EMLSAG00000012606, EMLSAG00000012606-695372 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000012606
Unique NameEMLSAG00000012606-695372
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000012606 vs. GO
Match: - (symbol:Synd "Syndapin" species:7227 "Drosophila melanogaster" [GO:0048488 "synaptic vesicle endocytosis" evidence=NAS] [GO:0007269 "neurotransmitter secretion" evidence=NAS] [GO:0071212 "subsynaptic reticulum" evidence=IDA] [GO:0045211 "postsynaptic membrane" evidence=IDA] [GO:0045887 "positive regulation of synaptic growth at neuromuscular junction" evidence=IMP] [GO:0005515 "protein binding" evidence=IPI] [GO:0007053 "spindle assembly involved in male meiosis" evidence=IMP] [GO:0005543 "phospholipid binding" evidence=ISM] [GO:0008289 "lipid binding" evidence=IDA] [GO:0030496 "midbody" evidence=IDA] [GO:0061024 "membrane organization" evidence=IDA] [GO:0005886 "plasma membrane" evidence=IDA] [GO:0032154 "cleavage furrow" evidence=IDA] [GO:0007112 "male meiosis cytokinesis" evidence=IMP] [GO:0000281 "mitotic cytokinesis" evidence=IMP] [GO:0036090 "cleavage furrow ingression" evidence=IMP] Pfam:PF00018 InterPro:IPR001452 PRINTS:PR00452 PROSITE:PS50002 SMART:SM00326 EMBL:AE014297 GO:GO:0036090 GO:GO:0046872 GO:GO:0045211 GO:GO:0045887 GO:GO:0005543 SUPFAM:SSF50044 GO:GO:0000281 GO:GO:0030496 GO:GO:0048488 GO:GO:0032154 GO:GO:0007112 GO:GO:0007269 GO:GO:0061024 InterPro:IPR001060 Pfam:PF00611 SMART:SM00055 PROSITE:PS50133 GO:GO:0007053 eggNOG:NOG283356 GeneTree:ENSGT00510000046376 OMA:AMTREAN OrthoDB:EOG75TMBJ GO:GO:0071212 EMBL:AY069690 RefSeq:NP_788697.1 UniGene:Dm.2000 PDB:3I2W PDBsum:3I2W MINT:MINT-769658 EnsemblMetazoa:FBtr0083966 GeneID:42467 KEGG:dme:Dmel_CG33094 UCSC:CG33094-RB CTD:42467 FlyBase:FBgn0053094 InParanoid:Q9VDI1 ChiTaRS:Synd EvolutionaryTrace:Q9VDI1 GenomeRNAi:42467 NextBio:828941 Uniprot:Q9VDI1)

HSP 1 Score: 309.686 bits (792), Expect = 1.262e-99
Identity = 165/313 (52.72%), Postives = 202/313 (64.54%), Query Frame = 0
Query:   51 VQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKH-EKFPDGNITLINQRAVGDDLPEYPSGVRQKKSNSISSNNKDSRNGKAISIPTSKSSEQEISQSQPQEM------------------------AVSNGNSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEV 338
            V+K  +RV+K K+ V KC+E YE A+ ++  YNS YIEDM  VFEKCQ  E  RLQ FK+ LF++  CL+++    LPQIYEEF HT+NNAD +KDLKWWSN +G+NM MNWP F EYTEE RDI    K  E  P   ITLINQR V +D+ EYP     KK+ S  S +  SR      I T++SS   ++ S+ +                          +V+NGN   D+NPFD++E  DE    LVDNGE GVPVKALYDY+ AESDEL FK GD FEKLEDEDEQGWCKGR +G+VGLYPANY+E 
Sbjct:  185 VKKMHDRVQKTKDQVQKCREKYEQAIAEITKYNSVYIEDMTSVFEKCQTFEKTRLQFFKEILFNVHSCLDLTKVQSLPQIYEEFSHTINNADQQKDLKWWSNNHGINMAMNWPSFVEYTEEFRDIAKGNKSKEALPAAPITLINQRPVAEDVHEYPQTNSLKKNTSTLS-SVSSRASVKSEIATTQSS---VTTSEAKTSAAVAGAATATAAATAASAASNRNSSVTNGNGKVDANPFDEEEEWDESDNVLVDNGEPGVPVKALYDYEGAESDELTFKQGDVFEKLEDEDEQGWCKGRMNGRVGLYPANYVET 493          

HSP 2 Score: 55.4546 bits (132), Expect = 3.905e-7
Identity = 32/89 (35.96%), Postives = 54/89 (60.67%), Query Frame = 0
Query:   17 PEYGTTEAGWKGVLVEADRRCELHLRVKEALLSDVQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRL 105
            PEYGTTEA WKGVL E++R  ++H+++K+ L +DV     ++K  +      KENY   L  +     +  +D++++F+K Q+  A+ L
Sbjct:   73 PEYGTTEAAWKGVLTESERISDVHMKIKDNLCNDV---NSQIKTWQ------KENYHHTLMQI-----KERKDLEDLFKKAQKPWAKLL 147          
BLAST of EMLSAG00000012606 vs. GO
Match: - (symbol:PACSIN2 "Protein kinase C and casein kinase substrate in neurons protein 2" species:9606 "Homo sapiens" [GO:0005215 "transporter activity" evidence=TAS] [GO:0005515 "protein binding" evidence=IPI] [GO:0005634 "nucleus" evidence=IDA] [GO:0005737 "cytoplasm" evidence=IDA] [GO:0005769 "early endosome" evidence=IEA] [GO:0005829 "cytosol" evidence=IEA] [GO:0005856 "cytoskeleton" evidence=IEA] [GO:0005901 "caveola" evidence=IDA] [GO:0008092 "cytoskeletal protein binding" evidence=IEA] [GO:0019898 "extrinsic component of membrane" evidence=ISS] [GO:0030036 "actin cytoskeleton organization" evidence=IEA] [GO:0030659 "cytoplasmic vesicle membrane" evidence=IEA] [GO:0032587 "ruffle membrane" evidence=IEA] [GO:0036010 "protein localization to endosome" evidence=IMP] [GO:0042802 "identical protein binding" evidence=IPI] [GO:0043231 "intracellular membrane-bounded organelle" evidence=IDA] [GO:0045806 "negative regulation of endocytosis" evidence=IEA] [GO:0048858 "cell projection morphogenesis" evidence=ISS] [GO:0055038 "recycling endosome membrane" evidence=IDA] [GO:0070062 "extracellular vesicular exosome" evidence=IDA] [GO:0070300 "phosphatidic acid binding" evidence=IDA] [GO:0070836 "caveola assembly" evidence=IMP] [GO:0072584 "caveolin-mediated endocytosis" evidence=IMP] [GO:0097320 "membrane tubulation" evidence=ISS;IDA] [GO:0005730 "nucleolus" evidence=IDA] InterPro:IPR001452 InterPro:IPR028521 PRINTS:PR00452 PROSITE:PS50002 SMART:SM00326 GO:GO:0005829 GO:GO:0070062 GO:GO:0030659 GO:GO:0005856 GO:GO:0019898 GO:GO:0030036 GO:GO:0005901 GO:GO:0005215 SUPFAM:SSF50044 GO:GO:0055038 GO:GO:0036010 GO:GO:0070300 GO:GO:0005769 GO:GO:0032587 EMBL:AL049758 GO:GO:0097320 InterPro:IPR001060 Pfam:PF00611 SMART:SM00055 PROSITE:PS50133 GO:GO:0070836 GO:GO:0072584 GO:GO:0048858 GO:GO:0045806 eggNOG:NOG283356 HOGENOM:HOG000007245 HOVERGEN:HBG053486 TreeFam:TF313677 HPA:CAB009929 HPA:HPA028852 CTD:11252 PANTHER:PTHR10959:SF2 EMBL:AF128536 EMBL:AL136845 EMBL:CR456536 EMBL:AL022476 EMBL:BC008037 EMBL:AL389984 RefSeq:NP_001171899.1 RefSeq:NP_001171900.1 RefSeq:NP_009160.2 RefSeq:XP_005261376.1 UniGene:Hs.162877 PDB:3ABH PDB:3ACO PDB:3HAJ PDB:3Q0K PDBsum:3ABH PDBsum:3ACO PDBsum:3HAJ PDBsum:3Q0K ProteinModelPortal:Q9UNF0 SMR:Q9UNF0 BioGrid:116413 IntAct:Q9UNF0 MINT:MINT-5005738 STRING:9606.ENSP00000263246 PhosphoSite:Q9UNF0 DMDM:22256968 PaxDb:Q9UNF0 PRIDE:Q9UNF0 DNASU:11252 Ensembl:ENST00000263246 Ensembl:ENST00000337959 Ensembl:ENST00000402229 Ensembl:ENST00000403744 Ensembl:ENST00000407585 GeneID:11252 KEGG:hsa:11252 UCSC:uc003bdg.4 GeneCards:GC22M043243 HGNC:HGNC:8571 HPA:HPA049854 MIM:604960 neXtProt:NX_Q9UNF0 PharmGKB:PA32897 InParanoid:Q9UNF0 OMA:CKQDVLK PhylomeDB:Q9UNF0 ChiTaRS:PACSIN2 EvolutionaryTrace:Q9UNF0 GeneWiki:PACSIN2 GenomeRNAi:11252 NextBio:42818 PRO:PR:Q9UNF0 ArrayExpress:Q9UNF0 Bgee:Q9UNF0 Genevestigator:Q9UNF0 Uniprot:Q9UNF0)

HSP 1 Score: 202.601 bits (514), Expect = 1.155e-58
Identity = 120/311 (38.59%), Postives = 178/311 (57.23%), Query Frame = 0
Query:   51 VQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKHEKFPDGNITLINQRAVGD-DLPEYPSGVRQKKSNSISSNNKDSR---------NGKAIS----IPTSKSSEQEISQSQPQEMA-------VSNGNSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKD-GKVGLYPANYIEVL 339
            ++K Q++++K K++V+K KE YE +L++++    +Y+E+M++VFE+CQ+ E +RL+ F++ L  +QK L++S+      IY +   ++  AD  +DL+W+   +G  M MNWPQFEE++ +L    S+R+ +K  DG +TL      GD  LP  PS      SN   S    S           G  +S          S  E +QS P + +        S+ ++  DSNPFDDD            +G + V V+ALYDY+  E DEL FKAGD   K+EDEDEQGWCKGR D G+VGLYPANY+E +
Sbjct:  187 LKKLQDKIEKCKQDVLKTKEKYEKSLKELDQGTPQYMENMEQVFEQCQQFEEKRLRFFREVLLEVQKHLDLSNVAGYKAIYHDLEQSIRAADAVEDLRWFRANHGPGMAMNWPQFEEWSADLNRTLSRREKKKATDG-VTLTGINQTGDQSLPSKPSSTLNVPSNPAQSAQSQSSYNPFEDEDDTGSTVSEKDDTKAKNVSSYEKTQSYPTDWSDDESNNPFSSTDANGDSNPFDDD----------ATSGTE-VRVRALYDYEGQEHDELSFKAGDELTKMEDEDEQGWCKGRLDNGQVGLYPANYVEAI 485          
BLAST of EMLSAG00000012606 vs. GO
Match: - (symbol:PACSIN2 "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0005829 "cytosol" evidence=IEA] [GO:0005901 "caveola" evidence=IEA] [GO:0008092 "cytoskeletal protein binding" evidence=IEA] [GO:0019898 "extrinsic component of membrane" evidence=IEA] [GO:0030036 "actin cytoskeleton organization" evidence=IEA] [GO:0036010 "protein localization to endosome" evidence=IEA] [GO:0042802 "identical protein binding" evidence=IEA] [GO:0045806 "negative regulation of endocytosis" evidence=IEA] [GO:0048858 "cell projection morphogenesis" evidence=IEA] [GO:0055038 "recycling endosome membrane" evidence=IEA] [GO:0070300 "phosphatidic acid binding" evidence=IEA] [GO:0070836 "caveola assembly" evidence=IEA] [GO:0072584 "caveolin-mediated endocytosis" evidence=IEA] [GO:0097320 "membrane tubulation" evidence=IEA] InterPro:IPR001452 InterPro:IPR028521 PRINTS:PR00452 PROSITE:PS50002 SMART:SM00326 GO:GO:0005829 GO:GO:0019898 GO:GO:0030036 GO:GO:0005901 SUPFAM:SSF50044 GO:GO:0008289 GO:GO:0097320 InterPro:IPR001060 Pfam:PF00611 SMART:SM00055 PROSITE:PS50133 GO:GO:0070836 GO:GO:0072584 GO:GO:0048858 GO:GO:0045806 GeneTree:ENSGT00510000046376 OrthoDB:EOG75TMBJ TreeFam:TF313677 PANTHER:PTHR10959:SF2 OMA:CKQDVLK EMBL:AAEX03007272 ProteinModelPortal:F1PUE2 Ensembl:ENSCAFT00000001447 Uniprot:F1PUE2)

HSP 1 Score: 199.904 bits (507), Expect = 1.179e-57
Identity = 122/311 (39.23%), Postives = 182/311 (58.52%), Query Frame = 0
Query:   51 VQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKHEKFPDGNITLINQRAVGDD-LPEYPSGVRQKKSN------SISSNN---KDSRNGKAIS----IPTSKSSEQEISQSQPQEMA-------VSNGNSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKD-GKVGLYPANYIEVL 339
            ++K Q++V+K K++V+K KE YE +L++++    +Y+E+M++VFE+CQ+ E +RL+ F++ L  +QK L++S+      IY +   ++  AD  +DL+W+   +G  M MNWPQFEE++ +L    S+R+ +K  DG +TL      GD  L   PS      SN      S+SS N    +   G  +S    I     S  E +QS P + +        S+ ++  DSNPFD+D            +G + V V+ALYDY+  E DEL FKAGD   K+EDEDEQGWCKGR D G+VGLYPANY+E +
Sbjct:  187 LKKLQDKVEKCKQDVLKTKEKYEKSLKELDQSTPQYMENMEQVFEQCQQFEEKRLRFFREVLLEVQKHLDLSNVASYKNIYRDLEQSIKAADAVEDLRWFRANHGPGMSMNWPQFEEWSADLNRTLSRREKKKAADG-VTLTGINQTGDQALQNKPSSDLSVPSNPARSAQSLSSYNPFEDEDDTGSTVSEKEDIKAKNVSSYEKTQSYPTDWSDDESNNPFSSTDANGDSNPFDED----------TTSGTE-VRVRALYDYEGQEHDELSFKAGDELTKIEDEDEQGWCKGRLDNGQVGLYPANYVEAI 485          
BLAST of EMLSAG00000012606 vs. GO
Match: - (symbol:PACSIN2 "Protein kinase C and casein kinase substrate in neurons protein 2" species:9031 "Gallus gallus" [GO:0030036 "actin cytoskeleton organization" evidence=IEA] [GO:0070836 "caveola assembly" evidence=IEA] [GO:0097320 "membrane tubulation" evidence=IEA] InterPro:IPR001452 InterPro:IPR028521 PRINTS:PR00452 PROSITE:PS50002 SMART:SM00326 GO:GO:0030036 SUPFAM:SSF50044 GO:GO:0097320 InterPro:IPR001060 Pfam:PF00611 SMART:SM00055 PROSITE:PS50133 GO:GO:0070836 GeneTree:ENSGT00510000046376 PANTHER:PTHR10959:SF2 EMBL:AADN03001504 Ensembl:ENSGALT00000030521 ArrayExpress:F1NNZ9 Uniprot:F1NNZ9)

HSP 1 Score: 198.749 bits (504), Expect = 1.493e-57
Identity = 116/290 (40.00%), Postives = 177/290 (61.03%), Query Frame = 0
Query:   51 VQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKHEKFPDGNITLINQRAVGDDLPEYPSGVRQKKSNSISSNNKDSRNGKAISIPTSKSSEQEISQSQPQEMAVSNGNSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKD-GKVGLYPANYIEVL 339
            ++K Q++V+++K++V+K KE YE +L++++    +Y+E+M++VFE+CQ+ E +RL+ F++ L  +QK L++S+      IY E    +  AD  +DL+W+    G  M MNWPQFEE++ +L    S+R+ +K  DG +TL      GD + + P+     K +S+SS  K+       S PT  S E+    + P     +NG    D+NPFD+D        P ++     V V+ALYDY+  E DEL FKAGD   K+E+EDEQGWCKGR D G+VGLYPANY+E +
Sbjct:  187 LKKLQDKVERSKQDVLKTKEKYEKSLKELDNATPQYMENMEQVFEQCQQFEEKRLRFFREVLLEVQKHLDLSNVASYKNIYRELEQNIKTADAVEDLRWFRANQGPGMSMNWPQFEEWSADLNRTLSRREKKKASDG-VTLTGINQTGDQVSQ-PN-----KHSSVSSYEKNQ------SYPTDWSDEE---SNNPFSSTDANG----DTNPFDED------TSPAME-----VRVRALYDYEGQEQDELSFKAGDELTKMENEDEQGWCKGRLDNGQVGLYPANYVEPI 445          
BLAST of EMLSAG00000012606 vs. GO
Match: - (symbol:PACSIN2 "Uncharacterized protein" species:9823 "Sus scrofa" [GO:0005829 "cytosol" evidence=IEA] [GO:0005901 "caveola" evidence=IEA] [GO:0008092 "cytoskeletal protein binding" evidence=IEA] [GO:0019898 "extrinsic component of membrane" evidence=IEA] [GO:0030036 "actin cytoskeleton organization" evidence=IEA] [GO:0036010 "protein localization to endosome" evidence=IEA] [GO:0042802 "identical protein binding" evidence=IEA] [GO:0045806 "negative regulation of endocytosis" evidence=IEA] [GO:0048858 "cell projection morphogenesis" evidence=IEA] [GO:0055038 "recycling endosome membrane" evidence=IEA] [GO:0070300 "phosphatidic acid binding" evidence=IEA] [GO:0070836 "caveola assembly" evidence=IEA] [GO:0072584 "caveolin-mediated endocytosis" evidence=IEA] [GO:0097320 "membrane tubulation" evidence=IEA] InterPro:IPR001452 InterPro:IPR028521 PRINTS:PR00452 PROSITE:PS50002 SMART:SM00326 GO:GO:0005829 GO:GO:0019898 GO:GO:0030036 GO:GO:0005901 SUPFAM:SSF50044 GO:GO:0008289 GO:GO:0097320 InterPro:IPR001060 Pfam:PF00611 SMART:SM00055 PROSITE:PS50133 GO:GO:0070836 GO:GO:0072584 GO:GO:0048858 GO:GO:0045806 GeneTree:ENSGT00510000046376 OrthoDB:EOG75TMBJ TreeFam:TF313677 CTD:11252 PANTHER:PTHR10959:SF2 OMA:CKQDVLK EMBL:CU694789 RefSeq:XP_003126027.3 Ensembl:ENSSSCT00000000038 GeneID:100523786 KEGG:ssc:100523786 Uniprot:F1SJR5)

HSP 1 Score: 199.519 bits (506), Expect = 1.924e-57
Identity = 119/311 (38.26%), Postives = 179/311 (57.56%), Query Frame = 0
Query:   51 VQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKHEKFPDGNITLINQRAVGDD-LPEYPS------GVRQKKSNSISSNNK---DSRNGKAIS----IPTSKSSEQEISQSQPQEMA-------VSNGNSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKD-GKVGLYPANYIEVL 339
            ++K Q++V+K K++V+K KE YE +L++++    +Y+E M++VFE+CQ+ E +RL  F++ L  +QK L++S+      IY +   ++  AD  +DL+W+   +G  M MNWPQFEE++ +L    S+R+ +K  DG +TL      GD  L   PS      G   + + S+SS N    +   G  +S    +     S  E +QS P + +        S+ ++  DSNPFD+D     +V            V+ALYDY+  E DEL FKAGD   K+EDEDEQGWCKGR D G+VGLYPANY+E +
Sbjct:  187 LKKLQDKVEKCKQDVLKTKEKYEKSLKELSQGTPQYMESMEQVFEQCQQFEEKRLHFFREVLLEVQKHLDLSNVAAYKNIYHDLEQSIKAADAVEDLRWFRANHGPGMSMNWPQFEEWSADLNRTLSRREKKKTADG-VTLTGINQTGDQALQNKPSSDLSVPGNPARSAQSLSSYNPFEDEDDTGSTVSEKEDVKAKNVSSYEKTQSYPTDWSDDESNNPFSSTDANGDSNPFDEDATSGTEVR-----------VRALYDYEGQEHDELSFKAGDELTKIEDEDEQGWCKGRLDNGQVGLYPANYVEAI 485          
BLAST of EMLSAG00000012606 vs. GO
Match: - (symbol:Pacsin2 "protein kinase C and casein kinase substrate in neurons 2" species:10090 "Mus musculus" [GO:0005515 "protein binding" evidence=IPI] [GO:0005634 "nucleus" evidence=ISO] [GO:0005737 "cytoplasm" evidence=ISO;IDA] [GO:0005768 "endosome" evidence=IEA] [GO:0005802 "trans-Golgi network" evidence=IDA] [GO:0005829 "cytosol" evidence=IDA] [GO:0005856 "cytoskeleton" evidence=IEA] [GO:0005886 "plasma membrane" evidence=IEA] [GO:0005901 "caveola" evidence=ISO;IDA] [GO:0005911 "cell-cell junction" evidence=IDA] [GO:0006897 "endocytosis" evidence=IEA] [GO:0007165 "signal transduction" evidence=TAS] [GO:0008092 "cytoskeletal protein binding" evidence=IDA] [GO:0008289 "lipid binding" evidence=IDA] [GO:0016020 "membrane" evidence=IEA] [GO:0016301 "kinase activity" evidence=IEA] [GO:0016310 "phosphorylation" evidence=IEA] [GO:0016740 "transferase activity" evidence=IEA] [GO:0019898 "extrinsic component of membrane" evidence=IDA] [GO:0030036 "actin cytoskeleton organization" evidence=IEA] [GO:0031410 "cytoplasmic vesicle" evidence=IEA] [GO:0036010 "protein localization to endosome" evidence=ISO] [GO:0042802 "identical protein binding" evidence=ISO] [GO:0042995 "cell projection" evidence=IEA] [GO:0043231 "intracellular membrane-bounded organelle" evidence=ISO] [GO:0045806 "negative regulation of endocytosis" evidence=IDA] [GO:0048858 "cell projection morphogenesis" evidence=IMP] [GO:0055038 "recycling endosome membrane" evidence=ISO] [GO:0070062 "extracellular vesicular exosome" evidence=ISO] [GO:0070300 "phosphatidic acid binding" evidence=ISO] [GO:0070836 "caveola assembly" evidence=ISO] [GO:0072584 "caveolin-mediated endocytosis" evidence=ISO] [GO:0097320 "membrane tubulation" evidence=ISO;IMP] InterPro:IPR001452 InterPro:IPR028521 PRINTS:PR00452 PROSITE:PS50002 SMART:SM00326 MGI:MGI:1345153 GO:GO:0005829 GO:GO:0030659 GO:GO:0007165 GO:GO:0005856 GO:GO:0019898 GO:GO:0008092 GO:GO:0030036 GO:GO:0005901 SUPFAM:SSF50044 GO:GO:0055038 GO:GO:0070300 GO:GO:0005769 GO:GO:0032587 GO:GO:0097320 InterPro:IPR001060 Pfam:PF00611 SMART:SM00055 PROSITE:PS50133 GO:GO:0070836 GO:GO:0072584 GO:GO:0048858 GO:GO:0045806 eggNOG:NOG283356 GeneTree:ENSGT00510000046376 HOGENOM:HOG000007245 HOVERGEN:HBG053486 OrthoDB:EOG75TMBJ TreeFam:TF313677 CTD:11252 PANTHER:PTHR10959:SF2 OMA:CKQDVLK ChiTaRS:PACSIN2 EMBL:AF128535 EMBL:BC023502 RefSeq:NP_001152981.1 RefSeq:NP_001152982.1 RefSeq:NP_035992.1 UniGene:Mm.23978 PDB:3LLL PDBsum:3LLL ProteinModelPortal:Q9WVE8 SMR:Q9WVE8 IntAct:Q9WVE8 MINT:MINT-1697712 ChEMBL:CHEMBL2176817 PhosphoSite:Q9WVE8 PaxDb:Q9WVE8 PRIDE:Q9WVE8 Ensembl:ENSMUST00000056177 Ensembl:ENSMUST00000165095 Ensembl:ENSMUST00000171436 GeneID:23970 KEGG:mmu:23970 UCSC:uc007xba.2 InParanoid:Q9WVE8 EvolutionaryTrace:Q9WVE8 NextBio:303853 PRO:PR:Q9WVE8 ArrayExpress:Q9WVE8 Bgee:Q9WVE8 Genevestigator:Q9WVE8 Uniprot:Q9WVE8)

HSP 1 Score: 198.749 bits (504), Expect = 4.112e-57
Identity = 117/312 (37.50%), Postives = 183/312 (58.65%), Query Frame = 0
Query:   51 VQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKHEKFPDGNITLINQRAVGD-----------DLPEYPSGVRQKKSNSISSNNKDSRNGKAIS----IPTSKSSEQEISQSQPQEMA-------VSNGNSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKD-GKVGLYPANYIEVL 339
            ++K Q++++K K++V+K K+ YE +L++++    +Y+E+M++VFE+CQ+ E +RL+ F++ L  +QK L++S+      IY E   ++  AD  +DL+W+   +G  M MNWPQFEE++ +L    S+R+ +K  DG +TL      GD            +P  P+   Q +S+     ++D   G +IS    I     S  E +Q+ P + +        S+ ++  DSNPFD+D            +G + V V+ALYDY+  E DEL FKAGD   K+EDEDEQGWCKGR D G+VGLYPANY+E +
Sbjct:  187 LKKLQDKIEKCKQDVLKTKDKYEKSLKELDQTTPQYMENMEQVFEQCQQFEEKRLRFFREVLLEVQKHLDLSNVASYKTIYRELEQSIKAADAVEDLRWFRANHGPGMAMNWPQFEEWSADLNRTLSRREKKKAVDG-VTLTGINQTGDQSGQNKPGSNLSVPSNPAQSTQLQSSYNPFEDEDD-TGSSISEKEDIKAKNVSSYEKTQTYPTDWSDDESNNPFSSTDANGDSNPFDED----------TTSGTE-VRVRALYDYEGQEHDELSFKAGDELTKIEDEDEQGWCKGRLDSGQVGLYPANYVEAI 485          
BLAST of EMLSAG00000012606 vs. GO
Match: - (symbol:PACSIN2 "Uncharacterized protein" species:9913 "Bos taurus" [GO:0005829 "cytosol" evidence=IEA] [GO:0005901 "caveola" evidence=IEA] [GO:0008092 "cytoskeletal protein binding" evidence=IEA] [GO:0016301 "kinase activity" evidence=IEA] [GO:0019898 "extrinsic component of membrane" evidence=IEA] [GO:0030036 "actin cytoskeleton organization" evidence=IEA] [GO:0036010 "protein localization to endosome" evidence=IEA] [GO:0042802 "identical protein binding" evidence=IEA] [GO:0045806 "negative regulation of endocytosis" evidence=IEA] [GO:0048858 "cell projection morphogenesis" evidence=IEA] [GO:0055038 "recycling endosome membrane" evidence=IEA] [GO:0070300 "phosphatidic acid binding" evidence=IEA] [GO:0070836 "caveola assembly" evidence=IEA] [GO:0072584 "caveolin-mediated endocytosis" evidence=IEA] [GO:0097320 "membrane tubulation" evidence=IEA] InterPro:IPR001452 InterPro:IPR028521 PRINTS:PR00452 PROSITE:PS50002 SMART:SM00326 GO:GO:0005829 GO:GO:0019898 GO:GO:0030036 GO:GO:0005901 GO:GO:0016301 SUPFAM:SSF50044 GO:GO:0008289 GO:GO:0097320 InterPro:IPR001060 Pfam:PF00611 SMART:SM00055 PROSITE:PS50133 GO:GO:0070836 GO:GO:0072584 GO:GO:0048858 GO:GO:0045806 eggNOG:NOG283356 GeneTree:ENSGT00510000046376 HOGENOM:HOG000007245 HOVERGEN:HBG053486 OrthoDB:EOG75TMBJ TreeFam:TF313677 CTD:11252 PANTHER:PTHR10959:SF2 OMA:CKQDVLK EMBL:DAAA02014847 EMBL:DAAA02014848 EMBL:BC114745 RefSeq:NP_001039933.1 UniGene:Bt.5013 STRING:9913.ENSBTAP00000025683 Ensembl:ENSBTAT00000025683 GeneID:540107 KEGG:bta:540107 InParanoid:Q1RMR9 NextBio:20878419 Uniprot:Q1RMR9)

HSP 1 Score: 198.364 bits (503), Expect = 4.907e-57
Identity = 119/311 (38.26%), Postives = 183/311 (58.84%), Query Frame = 0
Query:   51 VQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKHEKFPDGNITLINQRAVGDDLPE-YPS------GVRQKKSNSISSNNK---DSRNGKAIS----IPTSKSSEQEISQSQPQEMA-------VSNGNSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKD-GKVGLYPANYIEVL 339
            ++K Q+RV+K K++V+K KE YE +L+++     +Y+E M++VFE+CQ+ E +RL+ F++ L  +QK L++S+      +Y +   ++  AD  +DL+W+   +G  M MNWPQFEE++ +L    S+++ +K  DG +TL+     GD   +  PS      G  ++ + S+SS N    +   G  +S    I     S  E +QS P + +        S+ ++  DSNPFD+D            +G + V V+ALYDY+  E DEL FKAGD   K+EDEDEQGWCKGR D G+VGLYPANY+E +
Sbjct:  187 LKKLQDRVEKCKQDVLKSKEKYEKSLKELGQSTPQYMESMEQVFEQCQQFEEKRLRFFREVLLEVQKHLDLSNMASYKNVYRDLEQSIKAADAVEDLRWFRANHGPGMSMNWPQFEEWSVDLNRTLSRKEKKKNADG-VTLMGINQTGDQASQNKPSSDLSVPGNPERSAQSLSSYNPFEDEDDTGSTVSEKEDIKAKNVSSYEKTQSYPADWSDDESNNPFSSTDANGDSNPFDED----------TPSGTE-VRVRALYDYEGQEHDELSFKAGDELTKIEDEDEQGWCKGRLDSGQVGLYPANYVEAI 485          
BLAST of EMLSAG00000012606 vs. GO
Match: - (symbol:PACSIN1 "Uncharacterized protein" species:9031 "Gallus gallus" [GO:0005543 "phospholipid binding" evidence=IEA] [GO:0008092 "cytoskeletal protein binding" evidence=IEA] [GO:0030137 "COPI-coated vesicle" evidence=IEA] [GO:0032587 "ruffle membrane" evidence=IEA] [GO:0045806 "negative regulation of endocytosis" evidence=IEA] [GO:0048488 "synaptic vesicle endocytosis" evidence=IEA] [GO:0072657 "protein localization to membrane" evidence=IEA] [GO:0097320 "membrane tubulation" evidence=IEA] InterPro:IPR001452 InterPro:IPR028518 PRINTS:PR00452 PROSITE:PS50002 SMART:SM00326 SUPFAM:SSF50044 GO:GO:0048666 GO:GO:0007015 GO:GO:0097320 InterPro:IPR001060 Pfam:PF00611 SMART:SM00055 PROSITE:PS50133 CTD:29993 GeneTree:ENSGT00510000046376 OrthoDB:EOG75TMBJ TreeFam:TF313677 PANTHER:PTHR10959:SF0 EMBL:AADN03008518 RefSeq:XP_418028.3 Ensembl:ENSGALT00000004432 GeneID:419903 KEGG:gga:419903 PRO:PR:E1C4P4 Uniprot:E1C4P4)

HSP 1 Score: 193.741 bits (491), Expect = 1.281e-55
Identity = 112/289 (38.75%), Postives = 171/289 (59.17%), Query Frame = 0
Query:   52 QKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKHEKFPDGNITLINQRAVGDDLPEYPSGVRQKKSNSISSNNKDSRNGKAISIPTSKSSEQEISQSQPQEMAVSNGNSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKD-GKVGLYPANYIEVL 339
            +K Q++V+K K++V K +E YE  L ++N    +Y+E M++VFE+CQ+ E +RL   K+ L  +++ LN+++      +Y E   T+  +D ++DL+W+ +T G  MPMNWPQFEE+  +L    ++++  K  +G +TL N  + G+      SG    +  S+SS+++    G+  S   ++ S+ E S S       S  N    +NPFD+            D+  KGV V+ALYDYD  E DEL FKAGD   KL +EDEQGWCKGR D G++GLYPANY+E +
Sbjct:  189 KKLQDKVEKCKQDVQKTQEKYEKVLDELNKCTPQYMESMEQVFEQCQQFEEKRLNFLKEVLLDIKRHLNLAESSSYANVYRELEQTIRLSDAQEDLRWFRSTSGPGMPMNWPQFEEWNPDLTHTITRKEKMKKGEG-VTLTNASSTGE------SGASAGERGSVSSHDR----GQTYS---AEWSDDEGSNS----FNASEANG--GTNPFDE------------DSAGKGVRVRALYDYDGQEQDELSFKAGDELTKLGEEDEQGWCKGRLDNGQLGLYPANYVEAI 445          
BLAST of EMLSAG00000012606 vs. GO
Match: - (symbol:PACSIN2 "Protein kinase C and casein kinase substrate in neurons protein 2" species:9031 "Gallus gallus" [GO:0005829 "cytosol" evidence=IEA] [GO:0005901 "caveola" evidence=IEA] [GO:0008092 "cytoskeletal protein binding" evidence=IEA] [GO:0019898 "extrinsic component of membrane" evidence=IEA] [GO:0030036 "actin cytoskeleton organization" evidence=IEA] [GO:0036010 "protein localization to endosome" evidence=IEA] [GO:0042802 "identical protein binding" evidence=IEA] [GO:0045806 "negative regulation of endocytosis" evidence=IEA] [GO:0048858 "cell projection morphogenesis" evidence=IEA] [GO:0055038 "recycling endosome membrane" evidence=IEA] [GO:0070300 "phosphatidic acid binding" evidence=IEA] [GO:0070836 "caveola assembly" evidence=IEA] [GO:0072584 "caveolin-mediated endocytosis" evidence=IEA] [GO:0097320 "membrane tubulation" evidence=IEA] InterPro:IPR001452 InterPro:IPR028521 PRINTS:PR00452 PROSITE:PS50002 SMART:SM00326 GO:GO:0005829 GO:GO:0019898 GO:GO:0030036 GO:GO:0005901 SUPFAM:SSF50044 GO:GO:0008289 GO:GO:0097320 InterPro:IPR001060 Pfam:PF00611 SMART:SM00055 PROSITE:PS50133 GO:GO:0070836 GO:GO:0072584 GO:GO:0048858 GO:GO:0045806 GeneTree:ENSGT00510000046376 OrthoDB:EOG75TMBJ TreeFam:TF313677 PANTHER:PTHR10959:SF2 OMA:CKQDVLK EMBL:AADN03001504 Ensembl:ENSGALT00000022902 ArrayExpress:E1C007 Uniprot:E1C007)

HSP 1 Score: 194.512 bits (493), Expect = 1.613e-55
Identity = 115/310 (37.10%), Postives = 179/310 (57.74%), Query Frame = 0
Query:   51 VQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKHEKFPDGNITLINQRAVGDDL--PEYPSGVRQKKSNSISSNNK-------DSRNGKAIS----IPTSKSSEQEISQSQPQEMA-------VSNGNSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKD-GKVGLYPANYIEVL 339
            ++K Q++V+++K++V+K KE YE +L++++    +Y+E+M++VFE+CQ+ E +RL+ F++ L  +QK L++S+      IY E    +  AD  +DL+W+    G  M MNWPQFEE++ +L    S+R+ +K  DG +TL      GD +  P   S     +SN++ S          +   G  +S          S  E +QS P + +        S+ ++  D+NPFD+D        P ++     V V+ALYDY+  E DEL FKAGD   K+E+EDEQGWCKGR D G+VGLYPANY+E +
Sbjct:  187 LKKLQDKVERSKQDVLKTKEKYEKSLKELDNATPQYMENMEQVFEQCQQFEEKRLRFFREVLLEVQKHLDLSNVASYKNIYRELEQNIKTADAVEDLRWFRANQGPGMSMNWPQFEEWSADLNRTLSRREKKKASDG-VTLTGINQTGDQVSQPNKHSSSLSVQSNTVQSVQSSYNPFEDEEDTGSTVSEKEDNKIKNVSSYEKNQSYPTDWSDEESNNPFSSTDANGDTNPFDED------TSPAME-----VRVRALYDYEGQEQDELSFKAGDELTKMENEDEQGWCKGRLDNGQVGLYPANYVEPI 484          
BLAST of EMLSAG00000012606 vs. GO
Match: - (symbol:Pacsin2 "Protein kinase C and casein kinase substrate in neurons 2 protein" species:10116 "Rattus norvegicus" [GO:0005515 "protein binding" evidence=IPI] [GO:0005769 "early endosome" evidence=IEA] [GO:0005856 "cytoskeleton" evidence=IEA] [GO:0005901 "caveola" evidence=IEA] [GO:0019898 "extrinsic component of membrane" evidence=ISS] [GO:0030036 "actin cytoskeleton organization" evidence=IEA] [GO:0030659 "cytoplasmic vesicle membrane" evidence=IEA] [GO:0032587 "ruffle membrane" evidence=IEA] [GO:0048858 "cell projection morphogenesis" evidence=ISS] [GO:0055038 "recycling endosome membrane" evidence=IEA] [GO:0070300 "phosphatidic acid binding" evidence=ISS] [GO:0070836 "caveola assembly" evidence=ISS] [GO:0072584 "caveolin-mediated endocytosis" evidence=ISS] [GO:0097320 "membrane tubulation" evidence=ISS] InterPro:IPR001452 InterPro:IPR028521 PRINTS:PR00452 PROSITE:PS50002 SMART:SM00326 RGD:69411 GO:GO:0030659 GO:GO:0005856 GO:GO:0019898 GO:GO:0030036 GO:GO:0005901 SUPFAM:SSF50044 GO:GO:0055038 GO:GO:0070300 GO:GO:0005769 GO:GO:0032587 GO:GO:0097320 InterPro:IPR001060 Pfam:PF00611 SMART:SM00055 PROSITE:PS50133 GO:GO:0070836 GO:GO:0072584 GO:GO:0048858 eggNOG:NOG283356 GeneTree:ENSGT00510000046376 HOGENOM:HOG000007245 HOVERGEN:HBG053486 OrthoDB:EOG75TMBJ CTD:11252 PANTHER:PTHR10959:SF2 EMBL:AF139492 EMBL:AF139493 EMBL:AF139494 EMBL:AF139495 RefSeq:NP_570096.2 RefSeq:XP_006242112.1 RefSeq:XP_006242113.1 RefSeq:XP_006242114.1 RefSeq:XP_006242115.1 RefSeq:XP_006242117.1 RefSeq:XP_006242119.1 RefSeq:XP_006242120.1 RefSeq:XP_006242121.1 RefSeq:XP_006242122.1 UniGene:Rn.17106 ProteinModelPortal:Q9QY17 IntAct:Q9QY17 MINT:MINT-4567486 STRING:10116.ENSRNOP00000013398 PhosphoSite:Q9QY17 PaxDb:Q9QY17 PRIDE:Q9QY17 Ensembl:ENSRNOT00000013398 GeneID:124461 KEGG:rno:124461 InParanoid:Q9QY17 NextBio:620467 PRO:PR:Q9QY17 ArrayExpress:Q9QY17 Genevestigator:Q9QY17 Uniprot:Q9QY17)

HSP 1 Score: 193.741 bits (491), Expect = 2.693e-55
Identity = 117/314 (37.26%), Postives = 183/314 (58.28%), Query Frame = 0
Query:   51 VQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQF--EEYTEELRDITSKRKHEKFPDGNITLINQRAVGD-----------DLPEYPSGVRQKKSNSISSNNKDSRNGKAIS----IPTSKSSEQEISQSQPQEMA-------VSNGNSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKD-GKVGLYPANYIEVL 339
            ++K Q++++K K++V+K K+ YE AL++++    +Y+E+M++VFE+CQ+ E +RL+ F++ L  +QK L++S+      IY E   ++  AD  +DL+W+   +G  M MNWPQF  EE++ +L    S+R+ +K  DG +TL      GD            +P  P+   Q +S+     ++D   G ++S    I     S  E +Q+ P + +        S+ ++  DSNPFD+D            +G + V V+ALYDY+  E DEL FKAGD   K+EDEDEQGWCKGR D G+VGLYPANY+E +
Sbjct:  187 LKKLQDKIEKCKQDVLKTKDKYEKALKELDQTTPQYMENMEQVFEQCQQFEEKRLRFFREVLLEVQKHLDLSNVASYKGIYRELEQSIKAADAVEDLRWFRANHGPGMAMNWPQFEDEEWSADLNRTLSRREKKKAADG-VTLTGINQTGDQSGQNKPSSNLSVPSNPAQSTQLQSSYNPFEDEDD-TGSSVSEKEDIKAKNVSSYEKTQNYPADWSDDESNNPFSSTDANGDSNPFDED----------TTSGTE-VRVRALYDYEGQEHDELSFKAGDELTKIEDEDEQGWCKGRLDSGQVGLYPANYVEAI 487          
BLAST of EMLSAG00000012606 vs. C. finmarchicus
Match: gi|592832434|gb|GAXK01125110.1| (TSA: Calanus finmarchicus comp24291_c2_seq1 transcribed RNA sequence)

HSP 1 Score: 366.311 bits (939), Expect = 3.132e-119
Identity = 205/405 (50.62%), Postives = 246/405 (60.74%), Query Frame = 0
Query:   17 PEYGTTEAGWKGVLVEADRRCELHLRVKEALLSDV----------------------QKCQERVKKAK-------ENVVKCKENYEIA-------------------------------------------------LQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSK-RKHEKFPDGNITLINQRAVGDDLPEY---PSGVRQXXXXXXXXXXXXXRNGKAISIPTSKXXXXXXXXXXXXXMAVSNGNSTKDSNPFDD--DEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIE 337
            PEYGTTEA WK VLVEADRRCELHLRVK+ L++++                      ++ +++ KKA+       E V K K NY IA                                                 L D+  YNSRY EDM +VFE+CQR EAQRLQTFKDTLF++ KCLNI +DP LPQIY+EFYHTVNNADHEKDL+WWSNT+GVNMPM WPQFEEYTEE R+I  + +K++  PDGNITLINQR+V DDLPEY   P+  +               NG   +  TS      I+ +     +  + N  KD+NPFDD  +EWDD     LVDNGE GV V+ALYDY+AAE DEL FK+G+ FEKLEDEDEQGWCKGRKDG+VGLYPANY+E
Sbjct:  930 PEYGTTEAAWKAVLVEADRRCELHLRVKDNLVNEIVNSIKNWQKDNYHKQMLQLKEKKEMEDQFKKAQKPWAKLLEKVDKTKTNYHIACKNEKTAVNQERNATKDSSLSQDQVRKLQDKVNKSQEAVKKSKENYELALLDITNYNSRYQEDMTDVFERCQRKEAQRLQTFKDTLFTIHKCLNIVEDPALPQIYDEFYHTVNNADHEKDLRWWSNTHGVNMPMAWPQFEEYTEEFREIAPRSKKNQTIPDGNITLINQRSVCDDLPEYNVKPAAKKPDM------------NGAPKTGTTS------INHNSDFNTSQVDSNGVKDANPFDDESEEWDDGGAYALVDNGEPGVAVRALYDYEAAEQDELTFKSGEEFEKLEDEDEQGWCKGRKDGRVGLYPANYVE 2090          
BLAST of EMLSAG00000012606 vs. C. finmarchicus
Match: gi|592832432|gb|GAXK01125112.1| (TSA: Calanus finmarchicus comp24291_c3_seq1 transcribed RNA sequence)

