EMLSAG00000000063, EMLSAG00000000063-682829 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000000063
Unique NameEMLSAG00000000063-682829
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000000063 vs. GO
Match: - (symbol:TMEM132B "Transmembrane protein 132B" species:9606 "Homo sapiens" [GO:0003674 "molecular_function" evidence=ND] [GO:0005575 "cellular_component" evidence=ND] [GO:0008150 "biological_process" evidence=ND] [GO:0016021 "integral component of membrane" evidence=IEA] GO:GO:0016021 KO:K17599 OrthoDB:EOG7DJSKK TreeFam:TF314981 InterPro:IPR026307 PANTHER:PTHR13388 HOGENOM:HOG000154481 EMBL:AC093028 EMBL:AC026370 EMBL:AC073618 EMBL:AC004806 EMBL:AC005146 EMBL:AK093097 EMBL:BC113366 EMBL:BC113368 EMBL:BC131621 EMBL:AB058689 EMBL:AB067493 RefSeq:NP_001273148.1 RefSeq:NP_443139.2 UniGene:Hs.524838 UniGene:Hs.616436 ProteinModelPortal:Q14DG7 PhosphoSite:Q14DG7 DMDM:145566963 PaxDb:Q14DG7 PRIDE:Q14DG7 DNASU:114795 Ensembl:ENST00000299308 Ensembl:ENST00000535886 GeneID:114795 KEGG:hsa:114795 UCSC:uc001uhe.1 UCSC:uc021rgl.1 CTD:114795 GeneCards:GC12P125671 H-InvDB:HIX0011124 HGNC:HGNC:29397 HPA:HPA035661 neXtProt:NX_Q14DG7 PharmGKB:PA143485652 eggNOG:NOG148422 HOVERGEN:HBG108534 InParanoid:Q14DG7 OMA:NCDSIFV ChiTaRS:TMEM132B GenomeRNAi:114795 NextBio:79229 PRO:PR:Q14DG7 Bgee:Q14DG7 CleanEx:HS_TMEM132B Genevestigator:Q14DG7 Uniprot:Q14DG7)

HSP 1 Score: 219.164 bits (557), Expect = 1.020e-56
Identity = 167/590 (28.31%), Postives = 279/590 (47.29%), Query Frame = 0
Query:  476 LSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSELDITELLISSGVVRIAKSNIALLRNN-IIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYS-KVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAF-APLXGKYPRIIAVGSGRGKLLRVSVELPKTCLNNAHQS-LTSKDTEVIIK-----------------IKSPQKKSLLMTKSRHPDDRRAPIKTFFEDHATLVAHKKSVDMGDLGDMIQDEEISQAHLESSQRHRNGGG--YLHSYRSHPSLSHPRHYIDYT----HLTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSIKSHQSVQNAHDWVWLXKSSSMDDKSVQSNLSSH 1038
            L+  +E++N A+LTG  +S P+K+  V E G + DV+    C S +  V+KVS++C S++V+G E +  ++  +N  + +       T+W P +PL+I++SDT LSQIKGWR+P        R                   EK GRG          CSL+YQ +TV +   F+AE  D G+  +      + DIT+L+  +  +++ +  IA L++   + G  PG T V V+SP+S   + +    V  +R +I  + +++++G+ LS+   Q HR   +  + TA +  VL S  QE +V   +LFSD +V PL   D   Y ++V SLD   V+  A L  K+P ++A G G+G L+++ + + + C     +S L      V +K                 I    K  L  +  R  +  RA ++ +F    T V  ++S +              Q+ +E   +    GG     S+ +      P +  D T     LT LE+G+Y LL VFC  I +F+ +C  +A ++R   +          ++    ++ ++HDWVWL     + +  V   L S 
Sbjct:  424 LAMDTEVLNTAILTGKPVSVPVKVVGVQEDGSVVDVSESVECKSADEDVIKVSNNCDSIFVNGKEMKSKVDTIVNFTHQHFTSQFEVTVWAPRLPLQIEISDTELSQIKGWRIPVAANRRPTRESDDED-----------DEEKKGRG----------CSLQYQHATVRVLTQFVAESPDLGQLTYMLGPDWQFDITDLV--TEFMKVEEPKIAQLQDGRTLAGREPGITTVQVLSPLSDSILAEKTVIVLDDRVTIAELGVQLVAGMSLSL---QPHRADKRAIVSTAAALDVLQSPQQEAIVSSWILFSDGSVTPLDIYDPKDYSVTVSSLDEMVVSVQANLESKWPIVVAEGEGQGPLIKLEMMISEPCQKTKRKSVLAVGKGNVKVKFEPSSDEHQGGSNDIEGINREYKDHLSNSIEREGNQERA-VQEWFH-RGTPVGQEESTN---------KSTTPQSPMEGKNKLLKSGGPDAFTSFPTQGKSPDPNNPSDLTVTSRGLTDLEIGMYALLCVFCLAILVFLINCVAFAWKYRHKRF----------AVSEQGNIPHSHDWVWLGNEVELLENPVDITLPSE 966          

HSP 2 Score: 54.6842 bits (130), Expect = 7.800e-6
Identity = 81/367 (22.07%), Postives = 140/367 (38.15%), Query Frame = 0
Query:   54 SLRRLPSSPAAEPTTSIVLNSVSS-----SSSSHLPNSSRFSNVGPGSELADDVLHTARFVVLKTATPVLIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNSSSKPGLITDFKPHGLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETKSTCCSPDGRDGTCLGQLTLPSRWW------------PSLVFNGSEEGGKTKHPKIIASISYSVEEARG-NSCSGNLDSRVSIIPVIQLAKIPLVQPRRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISV----------VKIRCHSRSGIKILGLEETSE-EWSSR--IDLNTRNTIATVTVF 389
            SL++  S PA  PT   + N+  S     ++     NSS  + V P             F + +  TP +I A YGPF   + +P + ++   + G+   F             P    L +H + + I  ++P ++ LF+  G G     L       C++++        +  C   G  G C+ +L L   W+            P+L+   + E   T +P   A      EE +  N+    L+S     P  +     +V P        QD++   L+    L  N  + VP+ L +  D     V            +R  + +G+KI  +  +SE +W+ +  ID  +  T AT+T  
Sbjct:   27 SLQKFSSLPAYLPTNLHISNAEESFFLKEANQDLTRNSSLQARVEP-------------FFIYRARTPPIINASYGPFSVEKIIPQELLLTSTAFGNMDKF-------------PFNWKLKSHILDSSIYSNRPKVQTLFYVTGMGWDDSDLT--EDLPCVKMFAFPEAREVAASCRLQGAPGLCVAELELLPEWFSSGLDLEPEEEIPALLGGTTMELFFTLYPADKAGQCPLEEEGKWENNIHSGLESPQQAFPARERIGSVVVYP-------TQDDLKWSLV---SLDENVVISVPLNLVREGDTATFLVSLTSSSVADQFTLRIKAAAGVKITAVRVSSEDQWAVQEEIDNGSTQTSATLTCM 355          
BLAST of EMLSAG00000000063 vs. GO
Match: - (symbol:Tmem132c "transmembrane protein 132C" species:10090 "Mus musculus" [GO:0003674 "molecular_function" evidence=ND] [GO:0005575 "cellular_component" evidence=ND] [GO:0008150 "biological_process" evidence=ND] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] MGI:MGI:2443061 GO:GO:0016021 GO:GO:0010923 KO:K17599 InterPro:IPR026307 PANTHER:PTHR13388 HOGENOM:HOG000154481 eggNOG:NOG148422 HOVERGEN:HBG108534 CTD:92293 EMBL:AK028289 EMBL:AK035053 RefSeq:NP_780641.2 UniGene:Mm.444235 PhosphoSite:Q8CEF9 PRIDE:Q8CEF9 GeneID:208213 KEGG:mmu:208213 InParanoid:Q8CEF9 NextBio:372224 PRO:PR:Q8CEF9 CleanEx:MM_TMEM132C Genevestigator:Q8CEF9 Uniprot:Q8CEF9)

HSP 1 Score: 211.075 bits (536), Expect = 3.494e-54
Identity = 152/580 (26.21%), Postives = 275/580 (47.41%), Query Frame = 0
Query:  476 LSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDS-GRKDFYPSRGSELDITELLISSGVVRIAKSNIALLRNN-IIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAF-APLXGKYPRIIAVGSGRGKLLRVSVELPKTCLNNAHQSLTSKDT-EVIIKIKSPQKKSLLMTK------SRHPDDRRAPIKTFFEDHATLVAHKK---SVDMGDLGDMIQDEEISQAHLESSQRHRNGGGYLHS-------YRSHPSLSHPR--------HYIDYTH-LTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSIKSHQSVQNAHDWVWLXKSSSM 1026
            L+  +EL+N A+LTG  ++ P+++ +V E   + D++    C +T+ +V+KVS  C  V+V+G E +G +++ +N  Y +L      T+W+P +PL+I++SDT LSQ+KGWRVP    +   R+           S  +   E+ GRG          C+L++Q +TV +   F++E     G+     S   + DIT L+  +  +++   +IA L+++ ++ G   G T + V+SP+S   + +    V  ++ S+  + +++++GL +++H    + +    S      ++L +  +E ++   L FSD +V PL   D   + L+  SLD   V+   PL   +P ++A G G+G LLRV + + + C  +  +S+ +     V +K       S    +        H  DRR  I+         + H       + G L      + +   ++  S R    G  LHS       + +H  L   +          +   H L+ LE+G+Y LL VFC  I +F+ +C  +A ++R  + P+    + T S          HDWVWL   + +
Sbjct:  431 LAMDTELLNTAILTGKTVAMPVRVVSVEENSTLRDISELVECKATDENVIKVSDHCDYVFVNGKEIKGKMDSVVNFTYQHLSAPLHVTVWVPRLPLQIEVSDTELSQVKGWRVPIVASKRPTRD-----------SEEEEEEEQKGRG----------CTLQFQHATVRVLTQFVSEGAGPWGQLSHLLSPDWQFDITHLV--ADFMKLESPHIATLQDSRVLVGREVGMTTIQVLSPLSDSILAEKTVTVLDDKVSVTDLAVQVVAGLSVTLHPISENNK--ATSAVAMAEELLRAPKKEAIISTWLQFSDGSVTPLDIYDSKDFSLTAISLDEAVVSIPQPLSPWWPTVVAEGEGQGPLLRVDMSIAEACQKSKRKSVLAVGIGHVGVKFGWDDADSSQTGEKDEEEIKNHASDRRQKIQDLERPGQDELYHGNFPGDREEGALSATTTTKSLLDNNVGKSGRR--DGARLHSIPIDFTNFPAHVDLPKAKTRGTLEENGLMQTAHGLSDLEIGMYALLGVFCLAILVFLINCATFAFKYRHKQVPLEGQASMTHS----------HDWVWLGNEAEL 973          
BLAST of EMLSAG00000000063 vs. GO
Match: - (symbol:TMEM132D "Uncharacterized protein" species:9031 "Gallus gallus" [GO:0010923 "negative regulation of phosphatase activity" evidence=IEA] GO:GO:0010923 OrthoDB:EOG7DJSKK TreeFam:TF314981 InterPro:IPR026307 PANTHER:PTHR13388 GeneTree:ENSGT00550000074550 EMBL:AADN03007063 Ensembl:ENSGALT00000004206 Uniprot:F1NGV0)

HSP 1 Score: 208.379 bits (529), Expect = 3.000e-53
Identity = 161/594 (27.10%), Postives = 286/594 (48.15%), Query Frame = 0
Query:  476 LSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLD-SGRKDFYPSRGSELDITELLISSGVVRIAKSNIALLRN-NIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAF-APLXGKYPRIIAVGSGRGKLLRVSVELPKTCLNNAHQSLTSKDTEVIIKIKSPQKKS---LLMTKSR--------HPDDRRAPIKTFFEDHATLVAHKKSVDMGD---LGDMIQDEEISQAHLESSQRHRNGGGYLHS----YRSHPS-LSHPRHYIDYTH---------LTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSIKSHQSVQNAHDWVWLXKSSSMDDKSVQSNLSSH 1038
            L+  +E++N A+LTG  ++ P+K+ +V + G + D+     C S++  V+KVS  C  V+V+G E +G +N  +N  Y +L      T+W+P +PL+I++SDT L+QIKGWRVP    +   R+                 +E+ GRG          C+L+YQ + V +   F+AE  D  G+  +      ++DIT+L+  S  +++ +  IA L++  ++ G   G T + ++SP+S   + +    V   + +I  + +++++GL LS+        R  ++   A  ++L S  QE  +   + FSD +V+PL   D   + LS  SLD + V+       K+P I A   G+G L++V + + ++C  +  +S+ +  +   IK+K  Q  +   +  TK R        H  DRR   KT  ++ A       S  MG     G   Q   +S+   E  +   +   +L +    + S P+ +  PR+  D            L+ LE+G+Y LL VFC  I +F+ +C  +A ++R  + P           +  + + ++HDWV L   + + +  +  N SS 
Sbjct:  432 LAMEAEILNTAILTGKTVAVPVKVISVEDDGTVTDLLESVECRSSDEDVIKVSDRCDYVFVNGKEMKGKVNVIVNFTYQHLSAPLEMTVWVPRLPLQIEVSDTELNQIKGWRVPIISNKRPARDSDDEE-----------EDERKGRG----------CALQYQHAMVRVLTQFVAEAPDPGGQLSYLLGSDWQIDITDLV--SDFMQVEEPRIAKLQDGQVLIGQELGMTTIQILSPLSDAILAEKTVTVLDEKVTITDLGVQLVTGLSLSLQLSPGS-NRAIFATAVA-QELLQSPKQEAAISCWIQFSDGSVMPLDIYDSKDFSLSATSLDEKVVSIHHDPKFKWPVIAAETEGQGTLVKVEMVISESCQKSKRKSILAVGSGS-IKVKFGQSDANPNISDTKHRGAGVHLENHASDRRQ--KTTLQERAGPDGQYYSSSMGQEQGKGTTTQKSILSKK--EDRESLLDDDSHLQNIPIDFTSFPAQVDLPRNDGDLEENDLVQTPRGLSDLEIGMYALLGVFCLAILVFLINCVTFALKYRNKQVPF----------EEQEGLSHSHDWVGLSNRTELLENHI--NFSSQ 983          

HSP 2 Score: 52.373 bits (124), Expect = 3.417e-5
Identity = 38/143 (26.57%), Postives = 63/143 (44.06%), Query Frame = 0
Query:  108 FVVLKTATPVLIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNSSSKPGLITDFKPHGLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETKSTCCSPDGRDGTCLGQLTLPSRWW--PSLV 248
            F++ K+  P ++ A YGPF   Q VP   ++      SS PF S++K             L A  ++ +I   KP ++VLF+  G    +   +   R  C+R++           C   G  G C+ +L L   W+  P++V
Sbjct:   83 FLIYKSKRPPVLNASYGPFSIEQVVPQDLML------SSNPFGSTNKFSF-------NWKLKAFIISDKIYPSKPKVQVLFYIVGRD--WDDYSTTERLPCLRVFAFRETREVRGSCRLKGDLGLCVAELELLPGWFNPPTVV 210          
BLAST of EMLSAG00000000063 vs. GO
Match: - (symbol:Tmem132a "transmembrane protein 132A" species:10090 "Mus musculus" [GO:0003674 "molecular_function" evidence=ND] [GO:0005783 "endoplasmic reticulum" evidence=ISO] [GO:0005794 "Golgi apparatus" evidence=ISO] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0043069 "negative regulation of programmed cell death" evidence=ISO] MGI:MGI:2147810 GO:GO:0016021 GO:GO:0000139 GO:GO:0005789 CTD:54972 eggNOG:NOG253956 HOVERGEN:HBG099719 KO:K17599 OMA:YQRKEPP OrthoDB:EOG7DJSKK TreeFam:TF314981 InterPro:IPR026307 PANTHER:PTHR13388 EMBL:AK173207 EMBL:AK048556 EMBL:BC006896 RefSeq:NP_598565.2 UniGene:Mm.490254 ProteinModelPortal:Q922P8 PhosphoSite:Q922P8 PaxDb:Q922P8 PRIDE:Q922P8 Ensembl:ENSMUST00000025645 GeneID:98170 KEGG:mmu:98170 UCSC:uc008grc.1 GeneTree:ENSGT00550000074550 HOGENOM:HOG000154481 InParanoid:Q922P8 ChiTaRS:TMEM132A NextBio:353338 PRO:PR:Q922P8 ArrayExpress:Q922P8 Bgee:Q922P8 CleanEx:MM_TMEM132A Genevestigator:Q922P8 Uniprot:Q922P8)

HSP 1 Score: 204.527 bits (519), Expect = 3.154e-52
Identity = 224/952 (23.53%), Postives = 374/952 (39.29%), Query Frame = 0
Query:  118 LIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNSSSKPGLITDFKPHGLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETKSTCCSPDGRDGTCLGQLTLPSRWWPSLVFNGSEEGGKTKHPKIIASISYSVEEARGNSCSGNL----DSRVSIIPVIQLAKIPLVQPRRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVKIRCHSRSGIKILGLEETSEE-WSSRIDL--NTRNTIATVTVFRKKDA--------------VTFLHEDEPQNYTSNYEESNQTEDYGGVSGPVEL--FNWLLSVDDRDFELWNAGXXXXXXXXXXXXXXXXXXXXXXXXXXXXLLSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSE--LDITELLISSGVVRIAKSNIALLRNN-IIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAPLXGKYPRIIAVGSG-RGKLLRVSVELPKTCLNNAHQSLTSKDTEVIIKIKSPQKKSLLMTKSRHPDDRRAPIKTFFEDHATLVAHKKSVDMGDLGDM--IQDEEISQAHLESSQRHRNGGGYLHSYRSHPSLSHPRHYIDYTHLTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSIKSHQSVQNAHDWVWLXKSSSMDDKSVQSNLSSHPP 1040
            L+RA Y PF  +Q VP +   P                      +P   D+ A  V   +   +P  RVLFH  G   P     G     C RL+ +    T    C      G C+ +L  PS W+         +   T+     A ++Y++E A        L    + R   +PV  +   P   P+  Y+++  DE + +  P  P+ P       + L     +   S++ +R   + G++++         W++++D    +++  + +T  R   A              V F  E+      +         +Y G +   E     W + V +RD                                    L+   EL+N A LTG     P+++ TV   G + +VT    C S    VL+VS +C +V+V G E+RGA   +++  +  L  +   T+W P +PL+I+L+DT L QI+GWRVP   +   E       +            E+  RG          C L+YQ++ V     F A  LD GR+  +   G +  LD++ L+ +   V+     IA L    I+ G  PG T + V SP+S   +G+    V  ++ S++ + ++ + G+ LS+    SH   G+ +        L +  QE  + + L FSD T+ P    D N   LSV + +P  V  A   G    ++  G G  G  L V++  P+ C    H+   +  T  +     P     L +         +P++T     AT V  K+ +  GD+G    I+ +          + +             P+   P+   D      LE+G+Y LL +FC  I IF+ +  V+  R+++ E P + +  A+            H+WVWL  +     + +    SS PP
Sbjct:   89 LLRASYPPFATQQVVPPRVTEPHR--------------------RPVPWDVRAVSVEAAVTPAEPYARVLFHLKGQDWP----PGPGSLPCARLHATHPAGTAHRACRFQPSLGACVVELQFPSHWF--------SQSATTR-----AELAYTLEPAGEGPGGCGLGTEEEPREQALPVGGVELHPEDPPQ--YQEVPLDEAVTLRAPDVPMRPGQLFTATLLLRH---NFTASLLTLRIKVKKGLQVIAARPAQPTLWTAKLDRFKGSKHHTSLITCHRAGPAGPDSSPLELSEFLWVDFAVENSTGGGVAVTRPVTWQLEYPGQAPEAEKDKMVWEILVSERDIR------------------------------ALIPLAKAEELVNTAPLTGVPQRIPVRLVTVDSGGALEEVTEHIGCESANTQVLQVSEACDAVFVAGQESRGAKGVRVDFWWRRLRASLKLTVWAPLLPLRIELTDTTLEQIRGWRVPGSAEGQLEPETAAEEV------------ERRSRG----------CRLQYQRAGVRFLVPFAAHPLDGGRRLTH-LLGPDWLLDVSHLVAAHAHVQ--DPRIASLEGGRILVGREPGVTSIEVRSPLSDAILGEQALAVTDDKVSVLDLRVQPVMGISLSLSRGMSH--PGEVTATCWAQSALPAPKQEVALSLWLSFSDHTLAPAELYDRNDLGLSVSAEEPSAVLPAEEQGAQLGVVVSGVGAEGLPLHVALHPPEPCRRGRHRVPLASGTAWLGLPPLPTPVPALPS---------SPVRTSPFTEAT-VEGKRQI-AGDMGGHVGIRGKFERAEEEAGKEENEAKEEEEDEEEMVPA---PQRVTD------LELGMYALLGIFCLAILIFLVNGVVFVLRYQRKEPPDSATDPAS---------PQPHNWVWLGTNQEELSRQLDRCSSSGPP 912          
BLAST of EMLSAG00000000063 vs. GO
Match: - (symbol:TMEM132C "Transmembrane protein 132C" species:9606 "Homo sapiens" [GO:0003674 "molecular_function" evidence=ND] [GO:0005575 "cellular_component" evidence=ND] [GO:0008150 "biological_process" evidence=ND] [GO:0016021 "integral component of membrane" evidence=IEA] GO:GO:0016021 KO:K17599 TreeFam:TF314981 InterPro:IPR026307 PANTHER:PTHR13388 HOGENOM:HOG000154481 eggNOG:NOG148422 HOVERGEN:HBG108534 EMBL:AC023595 EMBL:AC061709 EMBL:AC090424 EMBL:AC107020 EMBL:AC126612 EMBL:AL122107 EMBL:AL831921 RefSeq:NP_001129575.2 UniGene:Hs.49599 ProteinModelPortal:Q8N3T6 BioGrid:124930 IntAct:Q8N3T6 STRING:9606.ENSP00000324458 PhosphoSite:Q8N3T6 DMDM:288558838 PaxDb:Q8N3T6 PRIDE:Q8N3T6 Ensembl:ENST00000435159 GeneID:92293 KEGG:hsa:92293 UCSC:uc021rgn.1 CTD:92293 GeneCards:GC12P128751 H-InvDB:HIX0011128 HGNC:HGNC:25436 HPA:HPA015633 HPA:HPA015984 neXtProt:NX_Q8N3T6 PharmGKB:PA143485653 InParanoid:Q8N3T6 OMA:IPPDDSC ChiTaRS:TMEM132C GenomeRNAi:92293 NextBio:77678 PRO:PR:Q8N3T6 ArrayExpress:Q8N3T6 Bgee:Q8N3T6 CleanEx:HS_TMEM132C Genevestigator:Q8N3T6 Uniprot:Q8N3T6)

HSP 1 Score: 197.978 bits (502), Expect = 5.092e-50
Identity = 148/586 (25.26%), Postives = 274/586 (46.76%), Query Frame = 0
Query:  476 LSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDS-GRKDFYPSRGSELDITELLISSGVVRIAKSNIALLRNN-IIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAF-APLXGKYPRIIAVGSGRGKLLRVSVELPKTCLNNAHQSLTSKDT-EVIIKI------KSPQKKSLLMTKSRHPDDRR------------------APIKTFFEDHATLVAHKKSVDMGDLGDMIQDEEISQAHLESSQRHRNGGGYLHSYRSHPSLSHPRHYIDYTHLTPLEVGL-------YVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSIKSHQSVQNAHDWVWLXKSSSM 1026
            L+  +E++N AVLTG  ++ P+K+ +V E   + D++    C ST+  V+KVS  C  ++V+G E +G ++A +N  Y  L      T+W+P +PL+I++SDT LSQIKGWRVP               I  N++ + +  +E               C+L+YQ +TV +   F++E     G+ ++  S   + DIT L+  +  +++ + ++A L+++ ++ G   G T + V+SP+S   + +    V  ++ S+  + I++++GL ++++ + +   +   ++ TA  +VL +  QE +    L FSD +V PL   D   + L+  S D   V+   P   ++P ++A G G+G L+RV + + + C  +  +S+ +     V +K        SP           H  DRR                  +P++   E+ A   A   +  + D   ++++       L    + +N      ++ +H  L      ++   L     GL       Y LL VFC  I +F+ +C  +A ++R  + P+    + T S          HDWVWL   + +
Sbjct:  433 LAMDTEILNTAVLTGKTVAMPIKVVSVEENSAVMDISESVECKSTDEDVIKVSERCDYIFVNGKEIKGKMDAVVNFTYQYLSAPLCVTVWVPRLPLQIEVSDTELSQIKGWRVP---------------IVTNKRPTRESEDEDE------EERRGRGCALQYQHATVRVLTQFVSEGAGPWGQPNYLLSPNWQFDITHLV--ADFMKLEEPHVATLQDSRVLVGREVGMTTIQVLSPLSDSILAEKTITVLDDKVSVTDLAIQLVAGLSVALYPN-AENSKAVTAVVTA-EEVLRTPKQEAVFSTWLQFSDGSVTPLDIYDTKDFSLAATSQDEAVVSVPQPRSPRWPVVVAEGEGQGPLIRVDMTIAEACQKSKRKSILAVGVGNVRVKFGQNDADSSPGGDYEEDEIKNHASDRRQKGQHHERTGQDGHLYGSSPVER--EEGALRRATTTARSLLD-NKVVKNSRADGGRLAGEGQLQNIPIDFTNFPAHVDLPKAGSGLEENDLVQTPRGLSDLEIGMYALLGVFCLAILVFLINCATFALKYRHKQVPLEGQASMTHS----------HDWVWLGNEAEL 980          

HSP 2 Score: 48.1358 bits (113), Expect = 6.390e-4
Identity = 41/186 (22.04%), Postives = 71/186 (38.17%), Query Frame = 0
Query:  108 FVVLKTATPVLIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNSSSKPGLITDFKPHGLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETKSTCCSPDGRDGTCLGQLTLPSRWWPSLVFNGSEEGGKTKHPKIIASISYSVEEA--RGNSCSGNLDSRVSIIP 291
            F   KT  P ++ A YGPF   + VP   ++     G +  F+         D+K     L AH +  ++   +P ++VLFH  G    +       +  C+R++           C   G  G C+ +L L S W+ +       +    +       + Y+V     RG+   G+     +I P
Sbjct:   84 FFTYKTRQPPVLNASYGPFSVEKVVPLDLMLTSNFLGPTNKFS--------FDWK-----LKAHILRDKVYLSRPKVQVLFHIMGRD--WDDHGAGEKLPCLRVFAFRETREVRGSCRLKGDLGLCVAELELLSSWFSAPTVGAGRKKSMDQPEGTPVELYYTVHPGNERGDCAGGDFRKGNAIRP 254          
BLAST of EMLSAG00000000063 vs. GO
Match: - (symbol:Tmem132d "transmembrane protein 132D" species:10090 "Mus musculus" [GO:0003674 "molecular_function" evidence=ND] [GO:0005575 "cellular_component" evidence=ND] [GO:0010923 "negative regulation of phosphatase activity" evidence=ISO] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] MGI:MGI:3044963 GO:GO:0016021 GO:GO:0010923 KO:K17599 OrthoDB:EOG7DJSKK TreeFam:TF314981 InterPro:IPR026307 PANTHER:PTHR13388 GeneTree:ENSGT00550000074550 HOGENOM:HOG000154481 eggNOG:NOG148422 HOVERGEN:HBG108534 CTD:121256 EMBL:AB100355 EMBL:AK083210 EMBL:BC140953 RefSeq:NP_766473.1 UniGene:Mm.447698 STRING:10090.ENSMUSP00000043633 PhosphoSite:Q76HP3 PRIDE:Q76HP3 Ensembl:ENSMUST00000044441 GeneID:243274 KEGG:mmu:243274 UCSC:uc008zse.1 InParanoid:B2RU39 NextBio:385693 PRO:PR:Q76HP3 Bgee:Q76HP3 CleanEx:MM_TMEM132D Genevestigator:Q76HP3 Uniprot:Q76HP3)

HSP 1 Score: 191.815 bits (486), Expect = 4.560e-48
Identity = 154/580 (26.55%), Postives = 269/580 (46.38%), Query Frame = 0
Query:  476 LSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLD-SGRKDFYPSRGSELDITELLISSGVVRIAKSNIALLR-NNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSK-VLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVA-FAPLXGKYPRIIAVGSGRGKLLRVSVELPKTCLNNAHQSLTSKDTEVIIKIKSPQK-------KSLLMTKSRHPD---DRRAPIKTFFEDHATLVAHKKSVDMGDLGDM--------IQDEEISQAHLESSQRHRNGGGYLHSYRSHPSL-----SHPRHYIDYTH--LTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSIKSHQSVQNAHDWVWLXKSSSM 1026
            L+  +E++N A+LTG  ++ P+K+ +V E G +  +     C S++  V+KVS  C  V+V+G E +G +N  ++  Y +L      T+W+P +PL+I++SD  L+QIKGWRVP    +   R+  +              +EK GRG          C+L+YQ + V +   F+AE  D  G   +      ++DITEL+  +  +++ +  IA L+   I+ G   G T + ++SP+S   + +    V   + +I  + +++++GL LS+       R       TA ++ +L    QE  +   + FSD +V PL   D   + L   SLD + V+       K+P I A   G+G L++V + + ++C  +  +S+ +  T   IK+K  Q        +S  +    H +   DRR+  K F E  +       S  MG +            Q +E  +  L+     +     L S+     L         H +D     L+ LE+G+Y LL VFC  I +F+ +C  +A ++R  + P           +  + + ++HDWV L   + +
Sbjct:  430 LAMEAEILNTAILTGKTVAVPVKVISVEEDGTVQGLLDSVECRSSDEDVVKVSDRCDYVFVNGKEMKGKVNVVVSFTYQHLSSPLEMTVWVPRLPLQIEVSDMELNQIKGWRVPIVSNKRPARDSEEED-----------DDEKKGRG----------CTLQYQHAMVRVLTQFVAEAPDPGGHLAYLLGSDWQVDITELI--TDFMQVEEPRIAKLQGGQILTGQELGMTTIQILSPLSDAILAEKTITVLDEKVTITDLGVQLVTGLSLSLQLSPGSNRA---IFATAMAQELLQRPKQEAAISCWVQFSDGSVTPLDIYDEKDFSLMATSLDEKVVSILQDPKFKWPIIAAENEGQGALVKVEMLISESCQKSKRKSVLAVGT-ASIKVKFGQNDANPNSSESGHLGAGLHVENINDRRSK-KPFQEWGSPEGPFYSSSSMGLMEGWGSTTKRPTFQKKEGQENLLDDIILSQTMATDLTSFPDQMDLPGSNVGTEEHDLDQAAKGLSDLEIGMYALLGVFCLAILVFLINCVTFALKYRHKQVPF----------EEQEGLSHSHDWVGLSNRTEL 971          
BLAST of EMLSAG00000000063 vs. GO
Match: - (symbol:Tmem132a "Transmembrane protein 132A" species:10116 "Rattus norvegicus" [GO:0000139 "Golgi membrane" evidence=IEA] [GO:0005789 "endoplasmic reticulum membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] RGD:727936 GO:GO:0005783 GO:GO:0016021 GO:GO:0005794 GO:GO:0007420 GO:GO:0000139 GO:GO:0005789 GO:GO:0043069 CTD:54972 eggNOG:NOG253956 HOVERGEN:HBG099719 KO:K17599 InterPro:IPR026307 PANTHER:PTHR13388 HOGENOM:HOG000154481 EMBL:AY216677 RefSeq:NP_821140.1 UniGene:Rn.160719 PaxDb:Q80WF4 PRIDE:Q80WF4 GeneID:338474 KEGG:rno:338474 UCSC:RGD:727936 InParanoid:Q80WF4 NextBio:672583 Genevestigator:Q80WF4 Uniprot:Q80WF4)

HSP 1 Score: 189.504 bits (480), Expect = 1.760e-47
Identity = 217/943 (23.01%), Postives = 375/943 (39.77%), Query Frame = 0
Query:  118 LIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNSSSKPGLITDFKPHGLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETKSTCCSPDGRDGTCLGQLTLPSRWWPSLVFNGSEEGGKTKHPKIIASISYSVEEARGNSCSGNL----DSRVSIIPVIQLAKIPLVQPRRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVKIRCHSRSGIKILGLEETSEE-WSSRIDL--NTRNTIATVTVFRKKDAVTFLHEDE-PQNYTSNYEESNQTEDYGGVSGPVELFNWLLSV------DDRDFELWNAGXXXXXXXXXXXXXXXXXXXXXXXXXXXXLLSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSE--LDITELLISSGVVRIAKSNIALLRNN-IIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAPLXGKYPRIIAVGSG-RGKLLRVSVELPKTCLNNAHQ-SLTSKDTEVIIKIKSPQKKSLLMTKSRHPDDRRAPIKTFFEDHATLVAHKKSVDMGD-LGDMIQDEEISQAHLESSQRHRNGGGYLHSYRSHPSLSHPRHYIDYTHLTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSIKSHQSVQNAHDWVWLXKSSSMDDKSVQSNLSSHPP 1040
            L+RA Y PF  +Q VP +   P                      +P   D+ A  V   +   +P  RVLFH  G   P     G     C RL+ +    T    C      G C+ +L  PS+W+         +   T+     A ++Y++E A             + +   +PV  +   P   P+  ++++  DE++ +  P  P+ P       + L     +   S++ +R   + G+++          W++++D    +++  + +T  R   A       E P+    ++   N T     V+ PV    W L         ++D  +W                                L+   EL+N A LTG     P+++ TV   G + +VT    C S    VL+VS +C +V+V G E+RGA   +++  +  L  +   T+W P +PL+I+L+DT L QI+GWRVP          +G+   +   +        +  RG          C L+YQ++ V     F A  LD GR+  +   G +  LD++ L+ +   V+     IA L    I+ G  PG T + V SP+S   +G+    V  ++ S++ + ++ + G+ LS+    SH   G+ +        L +  QE  + + L FSD T+ P    D N   LSV + +P  V  A        ++  G G +G  L V++  P+ C    H+  L S    + +        +L  + +R P          F + +     + + DMG  +G  I+ +          + +             P+   P+   D      LE+G+Y LL +FC    IF+ +  V+  R+++ E P + +  A+            H+WVWL  +     + +    SS PP
Sbjct:   89 LLRASYPPFATQQVVPPRVTEPHR--------------------RPVPWDVRAVSVEAAVTPAEPYARVLFHLKGQDWP----PGPGSLPCARLHATHPAGTAHQACRFQPSLGACVVELQFPSQWF--------SQSATTR-----AELAYTLEPAGEGPGGCGPGTEEEPKEQALPVGSVELHPEDPPQ--HQEVPLDEVVTLRAPDVPVRPGQLFTATLLLRH---NFTASLLTLRIKVKKGLQVTAARPAQPTFWTAKLDRFKGSKHHTSLITCHRTGPAGPDSRPLELPEFLWVDFAVENSTGGGVAVTRPV---TWQLEYPGQAPEAEKDKMVWE------------------ILFSERDIRALIPLAKAEELVNTAPLTGVPQRIPVRLVTVDSGGALEEVTEHIGCESANTQVLQVSEACDAVFVAGQESRGAKGVRVDFWWRRLRASLKLTVWAPLLPLRIELTDTTLEQIRGWRVPGPA-------EGQLEPEAAAEEVE-----RRSRG----------CRLQYQRAGVRFLVPFAAHPLDGGRRLTH-LLGPDWLLDVSHLVAAHAHVQ--DPRIATLEGGRILVGREPGVTSIEVRSPLSDSILGEQALAVTDDKVSVLDLRVQPVMGISLSLSRGVSH--PGEVTATCWAQSALPAPKQEVALSLWLSFSDHTLAPAELYDRNDLGLSVSAEEPSAVVPAEEQRAQLGVVVSGVGAKGLPLHVALHPPEPCRRGRHRVPLASGTAWLGLPPLPTPAPALPSSPARTPP---------FTEASVEGKRQVAGDMGSHVGPGIRGKFERAEEEAGKEENEAKEEEEDEEEMVPA---PQRVTD------LELGMYALLGIFCLAFLIFLVNGVVFVLRYQRKEPPDSVTDPAS---------PQPHNWVWLGTNQEELSRQLDRCSSSSPP 914          
BLAST of EMLSAG00000000063 vs. GO
Match: - (symbol:Tmem132a "transmembrane protein 132A" species:10116 "Rattus norvegicus" [GO:0000139 "Golgi membrane" evidence=IEA] [GO:0005515 "protein binding" evidence=IPI] [GO:0005783 "endoplasmic reticulum" evidence=IDA] [GO:0005789 "endoplasmic reticulum membrane" evidence=IEA] [GO:0005794 "Golgi apparatus" evidence=IDA] [GO:0007420 "brain development" evidence=IEP] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0043069 "negative regulation of programmed cell death" evidence=IMP] RGD:727936 GO:GO:0005783 GO:GO:0016021 GO:GO:0005794 GO:GO:0007420 GO:GO:0000139 GO:GO:0005789 GO:GO:0043069 CTD:54972 eggNOG:NOG253956 HOVERGEN:HBG099719 KO:K17599 InterPro:IPR026307 PANTHER:PTHR13388 HOGENOM:HOG000154481 EMBL:AY216677 RefSeq:NP_821140.1 UniGene:Rn.160719 PaxDb:Q80WF4 PRIDE:Q80WF4 GeneID:338474 KEGG:rno:338474 UCSC:RGD:727936 InParanoid:Q80WF4 NextBio:672583 Genevestigator:Q80WF4 Uniprot:Q80WF4)

HSP 1 Score: 189.504 bits (480), Expect = 1.760e-47
Identity = 217/943 (23.01%), Postives = 375/943 (39.77%), Query Frame = 0
Query:  118 LIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNSSSKPGLITDFKPHGLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETKSTCCSPDGRDGTCLGQLTLPSRWWPSLVFNGSEEGGKTKHPKIIASISYSVEEARGNSCSGNL----DSRVSIIPVIQLAKIPLVQPRRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVKIRCHSRSGIKILGLEETSEE-WSSRIDL--NTRNTIATVTVFRKKDAVTFLHEDE-PQNYTSNYEESNQTEDYGGVSGPVELFNWLLSV------DDRDFELWNAGXXXXXXXXXXXXXXXXXXXXXXXXXXXXLLSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSE--LDITELLISSGVVRIAKSNIALLRNN-IIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAPLXGKYPRIIAVGSG-RGKLLRVSVELPKTCLNNAHQ-SLTSKDTEVIIKIKSPQKKSLLMTKSRHPDDRRAPIKTFFEDHATLVAHKKSVDMGD-LGDMIQDEEISQAHLESSQRHRNGGGYLHSYRSHPSLSHPRHYIDYTHLTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSIKSHQSVQNAHDWVWLXKSSSMDDKSVQSNLSSHPP 1040
            L+RA Y PF  +Q VP +   P                      +P   D+ A  V   +   +P  RVLFH  G   P     G     C RL+ +    T    C      G C+ +L  PS+W+         +   T+     A ++Y++E A             + +   +PV  +   P   P+  ++++  DE++ +  P  P+ P       + L     +   S++ +R   + G+++          W++++D    +++  + +T  R   A       E P+    ++   N T     V+ PV    W L         ++D  +W                                L+   EL+N A LTG     P+++ TV   G + +VT    C S    VL+VS +C +V+V G E+RGA   +++  +  L  +   T+W P +PL+I+L+DT L QI+GWRVP          +G+   +   +        +  RG          C L+YQ++ V     F A  LD GR+  +   G +  LD++ L+ +   V+     IA L    I+ G  PG T + V SP+S   +G+    V  ++ S++ + ++ + G+ LS+    SH   G+ +        L +  QE  + + L FSD T+ P    D N   LSV + +P  V  A        ++  G G +G  L V++  P+ C    H+  L S    + +        +L  + +R P          F + +     + + DMG  +G  I+ +          + +             P+   P+   D      LE+G+Y LL +FC    IF+ +  V+  R+++ E P + +  A+            H+WVWL  +     + +    SS PP
Sbjct:   89 LLRASYPPFATQQVVPPRVTEPHR--------------------RPVPWDVRAVSVEAAVTPAEPYARVLFHLKGQDWP----PGPGSLPCARLHATHPAGTAHQACRFQPSLGACVVELQFPSQWF--------SQSATTR-----AELAYTLEPAGEGPGGCGPGTEEEPKEQALPVGSVELHPEDPPQ--HQEVPLDEVVTLRAPDVPVRPGQLFTATLLLRH---NFTASLLTLRIKVKKGLQVTAARPAQPTFWTAKLDRFKGSKHHTSLITCHRTGPAGPDSRPLELPEFLWVDFAVENSTGGGVAVTRPV---TWQLEYPGQAPEAEKDKMVWE------------------ILFSERDIRALIPLAKAEELVNTAPLTGVPQRIPVRLVTVDSGGALEEVTEHIGCESANTQVLQVSEACDAVFVAGQESRGAKGVRVDFWWRRLRASLKLTVWAPLLPLRIELTDTTLEQIRGWRVPGPA-------EGQLEPEAAAEEVE-----RRSRG----------CRLQYQRAGVRFLVPFAAHPLDGGRRLTH-LLGPDWLLDVSHLVAAHAHVQ--DPRIATLEGGRILVGREPGVTSIEVRSPLSDSILGEQALAVTDDKVSVLDLRVQPVMGISLSLSRGVSH--PGEVTATCWAQSALPAPKQEVALSLWLSFSDHTLAPAELYDRNDLGLSVSAEEPSAVVPAEEQRAQLGVVVSGVGAKGLPLHVALHPPEPCRRGRHRVPLASGTAWLGLPPLPTPAPALPSSPARTPP---------FTEASVEGKRQVAGDMGSHVGPGIRGKFERAEEEAGKEENEAKEEEEDEEEMVPA---PQRVTD------LELGMYALLGIFCLAFLIFLVNGVVFVLRYQRKEPPDSVTDPAS---------PQPHNWVWLGTNQEELSRQLDRCSSSSPP 914          
BLAST of EMLSAG00000000063 vs. GO
Match: - (symbol:Tmem132e "transmembrane protein 132E" species:10116 "Rattus norvegicus" [GO:0003674 "molecular_function" evidence=ND] [GO:0005575 "cellular_component" evidence=ND] [GO:0008150 "biological_process" evidence=ND] RGD:1565522 EMBL:CH473948 KO:K17599 OrthoDB:EOG7DJSKK TreeFam:TF314981 InterPro:IPR026307 PANTHER:PTHR13388 GeneTree:ENSGT00550000074550 CTD:124842 OMA:VAWAQGT EMBL:AABR06064887 EMBL:AABR06064888 RefSeq:NP_001127882.1 UniGene:Rn.46621 Ensembl:ENSRNOT00000055999 GeneID:287564 KEGG:rno:287564 NextBio:626533 Uniprot:D4A2A3)

HSP 1 Score: 188.734 bits (478), Expect = 2.878e-47
Identity = 160/591 (27.07%), Postives = 276/591 (46.70%), Query Frame = 0
Query:  291 PVIQLAKIPLVQP--RRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVK---IRCHSRSGIKILGLEETSEEW--SSRIDLNTRNTIATVTV----------FRKKDAVTFLHED-EPQNYTSNYEESNQTE--DYGGVSGPVELFNWL--LSVDDRDFELWNAGXXXXXXXXXXXXXXXXXXXXXXXXXXXXLLSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSE--LDITELLISSGVVRIAKSNIA-LLRNNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHAD--QSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAPLXGKYPRIIAVGSGRGKLLRVSVELPKTCLNNAHQSLTS 854
            P++++  I L +P  RR  ++   D  L + +P  PL P   L + ++L           ++   +R  ++ G+ +LG +  + +W  +S +    +++ ATV V          +  +  +  L  D E +N+TS   +       DY G S   +L   +  L+V  RD +                                  L+  +E+IN A+LTG  ++ P+K+  +   G + DV+    C S    ++KVSSSC  V+V G E+RG++NA++  +Y  L      T+W+P +PL I+LSD RLSQ+KGWRVP               I  + +S+ +  +E+     RR S+++  C+L+YQ +T+ ++  F       G +      G +  +++T+L+  S  +R+    +A L+ +N + GL PG T   V+SP++   +G+    V + + SI  +  ++++ L LS+      SH         TA    LSS  QE L+ + L +SD T  PLS      Y L V SLD R VA       +P ++A   G G LLR  + + ++C     +S+ +
Sbjct:  177 PLLRIGSISLFRPPPRRAMQEHRLDSNLMIRLPDRPLRPGEVLSILLYLAPNSSSAASPSLEHFTLRVKAKKGVTLLGTKSRNGQWHVTSELLTGAKHSTATVDVAWAQGTPLPPWESQGPLEILQLDFEMENFTSQSVKRRIMWHIDYRGHSALPDLERAVTELTVIQRDVQ------------------------------AILPLAMDTEIINTAILTGRTVAIPVKVIAIEVTGVVLDVSDLVECQSHREDIIKVSSSCDYVFVSGKESRGSMNARVTFRYDVLSAPLEMTVWVPKLPLHIELSDARLSQVKGWRVP---------------ILPDRRSARESEDEEEEEEERRQSANR-GCTLQYQHATLQVFTQFHTTS-SEGTEQVVTMLGPDWLVEVTDLV--SDFMRVGDPRVAHLVDSNTLAGLEPGTTPFKVVSPLTEAVLGETLLTVTEEKVSITQLQAQVVASLTLSLRPSPGSSH----TILATTAAQPTLSSVKQEALLSLWLSYSDGTTAPLSLYSPRDYGLLVNSLDER-VATVTQDKAFPLLVAEAEGAGDLLRAELTISESCQKTKRKSVLA 713          

HSP 2 Score: 51.6026 bits (122), Expect = 5.526e-5
Identity = 30/85 (35.29%), Postives = 42/85 (49.41%), Query Frame = 0
Query:  956 LTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSIKSHQSVQNAHDWVWLXKSSSMDDKSVQSNLSSHPP 1040
            LT LE+G+Y LL VFC  I +F+ +C V+  R+R    P    T          S+ ++H WV+L     +    VQ  LS  PP
Sbjct:  793 LTDLEIGMYALLGVFCLAILVFLINCIVFVLRYRHKRIPPEGQT----------SMDHSHHWVFLGNGQPL---RVQGELS--PP 862          
BLAST of EMLSAG00000000063 vs. GO
Match: - (symbol:Tmem132e "transmembrane protein 132E" species:10090 "Mus musculus" [GO:0003674 "molecular_function" evidence=ND] [GO:0005575 "cellular_component" evidence=ND] [GO:0008150 "biological_process" evidence=ND] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] MGI:MGI:2685490 GO:GO:0016021 KO:K17599 OrthoDB:EOG7DJSKK TreeFam:TF314981 InterPro:IPR026307 PANTHER:PTHR13388 GeneTree:ENSGT00550000074550 HOGENOM:HOG000154481 eggNOG:NOG148422 HOVERGEN:HBG108534 CTD:124842 EMBL:AL645797 EMBL:BN000151 RefSeq:NP_075927.2 UniGene:Mm.341593 PhosphoSite:Q6IEE6 PaxDb:Q6IEE6 PRIDE:Q6IEE6 DNASU:270893 Ensembl:ENSMUST00000092852 GeneID:270893 KEGG:mmu:270893 UCSC:uc007kmv.1 NextBio:393391 PRO:PR:Q6IEE6 ArrayExpress:Q6IEE6 Bgee:Q6IEE6 CleanEx:MM_TMEM132E Genevestigator:Q6IEE6 Uniprot:Q6IEE6)

HSP 1 Score: 187.578 bits (475), Expect = 6.587e-47
Identity = 162/591 (27.41%), Postives = 273/591 (46.19%), Query Frame = 0
Query:  291 PVIQLAKIPLVQP--RRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVK---IRCHSRSGIKILGLEETSEEW--SSRIDLNTRNTIATVTVFRKKDA----------VTFLHED-EPQNYTSNYEESNQTE--DYGGVSGPVELFNWL--LSVDDRDFELWNAGXXXXXXXXXXXXXXXXXXXXXXXXXXXXLLSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSE--LDITELLISSGVVRIAKSNIA-LLRNNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHAD--QSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAPLXGKYPRIIAVGSGRGKLLRVSVELPKTCLNNAHQSLTS 854
            P++++  I L +P  RR  ++   D  L + +P  PL P   L + ++L           V+   +R  ++ G+ +LG +  S +W  +S +    +++ ATV V    D           +  L  D E +N+TS   +       DY G S   +L   +  L+V  RD +                                  L+  +E+IN A+LTG  ++ P+K+  +   G + DV+    C S    ++KVSSSC  V+V G E+RG++NA++  +Y  L      T+W+P +PL I+LSD RLSQ+KGWRVP               I  + +S+ +  +E+     RR S+++  C+L+YQ +T+ ++  F       G        G +  +++T+L+  S  +R+    +A L+ +N + GL PG T   V+SP++   +G+    V + + SI  +  ++++ L LS+      SH         TA    LS   QE L+ + L +SD T  PLS      Y L V SLD R VA       +P ++A   G G LLR  + + ++C     +S+ +
Sbjct:  177 PLLRIGSISLFRPPPRRAVQEHRLDSNLMIRLPDRPLRPGEVLSILLYLAPNSSSAASPSVEHFTLRVKAKKGVTLLGTKSRSGQWRVTSELLTGAKHSTATVDVAWALDTPLPPWEGQGPLEILQLDFEMENFTSQSVKRRIMWHIDYRGHSALPDLERAVTELTVIQRDVQ------------------------------AILPLAMDTEIINTAILTGRTVAIPVKVIAIEVTGLVLDVSDLVECQSHSEDIIKVSSSCDYVFVSGKESRGSMNARVTFRYDVLSAPLEMTVWVPKLPLHIELSDARLSQVKGWRVP---------------ILPDRRSARESEDEEEEEEERRQSANR-GCTLQYQHATLQVFTQFHTTS-SEGTDQVVTMLGPDWLVEVTDLV--SDFMRVGDPRVAHLVDSNTLAGLEPGTTPFKVVSPLTEAVLGETLLTVTEEKVSITQLQAQVVASLTLSLRPSPGSSH----TILATTAAQPTLSLVKQEALLSLWLSYSDGTTAPLSLYSSRDYGLLVSSLDER-VATVTQDKAFPLVVAEAEGSGDLLRAELTISESCQKTKRKSVLA 713          

