725.2|4CL2_ARATH3.881e-4626.45RecName: Full=4-coumarate--CoA ligase 2; Short=4CL... [more]

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BLAST of EMLSAG00000002081 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
XP_394579.23.114e-5827.86PREDICTED: luciferin 4-monooxygenase [Apis mellife... [more]
gb|EEZ98794.1|6.163e-5826.98Luciferin 4-monooxygenase-like Protein [Tribolium ... [more]
EEB16371.12.130e-5727.72luciferase, putative [Pediculus humanus corporis][more]
EFX82640.11.326e-5626.12hypothetical protein DAPPUDRAFT_316454 [Daphnia pu... [more]
gb|EFA06717.1|3.806e-5628.63Luciferin 4-monooxygenase-like Protein [Tribolium ... [more]
EFX82656.17.973e-5527.29hypothetical protein DAPPUDRAFT_316477 [Daphnia pu... [more]
EFX70485.11.861e-5226.86hypothetical protein DAPPUDRAFT_328028 [Daphnia pu... [more]
EFX64950.19.081e-5224.68hypothetical protein DAPPUDRAFT_219439 [Daphnia pu... [more]
EAL41501.41.180e-5125.75AGAP003482-PA [Anopheles gambiae str. PEST][more]
EDO64449.21.548e-5125.71AGAP003483-PA [Anopheles gambiae str. PEST][more]

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BLAST of EMLSAG00000002081 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|1005487375|ref|XP_015780279.1|5.311e-6932.11PREDICTED: 4-coumarate--CoA ligase-like 7 [Acropor... [more]
gi|919073386|ref|XP_013417930.1|5.857e-6929.68PREDICTED: 4-coumarate--CoA ligase 1-like [Lingula... [more]
gi|390364692|ref|XP_786981.3|9.589e-6930.80PREDICTED: 4-coumarate--CoA ligase 1 isoform X1 [S... [more]
gi|919073666|ref|XP_013418047.1|2.146e-6829.40PREDICTED: 4-coumarate--CoA ligase 1-like [Lingula... [more]
gi|918996533|ref|XP_013390242.1|1.553e-6728.55PREDICTED: probable 4-coumarate--CoA ligase 1 [Lin... [more]
gi|749988178|ref|WP_040337634.1|3.260e-6729.74AMP-dependent synthetase [Candidatus Blastococcus ... [more]
gi|657226883|ref|WP_029340586.1|1.241e-6629.44AMP-dependent synthetase [Geodermatophilaceae bact... [more]
gi|652463181|ref|WP_026857963.1|1.643e-6629.54AMP-dependent synthetase [Geodermatophilaceae bact... [more]
gi|1119289565|ref|WP_072267757.1|8.293e-6630.204-coumarate--CoA ligase family protein [Armatimona... [more]
gi|1126216807|ref|XP_019642430.1|1.163e-6530.51PREDICTED: probable 4-coumarate--CoA ligase 3 isof... [more]

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BLAST of EMLSAG00000002081 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 25
Match NameE-valueIdentityDescription
maker-scaffold137_size321222-snap-gene-0.105.954e-1159.41protein:Tk01553 transcript:maker-scaffold137_size3... [more]
maker-scaffold28_size608977-snap-gene-1.151.683e-5727.68protein:Tk05740 transcript:maker-scaffold28_size60... [more]
maker-scaffold353_size198981-snap-gene-0.372.638e-5628.51protein:Tk05252 transcript:maker-scaffold353_size1... [more]
maker-scaffold326_size205590-snap-gene-0.128.119e-4725.52protein:Tk02470 transcript:maker-scaffold326_size2... [more]
maker-scaffold53_size449031-snap-gene-0.111.889e-4526.72protein:Tk04163 transcript:maker-scaffold53_size44... [more]
maker-scaffold974_size74728-snap-gene-0.201.213e-4324.29protein:Tk09218 transcript:maker-scaffold974_size7... [more]
maker-scaffold41_size498431-snap-gene-1.206.724e-4325.05protein:Tk00194 transcript:maker-scaffold41_size49... [more]
maker-scaffold974_size74728-snap-gene-0.191.172e-4024.91protein:Tk09217 transcript:maker-scaffold974_size7... [more]
snap_masked-scaffold2_size2283618-processed-gene-10.92.410e-3925.21protein:Tk00048 transcript:snap_masked-scaffold2_s... [more]
maker-scaffold1129_size60621-snap-gene-0.154.040e-3524.75protein:Tk11843 transcript:maker-scaffold1129_size... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s138supercontigLSalAtl2s138:151856..349462 +
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
Descriptionaugustus_masked-LSalAtl2s138-processed-gene-3.0
Biotypeprotein_coding
EvidenceIEA
NoteProbable 4-coumarate--CoA ligase 1
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000002081 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000002081EMLSAT00000002081-697928Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s138:151856..349462+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000002081-684847 ID=EMLSAG00000002081-684847|Name=EMLSAG00000002081|organism=Lepeophtheirus salmonis|type=gene|length=197607bp|location=Sequence derived from alignment at LSalAtl2s138:151856..349462+ (Lepeophtheirus salmonis)
GAATTATTCCAAAGCAGATCTAAGATTGTGAGTGATTTTTTTCTTTCTTT TTCTTTGATAAATATTCTTTTAAAAGTGACAACCTTTTGAGGAATAACTT GATTGTATTGTCTTCTTCTTTTTAAGGTAAACCCATTGTTTGCTTATTTT TTTTTATTATTATTTATTTTTTGGTTATTCAATGGAAAAACTTTTATATA TACTCCTATATATAAGTTGTTAAGCCTTTTGTAGTATTTAAATTATTTTT AACAATGCCTTCCATTGGATTTTTATGTTGTTCTAATTGCTGCTTCATTA AATATTAAAATATGTTTAATCTAAATGAAGGATACATTAAATCATAACTC GTTGTTCAAAAAAGACAATTAACCTGACATCTCTAGATTCATGGTATATA TTTGAAATTCAAATGTTTTGATAGTTAATTGTCTGATTTCTTACAGTCTA CATAAAGACAACATAATATATTAACAGCATTGAATGTGAAATCTATTTTC CGATTATTGAAATCAAATCAAATTATTGATTTCTAAGACATAAACTAGMC AAAACAGTGGGGATATATATATATATATTGTACCTTGGTACAACTATATC TTTAATTATCATTAATTTTAATTTTTGGAGATATTAAATACAATATTTTG CAATATAATTATAAAATCGTTAAGCAATGGTGTTCTTCTGCATTTAAATT TATATAATTGTAGCCTTGCAGTAATGTAGTTTATTTCCTCTTGATATGAC TCGGTATAAAGATATGAAAAATATTTAACTTTAAGTCTCAAAGTAATTGA AAAAATAAGCTTGAATTACTTTGGTCCATTATACTAATATATGTGTACAC TTGAACAAAAAATGTGTGGATGTCTCCAGTGATTGTTCACAAAAATAACC ATATAAACTACTTAAGGTTAGTAACCACTCTGTACTTCATCCAAAATCAG GAATAGTCTATCCCCCAACTAAGCCCTCTGATCATAACTCCGACAGAGGC TTTAAAGCTTGAAATCTTTCTTCTTCTTTATCTGATCTAAAAATTGATTT CTTTTTGACTTACTCACTAAAAGCGTTCTCAGCCTCTTGTTTCCTATCAT TTTTATACAATTAAAACAAATTCCCTTGGCCAATTTTTCTTCTCTTAAAA ACAACTAAAATTCTTTCATTTGCCAAAATCTCATTTGTTGTAGACTCATT ATTTTTATTAAAAACATTTCCCGAGAACAATATCTCACTTTTGATTGATG TATCCGATAAAGATGCAAATCTACTACTTTCTAAGACTGGTTTCTGCCAT TCCAACTTTTTCAGCTAACTCCCCATTAATGACTTCATTGTCTTCCAGAA TGGGTATATATTCTTAGTTATCCATTTAAGTCTATATGGTCTGTTGCCTC TCTCTTCATCTAGTGCACGTTTGTTTCAGGATTTTATTCCAAACAGAATC CTTCGCTGAAAAATTCGCTTGAATCACGTAAAAATGATAGTTTTCGAAAA ATATATTAAGCTTCTTGTGGAAATTAATACGAGTTCTATATATACTTCTG CTTCTTCCTTTCGGTTGTAAAATATTATCGCATATTTCGTTGATCTTCTT ACATAAAATATCTGAAAAAGCTGTCAGTCTCAAAGTATGGGATGTTTTAG GTAAAATCAATTAATTCTATATTTTAATTCTTGCCACTACATGCATTCTT CTTTACAAAAATGGAATGCATGGAAGTTGTTTTTTTGAGTTTTTTACTCA ATAATTTTCATATTTTCAAAAATATCACTTCATTTCAAAGCTATGAATGT TCCTAGCACTTTCATTCAAGGAGTAACACATATACTGTTCAAATTAGGAA AGGGATTTATAACCTTAGATTTAAATAGATTCAATACAAATATACTTTTA TTCAGTCCAGAAGAACACTACAGACAAGTAGTACTTAAGTCCCATTCCTG TAAGATTTAGAATATGGACTGATTTAAAAATGCAATTGATCGATGAAATC ATAATTTTCAGTTATGAAAAATCACATTACAACTTCCAAACGTCTATATT CCAGATCTTGATAGCCAAGACATCTTGAATCTTCATTCCTTGGGGCAACT CTAAACAATTTGGAGACGCACATTAGAGCTTCAGTAATAGTTTTCATAAA TCATTAAAGTTGTAGATTTGCAGCCATACTTTCATAATAGCCCAAAAGCT TTAGTGTCCTGAAAGCTTCCTGTGAAGTMGTAAAGATAAAGATCTATGGA TTGCTAACAGGTATGGTTTCATATGGTTATTCAAATAACTCATAATATCC AGTATCTTAAATTTGATTTTATGAGGCACTCACTGTTTTGCTTTAATTAG ACCTGTAATTACATAACTAAATAAATTCGCAAGCTTACGTGAGGGATGAT TTCATTTGATTAGAACAGTCGTTGGCCCTGATTATCATTGCCCGATTGCG TGGCTTGATGTTGTTGACTTAATCTAGAATATATCCTGATGTAGAAATAT TAATAATTGTAAAAACGAATGAATGAAGAGAAACTGGCATTGTTTATATT AGAGTTGGGGTTCGGTCTGAAAATCCAATATAAGTTTGAAACCGTTATAA GTTTTAGTGTATCGAACTTATTCGGTTCATTGGAACGTCGGTCTGGATAT GTGTTACAAAAAAAAAAATCAGACAGTATGGGTCTCATATAAAACTCAGT TCAGACTGATTCTATAGATGTAATGTTGATGAACTTATGTTTTTCAAAAT TGTGAACATCGACAAAAAAAGGTTATCTAAAGTTAGATGTGTTGCATATA TCATATTTGATCAATTCATAAATCTAAATAAGGGAGAAAATCGGTCCATA GAGGGAGAACGAAAAAAATTGGTATATATATTCAAACAAAAAAAAATCCA CAATTAGATAACGATTAAATTTCAGTCTACTTTCTAACATTTAAATTCAT TTTTAAAACATATACAAACAATATATCCATCATCCTTCTACTCAAACATC CCTTTGAAAGTATATACATTAATCCCAGAGAACTAATTGAACTGCATTAG TGATTATGTTTGATGTAAATATTTATATATATACTTATATTTTTATGCAT ACGTATGTATTACTTCCTTGATACAATGCTTTTAATCCACGTCAAAACAG TAATAAAAAAGTTGGCGTAAAGATATGTTTGAACTTTCAATCAATATAGA ATTTGATTGAAATGCAAACATGAGCTATCAATGTTATGAAATTTTATGAC ATGAGTGATAAATAATTCATAATATTATCTAATTAGTTAAATACGAAAGA TAACCCACTCATGAAATCATCAAAATGTACTTTTGGTACATGGCAGGTGT GTAAGAGGTGGCGCTGTCCTGAGTCCACAAGTAAATMCCCTCCGGGTCAG CCATGGAAAGGTGCTGTACCTAAACACTTCCCCTGACCGATTTTTTGTAC AGCCTTGAAAAAGAACAGAGACATCTTCTTTCAATCAGAGGCTACAACGC CGAGGCACATTGTTTGGGCCAGATATTTGGTGTGGTAATCCCCTTGGACC CCTTCTTTTGTTTCCCCATACCAATGGACGTTCAGGCAAGTGTGGAATTG ATCATCGCTGAAAATCTTCTTTCCCGTGAATTATTTCACAATTGACCCAT TTCCTTTGATCCATTTGGGAATTTGCTTGCATCTCTATAGCATTCTGGCT TTCATGCCCTTTCTCAGAAGGTGGAGTAGGTTCCTTGTAAAATAAGCTAA TACCAAGTTGTGCTTCATAGCCCTCCTGATGGTCCTGGGACCACAATGAA GTCGAGGGTACAAGCCCATTATGTGGGTTATATAATGAAAAAGAGGAAAA GCTTTTGTGACTTTTAGATAAATGTATGCATATAATAAATATTTTTAATT TTTTTCAAAGATGTTTTACTACTCAAATGATGTTTTTGCTCGTTTTTATC GTTCTTTCCTTTCATAATTGTGATTTCACGCATAACAGACTCAAAATGTA CAGTAAGCTTTGCCAATCAGCATTCCATGAAAAGACATGTTTTTTTCTTC CTTACATATTCCAATAAATCAAATGCACGTACTTATTTTAAATTTTATTG AACATATATTTATAAATGTAAATTGTCATTGAATAATTTCTTTCACTCCT ATTGTATTTTATTATTTTTTTAAATATTTATTTAGTAGATTTGTCTCCGC TTTTTGTCAAATCATTTTTGTCGATAAACAAATAGGAAATATTACATCTT TTCATGTAAAAATCCTGTTATAGAGTCTCCTCAAATCTAAAAATTAAATT CTAAACTGTTAGGTAATTATTTTTTTATTATTTAATATCAATCTTATTTT TAAAAAAATTACAAAGTATACTAGTCACATACTATGTTCATAAAGACTCA AATTACGAGAACTTTGAGCGATGTATACGCAAGTAAACATTGCAGGTTGT TTTTGCAGCCTCCAGAACTGTTTCTTGACATTTAAAAAAAAAATGTGTCG ATCAACGAAGAATTTATTGCAAAATCGTGGATTGTTGTTGCAATCCGCGC CGGACAAGACAATGTTGAGATTGCAAACTTCTTAAACTTGCTCAGTCCTT TTTCTTGAGGCTCAGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNGTGGTCAGAGTGCCAAAGGGA TCAGGATTTCATTGCAAATTTGCAAAAAAATAAAATAATGATGAGCCATC CAAATCGATGAGGAGCATTGTCAGGGATCTCGACTGCTCTGAAAAGCTGA TCAAGATTTCTGTAGCATATGTTTTGCTATAAAAATCATACAATGTGCGA AGAGCTCAACATCTGAGAGAAAAAACTAACGTTGACCTGGTTATCAATTT TTTTTTTTGACTATGTTACGCTCAGTGTTGGCCTCTAAGCTCACCGGACC TCAGCCCCATGAACTATCTTGTGTGGGGTGCAGTTGAGCAAAACACCATC AGATCTTCTTGCAACACAAAATCTTAGCTGATGTTCAGGATCTGGGAGAA CTTTGACAATTGTACCATTTGATATAGGAGTGGTATTTGAAGTAAATATG TATATTAATAATATTTTCTTCTCTATGTGCAACAGTGAATSGAGCCAATC CATTCAAGTTCAAGAGAATAATTTCCCTCGAGCATGTTGATCCCAATTAT TGAAATTCTCATTTTAATCACACTAATTCTATTATATAAAGGTAGACTAA TTTTCATCTTCTTTAAATGTCAATAGAAAATGTTATGATTTAAAATCAAA TTTATGGCATTAATAAGGTGCAATGCAAAACATTTATACATCTCTAGTCA TTTATTTTTTAAGAATATGAGCGTGACATTTATTTTTGTTCATAAGTATA TAATAATATCTGCACAATTTTTATACTTTATCTAAGATAATTCAAAATGT TTCTGAAGTTTATATAAATAATAAGATTATACTATTTGGACAAATAGATG ACCAAAAAAAACCAACACATTTAGAATTATTAAAAATAATGATATTTACA TAACAAATGGGCTGAAAAGTCCGTACTTAATAAATAGAACACATTTTTTT TCGTTCAAAATTAGCTTTATTTATCAATATAATCATCATCAAGAGGAACT CATTAATTTCAGCACCACTCCAATATTTTAATGCTACTTTTATATAACGC TTTATATTTTGCCTCAAAATAGTACTCAGTTTAAGAGATAACCTCTACAT TGGAGAAAAATATCTTTTTTAGGTCTACAAATAGTCAATAGTTGTTAGGA GACAAATCTGGAGAGTAAGGTGGATGAGACAGCAATTCAAAGTTGAATTA ATGTAGTCTTGCCATGGTTTTGATTGAATTGTGACAAAGTGTGATTTCCT GGTGTAACAGCACCTTCTTTTTCTTCAAATGGGGTCGTTTTCCCATGATT TCGTATTTCAAACGTTTTAATAAGGCACTAAAATATTCATTTCTTAAGGT ATTATATGAACCATGATGAAAATCCAGTGAAGAATGGGTATGTTAAATAA AAAAAACCGAAAATCAACATTATAACCCTGGCAATTTGAAGACTGTTTTG GAGGAGAAAAAATGATGCTCATGACGTTTCATTAGATCAGCTACAATTAG CTGTGACAAAAGAGGAAGGAGAAAAGGATATAAACAAGGACATTTGCTAG AATTACTTCGATGTCAATATTATTTCATTCCTGAGTAGTGAACATCCTTT CCTAAATAGATTCAATTATATTCAAAACCTGTTTGAACCTTCGTGTGTCC TCATAAAAGACGGAGTGTAACCCAGAGGATTTGTTGCGTAGTTATAATTG TAAGTCCTTTTTGGACTCAGAGTAGAATTGGGGAAAGATATATTGGAGTA ATTCTAGCTAGTAACTGCTAAGGAAAAGAAAATTACTTCTTTATTCTAGC AATTACAAATTTACAAATTAATAGGACAGCTAAAAAACACACTGGATTTA CGTCATTGTTATGAATATTATGCCAAGCGCATCCTTCAATACCCAGACTA TAATTTTTCCATCTAATTCTTGTGCTTTCAAGTGTTTTAGACAAGGTTCA ACAGTTTCTGTCCCTTCAGAGGATGGTCGTTTTTATTTTTGGAATTAAGT GATTGACCAAAGGATTCCTATTTGTTACGTTGAAACAAGACCAAACACTG CTCAGAATCATCATCATTTTCTTATTTTTGTTCAATCGTGAACAAATGTT GTACCCACTCTGAATAGAGCTTTCTCATATCTTTACAATCTCGTCTAACT CACACAACTTCACTTTCCGATCATTCAAAATGGTTTTGTCGATTTTTTTA TTTTTTCTGTTTTTAACGCCTCATTTGGACGGCCACTGCGTTCTGTATCA TTGGAATCTCAAGGACCACGTTTAAAGTAAGCAGTAAAATTGTTGTTTTT GATGCAGCAGAGCTATTGCTTATCTTGAACAGTATTTTCCCCATCAAGAA GCAGTGTAAAATTAAAAAATCAAATTGTTTTTGATTCATCATTCGGGAAA TAGCAAAAGCAGTGGATCACTTAACGCAATAACTCAAAAACTAAAAACCA AATTGTAATGAAATTTTTACAACTGTTGCTTTTAAGGTTGATACTAATTT AAAATGAGGTGGGGAAAACCTGCATCATCTATGTGTAAAGGCGGGGACTT TTCAGCCTATATTCTACATACAAATATTTTGCACTTTTATGCAAAAATAA TGTGTACATTATTTTTTGTCTGGAAAGTATTTCTTTACCTAATTAAGTGT TGATATATATCATCCTAGAAAACTATGCAATCATCTTCGTCAAAAATTAA ACAATGAGTATTGTTTCTTCCTACAAAAATTGCAGCAATTGGAATGTATA GACCTGGAAGTCTAATGAAAGATTTATGTATCCTACATCCAGGATTAATT CAATCACAACTGCTGATAGATGGTCCATAAGTTGGATCAAAGACTATCGC CACCACTATCCTGAGTATCAAGGACCCCTTCTAATGTACAATAATATTCC CTGGCCCTCGTGTTATGTAGAGAGCTACAGCTCCAAAAGGTGGATCATAA CTCATATTCAGTAATAAATGCCACGCTTCATAACCTTGCTGCGTCGCCAT GGGGGAAAATGACGATAATTGGATACATCTAAAGGGCTTACATTGCACTT TATCCTCAAGAGCAACAGAGAGGAACTTATCACAAGCAAACATTATGATG CAACTCTCCTCACGGTGGTTTAAAGGGCTTAGGTAGGAGAGCGCGCCAAA ATCCCAGTTCTAAGTATTGACAGTTGCAAAAGAGATCCCTGCAACATCTT GGCTGTTGTGATCCATGAAGTAGAGAACAGATAATAGAATAAGGATAAAA ATGATGTATTAAAAAACTCGATGTAAGCAACCAGCTTGACCCTTGCAAGG AGTCATTCCTGAGTCTTGATGAAGTTTTCAAAGAGAAGGAGGCTACATTG TAACCGACCACATCAATTTTTTCGGATGGACAAGGCTTTAAGTGGTGCAA CTGCAAAAAAAGAAAAAAAGGACACCTCTGTAATAGCAAATGCCATAATA GCACATCATTTTGCAACAAGTAGTTTATTTTGTTGATCTGTTTTTCTTTA GGATATATGTATATAAAAATATTTAGGCAAAAAAAAATCCATATTCAAAA CAATTATTTTTTTAGATGTATAGAATAAAGAAGGCAATTTGCACATTGCC CGAGCTACCAGCTCAAGAAATGGTTCTGGTAACTATATTTTTGCGTTCAA GGCCATGGTGGCCTTAGAATGAATTTTTCTAAGAACTAATTTTTTGACTA ACAAAGAACTACTTCTTGTAAAACAAAAAATACAGACCCTATAGTTTTTT AGAAGGAGATTATAAGGGTTAGAGAAGAAAAACGTGTGTAAAAGTACATA TCATTATGCAGCTAGAATAATTCATAGAGTTTACGGTCTTTATTTCTTTT TTGTATATGAAGCAGAAGAGCTCATAATTAATTTAATGTGCCGGGTCACG CCGGGGACATACCTAATCTAGTAATATTTAAAAAAAAGTGAAACTTAATA TTTATATAGTATACAACATTTGATATTAAATTCAAATCGAAGTATCCAAT TACGATTCCACACATACTTAATAAAACTCATGGACATATCTATTTCAGAA AATATTGTCAATCGGAAAAAATGGGATATCCTTCAGAAAATTAGAATTAA TTTTAGGAAAAAAATTAATATTTTGTATAAGATATTGGTTGTTGTAAGAA AGAAATGGAATTATGTGATTAAATTTTGAATCTTCCATAAGAAAAAAAAT GCATTTGTATATTAAAAGAATTCAACATTTAATTTTTTGTCATAGTACCC CCTTCAAATAAAAATCCAAAGCACGATATTTCATATTTATTATTCGTTTT TAACTTAATCGAATGAATACTATTAAAAAAATATTCCATTTTACACTTAA TATATATTAGACTATCTTATTTTCAGGTAACTATTGATTACCTCCTGCAC AAATACATTTTCACTGGGAACAATAAAAATTGACTTTGTCAAAGTTTGAG ACATTTCAACACTTTTTGGCATAGTATAGACCATTAAAGTATAGAAAAAC TTTATATTTCGGTCAATTTTTACCTCAAATAGGATTCAATTATTTTTAAA AATATACTTTTCTATACTTCTTAGTATTTGGTTAATCAGTTAAAAATATT AAAAACCTTATTTTTAATCATATTAGAGGACTAATATGTGCTCAATAATT TGCGGGTTTTCTACTTTATTTAACATAACACAAGATAAGATCCTTTTGGT TCAACAAATATAACTTTTTTTCTTAAACTGAAAATCGTTTCTTTAAATTA AAAAAAACTATATTTTTGAGAGCCTCCGACCATCAGAAGGAGTACGGACT ATGTAGCAAGTTGATTAATAATTATATCTGTAAACAAAACAAATTTTGCC TTTCCTCCAAACTTCTCCAAGAGATGATGTTCTTTCCCAACCAACTTATC GAAGCCTCAAGGAATCCTGGACTTATCTGAGCGTACAGAGTAGAATAAAG TAGGACTTAAGTTATTATTAGTTCAATTTTGTTTAAATTTTTATAAGAAG GGGATTAAATTACCTNNNNNNNNNNGAAACAAAGCATTACTGTTGGATAT TCAAGTGGTGCAATACTACTTAATACTACTTCAACTGAGATTAAATTTTT ATTTGTAATTATTGATAAAACAATCCCCAGCAGAGAAGGTCTTTGTGGAA GCGAAGAAAAATGTTAGCCAAACAAGGGATATCTTATATATATATATATA TATACGGYGGGGGTACTAAAATTACAGAGATGTGAGCATAACTTGGAGAA GTGACTAGAGTTACAAGGAGACTATGTTAAAAAATGAAATAATAAAAATT CAAAAAATGAAAATGTCTTGTATCTTTGTTTGGAAACTCATCATACCAAC CTCGTATATATGTTGTGTACAAGTTGCGATGTATGTTGTAGGAGTTACAA TTTGTATAAGCACATTGTAGAAGTTGAAATTTCTCCGTCTTAAAATGTAT CTTTGAAATTGAAGCAGTGGCTATTCTAATTACAAACTCTCAATTGATAC TATTATTTCATTTATACCAATTAAAATTACATAGCTATAATGCATTTATG AGTAATATAACTGTGGGAATTTGAAATGTATAATGTGCCACATAATACTT ATATTTGAGTAATTTGTATTCAAAAAGTGAATAATTACTCCAATTAATCC GTCATGTTCAAATATTTCATTATCCTCATCCCAAGTACTGTAAATCCTTC ATTTAAAATTAGTAATCTCTTTTTTTTTTACAACTTGTAATTAAACTATA TGTATATCATATGCAAAAACACTTCACTTGCCATGTTCCCTCATCAATCA TAATGAAGATACATTCTATGATTAACTCGCTCATCTTCTTCCTAATTTCC TTTTTTAATTCGTATTTAATATAAGTTCTGTTTGTACAATAACTCTTTTT TTACACAGTGAATTAATCTTGTTTTATGAAGAAAAGAAAAATCTATTTAT TATCAAAAAATCAAGCTTTCCCTCCAGAACATATGAATCTGGTCTGATCA GAATTAAATATGACCTTGTGTACATGGCTCAAAATTCTAAAAAACTTTTA TTTTTAGTCTAAATTCTGTATCTGTCTCCATTTTTAAATAAATGCGTTTT TATCATTGTTTTTCTAAGGGGGACGTACTTCAAACACAAAACACGCATAA ATTATTTTAATACTATGTAGGATGTATAATTACTCATCGGATAAAGTAAA AGTGTGTAAGAAATTTATAATCGTGTAAAAAGTAGGTTTAAATCATGTAA AGGGTGGAGTATATTATTTTTTTGTGTTTTTCGCATATTATGTAACATAG AGACTAGATAATGGGATGGAGGACTGGGGGATATGATATTTTTTTTTTAA ATCTAGATTTTGTTTCATATCTTACCTACTATATAAATCATGTCTAAAGA GTTATTTTCTATGTATGTCATGTTATTCATTACGTAAAAAGCTAAAGTTG AAAAAAGTTTATTTATTTATTTATAAATGTATGTGTGTATGTCGTAACTA TATTACGTGAGGTTATTCTGAATCAAGTACCTATTGTACTAAAAAGGTAT AAGCGTACAGTCATATATTAATATTTTGAGAGCGTGAATGAGTGAGCTAA GAAATATTTTTATGCTTTTTATTATGATAATTTTTTGATATACATAAAGT TGTAGTGTATTACACAGTGCTATAACATAATTAAGTAAAGGAGTAAGATA GTGAAGTAGTTAATTAGACATTTTTAGCAATACATAACGATATCTTGTTT TTGAATATCTAAAGAGAAGTTTGAATATTTTGCCAACAAGTTTTTTTATA TTTGATATATTTTTTTGAAAGAAGAGATGTTTGTCCTAATTAAAAAGATG CTAGTATATGACAATCAAAACATTTACAGAAAGTAATAAAAAATTGTTTG TGTTATATATCTCTCTCAAGAACAGAGACACAATCAGCTTTGACATTTTA TCCCTTCCATTTTAAAGCAAGTTTTACTATTTATCAGAGGAATGAGTCAC ACTTCCTAAATAAATATTAGGCCTGGTACGGTACGGGGTTGTATTGTGGT TCGGTTCGGTACGTACATATATAATCACATAGTATTGATATTATAAAACT CTGGTTATTTTTTTAATATTGTTCTTTATTTGGCTTATATATTATTATAC ATAACATAAATAAACTGGAGCAATTGCGTCGTTATTATTATTTATTTTTT TTAAATTGATTATATATATAATACCGTACTGTGAAGGATATACCCTGATT GGTACCAAACCGTATGTTTAGCGTACTGTCCCAGCCCTAATAAATATATG GGTTATAAACATAACATGAGATTATTATTTTTTTTGATTCGATTGTAATA AAATTGGGTGAGTCAAATAACCTATTATTTGAAAAACCAATCTTTTTTTA TCTCTAACTCAATTCAGCTCTGAGCTCTTTTCCATGATGAATTTGGTCAA AAATGGTCTTGAAGACTTTAAAAACTATGATTCTTAAACCACTCATCTGA TGGAATCATTTGATAGCTATTCAGTTATGGAACAAAAAATAAAAATAAAA TTTTTAATATTCTGTTTTATAAAAGTATGGTTGACCTTGGCCATTTGTTT TGACCTTACATATATCCGACATTTCTTTGACTTTGATAAAACTTTTATCA GAACAAGATATAATCAATGTCTAGCTTTACTATAATTAGAGAAGTAGGTT TATGAAGTTGGGAGATATGATAAGTTTAATTGTTCATATATATATATAAA ATCATATACGGGTAGAACATTCATAAGTCATAATATCCTTTATATAATAG TTTTTTGCATTTATTATGTTTTGTATATATATTTGTATGTTTGACGAAAT CCTTTTTTTTTTAATTTATAAATAATATATATGGTTCATTCCATGAAAAA ACATATTTCACTCAAATTTACCTTGTGGTATTGTTGACAATAGACACTCT GAATTTTTTTTATCCAAAGCTCAATACAATTTTGAGTTCTGGGACTTAAA AATAAATATTTTGATGATTTTTTGATTAGCGATATATTGTAAAACCAAAG TAATATTAGGAAAGTATGATAGATTATTTAAATCAATCTGTTAGTTTAAC AAATTTAATTTTTTTTTTAATTTTTGTTATAAAATACGAAAAAAATAATT CTTGCCCTTAGTTTTTGACCTAAAATTTTTGAAGATATTTGGTATTTGAT TTTTGTTTGTTTTAATTTTACCCATATTCTTATAGTTTTTGTGAAAAACT ATAGAATGGAATTATAATTATTGGTGTGATTTATTCCCTTTGTGATTGTT TAGTATTCATTGACTTAAATTATAGTCGTTCTTAGAAAAGTTAATATACA TTATATGGACTTTAAAGACACTTCCCAGGTCAGATGGAGTAACTTTAATA CATATCCAAAATTAATTAGTGTTACATAATCTCTCTAATTAAAGGAACAT TAAAAAAAACAATTCAAGACTATATATTTAAAAAATATGCCCTCTGTTAA GAAGAATTGACTAATTTGTAACTTCCAACTTATTTTGTCTTTTTTTTAAA ATCTTTTTTGAGTAGGAAAGATTGGACTGTACAAAAAATCAAACTTACTC ATATCAACCTCTATTAAAATTATGAATGTTCCTTTTCATAGAATAAAAGT AAACATTTCCTTATTTATTTATTACATAATTTTCATAAATGAATATCAAT GACTCGTAAAATGTTTAGATGAACGTTTCTGAAGGGTAAAGTCATTTGAG TTAAATACATTTGAGTATTACTCCTTATGTATAATAAACGAAAGCTAAGT CCGTACGCTTATTTTTCAAGAACTTTTGATAACCTTTTTAAATTTTAAAT TATCTTGACAAATAAAAAATATTCTTTATGATGCGTTTCCTTTTCAAAAA AATATTACTGATTCGTTCATTAAAAAATATTTTCATCTTTGAGAATCTTT CATTTTTAATCATTTTTTAAGATTGAAAAATGATTTACGAATGAAAGATC AATAGCTACTTATATCATTAGTAGTAACAATATTTTAACAATTGATTGAA AAAACGTAAAAAAGATCTTACTAAATACTTTTCGTTTGTACTCTCTCCTT AATAAAAATGGAATAATTGTGTTATTTACTCATAATCTTGAATAATTTCC AGCAAAATAAAAATACAATGAAATTTACATGGAAAAAATATGAATTGTAT TATGTATGTCGAATTTTTAATTGATGATTTGATAACTAGAAGAAAAAATT ACAAGTTATAATCAACTTAATTTAAAGCTTTTTGATATTTTTAGTCTTTA TTTTTTTTAGCATTCTTTCTCTCTAATTTCTCCATTTATCATCGTTTAAA TGGACATGGAAGAAAATGGGCTGCGTACATCAAATGAATCACACAGAGAG ATAAGAACGACCTTGTTCCATATATATTGTTAAATTATCCTTACTAATTG GGTATTCGAGAGTGAAAAAGGGATAAAATTGTGATTTAGTGGAATTGAAG AACTCCTTCTGTAGTTTATACATACAATGTCTCATAAATATTTACTTAGT CTTTAAAGTTTGATGGTCAATTTTTATTAAATTCGAAGCTCGACTATTGA GACCGCAAAACTGGTCATTTTTATAACAGGTTTACAAAATTTGATGTTTT ACTAGTCCTATTTGAATGATTGTGATAGATTAAGTAGAAGTAAATGAGAG AGAGGATTGTAATTATTCATCTGAAGACCTTCCTAAAAACTTTAAGGACC TCTTGTGAAACACGTTACATAGTGCAGGGGTCAGAATCAATTAATTAGTG TACATAATTTCATAGTGTTTGGCACTCACTAAGATTTTGTTTATTATCTC CTGTTGTTGTACTCAAAGTTGTCTTCAGTAGGCTGTAGAARGGTTCTGTG TTGTTTATAGAGAACTATGTCTTATATGTTGGACTTTCGAGAATTTTGAC TTTTGAGGGGTTTGAGATCTGATACCCACATTAATAACAATTCCTTATAA GATCTTCGTGTATTTACAAGCATTTATTGTCTTGAACAAAATGTATTGTC GCCGTACTAACTGTGCCCAAAATATTTTGTGAGAGCCAATCAATTTATGC ATTTTTATTTGTAAAGCAAATCGATTAAACCTGGGCGAGGTATGTTTTTC TTCATTTTTTACCTAAATTTATGGCCAAACTAGGGTTTTGTATGCTTAAA CTCTTTGTTAAGTATAGACTGACTTACAATTTAATGGCTTATTGTGATCC ACCCAGCAGTTTGATTGAGCTTAAAAAATGTATTAATATTGACTTTTACT ACAGATCTAGTTTCACTTTGTAGAATTGGTGTCTGACAACGTAACCGGTA AATTTTTAATTAAACCTTTTTAGCTTCGGGTCAAATTTTGATCCATGTTT ATTTTTCAGAAGAAAAAACGATTAACAAAAAAATATTTTTGTATTTTGTC TTATTGGTTTATTATTTATATAAAAAACGAATTACATTTCGGAGAAAATA CTAGAGTTAGATAAAAAGTTATTGACCTGACATATTAAAAGCTTTATCTG ATGCGAATCTTTAATATTTATTCAATTTTTAATTAAATGAAATACTTAAG GAAGCTTGGATACTGAAATAATTAAATACGAGGTTATTTTTGCTAAGGGA CTTCTCTTAGTTTTAAAAACCTGATAAATCCTAAGAATATTATTCCAGGA AATTTTCTGTAATGTACAGGGTTGATCTTATCTAGTCAAACATATTTTAT TATTTTCAATCCGGAATGACATTGGTGCAATATCACGGAGGAGGACAACA AAATATCTTATCTCTGAACAGAGTAAGCTGAGGCAGTTGGAAAGAACAAA GAAAATTCTAAGTTTTCTCAAGGGGACCAAAATTTCGGCCAAAGTTTTGC TCTTTTCTTATGTAAATTTTTTCAGCGTTGATGCAATCGTAAATAAGKAA AAAAGCCGCTACATCACAAACGAACATCCACAAAAATGTCTTAACTTCAG TGAGACATGTCTTCAGAACATAAAATCCACCCCGAACCATGTTTTTGGGC TTTGTGGAGACTCCCCTTCCCTTTTTGGGGAGAGGTAGGAGCGGCTCAAT GCAGATGTTTACATCGAACTTCTGGATAAGAAAGTTCAGGGACAACTTTT TTTTTTTTCACTCAAGACGGAACTCCGCGTCATTGCACCGCTAAGCCCCA GGCCATCTTGAGATACAACTTTTCAGACTTTTTGGACCTCAGCATGTATT TGCCCTCATCTCCAGAGGGGAAACCCTTGGACTTCTCTATCTGGCGCGTT TGGAGATAAGGGTACGTACTACACCTCATAGGAGTGCCAAATCTCTAGAG GCTAATTTTTATGAGTTAAACACAAAAGGGTAACCAAGACCATAAAAAAT CGTGTCTTTTACATTATTAAAGATATTTTAAGTTGTATACAACATCCATT AACACATTTGAGTAAAATATTTGAATATTGTCATCCCCATGAAAAAGTAG GGAAATTTCTTAACTAAATTATCTTATTTCTTAAAACATTTTCATGCTAA AACTGTAAATGTTTTAACAAAAATGAATATAAATATTTTTATCTAGTAAA TCATATACACATATATACATTTAAAACTTATTTGAACTTTCAAATTATCT GTTTCAAAAGTGTGTAACTTTTATTTTCCCTGTTCTCATAATTTAAAGAG GTAGAAGAAAGAAATTCACATTTATCTTAAACATTAAAGCTCAAATAAAA CTCCCATAAACGAGGTATTATAAAGGAGCATATAACTTTTAAACTTTATT CTTCTTTCTGAGTTGACATTTTCTTTACTTCTTTTCCTCAATTTTTGAAA AGAATCTTTTGGTTTAGGTACTTGAATAACCTGTGGTTAAAAATAGTAAA TGTCTCCATAATTCTTTTTTGTTTATATTATGGCTTATGTATTTTTTATG GGATGAAGAGATAACATATCTCTTTTCTGTGTAGGACGATACTAAAACTA ATCTTGGAAGAAAAAATTTTGTTTATATATTTTACATATTTTATATATCT TTTGTCCCTAAAGTTTAATTTGAAAAAGGACTAAAATAATTATGTACTTG TGTATTGTATTTTTGTACCTGTATGAAATTATTACTCATAATTTATTAGG AATAAATTCGTATCTTTTTAAAATACTGTGTTTAATGGATAKTAAAGTAG GTTTGCCTGGCGTTGCCCGGGGCATTAACAAGTTAAGAACTCTCCTACTT AATATAAAACGAAAAATAAAAACCGTCAAATTTAAATAATTATTCTCATG TTGGTCTTATAAATAATTATTATTACTGATATATATAGGCATTATATAAG CGCTATTTTTTCACGCTATGAGGAAATGGTTACTTTATTGTGGGTCGAAA CCCAACCTCGCAGTCTAGCAGCAGCTTTCCTGAGTAAAGCAACCCTCTTA ATATCCTAAAACACACCCTGGCTTGTACAAGTGAAGTACTGTGACAAAAT ACAGGTGATACTCTACTGCCACCGTGTTTATAGGGACTAAGGAACTCTTA TATTATGCTATAGTACACCCCAGCCCACGGGCTGTGCAGGCGAACTTCTG GGCCAAAGTTAAGTTATATTTTTCAACTGCCAATTCTCTAATCATCAACA AACACTCATTATTTTCCAAAATACGTCTCTCAGGTTGTACAGGTGAAGTG CTGGGCCAAAATACAGTTTAAACTCTATCGTAGCCGTGTGTTTATACACC AAGGAACCCTTCTTATGTTCTATAATGCACCCCAGTCCATAGGATTTACA GGTGAACTTCTGGGCCCGCGGCATGTTAAATTCTTCAATTGCCCCATACT TGACATCAAATAACCCTACATATTTCCCAAAATACACTTTCGGCTCTCAG GTTGTATATGTGAAGTAAGGGGCCTCAATCCAGTTTAAACTGCACCACTA TATCATTTTTAAGCACGAATAACCTCTTCTAGTATGCTAGAATACACCAT CGCCCACGGGTTCTATATATGAGCTACTGTTCCCCGAAGCAGGTTAAATT ATTCCKCCACCACTTCAATGAATATCAAAGAACCTTTTATATCCAAAATA CACACCAACCCTCAGGTTGTACAGGTAAAGCGCAAAAAAAACTCTATTTA AAGGCTTTATGGCATTGAAGACCAAAAAATTTGTAACCTGAGTAGTTTTA AGAGCATGAAGAAGCTACATAAAAATTTCCATGAAAATTCATCCTTTGGT TTGGCTATGAATGAAGGACACAGACACACATTTAATAATGGATATTTATA TATATCAATTCTTTTTTTCAACATTTAAAATTTTTCTTGTTTATTAAAAA ATATTTAAATACAACAGTTATAAGTAGACTTATAAAAAATATGATTTAAA ACGAGTGTTAAACTTAATGTTCCTAGTTACAACCTAAACAGTCTTTCACT TTCCAAAGCTGTTATTATTATTCTTTCATTCTTGAGGAGAGCATATCAAA GTATAATGTAATTTCATTCTCCTGGTTATATCATACAAGAAGTTGTAGAC AAGGCGWTTGCTTGRCCCCTTCCTTATTCTTAATGGTAGCCAATAGCTTA CACAAGGAATTAATGAGTAATGACCAGATTATATGTCTCAAATATTTAAA CAAAACTTAAAAATCATCTTGGTAAGGCGACGACCTCACACTTATCCTTG AGGATACTCCAGAGTGGTTAAACCAGTCTTTAATTACAAATTTTCAAACA CTAGATAAGTTTAAGTAGGACTCAGGCCTCAGAATCTTGGCAAAACGGAG GTCCTTGTGTCTAATAAATAAGTATTCAGAACCAGTTTTCCACATGAGAA GGTTTCTCAGTTGTCCTCTTTTTTTGGTTTAAAGATTGACGTATCAGGGG ATCTGAGAATAAAAATAACTTATTTCTGCAGACAGGAAATCAGCTAAAAG AAACAATATAATTCATTATCACAAATTTTAAAAATTCAGCACTTTATTTA ATTTTATTTTTTATAAAATAAGTTCAAACTCATTTTGCAACTGAACTCGA CCTCTTAGAACCCAATACTTTTTTAAGAATAAGGTCCTAATTATTCATGC TTCAAATAAACTTATTTGGCGTGAAAATATTTGAAAAATGAATACTAATA AAAAATTTGCACGGGGATTTAAAATTCAATGTGCTTATTTGTGGCCGAAT TTAGGTTGTTGTTATGAGTCATTCTAATTTAGAACATAATTGAAAATTTT GTTTTACTGAGATGAATAATTGACTAGGGCCAAAGAAGTATCATGACTGA ATTATATTAAAAATGGTAGTCTAACTTTTTTCATACTAATAAATTATATA GGCCATTATATAGTGTAAAACTTTATTTTCTTATAAAACTCCTTAATAAT TTTAGGAAATTTTTTATATACGTATAATGTAAGTTTTTGTTCCAACAATA TTTTTTTTTTTTTGGAAACTAATATTGTACATAAAATATTCTTAAAAATA TATAGTTTAATAGTTAGAATTTGTCGAAAGTACATCAAAATGTTCCACAA CTTATTAAAATGAGTTGAATATTTCCATTCATTTAAATTAATAAAACAAA GTAACTTTTAATTACGGTAATGATTAAACTTTTATCTAATCATAGATTTG AAATCATCCTCAAAAAAAATATATCGTCATCATTTATTATATTTTTATTA GAAAAATAAAAGTATATACAATAAATTTTCTCCTACACAATAACATTCAG ATATAGTTTATGTGCCAATTGGCTAKTTTTATTAAATGTACAAATGATAA AACCGAGATGTTAGATATCCTCAAAGAAAATATTTAAAACTGCAATTTTT TTTGCATAAACATTGCATAAAGCGACTTAGTAGCTCAACAGACAATGTGC TTAGGAGAAATTAGGCTCTTGAATCTAATATATGTAAATTCGATTCTTAG TTGCTCCTAAAAGAGAAAATCTTCAATGCATTTGTCTTTGAGTGAGTGTC GACCACGATTGAATTCATTAAACAAGTTTTTCACATTGCTATAGGATGGM GTTTTATCGCCATACGAATATTTAAGTTCATCAATGCACTCTTGTCGTGA GAATCCACGTCGAATATTGTAAAAAATAATTACACGAAAAGGTTCACGAC TTAATTCCATTTTTTGCCAAATTAATTTTTTCAAGTCACTGTAAACAACA TACCTCAAAATATTCTGAGTACGATTATGCTACAAAAATGTCAAACTTAC CAAAGGAAACCCTGACCAAAAATGTCATAAGTCACTTTTTGTCAAAAATT ACACTTTTAGCTCACAAAGAATCTGTTATTACAATTTAACTCTCCACATT TGAATTTTTTTAAAGTAACAGCAGTTTTTGTTGATTCGATTTGTTATAAT ATATGTAGTTTCCATTTGAGTCTTACTTCTTGTTTTTTTTATTTCCATTA TAGATTTGTGGCTAAAATCTCCAAAATATTACAAACATAGATTAGATAAT CTATATTTTAGCCCTTTCTTATTTTAATTAAATTATGTCCAGCAACAATA TTTTTTCACCACATACTCTATTTATACCTAATTCTACCTATATATGCAAA GAGATATCAAAAATATAATGCTACAAAAAAACAAATAATTTTCAAAGTTT AACAAATATGAATTATAAACAAAAAAAATTAAAACACGAAACCTTCACTA AATAAGTATTTGTTTAACGCTCAATTTAAAAAAAATGGAACAACGTAGCT GAATGGACAACGCCCTTGGGAGAAAGTATTCTTTTGATCTCAATGTGTGT AAGTTTGCGCCCCAGTCGTTCCTAGAGACGGACATATACTATATATATGT ATATAGACTTCAAAGACGATTCCTAGGTCAGATGAAGTATATGTAATACT TATGTTTACATATAATTAATCAATACAATTCCATCTGACAAATTAAAGGA ACATTAAAAAAATCAAAGGTAAACAAATATTATAGGAAAACCATTTTTTT AAACACGATACCTTCAAAAAATAATAAATATTTGTTTACCGCTAAATTAG AAAACAACATACATAAATATATACGTATGCAAATTCAAATTTTTACAAAA AAATATAATAAATATAATTTAAGTTTAGTTAACCTAACTGATAGCTTTTT