EMLSAG00000000256, EMLSAG00000000256-683022 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000000256
Unique NameEMLSAG00000000256-683022
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000000256 vs. GO
Match: - (symbol:tutl "turtle" species:7227 "Drosophila melanogaster" [GO:0008344 "adult locomotory behavior" evidence=IMP] [GO:0007629 "flight behavior" evidence=IMP] [GO:0030537 "larval behavior" evidence=IMP] [GO:0007422 "peripheral nervous system development" evidence=NAS] [GO:0005575 "cellular_component" evidence=ND] [GO:0003674 "molecular_function" evidence=ND] [GO:0008039 "synaptic target recognition" evidence=IMP] [GO:0048814 "regulation of dendrite morphogenesis" evidence=IMP] [GO:0070593 "dendrite self-avoidance" evidence=IMP] [GO:0007414 "axonal defasciculation" evidence=IMP] [GO:0016199 "axon midline choice point recognition" evidence=IMP] [GO:0007411 "axon guidance" evidence=IMP] [GO:0046331 "lateral inhibition" evidence=IMP] [GO:0007638 "mechanosensory behavior" evidence=IMP] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 GO:GO:0016021 Gene3D:2.60.40.10 InterPro:IPR013783 EMBL:AE014134 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0016199 GO:GO:0008039 GO:GO:0048814 GO:GO:0007629 GO:GO:0046331 InterPro:IPR013098 Pfam:PF07679 InterPro:IPR013106 Pfam:PF07686 GO:GO:0070593 GO:GO:0007638 GO:GO:0007414 GO:GO:0030537 eggNOG:NOG303891 EMBL:AJ312132 EMBL:AJ312133 EMBL:AJ312134 EMBL:AJ312135 EMBL:BT010247 RefSeq:NP_001162869.1 RefSeq:NP_524866.4 RefSeq:NP_722967.2 RefSeq:NP_722968.1 RefSeq:NP_722969.1 UniGene:Dm.1777 ProteinModelPortal:Q967D7 SMR:Q967D7 IntAct:Q967D7 STRING:7227.FBpp0088327 PaxDb:Q967D7 PRIDE:Q967D7 GeneID:46015 KEGG:dme:Dmel_CG15427 UCSC:CG15427-RA CTD:46015 FlyBase:FBgn0010473 InParanoid:Q967D7 OrthoDB:EOG7VDXNF GenomeRNAi:46015 NextBio:838599 Bgee:Q967D7 Uniprot:Q967D7)

HSP 1 Score: 417.927 bits (1073), Expect = 2.467e-122
Identity = 223/529 (42.16%), Postives = 313/529 (59.17%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAI---GVPHPDIKWRKLRGRL----PHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDG-----HLDVEVRPPPTASPSEQSTFSDAP--PGERPAPATNLTLNQEAGGWVLRWITPKEDPPI-QYYTIQVKTDSQG----------------IKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAINEIQRLATPTYNMVACRVSEARN 499
            Y CEVTNGIG P  A+AYL VE                   PA+VT+TPT QY+P  L G++QC+I+++P++Q+VTW+KDKR+ +P+ +       NGSL+   VN+   G+Y CTPYN  GTAG SGVM VL++ PP     PE LY R VG  V M C A+   G   P IKW++  G         R K+  G +TIENLR+ D G Y+CVVSNEVAT+ A  +L IE T PHAP NIT   TE  ++T+QWLPGYSG +  KQ Y I +RE  +   +W  + V P  + ++ I+ L++ T YEFQV+G N  GDGM S+++   T  D      ++    +PP        S F   P   G +P P  N+++ + + G+++ W +P E   I ++YTI+ +TD+Q                 +KN+   + Y FRV ++S  SY  S+E+++ VP  VK +A+TAG++GGILFFIVAI+LS+C VKICNKR+R K ++            +NMVACR+++ARN
Sbjct:  417 YLCEVTNGIGDPQSASAYLSVEY------------------PAKVTFTPTVQYLPFRLAGVVQCYIKSSPQLQYVTWTKDKRLLEPYQMKDIVVMANGSLLFTRVNEEHQGQYACTPYNAQGTAGASGVMDVLVRKPPAFTVEPETLYQRKVGDSVEMHCDALEAEGTERPTIKWQRQEGEQLTESQRNRIKISGGNITIENLRREDFGYYQCVVSNEVATLMAVTQLVIEGTQPHAPYNITGKATES-SITLQWLPGYSGGSEYKQDYTIWFRE--AGVNDWQTISVTPSGSTQVTINGLASGTTYEFQVVGRNVLGDGMMSKVMTVRTLEDAPAAPRNVKAATQPP-------DSFFQLMPDEAGPKPGPPRNVSVTEVSNGFLITWQSPLERAHIVKFYTIKYRTDAQWKTLNRGQIRPEETQYLVKNLVGGRTYYFRVLANSEKSYESSDEVKFPVPARVKHKAITAGVVGGILFFIVAIILSVCAVKICNKRKRRKQEKE-----------FNMVACRITDARN 906          

HSP 2 Score: 59.3066 bits (142), Expect = 2.313e-7
Identity = 85/344 (24.71%), Postives = 133/344 (38.66%), Query Frame = 0
Query:   23 ECKLYF-----KCFLSSFLFEL-LTDPARVTYTPTSQ-YIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVP-HPDIKWRK----------LRGRLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVAT-ITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLP-GYSGCASC--KQSYKIRYREKDSKFPNWIELPVXPPDARKI---QIHNLSALTKYEFQVIGTNEYGDGMFSEI---IEASTKGDGHLDVEVRPPP 338
            ECK+ F     K   +   F L +  P R + TP    Y+  G   I+ C  +  P  + + W KD    DP    G FN     L I ++     GEY C   N  G    S   +V+I     +M  P     +  G KV   C A  +P +  ++W +          L  R+  ++    +G L I  ++  D G Y C V+N +    +A A L +E      P  +T      F  T+Q+LP   +G   C  K S +++Y         W +      D R +   Q+ ++  +          NE   G ++      + +    G +DV VR PP
Sbjct:  226 ECKVVFLNRDPKQHKNGTWFHLDVHAPPRFSVTPEDIIYVNLGDSIILNCQADGTPTPE-ILWYKDANPVDPSPTVGIFN-DGTELRISTIRHEDIGEYTCIARNGEGQV--SHTARVIIAGGAVIMVPPTN-QTKLEGEKVIFSCEAKAMPGNVTVRWYREGSPVREVAALETRVTIRK----DGSLIINPIKPDDSGQYLCEVTNGIGDPQSASAYLSVEY-----PAKVT------FTPTVQYLPFRLAGVVQCYIKSSPQLQYV-------TWTK------DKRLLEPYQMKDIVVMANGSLLFTRVNEEHQGQYACTPYNAQGTAGASGVMDVLVRKPP 536          
BLAST of EMLSAG00000000256 vs. GO
Match: - (symbol:CG16857 species:7227 "Drosophila melanogaster" [GO:0007155 "cell adhesion" evidence=ISS] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 Gene3D:2.60.40.10 InterPro:IPR013783 EMBL:AE014134 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 InterPro:IPR013098 Pfam:PF07679 InterPro:IPR013106 Pfam:PF07686 GeneTree:ENSGT00530000063887 FlyBase:FBgn0028482 EMBL:AF181644 RefSeq:NP_608822.1 UniGene:Dm.3016 SMR:Q9U4G1 EnsemblMetazoa:FBtr0077425 GeneID:33635 KEGG:dme:Dmel_CG16857 UCSC:CG16857-RA InParanoid:Q9U4G1 OMA:FRANPPL GenomeRNAi:33635 NextBio:784531 Uniprot:Q9U4G1)

HSP 1 Score: 226.098 bits (575), Expect = 1.399e-60
Identity = 158/498 (31.73%), Postives = 230/498 (46.18%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAI---GVPHPDIKWRKLRGR-LPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDVEVRPPPTASPSEQSTFSD--APPGERPAPATNLTLNQEAGGWVLRWITPKED-PPIQYYTIQVKTDSQGIKNMGTAKAY-------------LFRVFSHSL---TSYSV-SEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRA 475
            Y C+V N  G    A A+L ++ K                  A+V Y P   ++P G   ++ CH  ANP ++ + W KD  ++D ++V G F   NGSL    V++  AG Y CTPYN  GT GPS V+ V++  PP     P+ +Y + +G    +PC AI   G   P I W +  G+ LP  R  +  G LTI  L + D G+YEC  +NE ATITA+AEL IE   P AP N+T   TE   +TI+W PGY         Y + YR  ++  P W  L V      +  + +L    +YEF V+  ++YGDGMFS+     T     L   +R     +   Q       AP G   AP  NLT      GW+L W  P +    ++ Y ++   + +    +G A+ +             LF+V   ++   T  SV S E+   VP   K RA+  G   G++F + A+   +   + C +    K   A
Sbjct:  222 YECKVRNSDGELQTAKAFLNIQYK------------------AKVIYAPPEVFLPYGQPAVLDCHFRANPPLKNLRWEKDGLLFDSYNVPGVFYKMNGSLFFAKVDENHAGSYTCTPYNDLGTDGPSPVISVIVLRPPIFSVTPKAIYIQKLGEAAELPCEAIDRDGNNRPSIIWGRKDGQPLPADRFSLSGGNLTITGLVEGDRGIYECSATNEAATITAEAELMIENIAPRAPYNLTANSTET-CITIRWQPGY---LRPNLEYTVWYRLMEA--PEWRTLRVLDKKVMEATVQHLQPGKEYEFMVLSQDKYGDGMFSKQFRFQT-----LPSPIRADDFDAQQLQHDLGQVTAPAGGLGAP-WNLTAISNQQGWLLHWEHPVQGLEGLRLYAVRWWKEPEHFL-IGHAETFDNYYQLRHLKEDTLFKVQVLAVGTETQQSVPSHELLIDVPSQRKVRALIIGSSVGVIFLLCALCAFLYVKRSCLRHLFAKDSSA 688          
BLAST of EMLSAG00000000256 vs. GO
Match: - (symbol:IGSF9 "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0016358 "dendrite development" evidence=IEA] [GO:0030425 "dendrite" evidence=IEA] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0030425 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0016358 InterPro:IPR013098 Pfam:PF07679 OMA:ERPKEEY OrthoDB:EOG7M98FF TreeFam:TF326128 GeneTree:ENSGT00530000063887 EMBL:AAEX03018472 RefSeq:XP_005640960.1 RefSeq:XP_005640961.1 Ensembl:ENSCAFT00000018806 GeneID:488634 Uniprot:F1PHY9)

HSP 1 Score: 216.083 bits (549), Expect = 7.391e-56
Identity = 158/501 (31.54%), Postives = 235/501 (46.91%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKV-YNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRY----REKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDVEVRPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDP-PIQYYTIQVKTDSQGIKNMGTAKA----------------YLFRVFSHSLTSYSVSE---------------EMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICN 465
            Y+C  +NG+ RP  A+AYL V   LY               PA+VT  P    +P G++G+I+C + ANP + FV+W+KD +      + G      GSLII   N+   GEY CTPYN  GTAGPS V +VL+K PP  + RP++ Y + VG ++ +PC A G P P I W K+ GR    +++V  N  L +  L K  +G +EC  SN VA +     +Y+  T+PH  TN+++      A  + W PG+ G     Q + + Y    +  D    +W+ L V P  A  + +  L   T+Y+F V+  N+ G G FSEII ++ +G        R PPT  P   S            P   L   +   G +L W  P+  P  +  Y ++ +  SQG + +  A A                Y FR+   +L    VSE                 R  +P  +  + V AG++GG+ F  VA+++SI    + N
Sbjct:  299 YTCVPSNGLRRPPSASAYLTV---LY---------------PAQVTAMPPETPLPVGMRGVIRCPVRANPPLLFVSWTKDGQALQLDKLPGWSQGPEGSLIIALGNEDALGEYSCTPYNSLGTAGPSPVTRVLLKAPPAFLERPKEEYFQEVGRELLIPCSAQGDPPPAISWAKV-GRGLQGQAQVDSNSSLILRPLTKEANGRWECTASNAVARVATSTHVYVLGTSPHVVTNVSVVPLPKGA-NVSWEPGFDG--GYLQRFSVWYTPLAKRPDRTHHDWVSLAV-PVGAAYLLVPGLQPHTQYQFSVLAQNKLGSGPFSEIILSAPEGLPTTPAAPRLPPTEMPPPLS------------PPRGLVAVRTPRGVLLHWEPPELVPETLDGYVLEGRQGSQGWEVLDRAVAGTELQLLVPGLIKDVLYEFRLV--ALAGSYVSEPSNTANVSTSGLEVYPSRTQLP-GLLPQPVLAGVVGGVCFLGVAVLVSILAACLTN 761          
BLAST of EMLSAG00000000256 vs. GO
Match: - (symbol:Gga.29445 "Uncharacterized protein" species:9031 "Gallus gallus" [GO:0016358 "dendrite development" evidence=IEA] [GO:0030425 "dendrite" evidence=IEA] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 Gene3D:2.60.40.10 InterPro:IPR013783 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 InterPro:IPR013098 Pfam:PF07679 OrthoDB:EOG7M98FF GeneTree:ENSGT00530000063887 EMBL:AADN03008340 EMBL:AADN03008369 Ensembl:ENSGALT00000036179 Uniprot:H9L3A1)

HSP 1 Score: 214.927 bits (546), Expect = 1.447e-55
Identity = 155/526 (29.47%), Postives = 251/526 (47.72%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKV-YNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFP----NWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGH-----------LDVEVRPPPTASPSEQS---TFSDAPPGERPAPATN--LTLNQEAGGW-VLRWITPKEDPPIQYYTIQVKTDSQGIKNMGTAKAYL------FRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAINEIQRLATPTYNMVACRVSEARN 499
            Y+C  +NG+ +P  A+A++ V   LY               PA+VT      ++P+G++GII+C   ANP +  V+W++D R  +     G     +GS++I + N    G Y CTPYN +GTAG S   +VL+KDPPT   RP++ Y + VG ++ +PC A G P P I W K+ G      ++V  N  L    L K  HGV+EC  +N VA+++    +++  T+PHA TN+++    + A  I W PG+ G     Q + + Y       P    +W+ L V PP A+ + + NL   T Y+F V+  N+ G G FS+I+ +  +G              + + + PP   S +E +        PP +   P +   L L Q+ GGW VL    P  +  +    + +K      + +  A +Y+        V +  +  Y    ++   +P     + V AG+IGGI F  VAI+ S     I N+RR  +  +   +   + +P+  + A   S A +
Sbjct:  299 YTCIASNGLWKPPSASAFITV---LY---------------PAQVTTMLPETHLPKGMRGIIRCPTRANPPLLSVSWTRDGRPLELGKFPGWSTRSDGSIVIATGNDDALGVYTCTPYNSYGTAGASRPTRVLLKDPPTFTVRPKEEYFQEVGRELVIPCTAHGDPPPTITWGKV-GSAGQIGAQVDGNSSLIFHPLIKEQHGVWECTATNAVASVSTATTVHVLGTSPHAVTNVSVLPL-LLAANISWEPGFDG--GYFQRFSVWYTPLVKHPPRAHHDWVSLAV-PPGAQHLLVENLQPDTSYQFSVLAQNKLGSGPFSQIVTSVPRGFPVTTVPPEPPAVTVHILLSPPQALSANETARGVLLRWQPPAQLSVPLSGYALELRQDRGGWEVLERSIPSTESQVLVPGL-IKDAFYEFRLVAFAGSYISDPSNTVNVSTAGMEVYPSRTQLPELLP-----QPVLAGVIGGICFLSVAIIFSTTAACIMNRRRAARIQKRRQDPPLVFSPSKKLPAAHPSHAAD 795          
BLAST of EMLSAG00000000256 vs. GO
Match: - (symbol:IGSF9 "Uncharacterized protein" species:9913 "Bos taurus" [GO:0016358 "dendrite development" evidence=IEA] [GO:0030425 "dendrite" evidence=IEA] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0030425 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0016358 InterPro:IPR013098 Pfam:PF07679 CTD:57549 OMA:ERPKEEY OrthoDB:EOG7M98FF TreeFam:TF326128 GeneTree:ENSGT00530000063887 EMBL:DAAA02006990 RefSeq:NP_001192461.1 RefSeq:XP_005203528.1 UniGene:Bt.26686 Ensembl:ENSBTAT00000001940 GeneID:504209 KEGG:bta:504209 NextBio:20866563 Uniprot:F1MNG8)

HSP 1 Score: 213.001 bits (541), Expect = 7.682e-55
Identity = 157/505 (31.09%), Postives = 234/505 (46.34%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKV-YNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRY----REKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKG-------DGHLDVEVRPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDPP-IQYYTIQVKTDSQGIKNMGTAKA----------------YLFRV--FSHSLTS-----YSVSEEMRYGVPXNVKR-----RAVTAGLIGGILFFIVAIVLSICTVKICN 465
            Y+C  +NG+ RP  A+AYL V   LY               PA+VT  P    +P G++G+I+C + ANP + FV+W+KD +        G      GSLII   N+   GEY CTPYN  GTAGPS V +VL+K PP  + RP++ Y + VG ++ +PC A G P P I W K+ GR P  +++V  N  L +  L K  HG +EC  SN VA + A   +Y+  T+PH  TN+++      A  + W PG+ G     Q + + Y    +  D    +W+ L V P     + +  L   T+Y+F V+  N+ G G FSEI+ ++ +G             E+ PP +                   P   L   +   G +L W  P+  P  +  Y ++ +  SQG + +  A A                Y FR+  FS S  S      +VS       P   +      + V AG++GG+ F  VA+++SI    + N
Sbjct:  299 YTCVPSNGLPRPPSASAYLTV---LY---------------PAQVTAMPPETPLPVGMRGVIRCPVRANPPLLFVSWTKDGQALQLDKFPGWSQGPEGSLIIALGNEDALGEYSCTPYNSLGTAGPSPVTRVLLKAPPAFLERPKEEYFQEVGRELLIPCSARGDPSPTISWAKV-GRGPQGQAQVDSNSSLILRPLTKEAHGRWECTASNAVARVAASTNVYVLGTSPHVVTNVSVVPLPKGA-NVSWEPGFDG--GYLQRFSVWYTPLAKRPDRAHHDWVSLAV-PVGTAFLLVPGLQPHTQYQFSVLAQNKLGSGPFSEIVLSAPEGLPTTPAAPSPPPTEMSPPLS-------------------PPRGLVAVRTPRGVLLHWDPPELVPKRLDGYILEGRQGSQGWEVLDRAVAGTEMQLLVPGLIKDVLYEFRLVAFSGSYVSDPSNTANVSTSGLEVYPSRTQLPGLLPQPVLAGVVGGVCFLGVAVLVSILAACLMN 761          

HSP 2 Score: 48.1358 bits (113), Expect = 5.108e-4
Identity = 50/162 (30.86%), Postives = 70/162 (43.21%), Query Frame = 0
Query:   73 IQFVTWSKDKRVYDPFDVDGXFNAQNG-SLIIESVNQRQAGEYVCTPYNI------HGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGR-LPHKRSKV--YNGELTIENLRKSDHGVYECVVSNEVATITAKAELYI 224
            IQF  +S      DP D  G    Q G SL IE +     G Y C    +        +A  S V  + +  PP  +  P ++        VT+ C A G P P + W KLRG+ L   +S+V   NG L I  + +S  GVY C  S+   + T   +L +
Sbjct:   68 IQFGLYSPR---IDP-DYVGRVRLQKGASLQIEELRVEDQGWYECRVLFLDQHTPEEDSANGSWV-HLTVNSPPQFLETPPQVLEVWEREPVTLRCVAQGNPQPRVTW-KLRGQDLGQGQSQVQVLNGTLRIRRVERSSAGVYTCQASSTEGSATHATQLLV 223          
BLAST of EMLSAG00000000256 vs. GO
Match: - (symbol:IGSF9 "Protein turtle homolog A" species:9606 "Homo sapiens" [GO:0005886 "plasma membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0016358 "dendrite development" evidence=IEA] [GO:0030054 "cell junction" evidence=IEA] [GO:0030425 "dendrite" evidence=IEA] [GO:0045202 "synapse" evidence=IEA] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 GO:GO:0016021 GO:GO:0005886 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0030054 GO:GO:0045202 GO:GO:0030425 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0016358 InterPro:IPR013098 Pfam:PF07679 EMBL:AB037776 EMBL:BC030141 RefSeq:NP_001128522.1 RefSeq:NP_065840.2 UniGene:Hs.591472 PDB:1V5J PDBsum:1V5J ProteinModelPortal:Q9P2J2 SMR:Q9P2J2 BioGrid:121606 IntAct:Q9P2J2 STRING:9606.ENSP00000357073 PhosphoSite:Q9P2J2 DMDM:158706515 PaxDb:Q9P2J2 PRIDE:Q9P2J2 DNASU:57549 Ensembl:ENST00000361509 Ensembl:ENST00000368094 GeneID:57549 KEGG:hsa:57549 UCSC:uc001fuq.2 CTD:57549 GeneCards:GC01M159896 HGNC:HGNC:18132 HPA:HPA037753 MIM:609738 neXtProt:NX_Q9P2J2 PharmGKB:PA38508 eggNOG:NOG303891 HOGENOM:HOG000154716 HOVERGEN:HBG079460 InParanoid:Q9P2J2 OMA:ERPKEEY OrthoDB:EOG7M98FF TreeFam:TF326128 ChiTaRS:IGSF9 EvolutionaryTrace:Q9P2J2 GenomeRNAi:57549 NextBio:64010 PRO:PR:Q9P2J2 ArrayExpress:Q9P2J2 Bgee:Q9P2J2 CleanEx:HS_IGSF9 Genevestigator:Q9P2J2 Uniprot:Q9P2J2)

HSP 1 Score: 209.149 bits (531), Expect = 1.344e-53
Identity = 155/498 (31.12%), Postives = 231/498 (46.39%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKV-YNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRY----REKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDVEVRPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDPP-IQYYTIQVKTDSQGIKNMGTAKA----------------YLFRV--FSHSLTS-----YSVSEEMRYGVPXNVKR-----RAVTAGLIGGILFFIVAIVLSICTVKICN 465
            Y+C  +NG+  P  A+AYL V   LY               PA+VT  P    +P G+ G+I+C + ANP + FV+W+KD +        G      GSLII   N+   GEY CTPYN  GTAGPS V +VL+K PP  + RP++ Y + VG ++ +PC A G P P + W K+ GR    +++V  N  L +  L K  HG +EC  SN VA +     +Y+  T+PH  TN+++      A  + W PG+ G     Q + + Y    +  D    +W+ L V P  A  + +  L   T+Y+F V+  N+ G G FSEI+ ++ +G          PPT  P   S            P   L   +   G +L W  P+  P  +  Y ++ +  SQG + +  A A                Y FR+  F+ S  S      +VS       P   +      + V AG++GG+ F  VA+++SI    + N
Sbjct:  299 YTCVPSNGLLHPPSASAYLTV---LY---------------PAQVTAMPPETPLPIGMPGVIRCPVRANPPLLFVSWTKDGKALQLDKFPGWSQGTEGSLIIALGNEDALGEYSCTPYNSLGTAGPSPVTRVLLKAPPAFIERPKEEYFQEVGRELLIPCSAQGDPPPVVSWTKV-GRGLQGQAQVDSNSSLILRPLTKEAHGHWECSASNAVARVATSTNVYVLGTSPHVVTNVSVVALPKGA-NVSWEPGFDG--GYLQRFSVWYTPLAKRPDRMHHDWVSLAV-PVGAAHLLVPGLQPHTQYQFSVLAQNKLGSGPFSEIVLSAPEGLPTTPAAPGLPPTEIPPPLS------------PPRGLVAVRTPRGVLLHWDPPELVPKRLDGYVLEGRQGSQGWEVLDPAVAGTETELLVPGLIKDVLYEFRLVAFAGSFVSDPSNTANVSTSGLEVYPSRTQLPGLLPQPVLAGVVGGVCFLGVAVLVSILAGCLLN 761          
BLAST of EMLSAG00000000256 vs. GO
Match: - (symbol:Igsf9 "immunoglobulin superfamily, member 9" species:10090 "Mus musculus" [GO:0003674 "molecular_function" evidence=ND] [GO:0005886 "plasma membrane" evidence=IEA] [GO:0007275 "multicellular organismal development" evidence=IEA] [GO:0007399 "nervous system development" evidence=IEA] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0016358 "dendrite development" evidence=IMP] [GO:0030054 "cell junction" evidence=IEA] [GO:0030154 "cell differentiation" evidence=IEA] [GO:0030425 "dendrite" evidence=IMP] [GO:0045202 "synapse" evidence=IEA] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 MGI:MGI:2135283 GO:GO:0016021 GO:GO:0005886 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0030054 GO:GO:0045202 GO:GO:0030425 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0016358 InterPro:IPR013098 Pfam:PF07679 CTD:57549 eggNOG:NOG303891 HOGENOM:HOG000154716 HOVERGEN:HBG079460 OMA:ERPKEEY OrthoDB:EOG7M98FF TreeFam:TF326128 ChiTaRS:IGSF9 EMBL:AC121551 EMBL:BC024487 EMBL:BC034594 EMBL:AF284775 RefSeq:NP_001139272.1 RefSeq:NP_291086.2 RefSeq:XP_006497119.1 UniGene:Mm.214530 ProteinModelPortal:Q05BQ1 SMR:Q05BQ1 PhosphoSite:Q05BQ1 PRIDE:Q05BQ1 Ensembl:ENSMUST00000052629 Ensembl:ENSMUST00000111235 Ensembl:ENSMUST00000127482 GeneID:93842 KEGG:mmu:93842 UCSC:uc007dqn.2 GeneTree:ENSGT00530000063887 InParanoid:Q05BQ1 NextBio:351705 PRO:PR:Q05BQ1 ArrayExpress:Q05BQ1 Bgee:Q05BQ1 CleanEx:MM_IGSF9 Genevestigator:Q05BQ1 Uniprot:Q05BQ1)

HSP 1 Score: 206.838 bits (525), Expect = 7.269e-53
Identity = 155/497 (31.19%), Postives = 227/497 (45.67%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRY----REKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDVEVRPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDPP-IQYYTIQVKTDSQG--IKNMGTAKA--------------YLFRV--FSHSLTS--YSVSEEMRYGVPXNVKR--------RAVTAGLIGGILFFIVAIVLSICTVKICN 465
            Y+C  +NG   P  A+AYL V   LY               PA+VT  P    +P G++G+I+C + ANP + FVTW+KD +        G      GSLII   N+   GEY CTPYN  GTAGPS V QVL+K PP  + +P++ Y + VG ++ +PC A G P P + W K+   L  +     N  L +  L K   G +EC  SN VA +T    +Y+  T+PH  TN+++      A  + W PG+ G     Q + + Y    +  D    +W+ L V P  A  + +  L A  +Y+F V+  N+ G G FSEI+ +  +G          PPT  P   S            P   L   +   G +L W  P+  P  +  Y ++ +  SQG  I + G A                Y FR+  F+ S  S   +V+     G+     R        + V AG++GG+ F  VA+++SI    + N
Sbjct:  299 YTCVPSNGFLHPPSASAYLTV---LY---------------PAQVTVMPPETPLPTGMRGVIRCPVRANPPLLFVTWTKDGQALQLDKFPGWSLGPEGSLIIALGNENALGEYSCTPYNSLGTAGPSPVTQVLLKAPPAFIDQPKEEYFQEVGRELLIPCSARGDPPPIVSWAKVGRGLQGQAQVDSNNSLVLRPLTKEAQGRWECSASNAVARVTTSTNVYVLGTSPHVVTNVSVVPLPKGA-NVSWEPGFDG--GYLQRFSVWYTPLAKRPDRAHHDWVSLAV-PIGATHLLVPGLQAHAQYQFSVLAQNKLGSGPFSEIVLSIPEGLPTTPAAPGLPPTEIPPPLS------------PPRGLVAVRTPRGVLLHWDPPELIPGRLDGYILEGRQGSQGWEILDQGVAGTEIQLLVPGLIKDVLYEFRLVAFADSYVSDPSNVANISTSGLEVYPSRTQLPGLLPQPVLAGVVGGVCFLGVAVLVSILAACLMN 761          
BLAST of EMLSAG00000000256 vs. GO
Match: - (symbol:Igsf9 "Protein turtle homolog A" species:10116 "Rattus norvegicus" [GO:0005886 "plasma membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0016358 "dendrite development" evidence=IEA] [GO:0030054 "cell junction" evidence=IEA] [GO:0030425 "dendrite" evidence=IEA] [GO:0045202 "synapse" evidence=IEA] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 RGD:1304566 GO:GO:0016021 GO:GO:0005886 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0030054 GO:GO:0045202 GO:GO:0030425 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0016358 InterPro:IPR013098 Pfam:PF07679 CTD:57549 eggNOG:NOG303891 HOGENOM:HOG000154716 HOVERGEN:HBG079460 OMA:ERPKEEY OrthoDB:EOG7M98FF TreeFam:TF326128 GeneTree:ENSGT00530000063887 EMBL:AABR03085278 RefSeq:NP_001100667.1 RefSeq:XP_006250352.1 RefSeq:XP_006250353.1 RefSeq:XP_006250354.1 RefSeq:XP_006250355.1 UniGene:Rn.43136 ProteinModelPortal:P0C5H6 SMR:P0C5H6 STRING:10116.ENSRNOP00000010930 PaxDb:P0C5H6 PRIDE:P0C5H6 Ensembl:ENSRNOT00000010930 GeneID:304982 KEGG:rno:304982 UCSC:RGD:1304566 InParanoid:P0C5H6 NextBio:653938 PRO:PR:P0C5H6 Genevestigator:P0C5H6 Uniprot:P0C5H6)