HSP 2 Score: 51.6026 bits (122), Expect = 6.220e-5
Identity = 30/85 (35.29%), Postives = 42/85 (49.41%), Query Frame = 0
Query:  956 LTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSIKSHQSVQNAHDWVWLXKSSSMDDKSVQSNLSSHPP 1040
            LT LE+G+Y LL VFC  I +F+ +C V+  R+R    P    T          S+ ++H WV+L     +    VQ  LS  PP
Sbjct:  793 LTDLEIGMYALLGVFCLAILVFLINCIVFVLRYRHKRIPPEGQT----------SMDHSHHWVFLGNGQPL---RVQGELS--PP 862          
BLAST of EMLSAG00000000063 vs. C. finmarchicus
Match: gi|592820235|gb|GAXK01134333.1| (TSA: Calanus finmarchicus comp92521_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 707.212 bits (1824), Expect = 0.000e+0
Identity = 417/1067 (39.08%), Postives = 602/1067 (56.42%), Query Frame = 0
Query:    4 VFRFLGTVLSILFLSTGWAKGLDVHFEDPTAGFFFRETRTSSDYVPSTDYSLRRLPSSPAAEPTTXXXXXXXXXXXXXXXXXXXXXXNVGPGSELADDVLHTARFVVLKTATPVLIRAEYGPFEQRQTVPTQYVVPDLXXXXXXXXXXXXXXGLITDFKPHGLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETKSTCCSPDGRDGTCLGQLTLPSRWWPSLVFNGSEEGGKTKHPKIIASISYSVEEARGNSCSGNLDSRVSIIPVIQLAKIPLVQPRRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVKIRCHSRSGIKILGLEETSEEWSSRIDLNTRNTIATVTVFRKKDAVTFLHEDEPQNYTSNYEESNQTEDYGGVSGPVELFNWLLSVDDRDFELWNAGXXXXXXXXXXXXXXXXXXXXXXXXXXXXL------------------LSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRS--IKNNEKSSSDWSNEKNGRGNRRTS------SDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSELDITELLISSGVVRIAKSNIALLRNNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAPLXG-KYPRIIAVGSGRGKLLRVSVELPKTCLNNAHQSLTSKDTEVIIK------IKSPQKKSLLMTKSRHPDDRRAPIKTFFEDHATLVAHKKSVDMGDLGDMIQDEEISQAHLESSQRHRNGGGYLHSYRSHPSLSHPRHYIDYTH-LTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSIKSHQSVQNAHDWVWLXKSSSMDDKSVQSNLS 1036
            +F+ +  ++  LFL  G    +DVHF+D  +GFF +E+ TSSD         +   SSPA  P+T                                ++   ++F VL+++  V ++A YGPF  RQTVP  + +PDL+  ++   N       I D KPH LDLSAH VT E+ +D+PVLRVLFH+G  G  +R       ++CI L   L N+T    CSP G+DGTCLGQ+T+PS WWP L    +E G   KHPKI+  + YSV+  +   C+     +V+I P+  +  +PL   + GY+Q+A DEILHMLIPQ PLYP+SRLYVPVF++QP++   +SV+ I+C +R G+ I G+EETS++W+ RIDLN+R TI TVT FRK  ++    + E                    SGP E+FNWL  +D  + ELW  G                                               +S   E++N AVLTG Q+S+PLKIF V+EAG+IADVTL +SC + ++S LKVSSSCTSVYVDGSETRGALNA++ VKYG   G   +T+WM +IPL++++ DT+LSQIK W+VP    +  E+   KR+  I+NN +   D   E++ + + + S       +   C  RYQQS++ +Y  F AED DSGR+D + SR S LD+T+L  +   +R     +  +    IQG + G+T + V+SPI+G  +G +E +V KN+E+I  + +R++SG+ L +  D S   + ++ LQT  S+ LS+KYQEGL+D++++FSD T  PL +ID  QY+L+V +L+   +AFAP+ G K PR+IAVG G G+LL+VS+EL   C     + L +    V +       ++ P+ +  L    R+   R+       +D +++    KSVDMGDL ++      S   L       N     ++ +  PS      Y  Y H +TPLEVG+Y+LL VFC  IA+F+ASCFVYAS+H K  +P+          +  QSVQNAHDWVWL +  ++D  SV ++ S
Sbjct:  125 MFKTVFVIVYSLFLVIGNCSCIDVHFDDAASGFFIKESDTSSDDDSKLG---KGRGSSPA--PSTV-------------------------------EIQKESKFTVLRSSQLVSLKASYGPFLSRQTVPASHFIPDLAVNTNSSNNVLQPDS-IGDLKPHLLDLSAHIVTKEVRKDQPVLRVLFHSGQRG--FRG-QSKKNSVCIVLSAVLNNKTVEGVCSPSGKDGTCLGQITIPSGWWPPLT---AENGKLIKHPKIVTQVFYSVQFKKDGECTLGPSDQVTITPMQLIGPVPLAVSQSGYQQVASDEILHMLIPQTPLYPSSRLYVPVFVEQPQEASPVSVIVIKCRARRGVSIAGIEETSDDWTLRIDLNSRGTIGTVTAFRKDASLLAAKKHE-------------------YSGPHEIFNWLYVIDSNESELWEGGKLVWHVKYQHEESDELEEDLAASNYSKNARLRHRLDVKKDDVQTVLPISKRWEIMNTAVLTGRQVSQPLKIFIVSEAGKIADVTLHTSCHTNDDSALKVSSSCTSVYVDGSETRGALNAEVKVKYGTFSGHGFYTVWMAEIPLELEIPDTKLSQIKSWKVP----DSVEKGYQKRAAEIQNNWR---DHFEEQSKKLDEKRSKLIEEIEESHECQARYQQSSIKVYARFQAEDPDSGRRDHFISRNSMLDVTDL--TKRALRALDPRVVSVTGTTIQGHTIGRTEIQVLSPITGHVLGSSEVKVVKNKETITDLKVRVVSGISLVVQPDAS--LQNQFILQTILSEKLSTKYQEGLLDITVVFSDGTTTPLRNIDPEQYYLTVDTLNSHVIAFAPVAGSKDPRVIAVGKGDGRLLQVSLELADDCHEKHDEPLATATAYVHVDFTGSPHLEVPENERKLNKGQRNKKKRKE-----LKDDSSM----KSVDMGDLSEI-----FSNIALRDDNSRVNSETIPYNSKHPPS----NVYESYHHQMTPLEVGMYILLGVFCVAIAVFMASCFVYASKHNKPNFPLE---------RKSQSVQNAHDWVWLGR-QTLDKSSVATSGS 3022          

HSP 2 Score: 77.7962 bits (190), Expect = 2.399e-13
Identity = 36/53 (67.92%), Postives = 43/53 (81.13%), Query Frame = 0
Query: 1250 QPPLRQSPASALPPL-TENDFIIRPEDIQRPRGEYIPLNPDIEKPSPPRKGSA 1301
            QP LRQSPASALPP   + ++II PE I++PRGEYIPLNPDI KP+PPR G+ 
Sbjct: 3803 QPLLRQSPASALPPYPADENYIITPEHIRKPRGEYIPLNPDINKPNPPRLGAC 3961          

HSP 3 Score: 36.1946 bits (82), Expect = 1.255e+0
Identity = 15/27 (55.56%), Postives = 20/27 (74.07%), Query Frame = 0
Query: 1193 IDSSTYTKKSSSIHPEGMILPVGFPIF 1219
            ++S+TYT+K   I   G ILPVGFP+F
Sbjct: 3506 VNSATYTRKKPVIPSHGDILPVGFPVF 3586          
BLAST of EMLSAG00000000063 vs. C. finmarchicus
Match: gi|592899687|gb|GAXK01058688.1| (TSA: Calanus finmarchicus comp1216725_c0_seq6 transcribed RNA sequence)

HSP 1 Score: 38.891 bits (89), Expect = 5.943e-2
Identity = 21/88 (23.86%), Postives = 43/88 (48.86%), Query Frame = 0
Query:  860 IIKIKSPQKKSLLMTKSRHPDDRRAPIKTFFEDHATLVAHKKSVDMGDLGDMIQDEEISQAHLESSQRHRNGGGYLHSYRSHPSLSHP 947
            ++ +KSP+    L+ K R  + R A  +  ++++ T      + ++  +   I+D+E         Q+H N   Y++ ++SHP L  P
Sbjct:   97 VVLLKSPESPVYLVAKGRREEAREALKRLKYDNYDT------AAEIKTISKTIEDQE--------QQKHVNKMDYINHFKSHPELYKP 318          
BLAST of EMLSAG00000000063 vs. C. finmarchicus
Match: gi|592934074|gb|GAXK01024479.1| (TSA: Calanus finmarchicus comp685306_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 35.039 bits (79), Expect = 2.033e+0
Identity = 27/101 (26.73%), Postives = 46/101 (45.54%), Query Frame = 0
Query:  569 IPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEK---SSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRG 666
            I LK+DL ++R+S     R   Y+K++N +    R   N      S    + E+  R +R     KL   L  QQ  +   G  +  D+D+ ++++   RG
Sbjct: 1397 IALKLDLKESRISVWFQNRRAKYRKKENTKKGPGRPAHNAHPQTCSGEPMTPEEMARKDRERHEKKLRKQLEKQQKKLAQKGIHV--DIDTLKREYLAQRG 1693          
BLAST of EMLSAG00000000063 vs. L. salmonis peptides
Match: EMLSAP00000000063 (pep:novel supercontig:LSalAtl2s:LSalAtl2s100:316619:404033:1 gene:EMLSAG00000000063 transcript:EMLSAT00000000063 description:"maker-LSalAtl2s100-augustus-gene-4.17")

HSP 1 Score: 2688.68 bits (6968), Expect = 0.000e+0
Identity = 1343/1343 (100.00%), Postives = 1343/1343 (100.00%), Query Frame = 0
Query:    1 MTEVFRFLGTVLSILFLSTGWAKGLDVHFEDPTAGFFFRETRTSSDYVPSTDYSLRRLPSSPAAEPTTSIVLNSVSSSSSSHLPNSSRFSNVGPGSELADDVLHTARFVVLKTATPVLIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNSSSKPGLITDFKPHGLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETKSTCCSPDGRDGTCLGQLTLPSRWWPSLVFNGSEEGGKTKHPKIIASISYSVEEARGNSCSGNLDSRVSIIPVIQLAKIPLVQPRRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVKIRCHSRSGIKILGLEETSEEWSSRIDLNTRNTIATVTVFRKKDAVTFLHEDEPQNYTSNYEESNQTEDYGGVSGPVELFNWLLSVDDRDFELWNAGXXXXXXXXXXXXXXXXXXXXXXXXXXXXLLSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSELDITELLISSGVVRIAKSNIALLRNNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAPLXGKYPRIIAVGSGRGKLLRVSVELPKTCLNNAHQSLTSKDTEVIIKIKSPQKKSLLMTKSRHPDDRRAPIKTFFEDHATLVAHKKSVDMGDLGDMIQDEEISQAHLESSQRHRNGGGYLHSYRSHPSLSHPRHYIDYTHLTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSIKSHQSVQNAHDWVWLXKSSSMDDKSVQSNLSSHPPHPDVLRQQRRYRQRASYMGSEVNIIPNPRTEEFELSVSDPNTPIMPSNSHLNNSENTGGSAPAIPPHQNLRGAVKKNTNPFLYDEEELEREYLIHKSNEKERGYHPFCEVYDTVEGSKSGCISQFHPGTFDGKTFKQEEIQLPGESLRSSQMIDSSTYTKKSSSIHPEGMILPVGFPIFSQDDENVSSSSSWDEEEEQEEDEVEEEETIQPPLRQSPASALPPLTENDFIIRPEDIQRPRGEYIPLNPDIEKPSPPRKGSAIPNHMGTYTIKKRANVIGNPMFPNESRSDTXKNSMRRLRKKK 1343
            MTEVFRFLGTVLSILFLSTGWAKGLDVHFEDPTAGFFFRETRTSSDYVPSTDYSLRRLPSSPAAEPTTSIVLNSVSSSSSSHLPNSSRFSNVGPGSELADDVLHTARFVVLKTATPVLIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNSSSKPGLITDFKPHGLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETKSTCCSPDGRDGTCLGQLTLPSRWWPSLVFNGSEEGGKTKHPKIIASISYSVEEARGNSCSGNLDSRVSIIPVIQLAKIPLVQPRRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVKIRCHSRSGIKILGLEETSEEWSSRIDLNTRNTIATVTVFRKKDAVTFLHEDEPQNYTSNYEESNQTEDYGGVSGPVELFNWLLSVDDRDFELWNAGXXXXXXXXXXXXXXXXXXXXXXXXXXXXLLSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSELDITELLISSGVVRIAKSNIALLRNNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAPLXGKYPRIIAVGSGRGKLLRVSVELPKTCLNNAHQSLTSKDTEVIIKIKSPQKKSLLMTKSRHPDDRRAPIKTFFEDHATLVAHKKSVDMGDLGDMIQDEEISQAHLESSQRHRNGGGYLHSYRSHPSLSHPRHYIDYTHLTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSIKSHQSVQNAHDWVWLXKSSSMDDKSVQSNLSSHPPHPDVLRQQRRYRQRASYMGSEVNIIPNPRTEEFELSVSDPNTPIMPSNSHLNNSENTGGSAPAIPPHQNLRGAVKKNTNPFLYDEEELEREYLIHKSNEKERGYHPFCEVYDTVEGSKSGCISQFHPGTFDGKTFKQEEIQLPGESLRSSQMIDSSTYTKKSSSIHPEGMILPVGFPIFSQDDENVSSSSSWDEEEEQEEDEVEEEETIQPPLRQSPASALPPLTENDFIIRPEDIQRPRGEYIPLNPDIEKPSPPRKGSAIPNHMGTYTIKKRANVIGNPMFPNESRSDTXKNSMRRLRKKK
Sbjct:    1 MTEVFRFLGTVLSILFLSTGWAKGLDVHFEDPTAGFFFRETRTSSDYVPSTDYSLRRLPSSPAAEPTTSIVLNSVSSSSSSHLPNSSRFSNVGPGSELADDVLHTARFVVLKTATPVLIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNSSSKPGLITDFKPHGLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETKSTCCSPDGRDGTCLGQLTLPSRWWPSLVFNGSEEGGKTKHPKIIASISYSVEEARGNSCSGNLDSRVSIIPVIQLAKIPLVQPRRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVKIRCHSRSGIKILGLEETSEEWSSRIDLNTRNTIATVTVFRKKDAVTFLHEDEPQNYTSNYEESNQTEDYGGVSGPVELFNWLLSVDDRDFELWNAGXXXXXXXXXXXXXXXXXXXXXXXXXXXXLLSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSELDITELLISSGVVRIAKSNIALLRNNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAPLXGKYPRIIAVGSGRGKLLRVSVELPKTCLNNAHQSLTSKDTEVIIKIKSPQKKSLLMTKSRHPDDRRAPIKTFFEDHATLVAHKKSVDMGDLGDMIQDEEISQAHLESSQRHRNGGGYLHSYRSHPSLSHPRHYIDYTHLTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSIKSHQSVQNAHDWVWLXKSSSMDDKSVQSNLSSHPPHPDVLRQQRRYRQRASYMGSEVNIIPNPRTEEFELSVSDPNTPIMPSNSHLNNSENTGGSAPAIPPHQNLRGAVKKNTNPFLYDEEELEREYLIHKSNEKERGYHPFCEVYDTVEGSKSGCISQFHPGTFDGKTFKQEEIQLPGESLRSSQMIDSSTYTKKSSSIHPEGMILPVGFPIFSQDDENVSSSSSWDEEEEQEEDEVEEEETIQPPLRQSPASALPPLTENDFIIRPEDIQRPRGEYIPLNPDIEKPSPPRKGSAIPNHMGTYTIKKRANVIGNPMFPNESRSDTXKNSMRRLRKKK 1343          
BLAST of EMLSAG00000000063 vs. SwissProt
Match: gi|928589329|sp|L7VG99.1|T132E_DANRE (RecName: Full=Transmembrane protein 132E; Flags: Precursor)

HSP 1 Score: 227.254 bits (578), Expect = 2.033e-59
Identity = 254/1049 (24.21%), Postives = 433/1049 (41.28%), Query Frame = 0
Query:   66 PTTSIVLNSV------SSSSSSHLPNSSRFSNV----------GP--GSELADDVLHTARFVVLKTATPVLIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNSSSKPGLITDFKPHGLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETKSTCCSPDGRDGTCLGQLTLPSRWWPSLVF----------NGSEEGGKTKHPKIIASISYSVEEARGNSCSGNLDSR---------VSIIPVIQLAKIPLVQPRRGY----RQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVKIRCHSRSGIKILGLEETSEEWSSRIDLNT--RNTIATVTVFRKKDAVTFLHEDEPQNYTSNYEESNQTEDYGGVSGPVELFNWLLSVDDRDFEL-------------WNAGXXXXXXXXXXXXXXXXXXXXXXXXXXXXLLSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGS--ELDITELLISSGVVRIAKSNIALLRN-NIIQGLSPGKTYVHVMSPISGKEI-GKAEFRVAKNRESIVGMNIRILSGLKLSIHAD--QSHRRRGKYS-LQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAPL-XGKYPRIIAVGSGRGKLLRVSVELPKTCLNNAHQSLTSKDTEVIIKIKSPQKKSLLMTKSRHPD-DRRAPIKTFFEDHATLVAHKKSVD--MGDLGDMIQDEEISQAHLESSQRHRNGGGYLHSYRSHPSLSHPRHYID-------YTH----LTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSIKSHQSVQNAHDWVWLXKSSSMDDKSVQSNLS 1036
            PT+S  L SV      SS    +LP + + SN            P  GS+    +  +  FVV +T     +    GPF Q QT+       DL + SSP       PG +T        + A  V + +    P+++VLF+  G    +       +  C+RL+         T C   G    CL QL LPS W+   V           +G E  G+T    +   + Y++ +   N   G    R         +S  P++++  I L QP +      +QL  D+ L + +P+ PL P   L + + L       Q +   ++  ++ G+ +L  +  S +W    D+ +  +++IATV   + K                           G ++G +E+          DFE+             WN                               LS  +E+IN AVLTG  ++ P+K+ ++   G + DV+    C S    ++KVS +C  V+V+G ETRG++NA++   Y +L      T+W+P +PLK++LSD RLS IKGWRVP        R+       + + S          RG          C+L+YQ++ + +   F       G        G   ++D+TEL+  S  +++    +A L +  ++     G + + V SP++ + + G+ +F V   + SIV + +  +SGL L++      SH    K + LQT     LS+  QE    + + +SD T  PLS  D   Y+L+  S D + V  A     ++P IIA G G G ++ V + + +TC     +S+ +  + V +K++    +          + D R P  T           + ++D  +G  G    +E+ +   ++              Y + P++S+P    +       + H    +T LE+G+Y LL VFC  I +F+ +C V+  ++R    P           +   ++ ++H WV+L     +     QS+LS
Sbjct:   30 PTSSDALFSVPVPSATSSPPEVYLPATFKLSNTQLAFFLQENRAPSYGSQRGHPLQRSESFVVFQTKELPAVNISLGPFTQDQTLSK-----DLLQPSSP----LDIPGRLT----VNWKVRAFIVQSRVYASNPLVQVLFYIAGRD--WDDFKIQDKLPCVRLHAFRDVREIKTSCRLQGNLAQCLAQLDLPSTWFNVNVAPLGRRKSSGTDGLELTGET----LQVELYYTLHDPDSNDECGESYPRRGGPSRGESLSQQPLLRIGSISLYQPSQEQLVVDKQL--DKNLFLRLPERPLKPGETLNIYLLLVPNSTVEQFT---LKVKAKKGVNLLSTKSRSNQWRVEWDMQSGAKHSIATVEASKIKGV------------------------SGDMAGSIEIMQL-------DFEMENFTSQSVTRRINWNIDYRGQNPTSDAEKVVTELTVVQKDIQAIIPLSMDTEIINTAVLTGRTVAIPVKVVSIELNGAVTDVSSSVQCKSFNEDIVKVSMNCDYVFVNGKETRGSMNARVIFSYEHLSAPLELTVWVPKLPLKVELSDNRLSFIKGWRVPILPDRRTARDSDDDDDDDRKVS----------RG----------CTLQYQRAQIKVLTQFHTTS-SEGTNQMITMLGPDWQVDVTELVQDS--LKVVDGRVAELADRTVLVANELGSSTLKVESPLAVEAVLGETQFSVVDEKVSIVELRVHAISGLALNLQPSPGNSHTMVAKATGLQT-----LSTLKQEASFSIWVYYSDNTAAPLSMYDPKDYNLNGTSADDKVVTVAQQPQQRWPVIIAEGEGTGDIVHVEMTISETCQKTKRKSVIAS-SSVFVKVRFGTDEDSEEDMEMETEIDTRMPANT----------RRPAIDSNVGGAGYEPSNEQPASVPID--------------YTNFPTISNPEEPTEEDEEDDEFVHSPRSMTDLEIGMYALLGVFCLAILVFLINCIVFVLKYRHKRIPP----------EGQANMDHSHHWVFLGNGEPL---RTQSDLS 957          
BLAST of EMLSAG00000000063 vs. SwissProt
Match: gi|145566963|sp|Q14DG7.2|T132B_HUMAN (RecName: Full=Transmembrane protein 132B)

HSP 1 Score: 219.164 bits (557), Expect = 7.537e-57
Identity = 167/590 (28.31%), Postives = 279/590 (47.29%), Query Frame = 0
Query:  476 LSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSELDITELLISSGVVRIAKSNIALLRNN-IIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYS-KVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAF-APLXGKYPRIIAVGSGRGKLLRVSVELPKTCLNNAHQS-LTSKDTEVIIK-----------------IKSPQKKSLLMTKSRHPDDRRAPIKTFFEDHATLVAHKKSVDMGDLGDMIQDEEISQAHLESSQRHRNGGG--YLHSYRSHPSLSHPRHYIDYT----HLTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSIKSHQSVQNAHDWVWLXKSSSMDDKSVQSNLSSH 1038
            L+  +E++N A+LTG  +S P+K+  V E G + DV+    C S +  V+KVS++C S++V+G E +  ++  +N  + +       T+W P +PL+I++SDT LSQIKGWR+P        R                   EK GRG          CSL+YQ +TV +   F+AE  D G+  +      + DIT+L+  +  +++ +  IA L++   + G  PG T V V+SP+S   + +    V  +R +I  + +++++G+ LS+   Q HR   +  + TA +  VL S  QE +V   +LFSD +V PL   D   Y ++V SLD   V+  A L  K+P ++A G G+G L+++ + + + C     +S L      V +K                 I    K  L  +  R  +  RA ++ +F    T V  ++S +              Q+ +E   +    GG     S+ +      P +  D T     LT LE+G+Y LL VFC  I +F+ +C  +A ++R   +          ++    ++ ++HDWVWL     + +  V   L S 
Sbjct:  424 LAMDTEVLNTAILTGKPVSVPVKVVGVQEDGSVVDVSESVECKSADEDVIKVSNNCDSIFVNGKEMKSKVDTIVNFTHQHFTSQFEVTVWAPRLPLQIEISDTELSQIKGWRIPVAANRRPTRESDDED-----------DEEKKGRG----------CSLQYQHATVRVLTQFVAESPDLGQLTYMLGPDWQFDITDLV--TEFMKVEEPKIAQLQDGRTLAGREPGITTVQVLSPLSDSILAEKTVIVLDDRVTIAELGVQLVAGMSLSL---QPHRADKRAIVSTAAALDVLQSPQQEAIVSSWILFSDGSVTPLDIYDPKDYSVTVSSLDEMVVSVQANLESKWPIVVAEGEGQGPLIKLEMMISEPCQKTKRKSVLAVGKGNVKVKFEPSSDEHQGGSNDIEGINREYKDHLSNSIEREGNQERA-VQEWFH-RGTPVGQEESTN---------KSTTPQSPMEGKNKLLKSGGPDAFTSFPTQGKSPDPNNPSDLTVTSRGLTDLEIGMYALLCVFCLAILVFLINCVAFAWKYRHKRF----------AVSEQGNIPHSHDWVWLGNEVELLENPVDITLPSE 966          
BLAST of EMLSAG00000000063 vs. SwissProt
Match: gi|288558839|sp|Q8CEF9.3|T132C_MOUSE (RecName: Full=Transmembrane protein 132C; Flags: Precursor)

HSP 1 Score: 211.075 bits (536), Expect = 2.518e-54
Identity = 152/580 (26.21%), Postives = 275/580 (47.41%), Query Frame = 0
Query:  476 LSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDS-GRKDFYPSRGSELDITELLISSGVVRIAKSNIALLRNN-IIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAF-APLXGKYPRIIAVGSGRGKLLRVSVELPKTCLNNAHQSLTSKDT-EVIIKIKSPQKKSLLMTK------SRHPDDRRAPIKTFFEDHATLVAHKK---SVDMGDLGDMIQDEEISQAHLESSQRHRNGGGYLHS-------YRSHPSLSHPR--------HYIDYTH-LTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSIKSHQSVQNAHDWVWLXKSSSM 1026
            L+  +EL+N A+LTG  ++ P+++ +V E   + D++    C +T+ +V+KVS  C  V+V+G E +G +++ +N  Y +L      T+W+P +PL+I++SDT LSQ+KGWRVP    +   R+           S  +   E+ GRG          C+L++Q +TV +   F++E     G+     S   + DIT L+  +  +++   +IA L+++ ++ G   G T + V+SP+S   + +    V  ++ S+  + +++++GL +++H    + +    S      ++L +  +E ++   L FSD +V PL   D   + L+  SLD   V+   PL   +P ++A G G+G LLRV + + + C  +  +S+ +     V +K       S    +        H  DRR  I+         + H       + G L      + +   ++  S R    G  LHS       + +H  L   +          +   H L+ LE+G+Y LL VFC  I +F+ +C  +A ++R  + P+    + T S          HDWVWL   + +
Sbjct:  431 LAMDTELLNTAILTGKTVAMPVRVVSVEENSTLRDISELVECKATDENVIKVSDHCDYVFVNGKEIKGKMDSVVNFTYQHLSAPLHVTVWVPRLPLQIEVSDTELSQVKGWRVPIVASKRPTRD-----------SEEEEEEEQKGRG----------CTLQFQHATVRVLTQFVSEGAGPWGQLSHLLSPDWQFDITHLV--ADFMKLESPHIATLQDSRVLVGREVGMTTIQVLSPLSDSILAEKTVTVLDDKVSVTDLAVQVVAGLSVTLHPISENNK--ATSAVAMAEELLRAPKKEAIISTWLQFSDGSVTPLDIYDSKDFSLTAISLDEAVVSIPQPLSPWWPTVVAEGEGQGPLLRVDMSIAEACQKSKRKSVLAVGIGHVGVKFGWDDADSSQTGEKDEEEIKNHASDRRQKIQDLERPGQDELYHGNFPGDREEGALSATTTTKSLLDNNVGKSGRR--DGARLHSIPIDFTNFPAHVDLPKAKTRGTLEENGLMQTAHGLSDLEIGMYALLGVFCLAILVFLINCATFAFKYRHKQVPLEGQASMTHS----------HDWVWLGNEAEL 973          
BLAST of EMLSAG00000000063 vs. SwissProt
Match: gi|123782363|sp|Q922P8.2|T132A_MOUSE (RecName: Full=Transmembrane protein 132A; AltName: Full=HSPA5-binding protein 1; Flags: Precursor)

HSP 1 Score: 204.527 bits (519), Expect = 2.340e-52
Identity = 224/952 (23.53%), Postives = 374/952 (39.29%), Query Frame = 0
Query:  118 LIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNSSSKPGLITDFKPHGLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETKSTCCSPDGRDGTCLGQLTLPSRWWPSLVFNGSEEGGKTKHPKIIASISYSVEEARGNSCSGNL----DSRVSIIPVIQLAKIPLVQPRRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVKIRCHSRSGIKILGLEETSEE-WSSRIDL--NTRNTIATVTVFRKKDA--------------VTFLHEDEPQNYTSNYEESNQTEDYGGVSGPVEL--FNWLLSVDDRDFELWNAGXXXXXXXXXXXXXXXXXXXXXXXXXXXXLLSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSE--LDITELLISSGVVRIAKSNIALLRNN-IIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAPLXGKYPRIIAVGSG-RGKLLRVSVELPKTCLNNAHQSLTSKDTEVIIKIKSPQKKSLLMTKSRHPDDRRAPIKTFFEDHATLVAHKKSVDMGDLGDM--IQDEEISQAHLESSQRHRNGGGYLHSYRSHPSLSHPRHYIDYTHLTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSIKSHQSVQNAHDWVWLXKSSSMDDKSVQSNLSSHPP 1040
            L+RA Y PF  +Q VP +   P                      +P   D+ A  V   +   +P  RVLFH  G   P     G     C RL+ +    T    C      G C+ +L  PS W+         +   T+     A ++Y++E A        L    + R   +PV  +   P   P+  Y+++  DE + +  P  P+ P       + L     +   S++ +R   + G++++         W++++D    +++  + +T  R   A              V F  E+      +         +Y G +   E     W + V +RD                                    L+   EL+N A LTG     P+++ TV   G + +VT    C S    VL+VS +C +V+V G E+RGA   +++  +  L  +   T+W P +PL+I+L+DT L QI+GWRVP   +   E       +            E+  RG          C L+YQ++ V     F A  LD GR+  +   G +  LD++ L+ +   V+     IA L    I+ G  PG T + V SP+S   +G+    V  ++ S++ + ++ + G+ LS+    SH   G+ +        L +  QE  + + L FSD T+ P    D N   LSV + +P  V  A   G    ++  G G  G  L V++  P+ C    H+   +  T  +     P     L +         +P++T     AT V  K+ +  GD+G    I+ +          + +             P+   P+   D      LE+G+Y LL +FC  I IF+ +  V+  R+++ E P + +  A+            H+WVWL  +     + +    SS PP
Sbjct:   89 LLRASYPPFATQQVVPPRVTEPHR--------------------RPVPWDVRAVSVEAAVTPAEPYARVLFHLKGQDWP----PGPGSLPCARLHATHPAGTAHRACRFQPSLGACVVELQFPSHWF--------SQSATTR-----AELAYTLEPAGEGPGGCGLGTEEEPREQALPVGGVELHPEDPPQ--YQEVPLDEAVTLRAPDVPMRPGQLFTATLLLRH---NFTASLLTLRIKVKKGLQVIAARPAQPTLWTAKLDRFKGSKHHTSLITCHRAGPAGPDSSPLELSEFLWVDFAVENSTGGGVAVTRPVTWQLEYPGQAPEAEKDKMVWEILVSERDIR------------------------------ALIPLAKAEELVNTAPLTGVPQRIPVRLVTVDSGGALEEVTEHIGCESANTQVLQVSEACDAVFVAGQESRGAKGVRVDFWWRRLRASLKLTVWAPLLPLRIELTDTTLEQIRGWRVPGSAEGQLEPETAAEEV------------ERRSRG----------CRLQYQRAGVRFLVPFAAHPLDGGRRLTH-LLGPDWLLDVSHLVAAHAHVQ--DPRIASLEGGRILVGREPGVTSIEVRSPLSDAILGEQALAVTDDKVSVLDLRVQPVMGISLSLSRGMSH--PGEVTATCWAQSALPAPKQEVALSLWLSFSDHTLAPAELYDRNDLGLSVSAEEPSAVLPAEEQGAQLGVVVSGVGAEGLPLHVALHPPEPCRRGRHRVPLASGTAWLGLPPLPTPVPALPS---------SPVRTSPFTEAT-VEGKRQI-AGDMGGHVGIRGKFERAEEEAGKEENEAKEEEEDEEEMVPA---PQRVTD------LELGMYALLGIFCLAILIFLVNGVVFVLRYQRKEPPDSATDPAS---------PQPHNWVWLGTNQEELSRQLDRCSSSGPP 912          
BLAST of EMLSAG00000000063 vs. SwissProt
Match: gi|288558838|sp|Q8N3T6.3|T132C_HUMAN (RecName: Full=Transmembrane protein 132C; Flags: Precursor)

HSP 1 Score: 197.978 bits (502), Expect = 3.740e-50
Identity = 148/586 (25.26%), Postives = 274/586 (46.76%), Query Frame = 0
Query:  476 LSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDS-GRKDFYPSRGSELDITELLISSGVVRIAKSNIALLRNN-IIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAF-APLXGKYPRIIAVGSGRGKLLRVSVELPKTCLNNAHQSLTSKDT-EVIIKI------KSPQKKSLLMTKSRHPDDRR------------------APIKTFFEDHATLVAHKKSVDMGDLGDMIQDEEISQAHLESSQRHRNGGGYLHSYRSHPSLSHPRHYIDYTHLTPLEVGL-------YVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSIKSHQSVQNAHDWVWLXKSSSM 1026
            L+  +E++N AVLTG  ++ P+K+ +V E   + D++    C ST+  V+KVS  C  ++V+G E +G ++A +N  Y  L      T+W+P +PL+I++SDT LSQIKGWRVP               I  N++ + +  +E               C+L+YQ +TV +   F++E     G+ ++  S   + DIT L+  +  +++ + ++A L+++ ++ G   G T + V+SP+S   + +    V  ++ S+  + I++++GL ++++ + +   +   ++ TA  +VL +  QE +    L FSD +V PL   D   + L+  S D   V+   P   ++P ++A G G+G L+RV + + + C  +  +S+ +     V +K        SP           H  DRR                  +P++   E+ A   A   +  + D   ++++       L    + +N      ++ +H  L      ++   L     GL       Y LL VFC  I +F+ +C  +A ++R  + P+    + T S          HDWVWL   + +
Sbjct:  433 LAMDTEILNTAVLTGKTVAMPIKVVSVEENSAVMDISESVECKSTDEDVIKVSERCDYIFVNGKEIKGKMDAVVNFTYQYLSAPLCVTVWVPRLPLQIEVSDTELSQIKGWRVP---------------IVTNKRPTRESEDEDE------EERRGRGCALQYQHATVRVLTQFVSEGAGPWGQPNYLLSPNWQFDITHLV--ADFMKLEEPHVATLQDSRVLVGREVGMTTIQVLSPLSDSILAEKTITVLDDKVSVTDLAIQLVAGLSVALYPN-AENSKAVTAVVTA-EEVLRTPKQEAVFSTWLQFSDGSVTPLDIYDTKDFSLAATSQDEAVVSVPQPRSPRWPVVVAEGEGQGPLIRVDMTIAEACQKSKRKSILAVGVGNVRVKFGQNDADSSPGGDYEEDEIKNHASDRRQKGQHHERTGQDGHLYGSSPVER--EEGALRRATTTARSLLD-NKVVKNSRADGGRLAGEGQLQNIPIDFTNFPAHVDLPKAGSGLEENDLVQTPRGLSDLEIGMYALLGVFCLAILVFLINCATFALKYRHKQVPLEGQASMTHS----------HDWVWLGNEAEL 980          
BLAST of EMLSAG00000000063 vs. SwissProt
Match: gi|81894111|sp|Q76HP3.1|T132D_MOUSE (RecName: Full=Transmembrane protein 132D; AltName: Full=Mature oligodendrocytes transmembrane protein; Short=Mature OL transmembrane protein; Flags: Precursor)

HSP 1 Score: 191.815 bits (486), Expect = 3.388e-48
Identity = 154/580 (26.55%), Postives = 269/580 (46.38%), Query Frame = 0
Query:  476 LSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLD-SGRKDFYPSRGSELDITELLISSGVVRIAKSNIALLR-NNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSK-VLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVA-FAPLXGKYPRIIAVGSGRGKLLRVSVELPKTCLNNAHQSLTSKDTEVIIKIKSPQK-------KSLLMTKSRHPD---DRRAPIKTFFEDHATLVAHKKSVDMGDLGDM--------IQDEEISQAHLESSQRHRNGGGYLHSYRSHPSL-----SHPRHYIDYTH--LTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSIKSHQSVQNAHDWVWLXKSSSM 1026
            L+  +E++N A+LTG  ++ P+K+ +V E G +  +     C S++  V+KVS  C  V+V+G E +G +N  ++  Y +L      T+W+P +PL+I++SD  L+QIKGWRVP    +   R+  +              +EK GRG          C+L+YQ + V +   F+AE  D  G   +      ++DITEL+  +  +++ +  IA L+   I+ G   G T + ++SP+S   + +    V   + +I  + +++++GL LS+       R       TA ++ +L    QE  +   + FSD +V PL   D   + L   SLD + V+       K+P I A   G+G L++V + + ++C  +  +S+ +  T   IK+K  Q        +S  +    H +   DRR+  K F E  +       S  MG +            Q +E  +  L+     +     L S+     L         H +D     L+ LE+G+Y LL VFC  I +F+ +C  +A ++R  + P           +  + + ++HDWV L   + +
Sbjct:  430 LAMEAEILNTAILTGKTVAVPVKVISVEEDGTVQGLLDSVECRSSDEDVVKVSDRCDYVFVNGKEMKGKVNVVVSFTYQHLSSPLEMTVWVPRLPLQIEVSDMELNQIKGWRVPIVSNKRPARDSEEED-----------DDEKKGRG----------CTLQYQHAMVRVLTQFVAEAPDPGGHLAYLLGSDWQVDITELI--TDFMQVEEPRIAKLQGGQILTGQELGMTTIQILSPLSDAILAEKTITVLDEKVTITDLGVQLVTGLSLSLQLSPGSNRA---IFATAMAQELLQRPKQEAAISCWVQFSDGSVTPLDIYDEKDFSLMATSLDEKVVSILQDPKFKWPIIAAENEGQGALVKVEMLISESCQKSKRKSVLAVGT-ASIKVKFGQNDANPNSSESGHLGAGLHVENINDRRSK-KPFQEWGSPEGPFYSSSSMGLMEGWGSTTKRPTFQKKEGQENLLDDIILSQTMATDLTSFPDQMDLPGSNVGTEEHDLDQAAKGLSDLEIGMYALLGVFCLAILVFLINCVTFALKYRHKQVPF----------EEQEGLSHSHDWVGLSNRTEL 971          
BLAST of EMLSAG00000000063 vs. SwissProt
Match: gi|81865816|sp|Q80WF4.1|T132A_RAT (RecName: Full=Transmembrane protein 132A; AltName: Full=GRP78-binding protein; AltName: Full=HSPA5-binding protein 1; Flags: Precursor)

HSP 1 Score: 189.504 bits (480), Expect = 1.279e-47
Identity = 217/943 (23.01%), Postives = 375/943 (39.77%), Query Frame = 0
Query:  118 LIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNSSSKPGLITDFKPHGLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETKSTCCSPDGRDGTCLGQLTLPSRWWPSLVFNGSEEGGKTKHPKIIASISYSVEEARGNSCSGNL----DSRVSIIPVIQLAKIPLVQPRRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVKIRCHSRSGIKILGLEETSEE-WSSRIDL--NTRNTIATVTVFRKKDAVTFLHEDE-PQNYTSNYEESNQTEDYGGVSGPVELFNWLLSV------DDRDFELWNAGXXXXXXXXXXXXXXXXXXXXXXXXXXXXLLSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSE--LDITELLISSGVVRIAKSNIALLRNN-IIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAPLXGKYPRIIAVGSG-RGKLLRVSVELPKTCLNNAHQ-SLTSKDTEVIIKIKSPQKKSLLMTKSRHPDDRRAPIKTFFEDHATLVAHKKSVDMGD-LGDMIQDEEISQAHLESSQRHRNGGGYLHSYRSHPSLSHPRHYIDYTHLTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSIKSHQSVQNAHDWVWLXKSSSMDDKSVQSNLSSHPP 1040
            L+RA Y PF  +Q VP +   P                      +P   D+ A  V   +   +P  RVLFH  G   P     G     C RL+ +    T    C      G C+ +L  PS+W+         +   T+     A ++Y++E A             + +   +PV  +   P   P+  ++++  DE++ +  P  P+ P       + L     +   S++ +R   + G+++          W++++D    +++  + +T  R   A       E P+    ++   N T     V+ PV    W L         ++D  +W                                L+   EL+N A LTG     P+++ TV   G + +VT    C S    VL+VS +C +V+V G E+RGA   +++  +  L  +   T+W P +PL+I+L+DT L QI+GWRVP          +G+   +   +        +  RG          C L+YQ++ V     F A  LD GR+  +   G +  LD++ L+ +   V+     IA L    I+ G  PG T + V SP+S   +G+    V  ++ S++ + ++ + G+ LS+    SH   G+ +        L +  QE  + + L FSD T+ P    D N   LSV + +P  V  A        ++  G G +G  L V++  P+ C    H+  L S    + +        +L  + +R P          F + +     + + DMG  +G  I+ +          + +             P+   P+   D      LE+G+Y LL +FC    IF+ +  V+  R+++ E P + +  A+            H+WVWL  +     + +    SS PP
Sbjct:   89 LLRASYPPFATQQVVPPRVTEPHR--------------------RPVPWDVRAVSVEAAVTPAEPYARVLFHLKGQDWP----PGPGSLPCARLHATHPAGTAHQACRFQPSLGACVVELQFPSQWF--------SQSATTR-----AELAYTLEPAGEGPGGCGPGTEEEPKEQALPVGSVELHPEDPPQ--HQEVPLDEVVTLRAPDVPVRPGQLFTATLLLRH---NFTASLLTLRIKVKKGLQVTAARPAQPTFWTAKLDRFKGSKHHTSLITCHRTGPAGPDSRPLELPEFLWVDFAVENSTGGGVAVTRPV---TWQLEYPGQAPEAEKDKMVWE------------------ILFSERDIRALIPLAKAEELVNTAPLTGVPQRIPVRLVTVDSGGALEEVTEHIGCESANTQVLQVSEACDAVFVAGQESRGAKGVRVDFWWRRLRASLKLTVWAPLLPLRIELTDTTLEQIRGWRVPGPA-------EGQLEPEAAAEEVE-----RRSRG----------CRLQYQRAGVRFLVPFAAHPLDGGRRLTH-LLGPDWLLDVSHLVAAHAHVQ--DPRIATLEGGRILVGREPGVTSIEVRSPLSDSILGEQALAVTDDKVSVLDLRVQPVMGISLSLSRGVSH--PGEVTATCWAQSALPAPKQEVALSLWLSFSDHTLAPAELYDRNDLGLSVSAEEPSAVVPAEEQRAQLGVVVSGVGAKGLPLHVALHPPEPCRRGRHRVPLASGTAWLGLPPLPTPAPALPSSPARTPP---------FTEASVEGKRQVAGDMGSHVGPGIRGKFERAEEEAGKEENEAKEEEEDEEEMVPA---PQRVTD------LELGMYALLGIFCLAFLIFLVNGVVFVLRYQRKEPPDSVTDPAS---------PQPHNWVWLGTNQEELSRQLDRCSSSSPP 914          
BLAST of EMLSAG00000000063 vs. SwissProt
Match: gi|81891670|sp|Q6IEE6.1|T132E_MOUSE (RecName: Full=Transmembrane protein 132E; Flags: Precursor)

HSP 1 Score: 187.578 bits (475), Expect = 4.790e-47
Identity = 162/591 (27.41%), Postives = 273/591 (46.19%), Query Frame = 0
Query:  291 PVIQLAKIPLVQP--RRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVK---IRCHSRSGIKILGLEETSEEW--SSRIDLNTRNTIATVTVFRKKDA----------VTFLHED-EPQNYTSNYEESNQTE--DYGGVSGPVELFNWL--LSVDDRDFELWNAGXXXXXXXXXXXXXXXXXXXXXXXXXXXXLLSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSE--LDITELLISSGVVRIAKSNIA-LLRNNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHAD--QSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAPLXGKYPRIIAVGSGRGKLLRVSVELPKTCLNNAHQSLTS 854
            P++++  I L +P  RR  ++   D  L + +P  PL P   L + ++L           V+   +R  ++ G+ +LG +  S +W  +S +    +++ ATV V    D           +  L  D E +N+TS   +       DY G S   +L   +  L+V  RD +                                  L+  +E+IN A+LTG  ++ P+K+  +   G + DV+    C S    ++KVSSSC  V+V G E+RG++NA++  +Y  L      T+W+P +PL I+LSD RLSQ+KGWRVP               I  + +S+ +  +E+     RR S+++  C+L+YQ +T+ ++  F       G        G +  +++T+L+  S  +R+    +A L+ +N + GL PG T   V+SP++   +G+    V + + SI  +  ++++ L LS+      SH         TA    LS   QE L+ + L +SD T  PLS      Y L V SLD R VA       +P ++A   G G LLR  + + ++C     +S+ +
Sbjct:  177 PLLRIGSISLFRPPPRRAVQEHRLDSNLMIRLPDRPLRPGEVLSILLYLAPNSSSAASPSVEHFTLRVKAKKGVTLLGTKSRSGQWRVTSELLTGAKHSTATVDVAWALDTPLPPWEGQGPLEILQLDFEMENFTSQSVKRRIMWHIDYRGHSALPDLERAVTELTVIQRDVQ------------------------------AILPLAMDTEIINTAILTGRTVAIPVKVIAIEVTGLVLDVSDLVECQSHSEDIIKVSSSCDYVFVSGKESRGSMNARVTFRYDVLSAPLEMTVWVPKLPLHIELSDARLSQVKGWRVP---------------ILPDRRSARESEDEEEEEEERRQSANR-GCTLQYQHATLQVFTQFHTTS-SEGTDQVVTMLGPDWLVEVTDLV--SDFMRVGDPRVAHLVDSNTLAGLEPGTTPFKVVSPLTEAVLGETLLTVTEEKVSITQLQAQVVASLTLSLRPSPGSSH----TILATTAAQPTLSLVKQEALLSLWLSYSDGTTAPLSLYSSRDYGLLVSSLDER-VATVTQDKAFPLVVAEAEGSGDLLRAELTISESCQKTKRKSVLA 713          
BLAST of EMLSAG00000000063 vs. SwissProt
Match: gi|121940967|sp|Q24JP5.1|T132A_HUMAN (RecName: Full=Transmembrane protein 132A; AltName: Full=HSPA5-binding protein 1; Flags: Precursor)

HSP 1 Score: 185.652 bits (470), Expect = 2.247e-46
Identity = 184/765 (24.05%), Postives = 307/765 (40.13%), Query Frame = 0
Query:  118 LIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNSSSKPGLITDFKPHGLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETKSTCCSPDGRDGTCLGQLTLPSRWWPSLVFNGSEEGGKTKHPKIIASISYSVE---EARGNSCSGNL-DSRVSIIPVIQLAKIPLVQPRRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVKIRCHSRSGIKILGLEETSEE-WSSRIDL--NTRNTIATVTVFR----KKDA----------VTFLHEDEPQNYTSNYEESNQTEDYGGVSGPVEL--FNWLLSVDDRDFELWNAGXXXXXXXXXXXXXXXXXXXXXXXXXXXXLLSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRK-------DFYPSRGSELDITELLISSGVVRIAKSNIALLRNN-IIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAPLXGKYPRIIAVGSG-RGKLLRVSVELPKTCLNNAHQ 850
            L+RA Y PF  +Q VP +   P                      +P   D+ A  V   +   +P  RVLFH  G   P     G+    C RL+ +    T    C      G C+ +L LPS W+         +   T+     A ++Y++E   E  G   SG   D     +PV  +   P   P+  Y+++  DE + + +P  P+ P       + L     +   S++ +R   + G+ +          W++++D    +R+    +T  R    + D+          V F+ E+      +         +Y G +   E     W + V +RD                                    L+   EL+N A LTG     P+++ TV   G + +VT    C S    VL+VS +C +V+V G E+RGA   +++  +  L  +   T+W P +PL+I+L+DT L Q++GWRVP   +   E              +SD   E+  RG          C L+YQ++ V     F A  LD GR+       D+       LD++ L+      R+  S +A L    ++ G  PG T + V SP+S   +G+    V  ++ S++ + ++ + G+ L++    +H   G+ +        L +  QE  + + L FSD TV P    D     LSV + +P  +  A   G    ++  G+G  G  L V++  P+ C    H+
Sbjct:   93 LLRASYPPFATQQVVPPRVTEPHQ--------------------RPVPWDVRAVSVEAAVTPAEPYARVLFHLKGQDWP----PGSGSLPCARLHATHPAGTAHQACRFQPSLGACVVELELPSHWF--------SQASTTR-----AELAYTLEPAAEGPGGCGSGEENDPGEQALPVGGVELRPADPPQ--YQEVPLDEAVTLRVPDMPVRPGQLFSATLLLRH---NFTASLLTLRIKVKKGLHVTAARPAQPTLWTAKLDRFKGSRHHTTLITCHRAGLTEPDSSPLELSEFLWVDFVVENSTGGGVAVTRPVTWQLEYPGQAPEAEKDKMVWEILVSERDIR------------------------------ALIPLAKAEELVNTAPLTGVPQHVPVRLVTVDGGGALVEVTEHVGCESANTQVLQVSEACDAVFVAGKESRGARGVRVDFWWRRLRASLRLTVWAPLLPLRIELTDTTLEQVRGWRVPGPAEGPAE----------PAAEASD-EAERRARG----------CHLQYQRAGVRFLAPFAAHPLDGGRRLTHLLGPDWL------LDVSHLVAPH--ARVLDSRVASLEGGRVVVGREPGVTSIEVRSPLSDSILGEQALAVTDDKVSVLELRVQPVMGISLTLSRGTAH--PGEVTATCWAQSALPAPKQEVALSLWLSFSDHTVAPAELYDRRDLGLSVSAEEPGAILPAEEQGAQLGVVVSGAGAEGLPLHVALHPPEPCRRGRHR 754          
BLAST of EMLSAG00000000063 vs. SwissProt
Match: gi|74709535|sp|Q6IEE7.1|T132E_HUMAN (RecName: Full=Transmembrane protein 132E; Flags: Precursor)