TCATAATGTATTTTGCTTGCCTATAATTACNTTTGGTCTACAACATATCA CTATTCAAATATTTATAAAAATTATATTTTTTCATCTTTAGAGCCTCAAA ACTCGGAAAATTTTACTTCTGAGCGAGTCTATTGTCAACAATACCAAAAT ATATATTTCCTTGTGAAAATTTCTCTTTGAATGATTCATTTATATTAGCT TAAAATTTATGACAAGGAACTATAGCCACATTACACTATAAACAGCATTT TCGCCCGCCGGCAAAAACCCACATTTATTATCGTTATTTAAATGTAATTG AATCAATTATTTGACGAACTGTTGTAAGAAATTCATGTTTTAGAGGGAAA AAGATTTCATATTTAAATACTTTTCATAACATATGCATTTGATAAGTATT TATTTATTAGATCTAGTCGACTAATTTATATAAAATATTCACAATTTCTT TTAATTAGTCAAACAATTGACTTTTTTCTTCTTTTCTTCTTTTTTTTAAA TATATTTTCACGCAACCTTAAATTGCATATTTATTAAATATTGTATAAGA AAATCCAAATCCAACTTTTTTTAACGGGAAATCTAAATAAAAGGTTAAGT CTTTAGTCTTAGTTATAATATTATACAATTGAAAAATATATTAGCTTCCA AATAAAACCTTTCATTTTACTTGATTTTTGTATAATTAGACTTATTTTGT ATGAAATGTATTCAAGATTACTTAATAAGTTTTATCTTTCGAATGCTGGA ATGTTTTTTATTATTTTTTATTTCCATTAATTTTCATCTATAAAGTTATT TTATTTCGAAATATACTAACGAATTTTAGTTTAAGATAGGGAGCGTTCCA AGGCCTCAATTTTGTTAATATTATTCATCGTTTACGAATTCGAGAATGTT TTCTTTAATTCTAAATTCAATCTATGTTGCATTCAATTAGGATTCAGGAT CATTTTCTTTTCGAACTAGTAAATATATATGTTGTTCGTGGAAGTCTTAC ATGAACCTGCACAACAGATAAGAAAACAGCAAAATAATACTCTGTCTTCT TTTTGAAAAGGTTTCCAAAGATCACAGAAACGAAGACTATGATCCTAAAT GTAATTCATGCAATGTGTCAATAGTTTGAAGAGTCATTCTTTTTGAAAAT GTATGACCATTTGTAGTCAAAAAGCAAGAGCTTGCATAAACAGCATCAAT CCTCGATAAAATAAAATAGAATCTACAATATAAAAATTCAAGAATAAAAT TTGATACTGTAATGAGGAAAATGAAAAAGTTACTCAAACGGTGATAAATC TATTTATATTTCATTTTTTGATTATGTTCTTAAAAATTACTTTTAAAAAA ATGACAAACTATTTATATCCGGACATCATATTGGGTTGGTCCTTAATTAC ATATGATCTTTATTTTCAGCAATTTTCCTCTTAAAAATGAAGAGGTTAAA TTCAAATCCCAAATATATCACGTTTATTTTGGGGGAATACGATATAAATG AATTATGGAAGTACATTTTTACACATGAGTATTTTACACACCTCCAACCC TTAAAAAAGTACTTGATAGCAATATTTATATAAACATACAACCTACAACT GATGAACATTTCGAGTATTTTTCAACATTGTATCTCATCTATCTTCCCAA AAAATGTGTATTTTTGTATAGATTGTAATAGCGAGGACATATTATATACA TGATATTTACAATGACCTTGACTTTCATATGTTTGTGTATTTCTTATGAC ATAAACAGAGTACTAAGAAAATTTCTGAGACGGAGTATTGTAAAAAAAAA GAAGCCTAATTTATATTTAAAATTTGAGCATTCAAAGCTACCAATAACAA ATCCTATGAAACTCTTGAAATTGCCTAAAATTAACATAGTTTTGTCTTAA GGACTATTTTATTTCATAGAATATGTATTTGCATCTTTTACTTTTATCTT TAAAAAGCTGAGTTAATAAAATTAAGCTTCTAATTATAAGATTTTTTTTG TGCCTTTTGAGATGCATCTTTGACTTTTAACAAAATCAATCTCATCTTTA ACTTCATTTAATAATTTATAAAGATATTTTTTTCTTCCAAATTTCAAGAT AATTAATTTTGAAAAAAAAAAATAATAATAATAACAATAAGGCTTCAACT TTAGTTTATCCTGATATTTCCTTAAACATTGGATTAGTTATACGTAACTT TGTATATTCCTAGCAAACTCAAAATCAGGCCTTTTCCGACAATATTCGGC CTCAGCTAATTTTCCTAGTACCGATAAACAGATATTATACCTTGAATACA TAATCTTAATATTTGAAGAAGTTGTGTGTTTATCACGTCATTTGTGTCTA TTCTTCTTCTTGAATTTTTGCAAATCTATAAAGCAAGTAGCGAAACACAG TGCAATAGATTTTATTATTGAAATATTTTTCTTTGTAAAATATTGTTCAT GATTGTACTATAAATGACGTTACTTTATCTCTTTCTTTAATGAGTATAGA ATTAAATCTGAGCCCAAAAGGGACTTACACTCCTAACTCCTGAGTAAACC CCCATTGTTACTCTTGCCTTTTATGAGATACACTAGTTATTAATTTTGTC CAGATTTTCCAAAGTGAATGGTTTAGGTTAAAAAATATTTAGAGGTAGCT CAATAGAGCTAAAGTTTTAAAAATTTACATTTTTGAAGAAAAACTGAGTA TTTGCTTGAATACTGTCTATTATATACCTCAAATTAAAGCTTTTTTTCTA TAAAAGCAATAAATACGTTTTACTTAATTTAAATTTAAATATATTTCATA ATTATTTCAATTTAAAAATAATATCTACATATAAGTTCAAAATTACGTAA CTTGAAGTTGGATGAAATTAAGCTCACGACCCTCTTTTTATTTATTTAGC ATATCAAAACCAAACTATTGGACTGATGGGCATAAAAAATTTTAATTACC TTTAATTCACATTAAATAATACGAAAAAATTTAGATTTTTAATTACTATG TCCTTAATGACCTTTTTATGAGCTTTTCACAGAAAGTGATCATTTTTATT CAATTTCAACAGATAAAAACAACAATAAAAATCCAGGTTATCCTAGTCGA AGATGTATCCAAATGATATATTTTCTGTATGTACCATCTTCAACTAGGAT GTCATAGATTTTATTCCTGGTTTTATGTGTTAAAATTGAATTAATATGGT CCTTTTCTGTCAAAAGGTCATTAAAAGGTCACTTTGATATGATTTTTAAA ATTAAACATTTTTTGCTGAATTTAAATTGAATTAAATGTAATTGCAAATT TTCAAATTTATCAGTCCAACAATTGGGTTGCAATATACAAAAGAAACAAA AGAAGGGTCATTTAAATTTTAATCAACTGTAATTGACGTTATTTTGAACA TATATGTTTTTGTTTTTTTTAGTTTTTGAAATAATCATAAAATATACCTT ATTATAAATTTAATAAGCTCAATTTTATAGCTTAAAAACGCTATAAGTGG AGGTATATGTACAGTATTCAAGCAAATAGTCAGTTTCCTCTTCCAAAATA TGCATTTTTAAAACATTGAGGGGTTGAGCTACCTCTAAATATTTTCCATT TCTGTTCCTTTCTTAAATGTTTTTTGTACAATTATAAACCTTTTTTTTTA ACAGTAAGCCATTTACTTTTTCAAAAAAATGATTTTATTGTCCCCCTACT CTACTTCTTAAGAACCTATTTTAGAATCAATATTTAGAGAGAGTAACATT TACGGCAAATACATGAAAAATATTTAGGTTTGACTACCTTAGAATTGATT ACTCCTTCATAAAATATACAAAAATACACAAATTTAACAGTATTTACCAT TTGTTTAGTAGTAATTCAATGCAAAGTAAATATTTACTAACTTATTTAGA TTAGAATATAACTTTTCTGTATCATAAATAGATTTCCAACTTTTATTCTA CTTTGTTATGTTGCATAAAAATATTATCTACATTATGTTACCTTCTACTC GTCTCATTCTGTTCTGCTGTTACTTTTTCAATAAAGAAACAAAAAATTCC CTCTCTCTTTTTTCATAATTATCATTATATTGTTATAGTTATAGTTATTT TCTTTATGTTCAAATAAGCAGATCGCACGGATGAGAATACAAAAAGTAAT CCTTCATAGTCCTTTTCTTTCCATTCTTAAAAATATTAAAAATGGGATCC AATAAAACTTTACAAAGGGTTTCTCCTTCTTCTTCACTTCTCTTGATTGT TAGATTGATTCGGTTCTTGATATTACTGCACAATATTATTACAATATACA TATTTAGAGTGGAGACCACAAACTTGCTGTTGAATTGAATTAGGACCCCT TTCCTTATTTTATTTCAATGTAAAACAAACGATAGCTCAAACAAAAGTAA GCAAGTTTTGTTTTAATCCAATGTCTCCAAGTGTAAAAATGTTTGATCAA CATAAAAAAAAAGTTTTCAATCCACGCCGGTGGCAAAATAGCTGACCTCT GGTCTGTCTCCATGTGTCCCTCTTCCAGTCCTGACCTCAACCCCTGGATT TTGTAATTTGGTGTGTATTGGAGAAGAATGTCTCCCACACTTATCATCCA AATTTGGATTCGCTTTGAGCTACTATTGTGAGAGCATGTCTCCCCATGGA CACAAATGTTTTCGCAAAGTGCTGTCAATTCACCAAATTGTATAGGGTGT TATTGCTTATGAAGGAAGACATATTGGATAAAACATAGTACTTAATTTTA TAACAAAATGGTTTAGAGTTGTGTTTTCTTGGTTACATAAAAATCATGTT TTTGATAATTGAGTCACGCTACTAGAAGTTTCGGGTCCCCACTTTGTAGT GCATTGCAAAAATCAGAAGGGGGAGGCTTGGACTCGAAAGCTAGTTCGAA CTTAACTCTACATAAGCATAGAAATGAGGAAAATTTAATCTAAGTAGTCA AACTGGAATAGATAAAGTTTTTCAAAGACTTGGACACTTGTGAGCAAAGA TCTGAGACTCGATTTGAACTTAATGAATATTAAGTCGTCTAAAAATTTTG TGGGATGACACATAGTTTGCTCCACGTGATTAAATTATATGTTTTTAGTT AGTATCAGCCTATAAACGATTTGTCTACATGTTGTTTTGCTGTCCGTCAA TTGGTTCGTGAGATATAGCTTTATGAGTGAAGAAACTTTTGTTATTGTTA AGGAAATATATAGAAAACATGAATGCATGAATATTCTGACATGCAAAAGC TGTGTGCAAAGTGGATGCCGTGCAAGCTCACAATTGATCAAAAGCCACTA CCAGGTCATTATGATAAGCGATTTTTAGTTAAATTCAACTGTAATAAGTA TTAACATAACGTGGTTCCATCACTACACTCCAAAGTTCTATCAACAATCA GCCGAGTGGGCTAAACGCAATCAACCAAATCCAAAGCCTGGAAAGACGTA AAAGTTGACTGGCAAGGTTACTGCAGTATTCAGTATTCTGGTCTACACGT TAGAGTGGAGCTTATTTTTAAATTTTAGACTAAAGACATCGTATATAAAT TTTGAACGCTTTAAAAAAAATTTAGAGGTAGCTCAACGGCTTCAAAGTTT CGAAATTTTACGTTTTCTTTCAAAAGTTAGAGTTTCTATATAAACTGTTT TTTTCTGAATGTCCATCTGATACTCGTTAAAAGAAATGATATCCATATTA ACCATTCACGTGTCTCAAATTATGAGCAATTGTTAATTTATTACTCGAAA TAGAAAAATGAGGTGAAGTTAAAATTAATTTGACCCTTTCCCTATCTTTT ACTGACCTTTTTTCTAACAAAAAGACTTTATAAGGTAAATCCATTTAATA ATTCGTAATTGGGTATTAAGAAATACTCCTTGCAAACATGTTGACCTTTT CTGACCTTTACTACAGCTAAAAAGTCTTAATAGCCAAATTTTAAGCAATA AGTAAATTAATTAAACCTTATTTTATTTTAAACTGAGTTAAAATTTAATT TAATTGATAATTTGTAGGAGCTAAATTCATGATTTGTGAAGATAATGAGA GCTTAAATCCCCGACACACACCCTTTTTGGAAGACAATAATAATGAAAAG TTGTATGATTAATTTGTTATAAAAATGCCTTCCTGTTCCCACTTTATAAT TGGTTCGAGTAGCTTATCGTTGAATCTACTTTTACAATCTTCTAAAGAAC TTATTTAAAAAAATAAAATAATCGAAGAGTGGATGMTCCATGCCTACTTT GTTTTCAATATATGCTCACTGTTTATGATAGCAATCGATTTAGCTTCATA TTTTCTTTGCTTCTTTTCTTATTTAATAGTTTGTAGAGATTGAATTTTAT TTTTTCGTTTTAAAAACTCAAAGAAGTCCACAAAAATGAAATACAATGAG AAACTGTGACCTATGGCAAGCATAAAATCCTACACATATTATTTTTGCAT GAACATATCCTTTCAATAAATTTAAACCAAGTGCGAGGAACTTATTCTAT GAAAATATATCATTCTCAAAATAAAGTGTAAAATCTATATTAATAAAGCA AGATCTGTCTGTATCCGTGCTGAAAGTAAGAACTTTTTGAATGTAGATAC TTGATCTAAGAAATAACAATACAGTCAAGGGTTCATGTCATATTAAAAAT AATAGTAATTCTATAGAAGTATATAAAAATGGAATGTAGGAATAAATTAA ATCTCAAAGACGTTTAGATCAACTCGTATTAATAAAGAAAAAAAAGGAAG TACACTATATATGTATAAACGTGACTTTAAATGAAGTTTAAGAACTAGGT AAAGTACCACCTACTTCTTACGTCGTATTTTTTTTCAATCTGTTATTATT ATTTCTTTATTCTTAAGGAACGAACATATTCATTAGTAAAGTGCTCATGA AAAATGGAGATGACTTTATGTGCAAGTTATTCTCTGTTCATCAACGCTTA AAAACTCAGAGTACCACTGCTAGTATTTAATAAAGTAAAAAAAATCTGAT GACTCTTTCATATGAAGTGAAATAGCTATAAAAGAAAAATCATGTTTTCT CTTGTATTTTTTACGATGACACGTCAAATAAATGCCTATTTTTACATTAA AAAAATATTTATCATACATATGTATTTGTAGGCACATAAAGGATACATTC GGGAAATAAATGATTATATTTCAATTATAAAAAAAGGTAACTTGATGTTC GATATTAATAAAGAAAAAGGAAAAACGATATGCTTCAATTTCAACTCAAG ATACTACTTCTGCATAAAAATATATATTTTAGGTTTCCTTATATTTTAAT ATGTTCATATATTTATACCGACTCATCAAAAAAAGAAAGAATAAAAAAGT TATTTTGAATGAATCTATTTTTATAATTCGTTAATTAACATTTTTTTAAA TGGAAAATATATTTATGAAATAGGAAATAATATATATATATTTTTTTTTG TAGTAATTTGTTCGTTTCAAGATGAGAAATTTGGCAACTCCTTCATTTTC CGGTGCTTCCAACTCTCGCCGTGGTTCCTCTGTAGGGTAAGTAATTCTTA AAGTATTTACATACATGCTCAGACTATATGTAATTTAACTTGCAACTACT GCAAATGCGTATACTGTATATAATTGAAAGCCACATAAGCAGAAAGTCTA TATATAAGTTGTATATTTTTTTATCCTTTGAGATTANNTCACAATGTAAT GTGATAAACTTAGAAAACTTGTTATTTTTAACACCGTAAGAACCTATTAA ATATAAAACTATATTTTACTGGCTTATGTTGGTAGTTATATAAAAAGTTA AAAATGAACAATTTAAACTTCATCAAATGTTGGATTTAAAAAAAATATGT ACATCCATGGTCAACAGGAAAATCAAGTAAAAATTAGCAGTTTTCTGTTG AAAAAACGCCTCCCATCAAGTAAGTCTTCTTTCACTTGAGCGAGCAAGAC TATGTTCAGGGGTATCATGTACCTTCCTTCATATTTGTAACTATTCTTCA TTACATATGGACATGACGAGATGAAACTTCATTTTTCTTGGTATTGTCAT CGACCCGAAAAAAAATATTTTGAACGTATACATTTTTTTTAGCCCAATCT GACAATATTAATCTTCGGAGTCATATATAGTACTAGAGTTGTGGATCATA TGTCTGCTGTTTTGTTGCAAAAGAAACGGCATTTGACATGGTATTCCTGT CAATTTTAAAAATGTTTTGGAAAGGAGCACCTTAGCTTACATACCAATTA TAAGAATAAGTATAAATCTCACTGCGTCTCTAGCAAGGATGGATATAAGT CGGAATTACGTCGATGTCAATCTTCAATTATAATGTTCTCTGAGTTGTAT TAGTAGTTACATGGTGCTTTCTCAAGAATGAAGAAATAATGATAACAGAT TTAGATTTAAAAAAAGGATTCCATACTAAAACTTTTCAATATGGTTTAGA TAGAGTTAGGTATAGCTGGGCTTCAAGTTTCGATAAATAACCATTTTGAG ATTAGAAAAGTACAAACGGCTGCTGTGTGCCATTTCTTCTTTTTTATCCA TTGTTGTAGAATATCTCCCTCTAATAAAGACTATAGCTTTGTCGCTTACT TTAGTGCAATATTAAATATAATTAATGCTATTTTTCAAATGCCTTAAAAA ATTTCTCCCTCCGCCTGGATTGCAATAAATGGGATTTACATCCAACCATT TTTTCCTAGGAGTTCATATTTTCCCATTTCGATATCCTAGCCATTTCCTT TTCTAAGGTTAAGTAATTATTTTTCTCTGCGTTTTGTCCATCTCTACGTA TAAGTAGACAGACAAGGGGCTCGGAAGAAATTATTCTCTTGATGTTATTC TGCGTAGGTTCGTTACCCAGTCGGTTCGAGAGAAGGAATTATATATATAC AAAATGTATATTGACATCAACTTTCAAGGTCACATTTAACTACTATTTAT AGATCCAGGAAAGCTAACCTTTAGAAAATTATTATTAGACTGTAGACATG ATGGATTATTCATATTGGAAAAGATTCGTGCATGGACGAACAAGCATAAC ATCCAATTAGACGAGAGTAGTGATTTACACTTCAATATGATCCAGGCGCT TGGTTATGGTGAGGCAAATCACTAAGATGATTTGGAGACGGGGAAACTCA AAGGTCAGATCATAGGAGATCATGAGGAAATTTGTAAATCCCAGTACAGT TGGAGAAACCTAGAATTGGAATAAAAGATGATATCGWTTTTCTTCGTCTC TTCATGAACTTTGTAAATATTCTATTTAATTGAAGCCACATCTAAATTAG ATTTGATCAAATTATTTGTATGAACAATTTATTTTTATTTTATAATTATT TATTTACATTTATACATAACAGATAATGTGAACTATTAATAAATATTTAA AATGAGTGTAAGTTCCAAGTTATGGATTTAAGATATTGTATTTTTTATTT CGATTACATTGGGATATCACTTGTTGCAATCTTTCAACACTTTTCATTAA TTCTTTTCATTGTTATAAAATCTCCATGTTATATTTTCGTTTTTTATCCT AGGCTAAGGTAACACTTCTATTATAAATAGTCTATTAATTTCCACAGATT ATAGTTCATTTAGTAATCGAACCATCAAGACCATTGTCACTCCAACTGTA CTTATCGTTACAGTTTTCTCGCTTACATCTACCAATTCATCGTGCTCTCC TATGACCCGACCTTTGAGTGCCTCCCTGAGCCCGAAAAAATAATTAGCTC TTTCAAAAATATCTGACGAAAGATTCTAATGTCATATATTTATTTAAATT TATTGTGACATCGGTTAATATGGAGATTAATGTGAATTTAGTTCATCCAA CACTAATAAAATATGTTTAAAATTATTATTGAACTCTGATATTTTGAACC CTGTATTGAAAAATAACTCTTTTATATCATACCATAACACTCAATATGTG TACGTTATATAAAAGCAATTCAGGAGTTCCAAATTCGTTCAAATAATGCA TTACTTTAAAATTTAGGAACTAATAAAGGATAATGTTTTACAATATGTAT TATTACAAATGAATGAAATAACTCTTTGTTCTAATGGCTCAATAAATTTA GACTTGTCTGTTTATTTTCAATTATGTTTACATTACAATAAATTTGATCT AATTACATATACAAAAAAACGCAATTATCTTTGTTTATTCTACTTAATTT TTCAAATATAAGCTTGTATATATAAGTATGTCCTATGTAAATATGCATGT ATGTAACTGTGTAAGCACAAGGTAAAACTCTCTTATGCATTTTGAGTATA TATTGCTAATATCAATGGTATATAAAAAATGTTCCCCAATAAGCCCTAAA TTATTTTGAAATAAAGAAAATCATGAGATTAGAGTGTATGTATATAAAGC AAAGGGTTATCCGGCGTTGCACAGGCAAGCGTTAGGTTGTTAGGAAGAAT TGTGGTAGTGATTGAGGCAATGGAGGTCATAATGAAAAACAATATGTTAT TATTATATATGCTTTTAAACAAAACCAAAAAATTTGTCACATAGCATTTG TTCTGGATCTGTATGAGGTCAAAATTTGTAATGCATGACCCTGTAGAAGT AGTAAATATGGAAGGATGTATTGAGTAAGGGGGGAGGGGGGGGGGGAAGT CACTCCGKGTCTACACCATACTGGGGACTAATGAGGTTGGCAATGTAATA TTAAATTCATAATAACATATAATATTAGTATTCTATTAAAATATTATATT AAGACTATATTTCAAAATATTTTCTAAAATGTATTTTATTTTTTCTATTT TATTACAGACTCGTTTCTATGCTATCCAGTCCAAATCAAGCACGCTACAA AGGATTGATTTCCACGGCTGGRATTGTTAAATTCTCTGCTTGGAAGAGAG AAAAWGAAATACAGAAGTAAGTTGGTTTTTTTAAAACCATGTTTCTGATG TGAATAAGTTTGATTAAGAAAACAAAGCAAATACTTTATTTATTTCTAAC TCTACTTTACATTAATGGAGGTTAGGGTGGCTCTAAATATGTACTTAAAA ACCCATATTTTTCATTATCTTGCCGGCTCAATGGGTTGTATTATTGTAAA TATATTCCCTTACTATAAATTATAACATTTAGCCCTTGGCTCTTAAATTT TTGACTAAAATTCTAATTTTATCGACACTTTCTGACGGTTTTATTTTTAA ACACCAATGAAACATAGAATAAATTTAAATTTTACAACTTCATACAAGAG AAGTGTGCACCAAATTATGGTTCGTTTTGTCGATAAAATAATTTGTCAAA CAATAAATATAAAATCATATAAATGACTAAACTTCAATAACTACTAAACC TGTAAAGGTATTGGCAGAAATTTTATTTTTGCTATCAGACAAAATTTTCA TTATAACCTTATATTATTAGAACAAAATGTAAATTGTCCAATTAATTTTA GGGTAATTTTTCACTATAGGGTGAAACATTAAGAATCCAGTGCAACAACC AATTAAAGTAAAAATTATTTTGCACATGCAAGTTTTACTAATACGGGAAT TAAACGGAAGTGTGAGACAATTAAAAGTAAAACATTAATTTTGAAGGCCA CCTTAATATAGGTAGGTAAATAAAACTGATCGTATTTAGACAGTTATTCA TCTTATTCAATTAAAGTATATTAGTTTTGTTTACTTTCTACTACTATTTA AAGACTACTACATTTTTTTTTTTTCATTAAGATATATTTTGTAACACAAT TAGTATGTCATATGCATTTTAAAAACAACAACTGACATTTTGCAATCAGC ATTTTTCTAAGTTTAAGATTTAATTCTAACATTATAGCTGTTACTTGACA AGCTGATGACAAATCTATAATTAGTTGTTTGTATCAATTTTTTTATTGAG AATTTTGGATATTCATTTTCTTAATTCATATACTACACGTAGATATATGC AAAACATAAAATGAATATAATATGAATTTCTAGAAGGAATTACGTCATAC TAATGAAAATAAGCATTTTAGCTTAAAATTATMCCTCCTAGCCAGGATCT ACACCTAAAAACAATCAAACATTAAAATAAGACGAACAAAAAATTATTTA AAACAATCACCTCCTAAATACTTCAAAATATCGTAATCAATTCGTTGATC TCTCTCGATGAAACCTCCAAATATTTTTTTTTAAACTGGAGACTAGTGAT GTATCTAGCGGAATCCAAGATTTTGTATTCGACAGCAGTATATTTAGCTG CAGAGGACGGCAAAAATATTGATCTTAAATTTTCTGAAGGAATTGGCTCT TCCTATTTGTCAATTAGAGCTTGGCACTCAAAACAGGAAATTTATTACTA GATTTTCAGAAACCTTTAAATTTTTGAGTATTTTTTTTTTAAGCTTAGCT GGAATATTGATTTGTTTTCAATTTTATTGAGGAAATTATAATGAATAAAA GGTTGATTACATATTATATATAACTAAATTTGCAACAAATGACTGGTTCC AGATCATTTCGTCAAAATTTGGTTGACTTGCATAATTGTTCAAATCTTAA ATAAATAGAGTATTGTGAGAGACTAACAAAGCTTGAAACAACCTAATACT AAAGTTTATAAATATAAAACGCTTTAATGCTATGCCATCATTGGGAAAGT CGAGCAAATTGCATAAACAACCAAATTTTATCAGAATAAAAACCCATGTT GCTTTTTAATTAAGGAAAAAGATGAGTTATTGTCCTGTATCTATTTGGAT GTCATAATTGTACTGGCAAACAAAAGGACATAAACCTTAACTATTTATCA GAAATATATATACTTTTATTAATTATATCTCAGATCATAATATGCGCATG ACATATGTAATTACATTATTATACATTAACATTCTAGATATTGTAGCCAA TGAATTAGTTATTACTTTTGCAAAGATCAAATATTCTTACGGCTTACTTT ACTTTTCTTGTCCCTTATCGATTAAAACCAAAATTAACTGTACAGATTTA TAATTTGATAGCTATTTTTACGTTCAATTAATTTAATTTATTCCTTTTTT TCTTTCGCATAAAGTAGTTTACGATATAAGTGATAAGCCATAAGATTAAG TTTTCTTATGTTTTTTTTTTTTTTAAATTTGTTTACTTTTTGCAGTAACA TTAAATTACGATTTTGTCCTGGATATTTTTGTATTACGAGGTTCCATTAT ATAACCAAAACTACAAAAATCAATAAGTTTTGTTTTTATACAATTTATAT AAGTGTAAAATGTCGGAGCAAGACAAAAAAGGCAGCCATGTTATGTCAAG TTTTGGATCCCTAATCTGTATTTCTCTAATATGGCCTCAATTTCGGTATG TTATGTATTCTGTAACGATAGTGAAGATGCTCAATAGTTAACAAACTTGC TTGAAAATTTACATTTAATGTTTTTATATATGATAAAGCTGAATTCTACG TAGTATTCCTATATCTAAAGACAAAGTCATTATTTCCATAAAATTTGTTT GTTTATGCTACCCCCAAGGTGGTTAATTTCCAAAGTAATGATGCCACAAG AAAATTCCCTACCGACATCTAGAGATAGGCTGGATCTACATTTTCTCAGA TCCGGGTCAGTTCGAACCTTTAAACGTAAATATTTGAGTAAACTTTGGGT ATATAAACTTCCTGATCTATATCCAAAACAAAAATTAGAAAGATACTTCT ATCAAAATTTTAGGAGCAATTTACCACATGTTTGGACCTAAAAAAAAATA GAATCTGTATTTAGGTTAAATTTTTACTGATTACTGATACTAAAACAATA AATGACCAAATGTTTCTACTCTCAGAACATAATTACTAGTTATTGTAAGA ATGATTGTTTTAATAACATTGGMCTCGTCGTTAGCTTTTGTTCTATCTCC CAGCCTCTCCTCCGAAAAGATAAAGGAAAAGGCCTTAAATCAGTTGATAG TTAGCCAATTCTTCCAACTATGGAGTTATTGTTCAACAATAGTTGATAAT TGTTCACAAATTACTAAGAACAAGCAATCTATGTCAAAAAGACTAATTAG AGGAAACGAAAAAGAAACTTCGATATCTTACAACAAAATACAGTTTACAT TTTGTTTTTGTGAGCACGGCGTTACCTCAGTAACACAAAACTATACAATA TATATTGTTGCCACCTGTTAATGTTTTTGCATCTTTTCTCCTAATCTTTA TTTTAATCGTGTATTAATAGCTCCTTTTAAACTACAGCAATACTTAACAA TAGTTGCATTGCTGGGAAGAATTTGCTAACTACCAAATGATTTTGTGCCT TTGTTATGTTTTTTTTGGAGGAAAGCTTGCATGATACAACAAGGGTAACG ACGTGTGAGGTAACCCCGTGTTTAATAACACTGCAATGAAACTCTTTATA TAGATTTCACTCCAAGCAATAACCAAGAAAAATAACGTTTACGTTCCATA TACCTCAAAATTAAATCATTACATCTTTTTTTATAACAAGATGAATAAGC ATTGAGCAAAATTATATGCTTTTTAGGATCCAAAAATCCTTCAATCTTTT TTATGATAAGTAGAAGTTATAGTATGATTAAACATGATTGAGTTTCGAAC CTTTTTAGATAAAGCAAATTTACTTCTACTGTACTTCGGATCCGGCTCAA ATGTATATGGGTCCTTGATAGGAAATATCTAAATAAGTCTTGAATGTAAG GCTACAATATAGATATATCACTAAATTGGCGATTTAAAAAATATAAAAAC CAACATTTTTTTGTGTGAAATCAAGTTTGAGTGTTAGGTCAGTCGAAGTC TTGAAGTATATGTACATATTGTAAAATTTACAAACATCTCGTCGATCGTA TTCACATGTACAGGGTAGGGCAGCAAAACGTGGACTCGAAAGATGGATTT AGAAATACATCAATAATTTTATATTTTCAATAATAGGCAAAAAAAATAAT AGTGACAAAACATGTATTCTACTCAACATGTCCACCTTCATTATAATGAC AGCCTTTACAAGTTGGCTGAAGGCCATGCAGGAGTTGATGACAAAAACCT CTGACAAGTTGTCCCTTTAGACCTATTCAAAAATATATTCTTTTGAATTT TGATTTGTTTTTGGATTTTTTCCCCTCGAAAATCATTTTTTTAGGGATCA AAGTATGTCCTATGGTTTTATGTAGTTCTTGGACAAAAAGTATTGATAAA ACACACCATTAAACGCCAAAATAGACATTAAACTAAAATATAACCGTTTT TGAATAATACTTTTTTATATTTTATTATCTAAGTATCAAGATGAAGGTCG AGAGAAATATTTTGGCGCACTGACAGCAGTACTAAAATTGTTAACTTTAC CGTCAATGATATTTTCTTTTATATTTATCCCTTTTTACGAAACACATATT AATATTTTCGAAAGATTTTACATTTACCTCAATTTCTTATTAAAAAATAA TTTTTTAACACTTATTGGATAAGCAGAATGATATACCTTTTATATTATTT TCCTGCCCTACCCTATATACATCTTGTGTTGTTTGGTATACTGTTGAGAG ACCTTATAAGAGACAAGCACACTGGGCACTAAACTCAATTTAAAAACAGG TCCTTCTAGTACCATTATTTTACAACAAAATGGACCCCTTCATGATGTAA ACCCTCAATTTCTGATCTAAGCCCTCGCCATCTCAAACAAAAAACATGCA GACATCCCTGTTATAACATATGAATTATACTTAAATACTGATTAGTTGAC CATTTATTACTTCAGACAAACAATAATTTATTTTATATTAGTTATAACTA AAACAAAGTTGTTTGTCTGTTTATTTATTTGTCTGGCTGTAATGTCATTG TCTACACTATATAAGTGTACATCATACTTTATCTTTCTATCTCAAAATTG GAGACGGTCACAATGCAAAGTTGAAATTCAATTATAGAAACCTTTTAATA ATCAACAAATAACTTCGCTAAATGAAGCGATACGAAAACTATATTATTGG ATTGGGAGGAGAGGGACTAGGAATCGATCCGTGGACCAAGGATAAGGCCG GAGGAGATCAAATCTCATTATGTACAGTGCTATTTCTACGATGTGATCTC TTTAGGCTTCGTTCCTCAGTCAATGGATCGACTCCAAGTCCCTCTTTCAC CTCCCTTCCTTCTGTATACTCCAAAAGATAGAAACTCTTAACATTCTCCA CATGAGACCTTCTATCTACTTTCATGATCCTCCAAAGATTCGAATATCCA GAAAAGTCGAGGTTTCTCTCCTCCTACTCCAATGATAAGAATTTCAACTT TCCGCTGTCGCAGTCTCCAATTTCTAGATAGAAAGAGAAAGTATGACGTG TGAGCAAAATGATACAGTGTATCCAAGTCATTTTTGAATGTGAGCTAAAT ATCAAAAGTTAGGTCTACTGGTGCACCTATATCTTCTCCTTTTTTGTCGT AATAATTAGGCTTCATTTTATAAAATATTTATAAAAAGATGTAAGAAATA AGAATGTGCAGGTGTAGCTATATAGTCTGTCCAAAATTGGTGGTGGKATT AAAAATATCCATTATATATCAAGTTATTTTTGGTCGGAATAAAATGAAAT TTGGCTGTTACAATCATTAGGCAATATTGAATTTTTCTGATGCAATAATT TTCGATGATCCAAAAAGGCACAAAAGTGATGTTCAGACAACTTGGATTAT TTCTGGGCAAAGGCACATGGCCTCCCAACAGTCCTGATTTGTCTCCCATT GAAAGTTTGTGAGCCTTGGTCCAGAGGGAACTCAATGAAAATGCGCCAGC AACTTGAGAGGAAGAATTAAAAAAAAAAAAAACTCCCAAAAGCTTGGTAA AAAATTTATCCAGATACTTTGAATAATCTGTATGAAGGGATGCCAAAACA CATAAAAAATGTATTAAACTTAAAGGTAGTCTAGTCATATTGGGAAGTAA ATAAAGTTTTTCACCAAAAAAAAATCACTTGTTTAGGTTATTTCATGAAC CACCATTCATTTTTGGACATACTGTAGCTTAGCGAGTCCTATTAAAAAAG AAAAGAAAAAGAATACATATATGTATAAAGGGCTGTAAATTCGTTTTATT TAAAAGGGAAAATCAGAAGTTTATTTGGTTATTTTAGCATGTGCTGACTT CCTTTTAGATATAAATAACTAAACTTCCATACAAATAACAGAACAAACAA AGTATTTACCTACTTCCAAAAGAGAAGTTTTTTTACATAAAAAAAATTTA TGTATATTTATGAAAAACTTTTTGGGAAAAAATATTTTCAATGTACCACT TATGACTATAAAATAGTACATGTACATATATCGATATACTAATGTTTCCA CTAAAGAAATAAAGTTTATTTTCTTTTGTAGCTAAAAAGGAACATGCTAA GTAGATTCACGGCTGKTGTGGTTTCCTTTTTCAATTGAAAATCAAATGGA AGCTAAAAGAGAGTAAAAAGATTTAATTTTCAATCTCTTGATAATTGTAA CTAAAGAAATAGTATTTCTTTTCTTCTAAGAGGGAAGAAGAAAAAATACT GCACATAACTTTTGGAAATGCATAATCTAATTTTACGTTCTTTACGCAAA AAACAAAATAAAAACAAGTCAAAATAATAATAATAAAAAAAAGAGTCTGT AATTTTTTTTTTTTTTTTGTTAAAATGTGAGGAAAGCCAAAATTTATAGT TTGCCATTTTAAAAATGTTAAACACACTATATTCGGGCTTGGTTTCACTA TGATATACTATTGCATGTATATATATAAAAAAAAATCATTTGGTAAAAGA AAGTCTTTATTCCAGGTATTTAAATTTATCCATTATTTACTTTTGCACAC ATAACTAATTATCTTGCATTGTTATAAAGAAAGTTATCATACATTATTTG GAGAAGCTGTTAATTCCAGTTAAAGATTCCCAGTCATAACAAAAGAAAAT GATAAATTCTACGGTTGAGATAACATATAAGAGAGAAATACAGTCTTATA CATTTCAAATGAAGGATTTTAATTATGAATGGATAATATTTTTTCATAAT CGACCACATTCCAGAATTAAGTGTTTTCATTAAGACAAAATAAAGTTAAC TTAATCTTTGATAACAAATATGTTGTAATAACCAGTGGCCAAGTGGCACG AATTTTACAAAGGAGGTCTTTTGTAAATTTATGTGTCTTTCAAGGTAAAA AAAGTATATTTCTATAAAAATTAGCTCTTTGTTAGACAAATTTCAGATCT TGTATTTTTTGACAAAATAAATTTCAGATCTTTTTTCCCATTTGGCCCTC TCTTGATTTTTTTATTTTTTAAAATAAGTTTTGAATCTTTTTCTTTTTAA AATAACCTTTTATTATATTTTTCGAGATGAGATTAGACGTGGACTGATAT ATCAGATAAAAATCAGTAAAACGATCAAAATGTCCCATACCTGTAAAAGT TCTTAGATATTTCGATATTTGCTTCGATATTTCATAAGATGGAATAAAAA AAAGGTGAGAATAGAAAAAATAATGCTGTTCAATTTTTGTAGCCAGAGAA TGTTTAATGTTAAGAGTTCACTCTTATATGAACGAATGAATGCATTTTTA ATGAATTCAGTTCTTCTTCATAATATTGCAACATAAAATTTGCCTTCTTA GTCAATTCATTATACAAAATAATAAATAAGATTTATTCATTACCAAAGTT TGTCTTTCTTAAAAATAGATATCGTTTTCTTAAACGGCCATCTTACTAAC ATTACTAAATTGGAATCAAATGGTTGAATTAAAAAATGATAACTAAAATA TGATTTATTTAAATAAATTTGGCTTTCAGGAGTGTGCCCTTTCCATCAAG TAAAGGGCTATCCAACCAATTAAATACTGCATCCTTGGAATATGAGTCTG TCAGCATACGAAACAAAGTAATAGTGATAAAATTAAACAAAAGCTCTCCA AGATACGGGTACATCAACTCATTTATAAAATATCAGATAGGTAAATATTT TGATATCAGCCTTTGTTTTTTCTATCGAGCTTTTCTTTTTAGAGAAAGTT TAGTAGATTTTTTCTTTTTAAAGAAAGTTTAGTGAAATATTATTCACCGC TGGAGAGGCCATGGACTCCATGCCGCTCAGCCACTGGTTATTTAGTTTAT AGTACTGACAGTATATACCAAGGATCAATAACCTTTTCAAGAACAGGACC ATTTTTCAGAATGCAACAATTGTTTGGGGCCGCACTACAAAACCCTGATT TGATATTTTTTGTTTTTATTTAAATTTGAAATAATAGTACATACGTACAA CTTGGATATGAAACAATAAACATGCATGTATTTTATTTATGAATGGCAGG AGATATTAAATGCATATTTTTATAATATTCATAGTTAGTGAGAAGCTTGA AGTTGGATGTTTATAGCCAATTGGTTAATGTCTGGTTCTATTCTTGATTT GCACAGACACAAACTATGCAGCGGATGACTGACTGTCAGTTAGACTGCTT CTCAGTTTGCTTTTCATATGTTTCACTTTCGAAAACAGTTGCTCACAGGT ATACGTACTTCCAAACATGCGTACAAATCTTCTAGCAAACCGCTTTAAAT TACAGTAATCTGCAGCTAGTACATACTTATAAAACTCAATTAGGTTAATC TCTTTGAAACTTTGTATGAGAATATCATCCTCCTGCAGTCTGTTCAATTA AAGATGGAGCTGTACATCTGCTGAGCATATCTCACAGGCACAAGGCAATG AGAAGACAGTCATCTCACTTCTGAGATTTCTGAACTCTGTATAGCGAGAG GAAAACTTCTCCCTAAGTACTTCCATTCTCTGAGCATAACTATCCAGGAT CTCATTGTTGCCATTAAAGACAGATTTAAGGGTGGGAAAATGGTCAACTT TTTGTTCACGCAGACTTTGTTCGCAGAGCTGAAGATCTCTTTCAAATGTT CAAAGGTGCTTAAACAAGTTATATACCAACTTGTTTTGTCCTTGAAGCTT GACATTGAGCTGAGGTAATTTTTAAGAGATATCATTTAAGAATGCGAGGT CCATTTGCCATAGAGGATCACTCAGTTCTTGAACCTCTTTTTGTTTCAAC TTCAGGAACAGAATGATCTCATCTAATAATAACCAGAAACGTTACAATGT TGTTGCTCTGCTAAGCCAGTGAACCTCTATGAAATTAACAACATTCTCAG ACTGGCTCTCAAGGTGTCTCAAGAACTCCTAAAACTCTCTGTGGTTTATT CCTCGTGAGCGTATGAAGTTTAATGTTTTTCCTACAACGGAGTTGACATG ATCTATATTGATAAGTTTAGCACTCAGATTCTCCTGGTGTATGATGCAAT GAACTGCAATAACATCTCGCTAGAACTCACGTACTTTGGCAATGAGGCCA TTTTGACAGCCAATCATAGATTGTGCACCATTTGTACATAGTGATACACA TTTCCTGAAGTCCTCAGTTCCCATTTTCTGTAGTGATGATTGAACACCTT CAAATATATCTAAACCTTTCTTAGTGCCTTTCAACCGGTTCAAGTCAAGC AGTTCTTCAGCTACATTGAAATCCTTATTTACAGCTCAAATAAATACATC CAACTGTGATGTGTCTCTGATATATTAACCCCTGCGGCCACACGTTGTCC GTCCCTGGTCTATACACTCCTGTATATCGGCAGAATAAATTAGTAATTTA GGACTATTATCGTTCAGAGTCATTTTTTACCCTTAAAACAATACCCAAAT TAAAATTAGACAAATAAAACTTATATAAAAGTGTTTTTTATAATTGAAAT ATTTTTTAAATAAACCTTTTTTAAATAATAGATTGAATATTTTTATATAA TAAAGGCTATAATATTCCTCATCACTATGTATTATGAATAAGTTACAAAG GCCTAAAGAAGAGTGACGTTTTTCAGAACAAGATACAGAATAAAAAACCA AAAACTTTTACGTAAGTTTTATTAATCCTACTTTTAATTTGGGGATTCTT TTCAGGTAAAAAATCACTTACAATAATAGTCCTGAATTACTATAATCGCA TGGCTAATAGAAAACACAGAAATTTGAGCTGAGATCAGTTTTGGATTCTG CCCTTATAGATAAATTCGATTATTGTCTAAAATTCATTCGTACAAAATTA CCCCCAACCCCTAATTTTTCCCCTGTGTGTTATCCAGGCTATTTAGACTC ATGCATCTATTCATTGCATCGGACTACATCATTTCTAGCCCATCATTAAT ACATATTTTTATAAATTTTAAAAAATTAATAAGAGCCTGTGTAAGCAATT TTTTTTAATGGTTTTTCTATAATAAAATATTTAATAACACAATTCAATTC ATGTATAACTATATTACCTAATGTAATATGAAGGAGTAGTATTATCCAAC TAACATAACAATTAACTATACATTTGTTTGTCAGCAGTTGTTTTCTTCCT TATCTCAATGTTTCAAATTTTTATTGAATTAACAAAGTCAACAAGAATGC TGATAGAAAATGTCTATTGGAAGAGTTTCATTAAAAAAGGCCACAAATTA ATTATTCCTAACAGTTAATGCAGAAAAAAAGTTTATTTTTTTCTGCTTAT ATTATCTTATATGTTTGTACGTCATTGTTGTCAGAATACTGACTGAATAT GATCTACATCTAAGAATACTATATTTATTAATACCTAAATATTTATTCTT CTAATAAAATTCAATGATTATCAAACAATTATTTACTAAATGTTGTCAAG TTATGATTTGATTTTTTTTAATCAATTTATCTAACCATATAATCTTCTAC ACATAATATTGAATCATATGAGTTGACAAAAATTTAGTAATACGGTTAAA AGCACATAGGAAGAAAATATAACAATAATTAACATTCTATATTATATTTG AAATAATTATTAATCCCACCCTTCCCCTCTTCAATATACATATATATATA ACATATTACAACCGGTAGATCTGATAGGCAACCTACCACGTGACTAAAGA AGAGAATATTAGGACCCAGTTCTCATAAATAATTATCCATAAACACCATT AGTTAAAACTGTTGAAGCACCTTTAATTGTCCTTCCTTGAAATCATCGAG TCCTGTCGTCCTTATTTTAGATTCCATAGTCCGAGTGAAGTATAAAGTAC AAATAACTCTCGCGATGACTGCATCACCCTTTAGGTGAGCCCGAGTCGTC AGTGGCATAGCCACTGCCCAATCTTCGTTTTTTAGTTCTATTCCGAGTGG ATCCCTAATTTTCTGTTCCACGATTTCCCTTTCAGGCATCAATCACTCTA CTGCATTTATAATAAAGATGGAAGGATGACTCCGAGCCTCTCCGTTTAAT CTTTTTTCGACTTGTTGGTGAAGACTGTTGACGTAGCGAGACGAAATCTT AGCCATCCCTCTCTTGAATTGGTGAATGGATTTCTCAAGACCGATTTCCG TTCCACTTTATCGATCCCCATGTCCGTTTTATTCAGCTTTTGGAGTCGTT AAGAAAAAAAAAGAATTGGGGAAATTTGATTGTTTGAAAAAATAATTTTG GGAATCGTCCGGATTATTTAATTAGAATTTATCTTCCAATTACAAGTATT GACATATCTATTTCTCCATTTAAGATCTTTCAAATACATTTTGATGAGTA AACACAAAATCAATTTTGAACAAAAATCAAGAACAAGCACAAACAGGGAT GGTCTTTCATAATTGGCTCTAAATCAAAAACTACAAGTCCAATTTTATAG AAATCTTTTGAAACATTTAATTTAACAATTACTATTATTTAAACTATGAA TATATTGAATTTGACCAACTTTGGCATATTTTACAGTAACCAATCTCTTT TAAACTGCATTACAACAGGCACGTACTACATCATCTTAAATTTGTTTCCA TTTCTTCTCAAGGGTTGCCATGAGAGCATCCTTATTTATTGAAGGATAAT CATTGACCTCCTTCTGCAACGTTCCCTAAATGGAAAAGAATTCCATCCTT CAATCACTTTGTACACCTGTTAATTTTTTTTTATTGATCTTGGCAATCTT TTAGATTGATATAGAAGTGTGCCAGCTTTTAGTAGAGTTATAATCGGTTC TCTTTGGGATTTTTTCATTTTTTTGCAAAAATTATATTTTCCAGGGCAAT TATGAAAATTTAATGTTTTGTTTACATCTATTTTCGTAAGAAATTATATT TAACAACAGAACCTCTCGGACAGATATTTTATGCAATACAAGTCTTTAAA ATATTTAAAAATATCCTTATTTATTTATTGTATTCATATGAGTTGAGATA TTTATTAATGCAAACTGTTGTGTATAATCATCATTTGATTTATAAAACTT AATTGTGGTGATGTTTTTTTGATACTTTAAATGCAATTTAAGGCGCTTTT AAAAGATTAATCAAAGTACTTAGTTTATTGGAATAACAATAATTTGTTGA ATAATACAAATGGTATCCATTTGATCAATACAACTTAACTTGCTTTTATG TTGACTATAGCCACGGTTTAAATATTAATTGATACAATACATTCAATACT ATGCGCTATTAAAAAAGTTATGAATAAGTCAAAACAGAATAATTAGAGCA TGTTTGAGTATTAATGATGAGTCTTATTCTAATATTCTGTGAATAAAAAC AAGATAAGTAATATTATTATTATTCAGTGTGATAAGCGATATTGATTCTC TACTCCATCTTAACTATTCCAATATAATGTAGATTCGGTAATTTTTGAGC AATAAGTAGTTCCAATAAGAACTTTAAATTTTACTAAAATATTTTTTATT TCATAAGTTATATATTTAAAACCAACTCAACACCATTTAAAATTATTTTT TAGACTTAATTTCCATGAGTTTATCCTGCAAAAAATCGGGGAAAAGGAAC CAGATAGGATCTGGATCAAGGATTTATCAATTGGTCGTATGGAACGTTTT GGGAACGTTCATTCTCTTGTAAACAAAGTGGCATCTGGTCTCACTAAAAA TGGGTTTGTCAAAGGGGACGTTTTGACTCTTTACTGTTCGAATTTTGTGG AATATTGGATCCTTGCTCTTGGAGTATGGACCTGTGGAGGGATTGTGATG CCGGTCAACTGTGAGCTTCCTCCAGATGAATTAGAGCTGCAAATGCGTGA ATCTAAAACGAAGGTAACCTATTCCTCAATATGACTTGATTATTTTGTCA TCATTTTAATTAATTTTACATGCAAAGAAAGTACATATCCCATGTTAAAT ATCAAATTCTTCCCCAATTCCCTTTTTTTAATGTTAAACTTATGAATGAT ATTCTGATATGTTGTCTGTTAACCTAGATAGAATGCAAAGGGGGCATACA TGTATAATAAAACTAGATTGAAACATAAATCTTTGAAATGCTGTTTGCTT AATAAATAAAAGTTGTCACGTAATAGTTGCCCGTATCAATTATATAGGTG CGAATATTTAAAGGTTAGATTATGTATATATATATATATATTTGTCAATC TTTTAACTATGGATAAGTTATAAAATGTGATATAAGATGTTGTATACAGA TCAACACTTCAAGTTGAGTAAAGTATACAATATACATAAATGATTCATAT ATAGAAATTCCGAGAGAAAGATTCGGATMCCTCCTTTAGGAAAGTAGCCC CTTCCAATAATTTGAGACATAATTAATACAGGGTACTACAGTTGAATAAA CTTGTAATTCATTAGGATCTTGAGCATTGTGATGCAATTTTGAGTTTGAT TTAATAGCATAGATAGTGATTAATTTTCAATATAACTTCCATGGGCCTCA ATCACAGCCTCAATTCTCCCATGGAGTAATCATTATACTTAATAAAGACA AATATTAATTCTGCATAAACAGTCCCAGTCTCTATAATATTGATTTTGTA GTCAAATTATGGTTGAAACAGTTTTTTTAATATACACAGTTTTAACCCCC YCCCCCCCCCCCCAAAAAAAAAATGTTTGCATTATTTGACCTTGCTTCCA TTTTTCTCTGTTAATTAATAAATTTATAAATCGATATTGGGCCGTGTGAT