HSP 1 Score: 204.912 bits (520), Expect = 2.843e-52
Identity = 151/498 (30.32%), Postives = 226/498 (45.38%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRY----REKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDVEVRPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDPP-IQYYTIQVKTDSQG--IKNMGTAKA--------------YLFRVFSHSLTSYSVSEEM-------------RYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICN 465
            Y+C  +NG   P  A+AYL V   LY               PA+VT  P    +P G++G+I+C + ANP + FVTW+KD +        G      GSL+I   N+   GEY CTPYN  GTAG S V +VL+K PP  + +P++ Y + VG  + +PC A G P P + W K+   L  +     N  L +  L K  HG +EC   N VA +T    +Y+  T+PH  TN+++      A  + W PG+ G     Q + + Y    +  D    +W+ L V P  A  + +  L A T+Y+F V+  N+ G G FSEI+ +  +G        R PPT  P   S            P   L   +   G +L W  P+  P  +  Y ++ +  SQG  I + G A                Y FR+ + + +  S    +             R  +P  +  + V AG++GG+ F  VA+++SI    + N
Sbjct:  299 YTCVPSNGFPHPPSASAYLTV---LY---------------PAQVTVMPPETPLPIGMRGVIRCPVRANPPLLFVTWTKDGQALQLDKFPGWSLGPEGSLVIALGNEDALGEYSCTPYNSLGTAGSSPVTRVLLKAPPAFIDQPKEEYFQEVGRDLLIPCSARGDPPPIVSWAKVGRGLQGQAQVDSNNSLILRPLTKEAHGRWECSARNAVAHVTISTNVYVLGTSPHVVTNVSVVPLPKGA-NVSWEPGFDG--GYLQRFSVWYTPLAKRPDRAHHDWVSLAV-PMGATHLLVPGLQAYTQYQFSVLAQNKLGSGPFSEIVLSIPEGLPTTPAVPRLPPTEMPPPLS------------PPRGLVAVRTPRGVLLHWDPPELIPERLDGYILEGRQGSQGWEILDQGVAGTEIQLLVPGLIKDVLYEFRLVAFADSYVSDPSNIANISTSGLEVYPSRTQLP-GLLPQPVLAGVVGGVCFLGVAVLVSILAACLMN 761          
BLAST of EMLSAG00000000256 vs. GO
Match: - (symbol:Igsf9 "immunoglobulin superfamily, member 9" species:10116 "Rattus norvegicus" [GO:0005886 "plasma membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0016358 "dendrite development" evidence=IEA;ISO] [GO:0030054 "cell junction" evidence=IEA] [GO:0030425 "dendrite" evidence=IEA;ISO] [GO:0045202 "synapse" evidence=IEA] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 RGD:1304566 GO:GO:0016021 GO:GO:0005886 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0030054 GO:GO:0045202 GO:GO:0030425 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0016358 InterPro:IPR013098 Pfam:PF07679 CTD:57549 eggNOG:NOG303891 HOGENOM:HOG000154716 HOVERGEN:HBG079460 OMA:ERPKEEY OrthoDB:EOG7M98FF TreeFam:TF326128 GeneTree:ENSGT00530000063887 EMBL:AABR03085278 RefSeq:NP_001100667.1 RefSeq:XP_006250352.1 RefSeq:XP_006250353.1 RefSeq:XP_006250354.1 RefSeq:XP_006250355.1 UniGene:Rn.43136 ProteinModelPortal:P0C5H6 SMR:P0C5H6 STRING:10116.ENSRNOP00000010930 PaxDb:P0C5H6 PRIDE:P0C5H6 Ensembl:ENSRNOT00000010930 GeneID:304982 KEGG:rno:304982 UCSC:RGD:1304566 InParanoid:P0C5H6 NextBio:653938 PRO:PR:P0C5H6 Genevestigator:P0C5H6 Uniprot:P0C5H6)

HSP 1 Score: 204.912 bits (520), Expect = 2.843e-52
Identity = 151/498 (30.32%), Postives = 226/498 (45.38%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRY----REKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDVEVRPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDPP-IQYYTIQVKTDSQG--IKNMGTAKA--------------YLFRVFSHSLTSYSVSEEM-------------RYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICN 465
            Y+C  +NG   P  A+AYL V   LY               PA+VT  P    +P G++G+I+C + ANP + FVTW+KD +        G      GSL+I   N+   GEY CTPYN  GTAG S V +VL+K PP  + +P++ Y + VG  + +PC A G P P + W K+   L  +     N  L +  L K  HG +EC   N VA +T    +Y+  T+PH  TN+++      A  + W PG+ G     Q + + Y    +  D    +W+ L V P  A  + +  L A T+Y+F V+  N+ G G FSEI+ +  +G        R PPT  P   S            P   L   +   G +L W  P+  P  +  Y ++ +  SQG  I + G A                Y FR+ + + +  S    +             R  +P  +  + V AG++GG+ F  VA+++SI    + N
Sbjct:  299 YTCVPSNGFPHPPSASAYLTV---LY---------------PAQVTVMPPETPLPIGMRGVIRCPVRANPPLLFVTWTKDGQALQLDKFPGWSLGPEGSLVIALGNEDALGEYSCTPYNSLGTAGSSPVTRVLLKAPPAFIDQPKEEYFQEVGRDLLIPCSARGDPPPIVSWAKVGRGLQGQAQVDSNNSLILRPLTKEAHGRWECSARNAVAHVTISTNVYVLGTSPHVVTNVSVVPLPKGA-NVSWEPGFDG--GYLQRFSVWYTPLAKRPDRAHHDWVSLAV-PMGATHLLVPGLQAYTQYQFSVLAQNKLGSGPFSEIVLSIPEGLPTTPAVPRLPPTEMPPPLS------------PPRGLVAVRTPRGVLLHWDPPELIPERLDGYILEGRQGSQGWEILDQGVAGTEIQLLVPGLIKDVLYEFRLVAFADSYVSDPSNIANISTSGLEVYPSRTQLP-GLLPQPVLAGVVGGVCFLGVAVLVSILAACLMN 761          
BLAST of EMLSAG00000000256 vs. GO
Match: - (symbol:igsf9b "immunoglobulin superfamily, member 9b" species:7955 "Danio rerio" [GO:0008150 "biological_process" evidence=ND] [GO:0005575 "cellular_component" evidence=ND] [GO:0003674 "molecular_function" evidence=ND] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 ZFIN:ZDB-GENE-060810-28 Gene3D:2.60.40.10 InterPro:IPR013783 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 InterPro:IPR013098 Pfam:PF07679 TreeFam:TF326128 GeneTree:ENSGT00530000063887 CTD:22997 EMBL:CABZ01074524 EMBL:CABZ01074525 EMBL:CABZ01074526 EMBL:CABZ01074527 EMBL:CABZ01074528 EMBL:FP015956 RefSeq:XP_686205.6 UniGene:Dr.156103 UniGene:Dr.156235 UniGene:Dr.86855 Ensembl:ENSDART00000004986 GeneID:553348 KEGG:dre:553348 OMA:MISSRIN ArrayExpress:F1QXY0 Bgee:F1QXY0 Uniprot:F1QXY0)

HSP 1 Score: 202.216 bits (513), Expect = 3.220e-51
Identity = 141/493 (28.60%), Postives = 221/493 (44.83%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKVY-NGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDVEVRPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDPPIQYYTIQVK--------------------------TDSQGIKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKR--RAVTAGLIGGILFFIVAIVLSICTVKICN 465
            Y+C  TNG+  P  A+AYL V+                   PARV   P   Y+P G+ G I C ++A P + +V W+KD    +     G      GS+ I + N    G Y CT YN +GT G S   +V++KDPP+    P   Y + VG  + +PC + G P P+I W K+ G  P     V  NG L +  L K   G +EC+ SN VAT++    + +  T+PHA T++++ +  +    + W  G+ G  +  Q + +  +        W  +PV P     + + +L   T Y+F V+  N+ G G FSEI+   T            PPT SP+  +T +        +P T L+ N+ + G +L+W+ P E+  +  + +Q K                           DS+    + + +  L  V S S+   +   EM    P  +      + AG+IGG+ F  VAI+LS+ T  + N
Sbjct:  303 YTCRPTNGLMTPPAASAYLTVK------------------HPARVVRMPRETYLPMGMGGKIPCPVQAEPPMLYVNWTKDGASLNLEQYPGWMVNSEGSVFITAANDDAVGMYTCTAYNSYGTMGQSEPTKVILKDPPSFRVSPRAEYLQEVGRDLVIPCQSQGDPSPNITWIKV-GPAPRSPFTVLSNGSLFLRPLSKDHQGTWECLASNRVATVSVATTILVLGTSPHAVTSVSV-DPGIGQANVSWEAGFDGGYT--QRFTVWVKPTVRGKHEWASIPV-PTSKTSLLVTSLQPATSYQFSVLAQNKLGSGPFSEIVTIKTLA----------PPTESPTVLTTMAVL------SPPTLLSANRTSLGVLLQWVPPLEES-LTSFALQAKRGKGEWVTIDREIAVNMTELIVQGLVKDSKYELRLLSCQDKLVSVPSDSVLISTEGMEMYPAAPSLLAFVPEPLLAGVIGGVCFLFVAIILSLVTACVMN 755          

HSP 2 Score: 55.0694 bits (131), Expect = 4.521e-6
Identity = 35/134 (26.12%), Postives = 61/134 (45.52%), Query Frame = 0
Query:   96 AQNGSLIIESVNQRQAGEYVCTPYNIHGTAGP--SGVMQVL-IKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRK-LRGRLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIE 225
            ++  SL++E +     G + C    +  T+    +G    L I  PP  ++ P       +G  +T+ C A G P P I WRK L      +  +V N  L++  + +   G+Y+C VSN    +T   +L ++
Sbjct:   95 SRGASLMVEKLTLEDEGWFECRILLLDRTSDEFQNGTWNFLSITAPPVFIKTPPPFLEVLLGESLTLHCDAHGNPKPTIIWRKYLSAAEKQEEIQVLNETLSLSKVTRETAGIYKCHVSNSEGNLTHSTQLQVK 228          
BLAST of EMLSAG00000000256 vs. C. finmarchicus
Match: gi|592820225|gb|GAXK01134343.1| (TSA: Calanus finmarchicus comp93956_c2_seq7 transcribed RNA sequence)

HSP 1 Score: 625.55 bits (1612), Expect = 0.000e+0
Identity = 311/531 (58.57%), Postives = 378/531 (71.19%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGR-LPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDVEVRPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDPPIQYYTIQVKTDSQG-------------------IKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAIN---EIQRLATPTYNMVACRVSEARNGSQVSQVPLK 509
            Y CEVTNGIGRP +A A L V                  T PARV YTPT QY+P  L GII CHIE++P  QF+TW+KDKR++DPF++D      NGSL+I  V +  AG+Y CTPYN HGT+G SGVMQV ++DPPT+  RPE  Y +SVG KVT PC A G P P I WR+  G  LP KR K Y G LTI  L+K DHG+YECVV+NEVAT+TA+  L IEKTTPHAP N+T+T  E FAVTI+WLPGYSGC  C+Q+YKIRYREKDS+ PNWIELPV PP+ARKIQIHNLSA T YEFQVIG N+YGDGM S+I+EA TK DG+LD+  +P PTASPSE ST  DAP G++P    N+T++  +GGWV+ W  P+  P   YYTI+ K DSQ                    IKNMGTAKAY+FRV++HS TSY+ S+  RY +P NVKRRA+TAGLIGG+LFFIVAI++S+CTVKICN+R+R K ++A+         A  +YNMVACR+++ARNG  +SQVPLK
Sbjct: 2165 YVCEVTNGIGRPQRAPANLEV------------------TYPARVIYTPTIQYLPLHLSGIIHCHIESHPPFQFITWTKDKRIFDPFEMDEIQTLTNGSLLITKVTKAHAGDYTCTPYNTHGTSGTSGVMQVHVRDPPTIKLRPEDEYFKSVGEKVTFPCSASGSPAPTISWRRTDGSPLPKKRHKEYQGTLTISGLQKKDHGIYECVVTNEVATLTARTTLIIEKTTPHAPGNVTVTRKETFAVTIEWLPGYSGCTHCEQTYKIRYREKDSRMPNWIELPVNPPNARKIQIHNLSAGTTYEFQVIGINDYGDGMMSQIVEARTK-DGYLDLLTQPMPTASPSEISTRQDAPEGQKPGMPINVTVDAVSGGWVISWKNPEVHP--LYYTIEKKEDSQSADWEPLTDHKIEPEEASYLIKNMGTAKAYVFRVYAHSATSYTPSDNFRYAMPENVKRRAITAGLIGGVLFFIVAIIVSVCTVKICNRRKRRKQEQALKAAAIAGTAAGTSYNMVACRLTDARNGGNISQVPLK 3694          

HSP 2 Score: 181.415 bits (459), Expect = 0.000e+0
Identity = 136/316 (43.04%), Postives = 178/316 (56.33%), Query Frame = 0
Query:  513 QSGVPVVN--TIPLKQGFLTVYHCVAECILDIEMQLHYLANHAQNDNEXXXXXXXXXXXXXXXXTAQEPNEPDYSAGKGHGKFVLTRGNGLENDADDEGGFGVNLPPNKFRTRSVAIVAGYSPERLYSNVPPGAFVVESGVYKVGADREWERPEPIYWKQVVFESENDDSIKKRNLRSV--GDRXQPASEFQINSHLNNNLELPIDKDYNKLRASSPLDGGTLLGSVEYLSPMNFSSELSSVRQPSSAEKSIPSTL--NPHSSTNTSGSYPTTLTMDSDLTPRSRFTTSSSKSQTELETIHEDYSSSEYLVKADIH 822
            Q GVP+VN     LK+G L V+ CV++C+L +E  +  L  +               + R ++  A+     +YS+  G     L R   +     DEGGF + LPPN+FRTRS+AIVAGYSPERLYSN+PPGAFVVESGVYKVGADR+W + EPIYWKQVV+ S N         R +  G+R Q   E ++   +  NLEL       KLRASSPLD    L  ++++SP +  S++SSV  PSSAE+S PSTL  NP SS  +S ++    T  S    R +  +        L TI ED   S   V+ADIH
Sbjct: 3712 QGGVPIVNLNVSSLKRGLLAVFDCVSDCVLSVESGV--LGQNKPPLWPNAPDTTDGPRKRKQKTPARYSIRLEYSSPGGTK---LARTESMS----DEGGFDLKLPPNRFRTRSIAIVAGYSPERLYSNMPPGAFVVESGVYKVGADRDWVKSEPIYWKQVVYGSRNGSEGSGTYPRGMASGER-QVLHEPRLVPDV--NLEL---HGGAKLRASSPLDQARPL--IDWMSPRHNYSDISSVPHPSSAERSFPSTLLTNPLSSL-SSPNFSLEQTQSSGSRSRGKLPS--------LRTIPED---SRLSVQADIH 4572          

HSP 3 Score: 90.5077 bits (223), Expect = 3.048e-17
Identity = 70/191 (36.65%), Postives = 96/191 (50.26%), Query Frame = 0
Query:  933 FYENWPPIP---PPTYH-----------ARPCDAISCSLSPSSSHDA-------------PGTANSTPIG-VSRPNSSHSAPLLDLSIDRHYEFDSGGRSFLNSGESPIDDLTL--FPRR--VRPYYGYNPRRDRPEFGNSLNESEQRVFSDSEIYSPVFPRGRPHSEAPYGVAERIEAMKERFEDYRRTH 1091
             YENWPP P    P+             ++P   I+  + P ++H +             P T+  +P    SRPNSS SAPL D S+DRHYE+D          ++ +DD +L   P    VR    YNPRRDR + G+    + +RVFSDSEIYS VFPR R        V  R+ AMK+ F+++R+T 
Sbjct: 5695 LYENWPPRPQQYAPSIRPKQAQFIAYSMSQPSPTITSGVPPFTTHQSGRYPSRTSRIGSSPDTSLESPTSRSSRPNSSQSAPL-DRSVDRHYEWD----------KATVDDTSLPSLPPEWGVRRSPAYNPRRDR-DIGHMAQSNRERVFSDSEIYSNVFPRRR----LTMDVEARVRAMKKEFKEFRKTQ 6219          

HSP 4 Score: 38.891 bits (89), Expect = 1.328e-1
Identity = 25/76 (32.89%), Postives = 36/76 (47.37%), Query Frame = 0
Query:  139 PTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRS-KVYNG--ELTIENLRKSDHGVYECVVSN 211
            P  +  P+ + +  +G  + + C A G P P+I W K    +    S KV N   EL I  +R+SD   Y CV  N
Sbjct: 1673 PKFVIVPKDIVYVGIGDNIILNCQAEGKPDPEILWFKHDAPVIQTSSVKVVNDGTELRINRIRQSDLSDYTCVARN 1900          
BLAST of EMLSAG00000000256 vs. C. finmarchicus
Match: gi|592820224|gb|GAXK01134344.1| (TSA: Calanus finmarchicus comp93956_c2_seq8 transcribed RNA sequence)

HSP 1 Score: 625.55 bits (1612), Expect = 0.000e+0
Identity = 311/531 (58.57%), Postives = 378/531 (71.19%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGR-LPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDVEVRPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDPPIQYYTIQVKTDSQG-------------------IKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAIN---EIQRLATPTYNMVACRVSEARNGSQVSQVPLK 509
            Y CEVTNGIGRP +A A L V                  T PARV YTPT QY+P  L GII CHIE++P  QF+TW+KDKR++DPF++D      NGSL+I  V +  AG+Y CTPYN HGT+G SGVMQV ++DPPT+  RPE  Y +SVG KVT PC A G P P I WR+  G  LP KR K Y G LTI  L+K DHG+YECVV+NEVAT+TA+  L IEKTTPHAP N+T+T  E FAVTI+WLPGYSGC  C+Q+YKIRYREKDS+ PNWIELPV PP+ARKIQIHNLSA T YEFQVIG N+YGDGM S+I+EA TK DG+LD+  +P PTASPSE ST  DAP G++P    N+T++  +GGWV+ W  P+  P   YYTI+ K DSQ                    IKNMGTAKAY+FRV++HS TSY+ S+  RY +P NVKRRA+TAGLIGG+LFFIVAI++S+CTVKICN+R+R K ++A+         A  +YNMVACR+++ARNG  +SQVPLK
Sbjct: 2153 YVCEVTNGIGRPQRAPANLEV------------------TYPARVIYTPTIQYLPLHLSGIIHCHIESHPPFQFITWTKDKRIFDPFEMDEIQTLTNGSLLITKVTKAHAGDYTCTPYNTHGTSGTSGVMQVHVRDPPTIKLRPEDEYFKSVGEKVTFPCSASGSPAPTISWRRTDGSPLPKKRHKEYQGTLTISGLQKKDHGIYECVVTNEVATLTARTTLIIEKTTPHAPGNVTVTRKETFAVTIEWLPGYSGCTHCEQTYKIRYREKDSRMPNWIELPVNPPNARKIQIHNLSAGTTYEFQVIGINDYGDGMMSQIVEARTK-DGYLDLLTQPMPTASPSEISTRQDAPEGQKPGMPINVTVDAVSGGWVISWKNPEVHP--LYYTIEKKEDSQSADWEPLTDHKIEPEEASYLIKNMGTAKAYVFRVYAHSATSYTPSDNFRYAMPENVKRRAITAGLIGGVLFFIVAIIVSVCTVKICNRRKRRKQEQALKAAAIAGTAAGTSYNMVACRLTDARNGGNISQVPLK 3682          

HSP 2 Score: 181.415 bits (459), Expect = 0.000e+0
Identity = 136/316 (43.04%), Postives = 178/316 (56.33%), Query Frame = 0
Query:  513 QSGVPVVN--TIPLKQGFLTVYHCVAECILDIEMQLHYLANHAQNDNEXXXXXXXXXXXXXXXXTAQEPNEPDYSAGKGHGKFVLTRGNGLENDADDEGGFGVNLPPNKFRTRSVAIVAGYSPERLYSNVPPGAFVVESGVYKVGADREWERPEPIYWKQVVFESENDDSIKKRNLRSV--GDRXQPASEFQINSHLNNNLELPIDKDYNKLRASSPLDGGTLLGSVEYLSPMNFSSELSSVRQPSSAEKSIPSTL--NPHSSTNTSGSYPTTLTMDSDLTPRSRFTTSSSKSQTELETIHEDYSSSEYLVKADIH 822
            Q GVP+VN     LK+G L V+ CV++C+L +E  +  L  +               + R ++  A+     +YS+  G     L R   +     DEGGF + LPPN+FRTRS+AIVAGYSPERLYSN+PPGAFVVESGVYKVGADR+W + EPIYWKQVV+ S N         R +  G+R Q   E ++   +  NLEL       KLRASSPLD    L  ++++SP +  S++SSV  PSSAE+S PSTL  NP SS  +S ++    T  S    R +  +        L TI ED   S   V+ADIH
Sbjct: 3700 QGGVPIVNLNVSSLKRGLLAVFDCVSDCVLSVESGV--LGQNKPPLWPNAPDTTDGPRKRKQKTPARYSIRLEYSSPGGTK---LARTESMS----DEGGFDLKLPPNRFRTRSIAIVAGYSPERLYSNMPPGAFVVESGVYKVGADRDWVKSEPIYWKQVVYGSRNGSEGSGTYPRGMASGER-QVLHEPRLVPDV--NLEL---HGGAKLRASSPLDQARPL--IDWMSPRHNYSDISSVPHPSSAERSFPSTLLTNPLSSL-SSPNFSLEQTQSSGSRSRGKLPS--------LRTIPED---SRLSVQADIH 4560          

HSP 3 Score: 90.5077 bits (223), Expect = 3.047e-17
Identity = 70/191 (36.65%), Postives = 96/191 (50.26%), Query Frame = 0
Query:  933 FYENWPPIP---PPTYH-----------ARPCDAISCSLSPSSSHDA-------------PGTANSTPIG-VSRPNSSHSAPLLDLSIDRHYEFDSGGRSFLNSGESPIDDLTL--FPRR--VRPYYGYNPRRDRPEFGNSLNESEQRVFSDSEIYSPVFPRGRPHSEAPYGVAERIEAMKERFEDYRRTH 1091
             YENWPP P    P+             ++P   I+  + P ++H +             P T+  +P    SRPNSS SAPL D S+DRHYE+D          ++ +DD +L   P    VR    YNPRRDR + G+    + +RVFSDSEIYS VFPR R        V  R+ AMK+ F+++R+T 
Sbjct: 5683 LYENWPPRPQQYAPSIRPKQAQFIAYSMSQPSPTITSGVPPFTTHQSGRYPSRTSRIGSSPDTSLESPTSRSSRPNSSQSAPL-DRSVDRHYEWD----------KATVDDTSLPSLPPEWGVRRSPAYNPRRDR-DIGHMAQSNRERVFSDSEIYSNVFPRRR----LTMDVEARVRAMKKEFKEFRKTQ 6207          

HSP 4 Score: 38.891 bits (89), Expect = 1.350e-1
Identity = 25/76 (32.89%), Postives = 36/76 (47.37%), Query Frame = 0
Query:  139 PTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRS-KVYNG--ELTIENLRKSDHGVYECVVSN 211
            P  +  P+ + +  +G  + + C A G P P+I W K    +    S KV N   EL I  +R+SD   Y CV  N
Sbjct: 1661 PKFVIVPKDIVYVGIGDNIILNCQAEGKPDPEILWFKHDAPVIQTSSVKVVNDGTELRINRIRQSDLSDYTCVARN 1888          
BLAST of EMLSAG00000000256 vs. C. finmarchicus
Match: gi|592820228|gb|GAXK01134340.1| (TSA: Calanus finmarchicus comp93956_c2_seq4 transcribed RNA sequence)

HSP 1 Score: 597.816 bits (1540), Expect = 0.000e+0
Identity = 303/554 (54.69%), Postives = 374/554 (67.51%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGR-LPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKG--------------------DGHLDV---EVRPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDPPIQYYTIQVKTDSQG-------------------IKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAIN---EIQRLATPTYNMVACRVSEARNGSQVSQVPLK 509
            Y CEVTNGIGRP +A A L V                  T PARV YTPT QY+P  L GII CHIE++P  QF+TW+KDKR++DPF++D      NGSL+I  V +  AG+Y CTPYN HGT+G SGVMQV ++DPPT+  RPE  Y +SVG KVT PC A G P P I WR+  G  LP KR K Y G LTI  L+K DHG+YECVV+NEVAT+TA+  L IEKTTPHAP N+T+T  E FAVTI+WLPGYSGC  C+Q+YKIRYREKDS+ PNWIELPV PP+ARKIQIHNLSA T YEFQVIG N+YGDGM S+I+EA TKG                    + HLD+   +  P    +P+  +T  +AP G++P    N+T++  +GGWV+ W  P+  P   YYTI+ K DSQ                    IKNMGTAKAY+FRV++HS TSY+ S+  RY +P NVKRRA+TAGLIGG+LFFIVAI++S+CTVKICN+R+R K ++A+         A  +YNMVACR+++ARNG  +SQVPLK
Sbjct: 2153 YVCEVTNGIGRPQRAPANLEV------------------TYPARVIYTPTIQYLPLHLSGIIHCHIESHPPFQFITWTKDKRIFDPFEMDEIQTLTNGSLLITKVTKAHAGDYTCTPYNTHGTSGTSGVMQVHVRDPPTIKLRPEDEYFKSVGEKVTFPCSASGSPAPTISWRRTDGSPLPKKRHKEYQGTLTISGLQKKDHGIYECVVTNEVATLTARTTLIIEKTTPHAPGNVTVTRKETFAVTIEWLPGYSGCTHCEQTYKIRYREKDSRMPNWIELPVNPPNARKIQIHNLSAGTTYEFQVIGINDYGDGMMSQIVEARTKGINCTETSIMRRKLLASTECIELHLDITPFKGYPKNFPNPANNTTEKNAPEGQKPGMPINVTVDAVSGGWVISWKNPEVHP--LYYTIEKKEDSQSADWEPLTDHKIEPEEASYLIKNMGTAKAYVFRVYAHSATSYTPSDNFRYAMPENVKRRAITAGLIGGVLFFIVAIIVSVCTVKICNRRKRRKQEQALKAAAIAGTAAGTSYNMVACRLTDARNGGNISQVPLK 3754          

HSP 2 Score: 181.415 bits (459), Expect = 0.000e+0
Identity = 136/316 (43.04%), Postives = 178/316 (56.33%), Query Frame = 0
Query:  513 QSGVPVVN--TIPLKQGFLTVYHCVAECILDIEMQLHYLANHAQNDNEXXXXXXXXXXXXXXXXTAQEPNEPDYSAGKGHGKFVLTRGNGLENDADDEGGFGVNLPPNKFRTRSVAIVAGYSPERLYSNVPPGAFVVESGVYKVGADREWERPEPIYWKQVVFESENDDSIKKRNLRSV--GDRXQPASEFQINSHLNNNLELPIDKDYNKLRASSPLDGGTLLGSVEYLSPMNFSSELSSVRQPSSAEKSIPSTL--NPHSSTNTSGSYPTTLTMDSDLTPRSRFTTSSSKSQTELETIHEDYSSSEYLVKADIH 822
            Q GVP+VN     LK+G L V+ CV++C+L +E  +  L  +               + R ++  A+     +YS+  G     L R   +     DEGGF + LPPN+FRTRS+AIVAGYSPERLYSN+PPGAFVVESGVYKVGADR+W + EPIYWKQVV+ S N         R +  G+R Q   E ++   +  NLEL       KLRASSPLD    L  ++++SP +  S++SSV  PSSAE+S PSTL  NP SS  +S ++    T  S    R +  +        L TI ED   S   V+ADIH
Sbjct: 3772 QGGVPIVNLNVSSLKRGLLAVFDCVSDCVLSVESGV--LGQNKPPLWPNAPDTTDGPRKRKQKTPARYSIRLEYSSPGGTK---LARTESMS----DEGGFDLKLPPNRFRTRSIAIVAGYSPERLYSNMPPGAFVVESGVYKVGADRDWVKSEPIYWKQVVYGSRNGSEGSGTYPRGMASGER-QVLHEPRLVPDV--NLEL---HGGAKLRASSPLDQARPL--IDWMSPRHNYSDISSVPHPSSAERSFPSTLLTNPLSSL-SSPNFSLEQTQSSGSRSRGKLPS--------LRTIPED---SRLSVQADIH 4632          

HSP 3 Score: 90.5077 bits (223), Expect = 3.052e-17
Identity = 70/191 (36.65%), Postives = 96/191 (50.26%), Query Frame = 0
Query:  933 FYENWPPIP---PPTYH-----------ARPCDAISCSLSPSSSHDA-------------PGTANSTPIG-VSRPNSSHSAPLLDLSIDRHYEFDSGGRSFLNSGESPIDDLTL--FPRR--VRPYYGYNPRRDRPEFGNSLNESEQRVFSDSEIYSPVFPRGRPHSEAPYGVAERIEAMKERFEDYRRTH 1091
             YENWPP P    P+             ++P   I+  + P ++H +             P T+  +P    SRPNSS SAPL D S+DRHYE+D          ++ +DD +L   P    VR    YNPRRDR + G+    + +RVFSDSEIYS VFPR R        V  R+ AMK+ F+++R+T 
Sbjct: 5755 LYENWPPRPQQYAPSIRPKQAQFIAYSMSQPSPTITSGVPPFTTHQSGRYPSRTSRIGSSPDTSLESPTSRSSRPNSSQSAPL-DRSVDRHYEWD----------KATVDDTSLPSLPPEWGVRRSPAYNPRRDR-DIGHMAQSNRERVFSDSEIYSNVFPRRR----LTMDVEARVRAMKKEFKEFRKTQ 6279          

HSP 4 Score: 38.891 bits (89), Expect = 1.374e-1
Identity = 25/76 (32.89%), Postives = 36/76 (47.37%), Query Frame = 0
Query:  139 PTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRS-KVYNG--ELTIENLRKSDHGVYECVVSN 211
            P  +  P+ + +  +G  + + C A G P P+I W K    +    S KV N   EL I  +R+SD   Y CV  N
Sbjct: 1661 PKFVIVPKDIVYVGIGDNIILNCQAEGKPDPEILWFKHDAPVIQTSSVKVVNDGTELRINRIRQSDLSDYTCVARN 1888          
BLAST of EMLSAG00000000256 vs. C. finmarchicus
Match: gi|592820229|gb|GAXK01134339.1| (TSA: Calanus finmarchicus comp93956_c2_seq3 transcribed RNA sequence)

HSP 1 Score: 597.045 bits (1538), Expect = 0.000e+0
Identity = 303/554 (54.69%), Postives = 374/554 (67.51%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGR-LPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKG--------------------DGHLDV---EVRPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDPPIQYYTIQVKTDSQG-------------------IKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAIN---EIQRLATPTYNMVACRVSEARNGSQVSQVPLK 509
            Y CEVTNGIGRP +A A L V                  T PARV YTPT QY+P  L GII CHIE++P  QF+TW+KDKR++DPF++D      NGSL+I  V +  AG+Y CTPYN HGT+G SGVMQV ++DPPT+  RPE  Y +SVG KVT PC A G P P I WR+  G  LP KR K Y G LTI  L+K DHG+YECVV+NEVAT+TA+  L IEKTTPHAP N+T+T  E FAVTI+WLPGYSGC  C+Q+YKIRYREKDS+ PNWIELPV PP+ARKIQIHNLSA T YEFQVIG N+YGDGM S+I+EA TKG                    + HLD+   +  P    +P+  +T  +AP G++P    N+T++  +GGWV+ W  P+  P   YYTI+ K DSQ                    IKNMGTAKAY+FRV++HS TSY+ S+  RY +P NVKRRA+TAGLIGG+LFFIVAI++S+CTVKICN+R+R K ++A+         A  +YNMVACR+++ARNG  +SQVPLK
Sbjct: 2165 YVCEVTNGIGRPQRAPANLEV------------------TYPARVIYTPTIQYLPLHLSGIIHCHIESHPPFQFITWTKDKRIFDPFEMDEIQTLTNGSLLITKVTKAHAGDYTCTPYNTHGTSGTSGVMQVHVRDPPTIKLRPEDEYFKSVGEKVTFPCSASGSPAPTISWRRTDGSPLPKKRHKEYQGTLTISGLQKKDHGIYECVVTNEVATLTARTTLIIEKTTPHAPGNVTVTRKETFAVTIEWLPGYSGCTHCEQTYKIRYREKDSRMPNWIELPVNPPNARKIQIHNLSAGTTYEFQVIGINDYGDGMMSQIVEARTKGINCTETSIMRRKLLASTECIELHLDITPFKGYPKNFPNPANNTTEKNAPEGQKPGMPINVTVDAVSGGWVISWKNPEVHP--LYYTIEKKEDSQSADWEPLTDHKIEPEEASYLIKNMGTAKAYVFRVYAHSATSYTPSDNFRYAMPENVKRRAITAGLIGGVLFFIVAIIVSVCTVKICNRRKRRKQEQALKAAAIAGTAAGTSYNMVACRLTDARNGGNISQVPLK 3766          

