EMLSAG00000003687, EMLSAG00000003687-686453 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000003687
Unique NameEMLSAG00000003687-686453
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000003687 vs. GO
Match: - (symbol:TyrR "Tyramine receptor" species:7227 "Drosophila melanogaster" [GO:0008227 "G-protein coupled amine receptor activity" evidence=ISS] [GO:0016021 "integral component of membrane" evidence=ISS] [GO:0007186 "G-protein coupled receptor signaling pathway" evidence=ISS] [GO:0007211 "octopamine or tyramine signaling pathway" evidence=IC] [GO:0005887 "integral component of plasma membrane" evidence=IC;IDA] [GO:1900738 "positive regulation of phospholipase C-activating G-protein coupled receptor signaling pathway" evidence=IDA] [GO:0071928 "tyramine signaling pathway" evidence=IDA] [GO:0008226 "tyramine receptor activity" evidence=IDA] [GO:0071418 "cellular response to amine stimulus" evidence=IDA] InterPro:IPR000276 InterPro:IPR017452 Pfam:PF00001 PRINTS:PR00237 PROSITE:PS00237 PROSITE:PS50262 EMBL:AE014297 GO:GO:0005887 GeneTree:ENSGT00690000102071 GO:GO:0071418 GO:GO:1900738 eggNOG:NOG309657 GO:GO:0008226 EMBL:AY034617 RefSeq:NP_650652.1 UniGene:Dm.16755 SMR:Q9VEG1 STRING:7227.FBpp0082956 EnsemblMetazoa:FBtr0083532 GeneID:42136 KEGG:dme:Dmel_CG7431 UCSC:CG7431-RA CTD:42136 FlyBase:FBgn0038542 InParanoid:Q9VEG1 OMA:FIPMAVM OrthoDB:EOG7Q2N59 GenomeRNAi:42136 NextBio:827352 GO:GO:0071928 Uniprot:Q9VEG1)

HSP 1 Score: 214.157 bits (544), Expect = 9.406e-61
Identity = 98/184 (53.26%), Postives = 136/184 (73.91%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM---SEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDM 204
            IGN+ VI+AILT  RL+TITN F++SL  AD LVG+FV+P A+++H+  G W LGW+LCD WIS+D+LLCTASILSLCAIS+DRYLA+++P  YS++ R+K L + +I  VW+L+  ITCPPM    EP R   +L EC YN+  GY+++SA G+F++P+ V++Y Y RI  V+  R     D+
Sbjct:  132 IGNTLVILAILTTRRLRTITNCFVMSLAVADLLVGIFVMPPAVAVHLI-GSWQLGWVLCDIWISLDVLLCTASILSLCAISVDRYLAVTRPLTYSRKRRSKRLALIMILIVWLLALAITCPPMLGWYEPGRR--DLRECRYNQNEGYVIFSAMGSFFIPMAVMIYVYARISCVIASRHDNMTDI 312          

HSP 2 Score: 77.0258 bits (188), Expect = 8.002e-14
Identity = 34/77 (44.16%), Postives = 48/77 (62.34%), Query Frame = 0
Query:  343 NLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILYA 419
            N ++ S +N      +E KT + L++VVG FI CWLPFFI Y++T F+ +     +L    TWLGW NS +NP +YA
Sbjct:  519 NTNSKSLSNRITSLKKENKTTQTLSIVVGGFIACWLPFFINYLITPFLAEHQASQMLAKALTWLGWFNSAINPFIYA 595          
BLAST of EMLSAG00000003687 vs. GO
Match: - (symbol:DRD2 "Dopamine receptor 2 protein transcript variant 1" species:9031 "Gallus gallus" [GO:0001591 "dopamine neurotransmitter receptor activity, coupled via Gi/Go" evidence=IEA] [GO:0001659 "temperature homeostasis" evidence=IEA] [GO:0001975 "response to amphetamine" evidence=IEA] [GO:0001976 "neurological system process involved in regulation of systemic arterial blood pressure" evidence=IEA] [GO:0002027 "regulation of heart rate" evidence=IEA] [GO:0002028 "regulation of sodium ion transport" evidence=IEA] [GO:0002052 "positive regulation of neuroblast proliferation" evidence=IEA] [GO:0004935 "adrenergic receptor activity" evidence=IEA] [GO:0005887 "integral component of plasma membrane" evidence=IEA] [GO:0007195 "adenylate cyclase-inhibiting dopamine receptor signaling pathway" evidence=IEA] [GO:0007270 "neuron-neuron synaptic transmission" evidence=IEA] [GO:0007409 "axonogenesis" evidence=IEA] [GO:0007608 "sensory perception of smell" evidence=IEA] [GO:0007625 "grooming behavior" evidence=IEA] [GO:0007628 "adult walking behavior" evidence=IEA] [GO:0007631 "feeding behavior" evidence=IEA] [GO:0008104 "protein localization" evidence=IEA] [GO:0008285 "negative regulation of cell proliferation" evidence=IEA] [GO:0008542 "visual learning" evidence=IEA] [GO:0014059 "regulation of dopamine secretion" evidence=IEA] [GO:0021853 "cerebral cortex GABAergic interneuron migration" evidence=IEA] [GO:0021984 "adenohypophysis development" evidence=IEA] [GO:0030336 "negative regulation of cell migration" evidence=IEA] [GO:0030424 "axon" evidence=IEA] [GO:0030425 "dendrite" evidence=IEA] [GO:0030432 "peristalsis" evidence=IEA] [GO:0030814 "regulation of cAMP metabolic process" evidence=IEA] [GO:0032228 "regulation of synaptic transmission, GABAergic" evidence=IEA] [GO:0032922 "circadian regulation of gene expression" evidence=IEA] [GO:0034776 "response to histamine" evidence=IEA] [GO:0035240 "dopamine binding" evidence=IEA] [GO:0035556 "intracellular signal transduction" evidence=IEA] [GO:0035810 "positive regulation of urine volume" evidence=IEA] [GO:0035815 "positive regulation of renal sodium excretion" evidence=IEA] [GO:0040018 "positive regulation of multicellular organism growth" evidence=IEA] [GO:0042417 "dopamine metabolic process" evidence=IEA] [GO:0042493 "response to drug" evidence=IEA] [GO:0042802 "identical protein binding" evidence=IEA] [GO:0043266 "regulation of potassium ion transport" evidence=IEA] [GO:0043278 "response to morphine" evidence=IEA] [GO:0043473 "pigmentation" evidence=IEA] [GO:0045776 "negative regulation of blood pressure" evidence=IEA] [GO:0048148 "behavioral response to cocaine" evidence=IEA] [GO:0048149 "behavioral response to ethanol" evidence=IEA] [GO:0048169 "regulation of long-term neuronal synaptic plasticity" evidence=IEA] [GO:0048755 "branching morphogenesis of a nerve" evidence=IEA] [GO:0050482 "arachidonic acid secretion" evidence=IEA] [GO:0050709 "negative regulation of protein secretion" evidence=IEA] [GO:0051482 "positive regulation of cytosolic calcium ion concentration involved in phospholipase C-activating G-protein coupled signaling pathway" evidence=IEA] [GO:0051586 "positive regulation of dopamine uptake involved in synaptic transmission" evidence=IEA] [GO:0051898 "negative regulation of protein kinase B signaling" evidence=IEA] [GO:0051967 "negative regulation of synaptic transmission, glutamatergic" evidence=IEA] [GO:0060124 "positive regulation of growth hormone secretion" evidence=IEA] [GO:0060134 "prepulse inhibition" evidence=IEA] [GO:0060158 "phospholipase C-activating dopamine receptor signaling pathway" evidence=IEA] [GO:0060160 "negative regulation of dopamine receptor signaling pathway" evidence=IEA] InterPro:IPR000276 InterPro:IPR000929 InterPro:IPR001922 InterPro:IPR002233 InterPro:IPR017452 Pfam:PF00001 PRINTS:PR00237 PRINTS:PR00242 PRINTS:PR00567 PROSITE:PS00237 PROSITE:PS50262 GO:GO:0030424 GO:GO:0008285 GO:GO:0008104 GO:GO:0005887 GO:GO:0043278 GO:GO:0042493 GO:GO:0043473 HOVERGEN:HBG106962 HOGENOM:HOG000239242 GO:GO:0007631 GO:GO:0051967 GO:GO:0014059 GO:GO:0048148 GO:GO:0001659 GO:GO:0051482 GO:GO:0030425 GO:GO:0007270 GO:GO:0008542 GO:GO:0045776 GO:GO:0001975 GO:GO:0035815 GO:GO:0035810 GO:GO:0060134 PANTHER:PTHR24248 GO:GO:0007628 GO:GO:0030336 GO:GO:0032228 GO:GO:0050482 GO:GO:0048149 GO:GO:0007608 GO:GO:0007409 GO:GO:0071875 GO:GO:0007195 GO:GO:0032922 GO:GO:0035240 GO:GO:0002028 GO:GO:0040018 GO:GO:0002027 GO:GO:0030432 GO:GO:0048169 GO:GO:0043266 GO:GO:0042417 GO:GO:0050709 GO:GO:0007625 GO:GO:0021853 GO:GO:0021984 GO:GO:0002052 GO:GO:0001976 GO:GO:0030814 GO:GO:0051898 GO:GO:0048755 GO:GO:0004935 eggNOG:NOG309657 GO:GO:0001591 GO:GO:0060158 CTD:1813 KO:K04145 PANTHER:PTHR24248:SF13 OrthoDB:EOG769ZMG TreeFam:TF334382 GO:GO:0060160 GO:GO:0051586 GO:GO:0060124 GO:GO:0034776 GeneTree:ENSGT00740000115390 EMBL:AADN03008304 EMBL:EU313425 RefSeq:NP_001106761.1 UniGene:Gga.47299 ProteinModelPortal:A9YZQ5 STRING:9031.ENSGALP00000012625 Ensembl:ENSGALT00000012639 GeneID:428252 KEGG:gga:428252 NextBio:20829294 PRO:PR:A9YZQ5 Uniprot:A9YZQ5)

HSP 1 Score: 196.438 bits (498), Expect = 8.937e-56
Identity = 131/402 (32.59%), Postives = 201/402 (50.00%), Query Frame = 0
Query:   25 GNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMSEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTK--------YFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDEESKKPGGLNFSSFRRSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILY 418
            GN  V MA+     LQT TNY I+SL  AD LV   V+P  + L +  G W    I CD ++++D+++CTASIL+LCAISIDRY A++ P  Y+ R  +K  V  +IA VW+LS  I+ P +   N+      EC     P ++VYS+  +FYVP IV L  Y +I +V+++R K        + +D       +     P+ +K  +   +SN   +V K  +V    ++++    +SS++    T +  +  S++   +    +   L  P   E     K           LH + V + +S  P G   S+  +++ R     LS            +E K  + LA+V+G FI CWLPFFI ++L         PP +   FTWLG+VNS +NPI+Y
Sbjct:   48 GNVLVCMAVSREKALQTTTNYLIVSLAVADLLVATLVMPWVVYLEVV-GEWRFSRIHCDIFVTLDVMMCTASILNLCAISIDRYTAVAMPMLYNTRYSSKRRVTVMIAVVWVLSFAISSPILFGLNKADEK--ECII-ANPAFVVYSSVVSFYVPFIVTLLVYVQIYIVLRKRRKRVTTKRSSHVLDSDTQAPLKDKCTHPEDVKLCTVIVKSNGSFQVNK-RKVEAESHIEMEMEMVSSTSPPERTLAKPAAPSNHQLVVPIASRRCTLDSPGKVEKNGHAK---------ENLHTAKVFEIQS-MPNGKTRSTLLKAMNR---RKLSQQ----------KEKKATQMLAIVLGVFIICWLPFFITHILNMHC-DCNIPPAMYSAFTWLGYVNSAVNPIIY 420          
BLAST of EMLSAG00000003687 vs. GO
Match: - (symbol:DRD2 "D(2) dopamine receptor" species:9913 "Bos taurus" [GO:0001591 "dopamine neurotransmitter receptor activity, coupled via Gi/Go" evidence=IEA] [GO:0001659 "temperature homeostasis" evidence=IEA] [GO:0001975 "response to amphetamine" evidence=IEA] [GO:0001976 "neurological system process involved in regulation of systemic arterial blood pressure" evidence=IEA] [GO:0002027 "regulation of heart rate" evidence=IEA] [GO:0002028 "regulation of sodium ion transport" evidence=IEA] [GO:0002052 "positive regulation of neuroblast proliferation" evidence=IEA] [GO:0004935 "adrenergic receptor activity" evidence=IEA] [GO:0005887 "integral component of plasma membrane" evidence=IEA] [GO:0007195 "adenylate cyclase-inhibiting dopamine receptor signaling pathway" evidence=IEA] [GO:0007270 "neuron-neuron synaptic transmission" evidence=IEA] [GO:0007409 "axonogenesis" evidence=IEA] [GO:0007608 "sensory perception of smell" evidence=IEA] [GO:0007625 "grooming behavior" evidence=IEA] [GO:0007628 "adult walking behavior" evidence=IEA] [GO:0007631 "feeding behavior" evidence=IEA] [GO:0008104 "protein localization" evidence=IEA] [GO:0008285 "negative regulation of cell proliferation" evidence=IEA] [GO:0008542 "visual learning" evidence=IEA] [GO:0014059 "regulation of dopamine secretion" evidence=IEA] [GO:0021853 "cerebral cortex GABAergic interneuron migration" evidence=IEA] [GO:0021984 "adenohypophysis development" evidence=IEA] [GO:0030336 "negative regulation of cell migration" evidence=IEA] [GO:0030424 "axon" evidence=IEA] [GO:0030425 "dendrite" evidence=IEA] [GO:0030432 "peristalsis" evidence=IEA] [GO:0030814 "regulation of cAMP metabolic process" evidence=IEA] [GO:0032228 "regulation of synaptic transmission, GABAergic" evidence=IEA] [GO:0032922 "circadian regulation of gene expression" evidence=IEA] [GO:0034776 "response to histamine" evidence=IEA] [GO:0035240 "dopamine binding" evidence=IEA] [GO:0035556 "intracellular signal transduction" evidence=IEA] [GO:0035810 "positive regulation of urine volume" evidence=IEA] [GO:0035815 "positive regulation of renal sodium excretion" evidence=IEA] [GO:0040018 "positive regulation of multicellular organism growth" evidence=IEA] [GO:0042417 "dopamine metabolic process" evidence=IEA] [GO:0042493 "response to drug" evidence=IEA] [GO:0042802 "identical protein binding" evidence=IEA] [GO:0043266 "regulation of potassium ion transport" evidence=IEA] [GO:0043278 "response to morphine" evidence=IEA] [GO:0043473 "pigmentation" evidence=IEA] [GO:0045776 "negative regulation of blood pressure" evidence=IEA] [GO:0048148 "behavioral response to cocaine" evidence=IEA] [GO:0048149 "behavioral response to ethanol" evidence=IEA] [GO:0048169 "regulation of long-term neuronal synaptic plasticity" evidence=IEA] [GO:0048755 "branching morphogenesis of a nerve" evidence=IEA] [GO:0050482 "arachidonic acid secretion" evidence=IEA] [GO:0050709 "negative regulation of protein secretion" evidence=IEA] [GO:0051482 "positive regulation of cytosolic calcium ion concentration involved in phospholipase C-activating G-protein coupled signaling pathway" evidence=IEA] [GO:0051586 "positive regulation of dopamine uptake involved in synaptic transmission" evidence=IEA] [GO:0051898 "negative regulation of protein kinase B signaling" evidence=IEA] [GO:0051967 "negative regulation of synaptic transmission, glutamatergic" evidence=IEA] [GO:0060124 "positive regulation of growth hormone secretion" evidence=IEA] [GO:0060134 "prepulse inhibition" evidence=IEA] [GO:0060158 "phospholipase C-activating dopamine receptor signaling pathway" evidence=IEA] [GO:0060160 "negative regulation of dopamine receptor signaling pathway" evidence=IEA] InterPro:IPR000276 InterPro:IPR000929 InterPro:IPR001922 InterPro:IPR002233 InterPro:IPR017452 Pfam:PF00001 PRINTS:PR00237 PRINTS:PR00242 PRINTS:PR00567 PROSITE:PS00237 PROSITE:PS50262 GO:GO:0030424 GO:GO:0008285 GO:GO:0008104 GO:GO:0005887 GO:GO:0043278 GO:GO:0042493 GO:GO:0043473 GO:GO:0007631 GO:GO:0051967 GO:GO:0014059 GO:GO:0048148 GO:GO:0001659 GO:GO:0051482 GO:GO:0030425 GO:GO:0007270 GO:GO:0008542 GO:GO:0045776 GO:GO:0001975 GO:GO:0035815 GO:GO:0035810 GO:GO:0060134 PANTHER:PTHR24248 GO:GO:0007628 GO:GO:0030336 GO:GO:0032228 GO:GO:0050482 GO:GO:0048149 GO:GO:0007608 GO:GO:0007409 GO:GO:0071875 GO:GO:0007195 GO:GO:0032922 GO:GO:0035240 GO:GO:0002028 GO:GO:0040018 GO:GO:0002027 GO:GO:0030432 GO:GO:0048169 GO:GO:0043266 GO:GO:0042417 GO:GO:0050709 GO:GO:0007625 GO:GO:0021853 GO:GO:0021984 GO:GO:0002052 GO:GO:0001976 GO:GO:0030814 GO:GO:0051898 GO:GO:0048755 GO:GO:0004935 GO:GO:0001591 GO:GO:0060158 UniGene:Bt.4300 GeneID:281126 KEGG:bta:281126 CTD:1813 KO:K04145 PANTHER:PTHR24248:SF13 OrthoDB:EOG769ZMG TreeFam:TF334382 GO:GO:0060160 GO:GO:0051586 GO:GO:0060124 GO:GO:0034776 GeneTree:ENSGT00740000115390 OMA:RNWSRPF EMBL:DAAA02040309 RefSeq:XP_005215857.1 Ensembl:ENSBTAT00000014422 ArrayExpress:F1N4I3 Uniprot:F1N4I3)

HSP 1 Score: 195.282 bits (495), Expect = 2.888e-55
Identity = 133/406 (32.76%), Postives = 201/406 (49.51%), Query Frame = 0
Query:   25 GNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMSEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTK----------YFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLH--ISYVNDEESKKPGGLNFSSFRRSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILY 418
            GN  V MA+     LQT TNY I+SL  AD LV   V+P  + L +  G W    I CD ++++D+++CTASIL+LCAISIDRY A++ P  Y+ R  +K  V  +IA VW+LS  I+CP +   N    N  EC     P ++VYS+  +FYVP IV L  Y +I +V++ R K          +  +++   +G  T   P+ +K  +   +SN    V +          ++    LSS++    T  +    S +  ++     + L   P S     +N         H++ H  I+ + + +S  P G   +S +   RR +                 +E K  + LA+V+G FI CWLPFFI ++L         PP+L   FTWLG+VNS +NPI+Y
Sbjct:   51 GNVLVCMAVSREKALQTTTNYLIVSLAVADLLVATLVMPWVVYLEVV-GEWKFSRIHCDIFVTLDVMMCTASILNLCAISIDRYTAVAMPMLYNTRYSSKRRVTVMIAIVWVLSFTISCPMLFGLNNTDQN--EC-IIANPAFVVYSSIVSFYVPFIVTLLVYIKIYIVLRRRRKRVNTKRSSRAFRANLKAPLKGNCT--HPEDMKLCTVIMKSNGSFPVNRRRVEAARRAQELEMEMLSSTSPPERTRYSPMPPSHHQLTLPDPSHHGLHSTPDSPAKPEKNG--------HAKDHPKIAKIFEIQS-MPNGKTRTSLKTMSRRKLSQQ--------------KEKKATQMLAIVLGVFIICWLPFFITHILNIHC-DCNIPPVLYSAFTWLGYVNSAVNPIIY 426          
BLAST of EMLSAG00000003687 vs. GO
Match: - (symbol:DRD2 "DRD2 transcript variant 1" species:9823 "Sus scrofa" [GO:0001591 "dopamine neurotransmitter receptor activity, coupled via Gi/Go" evidence=IEA] [GO:0001659 "temperature homeostasis" evidence=IEA] [GO:0001975 "response to amphetamine" evidence=IEA] [GO:0001976 "neurological system process involved in regulation of systemic arterial blood pressure" evidence=IEA] [GO:0002027 "regulation of heart rate" evidence=IEA] [GO:0002028 "regulation of sodium ion transport" evidence=IEA] [GO:0002052 "positive regulation of neuroblast proliferation" evidence=IEA] [GO:0004935 "adrenergic receptor activity" evidence=IEA] [GO:0005887 "integral component of plasma membrane" evidence=IEA] [GO:0007195 "adenylate cyclase-inhibiting dopamine receptor signaling pathway" evidence=IEA] [GO:0007270 "neuron-neuron synaptic transmission" evidence=IEA] [GO:0007409 "axonogenesis" evidence=IEA] [GO:0007608 "sensory perception of smell" evidence=IEA] [GO:0007625 "grooming behavior" evidence=IEA] [GO:0007628 "adult walking behavior" evidence=IEA] [GO:0007631 "feeding behavior" evidence=IEA] [GO:0008104 "protein localization" evidence=IEA] [GO:0008285 "negative regulation of cell proliferation" evidence=IEA] [GO:0008542 "visual learning" evidence=IEA] [GO:0014059 "regulation of dopamine secretion" evidence=IEA] [GO:0021853 "cerebral cortex GABAergic interneuron migration" evidence=IEA] [GO:0021984 "adenohypophysis development" evidence=IEA] [GO:0030336 "negative regulation of cell migration" evidence=IEA] [GO:0030424 "axon" evidence=IEA] [GO:0030425 "dendrite" evidence=IEA] [GO:0030432 "peristalsis" evidence=IEA] [GO:0030814 "regulation of cAMP metabolic process" evidence=IEA] [GO:0032228 "regulation of synaptic transmission, GABAergic" evidence=IEA] [GO:0032922 "circadian regulation of gene expression" evidence=IEA] [GO:0034776 "response to histamine" evidence=IEA] [GO:0035240 "dopamine binding" evidence=IEA] [GO:0035556 "intracellular signal transduction" evidence=IEA] [GO:0035810 "positive regulation of urine volume" evidence=IEA] [GO:0035815 "positive regulation of renal sodium excretion" evidence=IEA] [GO:0040018 "positive regulation of multicellular organism growth" evidence=IEA] [GO:0042417 "dopamine metabolic process" evidence=IEA] [GO:0042493 "response to drug" evidence=IEA] [GO:0042802 "identical protein binding" evidence=IEA] [GO:0043266 "regulation of potassium ion transport" evidence=IEA] [GO:0043278 "response to morphine" evidence=IEA] [GO:0043473 "pigmentation" evidence=IEA] [GO:0045776 "negative regulation of blood pressure" evidence=IEA] [GO:0048148 "behavioral response to cocaine" evidence=IEA] [GO:0048149 "behavioral response to ethanol" evidence=IEA] [GO:0048169 "regulation of long-term neuronal synaptic plasticity" evidence=IEA] [GO:0048755 "branching morphogenesis of a nerve" evidence=IEA] [GO:0050482 "arachidonic acid secretion" evidence=IEA] [GO:0050709 "negative regulation of protein secretion" evidence=IEA] [GO:0051482 "positive regulation of cytosolic calcium ion concentration involved in phospholipase C-activating G-protein coupled signaling pathway" evidence=IEA] [GO:0051586 "positive regulation of dopamine uptake involved in synaptic transmission" evidence=IEA] [GO:0051898 "negative regulation of protein kinase B signaling" evidence=IEA] [GO:0051967 "negative regulation of synaptic transmission, glutamatergic" evidence=IEA] [GO:0060124 "positive regulation of growth hormone secretion" evidence=IEA] [GO:0060134 "prepulse inhibition" evidence=IEA] [GO:0060158 "phospholipase C-activating dopamine receptor signaling pathway" evidence=IEA] [GO:0060160 "negative regulation of dopamine receptor signaling pathway" evidence=IEA] InterPro:IPR000276 InterPro:IPR000929 InterPro:IPR001922 InterPro:IPR002233 InterPro:IPR017452 Pfam:PF00001 PRINTS:PR00237 PRINTS:PR00242 PRINTS:PR00567 PROSITE:PS00237 PROSITE:PS50262 GO:GO:0030424 GO:GO:0008285 GO:GO:0008104 GO:GO:0005887 GO:GO:0043278 GO:GO:0042493 GO:GO:0043473 GO:GO:0007631 GO:GO:0051967 GO:GO:0014059 GO:GO:0048148 GO:GO:0001659 GO:GO:0051482 GO:GO:0030425 GO:GO:0007270 GO:GO:0008542 GO:GO:0045776 GO:GO:0001975 GO:GO:0035815 GO:GO:0035810 GO:GO:0060134 PANTHER:PTHR24248 GO:GO:0007628 GO:GO:0030336 GO:GO:0032228 GO:GO:0050482 GO:GO:0048149 GO:GO:0007608 GO:GO:0007409 GO:GO:0071875 GO:GO:0007195 GO:GO:0032922 GO:GO:0035240 GO:GO:0002028 GO:GO:0040018 GO:GO:0002027 GO:GO:0030432 GO:GO:0048169 GO:GO:0043266 GO:GO:0042417 GO:GO:0050709 GO:GO:0007625 GO:GO:0021853 GO:GO:0021984 GO:GO:0002052 GO:GO:0001976 GO:GO:0030814 GO:GO:0051898 GO:GO:0048755 GO:GO:0004935 GO:GO:0001591 GO:GO:0060158 CTD:1813 KO:K04145 PANTHER:PTHR24248:SF13 OrthoDB:EOG769ZMG TreeFam:TF334382 GO:GO:0060160 GO:GO:0051586 GO:GO:0060124 GO:GO:0034776 GeneTree:ENSGT00740000115390 OMA:RNWSRPF EMBL:AEMK01184467 EMBL:CU480838 EMBL:JF412702 RefSeq:NP_001231182.1 UniGene:Ssc.5297 Ensembl:ENSSSCT00000016414 GeneID:100624857 KEGG:ssc:100624857 Uniprot:F1SM69)

HSP 1 Score: 194.897 bits (494), Expect = 4.413e-55
Identity = 133/406 (32.76%), Postives = 201/406 (49.51%), Query Frame = 0
Query:   25 GNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMSEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTK----------YFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLH--ISYVNDEESKKPGGLNFSSFRRSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILY 418
            GN  V MA+     LQT TNY I+SL  AD LV   V+P  + L +  G W    I CD ++++D+++CTASIL+LCAISIDRY A++ P  Y+ R  +K  V  +IA VW+LS  I+CP +   N    N  EC     P ++VYS+  +FYVP IV L  Y +I +V++ R K          +  +++   +G  T   P+ +K  +   +SN    V +          ++    LSS++    T  +    S +  ++     + L   P S     +N         H++ H  I+ + + +S  P G   +S +   RR +                 +E K  + LA+V+G FI CWLPFFI ++L         PP+L   FTWLG+VNS +NPI+Y
Sbjct:   51 GNVLVCMAVSREKALQTTTNYLIVSLAVADLLVATLVMPWVVYLEVV-GEWKFSRIHCDIFVTLDVMMCTASILNLCAISIDRYTAVAMPMLYNTRYSSKRRVTVMIAIVWVLSFTISCPLLFGLNNTDQN--EC-IIANPAFVVYSSIVSFYVPFIVTLLVYIKIYIVLRRRRKRVNTKRSSRAFRANLKAPLKGNCT--HPEDMKLCTVIMKSNGSFPVNRRRVEAARRAQELEMEMLSSTSPPERTRYSPIPPSHHQLTLPDPSHHALHSTPDSPARPEKNG--------HAKDHPKIAKIFEIQS-MPNGKTRTSLKTMSRRKLSQQ--------------KEKKATQMLAIVLGVFIICWLPFFITHILNIHC-DCNIPPVLYSAFTWLGYVNSAVNPIIY 426          
BLAST of EMLSAG00000003687 vs. GO
Match: - (symbol:DRD3 "Uncharacterized protein" species:9031 "Gallus gallus" [GO:0001975 "response to amphetamine" evidence=IEA] [GO:0002016 "regulation of blood volume by renin-angiotensin" evidence=IEA] [GO:0002031 "G-protein coupled receptor internalization" evidence=IEA] [GO:0004952 "dopamine neurotransmitter receptor activity" evidence=IEA] [GO:0005887 "integral component of plasma membrane" evidence=IEA] [GO:0006874 "cellular calcium ion homeostasis" evidence=IEA] [GO:0007191 "adenylate cyclase-activating dopamine receptor signaling pathway" evidence=IEA] [GO:0007194 "negative regulation of adenylate cyclase activity" evidence=IEA] [GO:0007195 "adenylate cyclase-inhibiting dopamine receptor signaling pathway" evidence=IEA] [GO:0007626 "locomotory behavior" evidence=IEA] [GO:0008542 "visual learning" evidence=IEA] [GO:0014059 "regulation of dopamine secretion" evidence=IEA] [GO:0019216 "regulation of lipid metabolic process" evidence=IEA] [GO:0032922 "circadian regulation of gene expression" evidence=IEA] [GO:0034776 "response to histamine" evidence=IEA] [GO:0040014 "regulation of multicellular organism growth" evidence=IEA] [GO:0043278 "response to morphine" evidence=IEA] [GO:0045471 "response to ethanol" evidence=IEA] [GO:0045776 "negative regulation of blood pressure" evidence=IEA] [GO:0048148 "behavioral response to cocaine" evidence=IEA] [GO:0048715 "negative regulation of oligodendrocyte differentiation" evidence=IEA] [GO:0050482 "arachidonic acid secretion" evidence=IEA] [GO:0050709 "negative regulation of protein secretion" evidence=IEA] [GO:0050883 "musculoskeletal movement, spinal reflex action" evidence=IEA] [GO:0051898 "negative regulation of protein kinase B signaling" evidence=IEA] [GO:0060134 "prepulse inhibition" evidence=IEA] [GO:0060160 "negative regulation of dopamine receptor signaling pathway" evidence=IEA] [GO:0060161 "positive regulation of dopamine receptor signaling pathway" evidence=IEA] InterPro:IPR000276 InterPro:IPR000929 InterPro:IPR001620 InterPro:IPR017452 Pfam:PF00001 PRINTS:PR00237 PRINTS:PR00242 PRINTS:PR00568 PROSITE:PS00237 PROSITE:PS50262 GO:GO:0005887 GO:GO:0007268 GO:GO:0004952 GO:GO:0007195 GeneTree:ENSGT00740000115390 PANTHER:PTHR24249:SF38 EMBL:AADN03000909 Ensembl:ENSGALT00000043428 Uniprot:R4GFZ1)

HSP 1 Score: 195.667 bits (496), Expect = 4.558e-55
Identity = 135/404 (33.42%), Postives = 202/404 (50.00%), Query Frame = 0
Query:   25 GNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQP--FRYSKRLRTKGLVMKIIAAVWILSAVITCPPMSEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDEESKKPGGLNFSSFRRSLRRGVKNNLSNNSATNSFNH--------HLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILY 418
            GN  V +A+L    LQT TNY ++SL  AD LV   V+P  + L +T GVW    I CD +++MD+++CTASIL+LCAISIDRY A+ +P  ++Y+    +   V  +I  VW+L+  ++CP +   N  G + + C  +  P +I+YS+  +FY+P +V L  Y RI +V+++R K        T  RQ S    S K   + KE N    +    +   SP L++   D   S +    ++ S     +       +  +L + P              G   H+RL        +SK PG          ++R     LSN    +S            LRE K  + LA+V+G FI CW+PFF++++L A  P  + PP L    TWLG+VNS LNPI+Y
Sbjct:  113 GNVLVCLAVLRERTLQTTTNYLVVSLAVADLLVATLVMPWVVYLEVTGGVWTFSRICCDVFVTMDVMMCTASILNLCAISIDRYTAVVKPVQYQYNTGQSSCRRVSLMIVVVWMLAFAVSCPLLFGFNTTG-DPSVCSISN-PVFIIYSSLVSFYLPFMVTLLLYVRIYLVLRQRQK------KRTLSRQCSYS-ASTKPCYTHKEHNKRKTLPNRCQDPFSPCLQLKCSDQEMSTKRKLLTAFSLQQYRSFC-----QDRSLSETP--------------GTPQHNRLE----ERRKSKNPG--------LEVQR-----LSNGKTVSSLKLAHQQPRLIQLRERKATQMLAIVLGTFIVCWMPFFLIHILNAHCPACHVPPGLYSASTWLGYVNSALNPIIY 471          
BLAST of EMLSAG00000003687 vs. GO
Match: - (symbol:DRD2 "D(2) dopamine receptor" species:9615 "Canis lupus familiaris" [GO:0004935 "adrenergic receptor activity" evidence=IEA] [GO:0004952 "dopamine neurotransmitter receptor activity" evidence=IEA] [GO:0005887 "integral component of plasma membrane" evidence=IEA] [GO:0007195 "adenylate cyclase-inhibiting dopamine receptor signaling pathway" evidence=IEA] InterPro:IPR000276 InterPro:IPR000929 InterPro:IPR001922 InterPro:IPR002233 InterPro:IPR017452 Pfam:PF00001 PRINTS:PR00237 PRINTS:PR00242 PRINTS:PR00567 PROSITE:PS00237 PROSITE:PS50262 GO:GO:0005887 HOVERGEN:HBG106962 HOGENOM:HOG000239242 GO:GO:0007268 GO:GO:0004952 PANTHER:PTHR24248 GO:GO:0071875 GO:GO:0007195 GO:GO:0004935 eggNOG:NOG309657 CTD:1813 KO:K04145 PANTHER:PTHR24248:SF13 EMBL:AF293962 EMBL:AF293963 RefSeq:NP_001003110.1 UniGene:Cfa.3562 ProteinModelPortal:Q9GJU1 ChEMBL:CHEMBL2703 GeneID:403701 KEGG:cfa:403701 InParanoid:Q9GJU1 NextBio:20817205 Uniprot:Q9GJU1)

HSP 1 Score: 193.741 bits (491), Expect = 1.203e-54
Identity = 134/408 (32.84%), Postives = 202/408 (49.51%), Query Frame = 0
Query:   25 GNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMSEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTK----------YFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNE--HELRNKCMNCGASCHSRLH--ISYVNDEESKKPGGLNFSSFRRSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILY 418
            GN  V MA+     LQT TNY I+SL  AD LV   V+P  + L +  G W    I CD ++++D+++CTASIL+LCAISIDRY A++ P  Y+ R  +K  V  +IA VW+LS  I+CP +   N    N  EC     P ++VYS+  +FYVP IV L  Y +I +V++ R K          +  +++   +G  T   P+ +K  +   +SN    V +          ++    LSS++    T  +    S           + L  P PS+   H   +       + H++ H  I+ + + +S  P G   +S +   RR +                 +E K  + LA+V+G FI CWLPFFI ++L     +   PP+L   FTWLG+VNS +NPI+Y
Sbjct:   51 GNVLVCMAVSREKALQTTTNYLIVSLAVADLLVATLVMPWVVYLEVV-GEWKFSRIHCDIFVTLDVMMCTASILNLCAISIDRYTAVAMPMLYNTRYSSKRRVTVMIAIVWVLSFTISCPLLFGLNNTDQN--EC-IIANPAFVVYSSIVSFYVPFIVTLLVYIKIYIVLRRRRKRVNTERSSRAFRANLKAPLKGNCT--HPEDMKLCTVIMKSNGSFPVNRRRVEAARRAQELEMEMLSSTSPPERTRYSPIPPS----------HHQLTLPDPSHHGLHSTADSPAKPEKNGHAKDHPKIAKIFEIQS-MPNGKTRTSLKTMSRRKLSQQ--------------KEKKATQMLAIVLGVFIICWLPFFITHILNIHC-ECNIPPVLYSAFTWLGYVNSAVNPIIY 426          
BLAST of EMLSAG00000003687 vs. GO
Match: - (symbol:DRD2 "D(2) dopamine receptor" species:9615 "Canis lupus familiaris" [GO:0004935 "adrenergic receptor activity" evidence=IEA] [GO:0004952 "dopamine neurotransmitter receptor activity" evidence=IEA] [GO:0005887 "integral component of plasma membrane" evidence=IEA] [GO:0007195 "adenylate cyclase-inhibiting dopamine receptor signaling pathway" evidence=IEA] InterPro:IPR000276 InterPro:IPR000929 InterPro:IPR001922 InterPro:IPR002233 InterPro:IPR017452 Pfam:PF00001 PRINTS:PR00237 PRINTS:PR00242 PRINTS:PR00567 PROSITE:PS00237 PROSITE:PS50262 GO:GO:0005887 GO:GO:0007268 GO:GO:0004952 PANTHER:PTHR24248 GO:GO:0071875 GO:GO:0007195 GO:GO:0004935 KO:K04145 PANTHER:PTHR24248:SF13 UniGene:Cfa.3562 GeneID:403701 OrthoDB:EOG769ZMG GeneTree:ENSGT00740000115390 OMA:RNWSRPF EMBL:AAEX03003486 RefSeq:XP_005619536.1 ProteinModelPortal:F1PMQ9 Ensembl:ENSCAFT00000022040 Uniprot:F1PMQ9)

HSP 1 Score: 193.741 bits (491), Expect = 1.203e-54
Identity = 134/408 (32.84%), Postives = 202/408 (49.51%), Query Frame = 0
Query:   25 GNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMSEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTK----------YFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNE--HELRNKCMNCGASCHSRLH--ISYVNDEESKKPGGLNFSSFRRSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILY 418
            GN  V MA+     LQT TNY I+SL  AD LV   V+P  + L +  G W    I CD ++++D+++CTASIL+LCAISIDRY A++ P  Y+ R  +K  V  +IA VW+LS  I+CP +   N    N  EC     P ++VYS+  +FYVP IV L  Y +I +V++ R K          +  +++   +G  T   P+ +K  +   +SN    V +          ++    LSS++    T  +    S           + L  P PS+   H   +       + H++ H  I+ + + +S  P G   +S +   RR +                 +E K  + LA+V+G FI CWLPFFI ++L     +   PP+L   FTWLG+VNS +NPI+Y
Sbjct:   51 GNVLVCMAVSREKALQTTTNYLIVSLAVADLLVATLVMPWVVYLEVV-GEWKFSRIHCDIFVTLDVMMCTASILNLCAISIDRYTAVAMPMLYNTRYSSKRRVTVMIAIVWVLSFTISCPLLFGLNNTDQN--EC-IIANPAFVVYSSIVSFYVPFIVTLLVYIKIYIVLRRRRKRVNTKRSSRAFRANLKAPLKGNCT--HPEDMKLCTVIMKSNGSFPVNRRRVEAARRAQELEMEMLSSTSPPERTRYSPIPPS----------HHQLTLPDPSHHGLHSTADSPAKPEKNGHAKDHPKIAKIFEIQS-MPNGKTRTSLKTMSRRKLSQQ--------------KEKKATQMLAIVLGVFIICWLPFFITHILNIHC-ECNIPPVLYSAFTWLGYVNSAVNPIIY 426          
BLAST of EMLSAG00000003687 vs. GO
Match: - (symbol:DRD2 "D(2) dopamine receptor" species:9913 "Bos taurus" [GO:0004935 "adrenergic receptor activity" evidence=IEA] [GO:0004952 "dopamine neurotransmitter receptor activity" evidence=IEA] [GO:0005887 "integral component of plasma membrane" evidence=IEA] [GO:0007195 "adenylate cyclase-inhibiting dopamine receptor signaling pathway" evidence=IEA] InterPro:IPR000276 InterPro:IPR000929 InterPro:IPR001922 InterPro:IPR002233 InterPro:IPR017452 Pfam:PF00001 PRINTS:PR00237 PRINTS:PR00242 PRINTS:PR00567 PROSITE:PS00237 PROSITE:PS50262 GO:GO:0005887 HOVERGEN:HBG106962 HOGENOM:HOG000239242 GO:GO:0007268 GO:GO:0004952 PANTHER:PTHR24248 GO:GO:0071875 GO:GO:0007195 GO:GO:0004935 eggNOG:NOG309657 EMBL:X51657 PIR:S08163 RefSeq:NP_776468.1 UniGene:Bt.4300 ProteinModelPortal:P20288 STRING:9913.ENSBTAP00000014422 BindingDB:P20288 ChEMBL:CHEMBL3998 GeneID:281126 KEGG:bta:281126 CTD:1813 InParanoid:P20288 KO:K04145 NextBio:20805194 PANTHER:PTHR24248:SF13 Uniprot:P20288)

HSP 1 Score: 193.741 bits (491), Expect = 1.320e-54
Identity = 133/410 (32.44%), Postives = 197/410 (48.05%), Query Frame = 0
Query:   25 GNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMSEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTK----------YFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDEESK------KPGGLNFSSFRRSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILY 418
            GN  V MA+     LQT TNY I+SL  AD LV   V+P  + L +  G W    I CD ++++D+++CTASIL+LCAISIDRY A++ P  Y+ R  +K  V  +IA VW+LS  I+CP +   N    N  EC     P ++VYS+  +FYVP IV L  Y +I +V++ R K          +  +++   +G  T   P+ +K  +   +SN    V +          ++    LSS++    T  +    S +  ++     + L   P S     +N             H   VN + +K       P G   +S +   RR +                 +E K  + LA+V+G FI CWLPFFI ++L         PP+L   FTWLG+VNS +NPI+Y
Sbjct:   51 GNVLVCMAVSREKALQTTTNYLIVSLAVADLLVATLVMPWVVYLEVV-GEWKFSRIHCDIFVTLDVMMCTASILNLCAISIDRYTAVAMPMLYNTRYSSKRRVTVMIAIVWVLSFTISCPMLFGLNNTDQN--ECII-ANPAFVVYSSIVSFYVPFIVTLLVYIKIYIVLRRRRKRVNTKRSSRAFRANLKAPLKGNCT--HPEDMKLCTVIMKSNGSFPVNRRRVEAARRAQELEMEMLSSTSPPERTRYSPIPPSHHQLTLPDPSHHGLHSTPDSPAKPEKNG------------HAKTVNPKIAKIFEIQSMPNGKTRTSLKTMSRRKLSQQ--------------KEKKATQMLAIVLGVFIICWLPFFITHILNIHC-DCNIPPVLYSAFTWLGYVNSAVNPIIY 427          
BLAST of EMLSAG00000003687 vs. GO
Match: - (symbol:drd2b "dopamine receptor D2b" species:7955 "Danio rerio" [GO:0004935 "adrenergic receptor activity" evidence=IEA] [GO:0005887 "integral component of plasma membrane" evidence=IEA] [GO:0007186 "G-protein coupled receptor signaling pathway" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA;ISS] [GO:0004952 "dopamine neurotransmitter receptor activity" evidence=IEA] [GO:0007195 "adenylate cyclase-inhibiting dopamine receptor signaling pathway" evidence=IEA] [GO:0004930 "G-protein coupled receptor activity" evidence=IEA] [GO:0007212 "dopamine receptor signaling pathway" evidence=ISS] [GO:0001591 "dopamine neurotransmitter receptor activity, coupled via Gi/Go" evidence=ISS] [GO:0007268 "synaptic transmission" evidence=ISS] [GO:0004871 "signal transducer activity" evidence=IEA] [GO:0007165 "signal transduction" evidence=IEA] [GO:0005886 "plasma membrane" evidence=IEA] [GO:0016020 "membrane" evidence=IEA] InterPro:IPR000276 InterPro:IPR000929 InterPro:IPR001922 InterPro:IPR002233 InterPro:IPR017452 Pfam:PF00001 PRINTS:PR00237 PRINTS:PR00242 PRINTS:PR00567 PROSITE:PS00237 PROSITE:PS50262 ZFIN:ZDB-GENE-030910-2 GO:GO:0016021 GO:GO:0005887 HOVERGEN:HBG106962 HOGENOM:HOG000239242 PANTHER:PTHR24248 GO:GO:0071875 GO:GO:0007195 GO:GO:0004935 eggNOG:NOG309657 GO:GO:0001591 KO:K04145 PANTHER:PTHR24248:SF13 OrthoDB:EOG769ZMG TreeFam:TF334382 GeneTree:ENSGT00740000115390 EMBL:CT573185 EMBL:AY333792 RefSeq:NP_922918.1 UniGene:Dr.27067 STRING:7955.ENSDARP00000003786 Ensembl:ENSDART00000016418 GeneID:378719 KEGG:dre:378719 CTD:378719 InParanoid:Q7T1A1 OMA:INASIWI NextBio:20813791 PRO:PR:Q7T1A1 Uniprot:Q7T1A1)

HSP 1 Score: 192.971 bits (489), Expect = 2.830e-54
Identity = 122/403 (30.27%), Postives = 198/403 (49.13%), Query Frame = 0
Query:   25 GNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMSEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFI-DLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDEESKKPGGLNFSSFR-------RSLRRG-VKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILY 418
            GN  V MA+     LQT TNY I+SL  AD LV   V+P  + L +  G W    I CD ++++D+++CTASIL+LCAISIDRY A++ P  Y+ R  +K  V  +I+ VW+LS  I+CP +   N              P ++VYS+  +FYVP I+ L  Y +I VV+++R K  V+ +   +      QP   ++ +  ++      ++K +  + +   K   I ++            +  +      + +    +LL  PPS  H         G+  H+     Y ++ + K     +  S +       ++L  G  +  ++   +    + H +E K  + LA+V+G FI CWLPFFI ++L         P  + + FTWLG+VNS +NPI+Y
Sbjct:   49 GNVLVCMAVSREKALQTTTNYLIVSLAVADLLVATLVMPWVVYLEVV-GEWRFSKIHCDIFVTLDVMMCTASILNLCAISIDRYTAVAMPMLYNTRYSSKRRVTVMISVVWVLSFAISCPLLFGLNNTATRDGSVCEIANPAFVVYSSIMSFYVPFIITLLVYVQIYVVLRKRRKR-VNTKRSCQKTDADAQPPLKEKCTHPEDVKLCTVIIKTNGGVPAKNKKAQLIKEVLHQGGDVGMEMVAGTSPPEKKKLASSLVVDLLATPPSPNH---------GSPSHAE----YQSNGDEKNGHAKDVQSPKETKPVETQALPNGKTRTTVTKTMSKRKMSQH-KEKKATQMLAIVLGVFIICWLPFFITHILKTHCTSCVVPLEMYNAFTWLGYVNSAVNPIIY 435          
BLAST of EMLSAG00000003687 vs. GO
Match: - (symbol:DRD2 "D(2) dopamine receptor" species:9606 "Homo sapiens" [GO:0001591 "dopamine neurotransmitter receptor activity, coupled via Gi/Go" evidence=IDA] [GO:0001659 "temperature homeostasis" evidence=ISS] [GO:0001666 "response to hypoxia" evidence=IEA] [GO:0001669 "acrosomal vesicle" evidence=IEA] [GO:0001963 "synaptic transmission, dopaminergic" evidence=IEA] [GO:0001975 "response to amphetamine" evidence=ISS] [GO:0001976 "neurological system process involved in regulation of systemic arterial blood pressure" evidence=ISS] [GO:0002027 "regulation of heart rate" evidence=ISS] [GO:0002028 "regulation of sodium ion transport" evidence=ISS] [GO:0002031 "G-protein coupled receptor internalization" evidence=IEA] [GO:0002052 "positive regulation of neuroblast proliferation" evidence=ISS] [GO:0002092 "positive regulation of receptor internalization" evidence=IEA] [GO:0004935 "adrenergic receptor activity" evidence=IEA] [GO:0005515 "protein binding" evidence=IPI] [GO:0005886 "plasma membrane" evidence=TAS] [GO:0005887 "integral component of plasma membrane" evidence=IC;IDA] [GO:0006874 "cellular calcium ion homeostasis" evidence=IC] [GO:0007194 "negative regulation of adenylate cyclase activity" evidence=IEA;IDA] [GO:0007195 "adenylate cyclase-inhibiting dopamine receptor signaling pathway" evidence=IEA;IDA] [GO:0007270 "neuron-neuron synaptic transmission" evidence=ISS] [GO:0007409 "axonogenesis" evidence=ISS] [GO:0007416 "synapse assembly" evidence=ISS] [GO:0007608 "sensory perception of smell" evidence=ISS] [GO:0007616 "long-term memory" evidence=IEA] [GO:0007625 "grooming behavior" evidence=IEA] [GO:0007626 "locomotory behavior" evidence=ISS] [GO:0007628 "adult walking behavior" evidence=ISS] [GO:0007631 "feeding behavior" evidence=IEA] [GO:0008104 "protein localization" evidence=ISS] [GO:0008144 "drug binding" evidence=IDA] [GO:0008285 "negative regulation of cell proliferation" evidence=ISS] [GO:0008306 "associative learning" evidence=ISS] [GO:0008542 "visual learning" evidence=ISS] [GO:0009416 "response to light stimulus" evidence=ISS] [GO:0009636 "response to toxic substance" evidence=IEA] [GO:0010039 "response to iron ion" evidence=IEA] [GO:0014069 "postsynaptic density" evidence=IEA] [GO:0014854 "response to inactivity" evidence=IEA] [GO:0015459 "potassium channel regulator activity" evidence=NAS] [GO:0016055 "Wnt signaling pathway" evidence=IEA] [GO:0016328 "lateral plasma membrane" evidence=IEA] [GO:0021756 "striatum development" evidence=IEA] [GO:0021769 "orbitofrontal cortex development" evidence=IEA] [GO:0021853 "cerebral cortex GABAergic interneuron migration" evidence=ISS] [GO:0021984 "adenohypophysis development" evidence=ISS] [GO:0030139 "endocytic vesicle" evidence=IEA] [GO:0030336 "negative regulation of cell migration" evidence=ISS] [GO:0030424 "axon" evidence=ISS] [GO:0030425 "dendrite" evidence=ISS] [GO:0030432 "peristalsis" evidence=ISS] [GO:0030672 "synaptic vesicle membrane" evidence=IEA] [GO:0030814 "regulation of cAMP metabolic process" evidence=IDA] [GO:0031223 "auditory behavior" evidence=IEA] [GO:0032147 "activation of protein kinase activity" evidence=IEA] [GO:0032228 "regulation of synaptic transmission, GABAergic" evidence=ISS] [GO:0032467 "positive regulation of cytokinesis" evidence=IMP] [GO:0032922 "circadian regulation of gene expression" evidence=ISS] [GO:0033602 "negative regulation of dopamine secretion" evidence=IEA] [GO:0034776 "response to histamine" evidence=IDA] [GO:0035094 "response to nicotine" evidence=IEA] [GO:0035240 "dopamine binding" evidence=IEA] [GO:0035255 "ionotropic glutamate receptor binding" evidence=IEA] [GO:0035556 "intracellular signal transduction" evidence=IDA] [GO:0035810 "positive regulation of urine volume" evidence=IEA] [GO:0035815 "positive regulation of renal sodium excretion" evidence=IEA] [GO:0036126 "sperm flagellum" evidence=IEA] [GO:0040018 "positive regulation of multicellular organism growth" evidence=IEA] [GO:0042220 "response to cocaine" evidence=ISS] [GO:0042321 "negative regulation of circadian sleep/wake cycle, sleep" evidence=IEA] [GO:0042417 "dopamine metabolic process" evidence=IC] [GO:0042493 "response to drug" evidence=ISS] [GO:0042802 "identical protein binding" evidence=IPI] [GO:0042803 "protein homodimerization activity" evidence=IEA] [GO:0043197 "dendritic spine" evidence=IEA] [GO:0043204 "perikaryon" evidence=IEA] [GO:0043266 "regulation of potassium ion transport" evidence=ISS] [GO:0043278 "response to morphine" evidence=ISS] [GO:0043473 "pigmentation" evidence=IEA] [GO:0043666 "regulation of phosphoprotein phosphatase activity" evidence=IEA] [GO:0043679 "axon terminus" evidence=IEA] [GO:0045745 "positive regulation of G-protein coupled receptor protein signaling pathway" evidence=IEA] [GO:0045776 "negative regulation of blood pressure" evidence=ISS] [GO:0045944 "positive regulation of transcription from RNA polymerase II promoter" evidence=IEA] [GO:0046488 "phosphatidylinositol metabolic process" evidence=ISS] [GO:0046676 "negative regulation of insulin secretion" evidence=IEA] [GO:0046982 "protein heterodimerization activity" evidence=IEA] [GO:0048148 "behavioral response to cocaine" evidence=ISS] [GO:0048149 "behavioral response to ethanol" evidence=ISS] [GO:0048169 "regulation of long-term neuronal synaptic plasticity" evidence=ISS] [GO:0048678 "response to axon injury" evidence=IEA] [GO:0048755 "branching morphogenesis of a nerve" evidence=ISS] [GO:0050482 "arachidonic acid secretion" evidence=IDA] [GO:0050709 "negative regulation of protein secretion" evidence=IDA] [GO:0051209 "release of sequestered calcium ion into cytosol" evidence=ISS] [GO:0051481 "negative regulation of cytosolic calcium ion concentration" evidence=IEA] [GO:0051482 "positive regulation of cytosolic calcium ion concentration involved in phospholipase C-activating G-protein coupled signaling pathway" evidence=IDA] [GO:0051584 "regulation of dopamine uptake involved in synaptic transmission" evidence=IC] [GO:0051586 "positive regulation of dopamine uptake involved in synaptic transmission" evidence=ISS] [GO:0051823 "regulation of synapse structural plasticity" evidence=IEA] [GO:0051898 "negative regulation of protein kinase B signaling" evidence=ISS] [GO:0051967 "negative regulation of synaptic transmission, glutamatergic" evidence=ISS] [GO:0060124 "positive regulation of growth hormone secretion" evidence=ISS] [GO:0060134 "prepulse inhibition" evidence=ISS] [GO:0060158 "phospholipase C-activating dopamine receptor signaling pathway" evidence=IGI] [GO:0060160 "negative regulation of dopamine receptor signaling pathway" evidence=ISS] [GO:0070374 "positive regulation of ERK1 and ERK2 cascade" evidence=IEA] [GO:0090325 "regulation of locomotion involved in locomotory behavior" evidence=IEA] [GO:1900273 "positive regulation of long-term synaptic potentiation" evidence=IEA] [GO:1901386 "negative regulation of voltage-gated calcium channel activity" evidence=IEA;IDA] InterPro:IPR000276 InterPro:IPR000929 InterPro:IPR001922 InterPro:IPR002233 InterPro:IPR017452 Pfam:PF00001 PRINTS:PR00237 PRINTS:PR00242 PRINTS:PR00567 PROSITE:PS00237 PROSITE:PS50262 Reactome:REACT_111102 GO:GO:0015459 GO:GO:0030424 GO:GO:0008285 GO:GO:0014069 GO:GO:0032467 GO:GO:0008104 GO:GO:0036126 GO:GO:0005887 GO:GO:0016055 GO:GO:0043278 GO:GO:0042493 GO:GO:0035556 GO:GO:0043473 HOVERGEN:HBG106962 DrugBank:DB01238 DrugBank:DB00490 DrugBank:DB00363 DrugBank:DB00589 DrugBank:DB01224 DrugBank:DB00246 GO:GO:0008144 GO:GO:0007631 GO:GO:0002031 DrugBank:DB00696 GO:GO:0051967 GO:GO:0009636 GO:GO:0070374 GO:GO:0051209 DrugBank:DB00477 DrugBank:DB01239 DrugBank:DB00933 DrugBank:DB00805 DrugBank:DB00334 DrugBank:DB01267 DrugBank:DB00433 DrugBank:DB00420 DrugBank:DB01069 DrugBank:DB00777 DrugBank:DB00734 DrugBank:DB06144 DrugBank:DB00372 DrugBank:DB00679 DrugBank:DB00752 GO:GO:0048148 GO:GO:0001659 DrugBank:DB00508 GO:GO:0051482 GO:GO:0030425 GO:GO:0043204 GO:GO:0043679 GO:GO:0007270 GO:GO:0001669 GO:GO:0001666 GO:GO:0045944 GO:GO:0043197 GO:GO:0008542 GO:GO:0007616 GO:GO:0048678 GO:GO:0045776 GO:GO:0001975 GO:GO:0001963 GO:GO:0035815 GO:GO:0035810 GO:GO:0060134 GO:GO:0007194 PANTHER:PTHR24248 GO:GO:0030672 GO:GO:0046676 GO:GO:0010039 GO:GO:0007628 GO:GO:0030336 GO:GO:0032228 GO:GO:0007416 GO:GO:0050482 GO:GO:0035094 GO:GO:0048149 DrugBank:DB01233 MIM:103780 GO:GO:0046488 GO:GO:0030139 GO:GO:0007608 GO:GO:0007409 GO:GO:0071875 DrugBank:DB00875 DrugBank:DB00850 DrugBank:DB00831 GO:GO:0007195 DrugBank:DB01200 GO:GO:0032922 GO:GO:0032147 GO:GO:0035240 GO:GO:0002028 GO:GO:0002092 GO:GO:0016328 GO:GO:0040018 GO:GO:0002027 GO:GO:0030432 GO:GO:0048169 GO:GO:0043266 GO:GO:0042417 GO:GO:0050709 DrugBank:DB01235 DrugBank:DB00915 GO:GO:0007625 GO:GO:0021853 GO:GO:0021984 GO:GO:0002052 GO:GO:0051481 GO:GO:0021756 GO:GO:1901386 DrugBank:DB00568 DrugBank:DB01100 GO:GO:0001976 DrugBank:DB00623 DrugBank:DB00714 GO:GO:0030814 GO:GO:0051898 GO:GO:0045745 GO:GO:0033602 DrugBank:DB00502 DrugBank:DB00268 DrugBank:DB01624 DrugBank:DB01184 GO:GO:0051823 DrugBank:DB00409 GO:GO:0048755 GO:GO:0004935 eggNOG:NOG309657 OMA:NSVKHSR GO:GO:0001591 GO:GO:0060158 DrugBank:DB01063 DrugBank:DB01038 DrugBank:DB00408 DrugBank:DB01186 GO:GO:0042321 GO:GO:0021769 GO:GO:1900273 CTD:1813 KO:K04145 PANTHER:PTHR24248:SF13 EMBL:M30625 EMBL:X51645 EMBL:X51646 EMBL:X51362 EMBL:M29066 EMBL:S62137 EMBL:S69899 EMBL:S58589 EMBL:S58577 EMBL:S58584 EMBL:S58586 EMBL:S58588 EMBL:AF176812 EMBL:AB065860 EMBL:AF050737 EMBL:BC021195 PIR:S08417 RefSeq:NP_000786.1 RefSeq:NP_057658.2 RefSeq:XP_005271482.1 UniGene:Hs.73893 PDB:1I15 PDB:2YOU PDBsum:1I15 PDBsum:2YOU ProteinModelPortal:P14416 SMR:P14416 BioGrid:108147 DIP:DIP-5977N IntAct:P14416 MINT:MINT-201447 STRING:9606.ENSP00000354859 BindingDB:P14416 ChEMBL:CHEMBL2111460 DrugBank:DB00248 DrugBank:DB00450 DrugBank:DB04842 DrugBank:DB01618 DrugBank:DB00413 DrugBank:DB00391 GuidetoPHARMACOLOGY:215 PhosphoSite:P14416 DMDM:118206 PaxDb:P14416 PRIDE:P14416 DNASU:1813 Ensembl:ENST00000346454 Ensembl:ENST00000355319 Ensembl:ENST00000362072 Ensembl:ENST00000538967 Ensembl:ENST00000542968 GeneID:1813 KEGG:hsa:1813 UCSC:uc001pnz.3 UCSC:uc001pob.4 GeneCards:GC11M113280 HGNC:HGNC:3023 HPA:HPA015691 MIM:126450 MIM:159900 neXtProt:NX_P14416 Orphanet:36899 PharmGKB:PA27478 OrthoDB:EOG769ZMG TreeFam:TF334382 SignaLink:P14416 EvolutionaryTrace:P14416 GeneWiki:Dopamine_receptor_D2 GenomeRNAi:1813 NextBio:7389 PRO:PR:P14416 ArrayExpress:P14416 Bgee:P14416 CleanEx:HS_DRD2 Genevestigator:P14416 GO:GO:0031223 GO:GO:0060160 GO:GO:0051586 GO:GO:0060124 GO:GO:0090325 GO:GO:0043666 GO:GO:0034776 GO:GO:0014854 Uniprot:P14416)