HSP 1 Score: 179.874 bits (455), Expect = 1.205e-44
Identity = 149/574 (25.96%), Postives = 257/574 (44.77%), Query Frame = 0
Query:  291 PVIQLAKIPLVQP--RRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVK---IRCHSRSGIKILGLEETSEEWSSRIDLNTRNTIATVTVFRKKDAVTFLHEDEPQNYTSNYEESNQTEDYGGVSGPVELFNWLLSVDDRDFELWNAGXXXXXXXXXXXXXXXXXXXXXXXXXXXXLLSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSE--LDITELLISSGVVRIAKSNIA-LLRNNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHAD--QSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAPLXGKYPRIIAVGSGRGKLLRVSVELPKTCLNNAHQSLTS 854
            P++++  I L +P  RR  ++   D  L + +P  PL P   L + ++L           V+   +R  ++ G+ +LG +  S +W    +L T    +T TV       T L   E Q      +   + E++              SV  R   +W+                               L+  +E+IN A+LTG  ++ P+K+  +   G + D++    C S    ++KVSSSC  V+V G E+RG++NA++  +Y  L      T+W+P +PL I+LSD RLSQ+KGWRVP            +RS++ +E    +    +         S    C+L+YQ +T+ ++  F       G        G +  +++T+L+  S  +R+    +A ++ ++ + GL PG T   V+SP++   +G+    V + + SI  +  ++++ L LS+      SH         TA  + LS   QE L+ + L +SD T  PLS      Y L V SLD   VA       +P ++A   G G+LLR  + + ++C     +S+ +
Sbjct:  177 PLLRIGSISLFRPPPRRTLQEHRLDSNLMIRLPDRPLKPGEVLSILLYLAPNSSSPSSPSVEHFTLRVKAKKGVTLLGTKSRSGQWHVTSELLTGAKHSTATVDVAWAQSTPLPPREGQGPLEILQLDFEMENFTS-----------QSVKRRI--MWHIDYRGHGALPDLERAVTELTVIQRDVQAILPLAMDTEIINTAILTGRTVAIPVKVIAIEVNGLVLDISALVECESDNEDIIKVSSSCDYVFVSGKESRGSMNARVTFRYDVLNAPLEMTVWVPKLPLHIELSDARLSQVKGWRVPILPD--------RRSVRESEDEDEEEEERRQ--------SASRGCTLQYQHATLQVFTQFHTTS-SEGTDQVVTMLGPDWLVEVTDLV--SDFMRVGDPRVAHMVDSSTLAGLEPGTTPFKVVSPLTEAVLGETLLTVTEEKVSITQLQAQVVASLALSLRPSPGSSH----TILATTAAQQTLSFLKQEALLSLWLSYSDGTTAPLSLYSPRDYGLLVSSLD-EHVATVTQDRAFPLVVAEAEGSGELLRAELTIAESCQKTKRKSVLA 713          
BLAST of EMLSAG00000000063 vs. Select Arthropod Genomes
Match: EAA13567.6 (AGAP004670-PA, partial [Anopheles gambiae str. PEST])

HSP 1 Score: 524.242 bits (1349), Expect = 4.206e-161
Identity = 382/1088 (35.11%), Postives = 578/1088 (53.12%), Query Frame = 0
Query:   24 GLDVHFEDPTAGFFFRETRTSSDYVPSTDYSLRRLPSSPAAEPTTSIVLNSVSSSSSSHLPNSSRFSNVGPGSELADDVLHTARFVVLKTATPVLIRAEYGPFEQRQTVPTQYVVPDL-----SEGSSPPFNSSSKPGLITDFKPHGLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETK-STCCSPDGRDGTCLGQLTLPSRWWPSL---VFNGSEEGGKTKHPKIIASISYSVEEARGNS---CSGNLDSRVSIIPVIQLAKIPLVQPRRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVKIRCHSRSGIKILGLEETSEEWSSRIDL-NTRNTIATVTVFRK-KDAVTFLHEDEPQNYTSN----------YEESNQTEDY--GGVSGPVELFNWLLS-VDD-----RDFELWNAGXXXXXXXXXXXXXXXXXXXXXXXXXXXXL-LSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSD---WSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSELDITELLISSGVVRIAKSNIALLRNNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAP-LXGKYPRIIAVGSGRGKLLRVSVELPKTCLNNAHQSLTSKDTEVIIKIKSPQKKSLLMTKSRHPD----DRRAPIKTFFEDHATLVAHKKS-VDMGDLGDMI-------QDEEISQAHLESSQRH----------RNGGGYLHSYRSHPSLSHPRHYIDYTHLTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSIKSHQSV-----------QNAHDWVWLXKSSSMDDKSVQSNLSSHPPH 1041
            G++VHFE P +GFF + +                        P  S + + VS+++S++     R SN        D VL   RF V++T  PV +RA YGPF  +QTVP +Y+VPD+     +EGSS   N+++    +       LD+SAH V   + RD PVLRVLFHAG   G +       + IC+ L+ S+ N+      C P+G DG C+ ++ +PS WWP L     +G       K P+ I  +SYSV E    S   C    + +V I P+   AKIPL+Q +  Y++L  D  L M++PQ PLYP S+L+VPVFL  PE  + I+V  +R   ++G++ILG   +S+EW+  ++  NT++T+A VT FRK +D  +       ++ +SN           E SN T++Y  GG         W +S V+D      DF   ++                             L ++ + EL+N AVLTG Q+S+ +K+F V++AG++ADVTL++SC + + SV+KVSSSC+SVYVDGSE RG+ NA I VKYG   G   FT+WMP+ PL++ ++D RLSQIKGW++P     D+      + I+  +++ S+   W++  +   N   SS++  C  RYQQS V ++  F+A D DSGR  +  SR + L +T+L+ S  ++R+A   IA LR   +QG + G+T V V+SPI+G+ IG  E RV  ++ +I  + ++++SGL+LSI  D S      Y  +T  ++ L+++YQEGL+D+ L FSD +  PL DI ++ Y L V+SLD   VAFAP L   +PR+IAVG G G+LLRV++ L + C    +  ++ +  ++ +    P   +L    S H D    D+         D A      KS  ++ DL D++        ++  S   + S+++H              G +  + S+ SL H          + LE+G+YV+L+ FC  IAIFV SC VYAS++R V    N   +A R    H SV            NAHDWVWL +++   D+S   N++   P 
Sbjct:   16 GVEVHFETPDSGFFLKHS------------------------PRQSALASVVSAATSNY--GKVRSSN-------GDSVLSVDRFTVVQTTQPVSVRASYGPFSTKQTVPARYIVPDVLESTHAEGSST-HNTTATLMELQQQSNLQLDISAHVVRNTVARDSPVLRVLFHAGADPGGHLQR----QKICVLLHASMGNQIPLKGKCMPEGEDGVCVAEVIIPSNWWPPLPPPERDGRISSTPPKSPQRIVQVSYSVFEPPARSPELC----EPKVQIQPLTPFAKIPLIQSQLPYKELRADNTLTMMVPQQPLYPLSKLHVPVFL-HPEKGQNIAVFIVRARVKAGMRILGAVASSDEWNVSVEKENTKHTVARVTAFRKDQDPDSPTGGSRTKDVSSNEAVLEVFSWLLEVSNDTKEYWDGG------RIIWSVSYVNDGPKLKTDFTTESSSQTSTVFQEEGRKKIVAKLEILKDDIQAVLPIAKNWELMNTAVLTGRQVSQAMKVFIVSQAGKMADVTLQTSCQTEDESVMKVSSSCSSVYVDGSEVRGSSNASILVKYGTYAGLARFTVWMPEFPLEVSVADFRLSQIKGWKIP-----DDHSTVHAKPIRRKKRAYSNGGVWAHHADDFIN-GISSERSVCRARYQQSPVEVFARFVAVDQDSGRVSYLISRRTGLRVTDLVQS--LLRVADPKIATLRGRTLQGRAMGRTDVQVLSPINGRVIGAREVRVGSDKVTITRLMVKVVSGLQLSISGDGS--IDNGYIAETTVTRKLTAQYQEGLLDIELEFSDGSRTPLRDISVDDYFLLVESLDTEVVAFAPMLASHHPRVIAVGEGNGELLRVTLLLSEECRLRKNVPVSKQGMKISV---GPLISAL---ASVHVDFSSSDKNIKSDAVQNDGAIGRDRTKSGKELSDLEDILIGIPLKDSNDHDSAPVVHSTRQHLRGTGGGGIISGNSGMVGVFSSNKSLVH-------GDASTLEIGMYVVLSAFCLAIAIFVMSCVVYASKYRPVVIDANGEASA-RDGMGHSSVFDIGKGNESCATNAHDWVWLGRATV--DRSNTDNIAERAPQ 1028          
BLAST of EMLSAG00000000063 vs. Select Arthropod Genomes
Match: AHN59403.1 (detonator, isoform D [Drosophila melanogaster])

HSP 1 Score: 518.85 bits (1335), Expect = 2.202e-160
Identity = 363/1072 (33.86%), Postives = 553/1072 (51.59%), Query Frame = 0
Query:   14 ILFLSTGWAKGLDVHFEDPTAGFFFRETRTSSDYVPSTDYSLRRLPSSPAAEPTTSIVLNSVSSSSSSHLPNSSRFSNVGPGSELADDVLHTARFVVLKTATPVLIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNSSSKPGLITDFKPH-GLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETK-STCCSPDGRDGTCLGQLTLPSRWWPSLVFNGSEEGGKT--KHPKIIASISYSVEEA---RGNSCSGNLDSRVSIIPVIQLAKIPLVQPRRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVKIRCHSRSGIKILGLEETSEEWSSRIDL-NTRNTIATVTVFRKKDAVTFLHEDEPQNYTSNYEESNQTEDYGGVSGPV-ELFNWLLSVDDRDFELWNAGXXXXXXXXX------------------XXXXXXXXXXXXXXXXXXXLLSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSELDITELLISSGVVRIAKSNIALLRNNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAP-LXGKYPRIIAVGSGRGKLLRVSVELPKTCLNNAHQSLTSKDTEVIIKIKSPQKKSLLMTKSRHPDDRRAPI---KTFFEDHATLVAHKKSV-DMGDLGDMIQD---EEISQAHLESSQRHRNGGGYLHSYRSHPSLSHPRHYIDYTHLTPLEVGLYVLLAVFCATIAIFVASCFVYASRHR--KVEYPMN----------TSTTATRSIKSHQSVQNAHDWVWLXKSSSMDDKSVQSNLSSH 1038
            I+ L    A  ++VHFE P +GFF +  R                       P T  + N  +SS+   L   S +          D VL   RF V++T  PV IRA YGPF  +QTVP +Y+VPD  +  S  + +++   L+   +P+  LD+SAH V + + +D PVLRVLFHAG   G +       + +C+ L+V++ +E      C P+G DG C+ ++ +P  WWP L     +  G+   K P+  A +SYSV E        C    + +V I P+   A++PL+  R  YR L  D+ +  L+PQ PLYP SRL+VPVFL Q  D R ++   +R   ++G+KILG   ++++WS  ++  N ++T A VT FRK                   E  +  E  G ++  V E+F+WLL V +   ++ + G                                               ++   E++N AVLTG Q+++ +K+F V++AG++ADVTL+SSC + + SV+KVSSSC+SVYVDGSE RG+ NA + VKYG  +G   F +WMP+ PL++ +SD RLSQIKGW+V     +DN     K+S +  +K S  W        N    +DK  C  RYQQS V +Y  FLA D +SGR  ++ SR + L +T+L+    ++R+A   IA L+  I+QG S G+T V V+SPI+G+ IG  E RV  ++ ++  + +R++SGL+L+I  D +      Y  +T+ +  L+++YQEGL+D+ L F+D +  PL DI +  Y L V+SLD   VAFAP L   +PR+IAVG G G LLRV++ L + C        +SK        KS          S   D     I   +   ++  T+   +K+    GDL D+I      + SQ +  + Q  ++ G     ++ H    H +       +T +E+G+YVLL  FC  I +FV SC VYAS+ R   +E  ++            +   R ++  +S  NAHDWVWL + S++D +S+ +  ++H
Sbjct:    7 IIALQLSLAYSVEVHFEAPDSGFFLKHARQP---------------------PVTPEIANVQTSSAVPPLRQRSSY----------DSVLSLDRFTVVETTQPVSIRASYGPFSTKQTVPARYIVPDTMDSQSGDYMNNAT--LLELQQPNMHLDISAHLVRSSVSQDAPVLRVLFHAGADPGGHLQR----QKVCVLLHVAMGSEQPLKGRCMPEGEDGVCVAEVVVPLGWWPQLPAPTQDGSGQAPPKVPQRYAQVSYSVFEPPLRNPEQC----EPKVQIQPLTTFAQVPLLAARTPYRMLRADDAVTFLLPQHPLYPLSRLHVPVFLHQYPDQR-VAAFTVRARVKAGLKILGATASTDQWSVSVEKENPKHTTARVTAFRK-------------------EAESSLESGGNLTSEVFEVFSWLLEVAEDTNDIVDGGKIVWSVTHVYDTPKDKDSGELVIPDDNKKRLIAKLEINKDDIQAVLPMAKIWEVMNTAVLTGRQVAQAMKVFIVSQAGKVADVTLQSSCHAEDESVIKVSSSCSSVYVDGSEQRGSSNASVIVKYGTYVGVAKFIVWMPEFPLEVYISDFRLSQIKGWKV----TDDNHYLHNKQS-RRRKKRSYVWGQHGTNYYN-NLGADKTICRARYQQSPVEVYAKFLAVDQNSGRTSYFISRRTGLRVTDLV--QPLLRVADPKIASLKGRILQGKSMGRTDVQVLSPITGRVIGTKEIRVGSDKVNLSKLIVRVISGLQLTISPDNT--IENGYLAETSVTHKLTAQYQEGLLDIDLEFTDGSKTPLRDIAVEDYFLLVESLDTEVVAFAPMLASHHPRVIAVGEGNGNLLRVTLLLSEECRQRRGTLSSSKQN------KSNAAPLASALASIEVDFNNVDIVSKQEAIQNDGTVGRERKNYRQTGDLADIIVGIPLRDSSQLYEPTVQARQHRGSIQAVHKGH----HGKGLAGTGTMTTMELGMYVLLTAFCFAIIVFVISCVVYASKFRPAMIESGLDPLSAGKSNGSGGSGGFRDVRLKESTTNAHDWVWLGR-STIDRQSIVAETNTH 996          
BLAST of EMLSAG00000000063 vs. Select Arthropod Genomes
Match: AFH07261.1 (detonator, isoform C [Drosophila melanogaster])

HSP 1 Score: 518.85 bits (1335), Expect = 2.490e-160
Identity = 363/1072 (33.86%), Postives = 553/1072 (51.59%), Query Frame = 0
Query:   14 ILFLSTGWAKGLDVHFEDPTAGFFFRETRTSSDYVPSTDYSLRRLPSSPAAEPTTSIVLNSVSSSSSSHLPNSSRFSNVGPGSELADDVLHTARFVVLKTATPVLIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNSSSKPGLITDFKPH-GLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETK-STCCSPDGRDGTCLGQLTLPSRWWPSLVFNGSEEGGKT--KHPKIIASISYSVEEA---RGNSCSGNLDSRVSIIPVIQLAKIPLVQPRRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVKIRCHSRSGIKILGLEETSEEWSSRIDL-NTRNTIATVTVFRKKDAVTFLHEDEPQNYTSNYEESNQTEDYGGVSGPV-ELFNWLLSVDDRDFELWNAGXXXXXXXXX------------------XXXXXXXXXXXXXXXXXXXLLSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSELDITELLISSGVVRIAKSNIALLRNNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAP-LXGKYPRIIAVGSGRGKLLRVSVELPKTCLNNAHQSLTSKDTEVIIKIKSPQKKSLLMTKSRHPDDRRAPI---KTFFEDHATLVAHKKSV-DMGDLGDMIQD---EEISQAHLESSQRHRNGGGYLHSYRSHPSLSHPRHYIDYTHLTPLEVGLYVLLAVFCATIAIFVASCFVYASRHR--KVEYPMN----------TSTTATRSIKSHQSVQNAHDWVWLXKSSSMDDKSVQSNLSSH 1038
            I+ L    A  ++VHFE P +GFF +  R                       P T  + N  +SS+   L   S +          D VL   RF V++T  PV IRA YGPF  +QTVP +Y+VPD  +  S  + +++   L+   +P+  LD+SAH V + + +D PVLRVLFHAG   G +       + +C+ L+V++ +E      C P+G DG C+ ++ +P  WWP L     +  G+   K P+  A +SYSV E        C    + +V I P+   A++PL+  R  YR L  D+ +  L+PQ PLYP SRL+VPVFL Q  D R ++   +R   ++G+KILG   ++++WS  ++  N ++T A VT FRK                   E  +  E  G ++  V E+F+WLL V +   ++ + G                                               ++   E++N AVLTG Q+++ +K+F V++AG++ADVTL+SSC + + SV+KVSSSC+SVYVDGSE RG+ NA + VKYG  +G   F +WMP+ PL++ +SD RLSQIKGW+V     +DN     K+S +  +K S  W        N    +DK  C  RYQQS V +Y  FLA D +SGR  ++ SR + L +T+L+    ++R+A   IA L+  I+QG S G+T V V+SPI+G+ IG  E RV  ++ ++  + +R++SGL+L+I  D +      Y  +T+ +  L+++YQEGL+D+ L F+D +  PL DI +  Y L V+SLD   VAFAP L   +PR+IAVG G G LLRV++ L + C        +SK        KS          S   D     I   +   ++  T+   +K+    GDL D+I      + SQ +  + Q  ++ G     ++ H    H +       +T +E+G+YVLL  FC  I +FV SC VYAS+ R   +E  ++            +   R ++  +S  NAHDWVWL + S++D +S+ +  ++H
Sbjct:    7 IIALQLSLAYSVEVHFEAPDSGFFLKHARQP---------------------PVTPEIANVQTSSAVPPLRQRSSY----------DSVLSLDRFTVVETTQPVSIRASYGPFSTKQTVPARYIVPDTMDSQSGDYMNNAT--LLELQQPNMHLDISAHLVRSSVSQDAPVLRVLFHAGADPGGHLQR----QKVCVLLHVAMGSEQPLKGRCMPEGEDGVCVAEVVVPLGWWPQLPAPTQDGSGQAPPKVPQRYAQVSYSVFEPPLRNPEQC----EPKVQIQPLTTFAQVPLLAARTPYRMLRADDAVTFLLPQHPLYPLSRLHVPVFLHQYPDQR-VAAFTVRARVKAGLKILGATASTDQWSVSVEKENPKHTTARVTAFRK-------------------EAESSLESGGNLTSEVFEVFSWLLEVAEDTNDIVDGGKIVWSVTHVYDTPKDKDSGELVIPDDNKKRLIAKLEINKDDIQAVLPMAKIWEVMNTAVLTGRQVAQAMKVFIVSQAGKVADVTLQSSCHAEDESVIKVSSSCSSVYVDGSEQRGSSNASVIVKYGTYVGVAKFIVWMPEFPLEVYISDFRLSQIKGWKV----TDDNHYLHNKQS-RRRKKRSYVWGQHGTNYYN-NLGADKTICRARYQQSPVEVYAKFLAVDQNSGRTSYFISRRTGLRVTDLV--QPLLRVADPKIASLKGRILQGKSMGRTDVQVLSPITGRVIGTKEIRVGSDKVNLSKLIVRVISGLQLTISPDNT--IENGYLAETSVTHKLTAQYQEGLLDIDLEFTDGSKTPLRDIAVEDYFLLVESLDTEVVAFAPMLASHHPRVIAVGEGNGNLLRVTLLLSEECRQRRGTLSSSKQN------KSNAAPLASALASIEVDFNNVDIVSKQEAIQNDGTVGRERKNYRQTGDLADIIVGIPLRDSSQLYEPTVQARQHRGSIQAVHKGH----HGKGLAGTGTMTTMELGMYVLLTAFCFAIIVFVISCVVYASKFRPAMIESGLDPLSAGKSNGSGGSGGFRDVRLKESTTNAHDWVWLGR-STIDRQSIVAETNTH 996          
BLAST of EMLSAG00000000063 vs. Select Arthropod Genomes
Match: AAF46133.2 (detonator, isoform B [Drosophila melanogaster])

HSP 1 Score: 518.85 bits (1335), Expect = 2.490e-160
Identity = 363/1072 (33.86%), Postives = 553/1072 (51.59%), Query Frame = 0
Query:   14 ILFLSTGWAKGLDVHFEDPTAGFFFRETRTSSDYVPSTDYSLRRLPSSPAAEPTTSIVLNSVSSSSSSHLPNSSRFSNVGPGSELADDVLHTARFVVLKTATPVLIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNSSSKPGLITDFKPH-GLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETK-STCCSPDGRDGTCLGQLTLPSRWWPSLVFNGSEEGGKT--KHPKIIASISYSVEEA---RGNSCSGNLDSRVSIIPVIQLAKIPLVQPRRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVKIRCHSRSGIKILGLEETSEEWSSRIDL-NTRNTIATVTVFRKKDAVTFLHEDEPQNYTSNYEESNQTEDYGGVSGPV-ELFNWLLSVDDRDFELWNAGXXXXXXXXX------------------XXXXXXXXXXXXXXXXXXXLLSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSELDITELLISSGVVRIAKSNIALLRNNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAP-LXGKYPRIIAVGSGRGKLLRVSVELPKTCLNNAHQSLTSKDTEVIIKIKSPQKKSLLMTKSRHPDDRRAPI---KTFFEDHATLVAHKKSV-DMGDLGDMIQD---EEISQAHLESSQRHRNGGGYLHSYRSHPSLSHPRHYIDYTHLTPLEVGLYVLLAVFCATIAIFVASCFVYASRHR--KVEYPMN----------TSTTATRSIKSHQSVQNAHDWVWLXKSSSMDDKSVQSNLSSH 1038
            I+ L    A  ++VHFE P +GFF +  R                       P T  + N  +SS+   L   S +          D VL   RF V++T  PV IRA YGPF  +QTVP +Y+VPD  +  S  + +++   L+   +P+  LD+SAH V + + +D PVLRVLFHAG   G +       + +C+ L+V++ +E      C P+G DG C+ ++ +P  WWP L     +  G+   K P+  A +SYSV E        C    + +V I P+   A++PL+  R  YR L  D+ +  L+PQ PLYP SRL+VPVFL Q  D R ++   +R   ++G+KILG   ++++WS  ++  N ++T A VT FRK                   E  +  E  G ++  V E+F+WLL V +   ++ + G                                               ++   E++N AVLTG Q+++ +K+F V++AG++ADVTL+SSC + + SV+KVSSSC+SVYVDGSE RG+ NA + VKYG  +G   F +WMP+ PL++ +SD RLSQIKGW+V     +DN     K+S +  +K S  W        N    +DK  C  RYQQS V +Y  FLA D +SGR  ++ SR + L +T+L+    ++R+A   IA L+  I+QG S G+T V V+SPI+G+ IG  E RV  ++ ++  + +R++SGL+L+I  D +      Y  +T+ +  L+++YQEGL+D+ L F+D +  PL DI +  Y L V+SLD   VAFAP L   +PR+IAVG G G LLRV++ L + C        +SK        KS          S   D     I   +   ++  T+   +K+    GDL D+I      + SQ +  + Q  ++ G     ++ H    H +       +T +E+G+YVLL  FC  I +FV SC VYAS+ R   +E  ++            +   R ++  +S  NAHDWVWL + S++D +S+ +  ++H
Sbjct:    7 IIALQLSLAYSVEVHFEAPDSGFFLKHARQP---------------------PVTPEIANVQTSSAVPPLRQRSSY----------DSVLSLDRFTVVETTQPVSIRASYGPFSTKQTVPARYIVPDTMDSQSGDYMNNAT--LLELQQPNMHLDISAHLVRSSVSQDAPVLRVLFHAGADPGGHLQR----QKVCVLLHVAMGSEQPLKGRCMPEGEDGVCVAEVVVPLGWWPQLPAPTQDGSGQAPPKVPQRYAQVSYSVFEPPLRNPEQC----EPKVQIQPLTTFAQVPLLAARTPYRMLRADDAVTFLLPQHPLYPLSRLHVPVFLHQYPDQR-VAAFTVRARVKAGLKILGATASTDQWSVSVEKENPKHTTARVTAFRK-------------------EAESSLESGGNLTSEVFEVFSWLLEVAEDTNDIVDGGKIVWSVTHVYDTPKDKDSGELVIPDDNKKRLIAKLEINKDDIQAVLPMAKIWEVMNTAVLTGRQVAQAMKVFIVSQAGKVADVTLQSSCHAEDESVIKVSSSCSSVYVDGSEQRGSSNASVIVKYGTYVGVAKFIVWMPEFPLEVYISDFRLSQIKGWKV----TDDNHYLHNKQS-RRRKKRSYVWGQHGTNYYN-NLGADKTICRARYQQSPVEVYAKFLAVDQNSGRTSYFISRRTGLRVTDLV--QPLLRVADPKIASLKGRILQGKSMGRTDVQVLSPITGRVIGTKEIRVGSDKVNLSKLIVRVISGLQLTISPDNT--IENGYLAETSVTHKLTAQYQEGLLDIDLEFTDGSKTPLRDIAVEDYFLLVESLDTEVVAFAPMLASHHPRVIAVGEGNGNLLRVTLLLSEECRQRRGTLSSSKQN------KSNAAPLASALASIEVDFNNVDIVSKQEAIQNDGTVGRERKNYRQTGDLADIIVGIPLRDSSQLYEPTVQARQHRGSIQAVHKGH----HGKGLAGTGTMTTMELGMYVLLTAFCFAIIVFVISCVVYASKFRPAMIESGLDPLSAGKSNGSGGSGGFRDVRLKESTTNAHDWVWLGR-STIDRQSIVAETNTH 996          
BLAST of EMLSAG00000000063 vs. Select Arthropod Genomes
Match: AHN59404.1 (detonator, isoform E [Drosophila melanogaster])

HSP 1 Score: 519.235 bits (1336), Expect = 1.001e-159
Identity = 363/1072 (33.86%), Postives = 553/1072 (51.59%), Query Frame = 0
Query:   14 ILFLSTGWAKGLDVHFEDPTAGFFFRETRTSSDYVPSTDYSLRRLPSSPAAEPTTSIVLNSVSSSSSSHLPNSSRFSNVGPGSELADDVLHTARFVVLKTATPVLIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNSSSKPGLITDFKPH-GLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETK-STCCSPDGRDGTCLGQLTLPSRWWPSLVFNGSEEGGKT--KHPKIIASISYSVEEA---RGNSCSGNLDSRVSIIPVIQLAKIPLVQPRRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVKIRCHSRSGIKILGLEETSEEWSSRIDL-NTRNTIATVTVFRKKDAVTFLHEDEPQNYTSNYEESNQTEDYGGVSGPV-ELFNWLLSVDDRDFELWNAGXXXXXXXXX------------------XXXXXXXXXXXXXXXXXXXLLSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSELDITELLISSGVVRIAKSNIALLRNNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAP-LXGKYPRIIAVGSGRGKLLRVSVELPKTCLNNAHQSLTSKDTEVIIKIKSPQKKSLLMTKSRHPDDRRAPI---KTFFEDHATLVAHKKSV-DMGDLGDMIQD---EEISQAHLESSQRHRNGGGYLHSYRSHPSLSHPRHYIDYTHLTPLEVGLYVLLAVFCATIAIFVASCFVYASRHR--KVEYPMN----------TSTTATRSIKSHQSVQNAHDWVWLXKSSSMDDKSVQSNLSSH 1038
            I+ L    A  ++VHFE P +GFF +  R                       P T  + N  +SS+   L   S +          D VL   RF V++T  PV IRA YGPF  +QTVP +Y+VPD  +  S  + +++   L+   +P+  LD+SAH V + + +D PVLRVLFHAG   G +       + +C+ L+V++ +E      C P+G DG C+ ++ +P  WWP L     +  G+   K P+  A +SYSV E        C    + +V I P+   A++PL+  R  YR L  D+ +  L+PQ PLYP SRL+VPVFL Q  D R ++   +R   ++G+KILG   ++++WS  ++  N ++T A VT FRK                   E  +  E  G ++  V E+F+WLL V +   ++ + G                                               ++   E++N AVLTG Q+++ +K+F V++AG++ADVTL+SSC + + SV+KVSSSC+SVYVDGSE RG+ NA + VKYG  +G   F +WMP+ PL++ +SD RLSQIKGW+V     +DN     K+S +  +K S  W        N    +DK  C  RYQQS V +Y  FLA D +SGR  ++ SR + L +T+L+    ++R+A   IA L+  I+QG S G+T V V+SPI+G+ IG  E RV  ++ ++  + +R++SGL+L+I  D +      Y  +T+ +  L+++YQEGL+D+ L F+D +  PL DI +  Y L V+SLD   VAFAP L   +PR+IAVG G G LLRV++ L + C        +SK        KS          S   D     I   +   ++  T+   +K+    GDL D+I      + SQ +  + Q  ++ G     ++ H    H +       +T +E+G+YVLL  FC  I +FV SC VYAS+ R   +E  ++            +   R ++  +S  NAHDWVWL + S++D +S+ +  ++H
Sbjct:    7 IIALQLSLAYSVEVHFEAPDSGFFLKHARQP---------------------PVTPEIANVQTSSAVPPLRQRSSY----------DSVLSLDRFTVVETTQPVSIRASYGPFSTKQTVPARYIVPDTMDSQSGDYMNNAT--LLELQQPNMHLDISAHLVRSSVSQDAPVLRVLFHAGADPGGHLQR----QKVCVLLHVAMGSEQPLKGRCMPEGEDGVCVAEVVVPLGWWPQLPAPTQDGSGQAPPKVPQRYAQVSYSVFEPPLRNPEQC----EPKVQIQPLTTFAQVPLLAARTPYRMLRADDAVTFLLPQHPLYPLSRLHVPVFLHQYPDQR-VAAFTVRARVKAGLKILGATASTDQWSVSVEKENPKHTTARVTAFRK-------------------EAESSLESGGNLTSEVFEVFSWLLEVAEDTNDIVDGGKIVWSVTHVYDTPKDKDSGELVIPDDNKKRLIAKLEINKDDIQAVLPMAKIWEVMNTAVLTGRQVAQAMKVFIVSQAGKVADVTLQSSCHAEDESVIKVSSSCSSVYVDGSEQRGSSNASVIVKYGTYVGVAKFIVWMPEFPLEVYISDFRLSQIKGWKV----TDDNHYLHNKQS-RRRKKRSYVWGQHGTNYYN-NLGADKTICRARYQQSPVEVYAKFLAVDQNSGRTSYFISRRTGLRVTDLV--QPLLRVADPKIASLKGRILQGKSMGRTDVQVLSPITGRVIGTKEIRVGSDKVNLSKLIVRVISGLQLTISPDNT--IENGYLAETSVTHKLTAQYQEGLLDIDLEFTDGSKTPLRDIAVEDYFLLVESLDTEVVAFAPMLASHHPRVIAVGEGNGNLLRVTLLLSEECRQRRGTLSSSKQN------KSNAAPLASALASIEVDFNNVDIVSKQEAIQNDGTVGRERKNYRQTGDLADIIVGIPLRDSSQLYEPTVQARQHRGSIQAVHKGH----HGKGLAGTGTMTTMELGMYVLLTAFCFAIIVFVISCVVYASKFRPAMIESGLDPLSAGKSNGSGGSGGFRDVRLKESTTNAHDWVWLGR-STIDRQSIVAETNTH 996          
BLAST of EMLSAG00000000063 vs. Select Arthropod Genomes
Match: gb|KFM65701.1| (Transmembrane protein 132C, partial [Stegodyphus mimosarum])

HSP 1 Score: 512.301 bits (1318), Expect = 1.848e-159
Identity = 328/968 (33.88%), Postives = 504/968 (52.07%), Query Frame = 0
Query:  100 DDVLHTARFVVLKTATPVLIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNSSSKPGLITDFKPHGLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPR--------------TICIRLYVSLRNETKSTCCSP-DGRDGTCLGQLTLPSRWWPSLVFNGSEEGGKTKHPKIIASISYSVEEARGNSCSGNLDSRVSI---IPVIQLAKIPLVQPRRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVKIRCHSRSGIKILGLE-ETSEEWSSRIDLNTRNTIATVTVFRKKDAVTFLHED-------EPQNYTSNYEESNQTEDYGGVSGPVELFNWLLSVDDRDFELWNAGXXXXXXXXXXXXXXXXXXXXXXXXXXXXLLSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLS--CSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSELDITELLISSGVVRIAKSNIALLRNNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAPLXG-KYPRIIAVGSGRGKLLRVSVELPKTCLNNAHQSLTSKDTEVIIKIKSPQKKSLLMTKSRHPDDRRAPIKTFFEDHATLVAHKKSVDMGDLGDMIQDEEISQAHLESSQRHRNGGGYLH--SYRSHPSLSHPRHYIDYTHLTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSIKSHQSVQNAHDWVWLXKSSSMDDKSVQSNLS 1036
            DD     RF +L +  PV +R+++GPF  +Q V +   +P  ++       SSS    I        D++A  VT E+ RD+PVLRVLFH+     P R     P               ++C+ LYV  R++     CSP + RDG CL Q TLP  WWP L    S      K  K    + Y++ +     CS      V++   +P + L ++PL      Y ++  D+++ +L+PQ P+YP S++YVPV+L QP       V  IR   ++G++ILG +  +S  WS  +D+N R TIATVT F  KD  T   +D       E   +    EE     D G ++  +         +  DF+  NA                              ++  ++L+N AVL G Q+S+P+K+F V++AG++ DVTL+SSC + + S+LKVS SCTSVY+DGSE RG+ NA I VKYG   G   F +WMP++PL I +SDT+LSQIKGWR P  ++     +   +S ++N    S+++     + +R    +     C LRYQQ  + +Y  F + D +SGR+ +  SR +EL ITEL+  S  +R+A   IA L+  I++G+  G+T V V+SPI+G+  G  E RV  ++E+I  + + +++GL+L++  ++S    G +  QT+ +  L+S+YQEGL+++ L FSD T   L+DI    YHLSV + D   VAFAP+ G  +PR+IA+G G+G LL V++EL + C     Q L        I +    +K+++           A       DH    +   + D G+    I   + S    + +  HR G  + H  + ++  +L HP      + LTPLE+G+Y LL VFC  I +F+ SC V+A R+R+ + P  T+T          SV +AHDWVWL + ++++  SV +  S
Sbjct:   49 DDEEEIRRFTLLHSNAPVTLRSQFGPFVAKQIVHSASSLPRSND-------SSSGDARIESLLQFTGDITARLVTREVRRDRPVLRVLFHSARASDPKRRPGNVPTAEDATEGGKMAVADSLCVVLYVHNRDQHLMAACSPSESRDGVCLAQATLPVSWWPPL---ESPAWKSPKTQKTWVRVEYAILQGGSLECSDTTALPVAVPAGLPSVYLEEVPLSGAHGSYEEVKSDDVVRILVPQSPVYPRSKVYVPVYL-QPNPAYPPYVFVIRARVKNGLRILGAQVSSSSHWSITVDINPRQTIATVTAF-VKDTSTKAPQDGADMSAQEVFTWLFEVEEGATYNDNGRITWQLRYMLDSNMAEQYDFDDDNAKITSRLDIHKDDVQAVLP------------IAKSNQLLNTAVLNGRQVSQPMKVFVVSQAGKVGDVTLQSSCHAADESILKVSPSCTSVYLDGSEIRGSQNASILVKYGTYTGQAHFLVWMPELPLTIRISDTKLSQIKGWRTPHLQRGKPVTSLSFQSGRSNAGHRSNFATSSLAKNDRWIDKEDFDIVCRLRYQQGNIEVYTRFFSVDHNSGRESYLLSRKAELRITELV--SPFLRVADMRIATLQGTIVRGMQSGRTEVQVLSPITGRVSGAKEVRVGTDKETITHLEVTVVTGLQLTVTPEES--LPGVFIAQTSVNHKLTSQYQEGLLNIKLHFSDGTSSLLADITDTDYHLSVDTFDSGVVAFAPMAGLHHPRVIAIGKGKGDLLHVTLELAERCQKRRSQPLAM--AYAYIDVDFSNEKTVMNDVRIKLSKNSADTGRKRSDHIDSFSSSGAGDTGE--SYISSNDASSILYQDAISHR-GKSHYHEPAVQARQNLVHP------SDLTPLEIGMYALLGVFCLAILVFLVSCSVFAVRYRRKQVPPVTATG--------DSVAHAHDWVWLGR-ATLERNSVNTRCS 968          
BLAST of EMLSAG00000000063 vs. Select Arthropod Genomes
Match: EFX85492.1 (hypothetical protein DAPPUDRAFT_314172 [Daphnia pulex])

HSP 1 Score: 328.561 bits (841), Expect = 9.941e-92
Identity = 267/934 (28.59%), Postives = 405/934 (43.36%), Query Frame = 0
Query:   10 TVLSILFLSTGWAKGLDVHFEDPTAGFFFRETRTSSDYVPSTDYSLRRLPSSPAAEPTTSIVLNSVSSSSSSHLPNSSRFSNVGPGSELADDVLHTARFVVLKTATPVLIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNSSSKPGLITDFKPHGLDLSAHPVTTEIPRDKPVLRVLFHAGGH---------GGPYRSL------------------NGAPRTICIRLYVSLRNETK--STCCSPDGRDGTCLGQLTLPSRWWPSL----VFNGSEEG--GKTKHPKIIAS----------ISYSVEEARGNSCSGNLDSRVSIIPVI---------------QLAKIP-----LVQPRRGYRQ-------------LAQDEI------LHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVKIRCHSRSGIKILGLEETSEEWSSRIDLNTRNTIATVTVFRKKDAVTFLHEDEPQNYT----SNYEESNQTEDYGGVSGPVELFNWLLSVDDRDFEL--------WNAGXXXXXXXXXXXXXXXXXXXXXXXXXXXXLLSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSELDITELLISSGVVRIAKSNIALLR--NNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAF-APLXGKYPRIIAVGSGRGKLLRVSVELPKTC 844
            T   +L    G +  LD+H E   AGFFF+++  SS   P   +      S+ ++ P     L               R + +GP                  +A P  I   YGPFE +Q++PT+Y+        + P  ++++ G         +D++AH V TE+ R+ PVLRVLFH+G H           P R                    NG     CI L V   N     +  C+P G DG CL  +TLP  WW S      F     G  G  +HP + A           +SY+V E +   C G+ D   S +  +                    P     L+QP R                 L  +E+      L  +    PLYP+S  YV V LD      +   V +R   ++G+KI+  + T+  WS   D+N ++  A V+  R     T  H+   + +T     N +    + + G   G   L++W +        L         +                               +    +L+N A+LT  Q+S+PL++F VT+AG++ADVTL+++C S + SVLKVSSSCTSVY+DGSE RG+ NA +  +YGN+  T+  T+W+P++PL I L D +L+QI GW+V +                                           C LRYQQS+  ++  F AED DSGR  +  SR + L IT+L+    V+R+A   +A L+  +  I+GL PGKT V V+SP+SG  I   E RV  ++  +  +++R+++GL LS+  D        +  Q   S  L S+YQE ++D+++ FSD +  PL   D + Y+L V+S +   +A  +P     PR++A+G GR  L   SV     C
Sbjct:   28 TSFCLLCGFAGTSLALDLHLEGADAGFFFQQSLGSSQQ-PLLKFPAHSYSSNASSSPADPPPLLR------------ERLAVLGP------------------SAQPGRILVTYGPFEAKQSLPTKYL--------TLPLENATEGGEQATL----MDVTAHVVNTELRRETPVLRVLFHSGRHFHSPGHIVEDDPDRGAANPSAAAAAAGEEWEDEPNGRLMETCIALRVHNPNGGAPLTGTCAPQGLDGVCLAYMTLPFDWWASSPISPTFPSLNAGILGLQQHPTVTAKPSKAVRNVVELSYAVYETKAGQC-GHSDPSTSNVGRVGHQKSQLQQQQQRASSANSFPPPSAVLIQPSRPIGSVRLLPNVYAPRDLLVHEEVISLSPTLRFIASAAPLYPHSYFYVTVLLDSTTAKEEPYAVIVRAKVKNGLKIISTQTTNPAWSLSFDVNGKHIAAAVSAVRNFSVSTQPHQPSQELFTWLLAVNVDHHRDSSELG--DGVRALWSWTIRTHSASPPLPSSISGHHHHTNNKEGQLDEVKGKLTSRFEVLKDEVQSVFPIIKRRDLVNTAILTSRQVSEPLRVFMVTQAGKVADVTLQATCSSADESVLKVSSSCTSVYLDGSEVRGSTNATLVARYGNVESTSSLTVWVPEMPLDIQLDDVKLNQISGWKVMATSAASGASAN--------------------------------QCRLRYQQSSFEVFARFYAEDHDSGRVSYLISRKTYLLITDLV--RKVMRVADPRVASLKMTSGFIEGLKPGKTEVQVLSPMSGHVIAARELRVLADKVDVSRLSVRLIAGLSLSLSPDPD--LDSCFVAQVEASDRLHSRYQEAILDLTVHFSDGSASPLRLTDRSHYNLVVESHNTSILALTSPARANIPRVLALGEGRATL---SVTFSSAC 876          

HSP 2 Score: 66.6254 bits (161), Expect = 6.687e-10
Identity = 34/79 (43.04%), Postives = 45/79 (56.96%), Query Frame = 0
Query:  930 NGGGYLHSYRSHPSLSHPRHY----------IDYTHLTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTS 998
            N G  LH + ++PS     HY            + H+ PLE+G+YVLLA+FCA I +FV +C VYASR RK   P + S
Sbjct: 1018 NAGRELHQHPAYPS-----HYPGGGFGSFSSSSFQHMGPLEIGMYVLLAIFCAAIVVFVGTCIVYASRARKGLIPTDDS 1091          
BLAST of EMLSAG00000000063 vs. Select Arthropod Genomes
Match: EEB19139.1 (conserved hypothetical protein [Pediculus humanus corporis])

HSP 1 Score: 324.709 bits (831), Expect = 1.097e-91
Identity = 220/579 (38.00%), Postives = 347/579 (59.93%), Query Frame = 0
Query:  476 LSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPS-YKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTS----------SDKL-SCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSELDITELLISSGVVRIAKSNIALLRNNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAPLXGK-YPRIIAVGSGRGKLLRVSVELPKTCLNNAHQSLTSKDTEVIIKIKSPQKKSLLMTKSRHPDDRRAPIKTFFEDHATL-VAHKKSVDMGDLGDMIQDEEISQAHLESSQRHRNGGGYLHSYRSHPSL-SHPRHYI-DYTHLTPLEVGLYVLLAVFCATIAIFVASCFVYASRHR-KVEYPMNTSTT-----ATRSIKSH--------QSVQNAHDWVWLXKSS 1024
            +S + E+IN AVLTG Q+S+ +K+  V++AG++ADVTL+SSC S + SVLKVSSSC+SVYVDGSE RG+ NA + VKYG   G   FT+WMP+ PL++++ D RLSQIKGW++P         +++ KRS  N +K   +  N+     N R S          SDK  +C LR+QQS + +Y  FLAED DSGR +++ +R + L +T+L+ S  ++R++   IA LR  II+G S G+T V V+SPI+G+ IG  E RV  ++ +++ + + ++SGL+LSI  D +      Y  +T+ ++ L+++YQEGL+D+ L FSDE+  PL D+ ++ Y+L+V+SLDP  VAFAP+    +PR+IAVG GRG LLRV++     C     +S+T      +  + +    ++ +        +RA    F ++   + ++++      DLGD++    I +A +   +   N    + + + H +L  H   ++ +   +TPLE+G+YVLLA FC  I +FV SC VYAS+ + +V   ++ S++     A   + +         QS  N HDWVWL +++
Sbjct:  426 ISKNWEVINTAVLTGRQVSQAMKVLIVSQAGKVADVTLQSSCHSEDESVLKVSSSCSSVYVDGSEIRGSSNASVIVKYGTYTGLAKFTVWMPEFPLEVNIPDFRLSQIKGWKIPGDVSNIGINKSRKKRSFANRKKRYVEGMNQYRNWANSRGSNSEDVTNNVDSDKHPTCKLRFQQSPIEVYARFLAEDHDSGRVNYFVNRRTWLRVTDLVQS--LLRVSDPRIANLRGKIIRGRSVGRTEVQVLSPITGRVIGAKEVRVGNDKVTLLRLIVNVVSGLQLSISPDST--VENGYIAETSVTRRLTAQYQEGLLDIELEFSDESRTPLRDVAVSDYYLAVESLDPDVVAFAPMVASHHPRVIAVGEGRGDLLRVTLLTNDEC-RKLSKSITGGSKSSVGYL-AETTAAVEVDFGAGDISQRA---EFVQNDGNIGISNRDRRIKSDLGDILH---IQRAGISPLKDENNHEPTVQARQHHSALIPHSNFHVRNSNRMTPLEIGMYVLLAAFCFAIVVFVVSCVVYASKFKAQVGETVDVSSSDDNNGANIGVSNGNSGYKGLPQSTTNVHDWVWLGRAT 992          

HSP 2 Score: 221.861 bits (564), Expect = 7.043e-58
Identity = 142/383 (37.08%), Postives = 196/383 (51.17%), Query Frame = 0
Query:   25 LDVHFEDPTAGFFFRETRTSSDYVPSTDYSLRRLPSSPAAEPTTSIVLNSVSSSSSSHLPNSSRFSNVGPGSELADDVLHTARFVVLKTATPVLIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNS----SSKPGLITDFK-----PHGLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETKSTC-CSPDGRDGTCLGQLTLPSRWWPSLVFNGSEEGGKT----KHPKIIASISYSVEEARGNSCSG-NLDSRVSIIPVIQLAKIPLVQPRRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVKIRCHSRSGIKILGLEETSEEWSSRIDLNTRNTIATVTVFRKK 392
            ++VHFE+   GFF + +       P   YS              ++   S    S    P +   SN          +L   RF V +T+ PV IRA YGPF  +QTVP +Y+VPDL +    P  +    SS   ++ D        H LD+SAH V  EIPRD PVLRVLFH G      R  N   + ICI L  ++ ++T  T  CSPDG DG CL Q+T+P+ WW  L     +  GKT    K P+    ++YSV E   NS +      RV I P+  LA +PLV  +  YR++  D+ L ML+P  PLYP SR++VPVFL   +    I+   +R   +SG++IL +E +S  W+   D+N + T+ATV  FRK+
Sbjct:    9 VEVHFENKDGGFFIKHS-------PRQYYS--------------AVADLSAGQESKEQTPKTLLSSN--------SIILSVDRFTVFQTSQPVSIRATYGPFSTKQTVPARYIVPDLIDSLPLPDTTRNVTSSSSSILVDMDLASTVSHNLDMSAHLVRNEIPRDSPVLRVLFHTGSDSSIRRQYNHFQK-ICIILQATMGDKTPLTAACSPDGEDGVCLAQITIPASWWAPL--PPPDNSGKTQKLIKTPQRFVHVAYSVLEPSFNSKNDEKCIPRVQIQPLTPLAAVPLVSAKESYREIKADDTLTMLLPHAPLYPLSRIHVPVFL-HYKSATPIAAFDLRARVKSGLRILSIESSSSGWNITSDINGKQTVATVACFRKE 358          
BLAST of EMLSAG00000000063 vs. Select Arthropod Genomes
Match: gb|KYB25663.1| (Transmembrane protein 132B-like Protein [Tribolium castaneum])

HSP 1 Score: 300.056 bits (767), Expect = 8.839e-86
Identity = 202/542 (37.27%), Postives = 311/542 (57.38%), Query Frame = 0
Query:  497 LKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDW--SNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSELDITELLISSGVVRIAKSNIALLRNNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAPLXGK-YPRIIAVGSGRGKLLRVSVELPKTCLNNAHQSLTSKDTEVIIKIKSPQKKSLLMTKSRHPDDRRAPIKTFFEDHATLVAHKKSV-DMGDL--GDMIQDEEISQAHLESSQRHRNGGGYLHSYRSHPSLSHPRHYIDYTHLTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPM----NTSTTATRSIKSH----QSVQNAHDWVWLXKSS 1024
            +K+F V++AG+ ADVT ++SC S ++SVLKVSSSC+SVYVDGSE RG++N  + VKYG  +G   FT+WMP+ PL + ++DTRLSQ+K WRVP Y     +  + KRS       +S+W  SN  +  GN     +K  C LRYQQS V +Y  F+A D DSGR  +  +R + L +T+L++   ++R++   IA L   I+QG S G+T V V+SPI+G+ IG  E RV  ++  +  + ++++SGL+L+I  D S      Y  +T+ ++ L+++YQEGL+D+ L FSD T  PL DI  + YHL V+SLDP  VAFAP+    +PR+IAVG G G LL+V++ L + C  +    +  K    +    +        +  +H  D          D  +    K+   D+ D+  G  ++D++  + ++++ Q ++ G G L  +                H+TPLE+ +Y+LL  FC  I +FV SC VYAS+ +  E  +      +  A  S+  H    ++  NAHDWVWL +++
Sbjct:    1 MKVFIVSQAGKAADVTFQASCHSEDDSVLKVSSSCSSVYVDGSEARGSVNGSVLVKYGTYIGLARFTVWMPEFPLDLQVTDTRLSQLKSWRVPDYHPSGVKSRRKKRSY------ASNWGGSNPPDDLGN---VVEKPICRLRYQQSPVDVYAHFMAVDHDSGRISYLINRRTWLRVTDLVLP--LLRVSDPRIASLHGRILQGRSMGRTEVQVLSPITGRVIGAKEIRVGNDKVGLSRLLVQVVSGLQLNISPDSS--IENGYIAETSVTRKLTAQYQEGLLDIELEFSDGTRTPLRDIADSDYHLVVESLDPEVVAFAPMVASHHPRVIAVGEGNGDLLQVTLLLAEECRTSNRPKM--KGAGPLATASASVTVDFTSSDLQHRPD------ILQNDGGSYGGSKREFQDLQDILKGTPLKDDDSQEPNVQARQ-YQGGKGVLRQHSPQ-------------HMTPLEISMYILLGTFCCAIVVFVVSCVVYASKFKAEEGAIAPGERAAPVAPGSLVVHRKPRETTTNAHDWVWLGRAT 507          
BLAST of EMLSAG00000000063 vs. Select Arthropod Genomes
Match: XP_006558574.1 (PREDICTED: transmembrane protein 132C isoform X2 [Apis mellifera])