HSP 2 Score: 181.415 bits (459), Expect = 0.000e+0
Identity = 136/316 (43.04%), Postives = 178/316 (56.33%), Query Frame = 0
Query:  513 QSGVPVVN--TIPLKQGFLTVYHCVAECILDIEMQLHYLANHAQNDNEXXXXXXXXXXXXXXXXTAQEPNEPDYSAGKGHGKFVLTRGNGLENDADDEGGFGVNLPPNKFRTRSVAIVAGYSPERLYSNVPPGAFVVESGVYKVGADREWERPEPIYWKQVVFESENDDSIKKRNLRSV--GDRXQPASEFQINSHLNNNLELPIDKDYNKLRASSPLDGGTLLGSVEYLSPMNFSSELSSVRQPSSAEKSIPSTL--NPHSSTNTSGSYPTTLTMDSDLTPRSRFTTSSSKSQTELETIHEDYSSSEYLVKADIH 822
            Q GVP+VN     LK+G L V+ CV++C+L +E  +  L  +               + R ++  A+     +YS+  G     L R   +     DEGGF + LPPN+FRTRS+AIVAGYSPERLYSN+PPGAFVVESGVYKVGADR+W + EPIYWKQVV+ S N         R +  G+R Q   E ++   +  NLEL       KLRASSPLD    L  ++++SP +  S++SSV  PSSAE+S PSTL  NP SS  +S ++    T  S    R +  +        L TI ED   S   V+ADIH
Sbjct: 3784 QGGVPIVNLNVSSLKRGLLAVFDCVSDCVLSVESGV--LGQNKPPLWPNAPDTTDGPRKRKQKTPARYSIRLEYSSPGGTK---LARTESMS----DEGGFDLKLPPNRFRTRSIAIVAGYSPERLYSNMPPGAFVVESGVYKVGADRDWVKSEPIYWKQVVYGSRNGSEGSGTYPRGMASGER-QVLHEPRLVPDV--NLEL---HGGAKLRASSPLDQARPL--IDWMSPRHNYSDISSVPHPSSAERSFPSTLLTNPLSSL-SSPNFSLEQTQSSGSRSRGKLPS--------LRTIPED---SRLSVQADIH 4644          

HSP 3 Score: 90.5077 bits (223), Expect = 3.053e-17
Identity = 70/191 (36.65%), Postives = 96/191 (50.26%), Query Frame = 0
Query:  933 FYENWPPIP---PPTYH-----------ARPCDAISCSLSPSSSHDA-------------PGTANSTPIG-VSRPNSSHSAPLLDLSIDRHYEFDSGGRSFLNSGESPIDDLTL--FPRR--VRPYYGYNPRRDRPEFGNSLNESEQRVFSDSEIYSPVFPRGRPHSEAPYGVAERIEAMKERFEDYRRTH 1091
             YENWPP P    P+             ++P   I+  + P ++H +             P T+  +P    SRPNSS SAPL D S+DRHYE+D          ++ +DD +L   P    VR    YNPRRDR + G+    + +RVFSDSEIYS VFPR R        V  R+ AMK+ F+++R+T 
Sbjct: 5767 LYENWPPRPQQYAPSIRPKQAQFIAYSMSQPSPTITSGVPPFTTHQSGRYPSRTSRIGSSPDTSLESPTSRSSRPNSSQSAPL-DRSVDRHYEWD----------KATVDDTSLPSLPPEWGVRRSPAYNPRRDR-DIGHMAQSNRERVFSDSEIYSNVFPRRR----LTMDVEARVRAMKKEFKEFRKTQ 6291          

HSP 4 Score: 38.891 bits (89), Expect = 1.328e-1
Identity = 28/89 (31.46%), Postives = 41/89 (46.07%), Query Frame = 0
Query:  127 PSGVMQVL-IKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRS-KVYNG--ELTIENLRKSDHGVYECVVSN 211
            P+G    L +   P  +  P+ + +  +G  + + C A G P P+I W K    +    S KV N   EL I  +R+SD   Y CV  N
Sbjct: 1634 PNGTWYHLSVHAAPKFVIVPKDIVYVGIGDNIILNCQAEGKPDPEILWFKHDAPVIQTSSVKVVNDGTELRINRIRQSDLSDYTCVARN 1900          
BLAST of EMLSAG00000000256 vs. C. finmarchicus
Match: gi|592820226|gb|GAXK01134342.1| (TSA: Calanus finmarchicus comp93956_c2_seq6 transcribed RNA sequence)

HSP 1 Score: 593.578 bits (1529), Expect = 0.000e+0
Identity = 299/538 (55.58%), Postives = 366/538 (68.03%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGR-LPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDVEVRPPPTASPSEQST-------FSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDPPIQYYTIQVKTDSQG-------------------IKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAIN---EIQRLATPTYNMVACRVSEARNGSQVSQVPLK 509
            Y CEVTNGIGRP +A A L V                  T PARV YTPT QY+P  L GII CHIE++P  QF+TW+KDKR++DPF++D      NGSL+I  V +  AG+Y CTPYN HGT+G SGVMQV ++DPPT+  RPE  Y +SVG KVT PC A G P P I WR+  G  LP KR K Y G LTI  L+K DHG+YECVV+NEVAT+TA+  L IEKTTPHAP N+T+T  E FAVTI+WLPGYSGC  C+Q+YKIRYREKDS+ PNWIELPV PP+ARKIQIHNLSA T YEFQVIG N+YGDGM S+I+EA TK        +    +      ST        +DAP G++P    N+T++  +GGWV+ W  P+  P   YYTI+ K DSQ                    IKNMGTAKAY+FRV++HS TSY+ S+  RY +P NVKRRA+TAGLIGG+LFFIVAI++S+CTVKICN+R+R K ++A+         A  +YNMVACR+++ARNG  +SQVPLK
Sbjct: 2153 YVCEVTNGIGRPQRAPANLEV------------------TYPARVIYTPTIQYLPLHLSGIIHCHIESHPPFQFITWTKDKRIFDPFEMDEIQTLTNGSLLITKVTKAHAGDYTCTPYNTHGTSGTSGVMQVHVRDPPTIKLRPEDEYFKSVGEKVTFPCSASGSPAPTISWRRTDGSPLPKKRHKEYQGTLTISGLQKKDHGIYECVVTNEVATLTARTTLIIEKTTPHAPGNVTVTRKETFAVTIEWLPGYSGCTHCEQTYKIRYREKDSRMPNWIELPVNPPNARKIQIHNLSAGTTYEFQVIGINDYGDGMMSQIVEARTKDIKDYKFSLTSLLSVDDLTGSTIIPLIPHIADAPEGQKPGMPINVTVDAVSGGWVISWKNPEVHP--LYYTIEKKEDSQSADWEPLTDHKIEPEEASYLIKNMGTAKAYVFRVYAHSATSYTPSDNFRYAMPENVKRRAITAGLIGGVLFFIVAIIVSVCTVKICNRRKRRKQEQALKAAAIAGTAAGTSYNMVACRLTDARNGGNISQVPLK 3706          

HSP 2 Score: 181.415 bits (459), Expect = 0.000e+0
Identity = 136/316 (43.04%), Postives = 178/316 (56.33%), Query Frame = 0
Query:  513 QSGVPVVN--TIPLKQGFLTVYHCVAECILDIEMQLHYLANHAQNDNEXXXXXXXXXXXXXXXXTAQEPNEPDYSAGKGHGKFVLTRGNGLENDADDEGGFGVNLPPNKFRTRSVAIVAGYSPERLYSNVPPGAFVVESGVYKVGADREWERPEPIYWKQVVFESENDDSIKKRNLRSV--GDRXQPASEFQINSHLNNNLELPIDKDYNKLRASSPLDGGTLLGSVEYLSPMNFSSELSSVRQPSSAEKSIPSTL--NPHSSTNTSGSYPTTLTMDSDLTPRSRFTTSSSKSQTELETIHEDYSSSEYLVKADIH 822
            Q GVP+VN     LK+G L V+ CV++C+L +E  +  L  +               + R ++  A+     +YS+  G     L R   +     DEGGF + LPPN+FRTRS+AIVAGYSPERLYSN+PPGAFVVESGVYKVGADR+W + EPIYWKQVV+ S N         R +  G+R Q   E ++   +  NLEL       KLRASSPLD    L  ++++SP +  S++SSV  PSSAE+S PSTL  NP SS  +S ++    T  S    R +  +        L TI ED   S   V+ADIH
Sbjct: 3724 QGGVPIVNLNVSSLKRGLLAVFDCVSDCVLSVESGV--LGQNKPPLWPNAPDTTDGPRKRKQKTPARYSIRLEYSSPGGTK---LARTESMS----DEGGFDLKLPPNRFRTRSIAIVAGYSPERLYSNMPPGAFVVESGVYKVGADRDWVKSEPIYWKQVVYGSRNGSEGSGTYPRGMASGER-QVLHEPRLVPDV--NLEL---HGGAKLRASSPLDQARPL--IDWMSPRHNYSDISSVPHPSSAERSFPSTLLTNPLSSL-SSPNFSLEQTQSSGSRSRGKLPS--------LRTIPED---SRLSVQADIH 4584          

HSP 3 Score: 90.5077 bits (223), Expect = 3.049e-17
Identity = 70/191 (36.65%), Postives = 96/191 (50.26%), Query Frame = 0
Query:  933 FYENWPPIP---PPTYH-----------ARPCDAISCSLSPSSSHDA-------------PGTANSTPIG-VSRPNSSHSAPLLDLSIDRHYEFDSGGRSFLNSGESPIDDLTL--FPRR--VRPYYGYNPRRDRPEFGNSLNESEQRVFSDSEIYSPVFPRGRPHSEAPYGVAERIEAMKERFEDYRRTH 1091
             YENWPP P    P+             ++P   I+  + P ++H +             P T+  +P    SRPNSS SAPL D S+DRHYE+D          ++ +DD +L   P    VR    YNPRRDR + G+    + +RVFSDSEIYS VFPR R        V  R+ AMK+ F+++R+T 
Sbjct: 5707 LYENWPPRPQQYAPSIRPKQAQFIAYSMSQPSPTITSGVPPFTTHQSGRYPSRTSRIGSSPDTSLESPTSRSSRPNSSQSAPL-DRSVDRHYEWD----------KATVDDTSLPSLPPEWGVRRSPAYNPRRDR-DIGHMAQSNRERVFSDSEIYSNVFPRRR----LTMDVEARVRAMKKEFKEFRKTQ 6231          

HSP 4 Score: 38.891 bits (89), Expect = 1.262e-1
Identity = 25/76 (32.89%), Postives = 36/76 (47.37%), Query Frame = 0
Query:  139 PTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRS-KVYNG--ELTIENLRKSDHGVYECVVSN 211
            P  +  P+ + +  +G  + + C A G P P+I W K    +    S KV N   EL I  +R+SD   Y CV  N
Sbjct: 1661 PKFVIVPKDIVYVGIGDNIILNCQAEGKPDPEILWFKHDAPVIQTSSVKVVNDGTELRINRIRQSDLSDYTCVARN 1888          
BLAST of EMLSAG00000000256 vs. C. finmarchicus
Match: gi|592820227|gb|GAXK01134341.1| (TSA: Calanus finmarchicus comp93956_c2_seq5 transcribed RNA sequence)

HSP 1 Score: 593.193 bits (1528), Expect = 0.000e+0
Identity = 299/538 (55.58%), Postives = 366/538 (68.03%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGR-LPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDVEVRPPPTASPSEQST-------FSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDPPIQYYTIQVKTDSQG-------------------IKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAIN---EIQRLATPTYNMVACRVSEARNGSQVSQVPLK 509
            Y CEVTNGIGRP +A A L V                  T PARV YTPT QY+P  L GII CHIE++P  QF+TW+KDKR++DPF++D      NGSL+I  V +  AG+Y CTPYN HGT+G SGVMQV ++DPPT+  RPE  Y +SVG KVT PC A G P P I WR+  G  LP KR K Y G LTI  L+K DHG+YECVV+NEVAT+TA+  L IEKTTPHAP N+T+T  E FAVTI+WLPGYSGC  C+Q+YKIRYREKDS+ PNWIELPV PP+ARKIQIHNLSA T YEFQVIG N+YGDGM S+I+EA TK        +    +      ST        +DAP G++P    N+T++  +GGWV+ W  P+  P   YYTI+ K DSQ                    IKNMGTAKAY+FRV++HS TSY+ S+  RY +P NVKRRA+TAGLIGG+LFFIVAI++S+CTVKICN+R+R K ++A+         A  +YNMVACR+++ARNG  +SQVPLK
Sbjct: 2165 YVCEVTNGIGRPQRAPANLEV------------------TYPARVIYTPTIQYLPLHLSGIIHCHIESHPPFQFITWTKDKRIFDPFEMDEIQTLTNGSLLITKVTKAHAGDYTCTPYNTHGTSGTSGVMQVHVRDPPTIKLRPEDEYFKSVGEKVTFPCSASGSPAPTISWRRTDGSPLPKKRHKEYQGTLTISGLQKKDHGIYECVVTNEVATLTARTTLIIEKTTPHAPGNVTVTRKETFAVTIEWLPGYSGCTHCEQTYKIRYREKDSRMPNWIELPVNPPNARKIQIHNLSAGTTYEFQVIGINDYGDGMMSQIVEARTKDIKDYKFSLTSLLSVDDLTGSTIIPLIPHIADAPEGQKPGMPINVTVDAVSGGWVISWKNPEVHP--LYYTIEKKEDSQSADWEPLTDHKIEPEEASYLIKNMGTAKAYVFRVYAHSATSYTPSDNFRYAMPENVKRRAITAGLIGGVLFFIVAIIVSVCTVKICNRRKRRKQEQALKAAAIAGTAAGTSYNMVACRLTDARNGGNISQVPLK 3718          

HSP 2 Score: 181.415 bits (459), Expect = 0.000e+0
Identity = 136/316 (43.04%), Postives = 178/316 (56.33%), Query Frame = 0
Query:  513 QSGVPVVN--TIPLKQGFLTVYHCVAECILDIEMQLHYLANHAQNDNEXXXXXXXXXXXXXXXXTAQEPNEPDYSAGKGHGKFVLTRGNGLENDADDEGGFGVNLPPNKFRTRSVAIVAGYSPERLYSNVPPGAFVVESGVYKVGADREWERPEPIYWKQVVFESENDDSIKKRNLRSV--GDRXQPASEFQINSHLNNNLELPIDKDYNKLRASSPLDGGTLLGSVEYLSPMNFSSELSSVRQPSSAEKSIPSTL--NPHSSTNTSGSYPTTLTMDSDLTPRSRFTTSSSKSQTELETIHEDYSSSEYLVKADIH 822
            Q GVP+VN     LK+G L V+ CV++C+L +E  +  L  +               + R ++  A+     +YS+  G     L R   +     DEGGF + LPPN+FRTRS+AIVAGYSPERLYSN+PPGAFVVESGVYKVGADR+W + EPIYWKQVV+ S N         R +  G+R Q   E ++   +  NLEL       KLRASSPLD    L  ++++SP +  S++SSV  PSSAE+S PSTL  NP SS  +S ++    T  S    R +  +        L TI ED   S   V+ADIH
Sbjct: 3736 QGGVPIVNLNVSSLKRGLLAVFDCVSDCVLSVESGV--LGQNKPPLWPNAPDTTDGPRKRKQKTPARYSIRLEYSSPGGTK---LARTESMS----DEGGFDLKLPPNRFRTRSIAIVAGYSPERLYSNMPPGAFVVESGVYKVGADRDWVKSEPIYWKQVVYGSRNGSEGSGTYPRGMASGER-QVLHEPRLVPDV--NLEL---HGGAKLRASSPLDQARPL--IDWMSPRHNYSDISSVPHPSSAERSFPSTLLTNPLSSL-SSPNFSLEQTQSSGSRSRGKLPS--------LRTIPED---SRLSVQADIH 4596          

HSP 3 Score: 90.5077 bits (223), Expect = 3.050e-17
Identity = 70/191 (36.65%), Postives = 96/191 (50.26%), Query Frame = 0
Query:  933 FYENWPPIP---PPTYH-----------ARPCDAISCSLSPSSSHDA-------------PGTANSTPIG-VSRPNSSHSAPLLDLSIDRHYEFDSGGRSFLNSGESPIDDLTL--FPRR--VRPYYGYNPRRDRPEFGNSLNESEQRVFSDSEIYSPVFPRGRPHSEAPYGVAERIEAMKERFEDYRRTH 1091
             YENWPP P    P+             ++P   I+  + P ++H +             P T+  +P    SRPNSS SAPL D S+DRHYE+D          ++ +DD +L   P    VR    YNPRRDR + G+    + +RVFSDSEIYS VFPR R        V  R+ AMK+ F+++R+T 
Sbjct: 5719 LYENWPPRPQQYAPSIRPKQAQFIAYSMSQPSPTITSGVPPFTTHQSGRYPSRTSRIGSSPDTSLESPTSRSSRPNSSQSAPL-DRSVDRHYEWD----------KATVDDTSLPSLPPEWGVRRSPAYNPRRDR-DIGHMAQSNRERVFSDSEIYSNVFPRRR----LTMDVEARVRAMKKEFKEFRKTQ 6243          

HSP 4 Score: 39.2762 bits (90), Expect = 1.190e-1
Identity = 25/76 (32.89%), Postives = 36/76 (47.37%), Query Frame = 0
Query:  139 PTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRS-KVYNG--ELTIENLRKSDHGVYECVVSN 211
            P  +  P+ + +  +G  + + C A G P P+I W K    +    S KV N   EL I  +R+SD   Y CV  N
Sbjct: 1673 PKFVIVPKDIVYVGIGDNIILNCQAEGKPDPEILWFKHDAPVIQTSSVKVVNDGTELRINRIRQSDLSDYTCVARN 1900          
BLAST of EMLSAG00000000256 vs. C. finmarchicus
Match: gi|592820230|gb|GAXK01134338.1| (TSA: Calanus finmarchicus comp93956_c2_seq2 transcribed RNA sequence)

HSP 1 Score: 423.32 bits (1087), Expect = 6.515e-123
Identity = 204/326 (62.58%), Postives = 238/326 (73.01%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGR-LPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKG 326
            Y CEVTNGIGRP +A A L V                  T PARV YTPT QY+P  L GII CHIE++P  QF+TW+KDKR++DPF++D      NGSL+I  V +  AG+Y CTPYN HGT+G SGVMQV ++DPPT+  RPE  Y +SVG KVT PC A G P P I WR+  G  LP KR K Y G LTI  L+K DHG+YECVV+NEVAT+TA+  L IEKTTPHAP N+T+T  E FAVTI+WLPGYSGC  C+Q+YKIRYREKDS+ PNWIELPV PP+ARKIQIHNLSA T YEFQVIG N+YGDGM S+I+EA TKG
Sbjct: 2153 YVCEVTNGIGRPQRAPANLEV------------------TYPARVIYTPTIQYLPLHLSGIIHCHIESHPPFQFITWTKDKRIFDPFEMDEIQTLTNGSLLITKVTKAHAGDYTCTPYNTHGTSGTSGVMQVHVRDPPTIKLRPEDEYFKSVGEKVTFPCSASGSPAPTISWRRTDGSPLPKKRHKEYQGTLTISGLQKKDHGIYECVVTNEVATLTARTTLIIEKTTPHAPGNVTVTRKETFAVTIEWLPGYSGCTHCEQTYKIRYREKDSRMPNWIELPVNPPNARKIQIHNLSAGTTYEFQVIGINDYGDGMMSQIVEARTKG 3076          

HSP 2 Score: 191.43 bits (485), Expect = 1.851e-95
Identity = 99/206 (48.06%), Postives = 135/206 (65.53%), Query Frame = 0
Query:  329 HLDV---EVRPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDPPIQYYTIQVKTDSQG-------------------IKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAIN---EIQRLATPTYNMVACRVSEARNGSQVSQVPLK 509
            HLD+   +  P    +P+  +T  +AP G++P    N+T++  +GGWV+ W  P+  P   YYTI+ K DSQ                    IKNMGTAKAY+FRV++HS TSY+ S+  RY +P NVKRRA+TAGLIGG+LFFIVAI++S+CTVKICN+R+R K ++A+         A  +YNMVACR+++ARNG  +SQVPLK
Sbjct: 3277 HLDITPFKGYPKNFPNPANNTTEKNAPEGQKPGMPINVTVDAVSGGWVISWKNPEVHP--LYYTIEKKEDSQSADWEPLTDHKIEPEEASYLIKNMGTAKAYVFRVYAHSATSYTPSDNFRYAMPENVKRRAITAGLIGGVLFFIVAIIVSVCTVKICNRRKRRKQEQALKAAAIAGTAAGTSYNMVACRLTDARNGGNISQVPLK 3888          

HSP 3 Score: 181.415 bits (459), Expect = 1.851e-95
Identity = 136/316 (43.04%), Postives = 178/316 (56.33%), Query Frame = 0
Query:  513 QSGVPVVN--TIPLKQGFLTVYHCVAECILDIEMQLHYLANHAQNDNEXXXXXXXXXXXXXXXXTAQEPNEPDYSAGKGHGKFVLTRGNGLENDADDEGGFGVNLPPNKFRTRSVAIVAGYSPERLYSNVPPGAFVVESGVYKVGADREWERPEPIYWKQVVFESENDDSIKKRNLRSV--GDRXQPASEFQINSHLNNNLELPIDKDYNKLRASSPLDGGTLLGSVEYLSPMNFSSELSSVRQPSSAEKSIPSTL--NPHSSTNTSGSYPTTLTMDSDLTPRSRFTTSSSKSQTELETIHEDYSSSEYLVKADIH 822
            Q GVP+VN     LK+G L V+ CV++C+L +E  +  L  +               + R ++  A+     +YS+  G     L R   +     DEGGF + LPPN+FRTRS+AIVAGYSPERLYSN+PPGAFVVESGVYKVGADR+W + EPIYWKQVV+ S N         R +  G+R Q   E ++   +  NLEL       KLRASSPLD    L  ++++SP +  S++SSV  PSSAE+S PSTL  NP SS  +S ++    T  S    R +  +        L TI ED   S   V+ADIH
Sbjct: 3906 QGGVPIVNLNVSSLKRGLLAVFDCVSDCVLSVESGV--LGQNKPPLWPNAPDTTDGPRKRKQKTPARYSIRLEYSSPGGTK---LARTESMS----DEGGFDLKLPPNRFRTRSIAIVAGYSPERLYSNMPPGAFVVESGVYKVGADRDWVKSEPIYWKQVVYGSRNGSEGSGTYPRGMASGER-QVLHEPRLVPDV--NLEL---HGGAKLRASSPLDQARPL--IDWMSPRHNYSDISSVPHPSSAERSFPSTLLTNPLSSL-SSPNFSLEQTQSSGSRSRGKLPS--------LRTIPED---SRLSVQADIH 4766          

HSP 4 Score: 90.5077 bits (223), Expect = 3.061e-17
Identity = 70/191 (36.65%), Postives = 96/191 (50.26%), Query Frame = 0
Query:  933 FYENWPPIP---PPTYH-----------ARPCDAISCSLSPSSSHDA-------------PGTANSTPIG-VSRPNSSHSAPLLDLSIDRHYEFDSGGRSFLNSGESPIDDLTL--FPRR--VRPYYGYNPRRDRPEFGNSLNESEQRVFSDSEIYSPVFPRGRPHSEAPYGVAERIEAMKERFEDYRRTH 1091
             YENWPP P    P+             ++P   I+  + P ++H +             P T+  +P    SRPNSS SAPL D S+DRHYE+D          ++ +DD +L   P    VR    YNPRRDR + G+    + +RVFSDSEIYS VFPR R        V  R+ AMK+ F+++R+T 
Sbjct: 5889 LYENWPPRPQQYAPSIRPKQAQFIAYSMSQPSPTITSGVPPFTTHQSGRYPSRTSRIGSSPDTSLESPTSRSSRPNSSQSAPL-DRSVDRHYEWD----------KATVDDTSLPSLPPEWGVRRSPAYNPRRDR-DIGHMAQSNRERVFSDSEIYSNVFPRRR----LTMDVEARVRAMKKEFKEFRKTQ 6413          

HSP 5 Score: 38.891 bits (89), Expect = 1.560e-1
Identity = 25/76 (32.89%), Postives = 36/76 (47.37%), Query Frame = 0
Query:  139 PTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRS-KVYNG--ELTIENLRKSDHGVYECVVSN 211
            P  +  P+ + +  +G  + + C A G P P+I W K    +    S KV N   EL I  +R+SD   Y CV  N
Sbjct: 1661 PKFVIVPKDIVYVGIGDNIILNCQAEGKPDPEILWFKHDAPVIQTSSVKVVNDGTELRINRIRQSDLSDYTCVARN 1888          
BLAST of EMLSAG00000000256 vs. C. finmarchicus
Match: gi|592820231|gb|GAXK01134337.1| (TSA: Calanus finmarchicus comp93956_c2_seq1 transcribed RNA sequence)

HSP 1 Score: 423.32 bits (1087), Expect = 7.819e-123
Identity = 204/326 (62.58%), Postives = 238/326 (73.01%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGR-LPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKG 326
            Y CEVTNGIGRP +A A L V                  T PARV YTPT QY+P  L GII CHIE++P  QF+TW+KDKR++DPF++D      NGSL+I  V +  AG+Y CTPYN HGT+G SGVMQV ++DPPT+  RPE  Y +SVG KVT PC A G P P I WR+  G  LP KR K Y G LTI  L+K DHG+YECVV+NEVAT+TA+  L IEKTTPHAP N+T+T  E FAVTI+WLPGYSGC  C+Q+YKIRYREKDS+ PNWIELPV PP+ARKIQIHNLSA T YEFQVIG N+YGDGM S+I+EA TKG
Sbjct: 2165 YVCEVTNGIGRPQRAPANLEV------------------TYPARVIYTPTIQYLPLHLSGIIHCHIESHPPFQFITWTKDKRIFDPFEMDEIQTLTNGSLLITKVTKAHAGDYTCTPYNTHGTSGTSGVMQVHVRDPPTIKLRPEDEYFKSVGEKVTFPCSASGSPAPTISWRRTDGSPLPKKRHKEYQGTLTISGLQKKDHGIYECVVTNEVATLTARTTLIIEKTTPHAPGNVTVTRKETFAVTIEWLPGYSGCTHCEQTYKIRYREKDSRMPNWIELPVNPPNARKIQIHNLSAGTTYEFQVIGINDYGDGMMSQIVEARTKG 3088          

HSP 2 Score: 191.43 bits (485), Expect = 1.851e-95
Identity = 99/206 (48.06%), Postives = 135/206 (65.53%), Query Frame = 0
Query:  329 HLDV---EVRPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDPPIQYYTIQVKTDSQG-------------------IKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAIN---EIQRLATPTYNMVACRVSEARNGSQVSQVPLK 509
            HLD+   +  P    +P+  +T  +AP G++P    N+T++  +GGWV+ W  P+  P   YYTI+ K DSQ                    IKNMGTAKAY+FRV++HS TSY+ S+  RY +P NVKRRA+TAGLIGG+LFFIVAI++S+CTVKICN+R+R K ++A+         A  +YNMVACR+++ARNG  +SQVPLK
Sbjct: 3289 HLDITPFKGYPKNFPNPANNTTEKNAPEGQKPGMPINVTVDAVSGGWVISWKNPEVHP--LYYTIEKKEDSQSADWEPLTDHKIEPEEASYLIKNMGTAKAYVFRVYAHSATSYTPSDNFRYAMPENVKRRAITAGLIGGVLFFIVAIIVSVCTVKICNRRKRRKQEQALKAAAIAGTAAGTSYNMVACRLTDARNGGNISQVPLK 3900          

HSP 3 Score: 181.415 bits (459), Expect = 1.851e-95
Identity = 136/316 (43.04%), Postives = 178/316 (56.33%), Query Frame = 0
Query:  513 QSGVPVVN--TIPLKQGFLTVYHCVAECILDIEMQLHYLANHAQNDNEXXXXXXXXXXXXXXXXTAQEPNEPDYSAGKGHGKFVLTRGNGLENDADDEGGFGVNLPPNKFRTRSVAIVAGYSPERLYSNVPPGAFVVESGVYKVGADREWERPEPIYWKQVVFESENDDSIKKRNLRSV--GDRXQPASEFQINSHLNNNLELPIDKDYNKLRASSPLDGGTLLGSVEYLSPMNFSSELSSVRQPSSAEKSIPSTL--NPHSSTNTSGSYPTTLTMDSDLTPRSRFTTSSSKSQTELETIHEDYSSSEYLVKADIH 822
            Q GVP+VN     LK+G L V+ CV++C+L +E  +  L  +               + R ++  A+     +YS+  G     L R   +     DEGGF + LPPN+FRTRS+AIVAGYSPERLYSN+PPGAFVVESGVYKVGADR+W + EPIYWKQVV+ S N         R +  G+R Q   E ++   +  NLEL       KLRASSPLD    L  ++++SP +  S++SSV  PSSAE+S PSTL  NP SS  +S ++    T  S    R +  +        L TI ED   S   V+ADIH
Sbjct: 3918 QGGVPIVNLNVSSLKRGLLAVFDCVSDCVLSVESGV--LGQNKPPLWPNAPDTTDGPRKRKQKTPARYSIRLEYSSPGGTK---LARTESMS----DEGGFDLKLPPNRFRTRSIAIVAGYSPERLYSNMPPGAFVVESGVYKVGADRDWVKSEPIYWKQVVYGSRNGSEGSGTYPRGMASGER-QVLHEPRLVPDV--NLEL---HGGAKLRASSPLDQARPL--IDWMSPRHNYSDISSVPHPSSAERSFPSTLLTNPLSSL-SSPNFSLEQTQSSGSRSRGKLPS--------LRTIPED---SRLSVQADIH 4778          

HSP 4 Score: 90.5077 bits (223), Expect = 3.062e-17
Identity = 70/191 (36.65%), Postives = 96/191 (50.26%), Query Frame = 0
Query:  933 FYENWPPIP---PPTYH-----------ARPCDAISCSLSPSSSHDA-------------PGTANSTPIG-VSRPNSSHSAPLLDLSIDRHYEFDSGGRSFLNSGESPIDDLTL--FPRR--VRPYYGYNPRRDRPEFGNSLNESEQRVFSDSEIYSPVFPRGRPHSEAPYGVAERIEAMKERFEDYRRTH 1091
             YENWPP P    P+             ++P   I+  + P ++H +             P T+  +P    SRPNSS SAPL D S+DRHYE+D          ++ +DD +L   P    VR    YNPRRDR + G+    + +RVFSDSEIYS VFPR R        V  R+ AMK+ F+++R+T 
Sbjct: 5901 LYENWPPRPQQYAPSIRPKQAQFIAYSMSQPSPTITSGVPPFTTHQSGRYPSRTSRIGSSPDTSLESPTSRSSRPNSSQSAPL-DRSVDRHYEWD----------KATVDDTSLPSLPPEWGVRRSPAYNPRRDR-DIGHMAQSNRERVFSDSEIYSNVFPRRR----LTMDVEARVRAMKKEFKEFRKTQ 6425          

