EMLSAG00000000063, EMLSAG00000000063-682829 (gene) Lepeophtheirus salmonis

Overview


Name	EMLSAG00000000063
Unique Name	EMLSAG00000000063-682829
Type	gene
Organism	Lepeophtheirus salmonis (salmon louse)

Associated RNAi Experiments

Nothing found

Homology

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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

[Close]

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
BLAST of EMLSAG00000000063 vs. C. finmarchicus
BLAST of EMLSAG00000000063 vs. L. salmonis peptides
BLAST of EMLSAG00000000063 vs. SwissProt
BLAST of EMLSAG00000000063 vs. Select Arthropod Genomes
BLAST of EMLSAG00000000063 vs. nr
BLAST of EMLSAG00000000063 vs. Tigriopus kingsejongenis genes

BLAST of EMLSAG00000000063 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 20


Match Name	E-value	Identity	Description
-	1.020e-56	28.31	symbol:TMEM132B "Transmembrane protein 132B" speci...	[more]
-	3.494e-54	26.21	symbol:Tmem132c "transmembrane protein 132C" speci...	[more]
-	3.000e-53	27.10	symbol:TMEM132D "Uncharacterized protein" species:...	[more]
-	3.154e-52	23.53	symbol:Tmem132a "transmembrane protein 132A" speci...	[more]
-	5.092e-50	25.26	symbol:TMEM132C "Transmembrane protein 132C" speci...	[more]
-	4.560e-48	26.55	symbol:Tmem132d "transmembrane protein 132D" speci...	[more]
-	1.760e-47	23.01	symbol:Tmem132a "Transmembrane protein 132A" speci...	[more]
-	1.760e-47	23.01	symbol:Tmem132a "transmembrane protein 132A" speci...	[more]
-	2.878e-47	27.07	symbol:Tmem132e "transmembrane protein 132E" speci...	[more]
-	6.587e-47	27.41	symbol:Tmem132e "transmembrane protein 132E" speci...	[more]

Pages

BLAST of EMLSAG00000000063 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 3


Match Name	E-value	Identity	Description
gi\|592820235\|gb\|GAXK01134333.1\|	2.399e-13	39.08	TSA: Calanus finmarchicus comp92521_c0_seq1 transc...	[more]
gi\|592899687\|gb\|GAXK01058688.1\|	5.943e-2	23.86	TSA: Calanus finmarchicus comp1216725_c0_seq6 tran...	[more]
gi\|592934074\|gb\|GAXK01024479.1\|	2.033e+0	26.73	TSA: Calanus finmarchicus comp685306_c0_seq1 trans...	[more]

BLAST of EMLSAG00000000063 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 1


Match Name	E-value	Identity	Description
EMLSAP00000000063	0.000e+0	100.00	pep:novel supercontig:LSalAtl2s:LSalAtl2s100:31661...	[more]

BLAST of EMLSAG00000000063 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 12


Match Name	E-value	Identity	Description
gi\|928589329\|sp\|L7VG99.1\|T132E_DANRE	2.033e-59	24.21	RecName: Full=Transmembrane protein 132E; Flags: P...	[more]
gi\|145566963\|sp\|Q14DG7.2\|T132B_HUMAN	7.537e-57	28.31	RecName: Full=Transmembrane protein 132B	[more]
gi\|288558839\|sp\|Q8CEF9.3\|T132C_MOUSE	2.518e-54	26.21	RecName: Full=Transmembrane protein 132C; Flags: P...	[more]
gi\|123782363\|sp\|Q922P8.2\|T132A_MOUSE	2.340e-52	23.53	RecName: Full=Transmembrane protein 132A; AltName:...	[more]
gi\|288558838\|sp\|Q8N3T6.3\|T132C_HUMAN	3.740e-50	25.26	RecName: Full=Transmembrane protein 132C; Flags: P...	[more]
gi\|81894111\|sp\|Q76HP3.1\|T132D_MOUSE	3.388e-48	26.55	RecName: Full=Transmembrane protein 132D; AltName:...	[more]
gi\|81865816\|sp\|Q80WF4.1\|T132A_RAT	1.279e-47	23.01	RecName: Full=Transmembrane protein 132A; AltName:...	[more]
gi\|81891670\|sp\|Q6IEE6.1\|T132E_MOUSE	4.790e-47	27.41	RecName: Full=Transmembrane protein 132E; Flags: P...	[more]
gi\|121940967\|sp\|Q24JP5.1\|T132A_HUMAN	2.247e-46	24.05	RecName: Full=Transmembrane protein 132A; AltName:...	[more]
gi\|74709535\|sp\|Q6IEE7.1\|T132E_HUMAN	1.205e-44	25.96	RecName: Full=Transmembrane protein 132E; Flags: P...	[more]

