EMLSAG00000003687, EMLSAG00000003687-686453 (gene) Lepeophtheirus salmonis

Overview


Name	EMLSAG00000003687
Unique Name	EMLSAG00000003687-686453
Type	gene
Organism	Lepeophtheirus salmonis (salmon louse)

Associated RNAi Experiments

Nothing found

Homology

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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

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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

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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

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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

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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

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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

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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

[Close]

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

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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

[Close]

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

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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

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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

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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

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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

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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

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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

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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

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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

[Close]

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

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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

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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

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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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

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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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

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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

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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

[Close]

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

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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

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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

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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

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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

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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

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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

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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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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
BLAST of EMLSAG00000003687 vs. C. finmarchicus
BLAST of EMLSAG00000003687 vs. L. salmonis peptides
BLAST of EMLSAG00000003687 vs. SwissProt
BLAST of EMLSAG00000003687 vs. Select Arthropod Genomes
BLAST of EMLSAG00000003687 vs. nr
BLAST of EMLSAG00000003687 vs. Tigriopus kingsejongenis genes

BLAST of EMLSAG00000003687 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25


Match Name	E-value	Identity	Description
-	9.406e-61	53.26	symbol:TyrR "Tyramine receptor" species:7227 "Dros...	[more]
-	8.937e-56	32.59	symbol:DRD2 "Dopamine receptor 2 protein transcrip...	[more]
-	2.888e-55	32.76	symbol:DRD2 "D(2) dopamine receptor" species:9913 ...	[more]
-	4.413e-55	32.76	symbol:DRD2 "DRD2 transcript variant 1" species:98...	[more]
-	4.558e-55	33.42	symbol:DRD3 "Uncharacterized protein" species:9031...	[more]
-	1.203e-54	32.84	symbol:DRD2 "D(2) dopamine receptor" species:9615 ...	[more]
-	1.203e-54	32.84	symbol:DRD2 "D(2) dopamine receptor" species:9615 ...	[more]
-	1.320e-54	32.44	symbol:DRD2 "D(2) dopamine receptor" species:9913 ...	[more]
-	2.830e-54	30.27	symbol:drd2b "dopamine receptor D2b" species:7955 ...	[more]
-	3.142e-54	32.43	symbol:DRD2 "D(2) dopamine receptor" species:9606 ...	[more]

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BLAST of EMLSAG00000003687 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|592900196\|gb\|GAXK01058179.1\|	1.990e-32	27.19	TSA: Calanus finmarchicus comp287066_c0_seq1 trans...	[more]
gi\|592833629\|gb\|GAXK01123915.1\|	5.454e-29	39.13	TSA: Calanus finmarchicus comp666680_c0_seq1 trans...	[more]
gi\|592799822\|gb\|GAXK01154746.1\|	5.637e-29	36.92	TSA: Calanus finmarchicus comp1768349_c0_seq1 tran...	[more]
gi\|592758667\|gb\|GAXK01195746.1\|	8.154e-29	29.30	TSA: Calanus finmarchicus comp1695636_c1_seq1 tran...	[more]
gi\|592846427\|gb\|GAXK01111117.1\|	5.771e-28	25.28	TSA: Calanus finmarchicus comp696025_c0_seq1 trans...	[more]
gi\|592949010\|gb\|GAXK01009543.1\|	2.657e-26	26.11	TSA: Calanus finmarchicus comp1466365_c0_seq1 tran...	[more]
gi\|592910358\|gb\|GAXK01048017.1\|	4.351e-24	33.16	TSA: Calanus finmarchicus comp1255426_c0_seq1 tran...	[more]
gi\|592802527\|gb\|GAXK01152041.1\|	1.575e-23	31.46	TSA: Calanus finmarchicus comp927325_c0_seq1 trans...	[more]
gi\|592834516\|gb\|GAXK01123028.1\|	4.353e-23	32.96	TSA: Calanus finmarchicus comp2170137_c0_seq1 tran...	[more]
gi\|592790121\|gb\|GAXK01164447.1\|	1.471e-21	44.00	TSA: Calanus finmarchicus comp5881552_c0_seq1 tran...	[more]

Pages

BLAST of EMLSAG00000003687 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 19