ACAATTCGAAACTGTTAGTATTACTCAAGGTTGATAGAAATACAAGGTTA TACTCAAAGTTGATAATCCTGTAGAGAAAAACGCGTGCAAGGAGAAGAAG GGGAGAAGAACTTATGGTATCATTGTTTAAAATACTGATGTGATTATCAG CTGCCTGCTTTATTATGATTTTTGAGGGTATAACGAAAGTATTTATTAGC AAAATATTTAATGAAGATATACAACGTATGATTGACTTATGCGTTTTTTA TCCGTTACAGTAGATTTGAAAACATCACACTCCATGAAATTGTAATTCAT TATGAAGCATATTCTTAGAATAATAACTAATGAAACGACAAAGTAGAGTA TTTCGAAATATATTTGAAGTTCCAAGTTTAAAAAAGAAGGCTTTAATTAA ATATAATCTACATACTAAAAAATATACCATCATACATTTATGTTAGATAT ACTAAATTAAACAATTGAAATCATATAACTAATAACAATGAATTATATAC ACAGAATATTGAAATCATAGATTGATCCAAATAATATTTTCTTGTTCTGA CATCGGAATTCAGTTAAATATGTCATAACTTTAGGTTGCAAGACACAAGC GAGACGTGGAGTTTAATCAAAAAGATAATCACCCCCATCTTCATGTGGAA GTTGCTATATAATAACAATTGTGCACAGGATAGATATATCTCTACCGATG GGATCTAACTAATTATTAAAAATAAAGTAAATGTCAAAATCATAAAATTA GACAATAAATATACTAATAAAAAAATGTTAGAAATAAATTCAACTTAAAG ATTTAGAGGAAAAGCTAATTATGTAGTAATGTCCGGCGATATTACTCCTT ATTAAGAGCATCAAAAAAGATTTCCCCCCCCCTCCCCGTTATTTATGCTT ATATAACAACATACTATTATCATGAAGGATATACACAAATGCTAATTATA ATGCTACACCCAATGCAACTACCCCCGTTTTTGTGACCATTTAAGCAGTT GTTTTTGCCTCTTATGAGTTTTTTGAACACCATTTCTTGGAGCCTATCAG CCATAACTAAGCCATAAGTGATCAAAAAGTAATATTTATTGACTATGTAA TATTGGAAAACCTAATGATCATACTCAAGTCTTTAAATGAAGAAACTAGT GTCAGAAAAACTAGTTGCGAACCATCCAAAGCTACTACCCCGTTGTTGTG ACCATTTAAGCACATGTTTTTGTCATTTAATGAGATGTGTATCATAGTTA TTGATATTTTTAGCTAAAATAGAATCATATTTTATGGTTATATTTAAAAA AAATGAATACTTACTGTTAGATGGTACAAAATTCAGAGTTCTATTTCAAA ATTAGTAAATATTTTATACTTTTTATTGTTAACTTTGATCTTAATTTCGT GTAGATGACTCAAAACATGCTGAAAATTATCTCAACTTCACAATTTACAA TGGGGGTATTTCTGTAAATTACATCATTACCAACATCCTCCATTAATTTA ATGATGGTTCCTCGGGAAGGGATAGGTTTACCCGTGAATTTCTCCATAAA TTTTTTTAACGTAGGTGACTAGCAATAGATAAGGGTATATACATGCAATA AGTATCTTTGTGAGGTCAGAGTTAAAGTTTGACTTGATGTATTCATCATT AACTTTACTTTTTATGCGCTTGATATGAGATGAGGAGAATGAGTGGCGTT TAATTTTAGACAGGGGACTAAAGGCACATTATATCGACAAATCCGATGTC ATCTGCTTCTCCTCCGGTAAATATTTCCAAATTCCTGGGCCTCCATTTCT AGAAATTTAGAAAGAAGGAGACGTTATTTTAGGCATTTTATTCAGTTCTC TATCGACTATCCGTACCTAATATTATATTAATATTGAATAATAAAGGCGG GAATTGATAACGTTCTTGATAGAGGAAGATGCTTATTATTTTAGTCACTG GACAATGATACCATAAGTATTTCTTCCCTTCTCCTTGCACGTTTTTGTAT CCTTACCAAAATTATCAACCTTAGTTACACCATAATGCGTGTACAACCGA TGTTTGACATCTACCATTCTTTTAAAAATAGATGTAATAGTGTATAAGTG GTTGACTGTTCTCTCAAAATCTGTTTTTCTTGCCAAGCAGATGGTACGAT ACAGTAAAATGATAATTCTAGCAATAGTAACGTCATACACTATGAATGGT TGTGTGTTTTGTCAAAATCTGCCTATCTTGCCCATCAGTGGGTACGATAC ATCAAATTGAAAATTCTAGGAAGCCCAATTACATGATGGTCTAATCTTGT ATTTCTATTAACTTCGATAATACTGACATTTTATCTTATTTCAACTCTTG GATGACAATATCTGTATTTATATGAATTTATGAAGTAAAAACGATCGTAA CCATTTTATTTCATGGATAAAATTTTTAATTTTCCATAAATGGTCCCAGT GATCGTTCCAAATACTCAACCTGGGTTTATAGCCCTAATTCGAATTTTTT TGAATGACGAGGGAATCAATAATTATATCACTCTAGTATAACACTGTCAA ACAGCAAAAATGGGAAAGAAAAAACAGTATGTGCTCAATTTAATAGAATT TGATCCCTTGATTCCATGTATAGTTTTATTTTTCTCTGAATGACTCGTGG CCTTCCTAAAAAGGCCATTAATTTATTATTATTTTTGGAAATTTTTAAGG TTTGAAGCTGTTTTAATCCCTCGGTGTTGAAGATAAGGATAAATTATGTT TATATATTTTAAAGCCGAATGTTCTCCAAAGGCTTATTTTTTCAAGACAA ATAGATTCAAAAAGTTTGAAAGTATCCCATTGGATAGCAGAAAGTATGAA GTTTAATTTAAAAAAAGAGCCACTCCAAAAATGCTCTATATCGTTGTCAA TTTGAGATAAGGCCATGACAATATTTCATGGGTAAAATTCATTTTTGAAT TGATCTAATAATAAAAGTCATTAAATATTCGTATGTCCCTGTTAGAAGAG ATAGAAACAACTTTTCTACTTTAAAAAAAGGTAACTTGAGTTTTAAGAAT GATGCAGACATTAAAATTTTTTTTTAAAGAATATTTTAACATTTGGTGTT AAATATATTAACATAATTTATACTTATCTTCAACACCGAGGGATTAAAAC AGCTTTGAACCTTAAAAATAGCCAAAAATAATAATTCTGAAGTTATGGGC GTTCAAAGAATTTTGAAAATTTCAAATTAGCAAAACACTACTTAATGAAT GATTGTGTTTCTCCATCTTGACAACTGAATAAAAATAAAAACAAGTAGAA ATTTATTTTATTAGTGACCTAACTTCTGGTATAAGGAGGAAAAACTCGGC CGTGGTAAACTCATACGGGATCTGGATGAGGTCAAATTTTGTTCCAATTT TTGTGAACAACTCTATTTATTTGTATGATCGAAAGCAATTCCCCTAAAAT TATCGTCTAAAATGTTATTTCATATTTTCCTTTCACTCTAAGAAATGGGA TTGTTGCTCCTTTCCACAGTTATGAAAGTTGTGAAATGACAACTAATTGT TAGATCTGAAATTATGCATTTCCTTTAAAATACTTAAAAAGATTTCCTTT TCAAAATGATTTTCGTTTTGTAACAAAGAGTCTTCCAAATTTAATAATAG TAACTCATAAATAACCACGTTTATTGATAACCAAAAAATGAGAAAGGTGG CATTGGAAACATATGTTCTATTTGGATTTTCCATGTAGGTACTTAACAAC ATAAAGAACATTACTTTGCTTTTGTAATACATTTCTGGGCATATTTTTAT TTTGTTGGTACTTTCTATAACCCATAGAATTAATAGAAAAAGGTCTCTGC AATGAACATAAAGCTTTTATATTAAAAAAAGATGTTAATAAATTATAAAT TGTTAATTTTTATTCATATTGTTTTAAAAAATTTTCTTGTCACATTTTGG GGGGTAGATTAAACTATATCGTATTATTTAATGACCTTTTCTGAGCAAAA TGTATTTTATTCAAGTATAGTCAAACCTGCTCTAACTCTCACTTCATTTT AGCTTGTCAACGCAAACTTATTGGTAGTGACGTAAATCCTATGTGTTTTT TAGCCTACCCATTTTTTTTTTGAATTGGTATTAGAAAAAAATGGTTTTTT CCCTTAGCAATTGTCATTATTATTTAATTTCTGAGCTGTGAACTTCCTTT CCTAAATAGATTCAATTATAATAAAAACCTGATTGAACATTTATGTTTAC TCATAGTAGACTCTTTGCAACCTTGAGGATTTGAGGCAACCTGGAGTTAT AATTCTTAGCCTTTTTTGGGCTCTGAGTAGAATTTGGGGTCGACATCGGA GTAATTCTTGCCAATGTCCTTGTTGATTTCCTTCTCGTCCTCCTCTCTTG TCAAAATTTATTGTAGCTGATCTTCTCCATAACGTTCCACGAATTGTCAA TGTCATTATGTTGATTTTCAATTTCTTTTTTTATAGCATGCCCGTAATAC ATACAATTTTCATAATTACTTATTGGTCATACTCAGATCCCACGCAGGAA TTTCAGAACATAAAAAACTGTATTAAGCGTGCCCCTGCTATCCCCGGTCT TCTGTCACATATAGCTACTACATAGGTTCATAGGGGAAGCTACTTATAAT AGTCCCTTTTAAAAATTTATATAGACTATTGAGTACAAAAGAAAGAAGTT AATAAATAAAATTTGTATTCATGTCCTTCCCTCCCTCTTTATTACATATG AGTAAATATTATCTCATATTTGCTTGAATGTAAATATTAGTAATAGGACG ATTCCAAAAATAAATCCCGATGCCGATGCAATTCTAGTGAAAATGACCGA TGCCGATTCTTTAATATTTTAAATAATAGTTAAAAAATACCATTTTGCTG TAAATTTCTAAGAGTTACAGTTGATAAAATAAATGTATACATTTATAATC AACATGATTAACAATTCAATATTGATTATGATAAACTAAACTAATATATA TTTCCTTTCTGTCCTATTTTAATGGGAAATAAAAATACATAAATAAACTA AATTTAACTCGCTGCTATATCAATAAAACTTCTATTAAAAATTAATATAT CTTATTGATATTTAGCTAACTAAAATTAAAACCACAACAGCTTATAAATT ATACTTCAAGCCTAATACCCTCAAATTATAATGTAGGAACATTAGCATCT CTCCAGCATCAGCAGTCAGTCTATTTCTTTTGGGAGAATAGATGGAACCG CCAACACTGAAGATCCTTTCACTCTCACTGAAGNNNNNNNNNGGAACCGC CAACACTGAAGATCCTTTCACTCTCACTGAAGAAGGTAATGMGACGAGAT ACTTTTTTACTAGGAAGGCCATGTGTGGGAAACTTGATTGATTAATTTTC CCCCACTCTAGAGGATTATTTTCATTTTTGATCAATCTTGATGTATTGTA TTTGTCCATCTCAAACTATTTCTGCATTGATTTTCGCAAACTCTTGAGTT GAAATTATTAATTTTTGTATTTGATAATACTTTTCTTTAATTTCTGCAAA GCATGAAGAGAAGGTAATATTTAAATTTCCCCCTCTATTGCTGTCATCAT CTGTAGAGTGATTAAAAGTTATTGATTCAGCTTGCAGGAATATCCATTTA TCGAGTATCAAGATCTTTATTTCTGGACTATAAAACATTTTGGMCCATCC ACTGCCAAATAATGTTGCACTGTTGGTTATTATATTTGTCTTCAAGAAAT GAAAATTTATATTGTGGATCCAGATATGTAGCAATAATTAAATTTTTATC ATTGGAATAGTTATAAAATCTTCTTTTAATTGAGGCTTTCCGTTCAAATA ATGTTGAGTCAAGCCAAGCAAAGATACAATTTTCTTCACCTATTTCAAAG AAATGAGAAATTGCTTTCATATTTGGAATGATAATATAAGCAGTTGCATT GGGATCACTCAGAATATTTGTACAGTCTATGAAAGGCTTCACCACAACGA TCACTTTTTCAAGTATTTTCCATTCACTGTTTTCTAAACAAGATGGCTTA ACATTGTGATTGGAATAAGCTAAGATTGCAGTTTTCTGTTCTTGAATCCT CTCCAGACGATAATAATGGCTATTTCACGTAGTAGATACACCTTTAATGA ACTTGTGAAGTGGCTAATTGAACTTTTTTTGATATTCTTTATATTTTACG AAAGCAGATGGTGTATGGTTAAAGTAACCAACAATCTGTTTACATGTTGA TAGTAAGTCTTTTACACACTTCTGTTTAAAAATAGAATCATTAATAACTA ACTGTAATGTATGGATAAAACAAGGCAAAGAACTCAAMCCTACTTGAGCA MCCCCTGCTACCATATGAGCAGCATTGTCTCTTACTACAACATGTATTTT CTCAAAAGATATGTTAAATTCTGTCGTCGTATCTTCTAAGCATTTACTTA GGTTTGCTGCTGTATGCGCTGATGGAAATGGAACAACTCGAAGTACAGAA GTTTTTTGTTCAATGTTGCCATCAATCCAATGTCCTGTTAAACTTAAAAA TTAGGCATTTGCAGTACTGTCAATCCAACCATCACTTGTGAATGACATGG ATTTTGTGCTTTTGATCTCTTGTTGTAAAATATTATTTATTTTCTGATGA ATATCCATTACGATTTTGTCTTTAATATAGTTTCTGTAAGGCACTCTATA ATTTGGACAAATATTGTTTAAAATCCAATTGAATCCTAGGTCTTCAACAA GTGAAAACGGTTGTAAATCAACTGAAATCATTTCACCAATTAGATAATGA TATTTTTTAGCCCTTGGGTGATTAATGTCCCATATTTTGCACTTCTCTTG AATGCCATCTATTGTTAACTGCTTGTCTTGTGAACATGCAAACTTTTCAG TTTTTTTGTTGATTGAACATTTAATGGAAAAAGTAATCATATTTTCTTCT TTGCTTGTTCTTGTTCAATCTTATCCTTTTTTTCCTCTTCTTTTAATTTT TTTACACTCTGTGTTGACAAATGCTTTTACATATTAGATGTGGTGTAACT TGATTTTCCAGAATTTGAACCTCTAGATATGCGAGCGTCATATAGGTTGC AGTTTGATTTTGCATTTTTATCAAGATCAATCGTAAATAACTTCCATACA ATATTCCTACTGCCACCTTTTGGTTGGGTTGCCATTCTTGTGATGTGTTC GGAATAATATAAGTAAAATAAAGTTGGTATGTGCACTTGTATAAAAGTCG ATGGGTGATGTTAAAAAACTACTAGCGAGTATAACTGATGTATTACGATA TTCATACATGTTTAAAATCAATTGGTACTGCCCAGATATGAGACCGTGTC AGGAAAACTCGGCATAGAAAAATTTGCATTGGGAAAGTTTATCGCCTTST TTTTTTTTTTTGTAGAATAGAATAGTTGAGTTAAAGTACTCGATATATAT TTATTCTTTTGCTAGGCGTGGGAAAATCATTTTTTTACAAATCCCACAAA AATTTTCTTCATTCAATTTTCTTATTTCTTCATTCATATATTCAATCCTA GAAATTTTCCATAAAAAATAAAGATGTCAAAGACAATCTTGTACAAGCAA AAGTTTAGAACAGAGTGGGTCAATCAGGATATATCCAAAGGCAGGATTGT TCAAATTCCTACTGATGAAAAANNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAATCA GGATATATCCAAAGGCAGGATTGTTCAAATTCCTACTGATGAAAAAAATG TCTATTGTAAATATTGCATCACAATCAACTCTCTCATATAAARGGATCAA GCAAAAAGTAAGAAGCACGAATTGAATAGTGAACCCTTTTCTTCGTTACG GCAATCAAAGATACATTTTCCAAAATTTGAAAAATCTCGTGATACGTCTC GAACAGAGGTTTAATGTTGTCTATTTATTCCCAAACATAGTCAACGTTCA GTTTGTGTTCAATTGGTTTCTTCTCAGTTTTCAAGCATTTTTATCATACA TTATTTTATTGAGACATTTTATGAAATAATAAGACTCAGATCATAAATTC AAATTGTCGTTTTTGTATCTTGACGGATATATTTTATAATTTTTTTTCCA TAACTTAGAAAAGTAATAAACAGTTAAATACTAGTAATAACTAATAATGA AAGAATCGCAATGGAAACATTATTTTCCCGATGCTGAATACGATTCCAAA AAAAACACCCGATTTTCGGATTCCTATTAATCGTCCCATCACTAGTAAAT ATTATCATTTATTGTATTCTTTTATCCGCTATTTTCAACTTTTGAATTGG TATAAAATACAAAACCTGGTTAAGAGATCATGTACTATGCAGTCATGATG TCAATTTCCATTGTTTGACCAGTTAATATAGGTTTGACTGTATATATATA TATATTTGACCTTTGATATAGTTGAAAGATACTATAAAAAAATTCTTTAA TTATTTATTTTCCGTAAAGACTAATTTCCAATCCCATTCCTTTCCTGAAA AAAAATTATCAATTATCAAAAAATTTACATTCAGAAAAAAATCAACAAAA TACGATAAATATATTTTTATATTATAAATATATATTTGATGCAAAACAAG TTAGATTTAATCAATAGTTATTACTCCCTTGAGTATAAAATGTAGATAGG AATGGATAAAATTAAGTTATTATTGATCAAATCAGACCTATTATAATTCA AGTTTGTTGCTTTGGGATTNNNNNNNNNNTTTTCTTGCCAGTGACGTAAT ATGTCGCATATTTATTGATTATATACCATAACGTCATTTGCATGCGATTA TGTATTAAACACATATTGCATAGTATAAAAAACGAGCGCGACTTGCATGA AAATAATGATTGTGGAACTTTACATCCAAGCATTAAATTTGTTTTTAAAA CAGCTTTAAGTAAGCAATATTATTTTAATAATGGACAACTTTTTAAATCA TGCTTTCTTTTCAAGGTGATGGACCCTGAATATTATTTATTTGAAACCTT ATGATTATTTAGCAGGCAAGAGGGAGGTGATATATTTAAGTTCATTTATC CGTTTAAAAAAAATAATCATAGAACTAGTTTATTATATATGTTATGATAA CTAAAAAAAAACCAAAAAGTATTGGGCAAAGTTAATGGCAAAAAAAAATG TTCTTAACACTTGGTTACAATTATAATCGCATTGGGGTACATAAATTACC TATAATTTGCAAGAAGTTATTATTTTTTAAATATAACTATTTTTGTTTAA TTATTGTACCTACTTTGTATTCCTTCATTATAGTCACACACCTTGTCTTG ACTTAAAAATACACAAAGAGTATGACATAACAAATGAACCATAACTTCAT TATGAAACTGGAGAAAGGAAAAATATGTTTAATTACTTTAAAAAATATAT TTACCTTATATTTTATTAGTTCATTCTGTTGAACATTTTTCTTTTCTTAT TTTTTCAGTGGTTTAAATGAGTTAATTTAAAGTTTGTTTGTATTTTTTGT CCTTACTTATTTATAAATTAATGTTTGTTAAAATGACACCCAATTTTATT TTTTTAAGAATTTAGAAGTAAATTTGTTACTGTATGTGTATCTAAACGTA CAAGGTTGACGATCAAATCTTAAGAGTAAAATGACGACATAGAAAATCGG CTATTTTTATTTTCGATTTGCTAAAACACACATTAAGAGCCCCATGACTC TTTAAAAAAACAAAAAAAAAAAAACCATTCAATACATGATCCATTTCCGG TGACGACAGCCTGAAGGCGTAGGAGAAACCTGCTACGCTTGATAAAATAC GCAAATAAATAAATAAGTTTTTATTAAATGTAATATTTTGTTAATTTTCT AAAAGAGTCCAAAATATTTTATGGCAAAAATTGAATTTAATTTCGATGTG ATAATAAAAAGGGGATCAACTTTCTCCAAATAAACTCAAAAACTGTATTT AAAAAGAGAGTCCATTTTAAAATGCAAGTTTCTGACTTTAAAACAGAGTT TTCGTGAGAAAACAGACATGTATTGTTCAGATAATTATATTGCACTTTTT ATTACTATAGAGCTACAACATTACTAAAATTCATCGTTGAATTAAGTGTT TTTATACATATTACGTAAAGCTTTTCCTTTTCAATTAATATAAGGACATA TTTATTAACATTGCTTCTAATTAAATTAGTCCTTCATATTAATTCAACAA CGTGAGTAGATTATTAGATAGAATGTTTATATTACGACTAAAATAATTAA AATTACAAATAACATCAATAATGTTTTGAAGAATCCACAAATCATATTAA ATGTTCAAGAAAAGCATATATTTAAATATGTGTCCCACAAAGACTTGAAT TTGATATTATAAAAATAAAAATATTTATGTTTATTTTATATGCACTGAAA TATGATGTACTGCTTCAGAAAAAGATAAATATAATTTTTGAGCGTTCAAA GTATTTTTTCCTTATTATATATTTTCTCCCAAATACTAATATTCGAACTT TGCTACAATTAATTCCAATTATTGATTAATTTATATCTTTTATTTTTGTT GTCCTATTAATCCACGATTTTGTGAACAAAATACTTGCAAGACCCTTTAG CAAAAAAATATTTATATAAATTTATTTATTTCCTTTTTTATATTAGAGAA TAATATCGAGATAAATCAATCATTCAAAAACCCAATTAAATATAATCTAA TTTCAAATAAAACCTATCAAATATACTCAAATGTTAGTTAAAAAATTATT TATTTTGTAAATTTTATATTTCTTTTTTTTTTGTATATTATTTATTTAAT TGGAGGGATTATTATCTACACTTATAAACTATACCATTTATAATTTCATG ATGTAAATAAATTATAATTATTATTCATTTCAATCGGGGGCCATATTTTT TGACCTATTACATTTTTAAAGCTGTTTTTTTTTTATTTTTGAAAGATCTT CCTGTCGCCTTTTTCAAATAATTTAATCTAATGACAAATACTTGTTTCTA TATTCAATGTTCCTCTAGAATAACCTTTTTTCAAGAAAAGTCTCGTTTTT TTTTACAAACACAAAGAAAAAAATGTATGTCCTTTTTCTAATTTTGTCAA TCCTTTGTCTCCTGTTCCCTTTGAACAAGTCAATTATGGCTTRACATTAT TRATGTCTGCGNGATTTTAAGTTGACCACTACTCTGCAATGAGTAAATTC CCTTCCCCTTAAGTGGTTATGTGATTAGTGAATGCCCCCTTACATCAATG ATCTTCACGATGATCTGTCTTCTCTATCTCCTAATAAGCGTGACTCTTTT ATGTCTCACATAACACATATCATATCGGATGSTATCATGGAGATCACTTC TCTAGTTATCAGGGATATCTCTCAACTACGAGCTAAAATTGAAACACTCA CTGACAATTTTTTTGCGTTAGAATCGTATATCTCATCTTCAACTGAGAGA CAAAATAAAATAGGAAATGAAATGATTAAATACTTGACTGATCTTAAGGA TCTAAAGATTTGGTCTATGGACGAAATGAACGAGAGGGAGAATAATAGAC GAAAAGTCATCATATATGGTCTTTCTAAAGATTCTGAGATTAAAATAACT TATGTTTGACAAATTTCAAATTCAGACAAATGATATTCAATTTGCTTTCA GCATCAAAAATAATAACTCTAATGTTACTAATCAGTCATTGCCGGTTTTT ATGATGAAAGTATTCAAATTTTTTTGTTGAAGTATAAGTCTGATGAGATA CGTGTTTTCCCCCTCCTCACAAAAGCTCAGAGAGAATTGAACAACACCAT AAAAGAAGACTTCCTTAAAAAAAAACCCGAAGAGTCTCCTGTTCTTGAGT TAGGGAGATTTCTGAAGTAAACTTCTAAATATGCCAAGTCCAATGTGATA ATCATAGGATCCTTTCTATGTATCGCTCTCCTATTACCAAGCCCAATTAA TTTATACTTATCTAAGATCAACTCGTTCTGACACAATCATCTGTGGGGAC TTCAATCTTCCAAATATTAATTGGGTATCTTAGATCCCCTTCTTGTCTAC TGGTAGGATGTATATAGAAGTCTTTCAAGATCTTTTCATGGAACAAAAGG MCAGTGACGCTCCTCACTCTCGGGACAATATTTTGGATCTGGTGCTCTCT TCCTCCAATTCTACTTTTAACACTAAAGTGTTGAAGGATATTAATTTATC CGATCATTATCCAATCTTTATTTCCACCACTAATACTATTACTTAAATAA AAAATAGAAGCTCTAGAGGATATCTCGATTTTACTAAGGGTGACTATCTC TCAATCAATGAAATACTTCGCACAATCGTCTGCGTCGGACATTTTACCTC TTCCCACCACCCAAACAATCTTTGAGACTGCCTGGACACTAATAAGAAAT ACGTGCACTGAGCTTGTTAGTAGCTTTATCCCGCGGCGGGMGCATAAGAT TAGTCACAATAAAAATGAAAAGGAAATTAAACGACTCGTCTCTTTAAAAC GACGTTCTTGGGATAATTTCAGACGGTTTCCATGTCGAGATAATCTACTT TGCTACAAAAAATATGAAAAAAATGTTGCCCCATTTATTCGACAAAATAG AATTAAAAATGAGATTGAGCTACTATCTCAACTTTCTCACTCTAATATGA AACCTCTTTACTCATTTTTCAAAAAGAAGAGAGTAGGTTATGGTAACAAC AAAATTGGTTCGATACGAAATAATGAAGGTCTAGTCCTCTCAGATGATGT TGGCATAGCTTCTTGTTTGAACACATATTTTGCATCAGTCTATCAACCCG AATGTAATCGAGTACATGCTGGTTCTATGAATATAATTACTGGGACCCCG TCCCTCTCTGACTGTTTATTTTCTCCTGAAGAAGTTCGTAGTGTAATTGC AAATATCCGTTGGTCTTTCTCCACTGGKCCTGACATAATTAACTCCTTCT TCTTGAAAAGAGCTGTCAATAGTGTTGCTTTCCCTCTATCTATGCTCTTT AATCTTTCTTTTTAGAGTAGATATGTACCAAATGGTTGGAAAATAGCCAA TGTAGTCCCAATCTTTAAGAAGGGAGATCCTCTTGATCCTTATAATTACA GGCCCATATCCCTTAAAAGCCATGTCGGTAAAATAATGGAGCAGATTGTT AACCGGAAGCTACAATCATTCCTTAAGAGTAATAAACTTATTTCTAGTAG GCAACACGGATTCCCTCCTAATATGTCGTGTGTCTCGAATCTAATTTCTT TCTGGGATGTATTGTCAGTCGTTGTAACTATATCCTTGACTGTGTTGTTA TATACTTTGATTTCAGCAAGGCCTTCGACAAAGTCCCTCATGGGAACTTC TCTTTAAATTGTCTAACATCGGTATAAAGGGTCGGTTGTTATAGTGGCTT AGTTCCTGGCTGATGAATAGGATACAGAGTGTAGTGATCAATTCCACAGG TTCTGACCCTCGTGAAGTTACTTCATCAGTTCCACAAGGTAGTGTACTTG GACCCACGCTCTTTGACATTTCCATTAATGACTTAGTAGACAATTTTTCA GAAGACAGATTCTTATACGCGGATGATACAAAAATCATATGTTCTGATTT AAACTCTGTTGACGATGTCTATACCAAATTTATTATCTGGAGTGTAACTT GGAGAATGCCTATCAATATTAATAAATGTGTCCTGCTTCCTTTCTCCAAA AAAGAGTTCATCCAACCAAGTCTTAAGATGCTAGATGATTACATAGACTT AGGAAATTACATCTCTCATGACATGTAATTTAAGTGGCATATACAATACA TTATAAAGAAGGCCAATCGTAACCTAGGAATGATTAAAAGAAGCTTTAAA ACTCGTGGCCCTTTGTTTATGGTAAAACGATTTAAACTTTATGTCCTCCC TATTTTAATGTATGGATCTGAGATCTGGAATCCTTCAAGAAACTACTTGA TTGATTCCTTAGAAATGGTGCAAGCCAGGTTTGTGTCGTTTTTTCCTTCA TTGGGAGATAACAAGAACTGCGAATGCAAAATCAAACAACTTGGCCTCAT AAATTTGTCTCATAGATGTGCAATTAAAGAACACCATCTACCTACCAAAA CCAAAAAGTGAAATTTTTTTTGCATAGTTTTTATTACAGATCAATTATTC TCTGGAACAAAACACCTTTTGCTTTCGCCAGGGAGTGATTTTTATTAAAT TCTTTTTTTGTGTGACACTTGTTTGTTTTTTCTTCTGCACTGTCACGTTT TTTTTTTTGTTTATGTTTTTGTCTTTTTTTTTAATATTTGTATTAACAAT GTATCACTTTGATTAAAAACGATTATTTTTATATTTTATAAAGTAAGTCG ACCTTTATAGGCTTTGTTTATCGCCGCTGGTCTACATAATAAATCAATGT GAATTAAACTTGAAAATTTAAATAAAAGTAGTAAGGGTAGAGAAAACAAT ATGAGGGAAGTATAAGAAATTTTTTATATTTCTATAAGCAGATATCTTAG TAATGAGGAATTGTAAGTTAAGTATCATATCTTGGATAATAGTTTTTTTA GTCGTGACAAATAGACAAACTTTCCTTCAATAATATAGATGATAACTCCC TAAGGAATCCTCAATTCTCCATTTTTATGAGCACACTCACTCGTAACTAC TCAGTACTTATATCTATTCTCTCCGCCGAAATGAAGCAGTAGTAATAAGA GTTTGAGAAAACAAATTTAAAATGATGGGATAACTGATGAGTACTTTAGC CTCTAGTAGGCTTACCAAAAGATATATTATGCGAAATAAAATACGCCTGC AAAAGTTATTTCATTTTTACATTCCAGGGTTTATATTTTATTTAAATCTT GTCATATACTGAAAATGCATATGATATAAGAGAGCAATAACAAAAAACAA AAACATAAACAGTAGTACATTCACATCGATACTACATACACTCGCCTGCA ATACTTCATTAATACGACTACATTGTTATTTTTAGATCAAAAGTATGTAC ATGATATATACCAAGAAGCACAGTTGTCCCTATATGTAAATACGGACACC TTATATTTATCGTAAATACGACTATATTGTTATTCCTTAAATTACAATAT GTTGATTATATACATCTGGAAGCACTACTGGTGTTTGTTTTCATATTTAA ATTCACACAGACAAATAAACTTTGCTTTTTAGTATCGATAACTTCTATTA CTATCTGAAGTAGTACTAGCTTAATCACAATACCGGCTAWGGTGAAACCA TTATTTTTATAGGAAATGAATTTTGTGTAGTTATTTTGTCGTAGTTGTTG AATTATAGCAATACAAGTGGTAGTAACTGCATTGCTATGAGTTATTATTC TTCGACAAACAGACAACCTTTTTTTTAATAATATATGTATAAGATAACTC TTCCATAAATCCTCAGCATTACTCCTCGTTTTTCATGATCAAAATCACAT GTAGATAGTCGATCCTTAGATATTATCTCCTCAAGAATGAACGACTAATA ATAACAGAAAAAGATAAGATGACGTTGTGAGGCAGTCTCTATAGCGCTAC CTGGTTGAGCTTCAGCTACACACGCTCGTTGCTACATCTAATCTATAATT TTTACTTTATTATACAATGTTTTTCTTCCTTCCTCTTTTATTATGAGTTC TAGCTACAAACACTTGCTGGAATATGTTATAATGAAGTTGTATAAAATAT GAATTCACTGAAAGACCTGTGAGTTTCACTCATTTTTAAATACCGTTCTT ATACCCACTCTAAACATTTCTTTTTTATTATGAACTTCACGCTTGATGTT ACATGACAAACGCCTACAAGCGTGTCTGATCATTTGAGCAACATTAATTG CTGCGAGTGTTATCTTTGCAACACTCATTTGAGCAAGCTTCTTTTCTCGA TAGTTTTATACATACGCCTTCTGATCTTCTCTTCAACTTTATGTTCAAAG GATCTCTCCTCTTTGTCACTCACTTGGTAGATCTCCTCTCCTCTCATTTA AGGATCGTTCATTCTGCAGATGCTCCTTTTCTTCAAGGAGAAGACGGTGT TATGTTAGTCATATCTGTTCCCCTGACTGACTCCGTTTCTCTAATAAATA GAGTAATATCCTTTATCTTAATTCACTGTTTGTTCCTCTCTAGATTTTTA ATCTTATCTAAGATATAGTGTGAACTCTCTCCGAAGTCCTCCCCTTCAAT TCATCATGCTAGCGGTTAGAATTACCAACTGATGAATGCTCATAGACTCG TGGTTTTTAATTGTTCAATTCTCCAATCTCATATAATAATATTATATTTG AAACTCGATATCTTCCATGTCATAGCTTATATTATTTTGATAAATAAATA TGATCTATAATTATGGAGCCTGTGTTCAGAAGAACTCTCGAAAACTCTAA ATTATTCAATAAAGGTGGGTTACCACATTTATTGCGCGTGTACACGTCAG TGTATATATACATACATATATATATATTTATAATATCAGGAGAATAGTTA CTCTCACAAAAATACATTGATATACTTATATGTATATATAAATATATTTA CCTATATATATGTACACTTAGACTTGTACACACACAGTTGATGTGGTAAC CCACCTTTAAGTAGATGAAAAAATCAGTTTTATACCCATATGAAAGCCGT TTTTGTTCCAAGTTTCCTTTATTAATATCCCATCATCACCTCTGGATGTA TTTATCGGAAGTTATTCATGTTCAAATTTCATCATCATATGCATGTCAAA AGTTATGTCCCTTGTTGAGTACTTATTTTATTAACTTAATTTAAACGTAA TTTATAGAAAAACTATTGGTTGGTATAATTTATAAATGTACAGATGTAAG TATGTTGTGGTTAAATTTTTACATAACTATGTAACACCACCAGGTCCGAG TATCTGAGCCAAGAACAAAAAGTATTTCAAGTCAACTTTACGACAAAATA TTACGTCTATTTATGTAAATGTAACAAATTTTTACAATTTTACCAACGTA AACTTCATATCAATTCTTTTTATATGATCACATTTTTCACTCTCCTTGAT CCTCTTCATATATAGTGCGTCAACATGAGAAACAATATATTAAATAAAAG TTTAGAAAGAAGCAGTTTTAAAACTTTAAAAAGAGGATAAATTTGTCTTT TTTATTAATTTCATTTTTTGAAAATGACAAAAAACCAATGGCTTATTATT TTTTAGTGAGTAATACAAAAATCAATTAATTTTTAGACCAAATAAAGATG AAGAAAGGTAGGGTTAGCTTTAAAGCTTATTTGGGAGATATAGTCAAAAA TTTTGATTAAAGTACTTAAGGATTTCAGATTAATGTTTAGTTACGATAAT AAGAACTATAAAATATAATTAGAAATATAAAATATAATTAGAAATATAAA ATAGAAATATAATTGTAATTTAATATTTGAAATATATTTTAATTTAAAAT TTTTTTTTCCAAATAGTTTAATTTTGAAATTCTTTTCTAAAAAATTTAAT TTTCCGTTAATAGCTCTGCCTTTTTGGAATTTTTCTCCGGAAAATAGAAT AGTTGAATTTTTTTCCCGAAGAATACAATATTTAAAAAAATTTCCAAACA ATTTAATTTTCTGTGAACAGCTGTGGATTTTTGAAATTTTTTTCTAACAA GCTGTGGATTGTTGAATAAATTCTTTGAAAAATAAGACTTTGTGAAAATA CCAATGGATTTTTTAAATTTGTTACCATAAAGTTTAATATTTGAAATTTT TTTCCAAAAAATTTAATTTTCTGTAAATAGTTATGGATTTGAGATATTTT GTCGTAAAAAAATTTAATTTGTTTGAGAATAACTATAGCTTTTATAAATT TTTTTTCCAAAATTTTATGAAATTAAAAATAAAAAATATTCAAAAAATCT GTATTTTTTAAATGAATATATTTTTCTCGTAACTACAAGGTAAAAATAAG CCTGTGGACCAATTAAATTATACACAACAAGAATTTAGACGAATCAAAAA CTCATTGGGAGTGTAAAGTCAAATATCGACAATTTTATGATCCACTTAGT AAATGGAGTTTATAGCAAATGTTATGGATGAGATTCAGTTTATAAAATAA CATAGTATCTGTAAAATGGAGTTATTCTTAGCCATCTTTTGAAAAAAATA ATTTAAAAAAAAACCTACTTATTTGTTTGTTAATGTCCACAAAATTTTAT GTTAATTTCAAAATATGGGTTAATATTTCATATGAAGTAATCAAATCCTG AGAAAATTCAATTTAAATGTAGGAAAATTACTTATTTAAGAATATTGTTT CGAAAGAAATACTACATTGATTTTTACTTTTTTTAAAGGAAAAGGAATAA CTGTGAAGCATGAAAGTTATTAATATTTATTTGCAAAATAGTAGTGGATT TCTAATAGGTCAAATTCAGCAGAAACAAGGATTTGTTACCAATCTATTGA GGGAAAAATTACTCAATAGTTAATGTTGATATACTAATAAATAAAAATCT TATTGCTTACTTCAATTACTTTAATTTATTTCGTATTGTATGTAATATAG CTCATTATGAAGGTTTTTGATAGCTTAATCCCTTAACTTCGTTTAGTTTT TGACATCAAAGAACTAACAATCAAATCAATACTTCTGCTGAACTAAACCT TCGAATTAGGGTGTGTTACCTGGTGAGCAAGACATAATTTGAGTTTACTA GATTCAACTCGCAGAATACAAAATTACAATGTTATATCATCAAGGTAACA CTGTGATATATCAACATATATTTGACTATCTACAAATAACATAATGTATA ATTTATCATACGCAGACAGTTTGCCGAAAACCTTTATAAAATAGTCCTTT TTAAAAAAAATTATACATTGAATATTTTTCTATAATATTAGCTATGATAT AACTCACCACTATGTATTATGTATAAAGGTCTAAAGAAGACTGTAGTTTT CCATCTTTTTCGGCCTTAAAATGGAAATACATCGAATTCAGAACAAGATA CATAATCAATAAAAACACTAAATAATCATAAAAAATACTTTTTTATTAAT CCTACTTTTAATTTGGGAATTCTTTTTGGGGATAAAAATGACATTGAACG ATAATAGTCCGAAATTACTATAATCCCAGATATTTCAGAATTCAGAGGAC TGTAAGAAAAACTGAGATCAGTTTTGGATTAATTATTCCCCTATGTTATT AGAGAAGGAGGAAAGAGATCTCAACTTTTTCGAGATATTCGGACAATTAC CTCTATGAAGATCATTCAAGTAGATGGATGGTCTCTTTAGATTAGATCAG TAGAATGAGAAAATGAGGTCAGAAGAGATAACATCTCCTTATCTAAGGCA CAGTATTTTCAACACCGAGTCCCTTTTCCTCCCCAGCCCCTCGTATTCTG TGAGACAAACTCACAGTCCCTTTCAGTTATTTCCTTATTATGAAAGTTTG CAATAATTGGAAATTATCTTTCCGCTGTTGCAGTCTTCAATTTCGGGATA GAAAGTAAGACGTACAGGCAAACTTACAGAGTGTACAGAAGCTTTCCCTA CAAAAGGAGAACAATTTCTTGCAAAAAGTATGAACGCAGTTTATGTATGC ATATGAATGGAATTTTTCTAACTATTATGCATTTAAAATGAATTGTGATT ATGATACATTGAGTTCATTTTATTTTTTTTCGCATTACAAATAGTAATAA TTATAACAAAAAATGTAATTATGTACACCCATTTTTATTTATTATGATGT TCATTTTTGAGTAATGTATTCTTTTCATTTTCTAACCAAAAGGATATTCA TAATTTTCTCAAAAAATAACATATGAGAAATCATAAACTCTCCTAAAATA ACAAAAGATTTGAGTTTACTACAATATAATTTTATCTTTTGCAGATTTTA GTATGTGATGATTTTAATTATGTCGATGGATTGGACTTTTTAGAGAACAC TAATATGATTGAAAAGCTAATTATTATCGGAAACGAGTGCACGGCTCAGG ATAAAGTTATTCTCATGACGTAAGTTACTATTTACTCTTCTACGTATTCC TGTAWAWAWAAKAATGMGGYTTKAAWCGATGYGTTMWTTTWMTTMAWKAY TTAKAKAAYWCAAACNNNNNNNNNNNNNNNNNNNNTATATTGTTAATTTT AGTTGCACTTGACGTGTTGATCATGGATTTCTAATTAACTTTGTCGTTTG GCTTTCAAAGAAATTTGGATTTAATTTTTTTTTTTAATATTTTAACACTT TTAATAGAGTTGAGTCAAGTTTTGAAAATTAAAAAAAGGAAAAATTTAAA TAAAAATTTGTGTATTCTTTGCAAAATTTTGTTTTTATTCTTAGATATAC ATTTGATTTGATATGTGATCCTCTATTCCTGAGAAAATGCAATTTAAAGT TGAAAAAACCATTTTGAGGGTTTGGTTTGAAAAGGAATGAAGCCTCATTT TTTTTTTCAATTTTTTTTATGTCAAAGGAATTTATTTTAAGCATAAAGAA ATAGGGTTTCTTTTGCAAAAGAGTCCATGATTCTAAAAGGTCTAGTTTAG TAGCAATATCGATTTGATGTATTCTTTTGAAGTTAAATTCCATGATATTC TATACAAAAGGAGAAACATGATCTAACTACAAATAATTAGAAGCAATGGA GTCTATGTATGTTATTTAATCAACCTCTTATTAATTTTTTCCTTTCTTAA AGTTAAATTCAAGTCGATATTGGAGTCTGTAGAATTAGTTGACCGATATT GATGTTTTTTAATATGTTTGATATTGGTAATTTTTTTGGATGATGCATTT TCAGACATAAAATTGCTTGTGTACGAAAATATCCAACCTTGCAAATATTT AATATTGTAATTCAAAACAAATTTAAAATATTCGAAAAGCATTTTGTTTT TGAAAGAAGTGGTATATAAGATCGGCTCAAAAGTTAGTAGTTGACACATA GATACACCAATTAAGACATCGAATTTTTAGTTTCAAACTTCAAATGATAG ATGCATAAAGTTGTCATCTCTTGGAAAGTTGGTTCGTGAGATAATGTACA TATTGTGAGTGAAGCGACTTTTGTTATTGTTAAATAAATTAATAAAAATA ATTTCGTATTTTTATGAAGTATTGTTGTTTATTGAAAAAAAATAATTCTG TATAAGGCAAGCATTGTCTTGATAAACATTATTTGGACTCTGCGCAACAG TTGAAAAATGGGTTGCACAATTAAAACTTGGCAAAATGAGAGTGGGAGGC GAAGCACGCAGTGGACGTTTGATAGAGGMAGMTACGAGGAAAACATCAAA GAAGMCTAAAAATATTTTTGAATCATCGTAAAGCGAAGTTAATTTATATA GCTAAGATGAACAGATATGAAAGGATTGCGATGGATATTCTGACATACAA AAGATGTTTGCAAAGGTGGTGCCGCACGAGCTCCTGCTCGATCAAAAGCA ACAAGGTGTTCATGATTCGGAGCAATTTTTAGGGAAATTCAACTCTAATA AATACGTATTTTTTAAAGAGTATATGTGACTATTAGGGAAACGTGACTCC ATCATAACAATCCAAAGTCTAGTCGACAGTCAGTCGAGTGGAATGCACTC AATGAACCGAATCCCAAGCTTGGAAAGACTCAACAGTCGCCCAGAAAAAA CGGCCAAAACCCCTAAATATTAATATTGTTGAATTAGGTTTTTTTTTTAT ACATCTCACTTATATGTGTCTATATTTTGTTGTTCAGGTATTAAAAAACA ATTTAATGAACATTAATATGGTTTCTTATAACTTAATTCGAGAGCATATT GAACGTATAAGAATATACCGATAATATACTATAGCGGAAGGMGAGGMATG TTGATACGTTTTGGTTTTTAGGTCCTCAAAAAGTTAAAAACGATCTATTT TGGCTAATATTTTGCTACTAGGTAGCCAGAAGGGTTGCCTATCAAAATGT AATTATGAATATATATGATATTCTTTCCTATTTTTTCAATAATATAAAAA TTGGCAAATGTATCAACTTACATCAGGGTAGGGGTAAGTTGATACATGTC ATGGGGCAAGTTGATACATGCAATTGAATGACTGATTAAGATAATAAATA ATTAAGAAAACCCGATATATTCATGATATAAAAATTATCAAGTCTATTCA AATTTATTCATTAATTAAGTATATATCACACCCTGGTCAATAAATACACT GTCATGGTTTTATGAAGACAATAATAATTTTATTCATATTACTTTCCAAA TACATAAATATTTCACTTTAAAAATTTAAATAATAAATAATCTTTTTATT CACACTTTGGTGGTGTTTTTATGAGAATAGAACATGGTACTTTGCATTTT TGGGTGGTCTTTGTTGGGCTATAAGTAGTGGGCATAATACTTTAGGAGAT ACTTCAATTATACAGGAATTTTCTGAAGAGATGGACGGCAAAGATGCTTT ACTCTTGTTTGGCATTTCCCATCCAGTAATTTCAGAAGCTTCGTAATCTG ATTTTTGGAAAATTTCACAGTTTAAGGGGAATATACCCATATTTCTAAAG CCTGATACAATGCTTGTCAAAATTTTACGATCTACCAACTTGCACATTTT CAAATGTTATGTTACCTCACCTTCCCCTATTGTTCGTGCATGCAGAAGAG GAGGATGTTAAATTTTGATACACGTATCAACTTGCGTCTTACAAAGTGTC TCAACTTTCCTTGCCATTCACTTCAAAAGTCATCAAGAAGTAAACGAAAA AAAAAAAAATAGAAAAATGCTCGAATTTAATTATTCAAATCATTCACTAA TGTCTAATGAACAATTACAACAGGGGAAAATAAATAAAATAACCATTTAA GACATAGATATGAACCAAAAACTGTTGTGACATCAAATATGCCAATTGGA CAAATACATAAACTTTGATCCTTAAATCTTGTCCATTTTATTGAATTGTC TTATAAAATGTAATTACTAGTTAAAATAGTATACAAAAAAAACCCTCAAT TAGATTAGTTAGATACATCATAAATGAAGAGTATAAAATTTTAAAAAACG TGCGTATGTTTGCGATTTACTTTTCCGAAATAACGATTTTGCTTGGGAGT CTCCTGCAGGATTGAATATTCTCTMCYCCYCCAGCCAATCAATCTACACG TGGGCGAACGTACGCTACGTCACATTGTAAGTTATGATAGATCAGTGATT CATTATAGGGATTACTTGATGGACCTTCTTTATAATTTATCCAAGTGTGT AATTATAAATAATATTTATATCTCACAATTATGGAAATTAAACTTACTAA ACTTCTCTTATTGAGTATTTACCAAATATGGTATTAATATCAATAATTTA CAATCTATAATATTTAATGGTAACTTAAAATCTTAATAATATATATATCA ATTTTATTATTGATAACAATAGAGAAGAAAACTTAAATAAATTATTGTCA TTTGTAAAAAGTGTGAAATGATTTTATAATGAGTATAGTCCCCACTATGA CAGAATGGAAACATGTAAGAGTGAAGAATGGATATGTAATTTTAACAATT ATTGGAAACCCTGCAGTCCACGTTAATTAAGAAGATTGACAAGCTCCTTC TCAGACATGGATTATAATTGTTTAGTTATGGCATACTTCTGACAAAAGTA TGCCATAACTAAAAAATATTTTGCCTTCATAATGAAGTATTTTATTGCAT ATGCAACAAGATCATCAAAAAATAAAGTATTAAGAGTATTTTAACTCACA CTGGTACAAGAATAATAATTTCTTCTAAATACGAAATACTTGACTTAACT TCATCAAATAAAAATAATATAATATGTGCTCAATTATATTCAAAATATGG ATTTGATGGAGCATCGGCCAAAAGTTATATAAACAAAAATTTGACTTAAA TGAAAATGCTACCGTTTCTGGAGAAAGTCTTTTTAGTACATGTCTTCTAC CACTTCAGTTGGACATTGAAAATAATATAGTGTGGAAAAATCCTGTCTCA TCAAGCAAATTTTATTGCAGCCCTATATACTTACAATATTCAAATGAAAC ATCAGAACTTTGTAGACAGGTATACGACAAATTAACAGCTGATTTAGAAA GTATAGACTTTTCTTATAATACTATTATTTTCGAAGGGAAGGAGATCACA TTCAAAATCAAACATAATCTTGCAATCACTATGTTAGATGGAAAGGTAAT TAATGCCCCTACTGATACAAGGTCCCCGCAATCATCTTGATTAAGTAATA CAGAAATCAACAAATATTGAAGCAATGAAGTTTGGGACTTTTGCCCTGCA TTGTTGGATTCGATTTTTCGAATTTATCCTCCATCGTGGATATAAAATGG AGATATAAAAGTAGATTGAAAGGACAAAGGTAGAAAAATATTATGTTGCT AAAAGAGTTCTTAAAAATTTGAAAAGATTTTAAGAAACAATTAAGTTTAA TTGTAGATCAACCTAGAGAGGGAAGTGGAACTAGTAATGATGTCAACACT GCACGTAGAGCCTTTCAAAATTCCTTAAAGTTTTCTCAAATTACTTTAGT TGACCTCAAGTTCATTCAAATACTCGATATTATTTTTCAAGTGATATCTG CAATCACTCACTCCTATATATGTGGATAAATTTTATGACTACACATTAAA AAAAAGCCCGAAATTTATGTCAACCTATGTAATTGGTACATGAGGCCTCC CTCTATCCATAAAGTCTTGATTAATAAAAAACAGGTAATTGAAGCTCTTT TTTTTCCAATTGGGCTATATTCCGAAGAAACTGCAGAATCATTAAATAAA GAAATAAGAAATGGCAGAAGCAAGTAAATCATTAAGAATTAAACAAACAA ACAAATTAAATACGAGGTATTAGCAGTTGCTAAATCTTTATTGTACATTG TTGATTCAGTAAATGGTGCATCTGATGGGGATTAGATTAAATATGTAAAA TAATGTTTTCGTTTATTTTCCATTCATCGACAAATGCGAGTATATTACAG GTAAATTATTTTAATAAATCCTTTAAAAATCATATGAAATCCGTCTAAGC