HSP 5 Score: 38.891 bits (89), Expect = 1.496e-1
Identity = 27/89 (30.34%), Postives = 39/89 (43.82%), Query Frame = 0
Query:  139 PTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRS-KVYNG--ELTIENLRKSDHGVYECVVSNEVATITAKAELYI 224
            P  +  P+ + +  +G  + + C A G P P+I W K    +    S KV N   EL I  +R+SD   Y CV  N    I     + I
Sbjct: 1673 PKFVIVPKDIVYVGIGDNIILNCQAEGKPDPEILWFKHDAPVIQTSSVKVVNDGTELRINRIRQSDLSDYTCVARNGEGRIHQTVRVVI 1939          
BLAST of EMLSAG00000000256 vs. C. finmarchicus
Match: gi|592887387|gb|GAXK01070988.1| (TSA: Calanus finmarchicus comp538921_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 105.531 bits (262), Expect = 4.683e-22
Identity = 75/238 (31.51%), Postives = 101/238 (42.44%), Query Frame = 0
Query:    1 MYSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNA-QNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLI-------------KDP--PTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLP---------HKRSKVYNG--ELTIENLRKSDHGVYECVVSN 211
             Y CE+TNG+G        L V                 +  PA V YTP   ++  G  G+I C+I   P+  + +W+KD R+YDPFD        +NG L   SV     G Y C PYN  G+AG SGVMQV++             +DP  P  +          +   V + C A G P P+I W K    +          H +  +YN    L I++LR  D G Y CV  N
Sbjct: 1870 FYICELTNGMGALKTIAGQLRV-----------------VERPAEVVYTPEHVHLSLGRPGVIPCYIA--PKFLYASWTKDGRIYDPFDDQADCEVDENGFLQFSSVTPEVEGNYTCMPYNSEGSAGRSGVMQVIVHQEEFIGEMFEPLEDPNLPKFLNNTSTEVTADIRESVNLTCSADGSPPPEIVWYKGGQAVQADHNVAVYRHGQQGLYNDGTRLVIKSLRMKDLGEYTCVARN 2526          

HSP 2 Score: 55.0694 bits (131), Expect = 1.342e-6
Identity = 36/136 (26.47%), Postives = 65/136 (47.79%), Query Frame = 0
Query:  113 EYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKVY---NGELTIENLRKSDHGVYECVVSNEVA----TITAKAELYIEKTTPHAPTNITITETE 241
            E + +P  IH T     V +V I+  P+++  P++ ++ ++G  +T+ CG +G P PDI W K    +    + V+     EL+I     ++ G Y C   N +     T+    + ++    P  P N+T+ E E
Sbjct: 2872 EEINSPKTIHFT---QQVFEVSIEARPSIVSDPKQYFYVTLGESITLRCGIVGAPQPDIHWYKNGKAIEQTDNLVFYKNRTELSISGFLPTNSGNYTCSALNRLGSAHHTVWVSHQNFLIPIQP--PKNVTVREGE 3264          

HSP 3 Score: 37.7354 bits (86), Expect = 3.277e-1
Identity = 33/142 (23.24%), Postives = 54/142 (38.03%), Query Frame = 0
Query:   94 FNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPS-GVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKVYNGE-------LTIENLRKSDHGVYECVVSNEVATITAKAELYIEKT 227
             N   GS+ I  V +   G + C+ +++      S     + +   P +    E   H  +G   ++ CGA G P P I W K    L  + S  +  +       L I N+ +   G   CV  N+    + K  +  E T
Sbjct: 1234 LNVGLGSISINWVKRSDEGVFTCSVFSLSDPELVSRSFFHITVFAGPVIDTYSELTIHARIGSPFSLQCGATGKPEPKISWIK-DDTLIQEHSLQFEVDKLNDVSILHIANMTQEMLGEITCVAKNKEGADSKKFLIVDENT 1656          
BLAST of EMLSAG00000000256 vs. C. finmarchicus
Match: gi|592887388|gb|GAXK01070987.1| (TSA: Calanus finmarchicus comp538921_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 105.916 bits (263), Expect = 4.748e-22
Identity = 75/238 (31.51%), Postives = 101/238 (42.44%), Query Frame = 0
Query:    1 MYSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNA-QNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLI-------------KDP--PTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLP---------HKRSKVYNG--ELTIENLRKSDHGVYECVVSN 211
             Y CE+TNG+G        L V                 +  PA V YTP   ++  G  G+I C+I   P+  + +W+KD R+YDPFD        +NG L   SV     G Y C PYN  G+AG SGVMQV++             +DP  P  +          +   V + C A G P P+I W K    +          H +  +YN    L I++LR  D G Y CV  N
Sbjct: 1870 FYICELTNGMGALKTIAGQLRV-----------------VERPAEVVYTPEHVHLSLGRPGVIPCYIA--PKFLYASWTKDGRIYDPFDDQADCEVDENGFLQFSSVTPEVEGNYTCMPYNSEGSAGRSGVMQVIVHQEEFIGEMFEPLEDPNLPKFLNNTSTEVTADIRESVNLTCSADGSPPPEIVWYKGGQAVQADHNVAVYRHGQQGLYNDGTRLVIKSLRMKDLGEYTCVARN 2526          

HSP 2 Score: 70.8626 bits (172), Expect = 2.324e-11
Identity = 38/96 (39.58%), Postives = 53/96 (55.21%), Query Frame = 0
Query:   43 PARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYD-PFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKD 137
            PA VT      ++  G   ++ CH+ A+P +Q+VTWSKD  VYD P+D     +  NGSL++  V++   GEY C PYN  G  G      +LI D
Sbjct: 3502 PAMVTQEVEDIHVDVGDSVLLPCHVTADPPVQYVTWSKDSAVYDPPYD---SVHLSNGSLLLSEVSEHDGGEYACQPYNSLGNQGGWSQPFLLIID 3780          

HSP 3 Score: 55.4546 bits (132), Expect = 1.320e-6
Identity = 36/136 (26.47%), Postives = 65/136 (47.79%), Query Frame = 0
Query:  113 EYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKVY---NGELTIENLRKSDHGVYECVVSNEVA----TITAKAELYIEKTTPHAPTNITITETE 241
            E + +P  IH T     V +V I+  P+++  P++ ++ ++G  +T+ CG +G P PDI W K    +    + V+     EL+I     ++ G Y C   N +     T+    + ++    P  P N+T+ E E
Sbjct: 2872 EEINSPKTIHFT---QQVFEVSIEARPSIVSDPKQYFYVTLGESITLRCGIVGAPQPDIHWYKNGKAIEQTDNLVFYKNRTELSISGFLPTNSGNYTCSALNRLGSAHHTVWVSHQNFLIPIQP--PKNVTVREGE 3264          

HSP 4 Score: 37.7354 bits (86), Expect = 2.916e-1
Identity = 33/142 (23.24%), Postives = 54/142 (38.03%), Query Frame = 0
Query:   94 FNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPS-GVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKVYNGE-------LTIENLRKSDHGVYECVVSNEVATITAKAELYIEKT 227
             N   GS+ I  V +   G + C+ +++      S     + +   P +    E   H  +G   ++ CGA G P P I W K    L  + S  +  +       L I N+ +   G   CV  N+    + K  +  E T
Sbjct: 1234 LNVGLGSISINWVKRSDEGVFTCSVFSLSDPELVSRSFFHITVFAGPVIDTYSELTIHARIGSPFSLQCGATGKPEPKISWIK-DDTLIQEHSLQFEVDKLNDVSILHIANMTQEMLGEITCVAKNKEGADSKKFLIVDENT 1656          
BLAST of EMLSAG00000000256 vs. L. salmonis peptides
Match: EMLSAP00000000256 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1038:13532:133097:1 gene:EMLSAG00000000256 transcript:EMLSAT00000000256 description:"maker-LSalAtl2s1038-augustus-gene-0.5")

HSP 1 Score: 2347.39 bits (6082), Expect = 0.000e+0
Identity = 1139/1139 (100.00%), Postives = 1139/1139 (100.00%), Query Frame = 0
Query:    1 MYSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDVEVRPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDPPIQYYTIQVKTDSQGIKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAINEIQRLATPTYNMVACRVSEARNGSQVSQVPLKRHRQSGVPVVNTIPLKQGFLTVYHCVAECILDIEMQLHYLANHAQNDNEGRQKKRSRRKTRGRRGTAQEPNEPDYSAGKGHGKFVLTRGNGLENDADDEGGFGVNLPPNKFRTRSVAIVAGYSPERLYSNVPPGAFVVESGVYKVGADREWERPEPIYWKQVVFESENDDSIKKRNLRSVGDRXQPASEFQINSHLNNNLELPIDKDYNKLRASSPLDGGTLLGSVEYLSPMNFSSELSSVRQPSSAEKSIPSTLNPHSSTNTSGSYPTTLTMDSDLTPRSRFTTSSSKSQTELETIHEDYSSSEYLVKADIHHYQKEDDENIFSNSQIPQPQIAIADSNNRETISNYENAPVLNNNQIVPLATSSPPPHPPEYEPEYENMAIVRLVSTNIDDEEVCAITSSSSTSSPSPTKKINDDLRGKDHFYENWPPIPPPTYHARPCDAISCSLSPSSSHDAPGTANSTPIGVSRPNSSHSAPLLDLSIDRHYEFDSGGRSFLNSGESPIDDLTLFPRRVRPYYGYNPRRDRPEFGNSLNESEQRVFSDSEIYSPVFPRGRPHSEAPYGVAERIEAMKERFEDYRRTHLRPKSNFIVEPSSLKTISSTISSPTNIKTSAENPNINNYNNNRLESLI 1139
            MYSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDVEVRPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDPPIQYYTIQVKTDSQGIKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAINEIQRLATPTYNMVACRVSEARNGSQVSQVPLKRHRQSGVPVVNTIPLKQGFLTVYHCVAECILDIEMQLHYLANHAQNDNEGRQKKRSRRKTRGRRGTAQEPNEPDYSAGKGHGKFVLTRGNGLENDADDEGGFGVNLPPNKFRTRSVAIVAGYSPERLYSNVPPGAFVVESGVYKVGADREWERPEPIYWKQVVFESENDDSIKKRNLRSVGDRXQPASEFQINSHLNNNLELPIDKDYNKLRASSPLDGGTLLGSVEYLSPMNFSSELSSVRQPSSAEKSIPSTLNPHSSTNTSGSYPTTLTMDSDLTPRSRFTTSSSKSQTELETIHEDYSSSEYLVKADIHHYQKEDDENIFSNSQIPQPQIAIADSNNRETISNYENAPVLNNNQIVPLATSSPPPHPPEYEPEYENMAIVRLVSTNIDDEEVCAITSSSSTSSPSPTKKINDDLRGKDHFYENWPPIPPPTYHARPCDAISCSLSPSSSHDAPGTANSTPIGVSRPNSSHSAPLLDLSIDRHYEFDSGGRSFLNSGESPIDDLTLFPRRVRPYYGYNPRRDRPEFGNSLNESEQRVFSDSEIYSPVFPRGRPHSEAPYGVAERIEAMKERFEDYRRTHLRPKSNFIVEPSSLKTISSTISSPTNIKTSAENPNINNYNNNRLESLI
Sbjct:    1 MYSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDVEVRPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDPPIQYYTIQVKTDSQGIKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAINEIQRLATPTYNMVACRVSEARNGSQVSQVPLKRHRQSGVPVVNTIPLKQGFLTVYHCVAECILDIEMQLHYLANHAQNDNEGRQKKRSRRKTRGRRGTAQEPNEPDYSAGKGHGKFVLTRGNGLENDADDEGGFGVNLPPNKFRTRSVAIVAGYSPERLYSNVPPGAFVVESGVYKVGADREWERPEPIYWKQVVFESENDDSIKKRNLRSVGDRXQPASEFQINSHLNNNLELPIDKDYNKLRASSPLDGGTLLGSVEYLSPMNFSSELSSVRQPSSAEKSIPSTLNPHSSTNTSGSYPTTLTMDSDLTPRSRFTTSSSKSQTELETIHEDYSSSEYLVKADIHHYQKEDDENIFSNSQIPQPQIAIADSNNRETISNYENAPVLNNNQIVPLATSSPPPHPPEYEPEYENMAIVRLVSTNIDDEEVCAITSSSSTSSPSPTKKINDDLRGKDHFYENWPPIPPPTYHARPCDAISCSLSPSSSHDAPGTANSTPIGVSRPNSSHSAPLLDLSIDRHYEFDSGGRSFLNSGESPIDDLTLFPRRVRPYYGYNPRRDRPEFGNSLNESEQRVFSDSEIYSPVFPRGRPHSEAPYGVAERIEAMKERFEDYRRTHLRPKSNFIVEPSSLKTISSTISSPTNIKTSAENPNINNYNNNRLESLI 1139          
BLAST of EMLSAG00000000256 vs. L. salmonis peptides
Match: EMLSAP00000004534 (pep:novel supercontig:LSalAtl2s:LSalAtl2s237:371452:419819:1 gene:EMLSAG00000004534 transcript:EMLSAT00000004534 description:"maker-LSalAtl2s237-augustus-gene-4.26")

HSP 1 Score: 91.6633 bits (226), Expect = 6.995e-19
Identity = 70/283 (24.73%), Postives = 124/283 (43.82%), Query Frame = 0
Query:   63 IQCHIEANP-EIQFVTWSKDKRVYDPFDVDGXFNAQNGS----LIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGK-VTMPCGAIGVPHPDIKWRKLRGRLPHKRSK---------------------VYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTT-PHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFS 317
             +C ++A P     ++WS+       FD++G  + QNG+    L + +V++  AGE++CT  N       +    +L++  P +   P      S   K   + C A G P     W ++   +  +  +                      +  EL I+N+   D+G Y+C+  NE     ++  +Y+  T+ P  PT + +      +V + W+PG+ G    KQS+ IRYR+K SK   +++  V        ++ +L   TKY F V   N+ GD  F+
Sbjct:  521 FECVVDAKPITADTISWSRVG-----FDMEGRTSMQNGTNSMHLTVYNVSKEDAGEFLCTANNGIADMKDTKSTFLLVRQRPRIEESPANSKAASDKRKTAVLTCRAQGTPDVVFSWSRMGSVISQEPEEDESEEIEDEKYEIKYNVIDRMTWESELHIKNVSSRDYGSYDCIAQNEEG--ISRYAVYLNVTSRPDTPTLLNVFNYTYNSVYLTWIPGFDG--GHKQSFIIRYRKKGSKTYQYVD--VHHSSTNSFEVEDLKLGTKYSFSVKAFNDLGDSEFT 792          
BLAST of EMLSAG00000000256 vs. L. salmonis peptides
Match: EMLSAP00000008465 (pep:novel supercontig:LSalAtl2s:LSalAtl2s51:20931:201116:-1 gene:EMLSAG00000008465 transcript:EMLSAT00000008465 description:"maker-LSalAtl2s51-augustus-gene-2.12")

HSP 1 Score: 87.8113 bits (216), Expect = 1.242e-17
Identity = 81/332 (24.40%), Postives = 136/332 (40.96%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDG-------XFNAQNGSLIIESVNQRQAGEYVCTPYNIHGT--AGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEAST 324
            + C   NG G P+ AT+ L V                L T    +   P  + + +    ++ C    NP +  V W KD       DVD              GSL I+   +   G+Y C   N  GT  +  + V   + + PPT   +P+ +Y+  +G  + + C  +G P P +KWRK    +      +    L ++++ +S +  Y CV ++++  I     + ++   P APTN+ +++     V + W   Y G  +    Y I+Y+    K  +W    V         I  LS  T+YEF ++  N  G G  S  + A+T
Sbjct:  188 FECLAENGXGDPVSATSTLKVVED-----------NNLPTGFPEIKQHPGMKVVEKAHNALLVCQAAGNPSVN-VYWVKDTM---KLDVDSNPRLTILKQGKLRGSLQIKDSQESDQGKYECVAENSVGTQYSYAAQVXVRVRRVPPTFSVQPDDVYNVMMGSSLNLTCVGVGSPMPYVKWRKGSQDMSALTPPIGRNVLELQDISESAN--YTCVAASKLGIIEHTTLVQVQ-ARPRAPTNVRLSDVTPTTVRLSW--SYPGNNAEVMYYTIQYK---PKLASWDYKEVSGIITDFYDIRGLSPFTEYEFVILAVNNVGRGEPSTPVVATT 496          
BLAST of EMLSAG00000000256 vs. L. salmonis peptides
Match: EMLSAP00000003860 (pep:novel supercontig:LSalAtl2s:LSalAtl2s209:184550:379550:-1 gene:EMLSAG00000003860 transcript:EMLSAT00000003860 description:"maker-LSalAtl2s209-augustus-gene-4.12")

HSP 1 Score: 78.9518 bits (193), Expect = 6.139e-15
Identity = 83/342 (24.27%), Postives = 137/342 (40.06%), Query Frame = 0
Query:   39 LLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNA-QNGSLIIESVN-QRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRL--PHKRSKVYNGE-LTIENLRKSDHGVYECVVSNEVATITAKAEL-----------------------------YIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDV-----EVRPPPTAS 341
            L+  P      P ++ + +G   I+ C     P+ + +TW KD    D   +D        GSL I+ +N +  +G Y C   N   +   + +++V     P  + RP      S  G +T  C     P   ++W K  G L       ++ +G  L I  L  SD G+Y+C+ +N V  + + A+L                             +I    P AP    +       +T+ W    +   +    Y + Y+EK S+    +       +  ++ I  L+  T YEF+V+  NE G G +SE+I  ST+ D  +DV      +R  PTAS
Sbjct:  202 LVNSPPNFIVKPRNRAVLQGTTLILDCAANGVPQPE-ITWLKDGASLDMSHLDSRLTKLGKGSLKIQDLNAETDSGAYQCRAENTEDSQDVTAIVEV--HSAPEFVVRPSNQMC-SAKGDITFECKVQSFPPAKVQWYK-NGELIVTSDYFQIVDGSNLRILGLLDSDAGMYQCMATNSVGNVQSSAQLKVISNVVSPSLSSVSSSLDSSPSNDDQGSFIFLDXPSAPIXFHVAIXATRFITLTWSSPLNPEGTI-LGYTVYYKEKGSERERVMN--STRGELSEVNIQGLTPGTSYEFRVLAFNENGRGEYSEMITVSTQDD--IDVPGPVRNLRCRPTAS 533          
BLAST of EMLSAG00000000256 vs. L. salmonis peptides
Match: EMLSAP00000000795 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1133:22645:64219:1 gene:EMLSAG00000000795 transcript:EMLSAT00000000795 description:"maker-LSalAtl2s1133-augustus-gene-0.5")

HSP 1 Score: 77.7962 bits (190), Expect = 1.233e-14
Identity = 76/340 (22.35%), Postives = 149/340 (43.82%), Query Frame = 0
Query:   34 SFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANP-EIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPY--NIHGTAGPSGVMQ-------------------VLIKDPPTLMRRPEKLYHRSVGGKV-TMPCGAIGVPHPDIKW--------RKLRGRLPHKRSK--VYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIEL-PVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMF--SEIIEASTKGDGHLDVEVRPP 337
            +F  ++L  P ++ Y   S  +  G   + +C ++ANP  IQ + W ++      +D++G      GS++ +S      GE+V T     ++ TA  SG                      +L++  P + + P  +   +  G++  + C A GVP+  I W         K + R+ H       +  E  I ++   D+G YEC+  N   +   K  ++  KT P  P+ + + +    +V + W+PG++G     Q +++++  ++    N +E   VXP +A    ++ L    +Y F ++  N  G+  +  S +I  ++  +G+ D E   P
Sbjct:  718 TFEIDILYAP-KIVYLTDSVLVGEGEPALFECAVDANPFNIQTIHWFREN-----YDMEGRTKTTQGSVVDKS---GSGGEHVGTVMLTVLNATASDSGAFWCEADNGIERRGRIARNRTYLLVRHKPWVKQTPNNIKAXANPGEMGVLICEASGVPNVTISWVRSSSAFEDKEKYRIVHTMLDPLTWRSEFYIHDVGIKDYGTYECIARNTEGSARQKI-VFDVKTKPDIPSKLRVDKILHESVHLMWVPGFNG--GTDQHFRLQFSSQE----NGVEFRDVXPVNADNFVVNKLEPGVEYAFNIMAFNNQGESNYTDSSVIVHTSIDNGNNDKESXLP 1041          
BLAST of EMLSAG00000000256 vs. L. salmonis peptides
Match: EMLSAP00000003654 (pep:novel supercontig:LSalAtl2s:LSalAtl2s199:341388:472828:1 gene:EMLSAG00000003654 transcript:EMLSAT00000003654 description:"maker-LSalAtl2s199-augustus-gene-4.26")

HSP 1 Score: 76.6406 bits (187), Expect = 3.131e-14
Identity = 61/239 (25.52%), Postives = 106/239 (44.35%), Query Frame = 0
Query:   98 NGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRK-LRGRLPHKRSKVYN-----------GELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEAST 324
            NGSLI+  V     G+Y C   N  G    S  + V +   P       +      G   ++ C A+G    +++W+  LR ++  + +  Y+             LTI ++R+SD G + C   N+  T +    L + ++ P  P+++ ITE    ++ + W P Y G +   Q Y ++Y+E    +       V   ++  I++  L   T+Y  +V+  NE G G  SE+I A T
Sbjct:  255 NGSLILHHVTPEDEGQYRCEVQNGVGAISKSVFVTVQV---PVYFGTGSQNRTAVAGKDASLVCNALGNSPINLEWKTGLREKIGARMTSRYSIVEANSSGGVLSTLTIRSVRRSDSGEFICEAGNDFGTSSISIFLSVVES-PEPPSSVHITELSSRSINLAWYPAYDGNSPVLQ-YIVQYKEGGVHWRYHHNKTVGGGESTGIKLGGLRPYTEYNMRVMSVNEVGAGDPSEVITAVT 488          
BLAST of EMLSAG00000000256 vs. L. salmonis peptides
Match: EMLSAP00000005454 (pep:novel supercontig:LSalAtl2s:LSalAtl2s293:185286:259880:1 gene:EMLSAG00000005454 transcript:EMLSAT00000005454 description:"maker-LSalAtl2s293-augustus-gene-2.25")

HSP 1 Score: 71.633 bits (174), Expect = 1.253e-12
Identity = 61/293 (20.82%), Postives = 119/293 (40.61%), Query Frame = 0
Query:   45 RVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRV------------YDPFDVDGXFNAQ--NGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKVYN-----------GELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYG 312
            R T  PT ++  +G +  I C  +  P+ + V W K   +            Y   DV    N +  +G+LII+++ +   G Y+C   N  G  G S V ++ ++ PP+   + ++     +     + C A G     + W     RL  K    Y              ++I+   + D  ++ CV +N   +      L I++  P  P ++ + +     V + W   Y+G ++  + Y I ++     + N I+  + P D  +  +++L     Y F+++  N  G
Sbjct: 2104 RWTVEPTDKHFAQGSEAKIDCKSDGFPQPKIV-WRKAIGLPVSNEQXPTPSDYKDLDVSNDRNMKIIDGTLIIKNIQKSNEGFYLCKASN--GIGGISAVAKISVQAPPSFEIK-KRTQTALISDNTVLQCEAKGEKPIGVLWNMNNKRLDAKVDDRYTIREEVIDDGVLSTISIKRTERGDSALFTCVATNAFGSDDTSINLIIQEN-PETPYDLKVLDKAGRTVKLSWQTPYNGNSNLTR-YVIEFKPTKGSWKNDIDHVLVPGDQNQAVVYSLKPANSYHFRIVAQNVIG 2390          

HSP 2 Score: 62.003 bits (149), Expect = 1.100e-9
Identity = 40/144 (27.78%), Postives = 66/144 (45.83%), Query Frame = 0
Query:  101 LIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLP-------------------HKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIE 225
            LII SV  +  G Y C+  N  G +  +  +++ ++  P     P    H + G +  + C + G P P I WRK  G LP                    +  K+ +G L I+N++KS+ G Y C  SN +  I+A A++ ++
Sbjct: 2067 LIINSVEHKHRGNYTCSASNKAGNSSDTAQLKINVR--PRWTVEPTD-KHFAQGSEAKIDCKSDGFPQPKIVWRKAIG-LPVSNEQXPTPSDYKDLDVSNDRNMKIIDGTLIIKNIQKSNEGFYLCKASNGIGGISAVAKISVQ 2206          

HSP 3 Score: 59.3066 bits (142), Expect = 7.208e-9
Identity = 55/207 (26.57%), Postives = 91/207 (43.96%), Query Frame = 0
Query:   40 LTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIK-DPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKW------RKLRGRLPHKRSKVYNGELT----IENLRKSDHGVYECVVSNEVATITAKAEL------YIEKTTP 229
            +T P  V   P +Q +  G     +C+ + NP I+ V W K+ +           N    +L I SV +   G Y C   N   +A  +  +++  + DPP  +   E+   +  GG +++ C A G P P+IKW       K  G +     +  NG++T    I  ++    G YEC  S++V  I+  A+L      Y++K  P
Sbjct:  182 VTAPLSVDVEPKTQVVDYGRSVTFKCNYKGNP-IKEVFWLKNGK---------SINHNENTLRINSVKKDDRGMYQCFIRNEQESAQATAELKLGGRFDPPEFISHFEETIVKP-GGYLSISCIAKGDPSPNIKWFIYGKEVKNEGAITVGSFRDANGDVTSHLNISQVKTQFGGTYECQASSKVGKISHMAKLNVFGAPYVKKMRP 377          

HSP 4 Score: 53.1434 bits (126), Expect = 4.710e-7
Identity = 44/179 (24.58%), Postives = 75/179 (41.90%), Query Frame = 0
Query:   51 TSQYIPRGLKGIIQCHIEANP-----EIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYI 224
            T+     GL   + C   A+P       +F+  + +K++     +D       G+LII+      +G+Y+C    ++ + G   V  VL    P  +    K      G  VT  C   G P  ++ W K    + H  +      L I +++K D G+Y+C + NE  +  A AEL +
Sbjct:   98 TTLEFKEGLSFALICPAMASPIPSFRWYKFMEANNNKKL---VKLDDRVKXVGGTLIIKEAKVEDSGKYLCM---VNNSVGGESVETVLTVTAPLSVDVEPKTQVVDYGRSVTFKCNYKGNPIKEVFWLKNGKSINHNENT-----LRINSVKKDDRGMYQCFIRNEQESAQATAELKL 265          
BLAST of EMLSAG00000000256 vs. L. salmonis peptides
Match: EMLSAP00000004784 (pep:novel supercontig:LSalAtl2s:LSalAtl2s251:1649217:1675387:-1 gene:EMLSAG00000004784 transcript:EMLSAT00000004784 description:"maker-LSalAtl2s251-snap-gene-17.6")

HSP 1 Score: 70.8626 bits (172), Expect = 1.289e-12
Identity = 49/183 (26.78%), Postives = 83/183 (45.36%), Query Frame = 0
Query:  152 SVGGKVTMPCGAIGVPHPDIKW----RKLRGRLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKT----TPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKG 326
            ++  ++  PC +IG P P I W      LR        +  +  L I  L  SD G Y C+V N   + +    L ++K+     P AP  +++ +T   ++T+ W P   G  S    Y+I +  +   F +W    + P +     + NL   T Y+F + G N++G G  +E + A T+G
Sbjct:  353 AINEEIFFPCISIGKPKPSISWTFNGEDLRPSSRILVDQTRDNSLWITALELSDSGNYSCMVKNHFGSDSILIYLTVKKSRNNGVPPAPPTLSVVQTTPSSITLGWXPSADG-GSPLLGYRIHHHRE---FGDWDRTDINPLN-NSFTLKNLRCGTHYQFYIQGVNDFGVGERTETVSARTRG 530          
BLAST of EMLSAG00000000256 vs. L. salmonis peptides
Match: EMLSAP00000005066 (pep:novel supercontig:LSalAtl2s:LSalAtl2s266:205294:402426:1 gene:EMLSAG00000005066 transcript:EMLSAT00000005066 description:"maker-LSalAtl2s266-augustus-gene-3.8")

HSP 1 Score: 68.9366 bits (167), Expect = 6.301e-12
Identity = 73/306 (23.86%), Postives = 120/306 (39.22%), Query Frame = 0
Query:   33 SSFLFELLTDPARVTYTPTSQYIPRGLKGI--IQCHIEANPEIQFVTWSKD---KRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQV--LIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLP-HKRSKVY---NGELTIENLRKSDHGVYECVVSNEVATITAKAELYIE---------------KTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYG 312
            +SF   +   PA +   P  Q I  G+ GI   +C    NP      W+K+   + ++          +++G+L I+ V +   G Y+C+  ++ G+      ++V  L   PP ++          +     +PC A G P P I W K +  +     S++    +G L I+NL  SD G+Y C  S+E    +  A L                   T P  PT   I +    ++TI W    +   S    Y + Y   D +   W+ +      +    I+NL   T Y F V   N +G
Sbjct:  300 ASFSISVHAKPA-IQTKPKDQRI--GMNGIAKFECSAGGNPPPSLF-WTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISWRRSPNTGESPLMGYTLEYFSSDLE-TGWV-VAANRITSETYTINNLKPDTSYMFLVRAENSHG 599          

HSP 2 Score: 66.6254 bits (161), Expect = 3.797e-11
Identity = 55/226 (24.34%), Postives = 94/226 (41.59%), Query Frame = 0
Query:    1 MYSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHI-EANPEIQFVTWSKDKRVYDPFDVDG-XFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYI 224
            +Y CE TN +G        L V                +L +  R+   P    +  G  G+I+C   + NP+   V W+K+  + D    +G     + G+L+I+ V +   G+  C   NI G    +   Q+ I+  P  + +P  +   S G  + + C   G P P + W +  G LP  +  +    L I ++R  D G+Y C   N+V  + A   + +
Sbjct:  101 LYWCEATNEVGTARSRNVTLDVA---------------VLREDFRLN--PMDTIVAEGDIGVIKCWPPKGNPKPS-VKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIR-ETEEAQLSIQVKPYFLSKPLDITAIS-GDDIDIICDVSGDPDPIVIWSRDDGPLPENKVSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISV 306          
BLAST of EMLSAG00000000256 vs. L. salmonis peptides
Match: EMLSAP00000004040 (pep:novel supercontig:LSalAtl2s:LSalAtl2s215:590464:702398:-1 gene:EMLSAG00000004040 transcript:EMLSAT00000004040 description:"maker-LSalAtl2s215-snap-gene-7.10")