HSP 1 Score: 365.155 bits (936), Expect = 2.592e-116
Identity = 206/402 (51.24%), Postives = 246/402 (61.19%), Query Frame = 0
Query:   17 PEYGTTEAGWKGVLVEADRRCELHLRVKEALLSDV----------------------QKCQERVKKAK-------ENVVKCKENYEIA-------------------------------------------------LQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSK-RKHEKFPDGNITLINQRAVGDDLPEYPSGVRQXXXXXXXXXXXXXRNGKAISIPTSKXXXXXXXXXXXXXMAVSNGNSTKDSNPFDD--DEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIE 337
            PEYGTTEA WK VLVEADRRCELHLRVK+ L++++                      ++ +++ KKA+       E V K K NY IA                                                 L D+  YNSRY EDM +VFE+CQR EAQRLQTFKDTLF++ KCLNI +DP LPQIY+EFYHTVNNADHEKDL+WWSNT+GVNMPM WPQFEEYTEE R+I  + +K++  PDGNITLINQR+V DDLPEY         N   +  K   NG   +  TS      I+ +     +  + N  KD+NPFDD  +EWDD     LVDNGE GV V+ALYDY+AAE DEL FK+G+ FEKLEDEDEQGWCKGRKDG+VGLYPANY+E
Sbjct:  914 PEYGTTEAAWKAVLVEADRRCELHLRVKDNLVNEIVNSIKNWQKDNYHKQMLQLKEKKEMEDQFKKAQKPWAKLLEKVDKTKTNYHIACKNEKTAVNQERNATKDSSLSQDQVRKLQDKVNKSQEAVKKSKENYELALLDITNYNSRYQEDMTDVFERCQRKEAQRLQTFKDTLFTIHKCLNIVEDPALPQIYDEFYHTVNNADHEKDLRWWSNTHGVNMPMAWPQFEEYTEEFREIAPRSKKNQTIPDGNITLINQRSVCDDLPEY---------NVKPAVKKPDMNGAPKTGTTS------INHNSDFNTSQVDSNGVKDANPFDDESEEWDDGGAYALVDNGEPGVAVRALYDYEAAEQDELTFKSGEEFEKLEDEDEQGWCKGRKDGRVGLYPANYVE 2074          
BLAST of EMLSAG00000012606 vs. C. finmarchicus
Match: gi|592862670|gb|GAXK01094892.1| (TSA: Calanus finmarchicus comp3001562_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 120.553 bits (301), Expect = 1.989e-30
Identity = 84/291 (28.87%), Postives = 140/291 (48.11%), Query Frame = 0
Query:   48 LSDVQ--KCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEEL----RDITSKRKHEKFPDGNITLINQRAVGDDLPEYPSGVRQXXXXXXXXXXXXXRNGKAISIPTSKXXXXXXXXXXXXXMAVSNGNSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYP 332
            LS +Q  K QE++K +++ +    E Y  ++Q++N   + Y + M +V++K +  E +R  T +  +  LQ CLN+  + +L QIY E    +N  DHEKDL WWS+ +G+NM    P+FEEY+  +       +     +  P+   +    R+   +  +    + + + +S     K S +  AI   T +  E          + V    +   S+PF+ D             G++ V  K  + YDA E DEL F+ GD  E +ED+D+ GWC G+   K G +P
Sbjct:   19 LSQIQLNKLQEKIKNSQQEIQIKHEKYTSSIQELNSRQNVYQQGMIQVYQKFEAFEEKRYLTVQMFMLLLQDCLNVHRNLDLSQIYNESREAINQVDHEKDLSWWSDNHGINMEHVLPEFEEYSTNVRSRSSSFSIASIRQMIPEYQDSNARSRSASFNTSKNSKALPKYQIHSKDIARKLSLSNLAI---TKEDIETTHHSLTETALKVPETPTIVISDPFEPD-------------GKRLVEAK--FPYDAVEEDELSFETGDVIELVEDKDDDGWCIGKLGDKEGYFP 837          
BLAST of EMLSAG00000012606 vs. C. finmarchicus
Match: gi|592886620|gb|GAXK01071755.1| (TSA: Calanus finmarchicus comp1643742_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 95.5153 bits (236), Expect = 4.291e-21
Identity = 45/121 (37.19%), Postives = 69/121 (57.02%), Query Frame = 0
Query:   49 SDVQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYT 169
            S V K Q+++K   +NV   K+ Y   LQ +    + Y + M + F+K + +E +R QT K  +  LQ CLN+    +LP IY E    +N  DH++DL WW++ +GVNM    P F+EY+
Sbjct:  388 SQVTKMQDKIKNVHQNVKTSKDEYNTYLQKLRENQNSYQQGMIQAFKKFEELEEKRSQTLKMYMLQLQDCLNVHRTMDLPTIYSESRDIINQVDHKQDLHWWADNHGVNMEHVLPHFQEYS 750          

HSP 2 Score: 57.7658 bits (138), Expect = 1.680e-8
Identity = 26/53 (49.06%), Postives = 30/53 (56.60%), Query Frame = 0
Query:  283 GVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANY 335
               V+A Y Y   E DEL F AGD  E +ED D  GWCKG+     G +PANY
Sbjct:  106 STKVRAQYQYKRVEHDELSFDAGDVIELVEDADNLGWCKGKIGETEGYFPANY 264          

HSP 3 Score: 35.039 bits (79), Expect = 3.703e-1
Identity = 13/30 (43.33%), Postives = 18/30 (60.00%), Query Frame = 0
Query:   16 CPEYGTTEAGWKGVLVEADRRCELHLRVKE 45
              EYGT E  W+ V +E  +R  +HL V+E
Sbjct:  994 VQEYGTMETAWRAVAMEGVKRASVHLAVRE 1083          
BLAST of EMLSAG00000012606 vs. C. finmarchicus
Match: gi|592886621|gb|GAXK01071754.1| (TSA: Calanus finmarchicus comp1643742_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 95.1301 bits (235), Expect = 5.993e-21
Identity = 45/121 (37.19%), Postives = 69/121 (57.02%), Query Frame = 0
Query:   49 SDVQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYT 169
            S V K Q+++K   +NV   K+ Y   LQ +    + Y + M + F+K + +E +R QT K  +  LQ CLN+    +LP IY E    +N  DH++DL WW++ +GVNM    P F+EY+
Sbjct:  388 SQVTKMQDKIKNVHQNVKTSKDEYNTYLQKLRENQNSYQQGMIQAFKKFEELEEKRSQTLKMYMLQLQDCLNVHRTMDLPTIYSESRDIINQVDHKQDLHWWADNHGVNMEHVLPHFQEYS 750          

HSP 2 Score: 57.7658 bits (138), Expect = 1.818e-8
Identity = 26/53 (49.06%), Postives = 30/53 (56.60%), Query Frame = 0
Query:  283 GVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANY 335
               V+A Y Y   E DEL F AGD  E +ED D  GWCKG+     G +PANY
Sbjct:  106 STKVRAQYQYKRVEHDELSFDAGDVIELVEDADNLGWCKGKIGETEGYFPANY 264          

HSP 3 Score: 35.039 bits (79), Expect = 3.793e-1
Identity = 13/30 (43.33%), Postives = 18/30 (60.00%), Query Frame = 0
Query:   16 CPEYGTTEAGWKGVLVEADRRCELHLRVKE 45
              EYGT E  W+ V +E  +R  +HL V+E
Sbjct:  994 VQEYGTMETAWRAVAMEGVKRASVHLAVRE 1083          
BLAST of EMLSAG00000012606 vs. C. finmarchicus
Match: gi|592931884|gb|GAXK01026669.1| (TSA: Calanus finmarchicus comp18393_c0_seq4 transcribed RNA sequence)

HSP 1 Score: 50.447 bits (119), Expect = 7.430e-7
Identity = 24/57 (42.11%), Postives = 33/57 (57.89%), Query Frame = 0
Query:  283 GVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVL 339
            G+   ALYDY A   DE+ F   D    +E  DE GW  G   GK G++PAN++E++
Sbjct:   59 GITAIALYDYQAMAEDEISFDPNDIISNIEMVDE-GWWAGEFGGKRGMFPANFVEIM 226          
BLAST of EMLSAG00000012606 vs. C. finmarchicus
Match: gi|592931885|gb|GAXK01026668.1| (TSA: Calanus finmarchicus comp18393_c0_seq3 transcribed RNA sequence)

HSP 1 Score: 50.447 bits (119), Expect = 1.170e-6
Identity = 24/57 (42.11%), Postives = 33/57 (57.89%), Query Frame = 0
Query:  283 GVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVL 339
            G+   ALYDY A   DE+ F   D    +E  DE GW  G   GK G++PAN++E++
Sbjct:  167 GITAIALYDYQAMAEDEISFDPNDIISNIEMVDE-GWWAGEFGGKRGMFPANFVEIM 334          
BLAST of EMLSAG00000012606 vs. C. finmarchicus
Match: gi|592931886|gb|GAXK01026667.1| (TSA: Calanus finmarchicus comp18393_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 50.447 bits (119), Expect = 1.253e-6
Identity = 24/57 (42.11%), Postives = 33/57 (57.89%), Query Frame = 0
Query:  283 GVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVL 339
            G+   ALYDY A   DE+ F   D    +E  DE GW  G   GK G++PAN++E++
Sbjct:  181 GITAIALYDYQAMAEDEISFDPNDIISNIEMVDE-GWWAGEFGGKRGMFPANFVEIM 348          
BLAST of EMLSAG00000012606 vs. C. finmarchicus
Match: gi|592818849|gb|GAXK01135719.1| (TSA: Calanus finmarchicus comp153626_c1_seq2 transcribed RNA sequence)

HSP 1 Score: 49.2914 bits (116), Expect = 1.961e-6
Identity = 25/52 (48.08%), Postives = 32/52 (61.54%), Query Frame = 0
Query:  286 VKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIE 337
            ++A+YDY+A E DEL F  GD    L D+ E  W K R  GK GL P+N +E
Sbjct:  189 MRAIYDYNAEEEDELSFAVGDILYIL-DQSEDDWWKARCKGKEGLIPSNLVE 341          
BLAST of EMLSAG00000012606 vs. C. finmarchicus
Match: gi|592911651|gb|GAXK01046724.1| (TSA: Calanus finmarchicus comp139427_c2_seq2 transcribed RNA sequence)

HSP 1 Score: 50.447 bits (119), Expect = 1.974e-6
Identity = 22/52 (42.31%), Postives = 33/52 (63.46%), Query Frame = 0
Query:  286 VKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIE 337
            V+A+YDY+A + DE+    G+  E L  ED+ GW  G+  GK G +P +Y+E
Sbjct:  427 VRAVYDYEAQDLDEISLTEGEVLE-LVKEDDSGWWTGKAKGKEGYFPGSYVE 579          
BLAST of EMLSAG00000012606 vs. L. salmonis peptides
Match: EMLSAP00000012606 (pep:novel supercontig:LSalAtl2s:LSalAtl2s946:33070:134769:1 gene:EMLSAG00000012606 transcript:EMLSAT00000012606 description:"maker-LSalAtl2s946-augustus-gene-0.13")

HSP 1 Score: 704.516 bits (1817), Expect = 0.000e+0
Identity = 339/339 (100.00%), Postives = 339/339 (100.00%), Query Frame = 0
Query:    1 MAILKRKNTTALGRECPEYGTTEAGWKGVLVEADRRCELHLRVKEALLSDVQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKHEKFPDGNITLINQRAVGDDLPEYPSGVRQKKSNSISSNNKDSRNGKAISIPTSKSSEQEISQSQPQEMAVSNGNSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVL 339
            MAILKRKNTTALGRECPEYGTTEAGWKGVLVEADRRCELHLRVKEALLSDVQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKHEKFPDGNITLINQRAVGDDLPEYPSGVRQKKSNSISSNNKDSRNGKAISIPTSKSSEQEISQSQPQEMAVSNGNSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVL
Sbjct:    1 MAILKRKNTTALGRECPEYGTTEAGWKGVLVEADRRCELHLRVKEALLSDVQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKHEKFPDGNITLINQRAVGDDLPEYPSGVRQKKSNSISSNNKDSRNGKAISIPTSKSSEQEISQSQPQEMAVSNGNSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVL 339          
BLAST of EMLSAG00000012606 vs. L. salmonis peptides
Match: EMLSAP00000011043 (pep:novel supercontig:LSalAtl2s:LSalAtl2s744:122064:122905:-1 gene:EMLSAG00000011043 transcript:EMLSAT00000011043 description:"maker-LSalAtl2s744-snap-gene-1.44")

HSP 1 Score: 48.9062 bits (115), Expect = 2.121e-7
Identity = 22/50 (44.00%), Postives = 29/50 (58.00%), Query Frame = 0
Query:  287 KALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYI 336
            +AL+ YD+ E+DEL FK GD    ++ +  Q W   R   K GL PANY 
Sbjct:   56 RALFSYDSNEADELSFKEGDLLYIIDWKSNQDWWMARLKSKQGLVPANYF 105          
BLAST of EMLSAG00000012606 vs. L. salmonis peptides
Match: EMLSAP00000012935 (pep:novel supercontig:LSalAtl2s:LSalAtl2s988:163498:166307:1 gene:EMLSAG00000012935 transcript:EMLSAT00000012935 description:"augustus_masked-LSalAtl2s988-processed-gene-1.5")

HSP 1 Score: 50.8322 bits (120), Expect = 2.653e-7
Identity = 25/52 (48.08%), Postives = 31/52 (59.62%), Query Frame = 0
Query:  288 ALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVL 339
            A YDY AA  DE+ F   D    +E  DE GW  G   GK GL+PANY+E++
Sbjct:  561 ARYDYQAAADDEISFLPDDIILNIEKVDE-GWWLGECHGKYGLFPANYVEII 611          
BLAST of EMLSAG00000012606 vs. L. salmonis peptides
Match: EMLSAP00000001912 (pep:novel supercontig:LSalAtl2s:LSalAtl2s132:592485:593541:1 gene:EMLSAG00000001912 transcript:EMLSAT00000001912 description:"maker-LSalAtl2s132-snap-gene-6.37")

HSP 1 Score: 50.447 bits (119), Expect = 2.764e-7
Identity = 23/54 (42.59%), Postives = 32/54 (59.26%), Query Frame = 0
Query:  286 VKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVL 339
            V A+Y+Y A + DEL F  G     L+  D+ GW +G  DG  GL+P NY+E +
Sbjct:  251 VTAIYEYAADKEDELSFSDGSIIYVLKKNDD-GWWEGXMDGXTGLFPGNYVESI 303          
BLAST of EMLSAG00000012606 vs. SwissProt
Match: gi|22256968|sp|Q9UNF0.2|PACN2_HUMAN (RecName: Full=Protein kinase C and casein kinase substrate in neurons protein 2; AltName: Full=Syndapin-2; AltName: Full=Syndapin-II)

HSP 1 Score: 202.601 bits (514), Expect = 6.385e-60
Identity = 120/311 (38.59%), Postives = 178/311 (57.23%), Query Frame = 0
Query:   51 VQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKHEKFPDGNITLINQRAVGD-DLPEYPSGVRQKKSNSISSNNKDSR---------NGKAIS----IPTSKSSEQEISQSQPQEMA-------VSNGNSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKD-GKVGLYPANYIEVL 339
            ++K Q++++K K++V+K KE YE +L++++    +Y+E+M++VFE+CQ+ E +RL+ F++ L  +QK L++S+      IY +   ++  AD  +DL+W+   +G  M MNWPQFEE++ +L    S+R+ +K  DG +TL      GD  LP  PS      SN   S    S           G  +S          S  E +QS P + +        S+ ++  DSNPFDDD            +G + V V+ALYDY+  E DEL FKAGD   K+EDEDEQGWCKGR D G+VGLYPANY+E +
Sbjct:  187 LKKLQDKIEKCKQDVLKTKEKYEKSLKELDQGTPQYMENMEQVFEQCQQFEEKRLRFFREVLLEVQKHLDLSNVAGYKAIYHDLEQSIRAADAVEDLRWFRANHGPGMAMNWPQFEEWSADLNRTLSRREKKKATDG-VTLTGINQTGDQSLPSKPSSTLNVPSNPAQSAQSQSSYNPFEDEDDTGSTVSEKDDTKAKNVSSYEKTQSYPTDWSDDESNNPFSSTDANGDSNPFDDD----------ATSGTE-VRVRALYDYEGQEHDELSFKAGDELTKMEDEDEQGWCKGRLDNGQVGLYPANYVEAI 485          
BLAST of EMLSAG00000012606 vs. SwissProt
Match: gi|22256969|sp|Q9WVE8.1|PACN2_MOUSE (RecName: Full=Protein kinase C and casein kinase substrate in neurons protein 2; AltName: Full=Syndapin-2; AltName: Full=Syndapin-II)

HSP 1 Score: 198.749 bits (504), Expect = 2.400e-58
Identity = 117/312 (37.50%), Postives = 183/312 (58.65%), Query Frame = 0
Query:   51 VQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKHEKFPDGNITLINQRAVGD-----------DLPEYPSGVRQKKSNSISSNNKDSRNGKAIS----IPTSKSSEQEISQSQPQEMA-------VSNGNSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKD-GKVGLYPANYIEVL 339
            ++K Q++++K K++V+K K+ YE +L++++    +Y+E+M++VFE+CQ+ E +RL+ F++ L  +QK L++S+      IY E   ++  AD  +DL+W+   +G  M MNWPQFEE++ +L    S+R+ +K  DG +TL      GD            +P  P+   Q +S+     ++D   G +IS    I     S  E +Q+ P + +        S+ ++  DSNPFD+D            +G + V V+ALYDY+  E DEL FKAGD   K+EDEDEQGWCKGR D G+VGLYPANY+E +
Sbjct:  187 LKKLQDKIEKCKQDVLKTKDKYEKSLKELDQTTPQYMENMEQVFEQCQQFEEKRLRFFREVLLEVQKHLDLSNVASYKTIYRELEQSIKAADAVEDLRWFRANHGPGMAMNWPQFEEWSADLNRTLSRREKKKAVDG-VTLTGINQTGDQSGQNKPGSNLSVPSNPAQSTQLQSSYNPFEDEDD-TGSSISEKEDIKAKNVSSYEKTQTYPTDWSDDESNNPFSSTDANGDSNPFDED----------TTSGTE-VRVRALYDYEGQEHDELSFKAGDELTKIEDEDEQGWCKGRLDSGQVGLYPANYVEAI 485          
BLAST of EMLSAG00000012606 vs. SwissProt
Match: gi|22256944|sp|Q9QY17.2|PACN2_RAT (RecName: Full=Protein kinase C and casein kinase substrate in neurons 2 protein; AltName: Full=Synaptic dynamin-associated protein II; AltName: Full=Syndapin-2; AltName: Full=Syndapin-II; Short=SdpII)

HSP 1 Score: 193.741 bits (491), Expect = 1.688e-56
Identity = 117/314 (37.26%), Postives = 183/314 (58.28%), Query Frame = 0
Query:   51 VQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQF--EEYTEELRDITSKRKHEKFPDGNITLINQRAVGD-----------DLPEYPSGVRQKKSNSISSNNKDSRNGKAIS----IPTSKSSEQEISQSQPQEMA-------VSNGNSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKD-GKVGLYPANYIEVL 339
            ++K Q++++K K++V+K K+ YE AL++++    +Y+E+M++VFE+CQ+ E +RL+ F++ L  +QK L++S+      IY E   ++  AD  +DL+W+   +G  M MNWPQF  EE++ +L    S+R+ +K  DG +TL      GD            +P  P+   Q +S+     ++D   G ++S    I     S  E +Q+ P + +        S+ ++  DSNPFD+D            +G + V V+ALYDY+  E DEL FKAGD   K+EDEDEQGWCKGR D G+VGLYPANY+E +
Sbjct:  187 LKKLQDKIEKCKQDVLKTKDKYEKALKELDQTTPQYMENMEQVFEQCQQFEEKRLRFFREVLLEVQKHLDLSNVASYKGIYRELEQSIKAADAVEDLRWFRANHGPGMAMNWPQFEDEEWSADLNRTLSRREKKKAADG-VTLTGINQTGDQSGQNKPSSNLSVPSNPAQSTQLQSSYNPFEDEDD-TGSSVSEKEDIKAKNVSSYEKTQNYPADWSDDESNNPFSSTDANGDSNPFDED----------TTSGTE-VRVRALYDYEGQEHDELSFKAGDELTKIEDEDEQGWCKGRLDSGQVGLYPANYVEAI 487          
BLAST of EMLSAG00000012606 vs. SwissProt
Match: gi|22256965|sp|Q9DDA9.1|PACN2_XENLA (RecName: Full=Protein kinase C and casein kinase substrate in neurons protein 2; Short=x-PACSIN2)

HSP 1 Score: 192.971 bits (489), Expect = 2.857e-56
Identity = 113/307 (36.81%), Postives = 181/307 (58.96%), Query Frame = 0
Query:   51 VQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKHEKFPDGNITLINQRAVGDDLPEYPSGVRQKKSNSISSNNKDSRNG------KAISIPTSKSSEQE----ISQSQPQEMAVSNGN-------STKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGR-KDGKVGLYPANYIEVL 339
            ++K Q++V+K+K++  K KE YE +L+D++G   +Y+E+M++VFE+CQ+ E +RL  F++ L  ++K L++S+      IY E  + + +AD  +DLKW+ N +G  M MNWPQFE+++ +L    S+R+ +K  DG +TL      G+      S ++ + S+ +S  +  S N       + +SI  +++ + E      ++ P E +    N       +  D+NPFD+D     +V            V+ALYDYD  E DEL FKAG+   K+EDEDEQGWCKGR + G+VGLYPANY+E +
Sbjct:  187 LKKLQDKVEKSKQDSQKTKEKYEKSLKDLDGTTPQYMENMEQVFEQCQQFEDKRLSFFREVLLEVEKHLDLSNVESYASIYRELEYAIKSADAMEDLKWFRNNHGPGMSMNWPQFEDWSADLNRTLSRREKKKPTDG-VTLTGISQSGEQ-----SSIQNQHSSHLSVQSAQSTNNPFEDEEETVSINETENKKIENVGSYEKTHPAEWSDDESNNPFNPSDTNGDNNPFDEDALTTLEVR-----------VRALYDYDGQELDELSFKAGEELTKIEDEDEQGWCKGRLEGGQVGLYPANYVESV 476          
BLAST of EMLSAG00000012606 vs. SwissProt
Match: gi|22256948|sp|O13154.1|PACN2_CHICK (RecName: Full=Protein kinase C and casein kinase substrate in neurons protein 2; AltName: Full=Focal adhesion protein of 52 kDa; Short=FAP52)

HSP 1 Score: 191.815 bits (486), Expect = 3.836e-56
Identity = 114/292 (39.04%), Postives = 178/292 (60.96%), Query Frame = 0
Query:   51 VQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFE--EYTEELRDITSKRKHEKFPDGNITLINQRAVGDDLPEYPSGVRQKKSNSISSNNKDSRNGKAISIPTSKSSEQEISQSQPQEMAVSNGNSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKD-GKVGLYPANYIEVL 339
            ++K Q++V+++K++V+K K  YE +L++++    +Y+E+M++VFE+CQ+ E +RL+ F++ L  +QK L++S+      IY E    +  AD  +DL+W+    G  M MNWPQFE  E++ +L    S+R+ +K  DG +TL      GD + + P+     K +S+SS  K+       S PT  S E+    + P     S+ ++  D+NPFD+D        P+++     V V+ALYDY+  E DEL FKAGD   K+E+EDEQGWCKGR D G+VGLYPANY+E +
Sbjct:  187 LKKLQDKVERSKQDVLKTKAKYEKSLKELDNATPQYMENMEQVFEQCQQFEEKRLRFFREVLLEVQKHLDLSNVASYKNIYRELEQNIKTADAVEDLRWFRANQGPGMSMNWPQFEDDEWSADLNRTLSRREKKKASDG-VTLTGINQTGDQVSQ-PN-----KHSSVSSYEKNQ------SYPTDWSDEE---SNNP----FSSTDAKGDTNPFDED------TSPVME-----VRVRALYDYEGQEQDELSFKAGDELTKMENEDEQGWCKGRLDNGQVGLYPANYVEPI 447          
BLAST of EMLSAG00000012606 vs. SwissProt
Match: gi|22256962|sp|Q9BY11.1|PACN1_HUMAN (RecName: Full=Protein kinase C and casein kinase substrate in neurons protein 1; AltName: Full=Syndapin-1)

HSP 1 Score: 186.037 bits (471), Expect = 5.615e-54
Identity = 111/304 (36.51%), Postives = 172/304 (56.58%), Query Frame = 0
Query:   38 ELHLRVKEALLSDVQK-CQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKHEKFPDGNITLINQRAVGDDLPEYPSGVRQKKSNSISSNNKDSRNGKAISIPTSKSSEQEISQSQPQEMAVSNGNSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKD-GKVGLYPANYIEVL 339
            E++ + ++++  + QK  Q++V K K++V K +E YE  L+DV     +Y+E+M++VFE+CQ+ E +RL   K+ L  +++ LN++++     +Y E    +  AD ++DL+W+ +T G  MPMNWPQFEE+  +L   T+K++ +      + L N  A G       +G R     S+SS ++    G+  +   S           P   + +NG     +NPF+DD               KGV V+ALYDYD  E DEL FKAGD   KL +EDEQGWC+GR D G++GLYPANY+E +
Sbjct:  174 EMNSKTEQSVTPEQQKKLQDKVDKCKQDVQKTQEKYEKVLEDVGKTTPQYMENMEQVFEQCQQFEEKRLVFLKEVLLDIKRHLNLAENSSYIHVYRELEQAIRGADAQEDLRWFRSTSGPGMPMNWPQFEEWNPDLPHTTTKKEKQPKKAEGVALTN--ATGAVESTSQAGDR----GSVSSYDR----GQPYATEWSDD-----ESGNPFGGSETNGG----ANPFEDD--------------SKGVRVRALYDYDGQEQDELSFKAGDELTKLGEEDEQGWCRGRLDSGQLGLYPANYVEAI 444          
BLAST of EMLSAG00000012606 vs. SwissProt
Match: gi|75061581|sp|Q5R411.1|PACN1_PONAB (RecName: Full=Protein kinase C and casein kinase substrate in neurons protein 1)

HSP 1 Score: 186.037 bits (471), Expect = 6.241e-54
Identity = 109/289 (37.72%), Postives = 164/289 (56.75%), Query Frame = 0
Query:   52 QKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKHEKFPDGNITLINQRAVGDDLPEYPSGVRQKKSNSISSNNKDSRNGKAISIPTSKSSEQEISQSQPQEMAVSNGNSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKD-GKVGLYPANYIEVL 339
            +K Q++V K K++V K +E YE  L+DV     +Y+E+M++VFE+CQ+ E +RL   K+ L  +++ LN++++     +Y E    +  AD ++DL+W+ +T G  MPMNWPQFEE+  +L   T+K++ +      + L N  A G       +G R     S+SS ++    G+  +   S     +     P   + +NG     +NPF+DD               KGV V+ALYDYD  E DEL FKAGD   KL +EDEQGWC+GR D G++GLYPANY+E +
Sbjct:  189 KKLQDKVDKCKQDVQKTQEKYEKVLEDVGKTTPQYMENMEQVFEQCQQFEEKRLVFLKEVLLDIKRHLNLAENSSYIHVYRELEQAIRGADAQEDLRWFRSTSGPGMPMNWPQFEEWNPDLPHTTTKKEKQPKKAEGVALTN--ATGAVESTSQAGDR----GSVSSYDR----GQPYATEWS-----DDESGNPFGGSEANGG----ANPFEDD--------------SKGVRVRALYDYDGQEQDELSFKAGDELTKLGEEDEQGWCRGRLDSGQLGLYPANYVEAI 444          
BLAST of EMLSAG00000012606 vs. SwissProt
Match: gi|209573160|sp|A7MBI0.1|PACN1_BOVIN (RecName: Full=Protein kinase C and casein kinase substrate in neurons protein 1)

HSP 1 Score: 185.652 bits (470), Expect = 7.390e-54
Identity = 108/292 (36.99%), Postives = 155/292 (53.08%), Query Frame = 0
Query:   52 QKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKHEKFPDGNITLINQRAVGDDLPEYPSGVRQKKSNSISSNNKDSRNGKAISIPTSKSSEQEIS---QSQPQEMAVSNGNSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKD-GKVGLYPANYIEVL 339
            +K Q++V K K++V K +E YE  L DV     +Y+E M++VFE+CQ+ E +RL   K+ L  +++ LN+++     Q+Y E    +  AD + DL+W+ +T G  MPMNWPQFEE+  +L    +K++ +        L N   V                  + S ++    G   S    ++   E S      P   + +NG     SNPFD+D               KGV V+ALYDYD  E DEL FKAGD   KL +EDEQGWC+GR D G++GLYPANY+EV+
Sbjct:  189 KKLQDKVDKCKQDVQKTQEKYEKVLDDVGKTTPQYMEGMEQVFEQCQQFEEKRLVFLKEVLLDIKRHLNLAESSSYVQVYRELEQAIRGADAQDDLRWFRSTSGPGMPMNWPQFEEWNPDLPHTAAKKEKQPKKAEGAALTNAAGV------------------VESTSQAGDRGSVSSYDRGQTYATEWSDDESGNPFGGSEANGG----SNPFDED--------------AKGVRVRALYDYDGQEQDELSFKAGDELTKLGEEDEQGWCRGRLDSGQLGLYPANYVEVV 444          
BLAST of EMLSAG00000012606 vs. SwissProt
Match: gi|82226051|sp|Q4V920.1|PACN1_DANRE (RecName: Full=Protein kinase C and casein kinase substrate in neurons protein 1; AltName: Full=Syndapin-1)

HSP 1 Score: 184.496 bits (467), Expect = 2.337e-53
Identity = 110/287 (38.33%), Postives = 159/287 (55.40%), Query Frame = 0
Query:   52 QKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKHEKFPDGNITLINQRAVGDDLPEYPSGVRQKKSNSISSNNKDSRNGKAISIPTSKSSEQEISQSQPQEMAVSNGNSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKD-GKVGLYPANYIE 337
            +K QE+V K K +V K KE YE +L ++N    +Y+E+M+ VF++CQ+ E +RL   ++ L   ++ LN+++      +Y E   T+ +A  ++DLKW+S+ +G  M MNWPQFEE+  +L    SK++  K     +TL  Q   G +     +G R     S+SS  K+ +               E S  +    A  + + T   NPF++D               KGV V+ALYDY+  E DEL FKAGD   KLEDEDEQGWCKGR D G++GLYPANY+E
Sbjct:  188 KKLQEKVDKCKNDVQKAKEKYEKSLDELNKCTPQYMENMEVVFDQCQQFEEKRLNFLREVLLDTKRHLNLTESQSYATVYRELERTIVSASAQEDLKWFSSVHGPGMHMNWPQFEEFNPDLSHAISKKEKVKRNHDGVTLT-QVTHGAEHGTPQTGDR----GSVSSYEKNQQYSA------------EWSDDEQPPTAAQSASETNGGNPFEED--------------SKGVRVRALYDYEGQEQDELTFKAGDELTKLEDEDEQGWCKGRLDSGQLGLYPANYVE 443          
BLAST of EMLSAG00000012606 vs. SwissProt
Match: gi|29336619|sp|Q07839.1|EG13_ECHGR (RecName: Full=Antigen EG13)

HSP 1 Score: 182.57 bits (462), Expect = 7.300e-53
Identity = 107/292 (36.64%), Postives = 154/292 (52.74%), Query Frame = 0
Query:   50 DVQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKHEKFPDGN---ITLINQRAV-----GDDLPEYP-SGVRQKKSNSISSNNKDSRNGKAISIPTSKSSEQEISQSQPQEMAVSNGNSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYP 332
            +++K +++++K      K ++ YE A+  ++    RYIEDM +VF K Q  E +R+  FK+    +Q  L+IS  P L QI+ E   TV   D + DLK WS  YGV+M  N+P F+EY+ E+  +  K+      DG+   +TL + +       G  +P    SG     S   +++   S NG A ++   K                      +D+ P+ D           VD+G  GVP++ALYDY   E+DEL F +GD FEKLEDEDEQGWCKGRKDG+VGLYP
Sbjct:  151 ELRKMEDKLRKGIMEEEKTRKAYEEAISSLSDVTPRYIEDMTQVFNKAQAFERERIVYFKEQALQMQAVLDISAKPNLSQIFVELRETVAKVDADADLKKWSLAYGVDMAPNFPVFQEYSPEMSAL-GKKGRSALADGSSGGVTLTSLKTFTSPDRGGPIPGTTDSGSNISTSPVHTTDYTSSVNGAAAAVSKEK-------------------QRVEDTPPYPD----------FVDDGRPGVPIRALYDYVGVEADELSFNSGDLFEKLEDEDEQGWCKGRKDGRVGLYP 412          
BLAST of EMLSAG00000012606 vs. Select Arthropod Genomes
Match: XP_016771911.1 (PREDICTED: protein kinase C and casein kinase substrate in neurons protein 2 isoform X3 [Apis mellifera])

HSP 1 Score: 365.925 bits (938), Expect = 1.193e-123
Identity = 181/304 (59.54%), Postives = 230/304 (75.66%), Query Frame = 0
Query:   44 KEALLSDVQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKH-EKFPDGNITLINQRAVGDDLPEYP---SGVRQKKSNSISSNNKDSRNGKAISIPTSKSSEQEISQ---SQPQEMAVSNGNSTK-DSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVL 339
            ++ALL  V+K Q+RV+K KE V K KE YE ALQ++N YN +Y+EDM +VFEKCQ MEAQRLQ FK+ LF + KCLNIS DP LPQIYEEFYHT+NNADHEKDLKWWSN +GVNM MNWPQFE+YTEE RDI    K  E  P G+ITLINQR VG+D+ EYP   +  + K ++ + S +    + K  +I +SK S ++ +    +  +   ++NG + K +SNPF+++EWD++  EPLVDNGE GV V+ALYDY+ AE+DEL FK GD F+KLEDEDEQGWCKGRKDG+VGLYPANY+E++
Sbjct:  184 QKALL--VRKMQDRVQKTKEEVQKAKEKYEAALQEINQYNPKYMEDMTQVFEKCQEMEAQRLQFFKEVLFGIHKCLNISQDPILPQIYEEFYHTINNADHEKDLKWWSNNHGVNMAMNWPQFEDYTEEFRDIAKGSKSKEALPAGSITLINQRPVGEDVHEYPPVNNKSKSKPTSRVISTDVSHADTKTDTINSSKHSSEKNNHDGNAVNRTSTMTNGTNVKQESNPFEEEEWDEDSGEPLVDNGEPGVLVRALYDYEGAEADELSFKQGDVFDKLEDEDEQGWCKGRKDGRVGLYPANYVELV 485          

HSP 2 Score: 63.929 bits (154), Expect = 2.351e-10
Identity = 38/90 (42.22%), Postives = 57/90 (63.33%), Query Frame = 0
Query:   17 PEYGTTEAGWKGVLVEADRRCELHLRVKEALLSDVQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQ 106
            PEYGTTEA WKGVLVE++R C+LHLRVKE L +D+    ++VK  +      KE Y  ++  +     +  ++M++ F+K Q+  A+ LQ
Sbjct:   73 PEYGTTEAAWKGVLVESERLCDLHLRVKENLCNDI---IQQVKTWQ------KETYHKSMMTL-----KERKEMEDAFKKAQKPWAKLLQ 148          
BLAST of EMLSAG00000012606 vs. Select Arthropod Genomes
Match: XP_006565349.1 (PREDICTED: protein kinase C and casein kinase substrate in neurons protein 2 isoform X2 [Apis mellifera])

HSP 1 Score: 365.54 bits (937), Expect = 2.408e-123
Identity = 178/298 (59.73%), Postives = 226/298 (75.84%), Query Frame = 0
Query:   50 DVQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKH-EKFPDGNITLINQRAVGDDLPEYP---SGVRQKKSNSISSNNKDSRNGKAISIPTSKSSEQEISQ---SQPQEMAVSNGNSTK-DSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVL 339
            +V+K Q+RV+K KE V K KE YE ALQ++N YN +Y+EDM +VFEKCQ MEAQRLQ FK+ LF + KCLNIS DP LPQIYEEFYHT+NNADHEKDLKWWSN +GVNM MNWPQFE+YTEE RDI    K  E  P G+ITLINQR VG+D+ EYP   +  + K ++ + S +    + K  +I +SK S ++ +    +  +   ++NG + K +SNPF+++EWD++  EPLVDNGE GV V+ALYDY+ AE+DEL FK GD F+KLEDEDEQGWCKGRKDG+VGLYPANY+E++
Sbjct:  191 NVRKMQDRVQKTKEEVQKAKEKYEAALQEINQYNPKYMEDMTQVFEKCQEMEAQRLQFFKEVLFGIHKCLNISQDPILPQIYEEFYHTINNADHEKDLKWWSNNHGVNMAMNWPQFEDYTEEFRDIAKGSKSKEALPAGSITLINQRPVGEDVHEYPPVNNKSKSKPTSRVISTDVSHADTKTDTINSSKHSSEKNNHDGNAVNRTSTMTNGTNVKQESNPFEEEEWDEDSGEPLVDNGEPGVLVRALYDYEGAEADELSFKQGDVFDKLEDEDEQGWCKGRKDGRVGLYPANYVELV 488          

HSP 2 Score: 63.929 bits (154), Expect = 2.471e-10
Identity = 38/90 (42.22%), Postives = 57/90 (63.33%), Query Frame = 0
Query:   17 PEYGTTEAGWKGVLVEADRRCELHLRVKEALLSDVQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQ 106
            PEYGTTEA WKGVLVE++R C+LHLRVKE L +D+    ++VK  +      KE Y  ++  +     +  ++M++ F+K Q+  A+ LQ
Sbjct:   73 PEYGTTEAAWKGVLVESERLCDLHLRVKENLCNDI---IQQVKTWQ------KETYHKSMMTL-----KERKEMEDAFKKAQKPWAKLLQ 148          
BLAST of EMLSAG00000012606 vs. Select Arthropod Genomes
Match: XP_016771900.1 (PREDICTED: protein kinase C and casein kinase substrate in neurons protein 2 isoform X1 [Apis mellifera])

HSP 1 Score: 366.311 bits (939), Expect = 2.801e-123
Identity = 184/323 (56.97%), Postives = 237/323 (73.37%), Query Frame = 0
Query:   25 GWKGVLVEADRRCELHLRVKEALLSDVQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKH-EKFPDGNITLINQRAVGDDLPEYP---SGVRQKKSNSISSNNKDSRNGKAISIPTSKSSEQEISQ---SQPQEMAVSNGNSTK-DSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVL 339
             W   + +A R+ ++     +ALL  V+K Q+RV+K KE V K KE YE ALQ++N YN +Y+EDM +VFEKCQ MEAQRLQ FK+ LF + KCLNIS DP LPQIYEEFYHT+NNADHEKDLKWWSN +GVNM MNWPQFE+YTEE RDI    K  E  P G+ITLINQR VG+D+ EYP   +  + K ++ + S +    + K  +I +SK S ++ +    +  +   ++NG + K +SNPF+++EWD++  EPLVDNGE GV V+ALYDY+ AE+DEL FK GD F+KLEDEDEQGWCKGRKDG+VGLYPANY+E++
Sbjct:  199 AWALRIRKAFRKSKIGDVQLKALL--VRKMQDRVQKTKEEVQKAKEKYEAALQEINQYNPKYMEDMTQVFEKCQEMEAQRLQFFKEVLFGIHKCLNISQDPILPQIYEEFYHTINNADHEKDLKWWSNNHGVNMAMNWPQFEDYTEEFRDIAKGSKSKEALPAGSITLINQRPVGEDVHEYPPVNNKSKSKPTSRVISTDVSHADTKTDTINSSKHSSEKNNHDGNAVNRTSTMTNGTNVKQESNPFEEEEWDEDSGEPLVDNGEPGVLVRALYDYEGAEADELSFKQGDVFDKLEDEDEQGWCKGRKDGRVGLYPANYVELV 519          

HSP 2 Score: 63.5438 bits (153), Expect = 3.287e-10
Identity = 38/90 (42.22%), Postives = 57/90 (63.33%), Query Frame = 0
Query:   17 PEYGTTEAGWKGVLVEADRRCELHLRVKEALLSDVQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQ 106
            PEYGTTEA WKGVLVE++R C+LHLRVKE L +D+    ++VK  +      KE Y  ++  +     +  ++M++ F+K Q+  A+ LQ
Sbjct:   73 PEYGTTEAAWKGVLVESERLCDLHLRVKENLCNDI---IQQVKTWQ------KETYHKSMMTL-----KERKEMEDAFKKAQKPWAKLLQ 148          
BLAST of EMLSAG00000012606 vs. Select Arthropod Genomes
Match: XP_016771899.1 (PREDICTED: protein kinase C and casein kinase substrate in neurons protein 2 isoform X1 [Apis mellifera])

HSP 1 Score: 366.311 bits (939), Expect = 2.801e-123
Identity = 184/323 (56.97%), Postives = 237/323 (73.37%), Query Frame = 0
Query:   25 GWKGVLVEADRRCELHLRVKEALLSDVQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKH-EKFPDGNITLINQRAVGDDLPEYP---SGVRQKKSNSISSNNKDSRNGKAISIPTSKSSEQEISQ---SQPQEMAVSNGNSTK-DSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVL 339
             W   + +A R+ ++     +ALL  V+K Q+RV+K KE V K KE YE ALQ++N YN +Y+EDM +VFEKCQ MEAQRLQ FK+ LF + KCLNIS DP LPQIYEEFYHT+NNADHEKDLKWWSN +GVNM MNWPQFE+YTEE RDI    K  E  P G+ITLINQR VG+D+ EYP   +  + K ++ + S +    + K  +I +SK S ++ +    +  +   ++NG + K +SNPF+++EWD++  EPLVDNGE GV V+ALYDY+ AE+DEL FK GD F+KLEDEDEQGWCKGRKDG+VGLYPANY+E++
Sbjct:  199 AWALRIRKAFRKSKIGDVQLKALL--VRKMQDRVQKTKEEVQKAKEKYEAALQEINQYNPKYMEDMTQVFEKCQEMEAQRLQFFKEVLFGIHKCLNISQDPILPQIYEEFYHTINNADHEKDLKWWSNNHGVNMAMNWPQFEDYTEEFRDIAKGSKSKEALPAGSITLINQRPVGEDVHEYPPVNNKSKSKPTSRVISTDVSHADTKTDTINSSKHSSEKNNHDGNAVNRTSTMTNGTNVKQESNPFEEEEWDEDSGEPLVDNGEPGVLVRALYDYEGAEADELSFKQGDVFDKLEDEDEQGWCKGRKDGRVGLYPANYVELV 519          