TAATATATATTTCATTAATAAGTTATATAAGACTTAAATTAAAACTGGAA TGATAAAAATCAATAAATATAGTTTTGGCCGCTTTTTTGTGGAAATAAAG GACTGTGAGTCGGCTGGAAAGGTTATGGKATTTATATTGTGGGATGTGCA TGTTATTATATTCATTGATTACTTCTAACTTCTAAAATAGCCAAACCATC AACAGCGACTATTACATAGCATTGTTGGAGCGTTTTAAGAGTAAACTCAT GAAACTACGGCTCCATTAGAATAAGAAAAAAGTGCTGTTTCTTCAAGAAA ATATGTCACAACTTACGAAAAATGAATTCTCTAGATAGCTCCCAGTCACT TTTTTTTGTTTGCAGACCTCATAAGAATGCATGCTCGAAAAAGTTTTAGA GTTAATTGCCGAATTGAGGCATATTTTGATACTTATGAGAAGTCGTACAA TCAAAATGACATTGCAAAATTGTATGACCGACTTAATCGTTGTTATACTC TCGAAGATAACTACATCGTGTAAATAAATTGAATTTTGCTAAATAAATTT GCTTTACTATGTTAGCCTCCGAAATTTTAAGCTGAAATCTTAGGTACATT TAGGTATTTGAGTACACATTATTGTATTATTATCATTGTATAGAAGTACA CAAACTGTTAAAAACAAAAGGATGTACGAAACTTTAGACAAGTTTAATCC GGATATTTTTAGAATCGATCCAGTACATATATTATTTAAACTATTTTTTT TGTTATGATTCTTTAAAAAAAAAAAATCCAATTAATAGGTTTTGTCTCCC CTTCATACGTCCAAAGAAAATTAGTTATTTTATTTTGAACTTCTTTACTA TTAAAAAATAATCATTTTATGAAAAAAAACAAACATTTTTAAAATAATAT TTTCTGGGGGTAATCAATTTAATACTATAATAAGTATGTATATCGAGTTA CATTAAAAGAATACATATCTAATGTGTAAGTACATATATTTAATCTTTTT AATTGTGTTTTATATACTTATTTTCCTCTTAAGGCGTATAAAAAGTAATA TTATTCATAGCCCTTTTTACTCAGACCCATAAATATCCGAAAATACCAAC TGCTATTTTCAAAGGATATATGAACATTTGTATATTATGAAAGTTATTTT TATTCTCTTTAAAAAAATAGTTGTCTTACAAATTATATTTATAAGTTAAA GTATTATAAAAACGACAACAATTTAGTATATTTTGAATGATGTTTTTTAA AGTTTACTTTGCATATAAATCAATCAAAAAATAACTTTTCATAATATAAT ATTGATTTTAGTGATATTAACATATCGGAATTTATTTTCTATAAATAAAT AATTTATTAATTCCCAAGGAAGAATAGCTGTACAATGTGCATAGATGAAA ATAATATTTTCCTCCGGTATGTTAAAAAAGAATCCTAAACTAAACTTGGT TTCCCATATAATTTGAATAATGATCATAGCTCCGAGAAGCTACACTTTCT CCGTTATGAGGACACTTGAATGTTCCATCAGGTTTTGAATATAATTGAAT TTATTTAAGAAAGGAAGTTCACTACTCGGGAATTAAATAATAATAGCAAC TTTTTAGAAAAAAAATAGTTAATTCATTATTCATATTACCCATTACAAAA AAAAAAAAAAAAAAAAAAAAAATCTGGCCAACWAAAAAATTCACAGGATT TAMAACACTAAAWAAATATACATACATATATGTGACTCTGAGCTGCATTC ATTTGAGTGAGGATATTTTCAAGAAGTGTTTTATCTTAGCCACATTCATT TGAGCGAACTTTTTTCCAGCGACATTCTTATTTTCATATATTATACATTA TAATATGAAAGACGTCATTACTCACCAAAGTGATAAAATTCAAATCAAAT GGGAGAAATTTATCTGGAGGAATTCATGCTCTTATCAGATTTGGTATCAG CTCTGTAAGCTCACGTAAAAGGAATAATTTACAAAACCCATTCAGTATGA TGGTGTTAAAACACTTGGGTCTTTGTCGTGTAGCATCATATTCTCCGATC ATTCTCGTTGTCAATGTTATAAACGTAAACTTTTGATTCATTGTCCATTT TTTACCTGAACATTTTGAAATGTCACTGAAATAAAGCTCACTGAAAAGAT GCTCCTTCAAATAAGTCCTTGCTCAAATCAATGTTGCTAAGATAACACTT GCTGAAAATAACCTCCCTCAAATGAACGAACGAATGACCCTTGCTCGTCA TTTATTTAATTCTAAAATGTAATTGTCTGTGAATAGCTACGCACTTATGA AAAAAAAATTCATCAAATTTTATATTTAATTTTAATTAAAAAATTCTGGA TTTTTGAAAAAAATAGTGTTTTTTAATATTGTGAATAGCTTTGGATTTTT GAAATTTTTTTCCGAAAATTTAATTTTAGGAACTTTTTTTCTAGATTTTT TATATTTGAAATTTAATTTAAGAACTTTTTTTCTAGATTTTTTATATTTG AAATTTAATTTAAGAACTTTTTTTCAAAAAAAACAAAAAAATATTGTCTG TGAATAGCTATGGATTTTCGGAACCAAAAACATGGCTCTCCCAAAAATGT AATCCCGCGGACGGCCCTGTGCACTCAGGCTTGTTTCCAACTATTTAATG AATGGAGTGAACCAGCAGTGGTTATAAGTTCCACGCTAAAGTTTCTGTTA TAAAAAAAAAATATTTTTAATAGAAATTAAATAACAATAGTTGAGTTGTA AGGTACTCAATTTTAAGGAAAGTAAGTGTACCTAATTTGGTGTTTGTTCC TAATATAATACATATATACCATATAAAATATACATCATATTTTATTTTAT ACTTTCAGACGCAACATTTTTTATATTTATTTACACCTCACTCAAAAGAA TTGCAATTTTCAGTCAACGATAAAAACAGCTATTTAATACCTTATAAATA TTTTTATATTTTATNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NTACATCATAACATGGTTTTATAAAAAAGGAATGAAGGGCATATAAAAAG CTAAACCAAATCTCCAAAATGACGGAATAATACAATTCGTTAGACAAATA GTTTATAAAATAATATCGAATAAAATAACGCTAAATACTCGATAAAACAC GAATAAAAATGTTTTGCAATATTCATTCATCCATTAGTTTGGAAAAAGAT GCTTTTTACGTGGGTGAAGCGAATTTTTAATAAGGATTCCGTATGGAGTA AAATTCTGAAACAAGCATTCCTTGAAATAATGAGTAATACACTTGAGGCA GAGAGATGCAACGGATCACGCTGACTTATAGAGATTCTAGAGAGGAAAAA AATGAAGCAGTTAATGGGGAGTTAGTCTAAAAGGTTCAATAAATAATGGA ACTCCAGAAATAACTTTTAGAAAATAGGAGATTGGCATATATATCGGATT CGTCAATCAAAAGAAAGATATCATTCTTGGGAGAGGTTTTTCACAAAAAT AATGCGTTTACGGCAAATGAGATTTCAATTGTATGAAAATGAAAGGAAAC AGTAGGCTGAGAATACTTATATTGAGTAAATACAAAAAGATAAAGTTGGT TTTAAAGCCTCAGTGTGGGATATAATCAGAGGGCCTAATAGGATGATAAA CTATTCCTTTTTTTGGATGAAGTACAGAGGGATTACTAACTTACTAAACT TAGGTCGTTTATATGGTTATTTTTGTGAACAATCACTGAAGACATTCCAA CATTTTTTGTCAAGTGGTTAAGCCATAAGATTAGTATAATACACCGTAAG GGATATTTTTTTCAAGTTTAAATTGAGACCTGAGATTAAAGATTTTTCAT ATTTTACACCACCCTAAATCAAGAAGAAATAAATTAAATTACTGCCAAGG TAAAATTTCTTATATATAAGTTTAGAAGCACAACAACATCATTGCCTAAG GATTTTAGAGTAATATTGCATGTAATATACCCAAAAATTAAAATTAATGT TTTTATAAGATAATAAGTTAACATATAGTTGTACAAAGGTACAAAAAAAA GAAAACAAAATTACTGAAAAAAATGGTAATTTTTGGAGCATCAAGGGACT TCAGCGGCTTCTAAAACTTTTTTTAAATTTATTATTGATCTTCAGCCTAT AAGAACTTAACATTTCTAAAAATATTGAAATAAATAAGTCTATTACATAT ATATCTAAATATTTTATTTTAATGATCCCTTTATGCTTTAATAAAATGGG CTGTAGGTGTACATATGTATGCAGTCGTAGAAAAAGTTTAAAAACATTAT AAGTATTCCTACAACAACTACATACTCCCTACATTCTTATAATAAATGAT GTTTGTAAGGATAAAAAAGAGTTATACAGAATAAAAAAAAAAGATTATTA AAACTTTGAAAAATGAAGGTTTTAGGTATGGAAATATTTATGATATATGT TTGTAAAATGTTTGCGCATTCATACATAAGTAATTWTTTWTTRATWTTRT TTTTTTTTTTTTTTTGCATTGAGCCAAAAAGAAGACATATGTTTTTATTT TTTGGACCATTTAGTTNAAATTAATGTATATTGTATATTAGGGTGCATCA TACCCCTAAGTAAAAAAAAAACCCCATTACTTTGGTGGATGATGAAAACG TTCTAACAAGAATAAAATGGAATATTTTTAAACTCGAAATTTTTTTTACT AGGCTGACATTAAGCATTTTGAAATGAGAATATTATAATATATGGTTATA TTACTATGGCAAGCAACGCTTCACATTCATTTTTACCAATTGATTGCTGT TCTTTCGCCAAAAGTACTTTCGAAACTGGAAAATGTTAAGATGGATCTGC ATAGGTCTTTTCCTCTTCGGATCAGAAATGTAGAACGTGCTATGAAAAAC CTAGAAGATATTCAATTTATTCAGTCAATGAAGACTGATAGGATTTCCCA TTTTGCAAAAGGAAAAAACAACAACACATATATAAGATCCGGTCTTTGGA TTGTAAATAAATTGTCAAGATTTTTTCCATTCTTTTTCAATTTACATAGA TAACGAATGGACGGAAAATTAGTTTTCTTGATTGATTAAGTTCACAATCA ACCAAGCTGGTAATTCATAGTCATCATAGTACAGTCGCACATGCTATACT GAGCTTGTGTTGATATTTTACAATGATTAGAAAAGTTATTCTGAACCAAG GCTCTGGAAATACCTTCGCTCAAGATTATCAAAGTCATCAAGATATAATT AAATAGTTTGGTTTTTTTTCTAAAAGAAATAGTCATCAAAAAATGTATTT CTTTTATCTTTTCCAATACTCGGGTATGATTAGTTGCTCTCTCCCACCAA ATACGCAGGTACTTTAAAGTAATCAAGAAGAAATAGGTCTAATATAACAT TGCACTTAAATTGTTGTTATAGGTAGAGCAATAATCAACTTACATTGAAT AGTAAAAAAATAAAAGAATATCCATGGCAGCAACATCTTACTATTAGAAA GAAAAGAAAAAAACTTTAATTACTTTTAATTTAAATGGTTGATTTCTTCT GCCAGATTATATTTGGTATTTAGAATTTCAAATAAAAGAAGAGAACATAT AAAAGATAAATCAAGTAGACGAACTGAATACATAAGATGTAAAAGAATAT TGCCAAGAAAAAAGTTAAAAATAAGAAGAAGATAAATCGTAAATCAATTA AAGGACATAAATGTATGTCGTTGGATAAAATAGTTGGTAAAATTTTATTT ACATTTCTAAATAGAGTCATAATTAAATTTTAGAAACATGGTAGGGAACA TTTAAAAAAGTTTAAGTACAGCCAAAAAAAGTTAAGTGGGAGTTAATTAT CGCATTCAAATTGTTGCGTGGAAATCTGGAATTGCTTTTACCTCTATCTC AAAAATGATATTGTTACATTTGTTGTATCATGCAACCTTTCATTCGAAAA GAAACAGGAAAAAAAGGTCTTAAGTCAATTGGTAGTTAGCCAATTCTTGG AATTTTTTTATAGAAATTATTGTCCAATAATGGTTGAGAAGTGGTCACAG CTTAATAAAAGATAAATATAACTCAACCAATCAACGCTCAAAACACTAAT TAGGAGAAACATTGACAGTCTTCAACAAAATAAACCATATATTTTTTTGT TAGCATCATTTACTCCAAAAAGAAACCGAAAAAGGTACAAAAATCATTGA ATAGTTAGCCATTGCGGTTCTATGACACCTTGCCCAAGAAATAAAAATCT ATTCCATGATGATTCATCCTGCAATAATATATAATTATCCTGCCCATTCT TGTTACTCCAATTATAAAGGAAATAATGCTAAATTATTTTTAATACAATT TNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNAATAGTAATACCACTCTGATCCAACTGTTGAAG CGTCCTCATAATGAAATCAATCAGTTATTAAGTATTAACAAATACTTACT AACGACAATTCTTAGCAAATAATGAAACATTTTATATTTTAAAATTGGAG TTACATGATTGGGAATCAACATTACATTTTATTGCAGTATGAGTCCTCAT AATATAATTTATTATTTTTTTGGCAAAGTGTCGTGCACAAGCCTAATCTT CTCGACTATGGAATTATTATTCCATAATTGTTGGGACTTCCTCACAGCTT ATTAAAAATCGTTTGCTCTAATTCAACCCATCAACGATCAGAACACAGAG TAGGGGAATAGAACCAAAAAATCTACAGCTGACAAAAAGATAAAGTGTAA ATATTTTCTGTTAGTAAATTAAGGTGTGAAAGATATTGTTTCAAAGGATA AGTATATTCTTACATTCTGGGATTATGTTACTTTTTACGGGGAATTTTTT AAGACTTAATGCTTTGTACTAGGTAAAACAATTTACCTATTGTATTTAAT CTATTAAAAGGTTGTGGAAACGCGCTAATCAACCTAAACTAAAGGGATAT ATATTTTACAACAAAAACTAACTGTAGTTTCTTATCAATCAAATGTTTTT TTTATGTGATATTTTCCATTTTGGTACCTTTTCATCAAGTTTTTATTGTA ATTTTTACGATACTTACACTGCAAATCAAGAAAATAATGCTTGATTCAGA ATATATTCTCTGCACGTTTCTCATACATTACTAATTGATAGATGTCTAAC ATCTTTTTCACAATACAAAAGTATGCATAAATTTTNNNCATATCCAGTAG GGGTTTGTAATTGTCAAGACGTGAATAAGTCTTGCACTGCATCCTTAACT GTACTTTTGAGAGGTGTAAAGAGTTTCCATCATAAAGTTTCGCTCATTAA TGAAAAGCTTTTGTTATTCTTCAAACGAGATATTGCAGACAAAGATGTTT TACTTCAGGACAAAGTTGGAAACAAAAAGGTTATAAATTGCAACTTTGAA CCCTACCAGCCATGGCATTTCGGAAATTGCCAAACAGTTACATGTAAAAT GCACCACCATCTACCGCCTGGAAGATAGTTCCGGTCTCATGGATCGTCCT TGAAGCAATAAGTCAGTCCAAAGACCAAAATCCCGGCTTCCTTGATGATG TTAGGTTTCGTGGTATCAACAGGGACAAAATGTCACCCATTTGTTTCTAT ATTGGGACTTACTGTGGCTGACTAAATAATTTTGAAGTCCAATGTGATCC TGTATAAATCGGGAAAATCATGGTATATTTGTACCAGCTCACACAGACAA TTCTGTAAAGACCTGGATGGCAGAAAATATCAACTTCTATCTACCCCAGA ACCTGATCTCAATTCTTTGGAAACCAGCATCTGGTGACAAATGGGAGTTC AAASCCTGCCGATTTTATCACTGCAATATTTTCCGGCTACAAGTCCTCCT GGAATTAGGAGTGGGAGAAGATGTGCTGCAACGCTCAGCCCTGCTAGGAG GCTGTCATTGCCGACAATGGAGGCCAAGTTTACTAATAGTGTTCTTGTAT ACATTCCTTTGTTCACTGGACTTCATTTAGATTTTAAGGAATTTCATCAT GCTAGCTATGGCATGAGTTATTGCACTGCCTAGAAAGTTATGACTGCTAT TGATTTTTTTGAGGTCCATATAGATTATTTGTGGAGATAAAAAAGAAACT CTTTTTTTCCATTGATTTTTTCATCAGAAAAACCCTGTCAAAAATTATAA ATAATAATTTTTCATTAATTTTTTTGATATAAATTGAATACAGGATCAAT TTTGCAAAAAAAATAAATATTTTCTGCTTTTTTTTGTGTTGACGAGTTAC ATATTAGACTTTATAAGGAAAGAAGAAAAGAAAAGGGAGGATAAAAGGGT GTTGGAGTTGATTTTGTTTACCAGAGTAATTCATTATTTGCTTCTTTATA AACGATATTAACTCTACTTCATGCGAAGATATCTTTTATGAACTTTCTAA ATATATTGTTTAGTTAGTTAAATAATTGTCAAAAAAAAAAAAAAAAAAAA CTTTCCAAATTTTTTGTTTACTTTTCATATTTTGTTACTGAATAAACATT AAAAAAACTTCAAGGTAATTAGCTACATGTAATATTCTGTTTTCCTCCAT ATTCATGTTTGTTTTTTCTGCTTAAAAATGAATATACTCAAATAATTATC ATCTGTGTTTTTGTTAGGGATTATTTTTGCATTTAAATCAGTACGTAATA TGCAGGTGTATACAAATAGCTGCACCTGCATATTATATTAACATAGGTAC ATACATTATATCCAAGGTATGTACTTCAAGCAAATTATATATATTATTTA AATCCTTTTTCAAAAATACTCATTCATAATGGAAAATTTACATTCGAATC TATTTTTTTCGTCCGATTTAAATGAAATTTAGTATGTCAATCAACCTACT ATTGTTAAACTCAAAAGTTAAATGTTAGATCTTGATCAGTTTTGGGCTCC TTTTCATGATAAATTTGATCAAAAATTGTATTGGAGATCTTAGTATTTTG GATTCTACATTATAAATTAATCACTGGTGGCTTTTTGAGCTATGCAACTA AATTGGTCTAACTTTTTTTAATTAGGTTATAAAAATATGTTTGACGTCTA GCATACATCAAACATCAGATCCTATGAGTTTGATAAATATCCTATCAGAA CAAGATAATCTGATATAATCAAATAGTTTTATAGGCACGTAGAACTACAA AAGAGGAATGTCAATATTAACATACGTGTTTCCAGAAAAAGTGTGTAATC TCCATGTATATTGTACTCCCTGGATGGATGTTACGAAGAGGTACGAAAAG ATTTCTTTCCGGCGAAGAATCATAATTAAATATAATTAATTGGAACAATT AGTAATGTTTTGTTTATCTTTTATATTTTTAAGGGGGAAATTGCCTTCTA ATGATAAAGTTCGAAATTGAGACTAAATTACACTGATCCAAACATTAAAC TTATCGAATTTCATCAGTAATTTCTCTTTTTTTTTTACTTTCCCTACGTT TTTCTTTTCTTTTTTTCTTGAAAAAGAAGAAAATACTTGAATTTATAGAA AAAGGAGAGGTTTTGTCATAAGTTCCTCAAAAAATGAAAAGAATAAGAAA CTGTTTTAGTAAAGATAGACAATTAAAGATGATACTAAAAAGGAATAATA AATGCGTGCTAAATTGTGTGCAATCACTTCAATGAACCTACCTTCCGCTT GTATCATTTCATAGTTTGAAACTCGTTTAAAAAGAATAGGGTTGTTCACA CCACCTGGAGTGACAAACGTAGACATCATTTGCCGAAATATATTAGCAAT TATAAAATTGCCTTTAATAAAATCAAAATTGCAAGTTGATGTAGGCTACA TGGACCGAATGAAACACAAGTTGACGAAATACAAAACTTGCAAGGGTTTT TATAACATTGATTCCTTATTTATTTCCTTTCGAGGGGGTATGGGAGTTTT AAATTTGCATTGAAATGTTTTAAGTGCTTAACTGCCGACAATTAATTTTT TTATTTGACAAAGAATGAAGTTTTAAAGGAATTTGTTCACACTACAAAGT TATAACACTTTAATTTTTTGATTTTCTAGATATATTTGTTTGTTTTATAT GAGTATATATTAGATTCTTATAAGAAAATGGATAACAGGGGTGAATAGGT CAAAACCACTGCTCAGAATTATTTTCATAATATGTGATATTTTGGATCTT ATTGAAAGATTCTTTGCTTAGTGCTAGTATGAAAAATGTGGTTAACTTTT GTAACGTTTAAAATCCTACTGACTGAAAATAGTCTTTGATGNAAATATTA TTAGTTAAGATAACAATTATGCAGTTTTAATTGAAGTTTTTAACTCTATT TTAAATTTAGAAAATGTATTAGTCAATAATAATATAAAAAATATAAAAAA ATGAAATTAAAATGACTCGTGTTAGAATTATATAAAGCTTAACATATCAA TTGTAACTTGACTTTTCAACAACTTGACGCTGATTTATAGACATTTACGA CATTACAGAGTACAATATCTATATATATTTATCTACAAAATCATTTTAAT ATTTTACAACTGAAAAGTTAACAAATACTAGTTGAAAAAAAAAAGTTTAA ACATTTTGTTCCTTTATTTGAGAAAAATATATGTTATTTATTTATTTGTC AAATACTTGCCAAAACTAACTTTTATTTTTCAATAATAGTTTAAAAAAAT ATTTAATGTCAAATAAAATGTTTTCGAAATCAAAAGTATGATAAATAAAA ATAATCATGTTTTTATGTACATAATTGTAAGATTTTCTGTTTTTGATCTA AAAAAATATTTATTAGGCTGTGAAAAAGTTTTGAGACTAAAATGAACGAA TAAACAATGATGTATAATTTTGTAAACATTTAATATCCAAAACAATTTTA TAACTATAATTCATAGTATGGACATTAAGGATAACCAATCTTAAATGCGA CTACCGTAGGGAGTAATAATGGCTTCCAGGCGATTGTTGAATTTGCTCCA AGTCCTTTTGATCTTTGCTTCTGATATGACAGTCCATTCCTCATTGACAG AGTCATTTAAGACCTCAACATTTGGGTGTCAGAGTCAGCAGGCTAGGGAC TCTATTTGTCACCAGATACTGTTATCCAGGGGATTCAAACCTGGTGATTG AGGAAGTCATGAGTTTACCAAAAAACTGAAACTTAATTTATGGTTCACTT TTTCTCCATCTCTGCAGTAAGAAATAATATTTTATCTGCTGGTAGAGAGA AACCACCATCTTTTTTCATACACATTGACAGTGATGGACCTTGAAACATT TATATCCATGCCCAATTTTGTAATTTAGAGAATTTTCTTGGAGTCCTGGG AGCTTTTCCGAGATCTTCACCCTTATCTAAGAACTAATTGAAAAGCTAAA CGGTTACATTCTAGCTATATTTGTCCACAATAACTGATTTTGGGTACATT ACAGAAGCAAAGCATGGTTCGTCTTGCTTTTTTGGGGCATGAAAATAAAT TTAATGTTTGGAATTTAACGTAAACAAAAAGACGAGACTCTGGGCTCTCT ATATTATGGAAAAATAATCCAATAGTTGTAGTATAATCTGACTTATTAAG TTTTAAAAATTAACTCAAAACTTTTGCATGACTAGGTAAATGAATTAGGT ACAGTTTGTATGAAATGTATTTTACTTCTATTGGTAACAAAATAATACAG CTCAAAAAATATGAACTTATATTGATGTGTATTCAACAAAAAAATCAGTC ACAAGTTGAGAATTTATTTAAAGATTAAACAACAATTATTATTTCTCAAT GGGGAACTAATTTCATTCGAAGAGCCAATAACAAAAACCGTTGTTTTCTA GCGAGTGATACTTTCATATTTTTTTTTAATTGACAAACTTTATTTCAAGG ATACGACATATTTTTATGTGTAAAATTTATTTTTAATCGATTTTAGATGT CGTCAATTCTAATGAATTTTATCAGTTACGTATTCATACCCATTCCACTA TTTAAAAATTTATAATGAGAGGAAGCTTTTGGGYAAAAAGATTGGTACTC TTAAACAAAGAAGAAACATAATTTTCTATAATTTGAAAATGGACTTCCGT AATTTCTTACTAGATTGTACAAATATGACTTTTTTTCGGAAGGTAAAAGG CGGGAGTGAGACGCATGTTATTTCTAAGTTAATACTTTTGTTAATTTCAA CGGGCTGTTTTATGATTTTGGGAGGAGAAAATGAAATACTACTATCAAGA GGAGAATCTTTTATACTTTAAATAGTATTAGTGCATGGAAAATAAAAATT ATTATTATATTTGAATTTATATATAATCATATTATTTTACTATATTTTTT TTAATACACCAATGGTATGTAGGAATTATTCTGTTAACACTACAACGATC TATTAAAGAATTAACAAAGAGAAAATGAACACTAGCATTAAAAGTTTTTT TCCATTTCTAATCTGTAAATGTATTTTTTCTCCTCAAAAATTATATCCTT CAGCAGGGGCGTCCATAGGGATTAGGCTGGATGGGCTGTATCCCCTCCCC CCCAGGAATTTTTGCTTTTTACTAGAAAATTTGATATTATAAATTTAATT TAATTATTCAAATTTTTTTAAGAATAGCTATGGGATTTTGAATTTTTGTT TGAATGTTTTTTCAAAAGAATTCCCCCCCCCCCCCCAAAAAAAAAAATCC TGCACTCCTATATATAGTCATATCTTAACAATTATAAACATTATTACTAA AAACTAGTGATATTGGTTTATAACTTAGTGAAGTGTGCTTTTTAAATTGA TATCTGGACAAAAAACTGCCCCTTTTGTAGTGGAATTACTTGATATATCT AGCTATGAGTATCCAAATATCACGGTATACCCAATCCCTTTGCAATTTAT TTGTAGTTTTTAACGCCGATTCATCATTTTATGCTGAGGAAAACAATTAT AAACATCTTCTAATATAACTAAGCCAAATGGTTTTAAGTTGTACCCACTG CAATATATGTATGTAATCTTGGCTTGGTGCGTTATTGTCTTTGTAAAATA GGAATATGTATATATATTGCTGCTTGTTTTACGCTAATAATATGGAATTA TATATACTTTTGAAAAATTATTCTAGGAATAGCTTCTAAGATATTTAATG CCTTCTATATTGATAAAATATGACAAGTTCAAAGCCTTTTTTTTTAAGGT TAGAAAATGTTAAATATAGGAAAAACAATTTGCTAAATTGCCCAAAACGT AAAATATTTTTATTGATGTATTTTTTGTTTTGTTTATTTGATCAGTTCTT TACGTAAATTAATCATTAACGAATTACAGCAACTGCATTCGTGGAATTTT ATGTATCTCATAAAATATTGATTTTCAAGAATTTCATGCTCTAATCCATT CATATGTAATCAATAAACTACTTGCTCTATTGATGGTGCTACAAGAAGAT ACCCAATTTTTAAAACAATATTAGTATTGGGAATGCATATGTGAGCCTAG ACTCAACCTCTCATTCATAATTATCAGTTGTGTTGGTTATTTTGCTCATC ATAGAATACAAACATCTTAGGAATAGATATACACATCATTTAAAGGACAC CTCTCAATTATCATTTGGATAACGATTAATGAGTGATATCTTTGATTTGA AAGAAGAAAGTTATATATATCCTTCTTATGTGACATCAGCAATGTTGGAA TTCAGATGGACAATGATCAGTATTATTCCTTCTTAATGTTTAGACCCCTT TGGCCCGGGTAAACATAATAATATATTGTTAATCATGAATTTAAAAAAAA GAAAATAATGTAATTTAATCTTCAAATAACATCCCACCATGTAGTCATCA AAAAAGTGTATGAATGAGAAGTCAATTTTTTATTGTTGTCAAAAAATTTC AAAATCGTAATTTGTAAAGGAAATGACAAAAACAAACTTTTTTGCACAAA TTTTGCTAAAGAAGTATAAAATAGCATTTATTAGAATTGTAAAGAAAAAC ATAAATCTACCAAGATTTTTTTCGTATATGCAAAAATAGAAAAGTTATTG AGAATAATGTCGAGGATAAAATAACCCTCGATAACTGCTTCATTGTTGCA AATATTGCATTAATTATGTAATAAAATGTTCTTGAAATTGAAAATACTTT AAAGTTTTAATGTTAAAAACTAAAATTATATTTCCAAAATCGGCAATTCT CATTAAAAATTGAAAATTGAGGTCTGATGAAAAAAATAAGAAAAAAAAGA AGAAAAAATGAAAAACTATTCAGAAAATGCCAAATAATGTAATTCAGTTA CACATAAATTTTATGTGTTATCTTTATATGCCAACAAATCTCCAGACACA TTTTATTTTTTCTACGAATCCAATATTCCATTGGAAATACGTTTTTTTTC ACATTAAAAAACAAAAAAAACATTCTATAATTTCCACGGATTTCTTTTTT CGACTATAACTTTTTAGATTTTCAATTAATTTAAAAAACGTTTAAATTCA TATAGTTATTTTTTGAGACGTCAATAATTAATTCAACTACTTGTTAGTCT CTTTGAACTTAAAAAAGTAGGATCCCCAAAAATCGGTATTCCCATCTTAG CCTGACCAGGTTCAAAAGAGGCAAATGTCGGTCTCCTAGGTTCAAAGGTG TGTGCTTTCATAAAGGACACACAGATAGATACATACTTTATTAAATATAG CACTTTGTCATTGATACTAAGAAAGACTTAGATATCAAAATGGGACAAAC AAACAAAAGGTCTTAAATCATACATTCTATCAAAAAATTATACATCAAAT GGGTAATTTTAGCATATATATGGGACCCTAGTTTGTATCAAAAGTATGTT ATTACATCGTTATACATTATACAATCGACAATGGAAAGAATAATATATTT ATCCAACTTTACTTGTCCCTAATTAATTTTTTTTTTTTCGTAGAAATCTA TCTCTATCATAGAGATTTTTTGGAAATATTTCTTTGATTTTATTTAAATA TCACTGTTTGTCACTGCCATAAAATATTATTCATTGCGGGTGTTAATTTT TTATATATTCTTGAAGCCATTTGATGAAGGAACACAAATATTTATTAAAA ATATGTTTATTTTATACATTAAAAATATTAAATATGAACGCTGAAGATGG CGTCACCTTAAGCTATGATGCAATTCATGACATCAGTGACAACGGCTTAT AAACAATTTATATCTTTATAACTCAATTTCTAATATTTTGAAGCATGTAT TCTATAATTGAAGGATTACACTGTGTAGATGTATTTTGGACCTTCATTTG AAATACAAAGATGACCATTAAACCCATAACGAGTTCTTTTGTAATTGTAA TATGCTATTTTTAAATTTAAAAAAAAGAAAAGATTTTATGGGAATAAATG CACGCACAGAATTGACCAGTGCATTGTACCTTCAAAATGAAAATATCAAA ATAAGTGATTTATTCTGTTCCATTTTTATCGCGAAAAAATTAGTAATTTG GATCAAGTATTGTATTATATTCAAATTTATGAAATTGATTGAAATACCTT GGCAGTTAGGTATAATTAAAAACTTTATTTTATGTATCATATTTTCATTG GTTCTTCATGGTCTTTCAAACATAGTGACCAACCCATCATATTCTTTTTC CTGCAACTATGAATTTTTGCAACTATTGAGTGCAATTTTATGACACTTCA AAAGGGAATATCAGACCAATCGATTATTCAAAATATACAATAATTAATAT TAAATGTGAATGTTTGTGTGTGTTTGTCTGGCAATCACGCCCAAAACCAA TGAATGGATTTTAGGAAATATTTTCATTTAGGTTTTTAAGCTTCCAGAAA CGGTCCTGGAAACTTTTTTTTTAGGCTTTCAACGAAATGCCAGTCTTAAA GTAGCATTTTTCTAAAATCGATTTAAACAAATAAAATAATTTTATAAAAT ATTTTATGTAAAACAAAAAATAAAGACATCTAAATTTTAAGAATTTTTCT TGCTGCAGGGTGGTATGTACCTTTGCTCACTTTTTTAAAAGGAGATTATA CGGTTTAGCGAATAAAAAAGAATAAGAGAGAATAAGACAAATGATTTTTC TTAATAAAATGAAAGATGATTGAACGNCAAACCTGTATATTTTTTCTATT TTTAACCAAATAATTTTCTTTAAAAAAAATTTTCTAATATACATTGGAAC ATGCAGCGAGAATAATTATTTATTTTTTCTTTAATAGCAAAAGTGTTCAG AAATAAATTTTACTTGTTAATCTCCGGGAAACGCCGGTGTAAACCTACTC TAGGAAATAGTTAAGCACTACTTATGGAGATAATTATAACTTATTTATGA TAGAAACGTCCTTGACTGCTTTTGGATTGACGGACCACATTTTTTTTTTC ACAATTATAATTGATTCCCCTAATTTGTCTTCATTTTAATTGGTATTTAT TTCCATTTCAGAGATTTACTCAACGATGATGGTAAAAAAGTACCACAGAA AGTTATTTTTGATTGGGCAAAGGATGTGATTTACATGCCATTTACTTCAA CAAGCTCTGGTGCAAAAGGTATTTTACACACCAACAAATCTCTCATGTCG CAATTTTATTCGCCGGATGGTGCTGCAAATCATTGGTAAATATATGTACA TATTTTTTTCTTATTCTGTTCAGGACACATTGTCATCAGTTCTATGTAAA TTATGGAATCATTGTAACATTATACCAAAATGAAATGCACAATTTCCTAA CTTTTGTTTGGTATTTTTTTCCTATTTTAGCCACAAGATTGTACAACTGT TTTTGGATAATTAAAAAAAAAACAACTAATATAAAGCAAACAAGGCTCAT GTCTGATTAAATAATTAATTGAAAAGTGTGTATATTATTGTCTACAATCG TAAAGAGTTGTATTAAATGTGTCGGACACATTATTTAAATTTCATTTTCC TTGGAATGATTGATATTATATATTTATAACAGAAAAAGTGATTTTTTACT TTAAAATATATAACTTTTGATTTAACTCAAAATATTCTTTGAAGKAACAT TGAAATGATTACATATTTATTTGAATGGAGCAGAAATGTCAGTACTCAAT TTTGTTGATAACATGTACTCATTAGTAGTTACGAASTCTATTAATATTKT TTTWAATGTTTCATACTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNCTCATTTATCATCTTTAAGGAATAACAGAAATAGTTACAATAATGAT TTGATTAACTTATACAAAAATGTCTCTCTTCCGTCAGATTAAAATTAAGT TTACTACACTCATCCGAAATAATTTAGCATAGGAGATTGAGACAATTGCC AGATTAATGTTACTTTGAAAATTTAAGTAAGACTAGGATGTCACATGTTT CTATTCTTAGTTACAAAGAGTATGACAGGGCCTTTATTAAGCTACTCATC CTTTTAAATGATAAAAGGATATCAAACTACTTCATTTTATTTATTCCTAA ACTTTATATTAGTTTAAGTAAAAAGTTCTGAGCGTTTTTCGCTAGATGTC TAAAGTAAGCTATATCTCACTATTAATACATTGTATTAAAAAACTTTAAG TATACTTAAAGGTTGAGCGTACATTTAAAAAAAGTTCATTTACGATTCTG TCTTTGGTAAAGTCAGTTATGTGCTACAACGTTCCAAAATAAAAGTAAAC AAATCCATACATTCTTCAGTATCACTACGACGAGAGTGAAAAGGCGGAGT AGGATGGCAATTTTTTCCCCTTCTGTTTATTGACCTAATACAGTATTAAA GGCATTAGCAAAGCGGTGGTTCCAAAAATTCCGTTTTGGTAATATGGACG TCGAAGATGAGGCACGCTTTGGTAGACCCATCATCGAAAATGTCGATAAA ATAATAGAAATCGTCGAGCTGGGCCTGCATGTGAGTACTTATTCCATTGC CAGCGATTATTATCTTTTCAAGCATATGGAGAAAAAAAATTGATGGTACA AACAAGAGAGGTTTGTGAAAATGAGCTGGTCAAGTTTTTTTTTCCTAATA GGGACGATCGCAGAATTAGGAAATTGCCTTCAAAATGGACAAAAGATATC CAACAAAACGACACATTTTGAGATTTGATGGGAAACAATGGACTGTCCAC AGAGAGAGCTAATGTGCCCCACATCTTTAAAACCATGTTMCCAGCCAGTA TTATACACTTGGGATCATTGGAAGCAACGGCACTGGKATTACACCCATCT TCTTTGAAAGAAGGAGAGGGTGGGTGCTGACAGGTACTCCGAACTCCTGT CTGACTAAGTGAAATTTGAGGTCAACAGTGCTCATTTCCTGTTTCAACAA GMCTCAGCCMCCTACCACAAGACCCAAAACTTACAGAAAGAAGAAAGGGT GCAATTTTGGGACCCCCAGACTTGACCCTAACTGAATCACATGGCCTACT TATTTAAGGGGGAGTTATAAATGAAAGTCTCCGCCAATTCACACAACAGC AACGACTCCTTGAAGGCTTTTATAATCAAGTTTCGGAACAAAATCTACTC TGCGAACATGGTCAAGGCCTGCGCATCCTTAAGACATCGTATSGAGCCAA TGATTGGCGAAAAGGGGAAACAGATTAAATGATTTTTTTTTTGTATTATG AGAACTTGAAAATAAAATTTCAAACCTCTACTTGCTTCTCTTATTGATTC GGATGCAGTTAAAGGTAGTCTGGATTTAACTGAACGACTCTGTACACATA TACCTTTATATATCAAAAATTAAAATCCCCAAATATTGTATAAATTTATC ATTTCAATGTTTAATTACTTTAACTTTTCTATTACCTAAACGAAACCTTT TATTAATTTTTTAAAATCCCTGAAAAAAGTTATAAATTTATTTACAACAA TACTCTGTTTATTGCTTTTAATAAACTACCAAAGTGTACTCAAGACTTTT TTAATGGTTATTCTTATTTATTTTATAGTTTATATGTAGATATGTGACTA TTACAGCTGGAATAAAAACACATTAACAAAATATTGAAATTATTAAAATA ATTTGTCGTACAAATTTCTGCCAACTTTTTAATTATGAAGATATAAAAGA GAGAAAGATTAATGTAATTATAATTGTGGAGAAGCAATTTACTAGGTTTA ATTATTATGAGTGCATATATATGTATTTTTATTTTTTTCTGCTAATGATA ATTCAAAAAATTCCATTGTGATTTATTTTGAATTATGTATTAGCTTACTG TATGTATATACTGTACAAGCAGAAAATAAATAATATTAATAGCATTACGA TTATATGTTTGTAAAACATTGTATTTAAAAAAATAATGTGATTTATTAGG AATCATAATTATAAATTGTCAACCCATTTTTTTCAAATAAATAGGGCAAA CACTTTTCATAAATTGTATCTTTTGTAGACTTATATATACCAGAGTATAT CAGATCCTGGTACCTAATTTTACAAAGTAACCGTACGGTCACAGCCAAGC TCAAAGGCAAATAAGTTTTTGTCAATCCAACCCGTGGGAACCCATAAGGG AGTGTTCTATCGCCGGTCGTTTGGAATATGATTATGGATANTCTACATAA TAAATTTAAAAAAAGAGTAATCAAGGTTGTTGGCTAGGCTGACCACATCC TCCTTTTAATTATTGGAAAACATCCCACTACCCTTGTCAATGCAATGCAA AGGGCAATCAATACTGTTATTGAATGGGGAAAAGAAAATGGTTTTACCTT TAACCCATCAAAATCAAGCGCTATAGTCTTAAAAAGTTGGATCAAAATAC TTACCACAAAGGACTCACCTGGACAGAGTATTTAAAATAAAACCCTTCAA GTATTCTCGGATATGGAATATGGTCGAGACAATCATAAGGAAAAAATGGG GATTGCCCTCAAACCAAGTTCTCTGACTGTATGAAGCTATGATCAGACCT ATCATGTCCTATGGGTGTCTAGTATGGGGACATGCAATCACTACACAGAA AAGTGCAAGGAAAATATTAAACACAATTCAAAGGAAAACACTCTTGGGAA TGACTTCTACATTTAAATCGACACCAACACAGGAATCGAAGCAATTTTGG GTGTTGCTCCTCTGGACTTAAAAATGAAGGAAAAGGCAACAAAATCAAGA TGGAGAACAAATCATTTCTGACGTGATACCTGGGATGGAATTGGTAATCT TCAAAAATGTCATGGGCATTGGTTCCATAGTGATAAAATACTCATACAAG TCGGAATGGATCAACCAAGTGACTCCATAAAAAGTAATGGCATTTGGATA GATAAGAGTCAGATTTAGAATCCTAACGCGATCATCTATACGGACGGGTC TAAAGACGAGGACGGATACACTAGGGCTGGATGGACCATCATGAAAGGTT CTGCATCAGTTTGTCATTCAATGCTTTCACTAAATAAAGAGGCTTCTTTG TTTCAAGCAGATATTTTTGCCATAACACAGGGTATAGAAGCTCTTCTGAA GTACGAAAAAACACTGAACAATGTAATAATCAGATCAGACTCTCAATCAG CAACTATGGCAATCTTTATCCTCTTACTACTAGTTAAGACGTTTTAAAAT GCAAAGAAATCGTCATCAAAGGAATGTGTGAGAAAAATATAAATCTAAAA GGGTGCAAAGGACATTAGGACATTACAGGAAATGAATTTGCAGACCATCT TGCGAAGAGGGGTACTGAGAGTCAAAACCAGTTTACTATTGGGACGCCTC CATATCACGTAAAGAAGGTAATTCATGACTTCTTCTATCAATATTGGGGT GACTGATATAAAGAAGATCAAAGTATGAAACATATACATACTATGCTTAA TGAGCTGAAGTCGAAGTGTATCAAGCTCGGAAGAGAAAAATTGAGMCTCA CTGTAMAAGCCTACATTGGACATAACCCTTTTTTAGCCCACCTAAAGGAA GTGGAAAGACATAAGCTCAACGTACAATGTATGTATGGAAGAATGGCAAA GTGCAGACTATCTCATCAATAGATGCCCCGCCCTATCTTATGAGAGATAT AAAGCAATGAATGAGGAAAACAAAGACTTTCGTATTTAAAAATTTATGAA AAATAAAAAATATTATTAATCTAAACTATGTTTTAGAATCTGCTGTAGTA GCACAAATACCCCGTTGGGTGGTCGTGTTCGTTGCCTTATATTTGTAAAC ATTTATTTTATGTATGTATGGCAAACAGTAATAAATATTTAACTAACTAA GTATATGTATTTGTTTAAAATCAACAGTTTGCCTCCTTTGATGTTTCAAT ACTTAAAAAACACAAAATAATATTTGTGATGTACTCTTCATTGCGTATCT TAACCTTAACTTTGAAAAAATAAAGAAATCAAATTCATAAGGTAATTACG TCATTTTTACCATTATTATACTACTTTCTTATCTAATGACAGGAGTATTA AATTCATTATCAGATCATTGAAAATCCAACTAGTAACCAAGTATGATTAA GACCAACAAATTAGATATATCATTGCATTACCTTTTTTCAGCAATATTTG GATGACTTAAAAAAAGTTTTTGGTCATATTCAAGTAGGAAAAACTTATTT TTAAATGATTTGGAGTACTTTTGGTCTAGTTTCCCCATTCAGAAACAACA TGGTGCACACTCTCTATATATTTTATTTTTATTTTGGCACNCTTGATATA GGGGGGGGGGGGATTCTACGAGGKGGTCGACATTATATATTTTGACAGAG AACAATCTTCAAAATAAATGAAACATTGGACCAATTGCAAAAGTTCCTGA TCTAAAAGTAAGAATAGATGGATTTCATATTTCATGATTGGTCACAATAA AGAGATGAAAGGTAACGCTGCACGATGCCAATTTACGCATTAATGACAAA TCTCTATTGTTCCATATGTTTAGTCTCTTTATGCTGTAAAAAAAACACCA AAATTGCTTTTATATGTTTCATACTATATATACTAAAATAGAATATACTA TTTATTAGAGTTTTATAAATTTTAAAGCAACGATAGACAACAGAGAAAAT GAAGTTAAGATGTACCTATGTCCTTTTTTTGTTTCAGAAATACATCTATT AACCATGACAGGGAGATAAAAAAAAGTTACCCTCAATACACGTGGTATAT CGATTAAATTATCTCTAATTACATTTTAAAATATTTTTTTTATTAGAATG ATTAGAAATACTCCATTTTTTCCCCACCTACAAACTAAAATTCATGCATT AAAAATATATGTATATTAATTCAAAATTTTGTTTACAAGTATCAAGTATC AAAGGAAAACTAATTTATTTTTATTTATTTAAGAAATACATTTTCGTAAT AAAATTAAATATATTTTTACGAATCAAATCTTAATTTTAATTAACTACTC TATTCTGAAAAATACATACCTACTCAATCAATTAAATACATATTGCATTT ATATACATATATATGTTAATACGGTGAAATTTGGATATTATTAAAATTAT TACTCTTATTATTATTTCGTTCATGAGATGAGTGTTTTTTATGTTTTTGC TATTACAATTATGTATATAAGGCCATGCATCACCAAACTGTGAAATTATG GAGCCAAGTTTGTATTATTATTTTTTGTGAATTTATGTGGTGTTTTTATG TGGATAATTTATATAAATGATGTAGAGCGTACAACAACATAATTTTCATT TTATCATGCTGGCTATCGGACTGCAAAAGTAGTAGTAGGATGGGCGTGGT TGGACTCCATAAACGAAATTCTAAAGTTGTGTACGAAGTCGTTATCATAC TTTGGAGTAGTTTGAAACTTGTGTCTGCCTTAGAAAATATATATTACCAA AAAATGGTTTGACAGAATATTTCAGAATTTACCTTTTCAATTTTTGTTAC TGCAATTAATGAAAATTATTTAATTGCTTCAATTTCTTTTATACAAGAAA AACATATTTTTTCTCTTTAGTTTTCATAATTTTAAGGGTTTAAAATTGGA GACTTTGGTGTTATGTGAAAATTTTAAATTGATGAGATTTGTCAAAATAG AGTAATTGGAACCGGATTTATTAATGAAAAATCATCATCACGTTTGTTGA ATCGACAATAAGGAATTAATATTACTTCTCCAAACATCAACCACTCCATT GTGTTCATAGTATGAGCTAGTGATGGGACAATTAATCAGAATTGGGTGTT TTTTCTCAAATCAGAATTGAGAAAAAAATATTTACTTTGCGATTATGATG TATTTATTTAACTATTAATTACTTTCCTATGTAATGAAAAAAAAATTATA TATGTCCGTCACGATATAAAAAAGACCATGTGAATTTGTTAGTTGAGACT TTTATAATTATTGTAATACAATCATTTATGATAAAAATACTCGAAAACTG AGAAGAAACAAATTGAACATAAACTTAACGTGAAAATAAGTGTTCTTAAC ACATGCAGTCTGCGCAAATATTGCAGTTTTGTAAAGAGATCTCGGAAAGT TTGCGTTTGCAAAATTTGTATTTGGAAAGTTTCCAGAGAGATTATTCTCC CTGGGAAAATTCACCTTGGAAAAAGCTCAATTTGTATTTTTTTAACTATT ATTTAAAATATTAAATAATTGGAATCGCCTTGGGATTTTTTTTTCTTTTG GAATTGTACCATCACTAGTATGAATACTACACGGTCGAGACTCGGTCCGA GACGGATTTTCCCGACTTTTTGTGTAACCAAACTCCTTTAAATGGCAAAA TTGGTTTTTTCCACAAAAAACAATGGGTCTCAGACCGGTCTAGGATTTTC AGACCAAAACCCAACACTAAGGAACCCATCTTTGTATGACGTCATTCTCT AAATTGAAATAGTTWTTGGRGTTGTTATAGGCAGGAACTCTNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN TTAAACTATATATTTTTATTATCTGTAGCATAGCCCATAAAGTTTCTTTT TTTTCCTACATTTTTCCTTCATTGTGTGGAAGAAAATGATCTTAAAAATA GTAAATTGCAATTTCTCTTAATGTATATCCATTATAGAATGGAACAATCA ATGAGTTTCTCTCCCTCATTCTCCTGGTATATGGTTTACAAATTGCACTC AACTGATCTCTTTATATATGGGCTATAAATTTAAAATAACAAAATAAATG TAACGACTTTTAACTTCAAATATTTACACTAAATACACAATTGACCTCAT AATAATAGCCGCTTGAAAACTTWTAGCCTATGGMCCAWAAAAWAAAAWAA AWTRTAATTTTAATTTMTWRTTTTTGNAATYAANNAAAAAAAAAAAAAAA AAAAAAAAAGGACATTASCCATWRCCCTWTTTKAGTWTTTGTGTCCCATG ATGTAATTATATGTATTTATGGTGACATTTTAACTTTATTTTCATGTAAT ATACCAATATTGTACATATATAAACCACGATAAAACTTATTTAACAATAA TAAAGACCAACAACAACAAATCCACTCACCCACCCTCCATCCTCTCACAA ACACATTTTCATACAAAAAAAAAAATACAATCTTCATAAATTATATACGT ATTTACATATATAGGAGGATATAATGTTCAAATATGCATTGAATCTATGT ATAGGATACACTAATAAGGAATAAAATAGCAAAACTGAACACATACATTA GTTGTAATAACAAAAATAGCCAGACTGACTTAATAAATCATATATTTTAA AAAAAATTATACTTTAATTGGAGTTGCACTGATTAATATTGTGCATCCAA CGCTCCATGTTTACAAATTTTTCTTTATGCTGAATCATGCATTACGTTGA TGCTTTCAACAATTTTCTTAGATAACTTGAAATCCTTGTTCTTAGTGTTT ATGTTTCTATATTTTCTTCAATGAAACTCATATTTAAATCGCAAAGATTT GTGATAAACCAAGAGTCCTCGTTTACTAAATTAGCTAATGTTTTTTTTTG ACGTAATCTTCGAAAAAAAAGAAAAAAAAAGAAGGTTTCCTTAGCCAATT