HSP 1 Score: 300.827 bits (769), Expect = 1.263e-82
Identity = 222/608 (36.51%), Postives = 328/608 (53.95%), Query Frame = 0
Query:  476 LSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVP---------------SYKKEDNE-----RNKGKRSIKNNEKSSSDWSN----------EKNGRGNRR----TSSDK---LSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSELDITELLISSGVVRIAKSNIA-LLRNNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAPLXGK-YPRIIAVGSGRGKLLRVSVELPKTC-LNNAHQSLTSKDTEVIIKIKSPQKKSLLMTKSRHPDDRRAPIKTFFEDHATLVAHKKSVDMGDLGDMIQD-EEISQAHLESSQRHRNGGGYLHSYRSHPSLSHPRHYIDYTHLTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKV--EYPMNTST----------------TATRSIKSHQSVQNAHDWVWLXKSS 1024
            +S + E++N AVLTG Q+S+ +K+F V++AG +ADVTL+SSC S + SVLKVSSSC+SVYVDG+E RG+ NA + VKYG   G   FT+WMP+ PL++ ++DTRLSQIKGW+V                ++ + D       R + KRS    E +S D  +          E+  RGN       S D+    +C LR+QQS V ++  FLA D DSGR  ++ +R + L +T+L+  +G++R++   IA LL+  I+QG   G+T V V+SPI+ K IG  E RV  +R +I  +++R++SGL+L+I  D +      Y  +T+ ++ L+++YQEGL+D+ + FSD T  PL +I +N YHL V+SLDP  VAFAP+    +PR+IAVG GRG LLRVS++L   C L        S+         +     +    S  P+    P     +   T+ +H         G+M  D  +I    +       +GG  +                     +PLE+G+YVLLA FC  I +FV SC VYAS+ +    + P+  S                  A+      +S  NAHDWVWL +++
Sbjct:  533 ISKNWEVMNTAVLTGRQVSQGMKVFIVSQAGTVADVTLQSSCHSEDESVLKVSSSCSSVYVDGTEIRGSSNASVLVKYGTYTGLAKFTVWMPEFPLEMTVADTRLSQIKGWKVAEEHVAGAKSKRSLNSTFSRPDEPIPPLPRTR-KRSAAELEDTSMDIEDADVILEEDEQEERFRGNDNWDAINSIDRGPSTNCRLRFQQSPVEVHARFLATDHDSGRVSYFVNRRTWLRVTDLV--NGMLRVSDPRIADLLQGRIVQGRGVGRTEVQVLSPITSKVIGAKEVRVGNDRVAITRLSVRVVSGLQLTISPDTAIE--NGYVAETSVTRKLTAQYQEGLLDIDVEFSDGTRTPLREIAVNDYHLLVESLDPEVVAFAPMVASHHPRVIAVGEGRGDLLRVSLQLADACRLTGRRSGKVSQRATAATLATASANVEVDFASSDLPN---RPEFVQNDGGGTVGSHHHRERKTSRGEMAPDLHDILIGGMGGVGIRHHGGARM---------------------SPLEIGMYVLLAAFCFAIVVFVVSCVVYASKFKPQPPDSPLAGSALPVLSGAARARAAANQLASGRRPPRESTTNAHDWVWLGRAT 1111          

HSP 2 Score: 204.912 bits (520), Expect = 2.755e-52
Identity = 149/455 (32.75%), Postives = 217/455 (47.69%), Query Frame = 0
Query:    5 FRFLGTVLSI----LFLSTG-WAKGLDVHFEDPTAGFFFRETRTSSDYVPSTDYSLRRLPSSPAAEPTTSIVLNSVSSSSSSHLPNSSRFSNVGPGSELADDVLHTARFVVLKTATPVLIRAEYGPFEQRQTVPTQYVVPD-LSEGSSPPFNSSSKPGLITDFKPHG---LDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAP-RTICIRLYVSLRNETKST---------------------------------------CCSPDGRDGTCLGQLTLPSRWWPSLVFNGSEEGGKTKHPKII---ASISYSVEEAR------GNSCSGNLDSRVSIIPVIQLAKIPLVQPRRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFL--DQPEDDRQ-----ISVVKIRCHSRSGIKILGLEETSEEWSSRIDLNTRNTIATVTVFRKKDA 394
             R  G ++ +    LF++    A  ++VHFE+   GFF +       ++P   Y +R   S  A  P+T  + N+  + S +            PGS L+ D     +F V +T+ PV +RA YGPF  +QTVP +Y+VPD L     P    +     I D +  G   LD+SAH V + +PRD PVLRVLFHAG   G  R L  A  + +C+ L+ SL   ++ST                                        CSPDG +G CL Q+T+P+ WW  L     +  G+ K  K +     ++YSV E R       ++ +G    RV I PV  L ++PL   R  Y++L  D+ L +L+P  PLYP SRL+VP FL   +  D RQ     +  V +R   +SG+KIL    ++ +W     +N +NTIAT T  RK++A
Sbjct:   14 LRLAGMLMDMWIFFLFVAIADVAASVEVHFENKDGGFFLK-------HIPRQYYPVRG-DSISAISPSTGTLSNNGGAPSPA------------PGSVLSID-----KFTVFQTSEPVSVRATYGPFSTKQTVPARYIVPDPLDALPGPETRRNLTAATILDAQELGARHLDMSAHLVGSSVPRDSPVLRVLFHAGSEAGGRRQLLLARHQRVCVVLHASLAAPSRSTVNRNNGRAYSSSSSPSSSSSSSSSASSFSSSSSTSALTAACSPDGENGVCLAQITIPADWWAPL--PPPDASGRVKVAKSLPRLVQVAYSVLEPRTEEAGSADNGAGFCRPRVQIQPVTPLGQVPLAPNRADYKELKADDSLTLLVPHGPLYPRSRLHVPAFLHPSKTTDPRQERAPLVIAVYLRARVKSGVKILDASSSNPDWIVDSKINAKNTIATFTARRKENA 441          
BLAST of EMLSAG00000000063 vs. nr
Match: gi|1121111468|ref|XP_019545435.1| (PREDICTED: transmembrane protein 132E-like [Aedes albopictus])

HSP 1 Score: 555.829 bits (1431), Expect = 4.450e-171
Identity = 380/1073 (35.41%), Postives = 566/1073 (52.75%), Query Frame = 0
Query:   15 LFLSTGWAKGLDVHFEDPTAGFFFRETRTSSDYVPSTDYSLRRLPSSPAAEPTTSIVLNSVSSSSSSHLPNSSRFSNVGPGSELADDVLHTARFVVLKTATPVLIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNSSSKPGLITDFKPHGLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETKSTC-CSPDGRDGTCLGQLTLPSRWWPSLVFNGSEEGGK----TKHPKIIASISYSVEEARGNS---CSGNLDSRVSIIPVIQLAKIPLVQPRRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVKIRCHSRSGIKILGLEETSEEWSSRIDL-NTRNTIATVTVFRKKDAVTFLHEDEPQNYTSNYEESNQTEDYGGVSGPVELFNWLLSV--DDRDFE-----LWN--------------AGXXXXXXXXXXXXXXXXXXXXXXXXXXXXLLSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSELDITELLISSGVVRIAKSNIALLRNNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAP-LXGKYPRIIAVGSGRGKLLRVSVELPKTC-----LNNAHQSLTSKDTEVIIKIKSPQKKSLLMTKSRHPDDRRAPIKTFFEDHATLVAHKKSVDMGD--LGDMIQDEEISQ-AHLESSQRHRNGGGYLHSYRSHPSLSHPRHYIDYTHLTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSI---------KSHQSVQNAHDWVWLXKSSSMDDKSVQSNLSSHP 1039
            L L  G A  ++VHFE P +GFF + +   S    ST                                 N  R S        +D VL   RF V++T+ PV IRA YGPF  +QTVP +Y+VPD+ E SS    +++   +        LD+SAH V   IPRD PVLRVLFHAG   G +       + IC+ L+ S+ N+T     C P+G DG C+ ++ +PS WWPSL     E+ G+     K P+ +  +SYSV E    S   C    + +V I P+   AK+PLVQ    Y++L  DE L M++PQ PLYP S+++VPVFL  PE  + ++V  +R   ++G++ILG   +S++W+  ++  NT++T+A VT FRK        + +P +  S+++++N  +        +E+F+WLL V  D +D       +W+              A                              ++ + EL+N AVLTG Q+S+ +K+F V++AG++ADVTL+SSC + + SV+KVSSSC+SVYVDGSE RG+ NA + VKYG   G   FT+WMP+ PL++ ++D RLSQIKGW++P   ++ N    GK       K +  W +      N   SS++  C  RYQQS V +Y  FLA D DSGR  +  SR + L +T+L+    ++R+A   IA LR   +QG + G+T V V+SPI+G+ IG  E RV  ++ SI  + +R++SGL+LSI +D +      Y  +T+ ++ L+++YQEGL+D+ L FSD +  PL DI ++ Y L V+SLD   VAFAP L   +PR+IAVG G G LLRV++ L + C     +  + Q + S    ++  + S Q           PD  +                + S  + D  +G  ++D+   + A L+ S++HR G   +  Y S  S+        Y   T LE+G+YVLLA FC  I +FV SC VYAS+ R V   +    +    +         KS +S  NAHDWVWL + ++MD  +   ++S +P
Sbjct:    7 LLLIIGTAYAVEVHFETPDSGFFLKHSPRQSSVAAST---------------------------------NKGRLS--------SDSVLSIDRFTVVQTSQPVSIRASYGPFSTKQTVPARYIVPDVLESSSDSTQNTTAALMDLQQSNLHLDISAHLVKNSIPRDSPVLRVLFHAGADPGGHLQR----QKICVLLHASIGNKTPLKGRCMPEGEDGVCVAEVVIPSDWWPSL--PAPEKDGRPAAIQKTPQRMVQVSYSVFEPPTRSPELC----EPKVQIQPLTPFAKVPLVQSLMPYKELRADETLTMMVPQQPLYPLSKIHVPVFL-HPEPGQNVAVFIVRARVKAGMRILGASASSDDWNVSVEKENTKHTVARVTAFRK--------DQDPDSPVSSFDDTNSNK-------VMEVFSWLLEVANDTKDHHDGGRIVWSVSYVHDGPKVKEMSAEASGTPHEEGRKKIVAKLEIQKDDIQAVLPIAKNWELMNTAVLTGRQVSQAMKVFIVSQAGKVADVTLQSSCQAEDESVIKVSSSCSSVYVDGSEARGSSNASVLVKYGTYSGLAKFTVWMPEFPLEVSVADFRLSQIKGWKIP---EDHNVSANGK---MRRRKRAYGWGHHNEDFVN-GVSSERSVCRARYQQSPVEVYARFLAVDQDSGRVSYLISRRTGLRVTDLV--QPLLRVADPKIATLRGRTLQGRAMGRTDVQVLSPITGRVIGAREVRVGSDKVSITRLLVRVVSGLQLSISSDNA--IENGYIAETSVTRKLTAQYQEGLLDIDLEFSDGSRTPLRDISVDDYFLLVESLDTEVVAFAPMLASHHPRVIAVGEGNGDLLRVTLLLSEECRLRRNIPVSKQGMKSSVGPLVSALASVQVDFSSSDIGTRPDTVQN--DGIAGRDRKYQGRELSGSLNDILIGVALKDDNSQEPAALQPSRQHRGG---IPGYVSGKSMV-------YADATSLEIGMYVLLAAFCLAIGVFVISCVVYASKFRPVTIDVTGEASVRDGMGNASVLGGGKSTESTTNAHDWVWLGR-ATMDRSTNGHDMSGNP 988          
BLAST of EMLSAG00000000063 vs. nr
Match: gi|1000199936|gb|KXJ72988.1| (hypothetical protein RP20_CCG016819 [Aedes albopictus])

HSP 1 Score: 553.518 bits (1425), Expect = 1.659e-169
Identity = 379/1071 (35.39%), Postives = 565/1071 (52.75%), Query Frame = 0
Query:   17 LSTGWAKGLDVHFEDPTAGFFFRETRTSSDYVPSTDYSLRRLPSSPAAEPTTSIVLNSVSSSSSSHLPNSSRFSNVGPGSELADDVLHTARFVVLKTATPVLIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNSSSKPGLITDFKPHGLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETK-STCCSPDGRDGTCLGQLTLPSRWWPSLVFNGSEEGGK----TKHPKIIASISYSVEEARGNS---CSGNLDSRVSIIPVIQLAKIPLVQPRRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVKIRCHSRSGIKILGLEETSEEWSSRIDL-NTRNTIATVTVFRKKDAVTFLHEDEPQNYTSNYEESNQTEDYGGVSGPVELFNWLLSV--DDRDFE-----LWN--------------AGXXXXXXXXXXXXXXXXXXXXXXXXXXXXLLSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSELDITELLISSGVVRIAKSNIALLRNNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAP-LXGKYPRIIAVGSGRGKLLRVSVELPKTC-----LNNAHQSLTSKDTEVIIKIKSPQKKSLLMTKSRHPDDRRAPIKTFFEDHATLVAHKKSVDMGD--LGDMIQDEEISQ-AHLESSQRHRNGGGYLHSYRSHPSLSHPRHYIDYTHLTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSI---------KSHQSVQNAHDWVWLXKSSSMDDKSVQSNLSSHP 1039
            L  G A  ++VHFE P +GFF + +   S    ST                                 N  R S        +D VL   RF V++T+ PV IRA YGPF  +QTVP +Y+VPD+ E SS    +++   +        LD+SAH V   IPRD PVLRVLFHAG   G +       + IC+ L+ S+ N+T     C P+G DG C+ ++ +PS WWPSL     E+ G+     K P+ +  +SYSV E    S   C    + +V I P+   AK+PLVQ    Y++L  DE L M++PQ PLYP S+++VPVFL  PE  + ++V  +R   ++G++ILG   +S++W+  ++  NT++T+A VT FRK        + +P +  S+++++N  +        +E+F+WLL V  D +D       +W+              A                              ++ + EL+N AVLTG Q+S+ +K+F V++AG++ADVTL+SSC + + SV+KVSSSC+SVYVDGSE RG+ NA + VKYG   G   FT+WMP+ PL++ ++D RLSQIKGW++P   ++ N    GK       K +  W +      N   SS++  C  RYQQS V +Y  FLA D DSGR  +  SR + L +T+L+    ++R+A   IA LR   +QG + G+T V V+SPI+G+ IG  E RV  ++ SI  + +R++SGL+LSI +D +      Y  +T+ ++ L+++YQEGL+D+ L FSD +  PL DI ++ Y L V+SLD   VAFAP L   +PR+IAVG G G LLRV++ L + C     +  + Q + S    ++  + S Q           PD  +                + S  + D  +G  ++D+   + A L+ S++HR G   +  Y S  S+        Y   T LE+G+YVLLA FC  I +FV SC VYAS+ R V   +    +    +         KS +S  NAHDWVWL + ++MD  +   ++S +P
Sbjct:   10 LRRGTAYAVEVHFETPDSGFFLKHSPRQSSVAAST---------------------------------NKGRLS--------SDSVLSIDRFTVVQTSQPVSIRASYGPFSTKQTVPARYIVPDVLESSSDSTQNTTAALMDLQQSNLHLDISAHLVKNSIPRDSPVLRVLFHAGADPGGHLQR----QKICVLLHASIGNKTPLKGRCMPEGEDGVCVAEVVIPSDWWPSL--PAPEKDGRPAAIQKTPQRMVQVSYSVFEPPTRSPELC----EPKVQIQPLTPFAKVPLVQSLMPYKELRADETLTMMVPQQPLYPLSKIHVPVFL-HPEPGQNVAVFIVRARVKAGMRILGASASSDDWNVSVEKENTKHTVARVTAFRK--------DQDPDSPVSSFDDTNSNK-------VMEVFSWLLEVANDTKDHHDGGRIVWSVSYVHDGPKVKEMSAEASGTPHEEGRKKIVAKLEIQKDDIQAVLPIAKNWELMNTAVLTGRQVSQAMKVFIVSQAGKVADVTLQSSCQAEDESVIKVSSSCSSVYVDGSEARGSSNASVLVKYGTYSGLAKFTVWMPEFPLEVSVADFRLSQIKGWKIP---EDHNVSANGK---MRRRKRAYGWGHHNEDFVN-GVSSERSVCRARYQQSPVEVYARFLAVDQDSGRVSYLISRRTGLRVTDLV--QPLLRVADPKIATLRGRTLQGRAMGRTDVQVLSPITGRVIGAREVRVGSDKVSITRLLVRVVSGLQLSISSDNA--IENGYIAETSVTRKLTAQYQEGLLDIDLEFSDGSRTPLRDISVDDYFLLVESLDTEVVAFAPMLASHHPRVIAVGEGNGDLLRVTLLLSEECRLRRNIPVSKQGMKSSVGPLVSALASVQVDFSSSDIGTRPDTVQN--DGIAGRDRKYQGRELSGSLNDILIGVALKDDNSQEPAALQPSRQHRGG---IPGYVSGKSMV-------YADATSLEIGMYVLLAAFCLAIGVFVISCVVYASKFRPVTIDVTGEASVRDGMGNASVLGGGKSTESTTNAHDWVWLGR-ATMDRSTNGHDMSGNP 989          
BLAST of EMLSAG00000000063 vs. nr
Match: gi|1121100816|ref|XP_019540594.1| (PREDICTED: transmembrane protein 132E-like [Aedes albopictus])

HSP 1 Score: 550.821 bits (1418), Expect = 5.135e-169
Identity = 377/1066 (35.37%), Postives = 563/1066 (52.81%), Query Frame = 0
Query:   22 AKGLDVHFEDPTAGFFFRETRTSSDYVPSTDYSLRRLPSSPAAEPTTSIVLNSVSSSSSSHLPNSSRFSNVGPGSELADDVLHTARFVVLKTATPVLIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNSSSKPGLITDFKPHGLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETK-STCCSPDGRDGTCLGQLTLPSRWWPSLVFNGSEEGGK----TKHPKIIASISYSVEEARGNS---CSGNLDSRVSIIPVIQLAKIPLVQPRRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVKIRCHSRSGIKILGLEETSEEWSSRIDL-NTRNTIATVTVFRKKDAVTFLHEDEPQNYTSNYEESNQTEDYGGVSGPVELFNWLLSV--DDRDFE-----LWN--------------AGXXXXXXXXXXXXXXXXXXXXXXXXXXXXLLSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSELDITELLISSGVVRIAKSNIALLRNNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAP-LXGKYPRIIAVGSGRGKLLRVSVELPKTC-----LNNAHQSLTSKDTEVIIKIKSPQKKSLLMTKSRHPDDRRAPIKTFFEDHATLVAHKKSVDMGD--LGDMIQDEEISQ-AHLESSQRHRNGGGYLHSYRSHPSLSHPRHYIDYTHLTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSI---------KSHQSVQNAHDWVWLXKSSSMDDKSVQSNLSSHP 1039
            A  ++VHFE P +GFF + +   S    ST                                 N  R S        +D VL   RF V++T+ PV IRA YGPF  +QTVP +Y+VPD+ E SS    +++   +        LD+SAH V   IPRD PVLRVLFHAG   G +       + IC+ L+ S+ N+T     C P+G DG C+ ++ +PS WWPSL     E+ G+     K P+ +  +SYSV E    S   C    + +V I P+   AK+PLVQ    Y++L  DE L M++PQ PLYP S+++VPVFL  PE  + ++V  +R   ++G++ILG   +S++W+  ++  NT++T+A VT FRK        + +P +  S+++++N  +        +E+F+WLL V  D +D       +W+              A                              ++ + EL+N AVLTG Q+S+ +K+F V++AG++ADVTL+SSC + + SV+KVSSSC+SVYVDGSE RG+ NA + VKYG   G   FT+WMP+ PL++ ++D RLSQIKGW++P   ++ N    GK       K +  W +      N   SS++  C  RYQQS V +Y  FLA D DSGR  +  SR + L +T+L+    ++R+A   IA LR   +QG + G+T V V+SPI+G+ IG  E RV  ++ SI  + +R++SGL+LSI +D +      Y  +T+ ++ L+++YQEGL+D+ L FSD +  PL DI ++ Y L V+SLD   VAFAP L   +PR+IAVG G G LLRV++ L + C     +  + Q + S    ++  + S Q           PD  +                + S  + D  +G  ++D+   + A L+ S++HR G   +  Y S  S+        Y   T LE+G+YVLLA FC  I +FV SC VYAS+ R V   +    +    +         KS +S  NAHDWVWL + ++MD  +   ++S +P
Sbjct:   31 AFAVEVHFETPDSGFFLKHSPRQSSVAAST---------------------------------NKGRLS--------SDSVLSIDRFTVVQTSQPVSIRASYGPFSTKQTVPARYIVPDVLESSSDSTQNTTAALMDLQQSNLHLDISAHLVKNSIPRDSPVLRVLFHAGADPGGHLQR----QKICVLLHASIGNKTPLKGRCMPEGEDGVCVAEVVIPSDWWPSL--PAPEKDGRPAAIQKTPQRMVQVSYSVFEPPTRSPELC----EPKVQIQPLTPFAKVPLVQSLMPYKELRADETLTMMVPQQPLYPLSKIHVPVFL-HPEPGQNVAVFIVRARVKAGMRILGASASSDDWNVSVEKENTKHTVARVTAFRK--------DQDPDSPVSSFDDTNSNK-------VMEVFSWLLEVANDTKDHHDGGRIVWSVSYVHDGPKVKEMSAEASGTPHEEGRKKIVAKLEIQKDDIQAVLPIAKNWELMNTAVLTGRQVSQAMKVFIVSQAGKVADVTLQSSCQAEDESVIKVSSSCSSVYVDGSEARGSSNASVLVKYGTYSGLAKFTVWMPEFPLEVSVADFRLSQIKGWKIP---EDHNVSANGK---MRRRKRAYGWGHHNEDFVN-GVSSERSVCRARYQQSPVEVYARFLAVDQDSGRVSYLISRRTGLRVTDLV--QPLLRVADPKIATLRGRTLQGRAMGRTDVQVLSPITGRVIGAREVRVGSDKVSITRLLVRVVSGLQLSISSDNA--IENGYIAETSVTRKLTAQYQEGLLDIDLEFSDGSRTPLRDISVDDYFLLVESLDTEVVAFAPMLASHHPRVIAVGEGNGDLLRVTLLLSEECRLRRNIPVSKQGMKSSVGPLVSALASVQVDFSSSDIGTRPDTVQN--DGIAGRDRKYQGRELSGSLNDILIGVALKDDNSQEPAALQPSRQHRGG---IPGYVSGKSMV-------YADATSLEIGMYVLLAAFCLAIGVFVISCVVYASKFRPVTIDVTGEASVRDGMGNASVLGGGKSTESTTNAHDWVWLGR-ATMDRSTNGHDMSGNP 1005          
BLAST of EMLSAG00000000063 vs. nr
Match: gi|157107854|ref|XP_001649969.1| (AAEL004880-PA, partial [Aedes aegypti] >gi|108879490|gb|EAT43715.1| AAEL004880-PA, partial [Aedes aegypti])

HSP 1 Score: 543.888 bits (1400), Expect = 4.576e-167
Identity = 391/1161 (33.68%), Postives = 588/1161 (50.65%), Query Frame = 0
Query:   22 AKGLDVHFEDPTAGFFFRETRTSSDYVPSTDYSLRRLPSSPAAEPTTSIVLNSVSSSSSSHLP-NSSRFSNVGPGSELADDVLHTARFVVLKTATPVLIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNSSSKPGLITDFKPHGLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETKSTC-CSPDGRDGTCLGQLTLPSRWWPSLVFNGSEEGGK----TKHPKIIASISYSVEEARGNS---CSGNLDSRVSIIPVIQLAKIPLVQPRRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVKIRCHSRSGIKILGLEETSEEWSSRIDL-NTRNTIATVTVFRKKDAVTFLHEDEPQNYTSNYEESNQTEDYGGVSGPVELFNWLLSV--DDRDFE-----LWN--------------AGXXXXXXXXXXXXXXXXXXXXXXXXXXXXLLSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSELDITELLISSGVVRIAKSNIALLRNNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAP-LXGKYPRIIAVGSGRGKLLRVSVELPKTC-----LNNAHQSLTSKDTEVIIKIKSPQKKSLLMTKSRHPDDRRAPIKTFFEDHATLVAHKKSVDMGDLGDMIQDEEISQ-AHLESSQRHRNG-GGYLHSYRSHPSLSHPRHYIDYTHLTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSI--------KSHQSVQNAHDWVWLXKSSSMDDKSVQSNLSSHPPHPDVLRQQRRYRQRASYMGSEVNIIPNPRTEEFELSVSDPNTPIMPSNS-----HLNNSENTGGSA--------------------PAIPPHQNL 1110
            A  ++VHFE P +GFF +                                          H P  SS  +N   G   +D VL   RF V++T+ PV IRA YGPF  +QTVP +Y+VPD+ E SS    +++   +        LD+SAH V T IPRD PVLRVLFHAG   G +       + IC+ L+ S+ N+T     C P+G DG C+ ++ +PS WWP L     E+ G+     K P+ +  +SYSV E    S   C    + +V I P+   AK+PLVQ    Y++L  DE L M++PQ PLYP S+++VPVFL  PE  + ++V  +R   ++G++ILG   +S++W+  ++  NT++T+A VT FRK        + +P +  ++++++N  +        +E+F+WLL V  D +D       +W+              A                              ++ + EL+N AVLTG Q+S+ +K+F V++AG++ADVTL+SSC + + SV+KVSSSC+SVYVDGSE RG+ NA + VKYG   G   FT+WMP+ PL++ ++D RLSQIKGW++P   ++ N    GK       K +  W +      N   S ++  C  RYQQS V +Y  FLA D DSGR  +  SR + L +T+L+    ++R+A   IA LR   +QG + G+T V V+SPI+G+ IG  E RV  ++ SI  + +R++SGL+LSI +D +      Y  +T+ ++ L+++YQEGL+D+ L FSD +  PL DI ++ Y L V+SLD   VAFAP L   +PR+IAVG G G LLRV++ L + C     +  + Q + S    ++  + S Q           PD  +       +           +D   +G  ++D+   + A L+ S++HR G  GY++              + Y   T LE+G+YVLLA FC  I +FV SC VYAS+ R V   +    +    +        K  +S  NAHDWVWL + ++MD  +   ++S +              QR S M    +II NP + ++     D    I+  NS     H+      GG                      P +PPH+N+
Sbjct:   14 AYAVEVHFETPDSGFFLK------------------------------------------HSPRQSSVAANTNKGRLGSDSVLSIDRFTVVQTSQPVSIRASYGPFSTKQTVPARYIVPDVLESSSDSTQNTTAALMDLQQSNLHLDISAHLVKTSIPRDSPVLRVLFHAGADPGGHLQR----QKICVLLHASIGNKTPLKGRCMPEGEDGVCVAEVVIPSNWWPPL--PPPEKDGRPAAIQKTPQRLVQVSYSVFEPPARSPELC----EPKVQIQPLTPFAKVPLVQSLMPYKELRADETLTMMVPQQPLYPLSKIHVPVFL-HPEPGQNVAVFIVRARVKAGMRILGASASSDDWNVSVEKENTKHTVARVTAFRK--------DQDPDSPVNSFDDTNSNK-------VMEVFSWLLEVANDTKDHHDGGRIVWSVSYVHDGPKVKELSAEASGAPHEEGRKKIVAKLEIQKDDIQAVLPIAKNWELMNTAVLTGRQVSQAMKVFIVSQAGKVADVTLQSSCQAEDESVIKVSSSCSSVYVDGSEARGSSNASVLVKYGTYSGLAKFTVWMPEFPLEVSVADFRLSQIKGWKIP---EDHNVSANGK---MRRRKRAYGWGHHNEDFVN-GVSPERSVCRARYQQSPVEVYARFLAVDQDSGRVSYLISRRTGLRVTDLV--QPLLRVADPKIATLRGRTLQGRAMGRTDVQVLSPITGRVIGAREVRVGSDKVSITRLLVRVVSGLQLSISSDNAI--ENGYIAETSVTRKLTAQYQEGLLDIDLEFSDGSRTPLRDISVDDYFLLVESLDTEVVAFAPMLASHHPRVIAVGEGNGDLLRVTLLLSEECRLRRNIPVSKQGMKSSVGPLVSALASVQVDFSSSDIGTRPDTVQNDGIAGRDRKYQGRELSGKLDDILIGVALKDDNSQEPAALQPSRQHRGGIPGYVNG-----------KSMVYADATSLEIGMYVLLAAFCLAIGVFVISCVVYASKFRPVTIDVTGEASVRDGMGNASVLGGKGTESTTNAHDWVWLGR-ATMDRSTNGQDMSGN--------------QRDSRM----HIINNPMSSKY----GDAEESIVQVNSFDNPNHIQLPSGAGGEGQIDVVNSCTYNKRDRRIDYRPPVPPHRNM 1061          
BLAST of EMLSAG00000000063 vs. nr
Match: gi|568250295|gb|ETN60007.1| (hypothetical protein AND_008382 [Anopheles darlingi])

HSP 1 Score: 546.969 bits (1408), Expect = 6.961e-167
Identity = 401/1174 (34.16%), Postives = 603/1174 (51.36%), Query Frame = 0
Query:    3 EVFRFLGTVLSILFLSTGWAKGLDVHFEDPTAGFFFRETRTSSDYVPSTDYSLRRLPSSPAAEPTTSIVLNSVSSSSSSHLPNSSRFSNVGPGSELADDVLHTARFVVLKTATPVLIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNSSSKPGLITDFKPHGL--DLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETK-STCCSPDGRDGTCLGQLTLPSRWWPSLVF---NGSEEGGKTKHPKIIASISYSVEEARGNSCSGNLDSRVSIIPVIQLAKIPLVQPRRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVKIRCHSRSGIKILGLEETSEEWSSRIDL-NTRNTIATVTVFRKKDAVTFLHEDEPQNYTSNYEESNQTEDYGGVSGPVELFNWLLSVDDRDFELWNAG-------------------------XXXXXXXXXXXXXXXXXXXXXXXXXXXXLLSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSELDITELLISSGVVRIAKSNIALLRNNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAP-LXGKYPRIIAVGSGRGKLLRVSVELPKTCLNNAHQSLTSKDTEVIIKIKSPQKKSLLMTKSRHPDDRRAPIKTFFE--DHATLVAHKKSV---DMGDLGDMI-------QDEEISQAHLESSQRHRNG--------GGYLHSYRSHPSLSHPRHYIDYTHLTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTA--------TRSIKSHQS-VQNAHDWVWLXKSSSMDDKSVQSNLSSHPPHPDVLRQQRRYRQRASYMGSEVNIIPNPRTEEFELSVSDPNTPIMPSNSHLNNSENTGGSAPAIPPHQNLRGAV 1114
            ++F F+   LSI F        ++VHFE P +GFF +                     SP     TS      +SSSSS L N +RFS  G GS     VL T RF V++T+ PV IRA YGPF  +QTVP +Y+VPD+ + +     S +    + D +   L  D+SAH V   I RD PVLRVLFHAG   G +       + IC+ L+ S  N       C P+G DG C+ ++ +P+ WWP L     +G   G   K P+ I  +SYSV E    S   + + +V I P+   A+IPLVQ +  Y++L  D+ L M+IPQ PLYP S+++VPVFL  PE ++ I+V  +R   ++G++ILG   +S+EW+  ++  NT++T+A VT FRK         D P        E+N+       +  +E+F+W+L V +   E W+ G                                                      ++ + EL+N AVLTG Q+S+ +K+F V++AG++ADVTL+SSC + + SV+KVSSSC+SVYVDGSE  G+ NA + VKYG   G   FT+WMP+ PL++ ++D RLSQIKGW++P    ED      K  ++      S W N  +   N   SSD+  C  RYQQS V +Y  FLA D DSGR  +  SR + L +T+L+    ++R+A   IA LR   +QG + G+T V V+SPI+G+ IG  E RV  ++ +I  + ++++SGL+LSI  D +      Y  +T+ ++ L+++YQEGL+D+ L FSD +  PL DI ++ Y L V+SLD   VAFAP L   +PR+IAVG G G+LLRV++ L + C    +  ++ +    I     P   +L M    H D     I T  +   +  +V   +S    ++ DL D++        +    +A ++ S++H +          G + S+ S+ S+ H            LE+G+Y++L  FC  IA+FV SC VYAS++R V   +N   +           ++K  +S   NAHDWVWL + ++MD  +V++   +                  ++  S ++I  NP   ++     D +  I+  NS  N +     S+ AIP H +  G V
Sbjct:    8 QLFLFIAN-LSISFC-------VEVHFETPDSGFFLKH--------------------SPRQNALTS------ASSSSSALSNKARFS--GSGS-----VLSTDRFTVVQTSQPVSIRASYGPFSTKQTVPARYIVPDVLDSAITDSGSQNATAALIDLQQSNLHLDISAHVVKNVIARDSPVLRVLFHAGADPGGHVQR----QKICVLLHASSTNRVPLKGRCMPEGEDGVCVAEVIIPANWWPPLPAPERDGHSNGNPPKSPQRIVQVSYSVFEPPARSPE-HCEPKVQIQPLTPFARIPLVQSQLPYKELRADDTLTMMIPQQPLYPMSKIHVPVFL-HPEPEQNIAVFIVRARVKAGMRILGATASSDEWNVSVEKENTKHTVARVTAFRKDQ-----DPDSP-------AETNRAGSSAFENRVLEIFSWMLEVANDTKEHWDGGRIIWSVSYVHDGPKSKDLSSELAVASSTATHEEGRKKIVAKIEIQKDDIQAVLPIAKNWELMNTAVLTGRQVSQAMKVFIVSQAGKVADVTLQSSCTAEDESVIKVSSSCSSVYVDGSEVGGSSNASVLVKYGTYTGLARFTVWMPEFPLEVSVADFRLSQIKGWKIP----EDQSTMNAKGKLRKKRAYGSGWDNHGSDYVN-GVSSDRSVCRARYQQSPVEVYARFLAVDQDSGRVSYLISRRTGLRVTDLV--QPLLRVADPKIATLRGRTLQGRAMGRTDVQVLSPITGRVIGAREVRVGSDKVTITRLQVKVVSGLQLSITNDAT--IENGYIAETSVTRKLTAQYQEGLLDIDLEFSDGSRTPLRDISVDDYFLLVESLDTEVVAFAPMLASHHPRVIAVGEGNGELLRVTLLLSEECRLRRNLPISKQG---IKGSFGPLVSALAMV---HVDFSGTEISTRPDTVQNDGIVGRDRSKSGRELSDLEDILIGIPLKDDNGHAMEAAVQPSRQHHHDSAIVTGDHSGKVGSFTSNKSMVH-------ADAATLEIGMYIVLTAFCLAIAVFVVSCVVYASKYRPVTIDVNGEASVRDGMGNSILDAVKGSESYATNAHDWVWLGR-ATMDRCNVEAGSDT----------------VGNFRDSRMHIFSNPMNPKY----GDADESIIQINSFDNPNHIQLPSSTAIPSHNSRLGNV 1079          
BLAST of EMLSAG00000000063 vs. nr
Match: gi|1134480165|gb|JAV29619.1| (hypothetical protein, partial [Culex tarsalis])

HSP 1 Score: 540.421 bits (1391), Expect = 1.250e-165
Identity = 358/980 (36.53%), Postives = 533/980 (54.39%), Query Frame = 0
Query:  102 VLHTARFVVLKTATPVLIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNSSSKPGLITDFKPHGLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETK-STCCSPDGRDGTCLGQLTLPSRWWPSLVFNGSEEGGKT----KHPKIIASISYSVEEARGNS---CSGNLDSRVSIIPVIQLAKIPLVQPRRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVKIRCHSRSGIKILGLEETSEEWSSRIDL-NTRNTIATVTVFRKKDAVTFLHEDEPQNYTSNYEESNQTEDYGGVSGPVELFNWLLSVDDRDFELWNAG---------------------XXXXXXXXXXXXXXXXXXXXXXXXXXXXLLSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSELDITELLISSGVVRIAKSNIALLRNNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAP-LXGKYPRIIAVGSGRGKLLRVSVELPKTC-----LNNAHQSLTSKDTEVIIKIKSPQ---KKSLLMTKSRHPDDRRAPIKTFFEDHATLVAHKKSVDMGDLGDMI------QDEEISQAHLESSQRHRNG-GGYLHSYRSHPSLSHPRHYIDYTHLTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSI--------KSHQSVQNAHDWVWLXKSSSMD 1027
            VL   RF V++T+ PV IRA YGPF  +QTVP +Y+VPD+ E SS    +++   +        LD+SAH V   IPRD PVLRVLFHAG   G +       + IC+ L+ S+ N+T     C P+G DG C+ ++ +PS WWP L     E+ G+     K P+ +  +SYSV E    S   C    + +V I P+   AK+PLV  +  Y++L  DE L M++PQ PLYP S+++VPVFL  PE  + I+V  +R   ++G++ILG   +SE+W+  ++  NT++T+A VT FRK        + +P +  S+ ++ N  +        VE+F+WLL V +   + W+ G                                                  +S + EL+N AVLTG Q+S+ +K+F V++AG++ADVTL+SSC + + SV+KVSSSC+SVYVDGSE RG+ NA + VKYG   G   F +WMP+ PL++ ++D RLSQIKGW++P   ++ N    GK       K +  W +  +   N   S ++  C  RYQQS V +Y  FLA D DSGR  +  SR + L +T+L+    ++R+A   IA LR   +QG + G+T V V+SPI+G+ IG  E RV  ++ S+  + +R++SGL+LSI +D +      Y  +T+ ++ L+++YQEGL+D+ L FSD +  PL DI ++ Y L V+SLD   VAFAP L   +PR+IAVG G G LLRV++ L + C     +  + Q + S    ++  + S Q     S  ++ +  PD       T   D  +    K   +  +L D++       D     A L  S+++R G  GY +S             + Y+  T LE+G+YVLLA FC  I +FV SC VYAS+ R V   +    +   S+        K+ +S  NAHDWVWL + ++MD
Sbjct:   53 VLSIDRFTVVQTSQPVSIRASYGPFSTKQTVPARYIVPDVMESSSDSTQNTTAALMDLQQSNLHLDISAHLVKNTIPRDSPVLRVLFHAGADPGGHLQR----QKICVLLHASIGNKTPLKGRCMPEGEDGVCVAEVVIPSNWWPPL--PPPEKDGRQPTALKTPQRMVQVSYSVFEPPARSPELC----EPKVQIQPLTPFAKVPLVPSQMPYKELRADETLTMMVPQQPLYPLSKIHVPVFL-HPEPGQNIAVFIVRARVKAGMRILGASASSEDWNVSVEKENTKHTVARVTAFRK--------DQDPDSPASSGDDMNSNKI-------VEVFSWLLEVANDTKDHWDGGRIVWSVSYVHDGPKIKELSAEASSSPHEEGRKKIVAKLEIQKDDIQAVLPISKNWELMNTAVLTGRQVSQAMKVFIVSQAGKVADVTLQSSCQAEDESVIKVSSSCSSVYVDGSEARGSSNASVQVKYGTYSGLAKFMVWMPEFPLEVSVADFRLSQIKGWKIP---EDHNVSANGK---MRRRKRAYGWGHHGDDFAN-GVSPERSVCRARYQQSPVEVYARFLAVDQDSGRVSYLISRRTGLRVTDLV--QPLLRVADPKIATLRGRTLQGRAMGRTDVQVLSPITGRVIGAREVRVGSDKVSLTRLLVRVVSGLQLSITSDNAI--ENGYIAETSVTRKLTAQYQEGLLDIDLEFSDGSRTPLRDISVDDYFLLVESLDTEVVAFAPMLASHHPRVIAVGEGNGDLLRVTLLLSEECRLRRNIPVSKQGMKSSVGPLVSALASVQVDFSSSSDISAATRPD-------TVQNDGISGRDRKPGSEYSNLDDILIGIPLKDDHGQEMAALSPSRQNRGGIPGYANS-----------KSMVYSDGTSLEIGMYVLLAAFCLAIGLFVVSCVVYASKFRPVTIDVTGEASVRDSLGNASVLGGKAVESTTNAHDWVWLGR-ATMD 976          
BLAST of EMLSAG00000000063 vs. nr
Match: gi|1134480095|gb|JAV29584.1| (hypothetical protein, partial [Culex tarsalis])

HSP 1 Score: 540.036 bits (1390), Expect = 1.475e-165
Identity = 358/980 (36.53%), Postives = 533/980 (54.39%), Query Frame = 0
Query:  102 VLHTARFVVLKTATPVLIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNSSSKPGLITDFKPHGLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETK-STCCSPDGRDGTCLGQLTLPSRWWPSLVFNGSEEGGKT----KHPKIIASISYSVEEARGNS---CSGNLDSRVSIIPVIQLAKIPLVQPRRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVKIRCHSRSGIKILGLEETSEEWSSRIDL-NTRNTIATVTVFRKKDAVTFLHEDEPQNYTSNYEESNQTEDYGGVSGPVELFNWLLSVDDRDFELWNAG---------------------XXXXXXXXXXXXXXXXXXXXXXXXXXXXLLSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSELDITELLISSGVVRIAKSNIALLRNNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAP-LXGKYPRIIAVGSGRGKLLRVSVELPKTC-----LNNAHQSLTSKDTEVIIKIKSPQ---KKSLLMTKSRHPDDRRAPIKTFFEDHATLVAHKKSVDMGDLGDMI------QDEEISQAHLESSQRHRNG-GGYLHSYRSHPSLSHPRHYIDYTHLTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSI--------KSHQSVQNAHDWVWLXKSSSMD 1027
            VL   RF V++T+ PV IRA YGPF  +QTVP +Y+VPD+ E SS    +++   +        LD+SAH V   IPRD PVLRVLFHAG   G +       + IC+ L+ S+ N+T     C P+G DG C+ ++ +PS WWP L     E+ G+     K P+ +  +SYSV E    S   C    + +V I P+   AK+PLV  +  Y++L  DE L M++PQ PLYP S+++VPVFL  PE  + I+V  +R   ++G++ILG   +SE+W+  ++  NT++T+A VT FRK        + +P +  S+ ++ N  +        VE+F+WLL V +   + W+ G                                                  +S + EL+N AVLTG Q+S+ +K+F V++AG++ADVTL+SSC + + SV+KVSSSC+SVYVDGSE RG+ NA + VKYG   G   F +WMP+ PL++ ++D RLSQIKGW++P   ++ N    GK       K +  W +  +   N   S ++  C  RYQQS V +Y  FLA D DSGR  +  SR + L +T+L+    ++R+A   IA LR   +QG + G+T V V+SPI+G+ IG  E RV  ++ S+  + +R++SGL+LSI +D +      Y  +T+ ++ L+++YQEGL+D+ L FSD +  PL DI ++ Y L V+SLD   VAFAP L   +PR+IAVG G G LLRV++ L + C     +  + Q + S    ++  + S Q     S  ++ +  PD       T   D  +    K   +  +L D++       D     A L  S+++R G  GY +S             + Y+  T LE+G+YVLLA FC  I +FV SC VYAS+ R V   +    +   S+        K+ +S  NAHDWVWL + ++MD
Sbjct:   53 VLSIDRFTVVQTSQPVSIRASYGPFSTKQTVPARYIVPDVMESSSDSTQNTTAALMDLQQSNLHLDISAHLVKNTIPRDSPVLRVLFHAGADPGGHLQR----QKICVLLHASIGNKTPLKGRCMPEGEDGVCVAEVVIPSNWWPPL--PPPEKDGRQPTALKTPQRMVQVSYSVFEPPARSPELC----EPKVQIQPLTPFAKVPLVPSQMPYKELRADETLTMMVPQQPLYPLSKIHVPVFL-HPEPGQNIAVFIVRARVKAGMRILGASASSEDWNVSVEKENTKHTVARVTAFRK--------DQDPDSPASSGDDMNSNKI-------VEVFSWLLEVANDTKDHWDGGRIVWSVSYVHDGPKIKELSAEASSSPHEEGRKKIVAKLEIQKDDIQAVLPISKNWELMNTAVLTGRQVSQAMKVFIVSQAGKVADVTLQSSCQAEDESVIKVSSSCSSVYVDGSEARGSSNASVQVKYGTYSGLAKFMVWMPEFPLEVSVADFRLSQIKGWKIP---EDHNVSANGK---MRRRKRAYGWGHHGDDFAN-GVSPERSVCRARYQQSPVEVYARFLAVDQDSGRVSYLISRRTGLRVTDLV--QPLLRVADPKIATLRGRTLQGRAMGRTDVQVLSPITGRVIGAREVRVGSDKVSLTRLLVRVVSGLQLSITSDNAI--ENGYIAETSVTRKLTAQYQEGLLDIDLEFSDGSRTPLRDISVDDYFLLVESLDTEVVAFAPMLASHHPRVIAVGEGNGDLLRVTLLLSEECRLRRNIPVSKQGMKSSVGPLVSALASVQVDFSSSSDISAATRPD-------TVQNDGISGRDRKPGSEYSNLDDILIGIPLKDDHGQEMAALSPSRQNRGGIPGYANS-----------KSMVYSDGTSLEIGMYVLLAAFCLAIGLFVVSCVVYASKFRPVTIDVTGEASVRDSLGNASVLGGKAVESTTNAHDWVWLGR-ATMD 976          
BLAST of EMLSAG00000000063 vs. nr
Match: gi|1134480109|gb|JAV29591.1| (putative conserved plasma membrane protein, partial [Culex tarsalis])

HSP 1 Score: 540.036 bits (1390), Expect = 7.176e-165
Identity = 358/980 (36.53%), Postives = 533/980 (54.39%), Query Frame = 0
Query:  102 VLHTARFVVLKTATPVLIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNSSSKPGLITDFKPHGLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETK-STCCSPDGRDGTCLGQLTLPSRWWPSLVFNGSEEGGKT----KHPKIIASISYSVEEARGNS---CSGNLDSRVSIIPVIQLAKIPLVQPRRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVKIRCHSRSGIKILGLEETSEEWSSRIDL-NTRNTIATVTVFRKKDAVTFLHEDEPQNYTSNYEESNQTEDYGGVSGPVELFNWLLSVDDRDFELWNAG---------------------XXXXXXXXXXXXXXXXXXXXXXXXXXXXLLSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSELDITELLISSGVVRIAKSNIALLRNNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAP-LXGKYPRIIAVGSGRGKLLRVSVELPKTC-----LNNAHQSLTSKDTEVIIKIKSPQ---KKSLLMTKSRHPDDRRAPIKTFFEDHATLVAHKKSVDMGDLGDMI------QDEEISQAHLESSQRHRNG-GGYLHSYRSHPSLSHPRHYIDYTHLTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSI--------KSHQSVQNAHDWVWLXKSSSMD 1027
            VL   RF V++T+ PV IRA YGPF  +QTVP +Y+VPD+ E SS    +++   +        LD+SAH V   IPRD PVLRVLFHAG   G +       + IC+ L+ S+ N+T     C P+G DG C+ ++ +PS WWP L     E+ G+     K P+ +  +SYSV E    S   C    + +V I P+   AK+PLV  +  Y++L  DE L M++PQ PLYP S+++VPVFL  PE  + I+V  +R   ++G++ILG   +SE+W+  ++  NT++T+A VT FRK        + +P +  S+ ++ N  +        VE+F+WLL V +   + W+ G                                                  +S + EL+N AVLTG Q+S+ +K+F V++AG++ADVTL+SSC + + SV+KVSSSC+SVYVDGSE RG+ NA + VKYG   G   F +WMP+ PL++ ++D RLSQIKGW++P   ++ N    GK       K +  W +  +   N   S ++  C  RYQQS V +Y  FLA D DSGR  +  SR + L +T+L+    ++R+A   IA LR   +QG + G+T V V+SPI+G+ IG  E RV  ++ S+  + +R++SGL+LSI +D +      Y  +T+ ++ L+++YQEGL+D+ L FSD +  PL DI ++ Y L V+SLD   VAFAP L   +PR+IAVG G G LLRV++ L + C     +  + Q + S    ++  + S Q     S  ++ +  PD       T   D  +    K   +  +L D++       D     A L  S+++R G  GY +S             + Y+  T LE+G+YVLLA FC  I +FV SC VYAS+ R V   +    +   S+        K+ +S  NAHDWVWL + ++MD
Sbjct:  120 VLSIDRFTVVQTSQPVSIRASYGPFSTKQTVPARYIVPDVMESSSDSTQNTTAALMDLQQSNLHLDISAHLVKNTIPRDSPVLRVLFHAGADPGGHLQR----QKICVLLHASIGNKTPLKGRCMPEGEDGVCVAEVVIPSNWWPPL--PPPEKDGRQPTALKTPQRMVQVSYSVFEPPARSPELC----EPKVQIQPLTPFAKVPLVPSQMPYKELRADETLTMMVPQQPLYPLSKIHVPVFL-HPEPGQNIAVFIVRARVKAGMRILGASASSEDWNVSVEKENTKHTVARVTAFRK--------DQDPDSPASSGDDMNSNKI-------VEVFSWLLEVANDTKDHWDGGRIVWSVSYVHDGPKIKELSAEASSSPHEEGRKKIVAKLEIQKDDIQAVLPISKNWELMNTAVLTGRQVSQAMKVFIVSQAGKVADVTLQSSCQAEDESVIKVSSSCSSVYVDGSEARGSSNASVQVKYGTYSGLAKFMVWMPEFPLEVSVADFRLSQIKGWKIP---EDHNVSANGK---MRRRKRAYGWGHHGDDFAN-GVSPERSVCRARYQQSPVEVYARFLAVDQDSGRVSYLISRRTGLRVTDLV--QPLLRVADPKIATLRGRTLQGRAMGRTDVQVLSPITGRVIGAREVRVGSDKVSLTRLLVRVVSGLQLSITSDNAI--ENGYIAETSVTRKLTAQYQEGLLDIDLEFSDGSRTPLRDISVDDYFLLVESLDTEVVAFAPMLASHHPRVIAVGEGNGDLLRVTLLLSEECRLRRNIPVSKQGMKSSVGPLVSALASVQVDFSSSSDISAATRPD-------TVQNDGISGRDRKPGSEYSNLDDILIGIPLKDDHGQEMAALSPSRQNRGGIPGYANS-----------KSMVYSDGTSLEIGMYVLLAAFCLAIGLFVVSCVVYASKFRPVTIDVTGEASVRDSLGNASVLGGKAVESTTNAHDWVWLGR-ATMD 1043          
BLAST of EMLSAG00000000063 vs. nr
Match: gi|1134480013|gb|JAV29543.1| (putative conserved plasma membrane protein, partial [Culex tarsalis])