HSP 2 Score: 63.5438 bits (153), Expect = 3.287e-10
Identity = 38/90 (42.22%), Postives = 57/90 (63.33%), Query Frame = 0
Query:   17 PEYGTTEAGWKGVLVEADRRCELHLRVKEALLSDVQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQ 106
            PEYGTTEA WKGVLVE++R C+LHLRVKE L +D+    ++VK  +      KE Y  ++  +     +  ++M++ F+K Q+  A+ LQ
Sbjct:   73 PEYGTTEAAWKGVLVESERLCDLHLRVKENLCNDI---IQQVKTWQ------KETYHKSMMTL-----KERKEMEDAFKKAQKPWAKLLQ 148          
BLAST of EMLSAG00000012606 vs. Select Arthropod Genomes
Match: XP_016771918.1 (PREDICTED: protein kinase C and casein kinase substrate in neurons protein 2 isoform X5 [Apis mellifera])

HSP 1 Score: 364.77 bits (935), Expect = 2.989e-123
Identity = 178/297 (59.93%), Postives = 225/297 (75.76%), Query Frame = 0
Query:   51 VQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKH-EKFPDGNITLINQRAVGDDLPEYP---SGVRQKKSNSISSNNKDSRNGKAISIPTSKSSEQEISQ---SQPQEMAVSNGNSTK-DSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVL 339
            V+K Q+RV+K KE V K KE YE ALQ++N YN +Y+EDM +VFEKCQ MEAQRLQ FK+ LF + KCLNIS DP LPQIYEEFYHT+NNADHEKDLKWWSN +GVNM MNWPQFE+YTEE RDI    K  E  P G+ITLINQR VG+D+ EYP   +  + K ++ + S +    + K  +I +SK S ++ +    +  +   ++NG + K +SNPF+++EWD++  EPLVDNGE GV V+ALYDY+ AE+DEL FK GD F+KLEDEDEQGWCKGRKDG+VGLYPANY+E++
Sbjct:  185 VRKMQDRVQKTKEEVQKAKEKYEAALQEINQYNPKYMEDMTQVFEKCQEMEAQRLQFFKEVLFGIHKCLNISQDPILPQIYEEFYHTINNADHEKDLKWWSNNHGVNMAMNWPQFEDYTEEFRDIAKGSKSKEALPAGSITLINQRPVGEDVHEYPPVNNKSKSKPTSRVISTDVSHADTKTDTINSSKHSSEKNNHDGNAVNRTSTMTNGTNVKQESNPFEEEEWDEDSGEPLVDNGEPGVLVRALYDYEGAEADELSFKQGDVFDKLEDEDEQGWCKGRKDGRVGLYPANYVELV 481          

HSP 2 Score: 63.929 bits (154), Expect = 2.380e-10
Identity = 38/90 (42.22%), Postives = 57/90 (63.33%), Query Frame = 0
Query:   17 PEYGTTEAGWKGVLVEADRRCELHLRVKEALLSDVQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQ 106
            PEYGTTEA WKGVLVE++R C+LHLRVKE L +D+    ++VK  +      KE Y  ++  +     +  ++M++ F+K Q+  A+ LQ
Sbjct:   73 PEYGTTEAAWKGVLVESERLCDLHLRVKENLCNDI---IQQVKTWQ------KETYHKSMMTL-----KERKEMEDAFKKAQKPWAKLLQ 148          
BLAST of EMLSAG00000012606 vs. Select Arthropod Genomes
Match: gb|EFA01905.1| (Protein kinase C and casein kinase substrate in neurons protein 1-like Protein [Tribolium castaneum])

HSP 1 Score: 352.443 bits (903), Expect = 1.750e-118
Identity = 173/293 (59.04%), Postives = 216/293 (73.72%), Query Frame = 0
Query:   51 VQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKHEKFPDGNITLINQRAVGDDLPEYPSGVRQKKS----NSISSNNKDSRNGKAISIPTSKSSEQEISQSQPQEMAVSNGNSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVL 339
            V+K Q+RV+K+KE V KCKE YE+ALQ++N YN +Y+EDM  VF+KCQ MEAQRL   K TLF + K LN+S DP L QIYEE YHT+NNAD+EKDLKWWSN +GVNM MNWPQFE+YTEE RDI   +  +    G ITLINQR VG+DL EY S  +  K+     ++  NN      K +  P   ++ +++     +   ++NG+STKD+NPFD++EWD+   + LVDNGE GVPVKALYDY+ AE+DEL FK GD FEKLEDEDEQGWCKGRKDG+VGLYPANY+EV+
Sbjct:  185 VKKMQDRVQKSKEEVQKCKEKYELALQEINQYNPKYMEDMTVVFDKCQEMEAQRLNFIKGTLFDIHKYLNVSQDPTLQQIYEELYHTINNADYEKDLKWWSNNHGVNMAMNWPQFEDYTEEFRDIHKGKSKDSATSG-ITLINQRPVGEDLHEYSSNNKALKAKTTVTAVKVNNTPPVQKKDVVKP---ATVEKVESPANRASTITNGSSTKDANPFDEEEWDES--DALVDNGEPGVPVKALYDYEGAENDELSFKTGDVFEKLEDEDEQGWCKGRKDGRVGLYPANYVEVV 471          

HSP 2 Score: 66.6254 bits (161), Expect = 3.057e-11
Identity = 38/90 (42.22%), Postives = 56/90 (62.22%), Query Frame = 0
Query:   17 PEYGTTEAGWKGVLVEADRRCELHLRVKEALLSDVQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQ 106
            PEYGTTEA WKGVLVEADRRC+LH ++++ L +DV      + K K   V  K+ Y  ++ ++     +  +DM + F+K Q+  A+ LQ
Sbjct:   73 PEYGTTEAAWKGVLVEADRRCDLHTKIRDNLTNDV------INKIK---VWQKDAYHKSMMNI-----KEKKDMDDAFKKAQKPWAKLLQ 148          
BLAST of EMLSAG00000012606 vs. Select Arthropod Genomes
Match: EFX89690.1 (hypothetical protein DAPPUDRAFT_303168 [Daphnia pulex])

HSP 1 Score: 333.954 bits (855), Expect = 3.079e-111
Identity = 173/295 (58.64%), Postives = 210/295 (71.19%), Query Frame = 0
Query:   51 VQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKHEK--FPDGNITLINQRAVGDDLPEYPS---GVRQKKSNSISSNNKDSRNGKAISIPTSKSSEQEISQSQPQEMAVSNGNSTK-DSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVL 339
            V+K QERV++AKE V + KE YE ALQ++N YN +Y+EDM+EVF+KCQ+MEAQRL  FK+ LF++ K LNIS DP LPQIYEE YHTVNNADH+KDLKWWS  +GVNM MNWPQFE+Y+EE RDI   +   K   P+G ITLINQR V DDLP   S   G     + S  S++     G         + +   S S      VSNG +++ + NPF+++EWD+   E LVDNGE GVPVKALYDY+ AE DEL FK GD FEKLEDEDEQGWCKGRKDG+VGLYPANY+E +
Sbjct:  185 VRKLQERVQRAKEEVQRTKEKYEAALQEINSYNPKYMEDMQEVFDKCQQMEAQRLTFFKEVLFNIHKGLNISQDPTLPQIYEELYHTVNNADHDKDLKWWSFNHGVNMGMNWPQFEDYSEEFRDIGGVKGKGKAQLPEGAITLINQRIVTDDLPNAESRSIGAVASTTLSSGSSSGGKSPGTGGGNSGGNADKNNRSASGGS-ANVSNGTTSRPEGNPFEEEEWDEYPNEALVDNGEPGVPVKALYDYEGAEFDELSFKKGDVFEKLEDEDEQGWCKGRKDGRVGLYPANYVETV 478          
BLAST of EMLSAG00000012606 vs. Select Arthropod Genomes
Match: EEB10746.1 (protein kinase C and casein kinase substrate in neurons protein, putative [Pediculus humanus corporis])

HSP 1 Score: 333.954 bits (855), Expect = 4.573e-111
Identity = 174/300 (58.00%), Postives = 220/300 (73.33%), Query Frame = 0
Query:   51 VQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKHEKFPDGNITLINQRAVGDDLPEYP---------SGVRQK--KSNSISSNNKDSRNGKAISIPTSKSSEQEISQSQPQEMAVSNGNSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVL 339
            V+K Q+RV+K+KE V K KE YE AL ++N YN +YIE+M  VF KCQ MEA+RL+ FK+ LF++Q+ LNIS+  ELP IY+EF HT+NNADHEKDLKWWSN +GVNM MNWP FEEYTEE RDI+  +  E  P G ITLINQR VG+DL +YP         S +  K   S+++  +  DS+  K I+   SKS E+  S      + ++NGN T ++NPFD++EWD++  E LVDNGE GVPV+ALYDY+A ESDEL F  GD FEKLEDEDEQGWCKGRKDG+VGLYPA+Y+E++
Sbjct:  185 VKKMQDRVQKSKEEVQKGKEKYEAALAELNSYNPKYIEEMTTVFVKCQDMEAERLKFFKEVLFAVQRGLNISEVSELPLIYQEFNHTINNADHEKDLKWWSNNHGVNMAMNWPMFEEYTEEFRDISKGKLKEGIPAGPITLINQRPVGEDLHDYPPVDNKSTKKSLLTSKVISSDAVKLDATDSKPNKNITNSNSKSVEKPSSAVNKTSL-ITNGNKTTENNPFDEEEWDEDGGEALVDNGEPGVPVRALYDYEATESDELSFSQGDVFEKLEDEDEQGWCKGRKDGRVGLYPADYVELV 483          
BLAST of EMLSAG00000012606 vs. Select Arthropod Genomes
Match: XP_016771917.1 (PREDICTED: protein kinase C and casein kinase substrate in neurons protein 1 isoform X4 [Apis mellifera])

HSP 1 Score: 316.62 bits (810), Expect = 2.461e-104
Identity = 165/316 (52.22%), Postives = 214/316 (67.72%), Query Frame = 0
Query:   25 GWKGVLVEADRRCELHLRVKEALLSDVQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKHEKFPDGNITLINQRAVGDDLPEYPSGVRQKKSNSISSNNKDSRNGKAISIPTSKSSEQEISQSQPQEMAVSNGNSTK-DSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVL 339
             W   + +A R+ ++     +ALL  V+K Q+RV+K KE V K KE YE ALQ++N YN +Y+EDM +VFEKCQ MEAQRLQ FK+ LF + KCLNIS DP LPQIYEEFYHT+NNADHEKDLKWWSN +GVNM MNWPQFEEY      + +K K +            R +  D+    +      S+  SS  K++ +G A++  ++                ++NG + K +SNPF+++EWD++  EPLVDNGE GV V+ALYDY+ AE+DEL FK GD F+KLEDEDEQGWCKGRKDG+VGLYPANY+E++
Sbjct:  199 AWALRIRKAFRKSKIGDVQLKALL--VRKMQDRVQKTKEEVQKAKEKYEAALQEINQYNPKYMEDMTQVFEKCQEMEAQRLQFFKEVLFGIHKCLNISQDPILPQIYEEFYHTINNADHEKDLKWWSNNHGVNMAMNWPQFEEYPP----VNNKSKSKP---------TSRVISTDVSHADTKTDTINSSKHSS-EKNNHDGNAVNRTST----------------MTNGTNVKQESNPFEEEEWDEDSGEPLVDNGEPGVLVRALYDYEGAEADELSFKQGDVFDKLEDEDEQGWCKGRKDGRVGLYPANYVELV 482          

HSP 2 Score: 63.5438 bits (153), Expect = 2.960e-10
Identity = 38/90 (42.22%), Postives = 57/90 (63.33%), Query Frame = 0
Query:   17 PEYGTTEAGWKGVLVEADRRCELHLRVKEALLSDVQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQ 106
            PEYGTTEA WKGVLVE++R C+LHLRVKE L +D+    ++VK  +      KE Y  ++  +     +  ++M++ F+K Q+  A+ LQ
Sbjct:   73 PEYGTTEAAWKGVLVESERLCDLHLRVKENLCNDI---IQQVKTWQ------KETYHKSMMTL-----KERKEMEDAFKKAQKPWAKLLQ 148          
BLAST of EMLSAG00000012606 vs. Select Arthropod Genomes
Match: XP_016771919.1 (PREDICTED: protein kinase C and casein kinase substrate in neurons protein 1 isoform X6 [Apis mellifera])

HSP 1 Score: 314.694 bits (805), Expect = 3.801e-104
Identity = 159/290 (54.83%), Postives = 202/290 (69.66%), Query Frame = 0
Query:   51 VQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKHEKFPDGNITLINQRAVGDDLPEYPSGVRQKKSNSISSNNKDSRNGKAISIPTSKSSEQEISQSQPQEMAVSNGNSTK-DSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVL 339
            V+K Q+RV+K KE V K KE YE ALQ++N YN +Y+EDM +VFEKCQ MEAQRLQ FK+ LF + KCLNIS DP LPQIYEEFYHT+NNADHEKDLKWWSN +GVNM MNWPQFEEY      + +K K +            R +  D+    +      S+  SS  K++ +G A++  ++                ++NG + K +SNPF+++EWD++  EPLVDNGE GV V+ALYDY+ AE+DEL FK GD F+KLEDEDEQGWCKGRKDG+VGLYPANY+E++
Sbjct:  185 VRKMQDRVQKTKEEVQKAKEKYEAALQEINQYNPKYMEDMTQVFEKCQEMEAQRLQFFKEVLFGIHKCLNISQDPILPQIYEEFYHTINNADHEKDLKWWSNNHGVNMAMNWPQFEEYP----PVNNKSKSKP---------TSRVISTDVSHADTKTDTINSSKHSS-EKNNHDGNAVNRTST----------------MTNGTNVKQESNPFEEEEWDEDSGEPLVDNGEPGVLVRALYDYEGAEADELSFKQGDVFDKLEDEDEQGWCKGRKDGRVGLYPANYVELV 444          

HSP 2 Score: 63.929 bits (154), Expect = 2.335e-10
Identity = 38/90 (42.22%), Postives = 57/90 (63.33%), Query Frame = 0
Query:   17 PEYGTTEAGWKGVLVEADRRCELHLRVKEALLSDVQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQ 106
            PEYGTTEA WKGVLVE++R C+LHLRVKE L +D+    ++VK  +      KE Y  ++  +     +  ++M++ F+K Q+  A+ LQ
Sbjct:   73 PEYGTTEAAWKGVLVESERLCDLHLRVKENLCNDI---IQQVKTWQ------KETYHKSMMTL-----KERKEMEDAFKKAQKPWAKLLQ 148          
BLAST of EMLSAG00000012606 vs. nr
Match: gi|546683945|gb|ERL93685.1| (hypothetical protein D910_10973 [Dendroctonus ponderosae])

HSP 1 Score: 377.096 bits (967), Expect = 3.927e-127
Identity = 192/354 (54.24%), Postives = 243/354 (68.64%), Query Frame = 0
Query:   17 PEYGTTEAGWKGVLVEADRRCELHLRVKEALLSDV------------------------QKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKHEKFPDGNITLINQRAVGDDLPEYPSGVRQKKSNSISSNNKDSRNGKAISIPTS-----KSSEQEISQSQPQEMAVSNGNSTK--DSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVL 339
            PEYGTTEA WKGVLVEADRRC+LH +V++ L +DV                        +K Q+RV+K+KE V+KCKE YE+ALQ++N YN +Y+EDM  VF+KCQ MEAQRL+  K+TLF + K LNIS DP L QIYEE YHTVNNAD EKDLKWWSN +GVNM MNWPQFE+YTEE RDI   +  +    G ITLINQR VG+DL +Y +     KS    +          ++ P +     KS  + +     +   ++NG+++K  DSNPF++++W+    + LVDNGE GVPVKALYDY+ AE+DEL FK GD FEKLEDEDEQGWCKGRKDG+VGLYPANY++++
Sbjct:   14 PEYGTTEAAWKGVLVEADRRCDLHSKVRDCLANDVIQKIKQWQKDTYHKVINCLKYGAVKKMQDRVQKSKEEVLKCKEKYEVALQEINQYNPKYMEDMTVVFDKCQEMEAQRLRFIKETLFDMHKYLNISQDPMLNQIYEELYHTVNNADFEKDLKWWSNNHGVNMAMNWPQFEDYTEEFRDIHKGKSKDSGTTG-ITLINQRPVGEDLHDYSTNTN--KSTKTKAAAAARPTSTVVATPVTQVQEAKSPSKSVESPPSRGATITNGSASKANDSNPFEEEDWES---DALVDNGEPGVPVKALYDYEGAENDELTFKTGDVFEKLEDEDEQGWCKGRKDGRVGLYPANYVDLV 361          
BLAST of EMLSAG00000012606 vs. nr
Match: gi|1070587791|ref|XP_018406361.1| (PREDICTED: protein kinase C and casein kinase substrate in neurons protein 2 isoform X1 [Cyphomyrmex costatus] >gi|1070587793|ref|XP_018406362.1| PREDICTED: protein kinase C and casein kinase substrate in neurons protein 2 isoform X1 [Cyphomyrmex costatus])

HSP 1 Score: 379.793 bits (974), Expect = 2.314e-126
Identity = 186/296 (62.84%), Postives = 230/296 (77.70%), Query Frame = 0
Query:   50 DVQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRK-HEKFPDGNITLINQRAVGDDLPEYPSGVRQKKSNS---ISSNNKDSRNGKAISIPTSK-SSEQEISQSQPQEMAVSNG-NSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVL 339
            +V+K Q+RV+K+KE V+K KE YE ALQ++N YN +Y+EDM +VFEKCQ MEAQRLQ FKD LF + KC+NIS DP LPQIYEEFYHT+NNADHEKDLKWWSN +G+NM MNWPQFEEYTEE R+IT   K  E  P G+ITLINQR VG+DL EYP    + KS S   + S + +  + K  +I +SK SSE+  + S  +   ++NG N+ ++SNPF+++EWD++  EPLVDNGE GVPV+ALYDY+ AE+DEL FK GD FEKLEDEDEQGWCKGRKDGKVGLYPANY  ++
Sbjct:  191 NVKKMQDRVQKSKEEVLKAKEKYEAALQEINQYNPKYMEDMTQVFEKCQEMEAQRLQFFKDVLFGIHKCMNISQDPVLPQIYEEFYHTINNADHEKDLKWWSNNHGINMAMNWPQFEEYTEEFREITKGSKLKEALPAGSITLINQRPVGEDLHEYPPVNNKSKSKSATRVISADGNHGDSKTDTISSSKQSSEKNETDSVNRTTTITNGTNAKQESNPFEEEEWDEDVGEPLVDNGEPGVPVRALYDYEGAEADELSFKQGDVFEKLEDEDEQGWCKGRKDGKVGLYPANYAGLV 486          

HSP 2 Score: 63.5438 bits (153), Expect = 1.609e-7
Identity = 26/35 (74.29%), Postives = 31/35 (88.57%), Query Frame = 0
Query:   17 PEYGTTEAGWKGVLVEADRRCELHLRVKEALLSDV 51
            PEYGTTEA WKG+LVE+DR C+LHLRVKE L +D+
Sbjct:   73 PEYGTTEAAWKGILVESDRLCDLHLRVKENLCNDI 107          
BLAST of EMLSAG00000012606 vs. nr
Match: gi|1070587795|ref|XP_018406363.1| (PREDICTED: protein kinase C and casein kinase substrate in neurons protein 2 isoform X2 [Cyphomyrmex costatus] >gi|1009384488|gb|KYN06969.1| Protein kinase C and casein kinase substrate in neurons protein 2 [Cyphomyrmex costatus])

HSP 1 Score: 379.022 bits (972), Expect = 3.885e-126
Identity = 186/295 (63.05%), Postives = 229/295 (77.63%), Query Frame = 0
Query:   51 VQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRK-HEKFPDGNITLINQRAVGDDLPEYPSGVRQKKSNS---ISSNNKDSRNGKAISIPTSK-SSEQEISQSQPQEMAVSNG-NSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVL 339
            V+K Q+RV+K+KE V+K KE YE ALQ++N YN +Y+EDM +VFEKCQ MEAQRLQ FKD LF + KC+NIS DP LPQIYEEFYHT+NNADHEKDLKWWSN +G+NM MNWPQFEEYTEE R+IT   K  E  P G+ITLINQR VG+DL EYP    + KS S   + S + +  + K  +I +SK SSE+  + S  +   ++NG N+ ++SNPF+++EWD++  EPLVDNGE GVPV+ALYDY+ AE+DEL FK GD FEKLEDEDEQGWCKGRKDGKVGLYPANY  ++
Sbjct:  185 VKKMQDRVQKSKEEVLKAKEKYEAALQEINQYNPKYMEDMTQVFEKCQEMEAQRLQFFKDVLFGIHKCMNISQDPVLPQIYEEFYHTINNADHEKDLKWWSNNHGINMAMNWPQFEEYTEEFREITKGSKLKEALPAGSITLINQRPVGEDLHEYPPVNNKSKSKSATRVISADGNHGDSKTDTISSSKQSSEKNETDSVNRTTTITNGTNAKQESNPFEEEEWDEDVGEPLVDNGEPGVPVRALYDYEGAEADELSFKQGDVFEKLEDEDEQGWCKGRKDGKVGLYPANYAGLV 479          

HSP 2 Score: 63.5438 bits (153), Expect = 1.606e-7
Identity = 26/35 (74.29%), Postives = 31/35 (88.57%), Query Frame = 0
Query:   17 PEYGTTEAGWKGVLVEADRRCELHLRVKEALLSDV 51
            PEYGTTEA WKG+LVE+DR C+LHLRVKE L +D+
Sbjct:   73 PEYGTTEAAWKGILVESDRLCDLHLRVKENLCNDI 107          
BLAST of EMLSAG00000012606 vs. nr
Match: gi|1000754149|ref|XP_015599989.1| (PREDICTED: protein kinase C and casein kinase substrate in neurons protein 1 isoform X4 [Cephus cinctus])

HSP 1 Score: 377.481 bits (968), Expect = 1.931e-125
Identity = 185/304 (60.86%), Postives = 231/304 (75.99%), Query Frame = 0
Query:   44 KEALLSDVQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKH-EKFPDGNITLINQRAVGDDLPEYP---SGVRQKKSNSISSNNKDSRNGKAISIPTSKSSEQEISQSQP---QEMAVSNGNSTK-DSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVL 339
            ++ALL  V+K Q+RV+K KE V K KE YE ALQ++N YN +Y+EDM +VFEKCQ MEAQRLQ FKD LF + KCLNIS DP LPQIYEEFYHT+NNADHEKDLKWWSN +GVNM MNWPQFE+YTEE R+IT   K  E  P G+ITLINQR VG+DL E+P      + K S  + SN+ +  + K  +I +SK + ++ +       +   ++NG S K +SNPF+++EWD++  EPLVDNGE GVPV+ALYDY+ AE+DEL FK GD FEKLEDEDEQGWCKGRKDG+VGLYPANY++++
Sbjct:  184 QKALL--VKKMQDRVQKTKEEVQKAKEKYEAALQEINQYNPKYMEDMTQVFEKCQEMEAQRLQFFKDVLFGIHKCLNISQDPVLPQIYEEFYHTINNADHEKDLKWWSNNHGVNMAMNWPQFEDYTEEFREITKGSKSKEALPAGSITLINQRPVGEDLHEFPPVNHKAKAKSSARVISNDGNHGDAKTDTISSSKQTLEKNNHEASTVNRTATITNGTSAKQESNPFEEEEWDEDAGEPLVDNGEPGVPVRALYDYEGAEADELSFKQGDIFEKLEDEDEQGWCKGRKDGRVGLYPANYVDLV 485          

HSP 2 Score: 63.929 bits (154), Expect = 1.140e-7
Identity = 27/35 (77.14%), Postives = 31/35 (88.57%), Query Frame = 0
Query:   17 PEYGTTEAGWKGVLVEADRRCELHLRVKEALLSDV 51
            PEYGTTEA WKGVLVE+DR C+LHLRVKE L +D+
Sbjct:   73 PEYGTTEAAWKGVLVESDRLCDLHLRVKENLCNDI 107          
BLAST of EMLSAG00000012606 vs. nr
Match: gi|1000754141|ref|XP_015599984.1| (PREDICTED: protein kinase C and casein kinase substrate in neurons protein 1 isoform X1 [Cephus cinctus] >gi|1000754143|ref|XP_015599985.1| PREDICTED: protein kinase C and casein kinase substrate in neurons protein 1 isoform X2 [Cephus cinctus] >gi|1000754145|ref|XP_015599987.1| PREDICTED: protein kinase C and casein kinase substrate in neurons protein 1 isoform X1 [Cephus cinctus] >gi|1000754147|ref|XP_015599988.1| PREDICTED: protein kinase C and casein kinase substrate in neurons protein 1 isoform X3 [Cephus cinctus])

HSP 1 Score: 377.481 bits (968), Expect = 2.367e-125
Identity = 182/298 (61.07%), Postives = 227/298 (76.17%), Query Frame = 0
Query:   50 DVQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKH-EKFPDGNITLINQRAVGDDLPEYP---SGVRQKKSNSISSNNKDSRNGKAISIPTSKSSEQEISQSQP---QEMAVSNGNSTK-DSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVL 339
            +V+K Q+RV+K KE V K KE YE ALQ++N YN +Y+EDM +VFEKCQ MEAQRLQ FKD LF + KCLNIS DP LPQIYEEFYHT+NNADHEKDLKWWSN +GVNM MNWPQFE+YTEE R+IT   K  E  P G+ITLINQR VG+DL E+P      + K S  + SN+ +  + K  +I +SK + ++ +       +   ++NG S K +SNPF+++EWD++  EPLVDNGE GVPV+ALYDY+ AE+DEL FK GD FEKLEDEDEQGWCKGRKDG+VGLYPANY++++
Sbjct:  191 NVKKMQDRVQKTKEEVQKAKEKYEAALQEINQYNPKYMEDMTQVFEKCQEMEAQRLQFFKDVLFGIHKCLNISQDPVLPQIYEEFYHTINNADHEKDLKWWSNNHGVNMAMNWPQFEDYTEEFREITKGSKSKEALPAGSITLINQRPVGEDLHEFPPVNHKAKAKSSARVISNDGNHGDAKTDTISSSKQTLEKNNHEASTVNRTATITNGTSAKQESNPFEEEEWDEDAGEPLVDNGEPGVPVRALYDYEGAEADELSFKQGDIFEKLEDEDEQGWCKGRKDGRVGLYPANYVDLV 488          

HSP 2 Score: 63.929 bits (154), Expect = 1.125e-7
Identity = 27/35 (77.14%), Postives = 31/35 (88.57%), Query Frame = 0
Query:   17 PEYGTTEAGWKGVLVEADRRCELHLRVKEALLSDV 51
            PEYGTTEA WKGVLVE+DR C+LHLRVKE L +D+
Sbjct:   73 PEYGTTEAAWKGVLVESDRLCDLHLRVKENLCNDI 107          
BLAST of EMLSAG00000012606 vs. nr
Match: gi|1000754151|ref|XP_015599990.1| (PREDICTED: protein kinase C and casein kinase substrate in neurons protein 1 isoform X5 [Cephus cinctus])

HSP 1 Score: 376.326 bits (965), Expect = 4.244e-125
Identity = 182/297 (61.28%), Postives = 226/297 (76.09%), Query Frame = 0
Query:   51 VQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKH-EKFPDGNITLINQRAVGDDLPEYP---SGVRQKKSNSISSNNKDSRNGKAISIPTSKSSEQEISQSQP---QEMAVSNGNSTK-DSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVL 339
            V+K Q+RV+K KE V K KE YE ALQ++N YN +Y+EDM +VFEKCQ MEAQRLQ FKD LF + KCLNIS DP LPQIYEEFYHT+NNADHEKDLKWWSN +GVNM MNWPQFE+YTEE R+IT   K  E  P G+ITLINQR VG+DL E+P      + K S  + SN+ +  + K  +I +SK + ++ +       +   ++NG S K +SNPF+++EWD++  EPLVDNGE GVPV+ALYDY+ AE+DEL FK GD FEKLEDEDEQGWCKGRKDG+VGLYPANY++++
Sbjct:  185 VKKMQDRVQKTKEEVQKAKEKYEAALQEINQYNPKYMEDMTQVFEKCQEMEAQRLQFFKDVLFGIHKCLNISQDPVLPQIYEEFYHTINNADHEKDLKWWSNNHGVNMAMNWPQFEDYTEEFREITKGSKSKEALPAGSITLINQRPVGEDLHEFPPVNHKAKAKSSARVISNDGNHGDAKTDTISSSKQTLEKNNHEASTVNRTATITNGTSAKQESNPFEEEEWDEDAGEPLVDNGEPGVPVRALYDYEGAEADELSFKQGDIFEKLEDEDEQGWCKGRKDGRVGLYPANYVDLV 481          

HSP 2 Score: 63.929 bits (154), Expect = 1.143e-7
Identity = 27/35 (77.14%), Postives = 31/35 (88.57%), Query Frame = 0
Query:   17 PEYGTTEAGWKGVLVEADRRCELHLRVKEALLSDV 51
            PEYGTTEA WKGVLVE+DR C+LHLRVKE L +D+
Sbjct:   73 PEYGTTEAAWKGVLVESDRLCDLHLRVKENLCNDI 107          
BLAST of EMLSAG00000012606 vs. nr
Match: gi|1059221689|ref|XP_017764622.1| (PREDICTED: protein kinase C and casein kinase substrate in neurons protein 2 isoform X2 [Eufriesea mexicana])

HSP 1 Score: 369.777 bits (948), Expect = 1.783e-122
Identity = 183/304 (60.20%), Postives = 232/304 (76.32%), Query Frame = 0
Query:   44 KEALLSDVQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKH-EKFPDGNITLINQRAVGDDLPEYP---SGVRQKKSNSISSNNKDSRNGKAISIPTSKSSEQEISQ---SQPQEMAVSNG-NSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVL 339
            ++ALL  V+K Q+RV+K KE V K KE YE ALQ++N YN +Y+EDM +VFEKCQ MEAQRLQ FKD LF + KCLNIS DP LPQIYEEFYHT+NNADHEKDLKWWSN +GVNM MNWPQFE+YTEE RDIT   K  E  P G+ITLINQR VG+D+ EYP   +  + K S+ + S +    + K  +I +SK S ++ +    +  +   ++NG N+ ++SNPF+++EWD++  EPLVDNGE GV V+ALYDY+ AE+DEL FK G+ F+KLEDEDEQGWCKGRKDG+VGLYPANY+E++
Sbjct:  184 QKALL--VKKMQDRVQKTKEEVQKAKEKYEAALQEINQYNPKYMEDMTQVFEKCQEMEAQRLQFFKDVLFGIHKCLNISQDPILPQIYEEFYHTINNADHEKDLKWWSNNHGVNMAMNWPQFEDYTEEFRDITKGSKSKEALPAGSITLINQRPVGEDVHEYPPINNKSKSKPSSRVISTDGGHGDSKTDTINSSKHSSEKNNHDGSAVNRTATMTNGTNAKQESNPFEEEEWDEDSGEPLVDNGEPGVLVRALYDYEGAEADELSFKQGEVFDKLEDEDEQGWCKGRKDGRVGLYPANYVELM 485          

HSP 2 Score: 65.4698 bits (158), Expect = 3.553e-8
Identity = 39/90 (43.33%), Postives = 58/90 (64.44%), Query Frame = 0
Query:   17 PEYGTTEAGWKGVLVEADRRCELHLRVKEALLSDVQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQ 106
            PEYGTTEA WKGVLVE++R C+LHLRVKE L +D+    ++VK  +      KE Y  ++  +     +  ++M++VF+K Q+  A+ LQ
Sbjct:   73 PEYGTTEAAWKGVLVESERLCDLHLRVKENLCNDI---IQQVKTWQ------KETYHKSMMTL-----KERKEMEDVFKKAQKPWAKLLQ 148          
BLAST of EMLSAG00000012606 vs. nr
Match: gi|644995832|ref|XP_008209271.1| (PREDICTED: protein kinase C and casein kinase substrate in neurons protein 1 isoform X4 [Nasonia vitripennis])

HSP 1 Score: 369.777 bits (948), Expect = 2.216e-122
Identity = 180/297 (60.61%), Postives = 225/297 (75.76%), Query Frame = 0
Query:   51 VQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKH-EKFPDGNITLINQRAVGDDLPEYP---SGVRQKKSNSISSNNKDSRNGKAISIPTSKSSEQ--EISQSQPQEMAVSNG--NSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVL 339
            V+K Q+RV+K KE V K KE YE ALQ++N YN +Y+EDM +VFEKCQ MEAQRLQ FKD LF + KCLNIS DP LPQIYEEFYHTVNNADHEKDLKWWSN +GVNM M WPQFE+YTEE RDIT   K  E  P G ITLINQR VG+DL ++P     V+ K ++ + S + +  + K  +I +   +E+      S  +  +++NG  N+ ++SNPF+++EWD++  EPLVDNGE GVPV+ALYDY+ AE+DEL FK GD FEKLEDEDEQGWCKGRKDG+VGLYPANY++++
Sbjct:  189 VKKMQDRVQKTKEEVQKAKEKYESALQEINQYNPKYMEDMTQVFEKCQEMEAQRLQFFKDVLFGIHKCLNISQDPVLPQIYEEFYHTVNNADHEKDLKWWSNNHGVNMAMAWPQFEDYTEEFRDITKGSKSKEALPTGAITLINQRPVGEDLHDFPPVNHKVKAKPASRVISTDANHSDSKTDTISSKPPAEKNNHDGNSVNRNSSITNGTNNAKQESNPFEEEEWDEDAGEPLVDNGEPGVPVRALYDYEGAEADELSFKQGDIFEKLEDEDEQGWCKGRKDGRVGLYPANYVDLV 485          

HSP 2 Score: 62.3882 bits (150), Expect = 3.716e-7
Identity = 27/35 (77.14%), Postives = 30/35 (85.71%), Query Frame = 0
Query:   17 PEYGTTEAGWKGVLVEADRRCELHLRVKEALLSDV 51
            PEYGTTEA WKGVL EADR C+LHLRVKE L +D+
Sbjct:   73 PEYGTTEAAWKGVLGEADRLCDLHLRVKENLCNDI 107          
BLAST of EMLSAG00000012606 vs. nr
Match: gi|1059221683|ref|XP_017764619.1| (PREDICTED: protein kinase C and casein kinase substrate in neurons protein 2 isoform X1 [Eufriesea mexicana] >gi|1059221685|ref|XP_017764620.1| PREDICTED: protein kinase C and casein kinase substrate in neurons protein 2 isoform X1 [Eufriesea mexicana] >gi|1059221687|ref|XP_017764621.1| PREDICTED: protein kinase C and casein kinase substrate in neurons protein 2 isoform X1 [Eufriesea mexicana])

HSP 1 Score: 369.392 bits (947), Expect = 2.598e-122
Identity = 180/298 (60.40%), Postives = 228/298 (76.51%), Query Frame = 0
Query:   50 DVQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKH-EKFPDGNITLINQRAVGDDLPEYP---SGVRQKKSNSISSNNKDSRNGKAISIPTSKSSEQEISQ---SQPQEMAVSNG-NSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVL 339
            +V+K Q+RV+K KE V K KE YE ALQ++N YN +Y+EDM +VFEKCQ MEAQRLQ FKD LF + KCLNIS DP LPQIYEEFYHT+NNADHEKDLKWWSN +GVNM MNWPQFE+YTEE RDIT   K  E  P G+ITLINQR VG+D+ EYP   +  + K S+ + S +    + K  +I +SK S ++ +    +  +   ++NG N+ ++SNPF+++EWD++  EPLVDNGE GV V+ALYDY+ AE+DEL FK G+ F+KLEDEDEQGWCKGRKDG+VGLYPANY+E++
Sbjct:  191 NVKKMQDRVQKTKEEVQKAKEKYEAALQEINQYNPKYMEDMTQVFEKCQEMEAQRLQFFKDVLFGIHKCLNISQDPILPQIYEEFYHTINNADHEKDLKWWSNNHGVNMAMNWPQFEDYTEEFRDITKGSKSKEALPAGSITLINQRPVGEDVHEYPPINNKSKSKPSSRVISTDGGHGDSKTDTINSSKHSSEKNNHDGSAVNRTATMTNGTNAKQESNPFEEEEWDEDSGEPLVDNGEPGVLVRALYDYEGAEADELSFKQGEVFDKLEDEDEQGWCKGRKDGRVGLYPANYVELM 488          

HSP 2 Score: 65.4698 bits (158), Expect = 3.381e-8
Identity = 39/90 (43.33%), Postives = 58/90 (64.44%), Query Frame = 0
Query:   17 PEYGTTEAGWKGVLVEADRRCELHLRVKEALLSDVQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQ 106
            PEYGTTEA WKGVLVE++R C+LHLRVKE L +D+    ++VK  +      KE Y  ++  +     +  ++M++VF+K Q+  A+ LQ
Sbjct:   73 PEYGTTEAAWKGVLVESERLCDLHLRVKENLCNDI---IQQVKTWQ------KETYHKSMMTL-----KERKEMEDVFKKAQKPWAKLLQ 148          
BLAST of EMLSAG00000012606 vs. nr
Match: gi|1032748607|ref|XP_016836499.1| (PREDICTED: protein kinase C and casein kinase substrate in neurons protein 1 isoform X1 [Nasonia vitripennis] >gi|1032748609|ref|XP_016836500.1| PREDICTED: protein kinase C and casein kinase substrate in neurons protein 1 isoform X1 [Nasonia vitripennis] >gi|1032748611|ref|XP_016836501.1| PREDICTED: protein kinase C and casein kinase substrate in neurons protein 1 isoform X1 [Nasonia vitripennis])

HSP 1 Score: 369.777 bits (948), Expect = 2.745e-122
Identity = 180/297 (60.61%), Postives = 225/297 (75.76%), Query Frame = 0
Query:   51 VQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKH-EKFPDGNITLINQRAVGDDLPEYP---SGVRQKKSNSISSNNKDSRNGKAISIPTSKSSEQ--EISQSQPQEMAVSNG--NSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVL 339
            V+K Q+RV+K KE V K KE YE ALQ++N YN +Y+EDM +VFEKCQ MEAQRLQ FKD LF + KCLNIS DP LPQIYEEFYHTVNNADHEKDLKWWSN +GVNM M WPQFE+YTEE RDIT   K  E  P G ITLINQR VG+DL ++P     V+ K ++ + S + +  + K  +I +   +E+      S  +  +++NG  N+ ++SNPF+++EWD++  EPLVDNGE GVPV+ALYDY+ AE+DEL FK GD FEKLEDEDEQGWCKGRKDG+VGLYPANY++++
Sbjct:  199 VKKMQDRVQKTKEEVQKAKEKYESALQEINQYNPKYMEDMTQVFEKCQEMEAQRLQFFKDVLFGIHKCLNISQDPVLPQIYEEFYHTVNNADHEKDLKWWSNNHGVNMAMAWPQFEDYTEEFRDITKGSKSKEALPTGAITLINQRPVGEDLHDFPPVNHKVKAKPASRVISTDANHSDSKTDTISSKPPAEKNNHDGNSVNRNSSITNGTNNAKQESNPFEEEEWDEDAGEPLVDNGEPGVPVRALYDYEGAEADELSFKQGDIFEKLEDEDEQGWCKGRKDGRVGLYPANYVDLV 495          

HSP 2 Score: 62.3882 bits (150), Expect = 3.838e-7
Identity = 27/35 (77.14%), Postives = 30/35 (85.71%), Query Frame = 0
Query:   17 PEYGTTEAGWKGVLVEADRRCELHLRVKEALLSDV 51
            PEYGTTEA WKGVL EADR C+LHLRVKE L +D+
Sbjct:   73 PEYGTTEAAWKGVLGEADRLCDLHLRVKENLCNDI 107          
BLAST of EMLSAG00000012606 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold296_size217904-snap-gene-1.16 (protein:Tk03897 transcript:maker-scaffold296_size217904-snap-gene-1.16-mRNA-1 annotation:"protein kinase c and casein kinase substrate in neurons protein 2-like isoform 1")

HSP 1 Score: 377.481 bits (968), Expect = 2.583e-129
Identity = 193/303 (63.70%), Postives = 232/303 (76.57%), Query Frame = 0
Query:   51 VQKCQERVKKAKENVVKCKENYEIALQDVNGYNSRYIEDMKEVFEKCQRMEAQRLQTFKDTLFSLQKCLNISDDPELPQIYEEFYHTVNNADHEKDLKWWSNTYGVNMPMNWPQFEEYTEELRDITSKRKHEK--FPDGNITLINQRAVGDDLPEYPSGVRQKKSNSISSNNKDSRNGKAISIPTSKSSEQEISQSQP-----------QEMAVSNGNSTKDSNPF-DDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVL 339
            ++K Q+RV+K K+ V KC+E YE++L D+N YN++Y+EDM +VFEKCQRMEAQRLQ FKD LF +QKCLN++++PELPQIYEEFYHTVNNADHE+DL+WWSNT+GVNM MNWPQFE+YTEE RDI     ++K    DG+ITLINQR+VGDDLPEY    +Q   N  ++ +K SRN    +   S S+  + +Q  P           Q   +SNG  +KDSNPF DD+  DDE VEPLVDNGE GV VKALYDY+AAE DELDFK GD FEKLEDEDEQGWCKGRKDGKVGLYPANYIEV+
Sbjct:  186 MRKLQDRVQKTKDQVQKCRETYEVSLNDINAYNAKYMEDMTQVFEKCQRMEAQRLQCFKDILFDVQKCLNVTENPELPQIYEEFYHTVNNADHEQDLRWWSNTHGVNMAMNWPQFEDYTEEFRDIAKGTINKKGGIADGSITLINQRSVGDDLPEYNPAAKQ---NGNANPHKPSRNNGHSTAKVSSSNNIQ-AQGPPSTNLSKTANNGQSHPLSNGGVSKDSNPFDDDEWEDDEHVEPLVDNGEPGVKVKALYDYEAAEDDELDFKTGDIFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVV 484          

HSP 2 Score: 55.0694 bits (131), Expect = 1.395e-8
Identity = 23/31 (74.19%), Postives = 25/31 (80.65%), Query Frame = 0
Query:   17 PEYGTTEAGWKGVLVEADRRCELHLRVKEAL 47
            PEYGT EA WK VLVEADRRC +H +VKE L
Sbjct:   74 PEYGTMEAAWKAVLVEADRRCTVHTKVKEDL 104          
BLAST of EMLSAG00000012606 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold96_size378025-snap-gene-2.51 (protein:Tk04984 transcript:maker-scaffold96_size378025-snap-gene-2.51-mRNA-1 annotation:"intersectin-1 isoform x2")