HSP 1 Score: 192.586 bits (488), Expect = 3.142e-54
Identity = 131/404 (32.43%), Postives = 196/404 (48.51%), Query Frame = 0
Query:   25 GNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMSEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTK----------YFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDEESKKPGGLNFSSFRRSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILY 418
            GN  V MA+     LQT TNY I+SL  AD LV   V+P  + L +  G W    I CD ++++D+++CTASIL+LCAISIDRY A++ P  Y+ R  +K  V  +I+ VW+LS  I+CP +   N    N  EC     P ++VYS+  +FYVP IV L  Y +I +V++ R K          +   ++   +G  T   P+ +K  +   +SN    V +          ++    LSS++    T  +    S +  ++     + L   P S     +N      A  H ++   +   E    P G   +S +   RR +                 +E K  + LA+V+G FI CWLPFFI ++L         PP+L   FTWLG+VNS +NPI+Y
Sbjct:   51 GNVLVCMAVSREKALQTTTNYLIVSLAVADLLVATLVMPWVVYLEVV-GEWKFSRIHCDIFVTLDVMMCTASILNLCAISIDRYTAVAMPMLYNTRYSSKRRVTVMISIVWVLSFTISCPLLFGLNNADQN--EC-IIANPAFVVYSSIVSFYVPFIVTLLVYIKIYIVLRRRRKRVNTKRSSRAFRAHLRAPLKGNCT--HPEDMKLCTVIMKSNGSFPVNRRRVEAARRAQELEMEMLSSTSPPERTRYSPIPPSHHQLTLPDPSHHGLHSTPDSPAKPEKNG----HAKDHPKIAKIF---EIQTMPNGKTRTSLKTMSRRKLSQQ--------------KEKKATQMLAIVLGVFIICWLPFFITHILNIHC-DCNIPPVLYSAFTWLGYVNSAVNPIIY 426          
BLAST of EMLSAG00000003687 vs. C. finmarchicus
Match: gi|592900196|gb|GAXK01058179.1| (TSA: Calanus finmarchicus comp287066_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 131.724 bits (330), Expect = 1.990e-32
Identity = 115/423 (27.19%), Postives = 182/423 (43.03%), Query Frame = 0
Query:   25 GNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTE---GVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM------SEPNRHGPNLTE---CHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLXXXXXXXXXXXXXXXXXXXXXXIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDEESKKPGGLNXXXXXXXXXXGVKNNLSNNSATNSF-------------NHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKS-YFPPLLVDGFTWLGWVNSTLNPILYAAS 421
             N  VI +++   +L+ I NYF++SL FAD +V  F    A++ + T+   G W+ G  +CD W S+D+   T S L LCAIS DR+ AI +PF Y   + T    M +IAA W+    I+  P+      ++ +      TE   C +     Y   S+  TF+ P+I+++  Y R   V +E  K    M+  T  R       S+  S   + S  D   +   +V                                    +T+ KNN + P   +     +K  + GA+           D ++K    ++  +     R   +N++  +S TN               +   RE K    L VV+G F+ CWLPFFI Y+ T    ++ Y P  +V    W+G+ NSTLNP++YA +
Sbjct:  355 SNLLVIFSVVLYRKLRGINNYFLVSLAFADLIVACF----AMTFNATQEILGRWIFGPAVCDLWNSIDVHASTVSTLHLCAISFDRFYAIVKPFDYDHFMNTYS-AMGMIAAAWLCPVFISFVPIFLGWYTTKEHLKEREETEDKICKFVTNVPYAFISSTLTFWFPVILMVLVYYR---VYREAMKQKTAMEKMTNIRALPVAKNSVNDSFGGEVSRTDTFDVNNGKV-----------------------------------GETRHKNNSVSPAEKDGQIKPDKSDSIGATNGGE-------DIKNKAAKRISLETAMIDARAKARNSVFASSGTNILEVFSVLKERKRLNSSWRREHKAFVTLGVVMGTFLLCWLPFFIWYLTTTICGEACYCPDEVVSLLFWIGYFNSTLNPVIYAMT 1473          
BLAST of EMLSAG00000003687 vs. C. finmarchicus
Match: gi|592833629|gb|GAXK01123915.1| (TSA: Calanus finmarchicus comp666680_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 121.709 bits (304), Expect = 5.454e-29
Identity = 72/184 (39.13%), Postives = 103/184 (55.98%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM--------SEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTK 199
            IGN  V+ AIL    LQ++ NY ILSL  AD LV + V+P      +++  W+LG  LCD W S D+L CTASIL L AI++DRY A++ P     R  T   V+  I+ VWI+S V++  P+        SE    G    +C  ++   Y +++   TF+VPLI+IL  Y RI +  + R +
Sbjct:  491 IGNVFVMAAILLDRHLQSVANYLILSLAVADLLVAILVMPLGAVYEISKK-WILGPNLCDMWTSSDVLCCTASILHLLAIALDRYWAVTHPHYIHSRSSTTIWVL--ISLVWIMSIVVSLAPLFGWKDDKWSERVEDG----DCIVSQDISYQIFATSATFFVPLILILLLYWRIFLTARTRLR 1021          

HSP 2 Score: 60.4622 bits (145), Expect = 5.583e-9
Identity = 29/61 (47.54%), Postives = 39/61 (63.93%), Query Frame = 0
Query:  358 REAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILY 418
            RE K AK LA+V G FI CWLPFF++ ++     ++     +   F WLG+ NSTLNPI+Y
Sbjct: 1445 REKKAAKTLAIVTGAFIICWLPFFVIALVNPLC-ENCINNYVFSFFLWLGYFNSTLNPIIY 1624          
BLAST of EMLSAG00000003687 vs. C. finmarchicus
Match: gi|592799822|gb|GAXK01154746.1| (TSA: Calanus finmarchicus comp1768349_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 122.094 bits (305), Expect = 5.637e-29
Identity = 72/195 (36.92%), Postives = 106/195 (54.36%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMS--EPNRHGPNLT-ECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQ---GGTEGRQ 212
            IGN+ VI+A+     L + TNY I SL  AD LVGL V+P + +    +  WV G + C+ W S+D+L  TASIL LC IS+DRY AI+ PF Y  ++  K     +I  VW+ S+ I+ P +        GP    +C + +  GY+V+S+  +FY PL V+++TY +I       +K     Q   G  +G  
Sbjct:  989 IGNALVIIAVFQERNLHSATNYLIASLAVADSLVGLVVMPFSATYEGMDQAWVFGPVWCELWHSLDVLASTASILHLCVISLDRYWAITDPFNYPVKMNDK-RAGYLIVLVWVCSSSISFPAILWWRVTAEGPAPPWKCPFTDDIGYLVFSSTVSFYGPLAVMVFTYIKIFQAATAYSKSLSSGQKLLGSAKGEN 1570          

HSP 2 Score: 67.781 bits (164), Expect = 2.996e-11
Identity = 30/63 (47.62%), Postives = 39/63 (61.90%), Query Frame = 0
Query:  358 REAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYF-PPLLVDGFTWLGWVNSTLNPILYA 419
            +E K AK L  V+G FI CWLPFF+  V+    P     P +     TWLGWVNS++NP++YA
Sbjct:  641 KETKAAKTLGTVMGVFIICWLPFFVTNVIAGICPSCISNPEVTFAVLTWLGWVNSSMNPVIYA 829          
BLAST of EMLSAG00000003687 vs. C. finmarchicus
Match: gi|592758667|gb|GAXK01195746.1| (TSA: Calanus finmarchicus comp1695636_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 119.398 bits (298), Expect = 8.154e-29
Identity = 109/372 (29.30%), Postives = 165/372 (44.35%), Query Frame = 0
Query:   94 TASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMSEPN---RHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKE--RTKYFVDMQGGTEGRQTS-NQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLXXXXXXXXXXXXXXXXXXXXXXIDTKRKNNLLQ----------PPPSN---------------EHELRNKCMNCGASCHSRLHISYVN--DEESKKPGGLNXXXXXX--XXXXGVKNN-LSNNSATNSFNHHLREAKTAKR-----------LAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILY 418
            TASIL+LCAI++DR+ AI  P  Y+ + RT G V  +I  VW++S +I  PP+   N    H    T C   E+ GYIVYS+CG+F++PL +IL+ Y +I +   +    +  +   GG +    S  QP + K     +E+ N    L           + H + L           + +  S ++    ++R ++L +             SN               +H+  +     G  C   LH   VN  DE+ + P   + SS  +  S +  V+N    +  A       LR  K A R           +AV+V  FI CWLPFF +YV+  F         +    TWLG++NSTLNPI+Y
Sbjct:  210 TASILNLCAIALDRFWAIHDPINYATK-RTTGRVYCMIVLVWLVSCIICLPPLIGWNDWPEHFSTSTPCMLTEEKGYIVYSSCGSFFIPLCLILFLYFKIFLTQSKMANKRNLIKTGGGKKQVLVSLPQPSTGKSGHQEEENTNSSNGLVKKVKEEKKKQRRHILALVKEKNSIMYQKSVNAGSQSSI---SRRGSSLAEMNGTGHDSEMGEASNVNIVTNISQTTGNVGKHQGTDHTAKDGKHC---LHSHNVNLLDEKCESPAACDKSSSSQENSDQSSVENEKFESFKAKLRVQVFLRREKDAGRNQSKEQKAARTMAVIVVTFIVCWLPFFTMYVILPFCSTCTVHRRVQIFITWLGYLNSTLNPIIY 1304          
BLAST of EMLSAG00000003687 vs. C. finmarchicus
Match: gi|592846427|gb|GAXK01111117.1| (TSA: Calanus finmarchicus comp696025_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 119.013 bits (297), Expect = 5.771e-28
Identity = 114/451 (25.28%), Postives = 196/451 (43.46%), Query Frame = 0
Query:   21 FLWI-------GNSTVIMAILTVPRLQTITNY---FILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYS--KRLRTKGLVMKIIAAVWILSAVITCPPMSEPNRHGPNLTECHYNE-----------------KPGYIVYSACGTFYVPLIVI-----LYTYGRIVVVVK--ERTKYFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLXXXXXXXXXXXXXXXXXXXXXXIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDEESKKPGGL-------NXXXXXXXXXXGVKNNLSNNSATNSFNHHLREAKTAKR-----LAVVVGFFITCWLPFFIVYVLTAF---IPKSYFP-PLLVDGFTWLGWVNSTLNPILYA 419
            F+WI       GN+  I+AIL   R +T  N+   F+LSL  ADF VGLFV+  ++   M +G W+ G   C  ++++DI  C+ASI SL  IS+DR+ A+  P +Y+  ++LRT   V  +I + W+++ +I+  PM        N T    NE                   G+++YS+   F +P  ++        Y ++++  K  ER+K     Q   E  + + Q   ++R ++ K S    K  K+S                                      D  +K    +  P    EL+   M    S +     ++V+D  +   G L              S+  G+ +        +     L++ + A+R     +AV+VG F+ CW PF ++++L  +   +    F    +++  TW+G+VNS+LNP++YA
Sbjct:  131 FMWILITLTVVGNAITIIAILA--RKKTRNNHGNRFLLSLSAADFSVGLFVMLPSVMQSMNDG-WLWGMTSCKMFVTIDITFCSASIYSLIGISLDRHYAVYNPLQYAIKRKLRT---VTILILSAWVMALIIST-PMYVDAPGFSNFTHIMTNESIRNTSLGGCMPPIDHGSRGFVLYSSILAFLIPFFILGGLQSSIMYRKMIIQRKKVERSK----AQAQAESAELTRQATVLERQNTIK-SQESVKKKKISTT------------------------------------DNPKKKLSTKEAPKKVQELQR--MESTISDYE----TFVDDTSTDHSGDLFNMQEIAELQKKDGSIMGGILSIRKPKREMSRAERKLKKEEAAQRKITRMMAVIVGTFVLCWFPFAVMFILLPYNESVANYLFANSYIIELITWIGYVNSSLNPMIYA 1321          
BLAST of EMLSAG00000003687 vs. C. finmarchicus
Match: gi|592949010|gb|GAXK01009543.1| (TSA: Calanus finmarchicus comp1466365_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 112.849 bits (281), Expect = 2.657e-26
Identity = 106/406 (26.11%), Postives = 179/406 (44.09%), Query Frame = 0
Query:   25 GNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITC--PPMSEPNRH----GPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLXXXXXXXXXXXXXXXXXXXXXXIDTKRKNNLL-----QPPPSNEHELRNKCMNCGASCHSRLHISYVNDEESKKPGGLNXXXXXXXXXXGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPP-LLVDGFTWLGWVNSTLNPILY 418
            GN  V +AI T   LQ +TNYF++SL  AD LV L V+P    +  + G W LG   C  + + D+L C+ASIL L  IS+ RY  I +P R  +R  ++  V+  +   W L  ++    P ++  + H     PN+ E   NE   ++++ +  +FY+P+++++ TY   +  +K++    +  Q     +Q    P+     S+   +            I + Y+ +              +    + +S   +  T R   LL     Q PP+  HE++   +N      SR+H S                           ++L   S+T S      E K ++ L VV   F+ CW PFFI+ ++     +   PP  + D   WLG+ +ST+NP++Y
Sbjct:  139 GNFLVCLAISTNRELQNMTNYFLMSLAVADLLVCLIVMPFGAIIFFS-GDWPLGESWCVFYQTCDVLACSASILHLMFISVGRYRGIRRPLR--QRAESESSVLYRVVLTWGLGMLLASPIPVLALIDMHNIMPAPNICE-MVNEH--FLIFGSLLSFYIPMVIMVTTYALTIHHLKKQKLCALAGQRHVISKQGKFLPKDTGTYSADSRAT-----------ITTSYMPIR-------------NGHKDSFTSIAGTESTHRCCKLLLSRATQTPPNISHEIQ---LNSRKKSWSRIHFS---------------------------SSLKQMSSTVS------EEKASRVLGVVFSTFVICWAPFFIMNLVVVLCGEMCVPPSFMGDMALWLGYASSTINPLIY 1158          
BLAST of EMLSAG00000003687 vs. C. finmarchicus
Match: gi|592910358|gb|GAXK01048017.1| (TSA: Calanus finmarchicus comp1255426_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 105.916 bits (263), Expect = 4.351e-24
Identity = 63/190 (33.16%), Postives = 100/190 (52.63%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLP-AAISLHMTEGV-WVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCP-------PMSEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDM 204
            +GN  V+ AI T  RLQT++N FI+SL  AD +VGL V+P ++I      G  W  G  +C  ++S+D    TASI +L  +S+DRY +I+ P RY +R RTK   + +I   W+ S+    P             ++  ++ +  +     + V SA   FY+P   ++  Y RI + +KER++    M
Sbjct:  640 VGNGMVLHAIRTEKRLQTVSNMFIMSLAVADLIVGLIVMPISSIDFIADSGQGWKFGLGVCQIYLSIDYTASTASIFNLFILSLDRYWSITSPLRYLRR-RTKKRALVMIGLAWLASSTWVVPVLGWHYFEFGGVRQNQDDVCKTEFAANVPFKVISAIFNFYIPTTCMVVLYVRIFLAIKERSREMEKM 1206          
BLAST of EMLSAG00000003687 vs. C. finmarchicus
Match: gi|592802527|gb|GAXK01152041.1| (TSA: Calanus finmarchicus comp927325_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 105.916 bits (263), Expect = 1.575e-23
Identity = 67/213 (31.46%), Postives = 112/213 (52.58%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCP-----PMSEPNRHGPNLTECHYN-EKPGYIVYSACG--TFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEGRQTSNQPQSIKRSSSTKE 228
            +GN  V+++     +LQTI+NYF+ SL  AD ++G+  +P   ++      W  G +LCDAW+++D L   AS+++L  IS DRY ++++P  Y  R  TK   + +I++ W LS V+  P     P  E  R  P+  +C+    +  +I+   C    FYVP+ ++   Y R+     +R +  V +Q G +         S KRS+S+ E
Sbjct:  268 VGNIMVMVSFKIDKQLQTISNYFLFSLAIADLIIGIISIPF-FAVFFIMKKWTFGQVLCDAWLAIDYLASNASVMNLLVISFDRYFSVTRPLSYRARRTTKKAAL-MISSAWGLSLVVWVPAIYAWPYIEGERKVPD-EDCYIQFVETNHIMSILCAMMAFYVPVTIMCGLYVRVWWETVKRQRDLVHLQAGKKA--------SSKRSNSSTE 873          

HSP 2 Score: 36.965 bits (84), Expect = 1.595e-1
Identity = 20/66 (30.30%), Postives = 34/66 (51.52%), Query Frame = 0
Query:  358 REAKTAKRLAVVVGFFITCWLPFFIVYVLTAFI----PKSYFPPLLVDGFTWLGWVNSTLNPILYA 419
            +E K AK L+ ++  F+  W P+ ++ V+   +         P +L D    L ++NST+NP  YA
Sbjct: 1561 QERKAAKTLSAILLVFLLTWTPYNVLAVMKGILGPDQSDKIIPQMLWDIAYCLCYINSTINPFCYA 1758          
BLAST of EMLSAG00000003687 vs. C. finmarchicus
Match: gi|592834516|gb|GAXK01123028.1| (TSA: Calanus finmarchicus comp2170137_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 103.219 bits (256), Expect = 4.353e-23
Identity = 59/179 (32.96%), Postives = 99/179 (55.31%), Query Frame = 0
Query:   29 VIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM-------SEPNRH-GPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTK 199
            VI++++   RL+ + NYF++SL FAD  V LF +    ++ +T G W  G  +CD W SMD+ + T S L LC IS+DRY AI++P +Y   +  K  +M +I+  WI+   I+  P+       +E  +H   +  EC +     +   S+  TF++P++V+L  Y RI +  +   +
Sbjct:  275 VIVSVILYRRLRHVNNYFLVSLAFADLFVALFAMTFNATVEIT-GQWNFGAFMCDFWNSMDVHVSTVSTLHLCCISVDRYYAIAKPLQYHMTITVKRAMM-MISMAWIIPTCISFLPIFMGWYTTTEYLQHKDQHPDECRFIVNKPFAFISSSLTFWLPVMVMLTLYHRIYLEARRHMR 805          
BLAST of EMLSAG00000003687 vs. C. finmarchicus
Match: gi|592790121|gb|GAXK01164447.1| (TSA: Calanus finmarchicus comp5881552_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 94.7449 bits (234), Expect = 1.471e-21
Identity = 55/125 (44.00%), Postives = 73/125 (58.40%), Query Frame = 0
Query:   25 GNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMSEP 149
            GN  VI+AI     L+ I N+FI SL  AD LVG  V+P ++   +T G WV G+  C    ++D+ LCTASIL+LC IS+DRY +IS    Y    RT      +I  VW+ S VI+ PP+  P
Sbjct:  163 GNLLVILAIFRDTSLKNIQNWFIASLAMADILVGAVVVPFSLMQEVT-GQWVFGFYWCQVHSALDVFLCTASILNLCLISLDRYWSISHATTY-LIYRTSSSAKAMILTVWVASMVISIPPLLYP 531          
BLAST of EMLSAG00000003687 vs. L. salmonis peptides
Match: EMLSAP00000003687 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1:1117397:1240427:-1 gene:EMLSAG00000003687 transcript:EMLSAT00000003687 description:"maker-LSalAtl2s1-snap-gene-13.14")

HSP 1 Score: 877.47 bits (2266), Expect = 0.000e+0
Identity = 425/425 (100.00%), Postives = 425/425 (100.00%), Query Frame = 0
Query:    1 MKKHVCKFYNIYEEYKLHKKFLWIGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMSEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDEESKKPGGLNFSSFRRSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILYAASKSGI 425
            MKKHVCKFYNIYEEYKLHKKFLWIGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMSEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDEESKKPGGLNFSSFRRSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILYAASKSGI
Sbjct:    1 MKKHVCKFYNIYEEYKLHKKFLWIGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMSEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDEESKKPGGLNFSSFRRSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILYAASKSGI 425          
BLAST of EMLSAG00000003687 vs. L. salmonis peptides
Match: EMLSAP00000009433 (pep:novel supercontig:LSalAtl2s:LSalAtl2s601:31744:33432:-1 gene:EMLSAG00000009433 transcript:EMLSAT00000009433 description:"augustus_masked-LSalAtl2s601-processed-gene-1.0")

HSP 1 Score: 165.236 bits (417), Expect = 3.639e-45
Identity = 126/448 (28.12%), Postives = 203/448 (45.31%), Query Frame = 0
Query:   25 GNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMS---------EPNRHGPN--LTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRI-----------------VVVVKERTKYFVDMQGGTEGRQTSNQPQSIKRSSSTK-----ESNNDDKVLKLSEV--IVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKC-MNCGASCHSRLHISYVNDEESKKPGGLNFSSFRRSLRRGVKNNLSNNSATNSFNHHLR-----------------EAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILYA 419
            GN  VI A+    +L+  TN FI+SL +AD ++G+ VLP + +++    +W+ G   C  W+++D+ +CTASIL L  IS+DRY+A++ P  Y   + +K   + I+ A W+LS VI  PP+          + N+   N  + EC   ++PGY++YSA G+FY P++V+++   +I                 + V +E     +   GG           S + SSST      + +  D +L   E   ++    K H  D   S + ++T   +  N        T+         P  +    +K   NC   C  R   S +  E S K    N ++             ++N+  N  N H                   E K AK L ++VG FI+CW PFF +Y++T+F      P ++   F WLG+ NS  NP++YA
Sbjct:   44 GNMMVIAAVHMTQKLRGATNLFIVSLAWADLMLGIIVLPTS-AMYEVFHIWIFGVHWCAIWLAVDVWMCTASILHLVVISLDRYIAVTHPVTYPNIMSSKRAKLLILGA-WVLSFVICFPPLVGWNEDEDLFDENKSEDNSCMPECKLIQEPGYVIYSAVGSFYAPMLVMIFFNYKIYRTATKTTKAIRKGWTKIKVGQEEMGMGIHRGGGXPSSSNRLSAVSKRYSSSTPYINGIKRDRFDGILMEEETAKLLLAVSKNHGKDKLLSVQYTTTKRCAHGNHKTFVECGTQTGEEAPTAKPEEQKRKNSKVPRNC---CFWRWKKSQL--EASSKKNRQNSNTLLDWSDIDQDXPTTSNTPVNLKNIHCSTKLGKRNIKSQVKRFRMETKAAKTLGIIVGCFISCWFPFFTMYLITSFCADC-VPGIVFSVFFWLGYCNSAFNPVIYA 483          
BLAST of EMLSAG00000003687 vs. L. salmonis peptides
Match: EMLSAP00000003021 (pep:novel supercontig:LSalAtl2s:LSalAtl2s171:196627:197691:1 gene:EMLSAG00000003021 transcript:EMLSAT00000003021 description:"augustus_masked-LSalAtl2s171-processed-gene-2.0")

HSP 1 Score: 137.887 bits (346), Expect = 1.275e-36
Identity = 79/220 (35.91%), Postives = 122/220 (55.45%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMSEPNRHGPNLT---ECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEGRQTSNQPQSI--------KRSSSTKESNND 232
            +GNS +I+++L    L T TNYFI SL  ADFLVGL V+P + +    +  W+ G   CD W SMD+L  TASIL+LC IS+DRY AI+ P  Y  ++  K   + +I  VW+ S+VI+ P ++       N+    +C + E  GY+++S+  +FY PL ++++ Y +I     E T+    ++ G +    +  P S          R +S K +NND
Sbjct:   45 LGNSLIIVSVLKKRSLHTATNYFITSLAIADFLVGLVVMPFSATYEAMDQRWIFGPDWCDIWHSMDVLASTASILNLCVISLDRYWAITDPMTYPYKMTGKRAAI-LIVLVWVCSSVISFPAIAWWRLVAENVPPEWKCPFTEDMGYLIFSSTVSFYGPLTIMVFAYAKIYKAALEHTR---SLKLGAKVLAATGGPDSTLRIHRGGGGRDNSQKSNNND 260          

HSP 2 Score: 62.7734 bits (151), Expect = 4.445e-11
Identity = 32/80 (40.00%), Postives = 45/80 (56.25%), Query Frame = 0
Query:  341 KNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYF-PPLLVDGFTWLGWVNSTLNPILYA 419
            KN++S +     F+   +E K AK L  V+G FI CWLPFFI  +++         P  ++   TWLGW NS +NP +YA
Sbjct:  270 KNSISFSKKIMKFS---KEKKAAKTLGTVMGVFIICWLPFFITNIISGLCSDCIANPDFIIQVVTWLGWXNSGMNPAIYA 346          
BLAST of EMLSAG00000003687 vs. L. salmonis peptides
Match: EMLSAP00000011472 (pep:novel supercontig:LSalAtl2s:LSalAtl2s791:25681:66356:-1 gene:EMLSAG00000011472 transcript:EMLSAT00000011472 description:"maker-LSalAtl2s791-augustus-gene-0.7")

HSP 1 Score: 117.857 bits (294), Expect = 9.352e-29
Identity = 65/202 (32.18%), Postives = 111/202 (54.95%), Query Frame = 0
Query:   23 WIGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMS------EPNRHGPN-LTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEGRQTSNQP 217
            ++GN+ V+ AI T  RLQT++N FI+SL  AD  VGL V+P + +  +T G W  G+++C  W+ +D    TASI +LC +S+DRY +IS P +Y ++ RTK   + +I   W+ SA+   P +          R  P  + +  +     + V ++   FY+P+I+++    RI + ++ R++    +   T G   S+ P
Sbjct:   55 FVGNAMVLHAIRTEKRLQTVSNMFIMSLASADLTVGLIVMPISSAYALT-GDWKFGYVVCQFWLVIDYTASTASIFNLCILSLDRYWSISTPLQYLRK-RTKKRALIMIGLAWLASAMWFIPVLGWHHILYNGKRQQPEGVCDTEFATNITFKVVTSILNFYIPVIMMIVINVRIFLAIRRRSEDIERLGATTSGMAQSSTP 254          

HSP 2 Score: 56.9954 bits (136), Expect = 4.900e-9
Identity = 26/63 (41.27%), Postives = 39/63 (61.90%), Query Frame = 0
Query:  358 REAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSY--FPPLLVDGFTWLGWVNSTLNPILY 418
            +E K A +L V+VG FI CWLP+F ++++ A+  ++       +     W G+ NSTLNPILY
Sbjct:  537 KEKKAATQLGVIVGAFILCWLPYFTLFMVVAYCGEANQCVSSTVHTVTIWFGYFNSTLNPILY 599          
BLAST of EMLSAG00000003687 vs. L. salmonis peptides
Match: EMLSAP00000004808 (pep:novel supercontig:LSalAtl2s:LSalAtl2s253:921047:991978:-1 gene:EMLSAG00000004808 transcript:EMLSAT00000004808 description:"maker-LSalAtl2s253-augustus-gene-9.7")

HSP 1 Score: 114.775 bits (286), Expect = 9.006e-28
Identity = 68/217 (31.34%), Postives = 111/217 (51.15%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM-----------------SEPNR---------------HGPNLT---------ECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTK 199
            IGN  V++AI T   L  + N+FI SL  AD L+GL V+P +++  +  G W+ G   C    ++D+LLCTASI+++C I++DRY +I++   Y    RT   V  +I  VWILS +I+ PP+                  + NR               +  N T         +C  ++  GY++YSA G+FY+P  ++++ Y +I    ++R +
Sbjct:   63 IGNMLVVIAIATENNLTNVQNWFIASLAIADMLIGLIVMPFSLADELM-GYWMFGEXYCXIHAAVDVLLCTASIMNICLIALDRYWSITRAIDY-LNARTPAKVTIMIITVWILSGLISIPPLLGWKQDQDLTWFTQILVEQGNRTQMEFIQDLQDSGRMNMENFTSTLELVVYPQCGLSQDLGYVLYSAFGSFYIPSCIMVFVYIKIYYAARDRAR 277          
BLAST of EMLSAG00000003687 vs. L. salmonis peptides
Match: EMLSAP00000001770 (pep:novel supercontig:LSalAtl2s:LSalAtl2s12:909316:1005829:1 gene:EMLSAG00000001770 transcript:EMLSAT00000001770 description:"maker-LSalAtl2s12-augustus-gene-10.6")

HSP 1 Score: 100.138 bits (248), Expect = 7.540e-23
Identity = 60/193 (31.09%), Postives = 105/193 (54.40%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCP-----PMSEPNRHGPNLTECH----YNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGG 207
            +GN  V+++     +LQTI+NYF+ SL  AD ++G+  +P   ++ + +  W LG  +CDAW+S+D L   AS+++L  IS DRY ++++P  Y  R  T+   + I +A W + AV+  P     P  E  R  P   +C+    Y+ +   IV +    F++P+ +++  Y R+     +R +  V +Q G
Sbjct:   51 VGNVMVMISFKMDKQLQTISNYFLFSLAIADVIIGMISMPL-FTVFIIQKEWTLGANICDAWLSVDYLASNASVMNLIVISFDRYFSVTRPLTYRARRTTRKAALMIFSA-WAIXAVVWPPSILAWPYIEGKRTIPP-NDCYIQYIYSNEFMSIV-TVMIAFFIPVSIMIGLYVRVWWETVKRQRELVHLQAG 239          

HSP 2 Score: 53.5286 bits (127), Expect = 6.378e-8
Identity = 33/99 (33.33%), Postives = 50/99 (50.51%), Query Frame = 0
Query:  325 GGLNFSSFRRSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKS----YFPPLLVDGFTWLGWVNSTLNPILYA 419
            GG ++S    +L+R       N       N   +  K AK L+ ++  FI  W P+ ++ VL A + K     Y PP L D   +L ++NST+NP+LYA
Sbjct:  519 GGSSYSP-HNTLQRLTGGGKKNPGKVKKTNEKKQXRKAAKTLSAILLAFIVTWTPYSVLTVLNAVLGKETADVYIPPTLWDFAYYLCYINSTVNPVLYA 616          
BLAST of EMLSAG00000003687 vs. L. salmonis peptides
Match: EMLSAP00000010593 (pep:novel supercontig:LSalAtl2s:LSalAtl2s704:480144:484252:-1 gene:EMLSAG00000010593 transcript:EMLSAT00000010593 description:"snap_masked-LSalAtl2s704-processed-gene-4.5")

HSP 1 Score: 95.9005 bits (237), Expect = 2.112e-22
Identity = 63/225 (28.00%), Postives = 102/225 (45.33%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMSEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLK 248
            +GN  +I+ IL    L+   NY +LSL  +D LV LF +P A+  ++ E  W  G   C  WI  D+L C++SIL+L  I +DRY  I  P  Y    RT   V+K I   W++S  +   P      +  +   C       Y +++   +F +PL  ++  Y  I  + K+  K    +         S     I +S    + N   K++K + V + P ++
Sbjct:   48 LGNIAIILMILYRKTLRNPGNYLLLSLALSDCLVALFAMPPALLAYVWEDKWFGGBFFCSVWIFFDVLSCSSSILNLTMICVDRYQCIVYPLHYLPN-RTTKFVLKYIYVAWLISFGLAVFPSIFGRNYDADKLSCRIGMGEKYQIFAVVLSFXLPLFCMMIMYFHIYRIAKQILKEDNAIPSCISTPSVSFLNSGINKSQGENQ-NTSPKIIKTNTVRIKPRIR 270          
BLAST of EMLSAG00000003687 vs. L. salmonis peptides
Match: EMLSAP00000005242 (pep:novel supercontig:LSalAtl2s:LSalAtl2s279:103641:347799:1 gene:EMLSAG00000005242 transcript:EMLSAT00000005242 description:"snap_masked-LSalAtl2s279-processed-gene-3.3")

HSP 1 Score: 98.2117 bits (243), Expect = 2.266e-22
Identity = 70/252 (27.78%), Postives = 115/252 (45.63%), Query Frame = 0
Query:   25 GNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMS----------EPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSA 266
             N  V++++    RL+ I NYF++SL  AD LV  F +     + +T G W  G+I+CD W S+D+   T S L LC IS+DRY AI +P +Y+  +  K +   +I   W    +I+  P+           E  +  P+  EC +     Y   S+  TF+ P+ ++L  Y RI                    ++   Q +SI+RSS   + +          +I S  ++  F +L ++   S T S+
Sbjct:   96 NNLLVVISVFRYHRLRHINNYFLVSLAVADLLVACFAMTFNALVEIT-GEWNFGYIICDLWNSLDVHFSTVSTLHLCCISVDRYFAIVKPLKYTSYMTVK-VAAVMIGVAWTAPTLISFLPIFLGWYTTKEHLEWRKQNPD--ECIFKVNQPYAFISSALTFWAPVAIMLCMYHRIY-------------------KEALRQKESIRRSSVPSQQH---------LIIDSDRVRTRFNELQANGFKSGTDSS 315          
BLAST of EMLSAG00000003687 vs. L. salmonis peptides
Match: EMLSAP00000007798 (pep:novel supercontig:LSalAtl2s:LSalAtl2s457:44439:45841:-1 gene:EMLSAG00000007798 transcript:EMLSAT00000007798 description:"maker-LSalAtl2s457-snap-gene-0.38")

HSP 1 Score: 88.5817 bits (218), Expect = 2.006e-19
Identity = 54/174 (31.03%), Postives = 93/174 (53.45%), Query Frame = 0
Query:   25 GNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVW--VLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMS------EPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRI 190
            GN  V++A     +L+   N+FI+SL F D L+G+  LP   S+++  G W   LG ILCD W+S+D  +C  S L++ +I+IDR+ ++  P  Y + ++ +   + II   W +SA+I   P+       +     P   +  + + P +        F++PLI+++Y YG I
Sbjct:   66 GNFLVLIAFGVKQKLRESKNFFIVSLAFTDLLIGMISLPL-FSVYILVGFWPPQLGPILCDLWLSIDHTVCLVSQLTVLSITIDRFCSVRFPAHY-QIIKDRNKTILIIIGTWAISALIFFIPIFGWEHFIDKRDLLPGECKVQFLKDPLFNTSLIICYFWIPLIILIYLYGSI 237          
BLAST of EMLSAG00000003687 vs. L. salmonis peptides
Match: EMLSAP00000003269 (pep:novel supercontig:LSalAtl2s:LSalAtl2s179:395172:466209:-1 gene:EMLSAG00000003269 transcript:EMLSAT00000003269 description:"maker-LSalAtl2s179-snap-gene-4.9")

HSP 1 Score: 83.9593 bits (206), Expect = 2.558e-18
Identity = 61/210 (29.05%), Postives = 104/210 (49.52%), Query Frame = 0
Query:   33 ILTVPR---LQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMSEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYG---RIVVVVKERTKYFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVL 236
            IL+V R   LQ +TNYFI+SL  AD LV  FV+P ++ + +  G+W L  I CD +I++D++  T+SI +L AIS             +  +    ++ ++I     +S  +                   YN  P +I+YS+ G+FY+P IV+++ Y    R ++    +++  +  + G+    T+N+  SI +      SN DD  L
Sbjct:   60 ILSVAREKVLQNLTNYFIVSLAVADLLVAGFVMPFSVYVLVNWGMWGLPKIACDFYIALDVICSTSSIFNLVAIS-------------ANNIPDTNIITEVINGTNDVSTTL----------QEKEFVCAFYN--PEFIIYSSLGSFYIPCIVMIFLYALHNRALISQNAKSRQLIPSKNGS----TANKKLSISK------SNKDDVTL 234          
BLAST of EMLSAG00000003687 vs. SwissProt
Match: gi|118208|sp|P24628.1|DRD2A_XENLA (RecName: Full=D(2) dopamine receptor A; Short=D2R-A; AltName: Full=D2R 1)

HSP 1 Score: 197.978 bits (502), Expect = 1.910e-57
Identity = 136/412 (33.01%), Postives = 210/412 (50.97%), Query Frame = 0
Query:   25 GNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMSEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEG------RQTSNQPQSIKRSSSTKESN-----NDDKVLKLSEVIVSPY-LKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVND-----EESKKPGGLNFSSFR-RSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILY 418
            GN  V +A+     LQT TNY I+SL  AD LV   V+P A+ + +  G W    I CD ++++D+++CTASIL+LCAISIDRY A++ P  Y+ R  +K  V  +I+ VW+LS  I+CP +   N  G  +      + P +++YS+  +FYVP IV L  Y +I +V+++R K  V+ +  + G      +     P+ +K  S   +SN     +  KV+ + E    P  +++  +  +S  E +   SAS ++            N L  P  SN+      C N  AS  S +   Y  +     ++S KP  +    F  +S+  G         +    + H +E K  + LA+V+G FI CWLPFFI+++L         P  L   FTWLG+VNS +NPI+Y
Sbjct:   45 GNVLVCIAVSREKALQTTTNYLIVSLAVADLLVATLVMPWAVYMEVV-GEWRFSRIHCDIFVTLDVMMCTASILNLCAISIDRYTAVAMPMLYNTRYSSKRRVTVMISVVWVLSFAISCPLLFGLNNTGSKVCII---DNPAFVIYSSIVSFYVPFIVTLLVYVQIYIVLRKRRKR-VNTKRNSRGVAVDAHKDKCTHPEDVKLCSVFVKSNGSFPADKKKVILVQEAGKHPEDMEMEMMSSTSPPEKTKHKSASPDH------------NQLAVPATSNQ------CKN--ASLTSPVESPYKAEKNGHPKDSTKPAKV----FEIQSMPNGKTRTSIKTMSKKKLSQH-KEKKATQMLAIVLGVFIICWLPFFIIHILNMHC-NCNIPQALYSAFTWLGYVNSAVNPIIY 425          
BLAST of EMLSAG00000003687 vs. SwissProt
Match: gi|75071920|sp|Q6TLI9.1|DRD2_MUSPF (RecName: Full=D(2) dopamine receptor; AltName: Full=Dopamine D2 receptor)

HSP 1 Score: 195.667 bits (496), Expect = 1.170e-56
Identity = 135/408 (33.09%), Postives = 202/408 (49.51%), Query Frame = 0
Query:   25 GNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMSEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTK----------YFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNE--HELRNKCMNCGASCHSRLH--ISYVNDEESKKPGGLNFSSFRRSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILY 418
            GN  V MA+     LQT TNY I+SL  AD LV   V+P  + L +  G W    I CD ++++D+++CTASIL+LCAISIDRY A++ P  Y+ R  +K  V  +IA VW+LS  I+CP +   N    N  EC     P ++VYS+  +FYVP IV L  Y +I +V++ R K          +  +++   +G  T   P+ +K  +   +SN    V +          ++    LSS++    T  +    S           + L  P PS+   H   N  +    + H++ H  I+ + + +S  P G   +S +   RR +                 +E K  + LA+V+G FI CWLPFFI ++L         PP+L   FTWLG+VNS +NPI+Y
Sbjct:   51 GNVLVCMAVSREKALQTTTNYLIVSLAVADLLVATLVMPWVVYLEVV-GEWKFSRIHCDIFVTLDVMMCTASILNLCAISIDRYTAVAMPMLYNTRYSSKRRVTVMIAIVWVLSFTISCPLLFGLNNTDQN--EC-IIANPAFVVYSSVVSFYVPFIVTLLVYIKIYIVLRRRRKRVNTKRSSRAFRANLKAPLKGNYT--HPEDMKLCTVIMKSNGSFPVNRRRVEAARRAQELEMEMLSSTSPPERTRYSPIPPS----------HHQLTLPDPSHHGLHSTANSPVKPEKNGHAKDHPKIAKIFEIQS-MPNGKTRTSLKTMSRRKLSQQ--------------KEKKATQMLAIVLGVFIICWLPFFITHILNIHC-DCNIPPVLYSAFTWLGYVNSAVNPIIY 426          
BLAST of EMLSAG00000003687 vs. SwissProt
Match: gi|2495004|sp|Q17232.1|OAR_BOMMO (RecName: Full=Octopamine receptor)

HSP 1 Score: 195.282 bits (495), Expect = 4.458e-56
Identity = 125/407 (30.71%), Postives = 208/407 (51.11%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM----SEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLK-VHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDEESKKPGGLNFSSFRR-SLRRGVKNNLSNNSATNSFNHH------LREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILY 418
            +GN  VI+++ T   L+ + N+FI+SL  AD  V + VLP  ++  +  G WV G  +C  W++ DI+ CT+SIL+LCAI++DRY AI+ P  Y+++ RT   V+ +I  VWILS VI+ PP+      P    P+ T C    +PG++++S+ G+FY+PL+++   Y  I +  K+R +   D    T+    S    S +    TKES+ +D+    S+   + +      +  +     +   +          S D K  N L+ P  SNE    N   + G +  +R   S  N +E+ +   +  +      +++  K N +N  A   F          RE + A+ L +++G F+ CWLPFF++Y++  F          ++  TWLG+VNS LNP++Y
Sbjct:   70 VGNILVILSVFTYKPLRIVQNFFIVSLAVADLTVAILVLPLNVAYSIL-GQWVFGIYVCKMWLTCDIMCCTSSILNLCAIALDRYWAITDPINYAQK-RTLERVLFMIGIVWILSLVISSPPLLGWNDWPEVFEPD-TPCRLTSQPGFVIFSSSGSFYIPLVIMTVVYFEIYLATKKRLR---DRAKATKISTIS----SGRNKYETKESDPNDQDSVSSDANPNEHQGGTRLVAENEKKHRTRKLTPKKKPKRRYWSKDDKSHNKLIIPILSNE----NSVTDIGENLENRNTSSESNSKETHEDNMIEITEAAPVKIQKRPKQNQTN--AVYQFIEEKQRISLTRERRAARTLGIIMGVFVVCWLPFFVIYLVIPFCVSCCLSNKFINFITWLGYVNSALNPLIY 460          
BLAST of EMLSAG00000003687 vs. SwissProt
Match: gi|62900330|sp|Q9GJU1.1|DRD2_CANFA (RecName: Full=D(2) dopamine receptor; AltName: Full=Dopamine D2 receptor)

HSP 1 Score: 193.741 bits (491), Expect = 8.008e-56
Identity = 134/408 (32.84%), Postives = 202/408 (49.51%), Query Frame = 0
Query:   25 GNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMSEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTK----------YFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNE--HELRNKCMNCGASCHSRLH--ISYVNDEESKKPGGLNFSSFRRSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILY 418
            GN  V MA+     LQT TNY I+SL  AD LV   V+P  + L +  G W    I CD ++++D+++CTASIL+LCAISIDRY A++ P  Y+ R  +K  V  +IA VW+LS  I+CP +   N    N  EC     P ++VYS+  +FYVP IV L  Y +I +V++ R K          +  +++   +G  T   P+ +K  +   +SN    V +          ++    LSS++    T  +    S           + L  P PS+   H   +       + H++ H  I+ + + +S  P G   +S +   RR +                 +E K  + LA+V+G FI CWLPFFI ++L     +   PP+L   FTWLG+VNS +NPI+Y
Sbjct:   51 GNVLVCMAVSREKALQTTTNYLIVSLAVADLLVATLVMPWVVYLEVV-GEWKFSRIHCDIFVTLDVMMCTASILNLCAISIDRYTAVAMPMLYNTRYSSKRRVTVMIAIVWVLSFTISCPLLFGLNNTDQN--EC-IIANPAFVVYSSIVSFYVPFIVTLLVYIKIYIVLRRRRKRVNTERSSRAFRANLKAPLKGNCT--HPEDMKLCTVIMKSNGSFPVNRRRVEAARRAQELEMEMLSSTSPPERTRYSPIPPS----------HHQLTLPDPSHHGLHSTADSPAKPEKNGHAKDHPKIAKIFEIQS-MPNGKTRTSLKTMSRRKLSQQ--------------KEKKATQMLAIVLGVFIICWLPFFITHILNIHC-ECNIPPVLYSAFTWLGYVNSAVNPIIY 426          
BLAST of EMLSAG00000003687 vs. SwissProt
Match: gi|118205|sp|P20288.1|DRD2_BOVIN (RecName: Full=D(2) dopamine receptor; AltName: Full=Dopamine D2 receptor)

HSP 1 Score: 193.741 bits (491), Expect = 8.819e-56
Identity = 133/410 (32.44%), Postives = 197/410 (48.05%), Query Frame = 0
Query:   25 GNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMSEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTK----------YFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDEESK------KPGGLNFSSFRRSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILY 418
            GN  V MA+     LQT TNY I+SL  AD LV   V+P  + L +  G W    I CD ++++D+++CTASIL+LCAISIDRY A++ P  Y+ R  +K  V  +IA VW+LS  I+CP +   N    N  EC     P ++VYS+  +FYVP IV L  Y +I +V++ R K          +  +++   +G  T   P+ +K  +   +SN    V +          ++    LSS++    T  +    S +  ++     + L   P S     +N             H   VN + +K       P G   +S +   RR +                 +E K  + LA+V+G FI CWLPFFI ++L         PP+L   FTWLG+VNS +NPI+Y
Sbjct:   51 GNVLVCMAVSREKALQTTTNYLIVSLAVADLLVATLVMPWVVYLEVV-GEWKFSRIHCDIFVTLDVMMCTASILNLCAISIDRYTAVAMPMLYNTRYSSKRRVTVMIAIVWVLSFTISCPMLFGLNNTDQN--ECII-ANPAFVVYSSIVSFYVPFIVTLLVYIKIYIVLRRRRKRVNTKRSSRAFRANLKAPLKGNCT--HPEDMKLCTVIMKSNGSFPVNRRRVEAARRAQELEMEMLSSTSPPERTRYSPIPPSHHQLTLPDPSHHGLHSTPDSPAKPEKNG------------HAKTVNPKIAKIFEIQSMPNGKTRTSLKTMSRRKLSQQ--------------KEKKATQMLAIVLGVFIICWLPFFITHILNIHC-DCNIPPVLYSAFTWLGYVNSAVNPIIY 427          
BLAST of EMLSAG00000003687 vs. SwissProt
Match: gi|1706283|sp|P52702.1|DRD2_CHLAE (RecName: Full=D(2) dopamine receptor; AltName: Full=Dopamine D2 receptor)

HSP 1 Score: 192.971 bits (489), Expect = 1.245e-55
Identity = 131/402 (32.59%), Postives = 192/402 (47.76%), Query Frame = 0
Query:   25 GNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMSEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEGRQ--------TSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDEESKKPGGLNFSSFRRSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILY 418
            GN  V MA+     LQT TNY I+SL  AD LV   V+P  + L +  G W    I CD ++++D+++CTASIL+LCAISIDRY A++ P  Y+ R  +K  V  +IA VW+LS  I+CP +   N    N  EC     P ++VYS+  +FYVP IV L  Y +I +V++ R K     +     R             P+ +K  +   +SN    V +          ++    LSS++    T  +    S +  ++     + L   P S     +N      A  H ++   +   E    P G   +S +   RR +                 +E K  + LA+V+G FI CWLPFFI ++L         PP+L   FTWLG+VNS +NPI+Y
Sbjct:   51 GNVLVCMAVSREKALQTTTNYLIVSLAVADLLVATLVMPWVVYLEVV-GEWKFSKIHCDIFVTLDVMMCTASILNLCAISIDRYTAVAMPMLYNTRYSSKRRVTVMIAIVWVLSFTISCPLLFGLNNADQN--EC-IIANPAFVVYSSIVSFYVPFIVTLLVYIKIYIVLRRRRKRVNTKRSSRAFRSHLRAPLKGNCTHPEDMKLCTVIMKSNGSFPVNRRRVEAARRAQELEMEMLSSTSPPERTRYSPIPPSHHQLTLPDPSHHGLHSTPDSPAKPEKNG----HAKNHPKIAKIF---EIQTMPNGKTRTSLKTMSRRKLSQQ--------------KEKKATQMLAIVLGVFIICWLPFFITHILNIHC-DCNIPPVLYSAFTWLGYVNSAVNPIIY 426          
BLAST of EMLSAG00000003687 vs. SwissProt
Match: gi|118206|sp|P14416.2|DRD2_HUMAN (RecName: Full=D(2) dopamine receptor; AltName: Full=Dopamine D2 receptor >gi|38502872|sp|P60026.1|DRD2_PANTR RecName: Full=D(2) dopamine receptor; AltName: Full=Dopamine D2 receptor)