HSP 1 Score: 540.036 bits (1390), Expect = 1.067e-164
Identity = 358/980 (36.53%), Postives = 533/980 (54.39%), Query Frame = 0
Query:  102 VLHTARFVVLKTATPVLIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNSSSKPGLITDFKPHGLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETK-STCCSPDGRDGTCLGQLTLPSRWWPSLVFNGSEEGGKT----KHPKIIASISYSVEEARGNS---CSGNLDSRVSIIPVIQLAKIPLVQPRRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVKIRCHSRSGIKILGLEETSEEWSSRIDL-NTRNTIATVTVFRKKDAVTFLHEDEPQNYTSNYEESNQTEDYGGVSGPVELFNWLLSVDDRDFELWNAG---------------------XXXXXXXXXXXXXXXXXXXXXXXXXXXXLLSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSELDITELLISSGVVRIAKSNIALLRNNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAP-LXGKYPRIIAVGSGRGKLLRVSVELPKTC-----LNNAHQSLTSKDTEVIIKIKSPQ---KKSLLMTKSRHPDDRRAPIKTFFEDHATLVAHKKSVDMGDLGDMI------QDEEISQAHLESSQRHRNG-GGYLHSYRSHPSLSHPRHYIDYTHLTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSI--------KSHQSVQNAHDWVWLXKSSSMD 1027
            VL   RF V++T+ PV IRA YGPF  +QTVP +Y+VPD+ E SS    +++   +        LD+SAH V   IPRD PVLRVLFHAG   G +       + IC+ L+ S+ N+T     C P+G DG C+ ++ +PS WWP L     E+ G+     K P+ +  +SYSV E    S   C    + +V I P+   AK+PLV  +  Y++L  DE L M++PQ PLYP S+++VPVFL  PE  + I+V  +R   ++G++ILG   +SE+W+  ++  NT++T+A VT FRK        + +P +  S+ ++ N  +        VE+F+WLL V +   + W+ G                                                  +S + EL+N AVLTG Q+S+ +K+F V++AG++ADVTL+SSC + + SV+KVSSSC+SVYVDGSE RG+ NA + VKYG   G   F +WMP+ PL++ ++D RLSQIKGW++P   ++ N    GK       K +  W +  +   N   S ++  C  RYQQS V +Y  FLA D DSGR  +  SR + L +T+L+    ++R+A   IA LR   +QG + G+T V V+SPI+G+ IG  E RV  ++ S+  + +R++SGL+LSI +D +      Y  +T+ ++ L+++YQEGL+D+ L FSD +  PL DI ++ Y L V+SLD   VAFAP L   +PR+IAVG G G LLRV++ L + C     +  + Q + S    ++  + S Q     S  ++ +  PD       T   D  +    K   +  +L D++       D     A L  S+++R G  GY +S             + Y+  T LE+G+YVLLA FC  I +FV SC VYAS+ R V   +    +   S+        K+ +S  NAHDWVWL + ++MD
Sbjct:  134 VLSIDRFTVVQTSQPVSIRASYGPFSTKQTVPARYIVPDVMESSSDSTQNTTAALMDLQQSNLHLDISAHLVKNTIPRDSPVLRVLFHAGADPGGHLQR----QKICVLLHASIGNKTPLKGRCMPEGEDGVCVAEVVIPSNWWPPL--PPPEKDGRQPTALKTPQRMVQVSYSVFEPPARSPELC----EPKVQIQPLTPFAKVPLVPSQMPYKELRADETLTMMVPQQPLYPLSKIHVPVFL-HPEPGQNIAVFIVRARVKAGMRILGASASSEDWNVSVEKENTKHTVARVTAFRK--------DQDPDSPASSGDDMNSNKI-------VEVFSWLLEVANDTKDHWDGGRIVWSVSYVHDGPKIKELSAEASSSPHEEGRKKIVAKLEIQKDDIQAVLPISKNWELMNTAVLTGRQVSQAMKVFIVSQAGKVADVTLQSSCQAEDESVIKVSSSCSSVYVDGSEARGSSNASVQVKYGTYSGLAKFMVWMPEFPLEVSVADFRLSQIKGWKIP---EDHNVSANGK---MRRRKRAYGWGHHGDDFAN-GVSPERSVCRARYQQSPVEVYARFLAVDQDSGRVSYLISRRTGLRVTDLV--QPLLRVADPKIATLRGRTLQGRAMGRTDVQVLSPITGRVIGAREVRVGSDKVSLTRLLVRVVSGLQLSITSDNAI--ENGYIAETSVTRKLTAQYQEGLLDIDLEFSDGSRTPLRDISVDDYFLLVESLDTEVVAFAPMLASHHPRVIAVGEGNGDLLRVTLLLSEECRLRRNIPVSKQGMKSSVGPLVSALASVQVDFSSSSDISAATRPD-------TVQNDGISGRDRKPGSEYSNLDDILIGIPLKDDHGQEMAALSPSRQNRGGIPGYANS-----------KSMVYSDGTSLEIGMYVLLAAFCLAIGLFVVSCVVYASKFRPVTIDVTGEASVRDSLGNASVLGGKAVESTTNAHDWVWLGR-ATMD 1057          
BLAST of EMLSAG00000000063 vs. nr
Match: gi|1134480093|gb|JAV29583.1| (putative conserved plasma membrane protein, partial [Culex tarsalis])

HSP 1 Score: 539.65 bits (1389), Expect = 1.111e-164
Identity = 358/980 (36.53%), Postives = 533/980 (54.39%), Query Frame = 0
Query:  102 VLHTARFVVLKTATPVLIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNSSSKPGLITDFKPHGLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETK-STCCSPDGRDGTCLGQLTLPSRWWPSLVFNGSEEGGKT----KHPKIIASISYSVEEARGNS---CSGNLDSRVSIIPVIQLAKIPLVQPRRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVKIRCHSRSGIKILGLEETSEEWSSRIDL-NTRNTIATVTVFRKKDAVTFLHEDEPQNYTSNYEESNQTEDYGGVSGPVELFNWLLSVDDRDFELWNAG---------------------XXXXXXXXXXXXXXXXXXXXXXXXXXXXLLSSHSELINLAVLTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDNERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSELDITELLISSGVVRIAKSNIALLRNNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAP-LXGKYPRIIAVGSGRGKLLRVSVELPKTC-----LNNAHQSLTSKDTEVIIKIKSPQ---KKSLLMTKSRHPDDRRAPIKTFFEDHATLVAHKKSVDMGDLGDMI------QDEEISQAHLESSQRHRNG-GGYLHSYRSHPSLSHPRHYIDYTHLTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSI--------KSHQSVQNAHDWVWLXKSSSMD 1027
            VL   RF V++T+ PV IRA YGPF  +QTVP +Y+VPD+ E SS    +++   +        LD+SAH V   IPRD PVLRVLFHAG   G +       + IC+ L+ S+ N+T     C P+G DG C+ ++ +PS WWP L     E+ G+     K P+ +  +SYSV E    S   C    + +V I P+   AK+PLV  +  Y++L  DE L M++PQ PLYP S+++VPVFL  PE  + I+V  +R   ++G++ILG   +SE+W+  ++  NT++T+A VT FRK        + +P +  S+ ++ N  +        VE+F+WLL V +   + W+ G                                                  +S + EL+N AVLTG Q+S+ +K+F V++AG++ADVTL+SSC + + SV+KVSSSC+SVYVDGSE RG+ NA + VKYG   G   F +WMP+ PL++ ++D RLSQIKGW++P   ++ N    GK       K +  W +  +   N   S ++  C  RYQQS V +Y  FLA D DSGR  +  SR + L +T+L+    ++R+A   IA LR   +QG + G+T V V+SPI+G+ IG  E RV  ++ S+  + +R++SGL+LSI +D +      Y  +T+ ++ L+++YQEGL+D+ L FSD +  PL DI ++ Y L V+SLD   VAFAP L   +PR+IAVG G G LLRV++ L + C     +  + Q + S    ++  + S Q     S  ++ +  PD       T   D  +    K   +  +L D++       D     A L  S+++R G  GY +S             + Y+  T LE+G+YVLLA FC  I +FV SC VYAS+ R V   +    +   S+        K+ +S  NAHDWVWL + ++MD
Sbjct:  133 VLSIDRFTVVQTSQPVSIRASYGPFSTKQTVPARYIVPDVMESSSDSTQNTTAALMDLQQSNLHLDISAHLVKNTIPRDSPVLRVLFHAGADPGGHLQR----QKICVLLHASIGNKTPLKGRCMPEGEDGVCVAEVVIPSNWWPPL--PPPEKDGRQPTALKTPQRMVQVSYSVFEPPARSPELC----EPKVQIQPLTPFAKVPLVPSQMPYKELRADETLTMMVPQQPLYPLSKIHVPVFL-HPEPGQNIAVFIVRARVKAGMRILGASASSEDWNVSVEKENTKHTVARVTAFRK--------DQDPDSPASSGDDMNSNKI-------VEVFSWLLEVANDTKDHWDGGRIVWSVSYVHDGPKIKELSAEASSSPHEEGRKKIVAKLEIQKDDIQAVLPISKNWELMNTAVLTGRQVSQAMKVFIVSQAGKVADVTLQSSCQAEDESVIKVSSSCSSVYVDGSEARGSSNASVQVKYGTYSGLAKFMVWMPEFPLEVSVADFRLSQIKGWKIP---EDHNVSANGK---MRRRKRAYGWGHHGDDFAN-GVSPERSVCRARYQQSPVEVYARFLAVDQDSGRVSYLISRRTGLRVTDLV--QPLLRVADPKIATLRGRTLQGRAMGRTDVQVLSPITGRVIGAREVRVGSDKVSLTRLLVRVVSGLQLSITSDNAI--ENGYIAETSVTRKLTAQYQEGLLDIDLEFSDGSRTPLRDISVDDYFLLVESLDTEVVAFAPMLASHHPRVIAVGEGNGDLLRVTLLLSEECRLRRNIPVSKQGMKSSVGPLVSALASVQVDFSSSSDISAATRPD-------TVQNDGISGRDRKPGSEYSNLDDILIGIPLKDDHGQEMAALSPSRQNRGGIPGYANS-----------KSMVYSDGTSLEIGMYVLLAAFCLAIGLFVVSCVVYASKFRPVTIDVTGEASVRDSLGNASVLGGKAVESTTNAHDWVWLGR-ATMD 1056          
BLAST of EMLSAG00000000063 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold605_size125465-snap-gene-0.28 (protein:Tk06871 transcript:maker-scaffold605_size125465-snap-gene-0.28-mRNA-1 annotation:"aael004880- partial")

HSP 1 Score: 662.914 bits (1709), Expect = 0.000e+0
Identity = 485/1433 (33.85%), Postives = 701/1433 (48.92%), Query Frame = 0
Query:   19 TGWAKGLDVHFEDPTAGFFFRETRTSSDYVPSTDYSLRRLPSSPAAEPTTSIVLNSVSSSSSSHLPNSSRFSNVGPGSELADDVLHTARFVVLKTATPVLIRAEYGPFEQRQTVPTQYVVPDLSEGSSPPFNSSSKPGLITDFKPHGLDLSAHPVTTEIPRDKPVLRVLFHAGGHGGPYRSLNGAPRTICIRLYVSLRNETK---------STCCSPDGRDGTCLGQLTLPSRWWP--SLVFNGSEEGGKTKHPKIIASISYSVEEARGNSCSGNLDSRVSIIPVIQLAKIPLVQPRRGYRQLAQDEILHMLIPQXPLYPNSRLYVPVFLDQPEDDRQISVVKIRCHSRSGIKILGLEETSEE---WSSRIDLNTRNTIATVTVFRKKDAVTFLHEDEPQNYTSNYEESNQT-----------------------------------EDYGGVSGPVE----------LFNWLLSVDDRDFELWNAGXXXXXXXXXXXXXXXXXXXXXXXXXXXXLLSS----HSELINLAV-------------LTGHQISKPLKIFTVTEAGEIADVTLRSSCVSTENSVLKVSSSCTSVYVDGSETRGALNAQINVKYGNLMGTTLFTIWMPDIPLKIDLSDTRLSQIKGWRVPSYKKEDN---------ERNKGKRSIKNNEKSSSDWSNEKNGRGNRRTSSDKLSCSLRYQQSTVTIYGTFLAEDLDSGRKDFYPSRGSELDITELLISSGVVRIAKSNIALLRNNIIQGLSPGKTYVHVMSPISGKEIGKAEFRVAKNRESIVGMNIRILSGLKLSIHADQSHRRRGKYSLQTAYSKVLSSKYQEGLVDVSLLFSDETVVPLSDIDINQYHLSVKSLDPRTVAFAPLXG-KYPRIIAVGSGRGKLLRVSVELPKTCLNNAHQSLTSKDTEVIIKIKSPQKKSLLMTKSRHPDDRRAPIKTFFEDHATLVAHKKSVDMGDLGDMIQDEEISQAHLESSQRHRNGGGYLHSYRSHPSLSHPRHYIDYTH------LTPLEVGLYVLLAVFCATIAIFVASCFVYASRHRKVEYPMNTSTTATRSIKSHQSVQNAHDWVWLXKSSSMDDKSVQSNLSSHPPHP-------DVLRQQRRYRQRASYMGSEVNIIPNPRTEEFELSVSDPNTP----------IMPSNSHLNNSENTGGSAPAIPPHQNLRGAVKKNTNPFLYDEEELEREYLIHKSNEKERGYHPFCEVYDTVEGSKSGCISQFHPGTFDGKTFKQEEIQLPGESLRSSQMIDSSTYTKKSSSIHPEGMILPVGFPIFSQDD----ENVSSSSSWDEEEEQEEDEVEEEETIQP-------------PLRQSPASALPPLTEN-DFII--------RP-----------EDIQRP----RGEYIPLNPDIEKPSPPRKGSA 1301
             G A  LDV F+DP +GFF RE   +      T   +          PTTSI+L             + R + +  G      V+H+ RF +L  + P+ IRAEYGPF+  QT+P QY +    E       +    G+I+DFKPH LDLSAH VT EIP+D+P LRVLFHAGG+   Y  L G   T+C+RL V  + ++          ST C P  +DGTCL ++ LP  WWP  + +  G     +TK P +     YSV ++RG  C+   DS                    G    AQ     + I +  L+  S                +  + IR  +RSGIK+ GLEE   E   WS+ +++N+R T A + + R   A       +  +  +   E+NQ                                    E + G  G  +          LF W+  VD +D++  + G                             + +    H + +  A+             LTG Q+S+PLK+F V+  G+IADVTL SSC S + SVLKV++SCTSVYVDGSE RGAL+A + VKYG+L+G T  T+WM D PLK+++ D RLS IK W+V +   E            +    R  +   +  S     +N  G ++T      C  R+QQ+T  ++  F+AED DSGRKD++PSR  ELD+T++L  S +     S ++L   N ++G   G+T V V+SPI+G+ +G  E RV+KN+ESIVG+N+ +LSGL+L +  ++   R+G Y  +T YSK L+S+YQEGL+D+ L FSD TV+ L DI+ + Y+L+VKSLD + +AFAP  G ++PR+IA+GSG+G+LLRV +EL   C+  +   L +   +V +++K  +KK +     RH             D  T     ++V+MGDLGD +    +S   L   Q +     +  +  ++   S+ R +I   H      LTPLEVG++VL+AVFCA +A+FVASCFVYASR+R  EYP+          +  QSVQNAHDWVWL K++S   KS   +  S    P       D+  Q++R  QR SY+GSE+NIIPNP+T+E+E  VS+PN+P          I    +H   SE    S+     H   R   K+  +P    + ++  + L  +  E+  G  P        E  +  C ++   G    +  +++   LP        ++DS+TYT+  +S  P   ILPVG+P+F        E +S  +   + EE     +     + P              LRQSPASALPPL E+ DFI         RP           ED  R      G  IP NP++++PSPPR GS 
Sbjct:   39 AGGATALDVRFDDPASGFFLRERHHTYGTSSGTQGGV---------GPTTSIILGK----------GAKRTNQLSRGHA----VIHSERFSILGKSHPITIRAEYGPFQTSQTLPAQYALLTADEDYPKSRGAQGLKGMISDFKPHSLDLSAHLVTQEIPKDRPTLRVLFHAGGN---YLGLAG--ETLCVRLMVKTQRDSPTSGQSGTQVSTQCVPSRKDGTCLAEVHLPMSWWPQEADLLPGEY---RTKVPPVSVDAIYSVFKSRGQICAQE-DS-------------------TGKFATAQSRNPRLEISKPSLHVESL------------SSHLEALTIRLRTRSGIKLTGLEECYSEYQQWSTSLEINSRGTSALLRILRVPAASELAARTDGGSSEAGDVEANQNKANHSTLEGEDDDHDEDDADDLLQVDDDAESQPRKEQHQGTRGKKKRVHSTTQNTPLFYWVFEVDGKDYDSRSKGKISWQVSYQRRSNSSWSETNRSINLDQYRVRAKVDVHKDDVQAAIPILKQTELMNLAVLTGRQVSRPLKVFMVSHGGQIADVTLHSSCSSKDESVLKVTASCTSVYVDGSEKRGALSAGVQVKYGSLVGETFLTLWMADWPLKVEVGDARLSVIKDWKVSTRYLERETSASLDLVPSQQGLPRKKRETLQGLSKIFGLRNLTGTQKTPGPS-QCRTRFQQTTFRVFANFVAEDPDSGRKDYFPSRSVELDVTDVLGRSALRVEDPSIVSLSGGNTLEGRKVGRTEVQVISPITGEVLGNKEIRVSKNKESIVGINVNVLSGLQLDVVGEK-RGRKGIYLAKTTYSKALTSQYQEGLLDIELNFSDNTVLNLRDINPSDYYLNVKSLDQKVIAFAPTQGSRHPRVIAIGSGQGQLLRVFLELSDDCMQKSMVPLATTKVDVHVQLK--EKKPVFDGSIRH-------------DFGT----AQAVNMGDLGDSL----LSNIALRDDQNY-----FKPAMSNNGVGSNARRHITNKHNDIAARLTPLEVGMFVLVAVFCAAMAMFVASCFVYASRYRSREYPLQ---------RKSQSVQNAHDWVWLGKTTSTSSKSSSPSTMSKLIIPVRRGDQLDLAGQEKRKSQRLSYVGSEINIIPNPQTDEYEAEVSNPNSPDDAPLEAVEGIPNITAHDLYSELPRRSSQG---HNGARRKTKQRDSPQDSLKPKIPPKRLAGRRAERPSGGFPMEATRCPPEYVRP-CRTRM--GAMQSQEDEEQTAFLP-------TVVDSATYTRNETSPRPGHDILPVGYPLFLSTGLGGCEAISCDTLPSDMEEDLRQGIRSASMLSPLELPDPSKALLASGLRQSPASALPPLCESKDFITTSPMDTLPRPVRGTQEPLPSAEDCHRSWESESGSGIPKNPNLDRPSPPRHGSG 1356          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000000063 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 20
Match NameE-valueIdentityDescription
-1.020e-5628.31symbol:TMEM132B "Transmembrane protein 132B" speci... [more]
-3.494e-5426.21symbol:Tmem132c "transmembrane protein 132C" speci... [more]
-3.000e-5327.10symbol:TMEM132D "Uncharacterized protein" species:... [more]
-3.154e-5223.53symbol:Tmem132a "transmembrane protein 132A" speci... [more]
-5.092e-5025.26symbol:TMEM132C "Transmembrane protein 132C" speci... [more]
-4.560e-4826.55symbol:Tmem132d "transmembrane protein 132D" speci... [more]
-1.760e-4723.01symbol:Tmem132a "Transmembrane protein 132A" speci... [more]
-1.760e-4723.01symbol:Tmem132a "transmembrane protein 132A" speci... [more]
-2.878e-4727.07symbol:Tmem132e "transmembrane protein 132E" speci... [more]
-6.587e-4727.41symbol:Tmem132e "transmembrane protein 132E" speci... [more]

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BLAST of EMLSAG00000000063 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 3
Match NameE-valueIdentityDescription
gi|592820235|gb|GAXK01134333.1|2.399e-1339.08TSA: Calanus finmarchicus comp92521_c0_seq1 transc... [more]
gi|592899687|gb|GAXK01058688.1|5.943e-223.86TSA: Calanus finmarchicus comp1216725_c0_seq6 tran... [more]
gi|592934074|gb|GAXK01024479.1|2.033e+026.73TSA: Calanus finmarchicus comp685306_c0_seq1 trans... [more]
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BLAST of EMLSAG00000000063 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 1
Match NameE-valueIdentityDescription
EMLSAP000000000630.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s100:31661... [more]
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BLAST of EMLSAG00000000063 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 12
Match NameE-valueIdentityDescription
gi|928589329|sp|L7VG99.1|T132E_DANRE2.033e-5924.21RecName: Full=Transmembrane protein 132E; Flags: P... [more]
gi|145566963|sp|Q14DG7.2|T132B_HUMAN7.537e-5728.31RecName: Full=Transmembrane protein 132B[more]
gi|288558839|sp|Q8CEF9.3|T132C_MOUSE2.518e-5426.21RecName: Full=Transmembrane protein 132C; Flags: P... [more]
gi|123782363|sp|Q922P8.2|T132A_MOUSE2.340e-5223.53RecName: Full=Transmembrane protein 132A; AltName:... [more]
gi|288558838|sp|Q8N3T6.3|T132C_HUMAN3.740e-5025.26RecName: Full=Transmembrane protein 132C; Flags: P... [more]
gi|81894111|sp|Q76HP3.1|T132D_MOUSE3.388e-4826.55RecName: Full=Transmembrane protein 132D; AltName:... [more]
gi|81865816|sp|Q80WF4.1|T132A_RAT1.279e-4723.01RecName: Full=Transmembrane protein 132A; AltName:... [more]
gi|81891670|sp|Q6IEE6.1|T132E_MOUSE4.790e-4727.41RecName: Full=Transmembrane protein 132E; Flags: P... [more]
gi|121940967|sp|Q24JP5.1|T132A_HUMAN2.247e-4624.05RecName: Full=Transmembrane protein 132A; AltName:... [more]
gi|74709535|sp|Q6IEE7.1|T132E_HUMAN1.205e-4425.96RecName: Full=Transmembrane protein 132E; Flags: P... [more]

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BLAST of EMLSAG00000000063 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 14
Match NameE-valueIdentityDescription
EAA13567.64.206e-16135.11AGAP004670-PA, partial [Anopheles gambiae str. PES... [more]
AHN59403.12.202e-16033.86detonator, isoform D [Drosophila melanogaster][more]
AFH07261.12.490e-16033.86detonator, isoform C [Drosophila melanogaster][more]
AAF46133.22.490e-16033.86detonator, isoform B [Drosophila melanogaster][more]
AHN59404.11.001e-15933.86detonator, isoform E [Drosophila melanogaster][more]
gb|KFM65701.1|1.848e-15933.88Transmembrane protein 132C, partial [Stegodyphus m... [more]
EFX85492.19.941e-9228.59hypothetical protein DAPPUDRAFT_314172 [Daphnia pu... [more]
EEB19139.11.097e-9138.00conserved hypothetical protein [Pediculus humanus ... [more]
gb|KYB25663.1|8.839e-8637.27Transmembrane protein 132B-like Protein [Tribolium... [more]
XP_006558574.11.263e-8236.51PREDICTED: transmembrane protein 132C isoform X2 [... [more]

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BLAST of EMLSAG00000000063 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|1121111468|ref|XP_019545435.1|4.450e-17135.41PREDICTED: transmembrane protein 132E-like [Aedes ... [more]
gi|1000199936|gb|KXJ72988.1|1.659e-16935.39hypothetical protein RP20_CCG016819 [Aedes albopic... [more]
gi|1121100816|ref|XP_019540594.1|5.135e-16935.37PREDICTED: transmembrane protein 132E-like [Aedes ... [more]
gi|157107854|ref|XP_001649969.1|4.576e-16733.68AAEL004880-PA, partial [Aedes aegypti] >gi|1088794... [more]
gi|568250295|gb|ETN60007.1|6.961e-16734.16hypothetical protein AND_008382 [Anopheles darling... [more]
gi|1134480165|gb|JAV29619.1|1.250e-16536.53hypothetical protein, partial [Culex tarsalis][more]
gi|1134480095|gb|JAV29584.1|1.475e-16536.53hypothetical protein, partial [Culex tarsalis][more]
gi|1134480109|gb|JAV29591.1|7.176e-16536.53putative conserved plasma membrane protein, partia... [more]
gi|1134480013|gb|JAV29543.1|1.067e-16436.53putative conserved plasma membrane protein, partia... [more]
gi|1134480093|gb|JAV29583.1|1.111e-16436.53putative conserved plasma membrane protein, partia... [more]