HSP 1 Score: 67.3958 bits (163), Expect = 1.691e-11
Identity = 45/151 (29.80%), Postives = 68/151 (45.03%), Query Frame = 0
Query:   76 VTWSKDKRVYD-PFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIE 225
            V W K+ ++ D   + +  +    G+L+I        G Y C   NI GT     +  + +   P++ + PE     S G ++ + C A G P P I W K  G LP  RS++  G L I+N   +D  VY C+  N     TA A + I 
Sbjct:  158 VFWKKNGQILDLETEEERLYIKDEGTLVIPDSIPGDEGSYQCIAKNIAGTKATQRI-HLEVGIVPSITKAPENASIAS-GKEIRLVCVAEGKPKPMISWSKSAGSLPLSRSRIEGGLLIIKNAITTDEDVYRCMAENSAGMDTATAAIRIH 306          
BLAST of EMLSAG00000000256 vs. SwissProt
Match: gi|158706513|sp|Q967D7.2|TUTL_DROME (RecName: Full=Protein turtle)

HSP 1 Score: 417.927 bits (1073), Expect = 1.971e-123
Identity = 223/529 (42.16%), Postives = 313/529 (59.17%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAI---GVPHPDIKWRKLRGRL----PHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDG-----HLDVEVRPPPTASPSEQSTFSDAP--PGERPAPATNLTLNQEAGGWVLRWITPKEDPPI-QYYTIQVKTDSQG----------------IKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAINEIQRLATPTYNMVACRVSEARN 499
            Y CEVTNGIG P  A+AYL VE                   PA+VT+TPT QY+P  L G++QC+I+++P++Q+VTW+KDKR+ +P+ +       NGSL+   VN+   G+Y CTPYN  GTAG SGVM VL++ PP     PE LY R VG  V M C A+   G   P IKW++  G         R K+  G +TIENLR+ D G Y+CVVSNEVAT+ A  +L IE T PHAP NIT   TE  ++T+QWLPGYSG +  KQ Y I +RE  +   +W  + V P  + ++ I+ L++ T YEFQV+G N  GDGM S+++   T  D      ++    +PP        S F   P   G +P P  N+++ + + G+++ W +P E   I ++YTI+ +TD+Q                 +KN+   + Y FRV ++S  SY  S+E+++ VP  VK +A+TAG++GGILFFIVAI+LS+C VKICNKR+R K ++            +NMVACR+++ARN
Sbjct:  417 YLCEVTNGIGDPQSASAYLSVEY------------------PAKVTFTPTVQYLPFRLAGVVQCYIKSSPQLQYVTWTKDKRLLEPYQMKDIVVMANGSLLFTRVNEEHQGQYACTPYNAQGTAGASGVMDVLVRKPPAFTVEPETLYQRKVGDSVEMHCDALEAEGTERPTIKWQRQEGEQLTESQRNRIKISGGNITIENLRREDFGYYQCVVSNEVATLMAVTQLVIEGTQPHAPYNITGKATES-SITLQWLPGYSGGSEYKQDYTIWFRE--AGVNDWQTISVTPSGSTQVTINGLASGTTYEFQVVGRNVLGDGMMSKVMTVRTLEDAPAAPRNVKAATQPP-------DSFFQLMPDEAGPKPGPPRNVSVTEVSNGFLITWQSPLERAHIVKFYTIKYRTDAQWKTLNRGQIRPEETQYLVKNLVGGRTYYFRVLANSEKSYESSDEVKFPVPARVKHKAITAGVVGGILFFIVAIILSVCAVKICNKRKRRKQEKE-----------FNMVACRITDARN 906          

HSP 2 Score: 59.3066 bits (142), Expect = 1.814e-7
Identity = 85/344 (24.71%), Postives = 133/344 (38.66%), Query Frame = 0
Query:   23 ECKLYF-----KCFLSSFLFEL-LTDPARVTYTPTSQ-YIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVP-HPDIKWRK----------LRGRLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVAT-ITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLP-GYSGCASC--KQSYKIRYREKDSKFPNWIELPVXPPDARKI---QIHNLSALTKYEFQVIGTNEYGDGMFSEI---IEASTKGDGHLDVEVRPPP 338
            ECK+ F     K   +   F L +  P R + TP    Y+  G   I+ C  +  P  + + W KD    DP    G FN     L I ++     GEY C   N  G    S   +V+I     +M  P     +  G KV   C A  +P +  ++W +          L  R+  ++    +G L I  ++  D G Y C V+N +    +A A L +E      P  +T      F  T+Q+LP   +G   C  K S +++Y         W +      D R +   Q+ ++  +          NE   G ++      + +    G +DV VR PP
Sbjct:  226 ECKVVFLNRDPKQHKNGTWFHLDVHAPPRFSVTPEDIIYVNLGDSIILNCQADGTPTPE-ILWYKDANPVDPSPTVGIFN-DGTELRISTIRHEDIGEYTCIARNGEGQV--SHTARVIIAGGAVIMVPPTN-QTKLEGEKVIFSCEAKAMPGNVTVRWYREGSPVREVAALETRVTIRK----DGSLIINPIKPDDSGQYLCEVTNGIGDPQSASAYLSVEY-----PAKVT------FTPTVQYLPFRLAGVVQCYIKSSPQLQYV-------TWTK------DKRLLEPYQMKDIVVMANGSLLFTRVNEEHQGQYACTPYNAQGTAGASGVMDVLVRKPP 536          
BLAST of EMLSAG00000000256 vs. SwissProt
Match: gi|75025868|sp|Q9U4G1.1|BDL_DROME (RecName: Full=Protein borderless; Flags: Precursor)

HSP 1 Score: 226.098 bits (575), Expect = 5.677e-61
Identity = 158/498 (31.73%), Postives = 230/498 (46.18%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAI---GVPHPDIKWRKLRGR-LPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDVEVRPPPTASPSEQSTFSD--APPGERPAPATNLTLNQEAGGWVLRWITPKED-PPIQYYTIQVKTDSQGIKNMGTAKAY-------------LFRVFSHSL---TSYSV-SEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRA 475
            Y C+V N  G    A A+L ++ K                  A+V Y P   ++P G   ++ CH  ANP ++ + W KD  ++D ++V G F   NGSL    V++  AG Y CTPYN  GT GPS V+ V++  PP     P+ +Y + +G    +PC AI   G   P I W +  G+ LP  R  +  G LTI  L + D G+YEC  +NE ATITA+AEL IE   P AP N+T   TE   +TI+W PGY         Y + YR  ++  P W  L V      +  + +L    +YEF V+  ++YGDGMFS+     T     L   +R     +   Q       AP G   AP  NLT      GW+L W  P +    ++ Y ++   + +    +G A+ +             LF+V   ++   T  SV S E+   VP   K RA+  G   G++F + A+   +   + C +    K   A
Sbjct:  222 YECKVRNSDGELQTAKAFLNIQYK------------------AKVIYAPPEVFLPYGQPAVLDCHFRANPPLKNLRWEKDGLLFDSYNVPGVFYKMNGSLFFAKVDENHAGSYTCTPYNDLGTDGPSPVISVIVLRPPIFSVTPKAIYIQKLGEAAELPCEAIDRDGNNRPSIIWGRKDGQPLPADRFSLSGGNLTITGLVEGDRGIYECSATNEAATITAEAELMIENIAPRAPYNLTANSTET-CITIRWQPGY---LRPNLEYTVWYRLMEA--PEWRTLRVLDKKVMEATVQHLQPGKEYEFMVLSQDKYGDGMFSKQFRFQT-----LPSPIRADDFDAQQLQHDLGQVTAPAGGLGAP-WNLTAISNQQGWLLHWEHPVQGLEGLRLYAVRWWKEPEHFL-IGHAETFDNYYQLRHLKEDTLFKVQVLAVGTETQQSVPSHELLIDVPSQRKVRALIIGSSVGVIFLLCALCAFLYVKRSCLRHLFAKDSSA 688          
BLAST of EMLSAG00000000256 vs. SwissProt
Match: gi|158706515|sp|Q9P2J2.2|TUTLA_HUMAN (RecName: Full=Protein turtle homolog A; AltName: Full=Immunoglobulin superfamily member 9A; Short=IgSF9A; Flags: Precursor)

HSP 1 Score: 209.149 bits (531), Expect = 9.207e-54
Identity = 155/498 (31.12%), Postives = 231/498 (46.39%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKV-YNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRY----REKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDVEVRPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDPP-IQYYTIQVKTDSQGIKNMGTAKA----------------YLFRV--FSHSLTS-----YSVSEEMRYGVPXNVKR-----RAVTAGLIGGILFFIVAIVLSICTVKICN 465
            Y+C  +NG+  P  A+AYL V   LY               PA+VT  P    +P G+ G+I+C + ANP + FV+W+KD +        G      GSLII   N+   GEY CTPYN  GTAGPS V +VL+K PP  + RP++ Y + VG ++ +PC A G P P + W K+ GR    +++V  N  L +  L K  HG +EC  SN VA +     +Y+  T+PH  TN+++      A  + W PG+ G     Q + + Y    +  D    +W+ L V P  A  + +  L   T+Y+F V+  N+ G G FSEI+ ++ +G          PPT  P   S            P   L   +   G +L W  P+  P  +  Y ++ +  SQG + +  A A                Y FR+  F+ S  S      +VS       P   +      + V AG++GG+ F  VA+++SI    + N
Sbjct:  299 YTCVPSNGLLHPPSASAYLTV---LY---------------PAQVTAMPPETPLPIGMPGVIRCPVRANPPLLFVSWTKDGKALQLDKFPGWSQGTEGSLIIALGNEDALGEYSCTPYNSLGTAGPSPVTRVLLKAPPAFIERPKEEYFQEVGRELLIPCSAQGDPPPVVSWTKV-GRGLQGQAQVDSNSSLILRPLTKEAHGHWECSASNAVARVATSTNVYVLGTSPHVVTNVSVVALPKGA-NVSWEPGFDG--GYLQRFSVWYTPLAKRPDRMHHDWVSLAV-PVGAAHLLVPGLQPHTQYQFSVLAQNKLGSGPFSEIVLSAPEGLPTTPAAPGLPPTEIPPPLS------------PPRGLVAVRTPRGVLLHWDPPELVPKRLDGYVLEGRQGSQGWEVLDPAVAGTETELLVPGLIKDVLYEFRLVAFAGSFVSDPSNTANVSTSGLEVYPSRTQLPGLLPQPVLAGVVGGVCFLGVAVLVSILAGCLLN 761          
BLAST of EMLSAG00000000256 vs. SwissProt
Match: gi|158706516|sp|Q05BQ1.2|TUTLA_MOUSE (RecName: Full=Protein turtle homolog A; AltName: Full=Dendrite arborization and synapse maturation protein 1; AltName: Full=Immunoglobulin superfamily member 9A; Short=IgSF9A; Flags: Precursor)

HSP 1 Score: 206.838 bits (525), Expect = 5.030e-53
Identity = 155/497 (31.19%), Postives = 227/497 (45.67%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRY----REKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDVEVRPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDPP-IQYYTIQVKTDSQG--IKNMGTAKA--------------YLFRV--FSHSLTS--YSVSEEMRYGVPXNVKR--------RAVTAGLIGGILFFIVAIVLSICTVKICN 465
            Y+C  +NG   P  A+AYL V   LY               PA+VT  P    +P G++G+I+C + ANP + FVTW+KD +        G      GSLII   N+   GEY CTPYN  GTAGPS V QVL+K PP  + +P++ Y + VG ++ +PC A G P P + W K+   L  +     N  L +  L K   G +EC  SN VA +T    +Y+  T+PH  TN+++      A  + W PG+ G     Q + + Y    +  D    +W+ L V P  A  + +  L A  +Y+F V+  N+ G G FSEI+ +  +G          PPT  P   S            P   L   +   G +L W  P+  P  +  Y ++ +  SQG  I + G A                Y FR+  F+ S  S   +V+     G+     R        + V AG++GG+ F  VA+++SI    + N
Sbjct:  299 YTCVPSNGFLHPPSASAYLTV---LY---------------PAQVTVMPPETPLPTGMRGVIRCPVRANPPLLFVTWTKDGQALQLDKFPGWSLGPEGSLIIALGNENALGEYSCTPYNSLGTAGPSPVTQVLLKAPPAFIDQPKEEYFQEVGRELLIPCSARGDPPPIVSWAKVGRGLQGQAQVDSNNSLVLRPLTKEAQGRWECSASNAVARVTTSTNVYVLGTSPHVVTNVSVVPLPKGA-NVSWEPGFDG--GYLQRFSVWYTPLAKRPDRAHHDWVSLAV-PIGATHLLVPGLQAHAQYQFSVLAQNKLGSGPFSEIVLSIPEGLPTTPAAPGLPPTEIPPPLS------------PPRGLVAVRTPRGVLLHWDPPELIPGRLDGYILEGRQGSQGWEILDQGVAGTEIQLLVPGLIKDVLYEFRLVAFADSYVSDPSNVANISTSGLEVYPSRTQLPGLLPQPVLAGVVGGVCFLGVAVLVSILAACLMN 761          
BLAST of EMLSAG00000000256 vs. SwissProt
Match: gi|158706405|sp|P0C5H6.1|TUTLA_RAT (RecName: Full=Protein turtle homolog A; AltName: Full=Dendrite arborization and synapse maturation protein 1; AltName: Full=Immunoglobulin superfamily member 9A; Short=IgSF9A; Flags: Precursor)

HSP 1 Score: 204.912 bits (520), Expect = 1.985e-52
Identity = 151/498 (30.32%), Postives = 226/498 (45.38%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRY----REKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDVEVRPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDPP-IQYYTIQVKTDSQG--IKNMGTAKA--------------YLFRVFSHSLTSYSVSEEM-------------RYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICN 465
            Y+C  +NG   P  A+AYL V   LY               PA+VT  P    +P G++G+I+C + ANP + FVTW+KD +        G      GSL+I   N+   GEY CTPYN  GTAG S V +VL+K PP  + +P++ Y + VG  + +PC A G P P + W K+   L  +     N  L +  L K  HG +EC   N VA +T    +Y+  T+PH  TN+++      A  + W PG+ G     Q + + Y    +  D    +W+ L V P  A  + +  L A T+Y+F V+  N+ G G FSEI+ +  +G        R PPT  P   S            P   L   +   G +L W  P+  P  +  Y ++ +  SQG  I + G A                Y FR+ + + +  S    +             R  +P  +  + V AG++GG+ F  VA+++SI    + N
Sbjct:  299 YTCVPSNGFPHPPSASAYLTV---LY---------------PAQVTVMPPETPLPIGMRGVIRCPVRANPPLLFVTWTKDGQALQLDKFPGWSLGPEGSLVIALGNEDALGEYSCTPYNSLGTAGSSPVTRVLLKAPPAFIDQPKEEYFQEVGRDLLIPCSARGDPPPIVSWAKVGRGLQGQAQVDSNNSLILRPLTKEAHGRWECSARNAVAHVTISTNVYVLGTSPHVVTNVSVVPLPKGA-NVSWEPGFDG--GYLQRFSVWYTPLAKRPDRAHHDWVSLAV-PMGATHLLVPGLQAYTQYQFSVLAQNKLGSGPFSEIVLSIPEGLPTTPAVPRLPPTEMPPPLS------------PPRGLVAVRTPRGVLLHWDPPELIPERLDGYILEGRQGSQGWEILDQGVAGTEIQLLVPGLIKDVLYEFRLVAFADSYVSDPSNIANISTSGLEVYPSRTQLP-GLLPQPVLAGVVGGVCFLGVAVLVSILAACLMN 761          
BLAST of EMLSAG00000000256 vs. SwissProt
Match: gi|158706512|sp|Q9UPX0.2|TUTLB_HUMAN (RecName: Full=Protein turtle homolog B; AltName: Full=Immunoglobulin superfamily member 9B; Short=IgSF9B; Flags: Precursor)

HSP 1 Score: 192.2 bits (487), Expect = 2.183e-48
Identity = 142/493 (28.80%), Postives = 212/493 (43.00%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVD---GXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDVEVRPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDP-PIQYYTIQVKTDSQ------GI---------KNMGTAKAYLFRVFS--HSLTS-----YSVSEEMRYGVPXNVK---RRAVTAGLIGGILFFIVAIVLSICTVKICN 465
            Y+C  +N +GR   A+AYL V+                   PARV   P   Y+P G+ G I+C ++A P    V W+KD R   P  V+   G    ++GS+ IE   +   G Y C PYN  GT G S   ++++KDPP     P   Y +  G ++ +PC A G P P I WRK+      K S + +G L    L K DHG +ECV +N V +ITA   L +  T+PHAP ++ + +  +    + W PGY G    +Q++ +  +       +W+ LPV PP    + +  L   T Y+F V+  N+ G   FSE++  +T             P  +P      +         P   L  N+   G +L W+ P     PI  Y ++ +   +      GI         K++     Y FRV +    L S       VS    +  P   +    R V AG++  I F   AI+ S       N
Sbjct:  301 YTCVPSNSLGRSPSASAYLTVQY------------------PARVLNMPPVIYVPVGIHGYIRCPVDAEPPATVVKWNKDGR---PLQVEKNLGWTLMEDGSIRIEEATEEALGTYTCVPYNTLGTMGQSAPARLVLKDPPYFTVLPGWEYRQEAGRELLIPCAAAGDPFPVITWRKVGKPSRSKHSALPSGSLQFRALSKEDHGEWECVATNVVTSITASTHLTVIGTSPHAPGSVRV-QVSMTTANVSWEPGYDG--GYEQTFSVWMKRAQFGPHDWLSLPV-PPGPSWLLVDTLEPETAYQFSVLAQNKLGTSAFSEVVTVNTLAF----------PITTPEPLVLVT---------PPRCLIANRTQQGVLLSWLPPANHSFPIDRYIMEFRVAERWELLDDGIPGTEGEFFAKDLSQDTWYEFRVLAVMQDLISEPSNIAGVSSTDIFPQPDLTEDGLARPVLAGIVATICFLAAAILFSTLAACFVN 749          
BLAST of EMLSAG00000000256 vs. SwissProt
Match: gi|1028066211|sp|E9PZ19.1|TUTLB_MOUSE (RecName: Full=Protein turtle homolog B; AltName: Full=Immunoglobulin superfamily member 9B; Flags: Precursor)

HSP 1 Score: 186.808 bits (473), Expect = 1.166e-46
Identity = 139/493 (28.19%), Postives = 209/493 (42.39%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVD---GXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDVEVRPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDP-PIQYYTIQVKTDSQG---------------IKNMGTAKAYLFRVFS--HSLTS-----YSVSEEMRYGVP---XNVKRRAVTAGLIGGILFFIVAIVLSICTVKICN 465
            Y+C  +N +GR   A+AYL V+                   PARV   P   Y+P G+ G I+C ++A P    V W+KD R   P  V+   G    ++GS+ IE   +   G Y C PYN  GT G S   ++++KDPP     P   Y +  G ++ +PC A G P P I WRK+      K + + +G L    L K DHG +ECV +N V +ITA   L +  T+PHAP ++ +    +    + W PGY G    +Q++ +  +       +W+ L V PP    + + +L   T Y+F V+  N  G   FSE++  +T             P  +P      +         P   LT N+   G +L W+ P     PI  Y ++ +   +                 K++     Y FRV +    L S       VS    +  P    +   R V AG++  I F   AI+ S       N
Sbjct:  301 YTCVPSNSLGRSPSASAYLTVQY------------------PARVLNMPPVIYVPVGIHGYIRCPVDAEPPATVVKWNKDGR---PLQVEKNLGWTLMEDGSIRIEEATEEALGTYTCVPYNTLGTMGQSAPARLVLKDPPYFTVLPGWEYRQEAGRELLIPCAAAGDPFPVITWRKVGKPSRSKHNALPSGSLQFRALSKEDHGEWECVATNVVTSITASTHLTVIGTSPHAPGSVRV-HVSMTTANVSWEPGYDG--GYEQTFSVWMKRAQFGPHDWLSLSV-PPGPSWLLVDSLEPETAYQFSVLAQNRLGTSAFSEVVTVNTLAF----------PVTTPEPLVLVT---------PPRCLTANRTQQGVLLSWLPPANHSFPIDRYIMEFRVGERWEMLDDAIPGTDGDFFAKDLSQDTWYEFRVLAVMQDLISEPSNIAGVSSTDIFPQPDLTDDGLARPVLAGIVATICFLAAAILFSTLAACFVN 749          
BLAST of EMLSAG00000000256 vs. SwissProt
Match: gi|1028066215|sp|D3ZB51.1|TUTLB_RAT (RecName: Full=Protein turtle homolog B; AltName: Full=Immunoglobulin superfamily member 9B; Flags: Precursor)

HSP 1 Score: 183.726 bits (465), Expect = 8.940e-46
Identity = 140/493 (28.40%), Postives = 210/493 (42.60%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVD---GXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDVEVRPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDP-PIQYYTIQVK--------------TDSQGI-KNMGTAKAYLFRVFS--HSLTS-----YSVSEEMRYGVP---XNVKRRAVTAGLIGGILFFIVAIVLSICTVKICN 465
            Y+C  +N +GR   A+AYL V+                   PARV   P   Y+P G+ G I+C ++A P    V W+KD R   P  V+   G    ++GS+ IE   +   G Y C PYN  GT G S   ++++KDPP     P   Y +  G ++ +PC A G P P I WRK+      K + + +G L    L K DHG +ECV +N V +ITA   L +  T+PHAP ++ +    +    + W PGY G    +Q++ +  +       +W+ L V P     + + +L   T Y+F V+  N  G   FSE++  +T             P  +P      +         P   LT N+   G +L W+ P     PI  Y ++ +              TD +   K++     Y FRV +    L S       VS    +  P    +   R V AG++  I F   AI+ S       N
Sbjct:  301 YTCVPSNSLGRSPSASAYLTVQY------------------PARVLNMPPVIYVPVGIHGYIRCPVDAEPPATVVKWNKDGR---PLQVEKNLGWTLMEDGSIRIEEATEEALGTYTCVPYNTLGTMGQSAPARLVLKDPPYFTVLPGWEYRQEAGRELLIPCAAAGDPFPVITWRKVGKPSRSKHNALPSGSLQFRALSKEDHGEWECVATNVVTSITASTHLTVIGTSPHAPGSVRV-HVSMTTANVSWEPGYDG--GYEQTFSVWMKRAQFGPHDWLSLSV-PLGPSWLLVDSLEPETAYQFSVLAQNRLGTSAFSEVVTVNTLAF----------PVTTPEPLVLVT---------PPRCLTANRTQQGVLLSWLPPANHSFPIDRYIMEFRVGERWEMLDDAIPGTDGEFFAKDLSQDTWYEFRVLAVMQDLISEPSNIAGVSSTDIFPQPDLTDDGLARPVLAGIVATICFLAAAILFSTLAACFVN 749          
BLAST of EMLSAG00000000256 vs. SwissProt
Match: gi|226723262|sp|A4IFW2.1|PTPRF_DANRE (RecName: Full=Receptor-type tyrosine-protein phosphatase F; Flags: Precursor)

HSP 1 Score: 94.3597 bits (233), Expect = 3.706e-18
Identity = 84/283 (29.68%), Postives = 134/283 (47.35%), Query Frame = 0
Query:   50 PTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXF---NAQNGSLIIESVNQRQAGEYVCTPYNIHGT--AGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSK---VYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEAST 324
            P  + + R     + C    NP+ + +TW KD   + P D++G       ++G+L IE+  +   G+Y C   N  GT  + P+  + V ++  P     P   +    GG V + C A+G P P +KW  + G +   + +   V    L + N+R+S +  Y CV  + +  I A A++ + K  P  PT++T+TET   +VT+ W    SG       Y I+YR K S   N+ E  V      +  I  LS  ++YEF+V+  N  G G  SE +E  T
Sbjct:  143 PQLKVVERTRTTTMLCAASGNPDPE-ITWFKD---FLPVDINGNGRIKQLRSGALQIENSEESDQGKYECVATNSAGTRYSAPAN-LYVRVRRVPPRFSIPPTNHEVMPGGSVNLTCVAVGAPMPYVKW--MTGEVELTKDEEMPVGRNVLELTNIRQSTN--YTCVAISSLGMIEATAQVSV-KALPKPPTSLTVTETTATSVTLTW---DSGNPEPVSYYIIQYRAKTSD-TNFQE--VDGVATTRYSIGGLSPYSEYEFRVMAVNNIGRGPPSEPVETRT 409          
BLAST of EMLSAG00000000256 vs. SwissProt
Match: gi|81916020|sp|Q8VHZ8.1|DSCAM_RAT (RecName: Full=Down syndrome cell adhesion molecule homolog; Flags: Precursor)

HSP 1 Score: 93.2041 bits (230), Expect = 1.020e-17
Identity = 57/176 (32.39%), Postives = 88/176 (50.00%), Query Frame = 0
Query:  157 VTMPCGAIGVPHPDIKWRKLRGRLPH------KRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKG 326
            + +PC A+G P P +KW K     P       +RS   NG   I  ++  D G Y CV +N   +      L ++   P  P  +T+++T   ++T+ WLPG +G +S +  Y ++Y E +S+   W   P+ P + R  ++ NL   T Y+F +   N  G G  SEIIEA T G
Sbjct: 1303 IVLPCKAVGDPSPAVKWMKDSNGTPSLVTIDGRRSIFSNGSFVIRTVKAEDSGYYSCVANNNWGSDEIILNLQVQ-VPPDQP-RLTVSKTTSSSITLSWLPGDNGGSSIR-GYILQYSEDNSE--QWGSFPISPSE-RSYRLENLKCGTWYKFTLTAQNGVGPGRISEIIEAKTLG 1472          

HSP 2 Score: 62.7734 bits (151), Expect = 1.889e-8
Identity = 56/189 (29.63%), Postives = 85/189 (44.97%), Query Frame = 0
Query:   53 QYIPRGLKGIIQCHIEANPE--IQFVTWSKDKRVYDPFDVDGX--FNAQNGSLIIESV-NQRQAGEYVC-TPYNIHGTAGPSGVMQVLIKDP----PTLMRRPEKLYHRSV--GGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKVYNGELT---IENLRKSDHGVYECVVSNEVATITAKAELYIEK 226
            Q   RG   + +C I ++ E  +  V+W KD        V G        G+L I+ V N+     Y C T +   G    S   ++ + DP    P+++   +   HR    G +V +PC A+G P PD +W  L+  +P + S  +   +T   IEN R SD G Y C VSN   T      LY+++
Sbjct:  133 QKTMRGNVAVFKCIIPSSVEAYVTVVSWEKDTVSL----VSGSRFLITSTGALYIKDVQNEDGLYNYRCITRHRYTGETRQSNSARLFVSDPANSAPSIL---DGFDHRKAMAGQRVELPCKALGHPEPDYRW--LKDNMPLELSGRFQKTVTGLLIENSRPSDSGSYVCEVSNRYGTAKVIGRLYVKQ 312          

HSP 3 Score: 62.003 bits (149), Expect = 2.626e-8
Identity = 46/170 (27.06%), Postives = 78/170 (45.88%), Query Frame = 0
Query:   65 CHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRL--PHKRSKVY---NGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTP 229
            C    +PE  +  W KD     P ++ G F      L+IE+     +G YVC   N +GTA   G  ++ +K P      P K+   SVG +V++ C   G    ++ W +  G +  P K  ++    +  L ++++ KSD G Y+C V  +  +     ++ +E  TP
Sbjct:  246 CKALGHPEPDY-RWLKDNM---PLELSGRFQKTVTGLLIENSRPSDSGSYVCEVSNRYGTAKVIG--RLYVKQPLKATISPRKV-KSSVGSQVSLSCSVTGNEDQELSWYR-NGEILNPGKNVRITGLNHANLIMDHMVKSDGGAYQCFVRKDKLSAQDYVQVVLEDGTP 407          
BLAST of EMLSAG00000000256 vs. Select Arthropod Genomes
Match: EEB14757.1 (turtle protein, isoform, putative [Pediculus humanus corporis])

HSP 1 Score: 432.95 bits (1112), Expect = 1.392e-130
Identity = 238/557 (42.73%), Postives = 325/557 (58.35%), Query Frame = 0
Query:    1 MYSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPC---GAIGVPHPDIKWRKLRGR-LPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDVEVRPPPTASPSEQSTFSDAP--PGERPAPATNLTLNQEAGGWVLRWITPKEDPP-IQYYTIQVKTDSQG----------------IKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAINEIQRLATPTYNMVACRVSEARNGSQVS---QVPLK-RHRQSGVP-VVNTIPLKQGFL 529
            +Y+CEVTNGIG P  A+AYL VE                   PA+VT+TPT QY+P  L G++QC I+ANP  Q+VTW+KDKR+ +P+         NGSL+   VNQ   G Y CTPYN  GT G SG M+VL++ PP  +  PE LY + VG  V M C    A G   P ++W++  G  L   R ++  G +TIE+LR+SD G Y+CV SNEVATI A  +L +E T PHAP N++   +E FAVT+ WLPGYSG    KQ Y I YRE  +    W  +PV P  + ++ I+ L+  T YEFQVIG N  GDGM S++I   T+     DV +    +     +  F  AP   G RP P  NLT+ +   G+++ W  P E    + +YTI+ +TD+Q                 +KN+   + Y FRV ++S TSY  SEE+++ VP  VK +A+ AG++GG LFFIVAI+LS+C VKICNKR+R + ++A           YNMVACR+++ RNG Q+S   QVPLK RH + G+  V+N + +   +L
Sbjct:  251 LYTCEVTNGIGEPQSASAYLNVEF------------------PAKVTFTPTVQYLPFRLAGVVQCFIKANPPHQYVTWTKDKRLLEPYQTKDIVIMNNGSLLFTRVNQNHQGRYTCTPYNAQGTQGSSGPMEVLVRKPPVFVVEPESLYQKKVGETVEMHCEVQEAEGTQKPTVQWQRRDGAPLQKNRIRISGGNITIESLRRSDFGFYQCVASNEVATIVAATQLVVEGTQPHAPYNVSGNASE-FAVTLSWLPGYSGGPDYKQDYTIWYREVGAS--EWSTIPVTPSGSTQVTINRLTPSTSYEFQVIGKNALGDGMLSKVITVRTQ-----DVGITRTVSNPVVSEKDFIPAPEDSGPRPGPPKNLTVTEINNGFLISWEQPNERANLVLHYTIKYRTDAQWKTLNKGTIRPEETQYLVKNLVGGRTYYFRVLANSRTSYESSEEVKFPVPARVKHKAIKAGVVGGFLFFIVAIILSVCAVKICNKRKRRRQEKA-----------YNMVACRITDGRNGGQLSGATQVPLKNRHNEGGISGVMNVLKIISHWL 770          