HSP 1 Score: 192.586 bits (488), Expect = 2.127e-55
Identity = 131/404 (32.43%), Postives = 196/404 (48.51%), Query Frame = 0
Query:   25 GNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMSEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTK----------YFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDEESKKPGGLNFSSFRRSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILY 418
            GN  V MA+     LQT TNY I+SL  AD LV   V+P  + L +  G W    I CD ++++D+++CTASIL+LCAISIDRY A++ P  Y+ R  +K  V  +I+ VW+LS  I+CP +   N    N  EC     P ++VYS+  +FYVP IV L  Y +I +V++ R K          +   ++   +G  T   P+ +K  +   +SN    V +          ++    LSS++    T  +    S +  ++     + L   P S     +N      A  H ++   +   E    P G   +S +   RR +                 +E K  + LA+V+G FI CWLPFFI ++L         PP+L   FTWLG+VNS +NPI+Y
Sbjct:   51 GNVLVCMAVSREKALQTTTNYLIVSLAVADLLVATLVMPWVVYLEVV-GEWKFSRIHCDIFVTLDVMMCTASILNLCAISIDRYTAVAMPMLYNTRYSSKRRVTVMISIVWVLSFTISCPLLFGLNNADQN--EC-IIANPAFVVYSSIVSFYVPFIVTLLVYIKIYIVLRRRRKRVNTKRSSRAFRAHLRAPLKGNCT--HPEDMKLCTVIMKSNGSFPVNRRRVEAARRAQELEMEMLSSTSPPERTRYSPIPPSHHQLTLPDPSHHGLHSTPDSPAKPEKNG----HAKDHPKIAKIF---EIQTMPNGKTRTSLKTMSRRKLSQQ--------------KEKKATQMLAIVLGVFIICWLPFFITHILNIHC-DCNIPPVLYSAFTWLGYVNSAVNPIIY 426          
BLAST of EMLSAG00000003687 vs. SwissProt
Match: gi|47117674|sp|P61169.1|DRD2_RAT (RecName: Full=D(2) dopamine receptor; AltName: Full=Dopamine D2 receptor)

HSP 1 Score: 192.2 bits (487), Expect = 2.800e-55
Identity = 133/410 (32.44%), Postives = 197/410 (48.05%), Query Frame = 0
Query:   25 GNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMSEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTK----------YFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDEESK------KPGGLNFSSFRRSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILY 418
            GN  V MA+     LQT TNY I+SL  AD LV   V+P  + L +  G W    I CD ++++D+++CTASIL+LCAISIDRY A++ P  Y+ R  +K  V  +IA VW+LS  I+CP +   N    N  EC     P ++VYS+  +FYVP IV L  Y +I +V+++R K          +  +++   +G  T   P+ +K  +   +SN    V +          ++    LSS++    T  +    S +  ++     + L   P S     +N             H   VN   +K       P G   +S +   RR +                 +E K  + LA+V+G FI CWLPFFI ++L         PP+L   FTWLG+VNS +NPI+Y
Sbjct:   51 GNVLVCMAVSREKALQTTTNYLIVSLAVADLLVATLVMPWVVYLEVV-GEWKFSRIHCDIFVTLDVMMCTASILNLCAISIDRYTAVAMPMLYNTRYSSKRRVTVMIAIVWVLSFTISCPLLFGLNNTDQN--ECII-ANPAFVVYSSIVSFYVPFIVTLLVYIKIYIVLRKRRKRVNTKRSSRAFRANLKTPLKGNCT--HPEDMKLCTVIMKSNGSFPVNRRRMDAARRAQELEMEMLSSTSPPERTRYSPIPPSHHQLTLPDPSHHGLHSNPDSPAKPEKNG------------HAKIVNPRIAKFFEIQTMPNGKTRTSLKTMSRRKLSQQ--------------KEKKATQMLAIVLGVFIICWLPFFITHILNIHC-DCNIPPVLYSAFTWLGYVNSAVNPIIY 427          
BLAST of EMLSAG00000003687 vs. SwissProt
Match: gi|341940463|sp|P61168.2|DRD2_MOUSE (RecName: Full=D(2) dopamine receptor; AltName: Full=Dopamine D2 receptor)

HSP 1 Score: 192.2 bits (487), Expect = 2.982e-55
Identity = 133/412 (32.28%), Postives = 197/412 (47.82%), Query Frame = 0
Query:   25 GNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMSEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTK----------YFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDEESK------KPGGLNFSSFRRSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILYAA 420
            GN  V MA+     LQT TNY I+SL  AD LV   V+P  + L +  G W    I CD ++++D+++CTASIL+LCAISIDRY A++ P  Y+ R  +K  V  +IA VW+LS  I+CP +   N    N  EC     P ++VYS+  +FYVP IV L  Y +I +V+++R K          +  +++   +G  T   P+ +K  +   +SN    V +          ++    LSS++    T  +    S +  ++     + L   P S     +N             H   VN   +K       P G   +S +   RR +                 +E K  + LA+V+G FI CWLPFFI ++L         PP+L   FTWLG+VNS +NPI+Y  
Sbjct:   51 GNVLVCMAVSREKALQTTTNYLIVSLAVADLLVATLVMPWVVYLEVV-GEWKFSRIHCDIFVTLDVMMCTASILNLCAISIDRYTAVAMPMLYNTRYSSKRRVTVMIAIVWVLSFTISCPLLFGLNNTDQN--ECII-ANPAFVVYSSIVSFYVPFIVTLLVYIKIYIVLRKRRKRVNTKRSSRAFRANLKTPLKGNCT--HPEDMKLCTVIMKSNGSFPVNRRRMDAARRAQELEMEMLSSTSPPERTRYSPIPPSHHQLTLPDPSHHGLHSNPDSPAKPEKNG------------HAKIVNPRIAKFFEIQTMPNGKTRTSLKTMSRRKLSQQ--------------KEKKATQMLAIVLGVFIICWLPFFITHILNIHC-DCNIPPVLYSAFTWLGYVNSAVNPIIYTT 429          
BLAST of EMLSAG00000003687 vs. SwissProt
Match: gi|2495005|sp|Q25188.1|OAR_HELVI (RecName: Full=Octopamine receptor)

HSP 1 Score: 192.2 bits (487), Expect = 5.319e-55
Identity = 121/416 (29.09%), Postives = 208/416 (50.00%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM----SEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTE-------GRQTSNQPQSIKRSSSTKESNNDDK--VLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTS--SIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDEESKKPGGLNFSSFRRSLRRGVKNNLSNNSATNSFNHH------LREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILY 418
            +GN  VI+++ T   L+ + N+FI+SL  AD  V + VLP  ++  +  G WV G  +C  W++ DI+ CT+SIL+LCAI++DRY AI+ P  Y+++ RT   V+ +I  VW+LS +I+ PP+      P+   P+ T C    +PG++++S+ G+FY+PL+++   Y  I +  K+R +   D    T+         + +N+     + S + E+N+++   V +L               +S + +   T   +          S D K +N L+ P  SNE    N   + G +  +R   S  N +E+ +   +  +          K   +  SA   F          RE + A+ L +++G F+ CWLPFF++Y++  F          ++  TWLG+ NS LNP++Y
Sbjct:   68 VGNILVILSVFTYKPLRIVQNFFIVSLAVADLTVAILVLPLNVAYSIL-GQWVFGIYVCKMWLTCDIMCCTSSILNLCAIALDRYWAITDPINYAQK-RTLERVLLMIGVVWVLSLIISSPPLLGWNDWPDVFEPD-TPCRLTSQPGFVIFSSSGSFYIPLVIMTVVYFEIYLATKKRLR---DRAKATKISTISSGQNKYNNKDDHHDQDSVSSEANHNEHQGVTRL---------------VSDNEKKKRTRKLTPKKKPKRKYWSKDDKSQNKLIIPILSNE----NSVTDMGENLENRNTSSESNSKETHEDDLIEVNETVPVKTHHKKPKPNQQSAVYQFIEEKQRISLTRERRAARTLGIIMGVFVVCWLPFFVIYLVIPFCASCCLSNKFINFITWLGYCNSALNPLIY 458          
BLAST of EMLSAG00000003687 vs. Select Arthropod Genomes
Match: EAA05356.5 (AGAP004034-PA [Anopheles gambiae str. PEST])

HSP 1 Score: 268.085 bits (684), Expect = 4.345e-84
Identity = 153/410 (37.32%), Postives = 230/410 (56.10%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM---SEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPS--NEHELRNKCMNCGASCHSRLHISYVNDEESKKPGGLNFSSFRRSLRRGVKNNLSNNSATNSFNHHL---------REAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILYA 419
            +GN+ VI+++LT  RL+T+TN F++SL  AD+LVG+FV+P A+ + + E  W LGWILCD WIS+D+LLCTASILSLCAIS+DRYLA+++P  YSKR R+K L + +I  VW+++  ITCPP+    + +R      ECHYN+  GY+V+SA G+F++P+ V+LY Y +I  V+  R       Q      + + +   I+  + T +++   +     +++   Y   H +  S    GS     SSNN+S+ +  +    N       S   +   RN     G S  S          E +    + FS+ + SL     +N++ N+     +            RE KTA+ L++VVG FI CWLPFF+ Y+L  FIP       L++  TWLGW+NS +NP +YA
Sbjct:   82 VGNTLVILSVLTTRRLRTVTNCFVMSLAVADWLVGIFVMPPAVIVFVVES-WQLGWILCDIWISLDVLLCTASILSLCAISVDRYLAVTRPLTYSKRRRSKRLALLMIFVVWLVALAITCPPILGWYDQDRRTLQSYECHYNQNKGYVVFSAMGSFFIPMTVMLYVYSKICCVLTSR-------QNRMTKTEATEKNCDIEVDNCTSDADTSPR-----QMVSGAYGGRHALSTSHYPNGS-----SSNNTSHQTLYEFLSSNRTTPNVASRGTQSTTRNGSNASGMSKFSGATF------ELRPINTVQFSASQISLSESCASNVTTNATKVRLHGKRIPIRISSLKRETKTAQTLSMVVGGFIACWLPFFVYYLLMPFIPDDSKSDDLMEFLTWLGWINSAINPFIYA 467          
BLAST of EMLSAG00000003687 vs. Select Arthropod Genomes
Match: gb|KYB25525.1| (5-hydroxytryptamine receptor 1-like Protein [Tribolium castaneum])

HSP 1 Score: 209.92 bits (533), Expect = 1.404e-62
Identity = 143/400 (35.75%), Postives = 199/400 (49.75%), Query Frame = 0
Query:   25 GNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM---SEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEGRQTSNQPQSIKRSSSTKE--SNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDEESKKPGGLNFSSFRRSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILYA 419
            GN+ VI+A++T  RL+T                                   LGW+LCD W+S+DILLCTASILSLCAIS+DRYLA++QP  YS+R R+K L   +I  VW+ SA+ITCPPM    EP RH      C YN+  GY+++SA G+F++P++V+LY Y RI  VV +R      +   T  R++     S+K  S      S  +D+ L+            +F  +S +   S+     S N     S+ T+   + L    S  HE         A   + L+       +  +P  LNF    R                +SF    RE KTA+ L++V+G FI CWLPFFI Y+LT FIP +    L++   TWLGW NS +NP +YA
Sbjct:   45 GNTLVILAVITTKRLRT-----------------------------------LGWVLCDIWVSLDILLCTASILSLCAISVDRYLAVTQPLSYSRRRRSKRLAFTMILVVWMSSALITCPPMFGWYEPGRHEEK--NCRYNKNTGYVIFSAMGSFFIPMMVMLYVYVRISCVVAQRHDQLAHID--THSRKSQKLVISVKEESDIDRVSSECEDQNLRCPR---------YFRQISDACGQSAEPLNQSLNHEQRKSLGTRSLRSPLN--YSFNHE------PLTAQRSASLYRPQPFTPQRSRPESLNFEPATR---------------VSSFR---RETKTAQTLSIVMGGFIACWLPFFIFYLLTPFIPSNQVNSLIMSYLTWLGWFNSAINPFIYA 370          
BLAST of EMLSAG00000003687 vs. Select Arthropod Genomes
Match: AHN57381.1 (tyramine receptor, isoform C [Drosophila melanogaster])

HSP 1 Score: 214.157 bits (544), Expect = 3.449e-62
Identity = 98/184 (53.26%), Postives = 136/184 (73.91%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM---SEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDM 204
            IGN+ VI+AILT  RL+TITN F++SL  AD LVG+FV+P A+++H+  G W LGW+LCD WIS+D+LLCTASILSLCAIS+DRYLA+++P  YS++ R+K L + +I  VW+L+  ITCPPM    EP R   +L EC YN+  GY+++SA G+F++P+ V++Y Y RI  V+  R     D+
Sbjct:  132 IGNTLVILAILTTRRLRTITNCFVMSLAVADLLVGIFVMPPAVAVHLI-GSWQLGWVLCDIWISLDVLLCTASILSLCAISVDRYLAVTRPLTYSRKRRSKRLALIMILIVWLLALAITCPPMLGWYEPGRR--DLRECRYNQNEGYVIFSAMGSFFIPMAVMIYVYARISCVIASRHDNMTDI 312          

HSP 2 Score: 77.0258 bits (188), Expect = 2.832e-14
Identity = 34/77 (44.16%), Postives = 48/77 (62.34%), Query Frame = 0
Query:  343 NLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILYA 419
            N ++ S +N      +E KT + L++VVG FI CWLPFFI Y++T F+ +     +L    TWLGW NS +NP +YA
Sbjct:  519 NTNSKSLSNRITSLKKENKTTQTLSIVVGGFIACWLPFFINYLITPFLAEHQASQMLAKALTWLGWFNSAINPFIYA 595          
BLAST of EMLSAG00000003687 vs. Select Arthropod Genomes
Match: AHN57380.1 (tyramine receptor, isoform B [Drosophila melanogaster])

HSP 1 Score: 214.157 bits (544), Expect = 3.449e-62
Identity = 98/184 (53.26%), Postives = 136/184 (73.91%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM---SEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDM 204
            IGN+ VI+AILT  RL+TITN F++SL  AD LVG+FV+P A+++H+  G W LGW+LCD WIS+D+LLCTASILSLCAIS+DRYLA+++P  YS++ R+K L + +I  VW+L+  ITCPPM    EP R   +L EC YN+  GY+++SA G+F++P+ V++Y Y RI  V+  R     D+
Sbjct:  132 IGNTLVILAILTTRRLRTITNCFVMSLAVADLLVGIFVMPPAVAVHLI-GSWQLGWVLCDIWISLDVLLCTASILSLCAISVDRYLAVTRPLTYSRKRRSKRLALIMILIVWLLALAITCPPMLGWYEPGRR--DLRECRYNQNEGYVIFSAMGSFFIPMAVMIYVYARISCVIASRHDNMTDI 312          

HSP 2 Score: 77.0258 bits (188), Expect = 2.832e-14
Identity = 34/77 (44.16%), Postives = 48/77 (62.34%), Query Frame = 0
Query:  343 NLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILYA 419
            N ++ S +N      +E KT + L++VVG FI CWLPFFI Y++T F+ +     +L    TWLGW NS +NP +YA
Sbjct:  519 NTNSKSLSNRITSLKKENKTTQTLSIVVGGFIACWLPFFINYLITPFLAEHQASQMLAKALTWLGWFNSAINPFIYA 595          
BLAST of EMLSAG00000003687 vs. Select Arthropod Genomes
Match: AAF55463.1 (tyramine receptor, isoform A [Drosophila melanogaster])

HSP 1 Score: 214.157 bits (544), Expect = 3.449e-62
Identity = 98/184 (53.26%), Postives = 136/184 (73.91%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM---SEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDM 204
            IGN+ VI+AILT  RL+TITN F++SL  AD LVG+FV+P A+++H+  G W LGW+LCD WIS+D+LLCTASILSLCAIS+DRYLA+++P  YS++ R+K L + +I  VW+L+  ITCPPM    EP R   +L EC YN+  GY+++SA G+F++P+ V++Y Y RI  V+  R     D+
Sbjct:  132 IGNTLVILAILTTRRLRTITNCFVMSLAVADLLVGIFVMPPAVAVHLI-GSWQLGWVLCDIWISLDVLLCTASILSLCAISVDRYLAVTRPLTYSRKRRSKRLALIMILIVWLLALAITCPPMLGWYEPGRR--DLRECRYNQNEGYVIFSAMGSFFIPMAVMIYVYARISCVIASRHDNMTDI 312          

HSP 2 Score: 77.0258 bits (188), Expect = 2.832e-14
Identity = 34/77 (44.16%), Postives = 48/77 (62.34%), Query Frame = 0
Query:  343 NLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILYA 419
            N ++ S +N      +E KT + L++VVG FI CWLPFFI Y++T F+ +     +L    TWLGW NS +NP +YA
Sbjct:  519 NTNSKSLSNRITSLKKENKTTQTLSIVVGGFIACWLPFFINYLITPFLAEHQASQMLAKALTWLGWFNSAINPFIYA 595          
BLAST of EMLSAG00000003687 vs. Select Arthropod Genomes
Match: EEB16738.1 (class A rhodopsin-like G-protein coupled receptor GPRnna3, putative [Pediculus humanus corporis])

HSP 1 Score: 199.904 bits (507), Expect = 9.826e-58
Identity = 95/205 (46.34%), Postives = 140/205 (68.29%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM---SEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEGRQTSNQPQSIKRSSS 225
            +GN+ VI+A++   RL+T+TN +++SL  AD+LVG+FV+P  ++LH+  G W LG I CD WIS+D+L CTASILSLCAIS+DRYLA++QP  YS+R R+K L + +I  VW+++  ITCPP+    + N H     +C YN+  GY+++SA G+F++PLIV+LY Y RI  VV +R +         + RQ  N  +++   SS
Sbjct:   51 VGNTLVILAVIVTKRLRTVTNCYVMSLAVADWLVGVFVMPPKVALHLM-GSWELGEIFCDIWISLDVLCCTASILSLCAISVDRYLAVTQPLNYSRRRRSKKLALLMILIVWLVAIAITCPPIFGWYDVNHHKDK--QCRYNQNEGYVIFSAMGSFFIPLIVMLYVYARISCVVSKRHE---------KLRQVENNSKTLNERSS 243          

HSP 2 Score: 75.0998 bits (183), Expect = 1.204e-13
Identity = 31/59 (52.54%), Postives = 39/59 (66.10%), Query Frame = 0
Query:  361 KTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILYA 419
            KT + L +VVG F+ CWLPFFI Y++  F+P    P LL    TWLGW NS +NP +YA
Sbjct:  437 KTTQTLTIVVGGFVACWLPFFITYLMAPFLPDCTIPNLLWSLLTWLGWFNSAINPFIYA 495          
BLAST of EMLSAG00000003687 vs. Select Arthropod Genomes
Match: XP_016766956.1 (PREDICTED: putative tyramine receptor isoform X1 [Apis mellifera])

HSP 1 Score: 194.126 bits (492), Expect = 1.189e-56
Identity = 91/178 (51.12%), Postives = 128/178 (71.91%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM--SEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTK 199
            +GN+ VI A++T  RL+++TN F+ SL  AD LVGL V+P A+ L +T G W LG +LCD+W+S+DILLCTASILSLCAISIDRYLA++QP  YS+R R+K L   +I AVW+L+  IT PP+    P     ++ +C YN    Y+++SA G+F++P++V+LY YGRI  V+  R +
Sbjct:   53 VGNTLVIAAVITTRRLRSVTNCFVSSLAAADLLVGLAVMPPAVLLQLTGGTWELGPMLCDSWVSLDILLCTASILSLCAISIDRYLAVTQPLIYSRRRRSKRLAGLMIVAVWVLAGAITSPPLLGCFPRATNRDIKKCSYNMDSSYVIFSAMGSFFLPMLVMLYVYGRISCVIASRHR 230          

HSP 2 Score: 83.5741 bits (205), Expect = 1.150e-16
Identity = 50/145 (34.48%), Postives = 67/145 (46.21%), Query Frame = 0
Query:  275 SSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDEESKKPGGLNFSSFRRSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILYA 419
            S +   R  NL      N    RN  +    S  +R      N     +P      S         K+ +  +   +  N   RE KTA  LAVVVG F+ CWLPFFI+Y+ T F+P    P +L+   TWLGW+NS +NP +YA
Sbjct:  222 SCVIASRHRNLEATESENVRPRRNVLIERAKSIRARRTECVTNSVTCDRPSDEAEPS-----STSKKSGIVRSHQQSCINRVARETKTAGTLAVVVGGFVACWLPFFILYLATPFVPVEP-PDILMPALTWLGWINSAINPFIYA 360          
BLAST of EMLSAG00000003687 vs. Select Arthropod Genomes
Match: XP_016766938.1 (PREDICTED: putative tyramine receptor isoform X1 [Apis mellifera])

HSP 1 Score: 194.126 bits (492), Expect = 1.189e-56
Identity = 91/178 (51.12%), Postives = 128/178 (71.91%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM--SEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTK 199
            +GN+ VI A++T  RL+++TN F+ SL  AD LVGL V+P A+ L +T G W LG +LCD+W+S+DILLCTASILSLCAISIDRYLA++QP  YS+R R+K L   +I AVW+L+  IT PP+    P     ++ +C YN    Y+++SA G+F++P++V+LY YGRI  V+  R +
Sbjct:   53 VGNTLVIAAVITTRRLRSVTNCFVSSLAAADLLVGLAVMPPAVLLQLTGGTWELGPMLCDSWVSLDILLCTASILSLCAISIDRYLAVTQPLIYSRRRRSKRLAGLMIVAVWVLAGAITSPPLLGCFPRATNRDIKKCSYNMDSSYVIFSAMGSFFLPMLVMLYVYGRISCVIASRHR 230          

HSP 2 Score: 83.5741 bits (205), Expect = 1.150e-16
Identity = 50/145 (34.48%), Postives = 67/145 (46.21%), Query Frame = 0
Query:  275 SSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDEESKKPGGLNFSSFRRSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILYA 419
            S +   R  NL      N    RN  +    S  +R      N     +P      S         K+ +  +   +  N   RE KTA  LAVVVG F+ CWLPFFI+Y+ T F+P    P +L+   TWLGW+NS +NP +YA
Sbjct:  222 SCVIASRHRNLEATESENVRPRRNVLIERAKSIRARRTECVTNSVTCDRPSDEAEPS-----STSKKSGIVRSHQQSCINRVARETKTAGTLAVVVGGFVACWLPFFILYLATPFVPVEP-PDILMPALTWLGWINSAINPFIYA 360          
BLAST of EMLSAG00000003687 vs. Select Arthropod Genomes
Match: XP_006571686.1 (PREDICTED: putative tyramine receptor isoform X1 [Apis mellifera])

HSP 1 Score: 194.126 bits (492), Expect = 1.189e-56
Identity = 91/178 (51.12%), Postives = 128/178 (71.91%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM--SEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTK 199
            +GN+ VI A++T  RL+++TN F+ SL  AD LVGL V+P A+ L +T G W LG +LCD+W+S+DILLCTASILSLCAISIDRYLA++QP  YS+R R+K L   +I AVW+L+  IT PP+    P     ++ +C YN    Y+++SA G+F++P++V+LY YGRI  V+  R +
Sbjct:   53 VGNTLVIAAVITTRRLRSVTNCFVSSLAAADLLVGLAVMPPAVLLQLTGGTWELGPMLCDSWVSLDILLCTASILSLCAISIDRYLAVTQPLIYSRRRRSKRLAGLMIVAVWVLAGAITSPPLLGCFPRATNRDIKKCSYNMDSSYVIFSAMGSFFLPMLVMLYVYGRISCVIASRHR 230          

HSP 2 Score: 83.5741 bits (205), Expect = 1.150e-16
Identity = 50/145 (34.48%), Postives = 67/145 (46.21%), Query Frame = 0
Query:  275 SSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDEESKKPGGLNFSSFRRSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILYA 419
            S +   R  NL      N    RN  +    S  +R      N     +P      S         K+ +  +   +  N   RE KTA  LAVVVG F+ CWLPFFI+Y+ T F+P    P +L+   TWLGW+NS +NP +YA
Sbjct:  222 SCVIASRHRNLEATESENVRPRRNVLIERAKSIRARRTECVTNSVTCDRPSDEAEPS-----STSKKSGIVRSHQQSCINRVARETKTAGTLAVVVGGFVACWLPFFILYLATPFVPVEP-PDILMPALTWLGWINSAINPFIYA 360          
BLAST of EMLSAG00000003687 vs. Select Arthropod Genomes
Match: NP_001032395.1 (putative tyramine receptor [Apis mellifera])

HSP 1 Score: 194.126 bits (492), Expect = 1.189e-56
Identity = 91/178 (51.12%), Postives = 128/178 (71.91%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM--SEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTK 199
            +GN+ VI A++T  RL+++TN F+ SL  AD LVGL V+P A+ L +T G W LG +LCD+W+S+DILLCTASILSLCAISIDRYLA++QP  YS+R R+K L   +I AVW+L+  IT PP+    P     ++ +C YN    Y+++SA G+F++P++V+LY YGRI  V+  R +
Sbjct:   53 VGNTLVIAAVITTRRLRSVTNCFVSSLAAADLLVGLAVMPPAVLLQLTGGTWELGPMLCDSWVSLDILLCTASILSLCAISIDRYLAVTQPLIYSRRRRSKRLAGLMIVAVWVLAGAITSPPLLGCFPRATNRDIKKCSYNMDSSYVIFSAMGSFFLPMLVMLYVYGRISCVIASRHR 230          

HSP 2 Score: 83.5741 bits (205), Expect = 1.150e-16
Identity = 50/145 (34.48%), Postives = 67/145 (46.21%), Query Frame = 0
Query:  275 SSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDEESKKPGGLNFSSFRRSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILYA 419
            S +   R  NL      N    RN  +    S  +R      N     +P      S         K+ +  +   +  N   RE KTA  LAVVVG F+ CWLPFFI+Y+ T F+P    P +L+   TWLGW+NS +NP +YA
Sbjct:  222 SCVIASRHRNLEATESENVRPRRNVLIERAKSIRARRTECVTNSVTCDRPSDEAEPS-----STSKKSGIVRSHQQSCINRVARETKTAGTLAVVVGGFVACWLPFFILYLATPFVPVEP-PDILMPALTWLGWINSAINPFIYA 360          
BLAST of EMLSAG00000003687 vs. nr
Match: gi|283945472|ref|NP_001164649.1| (tyramine receptor [Bombyx mori] >gi|270288718|dbj|BAI52938.1| tyramine receptor [Bombyx mori])

HSP 1 Score: 278.87 bits (712), Expect = 4.806e-86
Identity = 167/403 (41.44%), Postives = 226/403 (56.08%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM---SEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDE-ESKKPGGLNFSS---FRRSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILYA 419
            IGN+ +I A+LT  RL+T+TN F+ SL  AD LVG+FV+P AI++H+  G W LGWILCD WIS+DILLCTASILSLCAIS+DRYLA+++P  YS+R R+K L + +I  VWI +  ITCPPM    EP+ +   +  C YN+ PGY+V+SA G+F++P+ V++Y Y RI  VV  R                       + +SSTK S  D    KLS +          + L  SA  S  +S +SN  S TS  D K                      C      + H  Y + E ESK    + F +   ++ + RR        N+  +S     RE KTA+ L++VVG F+ CWLPFF+ Y+LT FIP +Y  P+L+   TWLGW NS +NP +YA
Sbjct:   81 IGNTLIISAVLTTKRLRTVTNCFVTSLAVADLLVGIFVMPPAIAVHI-NGEWELGWILCDIWISLDILLCTASILSLCAISVDRYLAVTRPLTYSRRRRSKKLALTMIFFVWIAAGAITCPPMFGWYEPDHNQGGV--CRYNQNPGYVVFSAMGSFFLPMAVMVYVYARISCVVARRHH---------------------QLASSTKCSKKD----KLSCIRTESDSGSDKLSLRQSA--SKQTSKNSNQQSETSLGDHK----------------------CCCFKEKKAHHKYRSKEKESKFYNEVTFKANYKYKNTTRRSHSVREHENNRVSSLR---RETKTAQTLSLVVGGFVACWLPFFLYYLLTPFIPSNYVNPVLMYILTWLGWFNSAINPFIYA 428          
BLAST of EMLSAG00000003687 vs. nr
Match: gi|270288716|dbj|BAI52937.1| (tyramine receptor [Bombyx mori])

HSP 1 Score: 277.33 bits (708), Expect = 1.535e-85
Identity = 167/403 (41.44%), Postives = 226/403 (56.08%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM---SEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDE-ESKKPGGLNFSS---FRRSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILYA 419
            IGN+ +I A+LT  RL+T+TN F+ SL  AD LVG+FV+P AI++H+  G W LGWILCD WIS+DILLCTASILSLCAIS+DRYLA+++P  YS+R R+K L + +I  VWI +  ITCPPM    EP+ +   +  C YN+ PGY+V+SA G+F++P+ V++Y Y RI  VV  R                       + +SSTK S  D    KLS +          + L  SA  S  +S +SN  S TS  D K                      C      + H  Y + E ESK    + F +   ++ + RR        N+  +S     RE KTA+ L++VVG F+ CWLPFF+ Y+LT FIP +Y  P+L+   TWLGW NS +NP +YA
Sbjct:   81 IGNTLIISAVLTTKRLRTVTNCFVTSLAVADLLVGIFVMPPAIAVHI-NGEWELGWILCDIWISLDILLCTASILSLCAISVDRYLAVTRPLTYSRRRRSKKLALTMIFFVWIAAGAITCPPMFGWYEPDHNQGGV--CRYNQNPGYVVFSAMGSFFLPMAVMVYVYARISCVVARRHH---------------------QLASSTKCSKKD----KLSCIRTESDSGSDKLSLRQSA--SKQTSKNSNPQSETSLGDHK----------------------CCCFKEKKAHHKYRSKEKESKFYNEVTFKANYKYKNTTRRSHSVREHENNRVSSLR---RETKTAQTLSLVVGGFVACWLPFFLYYLLTPFIPSNYVNPVLMYILTWLGWFNSAINPFIYA 428          
BLAST of EMLSAG00000003687 vs. nr
Match: gi|302028363|gb|ADK91078.1| (tyramine receptor type 2 [Chilo suppressalis])

HSP 1 Score: 276.944 bits (707), Expect = 4.906e-85
Identity = 162/404 (40.10%), Postives = 233/404 (57.67%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM---SEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNC-GASCHSRLHISY--VNDEESKKPGGLNF-SSFR-RSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILYA 419
            IGN+ +I A++T  RL+T+TN F+ SL  AD LVG+FV+P AI++H++ G W LGWILCD WIS+DIL+CTASILSLCAIS+DRYLA+++P  YS+R R+K L + +I  VWI +  ITCPPM    EP+ +   +  C YN+  GY+V+SA G+F++P++V++Y Y RI  VV  R +     Q  +   + + +P   K S    ES++    L L +              S+S + S  S+  S  SS                    +H    KC  C  A   +R    Y    + ES+    + F S+F+ ++  R   +++  N   N  +   RE KTA+ L++VVG F+ CWLPFF+ Y+LT FIP SY  P+L+   TWLGW NS +NP +YA
Sbjct:   93 IGNTLIISAVVTTKRLRTVTNCFVTSLAAADLLVGIFVMPPAIAVHIS-GKWELGWILCDIWISLDILMCTASILSLCAISVDRYLAVTRPLTYSRRRRSKKLALTMIFFVWIAAGAITCPPMLGWYEPDHNQGGV--CRYNQNAGYVVFSAMGSFFLPMVVMVYVYARISCVVARRHQ-----QLASTATKCNKKP---KLSCIRTESDSGSDKLSLRQ--------------SASKQASKASTQQSECSSQ-----------------QGDH----KCPCCFKAEKENRQSKQYRGSKERESRFYNEVTFKSNFKYKNTTRHRTHSMKENIDNNRVSSLRRETKTAQTLSLVVGGFVACWLPFFLYYLLTPFIPSSYVNPVLMYILTWLGWFNSAINPFIYA 450          
BLAST of EMLSAG00000003687 vs. nr
Match: gi|909572882|ref|XP_013142077.1| (PREDICTED: probable G-protein coupled receptor No18 [Papilio polytes])

HSP 1 Score: 275.018 bits (702), Expect = 3.303e-84
Identity = 161/407 (39.56%), Postives = 228/407 (56.02%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM---SEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNC-GASCHSRLHISYVNDEESKK-------PGGLNFSSFRRSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILYA 419
            IGN+ +I A++T  RL+T+TN F+ SL  AD LVG+FV+P AI++H+T G W LGWILCD WIS+DILLCTASILSLCAIS+DRYLA+++P  YS+R R+K L + +I  VWI +  ITCPPM    EP+ +   +  C YN+ PGY+V+SA G+F++P+ V++Y Y RI  VV  R +         +   TS   +  K S    ES++    L L +              S+S + S  S+  S +S+ T            +P          KC  C  A+  SR     +N E   +            + +  R     +K+++ NN  ++      RE KTA+ L++VVG F+ CWLPFF+ Y+LT FI   Y  P+L+   TWLGW NS +NP +YA
Sbjct:  113 IGNTLIISAVVTTKRLRTVTNCFVTSLAVADLLVGIFVMPPAIAVHIT-GKWELGWILCDIWISLDILLCTASILSLCAISVDRYLAVTRPLTYSRRRRSKKLALTMIFFVWISAGAITCPPMFGWYEPDHNQGGV--CRYNQNPGYVVFSAMGSFFLPMAVMVYVYARISCVVARRHQ---------QLSSTSKCSKKGKLSCVKSESDSGSDKLSLRQ--------------SASKQPSKNSTQQSESSTQT------------EP----------KCPCCFNAAKKSRSKNYKLNQERESRFYNEVTFKANFKYKNTGRHRNHSMKDHIENNRVSS----LRRETKTAQTLSLVVGGFVACWLPFFLYYILTPFISIEYVNPVLMYILTWLGWFNSAINPFIYA 467          
BLAST of EMLSAG00000003687 vs. nr
Match: gi|943946892|ref|XP_014356598.1| (PREDICTED: probable G-protein coupled receptor No18 [Papilio machaon])

HSP 1 Score: 274.633 bits (701), Expect = 3.902e-84
Identity = 161/401 (40.15%), Postives = 227/401 (56.61%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM---SEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDEESKKPGGLNF-SSFR-RSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILYA 419
            IGN+ +I A++T  RL+T+TN F+ SL  AD LVG+FV+P AI++H+T G W LGWILCD WIS+DILLCTASILSLCAISIDRYLA+++P  YS+R R+K L + +I  VWI ++ ITCPPM    EP+ +   +  C YN+ PGY+V+SA G+F++P+ V++Y Y RI  VV  R +             TS   +  K S    ES++    L L +                     S S  +S NS+  S   T+   N  + P          C N         +     + ESK    + F S+F+ ++  R   +++ ++   N  +   RE KTA+ L++VVG F+ CWLPFF+ Y+LT FI   Y  P+L+   TWLGW NS +NP +YA
Sbjct:   97 IGNTLIISAVVTTKRLRTVTNCFVTSLAVADLLVGIFVMPPAIAVHIT-GKWELGWILCDIWISLDILLCTASILSLCAISIDRYLAVTRPLTYSRRRRSKKLALTMIFFVWISASAITCPPMFGWYEPDHNQGGV--CRYNQNPGYVVFSAMGSFFLPMAVMVYVYARISCVVARRHQQLAS---------TSKCNKKGKLSCVKSESDSGSDKLSLRQ---------------------SASKQTSKNSTQQSECSTQ---NEPKCPC---------CFNAAKKTRQPKNYKENKERESKFYNEVTFKSNFKYKNTGRHRNHSMKDHIENNRVSSLRRETKTAQTLSLVVGGFVACWLPFFLYYILTPFISIIYVNPVLMYILTWLGWFNSAINPFIYA 452          
BLAST of EMLSAG00000003687 vs. nr
Match: gi|913314473|ref|XP_013188063.1| (PREDICTED: octopamine receptor-like [Amyelois transitella])

HSP 1 Score: 273.863 bits (699), Expect = 5.293e-84
Identity = 157/402 (39.05%), Postives = 231/402 (57.46%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM---SEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDEESKKPGGLNFSS---FRRSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILYA 419
            IGN+ +I A++T  RL+T+TN F+ SL  AD LVG+FV+P AI++H++ G W LGWILCD WIS+DILLCTASILSLCAIS+DRYLA+++P  YS+R R+K L + +I  VWI +  ITCPPM    EP+ +   +  C YN+ PGY+V+SA G+F++P+ V++Y Y RI  VV  R +    +   T+  +        K S    ES++    L L +               S+++ +S S+  S+ S+       +RK      P     + + K                  ++ESK    + F +   ++ + RR   ++L ++   N  +   RE KTA+ L++VVG F+ CWLPFF+ Y+LT FIP  Y  P+L+   TWLGW NS +NP +YA
Sbjct:   89 IGNTLIISAVVTTKRLRTVTNCFVTSLAVADLLVGIFVMPPAIAVHIS-GKWELGWILCDIWISLDILLCTASILSLCAISVDRYLAVTRPLTYSRRRRSKKLALTMIFFVWIAAGAITCPPMFGWYEPDHNQGGV--CRYNQNPGYVVFSAMGSFFLPMAVMVYVYARISCVVARRHQ---QLASSTKCNKRG------KLSCIRTESDSGSDKLSLRQ---------------SASKQTSKSTQHSDCSTQ------ERKCPCCFKPDKKRQKCKAK------------------EKESKFYNEVTFKAKYKYKNTQRR--THSLRDHVDNNRVSSLRRETKTAQTLSLVVGGFVACWLPFFLYYLLTPFIPSGYVNPVLMYILTWLGWFNSAINPFIYA 437          
BLAST of EMLSAG00000003687 vs. nr
Match: gi|910324780|ref|XP_013165484.1| (PREDICTED: 5-hydroxytryptamine receptor 2B-like [Papilio xuthus])

HSP 1 Score: 272.707 bits (696), Expect = 2.090e-83
Identity = 164/408 (40.20%), Postives = 229/408 (56.13%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM---SEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNC-GASCHSRLHISYVNDEESKK--------PGGLNFSSFRRSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILYA 419
            IGN+ +I A++T  RL+T+TN F+ SL  AD LVG+FV+P AI++H+T G W LGWILCD WIS+DILLCTASILSLCAIS+DRYLA+++P  YS+R R+K L + +I  VW+ +  ITCPPM    EP+ +   +  C YN+ PGY+V+SA G+F++P+ V++Y Y RI  VV  R +              S    S K   S  +S +D    KLS              L  SA  S   S +SN  S+ S+        L +P          KC  C  A+  SR   +Y +++E +              + +  R      K+++ NN  ++      RE KTA+ L++VVG F+ CWLPFF+ Y+LT FI   Y  P+L+   TWLGW NS +NP +YA
Sbjct:   96 IGNTLIISAVVTTKRLRTVTNCFVTSLAVADLLVGIFVMPPAIAVHIT-GKWELGWILCDIWISLDILLCTASILSLCAISVDRYLAVTRPLTYSRRRRSKKLALTMIFFVWVSAGAITCPPMFGWYEPDHNQGGV--CRYNQNPGYVVFSAMGSFFLPMAVMVYVYARISCVVARRHQQL-----------ASTNKCSKKGKLSCIKSESDSGSDKLS--------------LRQSA--SKQPSRNSNQQSDCST--------LSEP----------KCPCCFNAAKKSRQTKNYRDNKERESRFYNEVTFKANFKYKNTGRHRNHSTKDHIDNNRVSS----LRRETKTAQTLSLVVGGFVACWLPFFLYYILTPFISIKYVNPVLMYILTWLGWFNSAINPFIYA 451          
BLAST of EMLSAG00000003687 vs. nr
Match: gi|751460275|ref|XP_011184892.1| (PREDICTED: 5-hydroxytryptamine receptor 1A-like [Bactrocera cucurbitae] >gi|751460277|ref|XP_011184893.1| PREDICTED: 5-hydroxytryptamine receptor 1A-like [Bactrocera cucurbitae])

HSP 1 Score: 273.478 bits (698), Expect = 3.316e-83
Identity = 158/411 (38.44%), Postives = 225/411 (54.74%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM---SEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLS---SSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDEESKK--------PGGLNFSSFRRSLRRGVKNNLSN-NSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILYA 419
            +GN+ VIMAI+T  RL+T+TN F++SL  AD LVG+FV+P A+++H+  G W LGWILCD WIS+DILLCTASILSLCAIS+DRYLA+++P +YS++ R+K L + +I  VW+L+  ITCPPM    EP R   N  EC YN+  GY++YSA G+F++P+IV++Y Y RI  V+  R               TS   +  +R ++    N               Y +  F +L+   +S E   ++    N  S   + D ++   LL  P ++  +  N  +    S  ++    Y      K+        PG +     R    RG +       S  N      +E KT + L++VVG FI CWLPFFI Y+LT F+  S     L    TWLGW+NS +NP +YA
Sbjct:   99 LGNTLVIMAIITTRRLRTVTNCFVMSLAVADLLVGIFVMPPAVAVHLV-GSWRLGWILCDIWISLDILLCTASILSLCAISVDRYLAVTKPLKYSRKRRSKRLALLMILIVWVLALAITCPPMLGWYEPGRRDRN--ECRYNQNKGYVIYSASGSFFLPMIVMIYVYARISCVIASRHDKMT---------HTSVHCKRFRRYTTVDTDN---------------YGEQDFFELTREKTSGERRFSNQTIINELSEVMAADVEKARPLLSLPATHNGKGNNYGLTRPVSWKTQPAAVYQYASNGKRQQYAQSCPPGSIA----RMQQPRGSQPQQQQLRSLANCIISLRKEHKTTQTLSIVVGGFIACWLPFFIYYLLTPFLEPSQVSRALTHVLTWLGWLNSAINPFIYA 478          
BLAST of EMLSAG00000003687 vs. nr
Match: gi|768429561|ref|XP_011555966.1| (PREDICTED: probable G-protein coupled receptor No18 [Plutella xylostella])

HSP 1 Score: 270.781 bits (691), Expect = 8.124e-83
Identity = 163/404 (40.35%), Postives = 225/404 (55.69%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM---SEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRL-----HISYVNDEESKKPGGLNFSSFRRSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILYA 419
            IGN+ +I A++T  RL+T+TN F+ SL  AD LVG+FV+P AI++H+T G W LGWILCD WIS+DILLCTASILSLCAIS+DRYLA+++P  YS+R R+K L + +I  VWI +  ITCPPM    EP+ +   +  C YN+  GY+V+SA G+F++P+ V++Y Y RI  VV  R                 +Q  S         SN   K  KL+ +             + S  GS   S   + S +TS      KN++     S++ E   KC  C      ++        + N+E + K     + S  R     VK +  NN  ++      RE KTA+ L+ VVG F+ CWLPFF+ Y+LT FIP  Y  P+L+   TWLGW NS +NP +YA
Sbjct:   90 IGNTLIISAVVTTKRLRTVTNCFVTSLAAADLLVGIFVMPPAIAVHIT-GKWELGWILCDIWISLDILLCTASILSLCAISVDRYLAVTRPLTYSRRRRSKKLALTMIFFVWIAAGAITCPPMFGWYEPDHNQGGV--CRYNQNAGYVVFSAMGSFFLPMAVMVYVYARISCVVARR----------------HHQLHS--------SSNKCSKRAKLACI------------RTESDSGSDKLSLRQSASKHTS------KNSMQHSECSSQGE---KCPCCFRQDRKKIKRKERESRFYNNEVTFK-ANFKYKSTGRHRTHSVKEHSENNRVSSL----RRETKTAQTLSFVVGGFVACWLPFFLYYLLTPFIPNKYVNPVLMYILTWLGWFNSAINPFIYA 440          
BLAST of EMLSAG00000003687 vs. nr
Match: gi|1059400353|ref|XP_017773107.1| (PREDICTED: probable G-protein coupled receptor No18 [Nicrophorus vespilloides] >gi|1059400355|ref|XP_017773108.1| PREDICTED: probable G-protein coupled receptor No18 [Nicrophorus vespilloides] >gi|1059400357|ref|XP_017773109.1| PREDICTED: probable G-protein coupled receptor No18 [Nicrophorus vespilloides] >gi|1059400360|ref|XP_017773110.1| PREDICTED: probable G-protein coupled receptor No18 [Nicrophorus vespilloides])

HSP 1 Score: 269.626 bits (688), Expect = 7.664e-82
Identity = 158/422 (37.44%), Postives = 240/422 (56.87%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMSEPNRHGPNLTE-CHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEGRQ----TSNQPQSIKRSSSTKESNNDDKVLKLSE----------VIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDEESKKPGGLNFSSF---------RRSLRRGVKNNLSNNSATN--SFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILYA 419
            IGN+ VI+A+LT  RL+T+TN F++SL  AD+LVG+FV+P A++  +  G W LGWILCD W+S+D+LLCTASILSLCAIS+DRYLA++QP  YS++ R+K L   +I  VWI SA+ITCPPM     HG +  + C YN+  GY+++SA G+F++P++V+LY Y RI  VV +R     +++G  +  Q    +S++    +     + S+  D   KL +          V+ + Y        SS  E  +  +A+ +      +++ +RK      P  +    R        S  S L  S+ +D  +        ++          + S+ R + + L+   A+   SF    RE KTA+ L++VVG F+ CWLPFFI Y+LT F+P S    +++   TWLGW+NS +NP +YA
Sbjct:   76 IGNTLVILAVLTTRRLRTVTNCFVMSLAVADWLVGIFVMPPAVAYRLM-GEWELGWILCDIWVSLDVLLCTASILSLCAISVDRYLAVTQPLSYSRKRRSKRLAFSMILVVWISSALITCPPMFGWYEHGRHTGKTCRYNKNTGYVIFSAMGSFFIPMVVMLYVYVRISCVVAQRHDQLSNIEGRAQKSQKLVLSSSKEDEDEEVELERASSECDDHHKLQQQQREDENEEKVVCTRY-------FSSGGEDETVVAANHH-----VAVELRRK------PIVDRRHCR--------SLRSTLSYSFKSDPRTSSLYMTTTTTTKTLSTNQPKQESIHRDIHSVLNYEPASRVASFR---RETKTAQTLSIVVGGFVACWLPFFIYYLLTPFLPSSPTTSVVMGYLTWLGWINSAINPFIYA 467          
BLAST of EMLSAG00000003687 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold301_size216225-snap-gene-0.19 (protein:Tk06226 transcript:maker-scaffold301_size216225-snap-gene-0.19-mRNA-1 annotation:"tyramine octopamine receptor-like")

HSP 1 Score: 182.185 bits (461), Expect = 2.259e-50
Identity = 131/438 (29.91%), Postives = 217/438 (49.54%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM----SEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGT-------EGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIV---SPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDT-------KRKNNLLQPPPSNEHELRNKCMNC-----GASCHSRLHISYVND--EESKKPGGLNF--SSFRRSLRRGVKN---NLSNNSATNSFNHHL---------REAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFP-PLLVDGFTWLGWVNSTLNPILY 418
            +GN  VIM++ T   L+   N+FI+SL  AD  V + VLP  ++ +M  G W+ G ILC  W++ D+L CTASIL+LCAI++DRY A+  P ++++R   + ++ K++  VW++S  I  PP+      P+   P+ T C   E+ GY++YSA G+FY+PL +I++ Y +I    + R +        T       E   T  +   ++       +    KV    +V +    P      I  S+  + +     S++     +++ T       ++ + + Q    N   LR+K  +       ++     H+    D  + SK   G     SSF+R+    V+    +L +++  N+    +         +E K A+ + V+V  FI CWLPFF++YV+T F      P P +V   TWLG+VNSTLNPI+Y
Sbjct:   53 VGNILVIMSVFTHTPLKITPNFFIVSLAAADLTVSMCVLPLNVA-YMVVGRWIFGSILCKMWLTSDVLCCTASILNLCAIALDRYYALHDPIKHAQRRSVRNVLAKVL-VVWVMSMGICFPPLFGWNDWPDAFTPD-TPCRLTEEKGYVIYSAMGSFYIPLGIIMFVYLKIYQNTRLRLRSRAKAAHVTSLHHPPSEHCPTQKRSLQLEHKQPVGGARARLKVTLQEQVELVNGHPIYSEVAIGASAIVDPAQGQQGSTSGPKRVATVRTHILAKVKQKHSKMYQKSFKNRGSLRSKTGSVRPEEETSTLDEPDHLLASADCLKHSKCDQGTQVTKSSFQRAPSTAVEAPGPDLPSSTPDNTVYRFINEKAKISLAKERKAARTMTVIVTTFIVCWLPFFLMYVITPFCSICAPPSPKVVQVITWLGYVNSTLNPIIY 487          
BLAST of EMLSAG00000003687 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold575_size133042-snap-gene-0.31 (protein:Tk10163 transcript:maker-scaffold575_size133042-snap-gene-0.31-mRNA-1 annotation:"octopamine receptor")

HSP 1 Score: 160.229 bits (404), Expect = 1.005e-43
Identity = 123/441 (27.89%), Postives = 200/441 (45.35%), Query Frame = 0
Query:   25 GNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM------SEP--------------NRHGPN--------------------LTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYF------VDMQGGTEGRQTSNQPQSIKRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDEESKKPGGLNFSSFRRSLRRGVKNNLSNNSATNSFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILYA 419
            GN  VI A+    +L+  TN FI+SL +AD ++G+ VLP + +++    +W+ G I C  W++MD+ +CTASIL L  IS+DRY+A++ P  Y   + +    + I+ A W+LS VI  PP+      S P               + G N                    + +C   ++PGY++YSA G+FY P++V+++   RI    K+ TK        V + G        ++      S +   +  ++        +  P   ++      SA G   S      SS   S    + N+  Q   ++  +L +  ++  AS H  ++    N  +    GG    S  +  +R +KN +              E K AK L ++VG FI CW PFF +Y++TAF  +  FP L      W+G+ NS +NP +YA
Sbjct:   88 GNIMVIAAVKMTHKLRGATNLFIVSLAWADLMLGMVVLPFS-AMYEVFDIWIFGRIWCSIWLAMDVWVCTASILHLVVISLDRYIAVTHPITYPNIMTSNRAKLLIVGA-WVLSFVICFPPLVGWNDESSPAMWVPAEFTVANLVAQGGTNSSSSFHLNNNPDVLAILSRCMPQCKLIQEPGYVIYSAVGSFYAPMLVMMFFNWRIYRTAKKTTKAIRQGWTKVKVGGANAVGMGIHRGGGGAMSMANLTTIQNNAKTSRRSSMARPSNALNPSSRRPSASGIVLS------SSTILSSGAGKPNHPAQARSTD--DLHHSRLSAHASNHGSVNNLTQNLIQQHTCGG----SANKFGKRNIKNQV---------RRFRMETKAAKTLGIIVGCFICCWFPFFTMYLITAFC-EDCFPELAFSIIFWMGYCNSAINPFIYA 504          
BLAST of EMLSAG00000003687 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold423_size175618-snap-gene-0.11 (protein:Tk11818 transcript:maker-scaffold423_size175618-snap-gene-0.11-mRNA-1 annotation:"serotonin receptor-like protein")

HSP 1 Score: 144.05 bits (362), Expect = 2.675e-39
Identity = 110/364 (30.22%), Postives = 170/364 (46.70%), Query Frame = 0
Query:   81 LCDAWISMDILLCTASILSLCAISIDRYLAISQ-PFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM---SEPNRHGPNLTE--CHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEGRQTSNQPQSIKRS--------------SSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDEESKKPGGLNFSSFRRSLR-RGVKNNLSNNSATNSFNHHL-----REAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILY 418
            LC+ W   D+L CTASIL L AI++DRY A++Q  + +S+ +RT G    +IAA+W+ S  ++  P+    + N       E  C  ++   Y V++   TFYVPL+VIL  Y RI +  + R +        T   Q +  P ++K+S               +   + N  K + L    V+  L V  +   ++       SA +N  S+  S+    +N    PP   +H L     +C  +  +   +S     E         SS + + R +G++   S+ + +     H+     RE K AK LA+V G FI CWLPFFI+ +L        F   +V  F WLG+ NSTLNPI+Y
Sbjct:    1 LCEIWTMSDVLCCTASILHLLAIAVDRYWAVTQVHYIHSRTIRTVG---GMIAAIWLTSVSVSLAPLFGWKDNNFETRVNVEKTCMVSQDVSYQVFATMATFYVPLVVILLLYWRIFLTARNRLR--------TRQAQKAQLPGNVKKSHTIGGKKAQNGHNCEAKMSAKNRVKTILLRRSKVTEDLPVEDVSEETAFNQHHPESAHNNRHSDPPSL----RNGDETPPSKGQHSL-----SCPKNSPTNSVVSQGCQTEQTTSKAKPLSSLKAARRHKGLRGTNSSLARSRKEKKHVSLEAKRERKAAKTLAIVTGAFIVCWLPFFILALLMPIFKNHEFNGRVVSFFLWLGYFNSTLNPIIY 344          
BLAST of EMLSAG00000003687 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold268_size230776-snap-gene-0.4 (protein:Tk11092 transcript:maker-scaffold268_size230776-snap-gene-0.4-mRNA-1 annotation:"tyramine receptor")