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BLAST of EMLSAG00000000063 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 1
Match NameE-valueIdentityDescription
maker-scaffold605_size125465-snap-gene-0.280.000e+033.85protein:Tk06871 transcript:maker-scaffold605_size1... [more]
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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s100supercontigLSalAtl2s100:316619..404033 +
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
ensembl2013-09-26 .965016
Blast vs. GO2014-04-02
TblastN vs C. finmarchicus TSA2014-05-09
Blastp vs. self2014-05-10
Blastp vs. SwissProt2017-02-10
Blastp vs. Selected Arthropods2017-02-20
Blastp vs. NR (2/2017)2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins2018-04-18
Properties
Property NameValue
Logic nameensemblgenomes
Descriptionmaker-LSalAtl2s100-augustus-gene-4.17
Biotypeprotein_coding
EvidenceIEA
NoteTransmembrane protein 132E
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000000063 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000000063EMLSAT00000000063-695910Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s100:316619..404033+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000000063-682829 ID=EMLSAG00000000063-682829|Name=EMLSAG00000000063|organism=Lepeophtheirus salmonis|type=gene|length=87415bp|location=Sequence derived from alignment at LSalAtl2s100:316619..404033+ (Lepeophtheirus salmonis)
GGGGAGTCTACCCCATTGTGTACATGTTTTGGGTCCGCACTCTTAATTCC TTTTAAAATTTTGAATATTATTGAATAAATAATGTGTGAGGGCAATGTGA CTTAGAATACTTAAAAATACTCTGATATTAATAAAGAATTTGTGGAACGA AAAGTGCGTAATTAAATCTAAGATATCTGTTGCAAAAGGACATTTTGTTT GAGGACGTTAGAATGACAGAAGTATTTCGATTCCTTGGGACAGTTCTGTC TATTCTTTTCCTTTCAACCGGTAAGCAATAATTATATATTCACATTTTCT TTATGACGATGAACCATGTTTAAAATACACACATACATACAAAAAGAGAG GGAATCGTAGATTGGTTTACCTATATACAATGGTACAAACATCTGTGGTA ACTCTAAACAACATAAGAACCACATAAACAAACGTAAATAAACAAATTAT TTGTGGTCTGTAGAGTGGACTCACGTGATTGCTTCGTCCTCTCTTAACCA ATCCACCATAGACAACTCCTATTGGTTGTTTGGAGTTGTGTTTCTCGTTC TTCATTCCTGAAATAAATATACTACTACAACTGTATACATTCATATAATA ATAATAATACATTTATGAATAATTGAGTAGGCTTATACGAGATACACATA AAATATTAATGATCTGTCTGGTGTGCCTACTGATGAAATGGAAAGGAAAG CCTACATTTGTCGATGTAAGTCAAGTCAATCAAAAGAAGGGATTGGAATA TTAATGAGATTCCCTTTTGCTTCATGAATTAGCTATTAATTGACGTATTT AACTCTTACAGAGCTATTAATGGTAAATTGTCAACTCCATTCGTCATAGA ATAGAGATACAAAGAGGCAAATAAGAAATGGAAATGTAATGGTAGTTTGG TATAGTTGGGCAACAGCAGATCTTAATTATTATTTCAGCTGGGGAAAGGG GTACTAGATATAACTGTATTTATACTCAATTTAATCTGGGGTTTGATTGA ATTGAGTTTTATATTTATTGTAAAAGCCTTTTAGTTATCAAATACACCAT TTGCATACTAGTTTATAGCACTGCCATTCTTAAAAAGTATTTATATATAC AGAACTAACTMCCCAGCCTGTATATATTTTGCTGTATTCAAATAAATAAC TAAATATTATTCTAAAATAAGTGTGACGTAATTTATGGAACATACCCCTT TTCTCAGATGAAGTGCGTGGCTTATTCTTGAGCACACTTTTGTTTTCTCC GTATAATCATTTTTGAAATGCATTTCAAAACGCTAACAGTGTTTTGGATA ACTATAACAGTCCAGGAGAATACTAAAGATTCTGATACACTTTGTTTTGT AAGTGTTTTAGACAAGTTTGCTTACTTTAAGCACTCTTTCAAAAAGTAGG GGGTTCATTTATCATAGGGTGGGTGTATATGACACACCAAAGGCAACAGA TTCTTTAATATAATTTTGCTAAAGCGGTGGCCGTATCCATCACTGATCCT TTACAAAAAGGTAGCCGATAGGATCTATGAGTAGAAGACTACGTACGTTG ATCATAGGCATCAAATGGCTATTAATTTTTATCGAGGAAAAGTTATGGGC CATTTCTAGTTGTTGAGCCACTTTCCTACACGAAATGTGCTAGTAATCCA AGGTTTCCCTGTATAAATAAGCACCTTTTTTATTATGTTCAATATTTAGT TTACTAAACATCTCACAAATTTTGTTTACAATGAATTTCAAATGAGATTT TTTATATATTTCCATTTATTTAACAAGTAAAAATAGAGTTTAATAAATAT ATGTAACATTCGTTAAAAACATACATTTGTACATAATAAATTATTTATAT ACCTTTATGTATATTTTAAAATATTCTTCTATACATATTGATCATCTTAC TCATTTTCGTAAGAAAACGTTTAAAATATGCACTAAACATTCCCTAAATA TACAACACCACTAATGAAGGTTATTGTATTTATTTTTTTCGTATAGAAAT GTCGTTAAAAAGATATCTTTGGTGGAGTATCTATTTATTTATCTTCAAAA TTAAATTAACTATTATCTTTACGAGAGTGAAGAGAAAGAAAAAATAACTA AAAGATTAGAGGAATGAGTCTATAAAATTTCACTGAAATGAGATCTTCGG CATTCTTATACTATTACTAATAATAATTTAATTATATTTTTGTCAAAAAG CGGTACTTTTTTACATTTCTTTGTAAAAAGATATTTATGTTTGTATGTAC ATACAACGTATCTATGTTAGATTTTTACACATAAGAAGCCTTACAGTTGA TGACTTAATTAAAATAAATAGTTATTCATGGAACAAAAAAGGGATCTTTG TAATTACATACCATACAAATACATCTGAGAAACTTTGCATTATTTAAATT TTCATGAACGCTGTGTAAGAAAAAAATTGTTTGTTTTGTGTAATTAAAAA GTAGATTTGAATTGATAACTCTTGAGCAATTTCCTCTGTAAATATTTTAC TCCTGTGGCCCCTAAATATACCCTTTTGAGAACCATTTTTGAGAGGGGCT TGAGGGAAAAACCAATCGCAAAGTTATTTTATTCATATTATTTACAATAT ATATGTCCATGTATTTATGTTAGAATGTAAGACCCTCAATACACCTCTAA AACTGGAATAGTCCTTTGATACTGAGCCAAGGAGATCCAGAATCCATTAA TAAAGAATGATGCCAGTTTATTTAAAAAAATACGGTATATGTTGATAACA CGCTATAATCACGTAACCTTTCAAAAAGCCTATGATTATGATGAATCTCA AAAACAGAAATGAAATTTCTTTCATTCTGTTCTTAATCGTCTAAACAGAA TTTTGATTTTTTTGGGCGGAATTTCTTTGTTTGAAACATTTATTAGAAGT GAAATCACAGTATAATATTACGACTTTAAGTCCAAACGGAAATTAAATTG GTACTTTCAGTCGGGGAGGGTTCTATAAAGATTGGGAAAATTGGGTTACA ATCGAGGCATGATTAAAAAACCACTCGCTTAAACAATATTTCTGGTACTA TTACAGGGTAACACTAACCATGGGCGTATATTTTAGAAAAGAAAGATTTT TGAAGTAATCAAAGAAATGGACAATTTAACATAATTATGTGATTTTAAAT GTTTGCAAAAAAGGAAAAAAATAATTTAAATATTACTATTGATTTTTAAA CCTATACTCAAGAAATACAAATATATAAACAATGGATTTATGCCATTGGG GAGACTATTTGTAAGAAACAAAACAAAAAAGTAAATCCAAACAACAACAA TGAACCAATAATTGTAAAAAATTAACAACAAGGAAAAAAAAAAGTTGTTC AGAAAAAAGTTTAGTGCGTATAATGATTTTTTTAAAGCCTTGTTTACAAT ATTCTAGTTTGTAATAAATATTTTATAGAAGTAGCTTTATAAGTAAATTT TTTTCAATGCAAGCCTAAACCTAAAAATATGGTTCAAGTATCTGATAGAA TAAATTGCCAATTAATTAGTTATTAATATATTTACTATGTAAATACTCCG GGAAGAGCTCTATTTATTTTGTTTTCAATATTGTGAAAAATATTGATTGA TTTTCAACCCATCCTTGACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNTTTAAAACTATAACACTCTTAGAGCGGTTGGAATTTCTAAAC CGATACCCAACACAAATAATGACCTCATTAGGTGTAAAAATAAATTGACG ATTTTAAATCTATTCATAGATTTGTATTCATTCACACATCCCCCAAGAAT TAAATCAAAATAGAATTCCATTAAACTCCCATAAAATAACACTTATTTGA ATCAATTTGGCAAAGAAAATCAATACAATAAATATTACTGGTTTTCTTCT TCTCAATTTGTCGGATAAATTATTATTTTCATTCATGAGTTTTTAAAGAT ATGAAATGCTTAATCAAGTGGGAGTTTGGAATACTTAATTAGATAGATTT CGGTACTTTTGACGACTTTTTTTATCATCGTTTCTGTGAATCCCATTTGG TATTTTTATTCTTCTGGACATAATAACAAAACTCTTCCAGGACATTCCAT GTGTGTACATTGTACATGTCTCTTAGTTAATGCCAAGAGAATTGTCGAGG TACGTATATATCAAATATAATCATATGTATAAGTGTAATTATTATCTACG ATGATTGCCAAGATAGACTTCTTGGCCTCCTCCGTAAAGTAATCATTGAT TTAACAGGCTTCACACCCTTCTAAATATATATTTAAATTGTTATTATATT ACAATATATATAATTTTATCTGTCAGTTATCCAAACATAACCTTTTTTAT TTATTTACTTTGATTGTGAATGAAAGTTTTGCCATTTTTTTTCTCCATAC TTCAATATTTCTCCTACAAATTGGAAAATTTAAGATATGTAATAATGTTT TTTTCTCTCATTAAAACCTATCTTCCTCTGTCTTTTCCTTTTTTTGTAGA TGTCATCTCTATACAAAATAAATATTCCTATTTTTAAGTAGAAACATCTT TCATTTCTTAATCCTATTTAGAGATGGGCGTCTTAAACAAACTCTGACAG CTTATCTCATATGCAAAAGAGATGAGATATCATTTCACTAGACAGCCTAA TTTTGTTTATCTCTAAAGTCTAAATATAAAAAAGATCTACATATTTTTAC CATAAAATATTATTTATTTTTACTTTTTGTCAACTGTTTTATTTATCTAA TCGTTGTATCTCTTATTAGTGGCTATATCCTGAATACTGTTATTAGTTAT TGTGAATACTCTGCCGCTTTTCAGTCCTTATTTATTCAGTTTAGTCTAGT TTTAGGACCGTTCCTTCGGACTGTAACTGATTAAAAATGAAGAAATATCA TTCAGGATCGAACATTATAAGTTTTAGCACTGATATCCAGAACTGAACTA GACCAGATTGACACTGAACTGACTGCAGTCTTTTATCCTCAACACGAGTG TGGATATAATAATTTTTTATAAAGAATCCAGAAAAAGATGAAAAAAGACA CACTTGTTTGCGTCCTCTTTTTGAAGGAAAGGTTTCGAGACGTGAATAAT ATATTGTGTATAAGCCTTTATGACGTTCTATAAGTTTTTTCCCCTACAAA ACCTTCTTTTTCCAACTATTGGGACATACTATACAGATTAAATAAAAATG TATTAATACACGATTTTTGTACAAATGGTTGAAAATTTTGAAATCAATTT ATTAACTACAGTAGAATATTTAGATTTGCATGAAACAATTTGTATTATAT TGCTATTTAAGAACCTGGAAGTCAATTATTCAGAACTTGATATGACGTAA TTATTGTGGAGAAAATTAGGACTGAATTGCAAGGCTGCATCATTTTTATT TTGAAGCAAATTAAGCCCAGAACTTAAAGAGTGAGCGGAAAATGAGAGCT GAAGTGCCTATACAGGAACAAAGAAAGGGCTAAATCATTCTACTTCGCTC CTTTTTAGTTTTTTTTTATCCCCATGTTTTAATAGTTGTGCTCGACGTAG TACAAGCAAATTAAAAATGTCTTCACCAAGATGAACACCATCCTAAATAC CTACTAGTTCCTCCTATGATCTCTGTATGTGCAAACTGGGGCTTTGTCCA TACAGGTCGTCATTTTACGACAAATATTTAATGATGATTCAATTGGCGAC ATGGTTTTCTTTTCATTTAACTATAACTTAAATTAACAAAATCAATTCTT TCATCTCAAAAATGACCGTAAACTTTGTACAAAATCTGAAGGGATAAAGG AAAAAAAAACTTGATAATAATTACGAGGGAAGTGAAAATGTACATATTAA AGTGTGCGAGGGGACCATTGTATAATCTACTTGAACCATCAAGTATTTAA GTTTGTACAAGTAGGCTTACAAATGCACATATTTTTAATTTTCTAATTAA GGATGTAAAAATTGTCGAAATTGATCCCAAAAATTTGCTCACACTATAAC TGGCCATGTTACGTATTAGCGACTATAGTTTTTATAGCCATTTCTGTCAG AAAAAAAGTTCACTATCAAAGTTCCCAGCATATACTTTCATTTTTTGTAT ACAATTACAAGGATTTAGACAGATCCTTNAAGAGAAATGTCAAATTTTAA ATATGCTGAAATAATAGATATATATCTACAGGAGATGAGACTCGTTTGTA TATGTATATGTATATGTCTATGAGTATAACCTTATACAAATTCTTGTTTT TTTTTTTTTTTTCGTTGAAAAAAAACTTTTTATMTTTATAATGTGTACAA TTACAAACATTGTATTTATGTAGAGTTGTTTACATTGGAAAATATTTTCA ATTAACTGCTGTTATATTTATTGACATTATCTTCATACAGAGTAAATGTC GGCGATTTCAGAAGACTCTTCATTTAATACTCTATAACAGTATGTATAGA TATACATCATATCTCCCTAGGTATATCATGTACATATTTTTAAACCATCT TTCCCTTATTGTAAGGTTATCAAGTCATCAATAACTCTATATAGACTGTC TGGCTTATGAACAAATGGGGGAAGTTAACACAGAAAAAGTATTGAACAAA AATCAAGATTTGAAGAAATGCCCAATTCATTTATTACCGTCATATACATA AATATGCCCAACACTCATGATAGCTAGTTTTTAAAGTGTAGTGTACTGAT AGGGATGAGAATGATGTCTACATTGCAGTAAACGTATACACCACACTTGA GAGATTGTCAACTATACTTATGTCTTTTGAGACCTTATTTTTGAGTGTAT GCTTAATATCTTAGAACTAAATGACTACTTGTCAAAGGAATAACAATCTA GCAATTGAGCGTGTGTAACTAAAACTACGCACATCATAATAAAAATAAAA AGTAAGTGGAGTGCATTCCGGGCCAACCGTGATTATTTACTCGTCTCTAT TATACAAACTTTTACAGTTTAAAAGTCCTTTTTTACAATGTTCCAAGGAG TAATATTGTCGAACACATAATTACCTGTCGATTACTAAGAAAACATTGTC CAATTCGCCACACAGTACGCCAAGAGGATTGAGACGCTCCTCGGGGCAAT ATTATACCGGGAGGACATCCGGGATCAGATTAAGGCCTCCATGTCCATCA ACTGTCTGAAGTCTGCCTTCAAAAAAATTAAAACAATATTCTCATATCTC TTCTGATTAATATCTACATGCTAGTGTTTAAAAGAACTAATTATAACCTA GGAATTGAATATCCAGCAGAAATTTTATTGAGTAGTACTAATAATAATCA ACGAATACCTAAGTAACGCTGACATATAGCCATAAAAACGTTTCAGAACA TAACCGACAATTCCCTGATGCTCTCTACTTCCATAAAGTTAGCTAAATGC TGAGGAAATATTTCTTCAAACTTGGTACAAAATCGATTTTTTTTCCCGGT TGGTCTTCATTGATTTTATACTAGGGTGATTTTGACTAATATTCCGGGTC AGACTATGATATTAGACTACAGAACGACATTTAACCGTTTTCAAATCGTG GACCGTTTTTTTCAGCCTCAATCTATGGACCGATTTTCTGCCCTATCCTG ATTTATAAGTTGTACAAACATGATTTATGAAACCCATTCAACATCAATTG AAGTTATTGCTCCGATGCTCAATATTTTGAAACACACATGACATCATCAC GAGGTTATCTGTACCGATTTTTTTTTTGTAGCACCGATCACCACCCATTT TTTTCCTAGGACCGATCTAGACCAAATTGAATTAGTTAAGTCCACTAGAA ATCATAATGGTCTTTGACCAGTCTAAGATAGTGAAACCAAAAACCAACAT TATTATACAGCCCAATATTACCTATGCCCATTTTTTATATCAATTATAGA CCTTATATTAAAATTTCTGGGATATTTCATTGCGATAGTTAGAAGAATTT TAATTATAGCTTAGAACTTTCATTTGATTTAAGAGACTTAATTTGTCCCC AAATTGTCACCTTTCAAATAAAATGTGTTCATGTCTAACTATTTTATTAT GAAGACCACTTTTGGGTATTTAAAGTGTAATTTGTAGCAACGCTTCCCAA AGATTAATCAAAATAATTTGTAACTCAAACTTGATAATAATTCGTCCTAA AATATAAATATAATTTGGATTCAATTTTGTTAATTTTTCAAGTTTTTTTT ATTTTATGTTGACAGGCCAAAAATATGTATTTTTATCATAGTAATCTCAG ACTGACGTTTCTAATGGACAGAGTACATATTCCTTATGTAGATTAAACAG AATGTTTAGACATATCTTACATACTATACATTCATACATGAGTTCTGAGA TATCGTTTTACAGACTTTTCCTAAATGTAAATGTTGAGAGGCAAAGATAA TTTGAACCTAATATCGTATGTACTTCTACTCGAAAAGTATTTGTATATAT GCTTTTCAAAGCACTTAAATTATATTTACTTTGTAAAAGCTCATTCAAAA GATCTCATTTCAAAATATCACCTTGTACTTTTTAACTGTTTTCTTAAAGT TGAATAGTAATTAATAATAAGTAGCATATTACTCAACTCTTTAAAATGTA GGTGTTATTTTTTCATATCCTCTTCTCATATTTGTTCATACTCCTCACAG TTCATAATTATTCAAATTTAACGTTATTTTTATGCAGTTTTATCTGTCTG TTATTAACCTTGATGCAAAGAAAAATAACATTTTTGTTATTATATCCACA AATTAGTGTTATGCTTCGGTCTGAATATCCTAGACTGGTATGATACCCTT ATAGAGACGTCCACAGGGGGTGGGCCCCCCATTAAGGATTTTTTTTCTTC CTTTACTGGATATTCTTTTGTTCAAAATGAAAAAAAAATCACAAAAATAG GGGTAATTGTTTTTTTGTGAACCCCGGGAAAAAAAAATTCCCTTTCCGTG AATAACTATAGATTTTTGAAATTTTTTTCCAAAAATTATAATGTATAAAA TATTTTCCAAAAATTATAATGTATAAAATATTTTCCAAAAAATTTAATAT TTGAATTTTTTTTTGAATAGCTTCTGGATTTTTGAAGTTTTTTTTTCAAA AAAGTTAATTTTAAAATTTTTTTGTGAATGTCTATGAATTTTGAAATTTT TTTCCAAAAATTTAATTTTTGAAAGTTTTTTCTAAAAAATTTAAATTTTG AAAATTTCATCTAAAAAATTTAATTTTGAATTTTTTCCAAAAAAATAATT CTTGAACTCTATAGATTCTTGACATTTAAAAAATATATATATAAATGTAG TAAAAAACCAAGCATCTTCAAAATATAATCCGGCAGACGCTCTAGAATCA TTATTTTTAGTGGAGGGYACTTATTTGGTCTGGTTAAAGTCGAGTGAGGG AGAAAATCGGTCCATATCTTGAGAACGAAAATATCGGTCCATTATTTGAA AACAATTAAACTTCGGTCTACGCTTGGAGATTGCGGTGACGACCGAAATA GGGGTCTAGAAAAATCAGATAACACCAAACATAAAAAGTCTCATCACAAA TACATTTATGCGTATATATATATATTAAGACTATGTTTCCCTAGAACTAT TAAGTTTTCGACTACGAAATTAATCAATTTGTTTTATTAAGAATCTTTGT ATCGAATTCAATTATATCACTCATTGCATACATAGGCTTATCGATGCAAG GGTCATATATTGTGTCTCTCTCACAATTGATCGTATCTAAAGGTACTCAT TTTATTAATTCAAATTTTTCACGAGTAAAATTAAAACGAGAGTTTTGCTG TGGGCATTTATTTAACAAAATTTTCTTAAAGTAGTACCCGGTACAACTTT TATTTAATATGTAAGGCCTAAGCTTTAATAATTGCCTCAATTCCCCCTAA ATCCCTTGCAAACTTTGACTATGTAGTCAAAATAAAACTTGGTCCACTCC TTGTTGATGGAAATCCCCTAGAGACTGGACATTCCATTAAGGAGTAGCAC GTATTCTCCTCCAGACATATCTAGATAAGAGTAGAACAAATGATTACGGC TGGAGAGGAGGGMGGCTACATATTGAGACCAAAAAGGACGGAAAGTTGTC TATCAGGAAGGMATATGTCTTAGCGGTGTGACGACCCGAAGCTCCGTCTT GAGTGGAAACAAAGTAGTCTCCGAACTTTTCTCTGGCACAAAGTAATCCT TTATTTTCCATAAAGTCAATCTAAGCAGCTAAATTGAGTTGCTCCCTCCT TTGGCCGGGCAGACTTCGCCTGTGCTGGCCACTGGATTTTTGGGTTTCAT CAGACAAGAGCAAAACTTTGTCCGAATTTTTGTTGGCCTTGAGAAAATTT AGAATCTTCTTCGTCTCTTTCCAACTGTCTCATGTTGTTCTTTTTTAAAT AAGATGTCTTGTTGTCCTCCGGTCATTCCGGATTGATAATAATAAAATGT GGATCATTAGATAAGATCAACTGAGTCTATGCAAAAATTGATGATTATAA TTAAAGATAATTTGACATAGGAATAAACCTTAAAAATGTGTAAATATTGG GTTATATATAGCATACTAAAAAAAAGTGAAACATAAAACCTCGTTTCCAT ATATTTAAGTGTTTTTAGTATTTTTTAGGAAGTACTATTCAAGAGAAGCA TATACATAGTTTCGATGGACTCTCCATATCTTGATCTACAAAATATTTCC TCAAAAAAGTAGGAGGTTAAATGAAAAAAAGTTGATTGTTCATGAAGAAA CTGCAAGAAACAATAATTTCCTTCTTTTTATCATATGTTTAGGAACATAA AAGTGTTTATTTTGTATACAATCAGCACAATGTTATCTTTATTGTATTTT GCAACCTTTTCTCCTCTAAAATTACAAAACAAAAGTTTCAAAATCAATTG TAGTTGTAAAAAAATGCTTCCCATCTGTAGTTGATAATTATTAACAAGTG GTATTATTCATTCAACCAATCAACGTTTAGAATAATAATAAGAGACTGCA TATATAAAAAAGTATATTGTTGTCTATTTCTCTGCTTTCACTGGCTCCTA TTAGTGTTTTTAATCATGCCGATTGGTTGAGTATCAATTAGCTTCTGAAT AATTCTCAACAATGATTGAATAGGGTTATTGACGAATTAACAACAGATTT TTGGACTTTTTTCGGTCTTGTTTTATTGGAAGGAAGGTATTTTGTAAAAA TAAATTGAGAAATTAAATATTTTTGAAAAAAATTGAAATATTAAAAAAAT CAACAAATTTTCACAAAAATGTAATTTTTGAAAAAAGTTTCAAAAATCCG ATACCTGTTTACATAAAAATTTAATTTTTTAGAAAAAATTTCAAACATCC ACAGCTGTTTACAAAAAAATGAATTTTTAGAAAAAGATTTCCAAAATTAT TCAAAAAATCCATAAATATTCTCGAAAAATTAAATTTTTGGGAAAAAAAT TCAAAAATTTGCAGCAATACAAAAAATTAAATTTTTTGAATAATATTACA AAAATCCACAGGTGTTCACATAAAAAATTAATTTTTGGGGAAAAAAATTT AAAAATTAAATTTCAAATATGAATTTTTTTGGAAATACATTCAAGTATCA ACAACGTGAGATTAAGTGTAATTGACAATAATATATATTGAAAATTTGTA TCTTCTGAAATTCCCATGCTATTTGTACACAAGTAACAGTTATTATCACA AAACCTCCAGTTTCTTAAAGGAAGGAATGTCTTACTTTATACTTCTACGT ATATAGATCAGAATATGCTTCCAAAAAATTAATAATACCATACTACACTT AAATAATAGGTACCGTTGGAAACGAGTCTTTAGAGACGGAGTCCCTAATA GAAATATCATATATTTAAACTCTCTGTCTGACCATGTCAAATAAAGGTAG TTCCATTTATGTATGTGGTGGTGCATTTAATACAGGCTAKTTCTTCGTTA ACTAATATTGTTTCTTRGATAGATATGTATTCATCTCCTTCACTTAAGAA GCAACTTACATGCATAATTATATGATCTCATATATAGTTAGTTCGTTATT TCTGTTTTATACAATGGGGGAGTTTACTTTATTGTTTATTCCATGGATGT ATAAGTAAGTGGATTAATCCTCCTTCTAATTAAGCCCTCATAATGTTGTC TTTTCTCAAGTTCCTCTTTTGTTTATCTATATACATACATAAATATGGGT TTGCCAAGTCCCTCTTTTCAGAGTCCCTTAATACTCTTTTCATACAACAT ACAGATGAATTGACAAATGTATTTTTTTTTTCTGTGCTGGTCAACAACAT GTACAATGTACATATTTAGAGCTGTTGTTGAAATACATAATAATATGTTA CATCCCTGAGGGGGATTCTATTAGAGTTTACCATTGATTGAAGAAGTCTT TGAGTAGTCAAAACTAACATAGTCAGAAAGGGACACGTATACATGTATTG TCTAATCAATCTCTCATTGAAAAGTTTCTTTATTATATACTTGTTTTGAG GAGAGGGGCGAGCCAGGGGTTAAAGGACCCTTTTTAGTGAAAAGGGTGTT TATATTGTACGAATATACATATGTATTTTGGTTTAACTAATGAATGGGGT GAAATGGTTTATGAATGTTGCCAACTGGAATATTGTACCCTTATCTATTA ATGTAGTGATTCAATTTCTAGTTAGCAGGAATGTGTTCAAAATATTGCTC TCATGAATATCGGACAGCAAGACTGAAGTTTGATACATGAAAATACGTGT TAGAATAAACTAACTAACTTTTCAAGGGGTTCGCAGGACTATAATATATA TATATTTTAAAATTTTTGTTCCGTGTAAGGACTTGATCATATGACCTTTT TTAATGAAAGAGCTTCTTATAAAAAACAAAATCAAAAATTCTCTCATTTG GGWGTAGCCTCTGTAGCCTCCTCCCCCCCCCCCCCCCCGGAGATTAATTT TTTTTTTGTTGACCAATATATACCTACATCAATTAACAGTAACTTATTCA AATCCATTTAATTTTAATTTTAAGGATATCTAAAAGTTTCAGGCCAATTA ATTGTAAATCTTTTCTTTCAATGACGTTTTATAGTAATTGTTCTTTATCA TTTTTTCATAAAGTCCATTGCAATCATAGATTTTCTCAATGTCTCGTATA CTAAACTCGTCAAAAATTGTAGACATCTTAGAACAATATTAATCAATCAA CAGATGACTAATGTTCATTAAAGGCATTATGTATCGTGGCTATATCCAGT ATTTTAATACTATAATATATAGTTCGGACTAAAATGTTGTTTAAAGCCAT TCACAGGCACTAACAGGGGCGACTACATGGTATTTTGTTTGATAATGAGG AGGTTAGCTAACAAATTTGACAAAAAACAACAACATTAATATAATGTATA AAAGATTTTGGGATGTGAGATCGAATCGCCGTTGAAGAGATTGAATAGAT CTTGACGATGACTTAGGCCGTTTCCATGACGTAGCACACTATCATTATGG CAGCTCGGAGCGAATTTAAATTTCGATGAGAGGTGCGGCAGATATTCTTC TCTAAGATACTCAAAATTGTGAAGTCCAAAGGTATTGAGGTGAGATATAT TAGGAGAATTGCTAAATGGAGGCAGGCAAGAAGTTAACCATACTTTTGCT GTATAAGTTTTGGTTCTTCTTGGCTTTATAGAAGGGAGTTGAGGGGCGTC TGCAGGGGGTGGGCTAGTTGTCCTTTAATCCCTCCCACCCAAAAAAAATC CAAAAAATTTCATTATTCAATTTTTTTCCCCCAAAAAATTTAACTTTACC AATTTTTCATCATCCTGTAAGTATTTTATCCTTCAATACTTTTTTATATT AAACTTATCACGATAATAAGAAGATATAAATATATTGCAAAGAGTTACGA ACACAGAATGTGTAATTTGTGCACCCATAAACATGTTTCTTTATCAATAG CTATCCTCGGTTGATTAGGAATTTGAGATCATAGGTACAAGTACTTTGTA CTTTTGGAACCGTTGGACCTCCCAAATATTTATATATGTATATTCCATTA TATAAATCAATCTTTGAACTATCAAACAAGTATTTATCATCAATTAGATC TCTGATGTAGACATTTATGTCTGTACGTATAAACATTTATACTCTAAAAT CCCCTCTTGTCAAAATAAATTCTTTCTTTGAGCTCTTGTTGAAGGAATTT TTGGGGAGAGGGATTTAATTCGTATTTATTGATAAATAGATTTTAAAAAA AGCAACAATAAAGGATTAAAATATAAGAAATTGAAGTCAGTAATAAATCT ACTTCATTCTATATTTAGTAATGCATAATTCGAATGGATTCTTAAGGTTT AGTATTTGTAAAAGTATTTAAGAATCAAATATCCTATTATTAGATGATAC TTTAACTGAAAATACTCTGGAAAATGGATTATGACTAGTGTTGTATCTGT GCAGTCCAGGCTTCGAAACGGTTCTATCCAATACGAGATTATTATATTTG TACTTAATTATATAGCAGAACAATTTTACCAGGCTTGTAAGCGTTACTGT ATTTGGCTTTCCGTTCTTTTTTTCTCTCGTTCAGCGTTCCGCGTCCCAAC CATAACGTAGTACCGTATACACTATACGACAGCAAATCGTGACTTCCACT TTGATAGTGTCAGGGAGGCCTCATTTGAGAACTAGGCTTCAAAATTTTTT AACACAACAATCCAGTGAATATTAGCGTTCAAATGAGCTACAACTGCCTA AAATTGGTTCATTCATTGTCAAGATGGATTCCAAAAGGCAAAGAATAGCG ATTTTATTCGCAAAAGGCTTGAAAATAGGAACCAAGGAGTACCAGGATGT CCTCAAGGAGGTGGTCATCCCCTAGGTGAAGTCCATCTATCCAACTACTG CATTCAGCGTTATAAAAAAAATCAGTTCCGTTCATTGAACGCACGTTCGA TGGAACACAGTTCAATTTAGCGTTCCGTTCATAAGCCCGAATTTAACAAA GGAAAAAAACCCAACTCAATGACGTCACGAGGGATTGATTTTACCTTCTT TAAGAATCGAAAAGTGGAACGTGGTTATACTGGGCAGGACGGAGGACTTG ACTGGCGAGCAGTAATCGGGTTTAAGTAAATAAGGACCGACATTGCGCTA GATATGAGTAGTGTTAAGACTCCGTCCGAAACCGAAATTTTCTTGGTTTT TTGTTTATTCAATAAAAAAGAGTGATTACAAAATTTATTTTCTGAGACTG TATTAACTATAGGACCAGTCCGGACCGAACTTAGAACAAATTGGTTTGTT CTTACAAAAAAATATATTGAGAAATTTCCACACTGAGATCAAACACTAGT GTTGTTACGATTCCAATATTTTTGTTTCTGTTCCAGTAACAATTTTAGAT ATTGGTTTTTCGGTACGTTTTGATACTTTTTCGAATAATGATTTAAAATA AAAATGTCACAAAGGGCATATGATATGTCGTTACAGGGGTGTCTCCATAA TTTTTGTTTTGAGTTGGAGCTTAACCAGAATTTTCGAACGTTTTTAATAT AAAAATTTTTATCAATGCTATTTTTATCACCGATGGATGAGAAATTTTAG AGGTTACATCACTGACGGGGCAATTTTTTAATGATGTACTGTAACGTTAA ATACCGGTTCGAATACAGGGCGGCCACAGGGGGTGGGCTGGAGCAGCTGT TGTCCCTCCCCTAAATATTGGGATGTTTCCTTTATACTAGAAATTTTGAT TTTAGATTTAGATTTAGATTTTACAAAAAAAATTTATTTTTCAAATTTGA TTTTTGGAATTTATTTTTAAAAATTTTTCCAAAAAACAAACCCCCTCCGT AAAATAAACTCCTAGTTTAGTATAGTATTACGGCTTMCTATTWCTTTTGT CTTTGTAAAACCCATTAATTTCTTCAAATTTAGTATGCTCAAAAAAAAAA GTTCCAAATCTAGTCAAAAAGGCCCCCTCCCAAAAACACAACAAAAAAAA TCCTCCTTGTGTCTGGCCCCTGAATAACACTCTAGCATGATTAACAATAG GAGTAGTTTAGTTAATAAACTATAATATTACGAGTAAAATATATATCATT TTAAATCTCATAAATTGATTCATCAACATTTATTCTACATAATATATGTA TATATGTACACACTATCATAATTTGTCTTAAAAATATCGCTGCTCACTGA CAGAAAAATATATGAAATTTATGATTCAACGTTCAAAAAGATAAAACAAT AATAATGATGGAGACAGTAGTATTCATTTAAATCAGATATTTTGAATGTA TTTGAAAAATGACTTGATCATAATAATGTCATATTTGTATTTTGATAAAA GCTACTTTTAGTCGGGGTTTTTTTCCCCATTTCTTTGACGAATGTTGATT GTTTTTTCAACATGTCAAGGATTTCCCTTTTGGATGTGAACATTCTATCA TTCAAACACTCAGACTCACAGTAATAGGTCAGAGTACGAGTATCTTGATT TGTGTTTGGACATCAACTACTTATAAATATAAAATAATTTCTGTAATAAA TGTTTCTTTTTTAGGGCATGAACAAACTATTAAATTCCTGTAGGTAGATA TCACTTTATTGAATTCAATCCCCTTTTAACTGTTGCAATTACCTGTATAT TTTATATAACCACAAAGGGATATTGAATACTTCCTTTTTGTGGGATATTT CTCTTTTTCAGAGAAAAAAATATATTTGTTTATCCTAGTTAAATGTTACT AAAGACCCCTAAACCTGTATCTACCAACATTTCATGTCAATGAACTGTCC CTCTTTTGTTTTTGTTAATTATGTTAGCCTTATCTAGGGTGGATTATTTC TAGTTCTACCTAATGAATAGGTTGTTAAGACAACTTCTCTCTTTGTGTGA CGTCATGCTTCTCCCCTCTTTTATCCTATTTTTTCTACTTGCTTTCTTTT TTTTCTCTTCGTTTTGTTATCTTAAGGAGTCTTAAATTTACTTATTATAT TCTTAACCCCTCCCCCCCCTCTCCTTATATGTTGTTGTCTTAAATATAGG TACATATTGAAGGAACAAGGATGTTGTAGTATTCTAAAAAAATAAATAAC CATTCAACTAGATAAATGTAAGAATTTATTAGTTATTATTGTATGCGTGG GTTAAACATATTAAATTTATATTGACAGACATGCTTTTAAAAAGAAAAAT AGAATAGAATCCAAGGGTTCAAAACCATGTTTGAAAAAAATCTGATATGT ATTTTTTTTCTTCTCAAATATTTGTTTGATCGATTATATCTATAAATATG CAAACATAATTATAATCTCTAGTAAAAAAACTTTTAGGATTTTGTTGTCT TGCAGATATATAAGTTTGATTATTTATATATAGTTTTTGTTATGTTTCGT ATATATATATATTTGTTGTCAAGCTCTGTGAGAATGGTACTTTGTAAATA TTGTTATTCTGGTTAGTAAATGATTTATTTCAATCTACGCATAAATAATT CACAATGGATTAAAATTGGATATATTGACACATGGAAATATATATGACCT CTAACCTAACCAAATGCTCGGTTTGATTGATATGGGGTTCATTTACAGTA TAGGGAGTAAAAAAGGATAGGTTTATTTTTTAAATCTTGTGATAACTGAC TCATGGGGTTCAGAAGTTATTTTCTAAAAATGATCTCCTGTCAATGAGCT TTTATGTCGTTTATTACACATCTCACTACGACAAAAATGAACGAGTAACA GTTCAAAGGGTACACGATTTCCTCCATATCCAAGTAAGCCAAAAGGACAT CGRTAATATTGTCAACGTCAATGCCAATACAGTCTGCCGTATCCAACACG CTAAAAACTCCGGTTTGGGCACTGAGAGGTCTCCAGGAAGTGGTTGCTAC AATACGGAGAGAGATGATGCCTTGAGTAGCCAAAAATTTCAGTGTTGATC CCAAGACAATCAGGGTGGCTATCCATGAAGATTTGGGCCTCAATTTCTAT GTCCGAAGAACAAGGCACCTCCTCAGCATAAGTTTGAAAAAGAAGAGATT CAAGAGGATCAAGAAAATCAGCCCAGTTCCCCAGACCTCAACTCCTCCGA GTATTTCTGGTGGGGCACCATCGAGAAAAAGACCGATGTGACCCTTAAAG CTGCCATTGACAAGGAGTGGATAGACTACAACGAATAGAATATCAAGAAG ATATGCGTCAGCTTATAGTCAGAATCGAGGCCGTCATTGAGATCAGGGGA TGTAATATTTAATGATAAAGCTTCTGTGGCAGACCTCTCAGTATCCAAAA AAAGTTTGTTAAAAAATTCTAAAAAATAAAAAGTTCCCAAACTTAATTCA AAATTTCCTTCAACGCTGATTTTTGTCTCTCAAAATATATATAGATATTG CCCTTTATCAGGAACTTTCCATCAAGCATATATCAAGAATCCAACGTGGC AATCTTGACAAACGAACGATTTTTAAAACGATCACAAATCCAATAAAAAT TCATTTTGACATTCCCCCTTTCTTACATTTTTTACTTTGATTTGAACCTT CTAGTATAACATAGTTTTTATGATATTCAAAGTGGACATACATATATTGC CATACTTAAACAAATATGCTCCAAGTAACTGGTCACGATTTAGATTCAGC CCCTCAACGACAAATACTTGGTACGCCACCAGTTTGAAAAGTTTTATGTA AATAATACACCAGAGGGTTTTATAATCCAAAAAAATGTTGTTATAACAAT TTCAATTAAATAATATTATTATTTGTTGAATGTTATTTTAATAACTGTGC TTACACTGTTAACCTAGTCCACTTTATCGTACTTTCATACTATGAGTCTG AAATAAAACAGTTGATTTTGTAGATTTGTTTTAATATTTGTAAACATATG GAAAATTTTATTCAAATGTATTTTTCTCAGATTCTGCGTGAACAAAGGCT GTCGATATAAATTTGTTAAAATAAAGTAGATTCCAATGATTATACGGTAA TACAACTATGTCACATGTCAAAACGAACTTAGTTTGCATGAGTTCGGACC AACTGTCCCTTCGGAGAGCTTATAACTTGTTTTTACTTAGCCCACAAAAC AATTTGACTGTCCCAGAAATCGGACATGTATGAATGTATAGGGCTGAAGA CCATGTATAATTTTAGTGTGGCTTTTTTCTTTAAAATATTAATTTTTGAG GGCATGGGCCCCCTCATTTCGTCACAAGAATGTCGATTAATGTTCCTTCA CCATTATTATTTTTTTGCGATAAAATGTCTTTCTTAAAAGAAAAACCTCA AAATTGCAAATATATTTGTCCTTAGTTTCACTAGCATTTACGTCACTCAG TCCTTGATATTAATATATGTGCGAGATGACATGTTATCTGGAAAATTGTA AAATTTGAAGGATATATTTTTTTATAGCTTACTTTGATTATTCAATTTAA AAAAAATATATATTATTTGAAAAAATCGCATTCCAACGTAACGGACTTGT CAATTTGAGCAGTGTTGTAGAAAAGTAATGGAGGATTCTTTGAATATATT TCTATTACTGACTTCAAAATCTAATGAGGAATTAAATTTAAGTATATTTT ATTCTAAAGAATAATTTTTGACAAAAAAAAAAAAAAACCCCATCACTTTT GTTATGAAAAAAGTAAAATATTACCCCCTAATAAAAGGAATGATTTGTAA ACAGGTAAAAAACCATTGACTGATAATCAAGAAAAGGTTACAACATCTTC ATTCCATCTGTTAGAAATGTCATATTTTTATAACATAAACTTCTATATTA TAATTGTATATAATTAACATAAATTTATTGTCAATTTTTTTTTTCTAATT TACACCCTGCTGGTTTATTATAAACCAAANNGTGCCATAATAATGAAAAC TCTTTGTTGTAACAGTTGGAGAGAGAAGGAGCAGTCAAATAAATTGTACG TACATATGTCTAGTAGTCGTCATATAAGTAGGGTACATCTAGGCCTTTGT AATTTATGTCCCCAGGAAATTAGTTTTTTTTCTGCCTTTTTAGAGTTGAT GGGGTTGTAAAAAATATCATTTCATTCTAAAATGAGAAATAATCTTTATA ATAAATTCATGTATATAATATATATGCTGAGCGTCAACATAAAAACAAGA ACAAGACAATATTCCAATGTATCTTTTCCTTCACTTATATAATGTACATA CATCCCGATACTCCATAGACATATTTCAGTCAATTATAGGATTTTTATTC AAAATTGAGGGATGAGTGAAGATACCCCAGAATTTTAGCTATATTTATGT ACCTTCATTTGTTTTAAGAGACTTATATTGATATGCCCCCTTTCAAAAAA TATATATCAATAATTATTCTTATATTGTGACGATCCATTGTGCCTTATAT AAGTGCAATTTGCGCCCGTACAAAGGTTAAGTTTGAATAATCTTGAATTG AAATAAGAGTTTTCCATAGTTATGAATATCTGTGGTGCGTCAACATATTA AAAAACAAAACAAAAATCATGATAAGGNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NTGCAATTTGCGCCCGTACAAAGGTTAAGTTTGAATAATCTTGAATTGAA ATAAGAGTTTTCCATAGTTATGAATATCTGTGGTGCGTCAACATATTAAA AAACAAAACAAAAATCATGATAAGGAAAAATCCCAATATCTACTTCACAT ACCGGGACCTCCATTGAAAACTGGACACTTACTAATTCAATAACTAATAA AAGTTGAGTAATTGAAATTAATTCATATTCCCATATATTAAAGCATAAAC AATTAATTAGAGTACAAATCAAACCTGAGCACTCTAGCTGACGTTCAAGT CGAGAAAATGACACTTGAACGTGATCCCTGAATTTCCATTCGCACACTCC GAGTAGTTGGGTGTCTCCAGGACCATCATCCATCGTTGAAGAGGATGAAG ACCAAACTGTACCTGGTTGTGTTAAAAAACAGCCCAGGCCAATACCTTCA AGTCCATTATGGCCCATGCAAGAGATCTCTGGGTTTCACACCGGACTGTC GAGAGAACTATCAAAAAGATGGTTGATAGAAACTTTTGAGGATGGAAAAC CCACTTTTGACACTAACAATGAAAGAACCCCATCTCCTCTGTTTCAAGAC TCTTTTGAACTATTTTTGACAGTTTTGGGCACCTTACAGCCCTTATGCCA ATCCCCTTGACTACAACTTTGGGGCGCATGTTGACGGGAAGGCCTGCAGT GTCCGTCATCCAAACACCCTGGCCCTCAAAACCACTCTCATCCAGAACTG GGGCACTATAAAAGAGGACTACATCTGGTGCAGGTGTCGGGCCTTCTGCC GTCGCCTGGAAGCCAACATTTGCTGCTAAGGTAGACTACATTAATGATGA TATCTTGTTGAATATTAGAATTCAATATGTTCAGATTTTAATGGACCATT CGATATGCACAAAGCCAAATATTTTCTAGACATATATGCTTTGTATTCAA ATTTGTGGGACGAGTTATGATACCAAGTAACTTTAACTATAGTTTCAAAC TTCTACTTGATTTCATCTACTTATATTGGCTCTGATATGACCTTTTAAAT AATATTTATTCTTATTTTATTATGACATTTAATTTTGGCTACTTTAAGTG CAATTTGTGTCTTCTAAAGGATTAAAATGAACAAATTGTAGATAATTTTT AGAACAATACAAACTTCACTCAATCTAGAGAAAAATCGATCTAGCTTGCT TTTGTGTTGAGATATTCATTTGTGTCCAAATAATATGTGTGTACATGACA AAAATTTTTTTAGTTTTTTTTTTGACAATTTTAAATATTGAGGAAATATC TAATTTAAAAATAATGTATTTTGTTTATATATGGCTAAAAAGAATGTTGT AACTTTAATAAAAGTATCTATTTAATTAATTGACTTGATATTTTGTATAC AAAAGTTTTTTTAGTTATTTAAATATATATATTTTTTTTTTTTGCCTTGT GTAATAGAAATATTTTCATTTTTATGGTATTTTTAAAACATTATTTATTT CATGATTCTATTATTATTCAGATACACGTAGAATATATGATCTAAAATGT GTGCCATATTTTTTATTTTCCAAACCTCTTATTATGAATCTATAACTCTT GAGCAGAGACCATCTGATTGTAAGTATAAAGTGCACGTACTTTATATAGG TAGACGTTGAGTAGCACTGAGGATTTGTTTGCAGAATTATAGGTCTACGC TCATGTTCAGTGCCCTCCTCATTTTTTCAGAATGGAAAAACATCATATAG CAGCAAAAAATGTGATAAATATCCAGAATAATTATTGGCCCACCTTCAAA AACTGTGCGTAGAACCTGTTTTTGGGATCAGAGAATACTTAAGTATTGAG ATTTGAGTCATYCCTGCCACAKGTCCAATCCTCCCTTTATTATAGAGGAT CCTACAATTTAGCCGTGAACGAAGCATTGCACAATGATAAATGTTCAAGG TTATTTGTGTCATACCGGGTGCTCCATTGAAATCCAAACACTTACTAAAT CATGAAAGTTGAGTGATTGAAATTAATTCATATTTCGTTATATTTAAGAA TAAATAATGATTTACAAAACAAGACCAACCTGAGCTCTTCAGCTTATATA CAAGTTGAGAAAATGACACTTGAACGTGATTGATGAATTTCCATTTGCGT ACTCCAAGGAGTTGGGCGTCTCCAAGGCCACTGTCAGCAAGTCTGAAACG TTGAAGAGGAGGAAGGGTTCAGTCGAAAGAGTCAAACTGGACGTGGAGGA GTGTAAGAAAAGAACCCAGGTCAGTCCTCTCAAGTCCATGAGGGTCCATG CAAGATATCTTGGGGTTTTACACCAGGCTGTCGATAAAGCTATTAAAAAA AGTGGGTGGAGAGTCCTCTTTTGACACCAGCAATGAAATAAACCCATTTC CTTCGTTGCAAGACACTTTTGAACTCTTTTTCGACMCTTTGCCCTCCCTA CATCACTGATGACAGCCCCTTCGACTTCACCTTTTGGTTGCATGTCGAGG GAAAGGCCTGCAGTGTCTCTCATACAAGCAGATAGGTCCCCCAAGCCMCT GCCAGCCAGCAATTGGACGCCATAACAGAGTACTACATCTACAGCGGGGG CCAGGCCTTCTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNCATTAATAATTAAGAGAACTAAATACACATCTATTTAGGGTA TTACTTTTGTTGAAATTCTATTGTTAATCAATACATTTTATCCTTTTGAA TTTTAAAATTCAAAGTGTCACTGCGGGTGCAATGGCTTMCTWAGAWGSTC TCCTGGAAAAAAATAATCAAAWTAGAGCTGCAACGNTAATTTTTGGGTTC TTTCATTTGAAATATCTTCAGGTCAAATGATATACAATTATTTTTAATAA TCATTTATTACGTAATTAAATTAAAATTGTGTAAGTATTTGAAACTTCTC ATTGATTGAGAATATATATGCCATAAACTTGTATGTACTTATCAAATGAC AATTCTTCCATGATTTTTAGAGACGTAGATTCTTTCAAAATATTTCTTAT AATCACAATCACAATCAAATTCTTGGTTTAAAAAAAATATTGTTAAACAC CTTACTACTTGGAATGGGTCTTTGTGTTACAGGTACAAAAATATTTACCT CCCAATATACAAATTCATATTATATTTATATAGCTTTTATCAGAAAAAAA TATACATAAATTATGTTGACGTTCAAAAATAGGTGTCTACTCGTCATTTC ATATGTCATCCATATACATAGGCAAGAAAGAAAACTCCTGGGGAATTGAT TTTGTAGTAATGTTGGATAATTTTTTCCCTTCTAAATATCAATGTTTAAG CATTCTGAAGAAAAGTAATTCTAAACTTCTGATACGTATATTACTGAAAT ACTTACTTACTAGGTGTAGTACACATTATTACCCGAGTAATACCGCTAAG AGCCGAACTTTGGTTTAATTATATAGATTTTAAATCTCAAAGAAATCTTT AGTGTTACTCCCATATTTCATGATCACACTCAAACTTTAATATCTCCTCA GCAGTGATGCCACCAACGCGTTACTCTAATCCAACTACTTTTTTTGTAGT AGCGAGTAATCTATTTCTACTATTGTTAAAGCAGTAGTGATATTGAAGTT ACTTAGCAGTTCATGGTGCGTTACTATTTTTGTCATTTTTCTTCAAAAGT ATCCTCTCCCACTAAGGTACTCTTATGTTTTTTTCGCTCCTGAGGCAAAG CCTGAGGATACCCACTCTGTGGAAAAGGGAACTAAGTTACTTTTTGAAGG AGTAGTCAGTAATCAGTAGTTGGACTCCTTTTTCCAAGTAACTTTGGTAA CTCTGCTAGAATTGTATCAGCTTTGTAATTTTTTTCTTATTATGGGTGTA ATGCGCCAAGTAGTACTTTATTCTTTAGAGCGCTCTACCAACGCACATTC GTTGCTCAACCTCATCTAAATTCACATTTTTTAATATAATTTTCTTCCCT TGTATTTTATTTTTTAGTATGACCTACATACATTCATAGTTGAAAATTTT TTGTTCACTCATATTTTCTAACTTAGAGTTGTTTAAAATATGGGGTAACC CAAAGTTAATTGAAATACAAGGTAAAACCATCAAGTAATCGGCCTTGCTA TCATTTTCAATTTGATGTCTTGTACCGACAAGACAGACCAATTTTGACAA AACACGCAACCAATCCTATTCTATGACGTAACTATGGATTTAATTTTCAA TTTGATTTATCATACTGACTGCTTGGCTTGTTGGATGCTAGATGCAAAAT GCCCGTTATTTCATTAAATTGACAAAAATGTTATTTCTTAGATAAAAAAT AACTCCACCAGGGGGGGTCTACAAGGTGTGGACTGGAGGGGCTGGTACCC CCCCCCCCCCCCCACCCAATCAATGATTTTTGCTTTTTACTAGAAAAGCT TATAATTGATTTTTGGTTTTCAAAAAATGTAATATTTGAAAATAAATTAA ATTTTTGAATTTATTTTTTCAAAACATTTCAATTTTCAATTTTTTTTTAA AAATAGCTGTAGATTTTTCAAATTTTTTATTAATAGATGTGAAAATTTGA TATTTGAAATTTAATTTTTAAAATTTTTCTTAAAAAAAAATTTAATTTTT GGATTCTTTTTCAAATAAAAAAAAGTATATATATATTTGTGGAGTTTTGC ATTTTCCGTAATTCAGGTATTAACTTTTGGTCTTCGACCTACATTTAGAT ACACAGTTTGAAATTCTGTATGGATCGAAATATAAATTCAGATTTTTCTA GAAAAAATAGTTAAGGATCTTTCCAAAAAAGATTCGACTTGGGAGATAAT CTCAATACTAGTAGTTATTCAGAAAGACTATGTTCCGTACAAGGATAAAA ACATTACCTTTTTTGAATAAATTATACGTTTAATGATGCTTTGTCTTTCT ACAACTATTTAGCTAGAATAATAACTATGTATTTAATCTGCTTTGCTAAT ACAATNNAATGTTTTGCAAACGTGCTTTTTATATTCTTCATTTCCATAAT TCACGTTGCAATTAGTCTCATTCTTTTTTATCTCGCAAGAAAAAGATAAG CAAATATTCTTCGTCAAGTATTCATCATACATAATTATGGAAGCATTGAT GCATCTTTAATGTAACTTTATGCATTCTATGTACGGGTAAGAGCATAATG TATTTGCAAATGAAGAGATATCATGTTGATGGCATAGTTATGCCACCTTA CCATTGTGATTGTTGTGTACCTACAAAATAATTAAGGGGTCTATTTTAGG TTTTATAGGCAGAAGTATTATTAAGTTTGAACCCTTTGTATAAAATTTAT AACAAAATGTAGCTTTATCATATTTATAACATGATTTAACTGAAAGAGAT ATTTATGGGACGATTAATCGGAATCGGAGAATCAGCTGTTTTTTTTTGGA AACGGAGTGGGGATCGGCATCTGAAAAATAATGTTAAATTTGCTATTCCG ATTCTTATTCATTATATTTTATTACTAGAACTGAACTAATTATTACTTTT TTTTATTATTAAAAAATATAACGCCCCCTTCAAATTAAGGAATTTTTGCT TTTTACTAAAATATTTAATATTTGAAAATTTGGTTTAATTTTTTAGTTTT TTTTTTTGCAAAAATTTAATTTCCTTAAATAACAATGTTTATTTTATATT ACTGCACAAATTTAAAATTTTCTTTTCAAAAAATTTAAAATTAGAAATAT AATTTTGAAATTTTTGTACAAAAATTTATTTTTCGGAGAACAGCTGGGGG TTCTTGAGTTTTTTTTTCAAGTAACTTTACTTTTTGTGAGCAACTGTGGA TTTTTGAAAATATATATTTGATTTTTTATACCAAAAAAATTAATTTTTTG ATTTTTACAAAATAAATTCAAAAAACCTAGTCATACCTTAAATGGCTATA CTTTGGATGCCCCTAATAGTAAAATAAAAGTAAAATTAAAGAATCGCCAT TGCTAATTTTTACAAGAAATGCATCAGAATCGGCAGTAGGATTTTTTTTG GAGTCGTTCCATCACTAATATTTACTGTATTTCGCCACCTTTCAGTCAAT AATTCATAAAAAATAAATAATATTAAAATTAGCCAATGCGTTTACTATTA ATTATTCTTTAGTTAACCTCATTGAGTCTCTCAATTTTTCTTTCTTCAAA TGGAGTAAGAAAATTGGGATTCAACTGAACTACTATTGGTCTATTTTTCA TTTAGTAAGGAATAGTTCAAGGCTTATGAAAAACTAGTTTAAGTTCCGTC CATCAATGTTAATTCAGTCCACTAATAAGGGACATGGAGGGGTAGAAAAT CTTAATCTTTATGCTAGTGGTATACCACCATGATATCAAGTAAGGGATTT GAAGTGAATCACGGATCTGAAGGGATTCAATCCGCATTATTAGGTACAAA AACTGTATTCTAAATTATTACATTTTTTTTCATAGTTATAAGAATATTAT TTATATGAGTTTAATGATCTTTAGCCCCTATGAAATCAAATTAAGATTAA TGTGACTACTGGGGCGTCTGGAAGGGTTGTGCTGGYGGGCTGTKCCCCCC CCCCCCTCAATAAAGCCATTTTTGCTTTTTAATAGTAAATTTAATATTTG AAATTTACTTTAATTTATCTAATTAATCGGAATCGGAGAATCAGCTGGTT TTTTTTTAAACGGAGTGGGGATCGGGATCTGAAAAATAATGTTAAATTTG CTACTAAGATTCTTATTCATTATATTTTATTACTAGAACTTAACTAATTA TTACTTTTTTTTATTATTAAAAAATATAGCGCCCCCTTCAAATTAAGGAA TTTTTGCTTTTTACTAAAATATTTAATATTTGAAAATTTGGTTTAATTTT TTAGTTGTTTTTTTTCGCAAAAATTTAATTTCCTTAAATAACAATGTTTA TTTTATATTTCAAAAAAACTAAATTTTTTTAAAATGATCATTTCATTAAA TGGAGTTGCACTGATTAAGCATAAGTAAACATTATAGTTTTACATTTACT TCATCTAAACTAGGAATTTTTTGGTGAAATCCATATACATAAAGTATATT TCTTTCTCTACAAATCACCTGAGTACAAACCTACAGACATTCAAGAGAAT AATATTTCCCGAGCGCGTTGTTCATGAGCTACAGCGATTTTCATCAAATT TCATTTTTTGTGAATAGCTGTGGATTTCTGAAATTTTCTTAGAAAAAATT TAATATTTGAAATTTTTTTCCTAAAAAATTAATTTTTTTTATACAGCTGT