HSP 1 Score: 53.5286 bits (127), Expect = 4.680e-8
Identity = 29/66 (43.94%), Postives = 39/66 (59.09%), Query Frame = 0
Query:  271 EQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYI 336
            E V P  D G     V+AL+DY+ A SDEL FK GD  E L  ED   W +G+ + + G++P NY+
Sbjct:  774 EGVGPAKDLGN----VEALFDYEGARSDELSFKQGDIIELLSKEDGD-WWRGKLETESGMFPCNYV 834          

HSP 2 Score: 50.0618 bits (118), Expect = 7.167e-7
Identity = 27/75 (36.00%), Postives = 40/75 (53.33%), Query Frame = 0
Query:  265 DDEWDDEQVEPLVDNGEK--GVPVKALYDYDAAESDELDFKAGDCFEKLEDED-EQGWCKGRKDGKVGLYPANYI 336
            D  W +E+ EP+   G+    V   ALYD++ +  DEL FK GD     ++ D E GW  G  +GK G +P  ++
Sbjct:  431 DHAWGNEEPEPVSAGGDSSDAVEAYALYDFEPSNEDELAFKTGDKIIVHKNLDPEPGWLGGEFNGKAGWFPETFV 505          
BLAST of EMLSAG00000012606 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold112_size353035-snap-gene-2.43 (protein:Tk07408 transcript:maker-scaffold112_size353035-snap-gene-2.43-mRNA-1 annotation:"rho guanine nucleotide exchange factor 7")

HSP 1 Score: 51.9878 bits (123), Expect = 1.388e-7
Identity = 24/56 (42.86%), Postives = 35/56 (62.50%), Query Frame = 0
Query:  284 VPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKGRKDGKVGLYPANYIEVL 339
            V +KA+Y Y  A +DEL+FK GD     + ED  GW +G  +GK G +P NY++ +
Sbjct:  170 VLLKAIYSYKNALNDELNFKKGDIITLTQKED-GGWWEGTLNGKTGWFPENYVQAI 224          
BLAST of EMLSAG00000012606 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold140_size315649-snap-gene-0.13 (protein:Tk03572 transcript:maker-scaffold140_size315649-snap-gene-0.13-mRNA-1 annotation:"lim and sh3 domain protein lasp-like")

HSP 1 Score: 50.447 bits (119), Expect = 2.936e-7
Identity = 40/140 (28.57%), Postives = 61/140 (43.57%), Query Frame = 0
Query:  204 YPSGVRQKKSNSISSNNKDSRNGKAISIPTSKSSEQE--ISQSQPQEMAVSNGNSTKDSNPFDDDEWDDEQVEPLVDNGEKGVPVKALYDYDAAESDELDFKAGDCFEKLEDEDEQGWCKG--RKDGKVGLYPANYIEVL 339
            +PSG   + +   S  ++ S   ++  +P S          Q  P    V +G  T+ +           Q  P V    +G   +A+YDY+A + DE+ FK GD        DE GW  G   + GK G+ PANY+E +
Sbjct:  216 HPSGRHSQPAMVASYTHQHSIQARSQPLPPSNGGPAPGYYQQQTPHSNQVPHGQ-TQTNFRHPSSAPSQPQQRPSV----RGRCFQAMYDYEAQDVDEVSFKDGDVVVNCTPIDE-GWMTGTVHRTGKYGMLPANYVEPV 349          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000012606 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-1.262e-9952.72symbol:Synd "Syndapin" species:7227 "Drosophila me... [more]
-1.155e-5838.59symbol:PACSIN2 "Protein kinase C and casein kinase... [more]
-1.179e-5739.23symbol:PACSIN2 "Uncharacterized protein" species:9... [more]
-1.493e-5740.00symbol:PACSIN2 "Protein kinase C and casein kinase... [more]
-1.924e-5738.26symbol:PACSIN2 "Uncharacterized protein" species:9... [more]
-4.112e-5737.50symbol:Pacsin2 "protein kinase C and casein kinase... [more]
-4.907e-5738.26symbol:PACSIN2 "Uncharacterized protein" species:9... [more]
-1.281e-5538.75symbol:PACSIN1 "Uncharacterized protein" species:9... [more]
-1.613e-5537.10symbol:PACSIN2 "Protein kinase C and casein kinase... [more]
-2.693e-5537.26symbol:Pacsin2 "Protein kinase C and casein kinase... [more]

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BLAST of EMLSAG00000012606 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592832434|gb|GAXK01125110.1|3.132e-11950.62TSA: Calanus finmarchicus comp24291_c2_seq1 transc... [more]
gi|592832432|gb|GAXK01125112.1|2.592e-11651.24TSA: Calanus finmarchicus comp24291_c3_seq1 transc... [more]
gi|592862670|gb|GAXK01094892.1|1.989e-3028.87TSA: Calanus finmarchicus comp3001562_c0_seq1 tran... [more]
gi|592886620|gb|GAXK01071755.1|4.291e-2137.19TSA: Calanus finmarchicus comp1643742_c0_seq2 tran... [more]
gi|592886621|gb|GAXK01071754.1|5.993e-2137.19TSA: Calanus finmarchicus comp1643742_c0_seq1 tran... [more]
gi|592931884|gb|GAXK01026669.1|7.430e-742.11TSA: Calanus finmarchicus comp18393_c0_seq4 transc... [more]
gi|592931885|gb|GAXK01026668.1|1.170e-642.11TSA: Calanus finmarchicus comp18393_c0_seq3 transc... [more]
gi|592931886|gb|GAXK01026667.1|1.253e-642.11TSA: Calanus finmarchicus comp18393_c0_seq2 transc... [more]
gi|592818849|gb|GAXK01135719.1|1.961e-648.08TSA: Calanus finmarchicus comp153626_c1_seq2 trans... [more]
gi|592911651|gb|GAXK01046724.1|1.974e-642.31TSA: Calanus finmarchicus comp139427_c2_seq2 trans... [more]

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BLAST of EMLSAG00000012606 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 4
Match NameE-valueIdentityDescription
EMLSAP000000126060.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s946:33070... [more]
EMLSAP000000110432.121e-744.00pep:novel supercontig:LSalAtl2s:LSalAtl2s744:12206... [more]
EMLSAP000000129352.653e-748.08pep:novel supercontig:LSalAtl2s:LSalAtl2s988:16349... [more]
EMLSAP000000019122.764e-742.59pep:novel supercontig:LSalAtl2s:LSalAtl2s132:59248... [more]
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BLAST of EMLSAG00000012606 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25
Match NameE-valueIdentityDescription
gi|22256968|sp|Q9UNF0.2|PACN2_HUMAN6.385e-6038.59RecName: Full=Protein kinase C and casein kinase s... [more]
gi|22256969|sp|Q9WVE8.1|PACN2_MOUSE2.400e-5837.50RecName: Full=Protein kinase C and casein kinase s... [more]
gi|22256944|sp|Q9QY17.2|PACN2_RAT1.688e-5637.26RecName: Full=Protein kinase C and casein kinase s... [more]
gi|22256965|sp|Q9DDA9.1|PACN2_XENLA2.857e-5636.81RecName: Full=Protein kinase C and casein kinase s... [more]
gi|22256948|sp|O13154.1|PACN2_CHICK3.836e-5639.04RecName: Full=Protein kinase C and casein kinase s... [more]
gi|22256962|sp|Q9BY11.1|PACN1_HUMAN5.615e-5436.51RecName: Full=Protein kinase C and casein kinase s... [more]
gi|75061581|sp|Q5R411.1|PACN1_PONAB6.241e-5437.72RecName: Full=Protein kinase C and casein kinase s... [more]
gi|209573160|sp|A7MBI0.1|PACN1_BOVIN7.390e-5436.99RecName: Full=Protein kinase C and casein kinase s... [more]
gi|82226051|sp|Q4V920.1|PACN1_DANRE2.337e-5338.33RecName: Full=Protein kinase C and casein kinase s... [more]
gi|29336619|sp|Q07839.1|EG13_ECHGR7.300e-5336.64RecName: Full=Antigen EG13[more]

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BLAST of EMLSAG00000012606 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
XP_016771911.11.193e-12359.54PREDICTED: protein kinase C and casein kinase subs... [more]
XP_006565349.12.408e-12359.73PREDICTED: protein kinase C and casein kinase subs... [more]
XP_016771900.12.801e-12356.97PREDICTED: protein kinase C and casein kinase subs... [more]
XP_016771899.12.801e-12356.97PREDICTED: protein kinase C and casein kinase subs... [more]
XP_016771918.12.989e-12359.93PREDICTED: protein kinase C and casein kinase subs... [more]
gb|EFA01905.1|1.750e-11859.04Protein kinase C and casein kinase substrate in ne... [more]
EFX89690.13.079e-11158.64hypothetical protein DAPPUDRAFT_303168 [Daphnia pu... [more]
EEB10746.14.573e-11158.00protein kinase C and casein kinase substrate in ne... [more]
XP_016771917.12.461e-10452.22PREDICTED: protein kinase C and casein kinase subs... [more]
XP_016771919.13.801e-10454.83PREDICTED: protein kinase C and casein kinase subs... [more]

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BLAST of EMLSAG00000012606 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|546683945|gb|ERL93685.1|3.927e-12754.24hypothetical protein D910_10973 [Dendroctonus pond... [more]
gi|1070587791|ref|XP_018406361.1|2.314e-12662.84PREDICTED: protein kinase C and casein kinase subs... [more]
gi|1070587795|ref|XP_018406363.1|3.885e-12663.05PREDICTED: protein kinase C and casein kinase subs... [more]
gi|1000754149|ref|XP_015599989.1|1.931e-12560.86PREDICTED: protein kinase C and casein kinase subs... [more]
gi|1000754141|ref|XP_015599984.1|2.367e-12561.07PREDICTED: protein kinase C and casein kinase subs... [more]
gi|1000754151|ref|XP_015599990.1|4.244e-12561.28PREDICTED: protein kinase C and casein kinase subs... [more]
gi|1059221689|ref|XP_017764622.1|1.783e-12260.20PREDICTED: protein kinase C and casein kinase subs... [more]
gi|644995832|ref|XP_008209271.1|2.216e-12260.61PREDICTED: protein kinase C and casein kinase subs... [more]
gi|1059221683|ref|XP_017764619.1|2.598e-12260.40PREDICTED: protein kinase C and casein kinase subs... [more]
gi|1032748607|ref|XP_016836499.1|2.745e-12260.61PREDICTED: protein kinase C and casein kinase subs... [more]