ATTGAATTTATTTTATTAATTTTTTTGTATTCCAGTAGAGTCTTGTACAG GTACAAATCTGACCAAGGAGCAAAACAAGCAGATTGGGTTGTGCTCCACC ATCCACAATAAATCTATGCACCAAAAACTACAAAATTCTTGAGTTTTGAT TGCTGATAACTGGTTGCTACACTTCCATTTAGAGAAATTTGCTCTTTATG TAGACAAATTGTTATTGAATAGATAATTTTAGACATCCATCCGGATTGAT ACATTGCTCCTGTTGTGTAAAGCTCTTCTTTTTGCGATCTCTTCACCAGT GAGAGCAACTTTATATAGTCGTGTCATTTCCTTATTATAATCATATCTAC AATATGGGGTCACTGTTTGTAATGAATCTAAGACACATGTTTTGTAAGAT ATAAGTATTTTTTGGCATCTGGATTGTATTTTTCTACGTCAACTTTTGAA AATTTTCTACGCTCCTCAAAACAGAGAAATTCCAATTCTTTTGGAGCCTT TTAAATAAGGAGACTTCAGGTGAGTTTGATGGCTCAATTTTAAGAAATGG AAAAACATTATAGAAAATTATCCCTCCAAAATGATGACGACATGCGGACC ACAAGATTGCACGGTCAAGTTTAATTTGAGTATAAATACAAGCAGTTGTA ATATGTCTAGTATTCGACGTTGTTGTATCGAATCATAGAATTACATCCAA TTGCTTGCKCTGCCATTAGTTTAAGAATTCAAGAGCATGTTGTTTAATTA TATCTATCGCCTGATGACCTTCCACTTCTTGAGATATATTTTACTAAACC AAGTAATTTGATTTCACTGGCGTTTCCAATTAATACTCTGTTAATCTTTC TATTTCTGTTTTTTAGCTGTTAGGTGTCCCAGTGTTATGTTGCCATTCCA ATTTTCCATAATTTATTTGGCAATAGCATTTGTTGTTGGATCTCTTAGCC TTGTCTGCCGTTGAGTACGATTTAGCAATGCAAGAGGTATCATCTCCGGA TTCCTCAATCACTACTTTCGTGAGTGCAGCCTGATGAGCAGGACTGATAT TTAAAAGAGTTGCAATAGAGACTACCGATGGCCTTTTTAAAATTTTTTTC GAGGAATTAATGTAGGTGTACCGGTATAGGTTAATCTGTGGTGACAACAT TTCTTTTGTTTGGTGAATTTCCTCGATCCTATGCGAGCTCTCAGTAGACT CAGAGTCGCTTCCAGAAAAACTTACAGGCATTGTAAGATTCTTTGAGTGA GAAAAATGATACTATTTTAATATTGATGCTTCAGATCGACGACGAGCTTC TTTTTTTACGCTCCATAGCTGCTTTCTTTCTGTCTGTAGCACCAATTGAT GCAAACCGATCTGATTTTTATAGATGTCAAAAATGATTTATTTTCTTCAT TAATCATCTTTTCCATAGAATCACTAACCCATAAACAAAAATTTTCGACA AGTTGAATTTTTTCAGACTCGAGCTTTGTTAATTCATTTTGATTTCCCCT ACGAGACGCTAGAATTTGACGTAATTAGATGTTTTTGCTGAGAAGATCAA GTACCAATTTACAGCATTGATGATCCGAAAGGATAGGATTATTCGCCTTC TTTTAGAATATTTTCAGCTGAATGAGGATTACGGATTTCCACTTAATTGG CTGCGTTTGCTTACTTTGCCCAACTTCTTCTTGGACGTGCCACATCAGGC ATCTAAGTKCCTGCCACCAAGTTGGGAGACGGKCTCCAGTTAATATAACA TCCTCCATTGTTAAGCCATTACCAAGACACAATATAACACTTGTTGATCT AGTTTTGTTAGTCCCTATGGGCACAATTTCAAAAAAGGGCATCAACGGGA ATTGAAATCAACGTGTTACTACAAGAAAATACAAATATTTCTTATAAAAT ATTATATTTGATACCAAGCAATTTTAATGTGAGGGAAAAGTGAGATATGT GTAATTTTTACTATACTGCATCTTAGTTCAAAAACTTATAGGGCTCGAGA GCCACCCGGTACCACCTCTGATTGTGCTGATTTTTTGCACATATGATTTT TTCACTAAGTCACCCATTAGGAGAATAGACAAGAAAATCAAAGAACATAA GGGTGTTTGCATAAAATAATTAATATTTTATAAACATTTGTATCCAAAGT TAATGTTTTTAGTATAAGAATAACAAATTATATCTTGTTGAAATCCCAAA CTAATGTTTTTAAGGTTTTTTTAAAATAAGGTTTTTATTTCACAATGTCT TATAATCATACAAGTATTTTTAACATTTTAATTGGTAGTTATGAGTGCGA AATGGATGGAATAGTTAAAAAAAAAAATACAATATTTAAATGACGTAATT GTTCAACTATGCAGGGCTGTAGTTTTAAAAATGCGATGTGTTAATGACGA AAGTAATGCACCTAAGACAGATTAGAAGATCAAACTAGAATTTGACATTC GTAAGAATACTGATTCTTTTCATTCAACTATAACAGTGGAGCCTCTAAAT GAAAATCAGATGTGTTAACCGAAGTACGGCATAAACATCAACAAGATTTA ACCCTAAAGAAAACGATGAATCTTCCTCTGAAGATAAGAGATAATAAGTA GAAAAATAGAAAAACCTCCCAAAAAGCCAGTATTGTAGTTCACTTGAATG TAGAAATCCCGAAAAATTTCCTTAGATAAATCTAGGGTCAACATACAACC GTTTAGGTCAGGATCTAATACAAAAAGACCTCTTTCTGAAACACGGTTAG AAACTGATAGCGATGATCAACCTAAAAAAAAACACGTAATGTCTTTGAAC ATATTGTCTGACTCAAGATCTTGCTTCTGTTTATCTGGTTGATACTTATC CCTCTTTAAATTCAACAATGAACTCCAAACCCAATAACGAAGTGTATCAT TATTGATTAAAAATTGCTTAATGCAAAACTTTTATATTGACGTGCAGATG GAAATCTTATCATAAGCAAATTAAAAAATTTGACATGTCTAAGATGTTAT AGGCATGCATGGGTCTACTTATGATGACCCTTAATTTATTAATACAGTTA TTTTACCCTGCAAAACACACAGACTAACAATTATGCTCCCCCAACCAACA ACTGCAAGCATCTCCTCTATCATAACTTCCTTTGACTTTTCGGACGCTGT AACACCACGAAAACAGAATTCCAACCTCCTAAATCAGCTTGAAATCTACA GTAAAATCATTGATTGATATCATCGAAGCATCAAATGTAATTTCAAAAAT AGAAGTTACCTGATTACTGAAGTTCAACATATACTTGAACGCATAAAAGG AGTATGTCGACAAGTTGGGACCAGACCTGGTGGAGAACGGCTAAGAAGGA TTGAAATGAAAATGTAACCGAATAGGAAAGCCAATATAAACTAAAACAGT TATACTGAGAGGCTGAACATTTCAATAAAGTTAAGCTCAAAGTGAATACG ATTGGATGACCTGTCTAAATCAAGATTACTATGCAATATCTGTAAAAATA AGAACAATAGGAAAATGGCAATTTTAACAAAAACAGCAGATATGATCTTT GTAAGAAATAAGTTCATTTTACTCTCATATTTTGCTTTTCCTTTGATTAT CCATTATTAAACATATGTGGAAGATGTAGTTTTTGAAATGCCAACTTCTG TTAAAATTTAAAGTTTTAAAAAGATCCTAATCTTACAATATTATTGAGGA AACAGATATCATAGGAAAATACAAAGATTTTGGAGACATAATTCAAAGTC ATTTGTAATTATATTAAATAAAAAAAGGCCATAAACAATCAGGCAAAACT AGATAAGGCACTCGGACATTCTGGTTTAACCCTTAAATTTATAAGGAATA TGTGAATTACTTAGCTCCCATTTTAAGTTTGTGTGCGATGGGAACATTGT TTTACTTCAAAAAAATATTAAGGATCAAAATATCTATTTAAATGCATAAC TTTTAATTTGTAGGTGAAAAAAATTTAAATTTAAAATTCTAAAAATATCA TAACTAATCTACTATGTTATGATAAATATTATCGAACTGAAAAAAAAACA AACAAAAACAGGTTCTTTCATTATGATTTGATCTTTTTTATTCTGATATT TTTGAAGAAAAAATTAAGTACCCAACGAATATTTTATCTAAATTCGGTAT GTTCCACATAGGGACACCATATATTTAAGGGTTAAGAATCTGTGTCCACT TACAACGGAGAACTCTTTCTATAAAACTATTTTTCCTTGCAAATTAAATA CAGTTTTAAAGGAAAAAGTGCACAGTTTTCAATACGGTCTTGTCAAAATG AAATAATGGACAACATCACTTTTACATTAAAAACTCTTTTAGAGTCAGTT AAATATGTGACTTTATCGGTAATCTACTTTGCTTAAGTATTTGATACTCT GTCCAAGGTCCGGGTTCTCTATAGAAAAGTTATTGTTGATTATATTATCC GTATGGTGGGCGTTACCTTATTGAGAGCTCGTACTTGAATTCATTGTGGA AATAAAAAGAGTTGTTTTTTTAACAATAAAGGAGTTTACCAAAGTCATCC TTCGTTTACAATACTCTTCATCCTATGTATTGACTCTTTAATATATGATA TTCATACAAATGAGAATATTATAGGTTTAAGATCTTATATTTGTCATGTA AAATGTTTTTTTTTTTATGCGGATGATTTGATATTAATTTTTAATGGCAC ACCATCGACTAAAAGTGGTTTTTTCCCCTATTTTGAAATGATTTTCTAAG AGAGCTGGTCTAAAAAATACAGGAAAAACAGAGGTTCTTAGTCCTAACTG TGATCTGTTGGATGATGAATTGCACATTTTTTAGACATATTTCAAAATAA AGTGATTCGGCTCATTGAGGGCGAACTATTTGAAAAAGATTGTTATCTTT TTCAAATCGTTCATCCTTCACATGTGGGATAAACCAATATTTTTTTATTT TTTTGCAAAAAAAACCCAGTATATTTTATGTACAATGCGAATACAGGGGT AAATTTACAATAATGGATTAGTAAATATTGCAAAACATTAAATTTGTGTT TTATTGAGTATTTAGATGTATTTTATTTGAGTTTATTTTATGAATTATTT GAGTAACGAATGTTATTTATGCTTTAACATTGTAGCTTTCGTTTTTTTAT ATGATTATCTTCCAATGTCAATTAAAAATATATGCAGTGTTTTTTTTACA ATGTCCAGAATTATTTTGAAATTAAGTACATACCGCAAATAAACGCCATG AAAAAAAAACTATGTTCACGAACGAAGGGTTAACTAAAAATGGACCCATC TTTATTGCCCTAAAAAATATTTATATTGTACTATCCAATTTTGATATGTT TCTTTGATAGGAATTATAATTTTTCATATCAAAGTTTTTCCTTTGGTTAC TTTGTTGATTATGAGCCTCCTTTTTTGTAACAACATTTCTCATGAATATA AAGAGTATTTTCCCAGCAATGATGTTTTCTTTCTTACATAATCTATTACC AAATCTAGATCCTTCATTAACATTATATATATATTCATCATTCTCCATAT GCTAAGTAGTGGTGAGAGTAGCAAACAAATATTTATTGCTTTCCGAATTT ATTTCTAATTTTCGGAGGATATTGTTTTGACAATGTCTTTTTATAAATCG CTTAGAAATAAAGCTACAATTTATAATATTTCTGATGGTGCATAAAAGCA ACATTCCTTTATTACATACTTAAAAAGAATTTTAACATTCAAGGTTTTTT GGTATTCAAAAGATATGTTCAATCACCATAATATAGAAGAAAATGATATC AAAAATTAATTAATAAGTCCTATTTACAGTTTATTTTCATAGTTTAATGC AACCTAATTTTAGTTTATCTAATCAACTTTCAGAATACTACTTAGAAAAG TGTAGAAAAGTGGAGAAATGACAAAAGTGTAAATATTTTTGTAACTTGCG TTACATTTCTTAATGCAAAATTATTTGAGATCAACAATTACAAATCTAAT TATGAGGATAAAAATGTAAAAAATCAAGAGCTGTTAAAGAAAATACTTAA AAAGATTGTTGTGGCTTATTTTAGGTATGCCAAACAAATTTTTGAATTAA AAATAATTATTTACAATGTTCTTCTATAAATAACGATTATCCAGACTGAA ATCCAAACTTTTGTAAAACACATTGTAACATATGTGTAGGAAACAGATAA GAATATTTAAAAAANATGTTTTGGKGAAAATACAACTTAATGAAATGTTG GGAAAGTAAAAAAAAGTTTATTTTTAAAGCATGCTTCACTTAAAATTGTT TCCTGACGGGTTTTTATTTCAAAAATATTTTTTAAGTCTAAATATATTTA AGTATATATCAACCTCATTACTGTTATCAAGGCACACCTATTTATGTTTA TATGGTTTTTTTGATTAAATACTGATGATATCTAATCTGTGGATACAAAC AAGACGTAATGTGAACGTAATTGTATGTATTGGTTCTCTTCCTATCCATA TAATTAATTATTTACAATATTACTAGGTATACTGATAAAATTATTTACTT GGATTTTAATCGAGGGAAAAACAATTAATTTTCATCGATTACAAAAAAAA AAACCCCAAAAAAAACCCAACTAACACTAGATCTAAAATCACCTAATTCA GTGAAAGAAATGTATTAAGTCCGGATTTGATAGTCCCCTTTAATATATTG ATATTAGAAATGATTGTTTTGGCTAAACGGGTAGCACGGAATGGATTAAA TTATCCAGAAAATAGTAGGAAAGATAGATTGAAATTAATAAACGCATTCC TAGGAGGTTCTATATGTACTGACTATGAGCCCCACTTACACGAATTTTAC ATATATTTAAACCAATCTTGAAGAGAGCCAATAACCAAAAAGTTGCGTAT ATCCCCCATAAATATAATTTTCCCTTCCAAGTTGCAACTTAATGGGGTCT ATATGATTAACAAGATCCACATTGATGTTAACCAATTCTTATGACAAGCT TTATTGTAATTGAAATTGGGTTAATACTCTTAGAATGACAATAGTTTTAC AACACTAAAAGGCAATATTCAATAACTTCTTCCAACTTTAAAAAGTGGTT AATATCGACAAAAGAAAAAAGTAATAAGGCAAAAGGTGAGTATATCTAAG TGCTTTGAAATGTTTGCAGCAAATACTGAGAGTTTATTAGTGGGTGGTTA GACTTAACCCCTACATATTTGATAACGGCGGKACTGGCAAATCTATAAAT CTGACCCGTCATCCTCCAAATCATAAAATACGGGGAGAAATACATTAAAT ATGGCTTYACATGCTAGGTCGTACACGGAGAATAGCGTCTTCATTGTGTT CCAAAGTCCTTACTCAAGAGAGTCTGAAGCCCGTAAAAGTACTAAGCATT CCTGTTTCGCGAATAACCGATCGAGTCTTTTTTTTCTAAAAAAGGAAGGA GTTTTACGAAAGCAAAGGAAACTACTAACTCAACAAAGTACTACGACTTT AATAGCCCAACAAGCTTCATATGAGGTAGCATATTTTATTGCACAGGCAA AAAAAAAACACGTATGTACAATTGGAGAAAGTTCGATAAAACCTGCTACT ATACCCATGAGTTAAGTTATGCATGGAACAAAATTGTTTCGCAGCTTCAA CAATTGCAGCTTCCAAATAGAACGGTATTGGGTACATCATTGACATTGTG CAGAATATTAAGTGTCAATTCATTGACGCTCCGAACGGGAGGAAATTATT AAATACAACCTTGTGTATCTACAGACATCTCAAATTTAACAGAGCTTCTT GTTTTTGTCAAATATACTTTTATAAGGAAACATAAATAAGAAGGCATTTT TTGCTACTCGCTAGAGGGAGCTTGTATTGAAGAGGATATTTTCAGTAGCT TAGACAGGAAGCTAAAGCAAGAGGACCTTTCTAGGAACGAGTGCATATCA GTATGCACAGATGGTGCAGAAACATTGCTTGGGAACAATATAGGATTGAA AGCAGGAGAATAATAAGTTGCACACCACGTCTATTTTACACACTGTATTA TACACAAAAGAAGTCCTTCCATGTAAAACATTGAATGTAGAGTTCAGAGC TGTTTTTGACATTGCTCTAAAAATAGTTCATTTTATAAAATCAAGGCATA TAGAGATGTAAGGTAGCAATCAGAAGGCAATTTTCTAAAGGGACTCTGTG TGATGAGGTGTGCCTTTTCCTCGCTCACAAAACACCTCCTCTCCTCGAGG AACTAAATAAATCTGGCTTCATTACAAAACCAGCTTATCCTTCCTCAATA TTTGATAAAATGAATTAACTTAATATCTCACCTCAGGGAGATAATACAAA CATACTGTTCCCAATGACAAAATAATAAATGGCTTTGTTTGTAAATTGAA GCATTGGATCAATACGGTTGAAATAGGTCAAATATACTTTTACCCTGAAC TTAAAGAATTTGTTAAAGACAACGCAATTAATCTAGAAATTGTTTATTTC TTACCACCTCAAGTTTTCTTCTCGATCATTTTGAAATTTTTTTCCCAGAA TGCAAGCAATGCTTCACAAAAACATAACTAGATACAGTCCCCTTCTMCCA CCACAGCTAATCATCTGCCATGGAAGATGCGCCTATCGAATTTTCATATG CTCAAGCACCAAAAACAGATTCTGATTCTGATGACTCTAAACCACTTGAC AAATTCTGGATTTCTGTAATGAATGAGTATCCACTGCTGGAAAAATCAGA TTTAGATTTACTTACATACAATTCAGATCAACTTATATATATGAGAAAAC TTTTTCCATATTAACTTAGCTCAAAAATAAATACAGATCGTGAATAAACA TGTAGAATGATATTCGAGTTGCTGTCTTCAAAATTAAAGCTAGAATAGAT CTGCTTTACTCAAAGCACAGTGAACATCTGTCACATTAAGATCTTGATTC GTTTATAAACCTATTTGCACTTACATAGCTCTAATATTATTTGTTTGTGA GTCTCAATTTTGACTTTAGTAAATGCAAAAAAGTGAATTGATTGGTTAAA AATGATTTCAAGTGGTACAAATACATACGAGTATGTTGCTTATTTTTTCT CTTAGTCTAATAATTATTGTATTTGCACAAGGTATGTGTATCGGTTCCGA AATTTTGACTTCTCGTGCGGTCCCGTCCAAAGCTTTAAGGACGTGTCCAC TTTGGATATAAATTTTTGTTAAATTACGTCATCATTAATCTCCAATTTTT GTGTAATTAATGTTTTATACTTAAATTAGGCCTCAATTAAGAATAATAGC ATACTATTATCGTATTTTAAAGATATACTAGTTCAAATGTTGAACAGGCA TACTTTACTATATTACAAGTGAAAATGATCCTTTGTATAGTTAAGGAAGT TTTTCAAGCACCGATAACAGTGATGGGATAAATTTTAAATGCTATACAAT ATTAACTAATACTAAAATTATATAAAAAATTTCGTATTATGCCAAAAAAA CAAAAAAACAAGTGTGCTCTGCGCTATTCATATAGAATATTAATAGAAAT AATTATATGAGATGTGAAAAAGTTCAAAATACCTTTAATTAAAAAAAAAA ACTACGTCTAAAATAATGCAATAACAGATATGATAATAATAAAAAAAAAA CTTAATCTACTAACAGGGATCCCTATAGGGCTCAGTATCTCCTATTATGT TTAAATAATCAAGATAGGCAGGGATGAAAGAACTAATATCTTGCAGGTTG CCTGATACCAGCATATGACCTTTTTCACATCCCTATCTGTCATATTTTAT TAGTCGTATGGATGATGCTCGAATAGTTAGATAAAGCGTTTGGCATCAGT TTAAAAAAAATCGATCAATGAAGTATTTATTCCAGAACCGTGGAGAAGGC AGTGTCCTTGTAGTGATCTTCGCCGGAGGAGACAATATTGAGATTGCAAA CTTCTTAAACGTGATGAGCCTCCCTAATTGATGACGGCTATTGCCAGGAA TCTCATCTTTTCTGAGAGCCTGCTGTAGGGAAGCTATTTGTCTCGCAACA AGAATCTGTTCCATTCTACACTGCCAAGAAAACTGGTTCTAAGATTTTTT TTTTCTTCGTTTCCCCCCTGTGATTGGCCTCCAAGCTCACCGAAACTTCA TCCCATGAAATTCTTTGTGTGACACAAAACGATCCTTCTGCAACACAAAA TCTCTGTTGATGTCCAGTATCTGGGAGGAGTTTTAGATTATGCCAAAGTG GACTGTCATCAAGACTTCCTTTCGTTTCCAAGGTTGAGTCAAGGCTGTTA TTGACGCTAAAGTCAATTATAGCGAATAATAATACAAAATATTCAGCTTT CATTTGGTATTTGTTTTTATTAGAATCGTACCATTACTTTAGGAGAAAAT TCATTTAAAAAAAATCGATCTAATAATCACATCATTATTTGATTTAAAGG AAACTTTTATTTTTATAAATCTATTGACAAACAAATTATATTTTCATTTC TATATTTATTCGATATTTTTATTTCAACTTTTATCATTGATATAACTATT ACTTATATCAAAGAGTTGTCCGTCATTTTCATGTATCTTCAATGCCAACT TTTTTATTATTACTAATATATTTTGTAAGTTAAATAGATCGGAATAAATT CAATATCCTTTAATAACATTATTTTAATAAAGCAAAGTCAATTGATTTTT CCCTTCAGGTCAAATGCACAACAGTAAATTACATTTCAAGGGTACTTCAT ATTGTACGTGATCCAGTTTGATGCTCTGATTATCATACAATATTTTTTTT GTGTGTATCTGGTCTTGTTTCAGAAAGGACTCTTATAGACAGAACACTGT TGAAAAATAAAATATTTTAAATACACAAACACTCATTGTGTCCATAAATG TAAAATACCACAAATAATAAAATATTATTTTAAGGTCTATGGTCTAGTTT AAAAAAAAATCCGTTAAAAACCATCTTGCCCAATTAATTGGCTTATCTTG TGTCAAATGTATTCCAGTACCAAAATTTGAAATGCCAAGCGTATGGATTT GGTTAAAAAATATGGATAACTCCATTTTTAATTAAATAAACTTGGTCTTA ATAAGCACTAATAATGACTGCATTTCCCATTTTTTAAACTTCAACAGCAT CTTTATTTTGAATATTTGCTGAGGAAATGTAGCAATGCCGGTTAAATTTT TTATAAAAAAATAAGTTTAGTATGGAGAAACTTTTTTTCTTGAGCTTACA TTTGATTATTTCTACATCAAATATGTTACCTGATTTCGGTGACTTCAAAA TGATCATACATATTTGATTTTATTACGTTTCCATTTTATATCAATATACT ATTATATCCAACATTTATCTCGAAACTAACACAACACACAAATTACCTTC AAAATTAGAGCCGGCCCAAGTCTGATACACTTCGACCCTACTCATTAAAT GAGCTTTCGACAGCATAAGTTGGATTTTAGAAAAAGTATAGGCTCGATGA TGCACATGAACCGTTTAAAGAAAATTTCTACAAACAGAATTGMCCCGACG ATAATAGATCAACTCGTTTATTATTATGATAGCTGATTTTCGACTCAGGC CTGACTTGGTTGTAAAACTAATCTAGAGGCATTTATTTTGTTCTTTTTTT TAACTTTTGTGAGCTTTTTTTCCTTCTTTATTCAAGCAATTTCAAATTCT GCGTCCATTACCAATTATTGAGGAAACAATTTTTTCTTGCATCCCCTTGT TTGAAACCCCTTGTCGTTGAGAATTATAATAATTTAAAATCTGTGTATCT TATCCCATCAGATGGCATCCTCAAGGAGGTCACTGGGGCCAGTGGGTCAA TAACTACGGTAGACCCATTGATAAAAATATATTTTCCAATTAAGGTAAGA ACAAATTTTTGTTTTGTTATCATTAATGATGTCCTTTGCAAAGGTATTAT AGGACATTTATGGTGTTTAAGACACTGTTATTCCATTAAGTATATCCAAT AGTATTTAAAGCAACTTTAAAATTGAAAAACACAATTTCAAGAACAGAAC TTGAAAATATTAAGCTTTACAGCCATATAGCATATACTGATTGTTATAAT CGAAGTTAGGCTTTATTCAACTATATCTACAATCTATAGTGATTTAATAA TAATAATAATTACGAAAAAAATATGATTTATATAAATATGAAGAACCTCT ACTTCATAACTAGCACATGGTCCACCGATGTTTACGATTTTTCTTTTATC TAGGAATATTATGCATGTAAATAATCAACAAAATAATTCCAATATTTATC GGACAGATTTACTTTTTGTTTATTTTACTACGTTTCATAATCTTTTGATA AATGATTATACTGAGTATTTTAGTTTCTTATGTATGGGTTTACTTTACTT TATTGTTAAGTTAAAAAAAAGTTTTATCAAATATTGGCAAACTCAGTTTT CAAATAAATATTTTAGTACTCTCTCCTTGTAAGATTTATGTTAATATACT TATATTAATAAAGGACATTTGTTTTTGCTGTGCTATATGTATAGGTATCT ATCTATCACGTGATTGATTGTTTGTAATCGTAAAAAAGTGTGACATTATC GATTGATAATATACAATATATAATGTTAAAACTACAGAAATAATTAAGTT TTAACAAAAAAAAGGTTCAATTTTAACAAAATTATACTGGGTCAAACATT CCCAACAAAGAAGTTATTTTGATTCAAATAAAAGTATCGAGTAAAAGGTA AAATATACAAATTGTTTTCCTAGAAAGAAAAAGATAGGTAGTTAATATGC GGTCTGCGAGGTTATTTAGAGCCCTTGATGAGGAGCTTGTAGCTAATTCA CTATATAATAATTGTAAATATCTCTTTTTTCAGTTTGTAACTGATCAGGT AACAGTTTGAAATATATCAGTTCCACAGTCAAACTCTAATGTCAATCCTT GTCTAGATCAAATCAAACATATAAAATACAATTTCCCACATCAATTGAGC CTTTCTAATACACAGGATGCAGCAACATAAATAATGGGTGGTAATGAGGG TGCAGAAATAGTAGTGGGGATGGCATGGTTTCATTTTAAGGCAATATTTT AAAGTTTCTTTTCCTTTTTGAATATACAGTCAGTTGCTATCATTCTTTGA AGTAGTGTATTTACCCTCTAAAAATAAATATTCCTAAAAAATAGTTTTAC AAAATATTTTATTACATGTAAATTATGTTGCACTCTAGTTTTTTATAGGA CAATTGTTGAAAATCATTGAATTACTTCAATTTCTAATACCATATCAAAG CTATATTTTCCATTGATTTCCATGATTTCAAATTTGCAAAATTCTTTGAC TGTGAATAACTCCACGAATCATGTCAATGATTAAGAGCTTAAATTTGTGC CATCAGAAATTTTTAAAATTGGTTGGATTTGTTCAAATAGGGTAATTGAA ACAGGATTTATTCTGTAAAAAAAAAAAGGCTTTTTATAATCGTAAATAAT TAAGTTGTGAATCTATTAATTAACTAAAAACTATAAAAAATATATGGCTT TATGAATTATGCATCTCTCTTTATGAAATAATTATCCCTCATTAATATTT AAATGAAAAGTTATTTAAAGATGTATATCAAATGAAAATGAAAAATTTAC TTGTTTTTAAAAAATGAAATTTTGATGCATGAACAATGAGTAATGTCACC TATCTGATATGATTTTCCAAACTGTGTAAACAAAACTTTAATTGTGTTTA AAAATGATTAAATTTTTCATTATGTAATAAAAAAAATCCTTTCTGATATA TCAGGCTTGTTATTTTCTTTTTACAAAAGGAAATTCTGTTTTTGCACCCT GTGTAATGAGTGTCATTGTCATTATAGGTTTTATAGCTTGGTTGCTAAGC AATAAAGTTGTTAACAGGAGTATAAACTATTTTTATATCTAGTCTACTAC GTGTATGTATTAAAATATAGGTACATATCCCCCAAAATAAATATAATAAT AAGATCTAAAATTTAAAAAAATATGAAATAAATGAGAGAACACCATTATC CCATTATATAAAGACCTAGAAAAAAAGCAATTGCGAGCAGATTTTATGTA TGTATGTAGCTTCTATGTCCATTTTTTTATCACATTTATTACTAAACAAA TAACATTTAGAAAAGGGTTTTTTAAAAGTTTTATTTGGCTTGGCATGGAT GGKCATGTATGTATGTATGCAAGTGTATATTTACATGCATAAAATGTAAC ATCTGAAGTAAATAAAGGCCTCCAAGAAAAATAAAGCTTTCATTACGCGA TTATATCGATTTATGACGTCATATTAAAGCAAATAAAAATAGTCACAAAT TCTAATTAAAATTTCAAGCTACTGTTTAATTAGTTCTGTGGACATATCAG ACTGCTATATGAAGAAGTTAAAGGTCTTAAAAGAAAGCAGTACAATTTTT TGTCTACACAAATCCTCAAATTTCAAAAAGAAAAGGGAAAAATTGTTGCA ATTCATAGTTTTGAGACGCTAAGGATACCAAAGGCTAAGCGAAGAAGTAA TAATGTTCTTTTGAATTAATAATATACAGTGTCAGCTGCATTAAATTAGA AGAGTCAATCTATGAAAACGGCTGATGGTAGAACACATTAAATGTTTTTT TTAATCCCAAAAAGCCAATTGTAAATATGGTACACTATGAAAACTGACAG CAATGCTTAAAAGGATAATAATCAAGTTCTAAAATTCCTTTGCCATACAT CCCGTTGCTGGCTGACTGTGGCTGKGTGAGCCTTGGTGTTTGTATGACGG ATATTACAGGTCTTCCCCTCGACATACACCCAAAGTGTAGTCAAGGGGTT TGACATCAGTGRCGTGGAGGGGGGGGGGGAGGCAAAAGSGTTTCCTTGTT GTTATCAAAAGTCTTCACCACAATCACAAGTCTCTTTCCACCTACTTTTT TGAAAGCTCTCTGACAGTCTGGTGTGAAATCCCGAGATCTCTTTCATGGG CCCTCACGGACTTGAGATGATTAGTCTGGGCTGTTTTTTTGACAGAGCCC TTCTTCCTTTCCAACGTTTCGGACTTGCTGACGACGTAGACAGTAGTCCT GGAGACGKCCAACTGTTTGGAGTGCACGAATGGAAATTCGTCAACACTGT CATTTCTTCGACTTGTATGTAAGCTAGAGAGCTCATGTTTGTTTCGTTTT GTAAGTAATTGTTTATGCTTTAATAAATGGAAATATGAATTAATTTCAAT CTCTCAACCTTCATTAATTATTGAATTAGAAAATGTTCACTTTTCAATGG ACTCCCCAGAACAGAAATTTATACAGACATAATTATGAACTTTATTTTAA ATGGTAAACACATCATATTTCAACGTAGTCACGACATTATTTAAATATAT AATAGAATAATTAAAAACGGCGGAAAAAAATGCTTAAAAACCTCCCAAAG GAATCGATTTTACCTTCTTTAAGGAGCGAAAAAATGGGCTTGGACTGGAC TTTTGTATTTTGTCCTAAATAAGTTCTGACAAAATACAACTATAGGAAAA GTAACTTTTGAATCCAAACTAAATAGATGCCCTATCATGTCTACAACCGT TTTAATGATGTGGATAATTTGTAAAATATGGCCCCTTGTAGATATTCTTT ATCCCAATAATAAGAAATAAATATTAACTTCAAATAAATATATTTTTTTC ATCCTGAAATTAAAATAATAATTGCTGGATATAAAATACCTTTTTTTATC TTTAAATATAAGAGGNACAAACAAGTTTCCTTTTTTTTTTTTTGTTATTT TGTAACAATTTGATTATTTTTTTTTTGWTAAATTWTTGATRTTTAACTTT CACAAAAATATAAGTATCTATCTCTGTAAATGTATAAATACACACTTACT TTGCTTCAAATTATTCTTTGATTGAATGATGAGTGATTTATTATTGTTCA AAGGGAAATAATAAGCAAATACATTTTCGTTCACATACTTGTAATAAAGA CAAAACTCTTATTACCGATGTATTGATTCCCAGTAATAAATTTCAAGACG CCTCCTTGGGCTTACATGGTATAATCTATTCTTCTTTATGCATTACGTTA TAAATTGGATAGAAAGTAATGGTCTAAATCTATCACTCACGTGGAAAGTC ACGCGTATAATACTAGGTATTTTGGAATTTTGATTGCTTGTATCAGACAA TTTATCATTGTTGTAATAATAAAATAACTTAAATTTTAATTTAATTCATA TACATACCTATATAAATATAAAATTTCTCAACCTAACCTTCAAAAAAAAG AAAAAAGAAAGGTCAGAAATTTTTAATACCTTATTTATTTTTACTAATTG AACAGTATGATAATTTGAGATAAAGACCACTATAAGAAACAAACAAACAA GTCGAACAAAACACTGTTCATGAAATCTTTGATGCGTTTCTAATTCCTCA AAAGAAGGATGTTTTCTATTAATAAAAATGTATTTCCTAACCCACATTTC ATGGACTCCATTGGGAAAGGATTATTCTCTTTTGAAAGCTTTTATAGAAC CTTAAGCTCACTTTAATTTAATTTTTAAGTTTATCCTCTGAATAAATAAT TATCGTCAGGATAAATTTTATGAGACAAAATTATACTCCAAGTCATACAT ATGATATTATTTTTTCATCAAAGGAGCACGTACTAAATTAAATAAGGAAG ATGATATTGGATCCATTTGCCAAGCTCCTCTACCGAACAAATAGACTTGG AATGTACTCTGTCCACATATAAAAAATAATATCCATTAGTTATAGTAACT CAAATCATATTAAATTTGTCATTTATGCAATATTTTTCAATTTGAATCAA TATTAGAATTTGACAAATTGTGTCGGTGGCATTTAAACGTTAAATTATTG TTTTGTGAGGCACTGGACGATAAGGATATCAAAATGGTAGCGGGACTTTT GCCCCACCCGTTATAATTATCAACATCAATTCTTGACATTATTCCTCCCA AATCTTGACTATTTCTTATTTAACTCTCCATTACTTTCAGAAATTTTTTG AAAACCTTATTCACAATTTTTTTTCATTCCCTACAACGAAAATTACTATA TTTTTTTATATCTGCATAGTTGCCTGAATTTTTCAAAGAGTGACCTAGAT ATTCGATTATTCATTGTTTTGGTTCTTTTTAATTGAGGTTTTGTGTGTAG AAATTGGTTCAAAATTTAGAATTCATTTAAAATAGTCATCAAGAGTTTAT CAAATTTTCCTTTATTGATATATATAAGCTAAGGTCAAATACTAAAAAAT ATTAAGCACAATGCCGTTTTTAATATCATTTATATATTTGTTTGGTATTA TATATTACCATTTTAAGGTAACTTTAGATAATTTTCAATACTTAATAATG CTTATATTTATTAATGAAATGTCAAAATAGAGGTAAACCTATATTCTTTT TAGACGAAAATTTAATTAACAATTAGTAAAAAAGTTGAGATATGCTGAAA AATCACATCGTGAAATATGTCAAACACTAAATTTAAGATATGTCAATAGA AATATCCAATGCAGGAGATCTTATTCGTTAATATCCTTTAAGCTCGAATA AAAATATGAAGTGTCTTTGTCGCTTGATACATATCCATAGACAGTTTATG AAGTTCTGCGCCACAAAAGTTAAATAGTTTTTTTTTTTATTGCCATTGAT AATTTGGGTTTTGTTTCTATTTTTTTATTATTAATATTTTAATATGAATT TTTAGGATTATTTTAATGTTTGTCTTATACCTATATACATATTTTATCAA TATTTTTGAGAAAATGTATGTTATTATGTACATTATCTGTTCACCATGTT TATAATAATCATGTCTTTTTAGTTTAGGGATTTAATTATAAACTATAATG TTTATTTATTATTTTTTTGCTTATATAACTTCTCTAGACCAATAAAGAAA AAAAGAAATCCTATATTTGCTGTAACCAAACCTCTTTATCTTGAAAAGGA AAATTCTTAAATGTCGTGTTATACAAGAAGTTACGTTAAAGTTACTTCAA ATATGAAGAAATGTACATATAAATATATATTTGTATACCATTTACGAAAA TAATTTATAATATATATAAAGCCTTTACTTGTCATAAAATAAATAGAGCA GAAAAATTGATTTAATTTAAGAAAAAGCAATTGATTAAAAATCTGTGACT TTGATATATAGTTAAAGTACAACAAATCTTAGTAATCAATATCATAATTT TTTAATAATTTATTGTATATTAGATTATAGTCCTAGCCTATCGATCATTG TTTTTTCACGAKCCCCCAATCAACAAAATCCAAGGAAATGAATAAGTGAT ACTAACCTGTAAAACATTTNGAGAATGAACCTGGATCAATCCATATGAAW WAAAAAAAGGAGTAAACCACATATGATTGAATGTGCTAACTTTTTATGGA TGTGGTGGATAMATCTTTTATGTCTCTGGTCCGTAGTAAAATAAAAAAAT ACTTTTTTATCTGAAACATAATCGAAATTAACAGATTTTTTAATTTCATC ACTAATCGTCAATGAAATATTGATTTTTCAACTCTAAAAATAAAGTATCA TATTTATACATGTATACTCACATAAAGACATTAAAATTAATTTAAACATA TATTTATTTAAATAAACTTTAACTATTGAATATTTTATTCTACAAAGAAA ACTATATTTTCTATAGATTTAAAAAAAAAATAGCTTGCATATAATTTTGT TGAAAACAAACAAACTGATAAATAATTCTTAAAGTAAAAATGTGTATCAC TTAATCTTATGGGGTGGCATGCTTCCACAATGGACTTTGAGGTTCTAAAT ACATTCTTCCCAGTGTAAACTTTCCGCTCACAATTGACCATCGAGACAAC GTTTATTTTTCTACACAAATCCCTGAAGATAATCATCGTTATATAGAGCT GGGATTGAAATATACCAGAACATAATTGTTTTGGATTGTGGTTAATGCTT GAATAATGAKTACCCATAATTGTAACACATAGTTGTTTGTACCATTTGGT CTTAAACAGACAAAAATTGCCACTAATATATTTTCCCCTTAATATTATGA GGCTGAAAGAAAGGCTTTTTGAGAAGATTTGAATAAAAAACTTTCCAAAT TTTCTATAAAATTAATTTTTTTAAGTCAATAATATAACCAGAATAAATTT ATTTAGCTTCAGAAGCAATTATTTGAATTTAAGTAATACAAAAGGACTAA TTCAGGTTTTTTTCTTAATGGAATAGATCGAACTCCCAGAAAACTAATAT ATAAACAAAGTTGAAAAAACAAATCTTTTGGTACGAAAAAATTTCATAAT TAACATTGAAATAGTTTAAAATGTACTTATTTGTATATATCCTATTTTTA TGGCCTCCTCTCGTTATAGTTTTTTTTTTCCAAATCCTTGAAATATATTA TCGGAAATGTAGTTCTGAAGTTAAACCGTCTTTGAAAAGAAATCTACGAT ATCTGAATAAACATGATTAATTATTGATTTCCATTTGTATAATTTAGATG GAATAAGTACAAAACTAACTATAAGAAAAGGAAAATAAAATATTCATTCC AAATACTTCATGTCTTCAAATCCAAATTCAAATGTACACTATCACAATGA TATTTAAAAATGAGATTCACAGTTTTTTCCCCAATATTTTTAACACACCA AATAAACAAAAAATGAATACTTTTATGAATAAAAAATGATATTCCAATAT ATTTATTTGAATGACACGTATATATTCATTATATTCCACTATGTTAAATT TAAATTATTACATAAATATAACAATATATATTTAAATTGAATTAATATAT GTAATCGCATGTATCAATGAATTAAATACTTTTTTCACCAAAATGTCTGT TTGGGAAATTTTCCTTCTGAAAAAACTCCGTAGCTAAAAGTGCTTTCAGC TAATAGCCCTAGAGCTAGCTAAACATATATACTTATCTGGTAAATTGGAA CATGTATACACTGTAAAGTTAATAATTAACTCAAATATTTCAATGGGGTC GTTCAAGATTTTTTTTGACTTCATGCATAATTACCGTTTATATCTATGAA TTTACAAAATATTGTTATTTCACATTGCTTCTATGTTGACGCACCTCACT TATCTATTGTATTTTACATAATTTTTCTCATTTGTTTGTAAAGTATGTAA TCCCAAGTCGTTCAAGGCATGACCTAAAAATGCAAACATGTTATGCATGT GTTTACTTATTTAAAATAAAAATATAATTCATATCATTAATTACAAATTC AAAAAAAGGAGCATGATGATATGTTGAATATTCGAAACAGGCTTGTGAAA GAGCAGTTTAAATTTACTTCCAAAATACACATTATTATAAATGTTTGTAT ATCGAAAAACCAAAGAAGAGAAATAGAATTGCATATAGTGGTTTTAAATA CATATAAAAAAAGGAAGTGTTGTGTACTTATTTTTCAAATATGTGCAAAG CGTTTTCACAGATTTCTTAATGTATTTAACACTCAATTCCAACTGTTTCT TTCAAAAAATTTATTTCATATTATATTGCGAAGGCTCTTTGTATATTTTG TAGGTGGATAAATATTTTTTTTAATGTTCTTTTAATGGGGCATTAGCGTT TTTTACTTAAATTAGTTGGTAAACAAAGCAAAAGAGAGAATGACGTCATC TTGTAGGAAAATAATACAACTCCCTCAATAATAATATTATTAAGCAAAAT ATATACGTGAATTTTACTCACATAGAGGGGCCCGTGTACATTTCCCTCAA CATACACCATTTATTTTTAACAACTAGTTGAAACAACAGGCTATAGAATG TCACGCCACCTTGCGGATAATATAAGCTTTAAAGTTTGTTCATGTTTTAT TATTAGTAAGAAGGAATTGCACTGATTTAGTATAAGTAACTAATATAGTA TTACAATTATTCCATTTGACCTAAGGACGGTAACTCCCTTGCACAAAATA TAAAGTATTGTTTCTGTTCCTTTTCTCCTAATAAGTGTTCTGAACTTTAA TTGACAGAATTAGAAGTTGCTTTTATTAAGCTGTCAACAATGTCCTATAA TTATTGTATAATAATTCCATAGTTGGGAAGGCATATAATAAAGGTGATGA CGTGAGGAATTGTCTTTGAAGTCCAAATACAAAATCAGAGTTCACAATTT TGTCAGGAAAAACTAAGTTTATGAATTAGAAAAGGAAAAAAGGAATATTG CGCACGCTGTTTTTTCTATTTTGTTCATTATTTAATAGGTCATCGTGGTG TTAACTTCAAAGGTAACAAAGTGATATATTCCATACTATAACATTGAATA TGTTTTACTTTAACTAGAATTTACATGTATGTAACGAAACAAAATATGTT TTATGATTAAAAAAGGAAACACGGTTGTTGCGTGGGATATTTTTATTTAT TTATTCATTATCTAATAGATCGTCGTGGTTGTAACTTTTTCCTCTGAAGC AAGGTTAATAGAAATACCAGGTTATACCATAACGCGTGTACGACTGATGT TTGACTTCCACCACGCTCTTAATATTGACGTCATAGTAGATGAGTGGTTG CGTGTTTTGTCAAAAACTGCTTTTCTTTCCCAGCAGTAGGTACGATATAW AAAATTGAAAATTCTAGCCATAATGAACTTATAGACTATAAGGGGTTGAG TGTTTTGTCAAAATCTGCCTGTCTTGCCCAGCAGTCGGTACAATACATCT GATTGAAAATTCTAGCAAGCCCGATTATATGATGGTCTAACCTTGTATTT CTATTAACTTTGCTCTGAAGTAAGGAATTTATTTTATCTAAATTGTTTAA AAAAACAAAATAAAATAAATATATATGAATTGAAATATAGTTACCATATT TTTCCTGCTCCAAAACTATTTTAAATGTAGGAAATCCTCCTCTTTATTTA TTCATTTTCTCCCACCAAATACATATAGTTGCAGATTTTAACAGGTGTCT TGATTTACTAGTATCGTATGTATCATTCCTTGAGTTCTTTATATATATAT ATATATAGTTCCTTGTTACTTACATATATTTATATCAGATATTTTTATGA AATTAAAAGGTAATAGTTTGTTCATTATTTATGTACTAGATTAGTTTTTT CATGTTGTTGCTCCTGACATTAAGTAATTAAAATTATTTATAAACTCGTC TGCTTCATATAAATGCTTAGAGAAGAAAAAATATGCAAGTTAACTGTCGT TCGCTCATCTTACTTATTATGCTCAAAAGTCCTTTGTCTTATTCTCCCTT TATTTTTTTCTACCCTAAACCTTATAGTCTCCTCAAAAACGTGTGCAAAG ATACATACCAATATGCATTCAGGATTATTTTTAAAATGTTACGGTTTATA TTTTTMMTTAATATNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NATTTAAAGGCAAAAAAAAAAAAAAAAAAAWAWGATATCAAAAMAATTTC TCGAGCCTTAATAAGCTACATGAAAAATTTAAGCAAAATSAAWTTAYTKK TTTGGGTGKGATTTTTGGAAAAAACATATGTGTACCCACACAGATATTTG CATTTAATATATAGATAGTATTAATCTATCTCAAACTTCAAAGATATAAG TTTTTTAGAGGATATTTTTGAAAGCAGGTCATATTGACCCTTAAAACTAA AGAATAGCACAAAAAGTAAAGGCTACACAAGGGTTAAAGTACTTGTCACA AATTATATCACATCCAACATTTACACAATATATAAATAATAGTGGGTAAC AATTATTTGCACAATCATATAATATGTAGATATGTACAATTTAGAGTTTC TTATTGTGTAATTGAAAAATAAATGTGGTTGTTCTTTCATTCTCTCACTC TTGCTTCTAAAAGTAAAAATATAATTCCGTGCCAAAATAGTAACAATGGA GTGGCATTCAGAGGCGTATATTAAGCTTTTGAGTAAAGTTATAATTTCCC CAACATTTGCAAATGTTTTTATTTTTAAAAACAAATGAGAAGTAGAATAA ATGTAAATTCGGCTACTAATTTGAAGAGAAGAGTGTACCAAATATTGGTT TCGTTCTGTAGATATTGTACTTTGTAATATCTTAAATAGCAAATAACCTA ATGAATGTTAGAAAGGGTTGAAATTTGGAACTAAAGAAACTACTAAACCA GTAAGGGTTTTGATTATAAAAAAAGTTGGTATTTTGACTTTAAGTTATTA TAATAAATTGGAGATATCTAATTTACTATTTGCTAATTTTTCCAAATAGG GCAAAACACTAAAAAGCGAGTGTCACTATTAATGAATGGACTAAATATTT TCCAGAGCTGAGTTTTTATTAGGAAGTGGAAGAAATAAAAGCTATATATA TAATCAAGGCCCACCCTATTCAATATATATATATATAAAACATACATTTA TGGATAATGCATTTGGTAATAAGGTTTGATTGATTTGTGTATGTCGTTTT ATGCATACATATTGTACATATACCTTTCAACAAGGAGATTCATCACCTTT TATTAGGGAGAAAAAATAGAACGTAATTGATAGAAAACCCCTAACAAAAC CTAGGCTATAAACAAAGTACAGCATTGCACTACGTTTTTTATTTATTTGA CAAGTAAGTAGATAATTTGGGGTTTCCGTAATTCATTAATCAAAATTTAT TTAATGACTATAAGAGATTTTACATAGTTTATAGAAGTCTTGAAATATGT TACTTTGAAGGCGAGACAACATTTTTTTTTTGATAGGAGTAATGTGACTA TTATAATTGTTTATTGATATAAAAAATATGAAGTGTCAGTATATTAAAAA AAATGAAAATCACGAAATATTTGAGAGGAGAGCAGCCTTAGCCCCTGTTT AAACATTTCCAATTGATACAAAAACAATTTTTGGATTATCGAACATTAAG TTTCGTCCATGAAATCAATATTGTAGTAATAGGGACTGATGGCCATTGAT TTTAATTATATATAATATAATAGGTTTAATAAAAAAAAGAAATCCATTAT CTTTCCAATAGATGGCTTTAATATTGTGTATCTTGTATTATGTAATATTG TGATATCGGTTTACGCTAGACGGCGTTTGAAAGATAAGATTTCATACTTA AAAAGTTTTGTGATTGTTTTTACGTAGTATAATTTGAGATCTTGTCAAAG AGAAAACGCACCTCATTTTACAGTTTATCTGCAAACAAGGCAAACCCGCA AGTCAAGCAGCGGAAAATGTGAATTGTGTTTTCCTGATATCAATCAGGAG CAATTTTGGTTTCATGGAATCTGCTCTGGTAATTTTGATGTCAAAGATGC AATGGCAAACAAAAAAAAACAACAACCAAAAAACAAGTATTTCTTTTTAC TAAACTTTAAAGCTATTATTCATAATTTGATTTTGTTATAGAAAATGTTG CGACACAATATTTATACTATGTATTGCATAAGTCTTAACCTTAAAAATAA AGGAATATGTATGAGATAATTCCAATTCAGTTTTTATGAATTTTGATATT TTAAAATTTGGGTGAATTACAAGGGAGAAATAGTAAGGCAGTTTACTTAG AAAATCAATACACTATTGAGAAAATCATATACATATTAATGGTAGCCCTC AAATAAAACCCAAGAACTACTTTCGCCAAATTTTTGAGAGAATCCACTTG GAAATTTTGGCACCCGAATGATATCGAAATGATATCATTATCAGATAGGG GCATCCCTAAAATATATACATATATTAGTGCTGGGGTGGTATAATAAACT TATGGTTTGGTGTACGCACCACGCTTCACCCTTCACTGTACGTGCTTCAG TACTGGCTATTAGTAATTTTTTTTTATTCATAGAATTAATTTAGTTTTTC AAATTTTTTCGATATTTTATTTTTTCAATCATTTCTTTTCTGTATTCCTA AATATACTTAACTTATTTAAAAAACTGTCGAAAAAATTATTTCGCTTGAT ACAGATGTATTTTTCTTGTTTTTCCTTTTTATTTTCGTTAAAAGGAATGA TTATTTTACTCCGATAAAATAAAAACATTTGAATCATAAGATATATATTA