GGATTTTTGATTTTTTTTTTTTGAACTTTTTGTGAATAGCTGTGTATTTT TGAAATTTTAATGTTTCAAACTTTTTTTTTAATTAATTTTTTGTTAATAG ATATGGATTTTTGACATAAAATTTTTAATTTTCATGAACAACTGTAGATT TTTGAATTTTTTGAAAACCATTGTGGATTTTTGATTTTATTTTCCAAAAA ATTTAATTTTTTGTGAATAGTAGTGGATTTATAAAAATTTTATGCAAAAA AAAGTTTGTATAGAATCTTTTGGACGCCCCTGGATTACCACACTAAAATG GAGTTTAACACCCCTATTAAACATAAAGATCCATTAGAACATGTACTTGG AAGGGACAGATGTTGATTGTTTAGCCCCAAAGAAGTTTCTTCTAGTTGTA GACTAATCTATGTACTATGTATACCAATAAAATGTATATAATGTACTTTT GGTGTTTGGATCGAATATTAAGTACAACACGATTCATAAATGACGATTGC TAAAAATAGCATTTGAAGTACATAACAACATATTTATCAACAATGTGTTC CAGGGATTGAGAGGGCGAGGGGGATTTATTTATTCGTTTTTATTACTAGT AATATAATATCAATAACAGTTCATGTTTATTAGCTAAATCAATCTACACA ATACATTTTTAGCTATGGCAATCATCAAAGGTCTATAAAATATGCCCTAT AATGTAGGATATATTTTTTCTAGTGGGTAATCTGAACAAGGGTTTTTATT GTCCGGAGTCATTATTATAAATTAATAATTGAATACTGAACATAATATTC AAGTATAAAGTTATTCACTATTGCGTTTGCTGATTAAAGATTAAGAGTGT CAATGAGGGGTTGCTCGGGAGTTAAATTATGGGTCCTTGTTCGACTCGGA GTAGAATTCCAAATCGACATCAGATTTATCCAGTGTATACATTCAGGGAC ATCCTATGACTTTTTTTTGAAAAAAATTATTTCAAAAATTGAATTTGTTT TAAAGATCCACAGATATTCACAAAAAATTGAAAAATTATTTTTTTTGGAA AAAAAAAAAAATCAAATATTAAATTTTATGGGAAACAAATTTTAAATATT GAATTTTTTGAAACAAAATTTTAAAAATTAAATATTCAGAGAAAAAAAAT TTCAAATATTTTAAATTTTCGAAAAAAAAATTTCAAATATTAAATTTTTC GAAAAAAAATTAAAAATCCATATTTATTAACAAAAAATTCAACTATTAAA TTTCTTGTTCTGCTGCATAATTTGTCCGAATGACTTTTTTTCAAAAAAAA GTTTTACAACAATTTTTGCGAAATATTTTTTCATGCCACACACAAAAAAA AATTCTAGTAAAAAGCAAAAGTTCTTTTTTTTGGGGGGGGGGGGAGCTAC AGCTCCTCCAACCTACGCCATGGGGACGCCCCTGATATCCTTGCTTACAG CTGATCTAATAAAACGTTCTGAGAGCTACGATATTCTCCTGTCAAAGGTT CTTCAAACTGTCAGGATTAAAATGCCAATGATTGTTGTGTTGGTCCCCTG TCTGTTACCACATATTGGTCCTTAGAGAAGGTAAAATATATCCCCTTAAC TTCATGGAGGTTGTTTTTCCTGTTTTAAATTATTTTTTATGTATAATAGA ATAAATTATTTAACAAAGTAAAATAAAATATTGTTGTATTATATTGTATG ATAATGAAAACACCAATATTTTTTGCAAAATATGTGAAATCCTTTAAATA CATATATCTGATTTGGCTTAATAACCCATCGACATTTTTAGGAAAAATTC CAAGGAACGACAGATATTGACTGTTCCTAGGAATGAATACTTCCTAAGGT GCGACACCAAGGACCAATAGATCCGGTCCTAAAACTGGGGTGGACCGAAT GAAAACCACTACTTCTAACAACATAGAAGTTTACACAAGATTTTGTTGTC AGCTCTCGATTTTGTTATTTATCCTCCTTTTATCATTGCTCTGAATAATG ATGATTGGTTAGATTTGAATTATTTCTTGTTAAGCTCTGAAGAATATTTT TCTTATTAAATGATTTTTCATACAATAGTTGATGTGAATGATTGGTTAAC GAATTTTGAGGGGTTTTTTTTCTTTTTCTTACTTAAAGAAAAGGTTGCGA GATAGAATGAATATAACGTCGGAGTAGTTCCCGAATATATATCGTTAAGT GTTAAATATTCAATATTATCCCATAATTTATGAGGAGATTTCGATTTAAA AGTTTAATTATCTAAGTCCTATCTAATTTTATATACAACCTCGAGTAGTT TGGCTAAAAGCTCATTAAATTTGAACGTTGGTGTTCTAAATCTATTTAAT TATTATTATTTTCTCACTAATTGGATGATCATTTCTAAATCTACGTGTAT CATTATTTTTAATACTGCTACTGAGTGGATATTTTTTTCTWCCCTTTTTA TCTCATCTAAAAAAAAAAAAAAATCCCATTAAAATGGTCAATCTTTTTAT TACGATTTTTCATACTTTAATCTTTTAATTTTAGATAAATTAGTAGTGAA ACATTGGATTAAAATTATTTCTTGAAACAAAACGTCGGTAAATATAAAAG AAAATCTTATAAATGAAATGATTAGAAAAAAATATATATTATATTATTGG ATTTAAGGCTATTGATACAAATCTCCACACTTTACTTTTTCTTCAAAAGC ATTATCCATTATTAAAAATGAGATCGTTTTTTGTCAGGTCCGTAACTAGT GCTTTATGACGAATACACTTTTAGAAAAGTGACTAAAGACAAAAAAAATT AAATAACTTTTAAAATTTTAGAGTTATATTTTTATTTGAAAAATAAAAAT GTTTGACGGAATGGTTGTACAACACAGATTAAAAAAATATTAGTTTCCCC CCAGGACGATATTATTTATTGTAAGAACGACACAATTTTAGAAAATTGTA TTTTTCAAAATTGTGAAAACAACTAAAGGTAATTAATAAATCTCTATAAA AAAGTTTTTTTTTTCAAAAAAGAAACAATTTTAGTAAATTAAAAATTGTG ACAAAAACAAAAATTAAATTAATTTTAGCAATTACTTTGCAATACAAATA TTTACTCAGGGGTTAAAAAAAAATATTTATTTTTTTTGCAAAAATTTTAA AGTTAAATTTTGTGGAACAGACAAAATTGAAAAAAAATAGAATTTTTTTT TTCCATCACGAGAACTTTTTAAAAACTCATTTAAAAAAAAAGAAAAACAC TATTTTTCGCAAATGGTTACAACAACAAAAATGAGTTAAATAAAAAAAAA TGTTCTTTTCGTCAAATAGTCGTGTAGTTATGGGCCTGCTTGTTGTTGCA CTTAAATTATTGTTCGTTTTTCCAAGCATTAACAAGCAATATTTCTGAAT GGGAGCTATAAGTATCGAGTGCAATTAAAGATCTATATATATTTTCATTG AATTAATAAAATTTATATTCAACCATTAAGTGATTTTTTAAACTTTTTTT ACTAATTTAATTTCGTACTATTAATTTAAGTACATAAAGATAAAAGGCGT AATTATTCGGATTATTTTCTTTTTTTTAAATTATTTTATTACTCAAATGT GTAACAATAGTTGAAACCGAATTTTTTGATGAATCATGCAATTAATTATG TAAGGTCATTTTGTAAAGCTCCTTAACTATATTTTGTATAAGAAGTATTC TAAGATTTAGTTGTTTGTTAAATGTGTACTCATGGCATGATTATAAGCCT ATAATTATAAAAGTAAAATAAACTTACATTTGACTTGAAAAAAGAACAAA AATAATTAAGTGTGGTTGAAAACCTAAATAAGACAATCAAAAGACTCGGC ACTAATTAAACTAAATCTCCTACCAAAAATAGGAAAAGGAAATTTATACA GAATTACTCCAAAAAAATGTAGAAACAACTGTTTCTAATATTAGTTTAAA TTCGAATGTTTCATGTTTGGATCGTTCAAGTTCGAATTCAATAGAGTTTT TCAAATAATGTTTGGGATGAGTTTGAGTGATTTTCATTAAATTGTCAACT TATGTAAAGTTGAGTTTTTTTTTGGAGTTTGAGTAATACTCAAATCCAAC ACTAATAAGTAATGAAACTGAACAACTACCCATTCTATGATGAATGCCAC TATATTTCATTAGACAGTTTTAATTTAAAAAAAAAAAATCTATTTAATGA AGGAGGATTAATAGATTTTATTAGTTCATGCAATTTAAACAAAGTGTTTT AAAAAGTAACACATATAGCTGGTCTATATGCCGGGTGGTCTATTGAAATC TAAACACTTACTACTTCAATAGTTAATGAAGATTGAGTTATTTAAATTGA CTAATATTTCGATATATTAAAGCCTTAACAATTAGTTGGAAAACAAAATA AAGTTGAGTTCTCTTACAAGTAGAGAAAATGCCAGTTAAAAAGTAATTGA CAAATTTACATTTCCGCATTCCAAGTAGTTGGACGTATCCAGGKCTACCG TCTACGCCGTCCGTCTGTCCGAGCTCTATTTTATTTTTTTCTCTCCTAGC TAGGATTGAATAATATAAAAACGAAGAAAATAATAAATGATAGATACAAC ATATAATAATAAGCTCTAGTCACGCTTCTTCTACTTTAACTTGAGATATC TGTCTTTTTTATGGAGATTATGATAATACATCAATAACTGAAATGACGTA GTGAGTAACACGTCATTTCTGGTGTTTTATTTAACATAAAGGACAGATAA GAAGCGCCCCTAAAGCAGCCAAATATTATTAAGACTGGACCTTAGTCTTT TTAGTTTTTTTTTAGTCCGACCCAACACTGAGTACATCCCATTATATAAT GTCATGTCTATGTAATTAATAGAATAACAAATGTTGAGGTTCTTTGTTAT AGCTAGGTTTTAGTTCACCTTTAACCCGATTCAAATAATAACTGTTTGTA TGTTGGTATATACTTACAATATATGTATGTATATAAACATATATCGAAGA GTTCTAATACAGGCCATTAAGTTTTGCAATGTTTATTTTAAAACAAACGT GTGTATGTGTAAGTAACCCATTTAAATAAAAATATTCAAATCATTTGATA TGCATATCCGCTTTCCAAAAGTTTTTACATTATTATAAACAATGAACATT GTTAAATGTAATAACAATTAAAGGGAATCCTGTATGAACTTATAAGTTAG TCTTAATCAATAGATATTTGCTCTTTTGAGTGTGAATGGGTATTAGAGGG TCCCGTATTTAAGATAGTATTTTTTCAGCCCGTATAAAGTCCTTTTCTGT AAGAGTAACAATCAAAACGGACTTTGCCTAAGTTTGAAACATCTATAGCC ATTTTTGGTGTGTTACAGTCCATTTTTATTGTAGATACAAAAAATATTTT TAGTGTCAAAATTTACAATTTTTCGGCCTTTTTAACTGTTCCAAATAGGA TGTTATTAGTAAGATACTCTACTCTATTTTTTTCTTCAATATTATACACC TTATTTTTGGTAATTTAGGGGGGGGGGGTCACTATTTCATGGAACTTAAC ATAGGAAAACAGAGGTATCTGCAGGATTTTATTTTGGGTGGGCTTTTTCT TTCAAAGAGTCAAAAACCTTTGGAAAACTTTTTAAGGTTAAAAAAGAGGC TGAATTCGACATAAATATATTTTTTGGAGTTGAAAATAATTCTTGCAAGG CTTTTTACATAATTTTTTTTCTGAAAACCAAAAATTTTTAAACAGTACCG GGAAGAAAAAGAAAAAATTGATTGGCTTCAGCCCTCCAGTCCACTACTTT CGGACGCCCGTCAAAATTTAAAATGAAAGTAGTTGAACAGCAAAAGGATA ACATGAGGTAACTGCAAACTATTAAGCACATCTTTGACCAGAGTCATTTT TGATTATCTTCAGTAGAAACGGTTTTTGTGAAGGTGAATATTAACCAAAA AGAATGATGAGAATTAAAAATTAAAAATGAGAAATCTTATGTGCATTTAT GAATTGATAAAACTAAGTTTTATTTTGGTAAATAGAACCTTTTTAAATTC AAGTTGGATATTTGTGACGTCATTCCTTCATTATTTCTATGGAAGGACGT CATACACTCATTTTTTGAGCGATCTGCATTTTCCTTACTTTATCCCCTCT TATAAATCCCATCATGCATGCACCATAGATGGAAAATAGAATTAATCACT GATAGTCACATAACTACGATATTGGAGGTTTTAGGGGCTGTGCACCTTCC AAAAGGATGTTTCTTCCTCTGTAAAAGGAATCTATATATAAATACATATA AACAAAAAATTAATACAAAAATTCTACTGAAACTATAGAATGGTGACGAT ATATTGCACTAAATAATAGTTTTCTTCATATTTTTTTTTTTAACATAAAA AAGCATTAATAAACATTATAGTTATGATTGACTCAATATGACATAGGTTT TGCCTTTGAAGTCCATATACACAACGCATATTTCTTACTCTAGAAACGAC CGGAGCGCTAACCTACGCAGAAGTTAAGGAAATAATTTTTCCCGAGTACG TTGTCCATTGAGCTTTGTTGTTCCATATTGTTGTTTTTTAAGTGTGCCTG TCAGATCCTGGGACTATTGATGGATGTAACAATTACATACATTTCTAAGA ATTTTAAAATAATGCCAAATTTTGAGCTTTTATAAAAAAAATAACATTAA AGAACTTCGGAAAAAATAAAAATGATATCTCAAGTATGTCAAACAAAAGT TCTAATAATAACCAAAGCAAGAAATGACATAGGTTTTATATAATTCCTTT ACGTACATATTCAATATCAGGGAAGCTAAGACACAATTGTTAGATCAAGT GAGGTTCCCTTTGAAGGGGAAACTGTGGTAATTTGAGAGGCCTATCCATG GTTATTACTATGTTTACCTATCATTGTGTGTGTTTTCAAAAAACTAAATA TACATACAATATCCAACTATTATAATTTACTTTTTATATTCATGATTATC AAAACTAAAGCTCTATTGTTCCTTGGAGAAGATTAGATTTTATATTTAGT TGTATGGAGTAGGTCATAGGCATACTTCGATGAGAGATGAGCCCTTTCAG CCATTTTAACAAAATATGGTAATGATAAAAAAAAAAAATCTATTGTGTTT TATATTCATCTATTTTTGTAAATCTGGAAATGAAAAACTAATAAACACTG ATTGAAATAGAATGGAACAATGCTCTCTTATTATGTTTATTACTAGGTTT TGTAGGTATTTATGAATATTATAATACTTAGAGTTGTATAAAATATAACC TCGTAGGGGTGTGATTATTTTTATTCTATTTTCCAAAGCTGTTATCTTAA TTATTCTCTAATTTTTGAGGGGTGAATATCTAAGTATAAAGTATTCATTA GTGTGTGTGTGTGCTCATGAATAAACGAGAGTAACACATCGGATTTCAGT TGGAGTTATAACCATTGTAAGTCCTCGTTGGACTCAAAGTAGAATTAATG ATCGATATCGAAGTCCTTTCTGCATATTTCCTTACTAGATAATTGCTGAT ATTTGTGTTTTTTTCTTCCTCACTTAGTTACTCGCAGCTTTTCTAATAAA AAATCGTGACAGCTAATTTGCTCTACTCTTAAACATTCTTCAAATTTTCA AGTTTCTCCACGTTCAACGGGTATTTTAGATTTATAAACTGATATTTTAT ACGATTCGTATAAAAATAATAGGACTTTTTCATTTTCTTTCTATACAAAA GTACAATATGGTTTTTTCTTAACACATCCTTACCTTTATTATATCTCATA TCATTAAAAAAAAATTAAAAAAATGCCCAAATCAAAAATTGTTAGTTCGA CAATTTTTCCCAACTATTTAATTATATATATTGTAAATTTAATTGTTGGT ATGATTTACAACTTATCAGCAGCTTATTCGAATTCAACTACTTAAAATTA ATAACACTTATGAGGGGAAAGTAAGCGAACAAGTCTACAGCTGAATACAA AATACATTATAAAGTTTAGTGAGATAACGTCGTACTGAGTGTTAATTTTG TCAGCAACTCGTTTGAATTCGTCACCCTTCGTCCTATTTTCGTTACAAAT GCTCTTCCTCTTTATTTTGTCAAGAAAATAAATATTATGTCTTAATCAAT AAAATTATTTCATTTCGAATTTCACATCATCATGCAAAAAAAAAAAAAAA TGCTGACGGATACATTTTGCATAGTCTTTTGCAGGTAGAACAAACGTTGT TTTTTGTTTGTACTAAATATTAAAACCCTTTAGTATTTCGTGAAATTAAA TTAAACTACAGGTTGCAGCCACATAAGGTCCTTTTTCCAAAAGGCAATAA AGAAAGTCGTATAAATCAAAAAAGTTTTATTTTTGATTAATAATGATTGT ATACATTTAAAGTTTTTTTTTATCTAATACTTTTGAAAATCATATTAGAT AGGTGACGTCCTCCATTGTCTATACACTGAATAAACCTAACTTTGGTATT TTTAACACCAGTTCATTTTTCTTTATATAACTTTTCTTTTTGCAAAAAGA TGCATAATTTATAAAATATCATAGTTTATCCATATTTGATTAAATAATAA GTTAGTGGTGTTTTAGCAAGGTCAAAAATGTTGGATTTTCCCGAATTAAT CCGATTGCAATTATTTGTTTAGTAGAAACCGTACCAATTTAGAGTTATTG CATGGCAACCGATCTGATAGCATCAATTTTAATTGGCAACATATCTTATT TAATAGTTGTTGATGATAAGGTCTTAATAATATTGGGGTTTCCGGATTAA ATCCGATTTCAATGATCTGATTCGTACGAACTGCACAAATTTGGAATATT TGAATGACATCAAGTCTGATTGCACCAATTTCAATTGACAACATATCTTA TTTAATAGTTGTGGATGATTAGCTGATTAGATAATTAGTTATTGAAGATT CCGCAAAAGTCATTAAAAAGTTGGTTTTTATGGAATAAATCCGATTCCAA TTATCTGTTTTGTAAAAACCGAACCAATTTAGAATAATCGCATAGCACTG GATCCGATAGCACCAATTTTAATTGGCAATATATCTTATATAATAGTTGT AGATAATGAGTAAATTAGGTAATTAGTTATTAGGGATTCCGCAAAAGTCT TAAAAATGTTGGCTCTCTGGAAAAAATCCGGTTGAAAAATGACTTATTTC ATCTAATAAACCCTGTGGTTGATTTTGCAATGTCTTAGGTTTGTAAAATA GTATAATATAATATTATGTTAATATTATGCATACATAATATTTTTACATT GAACAGCTTCTTTTTATTCTTTATATAAATGAATACATCTTGGGATCAAT ATTTTAAGGGGAAAATAAATTTGGGAGACGAAGAACCACCAATTCAAAAT ATTTATTCATCTGAATATACATACTTTCATTTATGAATGTATGTACATCA TATAGTCAAAGTTAATTTGCATAAGTGGCTTATTCTCGCATATAATTTAT ATTTAATTATACATAATATATACATCCATGGCTCCTTTATTCTCTACCCG CTTGTATAAAAAGCCATTTTTCTTTGTCCATTAATCTTGAAAGAAAAAGC ATTTATTACACACGTGTATATATAGACTCCCTTAGGCTAAAAACTATCTT TCATTACACAATGTACATTAGGCTGGTTTGTTTATCTACTTTTTTCAAAT TTCGCTTACGGATTGTTTGGAAAAGTTTTCATGTAGTATGAAAATTATCT ATGCAAAATTTCATTTTGCTACGATGTCATCTTTAGGTAGCACATTTAAT TCAAAGATGGAAAGGAAAGAAAATTTCTTTATTTCGTCATTAGATAAATA CAACAGGAATCATTATTTTCCATTTATTAATTATGATTTACATTATTCTA ACCTATAACACACGTTAATAAAGATTTTTTTCTAAAGCTACTCTATTGAG AAAAAAGAGATACTAACAAAACAAAACAAAAAAAATGGATCTTTATTATC TAAAAATGTAACAAAGCGATGCGCGTTATACGCGGGGCATAAAATTTTCC GAACTTTTCTCTCTTTTTTTGCTTCATAGAACCATTTCAAACACAACACT TTTGAAATACTTTAGGTTGGAAAAAAGGACAATACAATTTTGCATAGGTT TCACACCATATCACAACTTTTCTGTGCTAGCGGTAATCAAAATTCGAAAA AGTTCAAAACTAAACCGACCTACTGTACACGTATATTTAGCACATTTTGA AAGAATATTATTATGCAAAGATATTAGAAAAACTCTTGAAGGAAGCTTTA TTGTTGAAGGATTAAGCTCTACGTTTTCACTAGTGTTTTGACTCTGTCCT GGACCGATTTCCACTGGTTTGGTCTTAAGTAGTGTTGAATCAGAAAGAGG AATGATTTTTAATCATCCCCCCTTGAGTTTTTCATTTTTTTTCTCGTAAT TTTGGAATATTCGATGAACTTAATCCTCCCTAAGAGGATTTTGGTTAGAA AAAGAGGAATTTGTTTATATACGGACACAAAAAATTTGCATATCTGTCTG ACCCTAAAATATCTCCAAAATGTCCTTCATATACCAAGTGGTCCATTAAT GTCTGAACACTTTGAATTTTAAACGTCAACAAATTATAATTAATAATTTA AATATATAATTTCAATGAAATTCAATGCATGTCGGAGCTCTTTTAATCAT TAATGTAACCCGCCCTTAGCGATAATTATGGGTTCCAGGGGGCGGTGGAA GGMCTGGCACCCGCTGCAGATATAGTCCTCTATCATGGCGTCCCAGTGCT GGTTGGCAGTGGATTTGAGGGATCCGGTGTTTGGATGACGGACACTGAAG GCCAATCCTTTGACATGCACCCAAAAGGTGTAGCTCAGGTGGTTGGTATC AGGGCTGTAGGGGACAAAAGTGTGAAAAAATATTTCAAAAGAACACCAAA GACTTATTGAAAGAGTCTTGCTATATTGAGGAGATAGGTTTCTTTCGTTG ATGGTGTCAAAAGCGGCCTCTCGCCCATCACAAAGCTCTTTCAAATCGGA TGGCTCTCTGGAAAAACTATATCTCATGTTCTCATGGACTTATGGGGATT GGTCTTGGCTGTTTTCTTTAAATCACCCGGGTCCATTTTCACCTTTTTGA TAGATTCCTTCTTCCTCTCCAACGGCTGGCAGGAAGGMGGMCCTAGAGAC GGCCAACTGCTTTGAATGAGCGAAGGGAAATTTTTCGATTACGTTCAAGT GACACCAAGTGTTCAAATTTCAATGACCACCCGGTGACATGGCATTGTCC CACTAATAGTCAAAATGTACAACTTCAAATATTATTTTTTTGTAGTTATT TTCCCTTTATCTTGGTGTTGAATCTTGATTGGTTCATTTTGAAAGAGCGC ATAATCAGCTGTCAAGCTATTTTTTCCCCTGCTCTATCAAACATAAAACG TCATAATTTAAGCCTAGCTGAAGTAGTAATACTGTATCAGTGTTTATTTA ATCGGTCCTATGGACTATCGGTCCTTTGGATTGTCAGTAATAGAACTGAT TAAAAAATAAGAAATAATGCTGATTGACGTCATCAAGGACCGAACTTTAT AAGTTTTAGAACTTATATCCAGGGATGAACTGGACTGGACCAAGACTGAA CAGGAGTTATTAGACACAAGATTCATTGAGCATATCTTAGATCCCTTAAA TTATTTAACACAATATATACAATATTTTTCAATCATAAAGCAAATATTAG AAAATATAATTTTTGACTATAAGCATCCTTTTTGGGGGTGTACAAGATAC ATAAAAATGGACAATCTTGGTCCAAAATAGGGACAGTCTAATGGATACAT ACCTAGTCTTACATTTTTCAAAAATTTTAACAGATAAAAAAATTGTGCAT GCTTTATTGTTGATGTCATCTCATCCTTGTCATTAGTATTTGTGTATATT ATGTGATATATAAAGTATGCAATTTAGGAGATGTTGTTCTGCTGTGTTTT CATACAAATATACTTTTAAGTTACGTAATTGGTATTTTCAAAACGAAATA AATAATTGTATGTTCAAGGGACTAGGACGTAAATCATTCATTTTTTAAAT AGGTGAGTCTATATGTATATAAATAGATAAATAGTTTTGACAATATCTTA AGTGATGACACAAGTTAACATAACAAATAGTACTTGACTTGTAATTAATT TTTCCATATCAAATCTGGTTTTCCAAATTTCTTTATTTGAATTTTTGAAG CATTTTAACCCTTTTTTTAAAGATTCAAAACAACTTTTGAGTAAGAAAAA AACAGTAGCCTACATGAAAATTAATTTATTCCTTCCAAAAATTTTATTGA TTTCAAATATGTTCTTATTTCTTATATGCAATCATTCAATCTTGAGGAAA TGCAATTTAAAAGTTATAAACCATTATATTTTATGAGTTTGGGTTGAAAA GAAATAACGCCTTCATTTTTCTATTGCTTTTACGCCAAAGGAGCTCTTTT GAAGTGTAAATAATACGCCAATAATAAGTATTTTGCGCAGCTGAAATATG TCAATTTATGGTATTCTAAAGATTTTTGAACAAGTACTATTTTGATGACA CGTGTTGTTTATATTTTTGTATTGGTACGTTCTGGTTGTTTCATGATATA TTTTTACGGGTTCCGGTGTCAAATAGGTACTGTCAATACTTGATACTTTA AAAATACCAAAATGTATTTCAGTTAAATAATGAACATGCACTTACAGTGG GGACTTTAAGTATTTTTTTGTTGGGGGCTTTGCTAGCTCAGAAATTGGAT GCATTTTTTTATTTAGAGAGGAGCTTACGGGATTGGCAGGCTATTATTTT TATAACTAAATGACGCTGAAAATATCGGTTTAAATATCTATTTAGTATAG TACCAATTTTAATGCATCAGTATCTGTAATACGGGTTTACCGAAAAACCT TCATAGATTTATTTATACACACTAAATCATATCTTTTAAACAAATTTCCC ATTTACAAAAAATCTATAAATAGTTGTTTTTGACGAATGTTTTGTTAAAA AAGGAAAAAAAAACATTACTTACAATAAGATATCTCTAAACTGATCCAGG TAGATTTTTTTTTATAAAAAAAAAAAAAATTACATATAGACTAGTCGTAA AAAAATTTCCTTTCAACATTGAAAGCGATATTTAAGATAATTAAATTTAG TAGATTCTTTTGAAAATATTATCTTTCTAAAAAAAGAATCAGAAATAAAA ACAATTGAGACATTTAAAAAGAATTTTGTTGAATGGATCGAACTCTGCAA TTATGATTCTTGAAGGAACGGTGCTATTTATAATAAAATCTTTTGTATTT ACCCCGGATATTTTACTCTTATGTAGTTTCATTCATTTTTTTGTTCTTTG TAATTTTTTGCCGCTTATTTTCAAATTTTCAATCGTGTGAGCAATCATTT GGTTATTCATTGATTTTTAAAAAGAATCTTTGGTGGACACAATTTAAGTC ACTTCATTAAGGGACATTTACAATGAAGAATCATCACGCAAAGGTTCATT GCATTCCGTTGTCAGCCGATTTTCTTTGAACCATATTCGTCTTGCCTCCT ATTTGTGCCTTGAATGAACTCAAAATACCTCGTAAATTTGTAAGCATATC CCCTTTTTAAAAATAGGTAATAATTTTACAGTTGGTAGAGGTATCAAGGC GCCATTGTTCATCATTTACTAAATGATATCAGGGATTCATATTTTACATT CTGAGGGAAAGGTTGGACATGCAAGGAATGACTATTTCTTCAATTTGCAC CAGGAATTCCAAATTTATTTGTTATTTTTTTTTCTTGCGCCAATGAATGT TTAGTTAGTTCACTGTTGACTATTAGAGTATGATAATATATNNNCTTTTT GTATTTCTTCATTAAGATTCTTATCTCTGAGGTTTTTTTAATTTGCTTAT GTTTTATTGTTTGATAATAGTCAAACCCCCTCTTGTCAAGGTTTTATAAC TTCAAATATGTTATATATCGAATATTTGTATTAACCGAATTCTTAGAAAA ACTAGTCCATTTAGAATTGAGGTAAAAAATGTGTTTTTTTGCATATTTTA AGAAAAAGAAAATAGAAAAAAGGTCCAAAATCAGTTGTTAATTAGCCTAT TCTTTTCAACTCAAAAACTTATACAATAACTAACTGTTGAGCATCGTTCA CAGCTAAACTAGAGCTAATAATAATTAATCAATTAACGTTCAGAATAATG GAATGACAAAAAGAAGCAGAAAAGTCAACAGTTGACAACGAAGGGTTGTA ACACCGTGTCCCTCTATCGCTGAAAAGACCTGACTTGTGACTTATTGAGT ATTGGTATTTGTATCCGTCAAATGATTACATTCCTGAAATATTTGCATCC AATTTTGTATTCCGTCCTCTCTCTTTAAAAAGGTTCCATTTATAAATAAA GTGCCAAGAAAAAAGTATTAAGTAATAAAATCAACTAGAATTGAATAAAT TTCAACATAAATATGCAATACAGTATTAAGATTATTCAACTTGAAATGCA AAATAAAAACACACAAACTTTAGTAATAAATTGCAAAGAAAATTAAAAAC AAATTAAAGAACAAAATGCAAAAACTAAAGCTATACTATTTTAAGCAAAA TCACACTTACACAAGTTCCAATACATGCATAGATTCAGCAAGTCTATATT GGACCCATATTTCAACAAATGAGTAGACTTGAACTAAGGTGTTACACAAA CAAAAATATCAAATCTGAAAAAAAATCCTCAATTTCAATTTTTGAACTTC TAAAGATGTTTCAGNTATTCAATGCATCACATCTATAAATTTGTAATTGT CATCACAACAAATCAATAATATGTCATTTGTAATATATTGAACATACCGG AGAGTTTCAATCAGCAAGTTATCTTTTCTCCTAGGACAATTGCCCACACA TTAAAACTAATTGTCAACTCTTCCTTGACTCCTTCATATATATATTTGAA ACTTGTTATAGATGTTTCAAGTTAACATATCTACATTAACTAACAATAAT ATTCGTCCCACAATACCGATGGATTTTTTTGCGAGGAATTGTTACTACTT TCAAAACATTTGGAGAATTAAAAAATCCTTCATATCAAATTAATTGTTTG ACTATTGGTCAACATATATCTTCTACAATTTTCTTCTATGTACTCAGTGG GGAGCCAAAACTTGCAGTTGCATTTATTTACGTTTTTTTCTCTGTTGTAT ATAATTACGAGGTTTGGCTATGGAAGCAACGACGGCTCAAACAAAAAATA AAACAAGCTTTGACTTAAATCCGTGTCTGAAAGTGTAAAGATGTTGCACC AAAAATAATGAAATAAAATAAAATGATATTAAATACGTCGGCGCTAGCAC CGTGGCGGTTTCAATGCCGAAAAGGCTGCAAATCCCTTTGGCATCTCCAT CCGAACTGCTTGCAACATCTAGAAGYCCATTATAGYCCCCTACAACCGAT AAGAMCCACCACTTCTGCAGCAACTTCTGGCCTGTCTTTATATGGCCCTT CTACACCCCGGAATTTAACCCCCTGGACTTTGAAGTTTGGGGGTGTCTTG GAGAAGAATGTCTGCCMCTCCTCTCATCCAAATTTGGATTGGCTCCGAGC TGCCATTTTGACAGTGTGGTTCGCCATGTACACGGCTTTCATTTTCAAAA GCTCCCATTCTGTTCGTCAGTGTTTGTAGACTATTATTGTTTATGAAGGA TGCTATACTGTCTAAAAAATTTAGGTTAATATAGTATTTGAACATGTTCC AAATTGTTTATGAGTTGTCTTTTTATGATTTCATAAAAATCATGTTCTTC GTAATTTAGTTTAATGCTCTACATTTTTACATAGGAGACAAATTGCACCC ATTTCTACAAAATCCCAACAAGAAATACAAACAAGTATTTGTATATACTG TTATGATTCAAATGAATAAATCCTTATCAGTTTGAGTCATAGCATTTTCG GCTTAAGTCTCCCTCCATGACGGGTTTTTTATTCAAATATGTATGTACGT ACTTTTTTAAAAATGATTTCCTATTTAAATTCTGATTTTGAGGAAGATAC TCCACCTATGTAGACCTACAATCTACATCCATATATAATATATCTACACA CAATTGTTTACTATATACATATATACAGTCAAATAATGAAATATACTTTT ATAATATCACGTGCTCACTTTACGTTGTTAAGTCTGTTTGAAAAAAAAAA AAAAAGGTTGTATGTATTTTACCTACAAACAAAACGATGCTTGATTAGGT TTTGAAATAATGAAAGGTAATTTATCTAGTCCGTTGTGTCTTAATCACAA CTTACTTTGATTTATGGCACACACAGTATACATCTGCCTTTTCTAACTTG TTTATAACACTTTGTATCGTTCATGCCTTAAGTCATGATGATGCCTTGTT CTTGTAAATTATTGCTTTTTTTGTCTTGCTCGAAACTTAATTTGTATCGT TTCATTCTTTCCCTATCTAAATAGGCCACAAGTATGATATATGTAACTAT TTAGATTGTTTTTGTTTGTTTTTCAAATACATCAATATACTATTACCCCA GTGCGTAGTCGATAAATAGTGCTCTGTAATTTTGAACTAAATAAAAATGT GTGCAATAAACGCATTGATGTATTTAGTCAAGTTTATGTCTTGTGATGTC ATACTTTTGTGGAATGCATTTTTCTTGTTGTTGTTGCCTTGAGCGTCTTG CATAGAACTAATTTAGATTTATACATTAGGTTCTAAGGCTGGAGGGAGGG AACTATACCTTTGCAAATAATTTCTTGTAGCTCACCAAAAAGCTTAAATA AAGTTTTATAAGTAGTGATAGTAATCAGTCTATTTTATAGCTTAAGGAGC CCCAAAAATTAAGATCTTCTTATTAAGAAACTCAACATACATATACATAT TTAGTGTATTACAGAAAAATCAGCTGTATATGAACTATTTATTATTAAAC TAGAACAATAATTGCAAATATATTCTATCTATAGGGATAGTAAATATGTT TGTAAGGCTGGAATTATATTGATTTAAGAGATAAAAAAACTTGCCCATAT GCAAGAAGAGGAAGAGAGTATTCGAGTCGGAGTCCAAAAAAAAAATATCC AGCGTGGGCTTCCATGGAAAATGAGGCCTGGGGCAAATGCTCCTTATATG CCCCGCCCTCAAACAAGACATGACTATATCTCTAGAAGCAGAACTATTAG ATGTAAATAATTTTTGACTTTGTTGCACCCAGGGTTTGGGCCCAATTGAC TACTTTGTGTGGGTTGCAGTTGAGGAACATACCAACATATCCTCCTGAAA ATCAAAATCCGAGCTGATGAACAGTATTCGAGAGGACATCTGGAATCTGC CAAATGAGAATGTGATCAAGACCTTCTCCCGTTTCCGAGGTTGAGTCAAG GCTGTTATCGACGTCGAAAGCGATGATATTGCATATAAATAAAATAAAAA ATGGCTCAGCTTTCATTAGGTTTATTTTTAATTAAAATAGGATGATTAGT TTAAGAAAAAATTGAAAATAGAGATTGCACCCTGTATAATGTAAAAAAAT AATTAGAATTTTATACTTTATTATATTTTTGTTCAAGATTGTTTTAATGT TCACTCACCATATATGTTTTATGTAGTGTAGCATAATTTTTTTCTGCCTC GCCAGTTTGACAAGGTGAATAACACGTTGTTTCACTTCAAAGAACCTATT TGACTAAAGATATGCCTTTATGCTTCCCTACACAAAAATTAATTCAATTA TGATTGTGTCAATAATGGTCGATAGTCTGTTGTTATTTTATAAAAATAAC GACACTTAAAAAAAAAGTACATTGTACACTTTTAGTATCATTTTTCATTC TGTCTCTTTTTAGAACATAATGAAGGAATACTTTTTATATTAGGACTTTT TTGTACCAAAATATATAATAATAATTATTCATTTTGACGCATCTTTACAC GTCATGATGCTCTTTGTAAGGAAGTCATTCCCTGCATTTTTTCGTCATTT GAGTTGAAAGTATTTTAATGATACATTCTCGTGTATTGAATGCCCATAAT ATTGCTCATCATGAATTAGTTACACTATATTACAAATAGCGTTTGTAGAA ACGCTGTAGCTATGAAAAGTTACCACTTAAGAAATCATTGAAGTTTTGGC AAGTAAATTTATATAGTGGAATCTATATTGTTATAAACTTGTCCTATATA ATTTAAATACAAAGACGTATACTAAACTTTGGCTCGTTTACAATTCATTT TTGAAAAAAAAAATCCAACCTGTTCTCATTGGTCAATTTATTTTCATTCA TCCTCACTTCAAGAAAAGATGTATCATTATTTTAAAATAATCGTAATGAT ATGAGTATTTGGGTTTCAACAAGATATAATTGCTTAATTTGATAGTAATA ATAATAAATTTTTGTTTTTAGTATGAACATTTCTATGAAAGGTTCCTCAT TTTATGCGAATTTTGGGAATCAAATTGGTATCCATCAGTTTGGATGAGGT TGCGTGTATTATGTAAAATAATAGTTACAATTTCGTTACATTTCCTCACA TTGGAGAATCCAAGAAATCCATAGGAAAAACAAAGGAACGACTTGTAAAC AGTTAATTAAATTAATTAAACTTCGGTTAAAAATTGCTTAATATTCGAAT AAATTCTAAATAAGGCATTACTATGATAAATATATAATTGCATATTATCA GATTGAATGTTTTAATGTTTTAGGAGCGTACATAAAATATTGGTGATGCA TTGTAGATCAAAATTACTAAAAATAATTTTAAATATTCTCGGGGTGTATA ATATCCCAGTTAATTAACAGAGGGTCAATCATTTTGAATTATACTTAATT AACAAACAATGGAACGAGAGAAAAAACAGTTTACTGAAAATCAAATCAAA TATGCACATTCTTCACTGAATGTAATTTATCACTTAATTAAGTAAAATAT AAGGAAAAAATAGAAATAAAAAGTATTTGAAGAATAATAAAAAATAACAA AGAAATGAAATTTTAAAGAAACGCCGTTTAAAGATTTTTTTCCGTTCAGG CGCTGAACAATGAACTTATTGTATGAACGGCGCGGATTTTCTCCTTAGTA TCCAAGCCTGAAATATAGATTGATGTAGTGTTTTAAAAGAGTGCTTTTGT GATATAAACATGTACTTTCTATAATTATAAGTATTTTATTAAATTTTGCA AAAAAATGCCATGAAAATTGGCCAATATGATCTCATAATATTTTGCACAT CATTAATAGTTATCAAATTCTTTCGTGAGGTGATTTATTATTCTTTAAAG TGAGGTATTATAGAATGGGTGTACAATTATTCTTTATGTCAAGCCCATTG CCCCTCATTTGGGGGTAAACGGTGTATAAAAAATGTTTAATTTCGATAGG GATTCTGTTTTTATAATGAAATGTTCATTTGATCATGGAAGGTAATAGTT TTTTTTTGTTTGGTCCACAGTTAATTATTGGTATTTCGATACAAAAACAA GAAAATGTTTACTTCTTCTTTGTAAAATCCGTATACAGAAAGTATATTTC TTTCTCTAGGAATCGCCTGGGTGCGAACGCACATTGAATGCAAGAGAATA ATTTCTCCCGAGTGTGTTGTCCATGACCTACGGCGATGCCATTATAATTT GTAAAGTTATTGGAAAAAAAATGTCGATTGGTCCTTTAACTAATTATACA CGTGTACACGCATGATATATGTCGTAACCCACCTTGACTTCGATTTTATA CTTTTTTGCTATTATTTATCTGACTTTTTTTGCGTTGGAAGTACCTGTTC CTATAAAAATTGAACAACGCACCGCTTCAGTATCCCGGTATCACTATAGT ACCCGTATAATAAACAAACATACAAGGACACTTTAGGACGTTTTAATCAT ACATGATTAAAAAAATGACTCTTTAGAAAGTAGAAATAACAAAATCCTAA AAATATATCTGCCCTTTTGTCAACAACAAATCTTTTGCAACATTGTATAC GTAGATTTACTTACGTATCTAAAGAGCCACATTTTAAACGGTTAAGCTGC AGGGCACTTCCTTATACATATTGTATTTACAAAAGTGTACATACTTTTGT AAATTGACTTCGACATTTTTATTTATTTATTTTAATGGAGGCATATCTCC ATTCCATTGTTCACACCAGGGTATACATATTTCATAGTTATAATAATAAT AATAAAAAGACCCAACTTTAATTAAACCCATAATGGAGTACTTGTGATTC CTGAGGAGAAATTTAACCTTGATGGACCATTTACTCCTTGTAGGTATGTT ACCAATACAAAAAATAATAATTTTTACGGAGTTCATTACTTAGGGTAGTC ATATTTTGATTTCCAAAAAGAAGGCTTATGTTCTGAGCACTGAAAAAAAG AAAAATAATTTATAAAGGATCTGTAAAGATTGTATGAAGAGGACATGCCA AGAAAAAGGGGGCAATTGATAATGTTGTGACGGTCCTTATTTATTCGGAA CAGTCCATATTGGGATCAGTTGGGACTGTTGGTCCTTAGAACTTTTCATA AAAATATCCATTTTTTATTATATCAAATAATATGTATAAGATATGTATTA AGAACATTGCAAATATCATGCAGAAAACATTCATTTTTTCATTATAATGC AATATAATACTAAGAGATTTTTTTTTCTACTTAGTTATATAATTTATCCT ATTATACCAGGTGGTTCATTAAAATCCGAACCGAAAGTGTCAATTCCTGC ACTCCTTGACGTTGGGCGTCTCCAAGACCACTATCTACGCCGTCAACAAG TACAAACGTTGGAGAGAAAGAAGGGATCTGTTAAAAAGGCCAAACTGGAC CCAGAGAAGTTAAGGAAAATTCCCTTTAGTCCATGAGGGCCCATGCAAGA GATCTCGAAGTTTCAAAACAGACTGACCAGAGAGCTATCACAAAAGAGGC TTGAAAGAGCTTTGTGATGGTAGAGAGGCCACTTTTGACACCAGCAACGA AAGAAAGCCATCTCCTTGAGAACACCTTTTAAATGCATGTAGAGAAGAAG GCCTGCAGTGCCCGTCATCCCAACCCCGAGGCCCTCAAAGCCACTGTCAC CCTGCACCGGGACGCCATGACTGAGGACTACATCTGCAGTGGCTGKCAGG TTTTCTGAGGKCGCATGGAAGCCATCATTATCACTAAGGGGAGTTACATT AATGATGAAGAGAGCTCAGGCACACATCGATTTATAGAATTAATTTTGTT GAAATTCTATTGTTGTTTTAATAAATTATATCTCGTTGAATTTTAAGAGT TAAAGTGTTCATATTTTAGTGGACAACACGGTATAAATGAATAATTTAAA CAAAGAGAAACACCCTCCATGACGTCACGAGGGATCAATTTCACCTTCTT TAAGTCCCACGGTTGGGTACGATAGAGKGATTAACCGAAATTATACTAAT GGTTAATCACTCTATCGTAGTTATTATAAGATAAAACTATTTACCCTGTT ACAAAACGATGACCAAGTGATCAATGTTTGGCTAAGTTTACTTGGCTTTG CTAATATTTTGTACCTGTTAATTGTAACTCTGTAAATTACAAAACATCTT TTCAATTTGTTTACAATGTAATTTAATGACGGATAATCTCAACTAAATAT TCGTGTATTGTAGTTACTTGTATGAAACTATGCAAAGAAATTACCTAGTG AAACCTTGCATATTATTCATAGCATGTAACTATCGTATTATTTACTAATT ATACATAGTATATGGATATACAAAATTAAATTACTTTTTATTTATATTAT TTTTTGTCAAACTATGTTCCATTATGAATAATAAATTAAATTTAGAAGGT TTTTATACATATTTAGAAGGCTATTATGGCATATATTGTCTTAAGATTTT TACACAAGAGTATTTGAAGGGGTCCTATGTATGTATAGCTGATTGAGATT TATTTATATAATTAAATACATATAGAATATGCTTATCAGTTACTTCAAAT AGATAATTAATTATCGAATAGTAATAATATTATGTAATAGTGATGTACGC TGTTACTTAAATTGCGGTTCCGGATTTTATGCAGTTCTTAGCTCTAACAG TTTCCGGTTCTTAAGGGATCATCATCTAAATTTTAGAAGTTCTGGTCTGG TTTCCACTAATTGTCCCCAAGTTGAAATTTCTTATAAATTAAAAAAAAAA CATCTTTCATTGTAATTATACCTTGGATTACGGGAACCATTTGAGTTATA TAAGTGCTCGTAATTCGACAAATCACACAGGGTTCTTATAATTATGTTAA ACTTGACACTTTCTTATTGATTTTTGAACCCATCCCCTCTAAAAAAATGA TTTCCCCAAAATATCAACAACTCTTTTTCAATATTGGTGCCGTTTTTTTA TACAACTTTCCAATGGTGTCCAAATATCATAAGCCTTCAACCCTTGCCCT CTCTTCCTTTTCATTGGTTAGGCATTTTTTTGATGAACGGTTTAAAAGGT AACCCACTTTTCGCAATCTAACGGTTCGTAAATCAGTTCTTACCTGCTAT CTGTGGTATCACTATTATGTACATACATGTAAATAAGAATGTTAATATAT GGCTCAATCCATATCAATATTAATACATATTAATTTTGGTAACATTATTG GTTTTTTCTTTTGACAGAAAGAGGTCCAATACATCATTTTTTTTTTTTTT ATGATTGCTCCTTCTACTTTCTTTTTATTTATAATAATAATGGATTTATT GCAAGAAAGCCACGGTATTACATGTACCACAAATATGTGGACAAAAAAGA ATAATGATGATGTTATAATTGATGGCTCAATTTCCTTTTATTCCCATCGA ATGATATACGTTCTTATGTTTGAAGGAGTTAATCTTTTCATCAAAAGAGG GACTTTATTTCCAATATTAAAAGTACAATCCTTATATACGCAGGCTCCAC GAACTGTTTTTGAAAGGGGAATGACAATGGAATCATAGGGCTCATATTTG CAAAAGGTTTATACTTGTAAAACTAGTAGAATTTACTCTTGGATCACATT TTTAAATGCCATAATTTTGAAAAAAAAACAAATAAATGATTTGTCATCTA CATAAAAAAAGGTATTTCCTTCAAATTTAGTCTTGTCCAAAAAACTTTGA TTTAAGAAACTCTCTTGTCTCTGCAAAAGAAAACTTTTGCGGCATTTGGC ATTTATAAAAATAAATAAAAAACATCCTCCCAAACCCGTTATCGGACCCT CTCCTTACCAAAAAAATAATCAAACAAGTTCCCCTGATGACGTCACCATT ATGTAATTCCGTATCTTCCTCCAAACTTGCAAATACATTCTAGAGCCAGA TTTTTTCCCTCCTATAGACTGCCTGACCAACCGTTTTCATTTACTCAGTC ATGCCCAATACTAAAATCCCTGGTTTTTTATAGGTTAAGTCTATTTCAAT GAAGATATATTTTCTTATATTTTTCATTGTTATTATACCTTGAAATTTGA GAATAATCCGAGTCAGAGAAGAGCTCGTAATTCAAAAACTGACCTAGGGG CCCTATTATTAAGTTGAATTCCACCCTTCCTTATTCGTTTCTGAGCCAAT CCCTTCTAACACACTTTGTTATCACAATAACATCAACAACTCCTTTTTGC GATTTTTAATTCTTGTTATTCCCATTATTGCTCCTGAGTGGTCTTATGTA ACAAATGTTGATTTATTGAACTCGAATTAAATCATTTTAAGCTATGCTCA ACGAAAATATATGAGTATTCATTGCCGTAATCACGGTTTGTCAGGGGTAT CCGTAGGATTATATAAATATAAAGTTGCTTTTTTTGGAAGGGGGCTTTTC TCAAAAAAATTCTAGAGCTCTTTACAAAAGATTAAATGTCAAATATTAAA TTTTTGGGGGGATTTTTTTACTATGGATAACAAAACAAAAATATACCAAT GAATATTACTACTAAACAGTTATTTGGAGGGGGTAGACCCTCTAGTCCCC CGTTTTTATAATTATATTATAAAATAGTCTAACTACCAATTAGTTAAGGG CCTTTCCCTTTGTAGAGGAAAGGTTGAGAGATACAATATATATTGGATCA AAAGAAAACAGTTTGGCTAATTATAGTAGGATTTATTTTATATTAATAAA TGAAAGGTTGCGTGTTGTAGTAAATATATCTTTCTGGTGTAACCATCATT TTCTATATATATGTATCGACATAGCTGCTGTCGATAATAGTACAAACATA AGTATATTTTTACCTCTTTATTTCATGGAGTAGTAGGTTTTGAATGGTGG TTCATAGAATATGTAATATTGTACATGGGTTTTCTCAGCGGGTGGTTATT TCTGGGTTCATTGTTTCCTTCATTTTTATCATAGCACCCTCTTCCCCTTC TCATTTTTGATGAGGTTACAACATCCCCTAACACACACTTAGCAGCAAAG GGATTTTGTTTCTTGTTTTCGTATTTTGAAAAAAACAACTACAAATTATG GGGCAACTCAAATTTGAGGGAAAATAAGCACACTCAAGAACATGTTATAA TACGTACATAATATATTATTTGAAAAACAACACCGGTGCGAAACGAATTA GAAATTTATAGGAGTTTCATTACTAATTAGAGGTCGTGTTGTAGGTTCAC GAACATATTATCGTGTATTAATTATAATGGTACAATGATTGAGACGTGTA AAAAAGTACCTTTTTTTTTTTTGACAACAATATAAATGAGTTATTTTAAC TCTTCTTAATTGATGAAAATACTCCTCCTATAACACATGGCCTGAAAAGT CCAGGGCTTTGCAAATGGATGCCCCTATTTCGTTTTTTCAAAAAAAGTGT ATTAAAAAAAAATTGTTTTAATTTTATACTGTTTTTTTTTTAATGAGAAA AAGTACGTTTCAAGCTAAGCAATGGCTTTGAAANGTGGCATGGGACTCTG CTCTATAAAGTGAATAAATAATAATAATTCTTATTTAGGCGCCAAGAAAA TTGCGTTTTCTTTGTTCAGCCTGGGACTTTTCAGCACATTTGTTAAATTG AGTCCAACTTGTATTAAAAGTTCAGGCTAGGAATGCTAAGAAGTGACTGC TTAATGCAAATTACCTCTCAATCCAAGTTTCCTATTTTGAAAGGACTCTT AATTTGAAAACAGAATATGACATGCATATAAGAAGTGCTCGTTAGACCAG GTTTGTCTGTATTCCATTTTTGTTATACATTTTTCTACGTTAAAATATAA GACATCAAATAGAATCCCTTCTTCGTCAACATGTTATGTTGAAACTTGCT TTTTTTCATATATTTTTAAACCATTTAATCACTCTAATATGATGAAAAGA AAATTAGTAAAGTGTATAGAATCATGACTCTATGTATACCTGTCTAGAAT TAATTGATTGATTTTCAATAGTGTTAGGGGGACGTATATAAATTTTGATA ACCCACGTATAGTGGGCATCTTATTTTCTATATTTTCAGAAAGGAAGTAT CAAAATGTATAATTAAAATTTTGAAACGTTATTCTTTATTTTAGCTCCAT AATAGCTTTGGAAATAATAACTTTATTAATATTTTTTAAAGGTTAGAAAA AATGATTTAATGCACACCTAGCGATAGAACACGGCATTGCAAACAAATAT AGCTTTAATTATATAAATATACCCCCAAAATTTAGCTGTAATATAGAACC TCTATTTGATTTAGGAAACCTGCATTGTTTCGAATCTAATCTTACTACTG TACCTATCAAATTATAATACTTTTCTTGTGCTGATTGAATTTGGCTACTT TTGAGTGCAATTTTCGGCACCTCCATTTGGTTAATAAAAATAATTTGACA ATAATTCGCGGAAAAAAGACAAATATAATTCAGAGTCAATAATTCTAGCT TGCTTTTCTGGTGAAGGGTCACATCTATATATTTTTTTTTTACATGTGGT AGTAACCAGGATTGGCCATAGATTTTAAGCTTCGACGAAAAAGCAGACTT TTTGTCAATAATATAGACGATAGTTTCCCAACAAATCCTCAGTATTTCCT TCTGTTTTTCATAAACATACTCACCCGTAGTTACTCAATGCTTAGATATT CTCTTTTCAAGAAGAATAAAAAAATAATAGTAACAGTTTAAGGTAAAAAA ATAAATATGATTTGATGTGCCAGGGAGTACTTCAGCTCATTATTAAACCT CAAATAAAGTCAGATTCATTTTTTTAAATTATATGAAGTACTTCCTATTT TTTTTCTTTTTTTATATGACGTGCCCTAAACGCCTGCAAGATTTCATTCA CTGTTACATACTGTTTTTATACCATTTTGCACAAATACTCTTTTTTTTAA TATGACGCGCACGCTCGATTATATTCATATTTCTGAAATCATGTATATAT ACTCAAAAATCACTTACTTTCAACATAGATACAGATAAAATATGCTCGGT TAATATAGATAAAAGAAAGTGTGATCTTTATTATCTAAAAAAACATATTT TTTTCCTGTTTTCAAACTTGAATTGAGATCTACAACGAAGATAATATCGT GAACAATGAAATTTTGCATACGAATATTCTATTTTCATACTTTTCACTAG CTCTATTAAAAACCTTTATGACCAACTGTCCTCTTTTTACAAAAATATAC AGCAAATTAAAAGATGTAAAGAATTAATTCCAAAATATTGTTTACCGTAA TTCAAAATATATTTTGTAAAAAACAAGATACATTTGTATTTTGTAAAAAA AAATCATACAAAAGCATAAATACTTTTATCTTAAATGTATTAATTTTTAA AAATATTACCTTTGGCCTCTCCTAAAACTTATATTGATTGGTGTGTAAMT ATCCACTATTTGGCCATCGATGTCTGCTCATTTTATACAGTGAGCATCTG AGGGTCTCTATAAACGAATCGTTCTCCTCAGGGAAGCAAAAAATGCTTGT ATTATATTTTTTTCTATGAAAAGTGTGTATGAGTTTGAGGTTTATAGTTA TGAAATCAATTTTATACATGAACTAAGTGAATGGTTTTTATTTATGATTA TTTTCCTTATAGGTTGGGCTAAAGGTTTGGATGTACATTTTGAGGATCCC ACCGCTGGATTTTTCTTTAGAGAAACTCGAACATCTTCAGACTATGTTCC CTCGACTGACTACTCCCTAAGACGATTACCATCATCCCCTGCTGCTGAAC CTACTACCAGCATTGTCTTAAACAGTGTTTCTTCATCATCAAGCTCTCAT TTACCCAATTCCTCAAGGTTTTCCAACGTGGGACCAGGATCAGAATTAGC AGATGATGTTTTACACACTGCGAGGTAAAACCGTATATTTTTTTATATTT CTTCCTCATTTTGAAATGATTTATGTTGTAGGTTTGTTGTTCTCAAAACA GCTACTCCCGTACTCATTCGTGCGGAATATGGTCCTTTTGAACAGCGACA AACCGTTCCTACACAATATGTTGTTCCGGACCTCTCTGAGGGATCCAGCC CTCCTTTCAATTCATCCTCAAAGCCTGGTCTCATCACTGACTTTAAACCT CACGGATTAGATCTTAGTGCTCATCCAGTTACAACGGAAATACCTAGGGA CAAGCCTGTTCTTCGCGTTTTATTTCATGCTGGTGGACATGGTGGTCCTT ATCGTTCCCTCAATGGTGCCCCTAGAACCATTTGTATTCGCCTGTATGTG AGCTTACGAAATGAAACAAAGAGTACTTGCTGTTCACCGGATGGMAGGGA TGGAACTTGTTTGGGACAGCTTACGCTGCCCTCACGATGGTGGCCCAGCT TGGTGTTTAATGGCTCTGAGGAGGGAGGGAAAACCAAGCATCCAAAGATT ATTGCCAGTATTTCATACTCTGTGGAAGAGGCCAGAGGAAATTCCTGCTC TGGTAATCTAGGTGCGTACTTTATCCTTCAATATTATACATACATTATCT TCTTAATATACATTTTATGAATATGAGAAAGGGTGTTTAGTATTCAATGA GCCTCTGTCTATGTATATCGACAAAAACTTTAATAAATGAAAAAAAAAAA AAAATAGTTTCTACATTACTTTTTTATAACTTTTTGTGTAAGGGTACGTT TATGCTTGCTTTCTTATGTTGGATGTGTGAAACTCGATGTTAGAGCATAC ATACATGCTTTTATCACCTTGTTTTCTTTATTCTATATATGACACCGAAT GCGTCATATTTTAGAGCAGAGCTTTTTAGTAGTCCTTTAAATTGAGCTAT GTGGTACATTATCCTCCTTAAAAACCATATATANNNNNNNNNNTATAAAT TTATATATCTCCGCTTAATTCAATATAAATGTGGATTTAAAATTCCCTTA ATAACATTCCATTAATAAAAATCCATTTCCTAATTAAAAAAGCAGATGAA AAAGTACATTTTATCATTATTCTAAAATAAGACAAGGAAATGAACACCTT TGACTAAAGACAAGATGAATCACTAAAAATAAACTTTTGACCATTGAAAG ACAATGATCAATGTTTGAAGTGACTTTCGCAGCTAGGAAATGCTGGCTCC CAATCATTCTTATATCAAATTGAAAGTAGGTTTTGTAATTAAATAAACTT ATTTACGAGCAGGAACGTATTAATGACAATATGTCTCAGGTCTCGCCCTA GATTAAGAGTACTATGAACGGTAAATTTGTTTAAATCGGAACTATACGAG GGTCGTTTGAAAAGTCATTGGAATGACCAGGAGATTGTATTAATGAGTAC AAATTGAGGCTATGTTTAGTTTGTAGCATCTCTTGGAAGAACACAAACCA ACTTTCAGCCAGATTGGAATATTTCTGTATGTTTGTCATTTGTTTGAATC GGGGAAGTGGAGTGATTTTCCAAAAAAGGATGAAAAAGGATTTCGTGTGT GTTTCGTGCAAACCGCCTCAAGAGACTAAAAATAAGCTTGATAAACATTA TGGGGACTCACCAACTTCGAAAAGAACAGTTTATAAGTGGTTTCAAAAAT TTTGGAGCGACCAAATGGGCACAAGTGACGCTGAACGTTCTGGACGCCCT ATTGAAGTTACTACTCCAGAAATTATTTATAAAAACTATGATATGGTAAT GGATAACAGAAGAGTCAAGGTGTATGAGATTGCTAGTCCTGTGGATATCT CTAGTTAGAGCCCTATTTCCATTAATTTTGCAACCACATCTAGTAAGGTG