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BLAST of EMLSAG00000012606 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 4
Match NameE-valueIdentityDescription
maker-scaffold296_size217904-snap-gene-1.162.583e-12963.70protein:Tk03897 transcript:maker-scaffold296_size2... [more]
maker-scaffold96_size378025-snap-gene-2.514.680e-843.94protein:Tk04984 transcript:maker-scaffold96_size37... [more]
maker-scaffold112_size353035-snap-gene-2.431.388e-742.86protein:Tk07408 transcript:maker-scaffold112_size3... [more]
maker-scaffold140_size315649-snap-gene-0.132.936e-728.57protein:Tk03572 transcript:maker-scaffold140_size3... [more]
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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s946supercontigLSalAtl2s946:33070..134769 +
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
ensembl2013-09-26 .965016
Blast vs. GO2014-04-02
TblastN vs C. finmarchicus TSA2014-05-09
Blastp vs. self2014-05-10
Blastp vs. SwissProt2017-02-10
Blastp vs. Selected Arthropods2017-02-20
Blastp vs. NR (2/2017)2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins2018-04-18
Properties
Property NameValue
Logic nameensemblgenomes
Descriptionmaker-LSalAtl2s946-augustus-gene-0.13
Biotypeprotein_coding
EvidenceIEA
NoteProtein kinase C and casein kinase substrate in neurons protein 2
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000012606 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000012606EMLSAT00000012606-708453Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s946:33070..134769+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000012606-695372 ID=EMLSAG00000012606-695372|Name=EMLSAG00000012606|organism=Lepeophtheirus salmonis|type=gene|length=101700bp|location=Sequence derived from alignment at LSalAtl2s946:33070..134769+ (Lepeophtheirus salmonis)
ATGGCGATTCTGAAAAGGAAGAACACTACTGCGTTAGGCAGAGAATGTAA GGCSTAGCTACGTAGAGCGGAAAAGGGGGGAGTGGAGAGAAAAGAAAAGG AAAGAGAAAAAGAGAGAGAAAAAGAAAGAAAGAGAGAGAAGTGAATCGAG ATGTCAGTTGAATTTTTGCTKCCCACCTGTGAGGATCCGCATTTTCCCCC CTCATCTGACTCGTTTCTCAGTTTATTTTCTAACGGATTTTATTTATAAT ATTATATTTAGACTACATACACAATTAAGTTAGAAAAAGTGATTATTTTC TGTTAATAAATGTGAACATTTTTTTGTGCAATCCTTGATCGGAAACTCGG CTATTTTATAATATATCTTATAATTTTTGATCTATACATAATTAAGGTAT GAAAAACGAATTAAAATATTTTTATGGTCCTTACCGAATTATTATCATAA TTCAACTAACAAAATAGATGAATGAGAGATGTCTTATATTATATTAATAT CATATGTAAAATAATGTTTATGCTTATWCYAYGTTATTGGGTGTATGTTT ATCTTGGGGATTAGAATNAAAAAGTTGCGAATTGTGTATCAATCACTGAT AATAATTATTAAAGAAAAATAACCATGTTTTAAAATACTGAAAGCTGTAG CTATCTACAATCAGAGATGAATGAATAATACATATATACATTGTTATAAT AATATATTATAAATACCTATGATGTACTGGAGACTCGAACGTTATTTGTT CCAGAATTAGGGTCAATAAACTAAGACGCAAACCACCACATCCTTTTCAA TCATTAGTTGCGAGAATAAGACGGAAGAGCACATCATTCAAACGATTAAA GTACCGAATTTTTGTTTGTAGACCTAATTAGATGTAATTCAAGCAAACTG GGCCCACTTTTTGCTGGTGTATAGGACAATATTGCAAATAATCAATTTTG AATGTTACTTGATATTTATATAGTTTAGCCTGCGGAGACAATTATTCGCA CTCTTACTTGTTAAGAGTCCTTTTGTTCGAGCTTAGAGTTTTAAAAATAA TACTCTTGTAAGTATATAAAGTAAATTCTATTTCTAGAGATTTTGTCGTT ATCCCTTTGAATCAAATACTAAGTCGTTGAAGTCATAAAAGTGATATGAG AGTATTAATATTATATTATGGCTTAAGTTTTTGTGGCAAGGATCTTTTTT AATTAAATACCTCACGAAATTCAATGATACTTTTGCTCTTAATTCATGAC TTACACGCATAGGTAGTTAGATATTTATGTTCAGTGTTTGCTTTTAATAC GAGCTTTCCTCTCTTCTAGTTATTATAAGTAACATGCAAATTCGTAAGAT AAAAATCTTTTGAAACCTTATTGAATATGCACTTTCGTATTGTAAGGATT TGATCTTAATATATATATATTTTTTAATAATGAATGAAGAACCCATAATA TTTTGAAACAAGAGTCCAAACTTCATGTCTTGTTTCTGTATAAATATCCA TCAAGTCATTTTCTCCAATTAAAGTCTTGGAACAAGTGGTATTTTATATA GGTACATCTGTTGGATTTCACTGTGAATCTATAAAGGTTATATTATATAT GTTTTTGTTTTTTTTTTGTAATAGAAAATGAGTTAAGACGTTTCATTTGA GTTATTTGTATTATGTACCCATAATTACATAGATACATACTGATGAAGGA ATAAAGTCATTAACTATTAATATTAAAACTTGTATGTAAAATTATTTGTA GCTACATATTTTCACAGAAAAAATAACTATTATTTATATATTTGCTATAT TTTTACATACGAAATATTATGCACTCACAAATATTTTAACGGAACAACAC GTGACCTACTTAACATATAAAATGATTTTTTTATGCATTTACCTTAATGC TAAAAGAATTACACTATATACATACTTTTCCAAGTCAACTTTTTATAAAT TATACATACAGTAAGAGTAAAATATAATCGGCATACCTCTATTGGGGAAA TAGTGAGTTTTTCTTACAGAAATAGAGGTTTTTCAACATAATTCCATGAA AATTGGACCGAATCCACATTACAACATTAAAGTAATTCCAAAATCAATTA AAATATACTCAGAATTAAATAGAGTTTTTATTTAAATACATAAAATAAAA TTATATCAGTGGCTTACATTTGTAACTTGAAAAGTTATTTTATATCATCT AATTAAGTCATATAAAAATTGAGTTTGATATAACAGTATTTATTTATAAA AATGTTTTGAAAAAATTGATAAAACCGTTGTAAATTCACGTCCTATTCAC GCACCGTCAACATTATAACAATCTGTAACAAAAATAATTAAGGGGAATKC CCCCCCCCCCTTTTTTTTCTTTTTTTCCATATATATTGCCCAATATTTGG TAGACATATTTGAGTCAATTATAAGCATTGTATTCATGTTTTTGGGATGA GCTAAGCTACCCAATAATTTTAAGTAGAGTTTAAGGTCTTTATTTGATGT AAAATACTTATATTTGCCTCGATATTGTCTTTCAAATGCAATATGTCCAT TGCTTATTCTTTTTCTGTGACAATCAATTTTGGTTAATAAGAATAATTGA TTTATGATAATTTGTCAAAAATGCAAATGTATTCCACAATCAATTTTGAT AAAAAATATTCTAGCTTGCTTATGGGCATGACGAGCCACGTTTATATTCA GTTATGTTATTTTACGAGGGTAGTCTGAAAAGTTTCCGACCCTCAACATG AAGATCGCAGCAGTCGTAAATAAAAGCTAATTTAATTTATTTAGCATCTG TTGAGAGTTACTCTCTAAAGTTTCAGCTATTTTGGACGCGCAGTTGCTAT GTAACAGTTGTTTGAGAAAGTTGATGTGAGTGTTTTTATGAAAAAGGACA AAATKCTGTATCGAGTTGTGATTAATTATCTATATTTTTTTGAAAGTGTA GCCTTTCAATAGAATTAAACAATAGCAGATATACAAAGGCTTGTTGTGTT AAAATCTGACACGTTCAAGTCAATCCAACTATGAGTATTGAGCCAAAAAC AAAAAGTGTCTGGTGAACAAATATTTTGCAGAGAAAAACGAGGAGTACTA TTTGAACGGGTTAGAGAGATGGGAGCATCCCTGGGAGAAGTGTGAAAAAT AAAAAAATACAATAAGAAAAAATGTCTTGGATCTTTGTTAGTTTGGAAAC TTTTAAGACCATCCTCGTATAATATAATTTTAATTGATATGATATTTTTA AGGATTTATTGTCTAAAAAAGAAAAAAAAGCGCATTCGTTCAAATTATGC AGTGAAGCACAAATTTGAATTTTTTTCAAAAAATTCAAAAAAACAACCCC TAGGTTAGCCTGACAAAATTACATTAGGAATTTTTTAATATTTGGCCTAA ATTTGAAATAAATATGTATTTAATTGTTTAGTTTTATCAATCCATTTTTC ATAAAATTTAATTTAATAGGTTCTGTAGCCCATTAAAATATTTAAATAGT GGGAACGCAGACCATTATATTAAAAAGGTTGGGCATCTCAGGTCTAGATT TATCATATAGGTCAATGATTGAGGACTTCATGTGTTTTTTAAGATTGTGA ATATCGGCAGAATAACGTCAATGAAGTAAATAGGGGCCAAATATATTACT AAACTTCAAATTTCCTCAAATTTTTTTAGTATACATTTCAATCTGAACAA TTATTTTTGAAAAAAAATTATAATTAATAATCTAAGTAAAAAGCTCATTA CTTACCACGGATATTCTTAAGTATTGAAGAATTACTCACGAAAAATAAAT CTAAATACAAATTATGAATACAAACTTAGGATCTGTTACTTAGGTTGAAA AAAAAGGAAAACAGAATGGCGTTGATAGGCTTCAATATATATATAATTGC CAAAAATCAGGATAGGGAGAAAATCGGTCCATAGTTTGAAACCGAAAAAA ATTGGTCCACAATTTGGAATCGAATACATCCCGTAGCCAAAAAAAAGTCG GTCTTGAACCAAGTCTCAACAKAAGTATAAACCCTATAAAAAATATTCCT AAACTTGCAAAACATTGTTCTACCCAAGGTGAATAGCAATACAAGGTTAG ACCATTATGAAATACTTGGGCTTGCTAGAATTTTCAATTTAATGTATCGC ACTGACTGCTSGGCAAGACAAACAGATTTTGACAAAACACGAAACCAGTA ATATTCTATGACGTCACTATTAAAAAGCGTGGTGGAAGTCAAACATAAGT ATTACACGCGTTATTGTATTACCTTGTATTTCTATTAACCTTGGTTCTAC CTAAGTATTTCTCGTTTTGATGAAAAACAGTATTTTTAATGTGAGGTGAT AAATATTGTCAATCTGCATTAATGACCATAGATGAAAATAATTAGTAATG CAAATCGTGTGTATTCTGGCAATGCAAAAAAACAACAAAAAACAAGTATG GTAACCCTGACAATTTGTAAAATGTTGTAGAGGAGAACAGCTTATGGGAG AAATAAATAAACAAGGGAACTGGAAAGAATTACTCCAATGTTGATCACCT ATTCTACTCTGAGCCCAATAAGGACTTAAAATTATAACGATGCAATACGT CTTCCGGGTTATGAGCACATGCGATCAGTTTTTGAATATAATTGAATGTA GTTGAAAAAGAATTTTTAATACTCAAAAGTTAAATATTAATGACAATAGC TGAAGGATAGAAAATAGATTATTCAGAAAACTAATTTCAAAAAAATGGGT GAGCCAAAAATAAAAAAACACCTCATAATTTACATAATTTAAAATGATAG TATCATTAACAGGGCCTGACTTTTTGTAGTTACTATCTGAACATTATTTT CTAAAGCTGTGCTCATTATTCTTTGATTCTTGAGGAGATAACATATTATA TTTATAAACTATAAAGTGTAAACACGAATGTTGYACTCTGAGTTGAATTG AGGATTGACATGGGAGGAATTCATGCCTATATCATGGCCAAATACAGATT GTTTTTTTGTTTATTTTGGGGTTATTTTCTCCACAMTTTTTGTCCTTATA ATTTAACTCTTGAGTAGTGAACTTCCTTTTCTACAACTTCAAACTATATT CAAATCCAGATTAAACATTCGGAGAGTAATCTAGCGGATTTGTTGGGAAG TTATTTGTAAGACCTTGTTGGACTCAGAGTAGAATTGAGGATCAACATCA GAGTAATTNNNNNNNNNNNNNNNNNATCTCCCTCGTTACAGCTGATTGTA GTTGATCTAATAAAACGTCATGAAAGCTAAGCTGTTCTCCTCCAAAACAT TATTAAAATTATCAAGGCAAGCACGTTAATTTACGGTATCTTTTTTTAAC ATACCGGTGATGGATAGTATATTATTTTCATCTATGTTAATGGTTTAAAA ATAAGGGGAAAGTAAAAAACATACTGATGTATGTAAAAATGAACTTTTAA AGTTCATCATTATACATACAAAATAAGTAGGTATAATCTTTTATTAAGGC AGTTGGTAAGTCCTTAATTGAGAAAGATTTGACATTTATAGCGTGATATT AATAACATAGATCCACAAAATAGTAGTTTTAAAAGGTTTTTTTTCGAAAT GAAAAGAAAACATAGTTAGTAATAAAAATGGTCTGTATTATATGCATGTT AAAACAAAGAAACTAAAAATCAAAATGTTAACTCTGCTATTTTGAATAAT ATTTTGAAAGAGAGCAGTTTAATTGCCATGACGTTTCATTAAATCAGCTA CAATCAGCTGTTACAAAGGAGGAGGTGGAGAAGGAAATAAACAAGGACAT TTGGTAGAATTATTCCAACATCGAATCTCAATTACCTTTGGGTCACTCTC CGTCTTTTATGAGCACACACGAATGTTCAATCAGGTTTTGAATATAATTG AAAGTTGTCTGAAGGAAAATTCATTGCTCATACTTTTATTCAAAAAATAC AAAATCCGGTGGTTTTTTTTTTTTGTTTTCTTCACAATGGAGGCCATGAA AATTGGATTTTTGAAGGAAAAAAAATCCTACCAAAAATAAGCCCAGGGAA GCAGCGATGGATAAATTTAACTTGCGAATTTTTTATTTTTTTCAARGAGG TTTTTGAAGTAGAGATTATCAGAAGCGRCATTTTCTTCTTTTTTTTTTTA CGTGGATTTTGAATTTTTTTTCCAAGGTAAATAATAATGACAACAGCTGA GGAAAACAAAATTCATTCTTCAGATACCCAATTCCATAAAAAACAGGTGA GATAAGTCCTAAGTTTTTGTTTTACTCTGAGTATAATACAGACAGAATAG ACATKGGACTAATYCCTRCCTATATCATTCCTATATACTGAGTGGGATTT GTCTTTATTTCCTTCAATTCATAGCCGCTTGTTGCTATGAAATTATAAAT AAAAAAAAATTACAAATTAAATGATAAATAAAAAAAAATTACAAATTAAA TTATAAATAAAAAAAAATTACAAATTAAATTATAAATATTATTTTTTTTT GAATTTTTAATCAAAAATCCCCAGCTGTTCACAAAAACTTTCAAATATTA AATTTTGAAGAAATTTTTCCCAAAAGTCCACAGCTGTTCACATAAAATTT AATTTTTTGAAAAAAAAAAATTCAAAAATTAGATTTTAAACATTAAATTT TTCAGGAAAATTTCAAAAATACACAGCTTTTCCCAAAAACTCAAAAAGTC CATAGCTAACAACAAAAAAATTGCAAAAATCCATAGCTAACAACAAAAAT ATTTCAAAAATCGACCGCTGCTCGCAAAAAATTTGAAAAATTAAATTTTT TGGAACAAAATTTCAAAATCCATAGCCATTCTCAGAAAATTAAATTTTTT GGAAAACAAATTTGAATAATTATATTTTTTGAAAGTTTGGATATTTGGGG GACAGCCCCTCCGGAACCACACCCTGATTGACGCCCCTATTGGYGTATGT TATTTTTTTGCTGTTGTTGGTAACCTGAAAGGTGTTTTTCTTTATTTTCT AAACCTTTTAAATGTTCTCTCCGCAAAAAAAAAGATATCAAACCACGAGT GTTTGTACTCATGAATGGAGTAGAGAAACACTTATGAACTGTTGAGAAGA TAAAAAGTGTAAGTTTTCAGATAAGAATTGTAGATCGGCATGGAAATAAT TCTTCCCTATGTCATTGCTTGATACGTAGTAAGACTTGTGAATATTTCCT TTATCTCACAGATAATTTAATGAAGCTCTTTGAGAGCTAAGCTGCTTTCA TTCAAGAAAATATTCAAATTGTCTTATTTAGCAGGTTTTTATTTCAGATT CTTTGATTTTAAACATAACAAAAATACTTCTTCGATCTACAACCCTAGGT ATAATCTATTATTAAGGCAGTTGGTAAGTCCTAAATTAAGAAACATTTAT CATATGACATTTATAGCATGGTTCTACTATGAAGAAATGCTAAATATGAA GAGAAGTTATCTAGTTATAAGTATTTTATCAATTTATATTTTAAATGTCG ATTTTTTTTCTTTCTTGACTCTAAAACTATTATCATATGCATTATTAAAT GAAGCCTTTTTATTTTACWCGGCTTATTTATTTATTTAAATATATATAAG GAAGAAAAATCTAATTTGTGAAAGCAATATAAGTGCTTGTCGGCAAAAYG GGGGTCTCAAGCTTTACCACTGTGGCATACTTRTCCTTTAATATTCTATG TATTTATATCTGTACATAGATTACCGTTTTTTTGTGCCAAGAATCAATTA CATTTAAAGAACTATGTCATTAATGATGTAATGGTCTTATTTCGAACTAA CGGGAKTAGCCGACATTACTGGAAGTTATTAGGTGTTGATGAACAGACAA ACAATCTGTGCTCTAATAAAATAGAAATSTAAACCCCTTTTCTTTCCTTT ATTTAATATGTCGAGCTGGGCTGTACCTACAAATACTAATTATTAGTAAA TTTTTATTTCTTAGATCAAGGGGTGTCACACAGTTCTAATATTTTTTGGA GCACACTAACAATTGAGGCTTCGATAGACAAACAGACAAACTTTGTTTTT ATTAATTACATGTAGGTATATTTAACTTCATCACGTGGATAACTTTATTA TATCTTGCAACATTTCTTCTGAGAAAAAACTGAAAAATATGGCCTAAAAT TAGTTGATAGTTTTTAGCCAATTCTTATATTTGTGGAATTATTATTTAAT AATTGTATACAGATTATTCACAAGAACTCTGTTTAGGGGAATGGAAGCAG AAACATTGACAGCACAGGTTACATTTTTGTATAGTGAGGAACGCCGTGTG ATGAGTTCATATATATTCCAGCAATGATGAGCGCATCGAAAAAAATCAAC TCAAACTTTCTTGACGCCAAGGTGGTTTGGTACCCCTCTATTAGAGTGGT GTTTAAGTATCAATATATATATATATTTGTTTCATTGTCCAAAAATGCTC CTTTTCATGAAACAAAAAAAAATCATATGTCAATGTAYATTTTTGCCCAG AATCCAGCTCGTATCTAAAAAAAACCAAAAAACTCTCGTATCTCAAGGCA TTACTGTAGTTATATAAATATATGAATGATGATTTTCTTTTGTTCAATCT CTTCTATCATTATCATGGCTTTAATAGGACGAAGGATAGCTTCTTTTCTC TCTCTTGAAAATAACTTCGATATATGTAGTATCGATTACGTTTATCTAAT TATATATCAATATTAAAGGAAGGAAATTGGTTATTTTCACTACTAGTATC AGTATACTAAAATATCAATATTAGGGTTGACACTCCGTCCAAGACCGAAT TTTACACCCGGGTCGGTCTTATGTGATTTTTTCTATAATTCAAAAGGAGA ATAATACCCTATGATTTATATTTAAATTTACACTAAATATTATTTTTTAT TTGCATTAATTAACATATAATATTCATATAAATAAATCTTAGTATGAGAG AGAAAATTATGTTTCAACGAATATAAAATTAAGCATTGGAGTTGTCGTAA TCATTTTAATTAAGTATATCTTCAATATCCAGGTATCCAGAAAACAATCA TCTCCCTAATCTCTTATAGTGGGGTTGATGGTAATATCCTGCATCGATAG AGAAGTGAGGCCGAGGGTACTGAAGATTGTTTTTCAAAACTTTATTAAAA AAACTAGTTTGTAAAGACGGTTGTGAGAACAAAATTAAGTTTATTTCTAG TAAATTATACCTAAAAGCAATATTTTTTATTCAATATGCCCATCCAATAA GCCTCATGTTCTTGGGCACATTCAAAAGCAGCTTGGCTCTAGACAGCCTC TCTCCTTTGTGGCCGTCGTTATGAGATGTTTCTTCCTTCTGGCTCTTAAT TTTGTTCTCAAATCATCTTTAATTATCCTTCCTAGCATAACCTCGCTCAC ATTTAACTTCTTGGTCATACTGCAAATCGTTCTCATTGGATTTCTAGCAA GGCGGTTTTTGACACGCATTATTACCTTTGTTCTTACTGTTCCTTTCCGA CATTACCATACTTTCTGGCGACTGCTCCTGTGAGTTCAACCCTCTTTATA ATGATATACACGCCCGTCTGGCGTATTTTGAGGTCATTGGGAATCTCGGT TGGTTCATTGGTCTAGTATTTTCAGACCGACATCCAAAACTAACAGATAT TTTCGTAAAGGTAGAGTGTTCAAACTCCCTCTTTTCTGTACATATCATAT GATGTATTAATTTTTATTTTAAAATCTATGAGACTTCAATGATAAATGAT TCAATAGAATTCTTTTCTCTCTATACGTATATGTATAAGTATATCAGGTG GTCCAGAATTAGTGACGTCCCACTAACTTAAACGTAAGTAAATTAAATTA TTCTGTGACGAGATTTCGTACTACAAGTGTGATACCTTGGACTAGAGGTC AGGAAAAGTTGTTATACTGCAAATCCAAGTGGAGTCTCAATTTTCTGCTG ACAAGTAAAATGTCCATGAATTATTTTTATCGAGTCCTGGTCTCAGTTCA AATAAAATATACCTTAAAGAGCACTTTATATCTAGTGAAAAAATTGGAGG GAGTTTTTAGTCCACATCATGCCCTGAGTCTTTGATCGTGTGATCAAGTT AACTTRCCGTGTTCTCAAAATATGGACTCGATGGTTCGAGTTGTCTAACT ACCCATTTTGGATCGTAGAATCGTTTCCTGACACATTCCAAATTAAGTAT AATATTGTTTCATCGATAATTTTGAGCACTTTAGTTCTAAAAATTTGAGC CTCACTTTACTCACTCTGATCTTAACCCAATTTGACTTTTCAGCGTATGA TATATCCAAGGTGGAGGGTTATGTTGTTTTCATGCTCAACAATGACTCGC TAATGGCAACCAAGTAGGCAAAAATGAAGGGAGACCTTGTGCATACTAGT TGCAAACTGGCCTTCGCCAAGTTGTTCAGGACAAGGGCAAACACATTGAA TGAGATATTAGTCAATTGTAGGACAGTGCTAAACCAGTAAAAAAGTAATA TTACCTCCGCCAACGAAGTTGAACAGATGATATGTTTTTCCTTCTGTTTG TCTGTTAGTCAAATAAAGTTTTTATGTATTAAAATACATAATCGACCATC ACTTTAGAACATATTGAGGTACAGAGCTCAAATTAGTGTTCTTATGTATG TTTTATAAATATACTTCGCATAGGCAAAATCCAATTTAGAAAAAAGGACC ATAGACAGAGGTTGGTGTCTACCGAGTGCTCATTCTATTTACATATTATT CACATACGAGCCATNTGAGTTTTTTTTATGGAAGATCAATTATGGCCCAT CGGGKAMATCGGKACMGACCAGACTAAAAAAAWGAAAWCTCACACCGAGK CTCAATACTAGCATGCTGAGGATATTTAAGATCTGACAAGGGTTTTGTTT GTCATCTGAAAAATCCGTTGATATATTTGTAAAATCATAACAGATAAACT GTTATTTACAAAACTTTTGGATTGGGATTCATTTTGCCTCTTAAAAAAAG CATTATAAATGTATGTCATAATTAAATACACACACGGTATAACAACAATT TCTGCATATATGTACATAAGTCTTTGCCACGAGCTTATTTTAAGAATATG TTTTGAAGGGTACAGGTTTTCAATCAGGGTATTCTTTTGTTTTTTTCCTC AAAGGACTACATAAAATGCAAATTATAATGGGAATTTACATAATATGATT TGCAATATTAATTATGTAGGTCATTATTAYATATTTAAATCTAGTGATTC CCAACCGTTTCTTAACTTTGAAGCCCTTTCATATTTTTTAATGTTCTGTC GGTTTCCACCCACAACAATAATTAATTATTTATTTAATCTCTGAGAGAGC CGAAGGGGCCTTAAAGATACCCAGTTGGGGTTCATTGCTTTAATCCAATA GATTTTTTGTCATCTTGGATCAACTTTTAGCAGACGCTGAGAGTAAACAC AGAGTGGATCTACAGTTTTCGGATACGGGTCGTAATACATGTAAATATTT CAGTTTATTTCGGTTAACCAAACTTTCGGATCCAGGTACGAAACCAAAAT TAGACGAATACATATTTCAAATTTTATGAGTATTTACCCGGAATCGAACT TAAATAAAGTAAGATCAGTAATCAGTACGGATTAATGATGCCGAAACAAT TAATAACCCAATTTTATACTATTAGAACATAATTATGATTTATTATTAGA AATATTATAAAAATATTGGCAATGGAATAACAACGCGATGCAGTTGTTTA CGTAGATGTCCCTTTAAAGTCCAAGCACACATCAAAATAAATGTAAATGC TTCCTTTGATATAGATAATATTTTTTTTAAAACAAGGATTATGTATTAAT CACACTAAACCTTTTAAGATCCAAAAAATCTATGGGATCTTTTTTTAAGA TACGTAAAAGTTTGAGTAGCCGACGCCTGTTTGAATCCCAAACTCAGATA ATAAAAATTACCTATGCTGTGACCGAGTTCTTTGGATCCGGATCCAGGAT TTGCATTATCTTCATTTTTAAAGATACGTAACTGTTCAAGTAGTCGATGC CGCCTGGGTTCTCGCATATTTTCAGGTACTAAAAGTTTTCTTATATTATA CCTGGGCACATTCGGGTCCTTGAGCCATCCTATCTCTTGTGGAGTGGCCT TTAAAAAGTCAAAGTCAAGTTAAAAAAGGCCAATAACTATAATGAAAACT AAATATAATGTTTTTACAGGTGCTTTGTGGTTGGGTATTTACTTGCACAA TTATTTGCACACTGAAGCATAAATTGTTAAAAAATGTTAACTCAAATGAA TCTTGAATATCGAAAATGTATGTATAATTCAACTTTTCATTGAATGAATT ATATATTGGAAGCTTATATTATGAAATAACAATAACTACGAAATTTTTGG GGTTGTTGAACTCCAAGAAATGTCCAAAAAATGGGGTATTGAGATCTTTG GGAGGAAACCCTAGTGTTAGCATTATATTTTAATATATTACCATTATTTA TTTATTATGTATTTTTTGTGTAAAATAATTGTGATAATTTGGAATTTATT ATGTGCCACATAATTATCATAGTTAATTAGTAATTTTTATCAAGAGAGTC TAAACAATATATGGTATATCTAATGATAATTTAATTATTGGGTAATGCTT TATATCTTCGGAATTTGTCGTCCGTAAAAACACACAGATATCACGGGAAA ATGGGATGAATAATACCATACTAAGTAATAACTTGTGTTGAAACTACCTT TGAGACCAAAGTTATTTTTTTCTAGAACGATCTTGATTTTTTATTTTTAC TTTTTCTAATTATTTATTTATCTTGACTGTATGGTTAAGTTGTAGAGTAA AATCCGGATGAATATAAATACGCTTATATTCAAAGTTCGTTCTCTCAGAT ACCAATTGTTAACTGCATAAAATACTTCGCTTATTTGAAACATGAAGTAA TATGTCAGCTTAAAATCAACTTTTCCCACTTTTTTGCTATCATTTTCTTA GGAATGCATGAGAATGAAGAATTCCCATGAGGATTTTTCTGTTTTATACT TACAAATCGTTAGCATTTTTGTTCTGTATGTTTATAATACAGAACATTTT TATATTGCCTTGCAATCAATACAGTGACATATACCGCAGGGGCGTCTGCA AGTGTTGGCAAAAGGGGTTTTTTATTAGAAAATGTATTATATGAAATTTA ATTTTTGAAATTTTTTATGAATAGTTGTGGATTTTGAAAAAAAAAATTCC AAAAAATATGATATTTGAAATTTAATTTTTAAAACTTTTTCCAAAAAAAT TAAATTTTTTGTTAATAGTTGTGGATTTTTGAAATTTTTTTGTGAATAGC TTTGGGGTTTTAAAAAAAAATTCCCAAAAATCTAATTTTTCAATTATTTT TTCCAAAATATTTAAACTTTCTGATTAAAATATATAAAAAAAAGCCAAGC CCTTAAAATATAATCCTGTAGACGCACCTGTAGTGAGTTCCACATGAAAG TACTTTCGCTGAAGAAAAGCTAAAAGTCTTGGATGATCTGTCAAAAACAG GATCTAATCAAACCTCGAAATGGGAGTTTCAAAATTATTTTTTTACAAAT GTATACAAATATTCTGATTTTTTATATACTGTGTAGAGAGACAATTTTAA CCTAAAAACATTTGAGTTTCCTTAATCCAGATTTGACTGTATCTCCTAAA AAAAAAAGATCATAACAATTTATTTAGCAGAAAAAAATATATTAGCCAAT TAAATATTTTTTAGATAATCTGGAGTGAGGGCCATTATTGAAATTTTTTT AAATTGGGGGATATAGATAAAAAGGTTAAAGACCACTGTTGTAGACCAAA ATTACTACGAGATCGTTCCAGTCTGCAATTTGACCTAATTTGTTTGTTAA AAAAAAATATATCATCTCACTCACAGACAGGTCTAAAATATTTCAATACT ATTACTTATTTACCAATGTTTATAAATAATTATCTCTCTTTATTTCGTTT ATGCAAAGTAAATATCCATTTGATTAATAATTAATTTAATTATTTTCCAA TTTTTTCAAACTGTCTTTCAAATGACCATTCTGCCCTTTTCAGGCAAAAC ACACCATTTTCATAATAAAGGATGAGAAAGTTGATTTCAACATCTATCTT CTTCAGTAGGATCCTACAATTAATAATGTTTACAGTCATTAATATTAATG CTCCAGTATTTGAATGTGTTACCAATCAAAATATAAAAGTTGTCTTTCAA CTATTGTAAGTGTGATATGACTGGATATTTTTTTTCTACAAAGGATTAAT AATAACAATTTGTTGCTAGAAGATGACGATAATTTGTCGTTGAAGAATAC AAATGTACTCCACACTAAATTTACAGAATAGGAATCCAAAACTTGCAGTA GTATGACTTAGTTATGAAAATCGTGATTTTCATGGAGTCAAGAAACTACA ACTCCTAACCTATTTGGGAGTACTAGAAAAACTGTACTGGGGAAAATTGC CCGTCTAAGATTGCCAGTTAGGAAAATTGCCTGTCTTTTGTTCAAAATTA TAAATCTCTTAATATTATTTATGAAAAATATCTTGACATATTTGTTTGTT CCATCCCCCAAGGGAATACCTTCAAGTGTGAGTAATATTATTGCAATATG GGAGGAGGAAGAGGCGGGGAATAATTAGCTTTGGGCCTCTTAAAATATGT TTGAATACTGAGGGCTTAAATTTTTTAGAATTTGATTTCAAAAATCCATA GTTATATACGAAAAATTTCAAATTCTGAAAAAAAATCAAAAATCTACATA AAAACAAAAATTCCTTAATTTTGGCGGGMGCTACACCCCCTGCAAACACT TCTGGTTTATTGTGTTTTATCTGAACAGGACAATATTTTTGCAAGTGTTT TCCTCTGAAAGACAGAGATCTTAATAGCTCATATTGTTTCTATTGTGTTG CAAATATCTAATAATTTTTCCCCCTTGGCTTCTATTCTTCGTTTATATTA ATATCTGCTCTTAAAATTACATAAATGAAACACTTTGAAAAGCTCTCCTT TAGATTTTGTTTTATATGTGCATTTTTTTTCTCTTATGACTTTATTATAT TCTGGGTGTAAACGAAAAGTTTTCACACTTTGCATATTATTCTTGTAAAC TAAATATATTGTASTTATAATATAATCTACAAAACTATTTCTAATAATGT CAGCTATATTTATATCCATTTATGTCACCATCATGACAGTAATCCTCATA CGAAAAGAGATGTAAGGATATAGTCGAAATCCATTTCAATACAGGCCTGT TCAACAGCTTCCTCTGTCGAATACAAACTCCATAACGTTCTCTATATGCC TACATCTCAACATGCACCTATAAACGAGGTCAACATTAATTGTTTTTTCY CAGGAAAATATGATTACTCTTCGAGCAGCAGACCATTTAAATCAAATACT AGTCCTTTGCAACGTTGAAAATGGGTCTGTTTGATGCTGTTTGTGAGAAT AAGCATATTTAACATTATGAAGGACCAAGCCTTGCCACTACTTTGTAGTG GAGGACACTCTAAATTTTTTAGTATGATTGCAGATTTTAAGTAACGAATA GTTCTTGCACCACCTTGCTGTACTTCATTTTAATCTGAATGAAATCAAAT GAACTCATATATGGTAGACATCAAAGGGAGAAACATTATTTGTAAACTTG GTCTCCAATCACAAGTTCCAAATGGGGCTGGAAAGGCTGGGCACACATGT GAACATGCTGCTCATTTTCTTCAAGGAACTTGAGATGGGGAATGTTGCTG TGTTGGACTTGCCAGGCTTTGAAGTCCACTTGCCACCAGATGCTGTAGTC CAGTAGGTTGAGGTTCGGGATCTAGTGCGGCCAGATGATGATTGAGAAGA CTCTTACAACGTTCCATACGGAATTGTCCATGCTTTTGAGTCAAGAATGC CATCTCCTCAAACCTCTTTGACTTTCCTCTAGCAGCTTTGACGAACTTTG GGACGGTAGACCTGTGAAGGGACTTCTATCAAAAGAGTTTGGGAGTTATC TTGATTAGCTTATCGCTTTGAGGACAAAACTTGAGATCGGGCACTTCTTC CAGGTGCTTGCGAACGCGGTTGACCCCGAGCTGCTTGACGATGTCCATCA AAGTTGAAATCTCTAATCCTTTTTGTTTCCATCTATGTGAAAAAGTGAGA TATTTTGATTGCCATGTCTCAATTGAAAGATAACAACAGCAGCTTTTTAT TAATGCATCCAACTGTATGATTGAAACACTCTCTAAACCTCTCGAAAGTA CAATTTAAGATGTGGTGCAAGACTTATTCACTACACGGTTGACTTGGATT GTGTTCATATGAATTATTTTCTTTTGGTCATCAGCTTTGATAATGGTTTT TCCGTCACTGTCATCCTTTATTTGAATGTTCACATCCTCTTCCAACTTCT TTATTAAATTAAAAACATTCTTTTAAGCTTTGAATTCTCAATTAAAGTAT GACCCGCTCGAATCAAAGTTGAGGCGTTGAGTTTTGTGTTCCAATCTTAT TCCATTCTAAGCCGTATTACAAACTAGCGGTAGTACCCAGCATTGGCCAG AGMAGTTAATGTTTTTATTAATAATTTAGAAGATAACTCTCCAAGAAATC ATCTGTGTTACTTTCTATTTTTCATGAGCACACACACCCTCGTAACTACT CAATACTTTTATCAATTCATATGCATTCTCTCCCTAAGAATGGAAAATAA TAATAAGATCTTGAGGAAAAACGTTTAATATGTTGGGATGACTGATGAGT ACTTTAGTCTTAAGAGCACTTTCTAACTAAAACAAACAAAATTCATTTTA ACATAGGAGCATTTATATTTAATTCAAATCTTAACATATTCTCAAAATGC ACATGAGTTATGATACACATAAGGGACCAATTAGAGGNAACAAACAGAAA CAGTGCCGCATATTCGATGCGGCCCGCACACCCCTGCAATATTTCATTAA TACAACTACATTGTTTGTCCAAATATATTTATGAAGTACATCAGGGAGCA CTATATACAGTGCACCCTGTGACTCGTTTTCATATATTCATACAAACAAG CTAATATTACTTCATTAATATAGATAAACATGTTTGATGACAGCTAATAT TTCATAAGTAATATGTAGGACCAGTATGTTTAAAATAAGTTACTTTCATT TTCAGAAATTTGAATGAGTTAGGGGTTTAAATTTTTAGTTTCACTCCGTA TACATAATATACACTGTATCACAAATTAAGTCAATGTTCATAATTTATTT AAAGCACTTGATTTTTTTATTTTCCTTCATTTGTGTATCTTGGACTCGTA ATACTTTCATTTTGGCGTAGAAATAAATGTCCATACTTTTAGCATGCGTT TATTGCAAACGCTTTTGTTGAATCTTTTCTTTTTTTTAAACAATATTTCT TTTAATAAGTGTTGTAATAACCAGTCGTTGTATATAGCTTTTTCATGTGA CGTTAGTATTGTTGATGTTGACCATTTTGAGAGTCTAACAACTAAGTTTT ATTAAAATAAAACCCTTTTTTCATTTATATTAAGGAAAATAGTCAACTAT TGGATGTAAAAATGGGACACACAAATAAAAAGACATATACCCTATCAATA GTATATCCCTTCATTGCCTGCCTAGTTTTATCATATAACAAATTTATTAA CAATATGCTATTACATCGTTATACAATTTTATTTCTATATTGTAAATAAA AATTAACTATTACAAGGGAAAGAATAGGATATTTTTCGTCCCTAATTGAT GAAAGTAATAATACTTGTACAAGTTTTGACACTTCATAAGGATTTTTAGT TCGTAATACTATGATTTTATTCAAATATCAGTGTTTATCATTGACATCAA GTAGTATACAATGGAGGTGTAAAGTCTATTTTTATTTTTAAAGCCATTTG ATGGTGTTACATAAAGATTCAATTCGAAATTAACAGTTAAAAAAAAAATA AAATAGGTCTCTAGTCTTTACCTACTAGTCGAGAAAATAATACTTAAATG TGATCGTCGAATTTCCATTCGTGCACTCCAAGCAGTTGGGCGTCTCCAGA ACCAACGTCTACGCCGTCAGCAAGTCCGAAAAGTATGAGATGAAGAAGGG CTCTGTCAAAAAGGACAAACTGGATCCGGAGGAATAAAAGAAAACAGTAC AGGCCAATCCTTTTAAGTCTATCTCGGAATTTCACACCAGACTTCCCAGA GAGCTATCAAAAAAGTAGGTAAAAAGGCCACTTTTAACACTAGCAATGAA AGAAACCCATTTTCTCCTTTCCAAGACTCTTTGAATGAGGCTATTTAGTC TTTTGAACCCTCTTTTTACCCCCTACAGCCCTGATCCCAACTGTCTCGAC TACACCTTTTGTGTGCATATCGAAGGGAAGGCTTGAAGTGTCTTTTATCC AAACACTGAGACCCTCTAAGCCACTGTTTGTCAACACTGTGATACCATGA CAGATGACTACATCCTCAGTGTGTGCCAGGCCTTCTGCCATGGCCTGGAA GCCATAAGGGGGCTACATTAATGATTAAAAGAGCTCAGTCACACATCTAT ATATAGTATTAATTTTGTTGAAATTCTATTGTTCATTGATAAAATTATAT CTTGTTGAAGCTTTAAATTCAGTCGTCAGATTTTTTTGGACCTCTCTTTA TAATAGAATATTTCGAGTTTTTCCAGTAATATTTTGTCATAGCTTCAGTA ATAAAAAAAATTAAAAAAATGCCGACTCCATTAAAGTTGTTTTTGTTTGG AGTTCGATTAATAATTTAATCCAACCCTATTATTTATTAGGTAGATTTCT TCTAAAGAAAAAGAAAAAATAGTTTGTTTTTAAGGTTTATAAAACTTTTA ATGGGATTTTAAAGATAAATTCATTTGACCTTAATCTGTAAATATTTATA TCTAGGTTATTTGTTCTTCTTTCGTGTACATAGGTCGATATTTTTAATCT TACAATTAATTATCTCTTTTATATTTGAATAAGTGTTAAGTGTGTTCCAC CGCTCATATTGATTACAGATTTGATTAATTAGACAGTTGGAAGGATGATA GTAATAGGTAGAGTTGTTATTTTGTAAATAAAAAAAGAGCGCGAGGAGAA GGGGGGAAGGAGAGTTTTTTTTGGGGGGGGGGGGAGAAATGAATTTTTCC TACATTTAAAATTGCATTAGTGCTGGGAAAATATCATAATTATATTTAAA TTCTTATATATTTATTTTTATTATGCATTTTAAAAACAATTTACAATAAA GATAGGCAATAATGCTTACTTAAGAGAGTGGAGTTAACGCCACAAGGACC TATTAAATAATCAATAAAGAAGAAGAAAAAGCGTAGCCGTTTTTCCTTTT CTCATTTTAAAAGTAGTTTTTTATTATGTAGAAATATGTTAACTCGAGTA ATAGTTTATGACGCCATAGTATTATCAAAACTAGTTGTTAGTAAAATTTC AAAATTATTTTCAAAGCTCGTCATTTATACATCGGTCATTATCAAGATTA AATCAATTTTATTACATTAAAAGTTTTAAATGTTTTGTACAAATTTAGAT AAACAAACATATCACTATTTCTTTTCTTTTTTTTGATATGAGCTCCTTGT TAAAAAAGAGTCCTTCTACAACACACTAATAAGCACAAATACTTTTTTTA CTCTGATAAAAGATAACAAGAAGTTAATCTTTTATACGAGTAGAATTATA GTAAGTCCAGTCTTTACTTAAGATATTTTTTCTTTCGGTTCTTTTACCTG GGATAATAGAAAAATATAATATACCTATATTCAAATCTTCAACTCATTTA AATATTAGGCTTTAAACCCATTGTATTTCTAGATTTATCGTTTTTTAATT CACAGAATTCAATTATAATATATTTTACATATAGTTGTATGTGGAAATGT GGATATTATAATGTATATTATATCATCGCTGACTCAAACGAATATGAAAG ACATATATAAGTGCCGCTCAGATAACGAATTTTTATATATTTGAAATTCA AGTATTGTTTGGATATTATTTCTTATTTTCACATAAATTTTCTTCAATAA ATGGATATTTGATTAGCTTTATATTCAAATATCTGCTACAATGTAATTTT TTTAATTAAAGATAGGATGGATCCACATTTTCTTGAATCTGGGTCGGCTC GGATCTTGAGGGKTAAATATTTTAGTAAATTTTATTAGTATTTTACCTAA ATTTCGGCATTTATTAAAATAAGATCAGGATTAAGGTTACATATTTACTG ATTACTGAGGCTGAAACTGGGAATTATCCAATGGTATTACGTTTTCAACA TAATTATTAGTTAATTTTACAATTATTGTTATGGTAACATTAGACACGTT GTGAACTTTATTGTATCTCGCAACCTATCCTCTAAAAAGAAACTGAGAAA AAGGCTCAAAATCAGTTGGTAGTTAAACAATTCTTCCAACTATGGAATTA TTATTCAATAATAGTTGATAATTGTTCGCAGCTTATTAAGTACTATTTCG TACAAAAAACCAATCAATGTTAAGAATACATACTTAATATATACTTTTTT TTTTTAAACCAACTTTTTTTATTAAAAAAGTTGCGCTTACGCGGAACACC AATAATTTCTTTTCCTTTTTCATGAAGAATAATTATTCTTTTAGGAGATG ATATAGTTATTAATAATAATTTTTATTTTTGTTTCAGGTAAGAATACAAT TTTTTTCAAAAAGTCCTGAAGTTTACGAACTTCAAACATTTCTATGAATA AAACAAGATTTGCATGTTTGTTTATCTGTGGATGATGTATTTTTGAGTGT GTGTTTCATATAGTGATGGGACGATTAATTGGAAACGCGAATTGGAGAAT TGTATTTATTTTCGGGAATCGGTATCCGGAAAATATAGTTTAATTTACTA TTCCAATTCTTATTATTTATTTCCGGTATTGAGCCATTTATTACTTTTGT AAGTCAAGAACCAAAAATAGCAAAAATAACATTATATGAAGTTAAATGTA TTGTATATTTTATATTTTTACAACTCATAAATTAGGATTAGATTAAGGCA GGGAAAAATAGGCTCACGATTTGAAATCGATTAAATTTCAGTAAACAGTT TGAGATCAGTCTATAAAAAGATATTTAAGACTCAACCGGAAAAAAAAATC GATCTTGGACCAAGTCTCAACACTAAGACTATATAATTAAAGCAAATTGT GTCTGTTCATCGACGTCTAAAAACTCCAAACTATACCAGATACTCTCACT AGCTGATCAATATGGCTTCAAATTTTATTTTTTTATTTGATATCAAAAGA ATCAATTTTTGGACTATGTTCCCTCAACATTCAAATCAAAAAAACTAATT TTAGGATCACTATATAATATTCATAATAACAGATGGACTGAAAAGTTACG CACTTAACAAAGAAAGCAAATGATTTTTCGTTCAAAATTGTCTTTTTTTA ATCATTATTAATTATTTGCTTTATGGAGCGGAATCCCCATAAGACTTTTC AAGCCATTGCTTATATTGAACAGTGTTTTTTTGTTGTTGTTTTTTTCATC AAGAAGCAGTTGTAAAATTAAAAGACGAAATTGTTTTTCATCCATTGTTT TGGAGATATCAAAAATTGTTTCACACTTAGAATAATAACTAACAAACTAA AGAACGGATTGTTATGAACATTTGAAGGCTGTCATTGGGAGGGTGGTACT AACTAAAAAGGAATTGAATTTAAAAAATATAGYGCCATCTATGTGTGAAG ACCTGGTACCTTTCAGCTCCTGTGTTATATATTTAACAAAAYACTAAACT CATAACTCCTACAAGTATTTTTGTTTTGTTGTTAATGCCTCAGGCTATAG ATCATAGAGAATACTAATATAACAAACATTAAATAGAAACAAATGCATGT TTCATACCAAATGCTTAATTAAGGTACATGATAATTATTAACAGTATTTT GTGCAACATACATTCATTCCCACCGTAGAACGTTTGTGAAATTCATTTGT ATTATTATTCATTCTATGAGATATTTCGAGTATAACAAAAAAAAAAGTTG TTAAATTTGTTGCTAAAGTAATTGCTTATAAAAACAGTAAAAGTGAACAT TTAATATACCGGAGAGAAATTTATTTCTCTTATAATTTGTGAAAAAACGT TTAAGTTCGTTAGGACCCGTCAACACAAAAATAAGCATGAAAGATTCTTT CCAATTTGAGTATCGAATGATATACTCATGTATATATTCATGTGCGAATA ATTATGGTCAATTTCCATCAACGAATAATTATGATAAACCAATGCACTTT CAGTAGCAAAAAGTCATTATCACAATAAAATCATTATAAACTGATATATT TATAGGCCATATCGTGGCCAAATTAAGCCTCATTCATAAAAAAAAAGGCT CTAAACCAGGGGTGTTAAACGTACGACCAGGGGAATGGATCCACACAGCC TGTAGATTTGTACGTTCCCGGAGATAAATCTGCAATATTAAATTAAATGA ATTAAATTCACTGTAACTTTCTTTAAAATCTGTGATAGCTATATTGTCGC CTAGGAAAACAGGGGTTGAGTACTCTTAAACAACACGAAATAACACTTTG GTGTAACAAACAAAAGTAGGTTGTAGCATTTGTTGGCAGTAATTGTATTA TTAATTTTTCCTTTAACCTCGCACACTTATCTACGATATGTCCATGTCAA AATGGACAAAAGTGAATACAGAGTGTTGTATTTTTTAAAAAAAATGGCTG TTTTTGATATGTTCACAGAGGTGAATGGAAAGCCCATTTGCTTGGTATAC AATCAGCAAGTTTCGGTGTTTAAAGAATGCAATATTCGGCAAGAAAAGGA AACTCAATAAAGTAAAAAATATAAAGGTTGCAGGGAGAACTGAAAAAACA AAACGTAAAGGAAACAGTAATCTTTTTTCATCCGGAGTACTTTTTACCGG ATTTTTTTCTTGTCATTTGGGAAAATTATGCAGCAGAGCAACAAATTTAA CTTTCTGTGAATTTTTTAATTTTTTGTTGACAACTATTGNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAA ATGTAATTTTTGAATTATTTTTTAAAAAATTAGCTATGGATTTTTGAATT ATTTTTTCAAAAAAATTCTAATTTTGTATTTGAAAATAAAAAATCCAAAA AAACCAAGACCACTTCCTAAAAAAAAATAAAAAAAATAGATTATTTCTTT GTATTGAATAAGAAATATGAAGAAAATTACTGCATAAAGTGAGGGGAGAA ACAAAATAGTTCATAGAGTAATTACAGGAATTTGAAAACTGTCCAATTTT GATCCACTGTCTAAAACCGAAATCTTGAGCAAACTATTGTTTCAAATCGG ACCGAGTCTCAACCCTAATGTACAGATTACATTGTTTACTGTATAATATT