AAAACTTGGTTTACACTGTGACATATCCCTTTTTACATGTGGATATGTGT ACAAAAAACGTGTAGTACGAAAAATATAAAGTTTCAACCAATGTAATTTA GTAGAATCAACATTTTTATTTCATAAACCCAAAGTTTTTCTATACTTAAT TAGTGAGAAACAACTTAAATATATTAATCATATTGATATTAGTTCATAAT GCAACTTAAATAATATTGCCCGGATTTTATGATTAAAAATTTGCTGGTAA TTGAACAATAATTCATGTACACTTTACTTATTTTGCGTTAAGCACACCTG TTTTTCTCATTGGATGCAATACTGCATTAATAAATTACGATTATTAAAGA AACAAACATGATGTATAACTTTTTAGGTAATAAATACACAAAAGGAATTG GAAGTAATCTAATATATCAATTATTTAGACATAATCAGACTGCCTTCTAC AAGAATATCAATAACAGATCGGTCCAACATTATTGCATATTAAAAAATGA ACAAACTTTTGCTAATCAATTATACATTCCCTACAGCGTTTTAACTATGG TTCAAGGTCTAAATTATACCTTTTTTATGAGTTTTTGTTTCAAGTAATTA TGTTCCTCTCTTTAAGAACTTCCATAATATTTTTTTAAGTTTAGATAGAT CAAATAGTAGATAAGGTCTAATTAAATATATAAAGAAAGGAATATTGGAA ATTTTTAAGTTTAGTTGAACTATAATCGAATAATTTTGAATAAAAGTAAG TACTTTTGTTTTTTTTAAATGACTTTATTTATTTATTAAAAAATAATATT TTGGAGACGTTTATTTTGTATATGGTCTACAATTAACAATTTAAAAAAAT AATAAGATTGATAAAACGACGAAGGTTATAGACTACGGGAATAGGAGAAG ATAAATCTCAACTCATTTGAGTTATAATGACAATCAGTACTTTGAATGAT CTTGAAAGTAGATGAAAGAAGGTCTCATTATGTGGAGGAAGTTGTGAGTT CATCTCTAATGGAGTATTTGCGGATGGAGAAGATAAAATCTCACTACCAC TCTTTCTTATATATATCATGATATCTTACTGAATTAGAGACAAATTCACA ATTTGCAATAATATATATGTAATTAATTCCCTTTGCTTTAGCAAAGTTAT TTTCTTATTATTAAAAGATTGTAATGATTAAATTTCTATTTTACAATTAA ACTGTCTTTAATTTTGAGATAGAACGAGAAAATATGACGTTGTTATTAAA ATTACTAACTTTACCATTTGTTTTTAGAAAATACATTGATTTTATTTTTT TAATATATAAAATCATTTATCATGTTTTTTAAATAATATTATTCTAAATA TTAAATTTCATATCTGCAGATCAAATAGAATAAATATAGAAACAAAAGTA TTAGAATTATTTTTCTTAATTAATCAGTGAATTAAATATTGCAGGTTTGT CTCATTCACCTTTTTGTAATAAGTGGATTTTTTTTGAAAAAATGATATTA ATTTTTCTTACCATTGTATCTTAATCTACAATATATACATTATACATATA TGTATGTTATTTGAAACATTCAAAACCTTACAACGTGATCTTTATAGCTT TTGGTAACTTTTTCATAAAAAAATATATATGCTTTGTGCTTGTGTAAATA ATATTAATATATTTTAATGAAATTTCACATATGTTCAATAGGACCATATA TATATAGTATTAAAAGAAGGTTTAGTACAATCAGTTAAAATTAAAGGCTC TATCCCCACCCTAACAATGTGTTCTAGTATTAATAGAAAATAAAATACTT TCATCAAATGCAAAACTYCCAGCCAATGCTGGAAAGGCCTGGACAAAAAA AAAGTGTTTTCAACTATGTTTTCTCCCCAAAAAAATCAACTTTCGAAATA TGATTTATCGACATTTTTTGTTTCTGACACACCTTAATATATGGTTGTTG TACAAAAAGTTGAGTTACAAAATATGGAAGAAACTGACCCAATGAAATGT GGCATAACAAGACCGCCCACCACCATTTGATTGTCCATTTTGAACCCTCC TTAAATATACTCCCATCAAGGGGTTGTCCATGATGCTTTTGGTGGCTGGA AGGCAAATCATATACCCTTACAGCTGGTTCATTAATCACCAAGGATCTTT GTCGGGGCCTTACAGTGGTGATCTTAAATAACATGCCAATCACGTAATTT TGGATATAAGAAGTGTTATTTGATGATTAATGCACCCGTGGGCGTAATTT TTTGATGTGCCATATTTATTCTAGTTTCATATTTAGAAGCTTCCATATAT TTTCTTTCGACGTTTTGTTACTGAACGAACAATGTAGTAGNNNNNTGGCG TTCTGCATAAAAAATTGAACATATACTTAATTCTAGGTTTTTACTAAAAA AACATTATGTCATTCGAAGTAAAAATTTAAACATAAAATAATAACTCAAT TTTCATGCATCTTTAGTTTCTTTCAATATCTGTCATACAATAGTTTAAAT TCACTCTAAAATGTATTCCAAAGTATACATTTCCTTAAAAAAATCAACCC TTAACTTCGCCCCTTAAAGTGAGAATCAGTCCAATATAAAGTTGGAAATA AAACACTAATGCACATTCAGCTAATTTGAACATATTTTTCATATAGATAG TAGCACTGACCTCCAATAGGGAAGTCCTTGGATAATTGAAATCCCAGCTT TTTGTAACATTTTATTTTTCTTTAATATGAAAAAATCTCGATCCACTAAA TTTACTTTACTTTGAGATATTGTGTAAAATATATTTTGTGGAAGTTTAGC TTGTCCTGATTGTAAAATTTGCATTTTAAAATATGTATCTATATTGCGAG TGATGTATAAAATATGTCCTGCTGGTGTTTATGAATAAAAGAAACCGAAA GTAAAGGTGGTGATCCTAAAACTTTGAATAAAGGCTTAGCTGTCATGACG ACTTATTAGATTAGCTGAAAGTAGACGTGAGTGGAAGGAAACAAGCACAA ATCCCACCCAGTATATACAGTATGTGAAAGCAAATTGTCCCGTTTTTGAT ACTATGATTGAAATTAACCTCATCGAGAACGACATTAGTATATTAGGAGT GGCTTAAAAAAAAATATGATTATACTTTTTAATATCATGTGTATGCAGAA AGTCCATCTTTTCACTTAATTGTGAGAATAGATGAAGGCGAAAAAACTAT AACATGAGCAGAAATATTATTTGATCATTGTTGTATTTTTATTTTTTTAT TTTTAAATAAATTAATTTAGATTAATCAGATTAAACTCTCCGTTGTTCTC GTTCATTGAGCATACAACAAAATATGTTGTTGCAACTAATTCAATTATTC CGTGATTTATCAAAAAGCTATGATCTGTATTTGTTAAAGTTTTGCTTAAT TGCTTGATTTGCTAAATCAATTTTGTTTTGTTCTTCTTTTAGGTTTGATC AACTTATTGGAGACTCAATCCACTGTGCCAATTACTTTTTCCACATGACA GGATTTTACAACTTTGCTCTTGGAAGTATTTATGGGATATCAATTTATAC ATTATCTGAATTCTCTGAGCAAAACTTTCTTGAAGCTTTAGTGGATAMTA AGACTGCTTCCATTTCATGCTACGCCTGGCAGGTACGTACACATTTATGT GTTACATTTTAGCACATTATTAGTTCACTATTACATTTGTGTTGATTTGT TTCCTTACTTTTTTTGGGGGAAAAAATCCTTCTCAAAAATTGTAATTAAT CCATAAGATTAATTAAATCTTATGTTGTCTAAGTAATTAATATTATTTTG GAGAAAATGAGTTCTAACCAAATATATAACGTTCAAAAAGATATATCTTT TTTATTAATAGGTACGTGATATATCTTCATATTATAGAATAGACAACAAA CATATATTACATATATTGAAAAAAAAAATAATGATAATAATCTGTTAACA TAAAAAGTTCATTGAAGGATTTATTCAAAAAATAAACCTCATAATTAATA TCAAATGCATAAAAATATACTATATCAATATGTTGTATTCAATCATTTCA CAGATAACGAAGCGACGCCGTGGAAGCAAAGTTGTTGATATGCAGTTATT AAACAAATTTCATACTATAAATCTTAAGGAAAATTCATTTATCTAGGACA TTAACTCTCCATTAATTTCTTTGAAATCCTAAAGTAAATTAATTAGGTAT TTTAAAAAAGTTCGACCTGGACCGGTCTCAAACAAAAACTTGGAATATAT CAGTCCCTAAATAATCATTTGGATCAATCATTTTTTTTATATTCGGCTTA CACCGATTCAATTGATGAAATATTGATAACATGTGTTTTCTAAAATTGTG AACATCAGCCCTAAAAGTTCATATGAAATTCCTATAGTAACCATTTTTTA TTAATTATACCCTTTTTATATTTTCTAGAACTGTTTTTAAGTAATAAGGG AAAATAAATTTAAACGTAACCATTTTTTTTTGTTGTCCACCGAATCTTAA CAATGATAAATATATCAATATTTAAGGTAGAGCATTCAACTTTAACTTTT ATATAGAAAACCTACCAAAATTGATAAACGCAAAAATATTTGTTGGAATA GAAAATAGATTTAACATTTACTAAGAGGTTGCGTAGTAATAACGTTCTTT GTGCTTATTATTCTTCATCTCTCTTTTCTTCTTTTTAAAAGTTTCAACTT CCAAGATCAATTATAACGTCAAATGAACTATTTCTTTTTTAGAAAAAAAA TCAAATCCAGAAAGAGTGTAAACAATGAATGATTAATATTTACTACTTTA ATATTTTACAATGCACAAGAAATAGTATAACAAAGAATTAAAGAAAAGCA CGTAAATAAGAACATAATCTAGTGTTTAATAAACTGGGATATCGAAAATG GAGAGAATAAAACATAACTGTCGTAAAAAGAAGTTTTTCGTTCTAATACA ATTTGGTTTGTTTATGAAGATGAAAATTATAAATCTAATTTTTGTAATAC TGATTTTTCTTGAGTCATTCTATTTGTTGTATAAATAAATTCTAAATTTT GCAAATTACTAATTGCCAGAATAAAAGTCGTACTTAATTATTTTCGAGAT TTTCAAGAACAAACAGGATTGGCTGTGAATAAAAATAAGACCTCAATTTT ATCTTTGGGCTCCTGGAAGCCTGAAGAGGATTTTAAAGTCGGAAGTTGCA AATTTAGAAGAATGGTAGAAATTTTGGGTATCAAATAGAATAGTAGTGGT ATTCATAAAGATAACTGGAACGAAATTTGGACCTCCGTCAACAAAATAAT TTATTTTTGGAAAAGATTCAACCTTCAAAAAAGAGTTGACTTTTATATCA ATTTGGTAATATCTTTAATTTTATATAAGGCAAGTCCGCAACTAGCTGAA AAAGYTATTCTATAAGAAGACAAATGGCTTAATTATATCRAAGCCATAAA AATACCTTAATCCATATAGATGGTAGAGTAGCCCAACTATCATGTATTGT CCCGAATATTTACTCCAAAATTTTTGTGGATATTTCAAGAAATCCAGCAG TAGAATGGAGAAGAAGTATAACGAACCGAGAACTGTACATTTGGCTTATG ATGGGGACTAATTTGACCAACAAAACTACATATTAATTATACTAGGCCCT GCAAGGACTGTGAAAAAATATATAATAGCAGACTTAATGCGTTTGTGGAC TGCCCTGCCATCTATATCCTAAAATATTTTGTATCCACAAATCTAAAAGG GCTGACGAATGGGGACGAAAAATATGTTAAAGGTTTTGTTCTTTTTGGAA TTTCAAGGAAGAAGGGTGGCACTTATGAGGTAACAAGGACTTTGCAATTC CTAATTGTAAAGCCCTCATTGCCAGCCGACTAACTAACTATCAGCCTGTT CGGGAGGATGAGTTCAGAGGTAACATCTTGGCAGCTTTAGCCCCCTATGT CTCTCTCACAATGACAATTCCTAAATGTGAGTCATTTGAATTTTGCACGA GAAGAAATACGGTACCTTCCATCAACTTGATAGAATCATGGAAGTATTTT AAAAAGGGGTTTAAAAATTTTTAACAAATATTTATCATAATTTTTAATTT GCATGTTTACNNNGATTGATATTTAGTTGAAATTCTACCCCCGGAGCATT TAAGTATAAACTATAATGTTTATTTATGTAATTTTTTTTATGCAATTGCT CCGGTTTATTTATATATATGTATGTTCTATATAATATATAAACCAAATAC AGAATGTTGAAAACATTTTCTTTAGCAAATTAGGAACAATTTTCACCAAA AAAATCTCGCATAAATTAGTGTTAACATCATAATACAGGTATACTCATTT ACAATTTTTCAAACAAGAGTCACGTTGGGACATTATTCTACTTAGAATAT TGTCTTACTCAAACGCTGTCAAATTATTTATTAACAAAAAATTGAACTAA TTTGTAGTTGAAACAGTTAACAAAACATTTAATATCGTCAAACAAATTAA TAATATTTTCAATTTTGATACTTAATAAAAGTTTTAAGGAGATTGATATA ATAATTATGGTACAATCAAGTCCAAAGTATTATTGTTTTTTTATTACTTT TGCTTCGAGAAACATTAAAATGATCTTTATAATGAGATGTTTCTGCTTTT GTAGCTTACAAAGGAATGTTTGAAAAAAAAAATTTTTTTCTAAAAAAAAA TAACAAAAAGTGGTTATGCATTGGAATATTATATTTTTTAGATCAAGAAA TTTTAATAAACTTTTATTACATTCATTTTGCTAAGGTGTTTATTTTTTTT ATTTTTGTAAAAAATAAAGTTTTATGTCTTCACTTTACAACAAGTTTGAA TTATTAATATTTTGATCAAAAAGGATAAATAAAATAACTTAAAAATACGG GTTTTATTTTTCGTCATTGTTTTGATAAAACATGGCTTTTTTTCAGATTA AAATAAAAAGAATATACAGAAATAATTGCATGTAAAATTTCTATTATTTG CATTTGTCTTATATTAAGGTCCTTCAAGGCAAGCAATAGACAGTTATATC AAGTAAAGAATGACTTTATAAGTGAACAATTTAATAAATTATTCATGGTG ATTGAAAGTATGAATTATATTATGTTTTTGAAAGCTCGATTAAGGAAAAA ATATATGTCTATTGGAAAGAAAAAATTTCGATAAGAAAGACATAATTTTT TCTTTAATTATGTAGTTATAATTATGTACAGTTATAAGAAATATCAAAGG GGTATAATTAAAAAAAATTGATTAATATCGGAAATATAATACTTTGGAGT TGATTGTACCATAATTACTATATCAATCACCTTGAAACTTTTATTAAGTT TCAAAATTGAAAATATTACCAATTTATTTGACGATATTAAATGGTTTGAT TTAAAACTATCATCATTTGATTAAAATCGACCGATTAAGATAAGCATAAA TATTTTGTTCCGAATTAAATGACCTTTTATCAAAAGTAAATATATAAAAA AAGATCATATCTTCACTTATTAGTTCAATAACATCAATGGTCTTAACTAA CAACAATGAATATTAATTTGTTGAAACTTATGTACGAAGTCATTAGATGA GAAATGATCTAATGACATGTTACTTTCTCTAAGCTTTACTTGAGTCCTAA AATTTACTTTTCTATTATGCGGGATTAGTCTAAACCCTTAAGCAACGCAG TAGATTTTTTATAAATTTGTACAGATCATATTGAAGTTATTTATAATTGA TACAAAATATGGAATATTTTGACTAAATTTTGGAAATTATATATCAAAGA ATGGTTAAAACTCTACTTTGGGGTATCAATATTCCATTAATTTTTTACAT TAAGGTATAAAAATATATAGTATCAAGGGAAATTTTGATTGCGCTGAAAA AAAATCATGCGGAAAAGCAGGTATGGTTTAAAAACTGCTCAGACTAGAGC ATGCTGATATAAATTACGTAGAAATGAACAACTACCTATTTGTTTAAGGT ATTTAAAAAAACTCAACTCATATTGTGTAAATGCACTCATTCAAATATTG GAAAAAATATGAAAAATTGTGTTTTTTAAATTCTATTAAGCATTAATTTT AACTCTCTTTTTCAGATTCGAATTCTTTCACAATCTCCTCTTGTATCTAA TTACGATCTAAGCTCCTTAAAAGTACTCATGACTGGTTGTGGTCTCCTTA GTTCTACAATTAGAATGGAAGTACTTGACAGGTAAAAAAAACCCATTGAA AAATCATTATTTAGTTTATTTTTCTTCACTTACACTGAATTTAATAAAAT TTTTATAAATGTAATTTTTATTCTAAAAACTAAAATTTTATCAACAAATT GTATAGTCTTTTGAGTTTTTGCTAATTAAATACTTTTAAGCAAAAACTTT AGATTTAGGGAAAAATAAACAAAATTTGATATCTTTATAAATAACTTGTG AGTGAAAAAATATATTGACATGTTTTAAAAGATTTCGTGCTCATTATATT ATTTACCTTTCTATTTCTTGTTCGTGTGTCCTTTTTTTAACTTCGGCATC CAAGGTCAAATATAATCCACTATGTGTTATTTCTTTTTTTACAAAACCTC GATCAAAAAGGGGCAAAACAATGAATGACCTAAAATAAAACTTAAAATAT TTCGTAATGGACCAAAAATAAATTAAATATTGAATAAGGTTGATAAATCT TGAATTTTTGTTGTGGTTGGAACGAAATATACTTTAGAATAAGAATGTAT AAACATTATGAAGAACTGGGGTTTTAAGAATAACGGATAGTGACTARTTC ATGAAGGGKTCTTCAGGKAAATCAGGACTACTTTTAACTGAATCCTGATC AATAAGGGAAGCAAGTATAGGTTTGAAATTTTATTTTCAAGTTCTAATGA CAAAGAAAAAAAAAAAATCATTGAATGTGTCTCCATTTTCGCCAATCATT CGCTCAATACGAGGCCTAAAATATTTGTAGGCCTTGAACAAAGGAGATTT TATTCCAGTACTTGATGATGGAGGCTTTCAAGCAGTCGATGCTGTTATGT GAATTGACACAAAACTTTCTCTCTAACTCTCCTAAAAAAAGTAGTCGATG GGATTCACTTAGGTAGAGTTTTAAGACCAGGTGTTGTGGTCACTGGATCT TGCCAGCCTTGTGCGAGGGGCTAGAACCTTGTTGAAACAGGGACTCGACC CCATTGGCCTCAGCTTTAATCTGAAGTATTACTTGGTGAAAGTAGTTGAG GGGCATGCCACTACGGTTGCTCCCAAAGACTTTAAGGATCATGATGCTGG CTGGAAACTTGACAAGGAACGTTTTAGGCATACAAGAAATATGGGAGTGC GTTTTTTATCATTCGGATACTTGTGGGCTTTATATACCCCTTCGCCTTCA GTAATTGTAGACGTCTTATATGAATATTGAATATGTGAGCATCTTCATGC ACACTAGAGTTATAAAACATGGAGTAGGTAGATCCCTAAAATTAGAATAT GTGTGACTTTTTATTATTTTCCTTCTTAACTGCAGGAAAGTCTTAGTCCT CCGAAATTCAGGTCATATTTTATACCATTCTACTTATAAGTTATACGCAC TCATACAATGTTTTAATTATAAAAAAGTAAGCCTATAATTTTAAATTTTT TCAAAAGGGTAATTTAAAGTGCACGCATACTAACATTTACGTAAAATAAT AAATGAAAAAATTTCATTTTATGAGATAAATAAGATTAATAGAAGTAGTA ATCTATGATTAAGAGAGATAATCTTGAAAACCTCCAACTAAATATTCAAT GACATCTTAAAACTTATTTGACATCTTTTTGGAAGTACATAATCTATGAT AAACCTTTAATTAACTATGTATACAGCATGTTCAATTATCTTAAAGTAAC AAATGAATTGTTTCTCATTTATTGTTAAATTGAAAAAATAAATTATTTGG CAGGATACTTTTGAAGTTAGCCAAGAAAATTTATTATTTCGGACTTTTAA TTATAATGAAATAAATACAGTTTGCAATCAGATAAAATAATACTCATGTT GTTGATTTCGGCAATGCTGGATTTGTGTAGGAGGGAGAGGAGAAGGCTGG AGCGAACGAGACATACTGTGTTACCCTTGTTAATATCTAATGATGTAAAT CCGATGTTTTTTTAGCTGACCTGTTAATTAGTAATTCATAATTTTCTTTT CCTTAGCTCTTGTTATTATTATTTAATTCCTGAGTAGTGATCTTCCTTTT CTAAATTGATTCAATTATATTCAAAACCTGATAGAATATTCGTGTGTGCT CAATAGTTGACGGAGAGTAACCTTAAGGATTTTTTGAGGAGTTATAATTG TAATTCCTTGTTGGTAAAATTGGGGATCGACATCGGAGTAATTCTGGCAA ATATCATTTTTTACATCATTTTCTCCATCCCCTCTAGTCACAACTACTTG TAGCTGATCTAATGAAACGTCATGTGCATTATCCTTTCTCTCCTCCAAAA CATTCTTCAAATTGTCAATGTTACCATGTTGATTTTAGGTTGTTTTTTTT TTTGTTTAACTTGGCCATTCTAGACTGGATTTTAATTACTGTTCATATCA TATGGCTGCTATATGCTTTTGGGAGAAGAAAAGGAATCACTACTATAACG AGGAGAACATCCTACATTTAAAATAGTATTTGTCCAAGAAAAATATTATA ATTATATTAAAATTAATATATTTTTATCTGATTATATATTTTTAAATCAA TTTACATCACATATTGACGATAATTCTTCTATTAGAAGGATATGTGAACA TCTCAATGACTTATTAAATAATGAATAAAAGAGAAGAAAGAGCACGCTCA TCAACTCCTTTTCCTTTTTGAATTGCTATACTCAGTTTTTTTTTTTCTTT ACACAGATACCTTCTTTAGATATAGGTATAATTAGTATGAAAGAAAATAA ACATTTTATTTTTTTTGAATGACCTCCTTGTCTTGAGTTTTTGAAGGGGA GGCAATTTGAAAGAAAAACAAAATGTTCAAAATTTATCATTTCTTAAAAA ACAAAGGAAATATTAAAAATTAAGAGGTAGCAAGTCATATAAATATATAA TCTTGATTTTGTAACCTCTTTGAGAATAGAATAAAATAATCATGGACGTC TCCTTCCCTCAAAGACATATTATAATTAATGAATTAGTAATTATATAAGT GTATAAACGGTATGTATATATATATTATGAATAATTATATCTTTATCAAC TGTCAATCCCACAAATCAATATTTCTTTAGAAGCAGAAAATATAAAAAGT AACATTTGAAAAAGATGACACCAACTAAAAAGTAGTTGGTATCATCATGT CTATTTTTATTATTTGTTCTTGCTTCATACGCTTTATCATTATTTTATGT GAGTTCATAAAAATCGTCTTCAAACATTTTTACGTTGAATTAATTTCTAT CCTTCTATTTTATATGACGTACTTACCAACTCGAGGGTTGAAACCCAAAT TTTCCTTACTCAAATTTTTTAAATATCAGTTGTATTGCCTATATTCTATC CTGGAAGTCCAATATTTAATGTAAATAAATTCAGACTCTTGAGAGGAATT TTTCAGATCCATTTTATTGTAAAAATTGGGGGAAATCCCATAATTCACAA TACAAGAATGGAGTGTAAAAGATTCATCATATAAAATAAATATTTGAGTT ACAACAATTTGCCTCTCACCCCACCAATTATAACCCATCGAACCTATAGA CCTCTTTTGATCTCAAAGGGTCAATATCTCTTTTTATGAACTCGTTCAGA TTTTCCCTTGATCTAAAAAAAACTATTAAGCATGTCAATTACTAAAAAGT TTGAAATTTTATTTATCGTAGCTTATATTCTTAAGCCCTAAGTTAGTTAA ATTCCTTTTTATAACATGGTTACTGAAAATGTACAAAAATAACCCAAAAA ATAAAACGTATTCAATTACAGTATACAGCTTATGATAATAAGGTTATTTA AACTTTGTATAATTCTACTAATTATTACATCTATTTTGCACTCCTAAATT TTAATTAAAGTTCTAAAAATACTTTTATGTACATATATAAGAGATTGAGG AAAAGTATATTCATATTGTTAAAAAGTCTTAAAAATGGCTTTCAAAAAGA TTTGATTTGTTATTTTCATAGTAACAATATTAAATTTTTATCTTTGATAA AAATTTCAATGAAATATTCCTTACTTTATCTAAATTTTGGGAATCCAATT GGTGGCATAAGTTTTGTTAAGGTTGCATGCGAAACATACTAAAAGCTTCA AAACCTCGGTTCTTGCATTGAAAAAAGAAATAATCCAAAACAAAACAAAA CATACTTTACTTAAATTTACCAAAATCCTATTAAGAACAACAAAATATAC GAATAAATACWAAACAAGACATTATCAAGATATATAATGAATGGTATACA ACCAAATTTATTGTTTTTGGAGTATTCTGAAAAAATAATAATAGCATTAT TATTCATTCATCTTGGGCTGTATAATATCCCAGTTCATTAACAGAGGGTT AAATAAAACTATTCATTTCTATAATACATTAATTATTATATAAATTCAGC TTGTGCGTTTTTTCTATCTGCTATAATTTGTATTTTTCTCTAAAAAGAAG GAAATATGTGGGTATATAATATGTTCATTCGAGTACATACTTTCAGAGAG ATATCTTCTTAGAAAGGCCTCTGCTTTGATTATATTATTAAATCTTATTA TATCTACCAATGTTATAAATCTATTTATTTTTTCTGCTTGAAATCCCATT TTCTAACTTTTTTATCTATGATAAGAATGTATTATACATGGTATCTACCT AATCCAGGGCTAATGATACTTATATACCTATATGTATATGCTTCGATATG GAAGGAATTAATTACTATTTTATGAACATGACCGGGTTTAATGTAATTTT TTATATCCTAAATGTTTTTTGTAACGACTCATTAGCTCAGAGAGATTATT AATCAATTAGTCACTGTAATTCATTAATCATTTATTTTCATAAGTAATTG TTAACTATATATCTAACAACTTTATGAAAGGGAAATATATATTTGAAAAC CATCAGTAAAAAAAAAAAGAAGAAAATTGAATGGTTTTACCTTTGAAACA CAGACAAGTACACAAAAAAACAAACAATTTTTCTTAGGTTTCTATTTCCC TTAAGGTATTGATTAATTAAAATATGCGTTGTCACTTTTTATTTTTATTT TTTTTGTGATCWTTTACTGTAAAAAATCAAATMCTGCCATAATTTMCCAG ACATGACTACACCAACCACCAAAACAATAATAAAAAAGAATCTACAATTT AATTAACCTAAGAAAGAACATTCTGGGATTTAAAAAAATATTTTGCATTG TTGAAGAAAAATATTTTATGATACTAAAGTAACCATCCTTAAGATTTTAT AATAATATGTCTTATTATTCTATACTGTGTCGTAAATTTTGTAGAAATTT GCCAGTTGACATATTTTTGAAGGTTAGCAAAAAGGAAAATTGATTCTGCT TCAGTTTTTTTCTTTTTTGTGGATTGGTAAAATATATATGAACTTGGGAC CTTGGATATTAGTATTTTTAATGTCTTTAGGCCAAAGATTCAAGACGACT TATTTATATTTACAAATACTTTTTATAAATAAATAAGGGATATAATTTGA AAAGTTGCAAATTATTGCATAGTTCAGGTGTAGCTCCCATAATTTTTTTT CACTATTTTATTATCCTTATCTACATTTTATTGCCAATACTTTTCAGTAT GCTCCTGAAATATTAAATCATACGATATGCAATTCTTTATTTACCGTATC GTTTATTTATCATTTATTGCCTTGTTTAGGATTTATTGTTTTATATATAG CATTTTTTTAATCAAAGTTTAGTTAATTTAATTAACTGCTTTKCTTWTAA GTGTWGTTCCTTTTTKATTTATTGGATTTTTCTTTTTTTATTATTTGAAG TAATTTCNNNNNNNNNNNNNNNNNNNNCTGATAGTAGMGGYGATATTAAA AATTTGTGATTTGTTTAAATTTTAGTGTCTTGGATCCTAAGGAAACCCTT AAAAATCCTAATTAGCAAATGGACTTCCCTTTACGATCTTACACCCCGTG AGGGTACCACTCTTCTTTACTTTTTACATTTGGACCAGAAGAATCTCAGC CTTCTACTGAAATTCCTGGTCCGAGTGTTCTGGCTGGCTCACCACCTAAT GCTCAGGCTTTGGTCAATCCCATCGATGACTCGTCTATGTTAATCTGGGT GGAGTCTTCCTCAATAAGGATGATTCATATTTCCTCAAATAACGTACACA AGGAGGATAGGTACGTGGGCAACATCTCATACCACTTTAAATCAGACATA TAAGAGATTTTTCAAGTTAATGATTATGGATCAGGATAAGTCTATCCCTG ATTTGAAAGAATTTCTTTACTTCGACATTGCCAAAATTGCCAATCAAAGC TAAATCTTCCTTCCTCTGACCTATGTCATCGAAGTTCAGAGAAGACCTAG GAAAAACTCCGATTGGCTTAACAAAACCGATCATTAGTAAATTAAAGAAC TTAACTGATTGCATCTATCATCAGCAAAAAAAAAAAAATTATGTTGGATA TAAATTACCTCACTAGCGCTTTGGAATTAAATAGAAGGAAGACATTTCGC TTGGAAGCTTTAAAGTGCAGAATTTGGAAAGTTGAAACTGGCCTACTAAA TGCTCTTGAGCCTCGTTACAGATGAGGCAAGAAAAAAAAAAGAAAAAAGA TTTATACCCTCGGAAGCTAATAAAGCCAGCAATGTTGATAATCCTGCTCT TAAAGCCTTGATGAAGAATTAGGATCTTAATGATTGGAGTTTGAAGTCGT TGCTGATTCATCAAAAATACCGTCTTTTTCCCCGGTTAAATGTCAAATGA TAAAATTAAACTTTTTCAAAAATAGACAATACTGTTCAAACTTACTTCTT TTAAACATACCACCATGCTTTGCAATAATGATAAAGTTAAGATTGGTGGA TATCAAAGGCACATTTACAGCACCCATCAAAAAAGTGGCAGMCATTGACT CAGTTAGGTCCTATGCTGAAGCCCTGATCACCCTCTCTTTAAAAAAAAAG AATTCAGGAACAGCAGGAAAATTGGACAGAGTCCCCTGTTCAGTTAAGCG TGGATTCCTTGYAAAATATAAGGAATATAAGATTCATTCTCTCACCAACT CAKCCCCAGAARCCCCAGCCAATGAAAAGTAATTTTTGTTCAGAAAGGAA GAGAAAAGGCAAAAGAAACGAAAAATATTATTGACCAAATCGCAACATTG AACAACAATACTGCCGTTTTATACTTCTAATAATAATAATAGTAATTTTC CAAGTTACAAAGTTTGCTATCATATGAATAAAAGGTTTAATGATATGGTG TAAATCTAACCCGGTGGACCTCAATATTAGCGGAAAGTATTTTTCTAATA TTTGGAAAACCTTCGAGACGGAAAAAAATCAATTTACAGAGACTGTACAA ATTTTGCTAACATTGGCACCTTATAAAAAACTTTTAAAATAAAAAAACAT TTTTACAACGCTCCTTGGGACCTAAATATGAAGAGAAAAAAATCAAATTA GTTATAAGTTTAAGGGTATAGCCGACCCAATTAGACTCATTGAGATTACT AACTTTATCAAAAATAACTAAAAAAAATACTGTCTCCAGGGCCCTCAAGT CTGCCTTTTGAATTTTATAAATCTCTAATACCTAGATAACCTTGTTTTTC GTTCGGCCTATGAATATATATTTAACAGGAGATTTCTTCCATATTTGATC AGCACAGGATACTGAAGAAAAATCGTTTGGGGAAGAAATAAAAAATTACG CACTTATATCTCTTCTAAATACGTTCTACCAAATCCTTACTAGTCTTTTA ACCTTCGTCAGACTGTATCTATTTTTTTCCCTATGATATAGGAATCGTAC CCATTCTAATATTAAAGTATGTCTAACTTTTTTTCTAGACATCTGAGAGT TCTAAGATTTCTTGACATCTACCTTTTTTCATTGCATTATACACACTAAT TTTCGGGCGGAAATATTAGTAAATTACCAACACAGCGATAAAAGTTTTTT TCAAACCCTTAAGAGGCTGCATGGGTACAATTGTAACCTTGTATTTTTTA AGCAAAATAGCGTCTGAATCTAACAATATTTTTTTAATATGTTTTAAAGT GATTAATGAAATGAAAAGTTAATGACGAAAAAAAGATTTATTATAAAATA TTTGAGGTAAATTTCTACAGTTTCACAATTCATACAAATAGCTTTTGATT TGGAATGTTTGTCACAAACAGGCTAAACACAAGTAACACGGTTTTTCCTG GTCTTACGGCGATTTTGTTTCTAATCACGGGAAGTATAACACCAGCCAAG AAAATTTTAGATCCAGGAGTTTCATGGAGTACTTTTGGCTAATATACTGC CCCTTCTGGCCGTATCATAGTCTGCTCCCCTAACACATTCACACTGTAGC TTGAAGATAATGGTTTCTCATAACGATCCTGTTACTAGATCCAGATTTCA TTGCAAGCATGAATAACTATTTTGCAAGATATTTCAGAAACTTTATCCTT TGTAATTTTTTTATTAGCCCTTGTTTGTTTTCCATGTAGATGATAATCGA TTCTAAGGTAGTGACGTCGATCATGTTATAGAAAAATCCCAAATGCCAGC GCATTGTTCATCGTTTTATAGCGTACTCGCTCAGCATTTTGTGAATTGTG TCTACACTTGCTTTGGTTTGGTTATAATACGTACATGATAATCTCTGACT TGCTTGATTGAGCGGCCTCAACTTCTCTAGTCATATACATAGATGGCAGA AGCACCTATAAAAAAAGTTGTCTTTAAATATTGTGGGCCAAATTGGTTAA GTAAACTGCCTTTTCCTTTCTTGATTGTATATTACTAGGCAGGAATCTTT ATTTTTTCTGACTATTCCAACTAAAGGTATAATGCAGATGTTCAATACTT CTAAATAAATTGTCCGGGGGTTCCAGAGCCTTTATACATATATAATGATC CAAAACTGTATTTCCTCCAATATTCACCAGTTTGGAGCCATCTACTGGTT TTCCAGTATATACTTTACCATGTACAGGGTAAGCGTTGGATGCATCACAA TTCCAGAAATTTTTTATATTATCCCCGGCCAGTTAAGATGGCATATATTG AGTGAAACTTTTACACCCTCGAAATGGACATAACTGTTCTTCAATAATGA TACATTCATGTGGTTTGTAGGATCTTCTACAAATTTTTATTTAGCAGTAG CCAAATATATCTTATTGCTCCAGCTTTATCCGGTAGAGCACCAACTCTAC ACAGATGTTTTCGTTGTCAAATCTGAGCATCATCTTGAAGTGATCACGGG ACATGGTTACACATCTATTTTCAAGAATATCTTAATTAGTTCGATGTACA CCAGCAGTAATAAGAATCCCAAAAAATGGGTTGAGCTCAATATTAGTAAA TGACTCGAATGGTATTAGTGTTGGCCATTCAGAGGCATTAAAAAAATCTT AGGATGATGCTGTTCTTAAAAGCTTGACAAATTCTTCTACCTTTTTGATT TGTTTCTCTCAATATCATGTCATAAAGACATAAAGAGCTCTTTCTGTAAA TAAGTTGGTGTTAGCTACAGGCCCACCTCTTTGTCGAAGAATGTTACACA ATCTTGTTTGCACTGGATTTCTACGCCATTCAGTTTCATGCTTCGGGATC CATATTGAACTTTGATTTTGAGATACAGCAGTACCAAGTTCAATTTTTTC CTCCAAGTCATATTTTTCCTCATGCTCTATCTAACGTCAAAAGAAGCAAA AAGTAATATTTAAAAAAATATATATAATTAATACGGAAAAAAGAACAATT ATTTGAATCTAAATATATGGGGGTACAATTGTACCCATGCCGTTATTAAG GGTGTAAAATTATACTAAGGTTAAATAAAAAATAGTCAAATTTCTTCCTA CAATTCCTCCCTCCAGCCCAAAAAGGTTTTATTAAATCAAGGCTCCGAGA AGATATTCCTTATGTTTGACTTTGATAATTTATTTGATACGTTCTCCCAT AAATTCATAATTGGGCAACTACGAGCATATAAATAGGGATTTTCGAATGG ATATATTAAAAAATATCTGGCATACTGTATAACTCTTCCTAGAAAATTGG AATAACAGGCATAAAAAAATGTTCAATATCCATCAAGAAGTATGACAGGA GAACCTTTTTCTCGTCATCTATTTATAATTCCTATAAACGATATTTATGG GAAAATATATTGGTGCCCTTGAATTAAGGGAATAAAAATAGGTAACACAT TGATGAAATGCCTTTTATACGCAAATAACTGGATATTTTAAAGAGAAGTG TCCAATTTTATAAAAGAGTCACTTGCTTTCAAAGAATTAAGGCTTGGACA TAAATATCCTTCCTAAATTTATTCATTATCTGCTATTGTGTGAAAAAAAT TATAAATTAAGGGAATATCTTGTATGGGGACAGGCTCSTGTATATGTTTC AAGAAATTGTATCAACACTCCTATCAAAAGTTGAGGACTAGTCTGGAGCA TAATAGAAACCATGTGTAAAAATGATTCATTCTGTAAGAAGGAGACGGAA ACATTATTTCATACATTTTTACTTTTGTCAAATAGTTGTACCCATATGGA GGACATATTTTGGTGTCACTTCGCAGTTAGACTTATCCAAATTGATTCGG TATTTGTCGCATCTCTTTCATACGATGTGGGTCATCATGGCTCAAAAGAT TTAGAAAATGCGACAGTATCTGGACTGAAATAATTAGATATTTATTTCTG TTTACTCTAGGATACAGAGAGGAAGTGCTTAGAAGTCGTGATGAGTATTT CAAGAACCAGGGGATAACATCCGTCACTCAGGTTCATTCAAATAGCATCG TTTTGGGCAATTTATAAGTGTCGCTAAGGGACAATACATATCCAAGGCCC GATAAGAAGTGTTGTGACCCTTCAACACCGTCATATATTGCACTAGAAAC TGTCTGTAGTAAACTAAAAAGAGAATCCTTTTCCAACATCCATTCTGTAG AACACCTTTCCACTCTAGTGCGGAGAAGAATATATAGACTGGACCTAGAT AGAGACATGAAAAACGTCAACTTATTAATAATTTTCAAAAACCCCTTCAT CGATTCTCACCAAAAGTGGCTAAGATATAAGTTGGCATTATCCTCACTTT TTACCAACAAGTCGAGAGCAAATCCAGAGGATATAAATTATTCATTCTGT AAGAAGGAGACGGAAACTTTATTTCATACATTTTTACTTTTGTCAAATAG TTGTACCCATATGGAGGACATATTTTGGTGTCACTTCGCAGTTAGACTTA TCCAAATGCATTGGGTATTTGTCGCATCTCTTTCATACGATATGGGTCTT AAATTAGAGAATATTGTTTCCAAAGTCCATGAGGCTCTTTACACGGCAAA ACAAACAAACGCAATTATTACACTCGGAATCTAAAGTTGTGTGTCGACCA TAGTTAATATAATGGGTTCCTTCACCGGTGGAGGCACACTKCCAGCCTCA TTATAATCATTAATCACTAATTGTTGTTTGTCAGTCTTGACCTGCTTCTC TATATCTGATAATTTTTAATCGAAAACTAACTAGTTTTTAATCCCCTTTG AAAGGATGGGGGAAGAATAAGGGTGTACCTTTGCATAAAATAAAACCAGT CGTCTTTGATTTTTTATTCTTAAACGCATAAAGTTATGAGAGCTGATGTA TAAACTATTAAGAATTAGTAAAATCTAAACTGAAAAGATTTATATTTTTT AGTACATTTGGTATAAAACATAATTTTTTTTTTAAACTTTAGAAAGATCA ACCGTCYCAGACTCTTGTTTTTAAAGTATATATGTTTTTTTCTTCCTGAA GGTTGGAGAAAAGAAGTAGTGTTGGATCGGCACTTGGACTGACTTACTAG TCATTCTTTTTCCAACCTCAGTTTCAGTTTTTTTTTATCGGTCCAATATT TTTTAACATGCAATGCTAATAGGAACCAATTAGTCGACGCTTCAATCCTT TTTATCTTTTTATTTTCTTCAATCCGAGCTAGAATTTAAGATTACATGAA AATAATGAATTATAGCTAGACCGTATAATAACCTCCTTCTTCTAGCTTAA GGTATCTTGTCTCTTTGAAAAATGTTATGATTAAACTTCAACAGCTGAAT TGATGTATCTGGTAACTACGATAATTCAAATATTGTAGTTGCCATAAAAG ACCGATAAATACCGGTCCTCGACCGCAGTGTCTTTAGTTTTTAGATCGAT CCAACAGTAATTGTGAGGTGTACAACAGTTGCTAATAAGTTTTAATATTC TAATTATTATTTTATAAAATAAACGTAACCCATCCAAAAGGTATGTGTAC TAATTTAATTTCCAAAACACGGATGAAGTAATGAAAACTTTATAAATTTT TTTACCAAAAATAATGTTTTACATTGTGTAAAAATAAAAAGTTATATATT GTTGAAACTTCAAGCCTATGTTGTTCAGATAATTTTAAAATAAAATGTTT TTTCAATTTCATATATTCATACAAGTATTTTTAACTTTTGAAGGGATATT TACAAGTGCAAAAGGGTTTTATTTTTGGGCTTTCTTTATTACACAGTTCA CTAACCACATTATGAAGAGGACGTTGTTCACTAGCGGAAGGMCAAACGCG ATTATTAATTTTCGAAAAATTTGTCAGCAATATAATTTATAGATTGATAT TGACTATTTTTTAAAACTTTCATTTGGKCTATTATCCATAGTATAGAAAC AACCTCAAAATAATCACAAAATTAGATTCTAGAGTGCTATTTATTCGATA TGTTTTACTATTGACATAAATTCTGCTTTTTAATAAGGAGTAGTTATATT AAATATGCTTTCTTTGAGTTATATTTGCATGCTTATANNNNGTATTACAT AAATGTATAAAAGTGATCATAGATATAAATAACATGTTTATTAAAAAAAT ATATTTAGCTTAAAAAACTTTGAATAAAATTGATTTTTTATGTTTTAAGA TGAAAATGTTGAAGATAATTATTTGGGATGATTGATTCTTTAATTAATCT ATGCGGTTATATTTAGTGTAATTACTCTAATACAAAGATTATGCCTTATA ATTTTGTGAATTTCGATTGACTACTTCGACCGTAGTCAAAAATGCATTCC AAAAATAACATTAACTGAAATTCAACACATCAAAACAGTATAATTTTAAA ATGAAAAACGAAAGCAACTTTTCATAGTTTTTTTTTTAATTAAATGATGC TTTTAATAGAAGGCCATTTTAAAATTTTGAAGGTGCTTATCTATTGTTAT TTTAATATTGATCAAAGCGTATTTCTATTGAGATAACAAAAAATTTGAAA TTAAGTGTATTTTTATATTAGGATTAAAACTATGAAGTACTTGTATGTAT TTCTGTAATCATCCATCAATAAAAAATGATAACTAAAATACGGATAATAA AAAGGAAGAAAAGGCTATTTCAGACTTACAGACAACACCCTTTAAATGAA ATATATAAAAAAGTTTTATTAGTTGGACTCTTCTCCCNNNTTTAGTTTCC TTCTTTGTAANNNNAATTACTTTGTTTCAGCAAATATGAATCTTAAATGT ACATACATCTATCAGTCGATTTTCTTTCTAAGATACTACATAAATATATT GGTATATCGGTACAAAAAGAACAATATCCATATAAAACTTTTGAAACGAG CCATAAAAAGCTTCTTCTTTGAATCTCGAATGATTATTTTTTTCATGTTG TTTACTCATATTTCCATCGTATAAGATATTCTTACGTCTATTGTTAAAGT AAATATATTAGTTGTTTGATTAAGAAAATATATTTTAACTTTTTATAGAC ATTTTCTAAAATATAATAAATTTAATATCCGATATATTATTCTACAAAGT AAAAAAAGACAAATTGTACTTTTCTAGATATCTGCTCAAACTAGAAAATA AAGTTTATCAAATTTTAGTACTCTAAAATAAGTTGGTTATGAGAAGTGAA CATTCAATTTAAGATAAATTTGGTGCTTTTTCTTCTGTGTACCTTTAATT TACAAACCATTGGAGTTAGATCCCTGAAATTTTGTTGTACTGATTAAGTA AAAGCAAACATTATAGTATGACAATTACTCCATTTGACCTAGGAATCTTC TTTGAAATCCATATCCATAATGTATATTACCTTCTATATGAACGACCAGG GCGTGAACCTACGCACATTGAGTTCGAAAGAATCATTTCTGCTGAGTGCG TTAGCCATTGAGCTACGTCGTTCCATAAACATGAATTTTGCGAATATATT TATTGGTTAACATAAAATATTCCTATTATTTAATGTTAATATTACGTCAA TTCTCAAGATTGGTTTTGGACTTTTCTCTGTCACAAGACCTGAATGTCTT TAACTCGTTGTCAATGCCATTATCAGAGCAACTATATAAATTAAGTTTTT CCTTTCTAGAAAAATAATATAAATCCATTTTTTCTATTGTTATTTATAAC TTCAAGTCTGGGTTTTTTATTATTTTTTAGGTCTGGGTCCCATTGTAACA TAAGATGGTCTTGACGACACTCATTTAATAGTTAAACATACCACAAGCTT ATATTTGCTTCTTTATTTTTGTCTACTTTTCCGTCATACCACACNACTGG GTTTTTTATTATTTTTTAGGTCTGGGTCCCATTGTAACATAAGATGGTCT TGACGACACTCATTTAATAGTTAAACATACCACAAGCTTATATTTGCTTC TTTATTTTTGTCTACTTTTCCGTCATACCACACAAAGAAAGATACTGGAA GTTGCAATCAAGAAAATGTGAAGTCACAAAATTATCAATAAAGGACTATA ATTAAATCTTAGAATATTATGACTGTGTAAGAACGTACTCCATTCTGTTC CAAAAAGATTGGGGATCCTGGAATCACCTCGTTTAAACATCTTACTATTT TGTATGTCTAATTAGATACTGTTGTAGCTCTCAAACCCATAAAAATATGG AGTAGAGGTGATTTTGAGGCCACTGTCAGTGTGTGTGTGTATGTCCTTCA ATCATAGCCGAACCAATGGATAGATTTTTCTGAAACTTTTCCTATAGGTT TTTGTGGTTCCAGAAATGGTTCTGATAACTTTTTTGGGTCATCGTGGCTA TGGTAGGCTTTAAATAGCATTTTTACCACTTTGCCTACAACCTGAGGGGC GGGATGTATTTTGGGATATTATGATGGATTTTTAGTGATCAGGGGAGGGG ACGCGAAGAAATTTAACTTGATTCGAGTTCAGCAGTTAACTTGCACAACC CGTGGGCTGGGGTGTATTATAAGGGTTCCTTGGTGCCTGGTAATGCTGCG GTGGAAAAGTTTAAACTTTATTTTGTCACAGTACTTCACCTATTCAACCT GAGAGTTGGACTGTATTCTAGGATATTAGGAGGTTTCTTTGATGCTCATA AAAGTGGCTGSAAGACTGTGAGTTGGGMGTCTGACCCAGAAATATCAACT ACTTCCACATTGTGAGAAAGAATTGTGCCTATACTTTAGTATACTTATAC TCAAACTACTGACATGAGAATAATTGTTAAAATTTTACGGTCATTAAATT TTGTTTTATATTTAGAAGTAGAGTTCTTAACTGATATTAATTTTTAAATG TCTCAGGCAACACCCAGCAAATTTACTTTAGTTATTATTAACTTGAACGA ATGAAAAAGTTTGAAATTTTTAACGAAACTTCACAAATGCCTGGAAATCG ATAGAAATGGGTCGAAAAATGTAAACCAAGCCTATATTTAATACAACATT AAATTATTAAAAAAGTATGAAAAGTTGCAAACATTTTGCATATTTTTATT TTAATATTTTGTTGTTTTTGATGCGTTAAATTCCATCTAATGTCATCTTT AAAATGAATTTCTAACTTTATGCATACTTAGRTATCCTATCCAGTTGCTG CATAATATATTATTGAAGAAAGAAAAGTAAAGGGAAAATAAAGAAAAAAA TTAGCATTCACACATGTGCTAAATTAGTTTTTTTATTATTATTAAAAAAG GAGGTCTTAAATAAATTTTTGATCAACTATGTACTTAAAAAGTTGGTTAC TTTTAAAATTTTAATTAGATAGAAATCAAACAACATTCAAAGTGATTAAC CCTTTTGCATAAATATACATATACTTAATTGAACCATCTTGTATTGATAT TCTGAATCAAAAGTAGTCGTATAAAGTCTTGTTTCCCTCTTAATTAATAA AGAGAATACCACTCATTAATGATTTTACCAGTAGTTCATTTTTATTGACC GTGACTTATGTAGTAGCTTTTACTACAATTCCACAATTTTACATTCTTGT TACTACTAAACTATCTATTTTATTAAATTGTGGTTGAAGACCAGGATCTA CATAATCCAGAGAGTTCTACATAAAGGAGGTCCTAACGAAAATACAGTTT TTTATTTTACGTCTACTCTTTTGATCAAAACTCTAACTTTATCTTTTTAT TATGTACGTGACAGCAACATTATTCTTTTATCAAATTTTAAAGCCTTCTC GTCTTTGTTCAAATGTTGTCTTTCATATAAATATCATTTCGTTAAGAGAA TATAAGAAATATATATACGTAGGAAATATGATAAAAATAATTATTTTTCT ATTTCATGTTCTGACAAAAGTCGTTAATATCGCTGAGAAGGATCCTAACT AATTTATTTTTTCAGTTTATTTCTAATCTATTTGATTATTTTGATCTTCA ATCTAAGGAAGTAGCGAAATAAAAACGTTAACATTGTTTAGTCATGAAGA TTGACCTTGTATGCAAATTTGTATTAAAGCGACAAAAATAAGGATTAGGA CCAAAATGCTTGCAATAGAACAACCTTTGAAATACCAAAGTAAACATTGA