TGAGCTGATGCATTGATGTGAGAGAAAGTGCTATTTTTGTGGACCAATCG TGGGTGTTTTTCTAACAGCCTGGTTTTCAAACGGTCCAACAACGATGAAT AACATGAACTTGTAATAGTTTACCCTTTTTCAGATAGTCGATGAGGATCA TTCCTTTCATATCTAAGGGATAGTCGTCGCTATAATCTTTCCGGTCGACT CCACGATTCAAACGAATGCCAAACAGAAAGAAATAGACCGATTTAGCTTA AAGTTGTAGTGTGTTCTTCCAAAAGATGCTACGTACTAAACATAACCACG ATATGCCCCAGTAGTGTCATCTCTCGAACTTTAAATGGACTTTTCAAACA ACCCTTGTATATACAGAGCAGATAAATATTTATTTTTGCTTGAAAAATGT GATTCGTTAAAATGAGAAAAAAGTATCCTTGCAAAAGTCAAAAGTAAAAA AAAAAGAAAAGGTTTCCATTTTAATTTCTAGAAAAAATAATTATTGCATA AAAAGAGTAAATGAAAGGGGCCTACACATTTATCTCACTCTAAAATCGGC CTTGTTTACCAGATTTTTCGGTAACTTAGATATTACAGTATATAAAAAAC AATTGCAGATATATGTACTTTGAAGGACTAAATAAGGTCAAAGACCATAT CGTAAAGTTTACTATTAATTATCTAATAGTTTGGACCTAAGAGAGTTAAA TTAACTCTTATTGGTGTTCTTTTCAAACAAAGTAATTGATCAATACATAT TCGTACATTATATTTGATGAAGATTAAATTTGTTTTTATGTAAGCTCACT TTCAAATAAGACTATCTGTACATTCTTTCGAATTGAATAATTGGCTTACT TAGTCAAATATGATATACGTACAAGTAGATAGATATGTACTTGTATAGAG AAAGTTCTGAGAGGGAGAAAGAAAGAGAGAGAGAGAGAGATTTGGAGAGA AGAAGCTGCCTTTCTCCCACACACATTCCCCTTCTTAGTGGTACAAACTA TATTCTTTTCCAATAGTTCTACATATTATAGCCACTATATATTTGTATGT ATACATATAGTAAAATCAAACAAATGAAGAAACCGAGGGAAAATAGTTTG TAACCTTATTTTTGTTTTATTGTTACTCTGCTACATTGACAAAATAGTTT TATGATTATACCCCCAATAATATATTTACAAATGACACAAAGAAATATCT CCCAACCTCAATTCCCTTTTATTAAAAGGAAACAAAAGGATATATCCTCC TCTTAACTATTGGACTATGTGGTAGAGACGCTCGGAGCTTATTTAGTAAA TTTTGACTTAACTTTCCGTTAGTGGACATTATTTTTATAAGGGAGTGAGT GTATTTTAAGAAAAGTATTTTAGTCATTTCTTGATTTATTCTACCAATTT TGTAAAAAAATGTATAAATATAAGAGATCCTTATTTTAAAGTAATCTTAA GAACACAAATTTTGGGTTGTTATTTTCATAAGAAAAATATTAAATTTGTA TCTTTAGTATGAACATTTATAATCCAAATTTTGGGAATCAAATTAGAACC CCTCAGTATTGATGAGGTTGCATGTATTATATAAAATAATAGCTAAAATA TTACATTTCTTAACATTGAAAAAATAAGAATCCCAGAAGTCAAGGGGAAA AACAGTGAAACGACTTTTAGGGGAAATAGTTAATTAAATTTGCTAAAGGT TGATTAAAAATTACTAAATATATGAATAAATTCTAAATAAGGCATTATTA AGATAAATATTGAATTGAATTAAATCAGATTTTGTGTTTTTGGAGTATAC AGAAATGTATTGGTCATTCATTGTAGATTCAAATGAATAAAAAAACATTT TATAACATCTCTAGGTGTATCATATCCAAGATCACTAATGGAGGGTTGAA TGAGACATTACGGACAAAATAATGGGGCGAGATACAAAACTGCTGACAGA ACAGCAAATGAAATAAGCTGTACATTCTTCCATCTATATTAATTATCACT TACTTAATTAAAATTTAGGGAAAACATAGACATAATAAGTATTTTTTGAA TTACCTAATTAACAGTAAATCCTTCCATTATATAATATTTCSCCTTAGTC ATTAGTTTTTTTTTTTTTTTTTTTCTTCCTTTATTACTTTACCAACAACT TTCTGTCTTTTTAGAAAGCAGTTACCATTTTTTGTGTTCATTTTATTATG TAAGAAGGAATACGGAAAATAATCTGAATTCCGCCTTCCTTATAAATACA TGAAGCTTACCATGAGAGAAGTAAGGTATGCTAATGAAATGTCTAAGTAC AAAATAGTAAATCATTTTAGTATGATATTTATTATATATACTCTACACAT AATATGGAGTATTCTCTAACTGTTATGTTTTAAACACATGAAAGTTTTTT ATTCTATGCACATATATTACAATTATATATATATATAAAGAATGGCCCAT TTTTTGGTATCGTAGATTTCCTATCTAGGACTACTAACATATCAAATACA TTTGGGAATGTGTCATACACTAAATTTCTTCATAAATCAAAGTATTACTC ACTATAATAGTTATTGTACGGATGACGTATATATTCGTTAAGCTTGAAAT TATACATCGAATATATTCGTCAGAATTAAATTGATGAATATATTTAGCAG ACGAATATTTGATGAAGCGATATTTTTATGACCATTTTGTATGACCAAAA TGGGGACTTGAATTCAGCTTAAGTCATTGTGTATTTACATGAGGCACTCT TAAATATTCCATCAACTTCTACCGACCCAAAACGCTTCATGACTTGGAAT ATTTTTTCCTTGTTATCACTAGGATATTATATTCTTCATACATTGCCATT ATTACTCACAAATTTCAATTGAAAGGATCTTAAAACTTAAATATAAAACT TATGCTGATAATTTTCCCGATAATTCCTAATAATTTTTGAAGCATAGTCG ATATAATCGATTCTTGGGAATCCCAAAAAAGGTAGATAATTTATCATTGC TAATCATCCTTATTAGTTCACGAATTCAATGTGTCATAATCGTGGTATAC CTCTATTCCTTGAAAAAATCACTATTCCATCATTTGTTTGTTACCAATCA TATTTCAATAAGGCATTATACCGCTTAGATAAATCAGAGTCAAATAATTT CGGGCCTGTTGGCCATATTTTGACTCTTGAAGGAAAGAAAATGTATCTTC TAAAACTTAAAAAAGATGAAAAAAATGAAAAGTAATTATTTTTCTACAAT ATTTTGGCATGTGGAAAACATAACTTTTTTGATTAGTTTTTTATGAAATA TAATAAAGTTGTCCTTCATTTAGTTTATGAGACACTATTCGACGATAATT TACCATTTTACTATAATCGATCGGATATTTTTGATACAATTTAAGCTCTC TGGCACATGATCGTCTTCAATTTTAAATTTAAACTAGAAAATTATGACAT CACGATGCCGTAATCGCACTCTTTTTGTTATCGGAGGTGGGGGGCTGTCT GGAATGGATGAATCACCATTAATAGACTGATAATACTATGGAAAAACATT ATTTGGGGCCTAGATCACTGCAATGAAACAAACTGACTTAAAATTTAAAA TGGAATTAAGTTTAAGTCAAGTTGGGGCAACTGGTCCTAATTGTCGACAC TTCTAAAGAATGAGTCATATTAATTTATAATCAAAAATAGATTATAATAA TATGCTTTAGAATATAAATGTTCATTATCCATACTCATGTTTGCAAAAAG AATAACCCTATTTAGCTTAGATCTAATGTTGCTCCTTTTAACCTTTTGAC TCTTGAATATCAATTTTAATTAATCTATTGATAGAATCAAATCAAATTAA TAATTTGTTTATAAACTTTATGTTCTCTTTCATCCCCATTCAAGGACCCT ACTTATACATATGGATACAAAAGGCATATGATGTAAGCACACCCATTCAT GTTTTAAAAAATATGAAGAGAAAATTTAATTCGTTTATTCCATTTAGAAT GAATTGTATTTTTATTCATTGTTAATTAAATTCATCATTTCCTCTGCATA TATATGTATATACTACATAACGTGTAATTGAAAGAAAATATGTTATATAT GTACACAAACTGGGTGTGAGCAATTCATTAGACACACAATAAATATATAA ATGGGGAAAACGTTTTTAATGAGTAATGATATGACTTGTTTGTCAGGAGC TCATTTAAGGCTAMTCACTTATTTCCCAACAGACCTCATTATTCCTCTAA TTCCTTTATCTGTTACAAGAAGGTAAATTGAATAAAAGTGCTATCATGTC TTTTTTTTATGAACGACTCCTACTTATTATATAATATGTGTGTATATTAA CGAAGGAAAATAAGAGAGTGTTGATTTGTTTGTGCAATATTTTTATTTTT TCCCTCTTTGTGACAAAGGCTCAAACAACTTCTCTCTTTCAAAAAGAAAA ACAAATGAGGCCTAAAAAGAAATGGTGATTGCTAATTGGCGATTATGTCA AAGCATAGCAGGATGCAGTTCTAGCGTAGAAGATCAAAGATCCTTACTAT ATTATGAGACAATAGTATGAAAAAGAATCATGAATAGAGCGAAAAAATTT CTGCTCCAGAATAATTTAGGACATTTGGCTGAAAAAGATGTATGCGATTG TATATTAAAATTCATTTTAAAATGATAGTATATTAAATAGGCACTGTTTT AATATCAATAAATTAAATATCATTTTCGGCAAAATACCTGCTTGCTAAAT TGTCTTTCAGTAAAATTTCCGTTGGGCTAATTGTACTTGAACATTTTTTT TTCCCCGGACAATTGTTCTAAAACAGGAAAGAACAGCATTGAAAATTTTA CCACATTTTGCAAGTCAAGTCAATTTTATAATAGAAAAATAAGGATTCAG AAAACTGTATAACAATTATGTAGTATATAAAATTATGGGGGTTGTCAGTT TTACATGACAACCTTGAAAGGTTGTCATGTACAACTATGTCTAAGTATAA TATTAAATGATGGTAATGTTTCAATTTTAATGCGAATCACCAGTTGACGA CTGTGCACCTAAATAACTTTGGAACTAGGAAAGAAGTACATAACTAATAT CCTGTTGAGCTTATATTTTATCTTAGCTAGTGGTGTGTCAGTCCTCATTT TTACTGTCCAGTCTAGTAATAAGACCGGCCCTATCAGTCCTTGATACCAA TATTCAAGACCGTCGGTCCTTAAGACTGTCAATACTGGAGCAGATAAAAA CAAAACAAATAAAGATAGATGAAGTCATAAAAGACCGATCTTTATAAGTT TTTAGGACTGATATATGGGAATGAACTGGAGAGAACTTCCGTCTTCAGTC CTAAATAAGGATCGAATCAATACTAGTCTCCGCTCCCTTAAATTAGAAAA GACTCAACTTATGAAAACAATTAAATGTATTCTTTTGTACCAAAAAGCTG ATTGTGATAATTTTATGTTGTGTTAAGCTGGTCCAAGAAGAGAATATTCA TTGTATCTCGTAATCTTTCTGTTTAATGAAAGCCACGGGGATATACCACA AAAATACAGATTTATGTTGATTTTTTTCGTTTGTGGTATACTATGTATTA CTCATGTCATTATTAGGATTCTGTACGTTGATTAGTTGAGCTCATATTAG CTCTTTTGAAGGTACTATGAACAATTTTCCGTACTACTATTGTAGAATAG TCCGAGAGACGGAAAAAATAAACTACCTACTAGCAACTACTTTTTGGCCT TTATTTTCTTTTGTAGGAGAAAAGGTTGCGAAATACAATGAGAGTAACTT TGTGTAGTAGATAAAACTTGAAATCCATTGGTACTTAACCAAGTAGATTT TTTATTTTGCAAACTTTCGACTATTTAATATTAAGGATATGCATATATAT GTAAATTATTAAGACACTTTTGAGCTACGTAGATTCATGTTCCAAAGACA CTAATCTCGAGCAAATAGAATTTCAACTAAAAGCTAGTAAAAATGTATAT GGGTAATTTGTGTTTCTGCGTTGGTAGAATATCTGAATGTTTTACATATT CCAAATTTCCATATCATATAGGGGAACTAATGGATAGTTCGTTCTTTTTT ATGACAAATCACATTATAACTCACCCAAAATTAATGATAAGGCCACAATA CCGGTTCTAGTTAATATATAGAGCGGATTTTGTCATGTTGATTGGTTCAT AAATCATTTACCCTTCATTAATGAATTATCAAGTAATTATCAGGAACAAA TTAGAGCCTTAACTAATTAATCCAGTGGTTACTTAATCAAGTCTATGAAT ACTTTGTGACAGGCATAATCATCATCAATTGCAGTGCCCAATTAAGGTAT AAGTCACACAAGAATTGTTTTTTTTTTTAAATTACCATATCGCTAAAGGT TTAGTATAGCTTAAGCTATTTTCTTTATTAAATTTCCTCTCGATTAAATA AATTTAATGTACTAATGATTGATGAAAAAAAAAAATGAAGGAAAAACTTA GTGATTGTTTTCCCATTTATGCAATCATTCTTACAGCTGTATACATGTAT ACATATTGTTATATGCACACATAAATATGCCTACTTTCAAGGCTGTCACA TTTTTTTAATAAAAAGTTTGAAATTTTTTTCTTTCAACTGATAAGAAACT TGAAGTTCTATTTGAATGTTCTACAACTAATTTTTGTTCAAACCATTTTT CTTTATTTTCCTTCAAATTTTTATGATGATCAGGAACTCTATATACAGAA AATGTATTCTCAATTTGTAGTAAATTCAATTGCATTTTTTTATGCGTAAT AAATAATAATTATTTTTTATATAGTGATATTTGAAAGTTCTTTGAAGTGA ATGCATAAAATATATTTTTGTTTCCTTAACTTTTTTTTTTTAAATTCCAT TAAAAAAATCATATTTTTACAGGACGCGGCAACATAACTGCCTTTAAAAA AAAAAGAAATAAAAAGTTTTATGGACAAAAAAAAATTAATTTATTTTTTC AACTAATTCTACAAATCTAAAGTTTTATTTTACACAGTTTTGAAAATCAT ATCAGGTACGTGACGTCACCTATCGTCCCTAAGCCGAACTTTGATTTATG ATTTTGTTCCTCTTTAAATAACTTCTCATAGAGAAGCTTAGGAGAGATAA TTATTTAAACAAAAAGGTGTAAAATTAAATTACCATCATATCTTTGTTCA TAGTAGTGGATAGTAGGATGATCAAGTAATTAGTTATGGGCGATTCTGAA AAGATCTTAAAAGTGTTGATTTTCCCTGAAAAAATCAAATTCTAATTACA TAATTTGCATCACAATGAATCTGATGACATACATTTTAGCTCTCTAACAT CAGTTTCTGACTAGTTATTTGCGTTCTAAAAATTTAGCAAATTTCAAATT ATTAAATTGAATTAAAAAAAATTGTTGTTTTTTTTATATGAAAAATGTAA TCAATTAACTTAATTTCATAAGTCACACCCATAATATAGAACCAATTCTA CAGTTTTAGTATAATAATAATAAAATTATTTTTATATGTAAACTTTAGGT AGAAGGTGCAAGCCTCATCTTGGGCTTGTACGACTCTCTAATGCCCCCCG TTGTTACAATAAAAACTAGATATAATAAATATAAGTGAACTGATAAAGTG TTTTTACTCAGTGTCCATAAATTAATATTTGAACTCATTTTCTTTTTATA GATTCACGAGTGTCCATCATACCCGTTATTCAACTAGCTAAAATTCCATT GGTACAACCTCGACGTGGATATAGACAATTGGCTCAAGTAAGAAGATATT CAATAATTTTTTTATGCATATTTGTTATATGTTTATTGGTTTTAAAGCAT CTTCTTTTTTTGCAAAATAGATTTGATACTAGCAATTTACCTATAAATGC AATATGCTTTGATTCTATAACTTTTCATTTGAAAAAAACAAAAACCTGTA ACGTTATTCCATTTGTATACCTATAATTTCTATACTTGGATAATACATGC AAATGAAGTTTTGTATACCGGGTGGTCCATTGAAATCTGAACACTTTCTA ATTCAATAATTAATTAAGGTTGAGTTATTGAAATTAATTCATACTTCGAT ATATCAATGGATAAACAAATTGTTTCAAAACATAACAAGTCTGAGCTTTG TGGCTTACGTACCAGTTGAGAAAGTAACACTTGAACTTGATCGACGAATT TTCATTCGCACACTCCTAAGTTGGGCGTTTCCACGTTGGAGAGGAAGAAG GCTCTGTCAAAAAGGGCCAAACTAGATCTGGAGGAGTGAAAGAAAACACC CCAGGTCTATCTTCTCAACTCCATGAGGGCCCATGCAAGAGATTTCGGGA TTTATCACCAGACTGTCCAGAGAGCTATCAAAAAAGTGGATGGAAAAAAC TTTTTGAGGGTGGAGAGACACCTTTTGACACAAACAATGAAAAAAATCAA TCTCATCCGCTGTAAAACTCTTTAGACTGAGTATTTTGAGTTTTTTGAAA TCTTTTTGACACTCCCATATCCCTGATTTCACCCCTCAACTACACCTTTG GGGTGCATGTCGAGGAGAAGGCTCTGAATTGTCTTTCATCCAAACTTCAA AGCTCCTTAAGTCACTGTCAGACCTCATTGGGACTCATTGACAGAATAAT ACATCTGCAGAGGGTGACRGGCCTTCTGCCACCATCTAGAAGCCATCACT AACGCCTTAGTGACTAACTAAATTGATTAAGAGAGCTCAGACTCACATTT ATTTATTATATTAATTTTGTTGAAATTCTATCGTTAATTAATAAATGATA TCTTGCTGAAGTTTAAAATTCAAAGTGTTCAAATTTAAATTGACAACTTG TATGTTGTAATAAAACTTTTTATTATTTAATATTATATGTGCATTAATTT GTATGCATATTTAATTAAAAGTTAGATATTTCGAGGATATTTTTTATCCA TTATAACTTCGTAGCAGTATATAATTAGATATTTATTGCTTCATTACGTC ATAAAATCTTTTTGTAAGATATTGTATTGTTGAAATATTTAGTAATATTG GAGTCAAGTTCGAGTTTTTGAATTCTGCGATGAGTCCAATTCGTGTAAGA ACAATATATATTAATTTTTGAGTTTGCTTGAGTTCAAGATTTAAATAACT TTAATATATGTGACGTGTCAACATAAAACCATGCTGGAGTTAGAAAGAAA AAATCAGAAACAAGGAATTTTCTTGTTTTAGATATTTTACTCCATAAGAA AGGATCATATGATTTTTAAAGAAGAATATGACCCCTAATATCATCAAAAA AAATATTTGTTGGTATAGGGATTATTAAGGTAAGGCTTTGAGCCTTTTTA TGATGATTCTCTTTTAAAATTTGAGGCCTTAAAATTTGCAGTATTTTAAT CAAAGCCAATTTATTTTTACGTTTAACATTGCTCATTGGTCACACGTAAT AAATTATTTACACCCTAACGCGTTCACCCAACGAATCAAAAAAATTATTG ATATAATTTGTAGAACATAAGTTAATACATTATTTTCCAACAATAAACGA TTTCCACCAAAACAATTCCAGCCTGTTTTTATGGATTTTTGAAATCATTT TCCCCAAAAAAAATAATTTTTTCTCAATAGCCATGGATTTTTGATTTTTT TTTGCTAAAATTTAATTTTATGTAAATAGCTGTGGAGTTTTGAACTTTTT TTCCGAAGAAATTCAATACTTTGCAAAATGAGGAGGATTTTTGAAAAAAA ATTACCTAAATTTGTGAATTTTGTTCAAAATATTTTAATTTGATATATAA TCCCGTGAAGTTTTTTTTACAATCCTTTTGAGTTATTACTGAGTAAAGTT TATTTTTCCATCAATTACTTAGGACGAATTAAAGTACTTGTATGAAAATT GTCGATTTTCTCCTAGTTTGACTAATGTTCGAATCCAAAACCAGTATTTG GTATGTTACTTCAATCAATGACACACTTTGCACCTAATGTGATAATTTGA ATAATTGTATATAATTGCCTCACAAGCAAAGATATAAACTAGTATATTTA ATTTGAGTAGATGAAATGCTTACGTTTCAAAAATATTGCAGATATTTGGA TCGTAATATATATTACAAACAATACATCAATCATTCAAATTTGGCTGTGC CTCAAATTATTTGATTAATTTTATATATTTTTGTAAATTGTCTATTTGTT AATTAATAGTTAGTGTTCATATCCTTGACTGTTAGTAATTTTTATTATCT TTACCATTTTTATAGGATGAGATTCTACATATGCTTATTCCGCAAMCTCC TCTCTATCCAAACTCCCGTCTCTATGTCCCAGTTTTCCTGGATCAACCAG AGGATGATCGTCAAATTTCTGTTGTCAAAATACGGTATGATAATTTTATA TATATTTATTTAAATTACAGTTGTGTTGGTCCTTATTATGGGACTTAAAC TGGAATAAATTACAGACCGTAAGGTCCGTGACTAACTACGGGATGGTGTG TTGGTATTGAAGAGGAGGGGGGGGGGGGGGGAGTGGAGATGATCACCACC TTCTTGAATACAATTTTGTTGTTAAATTTTTAACATTTTGTGTAAAAAAA CAAAGGTTGAAGAGTAACTAAAATGAAGTAAGGCTGTCAAATTTGAAAGC TTAAATAACCGAAAAGGATATTTTATATAAAAGTTAAAAATATATTTTTT AAACCTGATTTTTTTTAAAGCATTTTGTATTAATATTATATCAAAAATTA TAAAAAATTGAAAAGTTTTGCCAAACAATGGCCCATCAAAAAAAAAACAA TAATGCAAGTCGTGACCCTGCTTTTTGTTTTGTTCCGTTTATCGTATTTA CAAATTGTCTCTCATTTTAAAGCACCCTCTACACAAAAATCAGTTTTGTT TTATTTCAGAAGCTTATAAAGTTGCGAAAATGTTATTTAATTGAAAGTTT TCTTAATATACTAAAGAATTATTTTTATTTTTTATTTATCTATAAAACCT CAATTTATAGATCTCAAATATAAATGAATAAAAAATAGTTTAAAACACCA TAATAAACTTTTAAAAAAAATGAAACAAACCAAATCAATTTCAAATACTA AATGCGTTTTCACTTCTTCTAAGGGGTTATGTTGAGTGTTCTTAAAAATC TCCCTTACTAATCCATATTTCATGGACTCACTCTTAGGAAGGTATTATGA AGTAAACTTCATAACTTTATATTCGATACAGAATATACTGAATACTTATA CGTTATCTTATACGTATACTTATCTTTAGTGTTATATACATAAAGACGAA AATAGAAGGAGAAGTTGAATAAATAATATTTAGTTGTTAAAATTATAAAT ACATTCTTAAAATTTGTGAAAAAGCCATGTCTTTGATATAAAAAAGTCAT GAAATATGTATTTTATATATATGAAAAAATATTTGTATAATATAATATCA AATTGTTTTTCAATCATACTTGGAGATCTGAATATTTTCTTAGGTACTAC ACAATGTAAAAGGTTGAGAACCACTCTGTCCTCTTTCAGTAAAAACATGT TATCTCTATAAAAAAAATAATATTAGATAATCTGTTTTTACATAAATGGA CAGCTTTGGTGTATTTTTAAATACAATTTTGTTGTGAATGAGCGGATAAA ATTAGACTCGGATATAATTTTGTTAACATATTTCATGTTTTTTGGATAAT AAGTTCAGGAACTTTATTGCTAAACGAATTGCCCCCATGCATTTTTTTGG CAAGGAAGCAAAGAATGCACATACAATACAAATATTAAGTAATTTTTGAC AAGGGTCTGTATCGAAAATAACACTTCCTCAATTGACTTTGAAATTTCTT TCTTTATGATCATATTTTAAAGTAGCAGTTCTGGCCAGGTGTTTTTAATT ATAGCTTAGGCCTTTCTTCTACTTGGTTTTGCACTTAGAGTCTCATACGC CTTAGTTATAAATATGAACATACTAAATCGTGAATTTATTTTAAAAAGTG AAGGAAAGACCATGACCTTAAATTTTATCAATAAATAATTTCCTGTTAAG AGGTTGCACATGTGATTTGGACAATTTAGATGTATGTGCTTTCTTTTTGT TCTGTCTAATTATTAATTAAACATAYGAATAATATTTTGATCCTCCAATA TTCAAACAGAGGAATTATCCCTCATCTAGTATTTTAGTTTGCTTTTTGAA TAGATTTGTAACTCAAAATTTTATTAAAATAGGTGTGGTTCAAACATACA TAGTTCTTATTTTCTATAACTGAGAACTAAATTAGTTTACATTACATTCT CTTTTTTGCTTTGCCATTTAATACCATATATATAAAATGGTTATGGTATT AATCTCTTACACCTATAAGAATATTCTGATACGAGCCTATACCTTATAAC TACTTATGGACATATTAAGTATGAATGTATATAAATTCTAAGCCAACTCC TAACAATTTAAGGATTCTTCAAAATTTGTCCGATTGCACAAGTAAATGCA ATCTATATTACGAGACAATGATATACATAAAAGGGCTCAATGTCTATGTT ATAACTTATTTCTATTCAAAAATAGTATTAAATTTTCTGAATAGAATKTA TCCATTGGCAAATCGAATAGTCGAAGTTTGCGAGAATGTCAGTATTACGA TCTAATGGTCCATCTTTCTAACAAGTAAAATATGATTTTATTACTAAAAA TCCCTTGAAATAAAAAACCGTACCATAGTGAAACCATTCAATTTGATATA CTCCAGAATTAACTGTGTTATGTCAATTAAATATACATTCAAATTGTAAG GATTAAAAATATATATACAAATTTGACGTCATCGTTTGAGCATCCCGGAA GAGATAGAAAAACATTTTTGCGGAATGTCTAATGGAGAAAAGTTTATTCG ATGACATGTTAAAATTTGCTTTAAAATAAATAATTTTGACTACATATAAA GAAGGGCATATTAGAGACAAGGCGTGTACAGGCTCCATCATTGACCTCAT CTGACAAAAAGTACATTCTGTATATTCAAGGGATATTCTTGAAATGAAAA ATTATACTTTTTCAATATCTGAATCTTTCAAGCCTGTATTAAATGAGTTA TTATAGTTTTATCTATATATTGTACTTTTTTCCAGCTAAGTTAAATGTGC TGACATATGATTTTAGATTCTATGTTCCTCATGTATGTCGAACTGCCAAT ATAAATAACGCTTCTATGGACCTACTTTACAAAGTACATACCGTTTCATA TCTTTCTCTCTCCATATTATGTAAAGCTATAAATCAAGTGATCATACAAA GTCCCCGTAAACCCTGTTTCTCCAAATATAATTGGTTACGACAATACTTT TTACCGCTAGGGGCGTTGAGGGTACCATAAGTGTGACTCTATGACTAACG ACAACTTCCATTAATTCACATTTTTAATTCAATTGACAAGGTGAATTCTG GAAATGGATTTAAAAAATTGCATACATTACGATGAAAAATATAAAAGTAA TATCAATTGTTATATCTCAAAAGTGACATTTGGCGGAGGGAAAGATTATC ACCTAGCCAAAGTTTTATTAAACTAATTTTGGGTTTCTCTATTTTTTTCC CCACTAGGGTAATCATACCTCAAGAAATGTAATTTTATTGATAATGATCT GATTTTGAGCAAAATAAAAATAATTTACTCTCATTATCGGATTTTTTTTC AAAACTTGATTGCCAATGTAGTGAATAGTAAATATAATAATTCATCATAG TAATACAAATAATTGTATATATATAGCAACTGTCATTAATATGAAATAAA GCAATTCAGATTGATTTTGTTTTAAGGAAAATCTAAAATAATGATTGATT GTTTTCCAATATTCGAACATTTGAACTAAAGATGCACTCTGCAAATATTA TTTTTCGAGTTACTTCTCTAATCCTTTCATCGGGCAACATTGAAAGAAAT AGACTATTTAGAATTTTTCCAGAACACACTCTTTTCCTGCCCTCATATAC TACCAAGGATATATATTATATTAATCCAACGAATTAATCAATAATTAAGT TATTTTATAGACTTTACATAATTTTTAATGTATATTTTTCTTAATCTTGC TGATATTAAACATTTCTAAGTACATTATTTCAATATATATGTATGTATTA AAACTTAAATTACATTATTTATTTGACTGTATATTCAAATAAAAAATAAA TTGAGGTTATGTGTTAAAATTATAAAAGTTCCGTAGAAATATATATTTTG TACATTTAGAAATTTATAAAATTATATACACATGGTTTAATCATTTTTGG ACCTTTTTAAACCCCTTATTAATTATAAAGAATCTCTCTCTCCCCCCCCC CCTCTACAGAAACTAGGTTAAATATGGTCATGGGATACAGTAACAAGGGA TGTCTAATGCACACATAAACAAATAAATTAGTCGTAATGACAAACTTAGT TTGCTCATTAAATTAACTATATAATTCTTTCACAATTTAGATAGTCTGAA ATCATTTTTAGAAATATGATCAATAATAGTGTCGATAATGATTTTTAACA AATAAACAAATATATATTACTGAAAAAAAATGTCAAAACAATAAAATATG TTCAAAATATATAATTTTTCCAGGAAATAGACATATTTTGAAACATTTAA ACATTTAATTTTGTTTTAAAATTGTTTTTTACCTATAGAAATTATAAATG TAAAACAAAGTTTAACTTCAATGTGCTCAAAATCTGATTTGATACTTAGA AAATAAAGTAAATGCAAACTTTATCTAAGATTAATCACAATTTTTGAAGT CAAATATTTATAAAAGTGCCCATATGAAAAAATATTTTTTGAATTTACTC CTAGTTTTTCCAAATATTCCAAGGTCATTGAAAGATTTATGCTGATTTTA GTATGAGGTTGCGAGAATGTATTGATTTTCGATATACTCCGAACAAATTA TCCTTACTGAACACTTAAAAATAGTCAAGAAAACAAATCGATAATTCCCA CATGATCAAAAATACAATATTAAACTTTGAAAATGCCTCAAGAAAAAAAC ATTTAATATATAAATAATATATTAAATTGAAACAAGATAAGTGATCAAAA CTTTCAATACCATTGCTTATTACTTGATAAATTATGTGATGATTTGACAA AAACTTGCCTTCTTAAATCAACATAGTTAAATATTACTTTTTGACACCAA AATTAACAAAGAAAAAACAACAACTTCAATCTTACCTATTATGTGTATAA AATATATTGTGCATAATTTTATCGTACTACGCCAATTAGAGATTCACTAA GTCGTTATTACTTGCAATCGATGTTGGGTTATTAACAAGAAATTGCTCCG AAATTTATTAGTTTCCATACGCTGTATTAATTACTGGTTGTAATACGTCA TCAAACATTGACAATTGAGTCAAAAAGGTAACGGATTGCAGATCTTCTTC TGTGCTTATCACTCTGTGAAGGAGGTCACATACATTGTAAATTGCTCTCT TGAGCTTGTACGTAAGGTTGGAAGGCTGATTAACAGAAACGTGAGCCCCT CCAGGAAGACAGGAAGTGGAAGACTGAACAAGATTGCCATTGAAGACTTT TTGACGGGTGTGGCTTTTGAAATTAAAGACTGCCATTCAGGAGGTGATAA AAGAGGTTGTAAAATCCTGATTGGATGTTATATCAACCATATCAACTTGA GCTTGTTATTAGGAAAACCTCGCCACTAACCTTGTGGTGCCCCTCATCAC CGTACTGCTCGCCACTTAACTATGGAATACAGTGTTTCGTGGAGAGCAAG GCCTGCAAACTCCCTTCCCCCCTGTAATGTTGATTCTCTGAAGGCCTCCG TTGAGAAGGAGTGTCTATTATGTCCAATGCCTACGTCATTAAGGTGTGCA AGGCCTTCCAGCCTAGACTAAAGACCATGGTGGCTGGAGAAAGAGTACAT TTTGAAAAATAACTGTTGATATTATATGGTATAATTGAAATAAAAAAATA CTCCTGGTTTTACTATCAAAAAATTGTCTGATACACACTATGCAATGTGT TTCTTATATCTATTTTTACTTACATCTACGAAAAAGTAATAATAGTTTAG TTTAAATCATTATCAAGGTTTGTTTGACTTTTAAAAGATAATCTATCCAA GATATTTTAGCTATTTGAATATTAACAGCATGCTGTTATTTTATTGAGTT TGTAGTAATATATTTAAATGGAAAGCCTTCAAAAGTATATTACTTACTTT AAACACTTAGATATAGGTATACTAAGTCTTACCTACTTAATACTACATTT GTTTCAATTTTTTGTACATTGAGAAGTTATATATGTATAAATCTTGAGAC GTAATTGCGTTAGAAATATAGAATATTATTTTTATTTTTTCAATATATGA TTGTATTAATTTAATTGAAGTTCAGTCTTAACATCGGCCTTGACTCCAAG CAGATCAAGATTTCTAGAATTGCATGAATGGAAGAAGCCCCGAATTTTCA AATCTAAATGATATCCAACAATTTCACTTTCTTAAAATCCCTCAATTATA GCCTTATGTAAGATGATTAGTATTTTGTTTAGGGAAATATGTACATGTTT GATGACAAGAGATGTCGATTTTAGTCTAAAAAGTAGACTATTATTAATGA GATGGCTCTAATTTATGATTTTAAATCAGTTGCTAGAGTGCAAATATGTG GCATTATTGAAAATGCACGATTCTCACATTAATTGCCTAAGATTTGAGAA GCCTGTCATTATTTTAGGATACAAAACCAGTAAATTATATTATCGATTAA TTTTTTAAAAAGAATATTGACATAATATTAATTACTTTGAGACATTTGTA TTTATTCAATATTTAGATTACTAATATTACATTTTAAAAAGTAATTTGAG ATTTTTTCTGTGATTTGATATAACGAATGTCATTTCGATTTCAATCTATG GGTATTTATAAGTAAATTCTTATAACCCCAAATTCATTAAGTTAGTAAAT ATAGTGAATTGATTGAAGTATTAAGATGAAATGAATCACATAGTATCAAA TGTGCTGTTTTGAAAGTGATCTTTATGCTCTTGTGCAATATAAATAGACA TTCAACATTTATTTGGTCCTTTTCAACAAATATCTACAAATTTGTAATCC AATCCTGCTAAAAAATGTTTCATAGGGAAATTATGAACTAAATAGTCTTC AAAGATTATTTATTAAATCCTTTATAAAAACTAATTCCAATCATATAATC AATTTCTTGACTTTATGGGAAACTAGTTTTAAAAATATATTTTTTTAAAT AATGTCTAATAATTTTTTTTGTAAATTGACTTGCATTATAATTTATACTA TATTTATTATAGTTGTCATAGTCGCTCTGGAATAAAAATCCTTGGTCTGG AAGAAACTTCTGAGGAATGGTCATCTCGTATAGATTTAAATACTAGAAAT ACAATTGCCACAGTCACTGTATTCCGTAAGAAAGATGCTGTGACGTTCCT TCACGAAGATGAACCCCAAAACTACACAAGTAATTATGAGGAATCTAATC AAACTGAGGACTATGGAGGAGTCTCTGGACCAGTAGAGCTATTTAATTGG TTACTCTCTGTGGATGATCGGGACTTTGAGCTCTGGAATGCAGGGNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTCTTATCCTCTGTCTAGGAA TGGTAAAAAGCTCAAAGCTAAGCTTCATGTACAGAAAGATGATGCGCAAG CTGTTTTGCCTATTGCAAAGGTTGGTTTATAAAATTCATAATATATTATT TAACTACATATACGCAGCTTATATAGTATATATCTTGCCAACCAGTCAAG TAATCGGCTAAGATTTTATGAATCCTAAATTCTTCCTCCTAGATTTAATA TATTTTAAAAACTAAGTGCATACCCTTAAATATCATAACTATGCCCCAGA AGTGCTTTACAATCAGTAGTCCCACAAAAAGTGCGTGTCCTACAGTTTGA AAAGCTGTACTTTATGCATATGTGAGAATTATTTGCAGGAAATAATGGCT GTTGYTGTAAGTTTATTTTTATAAAAAGCAGAATCCAAWTATTATATAAT AATACAACTGTGTCAAAAGTCAAAACGAACTTAGTTTGCATAGATGGGGA GAACCTGTCTTTTCGGGCAGTACTATATTAACTTGTCGGACAGAATAATT TGCCTGTTCCTGACGGTCGGAAAAGTGTTAATGTGAGGTCCTTCCCTGTT ATATATATATTATTCAAAAGTTGTAGAAAAAAAAGATCAAAAGACGAAAT ATTGAACCTACAAAGGTTCTGAAAGGAATGCATAATGGCCCAAAAAAGTA TCATCTGAGCTTCTTTATTAAAAATAATGGATGTATATATCTAGAGCATC TTTCGGATTGAAACATACTTTTCTATGATTTTTATAAGCAAGGACTCTGA AGCTCATATCACTATGCCCATAGGTCTGTGGAGAGTTTAATATTTTTTCT TTTCATTTTATCTTTCTTCTTTAAATTGCTGTGTGTAATAAATGTATTTG ATTTCACACTTTTCTTTATTTTAAAATTGTACATGTTCTATGAATTTACA ATTTATGGGTTAAGAATATAAGGGATCAATATCTAGAGCATCAGCATTTA AAAAATTTTAAGTAAGGGACTCTTCATGAAAAAAAAAAAAATCATAGCCA TGGTAAAAAATCAGAGGCTCAAATGTGTATGTTATCATTGTTGTATGTAG ATCAAACTCTCCCCCGGCTCTCAATCATATTTATTCCTGGACAGTTCCAG TTAGAGCTATTGTTGCATACTATGCGATATGCATTACACAGGGACCAAAT TCCAAACTAAAAAGGATAATAATTCATAACTGAGCTTGGGCTGGGTTTTA ATTTGAGCAAGACGTGGAGTAAATGTGGGGGACTCATTTCTTTCTTTTCT TTCTCAAAATTTACATAGGAAAGGCCAACCTTTTTATGGTATTTTTTAAT ATAGAGTTCATATTTTATTTAATGACATTTTTTCTTAAAAAAAGATTATT TTTTAGATATTTCATCATTTTATTCGAATGCATTTTTTTGGGACATAAAT TTCAATTGTATTTTTTTCTTCTCAATAAATGTGAGTCCCATTGGAAGTAT GGTACTCACTAGGACTGTAGTGGATGSAATGATATAAGGTTGACCCTTAT TCGAGTTTGATAGTCTTTGCTTTAAAGCATCGTATATCACAGAATGTGTC CAATAAACGCATGATCAAATTAAAAAATATATATTATCTGCGTATATATT TTAATAAGTAATATTATCTAAGAGTAGCTATAGACTACATCGTCTTACTT GAATATTATCATTTAAAGTGTTGTACTATTTTGCAACAAGATGGCGCTAC TGTTTGTTGTCTTTTTTTACTAACGAATATTAGTAAACAATGCCCATTCC CCATTATATGTAGAAAGTCTTTCATATTTTGACATTTGAAGTTTTCTTTT ACTTAATTTTATTGGTACACTCTATTTAAGAGTAGATAGGTTTTTCTGTT TGTCTTAGATGCAACTTTGCCTCTACACGCATCTCTTAAATCGTAGTGCG AAAAAAATGTAATTAATTTGGGAAAAGTCTTTCAATTCTGCATTTTCTAC ATATTTTATTCTTACTTTTTTGTTTCTTAATATACCTATGTTAATGTGAA TATTTGAAAAAAGTTAATAAAGAATATAAAATATTCAAATTTAAAAGTAT TACACATTTAGTATAGATATAACTACATGTTGATTGTGTTAACTCAAGTG TAAAAACTTTTATTGGCTTMAGTTAAATATTTMTATGGAGMGTACCAAAT GTAACTAGTATAAACATATTTTTAAGTGGCAATCCAAATATGATATGAAA TATTTGGAAGGAAGCATTTACAGTCACCTTGTGATTCTAATAGATCAATA TATCAAGGGTGTAACTTTTTACTTGACTAATTGATAAATAGAGTCGTTCA AAATTTATTAAAAAAACAAAAATCAACATGACTATGTGTTATGAGTCTTG TTTACTTATATTAGTTTGTTTACAAAAAGATCGAGAGTCTTCCTTCAAAA ATACATCAAAAACAGAGGGATCAGACATCAGCTGATGAAGTAATGTCGTC TCTAAAATGTGGCAGATTTTGTCAACGCACCCTGTATAACTCCTTCTATG ATAACATTATTTAATATATTTATTAGGTGTACATTAAATTTAAAATTGAA TTCGGGGAGCAGAAAAAATAAATAAAATTTCTTTATGTTGTGCCCCAAGC CACATCCTATCACACTACTTTTGTGGATCTATTTTTTTAGTTCACTCATT CCCCATAAAAAAATATATTGAGAAAGAGAGCAGTTACTCTGTTATGACTT TTCAATTCTCATTTCTTTCAATCTTTTTTAAAATCATTTTATAACAAGTT GGTGAAAGAGGTAAAAAATAAACCCCAAAAATAAAAGATTTAATTACATT ATCAACAGTTGAAGGGTTACAATAATTATGTCATGTAAATAGGGCGAAAT AAACGGGGATATAAAATCCTACGCTCAAGCGGCCAAAACGATTGCCCCTC TTCTGATTATACCTCATGTAATCATCTAATTTGGTTACTTTCTGTACGTA TAGGTGGAGCCCACTATATGCAAAAGTCACTGATCTTGCAAGATATTATG TATTATCGTCAATCCATGGGTATTTTCTTATATTATAATCCAACATGTTA CTAATTCAATTAGAATCTCTGTTTGTTTATTATTTAATTTATTTAAAATA CTACAACGGTAAAAATTCGAACTACATAGTAATGCGCTGTACTTATATAA TGATAATTAGTAAATGTAATTAGTAAAAAAATATAATTCTCTGGCAAAAA AAACTCATTAATTTACCATATATCTACAATGCCTATGTATCATAGTATCA TTTTAAATTGAATTAAAATAGACAGTCGTATATATGAATAAATTAAGTAT GATTTTTTGGGCAAATGTCACAATTCGCCCTTTGGCGAAATTAAATTCGC CCAATAGTCATGGAACTGTCAGGAACATACTTATAAGTATTCGGCGACAA ATTGCAAATTCAAAGGAATAACATGCACTAACGTATGTTTTAATAGGAAA TGAATAAATTTATCATTGATTTATGTATATATATATTTTTGAGAACCATT CATAAAAATTCAATGAAAAAAAGTTTCAAAATTCAATGATATATAGGTAT ATACAGAGTTTTGATTTATGAACCGATTATTATTTCTTATTTTTGGTATT AATGATTACAAATAATTGGCCCACATTGATTGATTGCTTTCTTATATGAT ATTTCAGCACTCTGAGCTCATTAACCTTGCTGTACTTACTGGACATCAAA TTTCAAAGCCTCTTAAGATATTCACGGTTACMGAGGCAGGCGAAATAGCC GATGTGACTCTCCGCTCATCTTGTGTCTCTACAGAAAACTCGGTTCTTAA GGTAAGGATTATAATTGATAAATAATATATGTATTATATCGAATCCCATT TCCTTCCAGGTGTCATCATCTTGTACGTCCGTATATGTAGATGGATCCGA GACTCGTGGAGCTCTTAATGCACAAATAAATGTTAAATATGGCAATTTAA TGGGTACAACGCTTTTTACAATTTGGATGCCTGATATCCCACTAAAAATT GACTTATCAGATACTCGTTTATCACAAATCAAAGGCTGGAGAGTTCCTTC CTATAAAAAAGAAGATAATGAGTAAGTCACTAATTTAGTGTTTCTCAAAA TCAATCAAAACCCTTTAAAAAATCATTGTTTATATTCTCTCTGTATTTCT TTGAATCATTTTCTGTGTCCCAAATTCCAAACTAATGTTTATTGTGCAAT AAATATTTTTTGTTTTTTATAGCCTTTTGCCAGATTGAAAAAATATATAT TATTTTTTATGGTCTGTCTATAATACAAACATACATATGTGTACCCATTA ATCTATATGTGAAATCTTAACTTAAATTTCTGTAAATTCAATGCTAAAGA GATTCTATGTTATTATATATTTATTTCTTAGTAAATTATGGTGTGTTGAC AATTCCGTGCAAATTGAATGAATAACTAATATTTTTTTTTTTTCTTTTTT AAATTTTCAATTAAACCATTTTTGACAATATTGATTTCGTACAAATGGTC GTCACTACTCCAGTACATAATAGCAAATGACTCAGAGGCGTCCGCAGGAC CATTTAAAGTTTTTTTCAAAATAAAAAAAAGTGTATTGTTTTTGTAAACA ACTTTGGATTTTGGATTTTTGTTTTAATAACTATGAATTTTTGAAAATAA TTTTAAAAATTTCAATTTCTAGAACTTCTTTTAAAAAATCCAAATAATAG GCCCTCCCGTTAATATGTGAGCTGTTGATGATTTTTTTTCCACAAATTAC AAATATACGGTTATTCACAAAAAGATTACATTTTCAAAAAAACATTTAAA ATATATAATTTTTTCCAAAAAAAAAAATCATGTACAGTTCACAAAAAAAT TAGATACTTGAAAAATAATTAGAAAATGTAATTTTAAATATTAAATTTGT TCGAAAAAAAATTTCAAATTCTCACAACAATTAAAAAAATAATTTCAAAA ATCCACAGTAATTAAAAAAATCATTCTTAAATCGACAGCCGTTCACACAA AATTAATTTTCTGGGAAAAAAAATCAAATATTAAATTTGTTTAAAAGAAA AATTCAAAAATCCACAGTAATTAAAAAAAATCATTTCAAATATCCACAAA AATCCAAAAAATCATTTCAAAAATCCGAAAAATGGAAAAAAATATTTCAA AATCCCCAGCTGTTCACATAAATTAAAATTTTTTGGAAATAAATTTGAAA TATTAAATTTTGTAGTAAAAATCAAAAATTACTTAACTTGGGGTGGGCCA CAGCCCCTCAATCCCACGCCTGTGTAGGCCCCTATAAATCTTCGTGTTTC ACATAATAGTTATTACTTTTAGCGTTGAGACGGATTCAAGTTCAATATTT TACCGGTTTAATAACAAGACTGGTCCAGACCAAACTTCTACCAGATTAGT TAAAATTATGACGGTCTTAAACCAGTTTAGAATTTCAATACTGAAACTCA ACATTACTTACTTTATATTTAAATGTTTTCTCTTCAAAAATAAAAAATTA TGATAACACCTTTGGAAAATACAAACATCAATTCAGACAACAGCTACAAA AAACCTCCCTCCTCCATAATTATATTTTTTCCATCTATGTGAATAATTAT ATGCAACAACTATAATTATTATTATAGTTGCATATAATAGTCAATGGGAG AAAAACTACTCTGCAAAAAACTCATTATGAAATGGAAAAACATTGAATTC AAGGATTTTTTTTATTTTGAGATATCTATTTTTAATGCAAACAGTATTGA ATTGTTTGAATATTTTCCACAACTATAAAACATACCTTTTTGTTGTTTGT TAGTGCGTTATTATTTAAATATTCGTCATCAATAATACTTGTATGGTGTT TTAATATATTTTCTTATTTCTTCACAGACGTAACAAGGGGAAACGATCAA TAAAGAATAATGAAAAATCCTCTTCCGACTGGAGTAATGAGAAGAATGGA CGAGGAAACAGAAGGACTTCGTCTGACAAATTGTCTTGTTCGTATGTACT CAACCATTTTAATAAAGTCTTAAAGCATTCATATCATAATCCATTCATTG AGTATAATTTGAATTGTACCAATGCATTGTTGTAAAATCTAGTAATTAAG TTTGATCACAGTTTCCTAAACCTTCGAAACTTTATACATTAGGATTTACA TTTTGCGACAAAATATGTTGTGTTGTGTTGTACCTTATTTACATATTTGG TCCAGTCTAGCTTTGGACCGGTTCTTACAACTGTGTACCCTTGAAATGTC CCTTGTAATTTCTTATTAATTCAAATAAGATATATCTGATATGTATTTAG AAACATTGCACATATCTTGCGAAAAATATCCTTGTTTTCGTTGTATTAAA AACCTATTAGATTTTATTTAGTCATACGTCAGGGCATCTGTAGAGGGTGG GCTGGAGGAGCTTTAGCCCCCCCTCCCGCGCCCATTTTTTTTTTTTTTTT GCCTTTTTACTAGATTTTTTCCCCTTTCATTTTAAATTACGTAGCAGAGC AATAAAAAATTATATCACCAAATATTTTTAGTATTAAAAAGAAAAAAAGA ATAAATTTTATTATTATTTTGTTATTTTTTGTACAGACTTCGATATCAGC AGTCCACGGTTACCATATATGGAACATTTCTGGCTGAGGATTTAGACTCT GGACGGAAGGACTTTTACCCTTCAAGAGGATCTGAATTGGATATAACAGA GTTACTTATCTCTAGTGGAGTAGTTCGTATCGCGAAATCTAATATTGCTC TCCTAAGAAATAATATTATTCAAGGACTCTCTCCTGGAAAGACTTATGTT CACGTAAGGAAATATTTATAATTGTTTAATATATTGAAATGGTGTACGAC CGCTTCTGGGGGTCATATACGATTTAAGCTTTCACCTTAATAACGAGGGA TTGTACGATTAATTTATTTTTTCATTCTTAGCTTCAGAGCACTCTTTTAT CCGCTCTTTTTATATCTTGCCGCTAAATTGAATACATTTGGTTTTCCTTG TAAAAAAATCAGCCGAAATTCACTAAAATTTATAAATATAATTTTAAAAA GAAACCAAAAAAATAACGTTTAAAAAAGAAATTTATTTTTTTTAAATGTT GACCAATGCTGGTCAATATTTTTCCTCAGTTTTAAAAATCAAAATATAAC CAACTGTTGTTATTTTTTAGCACTATTTATTAATACATAGAGCCAGTTTA GCTCAGCAGGGCCTTAGAGCAATGATAAATCCGTATAAACCATTTGTTTT TTTCCTTATTTAAAATTTGATATTTTTTCTCCTAATATTTTCACATATTT AGYAAATAAATTTAAAGTTTTCAACATCCATAAACATCCAATAACATAAG GATAAATTTATATGTTACTTTGTAGCTACGAATATTTCCAAATAGTATTT TTCCCCAAATATAATAGATTATTATTATAAGTTTGTCATTTTTGACTCGA GTTACTTATTACTCTTTTGCTCCGAGATAGGATATTAAACCTGTTGGTGC AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAATAAGAATATCTCTAGGAG CTCTAAAATTATAGAGTATATAAGTTCGTTTTGATGGATATAAATTTGGG TGAAGGTGGACTTCAATAAAAAGCTCATATCTAAGGAAAGCCTGATTTTA GTGCACTACCATTTGGTATTCATATGAATATGAGATTTGAAATATAAATC ATTCAATACGGTGATGTTTGGGGGACTTTTATTGTTAAATTGACTAGTTA TGGGATGATTAAAAAAAAAAGAAAAAAAAAGATTCCTATCCAATTCTAGT GAAAATTATCCATGTTCATTCCGATTCATATTTTTTCAATAATAGTTAAA AAGTACTATTTCATATTAGGGACATCAACAGCATTATATTAAAAAAATTA AATTTCAAATATGATATTTTTTTTTAAAAAGTATCAAATACACAATTAAA TATTCCAAAAAATTTCAAAAATCTACAACTGTGACAAAAATAAATTTTTT GATAAAAAAAATTTCAAATATTACATTTTTTGAACAAAAAGTTTAAAATT AAATTTTTTTGTGAAACATTTTAAAAATAGTTATTCACAGAAAATTAAGT TTTTTTTGAAAAGTCAACTTAAATTTAAAATATNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNACACCC AATTCCGATTAATCGTCMCATCACTAAAATTGACGTTCCATGTTTAATAT CATAAGGGCCCAACCAAAAGAGTATCAAGTACTTAGATTCAARAATMAGA TWTTTAYTAAAATTCTTGATTATATTCGACAAATACTATGCTCATTAATT TATCAAAAAAAAGTCACCCAAACATCACAAAATTGAATGTTTTATATTTT TTTTGTATTTGACTTGCTTAAAAAGTTGATAGACTATAAATTGTGTCAAA AGTTTTAAAAAAAATCAATCTTTTATCATTTATGTCTATTTTAATTGGTG ATGAAGATTACTCCTATACTTATATTCATTTCAGGTCATGTCTCCTATAT CTGGTAAAGAAATAGGTAAAGCTGAATTTAGAGTTGCGAAAAATAGAGAA TCAATTGTGGGCATGAATATCCGTATATTATCGGGTCTCAAATTGAGTAT ACATGCAGATCAGAGTCATCGTCGTAGAGGGAAATATAGTCTTCAAACCG CCTATTCTAAAGTTCTTTCATCCAAGTATCAAGTAAGATACTTTTTAAAA TTATTATATAATGTGTTTAAGTTATTCCATACTTCAATTCTGTTTATTTT ACTTTGCAGGAAGGTTTAGTGGATGTAAGCTTATTATTCTCTGATGAAAC TGTTGTTCCACTCAGCGATATTGATATAAACCAATACCATCTCTCTGTCA AATCCCTGGATCCCCGTACTGTTGCCTTTGCACCTCTCANTGGCAAATAT CCCAGAATAATTGCTGTTGGCTCAGGACGTGGAAAATTATTAAGAGTATC TGTTGAGCTCCCAAAAACATGTTTAAATAATGCACATCAATCTTTAACCT CCAAAGATACTGAAGTTATTATAAAGATTAAAAGTCCTCAAAAAAAATCC TTACTAATGACTAAATCTCGACATCCCGATGATCGACGAGCTCCAATCAA AACCTTTTTTGAGGACCATGCTACACTAGTGGCTCATAAGAAGTCTGTAG ACATGGGGGATCTAGGAGATATGATTCAAGATGAAGAGATTAGTCAGGCA CATTTAGAATCTAGTCAAAGACATCGTAACGGTGGAGGATATTTACATTC GTATCGTTCCCATCCTTCGTTATCTCATCCACGTCATTATATTGACTATA CACATTTAACTCCTCTAGAAGTGGGTTTATATGTGCTATTAGCAGTATTT TGCGCCACAATTGCTATTTTTGTTGCATCATGCTTTGTGTATGCATCTCG ACATCGTAAAGTGGAATATCCAATGAACACTAGTACAACAGCAACAAGAA GTATTAAGTCTCATCAATCAGTTCAGAATGCACATGATTGGGTATGGCTT KGAAAGTCTAGTTCAATGGATGATAAGTCTGTTCAATCCAACTTATCTAG TCATCCTCCTCATCCAGATGTCTTAAGACAGCAAAGAAGATATCGTCAAA GAGCTTCATATATGGGCTCTGAAGTTAACATTATTCCCAATCCAAGAACG GAAGAATTCGAACTCAGTGTTAGTGATCCAAATACTCCTATTATGCCCAG TAATTCACATCTTAATAATAGTGAAAACACTGGAGGATCTGCTCCTGCAA TTCCACCCCATCAAAATCTTCGTGGAGCTGTCAAGAAGAATACAAATCCC TTTTTATATGATGAAGAAGAGCTTGAAAGAGAGTATTTGATTCATAAATC AAATGAGAAAGAAAGGGGATATCATCCATTTTGTGAAGTCTATGACACTG TTGAGGGTAGCAAGAGCGGTTGCATCTCTCAATTTCATCCAGGGACATTT GATGGGAAAACTTTTAAACAAGAAGAAATTCAGTTGCCGGGGGAGTCATT ACGGAGTTCTCAAATGATTGATTCTTCAACTTATACTAAGAAATCGTCAT CCATTCATCCAGAGGGTATGATCCTCCCTGTGGGTTTCCCCATCTTTTCT CAAGATGATGAAAATGTTTCTTCATCATCCTCCTGGGACGAAGAAGAAGA ACAGGAGGAGGATGAAGTTGAGGAAGAAGAAACCATTCAACCACCATTGA GACAGTCACCTGCTTCAGCTCTTCCTCCCCTCACTGAAAATGATTTCATA ATTCGGCCTGAAGATATTCAAAGGCCACGAGGTGAATATATCCCTTTGAA CCCTGACATAGAGAAACCTAGTCCTCCTCGAAAGGGATCTGCTATACCAA ATCATATGGGGACATATACTATTAAAAAACGAGCTAATGTCATCGGTAAT CCCATGTTTCCGAACGAATCCAGAAGTGATACCTNGAAAAACTCGATGAG GAGGTTGAGGAAGAAGAAGTAGACATTGTTCCTGAGGAAGAAAATGCCTC GGAACTTGTCACAAATGAAGATGTGACAGAGGATGTGGGCATGGACTACG ATCAACTTATGTCTTACTTTGAGAGTCTTAAAGAATCCACTGCTTAGATC ATTGGAGGATCATCTTCTTTTCTTTGTTTTCAACATACCTACCCATAAAA TTATAGACTTTGTTGTTGTTGAGGTTAAACGTTGATATGTATCCTTCCTT GTTTTCTTTTGGTTGTTTGTTTTAAAGATAGGGTCATGGTATATCCATCA GAGCAGTTTTCCCAAGTTTTACTTACCAACGAACATTGTACCACAAATCC TTATGTGGTTGAATGACTACATCCTACGCTACATATGTTCGTAGGTAAAT ATCTACATAATTAATATATCATTTGAAATTCGAGTCAATGCATTTACCAA GTATGTCATTTCTAAAATCAAAATTGTCAATCAACAACAAATCAAGTTAC CGAAAAATGCTTTGATCCCCTGATCCTGTTCTACCTATTTGTTTATAAAT AACCATATTTATTATTTCTCTACGCTTATTACCCCTTTATTGATATCCCA GCCCATATTTTTTGTCATTGCCACCAAAATATCGTATCTTTTGGGAAGTG TAAGGATTACTTGCAAGTTTTAATTTTTTTTTGTCAGAGTATTATTATTA TAATTATGTATCAATAACCATATTTGTTGCTGTTTAAGTGATACTCTATT TTTTCAGCTTAATTTCATTTAAACAACTTTTTAGTTTCCTTTAACCATGT TTATTCAACTATAATTATTCTAGTCCCTATTCTTGGTATTATTACTATTA TCATACCAACATAATATATTCCCTATATTGTACTATTTAAAATATATACA TATATAAGAATTTACGAATTATATAATATACCTAAAATCTACGATTTATG TTGTATATGGTTACAATTTATGAGCAGCAAAATTGCTATTTTGATTCGAG TAAAACAAATGTATA
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