Match Name	E-value	Identity	Description
EMLSAP00000003687	0.000e+0	100.00	pep:novel supercontig:LSalAtl2s:LSalAtl2s1:1117397...	[more]
EMLSAP00000009433	3.639e-45	28.13	pep:novel supercontig:LSalAtl2s:LSalAtl2s601:31744...	[more]
EMLSAP00000003021	1.275e-36	35.91	pep:novel supercontig:LSalAtl2s:LSalAtl2s171:19662...	[more]
EMLSAP00000011472	9.352e-29	32.18	pep:novel supercontig:LSalAtl2s:LSalAtl2s791:25681...	[more]
EMLSAP00000004808	9.006e-28	31.34	pep:novel supercontig:LSalAtl2s:LSalAtl2s253:92104...	[more]
EMLSAP00000001770	7.540e-23	31.09	pep:novel supercontig:LSalAtl2s:LSalAtl2s12:909316...	[more]
EMLSAP00000010593	2.112e-22	28.00	pep:novel supercontig:LSalAtl2s:LSalAtl2s704:48014...	[more]
EMLSAP00000005242	2.266e-22	27.78	pep:novel supercontig:LSalAtl2s:LSalAtl2s279:10364...	[more]
EMLSAP00000007798	2.006e-19	31.03	pep:novel supercontig:LSalAtl2s:LSalAtl2s457:44439...	[more]
EMLSAP00000003269	2.558e-18	29.05	pep:novel supercontig:LSalAtl2s:LSalAtl2s179:39517...	[more]

Pages

BLAST of EMLSAG00000003687 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|118208\|sp\|P24628.1\|DRD2A_XENLA	1.910e-57	33.01	RecName: Full=D(2) dopamine receptor A; Short=D2R-...	[more]
gi\|75071920\|sp\|Q6TLI9.1\|DRD2_MUSPF	1.170e-56	33.09	RecName: Full=D(2) dopamine receptor; AltName: Ful...	[more]
gi\|2495004\|sp\|Q17232.1\|OAR_BOMMO	4.458e-56	30.71	RecName: Full=Octopamine receptor	[more]
gi\|62900330\|sp\|Q9GJU1.1\|DRD2_CANFA	8.008e-56	32.84	RecName: Full=D(2) dopamine receptor; AltName: Ful...	[more]
gi\|118205\|sp\|P20288.1\|DRD2_BOVIN	8.819e-56	32.44	RecName: Full=D(2) dopamine receptor; AltName: Ful...	[more]
gi\|1706283\|sp\|P52702.1\|DRD2_CHLAE	1.245e-55	32.59	RecName: Full=D(2) dopamine receptor; AltName: Ful...	[more]
gi\|118206\|sp\|P14416.2\|DRD2_HUMAN	2.127e-55	32.43	RecName: Full=D(2) dopamine receptor; AltName: Ful...	[more]
gi\|47117674\|sp\|P61169.1\|DRD2_RAT	2.800e-55	32.44	RecName: Full=D(2) dopamine receptor; AltName: Ful...	[more]
gi\|341940463\|sp\|P61168.2\|DRD2_MOUSE	2.982e-55	32.28	RecName: Full=D(2) dopamine receptor; AltName: Ful...	[more]
gi\|2495005\|sp\|Q25188.1\|OAR_HELVI	5.319e-55	29.09	RecName: Full=Octopamine receptor	[more]

Pages

BLAST of EMLSAG00000003687 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25


Match Name	E-value	Identity	Description
EAA05356.5	4.345e-84	37.32	AGAP004034-PA [Anopheles gambiae str. PEST]	[more]
gb\|KYB25525.1\|	1.404e-62	35.75	5-hydroxytryptamine receptor 1-like Protein [Tribo...	[more]
AHN57381.1	3.449e-62	53.26	tyramine receptor, isoform C [Drosophila melanogas...	[more]
AHN57380.1	3.449e-62	53.26	tyramine receptor, isoform B [Drosophila melanogas...	[more]
AAF55463.1	3.449e-62	53.26	tyramine receptor, isoform A [Drosophila melanogas...	[more]
EEB16738.1	9.826e-58	46.34	class A rhodopsin-like G-protein coupled receptor ...	[more]
XP_016766956.1	1.189e-56	51.12	PREDICTED: putative tyramine receptor isoform X1 [...	[more]
XP_016766938.1	1.189e-56	51.12	PREDICTED: putative tyramine receptor isoform X1 [...	[more]
XP_006571686.1	1.189e-56	51.12	PREDICTED: putative tyramine receptor isoform X1 [...	[more]
NP_001032395.1	1.189e-56	51.12	putative tyramine receptor [Apis mellifera]	[more]

Pages

BLAST of EMLSAG00000003687 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25