AGTGCATTTACAAAAACAATCCATAATGAGGAAATCTTCTTCCTGAAAGT AAAGTTTGAATTTTTTTAGAATAGTTGACTTTTTGCAAAACCAAGTGTTT GCAAAGTTTTTACGCTTAATCCATTTTTTAAACGTTTGAACGACGATGTG ATTCCACTAAAGGAAATTATGATAAAAACCTTCTTCTTTTTTTTTAATAT TACACGCGTTCACCTTGGATTAGGTATATTCCAGTGTCTGGTTCATTAAA CTTTTTTTTCTTCTATTTCTTGACGACAATTTCTTCAAGCAATAATTTAT CTGGAATCAAAAATCTCCATGGCCTTGAAGTATAAAATGAATGAGTGTGA ATTGATTGACATATACTCGATGTATGAGAATATTAGTATTACCAGAACGT AAGTGGATTATGTATATTTTCGATAAAGTCAATGTTTTGAAATTATAAAA CATATATTCAGAAATTGGTAGAACATTAAACATAATTGGTTCATTTCGTT TTGTATCGTTTCCTTATCTCATCCTGACAGAGTAAACCTTCGTTAGCAAA TGCATTTCGATACTCATATCTCAAGAAGTTAATAGTGGATGAATGTGAAT CAGTGGCACCGGAATGTATTTGTAAGTAGGAAGGGGTTGGAGATCAATTA TAAAATGGTGACGTTATGGTCAAACTACCTTATAATTTTATTATAGAAAT ATTATAACTAGTTTAAAAACTTTTGTCATGTGTCTGTTAGTACAAAAACT TTTCTGAAATTTTCGAAATATGTAATTTAATAAATTTCACTACAAAGAAA AAATCCTATATCTTCAATCATTCAATATTTACTTTACAAAAGTGATGGAC AAAAACTTAGATAAAGAATATGACTGTCATCACTTTTTATATTTGTGCAA ATCTATCTAATTATATGAATTATTTATGAAAAGATAATAACTTCATAAAT CACTTATTATAATTCATCCACGTTTTCCTAATTTATTCGATTTCAAATCT ATTTATCTTTAAATATTATTATTATTAGATATAAATACATTAATAAAATA TAAAAAATTAAATAATCGTTTCTAAATACAATTAATCTCAAAGTATTTAC TACAAGTGTTCATTTTAGGATTAATATATGTATTCAATACATGAAAAAAG TGGCTTMGWTAAAAWATGTAKATTTTRAATAAAWAAWGAWCTCCAGATAT GTAAAACAGAATGTTCACTCGTCCGGCCGTCACACTTTTTATTTCCAATC AAACTCAAAATTGCGATCTTTTAAGAGTGCTAAAGTTTTGCATTGAGGAA TATGATTATCCAAAGATATTTGTGGACAAGTTTTATTTTTTTAAGCAGCC CAAAATCAGCTTAACGAGCAAGAAGACAATAATTTAAAGGAAAGGTAAGG AAATTAAAATGAGATACAATAATTTTCTATTATAATAAAATACGAAAAAA AAGTTATATATTGTAATAATAACCAAATACAGGGAGCGTGGATCCGATTG TCGCCTACTTTAAACCTTTATAACTTGAAGAGGACATTATCAAATAAAAA ACCGGTTACCAAATAGGAAAGCTATTCTTGTCAGCTGACGATACATAGTT CAGTTAGCATCATGCCGTCATCATATGAGGAGATAAAGAGCTATAAGTGG AACGAGGAGCTTTCGAGGTGAAATCTCCAATTCAACGATTGCTTCAACCT TAGGAGTTAATTTACGGACTGTTTAGCGTATCCGTAAGAAGCTAGAGGAC ACCTGGATGTTGATGCCACCATAAAGAGGGCGCCAACAGGAAGGTCAGGG ACACCGACTTTGTCGACAAGGTGAAGAAGATAGTTGAGGATGACCCTACC AGGTCCATGAAGGTCATAACGAGGGATCTGGGCTGCCATGAGAAAACAAT AAGGGATTGTGTATCTGAGGATTTAATGCCATGTGTCCAAAATCTCCATA AAGTGGTTAACCGAGAACTGTTATGACGTCGTAACCAAGGATTTGTGGCC TTCTAATCCTCCCAACCCTAATCCTTTGGACTATTTTGTCTGGGGTTATG TTGAGAGACATACCAACAGACATCCCCATAGCACCAAGGCCAGCCTAATG GACTCCATCAAGGAGGTATTCGGCAACATGGACAATGAGATGGTCAGAAG AGCCTGTGGCCGGTTCAGAGGCCGTATTGAGGCCGTTATTGTTGCCAAAG GTGATTATATCGGATGAATGGCTAATCTATACCTATATGCTTGTCATAGT TTTGATTTTCAATAAAAAAGTTAAGAAATGTATATTTTATGTTGTTTTTT GTAGACAATTTGATCCCCGCTCCCTGTACACGAAAACTTCATGTCTTTGG TTTTAAAACCTTTCACACATAACTTCATCCATGATGGCCATCAGAGAGGG ACTTGCCCTTCTGATTTTCTGTCACCTCAAAATGTCCCCCTCCACAATAT GCATCATTGATGTAGTGACAAAATGCAATGCCTCTCCCCCTTCCTAACGG CACCACTGACTTAATCTAATGTTAAATCAATGTCTTCATTATTTGATATA AACAAATATTTCATCAGCATTGAGTATATACTTTGGCTTTATAATCTTCA ATGTCTCTATTCTGCGAGACCTTCAAGATCTTGAACTTAGAGCTAGATAT TTACTCATATTATATTCGTTTTGAGGAGTTTTTCTCTGTAAAAAAATTAT ATAAACCATTAAATATAAAAAAAAGAATTAATATTGTATCGTTGATTTAG CAACGCATGTTATTGTGCAATTTTGAAAGTTCCGTATGATACTGACGATC AAAGGAATAGAATTTAGTTTGATTCGATGCCAGAATAATGGTTATTTCTA ATATATGTATATATTTATATAGACGCAAAATTAAAACATGCCATTGATAG AGTATTCAACATGGTGAACAATTTTTTCAACAAAACCATACAAGAGCTTA ACTTATTACTTTTAAAAATAGAAAAGTACTAAACTCTTTGGGTATTCAGG GGGTTAAGATAGATTTTGTTATGATATAGATCTGTGATGGGATTCTTTTT TGCCAGCAGAAACGTTGTTGTATCAACAATCTTTATTAAAGATTTGGAAA TAAGGGCGAAAGCTACTCCAGATATGAAAAAGATTTAATTTATAGAGGAG GAACGGGGATACKCCGCCGTGACGATAATTTTTGTGTACAACAACCTGAA GATTTGTAACTGGGAGGTCTCAAATATGACTGTACTTCCAATCCGAACAG TGCAAAAGATTGATAAGGCTGTTCAGGGGACTGATTATCCCAACAGTCGC TGTGTATGAACTGCAATGATTTCATTGGAAAAGGAACATAGTTATTCGGT AATCCAGATCTTAATCCGATTGATTCTTTTGTCTGCGAGTATGTTGAATC TAAAACTAATCAAACATATCATGTCATTAAGGAGAATTACCCCCTCCTTC CCTTTTCCGGACCTGTATCCAGGTTGTAATTGATGCTGGAGATAAATACA TCAAAGAGCTCTTTTTCAACATTAATATATACAATTCAAGTCGATTTCCA AATTAAATTCCTGAAAAATATATATCCTCAATATATATTTAAGATTTTTG AAAAATACGCCAATTTGATTTTCAATTCTATTATGATACTTAACATTTAG ATCTGTATATTTTGAATAAGGTCGACTTCCAGAATGATGACGTAACTTGA CTACGCTCTTTAAAAATGGAGGTTTTGATGATAAACGTTCATAAATATTA TAATTATATCCTTTATTTAGTCCATTATTGAAACACGTAGTCCATCAGTT TTATTACTATTTATTCCTGTATATATTGAGGGTGTTCTTATGTAAATGTA ATTTAATGTTTTTAAAACTTATATACATATGAGTTATACCGTTGCATATG ACTAACTTAAAATTATTTACTGAGAAATGGAAGTAGGAACTACGAATTTA TTTTTTTGTATTTATGTTTTATTTTGCCTTTTATTGTTAAAATTTTAACA TAAATCACTCGGCTAGGCGCATTATGTTTATTTATACACATAGCGTTCGG CGCTCCTCCACAATGATATATAATCGAATACATGAGTATTTTTGTACTTA CAAAACGTGAAATATACTTTCAAATCCTTTTACTTTAAGAAATGTGAAGA AAAATTTCCCCCTAATGTTTTTTTTTTTTTTAAACAACAGTATTTGAATC ATTTTATGTGTTATTTTTTCATTAATAAATGTATCTTCTATAAATTAAAC AAAACTATGGTCAAGAATCCATCATTTACAACGTGTTTTCTTCATAATTT GTAAATTTATTATCGAATAAGGCATTGACGATATTATCTATAGCAGTGCC TAAAAATATGGAAAAAGAAACACTCAAATTAATAGTATATACAATGAAGG CCAATCAATCAAAATTGATAAATATACGAGTATATGTTATAGAAGTTGAG GAAAACAAAAATTAAGGCTCGAAATTTTTGTAGGTGCGGATGAATTTTGT TCAATTTTTGATTGTTAATTATATCAAACCTGTGATTCAGGAAATTGCAA TTTGTAAAAGCCCCGTTGTTGGTTGTTGATTTCCGTAATGATTTACAAAT TTTTATGAAGAGTTATCTATTCTGAGACGCTTTTTAGTAAATTATCCTCA CATCTTTACAAATGATAAATTTGTTTGCTTTCCACTGTACTCCACCAATA ATAGTCCAGAAGTTTGAGTTCGGGAGCTGACGAAGAACCGAGCCTTTGTC CAGCCCAGAAATTTGCTAATTTAAAAGAGTGGTAATGCTTTTCGATTTTA TTCTTGTGAATTAATTTTTTAAGCTATCTAAATTAAACTTGGGAAAAAGA AAGAAACATAACAGTTATCTATTTGTTTAAATAAGTCAAAACTGAGAAAA CGGGTTGCCGGAGTTCGTTAATTACAATCAAAGTCATTAAAGCTAATTTC CCAAAACCCTAAATAAAATTTTACTCTCCTCTTTTTAAAGCTCTATCTGC AGTGCTGGTTTCCTAACATAGAGGAAATTGTGAAAGAAATGTGTTCGATC CTTGAATTTTTGTGATTTAAACTTTTTGAGCCTTACACAATTAATAAATA ACTCGCATTTTGGGTATATTCTGAGGTTAAAAGGTCAATATTTATATTAC TCCTAAATACAGTATTTATATAAATATAATTTTAATTTTAGTTATCAAAA TAAAATTAACGCATTAATGTAAAAATGTTCATTAAAATGGAAGCTATATG TAACTATATAAAGCATTGACAGATGAAAAAATGTACACAACATATATATA TATAAATTCATATTTTCACCTTAAACAGCTAACAAATAAGTTGTGTTCAT TTTTAGAAAATTAATTAATAAAAAATAAGACTCTAAATAAATAGAACAAA GAAAACCTGCCGATTGATTAATTGACTCCAAGGAGTAGTATTGAGATAGA GGCCTTCAGAATTAAAAACGATTAAAAGTACTTGACATTAAGTGAGAGAA AAGAGTAGTTGCACCGAGTTAGTCAAATGATCGTATTGGTTTAATCTCCT AAAAAGTGGGCGAGGGGCGTAGGTTTAACTTTCAAAAACGAATAGACTTG TCTAATACAAGAGCTATTCTCTTGACTCTTTATAGTGCTATATCGTCGTC TAAGAGAGAAGAAATAATGCTGCAGATCCAAGAGGGATATTTATTTTCGC AGTTGTGAGGTATGCAGCGTTTAACATCAGGATTACCAACATCCACAGCA ATGAATTTGATACAGTAGTGAATCTTGTATACTACGGATCAATCCAGTTA CAAAGAACTCTGAAACGCATTGTCAATGTCTTGAATGGAAACCGTGTTCG TCATAATGAAATGTTTGCATATTTTTAGTAGTAGATCTTTAATAGAAAAT GTAATTGTAAGCGAAAATGCTAATTTGTGTTAATATAAAGCAATTATTTG TAGAAGTCCATGTTATATAATTTGTATGTTTTGTATATATTAATATATAT ATTTATATGTTTGATATGAATAAAGATCAAATTAAATAAACAAATATTTA TTCAATACAAAAATATGAATTCCTTGAGTCATATAGTACATAATCGGTAT TATAGTCCTATTACATATAATATCACGATATGACCTTTAGTTTATCTCTG AACCATTCCTCTCTAAAGACAAAAACAAGGATAAATAACAATATAAATAT CCAATAACATAATTTTCTTCAGTTTCAGTTTTTTTTAGATGATAATATTT AATTAAATCCACGTTCAGAAGACAAATAATAGACAAAAAACACATAGTAA ATTATCAATAATTAAATTGTTTTTTACATTATTACTTTGTTCGGCAAAAT AATAAAACTTCCTGAATGATAACTTTTTGAGTATAAAATATAGGTGTACC TTACCCACATACAGGGCATTGGAAAATTACTTTTCAGCATTCACCATATT TTTTTAAACAACAAGTTACAGACTGTCACACCACCTTGCGGAAAGTATAT ATATTTTTAATTTGCTCCTGCCTATTGACGACAAATATTATGAGCAANNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNACAAAAACTCAAATTC ATGAGAAGAGTAAGGGTTCCAAATTTCAGCACATAATTTATTGAGTCGTT CATGAGATATATATACACATCTCAGGGCCTTTTTGGATAAAAAATTTTTA AAGTCGCTTCAATGCCTTACTACAGGACACCCATTTTTCTTGCATATTTT TTATCCAAAAGAGCGTAGTTCTTGAAATTGGGTACTTAACTATTTTGAAG CGTGAGGATTCCTAAAAGGAAGTCAAAAGTAGAATATTTAAATTTCTTAT GACCTCAATTTTGATTTAAAAAAAAAAAAATGAACGACTCAGAAATATGT GCTGAAATTTAGTACACCTAATCTAATCAAGAATTTGATCTTGTGTGTCA AAAACCATCCAAATCTGAGAGGTTCGGGTGACATGCTCTGGTTTATTTTA CATGATCCAAAAAATTTAAATTAGTATCTTATTGAGATTACGCTACGCCA TACTTATTTTTGTAAAATTTATCATTGATTCTTATTTATGTTAAGAAATA CGGACTTATATTCCTTGAAAACAATTTTTGAAATCATTTGGTGATATGGC ATATCTTGTATAAATATTAAAAAACATAGATCGCATCATTACTTTTATTA TACAACGTAACCTTTACTCTGAAAAAAAGAAAAAAAAAAAGCTCAAATCA ATTGGTAGTTAACTAATTCTTTTAAATATGGAATTATTATTGAATAAAAG TTGATATTTGTTCACATATACAAAAGAGAAAATCCTTATCCAACCAATCA GTGTTCAGAACACTGATTAGGAGAAAAGAAAAAGTGATAGCTGACAAAAA AGAGGATTACACTTTTAATTACATATGTACGTATAAAATGTTTAGCGAAT TTTCATGCTAAAATTAATGTAAAAAATATGTTAATGATCAAATAATTCTA CAAAATTTAGAATATTTTGTAGAATGTAAAAACTTTGTTTTCCAAACTAA TAAATAAGGAAAAGTTTTTTTTTTCACTAATTTTTGTGAAAAAATGTACA AAATATATAAATATTATATTAAGTAAAATATAGCATTAAATGGATTAAAT TTAGGGGAAGGGAATGAATGATTATTGAAATGAATGCATTTAGAATAATT ACAACAGGAATATTTAATTTTGTAGAGTGTTTTTTATGCATTCATCATCC TTCCATGAAACTTGAACTTTCAGAATATGACATTTATATAAATTGTATGA ATAAATGTATAATTTACATTACAAGGTACAAATCTTAGTTCCACATCTTC CAAAATTATAAAATGATGATAAAAATATTTCGAGTTTATTAAAAATATCT AAAACATCATAAAAGATAAACAAAAATATTGTAGTTTTCTTAAAGCATGA TTTGGTATCATACTTTAAGCTCTAATTCTCCTCATACAGAAATAGTTCGC AAACAAAAAGCTACAATATATCCACTTATAAACTTTCAAGTCCTCTAGGT ATTGCCTTGATCTTGTTTTTAATGATCAGGATGGTCATATTATTTTGAAA TAATATTAAATTTTATGCAATTACGATTTTAACTTTAATTCAAAAATATA TATAGTTCTTATTATCCGTTTTGTTTAAACAAAATGTTGTAAATCTATCT TGAAGCGCATGTATAGTCTAGATTAAATACGTTTAAATGGTCAAATTGGT TTTGTATGGGCACGGATTTACATAGGTGCATAAATAATAAAAGCTTCTAT GTAGTATCAATGCAATATGTATACAACCATTTTTTAATTAGGATTACAAA ATAAGGAGAGATACAAGTTTTTTTTTTCTTCATATAAATATTTAGTTTCC TTTCATTTATAATGTAATTACATATACTGGTAAAAAGGTTTGTATTTACA CTATTTTATTTCTCAGTGGATTACTTATAAATTTAACAATAATGTTTAGC AAACAAATGAATATTTATATGTAAAAATAATAATAGAAACAGGCCATTCA TTCCAATTAGTAATAGTTTGCTTACGTGTATCACGCAACCTTTTACTATG TATATGAAAATTAATTTCTACCAATTGTAAAATATTGAAATGTGATTTAA TTTTTATTTTCGAAATAAAGAAGTTTTGTACACATAAATTTAATTAGTTT TGAATAATAGATTGCCACGTTAGGGACTCCTCTATTTCAAATATTGATTT CCATATCATCTATAAATTTTTTCCAGGAAAATTATTATTTTCCATCTAAT TTCCTTCTTGTAGAATTATATTTGATTTAAAAAATTATATTTTTATTCGC GAAATCTTTTTATATTGTAGATGATATTTTTATAAATTTAAAAATCATAA TGTTCATAGTTCTTAAAAATAACATAATGGATAAAATTACGTTATTCTAG TTGTTTGCCATATAACACAAGGATTTTATACTTATACTTATCTCTCAATC TATATTACAACAAAAAGAAAGAAAAAAAAATCGAACTATATCGATATTGC ATATCTTTTTGAATCATTAAATATTCAATTCATAATGATATCAGAAGCAA TCCTTTTTGTCTTTTCTTTTTTCTTTGTGATCGATCCACCAAATGAGGGT TGGTCCTGATTCATAATGTTTTCTTGATCACAATACATAAAATGCATTAA TTTTGATTATAACTATTATCCATGACATGAAATGAATGGTTACAGTCTAG TATTTGCTTATGACGTAAAATAGGAAAAATACTTTATTTGTCAATTAATG AAATTAGTAAGTTTGATTTACATTACTAGCGTTACTGTGTAGCCTTTCCT TCAAAATAAAAATAAAAACATCAGATCTGCTGATAGTTGGCTTCTCTCAT CTGTAAAACTATTTTTCATTAAGTATTATAAAATTGTTATTAGCTTAGAG AAAGCTGCTGCGATTATTACAATTTAACTGCATCATTACAAAATTTGTTT GTTGTCCTGTAATTCATCTACTTCATCAGCAATGCTAATCAATTTATAGA AATACTTCTGAGAGAGTTATTGACCAAAATAATAGTTGGCATCATATGAC CCATGAAAATATTTTCATTTATAAATTTATTTATAATTAAACAATCATTT TCTTAAAAGACCTAATAATAATATATATATTTTTTTTTTTGTAGAATACC ATCAATCAAGTATGTGAGGGAAGCATATGGACTTAATGAGTGTGGCTTAG TGACACTCACCTATCCACGAGAGAAAAAAAACTCTATTGCATCCTCAAAA GCGGTAAACCATTTTTTTATATAATAGATTTTGTTCCTTGTATTGAAAAG TATGTAACATAGGGGTATGTAAACACCCACTGAGAAAATTAATCGAAAAA GATTTTTTAGAGGTTTGATTCTATGTATGAACAAGCAATATTTAACACAA AAGATGACTACTTTTGTGACTCTACCAAACAGTTTCTTGCTATAAATTCT GATATAAAACAAAAATCCATAGAATTAACTTGATATCTATCTTTTAGCAT ATATTTTGGGTGCGTGAATTTATAAATTCTTCTGATGTGCCCCATAAATT AATTAGAAAATAATTAATTTAGAAGTAAAAGTCAGGCACTAAATTTATTT GGTTGTTTATTTAAACACACCATAAATAAAGATTACGGGTGAGTCTTTCT CTCTCTTTGATGCTGGGAATAATAAATATTAACACTTAAATGTACAAATA AAGCGTTGATAATGGCCATGGGCGAAGCAAAATATATACTCTTTGTATAA ATAAAAACTATCATAAAATAAATTTATTAATTTATTTTCAAAATTAATGA AATTAGTATATTATTACCTTGAAAATAAAAATTACTATAAAGAAATAGAA ATTAAATGAATGACATTAAACTCATAATAAAGTGTCACTCATATAGTATG AGAGCTTTTGAGTAATAATTTTGAAACAAAAGCATTCGCACATAGATAAT TTGTAGCACTAATCTGTATTTGCAAGAAATATAGTGTATCAACAAGTTGT CAACAAATCCATGGCTTCCTCCAAAGTAGACGACACTTTTGATTTAATAC ATTTTTCGACTAATAAATCATTTATTTATTGTTATGTTTATATGAATTTA ACACTAAGAGTTGATGTGTAATAATTTAGGGGTAATAGATATCAATCATA TTGAAAAATCAAGAGCTACAAAAAGGTCATTTTCAACTAAAACATGATTC CTGGGTACAATTTTAATGATTTCAGAGCTCCTTGATAAGATTTTGTTGTG ATACCATTTTTTAGTAATATTGCAAGAAAAAAATTAGTGGACATGACAGA TTCTTCAAATGGAGATTAATCTTCCTCAAATTATCTTCAAACATTAAAGA AGAACTTAGCTGCAAAAGCAATTAAAAATATAATTACTATATATCTTCTG TCAAATAATTTGATATAGGAGTTTTTTTTGTCCATGTTGAAGATGAAATC ATTTTTTGGAAGGGTAATAATAACTATAATGGGGTGAAATGCTCTATTAG AGGCCTTAAGGCCCAACAAAAAGATATGATGGAAATCAAATTATATATAT TTAAAAAATTTATTATTCATTCTCATCGTGAGGATGTGAGAACAGAAGAT ATTAGTGAGTTATTACTTTTTATCCAAGTCTATAAGAACCTCGATGCCTG TCTAAGAATATTCATCATACAAAAGTCACTCGTACAAAATAAAAGTATCC ACTCGGAGTATTGAATTTTATGTTATCAACACGTATGGACCTTACATCAG ATCATCTGTATATTTTTCAAACTATTATAAATAATCAAAAAAGTGATTCA CTTCTTCTTTTATAGATCAGTGACGTAAATGTCGATTTTGACGAAAAAAA AAAAAATGATTATCCAAAATTTTCTATTCTTTAGATATTAATACAAGAAT TGTAGCTGATTAATGATATCAAAATGTCAAGTCCAGATGATCATTTAGTT TCAGGGTCTTCGTTCTTCTCAGAAGGATCATGTTTTAATATATTTGTTTA TTTTTTTGGTATTACTTTTAGTCACATAAATAATATTGAAGAAGAAAATG CATTGAAATTTGCCATCACTAGCGTCAAAGCTAATGTGGCTCATAAGTGA ACAGAAGAAAAACTCGTSGAGCCATACAATATTTGAGGAATGATGGCTCC CAGCAGCAAGATATTAAATGTTTCCCATCAGAATTCCACAGATACACAGA ACAAATTGGGATATTCCCCGCAAATTTAGAGAAATTATATCCATCAACCT CTGCAGATATTTCAAAACCTTAAGTTGTTTTTTTTGAACAGTTTAGGAAA CATTACAAAAAAAAAAACCATGTCTGGGTATATAATCTTTGTTGTTAAAT GATTGTTTGTTATTTTATCATTCTTATTTGCAATAAAACCTTTTTCCATG TCTTGTACCTCCAAGAAAAGAGTAATTTAACCATTTCTTAGTGGTGTTTT ATATTCTTATTGTGTATGTGTGAATATGTGAAGTTTGTATTTACTAGATT TTGAAAATTTGATTGTTTTTGATTATTAAGTATTTAGAAGGAAATTAATT TTTTACTATAATATTGAATGGTGTTTTAATACAAATGCAATTTTCCTACT ATGTATTTATTTTAATAATTCTAATATTTAGAATTATAGACCATCCTGTA GAGAGAGAGAAAAAAATAAAATGTTATTTTACCATTAACAAATATCCCCA ATAAAATTAATGTTTATTATTTTAATCATAGATTTACTATTTAAAGGGTT TCTATTGATGTCCCTAACTGTTGGTTTATTTTTGATCATTTATATGATAA AAAAACTCAGATACTATTGATGCAATTTGCATGAAAATCTTACAAAATGA AGGAATAAAAGTTGATCTTTCTCTCAAGACTATAATAATTAAATATATAA AATATTATTTTGTATAATATAAATCAAGAGTTTTTATAAATTTTAGCATT TTCAAAAAAAATTCAAACCTATTATAGAAAGTATAAAAATAATTATTTTT TTAAAATACGATCTGACAGGTTTTTGAGCATCATTTTATGGATTTGTAAT AAGTGTTGGTCAAATTTGTTTGATTGAGTTTCGATTATGTTCAGACTCCA GCCAAGATTGATAATCTTAAGCTTAGTCATTTTCTACAGAACCCAACGAA TTTACCATACGAACTATATAGTTTAACAACTGGATTCTAATTTGATCATA CATATAATAATAACCAATCGTAATGAGTATGATCCGACCGCAGAATTGTA TGTTGAAAAGGGGGATGATCCAATTGATGGGTTTTGAATATAATTTTTAC TCTTCTAAATCACCAAACCCCTTAGGTATAGTAATCAAAAATAAAATTGA TAAAAATAATATTTTCATTTTAATGATCCGTATTGTACAATTTTTCCCTT CATAAAGAATAAAATAAAAAGCTTGAATTATTAGGATACTACAAAGTAGT CAAATAGTATGTTGGCAAAAGTACATAATATGTACAGTCACTGAAAAAAT AAGGAAAATAGTATTTATAATATGTGAAGTTCATTAGTTAAAAAAAATGG TTTTCAAATTTTCTTTCTATTATTAGAGAAACCATCATTAATTATCGAAT CAGTTTCACAAAAGAAATATTCTTGATTTATTTTATTTTTTTAAAACGAG TATAATTGTTTTTAAATTATAAGAATTTTATTTTTCTGGCTTTGGTGATT AATGAAACTAACATATAAATCCTATTATTATATTAAAGTATGCATCCACG TAATTCTATTAATACATGTCTAATCGAATAAAAAATCAAATAATGATCTA CATATGTATATAGGCAAGTAGGTATATGTAAATTTGAGGAAGGGTTCACC AATTTTTTATGCCCTTAATAAAATTGAACATTGCTCAGATATCTGATAAG TTTATATGTAGATACAGTTTTGGGACAGTAAACGTGCACACTTTTCTAAA TAGGCGGCAAATTTTGAGTTGGCGCCAAAAATTAAGTGATGACAAGTAAC CCTATTCTACTCAAATTGCATAAAAAGATTTGACCCTTAAGAATACTTTG TCAATCATGATTGGAAATCAAAGGGAAGCTGTCATTTCCTTATATCAAGA AGGAAATGAGCTTTTTAATTTTTTTCGGATCTTAGATGGGCTTGAAAGCA TAAGGGGGATTCATAAAATGCTTAAATATTATCGGGACACTGGAAATGCT CAACCAAAGCCTCGTAAAAAGAAATTCTACCTTGTGAGGAGCCCTGAAAT CCGTAAGAATCAGAATCTATTGAAAATGTGTTCAGTTATTGAAAAGGATG GTTAATTCAATCTGAAACAATCTTTAAAAAATGGTGATAATTATAAATGA GGATCTTAAGATGAATTACTACTGACTACTACACCGAAATCAACTTTCTG ACAATTCCTGAAGGAAAAGAAGAAAAAGAGTTCCAAACCTCTGTAAAAAC GTCATGCGAGATGGGAATTTTGTTTTCTTTTATGAATAGATTTTGACTGT GGATGCTATTAAAAATAACCAAGGGAATATAATCCTAGTCAAAAATATCT TTAAGGTACTAGAAAATTAGCTCAAGACCTCTTAAGCCTCCATTTGTCAT GGTCTCGCCACCAATTTCATCCAAAAGGAAGGCATTTCCACTGATCTTCT CGATCAACGAGTAAAAATAAATTCCCAATTCTACGAAGACCCATCCTTGA GCCCGTAGTGAAGCCTTGGTTCGTAGAAAATTCAGCAAGTAATGAAAAGT ATGTTTTTGTTCAAGATAATGTGCACAGTCATGCCCGAAAAACAAAAACA AACAAAAAAAACACTACATTGGTTGGCATCAAATATACAATTTTGGCTTA AGTAAATTTGGGTGTCTTGTTACCACATTTAAATCTTTTGGATTATTTTA CATTGAGATATCTGATGAGGAAGGTTAATTAAATCAGTTATTTTGATGTC AGCTCTTTAAAGACATCAAGAAGTCAATTATAGTCCCATAAATACAAGAA GAACCCAAACTTATGAAGCAACAGTATGGCTGACTTTTGGCACCTCTTCA TGTGGACCTTTTCGCCCTTACCTTCACCCCCGGAAATTTGCAATTTGGAG TGTCTTTGAGAAGACTCATCTTTAACCCAATTTTGTATTAGCTCCTATCT GCTATCATGATAATGTTGTMCCCCATTANCMCGTCCTTCATTGTCAAGAS CTGCCAATCCATTTAATGGTATGTCAAGGCTATTATTGCTTGTGGAAGAG GACTTGTTGCATAAAAAATATCATTAAATAATATGTGATGTAATATGTAT TGTGCGTTGTTTAGCTTTATTTTGACAAAATAAAAGAGTAGTAAGGATTG TTCGATTTAGATTGTTTAAAATGGTTTTCTGGTTAATCTTCAGTTCCTGG GCAACGAAATATATGCTCACAAGCTGTTCCACCTCGACGATTTCCATTAT TTAATCTATATATTCGACGTCCATATTACCAGAACAGAATCGTTGGAATA CTGTATTGGTTCCTTAAACAGTGGAATTTTTTTTTGGTCCGCCTGGTTAA GCTTTTCACCTTAGTCGTACTAATATTGAAGAATGTATTGAATTTTAACT TGTTGTTCTTACATTTTTGAACTCTGTAACACACAACTGGCCTCACCAAA CACAAAACTGGGAATGAACTTTTTTTAAGTATACGCATTACCTTTAAGCA TACTTTAACCTCTTTTGATGCAATGTATTAATCGGGAGATTTAACTCACA AAGACATCCATCAAAAGTCGCTCAGAACTTTTACATAAACAAATATAATA TTACAACATATGAAAAATGGGTTTTGAGTAGTATCTTCTTGATTCTATAA TTATCACGTTTTTAAATATGTTATACTAATGCAAGATTTGAATTATAAGT CTACTTTTTCTATATAAGATGAGTTATTCAGTCAAAAAGTTCCTGCATTA CATCAACCTATGCTTAGGATACTTATACTGAAGTCCAATTTGTATTTGAG AGTAACGGAAAATTTTACAACAACAATGAACAACATATGTCTACTGTCTA CAAGCTTTGCATTAAGGGTGTTTGAATCCATTCAAAAGCGGAAGGGACAA TACATACATTGTAATAAAAAGTGATGTCACATGTTCATGAGTTCATAATG TCACCATTTTTTATTTCTATTCGAGTAAGCAGTTATTGTATATAAACTTC AATCGTAACAAATGACAGATGTAATTTTTTAGTCCTGGACAGTTGAAGAT AAACTGAACAAATACAGTTTTTATTGTTTCGTGTGAAAAACTGCAATTGT CACTCTACAGCCCCTCAATGAATTCTTGTGTCAGTTTTAGTATCAGAATA TTTCTGGGGTTGTTTTTTTCTGCCACAGTCCTATTTTTCCTATATTAAGA CTATATATATATTTATCTATTTTTACTATTATAAAATAGCTTATAATATA TGTACATATCAATAGAAACTACAAAGTTTATTTATCTACAGAGACAGATA AATAAATAGTTACTGTATTATTTAATTTTGTCTTGAGTTTTTTTTTTTTT GTATNTGCACAAAATACAACATATTAATTATGTATAGATACTTTTTGGGG AAACTTATTTGTTATTTAATCATACTTTATCTATAAATATGTATATAATG TTTGTTTTTTGTTTATAAAACCGGTCCTTATCAGTTCTTTTTATGGTAAC TAGAATACCTAAAATTACGCAGTTACTAACTGCATCATTTCAGTTGTCGA AGTTTAATCAAAACCTCTCTCAAACACACAAAAATACATTAAGTTTAGAG TAGAGATGTGTAGCTAGAACGTACTATTTATTATACGTTCTTGCTATAAT ATATCATTTTCTGCATTTTTATATTCTTCAATCCAAGCAAGGAGTGAAAT AAATAAAATAATAGATATGACTGACTAATCGGTCATGAGTACATTGTATA AGGTTTCCTGTATGTCATTCTTTCTCTTTTAAAATCAAAAACTTGAAACA GCGATAGCTGTCCTTGAAATTCTATAATAACAACCTTTTAATTATATACA AATAACTTCGCGAAGCGAAAAATATATTTTGTAAGTAGAAGGAGAGAGAT CTCGACTTTTTCAAGATATTGGAGACAATTAGGACTAAGGATAATCATGG AATTAAATGGAGGAGGTTATGAGACTATCTCTTATGAAGTATTCCTGGGA GGGGACTCAGAGTCGATCTGTGGACTGAAGGATGAGGTCGAGAAGACCAA CTCACATTAACTAAAGTACCTTTTCATGTATATACCGTGAACCATTACAG GATGAACGTACTAGCTACCAGGGAGATAAACGTCTACGTTAATAAATCCA TTAACTCTTGAAACAGGAAACTACTATAAATGTACATAAATAAAAATATA TACTACAAACGTGGAAAACTTATTCGAGTAATTATGATCGATTGATTCGA GATCCCCTCTTCCTGCTCCATTCACATATTCTTTGCTTTGAAAAAAGAAC CTTCGCAACGCTTAGTGAATAAATTTTCTTTTTATTAAACGGTAGTGATA ATTGAATTTCAACTATCTGCAGTCTCTGTCTCCAATTTCGAGATAGAAAC AGTAAGTATGACGTGCAGGCAAACTTATATAATGTACCTTTCAGTCATTA GGACTAATGGATAGTAAAAAAGATTGGACCGATATACTAAGACTAAAGTG GTGGGRAGTGGTAAGACTGATTAGGAAATTCGTCCTAGGACCTTTACAAC ACTACAATATACAATTTATGTAGTAAATATATGTATAGCCATGTATCTTC TGCATACACCCAAATATCCTACTCTTTTAATTAAAAATGTTCAAATAACC ATTATACCGGGGCATCCATTGAAATAAACCAATCTTCTCCGTTCAAGTCT CTTATGAATTCTTTTTTGACMCCTTTGGTCCCCCTCCAACCCTGATGCCA ATCCCTTCAGTGTCCGTCATCCAAACACCGATGCCCTCAAAGCAACTTTC AGCTATCACTGAGACGTCATGACTACATCCGCAGCGGTCGCCAGACCTTT CTCCGCTGACTGAAAAACATCATTGCCGCTAAAGGGTGCTACGTTAGTGA TTAAGTGAGCGGAGACAAGATCTCTTTTGTTAATTTTTTTTAAATTATGA TGTTAATAAATAAATTATATCGTATTGAAGTTTAAAAATTGAAAGTGTTT AGATTTTAATGGAACACTCGGTAAGTACTCATAAACCAAATACTAATAAA TATAAAAATGTACAATTTTGAGTTTTGCCATCATACGTTAGAGGTTTAAA AATGGTAAATTTCAACATAAAAATCCAATTTAACTTGAAAAAAAAAAAAA TTAATTAAAAATACCCAAGTCACACACAAAAAATTATTTGAGAGGAATCA AACTTTTTCAATGTCATAGTTTTAAAATCATTCCTAGTAGATAACATCTT TCAGCATGCGACAACAAATATTCAACTGAAAACAAAACACTCTTAAAACA CATATTTACCTCTGCCGACAAAGTTGAACGGAGTTAAAGTTTTTGCCTCA CTTTGTTTTTTTGGTAGTAGAATTACTTTTGGAAAAACTTTGTAGGAAGA TTATATATTGTGAGTTGAGAGCCAAATTGTCGTGACACAAATATTTATTA AATAGAATTAAGCGTAGAAAAATTATTCTTTCATTATGAATAATAATGGT ATTTTCAATAAAATGGATCTGAGATATTCCTTTTAACAGTTTAAACTTCT TTGTTTTCATTATTAACATTAAATATTAGATTTCTAGGATGACATATAAA TAATCACACTAAAATTTGTAATTTTGGAGTTTTGACAATTTGGACTTGAA GTTTCAATATGTGAACAATATGATGCCATCAAATTTAGAAAAGTTAAAGG TTAAATTCACACCAAAACGTTAAAAATGAAAATTGACCATAACTTTTGAA CAAATCGACATAAAACACTCAAAGTATACTTTGAGGGGTCAAAGTAACAC AAATCGCATAGTCGACCATAACTTTGAAACAAATTGAAATATATAACTCA AATTAATGTTATTTGTTAACGGAAATAATTTTAAGTGGAGGTTTGGAATC TTCCGAGTGTCAATTTGTGTGTGTTTGTCTAAAAATCAAGTCACACGATA TTTTTTTTTCGTAAATATTAGACAGCGTGCTTGAATTTGGTGATTTGATA AAACGTTTGAGCTTGGCTAATTTTAACTCAAGAGTGCATCATATAAAAAT GGAGTTATAAGATCTGAAACTTTACAGAAGCTGTCCAAAATGTCTCTCTT TATCCAAAGCACATGCAATGATTTGCTTACATAATCGATGTCTTACTCTT GGGTAGTAAGATGACAAAATATTAATTTCTAGTGGTACTCTATAAAAGTA TCAAATTAATCACTATATTAGCTCATTCGGGAATGCGTTTTTATAAATTC TTATTTGGACTATCTCCGGAAAAAAAAAGATTCATCAAAAACTTTTTATT TTTCATGAGTAATATAATTTTGATTGCCTCTTTAAGATAATAATGCAATT CTCATTTTATTTGTTCAAAAATCATAAATGTTTTATTTTCTTCTTGCAAA TATCTTTAATGAGGCTTTACTTAAAACTTTGATTTGTTGAATTAATCATT TTTTTTTTTTTTGCAAATGATTATTCCACGATATCTAGATTATTTCATTG ATTAGTTTTTTWTCGTCATAGTTTAATCTCCCAATATACTTCTTTATAGG CGTACTTTATTACATTTAACTATATTTTTTTACTTTTTAGTGTCCAATGA CTAAATTTTTAAAACATTTATGAAATCATAAATACCTAAGTTTTTGGGAC CTCCATTAACTTTAATGTATAGCAAAAGATACTCAAACATAAATATCTTG GGTCATGGAATAGTTTTGAGACAATTTTTTAAAACTCAATTATTCAGTGT ATCCTTTTAAATTTTATACCTTCTACATACAGATAATATTGTCTTTTTGT TTATGATAATTTCATGACATTATAGTTTATTGTCATGTCGCAAGGAAAAT AAAGACGAAAGATTACAGCCTTGCTTGTATTAGGAATATCCCCAAAATAA GTTATTGTTGCAAAATATAGCTAAAAGAGCACCTGTATAAGGGCAATGAT ATCAAAGAAACCCACTGGAGTATCCATCCAAGAAAATTGACTATTGATAA TGTAATCAAAGGCTTTAAAGAGTAGCCGAATATATCCATGACAAAGATGG CCATGGACGTTAATGTCTCAAGGTCCGCTTTATCAAGGTGCATCAAAGAG TTCAGTTTTTTTGGTTAACTATTGGCCTTCCCAATCACCCGATCTGAATC CCCTAGATTATAGTATCTAGTGTCAAGTGAAGTTCTAGGCAACTGGAAGC CAAGATCCAAATGTAGAGGTTTGAAAGGAGTCTGATCATTAGCAGTGGGA TGCTATGTCGAAGGCTTACATTAAAATCAACTCTACTTTGACCTTTTCAA TATAATTATTTACATCTATAAAAAAATAATGTAAGAAGTGTAATCAACTC AGGGCGATGGGTTGCGGATGGTTTTAATTTTTTTCACTGAAATACTCCCC TCAAGATATTCGGCCATTAAAAAAGTGGGCCTGAAATTTATTTTTCTCAT CTTGACAAATTAACACCCCTTAATAATAATTGTGTTTTACTTGGTATTTC AATAATTCTATTGGTTTTTTTTACGAAGTCAAATAGACAGATTTAAAAAA GATTTTTTCCCCTGTTTCGTTCATAATTTAGTTAATGTTTGTTCCTTACA TATCATTGAAGAATATAGTTAAACTGCAGGACATTTTCTATTGGAACTAT GCCAAGAAACAATAAAAACTGCAAGCTTATTTTTTTTTTCCTACTGAAAA AATGGTTTTTGGCAATGATTATCATGTTTAAGTATATGTTAAGTTAGAAA ATGCATATTTTCATTTAATTTTTTCTTAGGAATTTCTCTTAAAAAATTGT TTAAATAATCCATGTTAAATGAAGAAATTTGAAAAAAAACAACAACAAGA AAACACGTGTACTTGGTACATAGATTTGAACAGGAAAACAAGAAGATATG GCAAGACTTATTCCATTTACATAAATACAACGTTAATATTCTATATTTAT AGGAAAATAAATATCAAGGGATTCATATATTATGCTCTTATATTTTTTGA CACTTTCATAAACATAATGGAACTTTCTTTTTGTATTCTAAAGAAAAAAA TATTTATACACAAATACTTCTGATATGAATTCCGGCTCCAAAACAAACTT CCGTTTGAACACATAACTATACCATTTATAGTACAGCTATATTTATTACC GTTTCTTTAAAAAAAAAAAAAACACCTTAAGTTTAGTTCCAAAAAATATG ACCTAGGCGTGTGCAATACAATCTTTACTGCATTCAACCTGAACATGATT TTTTATTTTCAAAAGCTAGTGTAAATGTTTATGCTCTCATAGAGGATACC TCTATGTAAAAAGTGCGTAAGTTCATTAATAATGAAGAGTGTCTCCGAGG ATTGGTTGGGGATTTATATGTTATAGGTCCTTGTGGAACTTTGTGTAATA GTAAGGATCGAAATCCTACTAATTTTTGTCATATCCTTACTAGATGCAGA GTGTGACTTGTGTTAATGTCCTTATTTCACAGAGGATTACGGCTAATTAA GTAAAACTTCATGACAGCTCCGAAAAATTCTTCAAATTGTTAGAGTGACC ATGCTCATTATCATTTTTTTAACATACTGACAAGATATATTATTTTTCAA TTGCATTCATAAGTGCTGTGTTTTGGAGTCATCATCTTAGAATATGATTT TTACTCAGAATGGAATTCTCTCCCCCCCCCCCCCCCCTCCCCCCCTAATA TTTACTCCTTCCTCTAAGTCAAGGATTTCTCAAACTTTATGACGTGTTCC ATTAAGAGGACTAAGATCAATTTCTGAACAGAAATAAAAACATATTATTC ACATTATGCAACCTTTCTTTGATATATTAGATATGATATAATTTCATGGG GTGAAAATTCATTTTCAAATATTTTAGCTGTGATTCATNNNNNNNCATTA TCTTCATATAACTCAAGCAAAGTTTGTATATGTTGTCTNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNTAGATATTTATATTTAAATTATTATATCA ATTTGACATTCTCGTGTTYCATGTAATAATTACAGTGTATTTTTAGTATT TAAAATCTGCAGTACATCACTAATAAATACATATATTCATTAAATAGGCC GATGTTCCTGACGATCATATCATTCCTATGGGCCTCCCCAACATGTACTC CATGATCAAAATCATTAGTCGACAAGACGGAAATCCCGTGGATGGTCCAG ATCAACAAGGTGAAATTTGTGTCAAGTCTCCTCAGTGTATGTTGGGGTAT TTAAACAAGGAAGAAAGTAGTGTAAGTAAAATTTTGTATATTTTTTCCAA TTTAAAAAATAATAACACTGCAGTGAAGGTAATAAAAATTGATATATTAT AATAGTATAAAATAAACATATATAATTAATGTGGTAATTTGACATATTTA TGGGCATTTAGGAGAAGGGTATTTATCATAGTAATGAGCTGATAAATAAA TTATAATTGAAACACAGAGTGTGTAATGAATCTTGTTTAAATTAACTGGT TATTAAGAGGAAACAATTTTTATGTCATTAAGTGTACTTTTTTGAATGGG TTTTAGAATGAGAGATTTCATTCGGTTGCTTATTATATTTTGTTTGTGAA GTTAATGTCTTCGTTTAAAGGGTTATTTTTAAACGATATAATCTATTTAC CCCATCTTGAAATGCTTTTAAGACATTGTGCTTAAAGCCAATTTATCAAA CATACATTTAAATGAATGGCCACTTGTGCCCAATGGACACTTTGGTGAAA AAAAATATATATCTGTTGATGATTCAATCTGCAAAAGAGTGTAACTATGA TTCCAATTCATCTTACTCAAATTTTAAATGATAAAGGGTTTAGTTAATAG CCACGATTCACAATAATTATAATTAATTATTGATGGATTTTATTATGAAG ATGCTTCATCAATTGACTTGAACCACAATTGAAACAGTGTAACAAAAATT ATCACAAACGCTCAATATATAAATAAATAAGAAAAAAAGGGTTAAAGACG AGATGGAGTCTGAAATGAATCAATGATAAACTAATGTTTGCAATCCCCCT TAAATAATAATCAAGCATTTTATAATTTGAAAATAGATTAATATGCATTG AATCATAATTGCAATATATTGCACCATGAATCATCATCAAATATATTTAT ATCATTTTTTTTGGTGGCAAAGTGTACATTCGGAAAAATCCCGGTTTGGC CTTGTGGTCAATCGGCAAAGTGACATCCACACTTAAAAATATGATTTATT GGATCCAATAAGTCATTGATCCTTTACAACAACATAATGATTATTTCCCA ACTCATACTTTGGTGAAACTGAAAAAACTACAGCACTTCAAAATGATTTA TTCATATTGAGAAATTAAGAAAATACATATATGTATGTATATGAATAGGT TGATTTAGCAATTTTAAGGTAAATAAGTAAAAAGTAAGTATAGTAAAAGT ATAATTGTTTACAAAGTTTTAATCATATTAGAACACAGGTGTATTAAGAT TAACTGAAATTATACTAATTTAGACTTAAAGCGTGTGTGTAAAATCGATC TATTGGGGTGAATAAATTGTCAGAGTATACAATTCTACAATTCGTTTAAG TTTATAAGTTATTATTTTCTATTTTTTAATTTGAAGAGAAAATCAAAAAT ATGTTTCCATAAAATAAAAATAAAAAATATGCCTGTGTAAAAACAATATA AAAAAGTTTTTATATTATTTAATACTGAAAGACCTAAAAAAGGTCAGTAA ATTTAAAAAAATATTAGCAAATCGTAATTACCTAATTTTTCTTCTGCTTG AGTGACTATTTTTGGGGTTTTGTGAGATCATATTTACCGTATTTTTTATA GTCTGATATTCTTGTATCTTTTGAGGTTAATTTCTTAAAATATGGTCAAA TATTCCATTATTATTTTTTCCTTCAAATTTAATGGCATTAGACCGAAAAA AAATCAATATCAAATAAAAATATTCATAAGTTATATTTCACATTTTCCCC TTCCTGATTGTAGGCCTTTGATAACGACCAATACTTCCATACTGGGGACT TGGGATACTATGATAACCAAGGGATTGTTTACTTTGTTGAGAAAATCAAT AATTTGATTCAATTTTGGATGTATGAAGTTGCACCTTCTATTTTGGAGTC AAGACTTCTTGGATCAAACAACATCGTGGATGCCGCCGTAGTTGGGATTC CTAATAAAGAAAATGGACAGGTATGAGTGTTTATCTTACTTTTTAAGAGT AAAATTGAGCACTAATTCACGTTTTATATTTGCAACTAACGTAATAATAT TTTGATTCATTTGGCTATTTGATTTTTTTTTGTTATATTTGGAAAATATA ACTGATTAACTGTCAGAAACATTTCTGAACACAAGTTTTCTTCTTTTTAG TTGTATAAATACCAATTATATAAAAATACTTACATCATATAATAATCTTA ATTATGAAAGTATATATATTAAAAAACTATTCCTTTGAGAGGTATACTCT AGAGAAGTGGTGGGCAAACTACTGGAGAATAGGGGCGAAACAGCTATGTA GTGCCATGGGAGAGGGCCAAAAAGCTATCGCTGCAGAGTCCTGGGGGAAA ACGATGTTATTGAATATACAAATTGAATTTCTGGGTGTTTAGAGAAAACA AAGATTCAATATAATTTTATATAAATAATACCCTAATTTTTTACTACATA TGTAAATTATAATAATAAAATTAAACATAAACATAATTTAAAAGAAAAAT GTACCCTTGAAGGATCTTATCTTCACTCTCCAGGCGCAAAGAAGGAAATT TCTGAAGGCGCTCATCTATCATTTTGTATTAGTTTGCCTATATTTAGATG ATTGTCGATGATAAGAATGTGGCCTGATATGAGCCGTTGACCCGGAGTTG ACAACGTCTTCTCTAGAGTAATAAAAATATGTAATTCAATGTAACAATCC ATTTAAAATATTTAGATGCACATAACCACTTGAGAAATTCCAGATTAAAA AAAACAAAACATCTCACGTCTGTATTTTCTTGTTCACCAAGTGAACTGAA TTCCTGACTTATACTTATTACACTGAGGACAATGAAATTTTTACCGATGT AACTGTTTTTTTAAAACAAAATATAAGAATGTAGTAATTTAGGAATATTA TCATTCGGAGTCATTTTTACTATTAAGACTATCACCAAATTGAAGTACGA TAAATTATAGCTGATGTACAATGGTTTTTTATTATTAAACAAATGTTTTT ATTGGTTATGAACTGAATAATTTTCCCTTTTTGGATGAAATATGATGAAA