HSP 1 Score: 136.346 bits (342), Expect = 1.241e-35
Identity = 114/399 (28.57%), Postives = 178/399 (44.61%), Query Frame = 0
Query:   26 NSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMSEPNRHGPNLTE----CHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEGRQTSNQPQSI-KRSSSTKESNNDDKVLKLSEVIVSPYLKVHFIDLSSSAEGSSTSSASSNNSSNTSSIDTKRKNNLLQPPPSNEHELRNKCMNCGASCHSRLHISYVNDEESKKPGGLNFSSFRRSLRRGVKNNLSNNSATNSFNHHL-REAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILY 418
            N+ VI A+     L+ I NYF++SL  AD L+   V+P A+  ++ EGVW  G  LC AW         +SI  LCAI+IDRY AI++P  Y  + RT    + +IA VW LS  + CPP        P+  E    C   + P Y+V S   TFY+P+I+++  Y R+ ++   R ++   ++   E  + ++Q +S+  R+S      +  K     EVI             +    SS   + SN       +   R    + P      EL NK +     C             S+  G +  S  +        NNL   +  +     L RE ++   +++++  FI CWLP F +YV+    P+    P L+    W+ + NS  NPI+Y
Sbjct:  112 NAFVIYAVTHHNPLKIIPNYFLVSLSCADILMASVVMPVALQYNL-EGVWHYGLFLCKAWSFSSYFSSASSIFHLCAIAIDRYRAITRPLEYGTK-RTTKQALSVIALVWFLSFAVVCPPYFGILASWPDTFEITSPCTAAQNPIYVVCSGLITFYIPMIIMITIYTRLFLI--GRKRFRKKIRRALELVEINDQTKSLPTRNSPALYPVDLPKSDSCVEVIAK-----------APPHSSSMKRSMSNGDDPAKEVGKGRSRGQIIPTFLLRRELLNKKLEEKIPC-------------SRCSGMIPKSRGKYCQLCSAPNNLVLAAEKSRLTILLQRERRSVLIMSIILCTFIVCWLPAFTLYVVLGIKPQLGINPKLMTICWWMAYCNSACNPIIY 482          
BLAST of EMLSAG00000003687 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold120_size336265-processed-gene-2.7 (protein:Tk08790 transcript:snap_masked-scaffold120_size336265-processed-gene-2.7-mRNA-1 annotation:"dopamine receptor")

HSP 1 Score: 132.494 bits (332), Expect = 7.140e-34
Identity = 73/179 (40.78%), Postives = 105/179 (58.66%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMS--EPNRHGPNLT-ECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTK 199
            +GN  V++A+L    L T TNYFI SL  AD LVGL V+P + +       W+ G  LCDAW S+D+L  TASIL+LC IS+DRY AI+ P  Y  R+      + +I  VW+ S+ I+ P ++       GP    +C + E  GY+V+S+  +FY PL V+++TY RI     + T+
Sbjct:   91 VGNILVVLAVLRERSLHTATNYFITSLAVADCLVGLVVMPFSAAYEAMGQQWIFGPDLCDAWHSLDVLASTASILNLCVISLDRYWAITDPMSYPFRMSNTRASL-LILLVWVCSSAISFPAIAWWRATATGPPPQWQCPFTEDTGYLVFSSIVSFYGPLAVMVFTYFRIYRAALKHTR 268          

HSP 2 Score: 69.707 bits (169), Expect = 5.107e-13
Identity = 35/89 (39.33%), Postives = 51/89 (57.30%), Query Frame = 0
Query:  335 SLRRGVKNNLSNNSATNSFNHHL----REAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILYA 419
            ++  G KN +  N   N F+  L    +E K AK L  V+G FI CWLPFF+  V++  I     P ++     WLGW+NS++NP++YA
Sbjct:  337 AITNGFKNLVVTNQKKNFFSKKLSQFAKEKKAAKTLGTVMGVFIICWLPFFLTNVISG-IWVDCIPAIVFQVVNWLGWINSSMNPVIYA 424          
BLAST of EMLSAG00000003687 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold235_size242898-processed-gene-1.7 (protein:Tk06561 transcript:snap_masked-scaffold235_size242898-processed-gene-1.7-mRNA-1 annotation:"alpha-2c adrenergic receptor")

HSP 1 Score: 99.3673 bits (246), Expect = 7.104e-24
Identity = 51/123 (41.46%), Postives = 78/123 (63.41%), Query Frame = 0
Query:   24 IGNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM 146
            +GN  V++AI T   L +I N+FI SL  +D L+GL V+P ++S  +  G W+ G + C+   +MD+ LCTASI+++C IS+DRY +I++   Y    RT   V  +I  VW+LS +I  PP+
Sbjct:   90 VGNMLVVIAIATENNLTSIQNWFIASLAVSDMLIGLLVMPFSLSYELM-GYWMFGGLWCEIHAAMDVFLCTASIMNICLISLDRYWSITRAIDYLNA-RTPNKVALMIVTVWLLSGLICIPPL 210          
BLAST of EMLSAG00000003687 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1621_size33243-snap-gene-0.9 (protein:Tk12270 transcript:maker-scaffold1621_size33243-snap-gene-0.9-mRNA-1 annotation:"hypothetical protein DAPPUDRAFT_48160")

HSP 1 Score: 99.3673 bits (246), Expect = 1.183e-23
Identity = 62/192 (32.29%), Postives = 104/192 (54.17%), Query Frame = 0
Query:   25 GNSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCP-----PMSEPNRHGPNLTECH----YNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGG 207
            GN  V+++     +LQTI+NYF+ SL  AD ++GL  +P   ++ + +  W  G  +CD W+S+D L   AS+L+L  IS DRY ++++P  Y  R  T+   + I +A W +S ++  P     P  E  R  P+  +C+    Y+ +   IV +    F+VP+ V++  Y R+     +R +  V +QGG
Sbjct:   91 GNLMVMISFKMDKQLQTISNYFLFSLAVADIIIGLISMPL-FTVFLIQQEWTFGVTICDTWLSVDYLASNASVLNLLVISFDRYFSVTRPLTYRVRRTTRKAALMIFSA-WAVSVIVWPPWIFAWPYIEGIRTVPD-NDCYIQFIYSNEYMSIV-TVMIAFFVPVSVMIGLYVRVWWETVKRQRELVHLQGG 278          
BLAST of EMLSAG00000003687 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold28_size608977-processed-gene-2.6 (protein:Tk05745 transcript:snap_masked-scaffold28_size608977-processed-gene-2.6-mRNA-1 annotation:"octopamine receptor beta-1r-like")

HSP 1 Score: 101.293 bits (251), Expect = 2.016e-23
Identity = 58/175 (33.14%), Postives = 93/175 (53.14%), Query Frame = 0
Query:   26 NSTVIMAILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPM----------SEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRI 190
            N  V++++    +L+ I NYF++SL  AD  V  F +    S+ +T G W  G+ +CD W S+D+   T S L LC IS+DRY AI +P +Y+  +  K +   +I   WI   +I+  P+           E  +  P+  EC +     Y + S+  TF+VP++V+L+ Y RI
Sbjct:  131 NLLVVISVFRYHKLRHINNYFLVSLAVADLFVACFAMTFNASVEIT-GRWNFGYRICDLWNSLDVHFSTVSTLHLCCISVDRYYAIVKPLKYTSHMTVK-VASIMIGIAWIAPTLISFLPIFLGWYTTSQHQEWRKTNPH--ECIFRVNKPYALLSSALTFWVPVVVMLFMYHRI 301          
BLAST of EMLSAG00000003687 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold141_size315519-processed-gene-1.6 (protein:Tk03985 transcript:snap_masked-scaffold141_size315519-processed-gene-1.6-mRNA-1 annotation:"GF20567")

HSP 1 Score: 97.4413 bits (241), Expect = 6.317e-22
Identity = 55/170 (32.35%), Postives = 97/170 (57.06%), Query Frame = 0
Query:   69 HMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTK--GLVMKIIAAVWILSAVITCP---PMSEPNRHGPNLTECHYNEKPGYIVYSACGTFYVPLIVILYTYGRIVVVVKERTKYFVDMQGGTEGRQTSNQPQSIKRSSSTKESNNDD 233
            H  +G W L +I CD +I MD+   TASI +L  IS+DRY A++QP +YS++ +T   G V+K I  +W++S  + CP    ++ PN   P  TEC   +   +I++S+  +F++P  VIL  Y +I+  +  + +          G +++ + + + R  ST+E++ D+
Sbjct:  290 HRVQGQWTLPFITCDLYIGMDVACSTASIFNLVGISMDRYQAVTQPLKYSQKQQTNDHGRVIKAIVVIWMISMGLGCPIFFGLNAPN--SPEETECILYDA-NFIIFSSTASFFIPCFVILLFYYKIMKAILRQHR----------GGKSAKKSELVSR-PSTEEASQDN 445          
BLAST of EMLSAG00000003687 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold235_size242898-processed-gene-1.6 (protein:Tk06560 transcript:snap_masked-scaffold235_size242898-processed-gene-1.6-mRNA-1 annotation:"serotonin receptor")

HSP 1 Score: 90.1225 bits (222), Expect = 1.790e-20
Identity = 47/118 (39.83%), Postives = 74/118 (62.71%), Query Frame = 0
Query:   32 AILTVPRLQTITNYFILSLGFADFLVGLFVLPAAISLHMTEGVWVLGWILCDAWISMDILLCTASILSLCAISIDRYLAISQPFRYSKRLRTKGLVMKIIAAVWILSAVITCPPMSEP 149
            AI +   LQ + N+F+ SL  AD  +G+FV+P +++  +  G W+ G + C    ++D+LLCTASIL++  IS+DRY +I+    Y K  R++  V  +I  VW LSA+I+ PP+  P
Sbjct:   83 AIFSEYTLQNVQNWFVASLALADLTLGVFVMPFSLA-QVVMGYWIFGDLWCQMHSALDVLLCTASILNITLISLDRYWSITHAIEYIK-FRSETSVKVMICVVWFLSALISVPPLFYP 198          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000003687 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-9.406e-6153.26symbol:TyrR "Tyramine receptor" species:7227 "Dros... [more]
-8.937e-5632.59symbol:DRD2 "Dopamine receptor 2 protein transcrip... [more]
-2.888e-5532.76symbol:DRD2 "D(2) dopamine receptor" species:9913 ... [more]
-4.413e-5532.76symbol:DRD2 "DRD2 transcript variant 1" species:98... [more]
-4.558e-5533.42symbol:DRD3 "Uncharacterized protein" species:9031... [more]
-1.203e-5432.84symbol:DRD2 "D(2) dopamine receptor" species:9615 ... [more]
-1.203e-5432.84symbol:DRD2 "D(2) dopamine receptor" species:9615 ... [more]
-1.320e-5432.44symbol:DRD2 "D(2) dopamine receptor" species:9913 ... [more]
-2.830e-5430.27symbol:drd2b "dopamine receptor D2b" species:7955 ... [more]
-3.142e-5432.43symbol:DRD2 "D(2) dopamine receptor" species:9606 ... [more]

Pages

back to top
BLAST of EMLSAG00000003687 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592900196|gb|GAXK01058179.1|1.990e-3227.19TSA: Calanus finmarchicus comp287066_c0_seq1 trans... [more]
gi|592833629|gb|GAXK01123915.1|5.454e-2939.13TSA: Calanus finmarchicus comp666680_c0_seq1 trans... [more]
gi|592799822|gb|GAXK01154746.1|5.637e-2936.92TSA: Calanus finmarchicus comp1768349_c0_seq1 tran... [more]
gi|592758667|gb|GAXK01195746.1|8.154e-2929.30TSA: Calanus finmarchicus comp1695636_c1_seq1 tran... [more]
gi|592846427|gb|GAXK01111117.1|5.771e-2825.28TSA: Calanus finmarchicus comp696025_c0_seq1 trans... [more]
gi|592949010|gb|GAXK01009543.1|2.657e-2626.11TSA: Calanus finmarchicus comp1466365_c0_seq1 tran... [more]
gi|592910358|gb|GAXK01048017.1|4.351e-2433.16TSA: Calanus finmarchicus comp1255426_c0_seq1 tran... [more]
gi|592802527|gb|GAXK01152041.1|1.575e-2331.46TSA: Calanus finmarchicus comp927325_c0_seq1 trans... [more]
gi|592834516|gb|GAXK01123028.1|4.353e-2332.96TSA: Calanus finmarchicus comp2170137_c0_seq1 tran... [more]
gi|592790121|gb|GAXK01164447.1|1.471e-2144.00TSA: Calanus finmarchicus comp5881552_c0_seq1 tran... [more]

Pages

back to top
BLAST of EMLSAG00000003687 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 19
Match NameE-valueIdentityDescription
EMLSAP000000036870.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s1:1117397... [more]
EMLSAP000000094333.639e-4528.13pep:novel supercontig:LSalAtl2s:LSalAtl2s601:31744... [more]
EMLSAP000000030211.275e-3635.91pep:novel supercontig:LSalAtl2s:LSalAtl2s171:19662... [more]
EMLSAP000000114729.352e-2932.18pep:novel supercontig:LSalAtl2s:LSalAtl2s791:25681... [more]
EMLSAP000000048089.006e-2831.34pep:novel supercontig:LSalAtl2s:LSalAtl2s253:92104... [more]
EMLSAP000000017707.540e-2331.09pep:novel supercontig:LSalAtl2s:LSalAtl2s12:909316... [more]
EMLSAP000000105932.112e-2228.00pep:novel supercontig:LSalAtl2s:LSalAtl2s704:48014... [more]
EMLSAP000000052422.266e-2227.78pep:novel supercontig:LSalAtl2s:LSalAtl2s279:10364... [more]
EMLSAP000000077982.006e-1931.03pep:novel supercontig:LSalAtl2s:LSalAtl2s457:44439... [more]
EMLSAP000000032692.558e-1829.05pep:novel supercontig:LSalAtl2s:LSalAtl2s179:39517... [more]

Pages

back to top
BLAST of EMLSAG00000003687 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25
Match NameE-valueIdentityDescription
gi|118208|sp|P24628.1|DRD2A_XENLA1.910e-5733.01RecName: Full=D(2) dopamine receptor A; Short=D2R-... [more]
gi|75071920|sp|Q6TLI9.1|DRD2_MUSPF1.170e-5633.09RecName: Full=D(2) dopamine receptor; AltName: Ful... [more]
gi|2495004|sp|Q17232.1|OAR_BOMMO4.458e-5630.71RecName: Full=Octopamine receptor[more]
gi|62900330|sp|Q9GJU1.1|DRD2_CANFA8.008e-5632.84RecName: Full=D(2) dopamine receptor; AltName: Ful... [more]
gi|118205|sp|P20288.1|DRD2_BOVIN8.819e-5632.44RecName: Full=D(2) dopamine receptor; AltName: Ful... [more]
gi|1706283|sp|P52702.1|DRD2_CHLAE1.245e-5532.59RecName: Full=D(2) dopamine receptor; AltName: Ful... [more]
gi|118206|sp|P14416.2|DRD2_HUMAN2.127e-5532.43RecName: Full=D(2) dopamine receptor; AltName: Ful... [more]
gi|47117674|sp|P61169.1|DRD2_RAT2.800e-5532.44RecName: Full=D(2) dopamine receptor; AltName: Ful... [more]
gi|341940463|sp|P61168.2|DRD2_MOUSE2.982e-5532.28RecName: Full=D(2) dopamine receptor; AltName: Ful... [more]
gi|2495005|sp|Q25188.1|OAR_HELVI5.319e-5529.09RecName: Full=Octopamine receptor[more]

Pages

back to top
BLAST of EMLSAG00000003687 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
EAA05356.54.345e-8437.32AGAP004034-PA [Anopheles gambiae str. PEST][more]
gb|KYB25525.1|1.404e-6235.755-hydroxytryptamine receptor 1-like Protein [Tribo... [more]
AHN57381.13.449e-6253.26tyramine receptor, isoform C [Drosophila melanogas... [more]
AHN57380.13.449e-6253.26tyramine receptor, isoform B [Drosophila melanogas... [more]
AAF55463.13.449e-6253.26tyramine receptor, isoform A [Drosophila melanogas... [more]
EEB16738.19.826e-5846.34class A rhodopsin-like G-protein coupled receptor ... [more]
XP_016766956.11.189e-5651.12PREDICTED: putative tyramine receptor isoform X1 [... [more]
XP_016766938.11.189e-5651.12PREDICTED: putative tyramine receptor isoform X1 [... [more]
XP_006571686.11.189e-5651.12PREDICTED: putative tyramine receptor isoform X1 [... [more]
NP_001032395.11.189e-5651.12putative tyramine receptor [Apis mellifera][more]

Pages

back to top
BLAST of EMLSAG00000003687 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|283945472|ref|NP_001164649.1|4.806e-8641.44tyramine receptor [Bombyx mori] >gi|270288718|dbj|... [more]
gi|270288716|dbj|BAI52937.1|1.535e-8541.44tyramine receptor [Bombyx mori][more]
gi|302028363|gb|ADK91078.1|4.906e-8540.10tyramine receptor type 2 [Chilo suppressalis][more]
gi|909572882|ref|XP_013142077.1|3.303e-8439.56PREDICTED: probable G-protein coupled receptor No1... [more]
gi|943946892|ref|XP_014356598.1|3.902e-8440.15PREDICTED: probable G-protein coupled receptor No1... [more]
gi|913314473|ref|XP_013188063.1|5.293e-8439.05PREDICTED: octopamine receptor-like [Amyelois tran... [more]
gi|910324780|ref|XP_013165484.1|2.090e-8340.20PREDICTED: 5-hydroxytryptamine receptor 2B-like [P... [more]
gi|751460275|ref|XP_011184892.1|3.316e-8338.44PREDICTED: 5-hydroxytryptamine receptor 1A-like [B... [more]
gi|768429561|ref|XP_011555966.1|8.124e-8340.35PREDICTED: probable G-protein coupled receptor No1... [more]
gi|1059400353|ref|XP_017773107.1|7.664e-8237.44PREDICTED: probable G-protein coupled receptor No1... [more]

Pages

back to top
BLAST of EMLSAG00000003687 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 25
Match NameE-valueIdentityDescription
maker-scaffold301_size216225-snap-gene-0.192.259e-5029.91protein:Tk06226 transcript:maker-scaffold301_size2... [more]
maker-scaffold575_size133042-snap-gene-0.311.005e-4327.89protein:Tk10163 transcript:maker-scaffold575_size1... [more]
maker-scaffold423_size175618-snap-gene-0.112.675e-3930.22protein:Tk11818 transcript:maker-scaffold423_size1... [more]
maker-scaffold268_size230776-snap-gene-0.41.241e-3528.57protein:Tk11092 transcript:maker-scaffold268_size2... [more]
snap_masked-scaffold120_size336265-processed-gene-2.77.140e-3440.78protein:Tk08790 transcript:snap_masked-scaffold120... [more]
snap_masked-scaffold235_size242898-processed-gene-1.77.104e-2441.46protein:Tk06561 transcript:snap_masked-scaffold235... [more]
maker-scaffold1621_size33243-snap-gene-0.91.183e-2332.29protein:Tk12270 transcript:maker-scaffold1621_size... [more]
snap_masked-scaffold28_size608977-processed-gene-2.62.016e-2333.14protein:Tk05745 transcript:snap_masked-scaffold28_... [more]
snap_masked-scaffold141_size315519-processed-gene-1.66.317e-2232.35protein:Tk03985 transcript:snap_masked-scaffold141... [more]
snap_masked-scaffold235_size242898-processed-gene-1.61.790e-2039.83protein:Tk06560 transcript:snap_masked-scaffold235... [more]