HSP 2 Score: 59.6918 bits (143), Expect = 6.076e-8
Identity = 83/340 (24.41%), Postives = 127/340 (37.35%), Query Frame = 0
Query:   23 ECKLYF-----KCFLSSFLFEL-LTDPARVTYTPTSQ-YIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVP-HPDIKWRK----------LRGRLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLP-GYSGCASC----KQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKG-DGHLDVEVRPPP 338
            ECK+ F         +   F L +  P R + TP    Y+  G   I+ C  E  P  + + W KD    +P    G FN +   L I S+     G+Y C   N  G    S   +V+I     +M  P     +  G KV   C A  +P +  +KW +          L  R+  +R    +G L +  +   D G+Y C V+N +           E  +  A  N+       F  T+Q+LP   +G   C       ++     KD +        + P   + I I N  +L    F  +  N  G    +      T+G  G ++V VR PP
Sbjct:   61 ECKVVFLNRSPNSHKNGTWFHLDVHAPPRFSVTPEDIIYVNLGDAIILNCQAEGTPTPE-ILWYKDANPVEPSATIGIFN-EGTELRISSIRHEDIGDYTCIARNGEGQI--SHTARVIIAGGAVIMVPPTN-QTKLEGEKVQFTCEAKALPGNVTVKWLREGVPILEVASLETRVTTRR----DGSLIVNPVNADDSGLYTCEVTNGIG----------EPQSASAYLNVEFPAKVTFTPTVQYLPFRLAGVVQCFIKANPPHQYVTWTKDKRL-------LEPYQTKDIVIMNNGSLL---FTRVNQNHQGRYTCTPYNAQGTQGSSGPMEVLVRKPP 371          
BLAST of EMLSAG00000000256 vs. Select Arthropod Genomes
Match: gb|KYB28097.1| (Protein turtle-like Protein [Tribolium castaneum])

HSP 1 Score: 423.32 bits (1087), Expect = 1.759e-127
Identity = 238/561 (42.42%), Postives = 318/561 (56.68%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAI---GVPHPDIKWRKLRGR-LPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDV--------------EVRPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDP-PIQYYTIQVKTDSQG----------------IKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAINEIQRLATPTYNMVACRVSEARNGSQV--SQVPLKRHRQ---SGVPVVNTI 522
            Y CEV+NGIG P  A+AYL VE                   PA+VT+TPT QY+P  L G++QC+I+ANP +Q+VTW+KDKR+ +P+         NGSL+   VN+   G Y CTPYN  GT G SG M+VL++ PP     PE LY R VG  V M C A    G   P I+W++  G  LP KR K+  G +TIE LR  D G Y+CV SNEVATI     L +E T PHAP N+T    E FAVT+ WLPGYSG    KQ+Y I YRE  +    W  +PV P  + +I+I+ LS  T YEFQV+G N  GDG+ S++I   T     LD+               V  PP   P E         G +P    NLT+ + + G+++ W  P E    IQ+Y+I+ +TD                   +KN+   + Y FRV ++S+ S+  SEE+++ VP  VK +A+TAG++GGILFFIVAI+LS+C VKICNKR+R K ++A           YNMVACR++++RNG     SQVPLK+ R+   SG+ ++  I
Sbjct:  326 YLCEVSNGIGEPQSASAYLNVEY------------------PAKVTFTPTVQYLPFRLAGVVQCYIKANPPLQYVTWTKDKRLLEPYQTKDIVIMNNGSLLFTRVNENHQGRYTCTPYNAQGTQGSSGQMEVLVRKPPVFTIEPEPLYQRKVGDTVEMHCEAQEAEGTQKPTIEWQRRDGSPLPPKRYKIVGGNITIEGLRAKDFGFYQCVASNEVATIVTSTRLVVEGTEPHAPYNLTGNAME-FAVTLSWLPGYSGGPDYKQNYTIWYREAGTS--EWSTIPVTPSGSTQIKINRLSPGTTYEFQVVGKNALGDGLMSKVITVKT-----LDILDYSNIILPTDSTGRVYYPPIYKPKEL-----LHSGPKPGIPKNLTVTEISNGFLITWQPPTERANLIQHYSIKYRTDGGWKTLNKAQIRPEDTQYLVKNLVGGRTYYFRVVAYSMKSFETSEEVKFSVPARVKHKAITAGVVGGILFFIVAIILSVCAVKICNKRKRRKQEKA-----------YNMVACRITDSRNGGNATDSQVPLKKLRKGRISGLRLIGFI 844          

HSP 2 Score: 57.3806 bits (137), Expect = 3.265e-7
Identity = 91/342 (26.61%), Postives = 132/342 (38.60%), Query Frame = 0
Query:   23 ECKLYF-----KCFLSSFLFEL-LTDPARVTYTPTSQ-YIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVP-HPDIKWRK----------LRGRLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVAT-ITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLP-GYSGCASC--KQSYKIRY--REKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKG-DGHLDVEVRPPPT 339
            ECK+ F         +   F L +  P R T TP+   Y+  G   I+ C  E  P  + + W KD    DP    G FN     L I ++     G+Y C   N  G    S   +V+I     +M  P     +  G KV   C A   P +  +KW +          L  R+  +R    +G L I  +   D G Y C VSN +    +A A L +E      P  +T      F  T+Q+LP   +G   C  K +  ++Y    KD +        + P   + I I N  +L    F  +  N  G    +      T+G  G ++V VR PP 
Sbjct:  135 ECKVVFLNRSPNSHKNGTWFHLDVHAPPRFTDTPSDVIYVNLGDAIILTCTAEGTPTPE-ILWYKDANPVDPSATIGIFN-DGTELRISNIRHEDIGDYTCIARNGEGQI--SHTARVIIAGSAVIMVPPTN-QTKLEGEKVHFTCEAKAQPGNVTVKWFREGAPVKELASLETRVNIRR----DGSLVINPVNSDDSGQYLCEVSNGIGEPQSASAYLNVE-----YPAKVT------FTPTVQYLPFRLAGVVQCYIKANPPLQYVTWTKDKRL-------LEPYQTKDIVIMNNGSLL---FTRVNENHQGRYTCTPYNAQGTQGSSGQMEVLVRKPPV 446          
BLAST of EMLSAG00000000256 vs. Select Arthropod Genomes
Match: AGB92556.1 (turtle, isoform I [Drosophila melanogaster])

HSP 1 Score: 415.616 bits (1067), Expect = 3.671e-127
Identity = 223/529 (42.16%), Postives = 313/529 (59.17%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAI---GVPHPDIKWRKLRGRL----PHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDG-----HLDVEVRPPPTASPSEQSTFSDAP--PGERPAPATNLTLNQEAGGWVLRWITPKEDPPI-QYYTIQVKTDSQG----------------IKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAINEIQRLATPTYNMVACRVSEARN 499
            Y CEVTNGIG P  A+AYL VE                   PA+VT+TPT QY+P  L G++QC+I+++P++Q+VTW+KDKR+ +P+ +       NGSL+   VN+   G+Y CTPYN  GTAG SGVM VL++ PP     PE LY R VG  V M C A+   G   P IKW++  G         R K+  G +TIENLR+ D G Y+CVVSNEVAT+ A  +L IE T PHAP NIT   TE  ++T+QWLPGYSG +  KQ Y I +RE  +   +W  + V P  + ++ I+ L++ T YEFQV+G N  GDGM S+++   T  D      ++    +PP        S F   P   G +P P  N+++ + + G+++ W +P E   I ++YTI+ +TD+Q                 +KN+   + Y FRV ++S  SY  S+E+++ VP  VK +A+TAG++GGILFFIVAI+LS+C VKICNKR+R K ++            +NMVACR+++ARN
Sbjct:  417 YLCEVTNGIGDPQSASAYLSVEY------------------PAKVTFTPTVQYLPFRLAGVVQCYIKSSPQLQYVTWTKDKRLLEPYQMKDIVVMANGSLLFTRVNEEHQGQYACTPYNAQGTAGASGVMDVLVRKPPAFTVEPETLYQRKVGDSVEMHCDALEAEGTERPTIKWQRQEGEQLTESQRNRIKISGGNITIENLRREDFGYYQCVVSNEVATLMAVTQLVIEGTQPHAPYNITGKATES-SITLQWLPGYSGGSEYKQDYTIWFRE--AGVNDWQTISVTPSGSTQVTINGLASGTTYEFQVVGRNVLGDGMMSKVMTVRTLEDAPAAPRNVKAATQPP-------DSFFQLMPDEAGPKPGPPRNVSVTEVSNGFLITWQSPLERAHIVKFYTIKYRTDAQWKTLNRGQIRPEETQYLVKNLVGGRTYYFRVLANSEKSYESSDEVKFPVPARVKHKAITAGVVGGILFFIVAIILSVCAVKICNKRKRRKQEKE-----------FNMVACRITDARN 906          

HSP 2 Score: 57.7658 bits (138), Expect = 2.466e-7
Identity = 85/344 (24.71%), Postives = 133/344 (38.66%), Query Frame = 0
Query:   23 ECKLYF-----KCFLSSFLFEL-LTDPARVTYTPTSQ-YIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVP-HPDIKWRK----------LRGRLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVAT-ITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLP-GYSGCASC--KQSYKIRYREKDSKFPNWIELPVXPPDARKI---QIHNLSALTKYEFQVIGTNEYGDGMFSEI---IEASTKGDGHLDVEVRPPP 338
            ECK+ F     K   +   F L +  P R + TP    Y+  G   I+ C  +  P  + + W KD    DP    G FN     L I ++     GEY C   N  G    S   +V+I     +M  P     +  G KV   C A  +P +  ++W +          L  R+  ++    +G L I  ++  D G Y C V+N +    +A A L +E      P  +T      F  T+Q+LP   +G   C  K S +++Y         W +      D R +   Q+ ++  +          NE   G ++      + +    G +DV VR PP
Sbjct:  226 ECKVVFLNRDPKQHKNGTWFHLDVHAPPRFSVTPEDIIYVNLGDSIILNCQADGTPTPE-ILWYKDANPVDPSPTVGIFN-DGTELRISTIRHEDIGEYTCIARNGEGQV--SHTARVIIAGGAVIMVPPTN-QTKLEGEKVIFSCEAKAMPGNVTVRWYREGSPVREVAALETRVTIRK----DGSLIINPIKPDDSGQYLCEVTNGIGDPQSASAYLSVE-----YPAKVT------FTPTVQYLPFRLAGVVQCYIKSSPQLQYV-------TWTK------DKRLLEPYQMKDIVVMANGSLLFTRVNEEHQGQYACTPYNAQGTAGASGVMDVLVRKPP 536          
BLAST of EMLSAG00000000256 vs. Select Arthropod Genomes
Match: ACZ94159.1 (turtle, isoform F [Drosophila melanogaster])

HSP 1 Score: 415.616 bits (1067), Expect = 3.671e-127
Identity = 223/529 (42.16%), Postives = 313/529 (59.17%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAI---GVPHPDIKWRKLRGRL----PHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDG-----HLDVEVRPPPTASPSEQSTFSDAP--PGERPAPATNLTLNQEAGGWVLRWITPKEDPPI-QYYTIQVKTDSQG----------------IKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAINEIQRLATPTYNMVACRVSEARN 499
            Y CEVTNGIG P  A+AYL VE                   PA+VT+TPT QY+P  L G++QC+I+++P++Q+VTW+KDKR+ +P+ +       NGSL+   VN+   G+Y CTPYN  GTAG SGVM VL++ PP     PE LY R VG  V M C A+   G   P IKW++  G         R K+  G +TIENLR+ D G Y+CVVSNEVAT+ A  +L IE T PHAP NIT   TE  ++T+QWLPGYSG +  KQ Y I +RE  +   +W  + V P  + ++ I+ L++ T YEFQV+G N  GDGM S+++   T  D      ++    +PP        S F   P   G +P P  N+++ + + G+++ W +P E   I ++YTI+ +TD+Q                 +KN+   + Y FRV ++S  SY  S+E+++ VP  VK +A+TAG++GGILFFIVAI+LS+C VKICNKR+R K ++            +NMVACR+++ARN
Sbjct:  417 YLCEVTNGIGDPQSASAYLSVEY------------------PAKVTFTPTVQYLPFRLAGVVQCYIKSSPQLQYVTWTKDKRLLEPYQMKDIVVMANGSLLFTRVNEEHQGQYACTPYNAQGTAGASGVMDVLVRKPPAFTVEPETLYQRKVGDSVEMHCDALEAEGTERPTIKWQRQEGEQLTESQRNRIKISGGNITIENLRREDFGYYQCVVSNEVATLMAVTQLVIEGTQPHAPYNITGKATES-SITLQWLPGYSGGSEYKQDYTIWFRE--AGVNDWQTISVTPSGSTQVTINGLASGTTYEFQVVGRNVLGDGMMSKVMTVRTLEDAPAAPRNVKAATQPP-------DSFFQLMPDEAGPKPGPPRNVSVTEVSNGFLITWQSPLERAHIVKFYTIKYRTDAQWKTLNRGQIRPEETQYLVKNLVGGRTYYFRVLANSEKSYESSDEVKFPVPARVKHKAITAGVVGGILFFIVAIILSVCAVKICNKRKRRKQEKE-----------FNMVACRITDARN 906          

HSP 2 Score: 57.7658 bits (138), Expect = 2.466e-7
Identity = 85/344 (24.71%), Postives = 133/344 (38.66%), Query Frame = 0
Query:   23 ECKLYF-----KCFLSSFLFEL-LTDPARVTYTPTSQ-YIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVP-HPDIKWRK----------LRGRLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVAT-ITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLP-GYSGCASC--KQSYKIRYREKDSKFPNWIELPVXPPDARKI---QIHNLSALTKYEFQVIGTNEYGDGMFSEI---IEASTKGDGHLDVEVRPPP 338
            ECK+ F     K   +   F L +  P R + TP    Y+  G   I+ C  +  P  + + W KD    DP    G FN     L I ++     GEY C   N  G    S   +V+I     +M  P     +  G KV   C A  +P +  ++W +          L  R+  ++    +G L I  ++  D G Y C V+N +    +A A L +E      P  +T      F  T+Q+LP   +G   C  K S +++Y         W +      D R +   Q+ ++  +          NE   G ++      + +    G +DV VR PP
Sbjct:  226 ECKVVFLNRDPKQHKNGTWFHLDVHAPPRFSVTPEDIIYVNLGDSIILNCQADGTPTPE-ILWYKDANPVDPSPTVGIFN-DGTELRISTIRHEDIGEYTCIARNGEGQV--SHTARVIIAGGAVIMVPPTN-QTKLEGEKVIFSCEAKAMPGNVTVRWYREGSPVREVAALETRVTIRK----DGSLIINPIKPDDSGQYLCEVTNGIGDPQSASAYLSVE-----YPAKVT------FTPTVQYLPFRLAGVVQCYIKSSPQLQYV-------TWTK------DKRLLEPYQMKDIVVMANGSLLFTRVNEEHQGQYACTPYNAQGTAGASGVMDVLVRKPP 536          
BLAST of EMLSAG00000000256 vs. Select Arthropod Genomes
Match: XP_006569347.2 (PREDICTED: protein turtle [Apis mellifera])

HSP 1 Score: 425.246 bits (1092), Expect = 4.595e-127
Identity = 245/568 (43.13%), Postives = 328/568 (57.75%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAI---GVPHPDIKWRKLRG-RLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDVEVRPPPTASPSEQSTFSDA------------------PPGER-----PAPATNLTLNQEAGGWVLRWITPKE-DPPIQYYTIQVKTD----------------SQGIKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAINEIQRLATPTYNMVACRVSEARNGS-QVSQ--VPLKRHRQSGVPVVNTI 522
            Y CEVTNGIG P  A+AYL VE                   PA+VT+TPT QY+P  L G++ C+I+ANP +Q+VTW+KDKR+ +P+         NGSL+   VN+   G Y CTPYN HGT G SG M+VL+++PP     PE +Y + VG  V M C A    G   P I+W +  G  +   R+K   G LTIE+LR+SD G Y+CV SNEVATI+A  +L +E T PHAP N+T T TE F+VT+ WLPGYSG    KQ Y I YRE  +    W  +PV P  +  + I++L+  T YEFQVIG N  GDGM S++I   T  D  L     P   A  +  +  SD                   PP  R     P P  NLT+ + + G+++ W  P E +  IQYYTI+ KTD                S  +KN+   + Y F+VF++S T+Y  S+++++ VP  VK +A+TAG++GGILFFIVAI+LSIC VKICNKR+R K ++ +          Y+MVACRV++ARNG+ Q  Q  VPLK+ R+S VP +N +
Sbjct:  489 YLCEVTNGIGDPQSASAYLNVEY------------------PAKVTFTPTVQYLPFRLAGVVHCYIKANPTLQYVTWTKDKRLLEPYQTKDIVVMNNGSLLFTRVNENHQGRYTCTPYNAHGTQGSSGPMEVLVRNPPVFTLEPEPIYQKKVGETVEMHCDAQEAEGTQKPTIQWHRRDGASIQRNRAKTVGGNLTIESLRRSDFGFYQCVASNEVATISASTQLIVEGTQPHAPYNVTGTATE-FSVTLTWLPGYSGGPDYKQDYTIWYRESGTS--EWKMIPVTPSGSTTVTINSLTPGTLYEFQVIGKNALGDGMLSKLITIRTL-DVALTHSATPSSNAGQAAATDESDILDHNTLILPTDSTGNPVFPPIMRPKGPKPGPPKNLTVTEVSNGFLITWEAPVERNHLIQYYTIKYKTDGPWKTLNKGQIRAEETSYLVKNLVGGRTYYFQVFANSATNYGASDQVKFAVPARVKHKAITAGVVGGILFFIVAIILSICAVKICNKRKRRKQEKEL-------LSAYSMVACRVTDARNGAGQGPQGTVPLKKPRKSRVPGLNLL 1027          
BLAST of EMLSAG00000000256 vs. Select Arthropod Genomes
Match: gb|KYB28096.1| (Protein turtle-like Protein [Tribolium castaneum])

HSP 1 Score: 421.009 bits (1081), Expect = 1.367e-126
Identity = 241/574 (41.99%), Postives = 322/574 (56.10%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAI---GVPHPDIKWRKLRGR-LPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHL--DVEVRPPPTASPSEQSTFSD---------------APP----------GERPAPATNLTLNQEAGGWVLRWITPKEDP-PIQYYTIQVKTDSQG----------------IKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAINEIQRLATPTYNMVACRVSEARNGSQV--SQVPLKRHRQ---SGVPVVNTI 522
            Y CEV+NGIG P  A+AYL VE                   PA+VT+TPT QY+P  L G++QC+I+ANP +Q+VTW+KDKR+ +P+         NGSL+   VN+   G Y CTPYN  GT G SG M+VL++ PP     PE LY R VG  V M C A    G   P I+W++  G  LP KR K+  G +TIE LR  D G Y+CV SNEVATI     L +E T PHAP N+T    E FAVT+ WLPGYSG    KQ+Y I YRE  +    W  +PV P  + +I+I+ LS  T YEFQV+G N  GDG+ S++I   T  D  L   V+  P P    +E S   D                PP          G +P    NLT+ + + G+++ W  P E    IQ+Y+I+ +TD                   +KN+   + Y FRV ++S+ S+  SEE+++ VP  VK +A+TAG++GGILFFIVAI+LS+C VKICNKR+R K ++A           YNMVACR++++RNG     SQVPLK+ R+   SG+ ++  I
Sbjct:  326 YLCEVSNGIGEPQSASAYLNVEY------------------PAKVTFTPTVQYLPFRLAGVVQCYIKANPPLQYVTWTKDKRLLEPYQTKDIVIMNNGSLLFTRVNENHQGRYTCTPYNAQGTQGSSGQMEVLVRKPPVFTIEPEPLYQRKVGDTVEMHCEAQEAEGTQKPTIEWQRRDGSPLPPKRYKIVGGNITIEGLRAKDFGFYQCVASNEVATIVTSTRLVVEGTEPHAPYNLTGNAME-FAVTLSWLPGYSGGPDYKQNYTIWYREAGTS--EWSTIPVTPSGSTQIKINRLSPGTTYEFQVVGKNALGDGLMSKVITVKTL-DVSLPHKVQATPTPFLPENENSDILDYSNIILPTDSTGRVYYPPIYKPKELLHSGPKPGIPKNLTVTEISNGFLITWQPPTERANLIQHYSIKYRTDGGWKTLNKAQIRPEDTQYLVKNLVGGRTYYFRVVAYSMKSFETSEEVKFSVPARVKHKAITAGVVGGILFFIVAIILSVCAVKICNKRKRRKQEKA-----------YNMVACRITDSRNGGNATDSQVPLKKLRKGRISGLRLIGFI 866          

HSP 2 Score: 57.7658 bits (138), Expect = 2.767e-7
Identity = 91/341 (26.69%), Postives = 132/341 (38.71%), Query Frame = 0
Query:   23 ECKLYF-----KCFLSSFLFEL-LTDPARVTYTPTSQ-YIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVP-HPDIKWRK----------LRGRLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVAT-ITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLP-GYSGCASC--KQSYKIRY--REKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKG-DGHLDVEVRPPP 338
            ECK+ F         +   F L +  P R T TP+   Y+  G   I+ C  E  P  + + W KD    DP    G FN     L I ++     G+Y C   N  G    S   +V+I     +M  P     +  G KV   C A   P +  +KW +          L  R+  +R    +G L I  +   D G Y C VSN +    +A A L +E      P  +T      F  T+Q+LP   +G   C  K +  ++Y    KD +        + P   + I I N  +L    F  +  N  G    +      T+G  G ++V VR PP
Sbjct:  135 ECKVVFLNRSPNSHKNGTWFHLDVHAPPRFTDTPSDVIYVNLGDAIILTCTAEGTPTPE-ILWYKDANPVDPSATIGIFN-DGTELRISNIRHEDIGDYTCIARNGEGQI--SHTARVIIAGSAVIMVPPTN-QTKLEGEKVHFTCEAKAQPGNVTVKWFREGAPVKELASLETRVNIRR----DGSLVINPVNSDDSGQYLCEVSNGIGEPQSASAYLNVE-----YPAKVT------FTPTVQYLPFRLAGVVQCYIKANPPLQYVTWTKDKRL-------LEPYQTKDIVIMNNGSLL---FTRVNENHQGRYTCTPYNAQGTQGSSGQMEVLVRKPP 445          
BLAST of EMLSAG00000000256 vs. Select Arthropod Genomes
Match: ACZ94160.1 (turtle, isoform G [Drosophila melanogaster])

HSP 1 Score: 422.935 bits (1086), Expect = 1.076e-125
Identity = 233/566 (41.17%), Postives = 329/566 (58.13%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAI---GVPHPDIKWRKLRGRL----PHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDG-----HLDVEVRPPPTASPSEQSTFSDAP--PGERPAPATNLTLNQEAGGWVLRWITPKEDPPI-QYYTIQVKTDSQG----------------IKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAINEIQRLATPTYNMVACRVSEARN-------------GSQVS-QVPLKRHRQSGVPVVNTI 522
            Y CEVTNGIG P  A+AYL VE                   PA+VT+TPT QY+P  L G++QC+I+++P++Q+VTW+KDKR+ +P+ +       NGSL+   VN+   G+Y CTPYN  GTAG SGVM VL++ PP     PE LY R VG  V M C A+   G   P IKW++  G         R K+  G +TIENLR+ D G Y+CVVSNEVAT+ A  +L IE T PHAP NIT   TE  ++T+QWLPGYSG +  KQ Y I +RE  +   +W  + V P  + ++ I+ L++ T YEFQV+G N  GDGM S+++   T  D      ++    +PP        S F   P   G +P P  N+++ + + G+++ W +P E   I ++YTI+ +TD+Q                 +KN+   + Y FRV ++S  SY  S+E+++ VP  VK +A+TAG++GGILFFIVAI+LS+C VKICNKR+R K ++            +NMVACR+++ARN             GS  S QVPLK+++Q+ +  +  I
Sbjct:  417 YLCEVTNGIGDPQSASAYLSVEY------------------PAKVTFTPTVQYLPFRLAGVVQCYIKSSPQLQYVTWTKDKRLLEPYQMKDIVVMANGSLLFTRVNEEHQGQYACTPYNAQGTAGASGVMDVLVRKPPAFTVEPETLYQRKVGDSVEMHCDALEAEGTERPTIKWQRQEGEQLTESQRNRIKISGGNITIENLRREDFGYYQCVVSNEVATLMAVTQLVIEGTQPHAPYNITGKATES-SITLQWLPGYSGGSEYKQDYTIWFRE--AGVNDWQTISVTPSGSTQVTINGLASGTTYEFQVVGRNVLGDGMMSKVMTVRTLEDAPAAPRNVKAATQPP-------DSFFQLMPDEAGPKPGPPRNVSVTEVSNGFLITWQSPLERAHIVKFYTIKYRTDAQWKTLNRGQIRPEETQYLVKNLVGGRTYYFRVLANSEKSYESSDEVKFPVPARVKHKAITAGVVGGILFFIVAIILSVCAVKICNKRKRRKQEKE-----------FNMVACRITDARNIAANNHHLHNRSTGSISSGQVPLKKYKQTRISSLTAI 943          

HSP 2 Score: 58.9214 bits (141), Expect = 1.083e-7
Identity = 85/344 (24.71%), Postives = 133/344 (38.66%), Query Frame = 0
Query:   23 ECKLYF-----KCFLSSFLFEL-LTDPARVTYTPTSQ-YIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVP-HPDIKWRK----------LRGRLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVAT-ITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLP-GYSGCASC--KQSYKIRYREKDSKFPNWIELPVXPPDARKI---QIHNLSALTKYEFQVIGTNEYGDGMFSEI---IEASTKGDGHLDVEVRPPP 338
            ECK+ F     K   +   F L +  P R + TP    Y+  G   I+ C  +  P  + + W KD    DP    G FN     L I ++     GEY C   N  G    S   +V+I     +M  P     +  G KV   C A  +P +  ++W +          L  R+  ++    +G L I  ++  D G Y C V+N +    +A A L +E      P  +T      F  T+Q+LP   +G   C  K S +++Y         W +      D R +   Q+ ++  +          NE   G ++      + +    G +DV VR PP
Sbjct:  226 ECKVVFLNRDPKQHKNGTWFHLDVHAPPRFSVTPEDIIYVNLGDSIILNCQADGTPTPE-ILWYKDANPVDPSPTVGIFN-DGTELRISTIRHEDIGEYTCIARNGEGQV--SHTARVIIAGGAVIMVPPTN-QTKLEGEKVIFSCEAKAMPGNVTVRWYREGSPVREVAALETRVTIRK----DGSLIINPIKPDDSGQYLCEVTNGIGDPQSASAYLSVEY-----PAKVT------FTPTVQYLPFRLAGVVQCYIKSSPQLQYV-------TWTK------DKRLLEPYQMKDIVVMANGSLLFTRVNEEHQGQYACTPYNAQGTAGASGVMDVLVRKPP 536          
BLAST of EMLSAG00000000256 vs. Select Arthropod Genomes
Match: AAF51029.3 (turtle, isoform D [Drosophila melanogaster])

HSP 1 Score: 422.935 bits (1086), Expect = 1.076e-125
Identity = 233/566 (41.17%), Postives = 329/566 (58.13%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAI---GVPHPDIKWRKLRGRL----PHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDG-----HLDVEVRPPPTASPSEQSTFSDAP--PGERPAPATNLTLNQEAGGWVLRWITPKEDPPI-QYYTIQVKTDSQG----------------IKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAINEIQRLATPTYNMVACRVSEARN-------------GSQVS-QVPLKRHRQSGVPVVNTI 522
            Y CEVTNGIG P  A+AYL VE                   PA+VT+TPT QY+P  L G++QC+I+++P++Q+VTW+KDKR+ +P+ +       NGSL+   VN+   G+Y CTPYN  GTAG SGVM VL++ PP     PE LY R VG  V M C A+   G   P IKW++  G         R K+  G +TIENLR+ D G Y+CVVSNEVAT+ A  +L IE T PHAP NIT   TE  ++T+QWLPGYSG +  KQ Y I +RE  +   +W  + V P  + ++ I+ L++ T YEFQV+G N  GDGM S+++   T  D      ++    +PP        S F   P   G +P P  N+++ + + G+++ W +P E   I ++YTI+ +TD+Q                 +KN+   + Y FRV ++S  SY  S+E+++ VP  VK +A+TAG++GGILFFIVAI+LS+C VKICNKR+R K ++            +NMVACR+++ARN             GS  S QVPLK+++Q+ +  +  I
Sbjct:  417 YLCEVTNGIGDPQSASAYLSVEY------------------PAKVTFTPTVQYLPFRLAGVVQCYIKSSPQLQYVTWTKDKRLLEPYQMKDIVVMANGSLLFTRVNEEHQGQYACTPYNAQGTAGASGVMDVLVRKPPAFTVEPETLYQRKVGDSVEMHCDALEAEGTERPTIKWQRQEGEQLTESQRNRIKISGGNITIENLRREDFGYYQCVVSNEVATLMAVTQLVIEGTQPHAPYNITGKATES-SITLQWLPGYSGGSEYKQDYTIWFRE--AGVNDWQTISVTPSGSTQVTINGLASGTTYEFQVVGRNVLGDGMMSKVMTVRTLEDAPAAPRNVKAATQPP-------DSFFQLMPDEAGPKPGPPRNVSVTEVSNGFLITWQSPLERAHIVKFYTIKYRTDAQWKTLNRGQIRPEETQYLVKNLVGGRTYYFRVLANSEKSYESSDEVKFPVPARVKHKAITAGVVGGILFFIVAIILSVCAVKICNKRKRRKQEKE-----------FNMVACRITDARNIAANNHHLHNRSTGSISSGQVPLKKYKQTRISSLTAI 943          

HSP 2 Score: 58.9214 bits (141), Expect = 1.083e-7
Identity = 85/344 (24.71%), Postives = 133/344 (38.66%), Query Frame = 0
Query:   23 ECKLYF-----KCFLSSFLFEL-LTDPARVTYTPTSQ-YIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVP-HPDIKWRK----------LRGRLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVAT-ITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLP-GYSGCASC--KQSYKIRYREKDSKFPNWIELPVXPPDARKI---QIHNLSALTKYEFQVIGTNEYGDGMFSEI---IEASTKGDGHLDVEVRPPP 338
            ECK+ F     K   +   F L +  P R + TP    Y+  G   I+ C  +  P  + + W KD    DP    G FN     L I ++     GEY C   N  G    S   +V+I     +M  P     +  G KV   C A  +P +  ++W +          L  R+  ++    +G L I  ++  D G Y C V+N +    +A A L +E      P  +T      F  T+Q+LP   +G   C  K S +++Y         W +      D R +   Q+ ++  +          NE   G ++      + +    G +DV VR PP
Sbjct:  226 ECKVVFLNRDPKQHKNGTWFHLDVHAPPRFSVTPEDIIYVNLGDSIILNCQADGTPTPE-ILWYKDANPVDPSPTVGIFN-DGTELRISTIRHEDIGEYTCIARNGEGQV--SHTARVIIAGGAVIMVPPTN-QTKLEGEKVIFSCEAKAMPGNVTVRWYREGSPVREVAALETRVTIRK----DGSLIINPIKPDDSGQYLCEVTNGIGDPQSASAYLSVEY-----PAKVT------FTPTVQYLPFRLAGVVQCYIKSSPQLQYV-------TWTK------DKRLLEPYQMKDIVVMANGSLLFTRVNEEHQGQYACTPYNAQGTAGASGVMDVLVRKPP 536          
BLAST of EMLSAG00000000256 vs. Select Arthropod Genomes
Match: AGB92555.1 (turtle, isoform H [Drosophila melanogaster])