Pages

BLAST of EMLSAG00000000063 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 14


Match Name	E-value	Identity	Description
EAA13567.6	4.206e-161	35.11	AGAP004670-PA, partial [Anopheles gambiae str. PES...	[more]
AHN59403.1	2.202e-160	33.86	detonator, isoform D [Drosophila melanogaster]	[more]
AFH07261.1	2.490e-160	33.86	detonator, isoform C [Drosophila melanogaster]	[more]
AAF46133.2	2.490e-160	33.86	detonator, isoform B [Drosophila melanogaster]	[more]
AHN59404.1	1.001e-159	33.86	detonator, isoform E [Drosophila melanogaster]	[more]
gb\|KFM65701.1\|	1.848e-159	33.88	Transmembrane protein 132C, partial [Stegodyphus m...	[more]
EFX85492.1	9.941e-92	28.59	hypothetical protein DAPPUDRAFT_314172 [Daphnia pu...	[more]
EEB19139.1	1.097e-91	38.00	conserved hypothetical protein [Pediculus humanus ...	[more]
gb\|KYB25663.1\|	8.839e-86	37.27	Transmembrane protein 132B-like Protein [Tribolium...	[more]
XP_006558574.1	1.263e-82	36.51	PREDICTED: transmembrane protein 132C isoform X2 [...	[more]

Pages

BLAST of EMLSAG00000000063 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25


Match Name	E-value	Identity	Description
gi\|1121111468\|ref\|XP_019545435.1\|	4.450e-171	35.41	PREDICTED: transmembrane protein 132E-like [Aedes ...	[more]
gi\|1000199936\|gb\|KXJ72988.1\|	1.659e-169	35.39	hypothetical protein RP20_CCG016819 [Aedes albopic...	[more]
gi\|1121100816\|ref\|XP_019540594.1\|	5.135e-169	35.37	PREDICTED: transmembrane protein 132E-like [Aedes ...	[more]
gi\|157107854\|ref\|XP_001649969.1\|	4.576e-167	33.68	AAEL004880-PA, partial [Aedes aegypti] >gi\|1088794...	[more]
gi\|568250295\|gb\|ETN60007.1\|	6.961e-167	34.16	hypothetical protein AND_008382 [Anopheles darling...	[more]
gi\|1134480165\|gb\|JAV29619.1\|	1.250e-165	36.53	hypothetical protein, partial [Culex tarsalis]	[more]
gi\|1134480095\|gb\|JAV29584.1\|	1.475e-165	36.53	hypothetical protein, partial [Culex tarsalis]	[more]
gi\|1134480109\|gb\|JAV29591.1\|	7.176e-165	36.53	putative conserved plasma membrane protein, partia...	[more]
gi\|1134480013\|gb\|JAV29543.1\|	1.067e-164	36.53	putative conserved plasma membrane protein, partia...	[more]
gi\|1134480093\|gb\|JAV29583.1\|	1.111e-164	36.53	putative conserved plasma membrane protein, partia...	[more]

Pages

BLAST of EMLSAG00000000063 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 1


Match Name	E-value	Identity	Description
maker-scaffold605_size125465-snap-gene-0.28	0.000e+0	33.85	protein:Tk06871 transcript:maker-scaffold605_size1...	[more]

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
LSalAtl2s100	supercontig	LSalAtl2s100:316619..404033 +

Analyses

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


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

Properties


Property Name	Value
Logic name	ensemblgenomes
Description	maker-LSalAtl2s100-augustus-gene-4.17
Biotype	protein_coding
Evidence	IEA
Note	Transmembrane protein 132E

Cross References

External references for this gene


Database	Accession
Ensembl Metazoa (gene)	EMLSAG00000000063 (primary cross-reference)

Relationships

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


Feature Name	Unique Name	Species	Type
EMLSAT00000000063	EMLSAT00000000063-695910	Lepeophtheirus salmonis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at LSalAtl2s100:316619..404033+

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

Add to Basket

Pages

Pages

Pages

Pages

Search form