Pages

back to top
Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s1supercontigLSalAtl2s1:1117397..1240427 -
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-LSalAtl2s1-snap-gene-13.14
Biotypeprotein_coding
EvidenceIEA
NoteD(2) dopamine receptor A
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000003687 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000003687EMLSAT00000003687-699534Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s1:1117397..1240427-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000003687-686453 ID=EMLSAG00000003687-686453|Name=EMLSAG00000003687|organism=Lepeophtheirus salmonis|type=gene|length=123031bp|location=Sequence derived from alignment at LSalAtl2s1:1117397..1240427- (Lepeophtheirus salmonis)
ATGAAAAAGCATGTCTGTAAATTTTACAACATCTACGAAGAATATAAGCT TCATAAAAAGTTTTTATGGGTAATATTTCAATAGCTTTTTTATAACATTT TGTTTAGGACAGATGCTTGCATATACTTAATTATATACAAATATTGTTGC AATTCTTAGCAAAGTAAGTATAGCTCAACCATTTTTTTGAAGTTAGTATT AAATTTTTGTATCAATTGCCATTTATATTTCTTATTATGCTTTTAGTGAT TGATAAATTTTTTTGCTTTATCATAGAAATGTTGAATCTTATTCGTAGAA CATTAGACCGCTTCATATTTAACNNNNNTTGTTCAAGCGACGTTTTCAAC TTTTAGACTTTCCAGTTTGCATAATAAAATAACAAACTTATTTATATGAT GGTAATTTTGATATCTTCAGATATAAAGCATGAGTCAACAGCATGTTCAA TCATGATTCACTGATTAATAATAACAATGGCAATAATCCTTTGTTATTGA AAAATATATGACAAAGAGAAACTTAGAACAAAGTATCTTTTGTGTCATAA CACTGATCGAAAATAAAAATATTCACTGAACTAGAGATTTTCCAATTTTT ATGAAACTCCGGATTAAGCCTTAGTATATCAAATCTGAAGACTATTTAAA TGACCAGCAAGATTGAAAGAGGTTGGGGCAGAGTTACAAGCCTAATCCTC GTGACTAACAAACAAACAGTTCGGCAAAAAATATAAGCTCCGTTCAATGT AAACATTTCCTTTAAAATTTTGTAGCTAGGGCTTGAAAATATAAAGTAGG ACAACTAGTCCCATTTTCCCAATTATGTTTGGATACAATGTAGTCATTTT TAGATGGAGCAATGACATAGATTTTAATTGACTTAATTGTTGTTAGCAAA CAAATATATTAGGGATTATTTATGAAGCAAAAAAGAGGTAAAATTATAAT TTATTCTTCAAACTATTTACATAATTGGATAAATAACTAAAACAATGACG TAATAATAACGAAATGTAATTTATAATTAACCTACAAAAAAACAAATTTT GCTCACACATAAAAAAAAAAAAGAATTTTCACCACTAGAATCATTTTTAT TTTTTTCAGATTGGGAATTCAACTGTCATAATGGCCATMCTCACAGTTCC TCGACTTCAAACCATAACAAATTATTTCATTCTGTCATTAGGATTTGCAG ACTTTTTGGTTGGCCTCTTTGTTCTCCCAGCAGCAATCAGTCTTCATATG ACAGAAGGTGAGTCCATAATTTACAAATTCATTGTTTTGTATTTTTATAA AGATTTTCAAATAATTATCTGCGTCATAAAATATTGGATATAGAACAAAC TTAGTCAATTTGACTCTAAATGATATTTATATTCAACAAATAAAAGTACT GAAATAAATAATAAATATTGGCTAAAAGATTGCAATATAAACCTTTACCA TATTGTTGGGATAATGACGGATATACTTCCGTATATCAATTAAATTAAAT TGATCGATTTAATTTTAAATCACCAGGGAACTTTATGTAAGGCAAAGGGT GGCAAACTCATTTTGGTTTGGTGGTCCAATGCAGATTAATCTGATCACAA ATGGGCTGGCTCATGATATTATTGCTAAAATTACATAAAATAATAAATTA GTCACTAATACAAATCATAAGTGCAAAGATATATTTATAATTTATAAATT TTCTTTATATTTTTACATTATGAAAATCTTAAGAACTCAATAAAAGTATG TGCAATTTTAACAACACCTTTACTAAATTAAAAGCCTGCTCATAGTTCTG AAATTATGTCTTGCTACGATATTTTTGTTAAGCTAATGTTGACAAGAGCA TGTTGTTCCTCAGGACACACAATTTTAGCAGTCGTCAACATTTATTTTAT AACGTAGGAGTCAGTTCTCGAACTTCTAAATTTAAATAAAATACTTTATT ATCTATTAAATATATTTTTTTCCCCGAACTTAAGACGAATATAAATAAAA CAGAAACCTTTAGGTCTTAAAATGAAGTTGAATATTGAAAAAAAATCCCT GGTTAAGTGGTCCCATATTTAACTAATTGATTTACACTCAAAAATAAAAA ATGGTTGTATGTCTCTAAATTTTTCCCACAGATGAAGCCAATTCTTTTTT GGATAGACCTTGCCTGTTTACTACCAAAAGGGAAAGTGCTTGTAAAAATT CGATATCTGAAACAATATTGGACTAAATCAAMCCCTACATTCCGGAAGGC CCTCCGCTAATCTATTGGATTGTATTTAGATTGTAGTTGTTTGATTTTTT TTCTAAATTCACCTTAAGAAGTATTTTTATCGTTTTCTGATATGAGTAAC TATCAAATTGTTTTGTTCTTAGTTCCTTTGACGTAATTAATAAAAACTAT CTTTCAGGCCAAATGTCAAAAACGACAAAAAAGGTTATTGTCTCCATAAA ACATATAATAAATTAGATATATAATTTTCCGGAAACATTAATTTTTTAAC TTTTTCGATGATTGTAATGTATTAGTGTTTTTCTTCCCCATCTTTTCTTC TCTTATTTTCTCGTATATATATTTATATGTAAAGTACATTCTTTTACCTG ATTTTAAGTATAAATAGTCGTGTATTTTACGTATGTATTAGAGTAGGTTT TTGTGTAAATAAGATGTTCTTATAAAAAACCATTGTATTATTCCTCTACG CCTTTCCTTCTTCTCATTTCTCTCGGTCGTCCTGGATATCTCCACCTATA AATAGTTTGTGTCACCTCAACCTCGTCAAGACACAACAATGATGCAATAC ATTTGTGATCCTGAAAATTCAACTTTAATAAATTAACGATTTCTTTTTGT TTAATGATCCATTGCTGATAGATATAACACATAGACAACACTATTTTTGT TTATCCACTTCATTTATTACCAACATTCAAAAGACAGCGGTCAAAATGTT ATAACATTTTGTTCCTAAGTTTGTGAATCATTGAGCTAAGTGTGACGCTA CTTTTGTTATATCCAAAATAATGGATCACAAACTATTTCTTATTTTAATT TTACAAGTATTCTTGATGGGAATAAATACTGAATAAGCTAAGCAATGGCT TGAAAAGTGTTCTAGAGACTCTGCTGCATAAAGACAATAATAAAAAATTC AAAATAAACCGCTTTTGAATGAAAAATACGTGTTGTTGTTTTTTATAGGC CTGGAATTTTAATCCCATGTGTTATCAAATTGCTCAAATCAAGGATTTAA AACTAAATATAATTACTTAATAACAGTTTTTTTGAGCAAATAAAAAAATC TGTAAATATATTGAGCACTCTAAGCTCTATAACGAACTTTCTCTTTTCAA ATAATTTTTTCCACATATTTGAAAATATTTCTTCTTCAACGCACAAAGTG TAGAGTTAAAAAAACAATGAAACTCTACCTCCAAATGTAGACAAAACTTA TTGGCAAAAGTGTATTCATTTCAATTCTTTTATCTATACATATTATTTAC ATATGTACGTATTATTTAAATAGATATTAATTATTTTGAAATGAATTTAT ACTTGCGAAAGATGAGAGTTCAACTTTAGTGTGTTGAGAAATGAAAAAAT ATATATATTGAATAACTTGATGTTAAAACATAAAAGAATGTCCTCAATTT TTTTTAGTATTACTCTCCGATTATCACAATATCACTCACACGTAGTTACT CAATACTTACATCAATAATAAAAGAATAATCATAACAGTTTGGGAATAAT GACTACAATAGAATAAAGTATTTCTGGCTGAGTTTTAGCTACGCACATTT GTTAAATTTATTATTTTTATCATGTACTCTGGTTTTTTTTAAAATGACCT TTACTTCATATTGAAATCATCAATAACCAAAATGAGTTATCTACTCATAT TTTATATGCGCGGAAAACTGCCCGTGGAAGATTGCCCTGGAAGAAAATTG ACAGTTAGGAAAACTGCCTAGGAAAAATTGCGCGTATTTTGCTCAAACTT AATGATGAATAATAACACAAAAGAAATTCACTTTATATGATTTATAATAA ATATCTAAACATATTTGTGTGTTCCATCCTCCAAGATAGTATCTTAAAGT GTATGTCATATTATTGCATTTTTTTAAATTCAGTCCAATGTTCTTAGAAA TGGATCGAGAGGATTGGTAAGGAGGGAGGGGGAATAAATTACTTAGGGAC CCATGAAATATAGTTGAATAACCTAACCCCTTGGATTGGCCCGGAGTTTG AGTGGGACTGCTAAAAATCACCCGAGGCCCGAGGGGTTGAAACGACTTTT TGCTATAAGAGGGGTTTCTTAGATGTATATAATGCTTTGTCGGTGGTTTT TAAGGATCCATAGGTAACCAGGTCATTACTCACTTCCGGTCAAAGATTTC AAATGCCCGCAGAGCCGAGACCTCAACCCCCTACACTATTCCATCCCTTC ATTTTTCGGCCAAAGTAGAAGCTCACCATGGAGGGATATTAAAAGATCAG ATGAAGATGAGTACCCTGCACAACCCAAGGGTATGGAACTATTTTTTTAG TATTAAAGAGGCTCCTTGGATGTATTGGAAGAATCGGGGGTGGTTTTAAG CAATCCCATATTACCTACGGTCCAATCTGAGGGCAAAGAGTATTCAACCA TTTTTTAGGTGCCTTAAACTATTAACCCCCCCCCCCCTCMCCCCCCTCAC CAATCCTCTTAGTTAAAAAATGGGCGGTATACACGAAAATATTTTTCCAC AACCTATTTTATTAATACAGAGAGAGACAAACAAACTTTTATTTATTCAA TATAGTTTTCTATATTGTGACATATCTCTCTGAACATATACACAAAATTA AAATTTTACAAAGAAACTTTTTACTTGAATAAACTAGATATTTTATTGTT GGCTATGTCATTGATACCAAACATTTTATAGAAATACATTGGGCTGTCAA CACATAAGTAAGCAAAAATGATTTCTCTCAAAATTAGATATATTATTCAT TTATATGTTCGACAAATTATCATCCATATCTTACAATACATTTTCCCTGT CAACTACGGAAATTGCACTTAAATTAGCCAAAATGGATCGGCAATCAATT GGAATTCATAGATTTTATTTGAAATCTCATATTGAGGCTCAAAATATATA TTTTAAATCAAATAAATATTTTAAATTATAACTTAATGTCTTAGTAATCA TACCTCATACCACTATTTTTGATATAAAGCCTATAATTGGCAAAATATGT TAATGAAATATTGGACTCTGTGTTTACATGAAGTAAGAATATAAATTGGG ATTGTCTCCTTTTCATAATTTTGTAGAAGATTTTATTCATATTGGCACAC CAAATATCTACACGCACCTATAGAGGAGGATGTTACATTCCTAATAGTAT TTTTTTTTTTAATTTGGATATTTTATAGAACGGGAGGAAAGATCCGAATT ATGAGGATATTGAACTTTAGAACCATCTATGTAACTGTTCTTAGAAGCCT CTAGTAACTCAAACTCTACTCCAGCAAACATTCTTCTATTTAAAAGAAAA ACAGAGATTAATCATTAGTTTTACCTTTAATCACACGCAAACTATAAAAT ATAAAGCTAAGTACAGGTATCGCAAAAGCAATCAAATATATCTAAAAGTT ATTTTAAACAATAAAGATTCTGCCAAAACCAACAAGTTTTGTATATGTAC GACTATATAAATAGTTTTGTAAATTTATTTAAATTGACCAGTCGTGTTTA TATCCAATATGCTTGTATGAAATATATTTTAATTGTCTACTTCATTTTAT AAAAGTTTATTAACAGACTACAATTTATCAAAAAATATGCACGGATAAAA CATATAAGACTTGATGAATTACATTAATTATACACAGTACATCCTTTCTT ACATAATCCTTTCATATTCTCACAATTCATTAATTTGAAAAGACTTTTTG ATCACTCTTGGAATTGACATTTATCTTCAATCGATTAAATACGTAGGATG ATGAATGCTACGTATAAAAAAAAGAATAGCAAGTGAGGAACGAAGTATTT TTTGTTAAAGGTGTATAATTTTTGAAAACTCAACCCGACTCGTGAGATAA ACGTCAACTTGCACACTACTATAATCCATGTATGTGCATCAATATTGTTG TGTCAGTTCTTATTTAGGACTTAGGACGGCAGTTCAATACTGCATATCCA TCCTATAATGTCCTTGATGTTACCATGTTTACCACCATGTCGAGGTAGTT ATTATCTGTGAAGAAGGACATATATAATAAAAAATATAACTTAATATAAT ATTTAAATGTATCACAAATTTGTTTTTGAGTTGTCCTTTCTTAATTTCAT AAAAATATTATTTTTCATTAATTAAATCCCAATTTCCTAACATCCCAAGA GTCTCTCTTTTTGCACAATTCTAAATTATTAACAAGTATGTTTGTTTAAT TTATACCAAAGAAGTAGAAGGGAAAGTGGGAATAATTTATAAAAAGCAAT AATTAAAAAATATTAATAGACAATAATCGTGTTCATTCGTATATTTTATA ATTTAACTATTACCTTAACAATATTACATAGACATATAAGTACTTATTTT AATGATATTATTAACTTGATCAAGTAACAAATAATGAATTAAACTTACTA AACTTAACATAATACAAAAGAAGACAGCAACGAAATTGAAAAAAATACCT TTTTTTTGTAGAAAAATAACCAATGTGTCCCCACTATCATTTATCAATTA GCTTTAAAGCAGCTCTTTATCCTCATTTACAAATATTCTCACTGAATTAT TAATCAATTAACCATTTTAACTCTTAACCCTTCCTTCGTGTGCATTTTTT TAATAATACGCTTAGAGAAATTGATGATATCCTAACAATAAAACATTTTA TTACAAGATAAAATAATTCAAAAGATACGTCATTTTATTTTGTATGTACT CCATTCACTTTTTACTAGAAAATATAAATTAAAATGCTAAAAAAAACTTT TATAAATATAAGACATCGTGAAAAAATAATTTTTTTATATTTAAGTAATC TTAATAACATAAATTGAGGTTTTTAACAAGATTTGATTTCATATTCTTGT AGTAAAAACATTATATTTTCATTTCTGATAAAAATTAATTCGTGTATGTG AATTTTAGAAATCAAATTAGTATCCACCTTTTGCTCTTTCGATGAGGTTG CATGTATTATATAAAAAAATAACTACAATATTTTAACTCTGTGGCTACTT TTCAAACGCCTCAGTCCTCCATTTGATAAAAAGAAAAATCAAAGAAGTCA AAAGAAGAAACAAAAGAGTAAGCAAAATAATCCATTTAATTCAAAAAACC TAAAGTAAAGAAAGCAAAATATANCGAACGAATTTTAAACAAGGGATTAT CATGATAAATAAAGAAATTCCAAATATTATATTATACGTTTCAGAAGCTT TCTAAAAAGTATTGCCAATAAAAGGTAGATTCAAAAGATAAAACGTTTTT TTTATAAATATTGTGCTGTAAAATATCCCATTTCACTAACGGAGGGTAAA ATAAACTACATTTATTTATATTTTCTTAAAATGAAGTGGGCTTAACAATG TAAGCTAATACTTAAATTTCAGACAAGAATAATAACATCAAAAAAATTAT CCCATATTTTTATTTTTCTAAAGTGCTAAAACACAATCCAAGGAACATGA AAGGTATCAGTTTATCCATGTAACAACTGGCACCACTCAATTCCTACCCA TCAGTACTGAGAAGAGCATGGACCTCATTTTCTGAGTAATGTTATCAAAA TAATATCAAATAAACTAAAACGTTGTAATAAAAGATTTTTAAGTCCTATC ATAGTACGCAATAAATTGATCTGGGTTTTTACTGTATATACAATCAGGAG TAATTTCCCATTTACGGTGTGTCCCAAAAGATGGATTCATCATTAAATTA TTAATAGAAGCAATATTGTTATGTAAATTAATATATTGATCCCTTTTTGT CCATGATAATAAATAATTACATTCAACTATTAAACTATTTACACAAAATC TTTCAAATTACTGCTAAAGATGAATGAAATATCTTCTAAGCATAACCATA ACACTTCATGAGATAGAATATCACCACTAAAACTTCGGATGTTGTGTAAG ATCAATTAAAACTTTTTCCATATTTAGAGATTATTCTGGCGAGTAGAGAT AGTTTTAGACATTTGTGTCTTTTAATTAAAGATAAATAAAATCTATGAAA AAATCGATTTAGCCACCTAGATTCCATTCTGATTGCTTTCTCGGCAAGCC AGGGAATAGCTGTTGCTTTGTAAATTATATTTGGAACTATTATAAAGTTA TACAGATCAATTCTTTTCCGAAGGTTAAATTTTTCCCAAGATAATTAACT GAATAAATATATTTATTCAGAAACGTCCCATTCGAAAAAGTTTTTGTCCA ATCTGATCCAAGAATTCCAATTGCATTCCTAACAGCACAATCTGCAATTT AAGCATCTTTATCAGTGTTCCATTTACCAATTGGAATGTTTGTGGTATTT TTATTATAGATTTTTAAACGGGATCTCATTTCATATTTATTATATTGACA CATTACAATCTCAATTAAGTGTGACACATTACAATCTCAATTAAGTATGA CACATTACCATCTCATTCTGTTTAGTTAAGTGTCTTTCAGAATTGGCCTT TAACATTAAAGTGACTTCATCGGCGTACATATCAATTATATGTTTAGATG TCTCAAAATATACTCCAAAACCTGTTAATTTCTTTAAATGAAAACCTGCA AGATCATTTAATGCAGCAACGAATAGTAAGGTACCTGAAGAACAGACTTG CTGACAGCTCTTCTTCAAAACTAAATGGTCACTTTTGGTATGACCCATAG AGAAGAGCTCTGACAGGATTAAAGTATTAATTATCAAGGAGTTTTTTACT ACTTTATTGGCATGATCATGTAGAATTGAATCAAAAGGCCTGCTGAAGTC AAAAGCAATTATTATTTTATAATTTATAATTGGTTCTCTTTGAGCACTGA TATTGGTAACCAATTATTATCTGTTGCCACACCTCTCTTACGGATAAGAG CAATCCGACCTCTGGAAACTAATTTTGGAAGTTTTCCATGCATTTCCATT GACTTTGCCAGTTGGGCTAAGAAGAGAACTACCTAATCCACGCATTGAGT AAAAATCCTTCCACCCATACCATCGGGTCCAGAACCTTTAAAATGTTTTA TTTTATGGATTTGGAAATGCAATCTTCCGTAAAACTCGAATGTGTTCCCG ATTTAGATCGATGAAAAGTAGCTCTATCACCACAAACAAACTATTGCAAG CTCGTATGTAAGAGTTTTAATAATTCTAGTGGGTCTGTAATTGTTAGGCC ACGTTAAATAATTTTCTTGATTACAGTCGTCGATCAATCTTTAGGACCAA ATTTTTAAGTCCTTTTGATGGATTAGTTTCTAATATAGTTTTTTCTTTGT ATTCCATCTCAGCTACCTCTGAGGTACGAAATAAGTTTGCATAATCTTGG TAATTTTGAGTAAAAATAGAAGGCCTCTATCTAAAACATCTTCAAACTCC TTTTGGGAAATTAAAGTTACTCATTTTCTAAAAGTATATTGTAAGGTGGT GGATATAACTGTGTAAAAAATAAATTAGAGATCTTTTTTAATTAAAAAAA GGGGTAAAATTATGAATAAAACGTGTTTGTAGTACTTTGATAAAAAATTT GTGCTCCACTACCCATCTGGGATTTCCAAAACTTTTTTTAGTAGGACTAT CTCAATACCGATGTCGATCATTTTATGATCTGATTTAGGATAAGAGTAAT AGTGTGACTTTTGTATATTCTTAAATATCGATCCAAGACGTTTTTCCCCA CTTCTCCATGACATAGTGTCTCCTGGACTAAGAATTCAGATGATAAGATG TAACCTTAGCTCTATGATGAATTTAGACAGAACTTGAAGATTTGGTTATG GAGCCTTTGTATTATGCAAATCTTCATTCAGATGGTCAATAGTCAAGAAA AAATTGATATCGTTTTTGCTCTGTTTGAACACACTATAGCTCATCAACTA TCTCAAATGTGTTGGCTGAGGAGGTTAATAACTTGATCGTTCATTAAGGT TCACATCAATACCTTCAATAATATTTTTCCTCCAGTCTTGCTAAGGATTT CATCAGAAGTTTCAATTGCCGATCCGACTACGTCGACAATAACTGATAAG ATTTCACTTAATTCCGTTGCATCAACAGCGTTAGGGATACTTGATTCTTC AAGTATCTTTTCGTCTAAAATGAAATATGTATGTGAAGGACATTTCTTAA GCGATATTTACTAAACATATTGGTAATGGTAAGTTTTTATATTTAATAAA TAATTATCGAACACTAAGGATTAAAATGATGAGCACGAATTCTGGCTTAT CAATATTGAATTCGTCTTTTTTTTTGTAGAAGCCAAAATCCAAGCCTTCC CTCTTACAAGGTCTTCCAGGAATCAGTGGTATGAAATGCCTCTTGGGTTT TACAAATAGCCATTTTAGACACTCTTTTAGTTTTATTTACCTAATCAAAT AAAATATATCATAAATCAAAAATATTATAACATATTATTTATTAACATAT GCATGTATTAATAATTTATTAAATTTAAAAGCTTACTTTTGGCAGTATAT CTAATTCAATATCGCTTAAAAAATATCTAGTAACCAAAAAAATTTTACTT TTTAAATTTGTGTAGTATAAAAACCAAGACTCGTCCCATTGACGTCCCCA GAAACAGAAAAGAGAGATATATTTAGTTAAAAAATCTGATATACTTACCC ATCCATTTCCTTCTTACCTAACTTTGTTTTAGTAACATTAGGTATGGAGG TCTATCAGTGGGCGCTCAAACATACTTGTTGATATTTAATAACAAGAAGA TCATTAGACATAACTTCTTTTATCATCTTTAAGATGATGTATGATAAGAA AAAATGTCTATTTAGACAGAAATGATAACCTCAAGATCTCAAAAAAGATA AAATGAGTCCTTAAAGACACACTGATACCGAACAATTAATTTAAAATCAC ATAAATAATACTATTTCTTCATACAGCTATGAAACGTAGATGATTGCATG CAGCAGATACATAATAATAAAAAACTATTTTCCTACAAATCATGTCAAAC CTCATTCTTGAACAAATATAGAACGCTATCACATGAGAATAAAATAATGT TACAAATATCTTCATGGAAACTGAATTATTAGTTTTATTGTGGATTCAAT AGTGGAAACAGTTGTATATAGCACTGTATTATTTAGTTTTAATTGGCATG TCCTGCTCAAATCCCAAAGTTTTTATCAACCAATCATAACGTAAAAAAAG GAAAATCAAACTATTAAATGCAAGATGCCCAGTTGCTATTTTTTCCAAAT TTATTGATTGATAATTTTCTGCTTTAATTGGAATAAATATACAGATTTGT TAATTCATTTCATATCGTTAATCATCATCAATAACAAGTTCAAAAGTATG GTGCCAAGAAAATTAAATTGTATTTGCACTTTCAAATTAAAAAACATTAA AAAAGTGATCGCTTAAAAGCCATATCCATTGGAACACATTGGCTACGTAA GTTCAATCCGTATACTGAAGAAAAAACCCTGCAATTTTAATTGGGACGCT AACAGCTTCCATAACAAAAAATAAGATAAATGTCATCCCTTGCCACCGGA ACTGTAAACTTAGACTATGTCACTCGTGGATTTGCAATGTATTCTTAGGT GCATGGTCAAAACGTCAKCCGCCAGAAAGTCGACCGACTAAATATTGAAT GGACAAAACGTCGAATAGACAAAGCGTCGACTAAACAAAACGACGAATTG ACAAAACGTCGACCAGAGAAAACGTCCACCCTAGAATATAAAATAAGGGC CTCCTCCAAATGGTGTTACGTCATATCCCACCTGAAATATKCCCCCACCA CCACAACTCCTACATAAACAACCAGCAAGTGCCCCTCCCAACTCCCTTAT ACAACCCAAATGTTGGGCTGTTTTCGGGTKCCGCCGTGTCCGAAAATGGG ATYAAARCCKCTGCCACTATTTAAGCAATCACTAATATCCCCCTACAACC CCTATTTACCCACCAAATGTTTTGGCTTTTTCCGGGTKCGCCCTGGCCCC AAAATGGAATGAAACCCACCGCCATTATTTAAATAACCACTGAAACCCCT ATTAAACCCTCATTAACCCCCCTCCTCAATGGCCGCGGCTGTTTTGGGGM GCCGCAGGACCCAAAAAGGGACAACCCCTCCACTGCTACTTACATTTACA TCCCAAACTTCCCACCGATATTTGACACTGTTTTTGGAACGGGCGGTACA CGCAAGCAGCTCCAACTTCCTAAATATAAATTGAGGTGTTAGGAATGGCC TTTGAAGGTTACTTATCTGACGGTGGTGGGTGTCATCCCTTTTTTGGGAT TTGGTGATACATGACAACATGCAAAATTTTGGGAAGGGTGTTAAGGGTAC ATTACTGTTGTTTTTGTTGGGAGAAGGGAATGTCATTTTACATTTCATAT CATAAATAGGCCCAAGTTTTGAGGTATAAATGGGAATTTTTGTGGGGGTT CTTTTCTGTTCGTGTATGTAAAGGTGGTGGGGTAAATATCATGGGCCTGA CATGTCTGGAGCTTAATATCGTAGAAACTGTTTATCATATTTTGAAATGT AATATTGTCCAGTCGACGATCTGTATTACGACGTTTTGTTGGTCGACGAT TTATGTGTAGACAAAACTTTGACCTACTACTACTTTAGTATTTGTACCAC ATTGCAGAGTATGAGGATATTTTTTTCAGTTTTTTGTCGTAGTGTTCATC AAAATTTATTGACGGTGCAATACAGCTTCTCATATTAATATTCAAATGTG CAACTGGCCGTATCTAGGGCTTGAACTGGAAATTCCCATTGTACTTATAC CTTGATTTCAAGTCAGACTATGGACTCGTACTTGCTTTGAAATTTCAGTG TGTCCAGAGTCCTGCTAGTGCGTTTCCTTGTAACAATGGATTGGTATTAT TATAAAATAGTTCGATAAAGATCATTTTCTTCTTTCTTTTTTGTATAACT CACGTTTATGTATAACATCCCATCAATTTAAGATAATATCAAATGCTAAA ATGCTGGAACCTTTTCATCTTCATGGTTAAGATTTTTTTTTCTATTATCT GAATTTTATTAAATAACCCACTTACTTTTTTATCAAAAACATAAAATAAT GAGATAGATCTCTGTCAGTATACATAAAATTATACTTAAGAGTCGAAAAT GATGGATGAAAGGTAGTTTTTAAAGTTTTTCTCAGGATTTCTTGAGATTT TACGCCTATAAAAACTCTCGCATTTTATCACAGAAAAATTCTGCATATAG TCAACATTTTCTCTGATCCCCATTTTTCAATACATAAAGCCCCTTTACTG ATTATCTGTCAAAAAAATAACAACACTGGTTTCCTTGAAAAAAAAAACCT TAGATTTTTATGGGTTTTTTTCTTTTTTACTTCATAGATTTTGATAACAA ACATCATGGAATACTAAAACTAAGTTTTGGTATTCTATATTTGGTTATAT TGATGTAACATATATAATGCACCTTAGACATTTAGAAAAAGGAAATAAAA TCTTGGAATCAACCCAAAAACACTCAAATTATTTACAGAATGGGGACCCA TGTTGAAATACAAAATCACTAAAAACGTTATTTTTAAGAAAGAAAGAAAA AACAATTCAATAGCACTGTGTGGTATGTTTAAATACTATATACAGCTATA TTTTTTATTCAATATGTCCTCTTTCAAAAGCAATAACAGCTTTAACACCC AGGTGAATAGATTAATAAATCTTCACGATGAAGGCTTTGTTCATCACCTA ACACCCTGTCATGATGACAGAGAATTAAAATTTGGTGAGGTTAGGTAGAC GGCCTGAACTGAAAAATCCAGGGGGTGAGGAAAGGCTGGAGGCTCCAGAA GTTTTGGTTTTTCTTGGCTGTTTTGGACTGTAATGGTTTTTTTAGATATT ATAGGGAGTCCGGATGAAGATATAAACTGTTACTATAGCCTTCTCGACAC TGACAACAGTGTTGAGGAGATTGTACTTGTGTGGCCTTTTTGTTATTAGT CCAACATTTGTACATTTAGTAACATGTGATAAAAACATAACCTGGTTCAA CTGTCGTTTGGGTAGTATAATGAAACCATCTAATAAAAAATAACAGGAAT AAAATCGTAATTAATTGCTACTGCAAGCTTTGGGCTCCAACTCTGAACGT ACCACGTAAATTTTATGTAATTGGTTTTAGAAGCAGTATGATATTTCACA TGTTTCATATTTTTATAAAAAGAATTACATGGAATCAATTGACGCACGTG TAACTCGGGGGTTTCTTTCTCAATTGTACAACATCCAGCTCCACTAAAGA TTAAGTTTTTTTTTTTTTCTGATATTTAATTTTTTTTTATTGCGGTTGTA TCGGCTTWCGAAATTTAACAAAGTGGMACGAACGTATGAGTCGAACACTG CCATCAATATAATCCATCAAACTGTAGCAAATAAACATTTTTTCAACAAT GCAGAGGATCCGAATTGCCAAGAATGTATGGGTATAATTAAATCTATTTT GACTGTTCATGACCTTCCAAAATATCATGGTTCTTTATTTATTAAAGGTT AATTTTGTTTTCCACTATTTAGAACTGCTAAGAACCACAGTCCTCCAACA CCATGGCATTTGTAAATGTTATGTTCGAGAGATATTAAGAGTAAAGTCAC TTTGATATGTGAAAATTTAATAAAAATTTTAGGTCTCTCTCCTCGGGATA ACAGGAAGACAGTGGAAAAGCTCTTAATTCCTCCATTCACGCTTTCGTAG ATTGTCCCAGTGTTTAAATTCTAAAAGTATTTATTTCCTTCAATGTAAAG GGACTAGATGACCAAGAATCAAAATTCACAAAAGCACTGGATTATTTGAG CTTTTAAAACGACAGGAAAGACGAAGCTGTTTGAATTAGCGTTATTAAAC TCCAGGACTTTTATTGCCAGCAAAATTACAAATTATGATCCCTTAGCTGC AGAAGAGATAAGAGCTGTTATCATCTCAGCTATTCCAAGGTGTGCTGCCT TCTTTTTGATGGTTCCTGACACCTCTGGATCTGGATGGAAATATGGAGGC GATTTTATTAGGTATTACCCCTCGATGTCCGCAAAATATTTAGACACTTT AAAGGGGATTGTAAGATCTTACGAAGCTTTTAAAAAGAACTAGCCTAACT ATGGAGACAATTTGTACTTTTAATAGTGTATTGCTGCTTATGTTATTCTT ATTTACTCCTATTTGGTTTTATTTATATGCTTTCATGTGTGATCGAAATT ATGTATGATGAAAGATTTTATTAGGCTGTTTTTGATAAGTAATATGTTTA TAGTGTTTAGGTAGGGGTTTTTTTTTGTTTTTTTTTTAGAAAGGGATATT TATAAACTAAAATGTTAATTTATGTGATTTTTTTAAAGTGATCCTTCTTA CTTGATTTATTTGTTATGTAATTTGAGCATATAAAACGAAAACCTCAAAA AATAAAAAATGGTACCTGTGAGCTCTAAAAAACAACTTTTACACTATTTG TGGGAACGATACAAATGAAAAACATGAGTATTTAAGATATATTTATAATT TTTTCATAAATATAAAAAGAAATAATTGAATTTCACAATATTTATCATTT CTTAACGGTAACCTGTTATTTCCCGGCATCCTTTTCAAATATAATTTCCA CTGGGAAAGTATTAACACATTAAATTTCACTAATAAACATATTTAAAAGT ACATCTTGCTATAAAAAAAGTAAGCCCGCTTACTTTTTGGTATTATTCTA TTTGAAATCAATTAAAAAATAATCATATATAAATTTAAATATAATTTGAT AATATTTTTCCAACACAAATGTTTTTATAAATGTCCATAGAAGTAATACA TTTTATCCTTTCCAAAATTATATAACATGCAAATGATCTTAATATGGTCT TTAACTCAGTAGTACCATACGTCTTGCTCAGACCTTCCCATGGGTTCTTT GCTTTGCCTACCCCTAAGTACAAATAGAGATTGTAGGACCAAAAAGTTAT AAATATCAGTGCTGAAATAAGTTCATTATTTAATTGTAATTATGTGCTTA TTACTTTATTTTTATTTCAATTCCGAGCTTCTTTTTTTTTAATTGATTGT TTAGATAATTGATTTTATGAGTTTAAAGCAAGTATGAAATCAAGTTAAAT TAATACAAAAGAACTCAGATATAAGTATTTTATTGGACATTTTTTAAGAG AATTTCAATAAAAGCCATTAAATTATATTTATAATATTTTGTAAGGAGGT AATATGTATATTTAGAAAATAAATAATAAACGTTTGATGATTCTTCACAA GAATGTTTTTACTTTCTTATTCATTATAAGGTTATAAACAAAGTATATTT ACACAAACATAAAAAAGATAATGTTAGTTTAAAATTTATTAATTTGTTCG AGTAGTTAAGTCTTAGAATGGTTTTTGTAAAGAGTATTAAAGGAAAACCC TTTTTGAAACCACGTAATGAGCATATCAGAAGTTGCAGTTTAGTCCTAAG ATCTTTAATTAAATTACATAGCCAGAAATGACGAATGTAAAACAACTTTC TTTTCTTTTATAAATTATGATAAATATTATTTTATTGGCTATGAAAATCT ATTCTAAATAATATTTTTGCTTTGTTTTATTCTGTTGTAATGTCTTCAAT CTTAATATGAATATATTATCCCACAGAATGAAAATAAATCGTTCAAAATA TTGACATTGATCTCGATATCAATGAATACTAGACAAACTCCTAACATGTA ATAAAAATGAAGAAAGTCTTTGGTTATATTTTAATTTTACTTACCTACTG CATTGTTGCATTAGAACTGTACGTCCGATGTTTCCGTAGAGAACAATTTG AGCTTGAACCAAGCCTCATTACTAATAGTTATAAACAATTGTATAGAATA CTTTTTTGAATTATTGATTTCCATTGAAACCATGATGAAACAACTGATAA TAATTATAAATAGAAAAAAGTCGATTTATTGTTTCTGTAATATACTACTA TAAAAATCAAAGGGGTTTTGGTAAATACATTACAAAAAATAGGTTTACGC TATTCAACAAATATTCCAATAATATTTTCTTATGAATATTATTTTTTAAT TGGACCAATAAATCAGCATTATTTTCTAGTAATTGTTGGAAAATCATTCC CAGAAATGTTCTGTGTCAACATAAAAATAATTTTAATCAAACATCTTGAT ATATTTCCTTGTAACCATATTTATAGGAGATAAAACGTAATCACGAAAAA CCTTCATAACAAATTAACAAAACGTCTATTAAACTTCGTACATAATCCTT TAAATTCTCTCACCACTCTTTTTATAGTTGAAGTTTAAAGTGATACATAC ATATAAGAGATCAAAGTAATTAAAAGGGTTTCCTTTTCCTTAATTATCCT TCCTACTTGAATACATGGAACTAGTTAATGATGATAGAACGGCGACAAAA GAGTAGCATCACTCTTTCTCTCATTTGAGAATGATGATTTATTAAAATAC TGACTTTTGCGAGTATTTTAAAATAAACATTTTAGAAATCAGTTGACCTT GAGCAGAGTTATGTTCTACTAAAGTTTGAAATCCATAAAAAAGGGTTAAC ATTTGAGGGACCCCCAAACGGGCTCTCGTGCCTTGAAATTTTGAAATTTC AAGAATAGTTTTATTTTGTTGAAATAAACAACCTGACCAAAAATTATCAA TATTGGAAATGCTGATGTCGTGAGAGTGTGTATACTTCACATGGAATGCC CAACATATATTTAGTTTTGAGAGAAATTATTCAAATTTTTAAAATGTTTC ATCTCCCAGCATACTGTTTGTGAAAACAGTAAATTCATTTCACAATTCCA GATATCCACCCTTTGATTCTTTTTCAAAAGCCATTCTAAAGACTGTGGAA ATTTTTTTAATAGTATACATAAATACCTTCCAAGATATTTTGGTTTAATT TTTTTCTATCACGTCTTGCAACTTTTTTCCTAATACTTATTTTTATGGAG CCTGTTTTATATTGCTATACCTCATACAATTTTATACAATGTGCTGAAGT TATTGAATATATTAAGAAACGCCAAAAAAGTTAAGTAAAGGTAATCTTGC TATTAGAAGATTAAATCAGGAACAGTACTTTTATATATAAGTTTGAATAA GTATATCCATCCAGACTTGATTATGTTNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGTAAAACA TTATGTATAATAACCAACTTTAGAGTTTGTAAAAAAGTAAATCNATTTAG TTGGACTACTGATAAAACTTCCTTTTAATAATTTTATTAAAWAWATATAT AATTWGTGATGTCTTCAAATTCAAAAGCAGATAAAGTAGAACTGTTTTAT TTTTTTATTTGTGTTTATATCAACAGAATGACCAAAGAAAAATGAATGTC TGTTTTAATGTATAATTAAAAAGCCCCACATTAAAGGCAATGTATAGTTG TTATGGGTTTGTTAGGGTTGTTATGTTTTAAGTCAATGTAAGTTATTTTT TTGCCAAATTTACCATTTTGAGTTCACTTAAAAAAAAAAAAATTCAAAAA CTCAGATATGTAATACTTCAAAACTAAACTACTCCATGGATTATAAATTT TCTTAAATAATAAAGATATTTTAATAAGTGAAAGAAAACAATTGTTTTTT TATTATGCAATCTTAAATTTTTGAGCAAAAAAGAACTACTTTAACAATTA TTTTCATTGTTTTTTTTAAACACAACAAATACAAATTGATTGTGAAAATT AATTGGAATAAAATATATATTTTGAATTGTAATGAAAAAAAAATTCTGCG GTACAATGACATTTTTTAGCTAATTTTTAATATTTTCGGCCAGAAATGAA TTACCATGTTTTACTTTAGCAAAAAAAAAATATTTATTATTTAGCAAAAA TATTGCACATTCTTATATATTATAATTTTTTCCTATTAACAATGTCACCT TTGCTTGCCAAATACATAAGAATAACTTCCTGTTGACAAAAAGTTATTCA ACTAGATTTTATAGCTCAAAAAAGTTTATTGTTGTTTCATAATTATAGAA TACGTTTAAGGTTACTTTAGATAGATGACGTCTCTCATTGTCCATAAATT GAATAAACCAAACTTTTGTATTTTACTACCGAGATATATTTTTTGTTTTT CAGTAACTTTATTTTCACGAAGCAGTTTAAAAAGGATAATTTTTAACACA AGAAGTTGTACAGTTAAATTGGCAACAAATCTTATTTTTTAATTGTGTAT GATTGGTTGATAAAATAATCAACGATTGATGATTTGTTAAAGGTCCTAAA AATGTTGGGTTTTCCGAAATATATCCGATTTCAATTATCCGGTTAAAAAA AAACACTTAGTTAGAAATATTACAAAACAAAAAATCAGATGGCACCAATT TTAACTCATTAGCATAATTAAATGTAGAATTATTCTCATTCAAATAATTT TGGCCATTTAAAAAAAAAAGTGAAGTAATTAACTGATTTTCATAAAAACT AAGTTATGTTGCAATTAGTTTCATTCCCTAAATATCCTGCCAAACCCTTT TTAGGGAATATCTATTTTCAACGGCAAACTCACGTTCTTCACTACTCCAA TGCAAGAAAGTGACTGACTGTATTTCCAAGGAAACTTTTTACTTTTGCCT CGACAATAAAACCACATCCCCCCCCCTTCTGATACTACGTCTACATCCCA ATAACCCTGAATTATGGGAAAAAAAGTTATATTGTCGTACCTTGTATTAT TTTTTTAATTTACAAAGGAATAGTCCAAACATTTATAACACTGTGAAATA AATACAAAATAAGATGCAATGCAAAATTTAAAACATTAAAACCTTTTAAT TATAATCCACTATCCCATTGGTATTTTTTTGAAACATAAAACATTTGAAA AACAATTTCCAAAAAAGATTCATAAAAATCGGCAAAACTCGAGAAAGGTA AAACAAACACTTAAAGTGGTTATAATCAGTTTTATAAAACCATAGAATAT ACAAATATCAACTGAWAAACATACACAACRCAGCCACAACAAAAAACACA ATTTAAAGAACATTAAATTTATAATAAAAAGTTTCCAATGCCGACCTTGA AGATAGATTGTGTTCTTTCTGTCGAAGAGAAGTTGAGACTTCCTCCCATC TATTTTATGATGGTCACAAAGTTACTCCGATAATCGAAAGGGCAGAAAGT TTAATTAGAAAAGAATACGACCAAAACCTTACTCGATCCGATTGTTGCAT CACTACAGTGCCAAGATACGTTGAGTCAGGTTATATTGAGAGGAAATCAT TTATGCTACAAGGGTTAAACTTAGTCCCGCTTTGTGTTGTCCACAAAAGT ATGTTTCTGGATCTATCGTAACATTCTTTGCTATTACATTATGTCTATGT TTACAAACATAATATGTTATGGACTGATAATCATAGTGGTCATGTGTGTT TTAGAGAAGAAGATAAAGGGACTGAATAGAGGGTGACAGATATGTAGGGA TGCAATGTTTGCATTTTTTTTCATGTATTACTTGTTTGGATTAAATTATA AAAATAGGAAATATAAATTATCTACTTATATTAATAAAACAATGTTTCCT TTTGATTAATTGATAAAAATTGATGTTAGCAAAATTGTCATTGTCCTCAG TCACATGCCCGATCTGAATAATAAGAGCTAATCAACGCTTTCTCCAGAAA AGTTTATAATAAATAAGAGTTTTAAAAGAAAAAGGAAAAAACAGATCATA GAATGATTTTTTTAGAAAGTCCTATCCTTTAATCAAAACTTTATTTTTCT TCAAAGAATTTAATAATTTACCAAAAATTTCTTTGTGTGTGTTGAGGTAG AAGTTTACAGAAATCTTTTCAATCCTTTCTTAATGTACTACTTAATTCAA GAAATGCTTTAACTATCTAAATACTTCATGGGAAAAATTTAAAAAACTTT TGATAAGAAAAGACAAAATTATATTATTTTGTAAAAAAAAATTGATACCA TTCAAAAATATGAAAATATTTTTGATTTTTTCAAAATATATATAATAAAA TTTTATTAATTTATAAAAAAAACTGAAAATGGCACAACATTATCAAATAA AAAATCTAAAAATACATTTCTATTTGATCAATATAACACATTTTTGTGGT ATTTATTCATGTTGGTGAATACAAATGAAAACAATGTAAAATGCTACGAA ATTATGCAATACTAAAAGCATAAATAAACATTGAAAGTTAAAATTAAACT ACTTAACCTAGACCTAACAACAATAAAAATATTAAAATAATTAAATCAGA AAAATGATAATATAATTACTTTTGGAATAAAATACTTCAATTTATGACTT TCACCTCCCATCAAAACAGTTTTTTACAGCCGGGAATTCTCTTTAACGTA GAATAGTAAAGAAGGGAATTTGATATGCAATACGTAATCAAATCAAGTAT ACCTACCAAGTTTGAGATATATAGGGAAAATTTCGTAGAGACCGATATAA TTATTGCCCTCAAATCTTACCTGCAAATTGTTACTCCATTAGCTAGCTTT GAAGGGATGAGAACTTTGGAACTTAACAAAGCAAACTGTATTGCTTGACT TTCTTTCGATGAAGTACGAAATAAAATTGTTGTACTGATTTACCTAATGA TGTTTTCTACCATATCTATGTTCAATCCCAAGAACTCTTGAAGTATAGTC GCAAAAGGGCATTCAACGAATGAAATTGGAACACAATTAAGGATGGTCCC ACAGTCTTCACAAGGTATATTAAAAAGGTTACAGAAATTTAGAAATCTGT AATTTGTGATTGAATTTATTTCATTTCATAAATGCACGAAAAGATTCCCT TCTATTTATTATCCAAGTCTTAGTTAGGTGCTTTAAAACTTTTACCAATC TTTTACACACTTTATGAAGGTGGAACTATTATTTTAAAGTGACAAGGGCT GGGATGTTGATGTTTTCTTCCCGATTATTATCATGTGCAAACAAAATGTT CCTAGATTTAATAAGGAATCAGTTTTTTGATGGAGGTCATGCACAGATAC AATATTACGCTTAATTGATTCAATTTATATTACCTTGTTATTTTCAAGAC CTTTGAAAAAATATATCTTTGATTAATTCTGTTGAATGATATTCACGATG AATGACGAGTTATAAATAGTTTAATCATACCATATAATCCTTTTTTGTGT CAGGAGGATTCGCCTAGAACATTTCTGCCTTTTATGTTTTTGGCATGTAC GTATTCGACTTATGACGTTTCCGCCTTGTGACACTTTCTCCTTGAGACGC TTTCGCCTTGAGATTTTTTTGCTTTGGATAATAATAGAGTGAACGTTAGG ATCCAAAATCCTCACAGTAATAGGAAGATGGTTAATTGGCACATAGAATC ACAAAATAAGCATAAGATATAAACACTCAAGACTGCAAGGTAATTTACAC CCAAGACACAAGGAAGAAAGTGCAAGTGAAGGGTCGAAGCGAGCACATCA AAATCTATAATTGTGATAACTGATAAGTTAATGAAGTATGTTCATATATC ATATTCACAAATACATGTAGACTTTCATGGACGAGGTCCCCATCTTAATT TTCATCTATAACAGAGTACGATCCTTGATATAAGTAAAGATTTCATTATC TCTTCATGGCATTTCGATGAAGAAAGTGACTGCATAAGAAGGCTAATGAT TTTTTGCAACGGAACGTAAGAGTAGCATTCTGTGATTCCTTCCCAATGCT TAGAAACCTACGTGTCATTTATATATAATTAATTAAGTTTTGAAGAATTG TTATTGTCTAGCTTGCTTGCATCTTCGTTTCTAATTTCTCAAAGCTAGAA TATAACGGTAAAAGTTCAAAACAAATACATAACTAAGAAGAACCAGTACA TTAAAAAAAACAAAAAAAACTGGTATTCCCTATAAGTATTCAAGGTAAAA TGTCGGAAGGCGAAAACGTCGCAAGGCAAACCAGTACAAGACGAAACCCC CTCAAAGCCAAAGTGTCACAAGAGGAAAATGTCCATGGCGAAAGCGTCAC AAAGCAAACACGTAAAAGGCAAAAATGCTCAATGTAAATCCTCCTATAAC CCTATTCAGGGTATAATGGGATCTTTGGACTTTGTTATTGTCTTATTTAC ATTTTAAATTATTTTAATTACTTGTCTTTCTAAAGACTCACGCGTACACA TCTATCTAATATAACTTCATTCCTCATTTCAGTCCATTTTATTAACCAAG GAATAATGTATGGTACAAAATCAATTTTGTACATAAATTTTTGTATAATT TCTAGTCATTTCTAAAACGATACTTAATCAGAATAAGCAAATTCGTGCAT GGAGTATTTGCAAGAAATAAACTTAGTTTACACTTCTAGATGGTTTATCT TTGAACGGCCCTTGTAAAAACTATGGAATGTTTTTAAATAGTTTTCTACA TTCCTTTGTTAATGACCTTTTGTGGACATTTTACAAGATTTTATACTATT TAACATGAACATGAGAGTGCAATATATAAGTTAAATTAAATCTACAACCA AATTTAGTATTCTATTTAGAAATAAAAGTTAGCTAATGGTAAAATAACCT TCAAAGTGAATCTGACAAGAATAATTTTATTTGTCAGACTCGACACATTC TCAATAAAAATTATAAGCTGTAGAAGCTAAGAACAGATTACCCTGATTCA TCTAATTCTAAAGTAGAATGTTTACCTATACTATTAGTAACATTTTACAT TTTCTTATTGATATCAACAATATGAGATATCTTTATTTAAACGATGCCCT CAATGTAAGGTTTTCAATAAAGAAAACCATTCATAAAAAAACGTAATAAA ATTATAGTTATTAGCTTGTGCATAAATTTTAATGTTGTTAGGACTGAAAA ACGAAGTTTTTAATATTGACAGCATTATTTTATACAATTAAACGAAATAT CACCACCCTTAAAAGAATTATCAACTAAAGGATAAATGTATATTTAATTA TGCCCTACATAATTTAGCTATTACAGAGATTGACACAATTAACCGTTAAT CCAATAAAAAAGTTTGGTGTTATTGATATTTTAGCAGTTTGATCTGTACT CGCTTTCAAAATCTATTTGAGTTGAAATATCTTAAGGCACTCAAATTATT TAGATAGTAATCATGCACTTTGAATACTTGATAGGTTTTTTTTTGTTGTT TTTTCTTGAGAATAATGATAGGACGAATAATCATTTTTATGATTGATTGT TCATTTTAATGAAGTGTGGAGTTAATATGCATATATTCCATATGGCAAGG TGGAAATTTGACCCAGTTTCACTGGTAAATGAGTGACAAAATATTTCAGG TAGAAAATAAACATTGAGAATTATTTAATCAGTCTTTTATAGGGTTAAAA TGTGCGTAGATTATGATTTTTTAAATTTCAATTCTATATTTTTGTTCCTT AGCCAAGAAAACTTTTTATATATATATTATTCATGTAATAAAATATTTAT GACATGGTTTGAGATTCGACCTCTGTTTCACTGCCAAAATTCGGAAAATA TCAAGCCTACATACAATTTTAGTTTAGAAAATATATATTACTTATAAGAA TTCGWTACTTGATATTTTCTCAACTTTGGTAGTGAAACCGAGNNATGTCA TATATATTTCATTACATGAATAATGTATATAAAGAATATTTCATTTATTA ATTCAATAGCATTTTTACAAACAACACATTAAATTCAATTTGTTTCGATC ATACATTACTGTACTATTATAATTTAACAGATAGAAAGGTAAAGGTATAT TCGTAGAAACATAGATGCAAAAAAAGTAATAAATCCTACGTTATTATAAA GTCATTATATTTACTGCCTGAAAGAACATGAATAAATTATAAATCACACT GAGTGTTTGAATATATAATTCCTCGTATATACAGTTTTTATTCAATGGTT CTATTGTAGTTACACTTTAATATATTTTGAAACTTTTTTGAAATAAATAG CAATAAGAATGTCATATAAAAGTATGTTGAAGTGATATTTTATAACTTGT GAATTGAAGTATTAAGAGTGTTCTTCCTCCATCTCGCTGTTTTGTTTACA AACAATTCCCTTTTTATGAAAGAATTGCCTACAAACAAAGTTCAAAAACT ACATTTTAGTTTATCAAAAGAAAATTTTAATGTTTATCGTGTTCATTCCG ACTAATATTTTACTTATATTTGATTCGTAGTCCTGTAAGAAGCAAGTTCT TAATTACAAATCTACTTTGGTTCAGTTACGTCCTGGAAGAAATGTTTTTC GCTTCCATAAATGCATTGCCAATATAGAGAGTCTAAATGGAAAGACAAAG TTTTCTAAAATCTTTTCAGACTTATAGGGCAAATTCATAACCCTCGTTCC AGATTACGTTTTTATTATCACGGTGTATATAATTTCTAACCACTTAATAC GTTCTCCATTTCGTTAATTAAAATATAAAGAAAAGAAATAATGGATTGCC ACCGGAATTATACTAGAGCCAGTCCTTCTTTATAACAACTATTCAACGTT TTGCAATTTTAGAGGAAGCCTTAAATATCAAATTACTTCTTAAAAATTCA ATACCGTAGTCTAATTAGTCTGCAAAAGTTTCATTAAAAAATAAAAAGTC ACCAATATCAACATGGATAAAATAATTTTTTTGAGAACATTTCCATATTA AACAATATGTATATACATTAAAGTAATGGTAATTTTTTCCCCCTTCAATC TCCATGTCTGGATATCAATAATTTTTAGAAAAAATTGATTTCATAAAAAC AATACAAATCCCTTTTATTAGAAATATTAATAGTAAATATGTAATATATA TATCTTAAAGTCATAATTTGATCTGTCAAAGTAGAATGTTTACAACAACA TAACTTTCTTTTTGCAAAAGGCAATAAAACAATTTTTATAAATCAAAAAA GTTTTATTTTTGTTTCATAATGTTAGTAAACATTTAAAGTTTTGTTTTAC AAAGTTTTGAAAGTCATATCAGATATCCCCCATTGTCCATACAATCCTTG TATTACCAATAAGTTTTTGGTGATATCAAGAAGGTCTTTAAATATGATAG TTTTTCCAAAATACCTAAATCTTGTTCAAATTACCTAATGAGAAATATTT AAAACTCTTTTTAATTATATTACTATTAGTATTATTTGCATTTAAACAAT TTTGAAAATTTCAAATTATGAAAATGAATGGAAAAATCATTTTTGTATAT TAGAATTGAAGCAATTTACATATTCTCAAATATTGCACCAATAAAATCTT GAGAACTAAATTTTGATTAGTTTATAATAATAAAATACTTATACATATTT TAAAATACAAATACATATTTTAAAATACAAATACATATTTTGACAATATT TAAATTCAACGGTAAACCCTCATTTCTCAATACCCCAACCCAAGATGGTG ACTTACTGTATTTGTAAGAAATCTATAGAACCTTATCTCTAGAATGAAAT CCAACCACTACTTCTACAGCCTGATTGCCATGTATTATAAAAAAGGAAGC TATTTTGCTGTACCATGTACAATCAATATAAAAAAATATATTCAAAGTTA TACACACATACGTGTATTCGTTAGAATAAGTTTTTTCTGTAGTGTTAAAG GATAAGAAGTAGAAACAATCTCCTATTGAATGATTTTTTTTTATAGATAC GTTATTTATATATGCACATATTTCCTGATTTTTTGTAGGAAATATATTTA TTAAATATGTATTTATATAAAACTTTAAAATTGTATTTCTACACCTATCT ATATATTATTCCCGTTCTAGGTGTTTGGGTTTTGGGTTGGATCCTTTGTG ATGCATGGATCTCAATGGATATCCTTCTTTGTACTGCTTCAATACTTTCT TTGTGTGCAATATCTATTGACCGCTATTTGGCAATATCGCAACCATTTCG TTACTCAAAAAGACTTCGAACAAAAGGACTTGTTATGAAAATCATTGCAG CTGTATGGATACTTTCTGCTGTGATTACGTGTCCTCCAATGTTGGGATGG TAAGATAATTATTTCTGTAGTAATATTATAAAGCTATTTTTACCTGTAAA ACACAAAAACTGAGAAAAACATATTTTGTTTAATTTTGGAGTATGTTGAC ATAATTTGTACATATAAAGAAAATTATTTTGTCAACAGGTTTTAGCTCCT AACTACGGGTAGAGTTATTAAAAAGATGCTGTGTAACTCTGACAATTTGA AAAATATTTGGAATATTTGGAATTTACTGACATGACGTATCAGTAAATTT GCTTCAAGGCACTATGAAAGGGATAGGAAGGAAATAAACACAAATGTCAC TCATTATCAAAAAAAGTATATTATCAAAATTACTCTGACATCGAATTTAC ATTATGCTCTTAGTCATATTAGGACTTACAGGGCCCATAAAAATACCACT TTAAGCTAACTAGTTAACTTGATAAGGTAATTTATATGTAGTTTTATTGC TTCAGTTCTATTAAATGTACTAATGAACAGAAGAAGAGTATTTATTTTCA TTTTTGTGTACTTTTTTGTAATTACTTATACTTCAGTGATGATTAGACAA GAAGGGTCCCATCAGAGGTTGCACTCAAAAGTAGCTGAAGCTGGGCCCTG GTGAGGAATAGTTTTATTTATTGTTTTTAAAATGTTATTACTTATTTTTA TTTTTTAAGGTTATTTTCATTAGAAGCTGATACCCAACGATGAGATTAAA GTGGGCAGTGGCTCCRCAAGCTATTATAAGATTAAGGGCTTGAGATATCT CCCTATTAAGCGCAGTTATTTTTTGTTAATCTAACTTTAAGACCCACATG CTCGTGTTAAGGCACCATGAAATATTGCCTTAGCTACTATGTTACTAGGT ATGTATTTGACTTGCTTACAGGGGTTGTAGTTCTTCAAACCTACATAGAT CAGAATTTCAGGCATGGTCTATGGTAGAGTTTTTTTATTAACAAGATTCA ACGGCTTACATGTGATAGTGGGAGCCAGTTTCTCTGCAGGGGTGATATAG GCGAATAAATCGCAGTCTGTTTAAGTGAGGCTACCATTTTGGGTTTTGAG ATTGCTGCGTGGTWTTGGTATATAACCCCCCCCCCCTCCCCAATAAATCA TCAAACTTACTCTCTTTCTTTCATAAACACACGACCCTATGCGTGAAAAT ATATAATAGATTTGGAAAATCTATAAAAAAACATTAATGCAACGAAGTAA CTCATTGGACAACGTGCTCAAAAGAAATTATTCTCTTGTACTCAATGTGT GTAAGTTCACGTCTTGGATGTTCCTAAAGAAGGAAATATACTTCATGTGT ATGGACTTCAAAGACGATTTCTAGGTCAGATGGATTAATTGAATTACAAT AATGTTTACTAATACATAATAAGTGCAACTCCCTCTAACCAATTAAAGTT ACATTAAAAAACCATCGTCATATGAATGAGTGAGTAATGATGGGTAATGA AATGGTGATATATACAGCAAAACGAAAAGCAACTATTTTGGAATATGAAA TCTGCACTAAAAAAACATTGAGATTTTTTTACTTTTAGTCAAATCTTATA CAATTATGCATATCTTTTAATGTATTAACCATTAAATATGCAAATTAAAT CAGTTTATAGAGGTATTTTTTAAATATATATATTTTTTAATTGAATCACA TCTGATTAAAAAGTATTTATTTAAATTGAATATTTTTATTTTTTGAAAAA AAATAAAGTATTTTTATAAATCGAAATTATATAATACATTGGTCATAAAA TTATAGTGATGCAGTCATTAAAACTTGTACTCGCACATTATCAAGACAAG TAAAACTCATTAATTTTTATAACTTATGGTTCTAGTTTCATTTTGAGTTT GTTTTTGATTCGTAAAATTATTTTCAATAAAAAGTTGAAAAAAGTGACTG TATCATTTTAAATTAGAAAGTATATTTTTCTATTTCGTGAAACAAACGAA TATTCAATTATTATTTTACATTTCAGGATAATATAAATTGAAGAAGAGTT TTGTCGTTGGCAATCTACTATAAATATGTATGTTAATCATTGTACCTTTT AATTTAAAACCTTTTAGATAAAAACCAACTACAAGTGCATAACAATAATT TTATAAGGAGTTACTTACCAAGTCGTGCAATTTTGTATCCATTTTTAATA CTTAATATCTCGGTGTATACGACAACAATAAGTCTTTTGTTTAATTCTAG AAAAGCATGGAGTCTCCTTTTTTTCTACGTAAATTTCTAAACATGACGGT TTATTTTAATGTCACAAAAAACAAGAAAGGCAAAAGATTGCGACTTTTCT TGCTGTTGGAATATCCAAAATAGTTAGTCCCAGGACTGCAGAATCGGTAT ATAAAATGCCCAGCTTCGACTTAAGTATTTTAAATGTCACTGAGACTATA AATATAGATTTAATTTATGGCTATAGGTAATTATTACTAATAACTTATTA GTTGAATGTAGTAAATAATTGCACCAGGGTTTAAGAAAATAATTGGAATA TAAGATATTTAACAAGATGAGCAACAATCAACAAATGAAATGGATCCCAA TAAACCAATTGCAAATACATTCATAAGTTTCTGAACATTAGTTATGTACT TTTAACCGAGCAACAAAAATACAAACAACCTTTAATTGCAACATTACTCT TTACTCTGATGACATTGACTATACACAATGAACATGTGGTCATGTTCTTT