HSP 1 Score: 422.935 bits (1086), Expect = 1.301e-125
Identity = 233/566 (41.17%), Postives = 329/566 (58.13%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAI---GVPHPDIKWRKLRGRL----PHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDG-----HLDVEVRPPPTASPSEQSTFSDAP--PGERPAPATNLTLNQEAGGWVLRWITPKEDPPI-QYYTIQVKTDSQG----------------IKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAINEIQRLATPTYNMVACRVSEARN-------------GSQVS-QVPLKRHRQSGVPVVNTI 522
            Y CEVTNGIG P  A+AYL VE                   PA+VT+TPT QY+P  L G++QC+I+++P++Q+VTW+KDKR+ +P+ +       NGSL+   VN+   G+Y CTPYN  GTAG SGVM VL++ PP     PE LY R VG  V M C A+   G   P IKW++  G         R K+  G +TIENLR+ D G Y+CVVSNEVAT+ A  +L IE T PHAP NIT   TE  ++T+QWLPGYSG +  KQ Y I +RE  +   +W  + V P  + ++ I+ L++ T YEFQV+G N  GDGM S+++   T  D      ++    +PP        S F   P   G +P P  N+++ + + G+++ W +P E   I ++YTI+ +TD+Q                 +KN+   + Y FRV ++S  SY  S+E+++ VP  VK +A+TAG++GGILFFIVAI+LS+C VKICNKR+R K ++            +NMVACR+++ARN             GS  S QVPLK+++Q+ +  +  I
Sbjct:  442 YLCEVTNGIGDPQSASAYLSVEY------------------PAKVTFTPTVQYLPFRLAGVVQCYIKSSPQLQYVTWTKDKRLLEPYQMKDIVVMANGSLLFTRVNEEHQGQYACTPYNAQGTAGASGVMDVLVRKPPAFTVEPETLYQRKVGDSVEMHCDALEAEGTERPTIKWQRQEGEQLTESQRNRIKISGGNITIENLRREDFGYYQCVVSNEVATLMAVTQLVIEGTQPHAPYNITGKATES-SITLQWLPGYSGGSEYKQDYTIWFRE--AGVNDWQTISVTPSGSTQVTINGLASGTTYEFQVVGRNVLGDGMMSKVMTVRTLEDAPAAPRNVKAATQPP-------DSFFQLMPDEAGPKPGPPRNVSVTEVSNGFLITWQSPLERAHIVKFYTIKYRTDAQWKTLNRGQIRPEETQYLVKNLVGGRTYYFRVLANSEKSYESSDEVKFPVPARVKHKAITAGVVGGILFFIVAIILSVCAVKICNKRKRRKQEKE-----------FNMVACRITDARNIAANNHHLHNRSTGSISSGQVPLKKYKQTRISSLTAI 968          
BLAST of EMLSAG00000000256 vs. Select Arthropod Genomes
Match: ALI30194.1 (turtle, isoform K [Drosophila melanogaster])

HSP 1 Score: 411.379 bits (1056), Expect = 2.412e-125
Identity = 225/550 (40.91%), Postives = 318/550 (57.82%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAI---GVPHPDIKWRKLRGRL----PHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDG-----HLDVEVRPPPT---ASPSE---------------QSTFSDAPP-----GERPAPATNLTLNQEAGGWVLRWITPKEDPPI-QYYTIQVKTDSQG----------------IKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAINEIQRLATPTYNMVACRVSEARN 499
            Y CEVTNGIG P  A+AYL VE                   PA+VT+TPT QY+P  L G++QC+I+++P++Q+VTW+KDKR+ +P+ +       NGSL+   VN+   G+Y CTPYN  GTAG SGVM VL++ PP     PE LY R VG  V M C A+   G   P IKW++  G         R K+  G +TIENLR+ D G Y+CVVSNEVAT+ A  +L IE T PHAP NIT   TE  ++T+QWLPGYSG +  KQ Y I +RE  +   +W  + V P  + ++ I+ L++ T YEFQV+G N  GDGM S+++   T  D      ++    +PP +     P E               + T   +PP     G +P P  N+++ + + G+++ W +P E   I ++YTI+ +TD+Q                 +KN+   + Y FRV ++S  SY  S+E+++ VP  VK +A+TAG++GGILFFIVAI+LS+C VKICNKR+R K ++            +NMVACR+++ARN
Sbjct:  417 YLCEVTNGIGDPQSASAYLSVEY------------------PAKVTFTPTVQYLPFRLAGVVQCYIKSSPQLQYVTWTKDKRLLEPYQMKDIVVMANGSLLFTRVNEEHQGQYACTPYNAQGTAGASGVMDVLVRKPPAFTVEPETLYQRKVGDSVEMHCDALEAEGTERPTIKWQRQEGEQLTESQRNRIKISGGNITIENLRREDFGYYQCVVSNEVATLMAVTQLVIEGTQPHAPYNITGKATES-SITLQWLPGYSGGSEYKQDYTIWFRE--AGVNDWQTISVTPSGSTQVTINGLASGTTYEFQVVGRNVLGDGMMSKVMTVRTLEDAPAAPRNVKAATQPPDSFFQLMPDEADLLAYFDIYFHTDSRGTLVYSPPKLRVKGPKPGPPRNVSVTEVSNGFLITWQSPLERAHIVKFYTIKYRTDAQWKTLNRGQIRPEETQYLVKNLVGGRTYYFRVLANSEKSYESSDEVKFPVPARVKHKAITAGVVGGILFFIVAIILSVCAVKICNKRKRRKQEKE-----------FNMVACRITDARN 934          

HSP 2 Score: 57.7658 bits (138), Expect = 2.365e-7
Identity = 85/344 (24.71%), Postives = 133/344 (38.66%), Query Frame = 0
Query:   23 ECKLYF-----KCFLSSFLFEL-LTDPARVTYTPTSQ-YIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVP-HPDIKWRK----------LRGRLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVAT-ITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLP-GYSGCASC--KQSYKIRYREKDSKFPNWIELPVXPPDARKI---QIHNLSALTKYEFQVIGTNEYGDGMFSEI---IEASTKGDGHLDVEVRPPP 338
            ECK+ F     K   +   F L +  P R + TP    Y+  G   I+ C  +  P  + + W KD    DP    G FN     L I ++     GEY C   N  G    S   +V+I     +M  P     +  G KV   C A  +P +  ++W +          L  R+  ++    +G L I  ++  D G Y C V+N +    +A A L +E      P  +T      F  T+Q+LP   +G   C  K S +++Y         W +      D R +   Q+ ++  +          NE   G ++      + +    G +DV VR PP
Sbjct:  226 ECKVVFLNRDPKQHKNGTWFHLDVHAPPRFSVTPEDIIYVNLGDSIILNCQADGTPTPE-ILWYKDANPVDPSPTVGIFN-DGTELRISTIRHEDIGEYTCIARNGEGQV--SHTARVIIAGGAVIMVPPTN-QTKLEGEKVIFSCEAKAMPGNVTVRWYREGSPVREVAALETRVTIRK----DGSLIINPIKPDDSGQYLCEVTNGIGDPQSASAYLSVE-----YPAKVT------FTPTVQYLPFRLAGVVQCYIKSSPQLQYV-------TWTK------DKRLLEPYQMKDIVVMANGSLLFTRVNEEHQGQYACTPYNAQGTAGASGVMDVLVRKPP 536          
BLAST of EMLSAG00000000256 vs. nr
Match: gi|1058030363|gb|JAS18843.1| (hypothetical protein g.36516, partial [Clastoptera arizonana])

HSP 1 Score: 444.506 bits (1142), Expect = 3.419e-138
Identity = 241/543 (44.38%), Postives = 317/543 (58.38%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAI---GVPHPDIKWRKLRGR-LPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDVEVRPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDP-PIQYYTIQVKTD----------------SQGIKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAINEIQRLATPTYNMVACRVSEARNGSQ---VSQVPLKRHRQSGVPVVN 520
            Y CEVTNGIG P  A AYL VE                   PA+VT+TPT QY+P  L G++QC+I+ANP +Q+VTW+KDKR+ +P+         NGSL+   VNQ   G Y CTPYN  GT G SG M+VL++ PP     PE LY R +G  V M C A    G   P+I+W++  G+ L   R ++  G +TIE+LR+SD G Y+CVVSNEVATI    +L IE T PHAP NIT   TE F+VT+QWLPGYSG    KQ Y I Y+E      +W  +PV PP + ++ I+ LS  T Y+FQV+G N  GDGM S+I+   T                             G +P    NLT+ + + G+V+ W  P E    +QYY I+ +TD                S  +KN+   + Y FRV +HS+ SY  SEE+++ VP  VK +A+TAG++GGILFFIVAI+LS+C VKICNKR+R K ++A           YNMVACR+++ARNG Q   +SQVPLK++ QSG+P VN
Sbjct:   77 YQCEVTNGIGEPQSAFAYLSVEY------------------PAKVTFTPTIQYLPFRLAGVVQCYIKANPPLQYVTWTKDKRLLEPYQTKDIVIMNNGSLLFTRVNQNHQGRYTCTPYNAQGTQGSSGQMEVLVRKPPVFTAEPEPLYQRKLGETVEMHCDAQEAEGTQKPNIQWQRQDGQPLQRNRVRITGGNITIESLRRSDFGYYQCVVSNEVATIVQSTQLVIEGTQPHAPYNITGNATE-FSVTLQWLPGYSGGPDYKQDYTIWYKEPG--VGDWSTIPVTPPGSTQVTINRLSPGTTYDFQVVGKNSLGDGMLSKIVTIRTL----------------------------GAKPGMPRNLTVTEISNGFVISWQAPLERANLVQYYVIKYRTDGAWKDLNKGTIRAEETSYLVKNLVGGRTYHFRVLAHSVKSYESSEEVKFPVPARVKHKAITAGVVGGILFFIVAIILSVCAVKICNKRKRRKQEKA-----------YNMVACRITDARNGGQPPGISQVPLKKYGQSGIPSVN 559          
BLAST of EMLSAG00000000256 vs. nr
Match: gi|1058021946|gb|JAS14635.1| (hypothetical protein g.36520 [Clastoptera arizonana])

HSP 1 Score: 456.447 bits (1173), Expect = 1.671e-137
Identity = 247/550 (44.91%), Postives = 329/550 (59.82%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAI---GVPHPDIKWRKLRGR-LPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGD------GHLDVEV-RPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDP-PIQYYTIQVKTD----------------SQGIKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAINEIQRLATPTYNMVACRVSEARNGSQ---VSQVPLKRHRQSGVPVVN 520
            Y CEVTNGIG P  A AYL VE                   PA+VT+TPT QY+P  L G++QC+I+ANP +Q+VTW+KDKR+ +P+         NGSL+   VNQ   G Y CTPYN  GT G SG M+VL++ PP     PE LY R +G  V M C A    G   P+I+W++  G+ L   R ++  G +TIE+LR+SD G Y+CVVSNEVATI    +L IE T PHAP NIT   TE F+VT+QWLPGYSG    KQ Y I Y+E      +W  +PV PP + ++ I+ LS  T Y+FQV+G N  GDGM S+I+   T G+        +D +  +P P     +Q     +P G +P    NLT+ + + G+V+ W  P E    +QYY I+ +TD                S  +KN+   + Y FRV +HS+ SY  SEE+++ VP  VK +A+TAG++GGILFFIVAI+LS+C VKICNKR+R K ++A           YNMVACR+++ARNG Q   +SQVPLK++ QSG+P VN
Sbjct:  320 YQCEVTNGIGEPQSAFAYLSVEY------------------PAKVTFTPTIQYLPFRLAGVVQCYIKANPPLQYVTWTKDKRLLEPYQTKDIVIMNNGSLLFTRVNQNHQGRYTCTPYNAQGTQGSSGQMEVLVRKPPVFTAEPEPLYQRKLGETVEMHCDAQEAEGTQKPNIQWQRQDGQPLQRNRVRITGGNITIESLRRSDFGYYQCVVSNEVATIVQSTQLVIEGTQPHAPYNITGNATE-FSVTLQWLPGYSGGPDYKQDYTIWYKEPGVG--DWSTIPVTPPGSTQVTINRLSPGTTYDFQVVGKNSLGDGMLSKIVTIRTLGEKMKTQASDVDSQTHKPTPDEVTGKQKNPFPSPEGAKPGMPRNLTVTEISNGFVISWQAPLERANLVQYYVIKYRTDGAWKDLNKGTIRAEETSYLVKNLVGGRTYHFRVLAHSVKSYESSEEVKFPVPARVKHKAITAGVVGGILFFIVAIILSVCAVKICNKRKRRKQEKA-----------YNMVACRITDARNGGQPPGISQVPLKKYGQSGIPSVN 837          
BLAST of EMLSAG00000000256 vs. nr
Match: gi|1058028133|gb|JAS17728.1| (hypothetical protein g.36503 [Clastoptera arizonana])

HSP 1 Score: 443.736 bits (1140), Expect = 1.704e-136
Identity = 243/540 (45.00%), Postives = 322/540 (59.63%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAI---GVPHPDIKWRKLRGR-LPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDVEV---RPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDP-PIQYYTIQVKTD----------------SQGIKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAINEIQRLATPTYNMVACRVSEARNGSQ---VSQVPLKRHRQS 514
            Y CEVTNGIG P  A AYL VE                   PA+VT+TPT QY+P  L G++QC+I+ANP +Q+VTW+KDKR+ +P+         NGSL+   VNQ   G Y CTPYN  GT G SG M+VL++ PP     PE LY R +G  V M C A    G   P+I+W++  G+ L   R ++  G +TIE+LR+SD G Y+CVVSNEVATI    +L IE T PHAP NIT   TE F+VT+QWLPGYSG    KQ Y I Y+E      +W  +PV PP + ++ I+ LS  T Y+FQV+G N  GDGM S+I+   T     LDV+    +P P     +Q     +P G +P    NLT+ + + G+V+ W  P E    +QYY I+ +TD                S  +KN+   + Y FRV +HS+ SY  SEE+++ VP  VK +A+TAG++GGILFFIVAI+LS+C VKICNKR+R K ++A           YNMVACR+++ARNG Q   +SQVPLK+  +S
Sbjct:  324 YQCEVTNGIGEPQSAFAYLSVEY------------------PAKVTFTPTIQYLPFRLAGVVQCYIKANPPLQYVTWTKDKRLLEPYQTKDIVIMNNGSLLFTRVNQNHQGRYTCTPYNAQGTQGSSGQMEVLVRKPPVFTAEPEPLYQRKLGETVEMHCDAQEAEGTQKPNIQWQRQDGQPLQRNRVRITGGNITIESLRRSDFGYYQCVVSNEVATIVQSTQLVIEGTQPHAPYNITGNATE-FSVTLQWLPGYSGGPDYKQDYTIWYKEPG--VGDWSTIPVTPPGSTQVTINRLSPGTTYDFQVVGKNSLGDGMLSKIVTIRT-----LDVDSQTHKPTPDEVTGKQKNPFPSPEGAKPGMPRNLTVTEISNGFVISWQAPLERANLVQYYVIKYRTDGAWKDLNKGTIRAEETSYLVKNLVGGRTYHFRVLAHSVKSYESSEEVKFPVPARVKHKAITAGVVGGILFFIVAIILSVCAVKICNKRKRRKQEKA-----------YNMVACRITDARNGGQPPGISQVPLKKIVES 826          
BLAST of EMLSAG00000000256 vs. nr
Match: gi|1058031849|gb|JAS19586.1| (hypothetical protein g.36519 [Clastoptera arizonana] >gi|1058039025|gb|JAS23174.1| hypothetical protein g.36507 [Clastoptera arizonana] >gi|1058041739|gb|JAS24531.1| hypothetical protein g.36532 [Clastoptera arizonana])

HSP 1 Score: 443.736 bits (1140), Expect = 1.907e-136
Identity = 243/540 (45.00%), Postives = 322/540 (59.63%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAI---GVPHPDIKWRKLRGR-LPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDVEV---RPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDP-PIQYYTIQVKTD----------------SQGIKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAINEIQRLATPTYNMVACRVSEARNGSQ---VSQVPLKRHRQS 514
            Y CEVTNGIG P  A AYL VE                   PA+VT+TPT QY+P  L G++QC+I+ANP +Q+VTW+KDKR+ +P+         NGSL+   VNQ   G Y CTPYN  GT G SG M+VL++ PP     PE LY R +G  V M C A    G   P+I+W++  G+ L   R ++  G +TIE+LR+SD G Y+CVVSNEVATI    +L IE T PHAP NIT   TE F+VT+QWLPGYSG    KQ Y I Y+E      +W  +PV PP + ++ I+ LS  T Y+FQV+G N  GDGM S+I+   T     LDV+    +P P     +Q     +P G +P    NLT+ + + G+V+ W  P E    +QYY I+ +TD                S  +KN+   + Y FRV +HS+ SY  SEE+++ VP  VK +A+TAG++GGILFFIVAI+LS+C VKICNKR+R K ++A           YNMVACR+++ARNG Q   +SQVPLK+  +S
Sbjct:  320 YQCEVTNGIGEPQSAFAYLSVEY------------------PAKVTFTPTIQYLPFRLAGVVQCYIKANPPLQYVTWTKDKRLLEPYQTKDIVIMNNGSLLFTRVNQNHQGRYTCTPYNAQGTQGSSGQMEVLVRKPPVFTAEPEPLYQRKLGETVEMHCDAQEAEGTQKPNIQWQRQDGQPLQRNRVRITGGNITIESLRRSDFGYYQCVVSNEVATIVQSTQLVIEGTQPHAPYNITGNATE-FSVTLQWLPGYSGGPDYKQDYTIWYKEPG--VGDWSTIPVTPPGSTQVTINRLSPGTTYDFQVVGKNSLGDGMLSKIVTIRT-----LDVDSQTHKPTPDEVTGKQKNPFPSPEGAKPGMPRNLTVTEISNGFVISWQAPLERANLVQYYVIKYRTDGAWKDLNKGTIRAEETSYLVKNLVGGRTYHFRVLAHSVKSYESSEEVKFPVPARVKHKAITAGVVGGILFFIVAIILSVCAVKICNKRKRRKQEKA-----------YNMVACRITDARNGGQPPGISQVPLKKIVES 822          
BLAST of EMLSAG00000000256 vs. nr
Match: gi|1058065637|gb|JAS36480.1| (hypothetical protein g.36511 [Clastoptera arizonana])

HSP 1 Score: 443.351 bits (1139), Expect = 2.185e-136
Identity = 242/536 (45.15%), Postives = 320/536 (59.70%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAI---GVPHPDIKWRKLRGR-LPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDVEV---RPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDP-PIQYYTIQVKTD----------------SQGIKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAINEIQRLATPTYNMVACRVSEARNGSQ---VSQVPLKR 510
            Y CEVTNGIG P  A AYL VE                   PA+VT+TPT QY+P  L G++QC+I+ANP +Q+VTW+KDKR+ +P+         NGSL+   VNQ   G Y CTPYN  GT G SG M+VL++ PP     PE LY R +G  V M C A    G   P+I+W++  G+ L   R ++  G +TIE+LR+SD G Y+CVVSNEVATI    +L IE T PHAP NIT   TE F+VT+QWLPGYSG    KQ Y I Y+E      +W  +PV PP + ++ I+ LS  T Y+FQV+G N  GDGM S+I+   T     LDV+    +P P     +Q     +P G +P    NLT+ + + G+V+ W  P E    +QYY I+ +TD                S  +KN+   + Y FRV +HS+ SY  SEE+++ VP  VK +A+TAG++GGILFFIVAI+LS+C VKICNKR+R K ++A           YNMVACR+++ARNG Q   +SQVPLK+
Sbjct:  320 YQCEVTNGIGEPQSAFAYLSVEY------------------PAKVTFTPTIQYLPFRLAGVVQCYIKANPPLQYVTWTKDKRLLEPYQTKDIVIMNNGSLLFTRVNQNHQGRYTCTPYNAQGTQGSSGQMEVLVRKPPVFTAEPEPLYQRKLGETVEMHCDAQEAEGTQKPNIQWQRQDGQPLQRNRVRITGGNITIESLRRSDFGYYQCVVSNEVATIVQSTQLVIEGTQPHAPYNITGNATE-FSVTLQWLPGYSGGPDYKQDYTIWYKEPG--VGDWSTIPVTPPGSTQVTINRLSPGTTYDFQVVGKNSLGDGMLSKIVTIRT-----LDVDSQTHKPTPDEVTGKQKNPFPSPEGAKPGMPRNLTVTEISNGFVISWQAPLERANLVQYYVIKYRTDGAWKDLNKGTIRAEETSYLVKNLVGGRTYHFRVLAHSVKSYESSEEVKFPVPARVKHKAITAGVVGGILFFIVAIILSVCAVKICNKRKRRKQEKA-----------YNMVACRITDARNGGQPPGISQVPLKK 818          
BLAST of EMLSAG00000000256 vs. nr
Match: gi|1058037757|gb|JAS22540.1| (hypothetical protein g.36510 [Clastoptera arizonana])

HSP 1 Score: 443.351 bits (1139), Expect = 3.132e-136
Identity = 241/540 (44.63%), Postives = 321/540 (59.44%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAI---GVPHPDIKWRKLRGR-LPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGD------GHLDVEV-RPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDP-PIQYYTIQVKTD----------------SQGIKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAINEIQRLATPTYNMVACRVSEARNGSQ---VSQVPLKR 510
            Y CEVTNGIG P  A AYL VE                   PA+VT+TPT QY+P  L G++QC+I+ANP +Q+VTW+KDKR+ +P+         NGSL+   VNQ   G Y CTPYN  GT G SG M+VL++ PP     PE LY R +G  V M C A    G   P+I+W++  G+ L   R ++  G +TIE+LR+SD G Y+CVVSNEVATI    +L IE T PHAP NIT   TE F+VT+QWLPGYSG    KQ Y I Y+E      +W  +PV PP + ++ I+ LS  T Y+FQV+G N  GDGM S+I+   T G+        +D +  +P P     +Q     +P G +P    NLT+ + + G+V+ W  P E    +QYY I+ +TD                S  +KN+   + Y FRV +HS+ SY  SEE+++ VP  VK +A+TAG++GGILFFIVAI+LS+C VKICNKR+R K ++A           YNMVACR+++ARNG Q   +SQVPLK+
Sbjct:  320 YQCEVTNGIGEPQSAFAYLSVEY------------------PAKVTFTPTIQYLPFRLAGVVQCYIKANPPLQYVTWTKDKRLLEPYQTKDIVIMNNGSLLFTRVNQNHQGRYTCTPYNAQGTQGSSGQMEVLVRKPPVFTAEPEPLYQRKLGETVEMHCDAQEAEGTQKPNIQWQRQDGQPLQRNRVRITGGNITIESLRRSDFGYYQCVVSNEVATIVQSTQLVIEGTQPHAPYNITGNATE-FSVTLQWLPGYSGGPDYKQDYTIWYKEPG--VGDWSTIPVTPPGSTQVTINRLSPGTTYDFQVVGKNSLGDGMLSKIVTIRTLGEKMKTQASDVDSQTHKPTPDEVTGKQKNPFPSPEGAKPGMPRNLTVTEISNGFVISWQAPLERANLVQYYVIKYRTDGAWKDLNKGTIRAEETSYLVKNLVGGRTYHFRVLAHSVKSYESSEEVKFPVPARVKHKAITAGVVGGILFFIVAIILSVCAVKICNKRKRRKQEKA-----------YNMVACRITDARNGGQPPGISQVPLKK 827          
BLAST of EMLSAG00000000256 vs. nr
Match: gi|1058006480|gb|JAS06924.1| (hypothetical protein g.36518 [Clastoptera arizonana] >gi|1058019990|gb|JAS13658.1| hypothetical protein g.36534 [Clastoptera arizonana] >gi|1058037861|gb|JAS22592.1| hypothetical protein g.36517 [Clastoptera arizonana])

HSP 1 Score: 443.351 bits (1139), Expect = 3.622e-136
Identity = 242/544 (44.49%), Postives = 323/544 (59.38%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAI---GVPHPDIKWRKLRGR-LPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGD------GHLDVEV-RPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDP-PIQYYTIQVKTD----------------SQGIKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAINEIQRLATPTYNMVACRVSEARNGSQ---VSQVPLKRHRQS 514
            Y CEVTNGIG P  A AYL VE                   PA+VT+TPT QY+P  L G++QC+I+ANP +Q+VTW+KDKR+ +P+         NGSL+   VNQ   G Y CTPYN  GT G SG M+VL++ PP     PE LY R +G  V M C A    G   P+I+W++  G+ L   R ++  G +TIE+LR+SD G Y+CVVSNEVATI    +L IE T PHAP NIT   TE F+VT+QWLPGYSG    KQ Y I Y+E      +W  +PV PP + ++ I+ LS  T Y+FQV+G N  GDGM S+I+   T G+        +D +  +P P     +Q     +P G +P    NLT+ + + G+V+ W  P E    +QYY I+ +TD                S  +KN+   + Y FRV +HS+ SY  SEE+++ VP  VK +A+TAG++GGILFFIVAI+LS+C VKICNKR+R K ++A           YNMVACR+++ARNG Q   +SQVPLK+  +S
Sbjct:  324 YQCEVTNGIGEPQSAFAYLSVEY------------------PAKVTFTPTIQYLPFRLAGVVQCYIKANPPLQYVTWTKDKRLLEPYQTKDIVIMNNGSLLFTRVNQNHQGRYTCTPYNAQGTQGSSGQMEVLVRKPPVFTAEPEPLYQRKLGETVEMHCDAQEAEGTQKPNIQWQRQDGQPLQRNRVRITGGNITIESLRRSDFGYYQCVVSNEVATIVQSTQLVIEGTQPHAPYNITGNATE-FSVTLQWLPGYSGGPDYKQDYTIWYKEPG--VGDWSTIPVTPPGSTQVTINRLSPGTTYDFQVVGKNSLGDGMLSKIVTIRTLGEKMKTQASDVDSQTHKPTPDEVTGKQKNPFPSPEGAKPGMPRNLTVTEISNGFVISWQAPLERANLVQYYVIKYRTDGAWKDLNKGTIRAEETSYLVKNLVGGRTYHFRVLAHSVKSYESSEEVKFPVPARVKHKAITAGVVGGILFFIVAIILSVCAVKICNKRKRRKQEKA-----------YNMVACRITDARNGGQPPGISQVPLKKIVES 835          
BLAST of EMLSAG00000000256 vs. nr
Match: gi|1058014090|gb|JAS10729.1| (hypothetical protein g.36513 [Clastoptera arizonana] >gi|1058028785|gb|JAS18054.1| hypothetical protein g.36502 [Clastoptera arizonana] >gi|1058061499|gb|JAS34411.1| hypothetical protein g.36515 [Clastoptera arizonana])

HSP 1 Score: 442.965 bits (1138), Expect = 4.098e-136
Identity = 242/544 (44.49%), Postives = 323/544 (59.38%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAI---GVPHPDIKWRKLRGR-LPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGD------GHLDVEV-RPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDP-PIQYYTIQVKTD----------------SQGIKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAINEIQRLATPTYNMVACRVSEARNGSQ---VSQVPLKRHRQS 514
            Y CEVTNGIG P  A AYL VE                   PA+VT+TPT QY+P  L G++QC+I+ANP +Q+VTW+KDKR+ +P+         NGSL+   VNQ   G Y CTPYN  GT G SG M+VL++ PP     PE LY R +G  V M C A    G   P+I+W++  G+ L   R ++  G +TIE+LR+SD G Y+CVVSNEVATI    +L IE T PHAP NIT   TE F+VT+QWLPGYSG    KQ Y I Y+E      +W  +PV PP + ++ I+ LS  T Y+FQV+G N  GDGM S+I+   T G+        +D +  +P P     +Q     +P G +P    NLT+ + + G+V+ W  P E    +QYY I+ +TD                S  +KN+   + Y FRV +HS+ SY  SEE+++ VP  VK +A+TAG++GGILFFIVAI+LS+C VKICNKR+R K ++A           YNMVACR+++ARNG Q   +SQVPLK+  +S
Sbjct:  320 YQCEVTNGIGEPQSAFAYLSVEY------------------PAKVTFTPTIQYLPFRLAGVVQCYIKANPPLQYVTWTKDKRLLEPYQTKDIVIMNNGSLLFTRVNQNHQGRYTCTPYNAQGTQGSSGQMEVLVRKPPVFTAEPEPLYQRKLGETVEMHCDAQEAEGTQKPNIQWQRQDGQPLQRNRVRITGGNITIESLRRSDFGYYQCVVSNEVATIVQSTQLVIEGTQPHAPYNITGNATE-FSVTLQWLPGYSGGPDYKQDYTIWYKEPG--VGDWSTIPVTPPGSTQVTINRLSPGTTYDFQVVGKNSLGDGMLSKIVTIRTLGEKMKTQASDVDSQTHKPTPDEVTGKQKNPFPSPEGAKPGMPRNLTVTEISNGFVISWQAPLERANLVQYYVIKYRTDGAWKDLNKGTIRAEETSYLVKNLVGGRTYHFRVLAHSVKSYESSEEVKFPVPARVKHKAITAGVVGGILFFIVAIILSVCAVKICNKRKRRKQEKA-----------YNMVACRITDARNGGQPPGISQVPLKKIVES 831          
BLAST of EMLSAG00000000256 vs. nr
Match: gi|1058060281|gb|JAS33802.1| (hypothetical protein g.36508 [Clastoptera arizonana])

HSP 1 Score: 442.965 bits (1138), Expect = 4.529e-136
Identity = 241/540 (44.63%), Postives = 321/540 (59.44%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAI---GVPHPDIKWRKLRGR-LPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGD------GHLDVEV-RPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDP-PIQYYTIQVKTD----------------SQGIKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAINEIQRLATPTYNMVACRVSEARNGSQ---VSQVPLKR 510
            Y CEVTNGIG P  A AYL VE                   PA+VT+TPT QY+P  L G++QC+I+ANP +Q+VTW+KDKR+ +P+         NGSL+   VNQ   G Y CTPYN  GT G SG M+VL++ PP     PE LY R +G  V M C A    G   P+I+W++  G+ L   R ++  G +TIE+LR+SD G Y+CVVSNEVATI    +L IE T PHAP NIT   TE F+VT+QWLPGYSG    KQ Y I Y+E      +W  +PV PP + ++ I+ LS  T Y+FQV+G N  GDGM S+I+   T G+        +D +  +P P     +Q     +P G +P    NLT+ + + G+V+ W  P E    +QYY I+ +TD                S  +KN+   + Y FRV +HS+ SY  SEE+++ VP  VK +A+TAG++GGILFFIVAI+LS+C VKICNKR+R K ++A           YNMVACR+++ARNG Q   +SQVPLK+
Sbjct:  320 YQCEVTNGIGEPQSAFAYLSVEY------------------PAKVTFTPTIQYLPFRLAGVVQCYIKANPPLQYVTWTKDKRLLEPYQTKDIVIMNNGSLLFTRVNQNHQGRYTCTPYNAQGTQGSSGQMEVLVRKPPVFTAEPEPLYQRKLGETVEMHCDAQEAEGTQKPNIQWQRQDGQPLQRNRVRITGGNITIESLRRSDFGYYQCVVSNEVATIVQSTQLVIEGTQPHAPYNITGNATE-FSVTLQWLPGYSGGPDYKQDYTIWYKEPG--VGDWSTIPVTPPGSTQVTINRLSPGTTYDFQVVGKNSLGDGMLSKIVTIRTLGEKMKTQASDVDSQTHKPTPDEVTGKQKNPFPSPEGAKPGMPRNLTVTEISNGFVISWQAPLERANLVQYYVIKYRTDGAWKDLNKGTIRAEETSYLVKNLVGGRTYHFRVLAHSVKSYESSEEVKFPVPARVKHKAITAGVVGGILFFIVAIILSVCAVKICNKRKRRKQEKA-----------YNMVACRITDARNGGQPPGISQVPLKK 827          
BLAST of EMLSAG00000000256 vs. nr
Match: gi|1058063713|gb|JAS35518.1| (hypothetical protein g.36529 [Clastoptera arizonana])