Match Name	E-value	Identity	Description
gi\|283945472\|ref\|NP_001164649.1\|	4.806e-86	41.44	tyramine receptor [Bombyx mori] >gi\|270288718\|dbj\|...	[more]
gi\|270288716\|dbj\|BAI52937.1\|	1.535e-85	41.44	tyramine receptor [Bombyx mori]	[more]
gi\|302028363\|gb\|ADK91078.1\|	4.906e-85	40.10	tyramine receptor type 2 [Chilo suppressalis]	[more]
gi\|909572882\|ref\|XP_013142077.1\|	3.303e-84	39.56	PREDICTED: probable G-protein coupled receptor No1...	[more]
gi\|943946892\|ref\|XP_014356598.1\|	3.902e-84	40.15	PREDICTED: probable G-protein coupled receptor No1...	[more]
gi\|913314473\|ref\|XP_013188063.1\|	5.293e-84	39.05	PREDICTED: octopamine receptor-like [Amyelois tran...	[more]
gi\|910324780\|ref\|XP_013165484.1\|	2.090e-83	40.20	PREDICTED: 5-hydroxytryptamine receptor 2B-like [P...	[more]
gi\|751460275\|ref\|XP_011184892.1\|	3.316e-83	38.44	PREDICTED: 5-hydroxytryptamine receptor 1A-like [B...	[more]
gi\|768429561\|ref\|XP_011555966.1\|	8.124e-83	40.35	PREDICTED: probable G-protein coupled receptor No1...	[more]
gi\|1059400353\|ref\|XP_017773107.1\|	7.664e-82	37.44	PREDICTED: probable G-protein coupled receptor No1...	[more]

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BLAST of EMLSAG00000003687 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 25


Match Name	E-value	Identity	Description
maker-scaffold301_size216225-snap-gene-0.19	2.259e-50	29.91	protein:Tk06226 transcript:maker-scaffold301_size2...	[more]
maker-scaffold575_size133042-snap-gene-0.31	1.005e-43	27.89	protein:Tk10163 transcript:maker-scaffold575_size1...	[more]
maker-scaffold423_size175618-snap-gene-0.11	2.675e-39	30.22	protein:Tk11818 transcript:maker-scaffold423_size1...	[more]
maker-scaffold268_size230776-snap-gene-0.4	1.241e-35	28.57	protein:Tk11092 transcript:maker-scaffold268_size2...	[more]
snap_masked-scaffold120_size336265-processed-gene-2.7	7.140e-34	40.78	protein:Tk08790 transcript:snap_masked-scaffold120...	[more]
snap_masked-scaffold235_size242898-processed-gene-1.7	7.104e-24	41.46	protein:Tk06561 transcript:snap_masked-scaffold235...	[more]
maker-scaffold1621_size33243-snap-gene-0.9	1.183e-23	32.29	protein:Tk12270 transcript:maker-scaffold1621_size...	[more]
snap_masked-scaffold28_size608977-processed-gene-2.6	2.016e-23	33.14	protein:Tk05745 transcript:snap_masked-scaffold28_...	[more]
snap_masked-scaffold141_size315519-processed-gene-1.6	6.317e-22	32.35	protein:Tk03985 transcript:snap_masked-scaffold141...	[more]
snap_masked-scaffold235_size242898-processed-gene-1.6	1.790e-20	39.83	protein:Tk06560 transcript:snap_masked-scaffold235...	[more]

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Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
LSalAtl2s1	supercontig	LSalAtl2s1:1117397..1240427 -

Analyses

This gene is derived from or has results from the following analyses


Analysis Name	Date Performed
ensembl	2013-09-26 .965016
Blast vs. GO	2014-04-02
TblastN vs C. finmarchicus TSA	2014-05-09
Blastp vs. self	2014-05-10
Blastp vs. SwissProt	2017-02-10
Blastp vs. Selected Arthropods	2017-02-20
Blastp vs. NR (2/2017)	2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins	2018-04-18

Properties


Property Name	Value
Logic name	ensemblgenomes
Description	maker-LSalAtl2s1-snap-gene-13.14
Biotype	protein_coding
Evidence	IEA
Note	D(2) dopamine receptor A

Cross References

External references for this gene


Database	Accession
Ensembl Metazoa (gene)	EMLSAG00000003687 (primary cross-reference)

Relationships

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


Feature Name	Unique Name	Species	Type
EMLSAT00000003687	EMLSAT00000003687-699534	Lepeophtheirus salmonis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at LSalAtl2s1:1117397..1240427-

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

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