CCAAAATAATAATTTAAACTTTAGAGATGTTCCGGAATTGTGATTGTATA GACTACAGAGTACGTTTGAAATCAACTTATAAATGAATTAACATTCCAGT TGTATAAATAAATAGTAATTAATACCTATAATTTATAACCATTAGGAAAA AAAAACTTTACAAACTCAATGTAAGTATTAGATTATAAAAAAGTTTTATT TGCATAAATTTTAATAATTTTTGTTGCTGGAGTTGGAGTCGGTACAAATT TTCCAACACCTGACTCCGACTTCACCGACTAGGCACTAAGTCGTACTCTG CAACCAAAGATGGATCAAATGTAACCGTCTACCAATTTATGAAGCGCCTA AATATAAGTGAGGATCAGGAAGGGTTTTTCCAAGAAAACTGATTANCTGA AGCTGTAGTCAAAGCCTTTTTAAAGCAGCAAACACCATAACAAAGATGGA CATGCAGCTCAATGTTTGAAGGTCCAACTTGTCAAAGACCAAAATAAAGA TTGATGGTGTCTCTGTATCACCCACAAAAGTACCACAACTGACTCAAGTG ATGGGGAAAATTGGACCATCAGTTCAATTCTAGTTAATGCCTTCAATAAA GTCAGAATAGTTTGATTTAGCTGTTGCTGAGCTTCTATAAAATAAATGAC ACTAATATTTAGAAATGTATTTATAATATTACACATCTGCTTGCACTACA ACTTATACACGACGGCGTCTGAATGATTCGTATGGCTTAACGACCTCAGA AGAATCAAATTTAGTCCTTTCCTTGGCAATTGCAGACTTAAAAGACTTGA TTAGTGATGTAAACCGTTTAGTAAATTATAAAAAGCCCGTGTTTGTTTGT ATTCTGTTTTTTTAAAATTGGTAATAGTAAGAAGGAATTTTCTTTTTATT AGCTTTTGTCATTATTATTTAACTCCTGGGTAGTGAATTTCTTTTTACAC TTAATTCAAATATATTTAAAACCTCATTGAACTTTCGTGTGTGATCAAAA AAGACGGAGAGTAACCTTGAGTATTTAATGTAGAATTATAACTGTAAACC CGTGTTGGACTCAGATTATAATTAAGGTTAGACTTTGGTGTAACTATTGC CAATGTCCTTTTTTATTTCCCTTGTTCCTCCTCCCTTGTCACAGATACTT GTAGCTGATCGAATGAAACGTCATGAAAGCTAACCTGCTTTCCTCTGGAA TATTCTTCAAATTGTCAAGGTTACCATGTTGATTTTCGTTTTTTACATAC ATAAAATACAAACAATTTATAATGCCCAATCGTTCCCTAAACATATTAAC GTCGCATGTGTTTAGATCTGGTGAGTTTGAAGGCCAGAAATGGGTTCCCA TAAACTATGGGTACGTATTTAGTCCTTCCTTTGCCAATATATCTCTCTTT TGACCTTTCCCTTCTTTAAAACCCTTGATAACTTCAAAAACTGTTCTTAT GGTAAATATTGCTAATGTCTACTGGGCTGTGGTCTGCACGTGTAAGTTTG ATTATTTAACTTATCTGGTTGTTTTAATCGTTATTTTCTATTTTTACTTA TTAAATTGAATTATAGTTTCGGAAGATAAAGCTATTTCAAATTTGGTATA CACCAATGCTTTTTCATAAATGGCAACCATAAAGTATTACATATATTAGG CATTAAAATTTTTATTAGGGGGATAAAATATATTTAAGATTTTCTGGTAA AAATTTACATGTATACTAAATTTCTTTGAATTATAAGGTAATCGTGTTAA AAATTGCATTTTTGGTCGATTGGATGAGTAATAATCCTAATGTACAACCT TATAATTTGTATTAAAATAGTTTATAAAAGTACATACATATTATTTTTAA CAAAAGAAAAACTGAGAGTTAATTATTAACTACAATAAAGTCGAACTATA TGGGATTTTTCCATTTATAAATGATTGTATATGTTTATAATAATGTGGAA AAAGTTTAAGAATATAAAAACTTTGTTATAAACGCTTTTAATGAATTATG TTTTCCTACTGTGTAGTATTTATTAAATTAAAKCCACCTATATGTATGTA GAGTTGAATAAATGTAAACTGTTTTTAACGAAATACTTATTTGTTCATAG GCCTACCTTAGTTTCATAATTTTATTTTCCTTTATTTATTCACATAACTA AAAAAATCAATACTTTAATTACTATAGTTCACGTTAAATAAAACAATTCA AAAGTTGAAAAATTGTCTTAAATAAAATGAATTTATGGAGCAAAAATTTT TTAACATATGTAGAATTTACTGTACATTATGATATTCTCAAAAAATCAAC CACTTTTTATGTAATTTTGTCAGCTCTAATTTGCTACCGCTGTTACTTAT TTTTGTTATGAACGTGGATGAATTAAACTTGAATTAAATCTTACTAAGCT TTGAAAATTTTTACTATTAAATAAAAATTAGTTGAAGAGTAGGGGGATTT ATTGACTATCTATCCCATAATTTCAAGATTTTTCTTCTTCTTATAGGAAA AGAGTTCCATATTTATGTACAATAAATTTGTTTATATAGAAACGTATCTA TTTGTGTGAACTTTTAAATTAGTTTTCTGTCTTTTATACTTGAATAAAAA CAGATCAAAGAACAAAAATTGTATTGATTAGGTCAGGCCTCCGTTAGTGA ACCTCCTTTTTAAACACCGTTACCAAATTGGTTAAAAAAGAATCACCAAA AGTTCAACGTTATAATTTCAATATAAACAAGTTTAGTAATTCAGTTATTT AAATTTTACATCATTCCATTAAATATTCTATCAATTAAATGCTCAAAATA CTTGTAAAATATGAAACAATATAAACTAAAAAATATTATTTTCTTAATAA TCTTAATTCGTATACACAAAATGTATAATTTATTTTTAAGATCAAAATTT CTACGAATCATTTATCATTTTATGCGAATTTGGGGAATTCAATTTTGAAG CTTCAATATTATAACACTGTACATACTGCTGTACACCTCAATCCTCACAA AAAAAATAATGCAATAAATCAAAAGGAAAACAAAGGAACGTTTAAAAAAA AACACAATTAATTAAGTTCACTTAACCTCGAATAAAAATTACAGTATATA TAAATAAATCATATAAAAACATTATCTAGATAAATAAAAAACTACATATA ATCTGATTATTGTTTCCATAGGATACTGAATAATATTGCCAATACAATTT AGATTAAAAGGAATAACAAACACTTTTATAAATCTCGGAAGGTATAATAA CTCAATTTGATAATAGAGGGTTACATTTAAAACAAATACCAGTAATCATT TAATGCATAAGATTAATTACCTAATTTGAATCCTTGATTTACTAACTGGT GGACAACTTGTCTTTTTTTTCTTCATTTCTGATTCTGGAATAATTTCATT ATAAATAACTCTGAAAGTCGGAGTCCAGAAAAAGTCAAACTATAANATGA TAACTTCTTTAAGCCATTTTCTTCAAATGTGGGCCATTTGACTCCAATAC GACCAAACAAATGAACCATATGTTTCCCAATTAATATATTATTTTTACAG GATGTCGATACTACTTAAATTTGTATAACATTAAACTTCATACTTGTCAT ACTTTCCGGTTTTTGATAGACAAGTATTATCTACACCTTATAAAAAATAG CTAATTTTGAGATATAGAAAATCGTGATTTTTATTGAATCAGAAAAATGA AACTTGGAACCAATTTATTTTAAATTTGAATACTATATTTATTATTCATT ATATTCTTCTTCACACGCAATAACAGTCTTGAGACGCCGGCGAAGAGATT GGCAGSACTTGACAATGAAAGCAGMGTCAATTGGCGTAGCTTGCTATCGT AATGGCAATTCGAAGCGAATCCAAATTTAAGTGGGAGATGTGGGAAACAT TCTTCTCCAAGACAACCAAAAATTTAGTTGAGGTCAGGGCTGGAGGACGG CCACATGAAGACAGGGCAAAATTCAGATCTTTTCGTTAGGTTGCGTAATG AAACATAATGGGGACTAAATTGCAATTAATTCCTACTCAAAGTCTTGAAT TACCACTCTCTAAGTAACTACCTACGGTTTAATTAGTAATTAGTCTTCAC TTACCCTTATGCACATCAAAAAGACACTTTAACATATATATATATATTTT TTTTAAATATATTCATAAGTAATTATTTTCAAATATTCAATGTTCTTGAG AAAAAAATTATGTTTCAAAAGAAAAACATCAAACAAATTTTATATATGAA GGATTCAATCAGTTTTTCAATATGAAACTACTGCAAAAGGTATAATTATA TTTGGTACACATAATGCAATTTGAAGACGACACAACAACCTTTACATTAT AAATATTTTATATCCACAAAGAAGGGATATTGAAGACATTTTAACCATGG ATATAATCGGTGTATTCGATATACATAGTGTTATACAGTGTCAAAAGGAT TGTATATATATTTTCTGAAAACATCATATGCTGTTTTTGTATATGAAAGT TAAGATTAAAGGGCTCAAGGGAAATATAGAAGAGACAAATTGTCAACTAC AAAAACAAAAATATATAGGAAGGAAATATATATTCCCCACTAATCTTGCA CTTTTCTTTTATGATTTCAAATTGTCATTTTTAATAAACTAGTGCAAATA TTTGATATTTATTAAAGAATTTACTTCAAAATTTAATATATTGGAACACA TTCAAAGTTAAGAAAGAACGTAATTTATTCTTTAAATAAGCCAACTCTTT AAATTCATAATTTTAAACATAAACTTAAATAATGTTAGAAGGAAATAATC TATATAATATTTTTAAATATTTAATTATAATTATATAAGATGAATAATTA AGTTGGTCAGACTACATTTCAACTTGCAAATGCAATTGATCTCACAACCT CACTACATTTATGTCTTTTGGAGTACTAAAACATTTTAAGGTACAAGAAG TCAGGATGCTTAGATGATTCAATTTTATATTATACATTATACATATTTTA CATTGCATATGTCCCATAGGTCAAATATATTGCAATTATTGGTTAATTAT ACAAAATAATAAACTTTGTATTATATACGCTAAATAAAACACCTGCAAAA CCTTACAAATAGGAATATATGACAGTTGTCAATTTTAAACCAATCAGCAA TGAGAAGAAAAATAAGTTTTCCATCTCCTGATTGTCGACCCTTTTCCTTG AGTCCTTTTGTTTGGATATTATAGAGAAGTATTATTTATAACCTTTACAT TAAAGGCTGATTACATTCTTTTTTTCTTTGGAAGCAGCATAAACCTAGAA TCCTTTAACATATGGMCTGACATGTCCCTGCCTCAATTTATCTAATTTTC AGTGCGGAGCAACCTTCAAAAGACAGCTTTCAAAATTTTATAAGAATCTG TTATTTAGTTTGTGAATTATTGGTGTAAGTGTGACGTTACTTTTGCTATT TCCAAAACAATGGATCCAAAAACAATTTTGTCTTTTAAATTTACATTCCT CCTTCTTGAGAAAAAAATACGGTTCAAAATAAAAAATGGCTTAAAAAGTG TTATGGGCACTCTGTTTCATCAGGCAAATAAAAAAATAATAATAATAATA TTTAAAAAAAAAACATTTTAGTACGAAAAAAAAGAGCTTTCATTGTTAAG CCCAGCACTTTTTAGCCTATACATTATATGTATACATATTTCAATTACAA AGATCAGCAAAAATTGGTTTGCTATTAGTTTCTAAATGAACTAACAGAGT TAGTTTTATAAATCATATTTTGATCATCATGCATAGGCGAATGAAATTGT TTAAAAAAGTTAAAAGAGTTAATAATTACCCTCAGCTGCACATATTTACC CATAATAAAAGTCAAGGAAATTCTAGTTTTCTTAAAAAAACATTTTTTTT ACAGAGTGTGTGCTTTTAATTTTGTTTGCTTTTTTTGCCTTTGAATAGTA TTTTCTTAGATTTTGATGATCCCACATGAAATGTAAGGGTAACATTTAAC AATTATATCAAATTATACAGAAAAAAGGTATATTTATAGCTTAAATATTT ATTACGAAACGGTCACTCAACGCATTTGAAGCTAAGAAAATTCACATTGA AAAAGAAAAGGAATTCTTTTTTCATTATAATTCACATACATTTATTTATT TTTTCCTATTTTATAATTTTTTGACTTTTGTTATAGTCTTCATTATCTTG GTGTAAATTACTGATAGCAGGAGTCAGAATTTAAAAGACAGTTATTTCAC GGATATTGGCAAGATCCAAAAACAGAAGTAATAGAATCCATAATTTAAAA TTACTTTCTTGCAGGAGCAGTCCTAAAGTTGATGATGGATCAATTGAATC ATCTATGCAGTCACCTTTATAAAACTGACCATAGATTCAATCATATATAA AAATTATTTTGTAAGACTGTGAGTGTAAATCTACATATGTTAAGTAATTG TTCATTTTACATATATTATTATATATGTAAAAAAATTGCGAACAGTGTTT TTATGTCATAATGAACCAACAAATTAAACCCTATTATATACAGATTATAA TTTGTATATTATAGGGTGGGGATTTTAAACCCCCAATGTAACATTTATTT GACAAAAAAATAATTCAAAGTGTAGTCAATGACTCAAACAAAAAACATCC TTCTTCAACCACAGCCTCCAACCTGGTGTTGAKCCTGACACAGGCCTTGA TAGGGAACTCCTTCTCCATGTTGGCCACTTCCATGAGAATGGAATCCCAC AAAGAGTTACAGGATTATGTGCAAGTTTATTGGACTATCTCTCCAAGACG CCCTACACAAAGTAGTCCAAGGGATTCAGAAATGACAAACTAAGAGAATA TATTTCCTTTGCCCAAAACATAAAAGTCTTAAAAGTATTGGTTTTTTCAG AAAAAAATCCAGTTCCAATTACCCAGTTTAGACAAACTGTGCCAATTTAA AACTCAAGGATAACACAAAATATATTAATTTGAATTTATGGTCTCTAGCA TTATTATCAATTGAGTTATTTTCGTCCTTTGGAGTGTGCCCGACTCTGAG GCACACAATAAAGTCAGCAAGGCGTTAATATTTGGGGTATATTTCTAAGT TTTTGATTCTTTTCTGATACAATTTTGTCTGCTAAATCTGATGAATACAT TTTCATAAGCATAGATTTCAGGACTATCAAGATATTGAGGTCTAAACTTA TTCCCTTCTACTTTCAAGGATCAATACTCATCAGCTGACATGTTGATTCC CGTAGTTATCATAACTGATGATATGAAAACTACAAAATATTTTTTGTAAA ATCATCTGAGCAATTTTTACAGCTCTACTAATCATAGAGCGATTCATATC ATCATATTTTCCCAACTTGGTTAATTATAACAAAAATTCATAGCCTATTG CATTATCTTAAATGATCAATTTATAGACTTATGATTGTTCAATTAAGTAA CACACAGAATATTATAATATTTTTTAAAGAAACGTCATTATAATAAATAG ATACTATTATATTTACATAAAATTTAATGGTTTTCCAGGCTAATATTTAC GTTTTATTATTCTCTCTAAGAAAGGAAACCATTGCAACATATTATATTTT TGTTTTTTTATGAAAAATATATTTCCAACTTTGTACATACGTATATATAT ATTGCAGATCACGGCCTTAATAGATATAAAGAGTACAATGAATAAAACGA ATCTCCATAAAAAAATAAGTAGAACAATAATTTGGATAATTATAAATAAA AAAAGTAAGAATCTCGTGATGAGAAAAAAAGTGAAAGGATAAAAAAATAA TTTTTTTATGTTAAACAAAAAAGATAACGAGAATTCTACCAAGAATTGTA TTTTTTTTTTCTTTGATCATGTTCATATGTTTTTAGAAATGATTAGCGTT TCCATTTTTGTAAGATGAAGATTCCAAGTGGTTTTTTTTTTAATTATTTT TCTTCTTTATGGCGATTATACTGTGTTTGTAAGTAAATTGTAGCCTATTT TAATAGGAGTATTAAAACTAACTAAATCAAGAACAATATTTACATAGTAT CAGGAGTATTTTATATTTATAATCATATCTATAATATCAACAATTATTTA TCAAAATGTCTTCCTTCTGCGGCTAKCATGGMGMCCGGMCTGTGGYAGMG GYCCTTACACACCCRGATGACGMAATTATAGAACAWATCAGCTCACTCCT TCTCAACCAAGGCCTTCAGGAAATCAAACATTGCAGAGGGGGACCTTGTA GGTCCTACAAACCTTCATATTCCATAGTCTAGTTACCGGAAATCCGGTGA TGACAGGCCACAAATTTGAAGGCCAGAAATTGATGAGGTTTTTCCTGCAA AAAAAAAATGAACTGTATGGTATTTTGGCCAGGAGCGATGTCAGGTTTCC AACAGTAATTCCCTTTTGGATAGTTCACATCCAACCAGGAAAAAACCTCT TTCATCAAGTTGTGTCATTCACTTCTTGTATTTCTAGAAAGCTCTTGCCG CTGTTAATGAGCCTCTTGACCTTACAGACAAGCTCGATAGAGCAACTCGA ATATCCTCAATCTTCTTTACAGAGTGATGTGCGTCGAGAAAATCTGTGGT CTCTTAATTTATTTGACTCCTTCGTCGTTGTTTGTTGTCGTATTGCAACC AATAATACAAGTTTATGAAAACTGACAAGCTTTCTTACAATTTCTTTTTT TATAACGTAACATCGATTGCATGTAATGATGGTTCTATTGAGCTCTAATT GGCGCAGTAAGATTTTCTTAAGTACATTATGTATGATAATTATTCACACT GAAGAGTTTTATTTTTTCTATATGCATTAACCTTTATTAGAACTATTAAT TAAGAGTTCCTGCTTGTTCTTCTAGATATTATTAAAAGGAATCCTCTTCA TGTTTGAAAGCTCTATCTAATTATCATAAACCTTAAAAAGGGCTTTTAAG AAGGTATTTTAGTATTTGTAAATAGTTGTTCATTCAATTATTTTGTTTTA TGCAGCCGAGGGGAGGAAAAAATCATTAACATTGGCATACTTTATTAAGA TACGTTTGTAATCAACGAAAATACATAAAGCTTCTTTTTTCAAGTAAATT AGACTAATATTGCCGTGAATTGACATATTTTGAAGTTGGGGGTGTTTTAT TTTGCCTTCGTCAATAATGTGGTGAGAGGAGAAACAATTTTTAATCCAAC CCAAACATACTTCCCTCATTGACCACTACCGGAATTTCAATATTTTTTCC TAAAAATTTTGGGAAGCATATTTTAAAAGTATTTTTTATTTATTTTATGG TTAAAAAAAGAAACAAATCTACAGTTTAAGCCATATTGATCAATGGTTAG AGGTTGTGTAGGGCCCTAAAGTTGTAAAAGGAAAACAATAGGAAATGGTC AATGGGTTATTCTACAGTGAACAACTCGAGTGTCTGAAGCTGTCGATCGA ACAGAAACGTACAGCATTGGTGAATAGGGGAGAGGAATCGCACTTCATTA AGAAAACATCAGGGCCCACATATCTTTTATGACGAACCAGAAGATCTGTG AGTTCAAATGAGTAGTTATTTTGCATCCAACCCACTTTTCGGACCTGGCA TCAAGTGACAACAACCTGTTCCTGTATATTGCTAACGTGCATGGGGGTAC AAATTTGCCCTCAATAGAGGGCTGTGAAGATTGGCTGTCCGAAATCTTTG CCAATGGACAAAGGATTCTACGGAAAAGGCATTATGAAGTTGAAATCTCT TTAGCAGCAAGTTATAGAACAGTAGGGAGTTTACTTAGCGTAAATTGAAT GATTGTACCACTTCTTATAAAACATTGACATGAACAAACATACGAAATTA CTTGAAAAAATGGTTTACTTGTAATTTTGATCAATTTTACATTTAGTGAT TTTAATCCTTTCTAAATAATACCCAAATATATTTTTATTCTTGGATTATC TATTCTAAAAAATAATAAATATCTTTTATTATTCAACATTTGGACAAGTA GGTCCTATATCCAACAAAATTCATTATCTAACTGAAAAAATAATGTCATG AGCTTTCAAATTCTATACATTTTGCAAAACAATTCGTTTTATATCTACAT ATCTATCACTAAATACTCTGACAAAGCACTTCTTTAGTTTAATATTGTAG AGAAAAAAAATATTTTCATAAATGCTGAGAGTAGATATATTAGTTTTATT TTTATCAGATTGACAGCACTACAATTTGGGACTGTTCAAATACAACTTTT TTTTATTTGGATATGTTATCAAATAGAAAAGTTTCTTATTTGCAAATATG TACTTCTTTGATATTATCTGCAAAGAGTAGGTAATATTAACATGAAGAAA AAAGTCATCACTCAATGGTCTGTTCACCAAGTTTGAGGATCACGTTGATA TACATAGAAAACATCAAAAGGGCATTTGATTGAAATAAAAACTACTTTTC TCTCAAAAAAATTATCAAAATAACTGAGATCATTTTATGCAGTTTGCACT CTAAAGATTGTTGACCAATCACAGTTTAAATTTTTTGTTCAGGGATAGAC TCAACTTTTGGGTTTTATATTATTTTAAAAGTAAAAAGAAATTATTCAAA ACAATAGCCCATTTTTTTTTTAAATATTTTTTTCAATCCTTCCACAAAAA GTAAGATTTTTTTTATTGTAGAATTAATCATGGTCAAACGTACAACTATT TAATGAGTGTAAGTCGCTATATCCACATCTGGTTTAGGAGGTCAAATGCA CTAAGCGGACACTTTTTCCATATCATTTCCCTAAATACATTTATTTCAAT ATTCTTTGACAAATTATCATTCATATAAAGTTGGTCATTTTTCATTATAT TCATGTAAATTGCATTTAGAGGTTATAAAATTTCAGGTAGCAATTAAATA AAAACATTATAAATGATTATAATATTTGAAAGACTATAGATCCTATGCGA GCACAAGGATGTTGCTTAAACCTCTGCTAGTGACCTTGGATGGTATAAGC CCACAAATGTATCAAAATACTTCTTATTCCTTTTAACTTGATCTTTAGAA TCATTAAAATTGTTTGCTATTGGGTGGTAAATAATGAAAAAATATAACAA AATTCTAAAAATCAGTAATGAACCGGCAAATTTCAATACAACTTATAAAT CAAGAAACTTGTCTCTGGAGTAACATCTCGGCTTTAAGGGCTAATTTGGG GAGATTCAAGTATCGAGAAAGTAAGATGGAAATTGGTAATCATCAGGGGA GCCCACAATTATTATTAAAACATTAAAAATTTTCGAAAAAAAAATCAAAA ATTCACAGCAGCTCACAAAAAATTTCAAAAATCGATTGCTTATCACAGAG AGTTAAAATTTTTGGGGTTAAAATTGTAAAATTAAATATTTTGTAAAAAT GTTTTTGGAACATTAAATTTTTAAGTAAAAGCAAAAATTTACCTAATTTG GGAGGGGACTACAATCTATCAAGACCGCTCCCTGCGGACAACCGCAGTCT AAACTAAATGAAAAAGATAGTCTTTAAACATTTTGTAAGCATCACACTGA GTCCTCCTTTCATCTTTTTTACTAATTTGAAATAATTGAACCTGTGAGAC TGGCAGMTGAGAAAGGAGGAATACAGGTAGATTTTATAAAGGGGGCTTAT TCTATACCCAAAACGCAAAAGGTGATTTTGGAGCAAATATACAAAATCTA GGTTTTCTAAATTTTTCATCATAGAAAGTATAAAGTTTGTAGAAATTTGT CAGTAAATTCGTTAACATATAAATTTCATACATAAAAACTGGATGATGAA CTGAAATATTTGTCATTTCCTTAATAATTATTCATTTTTTTATTTTTAAT CCCTCAAATTTCAATTTCCTATTTGTCAGAAGATATGCCACAAAACGATG CATTTGGGACATAATAATTAAAACTTTAACTGTAAATTTGTGTATTTTCA ATTTCCAGAACATTTGATTGCATAATTTTTGCAATATTTGAAAAAATGAG CCAGTTATCGAGGGTTATTTTTTAGACGACATTATTATCTTTCACTTTTT TATTTTTGCAAGTACGAAAAAAATCTTGGTAGGCTCCTTTCTGGACAAGT TTGTTTCATTTTTATATATTGGCATTTTTTTAAAACTAATAATTATACAC CAATATATCCTTCTTTTTTTTTTTTTAAATAACGTCTTTATTTATATTGC TCATAATGTGCATACATAATTAAAACAATATAAGATGTTAGGAAAAAATT GTAATATGGCAACCACTCATAAAATTGAATGAAGGAAGATGTTTAAAAAT ACTTATTTTAGAAATATCTTCCATTTCATTGTCTTCATATACAAAAAAAA AGAGGAAAGGATTGACCACTCCATTCAAACCATGGAAGTACAAAGAAGAA GATCCTTATGAAAATAACGCATTTAATTAAAAAATAAGTAGGCATGTATT AAATTACATACTCACTCGCTCACTCAATGAATGATACTACTCTATTAAAT GCCATTTTTAAAATAGTAATTTGTTAAAATCAGCAACTAAGGCCTCTCAT TAACCTTACTTTCAACTCTACTTATCAAATATACATCCTCAAAAATTAGA AGTACACCCACTTTCATAATGATAAGTGATTAACTCCTACAAAACGCTGA ATCATTGACTAATTAAAAGTTATTACACCCCACCCTAAAAAAAAGTAATA AATCATAAAAGGTTTTATGAGTTAATGTCGAGCGACATAATCACATTCAA TTACATTTATTTTCATCTATTCATCTATTTGCTCACATATTGATTAAAAG TTGTGCCAAGCACTATTTTTAGTTTATTTTTGTTTAATAAGTATCCTTAC AAAACATTCTGTTTTACTTTTGCTCTCAAAAAATTGAAAGATAAAATACG TACCACCAGATAAGATCCACCCTGTACAACATGCATTACCTAATGTGAAT ATCCAATTGTTTGTTTATACCAATACGAATTCTCAAATATCTTACTTGTA ACAACCAAAACAAATTAATTATTCTTTGTCCGTTCTTACATATGTTCATG TGCAATCTCGTCTCATTTACTTTTTGTAATCCTTGCTCTTAAAATATTCA CATCTATTGAGAAATTGATTGACAGTAAGATAACGATATGTATATAAATT TGATATAATAAGCGTTTAACCCTACTCAGTTAATTGAATATATATCAAAC GTAACTATGAAGCACAATCTAGTACATTATATAAAGAAAAAGCTTTCAAA AACTTTTTTGAGTTTATCTTTTGAATAAATACATTCCAATTTGTATTTAA TTTTTTTGTTTTATTATCTTTAATTTTACTTTACTTTCTTTTTTCAAAAA GTATATTTATATTTAGCTGGAAGCACAGTAATGAGTAACATTTAATATTG ATGCACAAACATATACTGGGTGCTTATAATTGTGAATCCAAAGCATTTTT AGGGTGTGAGTTTTTTTTTGTTAGCAACATAAACAGTGTTAATTATTTCT AAAGCTGATATCGTAATAATTAATTATTGAGGGGCGATAATATCTATGTA TAAAGTATAAAAACAAACTCCGATGCTTATAAACAACGGAGATTAATGTT GATGAGTTATAGTCATCGATTGAAAATCTTCCGTACTTTGAACATGATAA AACAACCAAAAATAATAAGATAACTCATACTCGACTCTCCCTTGAGTTCA ACAAGGAATTACAATTTTATATTTGGAACAAATCTTAAAGGTTACTCTTC GTCTTTTAAGAGCATACACGAATGTCTAACAAGGCTTTTTGAAACGTAGT TAATACTCAGGGGTTAAATAATTAAGACAGTACCTATGGAAAAGAAAATT CATTTTTCAGATTGCCAATTTCACAAAACCAGGGCGGCTAAATAAATATA CATGAACTAAAAAAAATAAATACAAAACTAAAAATAATAATATAATTGAG GAGGGATTGACTTTTTGTAGTTGCTACCTGAATAAATGCGTTTCTATTTT CCAAAGCTGTTCTCATGATTACTTCATTCTTGAGGAGAGAACATATATAG TTATAAACTATAAAGTGCGACCACAGATGTGTTTGCTCATGAACGATGAA AAATAACGCATTAAGTGTAAACACTTGTTGGACTAGGAATAGAATTGAGA ATCGACATCCGAGCAATTTCTGCCTATATAATGGCTAAATACAAAGCTGG GTCAGTGTTTATATCCTTTATCTCATAGTTTTTTGTAGTTAATTTAATGA ATTATCAGGGCAGCTAAGCTGCTCTCCTCCAAAACATTCTTCAAATGATC TACGTAAATTTTTGGGTTCCTTTTTTAACATATCGCTGGATAGTATTATT ATTTTCTTTATGGTTACAACAGTAAGTATTTTTTGGTCTCAAAGTAGAAT TGAGGATCGAAAACGGAGTCATTTCTGCCTATTACGGAGTGGGCCTAGTG TTTATTTATTTTACCTACAACTAATTTAGTAAAATATCGTGACAGCTAAG CTTCTCTTTGTTTACAAACAGTCCTCAAAATGTCAGTGTTGCAATGTTAA TTTTCGGTTTTTATTTTTTACTTACTGAAAAATTACCACCCTAGTGATGC TTATAATTTAAATATTCGGGCATATCAATATAGGTCTATCTTGAATAGCT ACGACTTTGTTGATGTTATGAATATTTGCAATAATATACATTATAATCCC ATACATAATGGTCAAAAATTATATAATATAATACGCTTAGGATAACTTAT TTGCATAAGAATAGTTAATAATAGATATAATTGATGTATCATGAATGTAT TTATGTGTTTTTTATCCGAAGGTATACAAAAGTATATATGTTTACATAGA TAGCAAAAGAATTGAATTCCAAAACATAACATTGTATGTTATATTAGGGT GGTTCTTTTCCACGGACATACATTCTTTTTAAAAATCATGTCGGAAGCGT CTGTTTACTTATTTGTAAATAGATTTATGAAGATTCCAATTTTGCAAAAA TATAAATTGATTTTTATTAACATGCATTGCAATGAGTAACACTACATGAA CCACGCATTCCTCTCACTATTTATGAGTTTTATCCCACGTATTAGTTTGT TCACAAAACAATTCAAAGTTTGAAAATACTACAACTGCTTTAATGATACT TCTATATAATTAAAATAATTTATGTGTGTGTGGGATATATGTCTCACTTA ATAACAGAAAAAGGAAGAACGTATATTAAATATGAATTAAAAAAGGAAAT TAGGAAGAAAATGAGCGAGTTAATCTTAGTATGTATCTTCGATCTTCATT ATGATTGAAGGAGGAACATGGCTAGTTAGCAATGGCAATGTGCATTAATA GATCAAAGAGTCTAATATTTAAAAAATTCCTTTATATTTAATAAATACAA AAAATAACACTGATTTGTGTTGTCAGGAGTCGATGTTTTTTTTTTTACCC TAATGGGTGTACTGGTCGTTGATTGGCTTAATATGAATTATCTTTTGTAA TGCTGTGATCTATTCCCTAGAATAATTTAATAATAATTCTATAGTTGGGA AGAGTTGGCTAATACCAACTGATATTGGGCGTCTTTTCCTACTTTTTTTT TCGGGGAAAAGGTCGTGAGATACAACAAATAAGGTAACAAGGTCTCAAAT TCAAAATTATATTTAGAATGCAAGATATATCAATTAAAAATGAAAAACCC TTTAATTTATTTATATTCCCCCCACCCAAACTTTATAACGTAACATCATC TGACAAATAATATATTTATTTACTTTGTTCATGTTATATTACATATAACT AAAAATAAAATTGATGAATTAAACTTTGTATAGATGTTGACACATGTGTT GTCAATCTTTAAAATAGCCTCCATTGACGTAGATAATGACCTTAATGCTA ATATTGTAATTAGAGCTATTTGACTTCCAATATCCATCAACAAAAACCTT TAGATTTGGTGTCTTTGTACAGCAGGCCCTGGCCTTGACATGTGGCTAGA AGGAAATGTCGAGGGMGTGGGMATCATTATTTTCAGCCTGAATGGAATGA TGGTCTCCATAAAGGACTGTTAAATACTTGGTGTGTGTGCCGGTAAACTC TCTTGTTGAAGATAGTCTTCATGTCAATACCCTCTTTAATGACCTTTTTG ATGCTTAACTTAGTAAAATTTTGAATCCCTTTTAGTCTATCTTCTGCACG AAGTAGAGTATCAATCTTTTGTGCCATTGTGAGACTATTTTTTTGATTGT TAATATTAATTTTTTTGAAAGGGGTGTCAAAGGAATTATTAATTTATCTA TTGTATTTTTTTATTCATCTCTTTTAAAAATGTTCTTATTTTAACTACGT ATCTGGTATATTTTTGGTTTCAAATGCGGAACAGAAATGAACTAGCTTTT GAAATTATCTTTGGTTTATTTCAATACTAAAAGAATGAAGAAGTTTCATG CAGTTATTTTTTTTAATGACTAAAAGTGGATAGTATATAGCTGTAAAAAC GCTTTGCAAACATAACAACGTATTCATTCACAATATGTTAGATAAATGTT TCGTGGGTTATTTAGCTATTTAGTTCTGTATAATTATTTTATAATAGACA GAATTTTGCAATAGTTTATAGCTGCACTCTCGAAGAGATAAATAAAATAT ATTTAAAACATTACATTTTTACAAATAAAAGAAAAAAGTGTCCTTTCATC ATGCGTAACTCAAAATTACATATTGCACATAGTATGAAAATTCCAAGGAT TAACACATTAATGGTTTTTTTTTTAATTCACTTTATTTTAAGGGAGTACC AGCCCTTAAAAGACAGTTGTGTCAAAATTTAATGCCAATCTGTTATTTAA TTTGTGAGTTATTGTGCTATGGATGACGCTACTTTTGATATTTCCGAAAG AATGCAACAAAAACTATTTAATGTCTTAAATTTTACGCTACTTCTTGGAA TGGTTCTGCTTAATCCAAAACAACAACTAAACAAGGGTTGACTGACTTCA ACTTGTTCGTAGGGACACCAATGATTGGACCTCCAAATGAAGCTGTGCCA CAGAAAATATCTAAAAAAATCCACAAAAGCTGCTTGAATGATTGGAAAGT AAAGTTGCGTGAGTTATTTGACATCTTAAAGATGTCAAAAGAAGTTACTG TCTTTATATTGCATGAGTATTTGTCCACGATAAAGCTCTGTTCAATGTGT GTGCTGCGTTTTCTCACAGTTAATCAAAAACAAAAACGTGCAGATAATTC TGAAAAGTGTTTGGCAATGTTTTAACGTAACAAACCAGAACTTTTGCGTC AATATATGATAATGGATCAATCATTACTTCACTTTGGAATCAAACCAATC ATAATCTGAGTGTACAACAACTGACAAAAATCTGACACTTAGACTTTTTT TTAAATATAACTCCACGCTGTCTACATAAAATTGAATTTAAACGAAATTT TTTAATGAAATTCACAAAACATTTGCAAAAAAACAATAATCAGTATTTTA TTATAAAATACTGATTTTTTTAGGAAGCAATTAATAATCAGATATCATAA TTCCCAAAATAAGTGAAACTACAATGATTAATCAGTATAGTGCAAAACTT ATCTTATAATCAAATTTGTTCTAAAGTTATGGCCGYTCAAGCTTTTTTTT ACGTTTTGTGTAACATTGACCTTTGATCTTGACCACTCAAAATCTATTAT CCTCCTACTGTGACTATATATAATCTTAGTACAAAGTTTAATTAAAATCA ATTTGTAACTTTTACCATAACCCAAGTAACAAACAGAAGCATTCGTTGCA GAGGGAATGATGGAGAAAAATGTATAAATTTAACATTTTACCAAGGAAAA ATGTCACTCCGAAGAGAATGATTGTACACAATCGTATTATATACCTGATT CATTAGGAATCATATTGTTTATTTATCGTAACAGCTCGTTTTAAAAAAAC AATAGAATTCGCATATTTTCATTTACAAACTTATACTATAATGTTAAATA ATATTCAAATGATTGTTTTCTGAAGCGTTAAATCCCTCATTCAAACCAAA ACATCTACAAAACAAAACACTTATTCCATAATAACATATCTTGTAATCAA AATAATATTCATTTTAATAGAAGAACATAGCTCAATGAACAACACATCCA GAATAATGACTCACTTGAACACAGGGTTCGTAAGTTCGATACTAGGTAAC TCCTAGAAAAGGAAATATCCTTCATGTATATGAACTTTAAAGACAATTCC ATAGTCAAATGGAGCAATTGTAATTATATAATTTTTACTCATAATTAATC AATGCAACTCCATCTGACCAATTAAAGGAAKATTAAAAAAATATAAGAGT TTTTTTTTTTTTTTTTTCTGAAGCTMTTWTCCTTAATATTTTATTATTGA AGAAAGAAAATATAAATATGAAGTAACCACTTGTGCGTTTGTTCATAAAA GATTGAAAGTAACAGTTGACTATTTTTAGGAGGTATAAGAGTAKCTCCTA ATTGGKCTSGGAGTAGAATTGAGGATTAACATTGAMTCATRCCTGCCTAT ATCATTGCTAGATACGGAATATTCATCTCACAACTGCTTGCAGGAAATAC AATAAAAAATAAACTTCTGATCCGTTTATAGATTACCAATAACTTAGGAG CCCCCTCAGGAACCAAGTAAGCAAACTTGTGTTTATTGTTGTAAGCCCAG CAAACTTTTTGTATCCCTACTCACAGAGGCAAAATTACACCAAAGATACT AGCTACATTAGATAGGTATTAATTAACAATAAGAGATACAGTCTTTATTT TTCCTTTTTCACTATTGATTCATCGGTGTTTAATATTCATGAACTTCCTA TTAGCAAGTCTTCTATCCAAAGGATACAGAGAAGTCGAAGAAACTATTTG GCTAAAGTCATAAAAATTGATTTTAAAGACATTGGTAGATGTTATAGCTT TATTTTGGCATGGAAAATTACTACTTGCTTTGAATAATTGGAATATGAAG GAAGAACGTTTGCCCCTAGTCATTGTACATATAGAGAGGGCTTCTCTATG ATATAACAAAAATATGTATAATGTATAGATATTTAATACAAAAACAATGG AGTAAATACTAAATATGAATTGAGTTCAATCGACTCAATGGATTTATTCA ATCACAGTGAATATTTAATCCTATTAGAAATAAATTAGATACTTATAGAA AAATATTTAATTCATAAAGTAAAGCTCTCATATTCCAATGAATTAAAGGA TTTCATATGATAAAATAAATTSATTATTTAAGAAGCATAAATGGTTTTTA TCCTCAATAACATTACTTATCAATAATTGCATTAGAATAGGCTTAAAATA AATGTAATATATATTCAAAGGGTGAATATAATATAATGTTTACAATAATT TAATATATTAGTGATTGAATAATATTAGATGGTGTAAAAAACGCTAGACA CATCCCTCTAGCATCTGTTAACAGCTACTCACCAAAGTTGCAGCCTTTTA GGACTAGTAGTTGTTCTGTAATAGACATTTGAGTGACTTGATGTAAGTGT TTTTATGAAAATGGACAAAATGGAGTATCGAGCTGTCATAGAATATTTGT TTTTCAAAATGTGTAACTTTTAAATATTTACAAACAATAGGAGACATATA TATGCTTGTTGTGTTAAAATTGGACGCGTCTAAGTCAATCCAACTCGGAG TATGATAGTAAATATGATTATCTAGAGATATATTCTATCAAACACCTCAA CAATATATAAATTGTAAACTGTTGACAGGTTGTACAAGTTACAATTTAAA TTTACCATAACGCCATATCTTATACCATTCTCAATATTTTTAACTATCAA ATATTATGGGTGCTTTTAATTCACTTTGATCTATTAAATAACAAGGATAT TCTGCTTTACAAGATATCTAAATGTGTATTTGAAAATGTATTATATAATA CAAAAGACTTATCAATTCGCAATTTTCAACTAAAAGTAAAAAATYAAGCC ATTAATTTATAGACCTTCACGGAATATTTGGTAATCACAAGACTGTTGGT TTTTATGTTTTTTGATTTTTTGCCTGGAAGGAGTATAAAATATTTTTTTT TAGTTATGAAAAATTTAAAAAAATGTACAATGAATATTATTTTTTATAAT TGTGTCAACATAATTTTCAAATGTGACAAAAAAAATTATTTAGGGAGGTG TTATAATACTACCAGGCCACCTTTGTAGTTACGGGCTTGGGCACTCATTG AAATGAGGGGTCCCATATTTTATATAAGAAAGAAGAGAGGAAACAGCCAA CCCATGGTACATAAAATAAATCATTTTACCTTCATGAAAGGGAACACAAA TCCAGAATGGCATATCTGTGCTTCCGACTCCGTCTCTGGAAGGTTACAAT CCGTCTTTTATGAACACACGCGAATGTTTAATAAGGTTGTTTATATAATT GAACCTATTTAGGAAAGGATGTTCACTACTTATGAATTAAATTATAACGA CAACTCCTCAGGACTAGAAAATTCATTCTTCAGAATATTTATTCACCCCC CCCCCCCCAAACAAAAAGGCCACGCTAAAAAAATGAGAGGATTTACATCA CTACCCATTAAGAATTAATAAATAAAATATGTATAAATACAAATGATGAA ATGTTTTTGCCACATTCTTCTATTCTTCTTACTCTCCATAAAATGTTTTC CCATCATTGCTTATATGTAAATTATAATCTGTCTTTTACTTTTTCATCCA CTATTTTCAACTTTTGAACTGTTCCAAAAATCTAAACTTCGGATAAGAAG TCCCCTGTACTAAGTGGTTACTTTTTCGAATATGTCTTTATGGCTTTATA GAGATAATAAATTATATTAGCCTAAATAAATAAAATGTACAAACTGAATG ACATTTATGTATTTATTCATTCGAGAAAAAAAAAGATAAATATATCTCAT CATTGCGTATAATTATAAGTTAAATAGATTCATCATAAAACGTCAACCTC ATTTTTTAACCATTTATTTTTATACATACATTATTGTCATTCATACAAAA AAAAAAAATTGGAAATACACATAGATGAAAATCCTGTGTGTAATAGGTAT GTTAAAAAAAGCGAAAATTAACATGGGAACCCTGACAATGTTTTTTTTAG CTTTAATCATCTGTAACCAGAGAGAAGGAGGAGAAACAAATACAAAAGGT CATAGTCAAGAATTACTTTGATGTCGAAATCTACTTTGAGTCCCAGTAGA ACTCACAATAACTCTGCAACAAATTTTTACACTACGTCTTTTATGATCAC ACATGAATGTTAAATAAGATTTTGAATATAATTGAATTTATTTAAAAAAG TATGTTTACTTCTCAGGAATAATAATGCCAATTGCTAAGGAAATGAAAAT GCATATCCATTAAAAATGGGCTACCTCAAAAATTCACAGGATTTACGTCA CTAGTGATGTACGTACTAACTTTCTGAGGAACGAATACGAGTTAAGCAAA AAAGAAGAAAAGGAGTCAAATTGACTTGAGCTTGTATATTTTGTATATCA TNTTACTTTATATCTCCACTAATAAGTCAACACTCTACCCCTGGGTTTTT ATAGGGCATCAACTCTTGTTAAGGAGGTTTCAATACGGGAGTTAGGGCAT TTCATCATGTAACCATGAAATAAAATTTGAGTAATCAATGAGTTGATATA ATTTGACTGAATTGAGTAAAGTATTTGTTATCTTACAAAAAATCTTGCTG ATTGTTGTAAAAAATATTAAAAAAGTAACATTTATTCAACTTAAGAGCCA TTTATCAAAAAAAAAATTAATTTATATATATATGAATTAAAACACATCAC TGGGTCCACTGMCTATAATATTCCCTAATAAATATACTAATGCAGTATCA AGAAAAAGGAAGGAGTCTGATATACAGGGAGCACCTTTTAAAATAAATGA AATCTTGCAGGCGTTTAATTCAACTCATATTTTAGTAAGAAAAAAAAGAA GGAAGTACTTTTAACTTTCAATTTAAAAAAATTAAATGTGACTTTCAATG AGGTTTGGCAACAACTTTAAATACTTTATGACACCATCTAATTATAAGTA TGGAGTAGTAGCCTTGTGTGAGTCTGTTCCTGAAACACTGCTCATGAAAT GGTTGCCTTAATAATAGGTTTCTTACCATATCCTTCCTTTCACAGTTCCC ATCAAATTCTAACTTTGTTTTATAAATTATTTGGGGTACTTTTGGTGGTT TCTCTTCCTGATGATACTTTTTTAATTTTGAAGCAAGTGAAATTTCATTT AAACAATAAATTTTCCGAACTTTTAAAATCAATTACTTAAAATATTATTA TTTTGAGTCATTTGAGTGCGTAAATTTCAAGTTTCCATTTTGAATCACCA TAAAGTAGAGTTTGAAACTGTTTATCTAAGGGGAAGGGGAGTCTGACCCC TGCTAAAATGTAACCATACTACAGCTATATTTTTTGTCTGTTGTGGTCAA AAATTAAAAGATATAAGTACATAATCTCACATAATCTAATAAAACATCGT GAAAGCTAAAATAAAACTTCTTAAACATTATTCAAATTGTAAAGATTAAC ATTGTCATTTTTTTATTACATAGAGACAGGTTATATATATATTATATACA ATTTTAATGATAACCAAGTAATAAAACACTCCGCTTATGTCAACATATTG AGTGGGCGTAAATGGTGTATCAGCCTTTAAATAAAATCAAAATAAGAATC GGAGAAGTAAATCAATAATTATTTGTAACAAATAAATAAATTTAAATTAA CAAAAAAAACTGTGTAAATAACATTAATAAATAACGTTTTATAAACAATA TTAGACTTAGGTTTTATATTGCAGCATTCAATTTTGATGTATTCATTTGA TCAGTTGAACGTATAATCTTTATTATTAATTTGTTTTGCTTAGTAGTCAT TACATTGCCTTATCCAGTCCCACTTTTTTCTAAGGCAATTTATCGTATAT AAAGATGACATTTTGCTAGCAAGGATGTTTGCTTTGCTATGGAAAAAATA TTTCATTAATATTCTTATTAGATGATTATATTGATTAAGTCTTACACATT CATATGTTGAACCAAATAAAGATTGATTGTTTTGTATATCAGAGAACGTG TTTGAAGGTTGAAAAGCACTCCCTATTTTGTTACGGAATGAGTATAAATC TTATAAATAAAAAAAGGATTACATATATCACTCACCATTGGACACTCAAC GCAGAGATAAAGATAAATTAATTTTTTCCTGACATATGATTATTTTTCCT TGGCGTGATAGAAAAAATGATTAGAGATATACGTTGTCTCAAAGGGTCCT GCCTCAATAAAAAACGAAGCAATTACTAATTCCAAGTAGAACAAAACAGA ATAATCCTTTCAAATTAAAAGTTTGACTCATTTTGTGTAAATCTGTAGAG GTCAAAAATAAAATATTGACAGAAACAAAAGGTGCTTAAAATTTTTAGAT ATAATTAAATTGATTACTTTTTAAAATAAAATATTTTGACTTCTAATGGC CTCTTCAAAAACATTCGGATATACAAGGAGAGTTCATTTTATGTTTAATT AAATTATCCAATAAAATCACACTTTTTTTAATGCATAAGAACACCAAATG CTCAACGTAGTACAATATGATCCCCTTTTTCCGAATATGGTCTTATTTTA TATCTCCTAGCCTCGTGGCTTTTAGAAAAAGGAATTAAATGTTTTGTTAT TTTTGGCTATTTTTAAGTTTTTGGAGCAGCTCATTTTTTTTAAATCAAAG TTCATACTTTTACCTATCCATTGAGATTATTTAAACTTTTTTAATCTATT CGTCTTGAAGCTATGTGCCTCTGAATAAAAAGCACCTATTTTGAACTTTA AACAAAGATAATTCTAATTAAAAGTATGACGCAGACATTTTAATTTAGTC CAATCTTCAACACTTTCATTCTTAATTTAATAAAAACTTTGGTTCCTTAG TAAATTTTAAATGTCAGAATACCAATNTGACGCAGACATTTTAATTTAGT CCAATCTTCAACACTTTKATTCTTAATTTYATKAAAACTTTGGTTCCTTA GTAAATTTTTAAATGTCAGAATACCAATTTGTATTACTATTTTAAAGGCT TATTGTAGAAAAAAAGTTAGCAAATTTTATTATATTTCTATATAAAAAGA AAACCAACCAAGTATTCACTTGCCAATTTTCAGACTTATCGGTTCGGTTG TATCCAAATTTACTCCGAAGAACAAAACGGTTGTACAGGGTAGTTTTTAA CATAAAGATAAGTATTTTCTATTTTGTATGCTTGCATTATTAAGAATAGT TTTGTAAAGCTTTTTTAATACATTAATGCTTTTATAAATAAGCCAAGATT ACCTTTGATCTTCCGTAATGAAATGAAGATTTTTTTAATAGGGGTATATA TCATTTTTTTTTACTCTATCTACTATAAAACTAACCAAGATTATCTTATG GTCAATATAGTTTATCACAACACCTTTTGCAGTAATAACTTTTTGTTATT TTGATAAAGTATACTTACTTCTTTTGCTATTATTTATTCAGTAATTATTA GCTCCTTAGAGATTATGTTTATTACGGTAGTATGATATAAATATATACAG TGGAGTATATTAGTATTTGATCCCTTGTGAATTTGATAAGTTTGCTCACT GGCAAGAAAAGAACGGTCTATAATTGTATTGCTTGGGTCATTTTTACAGT AAATACATTATACAAACCCTCAAAAGTTTCACACAAGACTGTTTTAGAGC TATCAAAAAAAGTGGGTGGAAAGATACTTATGAGGGCGGAGAGGCCACTT TTGACACCAGATATGAAAGAAACCCAACTCCTCCGTTGCCTTACTCTTTT CAATGAGTTTTTTGTGTTATTTTGAATACTTTTTCGACACTTAATGGCCC CCATCCTGCACCTTTGATGCCTGTAGTGGCTGSCATTCAAACACCSATGC CMTTATAGCCACTATCAGACGGCACAGGGATGCAATTACAGAGGAATACA TATGCAGCTGGTGGCAAGCATTTCGACKCCGCCTGGAAGCCATCATTGCC ACTACGAGTGGCTAAATTAATTATTAACAGAACTCAGACACACCTTTATA GTATTAATTTTGTTAAAATTATATCTTAAAGAATTAATACATTATATTGT TTTGAAGTTTAATATTAAAAGTGTTCATATTTTAATGGATTACCTCGTAT AACGTTTTGGTACCTTTCTAATCCTTACCAAAATATGACAAAAATAAGGT AAGGCTTAAGCTATATTTAAAACAATGTTTTTAAAGAGGAAAAGTTAAAC ATTTGTAGATACATGACAGTGTTCAATATTCTTTGGCTACAACAAAACTT GTTTTCCTGTTAGATGTTACTTTGGTTTTATAAGNAGATAACATTAACTT ATCATTTTTGTTGTGACGTAAGCAACTTGTTTTCCCCTACCCAGAAAAGA CCATGTCAATTCAATAATAAAAAAACCCTTTGGGGTTTGTAGTGAGTCAT AGAGTAATACTCAGGCCATCCTTTACACCCCTAGCGGCTAAAATGTATTT TTGTAGCAAATTTGAACAAAAATTAATTACGTGATTATTATTTCGCTACT TTGTTTTATAGCATTGTGGAAGATTAAAGAGTATAATTCAATATGGTACG CGCACTCTCTTTTTTTCGTTCTAATTTTTACCAATTAAAGTTACTTTTTA TAATTTTATAAGTAAAAGAGATGATTTGATTCAAACAGTTGTGTAATGAA TCTTTGAAGGAATTGTAAAATTCTTATTTATTTTTCAAATTATTTTATAA TTTTCTAGTTAAATGATAAATTAAAAATCTTGAGAAAATAGTTTTGGATC GGTCTAAAAAACTAAAAAACTGGAGTCCTAACATTCTTATCCTTATTAGA CTGGTCCTCATCGGTCTTTTATAGTAACTACAAAAGCTGAAATGACGTCG TTACTAACTAAGTCCTTTCAGTTGTTCAACATAATATATTTCAAAGAGAC AATATCCCTGAAGTTTGAAGGAAAAGGATGTTTGTGGTTAGATTATTTAT ATTCAAGTCCAACTTTCTAAATATCATTCATTATATTTTTTGTTTTTATA TTAATTCATCTTAGCTAGGAATGTAGAAGATAAAAATATACCAAGGACCT TAGCACTGAAGGAACGACTCATACGTCCTTAGCTCCGTGGAATGGTAACC ATTGATGGAACCGATAAAATATATACTGAAATGTGTGGGGAGGGGGAGAC TAATGAAGAAATCAGTTATGGGAGGAATCTAATACAATCAGAAAACGAAT TAGTTCAGTAAAAAAAGTTACTACGTTCTTTACCAGCCAGAATTTCTGAG TTAAATTTCCTTAAATACAAAACAGTTATTATGCACCTATACCTATTTGA TATATAAAAAAGTAATTACAATATGTTTTTATAATTCAAAAAACATCAGC GTTTTCCTTCTGTAGAAAATATAAATTGTACTAAGTTTTTATTATTGAAT GGTAAAAAAAAAAAATTAGAACTGATTTTATACATGGCATGTCTAAACTA TTTATAAGCGAAGGTAAATTCAATATATTATTTTTTTCACAAAACTGAGA AATTAATGTTTGTACATAAATATGTAAGTGCTTTAACTTTTGTAGTCCAT GATTATGTGACAAACAGATATTGAAATGACCACGAAAACCAATATTACCC CACAAAAAATGACTACACATTCCTTGGACAATTACTGGAACAAAAAAGTC TCGAATTCATTTTCAATCATGTTTTTAGATAAATTTAGTGAGTTACATTA ATATGTACTAGTAGCTAGCTAAAAACTTAAGTTCTAAGATTTTCTTTGTT ATATAGTCCATTAAAAAAATCAGGCAAGTACTTGAAGGAAGAAAATGCTA AGTATAACCCTAGGAACACAGTCCCAACCGTCCAGCATAGGAAACATTAT CTTTTTAGGGGTTTTCTCTGCTAAGGGGAAAGGACGACGTCACTATATCG AAGGAAATCTTGGGTGTCGTGTAGTTGGTCTTTCAGCGCGACAATTACCC ATAATATACCACCAAACAATAAAGGAGCTGTCCCAGGAAAAGCACAATAA TGTCCTGGAGTGGGCTTCACTCTCCGGACGTCAATCCCTGAGAAAATTTT CTTTTTACGATGGAAAAAAAATGTTTCAATTGGTTGTTTATTCCACGTCA GGAAGACCTTGCTCAGCATCATTCTGACTTTAAATATCAGTATGGTCACT GTGTGCCCCTGAAATCGTTTGGCCATTAGACAAGCCTAAAAGTTGAAGGC CAAGGCGTGAGGATAAGGACCTATCTATTGAGTTTGCCGAGTACGCCAAG AAGAAGGTGGACCGGATTACATGTGGCAAGGACGTAAAAAGACTTGTGAT AAGTCATTGAAGAGGATAAAGAGGCCTTTTATTTTTAAGACATCCAAAAC TTTGTCAGGAGAGTTGTCAGACAAAAAAAAAATGACTTAAAACACAATGG AAACTATATTCTTTTCTGATGAAAGGACATTCACTCTAGACCCTGTTTAT AATAAACAAGTTAACCTGGTGGCTTGGTTTGGTAACATGAGCAGTAATAT TAGGACTGACATCATTACTAAGCACCCAGCTTCCGGGATGATATTAGAAA TTTGAATCTGAATGGGAAATGATAGCTTAGAGCGTAAGCAATTAGTTAAC CTTAACTTTATAATTAATCTCAAAAAACTATTAAAAAATGTGATTGAAAA TGATCTCAAGACTTTTTCTTATCCGCGTATTGAGTTTGTAACCATGATAT GAAATATGAGGGTACTTCATGGATCTCATTATTGAAAAAAACAACAACTT ATAAATAAAAGAATAAAATTAACAAAAAATTTGGGATCCCTCGGTACAAA GCTACAAAATGTAGTAAAGAAATGGTCATAAGTATAAATTGCAATCTCGG TGTCTGGCTAACGAGAGAAAAAATATATGCCTTCAAAGTCATGCACTTTA ATTATGTGTTTAATCTAGTTACCAATAAAAGTGAATATGCTATTTTTTTT TTTTCAAAGTACCTAAGACATTTACTTTTAATTTAAGTGTTCAAAACATT AAATAAATAGTCTTATTTGCAATGCATATTTATTACCTCAGTGTTCACCG TTTTGTTAAAAGGACAACTGTTTTATATAAAAAGTAAATTAGGGAAAAGT TTTCTTAGATGGATTCATAAAATGTATTTTTGAAAGTACAGCGTGGGGAC CTAAAACAATTCATATTAAAAAAATTACGATTTTAACCCTGTTATTNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGTTTTGTT TTTACCCCATGTCTTTAAGTGAAAAAAAAGTTGGAGCAACAATAAAAAGA CAACGCGTATTTTATCTTTTCTGCACCTGTGTCAGTGCTGAGAAGACTGC AAGGAATGTTGGCATCTCCATTCTGACTACCTACAACATCAAGAAATATT TTAAATGTTTACCTATATCAAAAAATCCCAAAACATTTTCTAATATTGAA AAGAAAGGACAATGACTTCATTTTATTTTATGGTCCTATTGTATGTCTTG AAATGTCAAAATGAATAACATGTAAAATCAATTAAACCAATTAAGATCAT TTAGTTATGGGTCACGAGTAAAACTGAATAAATAAATCAATATTTTGTAT CTAGTAAGCAAAAATTGACCAAAGAACTCGGTTTGTAGGCATAAATAACG AGTATTACTTGGAACTCGCCAATGAGTCAAAACAAGTGTATTGAACACTC AGAAACGTTTTCTGTAGAAAATGCAAAATATTTATATCTTTGGGGTTGCA TTTACACCAGGCCAGCATTTCAAACAATGTGAAACAATATATTTCTTTTA AAACGGCTTTCTAGAGTGGATAAATCTGACAACAACGTAAAAATGYCTTG TATAATCTGCTTGTACAAGTTGCAACTTGTATAAAGAAATTGTACAACTT ACGAGAATGAGTTGATTTTTACACTGCAAATGAACAGATTCTCCCTTTTC TAAGGTGAAATCAATTAGATAAACCATTCAATTATAACCGGCTTGGAATA ATCGGATTGTTTCAAAGTGTAAACGCTAAAATTTTGAATCCAAATAACAT AAATATAGACTCCTTTTAAAAACGATACCATGTGAACCGTCTACATTTGC CGTCTTTTGTCCATTAGTGCATCCCTATAAGAAGATTACCATTAGCAGAT ATTTTATTTATTAATTTTGCTTTAAAAATGTTGCTAACATCGACAAATCA AGATTTTGAAAAGATTTTCTTTGGTTAATTTTTGCATCTCATCAGTATTG GTCGCTTTAAACATACTGAAGGGCCATTCAACGTCCACATTAATATTTGG ATCAAATTTGAAGTTGGCACAATATTCAGAAGGCATATTAGAAGGAGACA TTTTATCATCTATACTAATNGATTAAGCATCCAACCAATTGTATAAACWG AWGATAAGGATTTCTTTGAATGACAGGTAAACTGCATAACATCCTACCAG AGTTAGAAAAAACTTGCTACACAAGCATTACTCCTTTGTTGAAAGACTCA ATAGGACTAGTTCAACAGCCATTTTCCGCCAAATTTTCCCCCCTTCTTAT TAGTTATTAGCTATCTCATCTAGCTCCCTTACATATTCAATAATTTAATG GCAAAAAGAAAAATGTCCTTTGTTTATTTTGCATTGTTTTCTCTCTAGAT GAAGAAGGGTTTTTGGAGATAGATTTTCGGTCCAAGAATTCAAATTATAT CATTTTTTTTTTTCATATCAGACTATCAAAATAAGAAATCTTTACACAAA ATAGGGCAAAATCAGCAATTTCCCCCGAATAGGATCAAAAGGAGCCATTT TTTGAGCAATTGCTCACAAGCCCTCAGTTACAATTGCACACTCCAAGCAG TTGGGCGTCTCCAGGACTACCGTCTATAATGTCAACCATTCTGGAACGTT GTAGAAGAAAAAGTTTTCTGTCAAAAAAGGCCAAATGAAACTTGAGAAGT TAAAGAAAACAGCTTAGGTCAATCCTTTAAGTCTATGAGGGCCCATGCAA GGGATCTCGAGTTTCCGATCCCGCCTGTCCAGAGAACTATCCAAAAAGTG CGTGAAAGAGCCTTGTAAGACTAAAGAGGCCACTTATGACACCAGCAATG AAAGAACCCCATGTCCTCCATTGCAAGACTCCCTTAAGTTCTTTTGAACT TTTTTTTGACACTTTTAGCCGTCCTAAATCCCTAATCCCAACCCTGTTAC TTACAACTTTTAGGTGGATGCCAAGGGAAGGCCTTTGGTACACGTCATCC AAATACCAATGTCCTAAATTCCACTGGGACGCATGACAGATGACTACATT CGCGGAGGGTACCAGGCCTTCCACCACCACCTGAAAGTTAGTATTGGTAG CTACATTAATGATTAAAAGAGCTCAGACACACATCTATTCATAGTATTAA TTTGTTTGAAACTCTACGACGTTGAAATTTAGAATTTAAAGTCATTAGAT TTTAATGTACTGCTTGATATATACTGTAGTAGAGCATGAAGTTTTTTTAA TATATTGGTTTGTTAACAAAGCGATAAAGAGTGGCGCCTTCTTTTGGCAA AAAAAATATGACTCCCTTAATGATAATATTATTTTTTTAAATTGACAAAA