CAATAGGATCCTTATTTAAATGTATACCTAATATTATGTACTCTTATTTC TTAATTAAAGAGTAGTCACGAATTCCAACTTTCCTTGAAAGACGACGTCA GACGCGATACTCTTTTATATAAGCTAACAAAGGCACACACAAAATGATGG AACAACGTTTAAAATTAATTAGTTAGGCACTATCAAATAACTACATCATT CATTATTTATCAATTTAACCTGTTTCGATCTCTTTTTAAATATCTAGGTA GGGAAGACAGGGATACTTTTTGTTTGTGGCTCAATTACTACTAACTACGA GTTCGACTTAGAATCCCCTAATTTTTACACAACATACTTACATATATTTA CTATTGTCTAAGTGTATTTAAAAAGTTATCCAATTTTTTAGTTTTTACCC AAATTGTACTTAAATTTGACTCGTCAAATGTTGCACCTGACCTTATAGCC AGGGACGGCTGTAATAGTTTGTTTTTTTATAGTCCGTTTGAGCGAGAAAT TTAAAAATAAAAATAGTATAAATAATATTGTTGATGATTAAAATAATAGA CTTTTCATTTTTTTGAATTTTTAACTACTAACAATTAGTGTTGGATCCGT CCGAGGACTAATTGTRTAGCCAGTCTTTTTTTTATTGGTACGGTTATTTT TACCATTCAACAGTCCAATGGCCCTAGCTATCTTTATAGCTATTCTTCAC TCATAGCTAGGATTGAATAATATCAAAAACGAAGAAAATGATGAATGTAT AATAGCACCTCTACTTTATACTTCGTATCTTGTCTCTTTAAAGAGATTAT GTTGAACAGCTATATGGACATAATTAGTTATTACGTCATTTCAGCACTTG TCTGTATATATATATATATAAAATACAGTTTGTGTGTGTCTGTATCCCTT AGGGATGCCCACACGGTTGAACCTAGGAGGGGGAAATTTTTAACCTAGTC ATGATAACACGGGTGTCCCTACTTTTTCAGGGMGGTTATTCTATACCAAA AAACCCTCAACAACACAGTTTTGGAAGCTCAATTAGGGGGGTTGAGTTTG CAATCAAAATTTGATTGGSGTCTAAAAAAAAAAAAACTATACGAAWAACW ACGTTTTCCAAAYTTWTTCAAAAWKAWAAAANTTATGGGNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGA TTTTCAATGAAATATTGAATCCGTCGAWAAAATAAAGTTTGTAGAAATTT ATCTGGAGATTCGTTTGCATATAAATTGGACTCATAAAAAGGATGTTTAA CTGAAATATTTGTGAATACTTTTTTTTTTTTCGCCAAGCGTCAATTATCC ATTTTTAAAAAGAAATACCCCAAAATGATAAATTTTGGGGTATTTTTGAG TCTGATATTTCTGTATTTTCAATTTCTGGTACATTTCATTACATAATTTG TGCAATATTTGCAAAAATGAACGAGTAATAGAAAGTTATTTTTTCCACCA TTACTCAACCGTAATCCCTAAGATTATGGCAAAAGTTAGAGATCGATTTT GATCTAACTTAGTACGAAGATTATAATATCGGGTGTGTCCACGTTGATTT TYTGTTTTTTCAACTTACAACTGTCCCTTCTACTCACATTTCAATCGACG AGAGCATTTATACTCTTTACAAATCTTTTAGCTAATACTTCCCTCTTAGG AGCATTTAATATTTTCTTACAAAAATAAACTATGTAGAGTACTCATAAAA TGCGAAAAACACTTTTTATTTATTTTCTTCCTTAAAGAAATGTCCTTGAT TCTAGCCTTCCATTCTGTCTTATTTTTTTACTTAAAAGCTCCTATACAAT ACAGTGTGCTTCAGCGAATCGTAGAAAAAAGCTTAGCCAATTCTAATTAA AGATAGGGCGAATCCACGTTTTCTGGGTTTGGGGAGGGTTTAGTTCTTTA GACGTAAATATGTGGGTAAATTTTGGGTATCCGAACTTTCGGATCCAGAT CTGAAACTAAAATTAGACGGATACTTGACTTGAATGTAATTAGTTTTTAT TTAAGTTCGGACATAAATATAATAGAATCCGTATTAAGGTTACATTTTTA CTGATTACTGMTGCCAAAACAATGAATGATCAAATGGTATTACAACTTGA TTATTCGTTATTATTAGAATTAGTGTAATATTAACATTGGACACACTGTT ACCTTTATTGTACCTCGCAACCTATCCTCCAAAGAGAAACAGAGAAAAAG GCTCAAAATCAGTTGGCAGTAAAATAATTTTTTAAACTATGGAACTATTA TGCAATAATAGTTGATAATTGTTCACAGCTTAATAAAAACTAATTCGTAT CCAGCCAATCAATGTTAGCAACACTGATTAGAGAAAAAGAAGAAAAAACT TCGATAGTTGAAAACCGAATATAGTTGCGATTTTTTTGTTAGAGCATGAG GTAACACGATGCAACTGTTAATGTAGATGTTGGTCTAATCCCTATTCCTG ATAAATATAATGTATATTCGATATAGATATTATCTTTTTTTACAACTAGG GTTAAGTACAAATCAAGCTTTTTTCGATCCGAAATATCCCTCGGATCTTT TGTATGATCCATAAAAGTTAGGGTACCTATAGCTAGTTAGGGTCTCAGAT CTTTTCAGATAATGCGAGCTTACTTATGCTTTATCCGGGTGCAAGATATG TCCCATATCCAGTTTCAATGCCCTGTGGAGGCTGCGGTTGTGTTGGTAGA AAAGATATTTATTATTGCAATTAATTATTTGCATATTCAAATTTGATTTC TCAAAATGGCCACCTTCTTTCTCAACCATGGCCTCAATTCTCCAAATGAA GGTACAGTAGAACCTCACATCATAGTTTCCTGGCATGGTAACCATTTGTT TCTCAAAAACAGCTATATGGGCATTGTTAGACGAGTGGGTTNACAGGCTT TAATTTCCACATATCCCCATATTTCATAATCTACAGGAGGAAAATCAGGG CATGATGGGGGCCAAAAATTGGATGGTCAATTAATAACCAGTTTTTCCCT ATCTAGTTTGCTGATTTTTACCGATTCAGTAAGTAGCTAACGTTTCCTTT TGACATATGAGTTAATACCAAAGTCCCTCAATTTGTTCTGTCCTCCACTA CCCATCCTTCTCTTCAGGCTTTACTCATCGTTGATATTCTTCTTCACCTC ATAAACAATTGTCTTTCTGCTAGGGACAATCTCACAAATGGGGAGCAAGT TCGCAAATTGTTGTCTTTTTACTTACATTTAGAACACTTGTTGTTCTCTG ACTGGATCAAAACAAAAAACCTCTTTAAAACCTCTCCGCTACAATACCTC GAAAATTTACTTATTTTTTTATCAAAAAACTTTAAAAATCTTTCTACAAT TTGCTGACGCACGGTGTATATGTACATATAAATATTATCTTTTAATTGTA AGCTAATACAATAATAATAATCAAAGGAACCTGAGGTGTACACAATATAT GGTTCCCATCTGTCTCAGTATTCATTATAACTTTGAGGAAATATGAATTT TAACCACAAAAATGATTGTAATTATTTATTTTTTCCTTTGCGGATAATCA TTTGGCAATTAACTTGTGTGAACTGGAGGTTGCCTCCTTTTTGTGTGCAA TTGTTTTATTAAAAAACATCCTCCATATATATGTAAATAAGTTTAGTACA AGCTACAACTTTCTTTAGACCCTCCCCAAATTAAAGAATTTTTGCTTTTT ACTAGAAGATTTAATTTTAGATTTTTTTTCTTTTTAAATTAAATTTTTGA ATTTTTTTTTTCTTTTTAAATCAAATTTTTGAATTTTTTTTTTCTTTTTA AATTAAATTTTTGAATTTTTTAAATATCTAATTTTCTTGAAATAGCCGTG GATTTTATATATATGTTTTTTTCCTAAAAGTTCAATATCTGAAATTTCAT TTTTGATTTTTTTTGTGAATAACTCTGGATTTTGAATTTTTTTCTTCAAA AAAATAAATATTTGAATTTTTTTTGGGTAACTCGGGAATTCACAAAAATT AAGCCCTCCTCAAATTATAATCCTGGGGACACTCGTGCATAGTGTTAAGG TTTTTCTTGAGTTCAGTCCCAACTATCAAGTTCATGTCTCGAGTTCAATC CCCACCTKTGGAATTTACAGCTCCATGTATCCAAGTTCCATTCATGTCTA TTTAATTATGTCTTTCTGCTTAGAAACACACTTGATTTAAAATCTACAGA CATCATACGTCAATTGTTCTATTTACATACTTATGTAATATTATTAATTA GCTCTCTGTATCCTAACTATGTTTACGTAGATATAAAGAACATTTTTTTA TTGGCTTAAAGAATAAATTAAAAAAAAACTTACTCCATTGAATACTACTT GATGTCAATAATACACTCCGCAAAGTGGCATGACAGTATATGGATTATTT AAATAAAAAATGGTGCATGCTCAGAAGAATTTTTACAACGTTCTCTAGTC TCAATGTGAGTAACATACCTAGCATTAAAATTTTTATTATATATTTAATC ATTCAGGGAATTGTATTTTTTTTGCCACAAGACGGCGCCACCTTGTTTAC AAACAAATATAAATAAACTACGTTCATATCCCATTAGGGGGGGAAAAAGT AGGATAATTACATCAAAATATCTGATTCCTTCCATTGTAATAGTTAATTT ATTGTCTACACTATGGAAATAAGATTGTATAACATATTTTTAATACATTG TAGGGCCTGATATATAATAAAGGATTGATTTTTCATAGATAATAAAGGTT TAAGTCCTTTTATTTGTTGGTCTAATTTAAAAATCCAAATACACAGCTGG AGTTCTTTATGTTTCTGAATATGAATGAAAAAGGGTATTATTTGTTATAC AACTTGGTTGTTTATCCTCCTAAATTGGACAAAATCAACATTACTGACGT CACATGAAAACAATTTATTGGCTTMTAGCAAAATAAGACAAATGTTCTCC TTAAAATTAATGGCACTTCCTAAAAGTAAAGTATCGTAATATCCTACTTC CCTCTCTCACAAATATAGTTTAAATATTCTTTCTATCTTTTGTTTCTATG TGATAAGTCATTTGACTGACGTCACAAATTGCATCATAATTGAAGGTCAG GCCACATTGGGAGCTATAAGTACATATTTTTACAAGAAATCTTGAAATAA CTTCATCAAATGACTTTAATATAATCGGGTGGTCTATTGAAATATGAACA AATACTACTAATTCAATGACTAATGAAGGTTGAGTGAGGGAAATTTTTAC ACCGGACTTTCCAGAGAGCTATTAAAAAGTGGGTGGAAAGAGTCTCATGA GCTTAGAGACTTTTGWCTTTTGKCKCCAGCCATGAAATAAACTCATCTTC TCCGTTGCAAGACTCTATAAAATGAGTCCTTGGAGTTCTTTTGAATTATT TTAGACATTTTTGTAGGGGGTACATGCCTGATGCCAAAACCCTTCAACTA CGCATTTTGAGTGCAGTTCCAGGGGAATGCCTGCAGAGGCCTTCAAAGTT CCTGTCAGCCTGTACTGGGACGCCATGACAGATGACTACATCCGAAGCGA GTGCCAGGCCTTCTACCGCCACCTGGAAGTCATAATTGCCGCTTAGGATC GCTACATTAATGATTAATAGAGCTCAGACACTTATTTATTTATAGTATTA ATTTTGTTGAAATTCCTTTGTTAATTAATAAATTATATCTTGTTGAATTC AAGGTGTTCATTTTTTAATGGACCACTCGGTATAAAAACGCTTATTGAAT ATAATTTGATATCAAATTTAAAGAGTGACTTTTGAATTCAATCTAGTTAA TAGGCAATGAAGATCCCTATGGAATTGCTAAATTTTCACTCGATGTTATT ATATAATAAAGCTAGACGTTATAGAGATATACTTTTGAATTCAAAGGCGG ACGTAGGGGCTTTAACCACCCCAAAATATATTTTATTGTGACCACAATAT AAAATRATTGTTAATTATAAGAAAATTTAAATGCAAGAATTTCGGATTTT TTTTTTCAACTTCTCCTTTCTAAAAAATTCAGACTCTTGAAAAAAAAAAT CCTAAAAAATTTTTTTGACAAAAAAAAAAAAATCCAAATGCACTTCTTTT CTTCTATTTTTATTATATAACAGTTCTGATGTCCTCATAATTTTCGCCTT TTTAAAAATTAAATCTTTGTCCATTTCTAACAAGTAAAAAAAAAAATGTT TTAAATTTAGTAAATCGAGATTTTTGAGTCTTTGGTTTGAAATGGACAAT TTTCTATATATTCAAAGTAACTGACTGACTATTCTTGCTGATGTTTATAT TTATATATAAAAAATGAACCATTTTTTTAATATAACACGATCTTTCAAAT TAGATTTGGGATTTTTCAAAAAAGGCGTGGTTTTTTTCGATGAGGCAATG CGTTTGCAACACTGAAAGGTTAATAGTTAAAATTTGCATTTTCCCTGTTC AATGATCCATTGATTATATATTTGCAATGTCATCAACTAACTTTTTGAGA TAAAAATGTCTGAAATTAAGGATTCGAAAATCAATTTATCAAGTACCGGG TTGGTCAGTAAAACGTGGACTTTGGAGCCTTCTGGACTTCATAACCTCGG TCGGTCGGACCACTTCAGAATGTGCATAATCATCGCCACCTAAAATTAAG CGTTCCTGAGATCTGAGTTGTGCTACCTTTTGTCTCCTTGCTCACTCATA ATGACAAGATAACGAGATGTTGATTTTAGTTTGTTTATGCACAAAGCATG GCTGAACCAGAAGGTCAAAAAATGATCACTAAACCATTTTAAATTGTTGA GAACAATATCGAATATATCCTGAGTGAGCAAAAAGCCAAAAGGTAGCACA TTTCAAATCTCCTAGATGCCAAAGTTGAGATGGTGAGGATAATGTACATT GTGAWGTGGCCAAAGAGCCAAGTTTTCAAGGTGGCCAAGATGAAGATTGA TGAAGAAGACCTCTTCAGGAAAGCAGGACGTGGAGAGCACAATTTAAAGA GAGATTCTGGCTGCTGTGACCATCAAGAGGGTCATGAAGGGGACTTGGTA TTTTCCTCATGCACGAGGAGCCTACGCCACCTTCTAACGGAGATAATGAA GGGCAGGAGGCTCAAGAGTCTGCATTTTGCTGATTAACTCTGTACATTGC AAAAGAAATTCATGCTCCGGAGTAATTTGAATTTTTCGACAGAAATCCAG ACTTCCTATTAGTGTTTAAAAATTGAGATCCTGTCATGTTTTGATGAAAT AAAGTGCAACCTAGTGGTTATTTTTCTACATCAAACAGTCCCTATTAGCA ACAACACAACTGCATTGTAAACATATAAGTATATTACTTATTAGATAAGT ATACAAAAATATGACGTATTTTTGTAGATAAAACGCTTCGTTTTTTTTTT CTTTCATATCGTTCATTATGTACATAGGCATAGGTGTATAGAACTAACAA CAACTATATGAGGTACATCATTACAAATAGTGAAACTCTAGATTACTACC TATTTACCTATGTAAACTTAACAATGTTATCGTTGAATTTCATCAAAAAT GAAACTCAGTTAAAAAAGTAAAAAAACAAAACTTGTTTGAATAATCCCAT CCTCCTCACTTTGAAATGTAGCTTGCGTGAGCTAATCGTATTACACCAGT CAGAGCTCCATAAAACCATTTTTATTTGCAATCGATGTTGGATTATTCTA ATCATAAATGATTATATTATTATGTGCTTATTTTATCCTTCAAAATCAGG GCGAGTATAATAATATATGTGCCTCTAGATTTAAAATATCCAAGTTTAAG TGTCTAACTTAATTACCCCCGTTCACTCAGATGTCAAGTACTAAAAGGTG GTCAACTTCTGGGGTTCTACCGTATGTAAAGTCTGTAAATACAAATCGTA CCGTTTTTGATAAAATAAATTGCTCCAAAATTTATTAGCTTTCATACGCT TTTTGCATACTCATTGGTTGGGATGCGTCAAAAACAACGATAATGGATGC AAAAAGACAATCTACTACGGATCTCAACTACTACATAGGGGAGTACAGTT CTCAACAAGACTCAGAACCTGGTCATTACAACTCAAGGTTGGTGCAAGAA AAACCTCCCCGGTTTCTGGCCTCCGAAATTATGGCTTRCTTATCACTAAA CTCCTCGCGACTGGACTATGAATTATGGGGCTTCGTAAAGAGTCTTTAAT GTCCTCTGACATAATTTTGATTCGCTGAAGGGAAGTAAGGTTTTCAGGCC CAGACTGGGAGCCATGTTGGCCGCTGAAGGAGGACATTTTGAGAAATAAT TGTTGATATTATTAGGTATAATTATCATAAAATTACTCATGATACGATAT ACATGGCGTTATTGATGAAGTGGATTTAAATCTTACTATCAAAAACGCCA TGATTTGCTTGCACTCAATATACATACGGTACAGCCCCGGAATTGGACCW CCTTTCAGTACTTAACATCACGGTGAACGCGGGTTTAATAACTTGGACAC TTAATCTTCGAATTTACACGCCCAGACATTATTTCACTTGCCCGGATTTT ACAAAAATAATATACTCTCGTATTATTGGAACAAGACTACAGGGTATGCA GGTACTGGGCAAAAAACTTGCGCATTGGTAATAAAAAATAAGATATCTTG CTTCTTATTAAAAATTTGTCTAAATATATATTATTGCACATCAAATTTAA ATCTATATTAATACGGCAAAAGTTATGTGTCATTCCATTTCCTTGTTTGC TTGCTTGATTGTCAGAAAATAACTCCATTTAACAATCAGTTTATATTATT AAAGAAAAGAAGAGTGAAGTACAATTAAAAAATACTGAATATGAAATGTA ATGAGGTTCAGCAAAATAAGTTTGTGGAAAAATCACATCAAGTGAGCGAT CTAGAGACTAATGTACTCCCTGGCTCATCAGGATTACATATATGTTATAA GTATTAGTACCTTGAATATTATTGATGTACAATTTGTTCTTCAGTCTATC CCTAATTACTTCTGGTAATGTTAGGTACTATAGCTGGTAAATTAATAAAG TTAAGCACGTTTCAATGCTTATCTGGAAAACATTCACAATTCAAAAACTA CATGGCTACTTAGGGGAGGGAGTGTGTGTTGTTAACTAAAAACTACATAA ACTTGAATAACTTGCATAGATGGTGTAAATGACGTCATAGGGAATATGGG GCAAACATTTTAATAGAATGTTTTTTGTTTAAATATTCTATTAAATGAAA TATGGAAAACCTTCCTAAAAAGATAATTTAAAAAAGGTTTACCCTGATCT AATAAGTGTTAATTTTGAAAAAAGAGTATAAAATTTTTTCCTGAGAAAAG GTCATATAATGAAATATGGGAAAAATTWTTATTTCTAGGGGGGGGGGGGG GGGGAGGATAACACAAAAAAAAACTATGTTATTTTTAGGYGMGGGTTAAG AAAATAATCACGTACGGCCACATCTGGGGAGTGGGGGGGGGGGGGATTAT GAWAAWATGAAAAAAYAACKAAGMGGWATATGAAATAKATTCTTTAAAAT GATTACATCTTCGGGTAGACGGTCTGAGTCTTGATTGAAATATTGGTCGG AATTGGTTTAGAATAGAATAACTTAAGAACGAATCTGATTCAATAATTAA TTCGTCATAGACGAAGTCTCATCATTATTTCCTATTAATCCTGGTTTTGG ATTGTCTCTTCCAAAAGTTTAATATTATTACTCTCGTCAAATTTTTATTT ATGAATAAACAGATGGTGTTGTAATAATCGTGACTCATATTCGTGTGTTT TACTTCATTTTAATGCTATTGTAATAGTCTCTTCTCTTTTTTATATATCC AAAAATATAATTACATAATGAGGATATTTTTGGCTGGGGATATTTTATAT GTAAATATGTTTGTAGTTTGTTCATGGTCCTTTTTTTGTGTTAATATTTT TTTCTTACGGCATACACAATTTTGGGCTCTCGAAACAATTAAAAAACTGA CTTTTGTAAAGTTTGTGCCTCTGAGGCCTAGATTTGTGACTATGGGTTTG TGTGTAGGGAGGGAGCGGATGCTACACCCCTGACTAATATTTTGTTCTCA AATCTGTAGAGAAGACAACATTTTTTCTCAATTATTATTTCGTTACAATT TTGAAATTAAAAATATTTATTGTTGACTAATATTTTTTATTAAAAAAAAA GGTTACTCGTCAAATTTTGCTTTCCTGAAGAAACAAAAGATTCTGTGAAA ATTCTCAAAAGTTGTTAAAAAGCACCACATCATCATATTTGGGACGGTTC AAGTGACCTTGTGTTGTCTCGGTCCTTGTTTATAGGTCTTTTCCAGTGTT GTTTTTAAGACCGTCTGTCTTTAAGACTATAAGTACTGGAGCTGATTTAA AAAAGAAGAAATAAATTGAAATGACGTCATCAAGGACCGATTTTTATAAG TTTTTCCAGTTTTTCCAATCTGGACTATCAATTTTTATTATCCAAATCTC TTATCATTATTTTTTAATCTTGAGGCGATAACATCTAAGTATGAAATAAT CAATAATACACCTGCTGATGAAAGACGAAGAGTCTTTAATACACTCAAAT TAGAATTGAGGATTCCTATAGGAGTTATTGCTTCCTATATTTATCTTAGC TTGATATGCAATGAGATTTCAGTTTATTTCCTTGCCCTCATTACTGACGA TTTATCTAATAAAACGTCTTGGGATCTCGTTAAAATCAATTTAGACCGGA CCGAAAAATGACATGCTCTACTGCCAAACATTCTTCAAATTATCAGAGTT AGCYTGCCATTTTTCGGTGCCGGTCTAAACTGTTTTTTGCAAGCAAATTT GGAACGAGATCCCAAGACGTTTTGTTAGATAAGTTTATTATCTAGAGCAC GTACTAGAACGGGAACCTCCTTTCTATTGCCTTTAATTTTCCACTTAAGA CTATTTAATATGACTAAACTTCTTAAATTTTCGTTTTAATTACATTCCAA GACTTTTCGAACACATCGTATGATTTATGCAACACATTAAATTTTATATA TAACATTATTGTAAGCTGATTTTCGAAACTTTGAGACACACATGACGTTA TGAACAGAGACCAATTTTTTTTTTGGAGACCGGTTCAAACCAAATTTATT TAAAAGACAAAAAGTTATATCGGTCTCAGACTGGTGTAGGATTTTCGGAT CGAAAACCAACTCTAGCTTTTTATTTGGACGAATAAGTGAGACACTCCTC AGTTTTCATCCTTGAAATTTGATGCATGAAATGCAGAAATATTCATCATA ATTACATATTTATTATACCTAAAAGAATAAATTTGATGGACATTTATTTT GTCTCATCGTAATGTTAATAAGGAGAAAAATATTTTTTTTTTCTTCCTTA CCTTGGACTTGCTCTCTCAAGGTAAAAAAAAAACAAAAAAAAAACACGAT GAATTACATACACTCATATATTATAATTTATAGCTGTACGATTCATTCAT ATAACAACGATAAAGAGACACTTTGACATCAAATGTTTGTTCGTTAATAC ACATGTACTTAACAACTTAATTAACTGAATGCTTCAAAAACAAATATTGT GGCAGGYTTTCTCAATTACTGGGMAATTGTCTTGAGCCGGATCCCGAAAA ATATAATCTATATTTTGTCTCTTTGTCTATATGAAGACGAGTCACAGGGT GCACGTTATATAGTGCTCCATGGTGTATATCATCAACATATTTTGATCTA AGGAATAACAATGTAGTCGTATTAGTTAAGGTTCATAAAAATATAACGTT ATACCATAACGCCTGTAGGACTGATGCTTAACTTCTACCATGCTTTTAAT ATTTACGTTATTGTAGATGAATGGTTGCTTATTTTGTCAAAATATGTTTT TCTTCCCTTGCAGTCGATACTATTTATCAAATTGAAAATTCTAGAAAGCC CGATTACACGATGGTTTAACCTTGTATTTCTATTAACCTTGACATTAATT TAAAAAATGCAGGCGTGTGCGTATAGCATGGAGTGTGTATACAGGGTCTA CTGGATAAAGTNATCCCTGATATAAATCATATCAATATTTTTGATATGAG AAGTAATAATGTAGTCTTGTTAATGAAATATTGAAGGCGTGTGCATGTAT ACAAGGATCACTGTGTCTGCTTTTTTTGTTATTGGTCTCTTCATAATCAT TTACAGTACTCGAGTATGTTGAGGTTTAAATTAAATATAAACGCTTGAAT GTTAAAATGTATTTTTTTTTTTTTGTCTTTTATTTGTGAACCTTCCAAAG ACTAAATTACTCATCAGTCATCCCCGCTCATGAAAAAAAAAAATTATTTT CTTTTTTGAGGACAGAACACGTCATATGAATTTAAATATCTATTATTATA TTGTGTAGCTACGTATGAGTGTGCTCAAGAAAAACGGAGAGTAACACTGA TGATTTCTTGGGCATTAATCAATTAATATTGATAAAGAATAATGTTTTGT TTTTTTTGGCTTACGCATAATTACTCCGGGCAATGCATTGTACTACCTCT AGTTATTAATAGGTATAACAAATTTCCCCTCCTGGGTATTTACAATAACA TCAACTCTTGCTTCCTTGAATTTAAAAGCATGTCCCATTAAAGGAATATG GGCATCTCATTATGTGACCATGGGATACAATTGGTGTATTAAGTGAGTTG AGCCAATCTGACTGAATTGAGTGAAATATTTGTACTTTTTCAGAAAATCT TGCTATTTGTCGTTGAAAAGTCTTTTAAAAGTAACTTGTATTCAACTTAA GGGTCATTTAGCGAGTAAAAAAATAAAATATCAATGAATTTTTGAACCAA GTGAAGGCATTTTTGATCCAAGACATAGCAAAGTAGTCAACGTAGATCTT GCAGTCGTTGAGCATGTATCATCGCGAATAGTGATCCCTGATGTATATCA TATACATATTTTGATCTAAGAAATAACAATGTAGTCCTATGAATAAATAT TGCAGGTCTGTACATTTACTCGTTATAAGTAGACTAGATGATTGATATTG AAGTAAATTATGCTACATACATATGTCTTTGCTGGATACGTAGTGGGATT TATATTTATTTTCTTACTTTGATAGCTGTTTGGAACTAATTTAATTAAAC GTCATGACAGCTTGTCAGGGTTACCACGTTCATTTTTGGTTTATTTTTTA TTTCATTTTGGCATAATTTATCACTCTCCTCAAACCCTTTGACTTTCTCC CTGCAGCCTTGACCACCATTGACTCTGTATTAAAGTAATAATTTTCTTAG AAAAAATATAGTCAGATGCTGTAAAATTTGGTTAATATTGTTCAAAATCA GCTAATTTAGATATACTAAGGGGAGGAACAATAGCTTTGGTGCGACCAAA ACAAAACAGAAACCAAACGTGTTCAATACTGGCTCAAAGGGTGATGAGTG ACTTATGAGGGAACTATTAGATTTAGTTTCATTTTATTAATTAACTTAAC TGTCTTCATATGTTTTTCATTTTGGTGTACATAATATACACCTTCCGATC AAAGTCAATACACAACCCTTTTTGATTGGTATCTCGACCCGAAGTTGGGG TCGAGATGTAGCATCTACGAGACACAACTAATATTTCACTTTTGAAAATA ATATAAAATAAATGTCTTCTCACTCTTCCAAGACAAAAACATAGATCCTT TATTTTTAGTAGTACTCTTATAAATTAAGGATAAAAAAGAACAAGAAATA GATCCACACCACACGTACAACAAGCAAACTCCAGAAAATAAATAATAATT ATCAGTGAAGATTAGAGGGACCACGGAGACACCAATGCTAATGTTTTAAA TTAAGTTTTTGGTTTCGGACAATGCTTTGGATTCTGCGCTCAAACATAAA TTTCATTATGGGTTTTGATTTTTTTACTCAAAATTCGTGCTCTCCAGTAT TATTTTTCAAGATTGTTTTTAAATTTACACACCACAAATGTAATCTAAAC TAAATTTTGAGAAAAATCATTCGAGTTTACTTTTATGTTGTCGGGCTATA TAGTTGTACATCCCTTTTAAAAGAATAATTATACAATGAGATGGATTAAA TACAAGGTTGCTTGAAGCCCTATATATAGCTATATACGGTTGCATTTCTA ATATCATGTATTTACATAGAGTACTCCTTAAACATTATAAAATATTCTTC ACGTTGGCATAATAGATCTAACAAAATAAATGCAAACCCATTGCTTCAAG TCATTGTATATATAAATGGTATATGGCTTAGTTAAATAATAGATGATAAT AGTGTTGGATTTAAAATATTCCTCAAACAACCCCGAAATATATATATACT ACTTTAATTGTGGCAAAATTAAGGATAACTTATAGAGATAAGAAGGTTCT TTAATCCGGATCCTATTTTGTTTAGGTTCGAACCTTGGAATCTTTATGTC TAAAGATCCTAACCGACCCGGATCCGAGAAATTGGGGATCCGTCCTATAA AATGCCATTCCAAATGTGTTAATACAAAACATGAAATACTTATCAATTCC AGCAACTTCGTTACCGAGGGAGAGTGTCTCTTGTACTCCTGGGAAAACTA TATTAAAAAGTGTACAAGTTGTAAAAGATGCAACAAAAAAAAGATGAAAA ATTTTAAGGGAAGGATTTACAGTACTTGGGATGAGGATAATGGAATAATT GAATATTTCATCATTGATGATCGATTGATTATTGGTCTAATTTTGGCTAT TTTAATACAAAGTACAAGGATTATTTGTGTCATATTATAAAGCTCAAATG CCCATAGTTATATTACTCAAAAATACCTAATAACCATGCAATCTTAATGG ATCAAAAATAACTGATAGTATCAATGTATAGTTGGTAATTAGAATAATAA ATATTGTAAATAAATAATACTCATTAAAAGAAAGAAATTGACACTTGTAC AATTTGATTATACATGTTGTAACTTGTACAGACAGGGCGGGCAACTTTTA CACAACATATATAAACTTGGTTTGAGGGCCACGTATTTTAAGCGTTTCAG CGCACAGTAGTTTTTATTTTCAAATATATAATTACAAATAGCCAACTTGG TTCAGGAGGTAACCTGTAGTAACTGCTCGTTGTTCAGCTTCACTTACCTG ACCGCTTAAAGCAGGTTTGCGGGTATTTTCTATAATTACTCACATTATTT GATTATTATTGACCACCGCCCTATTAATATAATCAAAACTGACATAATTG TTGAAATACCCGAATCCCTTTGATTGAACTGGACTTCATTAAAAGCTCAA AAACTCCAACTTGAATCCATCACTAATTAATAGGTAATTATATTCTTATA CACATATAAGGATTTGACATAAGAAGTAATCATCATTGATTTATGAATGG ACGAGCAATAAGGATCTAATTATTATTAGTTACTAAGGAGAAAATGAATT ATGGGAATAAAGACATTTTTTGTATTTTGATTAGTGGAATTGTGGAACAG TTGTCATAGGGAATGGAAATGAATTAATGCAGAAAAAGTTGAAAACCAAC CGCCCTTATAGATACATATTTAATCAGCGTTTAATGTGTGCTCTCTTGTC TTTATGTTTGTTTAACTCCTCCTGATACCTCCTATGTTTATTGATAATAT CTTTGCAGGAGGATTCTATAACTGAGATGAAACTCTTCTCTTTATGATGA TGCTTTGTTGTAGAAAAAAGGTATATTGTAATAATTAAATGGCTTTATTT ATTTATAAATATTGTTATCATGATTAGAGCTGGATTTTAAGTTTTCTAAA TCTCTTATCCTTATTATATCATTCTTGAGTAGGGTACATATATCTAAGTA TAATTTAATAACTAGTGAGTGTGTTTATTTTCTCCCCAAAATCATACAAC AGACAGCTGATATTAATAAGAGTCTTAAATCAGTAGTACCACCACATGTA TCATTCATGCCTTCTTCTGTGCTCTTATACAAATCCTACCTATAAATATA AGTAAATATTTTAGTATTACAATCACTGCATCTGAGCTAGGAATTATCTT TGAAGTTAATATATATGAAATAATAATTTAGTCGTATTAATGAAATATTG CAGTCGTGTGCATGTATAACAAGAGCACTGTTTCAGTTTGTTATTGTTAT CTTATGTATATCACAATTCAGGTTCATTATTAGTATACGTTAAGATTTGA ATTAAATATAAACACTGGTATGTATACATGATTTTTTTATTATTAGTGAA CGTTCTTAAGACTAAAGCACTCATCAGACTTCCCAACATATTTTTTTACT CAAACTCTTATTATTAATATTATTTCATTATTGACGAGAGAACACGTCAT ATGAATTGATATAAGTATTGAGTAGTTACATGTGAGTGTGGACCTGAAAA ACAGAGAAACCCACATGGGAATTGGTAGGGGAATGATATTTTCTATATCA TTAGAGCAAAATTTGTTTTTTACCAGACGCCTAATTACTCTGGGCAGTTC TTAGTATTACAGCTAGTATTCACATTATGATAATGAATGGGAGTTTAGAT GGAGTTTAGATGGGGTTTAGCAAGGAGAAAATGAAAAAGGGCGATTTCTT GGGGAGTTATCCTCTATATTATTCAAGCAAAATTTGTATGTTCATCAAGG CCTAATAACTTAGGGCAAAAAAATATTACGTGCTTATTTTACTCGGTTAT AACAATACTTTATTTTTCCTTTTTTTATAAAAAATTATCAATAAACAAAA AAAAAAAATGACGTATTGTTTATTCATTTCTATAGTCATTTATTATTATA AATTACCCTATTATAACTTATATCTTCTTTTTTCAGGTAAGAATACAATG TTTTTCATAAAGTTGGGAAATTTATACACTTCAAGGACGATGCATGTCAC CTCTAAACATTGATCAGTATGTCTCAAGTCTTTTCTTCATTTTTATGAAG ATGAATATTTTTAGACTAATTCCCGTCTCCAAAACTTTGAAGAAAAAAAA AAAAATCCAAGGATCAATCTAATATCATAAAAATATTGGCCTGTTTGATT TTCAACTTTTTTGAAATTTCGAATACGGGTATTGCGGAAAATTTGTCATA CGCAATGAAAATTACCTATGTAAAATTTTATTTGTCTACGATGTCATGTT TAGGTAACACATCTTGTTACAAGTTACAAGAAGAAACAAAAGTTCTTAAT CTCGGCAAAAATGATTAAAATACAGCGCACTAGTCATTATTTTGGATTTA TTAATGATGAAAGACATTATTCTAACCTATGCAAAATATTAGTACCGTTT TTTTCTAAAGCTACCCTATGAAGCAAAAAGAGAGAATAATATAAGAAAAT GTAAATCCTACCTCCCTGAAAATGTAAAAAAAGGATGCGCATTATATACA GTTCTTCCAATTTTCATAACTATAAATGTCTTTTTAGTATCTATATTCAC TAAGCAAAAAGGTTTTCCCCATATTTCAAATTTTGAACTAGATGTGCGAC TTAAAGACAATGGAATTTTGTATAGGTAATTTCCATACCATATGACAACT TTTCTGCMCCAACCGTAATTCAAATTTTTTAAAAATTGAAAAACAAAGTG TCCTAATGCGTGTGGATTACATTTGTTTTCCTCAACGACGAATTTATCGT CTATTTCTATTACCGCTTTTGAAGGACCTGCAAATTGAACCCTTTAAAGG AGCTAAAGTTGATCGTTGCAANAAACATGCAAAATGCATCAATTTGATTT AAAAAGGACATATTGGTACAAAATTAAAGTTGACAAATAAAATAAAGATT CTAAATTATAGCTAAAATTCTATGATATATTAATATATCCCACGAATTTC AATACAAACCCCTACATATAATTGACTACAATATGTCTATGATATATTGG TGCTGTATGTGCAGCGTTTGTTTGTTTTATAACATTGCACTTTGAGGGCC TGTAACAATTGTGTATTCTGAGATAGGACGTTGTGTGTTGTTCATCGATC AACCAAGTATTTATTCCACAATCTTGGAAAAGGCAGAGTGTGCTTGTCGG GATCTGCATCAGATGAGACAATGATGAGATTACATACCTCATCAACGGGG ACAGTTAATTTGTCTAGAGAGTCAAGAAAGAACTGGAAGAGTCAGTAGGC GATACAAAGACTCTGCTCAATGTCCCACTGCAAAGAAAACGTTTATTTCC TTATAAAAATTTTATTTTCACTTTGTTGGACCCTGTGTTTGGCCTCCAAG CTCTCCGGACCTCAACCCCATGGACTTGTTTGTCGTGGGTGCAGTTGAGC AAAACAACAACAAGTCATCCAGCAACAGCGAAATCTGAGCTGATGTACAA GATCCGAGGGGAATTCCAGAGTCTTCCATAGGGCACTGTCGTTATGACCT GCTCCCTTTTCTGAGGTAAAGTCGAGGCCTTTAATGACGCCAAAAGACGA GTATATTGAATAATACTTTTTAAAAAAAGATTCCACCTTCATTTGGAATT GATTTTTATTAAAATCGGAGTATTAGTTGAGGAGAAAATCCATGTAAATA ACAAAAATCGTGTTTTTTGTTAAATAGAGGTCGCACTCTGTATATATGAA GTAAAAAAATCAAAGAGGATTATCTACTTTTCTTGATTTTAGTTCAACAT TGTTTTTATGTTGAGGCATCACTGCCTATGTAATATATTTCACTATGAAG AAATACTCACACACACAACAAACACTCTCGTTCAAATGCTCTTCCGCTTC CTTATTTTGACGGTCAAATCTTTTACGAATATGTGAACATTTATTATGTA CTTATGTAGTACACAGGTACCCCCCCCCCCCTCCCTTCGTTACTCAATGA CCTTTAAAAACGTACTTCGTCTTATTATTGTTAATATTCAATTCTTTTAA GGATGGGTACATTATTATTATTATTTTTTGTCAATGGGTTCCTGTATTGA ATTGACCCTCAAATTGAAAGTGAAGTTCAAAGGTTTCATGTACACATTAA CACGGTGATTTTTTGAAGATATTTGAAAGACAACTTTTAATTTAGATAAC ACACATATGAATACACATATCAATTATGGAATCCATGTATGATAATATGT TCTTTCATAAAGATAAAAAATCAACAATATCAACAATCTTATTTTTATTT TTTTATTTACTAATCTTAGAACTGTTATTTTTTTCTATTTTTGCCCATCC ATGATAACATAATCCTTATTTATGAAACTATTCATTTAGTTCATCAATGT GAACAAGAAGGAAACATATTTCCTCCCGAAAGTGGACGTCCTTTAACCAA CAAAAAGGCTGTGAGCACATGATCAATTTGGCAGATCTGAATACTTTTGA AACATATGTTGTATTATCTTTCATTTCTCACTATAAAATCTTCGATCCTC GGCACTAAATTTTTACATATTAAAATATAGGGAGTATTCCTAATGCATTT TAGTTAATTTGATCAAAATTTGTGAATAATTCAACCCAAAGTTTAGAAAA GGATATTTTTTTATTTTTYAAAAAAAAAAAACAATAATAAATGTGGGTTT CGGCCTGCATGTAAAAATACTGTTGNATGGTGTAATCTATGAGCCAAAAA ATAATTAAGTATAGTGTTTTGGCTGTCCTTATAGTTCTATAACTCATTGG GACCTGTCTTTAAGACTGTTGGTCCTTCCGACTGTCGGTACTAGAAATGA ACAAAAAAAAAAGAAATACAGTTGAGTTTTAGGATTGGACCAAGAATTAA CTAGACGAAACTGCAGTCTTCCATCCTAAATAAGGACCTACACAACACTA ATTGCAACTATTTAAGGAGTTGAATTTATATTACCCACAGTGGTTCTTTT GAAGGAGCAAAGTTGATTATTTTTACAAATGTATTTTAAAGCAGTTGATT CATTTTTCCCTTATGTTTAAGGATCCTTCACAAAGTTTACATATATACAT ACATAAGATAGGTAGAGTGTGTCTACTCATTAATAAAAAATGTAGGTATG GCGTTATTCTACAGGTAGAGAAGATAGGTATAAGAATAAACGATGTACAT TGTACATATTGTAGGAACAACAGATATTTATTTTTATTAGTGCTAAGACT CGATCTCAGATTGAATTTGGTTCAGTTCGGTCTTATCTTATTAATTATGA ATGTTTCAATTGGTGTTATACTATTTTACTTACTTTAAAAAAATCACTGG TTAGAGCAGGGATCGATAACCCTTGGCTCCTGAGCCGTATGTGGCTCTTT CATCCTAATGKTGCGGCTCTGGTATGGAGTTCAGTAAACAGTAACATTTG AGGTCACTGAATTATGGTTATTTCTGATCTATATGGGTCCATCTGAAACG TTTGAGTGATGAAAAGATCGGGTCATCATTGGAGGAGTATGTGCTCAGTA TGGAGCTCTACCATTGAGAATGTCCTACCTTCACTAGGTTCAAATGAACC ATTGAATTATAATCCTCGACTGAACAGTAGGAGTGAGTTCCTTGGTAATG TAGGGATTACTTCCGCAGGTCAATATATATCAATCGGGAGCCCCTTATTG AATAATTTCTTTCTATGACAAAGAATACGGTAGATTTTCTCTGATTTCAA TAGTAATTATCTTGGTCCACCGATACCTGATTTCATTGCCTTAGAAGGCA TTCCAAAAAAAATGATTAAGTAATCTCATGTGTTAGTGTTGATCATAAAG AGAAGGATCCTTCAAAGGTGCAGGTTCCAAAGGATGGGTATTAGCGATGA CATGGAATATGTGAATCCAAACGTCATTTTGAAGAATACATTCACTGTTA CACCTCAAAAATGGTTAAGGTATAGATTAGGAACGTCCTGTATTTTTACA ATCATGTCACGGGAGGATCCTTAGGAGATAAATTACTATTTTTACCATAA GAAGTTGGGAGACCTCGTTTGATATATTTTTCGAATGCAAAAAAGTTACC CCGGTCCTTAAGATGGCGGAGAAAGAGATCTTGATTAACTTTGAGGCGAG TCTGAGTCCCTTGGAATTGGTTTATTGTAGCATCCTCACGATATAGGTGG AAGATTGAGTGGATCATCAACAAAGTAAAATGCATAATACAGGCAGTGAA ACACAAGAAGCAAGAGCAGAAATCTCTTTGTGGCTCCATGATTACGTCTC TCAGACAATTAAAATCCCCAACTTTCTTTTCTTCGATGGGAAATACTAAT ACACTAGAATATTTATGGAATGTTTACTACTAATGATGAAAATAATAAAC ATGACGCCATACATAATGCACAAGTAATATCAAATTAAAATAAAAATAAA TCCCTCGGAACAATATAATTGAAAAACAATGCATGTCTCAAAACGCCTAG AAAGGATGACTAGAATTACCCCTTTGAGCAATTTTTGTTTGATACATGCA TAATTAGAATTGAAGTGCAACTTTTTAATTCATTTCAAAGAGTTGTTTAA CNNNNCATAATTAGAATTGAAGTGCAACTWTTTAATTCATTTCAMAGAGT TGTTTAACTTGGCGTTTTTTAAGAGTAAATATATATAGTGATGTCAACAA GTATTTGAGGCTCTCATTGTTTTCTTTTCGGGGGTTAACTGATTCGAACG GCTCTTTGAGTGTAAAAGGTTGTCAATCCCTGGGTTAGAGCCTAATAAGT AGGGATATCCAAATTATACATAAAAATGCATAAAATATTTAATAAAATAT AGTATAAAACCTAAGTTTTTTCCAATAGATTCATATATCGGTAATGAAAA GAAAAATGAATTCACTTAATATTTATTGAGGAAAAATGAATTTTTTTAAA ACCTCAATAGCTTTGGCAGCAAGATGAATGGGATAAACGGGTGTGGGGAA TCTAATAAAGAGAGCTCTCTTGTTTTTGGAGGGAAAAATTTAGAGACTGT GTACTGTGGAACCATTGCACAATACACATTTTCTACTTGAGGCCCCCCTC CCAAAGGACCTAGCGACACCTCTGGCCTCAGATATGAGACAACTTGTATT ACATTTACAAAATTGTACTGCACGAAAATAACAAATCCTGCAACAACCGA CTGTGTTTAGAACACGTTTGTTTACTTTAAGTTTGAGTTCAATTTGTTTT TTCTCAGTTATCCAGTATACTTTGATCATACATTATCTTTTGACGATATT TAAAAAAATGATAAGACATATGTCATCAATTCACGTATCTTGTATCTTGG TATAAATATTTCATTTTTGAAAAGTAATAAATAGTTGAATACCAGTAATA AATAATTATACATAAGAATCGGAAATTACGCCTTATTTATCCGATTCTAG AAAAATCACCTGTTTTTCCAATCATAAGTATAATGATATCAAGATAAGTT TTTGTACAATTATTATTTGAATAGTCAAGAGCCATATATATTAGTTCAAG TTTGTTTTTTTAAATCAAAGATTATAAATTTTACTTTTACTAGAGTAAAA ATGAATTAGAAGTATTATTTACAATGATATTATCTTAAATAACTGTACTA TCGTCTCTCTAAAATTGAACACACACTGAACATTGGAAAGAGTTGTGAAA TTTTGGAAAATTGGAATAAAGGTTTACTAAAATATATAGAGTACTTAAAA GTTTGAAGAACTTATAGAGAAGGTTATTATTTTTCGTTGTCCGAACTATT TTGGTCTGGACTGTCCTCAAAGAAAAATTCCATCTAGATCGGTTCCAAAT AATTATTCATTCTGGATTGGTTTATTTTTTAAATTCCTCGTAGGGTGGAA ACGGTTAGTGAAGGCATCTCCTGAAAGAAAAGAAAAGCTCCTAGTCAGTC GTGCAACAGTCTCCAGTGCCATAAATACTGAACTTTCAAATGCGAAACAT TGTACTGTCGACAGATCCCACAGCATCTACAACGACTGATGGTTGGTCAC AGAGTGAGCTAATGTCTCCCATTTCTTTAAAACCAAGTTTCCAGACAGTA TTATGACCCTTGGGAGCAACGATAGTGTCATAGCCCCCTCTTCTATAAGC CAAAGGGGAAAGTAGGTGCCTACAGGTACAGTGAACTCATGTCTGACCAA GTGATACCTTGGATGAAATCTGAGGCCAATTGTGTCGAGTTCATGTTTCA ATAAATCTTGGCCCTCTCTCACATGGTCAAAAGATCCAAAACTTGTTGAA AGAAGATAAGGTGCCATTCTACTTGGCTCTTTTATTGATCAATATGCAGT TAAAGGTGGTCTGAATTTATCTGAACGACCCTGTATATATAACTTGTACA TGACGTCAGTTGTGTTTTGAAATTGTGACCATTGACTTCCAATAATGAGC AACTTATCAATCAGGATAGAAGAGAAAATCGGTCCGTAGATAGAGACCGA AAAAAACAGTCAGTCTATATATTGAGACTCCAAAATCCGTCCACCATTTG AAAAGACTTAAATTTCCATTTATGGTCTAATATTGTGGTCTGGGCCGAAA TATTGGTTCAAATCGAAATAGAAAAAATCCTTTAAGACGGAACAGGAAGA AAAAAAAATCAACCTTGGACTGATTCTCAACACTCGTAAAAAATACTTTG AAGAATTTCTTCTTATCTTGATTTTAGTTTTAGATTATATTTAGGTTAAT TCACTACATATGTAGATAGCTTTAAAGACTCACTCAAATAAGAAGTCATA TACCTTAAAGCAGTGGTTCTCAATTTTTTTTTTGAGTTCAAGCCTTAAAA TATGTGGCTTGACTAGGAGCGACACCTACGCCTCTCATAGAAATATGAAT ATAACATTTAAAGTGCATCTTATGCAAATATATTATTTGGTTTTTTACCC CTATTTTGGCGTAAAAATGATGTATACTTAAAAAAGTATATATATATTGT CAAAAGCAAAAATTTCTTGATTTGGTACAGGTCCTGCTGTACCCACCTGC GGACGCCCCTGGGTGTACCCAATAAGTTTTGTATTATAAAAAATATGTAA ATTCATCATTATTGAAGTTTTGATGGCACAATTTAAATTGTATACTTTTT TTTTGAAAATCAGGCCACGACAACCCCCCCCCCCCCCAGGTTGTTTCCCG TTACTCCCAAAGGGATCGCAACCCCCACTTTGGGAACCGTTGCCTTAAAG GATGATCCGTCAATACAWCACATTTCACTTTTTTTTTCATTTTGAAGTAG GTCCACCCTGTCCACATAATTATATATATATTATTTTTTTTTTGGGGGGG GGGGGGGGAGAGGTTGGATTTAAAAAAAAAAAATTTAATTACATTTCAAA TGTAAAAAACTAGAATATAATTGAAAAAACCCGCAGCCATTCACAAAAAA TTAAATTTCTTGAAAAGAAATTTCAAAAAATCCTAGCTATCCTGAGAGAT ATTTTTTTAATTATATTTCAAAAATCTAGAGCTATTGAGAAAAAATTATT TTTTTTTGGAAAAAAAAGTCATATATTATTTTTTTTAGAGAAAAATTTCT TAAATTGGAGGCGGGACTACATTCCCTCCAGCCCAAACCATGGGGACGCC TCTGATCCAGTTATTCGACAGGTGTTTTTCTCATTATATATCTAATATGA GGCTCATTTTAGGACTTTCGTGAAAGAGAAAAAGGGAGAAAAAAACTGGT TTTTTAAGAGATGTTTTTTGTGTCAATAGTCCTCCTCTGCAGTGAGTGAT GTTTTGTTATTATGTTTTATGCGTCTATTAAGTTGTTGGGATTCTTTACA TAACAAAAATAATAAGAATTAGTGTTGTATTCAAGTCAAAATGTTTGAGT TCAGTGTAAAGACTGGGGTCCCAATTTTTTTAYAAGTATCATGTCTGGCA TACGTTATTTTAAATAATTTATGATAAATAGGATAAATACTAATAAGTTG ACTTGGAAAATAATTTCTTTCGTTTTACTGGGTTTCGTACTAAAAAAATA CACGTACAACAATAATAACTAAGTTTTATTAAGCAACCAAACGACAGTTT GAAAAAAAAAAAATAAACAAGTTTTGTGTTCATATCATGACTTTAAGTAT AAAACTGTCTTAGCAACAACAAAAAATACGTGTGCCATCTCCTCCACGCA GTGTTTCCAGGTGGGTTTATGCAAAATCAGCTAGTTTAAACAAAAAACAG CTGAAAAATCGACAATTTTTGTAAATGTAATATATCTTATATGAAGTAGT ATATTTATTATTTCAGGACTATTTTATTCCTTAACTTGGTTTTTATTAAA TTCATTTGCTGAATGCCCTTTCAACTTCAGCATTGGAATGAGGCAATGTC ATTATTGTCAAGGCAACATACNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNTCGAATTTMTATTTTGTTATGTCCT CTGAAGGTATATCCAAAGATTTCAATTTGAGTACTGAGGACTTTTTCACG ACAAACAAAGTATTCATAACACTACATATTGGCAGKTTTATATACTTTCA CACTGTCGGAAAGCCTATTTCTAAGTTCTTTAATAAGCTTCAAAAAAAAT TAAGAAAATTGATCCCCAAGGTTCTTATCCCGATCCTCTGACAAGTGATG GTTCATAATAGAGAGGAAATTTTCAGCTTCATATCTTAAGTACAATTTAG AAACAAGCAATTTCTTCCAGACTACATGTGAAAGTATCAACCTGATGCTG ATTGGTAGTAAGTTATAACGCTATTTACCAAATTTTCAACCAAAAGAGTC AAGTCTTAAAGCAATTTGATAGGATCACTATGATTGGAATCAAAAATCTT GTTGACTCTTTGGAAATCATTCAGCAAAGATTACAAAAATAACAAATAAC TGTAATTATATTAATCACTGTGTAAAGAGTGGAGCATTTTCGATGTGTAG CACCTTTCGGTTAATTTGGTGTAACTAAAATGAGTTTTTAAGTCCAACCA TTGGTCACAAACTCTTTGTAAAGAAGAAGCTATATATAACCATCTTCTTT GGTTAGCTTGTACAATTTTCAGAGGTTCATGTCCATCATTTATTAGTCTA AATAAATGAGCATATGCCTGCTGTCTTGAGGAAGATTTTAAAAACCAGTT ATACGTTTCGATAGCTAGAAATTTTATCAGAACTTGCGTGCGAAACAGGC AACTGCGGTGAATGACATAGACAGCAAATATACACTAATGCAGGAACGTC TTCTTTTAGTTTTCTGTAGACCCAAGATCAGACAAAAATTGCCTAAAGTA TTGCAAAAATCAGCTAAGATTTCCAACCATCAGCTAGATGATATTTTTTC CAGCTAGATCTATCTGGAAATCAGCTAGCCTGGCAACACAACTTCCTTGT CGGTGTCAGTGGCGAGAAGGATGTAAAAACTTCTAGACGTAGCTCAATAG ACAACGCACTCGAGATTAATTATTGTTAGCGCCCCGATCGAGGCAGAAAA GAATATATATAATGATGAAAATCCAGTGTAGGATGGGCATATAAAATAAA AAAAACGAAAATCAAGAATTGACAATTTGAAGAATGTTTTGGAGGAGAGA ACGAATATTGCTCATGACGTTTCATTACATCAGCTAAAATCAGTTGTGAT AAGAGAGGAAGGAGAAAAAGATATAAACCAGCCAGGACTGAAGGACCGAC TAATTGGTTGTAGGACAGTTGAATAAGAGATAAGAATGTACCTATTTGAA AAAAAGATTGAAATGGAGTGGGGTAGAAAATACTGCTTAGAAAAACAGAC CTGGGACCATTCGAACTCGAATGTTTTTTTTTATTGCAAAAAATTTTCAA TGTGCTAGGCTCCTGATACGAATGTGGTCTTATAAGTTTTCAACCTCAAT GTGAAAATGGCAGGRCTCGKAAATAAAAGATAGTTCCATCTTTTTAGCAT CTGTTTGGCAGCTACTCATGAAAGTTTTCGCCATTTTGGATTGGTAGTTG ATATGTAACAGTCGTTTGAGTGTGTTGATGCGAGTKTTACTGTRAAAATG CAMAWAAASGAKTWTGTASCTGCCATTAAATATTTGTTTTTGAAAGGGTA ACCTTTAAATAGATTCAAACAATAACAGACTTATAAAGACTTGTTGTGTT AAAATTTGACGCGTCTAAGTCAGTCCAACTCTGAGTAATTGACAAGACAA AAATCAAAAGTGTCTTGTGAACAATTATTTTGTATAAAAACGCCGAGTAC TATTTGGAGGGGCTACAAAGATGGAAGAAGTCTGCAGNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAATATAAATAATATC TTTACCTAAGAAATACAAACTATGGAATACATCGAAGCATATAACAAAAT ACACAGTTTGTCATTGTGTTGGCAAGATACCGTCCTGATTTATTGGATTT ATTCATTACTTCCTTACAACTGCTCTGATAGGTGTTCGAGTCACCTGTTA AAGTATGTTATGAATTTAAGTAATTATTAATAAATGAACACATAATTAAT GCAATTAGTGTAATAATTAACATTTTATCTTTTAAAATTAAATAGTATTG CAGAATGAATTTTAATTCAAAATACGATAACTTGCCCAAAGTCAGTTTTT CGATTGACCCAAGGAGAAAAGGTCATTATAATATAATAAATACAGTTTTT AACGTATATTATGATATTTGGGACACACAAGCGGCCTAAAAGTTCCCTAT TTTGACACAAAAATACCATTTTTCTAAACTAAACGGTTTTATGCAAAAAA GATCTTTGCGCAGAGATATATGAATATATACCCGAGAAAAGAATAGTCGT AACATAAATCATACATACATTAAGAGGGCAACGAACAACTACGGATATAA TTATGCATTACTAACTCAACTAACTCATATAGAGCGTAAAGATTTATGTA GTAGTGTTTTGAATAATAAAGACTAAAGAGAAACAGAAATCAGTGGAAGG TTGTTGTTGTTTGCTATTTATAGAAAATATATTTTTCATAGTTCTCCTCA GAATAGATAGTATTTCTGTAATATTGTGTATAACCGTAATTGCTTGATAT TATTTATATATAAATATTTATTAGGGTTGTCACAATACCAATATTTTCGG ACTGGTTCCGATACTAAAATAAGCATCGGTATTATGTCAGTACTTTGTGA TATCTTATTCTACCAAAGTATAAAACAAAAATGTGTTAAGGGTTGTTGTA ATATGACTGTAATCACAGAGGGGCCTGGATCACTGGACTCCCTTTTCAAA ATTAGTTATTATAAAAATATCTTCTATAATATTATAGCAAACATTTTACC AAAGCAAAGAAAATATGCTTCACCATGCTTCATGTTTAAGTTTACATTTA AAGAAACGCTAGCAGCTCAGTTTTTGTTATAATTTTTTTAGAAAAGGGAA GTTGCGTTATATTCTAATAATGGTTTGTTATTATGTTTATTTATAAATAC TTACTGTATCTTCAAAGACGACAAAATGGAAGCCAAATTAACTCTTATGC TGGAAATGCTCGCACCCCAGAAGACCTCAACCGAGAAAGGCAATGACCTC AAAATCAGCCTGGACGGCCGTGTAATACATAAAAAGGTAATTTGAAACCC AAAGAACAGTTGCCAGAAAGTCAGGTCAAGGTCAGAAACATACAAAAAGA ATAAAGTTCATTAATATGCGTCTCAAAAACTGAATTGCTAGAAATCCAGT TGTTGGGCAAAGATTGAATGTAAAATAGATTACGCTCCGAAGGGTAATTA AAAATGACTGGGGAGCAAGGAAAAATCAATGTCTTATTACGGTGGGCACA AAGGAGAAGAGATTGTCTAGAGCCAAGTTTCTTTTGAATGTATCCTAGTA CATGTGGCTTCCCAGCACCACAGATCTTAATCTTTTGGATTATTGCATCT AGGCTAAGGTCGAGGGAGCTTCTTGTAACACAGCTCACAGATCTTTGGAG TCAATCTTCAAGGCCACCTGGGCTGATTTGTCAAAAGATTTACATCTGTA AGTTTTGTGTGGCCTTCAGGAAGAGGGTAGATGCTGTCATTGAGGATGAG GGAGGCCATATTGAATATTTTGGAGTTTGTGTAGAATTGAGGCTTAACAT CGAAGGAATTCCAGCCTATTTGTCCTTGCTATATACGGAGTGAGATTTGT GTTTATTTCTTTCCTCTCACGACAGTTTGCAGCTGATTTTCCTTTTCTAC TGTATTTTAGTATATTTCAAACCTTAGTGGACATTTGTGTGTGCTCATAA AAGACGAAGAGTTACCTTGAGGATGTGTTTTGGAGTTATAATTGTAACTC CTTGTTGGACTCGGTGAAGAATTGAGGATCAACATCGGAGTCATCTTTGA CTAAATTCTTGATTATTTATTTCTCCTCCTCTCCTTCGACAAGGGGGATC ATTTTCTGCTTCTTTATTTTTACATGCTGGTAGGGAGAATGCATCAATGC GGATTATATATGTTAACAGTAAGATGCCATTTTTATTTATTTTTATTCAT TGTCATATATATATATATAGTTAAATTGCAGACTAATTAGTAATCAAGGG ATTCAAATTAAGAGTATACACTTCTATTTATAATACGTCTCGTTTGTTGT TTTATTTTGAATTTATATCGTATTGAGGTGAATTTTCCATTAGAATACTC CTGGTTGTAGTTTTATGAAGTAATTAAGTTAGAAACATTAAAATCCGATT TCCCTCCTTTGAGCGTCAATATCTGTTCTTTTGATGTACAAAGAATCAAT CATCCTGAGAATTGTATAAAATATGKCCCGCCGGCATGCTAAAAAAAGAA ACCCCGAAATCCAATTTTATTTGCTTTATGAAGCATAGTCCCAATAACAT TATTAAATTCGGTATTTTTTCTCATCAAGAAGAATTGAATACATTAAAAC ACGAAATTGTAATTGATCCACTGTATGGGGAATAACAAAAAAAGCTTCGT ACGTAGCACAATAACTCTCGTTAGAAAATTTGGATCCAGGAAATGATATT GAATACAGACAGGATAGCAGCTACCTTATATGTGCAGTGACCCAAGTTCC AGGAGGGGAGCCGAAAACTAAGGGTMSTTAAGAKAATGGTTTTKAAYGMG GGGGCCTTGYGGMGYGGSTAGGTGMYGGGGGNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNGGGGGGGGGTTAATATTATGAAT AYATATATATGTGTAATTMTTAATTAATTTTAAAAATTGTCAATAAATGA TACGGCAATAATAATATCGTAGTACTTAAAAGAAAATAGAAGTTGGTGTG GYTGACTTATTTGGCTAAATCCAGATGATTTCGCGCTATTTTAATATTTC TTTTACAGATGAAGGGTTGCGTGATACGATGAAGGTAATAATGTCTTTCA TTTACATCAAATTAGGTAGATGTAATATTAAAAAGTTATAAATATACCAA AAATACAGCAAACGAAAATAAGCACAATTAATTGCGGTCTTGATTCGTCT ATTTCAGTTCCGGTTCTAGTAGTTTAAGAACCGGAACCGCTAGACCGATA ATGGCACCGGTCATGTGATAAGTACTATGATGGAGACTGTTTTCAAAATA TTTCATGATAACTAACTTGAACATGGGATAAGGGCAAATTTGAGCTTCCA AGCGAAAACTCGAGAATCCCTAAAAATATCAAGAAAGAAAAATTAAAAAA AAAAAATTGAAGGAACCTTATAAGAATATAACTTTTTATTTGACCACAAA ATATAATTTTTGAATAGAAATTTGGAATTCGATACACTACATAATATTCA TTTGATGATGTTAGAAGATTAGTCTAGGGTTCTTTACTCCTTATAATTAA GAAGTGAGTAACATGATAGAGCCTTGCCTATCAAAGAAAATGAATGTCTT TTATAACGTTGAATTTAATCCCTTTTATTCATGTAGTTGTTGTATTTGCT ACACTCGCACTCCATTAAGTGTCAAATTATTTCTGAGGTGATATTGTCAT TAGGAATCTTATTCCATTTGAAATATTGTGTACAAGTTGGATGTTTTTTA ACAGTTGTTGTAACTCATTCTGTAAGCAGATTGGTCAAATTGCAAAATCT CTTGAATCCAGCCATTTAGTAACACTCATTAAATATATTTCAAAATACTA TGCAGGTATAAAATTATATCATTTGGGAGAACATGAAAGTGAGATCATTC AAGGGATTTAAGTTCGAAGCATACTCAGGAACTTTATTAAATTTAAGAAT TAAAAAAATCGAAAAAATTTACGAAAGTTCACGAAAAGTTAATTTTTTTA GGAAAAAAATTTCAAAAATCCATGACTATTCACAGAAAATTAATTTCTTT TAAAAAAAAATTCAAAATCAAATTAAAATTTGAACGTTAAATTTTATCAA TTTTTTTTTCCTAAAAATTAAATTTTCTAGTGGGAAAGCTTAAATTCCTT AATTGGGGGGGGGGGGTTACAGTCCTTCTAGCCCACCCCTAAAACGCTCC TGAATGTTTACCCCAAACTGAATATTTTTGTTATAAGTATGTATATGAAA TGCACAAATGAGTAAATATTCAATTAATTATCATAATCAAGGGTATCATT ACGGTGAATCAAAATAGTTTTAACTCCACGTATTTAGCTATTTTTAAATG ACGCTTGGGTAATGGGCATATGTAAACTTATAACCTGTTATTTAAGACTC ATATTAAATATGTAGCTATAACCTTTCCTTAAAAATGAAAAAAAAAAAAA TGTCAGAATAAATAATTATTATTTATCTGTACATCATTTTTTTGTAAAGT TCAACTCATGATAGATTAAAAGAGCATCATTATCACTAGGAATGAAAATC CTGTGTATTTTGGGCTTCTTAAATAAAAAATAATTTTGGCAATTTGAAGA ATGCCTTGGAGGAAAACAGTTTAACCCATTAGACCTGTATCTGAATAATT CGTTATACTATAAAAAATATATATATCGAGAATAAATAAAGAAGTAGAGC TTAGAAACACAACGAGGCTGGTAGATAAAAGGTTCTGTTTACACTTTAAG TTTTGTAGTTTTATAAATGTGAATTTTTATAGACTGTCGGAAAAAAAAAT ACAGATATAATATAATATTCATGTTTAAATAATTTGGAAAACATATTTTC ATTTAAAATTGAATTCATGGTCTAAAGGATTAACTGCAATGACGTTTCAT TAGMTCAGCTTCAATCAACTGTGACAAGTGAGGAGGAAGATAAAAAAATT AACTAGGATATGGGCAAGAATTACTCCGATGCCGATCTTCAATTCTAGTC CTAGTCCAACAAGGGCTTACACAAATAAGACTGCAAAAAATACTCTAGAT TTACTCATCGTCTCTCAGCTCTAAAAAATCATTATTTTGGCAATGTTTAA GGCTTCTCAAGACATTTTTGCGTAGTAAAAGCAAATCTTTAAAAATTGTT CAAACGGTTGAAATTGGTAATTTTTAGGTTTATTGACACGTTTTACTCAT GATGATGACATGAGTAAAAAATTGAATATATATTATAATTTTTAATATTT GATATCTCTTATCAAATGACACCATTATAAGGTTATTTGTAGAGTAATGT AGATTCTAGGGAATAATATTTATTTAATATCCTTATCTTATTAGACTATG GAGGATTTAGGAATAATTTTTTAAATAGTTTGTATCGATTTAAAAAAAAA AAGATGATTTTGAAAAAGAAGAAGGAATTTGATCTATTTTTCCTTGGAAC TTTGGATTAATTTGGGGTATTTCTTCCCTTCCTCTCCCTGNNNNNNNNCC TTTTTATTGTTCTTTTTATATTTAAATATGTCATGAAGCCAGAAGGAGTT AGATCTTCAGAGTATCTTGCAAGCTTAGATTTTCAAATACAAAACAATAA AACAAGTCTAAAATGAGGTGGTAGTTGGCCAGTATCGTCAACTTTTTTAT TTTATTTTAATATACAAATTACTTATTATTTTATAAATTATATTTCTCTG CATATATCAGAGAATAAGGGATTTTGTTATTTTGGGGCAATCAAATAAAT TTGTAGGTATATGTAGATCTCTACAGGTCAATGGGTATGTTTAATGATGT AAATATTGCATATTTTTTAGCCCTCCTCTTTAATCTGAAAAATGAATTTT ATTTTCCTTAGCTATTGTTGTTATTATTCAACTCCAGAGTAGTGAACTTC CTTTCCTTCTATATTCAACCATATTCAAAACCTGATATAAAATCGTGTGT GCTTATTAAAGACAGAGAGTAACCCTGATTATTTGTTGCAGAGTTATAAT TAAGAGTCCTTGTTGGACTACGAGTAGAATTGAGGATCGACATTGTATGA ATTCTTGCTAATATCAATTGTTGCCGGACATGTTCTAGTTTTGCTTGATG GAGCTATTTTTTTAACATCTTAAAACGGAGGGACATCTTGATTAAAAATT GAGATATTTTATTTTTTAAATTGGGAATTTATATCGTCCCAGGTATGATC CAATATTGGATACTCTCCATTGTATGAAGTATTTGGAATAATGTATTCTC TGAAAATGGAAGAAGATGATTTATTTAATTATCTTTAAATTGTGTTGTCA TCCAACTTGATCTTGATCCAAAAACGTACTCTGTATTTCTCTGTCAATGT TTCTGCTTATTTCCTACTAATTAGTGTCCAAAACGTTGTTGATTGGTTTA ATTCAAATTAGTGTTGTGTCAGTCATTATTTATCCGGTCCAGTCCAGACT TAGGACCGGTCCTTGGAATTATTAAATATTTCAAATATTAAATTTTAAAA AAAAATCAAAATCTATAGCTATTCTCAAAAAACTAATTGTTTTGGAGAAA AAAAAATCAAAAAACCATAGATGTTCACAAAAAATTTAATTTTTCAAAAA AAAAAGATTAAAAAATTAAATTAAATAATAAATTTTGAAAAAAAAATTAA AATATTAAACTTTATAGTAAAAAAAACAAACCAGAAATTCCTTAATTTGA GGGAGCCACAGACCTCCAACGCCCCCATGCAGACGCCCCTAATGTGTGCA GTAAGTGGAATACAACAGCTTCCAAAAATAATGCATAGTAATAGATGTTG TAATATTTAATGAGGATATCTGCCATTGTTGTATGGGATGTTATCAATAG CCAATAAAAAAATCATGTATTCCTTTTGATAAATTTAGTAACTATTTTAG TTATATTTAAATATATAAAGTTCTAAACCTCAAACAACATATTCTGAATG TTGTTTGTATTTCGAACACAACTCTATTTATGTGAACTAATGATATTCAA ATCATATATTGTCTAATTTTGAATGTATGTACATACCTACAGTATGTAGC AATATTGCTTCCTTTTTATTAGTGATGGGAGGATTCTGATGATTCTATAA TATTTTGAATAATAGTTTCAAAATACTATTTTGCTCTCAGGAGCTTTCAC AAGATTATATATATTTATAGGGGGGAGGGCTGCTTTGGTCTTGGGATTTT TTTGAATATTAAAATTGAAAAATTAAATCTCAAATATTAAATTTTTTTCA AAAATCTACAACTATTCACAAAAAATTTAATTTTTTGAACAAAAAATTCA AAAATCCTCAGCTGTTCTCAAATACAATTTTTTTTGAAGAAAAAAAAACT CAAATGTTAAATGTTTCGGAAAAAATTAAAATATACATAGTTATTCAGAG AAAGTGAATTTTTTTGGGAAAATAACTTGAAAGTTTTAATTAATTTTCGA ATATTAAATTTTCTTGTAACAGTAAAAGTTCCTTAATTTTAGAGGGACAC TTTTTTTTTTTTTTCATAACCTAGAGAAGTAATAAATAAGATTTTGACAA AACACACAACAATTCATGTCTATGACGTCACCATTGCTATAATTTTCAAT TTAATGGATCGTACTGACTACTGGGCAAGAAAAACTAATTTTGACAAAAC ACGCAACCACTCATCTACCATGACGTCAATATTAAAAGCGTGATGGTAGT CAAACATCAGTCGTACACGCATTATAGTATAACCTTGTATTTCGATTAAC CTTGCTATAAACTATGTCCACTTGGACAAATTGTGTCTAGGATAATTTTA TTCGGTTATATCATACTTAACACAGGTTTGATTTCTCATATTTCTGCCTT CATCAACGAAGTTGATATAACAGAGGTTATGTTTTTATTTTCCTGTTTAT TTGTTTGTTGTTCACCAGGACTACGGCAAAAGCTACAGATCAATTTTGAA CTAACTTTGTTAAAAGATAATCAATATATGGTGACATTAAGAAGCTTTTA AATTTTGGAGGGTCAAGGTAACACAAAACATTAAAAGTATATAATTGCAT ATAAATTTGCAACATATTGATTATTGAGCAAATAAATCCAAGCTCAAGAT TAAAGGTCAAGAACGTATAATCGACCATAACTTTTAAATAAATTGAGACA CAAATAATCTCTTTGTGGCACACAATACATAAACATATATAACACATATT TATGTATAAATGCAATAGATATTAAATTTCATTAAATTCAACATGCTCAA CTTTGCACATTTTTACTTTAATATAGAGAATAAATAATGCTGCATTCAGG AAAAATTATGTTGGGGGATGTTTTGTGTTCTACTGAGCACTCAATTTAGT TTTGGTTGATGTTTAATTTTTTTTAAAAAGAAGGTATTTTCTCTGGTTAA CACTNCTGAGCACTCAATTTAGTTTTGGTTGATGTTTAATTTTTTTTTAA AAAGAAGGATTTTCTCTGGTTAACACTTCTAATATTAAACTTGTAATTTC TGAAGAAAAAAAACCCTTGAATTTAACACTTTTTCCAAGGGACAATAAGT TTAAAACACTGGAAGGTAGAAAGTAAGAAATTCCTATTTTTTTTAATTTT TATAAATGATATATTAGATCCATTTATTTTTTTGAGCCAAAAAATGGTAA AGCTTATAAAATAAAGGATTTCAAAACTCATATCCAAAATATGATAAGTA CAAGTTCAGTCCCTGATGACGTCACTCAACTTCTTTGTTTTATTTTTAAT CACTTTTAGTCACTGACAGTTTTGGGACAGATAGGACGAGTCCTAAGACT GTACTAAATAAATAAGACCTGATGCAACACTCAGAAAGGAGTATAAACTT TAGTTGTTTATGCTTTCAGCATGGCTTATCGTGATCATGAATGATGATGT CACGAGAACAGCCCCAAACATAATTTCTTTAGTTAGTTTACAAATGCTCT TTATGAAATGAAAGCAATTGTTCTTACATTGATGCTGTAACAACTTAAAT CTGTTCCTCAATTTTGAAGAACCATGAATGTTGATAACAGGAACGTACGC AGGATCATATTTTGGGGATGGGCTAAATTTTCGTCCAAAAAAATTTCAAA AATCCATGGCATCTCAAAAAAAAAAAAAATTTCGATAAAAATTCAAAACT TAATTTTTTTGGACGAAAATTTCAATCAAACAAAAACAATCAAAGAAAAT TATTTTTTTTCCAAAAAAAATTAAGAAATGAAATATCAAATATTTATTTG TTTGAAAAAAATTTCAAAAATCCAGAGCTATTCACAAAAAAGTACATTGT CGTTTCAAATATTTAATTTTTGGTTTTTAAGTTTTAATCCATAACTATTC ATAAAAAATTAATTTTTTTGGAAAAACATTTTGAATATTCACTCCTTAAG AAAAAAATTGTAAAATTCAAAAACAATCAAAGAAAATTAAATTTTTTTTT TAGAAAATTTCAAATATTAATTTTTTTGAAAAATAATTCAAAAATCCTAA GCTATTCACAAAAAAATTTCGAAATTTCAAAAAAAAAATTAATTATTCAA TTTTTTGCTCTGCTGCGTAATTGGGCCGAATAACAAAAAAAAATTATAAT AAAAAGCAAAAAAAAATTGTTAGAAGAGGACTACAGCCCCAGGATAACGA TAATAGTGATGTTTTCTTTGTTTATTTTTTTCAATTTAACCTCAAATCCC CAATAAACAACAAGATCCGTTATAATCTTCATTTTGTTTTATCTCTCCCT ACAAATTCTTCAATATCTGTTTATGTATTTACCATCTACATGACGTGTTG ACATAGGTGTTTCAAGGTCAAATAACGATTAATATTATTTTCTGATATTT TTTTTTGTGTTGGACTTGAGTAATAACTATAAAGTTCGAGTTCAAGTATG AAGCAATCTAACATATTTTTTCATTGAATTGATAAAATTCAACAAATAAG TCGGTTTGATTTCTTCAACAAGGTAGTCAATTAATGAATTGTTAATCAAA TACTGTAGGTCATTTTAAAGAATATTTATTTGCATAATAGGAAATGATTT CCAAAAATTGTGTTAGAGCCGGATCTCCCGGAAATGATTTCTTAATCACT AATTGTGGGCAGATTGGTTTTGTTTAGCCCTCAGATCCCCTTTCTTTTCA ATTCCGTAACTTGATTTGTTACGTAAAAAAAATATTATTAATGATGAAGG TAAGTTTGACAGACCTAGAAGTTTTATACTTCTAAAATACATAACCATCC CCAATTAAATAAAGCTTACAGTGCGTGAGAGCATATATTTTCTGGTGTAT TTAGTTATATCTATTGATTAAGATATTGCGTAATTTTTTGATTATGMGAT TGTATCATAAATAAGCTGAATTGGATTCAGTTTTTGTTTTAAATCAGGAA CCAAATGAGTAAACTGGATGCTAAAAGGCATCGTGTATCCGACTTGCTTG ACGCACATAAAGCCAAACAAGGCATAACTTTCACAATTTGGGTCAATATG AGGACTGTCTGCAATATCCAGCATGCCAAAAATATTGGCAAGGGAAAGTT CAGAGCTCCAAGTGGTGGAGTTTTGCTCCCGAAACTTTGTTGATTTCTTG CCAAAGGACTTGACTTGACATCCCCCTACTTGAAATTTCGTAAATATATA TTCTTTTTATATCAGTTGAAATTTTGAGTTTTTGAAACAAAAAGTTTTGT TTTTGCTGGGAAAAATTGATTCTGCACTCTGTATGTTATGACGTAATTAA ATGGAGATTTATCATGCAAAGAAGTATTTACTGGGAATTTTCTGTTGGTG TATACCACCTAAAAATCCCGTGTAAATATCCCTGTCGATATATGTAAAAT TATATTTTTCGATGAGATTCGTCAATACTCGACTTTTGATCATTCGTGCT TTTCAATTAATACTTCGGGGCAGTTCGAGTAATTTCCAGAAACTTGTCCA GTTATTTTTGAGTTTGAGTAATACTCGAATCCAACACTATTGTTTATAAA TTATTTTTTTTTTGTAAATATTTCTTGCTTGAAAAAGCACCTTATAAAAC TTTCTTTCCTCCAATAAATACCTTCGTGGGACGTTAAACAAATACAGTCA AAATATGTTTTTAAAGTTATTTGTTTACAATTGTTACTGTATTTTTTTGC ATACCTTGCAAAAGGAAATTAATTATGCTAATTTACCCTTTTGAGTTTAG TAGTAGTAGGGAAGGCCTGAAACAGTTGCAAAACTTTTTGATTGAGGCAC TATTTACTCTCCTCAAATTTTAACACAACATCCTTATATACAGAGGTGTA TAAAATTGTGAACTGTAATTTAGCCACAACTCTTTTTGCGACCGGTAATT TTGACACCTACATTTTCGGTTTGTTAATTTGGCAGCCTAGAGATTTTCCT GCATGTCTATTTGATGCCTTTTTATGTTTTATATTATCGGTTCGAACTTT ACCTTGCGTCTTTACTGTTGTATCTGAGCTATATGAAAATATACTCAAGA ATAATTATGTAAAACATTGAGGGAATAAAGAAGGAATACTGTAAGGTGTA AAAGATCATGATTCTATTCCCATAGGAATAATTGGCTGGTGATACCTTAG TTACAGTTATGATATTAGTTGCGTGTGCCGTTTATTCGCTATTGTTCATT ATTTAATGGGTCGTCGTGGTGTTAACTACTCCTTCTAACGTAAGCATTCT CCCTTATCTTTGATGTAAATTGATTTAAAAATACATAATAAAATAAATAT ATATGAATTTAAATATAATTACAATGTTTTCTCTCCACTAATGCTATTTT AAATGTAGAAGACTCTCCTCTTTATAGCAGTAATTAATTTTCTCCCCAAA TTCATACAACAGGCAGCTGATATTAATAAGGGTCTTACATCAGAAGTACC ACATGTCTCATTCCTGCCTTCTTTTGTGTTCTTACACAAATCCTATCTCT AAATATCTTAACTTGTTTAGATTAAATAATAATAAGAGAAAAGAATAATT TAAGTTGAGTAGTTTGTAAAATACAACTATTTTTCCGAATTAAAAAAGGA AAAACGGTTGTTGCGTGTGCTCTTTCTTCTTTTTTGTTCATTATTTAATC AGTTGTGTTTGTGTTAACATCCCCCTCTAAAAGAAAAGTTCTTGTCTATC ATTGGTGTAAACAGATTTAAAGATGTATTATGAAATAAATACATATGAAT TTGAGTATAATTAAAGTATTTTCCCAGCACTAATACTATTTTAAATGTAG ACGATTCTCATCTTTATAGAAGTAATTCATTTTCTCTTCCCCCACCCCAA AAAAAAAAAAATCATATAATATGGAGCTGATATTAATTCAGTTGTAGCAT ATGTCTCGCTCCTGCCTTCTCCTTGCGCTCTTTTTTCCCCACAAAAATGT GAAATCTGGTTATATTTTATCAAATTCCTTCTTACGGAGTAAGTATTGAA TCTAAAGTAGATTATATCAAAATAATTCAAATAATTGCAAACAGCAAAAA AAATAAAAAACTTATTGCATTATTACGACGATAATGCTCCACAAATAAAA GTACCTTCAAGACTCAGAATAAGTTTGTATCCTATACCTTTAAGAAAAGT TTTAAAAAAATAGTCCGCATTATACCATATATGTAATTATGATGTCAATT TTATGACTGTACTTTTTTGATGTTCGATAAAAAAAGGCCTTTTAAAACTG AATTCGGCCTTCCCTATGAGTAGTACATATGAAATATAGCATACAAAATT ATCTTTCTATGTAGAAATCTACTTAGGTTCATATGTAATGTAGAAATATA TCATTGACAAAAGTAGTGCAGAGTCCATGGTTACTAGTCCTGAATTCAAA GAAGTAATTGGTATAATGTACGGCCGACGGCAGGGGMTGTGCTAGYTGYG CTGTTTTTGACAATTTTGATCCCTCTACATCTCTGATGCCAACACCCCCG ACTACACCTTTTGGGTGCATGTCGAGGTGAAGCCCTGTAGTTTCCTTCAT CCAAACACAGAGACCTTCAAAGCCACTGTCAGCGTGTACTGGGACTTCCA TCTGGTACCTGGCCTTCAACCACTGCCMGGAAGCCAACATTGCCGCTAAG GGTGGCTACATTAAGAGAGGTCAGACACACATCCATTTATTGTGGTAATG TTGTTGAAATTCTATAGTGAATTAATATATTATATCTTGTGGAAGTTTCA TATACAAATTGTTCAGATTTTAATGGGCCACTCGGTAATATTATAGTAGA ACAAAACTAGGGATGTCCCAGGATTACATAATTTAGCAAATATTGTTATA TGGGGCATCCCTAGTTTTTTTTGGCATACAATTAGGTTGCTTATGCCTTT AAATATGCTTAAAATGATGACGTCAATTGAAAAAGGTACTGGATCTATAT TATGATTATAGGTATTTTGAGTTTGTATGAAAATGGGTTGTTATTATTCT GCTACCAGTTATTTGAAATTAAAAAAACAAAACTGAGAGAGTGAACAAAT ATAGACGTGCTCTCTTTGTGAACGTTTCTTTTATGACTAATAATGTTTTT ATTTGCTTGCATGCTGACTCATAAGCATACAAAAGAACGAAAATAAATTA TTTGCTCCTAAAAATTGTTTGTCCTTATGTTAACAGTACATAAAAGAAGA GGGGAAAAAAACATTTCTTATCAAATTTAGAGTAAAGATTGTGTTTTTTT TTTTTCCTATTACTTCTTTTTGCAATATTGTATACATTTTTTGACTCTTG CACACTTTTTTATCGACCTCTGTTCATTCTTTATGTTCCTCTGAACAGGG GCTCTCAACATTTCGCAACTGAAGGATGGGATACTCAAAACATTTTCGAG GCACACTACCCAAAATAAATGATTGAACCCCTAACATGCTTACACAACAA ATAATGTACTCTATATATTTGTTGTGCCACTGTCAACAGCTGTAATGACG AAAATAGATATTCTGTTTACTCTCAGTGAGACACTTGGGCTAGTCTCCGG CAAAAAACGTCATCAAATCGTGGTGGAATGAATGAGAGGGTGAATCTCAT TCAATGTAGATTTGATTTTGTGACAGTCACAAAGGAAACACTTTACCTAC ATAAATAGGGATGGGGTTTACATTAATTTTCGACCGTCCAGGACAAGAAA ATTATTATTATGTCGGATAGTTTAATACAGTGAATAKACAAACAGATAGT TGTTCCCAATTTATGTGACCTCTGTTCGTTTTGACATGTGACACAGTTGT ACTATAGTGTAATAATTGGAGTCTGCTTTATTTTATCAAATTAACATCGA ATGTCCTTATTTTCCGTTTACAGTTTAATTACAGTGTCTATTGTCTATGC AGAGTTTTAGCAATCCATGTGTAAACATACAGCCCAATATTTCARGAACA TATTATTGTCAATTATATATTTTGTATTCAAATGTAAGTGATAAGTTGAT ATATTCAAAGGTTAATAGAAATACATGGTAATNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNGTGTCAAAATCTGTTTCCTTGCCCAGCAGTCGGTGT TATACATTAAATTGAAAATACTAGCTATAGTGACGTCATAGACTATGAAT GGTTRTGTGTTWTSTTAAAAATCCTTGTGTCTTKCCCMGCAGKCGGKACC MTACAWAAGATTTAAATTTCGAGCAAGACCGATTATATGATGGTCTAACC TTGTATTTCTATTAACCTTGATGTATCCATAATATTTAATAATACAGGGT GTTAATATCAAATCGGTGCATTAAAAAAAAAAAATTATCACTCAGACTGC ATTTTTCTGCAGMTTCCTTTGAYAATTATCTTGAATTRTATATTTTCAAT GTTTAAAAGAGCTTCAACATCAATTACGGCTTGGATCTGGGCCTGAAAGT AGGAGCAGTCGTTGGCAAGGKAATTTCTTGGCATGTTTGTCAGTNTTTTC TTCATGGCATCATATGTTCTATTTCTTTTTAGATTTAGCGTGGCTCCAGA TTAAGATCTGGACTGCTAGGGGCATATTTCTCTCCTAATGAAGTCATAGC AGAGTTCACTCAACCACTTAAGCGACTTGTCTCAGACATAAGAAGGTACT TAGTTTTGTTCCATGTTACGGATTGGGACACCAGTCACATTTGAGACCTC CCAATTTGAAATCTCCTTATTGTTGTTGACAAAAATCATTGTCACGGTGC AAGGATGTTCCTCCTCTCTAAATTCAATCTTCTTTATATCTGTAGCAACT GTCGTCATGATGCCTAAAGCTTCACCAAAGTGTGTTGATACAACAATATG CAAGCAAAAATAGACTAATCTCCACGGATTAATTATAATAATTTATTGAC AGAAGTTGATCGAAATATATAATCTAGACTCCATTTGGGGAAAAATCATT CTAGCTTGTTTTTATGTTCACGAGGGACCACCACATATGTATTGACAAGA CGCAATGTTGAAGGTTTATAAGGTAATTAAATCCCATGCATACTAACGAT TTACCTGGGGTGTAATCATCCATTTTATTTATATCTGATGGTAGCTGAGG CTTATTTGGGACTGTCATTATAGTAGTAATTACATATTATGGGATAGCAT ATCACTATGGTCCAAATGACCTTAAGAAATCATCATGCAGGAGACTTGGA GGTAATTCCGATTGATAACGTCTTCTCCAGGAGGTCACGGACTTAAAGGG AAGAGGAGACCCCCTTTGATTTATATTTGTTAAATGGTTCTCCTTATTTT TCAAGGTTGACAACTATATAGTTATACAATTATAATTCTTGCAAGGTTAT GCAGAGAAATAAATGCTAAAAGACCCATTCATTTTTTTCCCCTCTGTTAT AAATATGAACTCTAAGTTATCTATTAGACTGCTTTTTGTTCGCGTGAATA CGTATTTTTAATTTTTGCTGGTAACAAGAGAAAAACGCATTTTGACAAAG TCTRAAGCCTCTAAGGATTGGTACATAGTATACCAAAATGTAAATATAGT TGAATTGATATTATTGCATAAAAAGGAGGAACGTGAGTGGTATGTCTGTC CTTATTTAGGACTGAGCACTAGTGATGGGACGATTATAAAAAATATCCTG ATGCTGATACGATTCTATGTATTAAGAATTCCCAATTCCGATTCTTTAAT ATTTTAAGTAATATTTAAAAAACACCATTTTGCTATCAGAAAAGTACACA GGATTATATTTAGGAGGGGGTTGAGGGGGCTTGGCTTGAAAAAAAATCGA AAAATTTTAATTTTTCGATTGGTAAAAATTTTAAATATTAAATTTAAAAA GAAAAAAGTTCAAATATACAATTAGATATTTCAAAAATCCATGGCTGTTC ATAAAATATATTAATTTTTAGGAAAAAAATTTCAAATATTAAGATTTTCG GAAAAAAAAAAATTCAAAAGTCCCCAGCTGTTCTCAAAATAAATAATTTT TTTGGGAAAAAAAATCAAATATTAATTTTTTTGGAGAAAAATTTCAAAAA TACAAAGTTATTGAAAGAAAATTAATTTTTTTGGAGAAAAATTTTTAAAA TTTAATTAACTTCAAACATTAAATGTAAAAAAAAAAATATATAATATTAA ACTTTCTAGTAAAAAGCAAAAATTGCTGTATTTTTTTTCAGGGGGGGGGG GTTATTTTTTTCATAACTTAGAAAAGTAATAATTAGTTAAATACCAGTAA TTAATAATATGAAATAATAATCGGAATTGCAAATTAAACATTATTTTTCC GATTCCAGAAAAAACACTCGATTTTCCGATTCCATTAATCGTCCCATCAC TACTGAAAACTATAGTCCWGTTCAGTCCTTATTACTTATAAAGTTCGGGC CTTTGTTCTTTTTTTAATCAGTTATATTACTGAGACTGATAGGATTGACC CTAAGACCGGACTGGACCGAATAATTAAGGTTCAACCCAACACCAAGGAA CATTATGTAAGGTGTAGTAAAAATAAATCAATTATTTTTTTATAGTTATT TTCCCACTACTTTATCAACATTTCGATAATTGGCCTTCCAACACGTGGTT CCCTTAGAACTGAATCGACGAAGCCAAAATACCACGTGATTAGATGTCAC AGTATTAAGACCATAAACATTATACACATTTTCAGCCGCCTAGCTTACAT TTTCGCCTTGTTTGAAGAAAATCTGTAAAATATGGCGTATTTTCTCTTTG CTGGTGTCCATTGTTGACGTGACGTCCCCTCAAACTAACATGAGTTAAAC AATTACAAAATTGTCTTTATAGGATTTTTTAGATTTGGCCATCTGGCGCA AAATCATCACACTTATATATATCAGTATTAAAACCATCTAATAATTGGTT TCTTTTTCGTAAACAAATTATTTGATAAATAGGGATGTGCTCAAATCAAT TATCCCATCTTAGTTAGAACCCTTAATTGAGTAAGAAATAGGGGATCAAT ATTTTGTATAGATAAAGAAAATACAAATACACATCAAAAGTACAATTTTT ACTCATATTTGGGACGATACAAAATAGTGTTGTCTCTTTCCTATTTTCAA ACTGCGGTCCAATCAAGTTTTGTCCTTAAAAATGTTCATATTATAATGAA AATAGGAATAATTTTTGCTATATAGATGCAATGAATGATACATATCTCAT ACAATTTATGTTCAAAAAATAAGATGAATTTTCAAATTTCATGTGCACGG TACATTTTGTATGCTTCCTTTTTTTTTTAATGTTTTGAACACTCGCCAGA CCCTATATTTTGGGTCTTTGTCGATTTTTTGTTATTCAAAAACATATCAA AGAATATGCATCAAGTTTTGTGTAAAAAACGAAATTAAGTACTCCAAAAG ACTTGAAATATTGACAGTGACATAGGGTGAAACTGTTCTGAGTAATAAAA AAAAAATGTTTACAAGTGGTACAAACTCTTCCAAGATGGCCGGGACAATG CCAATGACGAGCTTAGTTCTCGACGCCTATGCACGTCAACAACAGGTGAA AACGCTGAAGTAGTGAAGAAAATTGTTATTGAAAACCGTCAAAATCACTA TSAGGGAAGTTGTTGAGGATATTGACAAATCGGTTAGATCGTGCCATAAT TTTTTTAGAACGCTGTGCGCATGAGAAAAGTGTCAGGGAAGTTTGTTCCG AAAATACTTCATTTTGACCAAAAAAATTGTAGAATTTTTTGCCCAAAAAC AACACTACAATCATGCCTCAGGCACCATATCCAACGGATTTGGTCCCATG TGACTTCTTCTTGTTCCCAAAAATAAAGAAGCCTATGAAAGGACTGAGAT TTGCAACGATTGAGGAGATAAATACTGCATCGCTGGAAGAGCTCAAGGTT ATACCGAAAAGTGCTTATGAGGAGTGCGTCAAGGATTAGAAAAAGCGTTG ACACAAGTTTATTGTATCTGAGGGGGATTACTTTGAAGGCGACAACATAA ATATGTATTGATTAATCAATAAGTATTTTGTCCTATTAAAAATATAAAGT CCCCTTACTTTTTGAGCACACCTGATATATCGTATGCGGCTTAATAAACC ATCGGCATTTTTAAGAAAACTTCGAAGGACTGACAGTCCTAAAGATCGAT AGGACCGGTCTTAATACTGTACTCGACTGAATAAATAAGGACTGACAAAA CACAAATACAAAGGGCCCAATCGATCCAACAATCGTGGTACTATGGTAGG SGGRTGGATTTCCTTCCAATTAAAATGGCTTGTMCCATGCCAAAAGTTGC KGGRRAAGCCTATAAATTTAACAAAGTCAGTTTTTTTATTCTTCCCAGGG AAAAAAGTCTGCGTGCAGATCAAAAAAATAAATACCCGAAAACGTGAACA GTCTAATACTATCTGTCTTTGCAAATCCTTAATAAATGTACTTTTTTTTA TAAACGTATGTGGCAGGRATCTGTAAATATTTCTACCTTTATGGCAACAC ACCTACAATAATAATTACACATATGTACCTATGTTTAAATGTACACCAAC CCATAATTTGCCATGTCTAATCCTTGATATTTAATAGCGTAACTACATAG TATAATTCAATGTCTATGTGAATTAAATTAATTGATAATAATTTTGTGTC TTTTATTTATTTAAGGATATTTTAATTGGCCGGGTGTGGGATTCGACTTG TTGAACATACGTTATCATCCCTCATGTCGCATCACAGTGATGAAGCGATG CTAATCGCCGGATCAGAGTCTTTTTGGGAGCCCAGCAATTATAAAACAAC CACAAAAAGAATTGAGGATGGTAATAAACTTTGTGATGAGCTCGTGACTC TAGTTCGAGAGCGTTCAGAGATTGAAAAGACTTATGCTAAAAGTTTGAAG GCATGGGCCAACAAATGGAGCACCATCATTGAAAAAGGTATGTTTGTAAT CTTTAGTATTAAGGAAAGGGCGTCTGCAGTATTATATTTTGAGGGTGGCT TGGTTTTTGAAATTAAAAAAAAAAACATATCTATTCACAAAATAATATCA AAATTTTTGGAAAAAATTTCAAAAACCCATTGCTATTCTCAAAAAAATTT GATTTTTTTTGCAAACTAATTAAAAATCCACAGGTATTCACAAAAAAAAA TTCAAATATTAAATTATTTGGAAAAAAAATTCAAAAATCTAATGCTATTC ACCAAAAATCCATTTTCTTTTTGGAAAAAAAAATCAAAAATCCACAGCTG CTCACAAAAAAAAATAATTTCTAAAAAAATTCAAATATAAAACTTTTTTT TTAAACATTTCAAAAATCTACAGATATTAACAGAAAATTACATTTTATTA AAAAAAAAGATGAAGCATTATTTTTTTGGGGGGAAATGTGAATATTTTGA GGGGGCTACTCCCCTTCCAGTCCACACCCTGTCGACGCCCATGTAAAGAA ACAAAGTTTATCTKAATGAATGTATGAAAAACAGTCAGAGGGTCCATTGT ATATACTGCCCCTGATGTTTAAAGATGGGAAAATTATAACAATAGTACTC CCTGAATGCGTAGATGAGAAACTTATTTTCTTCGCTTATAATTTATGTTT TTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNAGGGGAAAACCAAACTTTTGCCTG CTCACAATAACACCGACCCTGATCGATACTGATATGGGGATTAGCATTCT TTAATTTGAAAATAAGGACCAAATTAAAARGWTATATATATTATTCATRT AATGTTGGATACATAACCATTGATATATGTTTCTATGTGTATGGATTTTG ATTATTTTTTTAATTAAATATCTGCAACAAGTCCATAATGACGGGGGKAA AAGTTTTTCAAAAGTTAAACGTACATTTCAAACCTCAAAATGATTCATTT TATCAGTATATCATTGTTTTTTTAAGCAAGTTGTAATTCACACCCTTTGT TAAAACTTTATTAAAACTAAAAATTGATGTATTATGGGACTGCGTTTTTG AAAACTAGACATTTTGAATATGGGAATTTAACATGTTTAATTTCGGGAAG TGGGGATCTGCATTAACTAAACTTTGTGCAGACGTTGACACATGTGTTTC CATTTATAATCTCCAACTCTATCAACTCTGAAATTTGATAATTATGTAAT TCATAAACAAGGGATGGGTGTAAAGAAAAAACTAAGTATACCACTTAGAA AATGAAAAATGTTTGATGTATGTGTCCTTTTTTATTTATTGTTCAATATC TAATCAGTCATGGTTGTATTATCTTACCCTATAAAAGAAGAATTCKCCCC CATCTTTGCTRTAAATTGATTTGAAAATGTATAATACAATTAATATTTAT GAATGACAATATAAATATAAAATATTTTTTCCCTGCACACTAATGATATT TTAATTGGARAAGGTTCTCCTCTGTATAGCAGTAATTYATTTTCCTCCCC CCCCCCCCAATTAATGTAACAGGGAGTTGATATTAACAATGGTCTTACCA TGTGTCTTGCTCCTGCCTTCTCTTCGCGCACTTACAAAAACACATAGCTT GTAATTGGGGCTCATGGATGACCAAGAATCATCTACAGAAGCTTTGAGAG CTTCTGGATTTGGTGCATTTATCCGGTAGCCTCTTGTCTCTACATATGGC CAGATTGAATGTTGGTCTCCAAAAAGGACTGTGTAACCTTTGATGGTGCT ACGCCTTATTGGAGCTCGTCTTCATGATAATACCAGCCTTAATAGCTTTC ATGACGTTGTAAATATTCTGCATGTGTTAGAGGCGAGTAATCTTGATTAT TTGGTCTTTATGTGCGTTTGACTGCGTTAATTTTTTTTGGGAGGGGTTTC GATAGACATAGTTTGTCAATTCCTCTTATGTGTTTTTTAAGAGGCCAGAC GTCAAAATTTTGGACAGAAATATCCCTATAAATCAGTGATTAAAATCGTA CTTCATATCATGAAATTTTAGTAGATACTTAATTAATTAAAAATTATTTG TTTTTTTTATTTTTTTTTTTAAATATTAAAGCAAATAAATAATGTGATAT TTTTTTTTTTTTTGCTTGTTGGAATATTGGCTTGAGGAAAAACCCTATTA GACTAAATATTTTTGGTCTTAATCGTAAAAACATGTCAAGGTTTTCTGTT CTTAAAAGCGTGACTTAAATGTTTAATTCTGAAATTACTGAAGAGGAACT TATTTATAACAAATTATTATAAAAAAATACATAGCAAAAATGCTTTGAAT TTAAAACTCTAATTATTATATCCTTTCATCCAACAACAGGTCCAGAGTAT GGTACGACAGAAGCTGGGTGGAAGGGTGTTCTTGTTGAAGCAGATAGACG CTGTGAGCTTCATTTACGAGTTAAGGAAGCTCTTTTATCAGATGTGAATA ACCAACTTAAGATATGGCAAAAGGAAAATTATCATAAAGTAAGTATTAAA TGACTTGAATAATTAATTTTAGGGATGCACTGATTAGGAATATACATAGA TGATTGTCCCGATATATCGACCGATTATTGATTCATTTTCTAGTACAGTT TCAGCAAGCCCTGTAAATACCAGTAATATATTTTATAATATCACTGGTAG CACTGACCTAGCCTTGCACAGTCTCTCGCTTAGTTATTCTCTAAGCTTTC AGAAAAGGAGGATACATGCAAGGCCCGAGCCGTGTGACATCCCCCATGGA GTATCAGAGTAACTAAAATAAATTTACCATTTTTATTAACAGCTTAGGAA AAGGCCCCCAAAAAGGCTTGACCTTATTCGAAATACGTMATTAAAAACCT CCATTTACTAAAAAAAAAAAAATACTGGATTTGATTAAGAATGAACTAAT TTTTTTTTTTTTTACATATTCCTTCAATGTGTTCGATGGAGTTCCACTGA TTAAGTATAAGTAAACATTATAGTTTTACAATTACTAAATCTGACATAGG AATCATCTTTGAAGTCCATATATATCATGTATATTTCCTTCAGTAGGCAC AACTGGGACTCGAACCTATGCGCATTGAGTTCAAGAGAATAATTTCTTCC GAGCACGTTGTCTCCATTGAGTTACGTCGTTCCTTTCATTATTATTTGGT GAAAAATGATAAGGCACATATTTAGTTTCCCAAAAAAAGTACCCTCATAT TACAGTCAAAAAAGATGAAATGTCAGTCGGGAAATGAGACGGGAAAATAC CCCTCCAAAAAATAGCTTCAAGGAATGTTATATAACAAGAAAGGTATCAT CTGGAGTCATTTTAGTTTTTCGACAGAAAAACTTGACATCCTCTTAGTGT TAAATTTTTTGATATCATCACAGTTTTTGACTGCATAGAGTCTGCCCTAG TAGCTATTCTTGTACATCAAACAGCCCCTATTCTCTAGAAGATTATCTTT CAACGTGTGTTACCTCTCCCAACGAAGTTGAACGATGGTAATATTTTTGC CTATGTTTTTAACAAAACGTTAAAAATRCATAATCGACCATAACTTTGAA ACATATTAAGGTACAGAGCTCATCAAATTGGTATCCTTATGTTGGTTTAA TAAAGATGTTTCATATAGTAAAAAATATTTTTTAAGGATAAATGACTCTA TGCAGAGGATTGCAATTTACCGGGTGTCCATTCTAGTTATGAATGGTCTC CTCCATTTTGTTATAATTTAAATTAATGTTTATATAATGTACTTGTTCAT TTAGCTACTTGAATCTTTATCAGTAATTACACGTTTATGGTACCAGTAGT AGCTAATCCATCAAATAACTTAATTAACAGCATGCACCGATTGTCGATTC ATCGATGCATCCCTAACTTATTTTAATTAGATTTGTGTTAGTCCTTATTT