ATCCAGACTTTTGTTGTAACCCTTAAATGTGATTCGTCATTAATAGTAAT AAATAATATCATAGTTTATATTATAGTAAAATATTTTATGTTTTATTAAA AAAATACCTATTAAAAAATATGTATATTCAAGGATTTAGGTTCATTTTGC ATAGTTTTAGTGATTTTATTTTTTATGGGAGTGTACAAGCAAATATACTA CATTATCTTAATAATGTTTATTTTTTAATGTAACAATAATGACTTTATAC CCTGCAATAAATAATAATAATTAATAAGACAATATAATACTCCCCTTAGT ACAAAATCTAATAAAGTAATAACTAGCTAATATTTAAATTCCTTACTCAT CATGAATTGATATCTTCATTATTTCGATCCTAAAATCTCATTTCCAACAA AAGAGTCTACTCTGCTGTCTTATAATGCCTGGTAGTTTTCCTTGGATGAA TTGTCATACTGTCGTCCCTGTGAAGTTCGGAGTTCCCGATAAGAGTATTT CTTGAAATGGATCATCAAGTTAGAAGTATCTTCTTTCGATTCCCTCTATC TGCCTTTATTTATACCTCTAGGAGAATATATCAAAAGAGTTTTTGTATTT TTGTCTCATAAAAAGCACATTTTTGCAGTTGTAAGTTAAGTTAAGTAGTA TCTGGTTTTACGAATAAACATAAAAGTCATATTGTGTATTCAAATATGGT ACAGAAACCAGACCCATCCCTCATCCAAATGAAATACCGGTAGCAATATA TGAACCTTTTCTAGAAAATGAAGGAAACGTTGAAGAAAGATATGATCCAG ACTTTGAAGTTTTAGATGATACATACATCTTGTAAGCCTAAAGAATTTGA TCAGACAGAATTAAAAGTTTTTGATACTTGATTTGGGATTAGGAAAGAAA CCATAATTTTGGGTATTTTAAAACCCAAAAATTTAAAGAATATGTATATC ACAATTTATTTCAGCAATTCACAAATCTTTCAGTATATATATAGAGGTCC AAAATGAAGTCAATCACAGCCTCCAACCTTGCCCTGAACTTGTCACAGTC CTTAGTGCGGAACTCCTTTTCCATATTGTTCACTGCCTTATGAATGGAAG CCCACAGGGAGTCATCAATTTATGTGTACGTTTGTTGCACTCTCTCTCCA AGGGCGTTCCACACATATTAGTCCAAGAAGTTCAGATACGGCGATCAAGA AGGTCACGTTTCCTTTGCCCAAAATATAAAGTTCTTAAAAATGTTGGTAT TTCTCGGATAAATCGTGTTCCAATTTCCCGATTTGTACAAATTGTACCAA TTTAAAATTCTAACATGATACTGGGTATGTTAACATCAATTTGAGCTCTT TAGTATGATTACACATGGAGTTATTGTCGTCCTTGAGGCATAAAATAATC CATTTAAAATATTTTGTATCTTTTTAATAAAGTTTTGTCAGCTTAATCTG ATGAGCACATATTCATAAGTATAAATCTCAAAGATTCCAAGATATTGAGG TTTAAACTTGTTCCGGATTTAAAATCGTTTTATTTGCAAATACTATGGTA ATAAGATGCACGAACTCCTTAATATAGTTCCAATATGTGTATAGTTGATT AATTAGACATAAAATAGCGGGCATTACGTTGCGGACTATTCCCTACAATA AACTAATATCAGTCCAATAAAAGAAAATAATTCACTAACCATAAACTGAT TTTGCATTTTTTTTATTTTTCCCCCCTCTTTTTAGAGGAAAAGTTATTAG ATAGACAATATGGTTGAAAGGTACCATCAGAGCAAAATAAAGTATCATAA ATCAAATAAAGCCCTTGCATAGGTAGACTATACCAAACATTTTTGAGTAT CTCAACTAATTTGAAAACTTGGATATAAAATATGTTAATGAAGCATTGGA GTGTATTTATGAAGAAATATCTTTCTATTTGTGCAAGATTGTTCTTTGGT TGTCATTTTACAACTATTGCCAGCAAGTTTGATAAGTGTATGTGTGTTCA ATAATTTCTATTATTACTTGTATATTTCATATATATTAAAATAATGTACA TCTAATAGTTTATAATTTTTTCCTTTAAAATTTTAATACATTGATTCAAT AAGAGGGCTGATAAATATCATTTTGAATGATTCTGAAAAAGGTTGAATAT AATTTTTATCTGGAAGAAGATCTTAGAACAGATTTAGTGGACAAATTTAT TTTTAATGGATATTTGTAGTGAACTGACATTACTACAAGTTTACATATAT AACATTTTAAGTCTGTTTTTTCTCTATAGCTCATGGAATTCAAAGCAGTT AGGAATTTAGCATGTAGATCTATAAGATAACTAAACATGTTCCTATCTAG TTTTTAGTGCCTCTGAGGTCCTCAAGAGGCTATTTTTGACATCTAAAGTT TTAATAAACCTTTTCCTCTTTGTTTTCCCTCTCTTCTATTCTTATGACGT AAGAGGAAGAGTAGGACGTAGGTCCAATCACCTATACTAGCTTTATCGTC TAACCCGAGATAAATACTAATAATTATCAATTTATATGTCTTGGCGTAAT CTAGTTCTTTGAAAGGAATCCCGGATCTTTGAAATTGTCTAGGAGTTTTA TTTGCTGACACACGAGAGCCTCCAGGCCTGATGAAATTATCCTCTTACCA ACCTTGACTGCATATAAAATTGCTTGGACTCGAAATTAGGAACTTCACCT CTTGGTCTTTAGGTGATGTTGCAATAAGTCAGGTCATGATATAGGCTCCA ATTGTATTACACTCAATTATTCCAATGAAGGAACGAGTCAAGGACTCCTA TAAGCTTACAAGAGTCCTTGGACCAATTTATGGCAGTAAAGGAGAAGATG GAAGGAGGATGTATTGGATTCATTCAAATATTCAACAACAATTTTATATA TATATTTCTTAGTCATATTTTTATCAAAAAACTTAATTAAAGAATTTAAA GTACTTGTGATGATGATAATGCAATATTTGAATATTAAATTGGTAGCTGA TAGATTATTACAGTAATTTTTGACTTTTGTTGAAGTGAAAATGACAATTT GAGAAGCATTTTCTTGCACATTAGATAAATAAGTAATTTAAATAAGTTGT AATATATCGTGATAGCGTCAATCAACACTTACTTATTAAAATGACTGATG TTTACATTCATTATGACTTTTTGAGACGTGGAAATTATAATTTCTATAAT AGGGTGCCTCATATTTTGTTCTTGAACAATCAATGTTTTAATTTATTTAT CTCGCCCTCTCCATTGGCTTTAATATAAAATAAATATATTTATGTGCCAA AAATTGTAACATTCAGATTTAAGCTTTCGACTCAAACTGTAACTTTCTAA ACATTTTCTGACATTTTACATCTACATAGAAGAGAAGAGCGCACAAAATA ATGGTTCTTTTTGTAGATACAGTACAAAATCTACAAAATCATTACAAGTA TTAATAATGGCATAAAATGATTTATGCATAAAGCTTGTTATTTGAAAAAA TGGATGATGTCAAATCTTTTGTATAGCAAAATCTTAAGGAAGGAGGGTCA TTATTAAATCTTAATGAAAGTCCAAAATACTTTGCACAGGAAGGACCTTG ATTTTTAAGGGCCACCCTATTCTACAATTTATTTATTTATGTATACTACT TGTACAAAATCGCAATTTGAACAAAGTATACTAATGTATCTATTTAATGA ATACAAAGTTCTTTCAATACAAACACTCTACAGTTAGCCCATTAACTCCA TACCTGGTTCGTTAAACATCTTTTTACAAAATAAAGTACATAAATAGACA ATTTCATTTAAGTCAGACTCAAATCGCTAGGATGATTTATATTCAAAGAA ACATTTGGCAATGTATTGCAAAAAAGTTTCAGTTTTTTTTGTTTTTTTTT AATACTGCACCTATCTATTTGTGATTCCTTAGAGGTACTTTTTTTTACAG ACAACATACATACATGTTACTAAAATATAAAAAAATAAAACGCTCTCGTA TAGGAACAATGTATGTATATACATAGATTAATGGGTTTTTTATAACAGTT CATTAGCAATTAATCTTAGCGTGCCAAGTATAGGCTTTATATATGTATTC TTAAAAATATATACTTTTGCTTATGTATATAAATTTATATATGTTATGAA AAAACTATAGTTTTTTTTTGTAACAAACAAAGCAATTTCACAATATCCAG AATCTAAATTCAAAGACAAAAATATTAGTTTTTATGTCATAAACATATGT AAATAAAATATTCTCAATTTGGAATAGAGAGTATTGACCAATTCTTGAAC GAGGAGAAGTTATAAGAAAATACACTAAATTATTGAGAGAGGAGATGTTT TGTAAAAAGGTCCACAAAAAATGGAAGAAGCTCAAATTGACTGAAAGATA ATATTCATACAAAAGGAGAAATTATGTGTGGCTTAGAAATTTAGTGAACC CATCTTAACACTAAGGATGTGTTGGGGAAGTTATCTCCTATATTATTAGA GCAATGTTTGACTGTTTGTCAACACTTAATTACTAAATTCAACACTTGTA CATTTTCTGGAGTGTGATATTGTGAACATATTTCGTCTTCATTTCATTAT ATTAGAACAACTTTTCCAATGTTTAGTTGAGTGATTGCTTAAACAAAATT ATTTTATGTATTTGCTGCATTTCTGTCATATTTTTTGCGAAATATTGGTT CTTGGATATTATAAAACAAGTAATTGACAATTCCTAACTGTGTGTCTAAT TGTCAAAGAAGTCAAATTATAAGTTTATATTTATGGACAACANAAAAAAT GACAMAAGATTTMAAATAACTAGGTAGCCAAAATAAATATCAATATTTTC CCGTTCTGGCCAATATGTTCAATATTGCATATTCCGTATCCAGATAATTT ACTCAGAGTACCTAGAGAGTAAAAAGCAAGTTATCAGACGTACGATACAT AAAATAAACACAAATCCTCCTTCTTATATTNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATATATATAT ATATATATATTTTTTTGCAAAAGTATCCTACATATAATAGAGATATTATT AGGATTATATATTTAAGTCATACTGCTTTCAAAATATGTGACTTGCATTC ATTCTCCTTATAGAGAACATACATTCAATTATTATATATACACACATGAA GAAAGATTTTCATCATCTAAAATTCTGTCAGTGCGTTGTGTTTTTGTATG TTATGTAATGTAAACGTCATGTTTACTTATTTCATCAAATATACTATATG CATATGTCTTTTTCTATTTTCACTTCAGCCTTCACTGTACATCAGCTTTT TCCAAAGTAGGCGATACCCTGGGGGCGGTGCTTTGATTTAGGGGTTGTTA AAGCAAAAAAACATGGGTGACTACATAAAACAAACAAATTGATATACAAA AATAAAAAAAATATTATTACAGGATAGTAGCAATTAATATTTTGAATATT ATCCGGATGATAGGATAGAAGTACGTTTTATTGAGATGTTATAATTGATT GATGCCTTTATATTTTATCATTTACTCAGTATACCATTACTCTCATATAC AAACAGACTACTTAGAATAAATACTTATACTTTAGTTATAAACTAAACTA AAATCCATATTCTGCAACTTAAAGCTTCAAACTAGTACTTAAAGGACGTC CAGTAATTATAAAACTGTTTTAAGATATTTTTAACACCAATAATCTTTCA TTTCTTTAACCATATAAACAAAATATATTTTTATATATATTGGCTGACTG CTAGATCTGGCATGGCTTACACAATTGGGCAGTAAGAAAGATTATGCACA CAGTTGTACATTACCGTACATGTAAATTTGGTGTATTTTTTAGCTGTCTC GGTAATTTGTAATTGGTAATATAAAGAACGAATTTTATATTCCTTAGCAG TTGTCATTAATTTTAAATTCCTGAGTAGTTAACATCCTTTCCTATACGTG TGCTAATAAAAGACAGCAGAGCGTATCCCTGAGGATTTGTTGCAAAGATA TAATTGTAAGTCCTTGTTGGACTCAGATTAGAATTGAGGATCAACATCGG AGTAATACTATCAAATGTATTGTTTATATCCTTTTTTCCTTCCTCTCTTG TCCCAGCTGATTATAGCTGATCTAATGAAACGTCATGAACACTATTCTTT CTCTCCTCCAAAACATTATTCAAATTGTTGGGGTTACCATGTTGATTTTT AAGTTTCTTTCTTTTAACGTACCCATTCCAAATTGGATTTTCACCATTGT ACATAACACACCAGACCAAATTAGGAAGTGTATACCTCGCAGTAATAACT CTGTTGAAGGAAGAATAGATGAAATTTATGAAAACATAGAAGATCAATTG TGCAAAATTCTTGCTGCAAAATAATTTAGCATGCAGTTAGATGAGGCAAT TTTACTAGGAACTGAATATGTTGGTTTTTGTCAAAAGAAGGAAAGTTAGT TCAAAAGATGATATTCGTATGAAATCTTCTAAAAATATTAAAGGCGTGGA TATCATTGATAATTTTTTTCAAGAGAAAATATCTCATTTGCTAACATTCT TGCGGTGCAATAGATGGTGCKCCATCCATAATAGATAATCATTGTTGTTT AATCAGTTATTGAAATAAACTGGTGTACTTGCAGTGATTTTGTGTAATAC AGAAGCAGCGTTTCATAGCATAAAAAATCTTATTGGTTGACTTCACAAAT CAATTAATACTGTTATTACAGCAGTAAATATAATCCATACACATTATTTC AATTACATACCGTCTTGACAGCTTGGAATTGATAATGATGAAGAGTTTTA ACGTTTATGGCTACAAACAAAAGTTAAAGGGCTATCAATAGGAAACTTCA TTAAACTTTTTACTCTTTTTTAAGACTCTAAAGCTGACTAATTGAAAATA TATGTAAGAGTTATTTTAAAATTGAATCTTTTATCAAACTGAACAATTCA TGTGAATAATATTTTTTTTTAAATTCATTGTTTGTCTGAAACAAAACGGA TCCTATCAACACTCAAACTAATTCACAAATGTACTTGATATTATGTACAT TTATTAGTTTTAAGACTGCCAAGTATATTTTAGTGTATGAGTGGTGATAC ATTTTAAATATACTATTACAACTAAATAGTTTTATTTGAAACTATATAGA TTTTCTCCTCCCTTATTAGATTGAAACTCAAATATGAAAGAAAATAGAAG ACTTTTTGAGCTGAATCAAATTCATAAGAATCGTAACTTTCCAATGAGAA CACACAAAATAATATCTTTACCGTACAACCGATGACGTATCAAGTTGTAA GCCCCAAACAAAACGGTTTACTTTTTATAACTGTCTTACGGAGTCTCTAT TTAGAAGGTGTCTCACTCTCTTCCTTCCTAATTCTCGAACGGAAGGGCCA AGGAAAAAACACCTTCCGAAATTCAAATAAACTAACTAAAAATTAATTAT GTAGCTCACTTCCTTCACTCACATAATAGAGTATTGGAAGAACGTTAAAG AATAATTTGAATTGAATTTGAGTCTATCAAGAAGAAAAATTCTTCAATAG ATAACCCTCCACTCAAGAGGACAAAGATCCGAAGAGTTTGAAGGCCTCTT AACGTCTGAAGATTCAATATGATTTTTAAAGTTAATACACACCCTCCCTT ACCCCTAACTCATATGAAACCACGCCTGAGATGTCATTATTATTATTCAT AAATAAATATGGCAACTACTCTCACAAGCTATTTTTACTTATGAGCAGAC TTTTTATATGAATTAAAAGTCGATAAGTAACCATGTAAAAGTTGTCTCAA TCCTCGGGAGTATTAATTAATAAGTATTACTATATGTTGCCAACTTTGAT AGACAACATATCTGCTGAAAGAGTTCATTAGTGAAATTTTAGTGCTCCTT GTTTGCTAATATTTTTAAATTATTAACATATAGAGAAAAAAACCTATAGG AACACTTTTATCTTGCAGGTTACCAATTAATACTAATATGCTCAACTTTT TTACAGCCCTATTGATCCTCTCCATTTCTATTCACATTATAATGAATGAA AACATGCAATAATTTTAATTGACATTGGTAATAATCCATTAAAGGGGATA ATTTATTAGGGTTCTAAATAACTCGGGGGGGGGGGGGGTAAAGTTTATCT ATTAATCATTGAAATGAGAGAGTTAAATATTTCTTAAATCTAAAAAGACC CATGGGCCCAAATAATGACTAGTTCATTAATAAACCTTTTGCTAGTATCA GTAGTATTTGAATATAAGAATAGGTATTAAACTGGGAAACATTATTGTTA TTGTTATATGGAAAATTAAATAAACATATTCAAATAGGTAGATTTTCTAT TTACACAAATAAAATTTCATAAAAAGAACAACAATATTAATAAAATTAAT CCTATGTGATATTATTAAAGAAGCAATTTAGCCCAAAATTGCATCTGAAG CACTCAAATTTTGCATTTTCCTTCACATGGACATTTGCAACGTCTTAGCT AACAAATAAACGTGATAAAGCGGATAGCATTGTTGCCTTTCGTCAACTTT TGTTAGTTGTTCCTCTAAAAATAGAGGGGGTATTGGGGCTTTGCTTCATG ACTGATTAGCGTCTATTATATTATATGATGAATTAATTATAAGTAAGGTA GATATTCATTTGTTCTAGTTTTCATGGATCGCAAGGCTTGCACATCAGAA GCACTACTCAGCAGTTAAATATAGGCCACAGCCTTCATACACAGCTGTTA TTGCATCCAAGAGATCAACTCCTCCCATGCCTTTTTTTTATACTTTGAAA CACAATTAGGAACCTGCAGATTTACATGTTTCTTTTCATCTATAATCTAC CCTCTTGCTTAAGAGCAGGGTTTCCCAAACTGTTTCGGGATGGATTCCCT TTAAGTGTCCCCTCCCCCATAAATACATACAAGATTTTTAAGAAATTATT TTAATGGGATTGGTGGAGGGGGTGTTACATTAGTTCCTCCATATCAGTTT CAAACTTACTAAAAAGAAGACGTAGATCCACATGTTTGGTAAAGCCTGTT CATTTGATTGAAAAAAACAAAGCAATTACAAAGGAGTGTTCTACCAAATA GTATATTGGAAAAGTAATAAAATATATTTTCACCTTATTTGATAATACTG GACAGAGGTCGGATACTTTTTTTGTAGCCAAAAGTCTTTGTATGAAAACT TAAGTTTTGGATTTAGCTCAAACTAGTTCTTGTACACATTGTATAAGTTT GCCCACACGTCATACTTTCTCTTTTATCTTGAAAATGGAGACAACTACAA TGGATCATAAAAATAGAAAGTGTCTTACCTCTATGGAGTATCATTTGTTT TTAAAACATCATATTTGGTAGAACGGGTCTTCTGTGTAATTGCTTTTTTT ATTGTTGTTTTTATTCTAATGAAGAAGTCAAGAATTAACAAACATGTGGA TCTATGTCTTTTTTTTAGTTTAAACCTGAAATGGAGGAACAATATTACTA TCCCTACACCAAATACACCTATCCCATTATTTTCATTTTGGAAGGGGGGC CTAGGCTTTATACTGAAGGCAAGGGGCGCCAGCTTGAAAAAGTTTGGGAA CCCCTGTTGTTCATACTTATTGTGAAGGAGAAAAGATGAAACAATTATAT TTGTCTTCATTCGACTCATTGCAATGGGAAAAAATTATTTTTTCTGTGTA CCTGTGCTGATCGATTTTATATTATGGGAAGGATATTTCTTGATTTCCTA TTTGACACAAAATATATACAATATTTTTTGGTTAATGATGATTTGGTGTA TGAACAAATACTCTCTATATCTAAATTCGACAGGTTCTAATATCTAGAGT TGCATAAAATCTTAGGCGTGTGATATTTTTGTCTAGTTACCAATCTGATA AGTTTTTTTATTCTTTTCATCTGTTATAATTCTTCCATAATTCTTGGAGA GGGTACATAAAATAATCACAAGTGCATGTAATCATAAAAAAGGGAGGGTA ATACTTATAATGTGTTAGAGATATCACAGTTTAAGTCCTCATTGGACTAA GGGTAGAATTGAGAATCGACCTTTGTGTAATTACTGCCTAGATATGTATG TCCTTGCTAGATCCAAAGTTGGTGTTTATTTATTTGCTTGCTTTCATAGC TGATTGCAACTAATTTATTAAAACGTCATGGCTGTAATGATACTCTGTTC ACAAACATTCTTCCAAATGGGATTTTTTGATTTATTTTTAAATATCATAG GTAATTTTTTATACAATTCTGCTAATACCCCCCCCCCCCCCACACACACA TTTAAAAACGTCATCGTAATGACATTTTACAATAATTTTATTAATGGGCT TTGCAATGATTCAATGTGCACTTATTTTTTTTATAATTTGATTATCAAAT AATAAATCAAGATTTTGTTTAAAATTGCATATTCAACTATAGTATCACCT GGAAAGTCGATTACGAATTGGTATTAAGTATTTTCATATAAAATTTGTAT CTCAATAATTTTGGTATAAATTCAAGTTTCTGAGAATTTTCGTTTAAAAT CTAGTTTTTCCAGAATTTTCAATTTGAATTTTTAAAGAATTTTTAACCTT TTTATAGTTTTGACCCAACTTTTGTATATGAAAGAAGCCATTTTCCACAA GAAAGTGAATATTCTCTTTGCAAAATTGTATTTCTATTTTGCATTGATCC CACTTTTGATCTGGGACTGGCTAAAACCCAAATACCCAAAACTCAAAAAC CGTTTGTTATAGTTCAAAGAGACTAGATAGGGGGTTAAGTTATTTATCAA TAAGTGATTGGAGTTTCGGAAACAACCAAATGAATTACTATGTTTTCTAA AAATTTTCTAAATCAGAAAAGTGATGTGCTAAAAAAGAAATCGGTGAAAA TTGCAATTTCATTTATTTCAGGTGCAAAAAGTGAACTTCCAATGGAATAC GGGATTATTAAAAAGAATAAAGTTTTTAGAAATTTGTCTGGAGATTAGTT TGCATATATATTTGCCAAATAAAAAATGATGATTAACTGAAATATTTGTC ATTTTCTGAAAATGACTCAATTATAAATTTTAGACTCATAGAGTTTTTTT AATTTCTGGAACATAAAAAAAAACCGTAATTGTTTACTTATTAATATTTT CATTTTTATACAATACTATCAAAGGGGGTTACCAGGCGTCGCTCGGCCAA GGAGGGAACTGCAGATCACATTGGCAATTGTCAAAATAATTAAAAAATTA TTCACCAAATAATTATATTTACAGAATTATTCTATAACACTCATAATTAT AATAAGAATATTGTTGTCAAGAAAGATCCTGATAGTTCTAATTCTCTTGC TATAAATAATAACGATGGAGCGGGAAATTGACTATATTTATACAACATAT ATTAATTACACTATATCAATCCTATTCAGTAAGATAATGCACCCACTCCA GAAAAAAAAAATCTTACTATTAACTCTTGTAACCTTAGTAGTAAAATTAT GAATTTTGTTAAGAAAAAAAATGTGTTATAATCTCAAAATAACAACTTTA ATCAAATGTTCCAGAAATTTATATGATGCAAACGAATCCCCAGACAAATT TCTAAGAAATTTATTTTATATACGAATCCAATATTTTGTTGGAAGTTCTT TTTTATTTGTACCTAAAAAACGAACTTGCAATTTTTCTCCGATTTCTTTT TTAAACAATAACTTTTTTTGATTTGGAATAAATTTAGAAAACATAGTTTT CGACAAAGTGTTTTTTGTTTTTGTTTTTTGAGCCGCCTATCWCCTTTGGA TTTATAACTCAACCTTATAATTTATAACTTTATAAATCTACTCTCCTTGA GCTGCAAAAAACGGTTTTTTGTGTTCTGGGTATAGGATAAGCCACCCTTA CATGACTTTCTNCTATATATATATATATATATATATACAGAAAATAATGT ATGATCACAGTTTTTATAAAAAAAAAAATACCAGTTAAGTTCTTAAAATA TCGACCTCAATTTTTTTAAATACATATTTCTGTTGAACTAGACATCTTAG AAATAAATTCTTTTTTTAAATTGAAATCTTCATTATTTACGCTTGAAATA ATTTCCTTTGCCGTAAAAACAATGAGGCATTATTTCTTTTAGAATTTTAA CCTTCAAATATGGAGGTATTTTAACCTTTCATTGCATTTGTTCAATATTT ATAATCAACGTAACATATTATATGATTACTGATTTTTTCTGACTCAAAAG AAAAGAGATTAAGTATATTCAAAGTAAAAATTCGCCAAACAAGATTTTAT AAGAAAAAACTAGTCATAGATTCGGGATTACCCTGTCAAGTATTACTTGA TTAGAATATGTAATTTTGATAATATTTTTCAATCTATATGGAACGGGATA GCTCAATGGAGAATGTGGTCAGTACAAATTATTTTCTTGGACTCATTTGC ATATGTTCACACTCCAGTTGTTCCTAGAGAAGAAAATATACTTCATGTAT AAAGACTTCAAAGAATATTCTTTGGTGAAATGGAGGAAATGTAATACTAT AATCTTTACTAATACTTAATTAGTGCAACTCCGTCCGNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NATACTATTATGGATTTTTGAACAATTTTTTGATACAATGGATGATGTCC CTTCAATTTTTTATATATTTGAAATATCAAATTTTTAGACAATATATTTG TTTATAATCATCACTTCTGTTATGTAGTCAAACTTCAATTACAAAAATAA ATTGAAAACATTCAAAAGTTTATCAGTATTAAATTACCAAAGAATACGTT GCTTTGTAGAATTCTTCTGATTTGTATTTCATTTAACAATTTACAAATTT ATTTGCTTTAGAAAAAATATCTCTTGTGCTTCAAAAATTATGGTTTTTTG TATATACAAAAMAATATTTTATTATATATCGATTTTAATATATGTATGCA CTTAAAAACATAGTTTTTACATTCATGATTAATTTATTTCATTTTCGGAA TAAATATTAGTTCATATATATGAATTCTATTTTTAAGGCTAGTTTAATAA ATTTAGAATACTCAGAACATACTAAAAAACAAAAACATAATCTAGAAAAA CCTTAGAAATTGAGTGGGGAGTTGTGTGATTAAAAAACAACAACATAAAA AGTATTGTTTAATGCTCGTTATTCCTTTCAAATCCTAAAACATAGTTAAG AAGGAAACATGCTTCAAATGAATATTTATTGTTAATGACAAAAATATTTA GGGGGATAAGAAAATCTCCCTATGTTGAATGCCATAATATATAAGCTTTC ATAAACCTCAGTTAAATTTGAAAACTACAGCAATTTCAGACAACTATGGA ATTATTTTGATATTGATCTTATAAAAATAATTACAATCAAATCATATATT CGACAAAAAAAATTAATTCTTAAAATATAGTAAACATCCTGCTCTAAAAA AAATAAAAAGATAAAATGAGATTTTTATTCTGCAACTAATCTAGTATTAT TTATTTCATGGTAAGAACAATGTACAATTTAAACCGATCTAATTAGCGGT AAAATTTACCGCTGACAATATAATATGATGAAGATTATCATGTTAGTGGA ATTATGGTTCGTTATATTAAGACATCTCATATTTTGCAGTTGTTAATTTC TACGGAAATATTTGGATACTTTCAAGTATCCTCATGTTTTGGTCCTCAAA AAGTCTTTCAATCAAATTGATATACAGAGCCAAACCAAAACTTGAAGTAA CGTGAAATTACGATTTTATCGCAGTTCTTTTCAATTAAAAGGTTTCATAG TGCAACCTTTTCACTGCTGAAACACAAATGAAAAAGTTTTTATTTTTATA TTCATGTCGCTAAGTGTAAAAATATCCGGGCAACAAGAAGGAAGGCAATC CATGTGCGATCTCCTCCACTCCAGTGTCAGTGTTGAGAAGGATGCAAATA CAATTGGCAAATCCATCCAGACTGCCTATAACAACAAGAAGTCCATTATA GCCCATACAGCCAAGAAGAACCAAAACTTATGCATCATCAATATGACTTA CTTATGGACTACCTCTATTTAGCCTTCTCTAGTCTGACTTTAAACCTCCA GACTTTGTGATTTAAGGGGTCTTGAAGAAAAATGTCCGCTAAACCTTTCA TCCAAATTTGGATTTAATCCGAGCTGTCATCTTGACACTGTGTTACGCCA TGGACACGGCATTTATCGTCAAGAGCTGCAAATCTGTTCTCTGGTGTGCC AAAGCTGTAATTGATTCTACAAGAGGACGTTTTGAATAAAAAATATAGTT AAATATAGTATATAAACTTATCAAAAATTGGTATCAATTGTCTTTTCTTG ATTCTATAAAAATCATATTTTTTGTATTTAGTCATGCCACTGTCCCCACT CTTTGGTTTCCCCTGAAATGGGGTCTTTATACCCCATATATTCTTTTATG AGAAAGTCTCCATTATTTATCAACAAAGTACTAAAAATTATTCAGGGGCT CATCAATTTTTTTATTATTCATGAAAATTATAATCACGAATGTATTTCAT TGGAAAGTATACAAATATAAAATTCAAGGCCATTGTAAATATCATGCTTA TATTTACTCGGTATTACAATCTAAAATAAAAAATTTTAAATTAAATAATA GATAAGAAAAAAAGTCCAAAAATAAAAAAATCATATAAATGTATATATTG ATCTGAAATATCGTTTAAGGAGAAATCATTAAATAATAGGTTCATAAAAC TTTTTTGCCATGATGTTGAAATCAGCTTGAAAATATTTCTTAAAAGATTT GTAGTTAAAGAGATGCATTATTAATTAACAAAAAATATTTTATAACAATT TCTGCCTTGGCTAACCCTCAAACCTCATTCAAGAAATGCTTCCGTTAGTA TATTAAAAGAAAAAAAATATAAATTACAAAATAATTATAAAACCCTTATA AAGTGGGTTGGAAGTTGTGTTATTTAAAAAAAAAAAAAGAATTACGWAAA TGCACATGATTCTTTTCATATCACAAAATATAGTCATGTGGGAAACATTT AATTTAAGAATTAATTTCTCTTTTGAATATTACCACCAGGTTGTTGAAAT ATGTAGTTTGGTACCACGTGACTGGCTGYTATCTTCTCKAGGATTATGCT ATTGAGAATTTATTGTTCTTCAGACGGTAGAAGCTATTTATGACACCGTT TTGATACCCTTTCTTGATTTTTTTTGTAAGATAGCTTGTTCAAATCTGTA CCAGTTAGAAAAAAATGGAATCAATTGACCAATTCGATGTTTGGAAAAGG CACTGAATCCTCATTAGGATCCGCAACAAGTAATTTTGAGACAACATCAA TACAGGTTGAGGTAGATTTGACTTGGTCTAGACGCCGGAATTTGTGATCA GAATCCTGTGAATCGTCTATGAGGATCCAGGGATGTCCACCAGGGTAATT GGTCAAAAGTTCGTCTGTGAGAGTCGCTGATATGGTTCTGCATTCACAAA AACCTACGTTACTACCACTACAAGACGAGGAAGGGCCAGATCTAGACAAA AAAAAATGCCAAATAAGAGAGATTAAAGCACTCTCAAAAACTCAATAACC ACCTAAATCACACTCTTCATCAAGAAATGCATTGGTTTTTCTCGGATGAG ATAAACTTTTGCCGCATCAGAAGGTCAACCACCAGAAGAACAGGTGATTG CCCTTCTGCCCCAAGGATATGATCGTCGTCATGCAGACGAAGTTCCCTGG TCAAGTAATGGTATTTAGGGCGAAGGCAATGTCATGCCCCCTCATGTGTT CCCCGATAGCCTCAGGGTCAACACTGATGCCTACTTGGACGTACTAGAGA CCAAGGTTAAGCCCTGGATCGACATGGTTCCCAATAGGAGGTCTTAAATA AGGCAGCAGGACTCTGCTACATACCACATCCTGAAAAAAAGTATCAAATG GCTCCAAGACAATTTTGACGACATCATCTTAGTTTTGGCTTCCGAATTCG CCGGNTCTAAAACAGGTGGATTTTTTTTTTGTGTGTGGGGMGCGATTGAA CGACAAACTAACCGAGGCCCTTTTATACCAAAGACGAATTTATCAGTGGG ATCAAGAAGATTATCCAGGATTTTTTAAATCTTATAACTGGTTGAAAAGA AAATTGTATTAAAAAGAAAAATCTTTGTGGTGATACAAATACCTCGTGAG TATGTTTTGGCTTTTGCCTCCCCAAGATTTAGGACAAGGACTTGCCAGAA AATAATTGTATATGAAATATATATAGGGTATGAATTACAGGATGAATCAA ATAAAAATATTAATCACATTAATTTCTCTTTATCAAAAAAGAAAATATAT TTTTTATCTCTTTAAGGGTTGTATTTCTTTCTTTCAATCCCACCCTCCCC CTTTTCCTCAGAAAAAAATACTTCTGAGTAAGCAGTAAAAGAAAAGTTTG TCGATGATGTTTGAGTAATAGCTTTTATGTCTAGTCATTATTTATCATTA GTTGCATTTTTGATAATAATAAAAAATTACTCATCGAAAAAGATTAATTA TATATATGTATATCAATTTATGTAGTAGGCGTTTGAATCATTGATAATAA TGTATGAACAAGTTCTATAAACGACACTCATATATAACGACCAAAAACGG TAAAAATATTTTACAATCTTAAGCATTTGCTAAATACACATTAATAATAA ATAAAACTTTCTAATACGTAAGATACACCAATGGGTGTATTATCAATGAC GTCAGAAGAAGAGAGCGGATAGAGTCTGTTAAAAACATAGCAAATATTCC CTTTGATATTCCCAAAAACATCAGCAACTTTTGTTTATGTTTGATCAGCT AATGATTCGTCTATTCATACATGGCGTTTTATCATTATCATCAACATTTA CTAAATACAGGGAGAACAAACTATCTGTGGCGGGAAAATGATCTTTTTTA AACGCAATTTTCTCTTCAACCAGTAATCACATTAAAAAATAAAACAAAAT TACGAAAGTTTGATGGATTTTTATTTATTTTATTAAAAAAACTCACCTCC AGCCTGAATTACAGTCACTATAAGAAGCCGAAAGCACGGGAAAATCTAGA GCATATCTAGATGAAGTGCATGCTTGAGGAAGTTGAGGAGCTTTTGGGAG TGCTTTAAACGCCTTTTAGGCTAGATCTGGCCCTTCTTCGTCCTGTATGA GTGGTAACAAAATTTTAATAAACTCTGACCGGGCAACTTTTACTGAGCCA TTGCTCTGGGGGACTTCTCCGGGTCCTCATTGATGATTTGCAGGATTCTG GACACTAATTCCGGCAAATTCTAAAGAGGACTTTGAGTCTTTTCCAAATA TTTTGGACATTGAATTGGTCAATTGTTTCCTTTCAAAAGCATTCCAACTG GAACAGGTTTGAACAAGCTATCTAGGAAAAAATATAAGCTACGTAAGTGC TTGTGTTTTCCTAAGAGAGTGTATCAAAGTGGCGGMGTAGATAGCTAGCA CACCCTCTATTTTTTAAGGTGTCAATCTTTACTAGTGTTATGAACATTGA TTTGATTTTTTAACGTTAAATGAAGAAAAATCAAATAGAATGGAAGAATT AGACAACTAATAACTAATTTAGGGCGTTTTTTTCCTTTTCTGATGAGCGA ATAGAATATATATTGAAGACGATCACTTTGTGTTGAATGTTCATTTGTTG GACTCAAATAATTTATCGTTGATTGATATATACATAGAATTGAATATAAA ATGGCACATTATTAACATTGAATTACCTCTGAGTAATTGGTTAAATGCTT TAATTTTCTCTTTTTTTAAGGTAGATAAATGCAATGCAGTTTTATGTCTT ATTATTATTTTTGCTTATTCAGCAATAATAAAACATATTTGATAGGATAT CAAATATGTCAACGTTATTTGACAATGCAATCAGAAGTGGAGTGCTCGGA ACATCAATTAATATCAACAGTCAACAGAAAAAAAATCTTTAAAACTCCAT TTTCAATTTTAGCGATTTTTGGCACACTGATTTTTTAATACATTATCCTT TTTTAAAGCCTCTTCGAGAAGAAAAAAACAATATTAATCCACATCAAATT TAGTTTTTTTTTTTTTAAACTTTATGCTAATGTCAATTAAGTTCTTTTAT TTTATATACTGTCATTCAATCTTGAGAAAATACAAATTAAAAAGCCATTT TATGGATCTTATTAAAAAAAAATAACGCCCTTATAGGAATTAAATTATAC TGATTTTGTTTTCATTAAATATTTTATCGATTTGTAAAATATAAGTTATT AATTATACAAAGCAATAAAAATATTTTAAATTCCATGTTCAATTACAGTG GTAAATGACACATTGATCACCAAATGTAATTCGTTTTTTCGTATCAAATC TAGATTTTGACAATTTTTGAGTATTTTTCCCTTTTCATAGATTTGAGTCA ACTTTTCAAAATAAAAAAAATCAATAATTCACATTAAATAAGTTTATTGT TTATTGAATATGTGATTTTAAATATGGGCTTATATATGTGATCATACAAA AGGAATAACTCCTGGGATTTTTTTATGCTAAATAATTTTAAAAAAACAAT AATACTGAATAATTAGGATACCATTTACAAAAAAGTTTTTGAGTGTTTAG GGCTAGTTAACCTAAAATATTGATGATTTTTTAAAATTTTATTGAGAAAA GAGTCGATAAAATATTGATAACTGCATTGTTTTTCACTTAGTTTTGAATT TATTTATCCCAGGATTTTAAAGATTTGGATATTTAACATCGAGATATTTC GGCTTAAAAGTTATTTCAATTGATATTGAAACTGAACTTTTACCTTTCTG AATCATATATTCAGAATAATAACAAGAATAAGAAAAGTAGAAAATTGATA TCTAACAAAAGGGACAGACTATTTTTTTATAGTGNAGTAACTAATTGCAT TTTTTTAAAAGACTATTGATAAATAAAAATGTGTTTATGTTACTTTAATT CACCTATTTGACGAAATAAAGTATGAGATTCTATAATTCATACATATTTA TTTGTAAAATATTACAAACTTATTAATGCCCTACTTTTTTAATTCATTTT CCCAGGTTCCAAGAGCTTTTGTCGTATTAAAGCCTGGATTTGAAGAAACA GAAGAGAATCTAACAAATTTGATGGAGAGTCGACTTCAAGATCATGAAAG GTATTAAAAAACTTTTTTTTTAAATTGACACAAATATTTTAATCATTAGT TGCTGGAATTTTAAATATAATTGAAAGAAAAATGTATCCATATTTTATTT TTTTTCTAATATTTTATTACTNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGAAATTCAA GTTTTGTTCATTTAATAAATTATTATGACTGGGGTCTTGAAGGTTGAACC CACTAAGAATTGTGGTTAACTTTAGGAACTACAATTCACTCAAAATTGTT TTTTTCAAAAATCCTTCGGTCTGAACCTATAAATCTACTGTTTCTAATTC ATAAGATCTTGGAATCTTACAACATATATCCGTTTTTTAGCAAATATTTA TTTGTAGTGATACTGTTAGTTTACTGTCATTAGTATTACTGTCATATTAA ATTGAGTCTGCTTTCCGTCAGTCATTTCAAAATTATTTTTAGGATTAAAA TCTTCCATTTGTATGAGTAAATAATGAAGCAATTCAATTGACTTATTTTT AAGTAATATTAGGTATTTTAAAATAGAAAAAAAACTAAAGCTTGTTGGAA AAAAATTGTCCAAAGGGATTGTCATACGTATTAGTTTTCCTGAATGACAT AAAAGGGTATTTCAATTATAAAAGAAAGCAGCCCCCTAATCTTCTCTTAA TTTGCCTCCTTTTCAATATTCATTTCTCAAAGGATCTTGCTATTAATAAG GAAGACATTTTATCCATGACTGGACATGAATGAGACTCGTGTCTTCCTTC CTATAAAAACCCTTTGATATTAGAAAATTACATTCATTCATTGCTTAAAC AAACACTAATCTGATACAAATCACATTTGCAAAGTTAGCCTGACTCTTAC TTTGTTTCATCTATTTTTGTTTCAAAGAGAAACGAATACAGCTGAATACT TTTAAACATAGTCAGTATATTTTTAGGATTATTAATTACTATTTTGACAC AATTTGAATTCTACCAACTTAAAAACATAACACACATGGGACCTATTCCA AGTTTTCTTTTCTTGAGCATTGCTATCTTGATTAAATTTTCCCTGAAGCA CAGATTCCAAAACTGATGGTTTAAATGTCCTCTTGCAAGAAATCTTATCA AATATTTGCCCATCAACATATCACCAGTTTAACAGATTATAAGCCGATTT AAAATTCATGAGAATGTTTCTAGAAAGTCTGACCATGAAAGAAAGAGGAA TATTTGTACAAAAGCTGTCTCGAAGGGTATCAAAAATGAAATTGCACAAA ATCTCGCTTTATGATATCGTTGAAGGCTAAGGGCATGGATATGTCAGSAA CATGCATAAATAGGATTATAAATGTGAAAATTGGAGGTAAGTCAAGGACA CGAAGAAAAAAATATATATTAATGATTAAAAAGGAGAAAAACCTCGCCAT ATAAAAATGTCTTCATATTGTTATTAAAGCAAGTACGCCAGTATTTAGTT TTCTAAAGAGAATTTATTTAAGGTTTACAGAGTTTCCAAAGCCGTACCGA CAAGTATATACTCACGAAAAAACTTGGTGAAGTATCTTAAAAATGTAATT CACTTTTAAAATCAAGCGTGCTGTTTTAATTATAGTCTTTGTAGAGATAT TCATGATAGATTTCCCGTGTGAGGAATTTTCTTTTTCACTTCTAGTTTGA TCATTGTGCCGATCGAAAAATACTTATGCATGATAAACAAACTTTTAAGT ACGGTATTATCACACAACCTCATCTACTATAAAAACTGCTTCCACTTAAT AAACAATGTGACTTTATTTTAAAAATAGGACATGTGGTTAATATTTTTGC ATTACTTTAACAATGATCAAGCAAAGGCCATGTTTGGTTTTTTTGTAAAA CTAGAGCACACTTTTAATGTATTGTGTTCTTTATATATATTATGGATATA CAGACTAATAACTTAATTGTGCGTACATTTTAAAGACATTTTTCTTGTCT ATAGAATGTAAAGGGGGGAAAAAGGTATGCCTACTTTGTGAAAGCTTAAT GTAGCTAAATATTCACCATAAATAGACGTTTTTGCTATAACATATATATG TTGTGAGTCAACACAAAAAAACAAAAAAAAACACCATAATTAAGAGAAGT AATTTTATACGATATTAATATGAAGGTACTTATAAATAGTCTAATATTTA ATAAGGATATTACAGTCAATCATGGGTTGTATATTCAAATTTCTGGAATA GTCAAAATTCATAAACAAAGCCTTAGTCTTTGCATTTTGAAATCTGATTC AACTGCATTTATAACTAAATAGCTCCAATCTATGACCTTCATTTGATTTT TGAGAGCTGATTAGTCAAATAAAACCATATTATGGAATATGCACTAAAGG GCTCTTGAGAAAGAGCGGACATAGGCACAGCGCTATTTCGCTAACACACA AAAAACCAGGCACTGTATTTTGTTGTAAGCTGTCAATTTCATCGCCTCAC TTGATGCGTCAAGGCCATTTCATAATTAAACTTTTTTTATAAATAAAGGA AGTAATAGTATACTTTATCTCCGTTTCCATAAGGACAAGAATACAATTTC TTGTGGATCCTTGTTGTATATATATATATAAATTGTCTATCTTTTTATTT AAATGAATACATTCTGGCTATAATTTACAAGTGTATATCTACACTTTCAA TACAGTATTACTAACCAATATTATAATAATACAGTTTTGAATAAAAATAC TTTGTAGGATTTTAATATTTTGAAATACAGAACGTTTGATTCTTTAATTT TTTGTTTATTTGACCCTGAAGCTGTGATGTTTATTATTTCCTTCGAAATT ATTTAATCCAGCCCAAAGCTTTAAGCCAAGCAGCGGAACTATGTCCACGT AACCATATTTGTTTAAATATAGTTAGTTACACGATAACATTTTGTACTCT AAGGGTGTTGAGTATACTTGGACATTATTCTATGACTAAATATGCAACCT CTATGTGCTCACCATTTTAAATGAAATAAAAAGATGAATTAAGTGGAGAG AAGAAAAAGTTGCATTCATCATATTGGAAAATAATTCAGTGACGTCATTC GTACCGGTATAATAAGAAGTGCTATTTTGCTTTCTAATAAAAAGTATCTT AATAATATATGTAACCTTCATCCCTTTGCTTATAGCTTTGATTCGTTCGA TTAATGCGTTCTGAGTCGCATTTTTTTTTTCTTTTTTTTCAAAAAATGAG GTGGAAGATAATTTATTTTGTAGGAACCATCAGATAAATTTATATAAAAT TACCTAATGTACTTTCCACTCACTTAGTTTTGTTTTTTTTTCTTTATTCT TAACATGTGCATTTTCCATTTTTTTTTAGATTAATATCTTTTACGTATAC TTCCAGACATGTAATAAATTAAAGTAATTGTTTTTTGTTGTTTTTAATAT TTTCAGATAAATATTTTATAAGTTATGAGACCTAGCTCCATTTTTCTTTA ACAACATTCGTCATTACATATTTTTTTTAATAAATGTGGTCCGTCAATAA AAAAGTAAATTCGGATGAGTTATCTCAAAAATGAGTATGGACAATATTTG TATTCTGAATATAATTAACTTACATTTGAAAGGTTTATTACCAAAAAGTA CGGTCTGCACTACATAATTTCCGATCGTAATAACGTGAAAATTTGAAAGA TATTAAAATTATTCATTGATGTTATCCAAAACTACCATATGAAAGATTCA AAACTGAAATTGTCCACTAACTGCAACCACATATGCCTCAAGACGAAGTT GGAATGTTTGGCATACTCACACAAATTCAGCAGAATGAACAGAGGTCAAT TCCCAGACAATAAAAGCATTTAAATCAATTAAATTATCGTGAAGGGTACA ACAAGCCTTCCTCTTTTTGTCATCCAAAATATAATAATCAGTAGATTCAA ATCCGGGGATGATTGAGATCATTTCTCCTTGTACCACAATCTCCCGAAGT TGTCCGAACAGCATTTTGTTGTTCCTGCAAGTACGGTATGGACCTCTGTC TTCCTGCCAAATATAGTTCCAAAAGGGATAATGCTCATATATCCAGGGTT TTACAACGTCCAGGAGAACCTGGATGTATCAATCCGAATCATCTCTACCC TTCGAGAAGAAATTTGGAGATTCCTAAGACCATTAAATTAGAAATTTTGT CTTCGATATCCCTGAAACACATTTTTTTTGATCCAGTCCCTGGGGAAAAA ATTCCATAATCAAAAATTAAATTTGGAGAAAAATGCGATTCATTTATTTA AAAAAAAGTAAATAATATTTCAATATATATGTAAACTAATTAATTAGTTT CAAGACAATCCAACATTTTGAAAATTGAACATTTTACTTTATCTTACATT TTATTAATATTAAATTTTTAATTCTGAGCATTGAATGATAAAATATTTCT ATAAAAATATTGTTATTTCTCCCAATATTAACAAAATTCCTTAAATAAAG TGTGTACCCAAAACTTGCAATATCATTTAATAACAATTTTAATCCCGTTT GTTTTAATTACACCATGAAGATGTTTTTTTTTTTTTTTGTAATTTAGACA AGTTTTTGCTTCACAACTCTGTAGAATAAAAATAAACTGATAACTGCAGA CTATAAAACTTCTGTAAGAAAATCATAGATGTATTAATAAATATTTTAAC TTTGACAATCAATCAAATACAATTAAGTCAAAGCAGTATTAGTAAAATGT GGGTTTTTGAAGCATAGAGACATGAATGCGTAACAGGAAAAATGATTTTA AAAAAATATATAAATAAATATGAGGTTATATTCAAATTGCACTCAAAAGT TGTATTGAAGAGTATTTTAAATTCACCACAAAGACAGACACAATTTTGGA TCCTTTTGAAACGAACACCCGAAATTTTTTGTTAATGGTGGGAAATTATT TAGATTATTAAATTTCTTTCAAGGCTTAGACCAATTTTAAAAGTATGACG TTAATTATATTATAACATTTTTCTTATTGGCTTGTCTTGTGGTTTTATTG CTTWACTTWTMACGAATATGAAATTGAAAATATCTTTAAAAAGAAAGTTT TATGCATATTGTTGAATGGATGTTTATGATATTATTTTATGCACATTTTT TTTGTGTATTTCTTTACATCTCTATGTATTCAACAGTTTTTAGAGCTTCC ACATTTAATGAACCATTATCCACAGAGAGAAGTAGCTACGACATTACATT TGAGTATCTCTTTAAACAACTACATACCTTATTAATGGTAATAGATACAT GAAAAATGGGATAATATTTTAAAAATTAATATCGAAACATTGGTTAATAA TCTTTTTTATGTGTATTTATAAAAAAAACTGCAATAAATCCATAAATTTG TGCAATGATATGTCAATGTAACTTTTGTGGTGTAAATATAAGTCCATTCC CTTGATTTATAACTCTTAATATCTTTAAAAAAATTCTTTTCAGAATAAGA GGTGGCCTCTATTTTGTACAAAACATACCAAGGGATGAAAATTGGAAAGT TCTTCGAAGTGTCCTTGCTGAGTATAAGCCACATGTAAGTATTTTTCTTA TTGAAACTGTTTCTATTATTATAATATTTTTCAATCGCAAATGAAATTCT AGGTAAATAACTTAATTAAAAGGCCAAATAAATTATTTAAACAACTTCAT CCTTTCAAATACGTCAATGATTTCGAAAAAAAGATGCTTGTAATCTTTCG AAAATAA
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