GTATGTTTCTCACTTATAAAGCTCTGTCCAAATTCGTCTGAGCATATACC ATGTTTAAACTACAAGCTACAGCAGATAGTATATCTATATTTAGTTTGTT CAAATGTACTAATAAGAATAGTCAAATACAAGGATTTTTCATAGGTATAT GTCATAGCTAGTGATGTGAATATTGTTGGAATTTTGATCAGTTTAAAAAT AAGACATGTCAAAGACCAGGATTTGCCTTATATATCATAACTAGAGATAT GAAAGTTGTTGGAATTTTGATTAGTGTAAAAATCACTCTATTACTCTTTT TCTACTGATGACATAAGCTAACAGATTTTTCTTCACAAAATAATAACTAC GTATCAGCTATTAAAGTTTAAAAAAATTCACCTACAAATTAAAATTCATG TATTGAAGGATTAATATTCAAAAAGGAAAGAATAAAAAATAAAGGTTATT TTGRAGTTTTACCAACRCAAACTTTTTTTTAATATAGGCTCACCAAGAAT ATAGCCATTTTTACATCTCTACATATGAAGTAAATTTTTTTTTTTTTTTT TTATTTTCTCTGAAATCCAGTGTATTAATTTGGTTAACTAATTTAAAAGA TTAAAGATACGCTCTTCCACTCAAGTGGTATATTATAGAATGGCTCTTAT AAATATACATAAATTGTTTATGTATATATTATTTTGTCGTCTTATTTATC CAAAAAAAATATATATGAATTAGAAAACTTGTTCATTAATTCGTGAGAGT ATAATTTATAGCACTTGAGTCGTATGGGCTGTTGTTCTACGCATTCTTTT TTGTAAACATTTTGTAGAAACTTTCAAAGGGTAAATACCTATTATAGATA CTTCAAATATAAGTAGTAGTATTTTACTCCAATTTCAAATATATTTTACA TTTCTCATTTTTGTTCGTATGTAAGGAGTCACTTAGGTGGATTTAAGTAA GACCCTCTTAAATTTATGTAGACACCTTATAACTTTTGATATATTAATGT ACTTACACACGATGATGAACCGTAAAAATATGATTTAGTTATCCATATAT TAAAAAAAATTTAAGTAAATATTTTTTCCTATAAAGACAACCATGATCGG CGTTGTTTCTACATAAAACACCGTCTAACAATAGGGGCAAAGTAATCAAA ACAGTAATTTATTTAATTATGCTCAACAATATATGTCTTTATTGCATTTC TAACATGATAACAATGATTTACTTGAAATGCCAGGCCAACCGTTATTATT TACTCAACTCTGTTATGCAAATTTCGAGAGATTAAGAGTTATTATTTACA ACGTTCCAATAAGCAATGTCATGACACACCTAATTAGCGATCGATTGCCA AGAAAAACATTGTCTTKCTCGCCACCATGAGTAGACAGTACAAGAAAAGG TAGAGCTCTTCGGCACAGGATTATCCCAAAAGGTCATCTGAGGGCTGACT GGAGCCTCGCAGAAGACAATTTAAAATGTTTCAATGTGATTAAAGGTTGG GAGGACATTGGATACTCTCCAGTAGCAGGCAAGAAACCCTCAATGTACCG CCGTTGGCCTTCAAGAAAAAGCCACANNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTGATGACAGAACATG AGAAAAAAGTATTTGTGGAGCGAGCAAAAAAGATACTGAACCACATTAAG GGAACCTGTGGACTCATTGTGATGTTTTCTGATGATAGGACATTTACTGC TGACTCTGTATTAAAAGGGCAGAATGATTTAGTAGTGGTATTTAGGAATG TAACAGAGGAGCACCAATATGTCTCCACCACCAAACACCCTTCTTCAGTG ATGAAGTTAGACCTGGTTGCAACCAACTGGAAGGCCATGAATCCCTAGTA GCTCCCTCTAGGATACAGTCCAAATCCAAATTACATCTGGGTGTTTCAAC AAGATCGAGCACCTGCTCACACCACAAAGAAAACCAAAGAGTGGCTCCAG GCCCACATGGACTTTTGGGCAAAGTACTTCTTGCCGCAACAGATCCCAAA CCTCAATCCTCTAGAATATTTCATCTAGGAACACGTGGAGTCCAAGGCAT GCAGGGCACTTCACAGCAGCACCCGCACCCAGAAGGCATCAGTCTACAAG GCCTGGYCCTCCATTAGCGCCAAGTACATCCAGAGGGACTGCAGCAGCTT CCACCACCACCTGGAGCTCAACATCAATTCTAATTAGCACTCCCAAAGGT AGATGGCATTGCAATTGTGACATGTTGCATTAGGTTTGTTGTAAAGCGTG CGCTATGCTTCTGTCATAACGGATCAGTTGCACATGAAGTGTTCTTGAGG GAGTTTCTCGACACTGTTCTGCTTACAACAGCAGATAAATAACAAGGTAT ACAGAATATTGGCATATCTATTTATTATAATTGAATTAAAACATTCTATA GATGATACTATAATTTCAGGTTCTCTCAGAATGTCAATACTCTGTGGTCC TGATTTTTTTAAAGTAGCATGACTCAATATGGCATCAATGGGATTTTATA ATGATTTTCAGTAAAGTGTTATTTGTACATTAGTTATTGGTTTTTTTAAA CTAGTTATAACCTTTATAAATCTGCTTCATCACCAACTCCTTGTATTTTT TTCCCACGTAATCGATTTGAATACTGAGTTGTTTTATTCATCTAAACAAT AATGAAATTATAAAACTCAGATATGATATGATAAACTTTTCAAAGTTAGA CCATTCATTGACTATCTCAACAATAACTTTGGTAAATTTGAACCGGAATA ACGTAATTTGTTGGACGAAATGAAGATACCTTTCAAAGAACGTTGCACAT TGGAGCATAACATAAGAAATAAAGCTCATAAATAGGAAATCAAAGTTTTT ACGATGTGTGGTAGAAGTAGCATTCTATATGAATGACTTTGAAGTATATG TAGGAAAAGAAACCAGAGTCCCTCATAGTACGCAGTTTGGGAAAAGTGGA AACATTGTCATGAGGCTGATTAGCCCAGAATCAAAACAGAACTTTAAGCT TTACACTGATAATTGGTTCACATCTCGCAGTCTACTCTGTGCTCTGAAGG AAATTGAAATTTGTGCTTCTGGGAAAGATAGAAGTGATAGAGTAACTGTC TGTAATTTGAAAAGTGATACTATGCTAAAAATGATGCTGGGGAAAGCTGT GATAATTGAACTGGAAATAAAACCTACCATCGTCAACTGGTATGACAATT AGCATATAACTATTGCATTTGCTTATGTGTGTAAGAATCTAGTATCTACT GTAAAAAGATGATTAGTGGCTGAAAAAGAGCGKAGKGATGTTCCTTTCCT GCAATGTGAAAGAATACAATCCGAGCATGGGTAGTGTTGACCGAAAAGAT ATTACAGAACTAAAATAGGTGTGAAAAGATTCTATCTCAGAATATTATAT CATTTTGTAGATTCAGTAATTGTCAATTCTTGGATACTGTACTCCATGAC ATTACACAAAAAGTATCTACCGAATAATGTTCCCATCTGTATATGGTGCA TCATATAACACTTTCTGAAAAAGGAATTAAAAATTTTTTACTGTGTTACA TTTGTATTATTTTACTTAAAACTAAAAAAAAGTGTACTGTTTAATTTAGC CTTTAAATTATGCAATAGCATTTTCCGAATGATGCCACATGGAATCATTA CCATTTCCTTTGATATGTTCTCAATGATGTCATATGGAATCATTCTCGTT TTGTGCATTCAATTCAAAATTTAATTTTGAAATGTGCATATATGTGTGTG CATAGATGCCATTCTACTAAGATTTCGTTGTCAATTTTTTTTTTTCACGC ACAAATTAATTCGGGAAAGAAAGGGCAGGATCCTTGCATGGACTTCAATA CATTGTGTGCTAAAATGGGTAAATAATAACGATTAGCCCGGTATATAAGA AACAAAAATAACATATAGATTAACAGGAAAAACAGGAAAAAGTGTGAGGG TACAATTGAGGGAAGATAATAATAATTAACAATAAGTTAGTTTATATCTA ATGTTCAAACATATTATCTAGATTAATAAAGCAAAGTTTATCTGTATGAA TATTTGATGAATAAGAAATAGTCATTTTGATCAAAAAGATAGAAATGAAA AAAAAGACTTTCCAAGAAAATTAAAATTGCGTAGTTATTAACTACGTCAT TTCAAATGTTTATTTACCATAAAAGAACAATAAAGGCATTGCTCGGATTT TAATCAAAAATGACCTTACAATATAAATTCAGAAAAACTTTGCTTTATTG ATAAAGATATTGAATTGAAAAATTGTACCAAACAAAATTTGATTAACTAT TAGCAATATTTTTGAAAATGTTTTCGACTATGCAATTATAAAACTTAACA AATTTGAATCAAAATAAAACAAAATTAATAATAAAATACAAAAAATTCTT TGATATTTGTCAAGATTTTCTGTCAGAAATAAAAAATATGAATTTAGAGA ACTAGATTCTTTGATCTTAAAATATATTTAAAATATTCTTGAAATTAAAA GAACCAGAAAATATTACCAAATCAAAATAAAATAACATTTCCAATTTTTT CTTCTTAGGTCAGAGCCCAATCGTCATGGACCAAATTTAACAGAATGTCA CTACAATGAAAAGCCTGGATATATTGTTTATTCAGCATGTGGAACATTTT ATGTACCTTTAATAGTTATTTTATACACTTATGGTCGAATTGTGGTTGTT GTGAAAGAGAGAACCAAGTATTTTGTAGACGTAAGTGTTTTGTTATTCCT TTTAAGTCTAATGGTTTTTTGTATAACTGTGTTACTAAATGTTTTACTAA AAGTTATTATAAAGACGTATGAATAAAGAAGAAACACATTTATATATTGT TTCCATAGGTGTAGTGTTTTGTAAGATACATAAAAAATCAATTTTCTTAG AGTAAAATCCATGACTTCTACATTTACAACAATTAAGCATAATTATAAGA GATGTGAAAATTGCATAAATTTTCTTGAATATTCATAAAAATATATATAA CAAGTATAATATTTTTGGGGAATTAGTCAATTTTGTCATTTAATGGAAAA TTTACAGTATTTTCTATTTTATTTAAATAAACTTATTATGTTAAATAATA TATTATTAAAAACTAAAAAAAAAAAGTCGGTAACTAAATCCAGCTCTGAA TTATAATCTCCTTTTAAAAGTCGTATTGAAAGTCCTAACATTTGGAGTAC AATTAGTAAACCACTTAACTGATAAGGGATAATTTCTAATGAAATCATTT ATGACGATAAAATTAAACTTAAAAAGCTTTAGTATCTAAATATTATATGG ATTGAAATGTTTTGGTAAGTCGGTTTTGAGAAAACGTTTTAACGAATAAA TATTGCTAATTTTACTACAGTTTAATATTTTAAATATGATCAAAGTTTAT TAAACAACTATTGGCTCATAAAAAAGTTTATATACAAAACCTTTTTAAGT TTAATATTTATCGTCATAAATGGCTGAGATTAATTTGTTTGAGTATTTTT TTCGTTAGATAGTGATTCCTTATAATTAGACCTGTAGAAAAAAATAATCC CAATTTATTCATTATGATATGTATATAATACCTGTAATGATTAAAAAAAT GACATAAGTTTAATGCATCTATGGAATTGAGTTTTTAGAAAGCAAACAAA AAGATGACTTGAAATGCACGGATTTTAAATTGAATAGAAACTAAACTACT AAAATAATTAATTACAAAAAAGCTATTGGAAATTTTTTTTCGTAAACAAT TAACTTAAAGTTATTTAATATTGCGAACCTATTGACTTAGGAACTTTAAA CTTTTATACGAACCAGAAGAATAATATTTTATGAAATCGCCAGCATAGTT TCATGAAGTTAAACAAACTTGAAGAATCTTGATAAAGAAGGATCAATATA TTTCTMCAGCCGCAATCAGTATTGCTCAAAGATTTCTACTTTGATGGGTG TAGCAATAGTTAATTTTTCTGCAATCAAGCTTTTGTAGCTTGAAACAATA TGTTTCAGTACTCGATTGTTTGTATTACGAAGGGAGTGAAATAACCAATG AAAGGATGACAAACTTATTTATAATCCTTTGAACCTTCAGTGTGATAAAC TCAATTATATTTTTGAGAGCAAGGAAACTGCCAAAAGTATGATGTAAAAA GGCTTTTTGAAGTGAGAAGATAAGTTTTTATCACTAAAAACTGATTCATT CTAATTTCCCCCCTATAAAACCCTAAATTATATCATTTATTGTTACAACT TATTTTTAGAGAAAATGAAATGAAATTCGTAATACATTTTCCAAATAATT CTGCCATGGACGCATAATTTATCAAAATCATATTATTACGAAAGTCAGAG CCCAGTATCAACCCATAAAAGACTCAGGTAGAGATTTGCATTGAATTTCA TGAAGTCTTACAGGATTTACTTTCCAAATTTCAAGATACAATCACGAAGG TTTCCCATTGGAAATCGCTATACACATGAATGGCAATATTCCACTCATAA TTTATATTATACTTCACAACATTTGAACATTTTCTTATTTTTTGTAGAAG CAGATACTATGTTCTCATCTTGGGACTCTCAAAGTTATAAATCAGAGTTC TACCCAACAATTAAAGAAAATGAAGAAGTTATTTTTACATGATGTACTTA ACTATGTAAATCAAAATATAAATTCGATGACAAAGGAAAAATCGCCTTCC TCGATTTCAAAGAACTTCCATGGCAATTTCAAGTTCCACAATATACTGTT TGTTTAACAATTCAAGGGTTGTTGATTACGGTGAATGTATCTTTCACCAT AACCAATGGTTCAACTTAACAATTCGTTATAGTAATAAAACCAAAAAAAT AATGACACTATGCCACCTCTTAATAATTAGCCAATTTAACATAAAACCAT TCGAAGATGTCAATGAATTTATAGACGTTCTACCAATGGAAAGGATTAAA TAGGAAATGTTATTATTTAATTTTATTTATATGAACTAACTAAACCTCTC ATATCTCCCATGACCTTAGACTTAACAATTTAAGCATTCTTGTCTAAAGT AAGATATTGATATTGATGAAAGAGGATATAATGTTTGCATAACTCAAAAG GGTTCCCGGACAATGGGCCAAAAATATTTTTTCCGATGACCAATTTGCCC GAGGAGCATTTGAGATATTTGGCCGAAAAATGATTTTTAATTCTACGATT GTATATTTTTATTCAATATAAATGATAGTATAACAATCTGTATTACTCAT ATTATATATATGACATACAGTTGAGTCCAAAACTATTCGTACCTTCTCAA AAATGCTAAGAACACGTAATTAGATGTTCACAAACTCATTTCTGTGAAGT TCTTCAGTTCCATTGGTAGCGAAAGAAGCACAAATCATTATGCTTCCACC ACCGTGTTTCATTCTCCGAATAGTGTTTTTGGGGTTGGGCCCTTCAGTAC CAAATATGCCGATACTGGTTGTGGTCAAACCACTCCATGTATGTCTCATC TGACCATAGTACAATACGCCAGAAGTTCAGCTCTTTGCGGTCATTGGCAT AATTCAGTCTGGCTTTCATGTGCCTACTCTTGAAGAGTGCAGTTTTTCTT GGCACACAATCCCGGAACCCATTCTTGTGCAAAATCATTACACAATTGAT TGTACAACCAATATTTATGTTGCTTTCCACCCCTACTGGATACGTTTGAG AGTTGTTATTGTTAAATTATTGGCAAACTCTCTGCCTGCATATCTCACAT GTGTTGAACTCAGCTTGGAACTCCTACAGTGTCAAGTAAGACTCTTGACA TGGCCAGTTCTTTTGAATCTGGTAATGATGCTTTTGACGGAGGAGTATGG GATGGAAAATTTGATGCCACCTTGATTATGGCAAGTGACTACAAGGTGGC GGATGCCCTGGCTGTACTCCTTGGTCTTGGGCATGTTGAGGCTGGAATAA GACTGAAGCAATAAATTGGTTAATCACACTATTATGCCTCAGAAGATAGT CAAGGAAATTCTTGATCTCTTGAGTACTTTATAGTAGCTTTTTAATCTTT CCAGACTTCAATATGATTTAAAAAAACCCAGAAAATGTGTTTGTTATCAT TACAATTTTGGGTTTGTATGAATACTTTTGAAACAAGCAAACATTGTCTT TGAGGCATAAAAAATACTTCATATAAGATCAACTATAGAAATCAGTTATT TATCATTAATAATAGTTTTTGTAATGACTTTTCTTTTAATTGTTGAATCG TAATATAGATATGGCAAATATTGTAAGGGTACAAATACTTTTGGGCTCAA CTGTATATGATAAATTAATGATTTTTCTAGTGCAGAATAATATTTTTTAT TATTGATGATCATTATATTAACACAACACAGTAGTATGTGGTTCGAATCT TTACGGCTAWTGTACTTAAAATAAGTTAAAGAACAAGAAAAATCAACTGC AGCTCCAATATTTGAAGTAGTTTGGTTTAACATCATGTAATGACTAATTA ATAACAATAAATAGAAAACAAGCTTATTTTTAAATAAATAGCACATTAAC AAAAAAGTTATGGTGTAATAAATCATGTTATGGCATTCATTTTTAAGTAG ATAAACAACTATAAATGTTGTTTAGTACATATGTTTGCTCAAGAGCTTGT AAATTGATTTATTTATATAAATAAAATGTAAAAAAAACAATTTCACCTTT TGAGAATAAACGTAATATTTATCTGGCTATATATTTTGGAAATAAAAACC CAACTCAAAATGAATTATAGTTGCTTCTGGTATATATACCATACATTCGA AAAACTTCTTGAAAATAAAAACTTAACCATTTCAGAAATATGAGAAAACT TTATACCCATTATTGAGGACTTGTGATATATTGGTACTAAAATGACTAGT TATTTGGTTTACGTGAAGTACACAGATCCTTCTTGTTCTCAAAAAATTAG AAAAGTTTTTTGTAATGGATAGGGATGTTAAAATTGTCGTAATCCTCGTG AGGGGTCATCAAAAAGAAAAAAATATGTTGACAACCATGACAAAAGACAT ATCTGCTGACAAATATCACTTTAAAACTATAATACTTCTTTGTTAACAGT ATATATTTTTCTAAATCTATGCTCACGAGGATTACATCAATTTTCTCAGC CTTAACAATAGATAAAATTAAATATGGAAAAAAGACTGGGAAAATCTTAG ACTTTCAACTGTAAATAGTCTTCATAACATTACAAATTGTATAATTCAAA GGTTTATTTTTTATTTTTTTAGGTTATAATTCACAGTCCACAACTCTCAT TCCCTCCTGATCGCAATATTATTTTATATAACCGAAACTAAAACAACGTT GACATTTAACTTTTGAGCATGATAACTTCAGTATGATCAGATTACCCTTG ACTACTATAATCTGAATTAGAGATGACGAGTCCACTAACATATAAGTAAT ATAATCACTGTCCGTCCATATCTGCTTATAATTTTCGTATTTCTCCTCAG CTTTCTTGCTTGTGGTATTCCATCACTATCAAGCATTAATTCCTGGGAGT CTGAACATTTTGTATTATTATTGAAGGAAGAGCACATAAGTATAAAGTTA TCCCTACTGCGGGAAAGACGAAAATCACATCATGAGGATTTGTTGTGGAG TCAAAAGTATAATTCGTTGTATAGAATCTGTGTAAAAAGTGTAATTTTTT TTTCTTACAGTTGCAAATAAATAAATAAAAATTCAAAAATATACCTTTAG AAATAAATATATATGAAGTATTCTCCTTTAACTAAAAAAATATAAACTTT TCCAATTGAAATGTTCTTTTTTAAGTGATCTCCTGACTACTAAAGGATAA TAACATTACAAAAACTACAATTTAAAATATCAAGCAAAAAGGCTAGATCT GAATTTGAAGTATATTGATAGTATATTTTCCACCGCAAATATTCACAATA AAGTTCCAAAAATATGCCTTTACATAACAATTATATCCATCTTTCAACCC AATTTATTTTAACAATTATTGACTCCATTCATTTGCAAATTTCTGCACTA AAACCATAGCACTATTTTTTATGTTATATGATTTGCCTAAGCCATAAAAT CAATGGAATAATTAGCAATTCTACTTACTTCATGCAAAAATTTGAAACAA TATAATATTGTGTTAGTTCTTCTCTTGTATTTTATGATGTAATATCACAA ATAAATTGCTTAATACATTTTCTGAAGGTCTATATTGATTTCTTCCTCAT TTGAGAGTTTCTGGCCTACATAATATTTTCCTAGAGCAATGACTCACATT TAGACTTAAATATTAGTCCTTTTCTTTAAATTTTTATTAAAATTAATTTC CAAAAGCATTTTTATTTATAGCATTTGTAAATTTGTCAATAGTTACTGGG GATGGGTCAAGGTAATAAAGTTAGTATGAGATATTAAAATACTCGGTTAG GTACTTCGTTCTACCTGAGTCTAAAGCTCAATTACTCTGACTTAATTATG TTTGAAGACAAATGCACTGAAACATTCGACATTCCTTTTTTAAAGTAGAG TATTTTTGACTGATGTAATCAGCGCTTTCTAGAATGTATAATAATTATTT TTCAATCCAATTTATAGATGTTAAGTTATACCTAATAATAACTGGCTAAG GCCCTTGCAATAATTTAAATGAAAATATATATTATATAGGAATAATTTAA TTTTCTATACTATTCCAAAATATTACCAGAGAATATACCCAATAGTACAT ATATGCTTATAACTTAAATAATACATGTTTTTTTTGAAAAAATAACTAAG TATGAATGTAATGTACTTTGTTCTCAAGTATAATGAGCATCACATTTAAC AGTGGATTTATTTCCTTATTAGCAGGAAAATAAAAATATTTTTTCGATTT ATTTTTTTCGTAAAAGAAAACTTTAAATTTGTTTTTATCAAACATTTCCA GTACTTGAAAATGTTCAATGTAAGAAAATCAGGTATTTTAGGTCAGACCA TTTGTTTTAGTTATCATTTGAAATTGTTCTGTCTAAAGGTTGACGATTTT TCTCATTTTTTTTTCTACTCAAATCCAACTATGTATTTCCCTAAAGCCTC GAAATATTGAAATGAATATCAGATATTTTACTCCTATTAAATAATCAGTT GGATTGTGGATTTAATAAGCCACCGAGAAAACCTTAATATAATACTAAAT ATTTTAAATACATATAACAGTTGCTTTTACTATAAAGTCTACTCGAACGT TTGCAATAAAGAAATATCAACATAGATTTTTTTTTTAAATCATAAGTCTT ATCAAAAACAAAATAAAAATCTCCATAAAATTGATAATACAAATANCCAG AATAAAATAATAAAATTATACCGAAAAAGGGTAGTCACCGATTTAAAAAA CGATTGGTTGATTTGAGTGCTCTCAAGCCTAGGAGAAACCTTAGTCTTAA GTTGCCCACGACTGCTAGAAGACGTGGAAGTCGCCAAACCAATCAATTGC ATACAGCATCCAAGATTTTGAATAAACTCTTTCATACTAAAAATGATGTG ACAAGAATAATTCTTAAAAATTTACGTTATTTATTTTTTTGTTTTTTATG AAATAGTCGTTCTTAAGACAAAAAGTAGGTTTTTTAGAAAAATACTATTT AAAGACCTCCATGGTCTTGATGACAAAAAAAGCATTACTACAACTGCTTC TGGATCCTTAAAAATCTTTATAAATTTTAAAAAAATTCCATTAMTTYGTT TGGGTGTGATCCCAGACATGCACACACACATAGACATTTAACGTATAGAT TAATAGTTGTGAAATTGTTTGAAAGTTTTTATAATGTTAATTAAGAAATT TTGACCTCTGTTCCATTACTAATGATTGATATCAAATATCAATTTTTTAA ACTATCAATATTGATAATCATAATCCAAAAAGCTAAAGATTCTATCAAAT TTGATATTTTTTCTGAAAATCAATCACTTTGTTAATTTAACAATCAATAT ATTTAGATTTTGTAATTATATATAGAATAATTCATGGCCATCTTATTTCT TCTATCATGTAAATACCTTTGTTATACCTTACAACTTTTTTTATTTAGTC AATATTACATAATACGGTTCAAAATCAATTACTAGTTAGCTAATTATTTT CCAACTATAAAGTTATTTTTCGATAATTGTTCATAGCTTAACAAGATTAA ATTTGAATCCTAGTTGTTAACACTAATAAGAGGACAAAAATCAACAGCTG ATAACCACATAAATTTTATGTAAGTGAAGTAACGCCATGCTACAAGACAA AAGAAATGCCGTTCCGTAGCCAGCAAATGTTTTATACAAAAGAATGATGT GATCATCATTTAATCAATTTTCTTAATAGCCTTGCTGAGGCCCTGCATAA GTACATTGATTTATATCCACGTGAGTATACCACGATAAAACTTTAAGTGT ACTTGGCATTGATTATTAATCTTCATACATCNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTGTTT ATTTTTCTTTTTCACTTATTACATTACAAATCAATTTAAAANNNNNNNNN NNNNNNNNNNNNNNNNTTAAGATATAGTATTGCATTTCAATACCGAGTGG TTCATTTAAATCTGAACACTTTGAATTTTAAACTTCAATAAGATATAAAT AGTTAATTAAGTATAGAATTACAATAAAATTAATAATATAAATAGATGTG TGTCCGAGCTCTCTTAATCGTTAAAGTATCCGCCCTTAGTGGCAATGATG ACTTTCGGTGTGGAGCAGAACACCTGGGACCAAATTCAGATGTACTCCTC TGTCATGGCGTCTCCGTGGTGGCTGACAGGGGCTTTGAGGCCTAGGTATT GTGTACGGAACACTTCATGCCTTCCCATCGATATGCACCAAAGAGGTTTG GTGAAAGGGTTTAGCATCAGGGTTGTGGAAGGGAGGCAAAGTGTCTAAAA GGTTTAAAAGAACTCAAAAGAGTTTTGCAACGAAGGAGATCGGTTTCTTT TATTGATGGTGTCAAAAGTGGCCTCTCCATCCTCACAACGCTTATTCCAC CAAATTTGTTTGATAGCTCTCTAGACCAGTAGTTCTTAACCTGGGTCCAA TTGAACCATAGGAGTTCGGTGAGACWTTCTCYGGMGGTCMGCCCCAGCCT GCAGTGACGTGACTGTGGACAGGGGAGTCCTGCTTTCAGTGAGAAAGTCC CGCAACAGCGTTGCATCGATCAATGCGGGGTGGGGGGGGGGGGGGCAACT TGAAAAAACGACCGGGTTCACCCACTGTGAGATTAAAAGACGTTTCTTCT CCGTGTAAGATTACAATTAGTAAAAATATTTAACACAAAATAAATACAGT CTATTTTTATTATTTGTGACGTTACGCTCTGCTTTTCCATAACTAAGTCT TGATATATGTACTCTAGGGAACTTGGCACGCTCATGAGTCAACCTGTGGC TGMTGTGYTTGTATTTRATTTGGTATTTTCTTTTAATCTTTCAACCCCTT CTTAACTTTGTCAAGCCAATGAAGAAGATGGTCTGGCAAATATGTACAAA ATGGATTTACGTTTATAAAAGAACCTGGTGGGATTCCGTGTCCTCAATGC AGGATTTCCAATTCCATGTTGATCATTTCTAGTTTAGCACCAGCAAAACT GAAGGAACCTTTCCTAAAGTTACATAGAGATGGAAATACAAAAACAAAAC ACTTGCGAAATTCAAGGTGAAGAGAGCCAAATTTAATGAAGAGGTTACTT TGACTGTTGTCGACTTTTTACTCATCGAAAAACCAATCCTTTCAAATGAC ACTATCAGTAGCAGAAAAGACGATATGATCAATGACATCTGGGGTCAAGT AGTTGTAGATCTAATTTCAAGCCTTGCCAAATTCAGCCTTGAACTCCATG AGACCACAGGCATTTCCAATCTAAGCCAGCTCGCTGTATTTCTTCGCTAT ATGAAAGGGATAAAGAAAGATGTTTTAGTTTGTAAGCCTCTTACAACAAC AATTAAGGCAGTCGATGTAATGAAACTTATGGATGKCTTCTRCAGCCACA ACAATCTTTCATGGAATATGGTTTCGGCAGTTTTTTCGGACGGAGCTCCA ATCATGCTGGGYCGACTCTCGGATTTTGGATTGTTGTTTAAATCTGATGC ACAACACAACATTGTTATGCACTGTGTTCTGCACAGGCATGTGTTGGCAA CAAAAACTTTGCCTCCATAACTGGCACAAATGTGTGAAATACGTGCAAAA TAGTGCTATGAAGCACAGCATCTTCAAAGACCTATGTACGGAAATGGGCT CTGAATTCGAGGTATGTTTGTACCACTATAACGTTCGGTGGTTAATCCAG GGAAAGGTGCTTAATCATGCTTTTGCTATACGTGTGAAATAAGTTCTGTT TTTTATGAGAGTACAGGCATTGTCTTGCATATTACTTCTAAAATTCTTCG TTCATTATTATTTTGGGGTATATGTCAGATATTTTCGATTATCTTAATGA TCGCAATCGACAGATGTAGGGTGGGGAGTCAGCATTATCGAAGCGGAAGA AAACTTAGAGGCATTTAAAAAAACTAACTTTACGGAAACGACGAGAAGAT AATGATAACTTCGCAACTTGTCCCTTCCTGGACGACTGTGTTACTAAGAT CGAAGATGATGTTGGAATTTGATACATTTATGTATCTGAAGAGCTCAAGA ATGCAATTGCCATACACTTAGAAAATTAGCCTTTCATGTTTAGTGTTGTG ATAGCAAGAGTGAATGATGAATATGTTGATGAAATCATTGAACTTCAGTA TAGCCAGCCTCAACAGCAACTCTTCAGAACAACAATGCTGTCAACATATT TGTGCAAGCAATAATCCGTACTATATACTCGTATTACAAAGAAAGTCCTG AAGATACTGGTATCATTTGTAACAACATATCTTTGTGATCCATCGTTTTC GAAGATGTTGGACATAAAAACAAAAAAAAGGAACGAGAAAAACAATATAA AAGTGGCACTTGCCAAGGACACGCCTCACATTTCTGAATTTGTGTCTTAA ATGTAACAGCAAAAGATACATTAATTTGTAGCAAATACTCATTGAGTTAT GTTTTTGTGTGAAATTCCTGTATTTCTGGTTTTGTTCTTTGAACAAAGTG GTTTTTGGTTGCAACTAATGCATGTTTTTATTTTGTGCACTAATAAAATG TATATCCAAGAAATCATTTAAATTGTCCAATGACAAAAGGGTTTGGTGAA TGCACGAATGAAGCTTAAAGAGTTCAGTAACTCCAATAAGGTTGAGAACC ACTTCCTCTAGACAGTCTAGTATGAAGCCCCATGATCTCTTGCATGGGTC CTCATGGAGTTGTTTTTAACGACAACTTGCAAAATTGAGAAACATTACTT CAAAGTTGAAACTTCTGAATGCATTTACAAACAGATAAAAGCGTAAAAAA AGTTATTTTCAATATAGAGGTCAAAAAACGTCCTAGAAAGACATAAACTT AAAAAACATATTTTGTTATTAAAATACAACGGATGATCAAATTAACAGAT TACCCTAAAAATTGGACACCCTAGTACACAAGCTAAAATAAAAATTTAGA AGAAATGACCTTTTTTGTGATATTTGACCTTTTATTTTATCTTTAACCTT TTATGTGACCTTAAAACTGTACTTAAACTAGCCTTGGCTTTACTTGGCTA GTTTTTAGCAAGTTTCACATTATTACATTACAAATNNNNNNNNNNNNNNN NNNNNNNGGGGAAAAGGAATTGGAGGCCGATTTTTGATTCTATTTTCAAC AAAATACTACAAAATTACAGGAAAAATTTGCTCATTTTCATATAGTAACG CCCACTCCCCGCCACCTCAGTATTATCTGAAAACGATAACGTTATAAAGT AGTACAGATTCTTGTACATTTTTTGTCTACATAAATATTACAACCTACAT TTACCTATTTTTTTGTTATATACTTATATTTATTGGAAAAACAGTAAACA AATTCACAAACTTTTTACTAAAAAAAATCAACCTTTAATGTATGATTTAC GAGTTTAGTTTCAAAAGAAATTCGTTTTTTTGTCCAAAATCGATATTCTA AATGAGAAATTAATTAAATTTGAGTACAATAAGTATACTGAAGAAGGCTA ATTAAAGTATTATATATATTTTACAGTGGGAAAGAAAAAATATTTTTCAT TGTCAATATATACATTTTTTTAAATTTTAATCTTTGGAAAACTACAGATG TTTAGTAATGACTTTTAGTTAAATATTATGTAGTAGGTATTATTAACCAA CCTTATAAAAATGATTCTATAACTTTATTTTTTCTCTCTTAAAAGCCATC TACTTTATATTATTTTAAACTAATACGTTAATGGATAGTAATGGGGATAT ACTATGCTTTGTAGAGTATATAGCATTAGAAAAGAATGTATTTGCTTACT TATGATTACTTTTTAACATTTACTTTCATTGAAAAAAAGAAAAATAAATG TTTCAAGAAGTTCTTCAATTTACAAATATTAAATCATATATATTAGAATT GGGACGGTGTGCTAAATCTATGGCTTGCTCCAAACCGTGGTAAACGGTAC GTAGTTCGGTACTGTATAATAGTATATATATATTTTTTTTTAATTAGAAT TAATTTAGTTTTTTCAAGTTTTTTTGTTACTTTATGCTTTAATAATATAT TTTTTTCACAAATAAATTATTCCTATATATTGTTAACTTCTCTTAAAAAA CAAAGGTTGATAAAATCTATTCATAGTTTATATAATACTATTATTTATGA ATTTATATCATAATATAATGAAAAAGACCAATTAGTAGTCAAAATATCGC CAGGTGTAAACAAAAATATTTCGCTTGATACAAATTCACCTGTAGATGGG ATGTATCATGTAACATTCGAATTTTTTTTCTAAATTATCCTTCCACCATA CCACTGGGTTTCCGTCAACTTGAATGAGCTTTATCATTCTATATGTCATT ATCTCTATTTCTTTTGAATAATGGTTTATTTATTTTGACTCAGATTCGTA AGTATCATATCAATATGGCTTAATAGATATTTCTTTTGCAAAATATATGT TCGATTTTGTGACAAATAATAACCAACGCAATTGGCTCAGGTCTCTAAAC GATCGAATAAGAGGACTCATAATTTTATACCAAAAAAAAAGGAAAAGACA ACACAGAGATTAAAAATTGTCGACCGATCACATTACTTGAAACTGAGTAT ATAATTTATCCAGGATGTATTATATAGAGATTGAAATCGATTTTAAACAA CAAGCTTCCTAAAAAATCACTTCGGGTTCCGTCCCGGTCATCAAATGTAA CAATGTCATTAAAAACCCTTGTTGGTTCCAAGAAAAAAGGGATGTTGCCT TGATTATTCTGGTCTTTGAAAAAGCGTTCGATACAGTAGAGCATTTCTTC ATTATTGATGAACTAACGAGGATTAATTTCCCTCAATCCCAATCAATCTT TGATTTTTAAAAGAGTCCTACAGTAGGGCTACAGCGGGGTATGAGACAAG GAGATCCTTTTTCTTTAACTGTCGCTTGCCCCTACAAAAAATGTAAATGC CGAAATTAAAGGTACAAATATTGTAGGGCAAAAAATGATGAACCTATTTT TTGCAGATGATGGAAAATTCATTGTTAGTGGTTGCAAAATTGACTCCAAA GCGTCTAGTCAGGAAAAGTGTTTGAAATATTGGGAAAAAATCTGGTTTAA GGTTGAATGCATCTAAACCTCAGATGTTTACGAATATAACAACCATTCCT CGAAATTTTTGTTCCTTCAATCTAGTGGAAGAAGCAAACTTCCAAGGAAA TACCATCTCCATCAAAATGATGTAAAAATCTAAGGAAGATGGATATTATT ATTAGCAAATCCATTTAAAACATAGAATCACCCTTATACAGAGAATAAAA TTTTGGAAGCAAGTGATATTTCCTAGAGTAAACCACATCCTGAGATGTAC ACCATATGATGAGTTAATTTGCCATACTTGTAGGAAGAAAGGAATTGATT TAGTTCGGCTCCCTAATACGGTTAGGACGAGTTGTTTGTTCCGTGGAGGC TTGGKAACGGGKGACTTAAAAATGCAGTAACATCTCGTTTTATTATCCTG GAAAAGGGGGCTCCACATGTAGGGTTCCCATAGAAGAGGGCAATGCTAGA AACTAAAGGTATCAAGTATCCAGATCGTTTACAGTGGTCGCACATGAGAG ATATGAATAGCGKATCGATTGAATCACGAAGGAAATGAGCTGATTACCAT ATATCTACCTCAAAAAGTGAAGAATCATTTTTGGTTAGTCACATTAAAAG ATGTTTTAAATTTAACAGGGGTTCATCCTCTATTGGTGATGCTGAAGAAT CAACTCCAGCAATACTCATTCAATCCAAAAAGGAAAAAACTCGGGGACAC CTTCAAAGTAGCCACATGTACTATCTGAGAAAACATCTCTTGGCAAGATC ACAACGACAAATTTTAGAGGCTGCGAGGTAGAAAAAAAGGAATGGAAGAC TTTATCAAGCGTACTTAGGGTCCTATCACCAAAACAGATCTACTTGAGGT AATACATCTCGTCTTGGGTATTTTTACAGTAGGGTTCTTCAAGGACAATT GGGCAATCTGCAAGGAATGTAATGAAAAAAAGATAATCTTGCTTAATTTC AAGGATTGCAGCTCCTTGAAGTAAATAACATAAGAAATTTGCCAGGGTGT GGAGTCCCAATTGGGTAGGAAACTATCAAACCACAAACTCTTGTATGGTT TTTGGGNNAGCTAGTAATCTCGAGCGAGTGTCCTAAAAAAATTAATTAAA TTGTAGTGTTGGCTGTCTGTAGGAAATAACCATAATCTTACCCTGTAAGT TGTTTGTCTTTTTCTGCACTGAACGAGTTCATGTGTACAAAGTTGGCTGA GAAGAGAGAAGATTAAAACTTGTGCCTTTTTTTTGTTTCTCTCTTCTTTT ATATATATTTGTAGTGATGTGCTACAAGTAAAACTAGCAAATTGGTAATC AAGCTTTATTTGTGTAATCAAACAATATACCAAAAACTCAGCTCGTTGGT ATAAAAAGCCAAGTGTTACTCGGAACTCTTCAGAAGCTCGAAATTCTTTA AAACCTCGCAACCTTCATAACCTTGGAGCTTGTCAAAACTTGGGATTCTT TGTTTTTCCTTTTGGAGCACATTATAACATGTAAATCTTCCTAGATTGAC TTTTTTTTAGGTAATTTAGAATTTATGTATTCCCAGAGGTAGAAATATGA TAATGTTCCTGCAATATGACCTCTTAATCCCATTTTGTTTTAAAAGTAAT ATTTGGTAGGTCTTTTTTAGTCCAGTGGGAGTACTTGACATTGCTTGGAA ATTGAAATTACATAGCCGTCTAAAAACTTTGATTTTTCTACATAAACATG CATTTATATAAATAAGCGTCATTGCCACAAAAAACATAATATGTATTGGT TATAACCAGACTATCGTAAATTATTTATGTTTTGACAATATAAACTGTTG AATTACGAACTTCTGGCTAGGATTCTAATAATTTAAATTAATTTGTAGAA CATAAATTGTGAAAACAATCATTATATAACAAGTTTCAATAATTCTTCTA AAATATATGATTTTTTTGACTAACAAGTTATTTAGCGAGAAAAAAGTGTT TGGGTGAGTAAAGAGTTTTCAGTCTAGGAAAAAATGTTCGAGCGAGTAAC AAGTACTCAGGCGAGTAATAAGTAAAGCTCGTAATTGTTACAGTGTTTTC CTCTTTTAACTTAATTATATATATTATATTCTTACTTTGTAAATGTTAAT TTATTATAATTGTTCGGTATCAAGTTAAAGTTGTTACTCAATAGAGAGGA AAAAGCCATCAGAATGGCTTAAGTTTATTTATATATAAGTTTATGTTATG TATAATATATAAATCAAAAAAAGAATGATAAAAAAAAAATAGTCCAGGGT TTATAATATTATAGTATTTAATTTAAGATTATATATATGCGTACCGCACC GAGGGTAAAAATGTACCAAATCATAAGAGTCGTACCGGATCGAGATGTGG TCAACTCTGCAAGGTACATGGCCTAATGCTTATGCCAAAGTGTTTATCAC AATATAATTTTCATTTGAGCTTTGAACCTTTTTTCCAACACTAAAATGAA TAATTGTTTGACTATTTTTCATTTAAATTAATACAGCAAAGTTTATAAGT ATGTATGAATGTAATATTTAAAAAAAAGTATTTTTGATCGAAGAAATAAC AAAATAGTTGTATTCATGAAATCTCGAAGGCATTTTGCATGGAGCGTGTA TACAGATTGCACTATTAATGGTGCTCCCTGATAATAATAGCGATATAAAT CTAGTGTATTTTTTAGTTGTTCCATTTTCGGAATTGGTAATCTGAGGAAT GAATTTTCTTTTCCTTAGTTGTTTTCATTATTATTTAACTTATGAGTTGT AACTTCCTTTCTTAATAAATTTAATTATATTCAAAACCTGATTAAACGTT AGTGTGTGCTCATAAAAGACAGAAAGATCATGTCCTTGTTTATTCCTTTC ACCCCCTCCTTGTCACAGCTGGTTGTAGCTGCTCTAATAAAACGTCTTAA CAGCTAAACTTATCTCCTCGATAGCACACTTTTAATCATCGGGGTTACCA TTTATTTTTATTTATTTTTTTGTAACATCTTCAAAATAGGCCATAGAGTG TGTATACAGGGTGCACTGTACTTAGTTATTCATGAAGTGTCGCAGGTATT TTGAGTCTAGCATGGAACGTGTGTACAGAATGTTCTCGAGTATATATCAT AAACCAATACAGTATTTTAAAAAAAAGTTACTATAATATACAAGGAACAG TGTATAAATTGAATTAAAGCTTGCAAATGCTTAGTTCAACTCATAATAAA TAAAGAAATACTTAATATAAAATTGAAAAAATAAAGTTGCATTATATTAG ATTTACCAACAAGCTAGGATACTGATTGTCTCAAGAATAAAATATAAAGC AGTTATTATTTTTTATTGTTTCGGTGAGAACGTTTAAGTATTGAGTAATT ACGTGTGAGTGTTCTCATGAAAAACGGAAACTAACACCGAGAATTTGTCA AGAATATATCTTGCATATTTTTAAAGCAAAATTTACATGTTTTCTACTGG CAATGATGGTAGTTTTTTTAGTATTAACAGTGAATTGTTTAGAACCTAAC AAAAGCTAGTTCAAATCCGGCAAATCAAAATTCAAGAACATTCAACAGCT GATGAAAAAAGACAGTGTATTTTTTGCATACATTAATTATGTAATTTAAT TGAAAAAATTAAGAACTGTGAGGAACATGTTGACGTACACAGTAATACAG ATTTAAGTGCAGTGAACTTAAATAAATTTTTACGGTGAACAAAAGCTCAA TAATTGATTCCAATACTCCGGAGATACCTTAGCTGAGCCAGAGATTATTA CAGAGGGGAACACTCATTTCGAACAAATAAATTTAAGCCAATAAATGAAT TTAGCTTTGAGCGCAAAAATCAAAAACAGATCTCAGTTTTTCTCCTTGTC ATTCATCTGAATTCTGAACTATCTGGGATTGATAAATTTCCATTTATAGG CTGAAAAATGATGAAAAACAACACACTTCTTTACACCTTTATAACTTATT CATAATACATAGTGATGAGGAAAATCATAAGATATATAATATAGAAAAAT ATTCATTGAATAATTTAAAACAAGATTTATTTAAAAAATATCAATCTAAT TGGATTTTTGATTCATTTGGTTTTTTTAAGTGATTATATTTTGAAATTTT AAAATTCTGTACTCACTATGAATTGATGGCTTTATTATTTCGATCCTGGT ATTACATTCCCAAGGAAGAAGTCCACTTTTCCATCCTTATGAGGACTGGT AATTTTCTTTGGCTGAATTCTCCTCCGTTGTCCATTGTGGGATTCGGAAT CCAAGTTCAAACATCTCTTGAGATGGTAGCATGTATTTTCTTTGCTATAT TTGTATCAAAGCAAAGTTTGTACGTTTGTTTGTCGACGCCTCAATTTCAA GTGTGTTTATAATAATGAATAGCTGCATGGCTACTTCATCCAAAAAATAT AAAGGACTGAAAGTTTATTTGATAATAATATATTTGACACTTGGTATAAA AAAAGAAGGAGATTTGAGTTATAAAAATGAAAAAAAAAACATCAAAATAA ATGCATGTAATACGTGGTACAATATTGTTTTATTAGCAGTATGTTTGGAA CTATAATAGTCATATAATGAGGCAAGTTAGAAAAAAGTTGTAAACTTATT GTTGAAAAATATATGTTTTATCTATAATACTTAAAATTATAAAAATCCTG TAACTTGATTCAAATCGGTAATTTTAAAGAAACAACATCAAAATTTCCCT CTTTTCGACATTTTACATATAATCAAAACGCGTTCATGAACGACCATTTT TCGGACGTTTGAGAGTTTTTTTCTTGTTTAGAGAGAAAAAATAAAAAATA TCAGGCGATACTAAATTCTCAACTTTTGTCATTATGGTACACCCGAAAGC ACATAACTACATATATTTATAAATACCGAGTGGGTGGAAAAAATTTGCAC ACTTTGTCTTACGATAATATTGGCCCTAATTGGAGGTGTGCACTGGGGCA CTTTCCTGTTAAAAAAAAACAGCATTGTCATTAATAAACCTCTCCTTAAC TCAAGGGATATGTTTTTGTCCCCAGTATTTCAACATAATCCGCCGCAGTG AGTATATACCTTGTGAGAAACCAGATAAGAGGCATTACATTATCACATTA GGGGCGACAAAGCTAACGAACACAATACTTACGGGATTTTTGGTGATGGT AAAGGTAGAAATGGATTCATCGTCCTCACCATAGATAATTTATCTGACAT TCCTTCTGTTCCTTACTGGATCAAAGGTCAAGTTATATCATGGGAAATGA TAATGATGCGGTTGTGGGAATGTTTCATGATGCGGTTGTGGGAATGTTTC AGGCTGCTCAGAAGAGCCTGGCAAAGTTGGAGATGGCATTTCATAATTTT GTCAGTATTCAAGGACCTATAAACTATTGCACCTGACAATGTATACGTCC TTTAAATGAGAGCGCAAGTATCTCAAAAAATTGCCCATCAAAATAATTTT TACCTTTTCAAAATCAAAGATTTGCCCTGTTCAGTTCCAGGGTTACTTTA AACTCCGTCTCAGCCTTTGACATTGTAATGGTTAGAAATAACTCTATCAA TCCGGTTCTCCATTACAGACATTTGGTAAATTGAAATGTGGTTGAGATAA ATGAAAAAATAAAAGTTTTAGTTTAATCAATATTTTAACAATAATAATCC ACTGGTTTATTTTACCAAAAGCAAAAATAGCTAATGAATGCACTGTAAAA TATGATTTATTTGAAAAGGTAATACGTCATACTTAGAATATATTTATATT TACAAAGAAAATTACAACAATCTCACATTGTAATATGCCTTAAACAAAAA AAAAGAAGATGGGATTGGAACAATATTGGTTTCAAAATAGATTATGTCTT AGATTTTAGAATATAATTACGGGGAACTTTGCTGAAAATGATGTTTTTAT CCTAAAAAATACAATTGGGGCCAACAAATACACCAACTAATTTTAAGAGA TCTGAGTTTAATTTTAAGTAGAGTTTTTTCATGAGCATTAATTAGGGCCA AGGTAAGGTATTTCAAGTTGCTGGCCTAGATTTGAGAAACTCATATTTTT CCCATGGTAATTTATAAGTTAGATACTTTAGAGTTGGTAGTGAAAAAGTT GTATATCTCTAAACTAATAATATTGTTTATAAAGAAAATGATTGTTGTTT CGACAAAAGTTTTAGAGCTTTATAAAGTATATTGTTGTAAATTTTATTTA CATAAATATCGTTTTTTAAAACGTACTTAAATATATACGTCATCCATAAT TATTCAAAGATAAAAAAAAGGAGAAATTTTATCGATTTGACAGCATGATG AATGTCAGCAACAATAATGTTGGAAAACTTTGTGTAAAAGTTTTATAAAT ACTCCTTGCAATGCCTTGTACTCCCGCTAGTAATATAATATCTTAATTTA GCAATAATATGTTTAAATTAACAAAATATATAGACTGTTTTTATATTAAA TTCTTGTTTGGAGTTGTCGAAGTCAAAAAAAAAAAAATGACATTTGGACA TGCTTTTGTTGAGCGCCGTTAAGTTTCTTTATTACTCGAATTTGTTTATG TTAATGTGAATGGGGAAAACTTATTTCCTTAAAGACAACAATTTTGTTTG GCATGCCGACAATGCACTGAAAATCGAATAATACATTTCGCTCTTATGAT AATTTAAGCTTTTATTGCCAATAAATGGTAATGTGGAGAACCAATTCTTA GAGAAAATTTAAGAGCAATAGTTATTTCCTCAGCAGCTAGTATTGTGTTT TATTATTTTAAAATATCAAGGATGAGTGGTGGTTCCTGCAATCATGCTAT TGGCATTGTCAAATATAAACTCTCATATTCAACTGGATATATGACTGGTT CGGTGGMATAAACCCTCTCAATGATAGGGGCCCATGGTTTGATTTTTATG TTAAGAATTGTTGATTGTGTGATTCTTTTAACAATTTTGTGATGGTTGAA ATATTGAATTGTTTTTAGGTAAAGGTCTTGGCAAAGAGGTACAATTTTAA ACTGCAATGTTTATTCGTGTTATTGTAACGCAATTCCTCCTACCAATTTC TATTATATTTTGTTATGTTTTATATCTACTATTAATGAAGGGGTTTATTA AAAAATATATTTTAACTAACTTTCTCTACTAAAATTGTAACAATCGACAT TTTCTTATTAACAGAAAAAAAAATTATCAAAATTACAGAAATTATACTCA ATAGATTCTTAATAGATATAACCTTATCTCCTTATATAAAAATGATTTTG TAAACATAGTTTTATGAAAGCACTTTACATGTCAACTTTCAATGTTAAAT ATTGATTCCGAAATAAATATATCTTATATTTATATGTAATGAAAGATAGC TTTGTTTGTGAAATATTATTTGTTTATTTATTGTTATAAATTATAACAAT TATATTAATATATTAGGTATTTACTGACACTCCACGAACGCCACAACATT TGTCATCGATAGTATGTTCGTTTGTCGTAGTCAAAAGCCTAATGGCATAC AATCAGGATTTTTGTGTGTAATAACTTTTACAAAAACGTCAAAAGTGTAG CATAAATGATTGCAGTCTACACGTGGCAAATTCATGGACAAAAGTTAATA AATTATTTGTAAACAGTAATAAAGTCCCTTAATTGAAACTGATTAAAACA GAACTTCATCATTAGTTAAGGAATATGTTTCATACCCTATTTAATGTGAA AGATAACTAACCTTGAAGACAGGTTCTAATTTAATTAATAAAGTTTAAAA AAGTAGAACTATTTTTAGTAAGTCAGAATTATAAACAATTTGAAATGTCG ATAAGTATTAGGTCCAGAATGGTTGGCTTAAAGTTTTTGTCATTCAAGTT GCTTATTTTAATGAACAAAAGTATATTTATATATACATATATCAAATTTG ACATAGACTAATTCAGAACACTGGTTAGAACTGTTTTGGACATCAAATTT CCATTTTCAATATGGATGATGTCTTCAATTMATGGGTACCTAGTTCTCAT ATTTTTGTATCATTCTTTTAAATATGAAAATCCATGTAACATTATTTATT CTTCTCAATTTTATTTCCGTAAAATTAACTTAGAAAAACGTCATTCTTCA TTTATACCATCATTTCACCATACTCACATCTACCAAAAACAAAAGTTATA AAAATGTATCTAGTATAGAAAGTTTGGCAAAATTGCATCTGTAGTTTCCT ATGGAGGATTATCTTATTAAAATAAATTAAAAAGAATTAATTGAAACTGT TGAGCCAAAAGAGAGACTTTTGAAGTCTTAATGAGGGATAAGCAATCAAC AAATGATTTTATACTTTTATAAGTTTTAATTTTTGAAGTGTCAGATGAAA CCCTATCAAGTGCTTGGGTTTGATAGACCACTAGTTGATAAGGAGCATTT GAAGGCAGAAGTCCTAGATATTTATACTGATAAAGCTATCTTGATTCATA TAATCTCCCATGAATATATAATGCTAAACAAAATAAGACATTTATCGAAT TCATGATTTATATTCGATGTTGTTTTTGTGTTATCTTACCCCATCTATAT AGTTTGACTGGAAATAAACTTAAATGACATGTATATTAATTTACTAAATC TGGCAGCGCTTTTTTTCTGTTTGTCCAAAGTTAACAAATACATCACTGTT AGTTATTTATTTTTCGCCACGATCTGTTGAGATAGCTTAAAAAATGAATT CACAAGAATAAAATCGAAAATTCATTCCGACTCTTTTTCAAGCTTAAAAG GATCCAAAAGGGATTRTAGCCCTTTTTTTGGGGGGGGGGGTAAACCTGGT TACTGTCTATGCAAAAAAAAGATGATAAAGTATAACCAGCCTTTCATGAC ATCCAGGATGGGGCAGGACGTGCAAGAGGGATGCAGCTATCATGAGGAAG GACAATATCAAATCTGACCCAAGAATTTCCCGTAGGAGAAACTTAAATTC AAATGGCCATGGCCAGTTCGACCATGCTGGTGGAAGTAAAGAGCTTGGAA TTCATTTATAGGTATTAGAAACCAAGAATGCAAGTACGTATCAATGAAAT AATAAAGTTAAGGGTTGAAACCATTCCTTGTGAGGATGGAGAGGACATTT TTAATAACAGCAATGAAAGGAACCCATCTCCTCCGTTACAAGACTCTATG GAATTAGTTTTATGAGTTATTTTGAAGTATTTTTTGGCACTTTTGCCCCC TCCCTCCCTCCCTACAGCCCAACCACCTCGACTTCACATTTTGGGTACAT ATTAGTGTGCATCAGATCCACAGCAGTAAAAAAGATTACCTTGGTGGTAT GATAAAAATGTTTTACCTATAATAAAAACAGACCGTCTGAAATACTTTTA AATTCGAATAAATGTTAGTCGTGCCACATTGCGCATTTTGAAATGAGAAT ATTATACAGGGAGCGGGGATCAAATTGTTGCCTACTTTAAACGTTTAAAT CATGCCGTCATCATATGAGGAGATAAAGAGCTATAAGTAGAACGAGGAGC TTTCGAGGTCCGTCGTAGTCATGGCATTGGTAAATAATGGAGGTGAAATC TCCAATTCAACGATTGCTTCAACCTTAAGAGTGAATTTACAGACTGTTCA GCGTATCCGTAAGAAGCTAGAGGACACCTGGGATGTTGACGACACCATAA AGGGGGCACCCAAGGAGGAGGACGCCGACAGGAAGGTCAGGGACACCAAC TTTGTCGACAAGGTGAAGAAGATGGTTGAGGATGACCCTACCAGGTCTAT GAAGCCCATGGCGAGGGATCTGGGCTGCTATGAGAAAACAATAAGGGACT GTGTATCTAAGGATTTAAGTTGCATGAGCTACAAGATGCGGGTGGGCCAG ATCTTGACCCAGAAGGCAACAAAAGGCTGATGAAGTCAACAAAATTGCTC AAGCATTCATAGCAGCCCCGGATGCTGTGGTTTTTCTCTGATGAAAAGAA TTTCTGTCAAGATCAGAAGGTCAACAAGCAGAACAACAGGTGGATAGCCC CTGCACCAGCCATGTGAGGAAGGTAATGAAGACCAAGTTCCCTGCAATCA TGTTATGCCTCCCCACATGTTTGAAATGGGTCTAAAGGTCAATACAGAGG WCTACTCGGATGTTATGGAGAAGTTGATTCTGCCCTGGATCCAAGGGGTG GCCGGAGKCCGGCCCTGGGTGTGGCAACAGGACTCAGCTCCCTGCCATGT GTCCAAAATTTCCATGCAGTGGTTAACCAAGAACTGTTATGACGTCGTAA CCAAGGATTTGTGGCCTCCTAACTCTCCCAACCTTAATCCTTTGGACTAT TTTGTCTAAGGCTATGTCGAGAGACATACTAACAGACATNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNAATTTGATCCCCGCTCCCTGTAGTTTATGGCTATATTA CTATGGCAAGCAACGCYAAACATCCAGTATATATTTTATTTTTTTCAAGA ATTATGTCTTTAATATTATTATTGTTAACTTGCAATTCCTCGAAAATATG ATGTTTTTATTTTAGTTAGTAAGAAATACATGGTTATTAATATAGAAATA TTGCTTTAATAGTTTAAGAAAGCCAAGTGAAAGAAATTGTATAACTTCAG TAGGATTCAAAACTTAGGGATACTATAATGCATCAAACCCCCATAATTTT AAAAATGTTTTTATTTCGTTATGGTGGATTTTACCTCATAAAAAATAATT TCGTAGAAATTTCATAATTTTTGGTTAACATTTACAAGGACTACATTAAT GCTAAAAATGAAAATATTATAACATTTATGCCCATAAACTAAATAAATAA GACAAAAGTTATTTAAATCATAGGAGTTATATTTCCCATTTATACTTTCT TGCACAATACACACGACATGAACTAGTATTATTTGTTTTCGAAGTTAATT ATAAAATACTAGGATTTCATTTTTTGATAGCCCAAGTCCAAAATAAACTA ATCAGAGAAATTATATTGTTTGCAGCATTGGTAGATGAAGATTCAGAAGT TTATAAATTTGCATTGAACAATGTCTCGATTGTAAAAATTTCATATGACC CCCATAGGCAATTCATAATTCCTAATAAAATAAACTATGAATCAAATAAT TTCATGAATATGATTGATTGGTCTCAGATAGTAATTTCAGTTCCTCCAAA CTTACAATATTGGTCAGATATAGAACTTATGAAAGCAAATAATGGCCCTT TGAAATTAGAAAAATATCCATGCAATTCCCAATCTGTAGAAAGGGCAGTG AAACTAGCTTCAGTGGCTTCCTGTAAGGCTTACAGATATAACCAAAGACA ATAAWACATTTTGTCAACTTTAAAATCAAGAGATAAACTAAGGAAATTTA AAACTATGTGTCAGTACCTAGTTTTTATATTTATATATAATATGTTTGAA AATAGCATTCAGCAAAGAATAAGGATAATTATCCACATTATCCACGCTAA ATACAATCCTCACAGTTCAGAGTACAGTTATTATCCCTCTGATGTTGTGT AGAGACTTTTGACATACTAAAGTGCTTCATTTCTCCATTCTTGTCCCACA GTTTTTATTTCATCAATTAATATAGATCAACAAATATCAGGTTTTCACCT CGCCAATAAGATGACGACAATTACCCAGTGTAACAGTCGTCGTAAGACCT GTTGAAGGTAAATACAAGCAACAGTAATACGGCATTAGAGGCATTTGTGA CAAACACCCTCCATGCAACTGCTTTTTCACATTTCCATAGCTTCAGCATT TCCATACATTTCTCAGTTATAATTTTTCCTCAGGGTTGGTCAGACCCTGT TTCGATGGAATCCCAAGGGACTTCGTCCACATCATCAATCGATACGGTCA ACCGCTCTTCATTAACAAATTACCCATAAGTTTTGAATCCCACTGAAGTG ATGCAATTTATTTCACTTGGCTCTCTTAAGCCATTCAAACAATATTTCTA GATTAATAACTATGTATTTCTTACGAACTAAAATTAAAACAACATATTTT CGAGTAAGTACAAGTTAACAATAATAATATTAAACACATTATACTTGAAA AAACAAAAATGAATGTTTAGCGTTGCTTGCCATAGCTATATATTCATATA CTATAATATTCTCATTTCAAAATGCTTAATATTGTAATATTTATTCCAAT TCAAAAATATTTCATACAATCTGTTTTTATTTTTAAGTAGAACATTTTTA TCATACCGCCACGGCAATTGTTTTTATTTTTAGGGGGGGGGGGGGTCTAA TGCGCCCTAGTGCATATGGAGGGAAAGGCTTGCAGTGTCTGTCGTCCAAA TCTTGAGGTCATCAAAGTCATTTTGAGCCAGCACTGGGACGCCATGACAG AGGAATACATCCGTAGTGGGTATCAGACCTTACACCTCCACCTGGAATCC ATCATTGCCACAAAGGACCCCTACATTAATCATTAAGAGAGTTCATACAC ACCTCTATTTATAGTTKTAATTTTGTTGAATTATGTTGTTAATTAATAAA TTATATTTTGTTGAAGTTTTAAATTCAAAGTGTTCAGATTTAAATGAACT ACTCGGTATTAATCTTAAATATCAATCAATTTATGCATTATTTAAGGTAT TAGGATATTTTTTTTAAATATCAGTCCTTTTTTTTATATTTTTTTACAAA TCATTAGTAAACATATATACTATTAATGAATTGTTTGGGAGAAAATATGT ATATTTACCCANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCCTGATAAGAATATTC ATTATCATATTATTTATTGGTAGATTCAGCACTTTTTATGAATGATTGTG CATAGAAAATTGTAATAAGGAAAGATGGTCAAATGATAACTATTATCAAC ATTAATAGATAAAAAATGCTATATAAAGTTTTGTCAAAAAAAAAAGTTAG