AGGACTGAAGTCCCATCCAGTTATGTTTCGCTCCGTTTAAGTACTGCATA TCAGTCTTAAAAATTATAAAGTTCGTTCCTTGATTATGCCACTCAACTTG ATTTCTTCTCTTTTTAATCAGTTCTAGTACTGACGGTCGGAAGGACCGAT CCTTAGACTGGACTGGGCCAAATAAATAAGGATTGGCACAAGAGTCTTAA TTGAAATGTATTCTCTTTATATATATTTTTTTAAATTTCAGACCCTGATG CATATTCGAGAAAAAAAGGACATGGATGAACAGTTTAAGAAAGCACAGAA ACCATGGCTCAAATTGTTCACAAAAGTTAATAAAGCCAAGGCAGACTATC ACTATGCCTGCAAAACTGAAAAAAGTGCCATCATTAATGAGAGAAATGCG TCGGGTAATACATCAATGTCTCAAGATAACGTAAGTTCTTACTCCGAATC ATGATCCTATCCATAATTATTAGTGTTGGGTTTTGGTCTGACAACCCTAG ACTAGTCTGAGACCGCTATGATTTTTAGGGTACCCAAATAATTTTCACCC CTTAAAGAACATAGATTGGTCTCGTATAAAATTCGGTATAAATCAATTCT ATGGATGTATAAATTAATTGTTGATGACATCATGTGTGTTTTCAAATTGT GAACATTTGTATTATATCGTAATATGAAGCTTGGTATGAGCAGAAAATTG GTCCATAGGGTAGACTMAAATATCGGACCAAATCAGAACAGAAAAAAGCA TTTAAGGTCGAGCCGGTAAAAAAACAGTCTTGGACCTAGTTTTCTGCTTC TACGGTATCTTTTTAGTGCTAGGTTTTGGTTTGACATGTCTAGACCGGTC TATTTTTAGTGAACCGCATGAATTTGGTCCTTTAATCAATCTCAATCAAA ACTCAGTACAAATCGATTCTATAGATGCATTATTTGATGACGTCTGTTGA GTTTCAAAATGGTGAACATTGGCCAACAATGGCGTCATAGGAAGATAAAT GTGTTGCATAAGTCATATTTGTACAGCTCATAAGTTACGAGTGGAGAGAA AATCGGTCCCAAAAAATTGTGTTGGGTTTCGGTTACTAAATTCTAGACTG GTCTGATCTCCTTATGTTTTTTAGGTAACTGAACTAACTGTGTCTTTTTA AGATCTTTTGTCTGAACTGGTCTCAATAAAAAATTCGCTCTTGATAGGTC TTAAAGAAAAAATCAGTCTATATATTTAGAGCGAAAAAGTTGTACACGAT TTAAAAAACTATGAAATTTGGATCTACGGTCTGAGATAATGATCTAAATC GAAGTATCGGTCCAAATCAGTCTAGAAAAATCACTGAAGACCAAACCGAA AAAATAATTATACCTTGGATAGAGTCTCTAACGTCATGACAGCTAAGCTG CTCTCTTTATAACATTCTTCAAATTGTTAAGGTTATAATGTTGATTTTAG GTTTCATTTACTCTTTCAAAATACTAATTAGGACTAATACTAATTAAGAA CAATTAGGACATAGGAGGATCATATTATGAAAGTAGATGGAAGGTTGGTT TTGAGTTTGTCTCTTATGAGTATGTCAGGAGGGGGGGGGGGGGGCTTGGR GKCGATCCGTCGACTGAGGGATGAGCTCAGAGGAGATTGCTATGTAAGGC AATATGATTTTTTCTTGTAAGGACCATGGCAAAGTCAAACTCAAAACTTT CTCTACATAATGAAACCTTCCATCTACTTTCCATGATCCTCCGTAGTGTT AATTGTCCTAATATCTTGAAAAATTCCAAATCAATCTCGTCTTAATCTAA AAATATATTCTTTATAATATTCTAGAATATAAAGTTTGAAAACGTACAAA AAAAAAATGTTTAATGATTTCCTATGTAGATTGCCAACATGTGCAAGGCA TATTTGAATACCATAAGTTTACTAAGTATTTAGGGGAAATATAATATGTC TTATTTGTTGCTTAGATATGTGATGAGTAAACACAAAAACAATCATGAAC AAAAATTAAATATAGGAGAAATGTCCCATTTTTTTACTTCAAATAAACAT ACTGGCCAATATTTTAAAGACGTATTTCGGTCAGTTGACATACCCACAAT TGTTAATTATAATTTAAAACCTTCATTTGATTCATATTACTTAATTTGTG CCCCACCCTTTCAATTATAACCAATTTCTGATTCTCACATTGTACACGCC CTTAGCTTTATTGTATCMCGCAACCTTTTCTCTAAAAAGAGAGAGAAAAA AAAAAAAAGAAGCTGGTTAGCCAAATTAGTCAATCATACCAACAGCTATT TATCTCTTAAGTACTCCCTGACTATTATCGTCATATTANCTAAAAAGAGA GAGAAAAAAAAAAAAAAANAAGCTGGTTAGCCAAATTAGTCAATCAWACC AACAGCTWTTTATCTCTTAAGTACTCCCTGACTATTATCGTCATATTATT TCTCTACAATTTTTAGTAAGAATTTCAGGATATTATAATCCTACATAGTA TTTTATTTGATACTTTATTATAATATTGCTTAGTAAATGTTTATTAAAAG MGTAGCTGTACATTTTTATTTCAATRTGATAGCCAAAATGTATTTATAGA CATATTGAGAGGACTCAACAAAAAATTGTATTCCTGCCCTTTTGATAACG GAGTATAATTATTATACATATATTTTTATAAATTTATGATGTATCAAGAC AAACAAACAACAAAATTGAATTGTTGCTACTTTTAATACAATTTGAAGCA CTACCAAAGGGTTAAGAATTATAATCTGTTTATAGAATTTGACGACAATT ATTAGTCCAAGAGTATTAAAATATTCAATCCAGGCTCTCTTTTGTGTTGA GGGGCCACATATGTATGTAAAAACTGCTCTAATGATCTACCAATAAGGTT GATTTAATTGAATGAATGATATATAACAAACTGTCACTTTATATAAAGAA TATCTTACCCTATAATTGTTACTGTTTGTGCCTTGATATTAAAATGTCCG AAAATGTAACCAAATTTTAATTATGAGATCTGTGCAAAGTTATATTCATT TTTTTCTTAGGTTTAACACTTTCATGAGGTCAGAAATTTCGGATTTTTTA AAACTAGAATCCTCGTTCATTTCTAAAAACAAAAATGTATTTTTAAATGG ATATTCTTTAATGATCCATTAATTATAATATATTTGCAATTACATCCATA AAGTTTTTAAGCCAAAATATTGTCAAAATGTTTTCAAAATGAGAATGCTT CAAAAATGYATAGAGTGTTTTTACTCACGTCAGAAATTGAATCATAATTA TTGGAGACGTCATTTTGGGGCTCAAAGTTGATATTTTTACTACATAAAAA AGACAAATTGCCAATAAATCTTGATTAAGCTTCATCAAATGGCTCTATGA ATAAAAAAAGGTTTCATACTTGTATTGAATACTACTTGATGCCAAAGGTA AATACTGATATTTGAATATAATCAAAGTAATATGTGCTGAAAATCCTTAA AAATAAGAAAAGTAGGATAATTAGAGAAAAATATTTTATTCTTTCCATTG TAATTTTTATATAAGATATGGAAATAAGATTTTATAACATGTTATAAACT GTTGGTCCTTGTTTGACTAACAGTAGAATTGAGAATAAAAAAACAGAGTG ACTCCTTCATATATTCTTATTTAATACGGTGGAACTTTTGTTAATGTCTT TCTTCTTACCTGCAGCTAATTTAATAAATTATTGCAGAAACTTAAAAATT TGGCCTCTTTATCTTTATATATATGGCTTCTAAAAGTAGCTTATTTGAAA ATTGTCAATTTTTGTTTAGAAAAAGTAGAACAAACTTTTCAACAACTGTC ATCCAACTTTATCTTAACAAATTAATTAGATAGAATTAATTTAACTGAAC TTTTCACAGATCCTCTACAAAACTATGCTAGTAACTCAGCAATAGATAAA TATTTATCTATATATAGCCATTTATTTGATATATGTATGTTTTATAAGTG GCCAGTTAACATAAAAACAATCTTGAACAAAAATCAATATTTTTTATAGG TGGTACAAATTGTAAGCAGAGTCCCAATTTTTTATTCTGTATGACGAATC AAGACGAATAAATATCCCATCATGACGTACCCCCCCCCCCCCCGAAAAAC ACTTTTGCCTAGACATAAGCTAAAAATCATCGATGATCTGTGTAAATGTA ATCTAATCATCAAACACTGTTTCCGTCGAAATAGGGAGTTAAAAATTACT TATTTACATAAGTATCCAAAAATACTTACTATATATATGTTTCGGATATA AGAAAAATCCGACTATAGTTAACTTTTTATCTTAAAAATAGCGATTTCCT TTATCCGGATTTGAATGCATTTCTGTTATGATTTGATMTACCCACGAAGA TTAACTACCCTTTTAAACCTTCATTTGATATATGAGACTTAATTTGGCCC CAATCTGGCTTTTCAAATCAAATGTATCAATTTATAATTGATATTTTATT AATAGACGCTGAAAAATTATTCTCTTGAACTCAATGTGTGTAGGTTCGCA GACAGATTGCTCCTAGAGAAGGAAATTTACTTTTTGTATATGGACTTCAA AGAAGATTCCCAAGTCAGATGGAGACAATGTAATATTATAATGTCTACTA CATTTATTTAAGTTACTTATCAGTGCAACTCCATCTGACCAATTTATTTA CATATAACTATTTTGTAACGATGAATTTTTAGCTTCTTTAATTTGCCAAT TTAGGCGGTCCCAAAAGACACAAAGGAATTTGTTGTTCATAGAATTTGAC AATAATTATTCGTCAAAGAATATGTATTCCAGACTCTATTTTGTGAACAT AATTCTTCCTTACTTTTCTCTTGACTTACAACATATTAAATTTGATTTAA AAATTGTAAAGAGTGTATAGTTAAATACTTGTGTCATGTAAATACAAATA TTTGAATTCATTATATGTTTTTTATTCAAATTTCTGGGATGAGTGTAGAT ACCCAAGAATTTCAGCTATAGTTTAGAACTTTTATTTGATTTAAAAGACG TATATTGGCCCCGATAGGGCCCCTTTTAACCATCAAATCCATCAATTTAT CATTCTTCTATTGTGATGATTAATTTTGCCTACTTATAGAGTGCAATTTG CGGCACATCCATAGGGTTAATAAGATTAATTTGTTGCTAAAAATTGGCAA TAATCAATTTGTAAAAGAATACTAATCTATTCCACGCTCAATTTAAAGAA AAATCCTTCTATCTTGCTTCTGTATTGACGGGCCACATTTGAAAATATAT GCTAAACTTCTTACATATGACACGTTCTTACATTTATTCTATCACACAAC TTCTTCTCCAAAAAGAAATAGAAAAAAAGCCACAAATAGTTAATAGTTTT CTTATCAACTATGAAATTAACATTCAATAATAGTTGAGAATTGCTCAGAG CTTAAAAGGATCTGATTCTAATTTAACTAATTTACTTTCAGAACACTAAT AAAGAGGAAAGATGCAGAAAAATCCACAGCTGACAATAAAGTACACACAT ATTTTAGTCAATTGTAGTCTTATTATTCAATTAACTGGGATAAGTAAAGA TAACCAAGCATTCTAGCTGTAGTTTAGAAATTTTATTTGTTTTAAGCGAC TCATATTATCCCTTATTAAGAGTTTATATTTAAATATGATCTGTTCATTT GATTTTTGAATTACTTGTAAACAAAAGAAAAAAACATTTAAAAGACAAAA TTATTTTGTTAATAATTATTATCCGAGTTATTTTCGAATTACAAAAAGAT GTATTGAAAAATAGTTACTTGTGAAGTGAACAGTGAACTTACTACTTATG TTTTATTGCCAATTCCTAAAACTGGTTGACATTTTCCATATTCATTTACA ATGGGGTTTTCCTATTTGAAAATACTGCAAGGTATCTTTTCTAATATGTT CTTTGTCAACGACAATGCCTTTCGTATGTCCAATAAAATGTGTTTTAACA CTGCAATGATCTATGAAAAAATGAACAAAAACTAAAAAAAAGTGTATTTA GTATTTTTTCAATCATAAATCTGTAATGTTTCTTTGTGTTTTGCCCATCC ATAACTACAGCGTGCGATCGGTGTTTAACAACAAACTTTGAGTGCATACT CAGAAAGGACGTTGTTTGTTGTTTCGTCGGCTAGTCAGCAGTGTTTAGCT TCAGTTTAAAAAAATGGAATCGATCAACGAAATATTTATTCTACAATCGT AAAATAGTTAAATTCGTTGCCATACGAAACAGGTCCTTTGTCTGGGGAGT CAGGAAAGAACTGGAAGGTGATATCCATTTCAAACAATAATATATATAAT AACAATAGTGGAATATATTTTTTTTGGAAAAAAAATCCAAAAATTAATTT TTTTTAGTATAAAATTTTCAAAATCCATAGAGGGTGAAAAAAAAAAATTC AAGAAATCATAGCTATTCTTAAAAATTTAAACTTTTGAAGAAAAAAAATC AAAATTAATAGCTATTCTTAAAATATTTAATTTCCTGGAAGAAAAATTCA TAGCCATTCTCAAAAAAGTAAATTTTTGGGGGGTAAAACTTCAAAAATCC TAAGCTGCTCAAAAAAAATTCAAATATTAAATTTTCTATTAAAATAAAAA AATCCCATAGGGAGCTACAGTCCCTCCAGTCCACCCCTTGTGGACGTCCC TTTATTACTAAATATGACTTAGAAGAATGTACATAATATGTGTGATTTAC TGAGTATACTCAAAGTATTGACATAAGAATATTTTTTATATGTACTAACT TCGGTACTTAGACAATCAAGGGATTTGATTTTACTACTCTTTTGGTCGGA ATATATCTATCAATATAATATAATAATCTATTTGGTTTTAAGGGTTTTTT TTATACGTAAAGATATATGTATATGAATTATATCTCTGTGGTAACTTTTA TTATTCAAAATGACTATATTAATATTACATTTACTTACAATTTCAATACA AGCCATAATGACGTATTATTCCTGTCTCAACTCCATTTTAAAGTCACGTT TGATACGCACATGACTTCCTCATCATAACGTGTTTCTCAATTTCTAATAG AAAACAAACTTCCAATAGTTATTAAAACCATTTGCATAGTTCAGAACATT TGGAAAGACAAATTCCCTCATAAATAAAATGTATACCGTTCCTAAATTCG GACGGAGGTCGTCCGAATCCCGTTTTAACTCTTTATATCGTGTCTGAATT GACCAAAAGCCGTCCCACGGAACAGTGATTCCCAAACTTTTTTGAGTTCG ACCTTTGAAATATCTGACTAGAAAATGTGCGACCCCAATACCTCTCATTT GGAGTGTATTTCATCCAAACAGATTACTTAAAGCCTATATTAAACCTCTA AAGTTAAACCCAGTTGTAAATAATTAAAGTTATTTGACTATATTGATCAA GAATTTCAGATTTTAATTTCACATAAATTAAAAAAACATACAATGACGAA ATAATCGAATATATTATAAAAATAAAATCAGTAATATAAATACTACTTGG AATTCTATCAATTCTCTTTTTTGCCATGAAATAAAGTCAAAATTGAGAAT CCCAAACAAATTATATTAAAGGCTGTGGATGTGCAAATAGGTTTATAAAT AAATCAAGGTATTAATGACCATTGAGTAAAGCAGGTCTATTCTATGTTTA ATTTTGGGCAACTGCAACTAGAAGATCATTCTCCACGTGAAGCCGTATTT ATTTTTGTTATAAATATTTAAATTACATATATTTTTCTTCTCTTTTAAAC ATCTTGCGACCTTCCGTTGTGTCCTGCGACTCATGCCAACAAGTGTGGCT ACATGGAATAAACAATTTATATTATTTCTAGCCCATCAATAACGTGTAAT TTTCTTGTCAAATGATTTCTGTAATAATATTAATGGTTAATGCGTAAATT GCGTTTGTAACTGTCTCATTTGAAAGGAGGCACCCTTTAAAAGGCTGATT TGTCACTCTAGATTTTACCAAAACTTAAAATATACGTTTCATAAGACGGT CTTACCTCCCTATCACAAAAATATAGAGTGTATTTTCTTATAAGCTGTCG ATGTTTCTACTTCTTTTCGGGGATCTGAACGTTATTTGCTTTAATTAGAA CTAGCTCTTTTTAAACTTTGAATATTTCCCAATAATTATTTAATAGCCAT TCCAATGTTGGGAAGAATTGGCTAACTACTGCCAACTGATTCTGGGCCTT TTTTTCTCTATGTTTCTTTTTGAAGGAAAGGTTGCGTTATCCTCTAAAGG TATCAATTTGATGAATATTCAGTTCAGCATAAGTGCCGTGAGTTCAGTCC AAACCTCACTGACCTCATACTTGTCTACACACGACTTTAGAAACAGATCC TAATTAAGTACCGTTATAACAACCCTAATAATGTATAAAATAAGTTATAT TTTATCATCACTTGTATATTTCCTTTTTTGCCCACATTTCTTTTGACAAA ATTCTCCAAAAATCTTAGAATTGGAATATCTTCTATAAAACCTGCAATCC GCTCTACTTATTCCTATCACCAACGATGCAGGCAAGTACTTAATATTGGA CAAAATAGTCCTCTCTAGGTTCATGAACAAAGAAACATACATATATATTT AATTAACTATCACATCACATCCTCACTCTAGATGTAGTATATAATTTAAT TGTCGTTTTAAGATTGAAGTAAATGAGTTTTTATATCTATCTGTATATAT TATAGCAATACCCCCATTTAGTCTGGGATTCGCTGGTGGAGAACGGTTTA TCGCTACAAAATATTAGCTCGTATCCCTACCCAAGGTCTATAGCTCCTCA TACGATGAATATTTAAAAAGTGCCAAAATTATTTATATACATATATGTTT CATTCCATGATACATTTTTACGAGGAAACGGATTGGACTCAAATTTGTGT ATGTGGTATCATTGACATTGATTATTGATTTGGTCAGAAATGAAATTTTG GGTGACCTGTTACTTAGTCCAACTCTTAGTTTTGAGGTTTTAAAGATAAA GAAATTATTATTTTGCTGAATATTTGATTAGGGGTACATCGTAAGCCTCA ACAATGATAGACAAGTATAATACATTATTGAATACTAAACAAAACGTATT TATGAATAAAAAAGTAACCTAGGTGCTCATAAAAGAAGGGGTGTAACCCT GAGGATTTGTTGGGGAGTTATAATTGTAACCTCATCCCATGTCACAGCTG CTTGTAGCTGATCTAATGAAATGTCATGACAGCTAAGCTGCTCTCCCCAA AAACATTCTTCAAATTGTCAGGGTTACATATTGATTTTCGGTATCTTTAT TTTTAACATGACCAAAAACACACGATTTTAATCACTACGTATAGAGTTGG AACCCTTAAAAAAAAAATTAACTGTATAGAGAAAAAGCTATGGAATTGGG AATAATTCTATGATTTATAAAAATTTTAACTTTATTCCTTAGTTTACTGT CAATAATAACCTACACAAAATTTAAGTCAAATCCGTTTACTCTTAAAAAT TTCTCATGGAATGACCCATAATGTATAATTTAACATTATTAAAAAAAAAC GAGATTGGGCTTTTGCACTTCCCTAGAGTTAAACAAATACTCTCAGAATG TGTTACACTATAAAGTAAGGTAGACCAAATTTAGATATGAATAAGGATGC GACTTCTGTTGAGGTGAGTGAGCACGCCCACAATTGCGATCTGCTTCCTC TGTTTTATTATATGAGATACTTGCTATAGCATTGAAACAAAGAGGGAAAC CTGTTTGCTTGAGTCGTTTCCTGGTTGTACTGATATTTTTTCCCCAACGC TAGCTATAGCGTTTTATGATACCACAGCGGACGTTACTTCATCATTTCCC CGCATGAAGTATGCAACTTTTTTTTTCCTTAATTGATTTAAAAGGGTGAA TTCATGGACGTTATATTGTTATTTACAGAGTAATATTTTACTCGACGCCT TTAGTTTATAAAAAAATGTGGGTAAGATCAATACTTTATACAAATATTAA TCAGGTGGTCTTCGTTTAGACACTTGGTTTATAGCTTTGCTACTTTCTAA TGCCAATAGATAATAAAGAAAATTGAGCAAACTGATAACTTGACTCATAT CAATTATTATTTTTCTTTTTTTCCCCCTCAAACTGTACTTTTTCTTAAAT AAAGTTGTTTGATACTCAACCACTGGCTTTGACAATTTTAAACAGTTTAG TATATTTTATTGAAACCAATTACAAGATATAGACACTTTTTTTTTTGCGA CTCTGACTTGAGGTTGTAAACTTAGATCGAGGCAAACATTGAAGCATCAT TATCTTTGTATATGGACGGTTTTTTTATAGTATTAATGACGATTGCATCA GGCCTGATCAAAATATCAAAGTAAGATAGGATARCGAAATTACGGTAGAA NAGGKCCATAGCACCAGGCGKTCTTATACATCATACATTGTGAGAAAAAA AAAGATTATATAACAGAGTCAATAGATGATGATCAATTAAATGAATAATT AAGGTTTATTTTATAACTCCTGAAATTTTCGTAACAAAGAATAAAATTGA TACAAGTCTTGAAAAGTCCAGAAAAAATAGCCAAAATGAAAATAATAGTT ATTTTATATAACTTAAGTCTCTCACCTAACGGGCATGACCGTTGTTTACT TATATTAGTTTGTAAATAAGGCTACAGAGAGTGGCGCCTTATTGCGACAA AATAAAACAACTCCCTGCTCTCAAGCAATCTATCCTTTTATTAGTCTAGG TTTCAGAACCGCTTTACGGATAATAAATATTTTTGAACTTTGCTCATGTG GTATTGACAAATTTCTTAACTCAGATATTTGTTTTTCGCAATGCTGTCAA CCAAGTGGCAAAATGAAGAGCACGTGATCAATATTTGGCTAATATAATTT AGAAAGTTTTGGGGGTAATGCAAGTACTACTTCCTAGTGTTACATGAAAT AAACAACATGCCACTACAAGGGGGTCCGCAGTRGGTGGSAGGTGGGRCTT KTGCCCTCCCCCCCCCCACCAAAAAAAGGAATTCTTGCTTTTTACTTGAA TGTTTTTGTTCAGGATGAAAAAACTTTAGGCGAAATTAAGGGTGAAAATT TAATTTTCTATGGATARCTAATAAATTTTGAAATTTTTTCCCCAAAAATT TAACTTTTTATGAATAGCTGTGGATATTTGAAAAAAAAATCCTAAGTATT AACTTTTCTCCCCCAAAAAAATACCAAAAACCAAGCTCCCCCCTCAAAAT ATATTCCTGCGGATGCCCCTGTACTAGTTTAGGGTAAATTAATTTTATTA TAAGATCTTTTGTGATAACGCTAAAAAAAGTTACCCAACCACTGTTCTAT GCGATACTTTTTTATGTCCACTAAGAGAGTTTATTTTATTTTAATGTGTA ACTAACGACGCAACCTCCATAAATTCACCTTTTAATTGAATTAACAAGGT GAGTTCTGTGAAAGCAAAGTCATTTGTGGTATAATAAGAAGCAGCATCTT GCAGGGTGGGTGGGAGGAGAATTTCTCGTAGGGAAGGAATCTACTCAAGT GAATATGCACGTTTCGCTCATGGGTTCGGKCTTACCCTTTTGCCTGGATA GTTACTGTATCTCCCTCATTCTATTTCCGAGTCTCGTTCTCATATATTGT TATATCTCTTGGGCGGGTCACCCGCACTTAAATCTCACTCAACTGTAACT TCAGACACGATTCCAATTCAATGTGAAAATAATCAGAGACTAGGACTCAA TCACAAATGACTCGACTTTGACTTGTTAACAGTTCTATCAATTACTCACA TTGTTTGGGGTATTGCTGTGAACATATGTCTTATAATTATCGTAATGTAC ATTTAAGCACTCATCACCWATTCAAAAATGACCGCCCCTTGCATACTGTT CTTCACGAGTTATAGGGATGTAATTATCAAATAATTATGTTATTATCAAA TGAGTATTACATGTTTGTGTATACTAGCCGTGGCATGGATCATTGTTCAG AATATATTTAGGCTGCAAAAATTGTTGTTTATATAAAAATAAATATTCTT TGTAGCATGTTGTAGTCTGTTGACAGATATTAATTAGAATTATATCATTA TTTTTGTATGTGTGAATGAAGGTTCAAAAATGTCAAGAGCGAGTGAAAAA AGCTAAAGAAAATGTTGTCAAGTGTAAAGAAAACTACGAAATCGCATTGC AGGATGTAAATGGTTATAACTCACGCTATATCGAGGACATGAAAGAAGTA TTTGAAAAGTGCCAAAGGATGGAAGCCCAAAGACTTCAAACGTTTAAAGA CACTCTATTTTCTTTACAAAAGTGCCTTAATATATCGGATGATCCAGAGT AAGTATAAAGAAAAGGTGGGTTCACACATTGATAAGATTCATTTAAAATT AATATTATACTATTTTCTATCTCTGGAACTGCTATCCCACGATTATCACG TCAAAACATTTATTGTATCTTGCAAACTTTCCTCCAAAAAGTAAGAGAAA GCTCGGTCCGAGACTGATTTTTTTCTAGACCGATTTAAACTAATATTTCG GTCTTACTCACTCCACCGATTGTCCTCTCATCCCAAATATATATACAAAT TGTACATACATGAATAGTGATGTATTTCTTAAGGTGGCATATTTTTTTTT TTTTTGGAATTGGWAATCTGGAGAATAAAATTTATTTTCTTTAGTAGTTG TCTTTATTATTTAATTCCCGACACATCATTACTTTTATTGTAGCACGCAA CCTTTCCTCCGAAAAGAAACAGGGGAAAAAGGCACGAAAAAATAAGTTGG GAGTTAGCTAATTCTTCCAAACTATGGAAGTAGGATTCAATAACTGTAAG ACATTTTTTACAGCTGAAAAGGAGGTAATTTTCATTCAATCAATCATCGT TGAGGACACTAATTAGGACAAAAAAACGTAAAACTTTAACAGCTGATGAC AAAATACTTTGTAAGTTTTTGAGTTAGCGGGGTAACGCCAAAATGAGTAG TAAACTTCCTTTCCTACTACATTGGATTATATTCAAAACTTGATCGAAAA TTCGTGTGTTCTCATAAAATATGGAGTCTTGTAGATTTGTTGCGGAGTTA TAATTGTAAGTCCTTGTCCTTAAAGTAGAATTAGAGATCGATATCGGAGT AATTCTTGCCAATGCCCTTTTTTATTTCCTTCTCCCCCTCTTCCCTTGTT ACAGCTGATTGTAGCTGCTCACCTCCTAAACATTCTTCAAGTTGTTAGGC TTACCATATTTCTTTTCGATTTCTTTTTTTATGCCCAAAATACACATCTT GTTTTGAACGATGATGGGTTGAAATTGAATATACTTTTTACCAAGCTAGC TATAAAGACAAAACTTTTAAAATGTATATTGTGCCAAGAAATTTGTTTCA CCTTTTTTTTTATTATTAAAGACTAATAAAAGAATAATTTTGTTGTCTTT AGCACAAATGTACCTTTTTTTTCCCATTAATATTATAACAATATCCTACT CGTTAAATAACCTGCTTAGAGGAGGATTTTATATCTTCATTTACTCAAAT CTGTTGTTCTTACTCTCTCCTTTTTGACATTTTCCTGCTCAAATAGAATA ACTTTTTATGTGACATTTGATCACGTAATTTTTCTCGGGATTTTAAGAAA GGTTTTGACATACAATAAAGATCCCATTTTGTCATTTTTTTCTTATCAAA TTGAACATGACGCTTGTTAATGTGTGAACAGTGAACAACACTCTTTAACA ATAATTTGAACTGAATTTCATTATTTCATTTTACAGACTTCCACAAATTT ATGAAGAATTTTACCACACTGTGAATAATGCAGATCATGAAAAGGATTTG AAATGGTGGTCAAATACCTACGGTGTCAACATGCCCATGAACTGGCCACA ATTTGAAGTATGTTGTGTGAATGTTGGAGTTCTTTATTTCAAGGGGGGAA AACTCTGTCCTTTTCATTTTAAATAACATTTTCGACTTTTTTAAGTTTTT GATTTTTTTACATTTTTTTTATTTTTTTTTTATTTGAGTTTTTATAATTA ATGATTGAAAAATTATTTATGTATATGTATGTTATGTACAAGTTATACTT TCTACGTTTAATGAGGTGATATTTAATTACATTATCAGTCATTTAAATTA ACAACTATTAATTTCATTTTGATGGATTAAAATTACTTTATAATGAACAC ATCTTATCAATATGAATTATAAATTAAATCATTGATATATCGACCATATA TGGAATATTCAATTATCGCTTTAGCATCACCACAAAGAGTCTTAATTCTT CTATTTAAAATGATTTATCTTATTTTTTTAACTTGTATGCAACATATATA TTTATTTTTTAATATTATGATAATTTTATGGCAATGAAAGTCGTTTAATT TAAGAGTTTCAATCGTTAATACTTTTTATTTATTATTTATTTACTTAAAC ATATTTTTTATTTCCTATTATCTTATATCCTTGGAATGTTTTTGTAGGAA TATACGGAAGAACTTCGTGACATCACTTCAAAAAGAAAACACGAAAAGTT TCCTGATGGAAATATCACGCTTATTAATCAACGTGCCGTTGGAGATGATT TGCCCGTAAATATATTGCTTTTTATGTGAACTAGGAGCAAATTTTTTAAT CAAAATCAGATTGCACAGTTCCTTCTTTTTACAAAAAAATATGAGAGGAC TCTCATTTTGAGGAAATATTATTATTTTATTAAATAATTTAAATACATAT GTGGTTAGTTAACACAAAAACAGTCTTGAACNAAAAATCAAGGAGACGAT AAATATGTGATTTATTTTTTACACGTAAATTTCATAAGTATATTTGGATC GACCATAGGCTTCATATTCAAATTGCTGGTAGAAGTTAAGATACTCAAGA ATGATAAAGTTTATAATCTTCATTTTGTTTATGACAAGATGAATTTGGCC CGAATAGGGCTTCTTTTCAAATAAAATCGATAAATTTATATTTWTWTTAT TCTAACAYTAATTTTKTGCTACTTTMAGTGCAATTTATAGCAAGGATTAA TCAAAATTCAGAACCCTTGTTAATAAAACTTATATAAAAGGGTTTTTTAT GATTTAAAAGGGTTTTTATTGATTCAGTATCTTGTTCTGAACTCGATATA TTTCAATTTTTAGGATAAACAATGATGAAAAACGACACTCTTCTTTAGAC CCCTATAACTTATTCATAATACATAGTGATGAGGAATATCATAGCTTACC TACAAATATATATAATATTATAGTAGGTGTTTTTTTGTATGGATGGCCAC TTATAGAAATGTATAACTAGGGTATTTATTTCACAAACGAAGACAGATAC GGCCCTTAGATATAAACTAAAAGTTGTTCAGAATTATAAGTTAACTACCT AAATCTATGTTTAATTCTGATTGGATCAGATTCATGGGCTCTGGAGGGCA GTTTGTTTTTTGCTTATAAGTTTATTTATTTTTTTCATAAAACAAGATTG AGTCCCCGTGTCTCAAATTTTTTCCTAAGGTATGGGCTGTAGTTTCAAAA ATGAGCCAAAAAAAAAATTATAAATCTGAAAAACGAAAAAGTTAGAACGT ACATATTTATTAATTACGAATTAAAAAAAGGGAATTAAGAAGAGGATTAG CGAGTTTATCTTGGTATGTATTAATAAAATAATTCGAAATAAAAATCTCT AAAACGGGTACTACATAGTATAATAGAAAAATATTCCATGTATAATTTAA AAAAGATCTAATTAAAAAATATAAAGCTCTGAGGCTTTTTGTTCCATTTT GTATGATATGCCTCATGACTCTATCTATATTTATAAGAGTCTAAAGAAGA ATGTCGTTATTCATCATTTTTCAGCCTAAAAATGGAAATATATCGAGTTC AGAACAAGATACTGAATCAAATAAACATTTTTAAATCATAAAAACCCTTA TACATAAGTTTTTCTCATCCTTCTTTTAATTTAGGCATTGTTTTAAGGGT AAAAAATCACTCTGAAAGATAATAGTCCCGAATTACTATAATCCTAGATA TTTTCGAATTCAGTTGACTGAGAGAAAAACTGTTTTGGATTCTGTACTCA AAGAGAAATTAGTTTTTTGCCTTGAATTGATTTGTACAAAATAAGTGCTC CCCTGTGTAAATATTGATGGAAGAATACAGAATGAAATCCAGACTCCATT TTGAGAAAATATTATTATATCTTGCTTTTGTGTTGACGGGCTATATATGT ACTTTTGTACTTTATTTTTTTACAAAAAAAAAAAACTTTGCCCTCAGCTA TACCTAATTAGAATATTTTACAAATTTAAAATTGTTCTTAATAACTAACA AAGTGAGAACATTTATATATCTACATAATCCTATTTGAGCCCGACCGATA TGAATTTTTTGGGCCAACCCCAAATACTTATGCAGAGAAAAAAACTAATA GAACGTTCAATTATTTCTTTCTTCGAATTAGCCCTTAAAAATATTGCACA AATCCCAAATATGGTCACTTTTGTCACTATAAAGCAATATCCCGTCGGAT TCTAATATTTCTTGCTTAGCTTGTGGTTGTCTTTTAATTCAAGACTCTTT TAGTAATAAAAGATTTAAATGATAAAAAAACAGTCTGGCACATATTTATC CATGGATCTATTTACATTCAGATTTTGATAATTTTTAGACTGTAGATTCA TTTTTATATAGAGCAATACAAAGGGCTTTTATTTTATTTTATTTATGACC TGGTTGACCATATTTATAATTTTATAAAAATAACTACTTTTAATTGGGAT AAGAAATGTCTAAAATTACACGAGTTTTCCACCCTGAAAACTCAATCTCA TTTTTAGACACAATGTAGTTCACTTTGTTTTGTTTTTTTTAGAGAAGAAA TATCTGATAGATTCTTCTCAAACTGCTTATAGTCGGCTCGCCCATATATC GGTTGGGCCCTAATCAATCAGGGGCGTCCACAGGGGGTTGTCTGGAAGGG ATGTAGCCCTCTCCAAATTAAGGATTTTTTAATTTTTACTAGGAAATGTA ATAACGGTAATTGTTTTTCAAAAAATTTAATATTTGAAATTGAATTATTG AATTTTTTTTCCAAACAAATTAAATTTTTTGTGAGTAGCTATGGATTTTG AAATATATATACATACTTATAATCCTGAGGACGCCCCTGTCTATATACAT TAATTTACTTTTGGTGAATGTGATTTATTCAACTCCTGTATTCAAATTTT TATAACAGCCGATGGAGTTCCTAAAGAAACCTGCTAGGATTGCTAATCGA CTATCATCTTCTTCGGTTAGGGAGTTATCATACTTCTTGTAGTTTTTGTG TCCATCTTCTTTATTCTTTTTGTTTATTTTTCTATCGTTTGATTTTTATT TTTCTCACAATCCTTAGTTTGAGTTTTTCTATCCCTTTTATTCTTCTCAT AACATATTTTCCGTAATTTAATCTACAGGTATTTTAGTGTACTAATCCAC TTGTGGTGATATTATGTTCTATATATTTGTGTAATTAATATTTTGCACTT ATTTTTTGGAGGATATATTAATATTTATAGCTATTTTGTAGCTCATATTA AACTATGTTGGATTATAATTCACGATATTTTGTTTATTTTAATCTTTTTT ACAATTGCACTATTTGGGTGGGGGTTTGAAGTTATCTAACTATTTATAAG CAAAGAGTAATTGTTGTATTTTGGAATAGTAATACTGATAAATTAATCAA TGAGTGTCTATTTATACTATTATTTCTTTGTCCAGGAGTATCCTAGTGGA GTTCGTCAAAAAAAGTCTAATAGTATCTCGAGTAACAACAAAGATTCTCG CAACGGAAAGGCCATCTCTATCCCCACATCAAAATCTTCAGAGCAGGAAA TCAGTCAGTCCCAACCACAGGAAATGGCAGTGAGGTTCGTTTTCTAAATA GCTTCTATATATAATTATGATTTGGTGTCGAATGACAGAGATAATGGGAA TTGGGATTGTTTTTCTATATAATTTCTTTATAAATCAATTTCATTTCATT TCTTATCAATATTGAGTATTTGCAAACGTAATCTCCCTGTTAAATAGTTG ATTATGAAATAGAGAAAATTGGATTTATTACCTTGTTATATCTTTACCAA TTTTTTAATTACGTTATTTGAATGAAGTTGCTATTTCATTACATTTTGAG TTATAAATGAGTATTTGTACATAATTATACATAATTGTATTTCTTCTAAA TCATCCAATATAATAACTTTGACTTACCCTCCTTTCTCCAGCGAGAATGG TAGCTTTGTTGTACATGTGTTGCGTAGGGTTCCATCTGTATCATCGCTTT CAAGCGTTGGAAGGAATCTTCCTTCCAGTGTACCCATGAAAGAAGGAATG GATTCGGAGGAAAATTATTCAAATTGGGTGTATGAATCTTTTTAAATCCT TTTTTTCATATAATTTGTTGTTCGAACTATGCACTCAATGTTATTATTAT TAAATCTAATACGTCACATAGTATCATTAATCAATGGGCACTCACTTATG TATTAACTATGTACATGAGTTTTAATACTATTTGAGATAGAAAGAAAACT AGTCGTGGCGAAGTTAAAGCCGCTATTTACTTTTAAATATTGTTAGGACT CTTATATCTATCAGTAAATATTATATGTATACCTTCAATTACATCGTCAC CTCCTAATTATTTGAATAGCAATCAATGTCAATGAGTTAAAGGGATTTTA ATTGATATTATCCTTCTCTTTCAGTAATGGAAATTCAACGAAGGACTCCA ATCCATTTGATGACGATGAATGGGACGATGAGCAAGTGGAGCCCTTGGTT GACAATGGAGAAAAAGGCGTTCCCGTGAAGGCATTATATGACTATGATGC TGCAGAAAGTGATGAGTTAGACTTTAAAGCCGGTAATTATGCATATATAA AATACATATGTGCCCCTTCCACCGGCAGAAATGTGTACTCCTCTCAAAAG ACTCTGTAACACTTTCCAGTTACTTTCAAGAGTGATTAGTTTAATATGAT TCGATAGGATTTGAGTAATCCTAACCCTTATTTACTTCCTTGGGCATTAA TCTACCACAAAAACTGATATATCCGATTATATTCCTCTATCCAATTTTTT GGGATGGCGGTGCTTCATTAGTTTTGCAGCTATAAACAAATTATGTAATT AATCATTGAAGTTTCAAATTATATTTTTTAGACGTTTTTATTATTTATCT TTCCAATCATGAATATGAGCAATATAATATCTAATAGGCCGGTTTGTTTT ACAACTTTTTCAAATTTCGATTACGGCTCGTTCGGAAAAGTTGGGATTTG GTAAGGAAATACCTATGCAAAATTTCATTTTTCTAGTTTGTCATTTTTTG GTAGCACGCCTCGTTCAAAGTTTGAAACAAGACAAAAAATTTCTTTACTT TTTCAATAAAGATTAAAATACAGCATTTATCCTTATTTTGTATTTATGAT TGTTCATAGATATTATTCTAACCTATAAAAAATATTAATAAAGTGTTTTT CTAGAGCTATCTGTTCGAGCAAAAACAGGGAATAACATAAGAAAAATTTG ATCTTTCCATTCTGAACATGTAAAAAAATAATGCATGTCATCAAATGTTC CTAATGGTTTTCTCATTTTTGCTCATAAGACCATTATAGAAAAAAAAAAC TTTTCAAATGCTTTTTATTGGTTTGAAAAATGTCTTATCAAAATTATTTT AGGCAAAATAACTAAAATTGTATTCTTAGTGTCTATATTGACTAAGTAAA TTTTTTGCCATATTTCATAATTTGATCGAAATGTGCGACCTAAAGATGCC CGCGTAGGACAATACCATTTTGAATAGGTAATTTTTATACGATATGACAA CTTTTCCGCTCTACCCGGAATCGAAATTAGAAAAAAGTTAAAAATCCAAC TACTCTTCAATCTGAAATGGTTTGTTATAGTTTCCAATGCTGTGATCATT ATTTTTAATTGTTGAAGAGATAGCTTCTAAATATTAAGTAATCATTGCAG CGAGTGCTCCAATGAATGACGGAGAGTAATACTAAGGATTTTTTCCAGTG CAAATAACTCTAGTTACTGTGACACATTTACAGTCATTACAAAAGCAAGC AATAAGGATTTCACTCAAAAAATGAGCCTAGAATACCTACATTATTTGTA TTCGTCAACTAATCTATCATTTATGGAAATTCCAGATCATAATGAAAAAA TATGGTAGGTTTTACATATTTGAAAGGCCATATCGGCGCCAAATAACGTC ACATAAATTGGTATAACAACCCATTCTAGAAAATTTAAATATTAAATCCA TCATTCACCGAAATGTTTCAATGAAAGTGAAGTAAAAAAGAATAAATTGG GTATTTCTAATTTTATCTGTGAAATATTGCTTTGTGTTGACATTCCACAA ATATGGAGTGAGTTAACATAAAATCAATCATGAACAATAAGTAAATAGAA GTAGAAATGTCAAAAAAACAAAAAAAAACATACATCGTATATTTCAGCCA AATATAGGCTTTGTATTCAAATTTATGGAATGAGTTGAAATACCTAAGAT TATTACATATAAGGTCGATTTTTGACGGAATAATGGGAAAATTAGAGCTA TGCTTCATATTCCTATGGACCATTTCCTATTGCCTATATCGTTATCTGTT GAGTCTTTAGGTCGATTTTTGGTGGAGTATCGGGCAAAGAGGTAAAGTAG AACAATAAAATCATACTCCTCAAGATCCTCAAAAAACGGTAAGGGCAATA GGGAAGAGTTAATAGGACAATGAGGCATAGTTCTACTTTTCCCGATGCTC CACCAAAAATATATCTATAGTTTAGAGCCTTCAATTGATTTTAGATATAT AATTTGACTCCAATGTTATTAACTTTCAAATAAAATCTAACAATTCCTAA TTATTTCATTGTGACGATAAATTTTTGCTTTTTTAATTCCCTCCACCAAC GAAGTTGAATGGAGGTTATATTCTCACCTCAGTTTCTTTGACTGTTTATA AGTAGGATTACGGAAAAAGTTACGGACCGATTTTGATAGAACTTTGTAGA AAAATTACATATCTCAGCAGAAAAAAGCATACATATTTTGAGAGATCAAG GTCAAAGATCACTATTAAAAACGCATAATCGACCAGAACTTTAGAAAAAA TTGAGACACATAGCTTAAATTAGTGTCATTTGGTAGGTGTAATAAAGGCT CATCTTGAACAGTATAATGTCGAAATCAAAGGACACAAGGAAGTTCAAGA AATGTTCAGCATTGCAAACTTTTGACTAATAATGGGGGTCGCCAACTCTC TGAAAAATAAATAAGGATCACCTCAATGGAAGGTTTTGATACTTTTCTTT AAAAAATATGGGGCGATTCCGTTTTGCTTTGCATGTGCCCACCAATAGTA GCATATTACTTGAGATCCGTCAGCCTACCCTGAGGAGTGCAAGTTGAATG GTTGTTTGAAGATGGACCACTGCGTAGAGAAGTGTCTGCATTTGATTCAT TGTCAGCCAGGCTGCTTTTTTCCCCCACTATCTTCCGCAACAGTACCTCC TTGCCTAATGGGATGAGCGTATTTTATCATCATAAACGTGTGAAAATATG CTGTCAGCTCATTTTCCCAGAGGAGGACATGGTCTGGGAACACGTTTACC GCAAAATTTGATATAAAGAGCATTGTTATTCATTTTCCGGGGGAATTTAA CTGACCAATTTTTAAAACTCACAGTATTACGGGACAAAGTGCGGTCCGTT TCAGCTCTATAGGATAAGTCATCATAATTCGTTGATAGAAATTCACGATG CTTGTTCGTCAAAAAATACAAATGACATCTATACTTATTTTGAGAAAATA TTTTGTGATTACGGCGCWCATATTATGTACTTATTTGAACATTTGTTAAT ACCATTCTTTTATTCTTTATTTTTCAGGTGATTGTTTCGAAAAATTAGAG GATGAAGATGAGCAAGGATGGTGTAAGGGACGGAAAGATGGGAAAGTGGG ACTTTATCCAGCAAATTATATTGAAGTTCTCTAATAATATAAAAAAACCA CACGAAACAACAGAATTACTTTATAAATATATATTTATACACATATACTT TTGTCGATAAATATGAGCAAAGACATTTTCATTGCTTTTTTATATAAGAG ATAAACTTTAAAAAGATAATATTGTGTAATCATACATTTTAAAAGAACAG AAAAAAAAATCTATCTTATGAAATAGAAAAATTTTATGAATTAAGTTTCT AGACAAGAATTTATATATGCATATAGTATGAACAATATATTAAATTGCTA GGGTTGTATCGGTYCCGTCCAAGYCCAGCCATGTCCCGTCTACATCCTGT TATCGTTCCTTGGAAAACGTCCCAAATAATTTTTAAAGCCCCCTATACGA GGGATCATTTTCACTATTAAGATTATAATAAAGTTTCTTAGTTGATAATT TAAATTAGTTGTGTAAAAATTTAATTATCTTTAAAACCTGTAAATAATTT GCAGTTATTCTTAATTTATGCATAATTAAAGTAAAAATTAAGCTTATTAA AATTGTTCCGACTTGGAAACGTCCTTCAAATTTAGGACTGGTGTGGACGT CAAAACTTCGGGGCCGATACATTCCTATAAATTGCTAACATAAACGTTAA TATATAGATTTACATGATATATTGGTGATGGACTTTACGTAATTCAACAT AGTACTACGAAAGATGTTGACTGTTAATTATATTTATAGATCAATTTCAT ATATATATATTAAATTCAGTTACCTTTTTTTTTTTTTTGTTTAGATAGTT GATTTTTTAAGAGCTTATCACTTTAATTATCATTAATTAATTATTTGTCA TGTGTTTTTTTTTCATTGTTATTGAGTGTATCCTAATATTTAAATGTACA ACATTTCTGTCACATCCAAGTCCTAATAACAGAATCCGTGGAAAGTTGTG TTAAATATCTTCGTTGGTTTAACCCTATTATAAAACCAATGCGTGATCAA AACTTTCTGATTTGATTAAATATGAATGTTTAATCATTTCTAACAACATT TTTTTTAAATCGATATTTTTGAGTTTTTTCGTTAGTAATTGAGATTTTTT TATTTACTCAAAATAACTGACTGACAGCTTTTGCTGATGTTTATGAAAGA AAATATTGATTTACTCTTTATAACACTTCTAAAATTAGATTTGTAATTTA TTTCATTCGATGGCATAGTTAATTACTTGATTAGCTTAGAAATTGTATAC GACATTTTATTCAAAATGGCCGTCTTTATAACAGACTTAATGTATATGAA AGGGACTTGCATTTATTACTATGATTTCAAGTTTTATCCATCATAGCTGG GATTCTTGCAGAAAAATATACCACATACATTCAAATCGTGGATGTATGGA GGCCTTTGTTCCAGAAACCAATAATGAGGCCTTTCCCTTGACTTCCACTG AAGATAGGAAAACACAATTTATAACAAGTTTAGCAATAAGAATTAATTTA ACATAACTCTTTGCGGAACCTTCACAATCTGAATAAGGAGTAGTTTCCAT ATTTCTCGCCCTGTATTGTAATGAAAACTAATTTTTCTTTGTTTGTTATT AAGTTATAATTATATTATTATATCTTGTTGATCATTTAATTAATTAATCA TTATTAGAGTGATGAAATTGGCACAAAATATAAATAGCTAAACATTTGTA TGTAAATAAAAAGCTTAGTTAATTAGATTGCAATTCTACAATGATCACTT TTTCTGAATAATTGTTCAACTCAAAACCCTCCAAATGTAATCTAATGACT CATTTTGTACTTAATGAAATCATTTAATCAACATTAATTAGTCGACCCTT CATATTTTTTTACAAATAAAGTTATATAAACAATCTGTGACAACCTTGTC GATAAATTATTTTCCTTTAATATTAATACATATATTTATCCTGGTCGACT GTGAATTCAATAGTAATTTTACTGTTGGTTTGTTCCATTCCATTTTATTT AATATATCAAAGTCATGGTCAAAGGTATTGCCATTCCACTCATTTTTCCA CAATAAAAGTCTTGCTTAAGTCTAAACAAGAAGTGTCTGATAATTTCGTT ATTAATAAACTATTGCATCTAATGATGTTGAACGACAAAAACATGGATGA TCTCAATTTAAAATAACTTGAATTGATATCCCTTTTTTTCTTAATTGTAA TTGATATTTTATCATTTTGTAACAAATTATATTGCTCGCGTTCTTGATTA AAGTTTAATTAAGCCTATAGACNACTCAAGAACTAGTAAACTATCAAAAT AAGAAAATATAGTCGACGAAGAGGTCTATTAATAAATTTTATACTTATTT GTTAATTATAATCAGGCAAGAAAAGGAAACTCATTTAATTATTTTGGTCT GAGAGTCCTCTTGTTTAGGCTAGAGTTGAGGCGTGGAGATCACATGTCAT AGTTTGGGATTTTAGAGAATAATTATATAATTAATATGTAAATAGCAATT TGTACAAGTTAGAATTTGTAGGTATCATTACACTATATTTAATAACAGCA TTAGTCATTCTAATTACCCAGTGTCATTTGATGCTATCCTTCATTTTAAT TTATTAAAATAACTTATTTATTATGTATTTACGAGTAATAACCCTGTGGA TGCATATGAACTTTATAATTTGCCACAGACTACGTCCAATCAATTAGTAA TTTTTATTTTAAAAAGTAAAAAAAAATCACCAATAACTAATCAAAAAACT AATGGAATATTCAATTTTGTATCTCATTTTTTGGTTGCAACTCGTACCAT TTGCTTTTACAGGTCTATAAAACACATGTAAGATCATTCAGTGTTTTTCT ACTTTAAGAGTCAATACTTTTGAACACGACTTTCTATACTCCTCTAATGA AGTAATGTSAAAAAAAATTTACAATTGCAATAAATGTTTATAGCTATTAG TTTTAAAAGATGTGCCATAAAGTGAATTTGTCCAAGACGACGCCCTCTGA TGGCGTACATCTGGTATTCGTTGAGACAATATTATAATTTATAGCACACT AATAATATATTTTATAATTCTCCAACTTCTGTTGGTTTGTATTTGAAGAG TATAAGCTTTTAAAAAGTCATAGCTCTAATATCATTTAGCAGATAATAAT
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