ACAAAAATGTTTTTTATGAATGAGATTTTTCTTTATTTTATGGAACAAAT TGGAGCAATGATTATTGATGAATAAAAGTATATTCACAGAATACTTATTT GATTACCTCCATTTTACTAATAAATGAATCACAAATAATCATATTTTTAT AAAATAAAAAGGTTTAAGAATATAAGCCAATGCTTCAGTATTAGAAGAAA ATTAACAAATATAAGATAAATAACACTGAGATTTTAAATTCAGAAAATGT GTCACAACTTAGGGTTGGATGGACTCGAAATCCGCAAAGATATGTAATAA AAGAACAATTTATAGAAATTGACAACTTATTCCGTGCGACTTTTAGAATA TCGCTAGTATTATATAAATTTTGATTTAGTCACACATACAGCAATACTCC AGTTAAGTGCAGTTTTTATTAGTTCTTTATGCTACAAAGTTAGACTTTCA GGAGCTATTAGTTATATCGTCTACCGTTTGCTTGTGAAGAAATAAAATAA TGGTTGTATTTTATTTTTATATAGTATTTTGAAATTTTAATATTTAAAAA AAAGATAGACTTTGGTGTGTATGATTATATTATATAATAATTCAAGTCTA CAAAATCTTTAATTTGTAAGACATACATAGATAGATTTAAACTATTGACC TCTCAAATATTTTAATGTGTGTTCCACCTGAGAAAACATCAAAATCTCTA ATTACCATCGTTATGAGCCAAAAGAATTAGGATCTGTTACATCTCTTCAT GACATCTCCTCACCTGCATCCATTATCCACCTTTCAAAACATTATTAAGA TGTTAGTTATAAAACTAATTACTTGTTTCTATTTATTGTAAATATTATAA AAATATATTATAGTTCGAATGAATATTTATTCTCTATTACCAAATATGTT TTGAAAAAAGATTTTGAATCTAAAAAAACGGTAATTTTGCTTCCATTTCC TTATGAAGGGAAAAAGTTAACATGTGTATACATAAACGGAAATTTCAAGG GTGGACAGAGAGCAATGAATATTGGGTATCACTTTTTATGTAGAAGAGTT TGAGCCACAATTAATATAAGGTTGTCTTTCTCAAATATGAAATGATATGG GTTGACTTGTATGTATGATATAAGTAAGGGTGGGCATTTCGGAGAGTGCA ATGAAAAGGCAGGAGGGAGACATATGGTACCACTGAATTACGACCCTTGT CACGAATAACTGATTGTTAAAGGATTTTGGTGGGAGCAAATGAACCACTG CTATACAAAGAAGAAACTTCTACCTTTCAATAAGCAATATTGCACGGAGA ATATTCTAAAATTAGATCTAAATGTAATATTTAAATTTTATTACGTTTGT GTTTTTTAAATACACCAGAGGTAATTGTGAATTATTCTGACAGTTGATGA AACTAAAAGTAACATCTACGATGACTTATTAAAGAATGAAAAAAATGAAA AAAAGAACTATAGAACCAATTGTTTTTCCTTTTCTAATCATAAAAATGTT ATTTTCCCTACGTTTTGTTCATTGCTAGTTATAGGCAGATTGTTGGGGTG TTGAAATTCCTCTGAAAAAAAAAATTATAACCTATCTTTGCCATAAATTG TTTTAAAAATCCATAAAAAAATATAAATATATATATATATATTTAAATGT TTCTACAAATAATACTCGTATTAGGTAATTAAAATTAATAGTAATTTGGT TTTTTTAATTTTTTTCCCAATAATTTTTTTCTTTTGATTATCAAAACAGT GATTTAATATCGGTCGTGCTGGACCAGTTTCATTATTTTATACAAATTTT TGACAATTGGCCTTCCAGAGCTTGATGCATCTTTGACATCAAAATAACCG CAACAGAATCGAGAAAACCAAAATTACGGGTAAATTACTGTGGCATACAT TTTTGCCTTGTTCGATGAAAAACTGTAAAATATAGAATATTTTGTCTTTG CTGGCGTCCATTTTTGAAGTATGTTCAAATAATACTGTGTCAAACTATCA CAACACTGCTTTTAAAAAAATAGTACGAAATTTTATCTTTTTAGCGCTAT CTTGCGTACACCAATAGCACTTATATAACGTGAGATATACACAATACCAA AGCCATCTATTTAAAAAAAAAAGATTTACTTTTAAAAAAACTAATATTTT CTCTACACTAATGCTAATTCAAATGCAAAATGTTTTCCTTTTTACGTCAT AAATTCATTCCTCCCTCCCCCCCCCCCCCCTCCCATCATCTAACAGGTAG CTTATGGTTTGTTAACAGCGATTTTAGCTCAGTAGTACCATGTGTATCAC TCCTCCCTTCCCCTAACACTCCCCAAAAGGCCCACACCTATGTTTAGGTC AGAGATGTTGAAATCATTAGATTAATACAAAAATTATTTTAGACATTTGC TCAAAAATTAGAATAGCATATTAAAACTAGTTTCTATTAAAAATACATCA AATAGGATTTGAAAATTAGTAATTCTTCGTAATGACACATAATAAAAACT TTCCATACTTAAATGGTTTATTTTTATGAGAAACTTTTTTGAATATAAAT AAGAAATAATGAAAGCATTTTTGAAAAGAGAGCTTAACAAAAGCAGTGAA TCATTGGCAAATGACAATAAATATAAGTATGTAATTGAAAAAAAGGAAAA CAAACTACCATTCGTTTCTTTTTCTTGTTGCATTAGCTCTGAGAAGGAAT TTGCCTCCAAAAACCAAATTAATTTACTTTAGACTCATAAATTTCAATAA ATGAAGATAAAATATTCATGTTTCAACATCCAACTATGAAAAATAACTCT TACTGATATTTTTTAGGCTTAAAATTTCTTTACTTTTGCTAAATAGACCT TTAACATTACGAATAGTTTAAAATTATTTTTTTTGTATCATTAAATTCTT GCTAAAAATGACTTACAAATCTTTTTGACCCGGTTATAATAAAAGATATT TTATTTTATAAAAATTCAAGTTACACATAGAAACCTTCAGATATATTTAA AGATATTCTCTCGTAGACTAAATATGACCTTTTTTTGTAGACTTAGCTCC AGAACAAGAGCACTGTAAAAAGTAGTTCTTGAACTACAAAGAAATGTCAA AATCATCATGTATTTACATAAACTTTACCCAAAATTATTGATTCAACCAA CAGAAAAACATGCGTTTGCATTAGCCTAAAGCAACATAATCTCCAAAAGA AAGTTAAATTTTGACAAAGAAGTGAACATATGCTTTTAGTTCGTGAGACA TAACATGAATAATAAGATGTTGAGCTTACAAATTGAATGCATAAGTAACT TTAAAAAAATTCCATAAATAAGGATAAAAAATTTGACAAAGTTCTATCTG AAAAAAATTATACCAAAAAATTCAACCCAAAACTTTATTAATCTTCAAGG GAAGGATATACTTTTGTATGAAAGTTACTCTGTTTGTCGAAAACTGTAGA ATATAATGGTCGTCATTGACTCAAATTGAAAAAACTAAACAAAGTTTTAT TCAGAACTAAAAACAGGTACTCTTGGTCCCACAAATTATGGCATATCCCA TTAGGGCAGCCATTCAATGTTTATTCACCACTCCAAAGAATACAAGTTGG GGGGGGGGGGGGCAGAGTTATTAAACTCAAATTCAATTTTAGCCTTACAT TTCATATTCAAGAGCATCTTTAAAGCACTCTAAAAAAATATTTCTTTATT TCCGGCCAACTATTGTTTTAAGCATAAAAAGGATGGCCACAGCATTCGCG AGTTTCTTAGTATTGCCTTGAAAATTGATAAAAAATTACATATTCAATTT ATTTAACTTAATTATGGATAAATACTTAAAATCGGATCGCTTTGACGCTG AACCTACCGAAACTTCAGCGACAAAGGAGTTTTTTCCATTGGTGAAACTC TTTTAATATTTTCTGAAGTAAAATGATCAATGACAAATACTACTCCGTCT TTCTCATTATCTTAGTCCTTAAAATGATTAATATATTTCTAAATGCATAG AATTCAAGAGTGCAATAGTAATATTCGATTCAATCTATATTAAAATAAAG CAAAGTTTTGCTGGCCATCAGTTAGCTACGAGAAGACAAGAATCCGGAGA ATTGTCAAGCTTTAAAATTATTAGGAAAGGCATGCAAATTTAAAGCTAAT GCTTCTGAAGAAAATCGGTAAGAGTACATACGAGACTATTTCATTAACAG AATTACATCCACTCACAATCGATTAAGACTGTTAGTATTTTCTTCATGCA GTCTAACTACTGCATGTGAACAAACTTTAGCTTTAGATATGGCTCAAAGA CACTCAGATACCTACACTCAAACTCCAATAGTGAATGTTCTAACTCCCTC TAAAATGCAAGGAATGATAAATGAACCAAAATAACCTTTCATTGCTGTAA CTTGATAATCGTCAAAATTTCCCGGCTAGGAACATTTTTTGCAAGAAGTG CAGTAAAAAGAGTAAATACGCTCGGGTATGCAAATCCCAGCAACACCGCA CTAATACTTGACACTACTACAAAAGCCCCTACTCGTCTAAAATCGGCTGT AATAGACATTACTGCATTAATTGATAATGAAAGTACGTACAACTTCATCC AAGATGGTTGATAACAGAAATGAATTGTAAAGTAACAATGGCGTATACTA CCTGTTCATCAAAAATTAGAGGAACATATCTCGTACCTATAGCTCTGGGG AAAGAGTTGTATAGAGATCTTTATGTTAAAGTATTGAAAGATTTGTGCTG TGATTGTATCCTTGGACATAATTTCATCAGACTCCATTTGGAAGTTACTT TTCCTTTCAAAGAAACTCGTCTTCTTTTATCGACATGTGCAGCATTATCT TGGGGCAGAAGTATCTTCTTCGACAATCTTTACTAACTTTCTGATTGTTA TTTTGATTTTTTTTTTTCCAAAATACTACCAACATATGTATTCAGTGGAA AAGTTGGCTGAAATTTCATTAACTCATTTTCATAAATTATTAATAATAGT GACAAATTCAGAAGTTTTTCGAAAAAATTTGTATGACTGGCATTCAACCT ATAATGAGTCGTTGATATTGACAGCTGTCAACAGAATAATGAAGCAGAAA CTAAGTATATAGATACAGAGAGGAGAAAGTATTTTTCATACTCTTTATCC CATAAGTTATACTATATCTCATAGCAGAATATATTTTTTCATGTGTCACA GATTTATATCGAGTATTATATTATAATTTTATATGTAAAATTAATATATA TTTTAATGAAAAATTAGCCATTTGTTAGATAAATAGATATGTATTATTTA ATATATCTCAAAATTCAAATGCACACGTTATTTTATGGGAATTTTTGAAA ACACGATATTTTGACCCTAAGACAACGTGGGTGCAAAGTAAAGACCATAC TAGGATTAAATTACTAAAGTATTTTAATCCTTTTTATAGGTTTGAGACAG CTTATAAATAAAAAAGAACATAAGTGACTCAAATGAAAATAAATTTCTTA TTTTATAGAATATGATTCTTTATCAAGGGAGTTTAAATATTTATACTCGT AACTTACATAAATTTCAGCTCAAAGAAATCGATATTGCCACTAAAATAAG CTGTTTAGAACAAAATACTCATATGTAAATAAAATTTTAATTACATTAAA AAACAACATTTTCGGCCGATGTCTAAAACCCAAATTTATTACTGTTATTT AAGCCATAGAACAAAAAAATTCCGTTAAAGTTTTCAATTGCAGAAGATTA TGCCTGCCATTTTTTTTTATATTTTTTAGTATATTTTCAATTCAGAGCTA AACTTTGAAATGAAATAACTATATAGATGAAAATTTAAGGTAAAAAAATT GATAAAAATCATTCAAATATTCAAAAGTTGAATTATTTATAAAGTTATAT TGTATACAATTACTACAAAATATGTCTAATTATATATATATCCAGAAATA TGAAGGATCAGTTATAGAAAGTAATATTTTTCCCCGATTTTATTCAATTG TTTTATATCATAGCTAAAACCACTGAGTAAACCTTATCAAAAGATTTTCT ATAAAAAAAAGGGTTGATTTTAATTCATTTTTTCAGTCGAACTTTTAATT ACCTTTCAGCACAAGACTGAAAAGTCCTGGCTGTAAGAATAAAAGTAATA TCCAGAAGCAAAATGTCCTAACTGTATCCTGCAGGCCCCATTGTGGCCCA TTTAATATTTAAGTGCGGCTCACTACTCATTCTCACTTCAAGTAGTATTT CTTAGAAAAGTTGTCACAATATCATCAAAACACGTAGAAGGGGGTATAAT ATATAAAAAAACAATTCTAAAATAAAGTAAATTTAGAAAAATTATCGCTC TGGGAAAAAAAATTAAAAAGAAAATTAATTTTTTCTTTGTTAAGAACTTA TTTTCTAAACAACATAATTCGATCAAATCATACAATCGAGCAAACTTTTC AGAAAACCAAGCCCCCTTTTCCCACAAAAATTTAAAAAAACTTCCGGAAA ACGCCCCTGAACAACATTGCCTTATTACCTTTTATGAAGCAGTTTGGCCA GGAAAAATTATATTTGGCCTTTTTTTATTTGGCCTAAATTTGAAGTAAAT ATGTACCCCATGGTCTATTGAAATCTGAGCATTTATTAATTCAATAATTA TTGAAGTTGGAGTGATTGAAATTAATTCAAATTTCGATATATTAAAGAAT AAGCAATAAGTTGCAAAGCAAATCTGAACTCTCTAGCTTAGGTGCAAGTC AAGAAAATGAAACTTGAATGTCAAATACGAATTTCCATTCGCGCACTCCA ATCAGTTGAACGTCTCCAGGACCAACGGCCACCCCTTCAGCATGTTAAAA AAGTTGGGGAGGAAGAAGGTTCTGACAAAAGACGAAAATATATCTGAGTT TCACACCAGACTGGCCAGAGAGCTATCACAAAAGTGTGGGGAAAGACAAA TGTGAGGTTAGAAGCGCCACTTTTGACACCAAAGACCTCCATGGCAAGAC TCTTTGAGGTTTTTTAAAAATCTTTTTTGACTACAGCCCTGATGCCAAAC CCGCCGTCCCTTGGAAGCCATTATTGCCTGTAAGCGGCTACGTTAATGAT TAAGAGATCTCAGATAAATATCTATTTATATTATTAATCTGTTGAAATTC GACTGTTAATAAAGAAATTATATATTTTGTAAGTTTATACAACAGGGTGT TCAGATTTTAATGGACCACTTGCTATTTTTGTTTTATGAAGCCATTTTTA TGAAGTTTAATTGTATAGGTTCTGTGGCTCATTAAATTATTTCAAATGAA TATGCGGCCCATTATATTAAAAGAATGGAGATTTCTGATCTAGACAACAA ATTCAAAATTTCCCCTCCAGGGTTTTTCTTGAAATAGCGTAATTGTAAAT GTATGTTTTTTGTTTTTTTTACTAGATGCAAGGAGGTACCGAAGGTAGAC AAACTTCAAACCAACCCCAATCAATAAAAAGGTCATCATCCACCAAAGAA TCCAATAATGATGATAAGGTCTTAAAACTCTCGGAAGTCATTGTATCGCC TTATCTCAAAGTCCATTTCATCGATCTTAGTTCATCAGCTGAGGGGTCCA GCACTAGCAGTGCTAGTAGTAACAATAGCTCGAATACATCCTCAATCGAC ACTAAGAGAAAGAACAATCTACTTCAACCCCCACCATCAAACGAACATGA GTTGAGAAATAAATGCATGAATTGCGGAGCATCCTGTCATTCAAGGTAGA GTTTGAATCCTATTAAAACCTTTCCACAAATCACAATATTATACATATGT ATAGAATACAGCATATATATTTCTTTAAAAATGAGGTCATGAACTTAAAA ATACAGTTTTATGGAATATAACTTTAAATGTGTCGTTAATTTGAATTAAA ATATGGGTCAGCTTTATACAGAGGGTTGATCTTATCCAGTGGTACATATT TTATTATTTTATTATTTTCAATCCGGAAGGACATTGGTTTCCAAATGACA AAGGAGGACAACAATATGTCATATTACTGATCAAAACAGGTTGAGACAGT TGGAAAGAGCAAAGAAAGTTCTAAACTTTCTCAAGCCCAACAAAAATTTC GCACAAAATTAATCTCTTTTTTCGTCAAAAAAAAATTCACCGATTATGAC ACTATGAATAAGTAGAMCAGCCGTTACATCACAACCAAACAYCCAGACAA TGTCTCAGCCTCTATGTCATTAGTTCAGAAAATCAAGTGCCCAACACAGG CGAAGTTTACTTCCCATTTTGCGAAGAGGAAGTAGCCCCTCAATGCAGAG GCTTTCATCAAACTTCTGGATAAGAAAGTGCAACCTTTGGCCAAAGAAAA GTTCAAGGAAAACTTTGTTCTTACTCAAAACAGAGCTCTATTTCATCGCA CCGCTAGGACCCAGACCTTCCTGAGAGACAACTTACTTGAATTTTAAGAC GTCAACATGTGGTCGCCCTCAGCTCCAGACGCAAACCCATTGGACTACTC AATCTACGTGTTTCTGTAGGAAAGGGGGATGCTACTCTTGACAGGAGTGT CCAGTCTCTAGAGGTGTCAATTAAGAAAGAGTGGACCAAGAACGAGTCTG ACAACATATTCAAGAAGATCTGCGTGGGTTTGGGCCTCGTGCTGTGGCAA TTACTAGAGCTGAGAGCTCACACATTGAATAAAAGTTGGGACAAGTATTA TTTTAAGATGATTTTATTAAATAGCTTTTTCTCAGAATAAAAAAAAACAT TTTGTTTAAATTTTACTATTAAAAATTGAAAATTCTTAAAACATCTACCA ATAGATAAAAACAACCCTGTATATTATGGGTGACACAATAGTTTGAGAAA TTTTCACAAGGAAACAGATGTAACACAAATTTGGTGTATGAAATCTTAGA TATTAAACTCCATTTACTTCTGGGTTTTGAGGTCTTAAAGATGAAGAAAT TACCAGTTTGACGAATATTTTATAAGAAATATATCGTAAACCAAAGCAAT AATAGGTGAGTATAATGCATTTTTAAGAAACTATCATTTAGTTTGTCAAA ACTTATGTTATGTCCTTACGCCTTTCAAGGTATATGGTAATATATACAGG GTAGCAAAATGTGGACTGTTAATTAATGTTTATCTTCTTATTACAATGAA AAGGTTTAGTGTTTTTTTTTTATATTCTTTTTCCACTATCCTTTTTACAT AAACAAACTAAACTGATCATATAGTCATTTCATCATCNNNTTTATATTCT TTTTCCACTATCCTTTTTACATAAACAAACTAAACTGATCATATAGTCAT TTCATCATCATGAGCGAGTAGCAAGCAAAAAGGCAGCACATGTGAGATCT CCTAAATACTAGAGTTGAGGTAATGAAGATAAAGAACATTGATAAGTATT CTAGGAGCCTGGTTTTTAAGTTAGCCAAGATGAAAAAAAAACCAATGAAG ATCTCTCCAGGATGTCAGGAAGTGGAGAGCATCATTTAAAGAAGGATACG AAGTTCTTGTTAAGCTTGGAGATGAAAATAAATGAGGATCCGTCTAACTC GATGAATCGCCTCGCCAACGACTTATCCATCCCTCCTAGACCATTAGGAG GCCTATAAAGCACAACATGGGATTTTTTTGTCACAAGAACCACATGCTAC CTTCTGATGGAGGGCATGAAATCCAAGAGGCTCGAAACGTGCAAGAAATC CTCACATGGATCATGGCAAATTGGTCAATTGTGAAAATTTTCTTGTCAAG AATAGTTTCACAGTAGATCCCTTCCACAACCACCGGGACGACCACTGGCT ARCGGAAACAAAAGAAGAGGKCCAAAGGGTTTACCACACCAAATATCTGG CCCAAAAAATGGTCCGTGCTGTTGTGGCCTCTGATGGAAAGAAGATGCCT CCGTTATTTTTCAAGGCTGGACAGAAAATCAACCGGGAGGCCTACTATAA GGTAGTTAGGTACGACATCTTGCCATGGCTGCAGACCAACTTACGTGGAC TCAGGATGGATCCCCCTTTCAAACGTCTGCAAATTGCCAAATGTTCTGCA CAGATAACGTGGTTCGATTCTAGTCCTAAGAGAGATGGTGCCTTCCTCAG GAAATTTAAACCCGCTGGGCTTTTCTATATGGGACACATTGGAAAGGAAA ACCAACAAGACTTCCACCCAAATGTGGACTCACAGACGTCCTCCATTGTG GATGTATGGGACAGCTTGTCAGATGAGTTAAACACCAACTCCTACATTGG CTTCAGGCGACATGTAAAGGCTATGATGGATAATGAAGATGGCAATATTG AGTGAAGAAAGTTTTGCAAAAACCTTGTCTACATGTTTTGTTGCCATATT TTTTCTTCCTATTATTGAAAATATAAAGTTATTGATGTATTTCTAAATCC ATCTCTCAAGTCCATGTTTTGCTGCCCTACCCTACATATTTCTTTTTAAT TTAAAGTAAAATCTTTATATTAAAAAAAAATAGAGAGAGTAGAAAATTTA TGAAATTTGCATAATTTAAAAATAAGGTTACGTCAAACGTAGCCTTTTAT ATATATACTTTATAAATCCATTTCCTTGTGAAAATTTCTCATAGAATGAC CAATATATATTTTTGTACTTAATATTTTTATTAAGGATTGTCACAAAAAC ATTTTCATTTGTAGAAATAAGCCTCTCATACAAACAAATATTTTATAAGA GACCGAAGTTTAAAAGTATTCATACCTGATTTATTTTCTAACTGATTATA AGAAATCCACAACTAAGTATAAGCTTAAAATCAAACTGAATAAAAAAATA TTCTATCAAGTATTTTTACCATCAAACCCCTCAAGTTAATATTGAGTCGA CTGACAAATTAATTATAAATACTTTTGTATTTTACTCCAGACATGATTTT TTTTTTACTTTTATTTTATCAAATGTTTAACAATTTCCTATTTTAAGCAT AAGGAACCAGAAAAGTTGAAATATAATATGTGTTTTAGAGTTATGTATAT TTTGAAACAGTTGAACTTACATAATAACAATTTTTCACAGCAATAAACTT ATTTAGATTTAGATTCTTATTTAAATAACCCAGGGAATGATCACAAGGTG AATTTTTTTAATAACGAATTTAAGCTAAATATTAAATTAATCTTTGATCA CTAGTATTGTATCGATTAAAAAAAAAAACAAGTCGTGAAGTTTTATCATA AACTTTTCTTTAAATAGACAATATACCTGAAGTTTCAAGTAAGAAGTTTG TGGCTARAACTAATAATTATTYGTTCTTTCTWTTATTCATAATTTTTTTC ATTTTTATATTCTTCAATCCTAGCCAGGAAAAAAGTAAATAAAATGATAG CTAGAACTGTAGGACCAACTAATCATTCCTCAGGACCGATTATCGGTAAA AAAAGAAGATCTGACCCATATCCAAAATATTGGAAGGAGTCCTAGGCCCT AAACAATACCATTGAACACAAAATTCGAAACTCTTTTTCCCTCTATATAT CTCTTTACAGTAATTCGAGACTATTATCGTTCATGGGGATTATTCATTAC CAATACAATTACCAAATTAAAAGTACAAAAAAGTAAAGTATTTTTTAGGT ATAAGTGTTTTTTTATTAATTTAAAATTGGTTTATTGCTTCAATATCTTG TTCTAAACTCGATGTATTCCCTGATTTATGCTGAACATGATGATAAACGA CACTTACCTATAACTTATCTATTATTCATGGAAATAGAAACATCATACTT TATATTATAGAAAAATAACACATGTGAAAAAAAAAATGATATTTTAGAAA AATACACATCTCCAAGGATTTATGTTCGATTTTGTATTTTTTGAGTTATC ATATTTTTTAAGGGGGGGGGGGGCTGTACGATCAATAAGGCAATATTATT TATTATTTACATGTCTTATAAGACGTCGCACCCTGAAATGAATAATATAT ATTAATAAAGCAAGATTTGTCTATTTGGATGTGTGTTGACTCCTCATTTT GTGTCTGTACTTAATATCGTAGAACTTTGTGACTACCAGATCTACCAAAT AACAATGTAGCAACGAGAATGTTTTTTGCTCAGTGTCTTCTATTTTTTTA AGCATACAAAAAAAGTTAAGATCCCATAAATGTCAAGATGGAATGATCAA ATTTGATAGTGTAAATAAATGTACTTCCTCGCAAGAACTTCAAAAGAAGA TATTCCTTATTTTTGGTCAGAGGTAGAGAGATATTTGATGCTTACAAGAT GACGCATTTCTAGCACAATAGAATATATCTAATAAGTATACCATATTTCA GGTAAAATACCTGGGTCTTTAAAAACATATCAATCCGTTGACGAGGTTAT GAATGCAAATGAAACAGAATATTATCCAACTGAGTTTCTTAAGTTTATGA AGCTACTTGGAATTAGTGTTGTGTAGGTCCCAATTTATGCAGTCCAATTT ATTCCAGACTTGGGACCGTTTCCATGGGTCCTTCTGATTGTCTTTTGTCA GGTCTTTTATTTTCCATAAAATGTTAAAAGAGTGTTTATTTGATGTGTTC TATTATTATTTATATATTTTATTATAGCTTGACGTTAATTCAACAGCAAC AAAAGGGTTAAATAATATTAATATTAGCCAATTTGAGGGGAAAGAAATTT GCACACTATAGATTTTTCATAAACAATATACGGTCATTACATGTTTCTCT AAAATAATTCATTCGTGACCATTTCGTTCGAGCTGCTATATACCAAATAA TTATTTTTTATGCAAAATTAATTTTTAGGTATAGTCATTAAGCATTGACG ATTTATTGTGTGTGTGTTTTTTTTATAATTAATATTTTATACGTATTAAT AACATACATACAAAATGTTCAATGAGCATATATTACATCTGTAACAGCTC ATTGAAGAAGATCTTACTTTTCTAACTTAAACGATTTTTTCTTTTAATAG AATTAAGAAATGTTGACAACATTTTTTAAAGGGGGTAGGCAAGACTGTAG TTGTAATATTTTGAGCCACTGATGGACTTCATGGATGGATTAATAATATA TCTAATTGTTTTTAGAAATTAATAAATGTTTTACTCTAATTTATAGTGAA AAGCGTTTAGACGCAGACACATTTTAATATAATGTAATTTCATAATTTAT TCATAAATATTATACATTTTTATATAAGACGGTTAAAAATTAACAGTAAC GACTAATTAAGTCATAAAGGCAATAAATAAAATTAATTTTTCATATTGCT ATGAACTAATCACATTTCTACTAGCTCCTCACTCAATCAATTTCTCGCTT GGTTGATAATTCTGCTACCAGAAAAAATAAAACATATGTGTTGAAACCAT GTTACTTGAACTTTGGATCGTGTAAGCTCGAAATATGCAAAAATACATAT TTTTCATTGAAGAAATTTGAGAAACATTCTCCTCAAAGATAAATAAAGAT AATTCATAAATAAATATAAATTACTTAATGTGGCACCAGGTCATTGAAGA AGATGTTGCGTTCTTCACTAAAAATATTTTTTTCCTTGTCACATAATTAA AAGATGTTGACAACATTTTATAAAGAGATAAGGGAAACTGGAGATGGAAT ATTTTGAGCCACTGATGGTCTTTGTGGCTTCATGGAACGGCTTTACTAAA AGAAGTACCTCATTTACAATATTCAGCTCAATAAAAGGCAAAATGCCAAC CTGTTCTTAAAACATAATGGGTCAATTGCAGTTTTTAAATTAATTACCAT ATCATCCATTAAATAAATGAATTCCATCGTGTTTTCACACATGAAATTCA TCTATAACTATCTTGAATGTCATATTCAATAATTTTTCCCAAATGGATAG TCTTAGACGGATTCTTCCATATGGCGTTCACAATTTTTATTTTCAATTTA TGTATACTATTTTTAATTAACGATGCATACACTACAAATAAGCTTAGCAT ATGAGCAATGCAAGGCAAAATAATTTTATTAATATATTAATAGTCAACTT GACATTGGCTGCACTATCTGATGTAACAGCAATAAGTTTATAAAAAATTC CATATTTGTCTTATACATTTTTTAAAGTGAATTAACATAGTTTTTAAAGA TATTATACACCCTAAAATCATAACCAATCATAATAAAAACACTAACAGCT TCTCCTGCATGGCCATTTTTAAACTCTTTACTTGTCAGAGTTCTCCCAGA CGTTATGTCATTGATGTTAAGTGTGCAGTTACTCAGATAAAATGTACTCC GGAAATGCTATTTCATCCATCAGTAGTGATGCTCACTGCTTTAGAAGAGT TCCTTTCCTGCATTATCTATTATACATAAAAAATGAAATTGATAAAATCC TCTCATATTCTTGACAACTAAATGAATAAAATTTGTAAATATAATATTTA AAAAAAATATTTAGTCGTTGAAAAATAAAAAAATATGTGTTCCTTATTTA TTAAAAAAATATTTTTATGAATTTGTACACATACTCAATACCAGCAAGAA TGCATTTACTTAAAAGGTTAGAGAGGAGAGTGAAAATAATTTCTTATTTT CTTTAAATGTTTTAACTTTGTTTAGTAATTATAAATGATTTATAATATTT GATTACTGAATTCATTTAGAGCAAGTATATGTTCTGATAAAACAGTTATC AGTTACGAGAAGTTCTGTTAATTCCACATGTTTAAGAGATCTAGTGGTAT ACGGTTTCTCCTTAGCATGTGTAATTGATGGTTTTTATTCCTGCGCTTAG GTGATGAAGGGGAGAGTTCATGTGTATTTAGCCTATGTTTTGGTATTCTA GAGCTTGTTAATATTTATTTACATATATATATTCAACATTTAATCAATAG TAACGTGGTAATTTAAATTATTCGAAAGATATTCTGACATCCCCTCTTCT ACTTCAATGATTGTTGGTTATGGCTTGTTATTGTAGATGGCACTTTTTAT GAGAAAAAATGTATTGTATGAAAACAAAAACATATTGTATGAAAACAAAA ACATATTGAACAAAAATAAAGATAAAAAGAATATCTCAAAATATTCGTTT ATTTAATTTATACACGCAGGTCAATATTTAAGTCAATTATAACCATTGTA TGTACATTTGTGGGAGGAACTAAGATAATCAAGAGTTTCAACTATAGTTT AGAACCTTTATTTGATTGAAGAGACTTATATCGGCCCTAATATGGTTTGT CAAATAAAATCTGTCAATTTTGTATGATTTTCTTATGACAATCAATTTTG GGGTAATTAAAGTGCAATTTGCGGTGAACCCCGAGTGTTAATCAGAATTA CTTGATTGTAAAAATAGACAATAATTTATATAAGTATCCAAATTTTATAC AGATTCAGTTTTGATAGTTTTAATGTTCAAATATATAATTTTTATATGGT AGAATAGCTAAAAAATATATAAAAACTTGAAAATTTAGTAAAGATAATGA ATATACAGGTTACCATTTTTGAGATGCAAAGATGAAACTTTATTAATAAA TAAATTATATAATTAAAGCAGACCTATTATATTTAATATAAATTAATGAA GGATTATTTATTCCAACTTTTATTAGTATTTTATATTTATGACCTATTGA CGTAATGGTCTACATATAATATTTAATACAACGGAAAAATTAATTTTAAT TAAATACAAAATGTAAATTACTATTTTATACGAGAATATTTTACTGAGCA TGAAAGAAATATATAGCAAAGGAATTGAATAACCTAAATTCTTTCGAACA ACTTCATACTATATAATTACCGAGTAGCCCATTCTAATTGGAACACTTTG AATCTTAAACTTCAAGAAGATTTATAATTAAAAAAAATATGCATATATGT GGATGAGCTCTCTTAATGATTAATGTAGCCAACATTAGCTTTAATTATAG CTTACAGGCCGTGGCAGTGGGATAGACACCCACTGAAGATGTAGTCCTCT GTGATGGCCTCTCAGTGCTGGTCTATAGTGGCTTTGAAGGCTCGGKGTTT AGATAACGGACTTTAGATAACAGGACTTCCCCTCGACGCGCATCGAAAAG GTGTAGTCAAGGTTGTTGGCATCAGTGCTTTGGGGTATTCAAAAGAGTTC AAAAGGACTCTAAAGAGTCATGCAACGGATAGATGGGCGTCTTTCATTCT TGGTGTCAAAAGTGGCCTCTCTACCCTCACAAGGCTATTTCCCCCCATTT TGTATAGCTCTATGGGCGGTCTAGTGTCAAACCCTGATATCTCTTGTATT AGACCTCATGGAGTTGAGGGGAATTGCTTGTGTTATTTTGTTGAACTCCT CCAGGTCTAGTTTGGTATTTTTGGTAGAACCCTTTGAGCCAAAAGTTCCT AGTACATAAATTGACTATATAATGTATAGTCNAGAGTTGAATATTTAACA AATAACTTGCGTTCCGATGTATCTCATTGGACGACACACTCTGGAGAAAT TATTATCTCGAAATCATTGTGCGTAGGTTCTATTTAAGGAAATATGCATC ATCTATATGAACCTAATCTATATACCACAATGTTTGATATACATATTCAG TGCAACTCTATTTGACTTATTACAGAAGTATATATATTATGGTGTACGGT AATGACAAAAACTAGGAACTTGGTATCACCGGATAATTTTAATTTTGCAT TTTATTCCTCTAAACAAAAAAATAACTATCAAATATCCAAAAAAAAAAGG TCCTTCATGAACGGGTTTTGATTTGAAAATGTAGAAAAAAATGATTTTTT TCTTTTTTTTAAATAATCGATTTGAATACAGTTACATGATTTGTATCTGA TTAAGTATTATAGATGAAAGACATATTTTGCAACAGTGTTTTAACAGTTT TTCTCTAACTTGCCTCAAAGGATGATTATTTTAGTTCCAATCAATAAATA TTCCCTTTTGGTACCCTGTATAACGCACATTTATTCAGACGTTCCTTTTC ACTTTTACAACTCAAATCTCGTTTTTTGATAGTAAGTGTTTGATATATTA TTATAAAATATAGTTTTGCTGTCCATTTATGCGAAATAAGAAGGCTTATT TTACCAATCTATAGTTTTAGACTACAAAAACTGTCAATTAAACTATTAAA AATACGAACTTTTATTTATTATTCTTTAATTTAAGAGATTGAATTGTTTT TATTTAAGTATATTTTTATATTCTATTAAGTTTGATTATTTTTTCATTTC ATCATGAATTATTTAATTTCTTATATATATATTTCNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NATATTTATGTCATTTGTGAAAGTTATATTCAAATTTCCTGGATAAATTG GGATATTCAATAATGTATTTATTTGTTCAGAGAGAATTTGATTGGCGCTG ATATTGTTATTCAAATAGAATATATCATATTTTCTCCTTTCTTAACTAAC TTTGTGAGTTTTTACAACTTTTCAAAGGAATTTTGTGGAATGAGGATAAA TTATGGTCTAATATGGTTTTTGATGAATACTAATTTAATCATTGTTTTTA ATCATTAGAAAATAGCTTCGTTTATAAAAAACGAATTTGTAGACCATCTT GGGAGGAGGGTACTGAGAGCCAAAACCAGTTTACCATTAGGGCGCCTCTA AGCTACAGAAAAGAAGGTAATCCATGACTTCCTCTATCAATATGTGTGTG ACTGATATAAAAAAGATCAAAGTACTAAACAAAGACATACTATGATTAAT AAGCCGAAGTTGAAGTATATCAAGCTCAAAAGAGAAAAATTGAGGCTCAT TGTACAAGCCTACACTGGGTATGGATGGCCCTTTTTTAGTCCACCTAAGC AAGTGGAAGGACATGAGCTCAACGTGCAACGTTGATATGGAAGAGTTACA AAGTGAAGACCATCTCATCAATAGATGTTCCTCCCTATCTTATGAGAGAT ATCAAGCACTGAATGAGGAAAATAAAGACGTATATAAAAATTTATGAAAT GTAAAAAAGAAAAAATATTATTGAGCACGATTTTAATGTTAACTAGGTTT TAGAATCTACTGTAGTAGCACAATTACCCCGTTGTGTGATCGTGTTCGTT GCCTTATGCTTGTACAATTTTATTTTATGTATTTATGGCAAGCAGATAAA TATATATTTAGCCAACTAACTAAGATAGCTTCCTTTTCTGTTGATATCTA GATTAACAAACATTATATACAAAATATTGTGAATAATTGCTATGTAGCAA GTTCATGTTGAGAGCTGTATTTGTTAGCAACTAGCGGTAGTAGCATTGCT CATAATTATTATACGTTGGCGAACAGACTCACTTTGCTACAAAAATATAA ATTTGCTGTTTTAATAAAGAAGATAACTCTGCAATAAATCATCAGCGTTA CTCTACGTTTTTCATAAACACGCCTACACGTAGTTACTCAAAAGTTAGAT GTTTTCTCCTCAAAAAGGAAATAATTATCACAACAACTGGATCAAATGAA ATTAAAGCATTGTGCAGATTGCTAAGCACAACAAAAATACTCGTATCCTA AAAATATTTCAGATTTACAACATTAAATATTTGTACAAGGGATCCCACGA TTACAAAAAAAAATCTCAGTGCCATTTCCGATGCAATTTTAGTAAAAATT ACCGATACCAATTCTTTACTATATTAAATAATATTTAAAAAATACGGCTT TACTATCAGGGGAGTCCACAGTATTATACTTTCCAGAGGAAGCTTTGGTT TTTGGAATTTTTTTCAAAAAAAAATATAAAAATTAAAATTTTTTGGAAAA AAATTTGAAAAATTAAATTGAGTACTTAAAATATACAACTTTTTATATTA ATTTTTTTTTCAAAAAGCTTATAAATATTGACCAAAAAAAATCTTAAAAA TGATTTCAAAAACTAAGGCTAATCCCAAAAAAAATTTCAAACACCTACAG TTGTTAATAAAATACTAAGCTTTTTGGAAAAAACAACCTCAAATCCACAA CTTTTCACAACAAAAAAAAATTTTAGAAAAAAATTCAAATATTAAATTTC TAACATAAAATTTTTGAAAAAAAAATGAAATATTAAAGTTTTCTCTTAAA AATTTCAAAAACAGTTAGACAATCACATAAATTTTATTTTTGGAAAAAAA TTTGAAAAATTTAATTAAATTTTTTAGTGAAAAGCAAAAATTCTTTAATT TGGGAGGTGGGATTTTATCTTCATAACCTTAAAAAGTAATAAATAGTTCC TTATTCCAGAAAAAAACACCCGCTTCCCGATTCTCATTAATCGTGCCATC TCTAATTTGTACCACACTTTTCTTTCCTTTTTAATAGAAGAGTGGAGCTT TAATTAAATATGTTTGTTTCAAAAGTTCCTCTAAGGTCAATGTCATTATT TTAATTTGTTATGTGTACTCACCTTTTTTAATATAACACGATGAGCTATA TCTACACACACTCGTTGTCTAAAATGAGTCCTTTACAAACAATCAAGCTT TATAAAGCACACAAATTTTCTTTCATTATTCACAATCGTAGTGTAAAAGT GTGACTTGCCTGAAATGTTTGAATTTGTATTCTGTTTTAGTTGATATTTC TCTTCAACTTTTTTGGAATAAACTTTTTTTTTCTAATATTATGCAAAATT AAAAATAATGCTTTGTAGCTTTACTTGTATAGTTAGAAGCAGCTGGATTT GACGATGTACTATGAATGTGTTAGTATATTGAATATATTACTTTTTTTTT CTACTTGTATAATACCTTATAGTAGAGTATATATTATCATTAGCTATGAA AGAACCTAGTAATAACTTACCTAAACTGTACCCATAAAATATATTTTTGT GTACCTTTTGGTTTTTAAATGAAAAGAAACAAAATATTTACGACATTGAT TTATTTACACATATATTTTTTTCCCAATAGGCTTCATATTTCCTATGTTA ATGATGAAGAGAGCAAAAAACCTGGTGGACTCAATTTCAGCTCATTTCGT AGATCCTTACGTCGAGGAGTTAAGAATAATTTGAGTAACAATAGTGCAAC AAATTCATTCAATCATCATTTACGTGAGGCAAAAACAGCAAAACGGTTAG CTGTTGTTGTTGGATTTTTTATAACCTGCTGGTTGCCTTTCTTCATTGTA TACGTATTAACAGCCTTCATACCAAAGAGTTACTTTCCACCATTATTAGT TGACGGATTCACATGGTTGGGTAAGTGAGGATAATTTGTTTTGATGTCTT GGAGTTTCTATGTAATCATACATAAAATATTCAGAATGAAAATTATTTTT TTCCCGAAATCTAGCGTAACTTATCGAATATCTCAAATAAAGTAGCTTAT CATATTAACATGAACAATAGTATACGAGTATTCACTATACATTAATGAAA ACCAAAGAGCTATTCATAACTGAAAAGTATTCATAAAACATCAACATCAG CTGTTGATCTGCTAACCTCAAATTCTTGTCATGCAGTGAACATATCCTTA GCATGAAAGTGACTATGGTCCAGCAATTGGATATATTGACATAATTACAT ACCTACATTATACTTTTGAGCTGTTTTCCTTAAATTGTTTGAAAAAGGGG GTGAGGGATTTAATAAAAATACAGAGTGATTAATTTTTGTTATGAGATAA ATGAATTAACTAATCACATTCATAAAGGAATTAACCAAGATTATTTTGTT TACTAATTAAATACATATGATATTTTTGTCAAAACTGTATAATACAACTC ACATTTTTGATTAGTCATTATCAAAGATATATTTTAGGTTGAATATATAA TCATCAAAAAAATATCAATATGAGCCACGACTCAATTCATACTAGAACTA TTAACTGTAAAAAGATTAATCATACATCATTAATAATAATTTTTACTTAA ATAGGGGACTAATCAGTCTTCAATGATGACTCGTAATTAAAAAATGACGT ATTTTTTAGATGCGAATCCTTTGGTTGGTTTGGGAAGAATATGAATACAG AGATGTACCATTTGGTTTGAATTATATAATAGGCAGTTTTTGAAAGATTT AGGAGAAATGAAGGATTTATTGTCTCCAGATCAAGACAAAACATGAAAAT CTGGTAAATTTAGTCAAGAGGAGGCTCCAACATCATAGATCCCTTGCTAA TGAAAATATTGTCGAGGGTTTAAGCAAACTTTTCGAAAAATTATTTACAA GTCCTTTTTAATATTCAGTTATAAATCTTTGAAAGAGAAAGAGATGAAAT TTTTTTTCTTCTTTGGCTTAGTGGAGGAAACTTTTTTCATTTATTTTACG AATTTCCAAAAGTAAGCCACGTGGTAAACATGATTGTGGGGCTCTTGGCG GCTTATTTTCAAACATTGATTTCCATGACTAATTGGTTGGTAATGACARC CCCTTCCAATAAAAACTTAAACAAAATTAAATTAGTCATTAGCTTGTTCT CTACGTTCAAATAAATTCATGATTTCCCCAGACCTCGATAAGTGGATGAG AAAATCACTTCATCCTTTGGATAAGTTTGTGGGATAGAGAAAACTTGTTT AGGCTAAAGATAAATCAATGATCAACCTCCTGCAATGCCCTCGCTCCTCT TAAGGGTCGAAGGTTTAAGCGAGTCTTTATGCATTATCTACTCATTATTA TGATTTCATTATATAGTATAGTTTTTTAAAGAAACGATGAACAGTCTTGT GTTTTCAAGCATTTTTTTGTAAAAATTCAAAAGTAAGAGCCCTGTTCATT CGACCACGTTAGAAACAAGTTAATAAATCTACAATGGGATGCAAATGGCA GAATTTGCGTTAACTAACTATTTTTCATATTCCTGATGGGGCTTAAGTCG ACATGGACGTCTACATGGACTTCCTGAAGACTAAGACACAGCTCTGCATG CTAAATGACTTTTAAGAAACTTCTATTTACTTTCAACAGAATTGAGGCAA CACCCACACTGCCAAAATTGTCTTCGTGTGGTGTGCATCGAATTTTGAGC GTTTTTGGCAATCTTTCTTCGCCTGCTTGCAGCCCCCGGACTTTGTTATC TAGCGGGCATTATAGAAAGGAATGTCACTGATGTTCCAAGTGTCAGCTTA TGGCAGCTGCAAAGGTTACTTGATGTTATATTTCAAATAAAACTGTATGT GTTAGATATACGCAGCTTTTGAGTTACTCAATGCTGTGATCTGCACCAAA GGATGATGACAAACGAAATAAATTTTATATACTCCCTACGGACAATAAAT CTTATTTAACAAACACACACTCACAGAAAAACTTCGTGATTTACATGCTA ATTTTTTTTTTATAGTGCATTTGCACTTGCATAAAAAAAATTAAGAATAA AAATGAATGTGATATAAACAATTTTTAAAATAAGAAAGCGAACTTATATT TTTGAATTTCTTAATTCAGAAGATTGATTATTTCAAAAATAAAATAGCTA AACTTTTCATTCAATTAATTAGGAGGAAAGGAAAATGATTATAGTTGTTT GAAATATGACCTATGTCAAAAAAAAAGAGAGAGCACCTCTGTTATCATGA TTTACCATAAAATTACCTGTGATCAGTTTTGAAGGAGAAAATAAACACAA ATCCCTCTTTGTATTTAGCAATTACACCTTTGGACCCTCAATTCTACTCT GAGTACAATAATAACTTACACATATAATGATAATATAACATATTGATTAA AATCCAGAGTAGAATGGGGATTAGAAGGTAGCTGCAAGGTCTGCAAATTT TCCTTTTTAGTTACAAAAATATTGAACATAAATTATGAAGAGTTTTGAAA AATTTCTCTCCAATGTCTTGAAATTTTACGATTTTTTTTTTTCGAAAATA AGTGTTTTGACCTGAATATCATATAAGAACTTCGTGTCACAACCAACATT ATTAGAAAATAAATATGTTAGCAAAAATATTTTATAGTTTTTCTACTAAC GTTTGGTTTTAATTGGTCAAAAAGAGAAAAGCTGCTTATTATTTAACATC AGTCTGCTCGTAAATATATTATATCAATACTTAAATTTGATCCTTTCCAA ATCATTATTACTGGTCAACTTTTACTTCAAGTAGACACAATAAGTTAAAT TACTATAAATTTAAACTTTTTCTAACCTTTTACTGACCTTTTCTTGATAA AAAACCTATAAAACCTAAATTAATCTTATATATTCAAAAACTTTGTAAGA GGCGTAGTTAAAAATTATTATGGGCTAATTTTGGTTGAAGATTATCATTT TATACAAATTTTATCTTAGGGAAAGTATAAAAAATATCACAACATCAAGA TAAGAATTATATTTATATTAAAACTTGTATCTATTTTCCTAATTTATTAT TAATCTAAATTTTGAAAATAGCGTTATAAAGTTATATTATGTTTTATTGC ACGATACATATATGTTTTTATATTAAAACTTTAAAAGAGTATTTTCCTTG AATCAAGTACATATAAGCTTCTATGATCTTTAACCACTTGGAGGAGGAAT TGGAGGTGCGATTCATCGGTTGTTAGTAAAGCACTATATTCTTTCATGCT TACAAATGAATAATAGTATCAATAGCTTTTCGGTAGTTATCTCGATCATT CCATAAGTCAGGATCTGTATCAAGAAATTTATCTTGGAGGTACATACTTT GAACAAGTTTCTTTGATTTTGGAGCAAAATCTTACATTTTTTTATATTTT AATTCATTCAGAGTAAAGAAAAGCATTTTTTGAGTTTTATTACTCAAATT TTGCATGGTTCATAAACTGTCAAATAGAGCTAATTCAATAAGTTCTTTGG AAAAGTACCACAATTTTTAATGTTGATATTAATGGAGGAATATGTAAGGT GGGATTGTATTAAATTTAGGTCATTACTAGATGCATTTAAGGCTTGAAAA TCAGACATCAAGGATTGGATATACATTCTCAATATAAATACACAAATATT GCTCAATCCTCACTCCTCCAATTCTGTCAATTTGAATCGAGATCAAGACA TACCAATTTTAGGCAGTATAATTTTTTTTATAGCAATTGGACGTCGTTTA TAGCACCGAGTGACATAAATGTTACACCTTGTAAATGCACATCCCCAATG GATAAAATTTCCAGGTTAATTAATTATTCAAGTATAGGTCGGAAAATGGT TAACGTCTTTTCAATGAGTATTATTTAATACTCCATACGATTTATTAAGT GGTTTTAGCTTAAGAAGTCTTTTTATTCAACATAACTGTTTATTCTAGTT AGAGTAATAAATTAACATTTGCTAAGAATTCGGGAAACATAAATTGAAAT ATGCATATAATTTATTTTACGAGTAGAGAGATGCACAAATAGCAAAAAAT GCAAGTTATGGGAATAGTTTCTCTTTTTGACCAGTTAGAACCAAACGTTA GTAGAAAAACTATAAAATATTTTTCAAATGCAAATATATTTAGCTAAATT TATTGGTGTGATGTAACATGAAGTTCTTAGATAATATTCAGGTCCAAACA CTTTCTTTTGATAAAAATTTAAAAATTTGGAGCTGTTGAGCTACCTTTAA ATATTTTTCAACCCAGTTTACAATTTATATACGATGTTTTTCACGTAAAA GCAGAAAATCGACCCTCGCAGCTCAACATTTCTCAAATTTAAAAAATAAG CTCCACCCTAATGGGCATGTTAAAAAATAAAACCGAAAATCAACATGGTA ACTANNNNNNNNNNNNNNNNNNNNNNNNATTTGAAAAATGTTTTGTAGGA AAGAATGAATAACCCTGATGATGTTTCATTAGATCACCTATTATATCATA TTCTATACAACTCTAAGCATACTTCTACTTAACTGATTAAKGTTTACTTT TATTTTTGTACAAATATGTACTTTAAGTTATAAAAGGACATCAAATTTTA CTCTTGCATCTTTCTTTGTTAATTAAAATATTAGTCGTCTAAAATGTTAA GATAGATAAATGAAGAATAATATCAACATTTATTTTATGACTTACTATTT ATCACTCATATTGTTGATASGAAYTMATMACGATCAAATCTTTAATTTTA AAGCATATTAAAAACTCTCTTCAAAATTTGACGATGCATACATTTTTTTT CCCACCAATGAATCTATAAGAAAATATACATCATACTTGTTTTTATATTA ACATTTAAATATACGATATATTTTTTTATTTCATCAAAGTTGAGTAAACA TTAAAGTATGAATTCAAGTGCTTAAATAAATACTCATAAATATGAAATAC AAATACTATTATCATTGAAAGGAATTGAATTTATCAAATTAATATTATTT TTACTACGTTTATTAATACTTCTAATATAATTTATGTCTAAATTATAATA ATTATAATTTAATACCCCTTTTATGGTTTTAGCACAAAAAGAGATAAAAT TGTTTGAATAAAATTGCAATTGGTTTGTCCCATGTTGAGAAACATAGTGA CATAGTAAAAAAACGTATCGTTAACACAAAAATACCCAATGTATTTTGTT GTAAGGTATCGATTCCCTCTTCTTCCTTGATACGTCATGGCTATTTCATA CATTATTCTTTTTGATAAATAAACGGAGTACTAAGTTGTACAAGTTATGC TCCGTTTCCAAAAGGACAGGAATACAATTTCTGTTTGATCCCTCGTTGTA AGTCTAAATATTGACCATATTTATCGACCATTTCAATATTTATATGAAGA AATTGTGGCTATGATATGCAAAATCACAAAAGTATAGCTACGTTTTTAAT AAAATACTAGAGTAGGTTTGTCCGGAACGTTAAGAAAATTAAAATTAATT CTAAAATCTTTTGTTTGATGTAAAAGAAAAAATGAAGACCATAAAATTAT AAACATTATTCTTGCTGCATGTTGGTATGTATTTTGCACACTACGACAGA ATTATTTAGTTCATGTATACCCATCATTATTGCTAGATAATGATGTACCT AATTTCCTCATTTCTATCATGTACAAAACACCCAAATTCGATCATGTACA AAACACCCAACTTTGATCATGTACGAAAAAAGGAGAATTTCTTGAAGATT AACGAGCAAATAACTGTTGTTCTTTCTAATTCTTAAATTGATTAATTAGT TTATCATTAACGTTAGTAGCTAAACAAATATTGTAAGGCCTCAGAAAAAA ACTTTTTTAATAGCTGTGCTACGTAAGGAGTTAAGAATAAAAGAAATAGT TGTAGGTTTTACCATAATTTATTATGTACTTTGTATTTCTAAAGTAAGAT ATACTGGTTGGGGATTATGAACTTGGAACAAGTTTAGACCCCAATATATT GGGAACCCCAGAATTTTTGCTTATGAAAGTAAGTGTATCAGATTCAACTG ACAAAACTCTATACGAAAGAATACAAAATCCTTGAGATGCCCTCCGCATA TGAATGCTGTGTGGGTAAAGGATCCAAATAAATCCATGGATAATTATGCG AAATAAATGTAATGGATGTGACGAGATCTGGTGTCATCATAGAATTTTAA GTTTGTGTGGGTTGTCCAAATCGGGTATTTGGAGCCGTATTTATTCCGGA AACCCCGACATTTTTTAGACTATTAGTCTTTAGGAAAGAAAATGTGGTCT CGATGGATTTGAACCCCTTGGACTACTATGTGTGGGGCGTCGTACACTTA AAACTGTTGACTCATTGCTTTCATTAAAAAGATCTCTCTGAGGAAGTGTA AGAGATGAAATAATGATAGAATATTCTAAAGAATAAAGTAAAAAACGTAG CTTTTCTCTGATTCTCACAAAATCTATGTACGCAAGAAAAAAAAAAGTTT TGAAGACTGATGAGAAGCAGGCGGATAAAAGAAGAAAAATATACCAAAAA ATAAAAGTGTCATTTCCATAAATATTAAACATCTTATAAAAATAATTCAA ATAAATGTTTAACATTAACGAATAGTTATAATCTTCGTTAATTTACAGTC ATGTTACAACTTCAATTTATTTTCTTCATTGACAAAATTATGAAATAAGT ACAACTATGTATGTTTATAATGTGTTCCAACCCTCGTTGTCTTAAGAGAC AGCTAGAACAGCTTATGTTTCAGACTCAGAACGAATTGAGAATAAAATTA TTCTCGTAAATTATCTTGACTTTTACTAAAAAAAAAATATTCATTTTTGT ACGAAAATTTGGGGTTATTTGACTCCCATCAATTAGGACAATCGAAAAGA GTTTTAAATCCCCCTCCCTGTCTCCACAACTTTTAGTTCACTTTTTCCTA CAACAGTGAAATAAATTTTAACTTCCAAATATTTAAATAACTAAATGTGG ATTCACATAAGTTAAAAACAATTAGTCAATTTTATGACTTCCTTCATTAA GACTATTTCTTTAGTGATACTTTTAAAAGATTATCCATCAACATATCCAA GTATATTGAATATATGCTTATTATCACTTATCAAATCAATTTCTTATTCA AAAGCAAGAGATGTGAAAAGCCTTTTTTGAAAAGTGTTGAACACTCTTAG GTTAGGTATTGTTTAATTTTCTTTATAAAATTGATATTATTATTGGTTCA CTATTTCGATAAAAGAGGAGACATCTTGTGAATAGTTATGCAATAATGGT ACAAGTTTTTGCATTACAAATAAGTTAAAATAATGCCCAAATTATAATTT TCTCTCCTTTTATTTATAATTAAGACTCTACAATACGTTATCTCGCTACA ATAATATTAACCTTTTTATTTTGGTGTAGGCTATTGATTATTTTGTTTGA CTTGATATGTCATGGATATTTGATAATTTATTTTTTTATATATAAGAAAA AACGAAGTAATAAGTTATACTAGACTTATGTTTCATTTCCAAGAGAACAG GGATACAATTTCGTGTTTTATATATATTAAGGTGTACTGTAATGACAAAA GTTGGGAATTTGGTACCCCTGGAAATTTTTTATTGTACATTTTATTCTTC AAACAAGAAAATAACCTTCTAACGTCAAAAAAAAAATGGTATTTTATGGA CGCGTTTTGATTTAAAAATCTGTAAAATGTCGAAAAAAAGGAGATTTAAT GTTATTTTTTTAGAATTACCTATTTGAATTAAGTTACATGATTTTTATTT TATTAAATATTGTAGATGAAACATATATTTTGAAACAATCTTTTAAAATC TTTCTCTAAGTTGCTTAATTATATTAATATTAGATTAATATAATTTGCTT CCATTTTAATAAATATTATGTTTCGGTACCGCGTATTACACGTAATCTTT CCTATAAAGTAAACAAATAGAAGCAATTTTTTATCCATAGTTTCTTTTTT GAAAGGTTATTGAAAAAAAGTCCAATTAAATATTCAAAATAAATGAAAAA TATCAAACTTAAAGAAAGTAAAAAAACAAATATGATTATATAAAAACAAA TCAACAATAGAAATTAAGGAATAATATATTAATCATCGTATTTTTAAAAG TTTAATTGACAGTTTCAGCAGTCTAAAACAAAAGATTACAAAAATAGAGT ATCTTATTAGGCATAAATGAACAAAAAAAAAGTATATCTGATAAATATAC ATTATACATTTTGTATCAAACATGAGATTTTCCTAATAAAAATGTTGAGA AACGTCAAAATAAACGCGCGTTATTCTTTAGCAACATGATTGGAACTAAA ATTATCATAACATGAGGCAAGTAAGAGAAAAATTGTAAAAATATTGTTTT AAAATATATGTTTTGTCTATAATATTTGATGAAATAAAAATCCTGTAGCT GGAATCAAATCGATAATTTTCAAGAAACAACATCAAATTTCCTTTTTCCG ACATTTTACAGATTTTCAAATCAAAATGCGTCCATGAAAAACCATTTTTT TGGACGTTTGAGGGTTATTTTATTGTTTAGAGGAATAAAATGCAAAATAA AAAATATCTGGCGCTACCACATTCCCATTTTTTTCATTTTGGTACTGTTT AATATATATATTGGCAATCTTATTATTTCTATGAAGAAATTGTACAAATA CACATATATAACTACGCTTTTAATAAAATATTTTTAACCAATATTATAAC AAATACGGTATCAAATAAAATAATGCATAGGGTTTTAATATTATAAAATA AATATATATGTAATTTATTGTATGGGAGTACCATAGAAATAAAATGCAGT TGATAGGATTGACTTATTTCGCTAAATACAAGATGATTTTAGGCCCTCTT TCTGTTTCTATTTTAAGGATAATTTGCGTGATACTGGGTGCGGCCAAAAA ATTATAACACTTCGCTTTTTTGAATACGGTAAAATAGTTCCGGTCAAATA CTAAAAATAAACAAAAAGAACTAGATCCTACCAAGTGTCTCAGAAGCCGA AAAATGTCATCTTAACTTGACTAACGAATTTCGGTCCGTGCACTTTTTGA CACTGGCAAGAAAACAATGGAGACAACAGGCATTTGGGGATTTCCAACAT GAACTTGTTGTTCCAGCGGGTTGGTACCCCTGCACACACGTCCAAACAGG CCTAGAAGTGGTTGGAAGACAACTTGCCTTTCTGGCCAAAGAAAAAGTTG GGGCTACTTCTTCTTAATACTTACCAGATGCCAACCGATTGTACTTCACT TTTTGGGTGCATGTTGAGTCCAAGGCTGTACTGTCTGATACCCAAACACC AACAACATCAAGGACACCCGCACTGGGATTCAATTTCCGAGGACTACATC CGTAATGGGTGCAAGGCCTTCCGTGACCACCTGTAAGCCAGCATTGCTAC CAAGGGGGCTTCATCGGTGATAAGGCAATGTAGACATCATATTAGTTATT TTTATTTCATTGGCATACCCTAGCACAACTGGTTGCTGAAATACATTTTG ATAAAGATCTATATGGAAAGGGTAAAGATTTGTTCGCTGCACTCGGTATA ATAAAAGTAAAAATGGGTCGTCAAAGAATATTTTTTGTTGTTTTGTATTA CTGGTATATCTAGGATTTGTATCTTCCACAGCACGGAGTAATAAGACGTC AACTAACGGACGAATTTCGCTCTAATAATATAAAATAAAATAAACTCCTC AACAAATTATCTGTATTACTCTTCATTTTTCATAAGCAACTCAATAATTA GATGTTCCTAGTAAAAAAGGAAATAATGACAGGCTGATAATTTTCTTTTA AATTACGATATGTTGAGCCATGTAGAGCGCTCACCGGCTGMGCTTTACCT ACATACGTTCGTTGCGTAGTCACGTGTCTTGAATTCCTTGCTTTAGCAAG GAATTCAAGACACGTGGAATATCCTCATCTTAGGTCACATTCATTCATTT TATTTTATATACGTATTTCCTTTTCTTCTTATAAAATGGGATCGTTGTTA AAAATGAGTCATTATTCTACTTACAAATAAACATACTTTATTTTATTATT GAATAATTTTATATCTTTGGTTTTGGTATTCAGCATGAGAAAGAAAAAAC GTTATTCTTTTGTGAGATACCTATTAAGTTTATACACCTATACTCCAATT TTTATCAGATTACATCTTAAATTAAAAGTCATTATTAAATAGTAGGTATT TTACATATCTAAGTAAATGCACTTATTACATTGGCAAAAAAATATAAGTA GATACAATACCAATAATTGCAATTCATTTTTTTAAAGTAGCATAAATAAA TTATATTTTCTCCTATTTCCAGGTTGGGTTAATTCAACTCTCAATCCAAT ATTGTATGCAGCATCTAAATCCGGCATTTAG
back to top
Add to Basket