HSP 1 Score: 442.965 bits (1138), Expect = 4.646e-136
Identity = 241/540 (44.63%), Postives = 321/540 (59.44%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAI---GVPHPDIKWRKLRGR-LPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGD------GHLDVEV-RPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDP-PIQYYTIQVKTD----------------SQGIKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAINEIQRLATPTYNMVACRVSEARNGSQ---VSQVPLKR 510
            Y CEVTNGIG P  A AYL VE                   PA+VT+TPT QY+P  L G++QC+I+ANP +Q+VTW+KDKR+ +P+         NGSL+   VNQ   G Y CTPYN  GT G SG M+VL++ PP     PE LY R +G  V M C A    G   P+I+W++  G+ L   R ++  G +TIE+LR+SD G Y+CVVSNEVATI    +L IE T PHAP NIT   TE F+VT+QWLPGYSG    KQ Y I Y+E      +W  +PV PP + ++ I+ LS  T Y+FQV+G N  GDGM S+I+   T G+        +D +  +P P     +Q     +P G +P    NLT+ + + G+V+ W  P E    +QYY I+ +TD                S  +KN+   + Y FRV +HS+ SY  SEE+++ VP  VK +A+TAG++GGILFFIVAI+LS+C VKICNKR+R K ++A           YNMVACR+++ARNG Q   +SQVPLK+
Sbjct:  320 YQCEVTNGIGEPQSAFAYLSVEY------------------PAKVTFTPTIQYLPFRLAGVVQCYIKANPPLQYVTWTKDKRLLEPYQTKDIVIMNNGSLLFTRVNQNHQGRYTCTPYNAQGTQGSSGQMEVLVRKPPVFTAEPEPLYQRKLGETVEMHCDAQEAEGTQKPNIQWQRQDGQPLQRNRVRITGGNITIESLRRSDFGYYQCVVSNEVATIVQSTQLVIEGTQPHAPYNITGNATE-FSVTLQWLPGYSGGPDYKQDYTIWYKEPG--VGDWSTIPVTPPGSTQVTINRLSPGTTYDFQVVGKNSLGDGMLSKIVTIRTLGEKMKTQASDVDSQTHKPTPDEVTGKQKNPFPSPEGAKPGMPRNLTVTEISNGFVISWQAPLERANLVQYYVIKYRTDGAWKDLNKGTIRAEETSYLVKNLVGGRTYHFRVLAHSVKSYESSEEVKFPVPARVKHKAITAGVVGGILFFIVAIILSVCAVKICNKRKRRKQEKA-----------YNMVACRITDARNGGQPPGISQVPLKK 827          
BLAST of EMLSAG00000000256 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold61_size441589-processed-gene-2.1 (protein:Tk06307 transcript:snap_masked-scaffold61_size441589-processed-gene-2.1-mRNA-1 annotation:"protein turtle isoform x8")

HSP 1 Score: 850.121 bits (2195), Expect = 0.000e+0
Identity = 471/913 (51.59%), Postives = 593/913 (64.95%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGR-LPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDVEVRPPPTASPSEQSTFSDAPPGERPAPATNLTLNQEAGGWVLRWITPKEDPPIQYYTIQVKTDSQG-------------------IKNMGTAKAYLFRVFSHSLTSYSVSEEMRYGVPXNVKRRAVTAGLIGGILFFIVAIVLSICTVKICNKRRREKHDRAINEIQRLATPTYNMVACRVSEARNGSQVSQVPLKRHRQSGVPVVNTIP-------LKQGFLTVYHCVAECILDIEMQLHYLANHAQND----------NEGRQKKR------SRRKTRGRRGTAQE---PNEPDYSAGKGHGKFVLTRGNGLENDADDEGGFGVNLPPNKFRTRSVAIVAGYSPERLYSNVPPGAFVVESGVYKVGADREWERPEPIYWKQVVFESEND------------DSIKKRNLRSVGD------RXQPASEFQIN-------SHLN----NNLEL---PIDKDYNKLRASSPLDGGTLLGSVEYLSPMNFSSELSSVRQPSSAEKSIPSTLNPHSSTNTSGSYPTTLTMDSDLTPRSRFTTSSSKSQTELETIHEDYSSSE-------------YLVKADIHH 823
            Y+C+VTNGIGRPI+ATA+L +E                   PARVTY P  QYIPRGL+GII CHIEANP IQFVTW+KDKR++DPF + G    +NGS++I+ V+Q  AG+Y CTP+NIHG  G S  MQV+IKDPPT++RRPE+ YHRSVGGKV MPC AIG P PDI WR++ G  LP KR KVYNGELTI+ L KSDHGVYECVV NEVATI A+ EL IE+TTPHAPTN+T+  ++ FAVTI+W+PGYSGCA+C+Q+YKIRYREK+SKFPNWIELPV P DAR+IQI+NLS+ TKYEFQVIGTNEYGDGM+SEIIEA TK                        D PPGE P  A NL+L QEAGGWVLRW  PK+DP + YYTIQ+K +SQG                    KNMGTAK+YLFRVFSHSLTSYS+SE+  Y +P NVKRRAVTAGLIGGILFFIVAIVLS+CTVKICNKRRR K +RA           YNMVACR+S+ RNG    QVPLKR+ +SGVP + T+P       L++G L+++   ++CI  +E +L  L+ +  +D          ++G+++ R      ++R+    RG + +   P +P   +    GKF        + + DD+GGF V LPPN++RTRSVAI+AGYSPERLYSN+PPGAFVVESG+YKVGADREWERPEPIYW+QVV+  +N              ++  R +  + +      R    S   IN       S ++    +NLEL      +   KLRASSPLD    L    ++SP++  S++SSV   S  E+S+PSTL  + +++ S + P  LT ++  + RS   T  S   +EL TI E   + +              +V+ADIHH
Sbjct:  771 YTCKVTNGIGRPIEATAFLTIEY------------------PARVTYHPDVQYIPRGLQGIIHCHIEANPPIQFVTWTKDKRIFDPFGIPGIMGIENGSILIDRVSQEHAGDYECTPFNIHGNDGSSKTMQVIIKDPPTILRRPEQEYHRSVGGKVAMPCRAIGTPKPDISWRRVDGHHLPRKRHKVYNGELTIDALHKSDHGVYECVVENEVATIVARTELKIERTTPHAPTNLTVANSQTFAVTIEWMPGYSGCAACQQTYKIRYREKESKFPNWIELPVSPADARRIQIYNLSSNTKYEFQVIGTNEYGDGMYSEIIEAQTK------------------------DIPPGEAPPAAQNLSLTQEAGGWVLRWQGPKDDPSLLYYTIQIKKNSQGAKWKPLTDQKIDVDEASYMFKNMGTAKSYLFRVFSHSLTSYSISEDHPYDLPENVKRRAVTAGLIGGILFFIVAIVLSVCTVKICNKRRRRKQERA-----------YNMVACRLSQTRNG---GQVPLKRNGKSGVPAMRTLPSKQKSLSLRRGLLSIFDQTSDCIFSLEERL--LSMNEPHDPQSWTNEPDYSDGKRRHRPFKTSSAQRRASSHRGYSLQVEYPGQPGRISRSKDGKFR------PDEEDDDQGGFDVALPPNRYRTRSVAIIAGYSPERLYSNMPPGAFVVESGMYKVGADREWERPEPIYWRQVVYGGKNGSDGSGTLPKPPHSAVSSRQVGRLAEEDLRRLRAMDPSSTSINTISGGNASQMDLIRTSNLELIRVNQGEGQAKLRASSPLDQQVPL--TAWMSPIHNYSDVSSV---SHQERSLPSTLLTNPTSSLSLTSP-NLTAENTASSRSLKNTQRS---SELHTIPEHLPTEDEPLPAYSARNGNLSVVQADIHH 1610          

HSP 2 Score: 318.931 bits (816), Expect = 3.794e-90
Identity = 150/235 (63.83%), Postives = 178/235 (75.74%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRG-RLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNI 235
            Y+C+VTNGIGRPI+ATA+L +E                   PARVTY P  QYIPRGL+GII CHIEANP IQFVTW+KDKR++DPF + G    +NGS++I+ V+Q  AG+Y CTP+NIHG  G S  MQV+IKDPPT++RRPE+ YHRSVGGKV MPC AIG P PDI WR++ G  LP KR KVYNGELTI+ L KSDHGVYECVV NEVATI A+ EL IE+TTPHAPT++
Sbjct:  327 YTCKVTNGIGRPIEATAFLTIEY------------------PARVTYHPDVQYIPRGLQGIIHCHIEANPPIQFVTWTKDKRIFDPFGIPGIMGIENGSILIDRVSQEHAGDYECTPFNIHGNDGSSKTMQVIIKDPPTILRRPEQEYHRSVGGKVAMPCRAIGTPKPDISWRRVDGHHLPRKRHKVYNGELTIDALHKSDHGVYECVVENEVATIVARTELKIERTTPHAPTHV 543          

HSP 3 Score: 113.62 bits (283), Expect = 2.138e-25
Identity = 78/174 (44.83%), Postives = 99/174 (56.90%), Query Frame = 0
Query:  977 SRPNSSHSAPLLDLSIDRHYEFDSGGRSFLNSGESPIDDL-------TLFPRRVRPYYGYNPRRDRPEFGN--SLNESEQRVFSDSEIYSPVFPRGRPHSEAPYGVAERIEAMKERFEDYRRTHLRPKSNFIVEPSSLKTISSTISSPTNIKTSAENPN--INNYNNNRLESLI 1139
            SRP SSHSAPLLD+S DRHYEFD+          +P +DL        L     RPY GYNPR      G   SL +SE RVFSDSEIYSPVFPRGRP  E    V ER++AMK+ F++YR+  +  K        SL+ +S T +       S ++P    + + +N+LESLI
Sbjct: 2014 SRPGSSHSAPLLDVSFDRHYEFDA---------RTPTEDLHYQNIREALPQHWNRPYLGYNPRAREGVLGTAASLAQSE-RVFSDSEIYSPVFPRGRP--EPREDVHERVQAMKKEFQEYRQQQMELKHQ-----RSLEVLSKTPAGDLGEPPSDDDPEECQDAFGSNKLESLI 2170          
BLAST of EMLSAG00000000256 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold64_size435223-snap-gene-3.13 (protein:Tk02502 transcript:maker-scaffold64_size435223-snap-gene-3.13-mRNA-1 annotation:"protein tyrosine receptor d")

HSP 1 Score: 95.9005 bits (237), Expect = 5.257e-20
Identity = 90/345 (26.09%), Postives = 150/345 (43.48%), Query Frame = 0
Query:    2 YSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDP---FDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTA-GPSGVMQVLIKD-PPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRK-LRGRLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTK----GDGHLDVEVRP 336
            + C   NG+G P+ A     V+ +++    L      +L +P +VT         +G   ++ C    NP+   + W KD    +P   + V      + GSL I+   +   G+Y C   N  GT    S  + V ++  PP     PE  Y   VG  + + C A+G P P +KWR+  +   P     +    L + N++++ +  Y CV ++++  I A   + ++   P APTN+ I++    +V + W   YSG  +  Q Y I+Y+    K  +W    +         I  L+  T+YEF V+  N  G G  S  +  +T     G    +V VRP
Sbjct:  120 FECVAENGVGDPVSA----DVKLEIFDDKSLPPGFPRILQNP-QVTVEE------KGRNALLVCQTTGNPQPN-IFWVKDGMKLEPNPRYTV-----MEQGSLQIKESQETDQGKYECVAENAVGTEYSYSAQLYVRVRRVPPQFTIPPESEYEVMVGSGINLTCVAVGSPMPHVKWRRGTQDVTPGMTPPIGKNVLQLHNIQETQN--YTCVAASKLGIIEATTIVRVQ-ALPLAPTNVKISDVSPTSVRLSW--SYSGSPTEVQYYVIQYK---PKLASWDYKEISGAITTFYDIRGLTPYTEYEFVVLAVNNVGRGDKSIPVVTTTGETEPGSAPRNVVVRP 439          
BLAST of EMLSAG00000000256 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold14_size734282-snap-gene-4.11 (protein:Tk11303 transcript:maker-scaffold14_size734282-snap-gene-4.11-mRNA-1 annotation:"nephrin ")

HSP 1 Score: 93.2041 bits (230), Expect = 2.223e-19
Identity = 79/319 (24.76%), Postives = 145/319 (45.45%), Query Frame = 0
Query:   23 ECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGIIQCHIEANP-EIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKV-TMPCGAIGVPHPDIKWRKLRGRL-PHKRSKVYNGE-----------LTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTT-PHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMF-SEIIEASTK 325
            E K  FK     F  ++L +P+ +T    S  +  G      C ++ANP ++  + W ++   +D   V     +    L +++V +  +G++ C   N  G      V  +L+K  P +   P      S  G    + C A GVP     W +    + P    K    E           L+++N+  SD+G Y+C+  NE      +  +Y+  T+ P AP  + +      +VT++W PG+ G    +QS++IR+R++DS+  ++++  V PP     ++ +L   T Y F ++  N  G+  + ++I E +TK
Sbjct:  660 EGKTTFK-----FKLDVLYEPS-ITEITDSVIVKPGENAEFSCFVDANPIQVDTIQWKRED--FDMTRVTTTNISNVMYLTVKNVTESDSGKFECVANNGIGEE-VKNVSFLLVKHKPAIDESPGIAKAASDKGLTGVLTCRATGVPKVRFTWSREGSVIDPSTNDKFETDEIQIDKLTFESFLSVKNVTSSDYGAYDCIAQNEEG--LDRHTIYLNVTSRPDAPAYLQVLNVTYTSVTLKWTPGFDG--GFEQSFRIRFRKEDSQVYHYVD--VYPPGVDTFEVQDLKVGTTYRFAIMSHNYIGESDYTTDIGEVTTK 963          
BLAST of EMLSAG00000000256 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold108_size357748-snap-gene-2.20 (protein:Tk09444 transcript:maker-scaffold108_size357748-snap-gene-2.20-mRNA-1 annotation:"conserved hypothetical protein")

HSP 1 Score: 78.5666 bits (192), Expect = 8.326e-15
Identity = 84/338 (24.85%), Postives = 137/338 (40.53%), Query Frame = 0
Query:    1 MYSCEVTNGIGRPIKATAYLGVECKLYFKCFLSSFLFELLTDPARVTYTPTSQYIPRGLKGI--IQCHIEANPEIQFVTWSKDKRVYDPFD--VDGXFN-AQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQV-LIKD-PPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRL-PHKRSKVY---NGELTIENLRKSDHGVYECVVSNEVATITAKAELYIE---------------KTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYG 312
            MYSCE TN +G+ +  +  L V           +FL +           P  Q +  G+ GI   +C ++ NP    + W+K+      F     G  + +Q+G+L+I+ V +   G YVC+  ++ G+      ++V  I+D PP ++          V     +PC A G P P I W K +  L   + S++    +G L I+NLR  D  +Y C   +E    +  A L +E                T P  PT   I      +VTI W   +    S    Y + Y   + +   W+ +      +    ++NL   + Y F V   N +G
Sbjct:  169 MYSCEATNPVGK-VSQSVVLTVHAH-------PTFLVK-----------PKDQRV--GMNGIAKFECVVDGNPPPS-IFWTKEGNQELMFSGTTHGQMHVSQDGTLVIQGVRKEDGGFYVCSALSVAGSTLAKAYLEVTAIEDQPPPIIAMGPANQTLPVNTIAVLPCQASGNPKPSINWFKNQQPLYAVESSRIMIEASGTLVIDNLRMEDTALYTCTAGSESGETSWSASLSVEDPKNPNIIFHKTPDPSTFPQPPTKPKIVNRRSTSVTISWRRNHQTGQSPLIGYTVEYFSFEME-TGWV-VAALRITSETYTVNNLKPDSSYVFLVRAENSHG 482          

HSP 2 Score: 71.2478 bits (173), Expect = 1.391e-12
Identity = 52/180 (28.89%), Postives = 84/180 (46.67%), Query Frame = 0
Query:   50 PTSQYIPRGLKGIIQCHI-EANPEIQFVTWSKDKRVYDPFDVD--GXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGT--AGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYI 224
            P    I +G   +++C     NP+   V+W K+ +V    + +       + GSL+I    +   G+YVC   N+ GT  +GP G + V +K  P  ++RPE +  +  G +VT+ C   G P P + WR+       K S+V  G L I      D G+Y C  +N V  ++    L +
Sbjct:   15 PDDTRIAQGDTAVLKCQSPRGNPKPS-VSWLKNGKVLHELEDEPKRVTLTETGSLVIRDAVKADQGDYVCQARNMVGTRNSGP-GTLHVNVK--PIFIQRPEDVTSKG-GSEVTLICLVAGDPEPHLVWRRENDLALPKGSQVDKGILVIPKAEPHDEGMYSCEATNPVGKVSQSVVLTV 189          
BLAST of EMLSAG00000000256 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold313_size211302-snap-gene-1.27 (protein:Tk07295 transcript:maker-scaffold313_size211302-snap-gene-1.27-mRNA-1 annotation:"hypothetical protein L798_07553 partial")

HSP 1 Score: 72.4034 bits (176), Expect = 7.290e-13
Identity = 71/280 (25.36%), Postives = 112/280 (40.00%), Query Frame = 0
Query:   50 PTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFN-AQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPC--GAIGVPHPDIKW----RKLRGRLPHKRSKVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVF--AVTIQWLPGYSGCAS-CKQSYKIRYREKDSKFP----NWI-ELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDG 314
            PT+     G    I C  E  P      +  D ++       G     ++GSL++  V    AG+Y+C   N  G+      + V+++   T + +P       +G   TM C   A      DIKW    R +     H+   + +G L I   R SD G Y C V +        ++L + +  P+APT++          AV + W PG+ G +   K   + RY  +    P    NWI  L      +R   +HNL +   Y ++V   N  G+G
Sbjct:  383 PTNMTAIDGKDATIPCEAEGAPTPNITWYLNDGQI----SFSGRIQILEDGSLLLAKVRSTDAGKYICVRSNEAGSVSGEAWVTVMVR---TQIVQPPVDTKVILGHVATMSCKVSADNNVLYDIKWFHEGRLINDEASHRIQLLEDGTLKIAEARASDAGEYTCEVDSPGGNDRHSSDLDVIE-LPYAPTSVLAERVSSAPKAVNVSWTPGFDGNSPIIKYILQFRYVPQKGTVPKDDMNWITALANISASSRSAFLHNLRSSAAYIYRVSAVNSVGEG 654          

HSP 2 Score: 66.2402 bits (160), Expect = 5.500e-11
Identity = 52/185 (28.11%), Postives = 78/185 (42.16%), Query Frame = 0
Query:   63 IQCHIEANPEIQF-VTWSKDKRVYDPFDVDGXFN-AQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRS------KVYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTP---HAPTNIT 236
            +QC   A P  +  + W KD    +   +   FN   N +L +   + R AG Y C      G    S   +V I D PT  R+         G  +T+PC   G P P + W  LR  +P   +       + N  L I  +R  D G+++C   NE  T T    L ++ ++P   + PTN+T
Sbjct:  205 LQCIANAKPLFELELIWLKDGVPIENTGLAFNFNDLWNRTLSLIQADFRHAGTYTCQVRMKTGGQSLSRDAKVEIMDKPTFGRQMAFETQGEFGKSLTLPCDIQGQPEPKVTW--LRNGIPLSETPNLRINAMSNHSLHINFMRLEDSGMFQCSGENEAGTNTGYTWLKVKTSSPIMVNGPTNMT 387          

HSP 3 Score: 53.5286 bits (127), Expect = 4.259e-7
Identity = 45/164 (27.44%), Postives = 77/164 (46.95%), Query Frame = 0
Query:   65 CHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIK-DPPTLMRRPEKLYHRSVGGK-VTMPCGAIGVPHPDIKWRKLRGRLPHK-RSKVY-NGELTIENLRKSDHGVYECVVSNEVATITAKAELYI 224
            C I+  PE + VTW ++                N SL I  +    +G + C+  N  GT   +G   + +K   P ++  P  +   ++ GK  T+PC A G P P+I W    G++    R ++  +G L +  +R +D G Y CV SNE  +++ +A + +
Sbjct:  305 CDIQGQPEPK-VTWLRNGIPLSETPNLRINAMSNHSLHINFMRLEDSGMFQCSGENEAGTN--TGYTWLKVKTSSPIMVNGPTNM--TAIDGKDATIPCEAEGAPTPNITWYLNDGQISFSGRIQILEDGSLLLAKVRSTDAGKYICVRSNEAGSVSGEAWVTV 463          
BLAST of EMLSAG00000000256 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold49_size462716-snap-gene-3.30 (protein:Tk03619 transcript:maker-scaffold49_size462716-snap-gene-3.30-mRNA-1 annotation:"roundabout 1")

HSP 1 Score: 72.0182 bits (175), Expect = 8.031e-13
Identity = 50/173 (28.90%), Postives = 78/173 (45.09%), Query Frame = 0
Query:   56 PRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHG---TAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKVYNG-ELTIENLRKSDHGVYECVVSNEVATITAKAELYI 224
            P+GL+ I+      N   Q +   K         ++G      G+LII  V  +  G+Y C   N+ G   +A     +QVL    P +++ PE +   + G  V   C   G PHP+I+W +  G LP +R    +G +LT+ N+   D  VY C+  N    + A A L +
Sbjct:  233 PKGLEAIM-----GNFGRQLIRLGKRPEARFLLSIEG-----EGTLIISQVQPKDEGQYQCVAKNVAGIRLSAKARLSLQVL----PYVLKHPENVSAVA-GDTVRFGCAVKGRPHPEIRWSRRNGMLPAQRVHTTDGTQLTLMNIVPEDEDVYTCLAENRAGFVEASAHLQV 390          
BLAST of EMLSAG00000000256 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold61_size441589-snap-gene-0.14 (protein:Tk06306 transcript:maker-scaffold61_size441589-snap-gene-0.14-mRNA-1 annotation:"down syndrome cell adhesion molecule isoform x1")

HSP 1 Score: 71.2478 bits (173), Expect = 1.766e-12
Identity = 63/291 (21.65%), Postives = 116/291 (39.86%), Query Frame = 0
Query:   45 RVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSK----------DKRVYDPFDVDGXFNAQ--NGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKVYN-----------GELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYG 312
            R T  PT +   +G    I C  +  P+ + +TW K              Y  FD     N +  +GSLII+++ +   G Y+C   N  G  G S V ++ ++ PP+   + ++     +     + C A G     I W     RL       Y              ++I+  ++ D  ++ CV +N   +      L I++  P  P  + + +     V + W   Y+G ++  + Y I ++     + N ++  + P D     + +L   T Y F+V+  N+ G
Sbjct:  750 RWTVEPTDKQFAQGSDAKIDCKADGFPKPE-ITWKKAVVNNLQMRPTPNDYQDFDASNDRNIKIIDGSLIIKNIKKGNEGYYLCKASN--GIGGISAVAKIAVQAPPSFEIK-KRTQTALISENTVLQCEAKGEKPIGILWNMNNKRLDTNVDPRYTIREESQEDGMLSTISIKRTQREDSALFTCVATNAFGSDDTSINLIIQEK-PETPYGLKVVDKTGRTVKLSWQAPYNGNSNLTR-YVIEFKPIKGTWANDVDHVLVPGDQTMAGVFSLRPATSYHFRVVAQNDIG 1034          

HSP 2 Score: 62.3882 bits (150), Expect = 9.206e-10
Identity = 88/368 (23.91%), Postives = 151/368 (41.03%), Query Frame = 0
Query:   73 IQFVTWSKD-KRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKL------YHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKVY---NGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITITETEVFAVTIQWLPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDVEVRPPPTASPSEQSTFSDAPPGERPAPATNLTLN--QEAGGWVLRWITPKEDPPIQYYTIQVKTDSQG----IKNMGTAKAYLFRVFSHSLTSYSVSE 424
            IQ+  + K+  R  D        NA   S  ++++N++   E+  T +   G   PS    + +   PT  R P K+      +   V   V +PC A+G P+P + W K+RG+   K  ++    +G L I  + K D G Y C+V+N+        EL +    P  P  +TIT      +T++         +    Y + Y+    +F +W    + P  + +  + +L    +Y   V   N  G G  S  + A+TKG     VE   P      E   F +   G     +  L LN   + G  +L ++   +    Q +T+   +   G    + ++  A  Y  RV +H+   +SV+E
Sbjct: 1220 IQYTVYIKELDRSRDIAPKTNKVNALQMSHQVDNLNKKARYEFWVTAHTTIGEGSPS----IKVTLSPT-NRIPAKIASFDDDFVAMVKQDVKLPCIAVGSPNPQLHW-KMRGQPIPKNDRIRQLPDGSLQITRVLKEDTGKYVCMVNNKYGQDMVTHELVVNG--PPDPPEVTITSQTTDTITVKLKTSNPEDKTPVHGYILHYK---PEFGDWNTAQI-PFGSDEFTLDSLLCGQRYHLYVTAHNSIGVGPKSTQLTANTKG-----VEPTVP------EAHRFLEVSAG-----SVTLHLNAWMDGGCPILYFVVEYKPRHHQDWTLVSNSVKAGGNFVVLDLNPATWYNLRVTAHNNAGFSVAE 1559          

HSP 3 Score: 54.6842 bits (130), Expect = 2.058e-7
Identity = 53/207 (25.60%), Postives = 84/207 (40.58%), Query Frame = 0
Query:   40 LTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIK-DPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKW------RKLRGRLPHKRSKVYNGE----LTIENLRKSDHGVYECVVSNEVATITAKAEL------YIEKTTP 229
            +T P  V   P  Q +  G     +CH + NP ++ V W K+                  +L I SV +   G Y C   N   +A  +G +++  + DPP  +   + +  +  G  V++ C A G P P++KW       +  G L        NG+    L I   R    G YEC  S++V  ++  A+L      Y+ K  P
Sbjct:  436 VTAPLSVEVEPKQQVVDYGRSATFKCHYDGNP-VKSVYWLKNGE---------PVGHTETTLRINSVKKEDRGMYQCFVRNDQESAQATGELKLGGRFDPPEFVSAFDAVTTQP-GPMVSLKCVAKGDPAPEVKWFIYGSEAESDGVLQVGSFNSDNGDVVSYLNISQARTKYGGTYECQASSKVGLVSHSAKLNVNGAPYVRKMLP 631          
BLAST of EMLSAG00000000256 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold156_size297567-snap-gene-1.38 (protein:Tk07678 transcript:maker-scaffold156_size297567-snap-gene-1.38-mRNA-1 annotation:"T29549hypothetical protein ZK377.3 - Caenorhabditis elegans")

HSP 1 Score: 68.5514 bits (166), Expect = 8.476e-12
Identity = 59/210 (28.10%), Postives = 86/210 (40.95%), Query Frame = 0
Query:   40 LTDPARVTYTPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLI------IESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGG-KVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKVY------------------NGELTIENLRKSDHGVYECVVSNEVATITAKAELYI 224
            + +P      P S  +  G   +++C +E  P +  +TWSK          DG  +A    +I      I+ V+    GEYVCT  N  G A  S  ++V    PP +   PE     SVG  +V + C  +G P P + W K  G       +VY                  +G L I N + S  G Y C  +NEV +  A+A L +
Sbjct:   93 IIEPPSFAVRPKSVSVLAGEDALLECRVEGVP-LPDITWSK---------TDGVISAAKVKIIPRRGLRIKHVHPSDEGEYVCTAQNGGGLATASAHLKV--HAPPVITVPPESHSQVSVGAERVVLACLVVGTPAPMVYWVKEDG----SSDEVYFSTNLSPYPSSGDIKVNGDGSLEIINPQVSHSGHYTCSATNEVGSALARANLRV 286          

HSP 2 Score: 66.2402 bits (160), Expect = 4.978e-11
Identity = 54/190 (28.42%), Postives = 80/190 (42.11%), Query Frame = 0
Query:   49 TPTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSKVY-NGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNITI 237
             P+S  + RG    ++C          V W KD +  D          ++G+L I   +    G Y C+  N+  T   S V   +I +PP+   RP+ +   + G    + C   GVP PDI W K  G +   + K+     L I+++  SD G Y C   N     TA A L +     HAP  IT+
Sbjct:    8 VPSSTDVVRGEDVKLECAPPRGVPSPVVKWKKDGKYLDLTSSKRIKIDESGNLAIYQADLDDGGRYECSGENLAATRVSSPVRLTII-EPPSFAVRPKSVSVLA-GEDALLECRVEGVPLPDITWSKTDGVISAAKVKIIPRRGLRIKHVHPSDEGEYVCTAQNGGGLATASAHLKV-----HAPPVITV 190          
BLAST of EMLSAG00000000256 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold19_size710362-snap-gene-6.14 (protein:Tk00417 transcript:maker-scaffold19_size710362-snap-gene-6.14-mRNA-1 annotation:"hypothetical protein DAPPUDRAFT_197333")

HSP 1 Score: 67.781 bits (164), Expect = 1.887e-11
Identity = 82/336 (24.40%), Postives = 123/336 (36.61%), Query Frame = 0
Query:   50 PTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNA-QNGSLIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSK---VYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIE----------------------------------------KTTPHAPTNITITETEVFAVTIQW---------LPGYSGCASCKQSYKIRYREKDSKFPNWIELPVXPPDARKIQIHNLSALTKYEFQVIGTNEYGDGMFSEIIEASTKGDGHLDV 332
            P S     G +  + C     P+   + W KD    D   +D  F    +GSL I +V     G Y C   N   +     +++V ++  P  +  P       V   + + C   GVP P ++W K  G L  +      V    L I  L + D GVY+C+ SN +  I A A+L ++                                        K TP  PT++         +T+ W         L G+S     KQ+   R R  +S   N  EL           +  L   T+Y  +V+  NE+G G  SE +E ST+ +  LDV
Sbjct:  199 PASTKTEEGQELTLDCAANGVPK-PAIAWLKDGSSLDLNHLDSRFTKIGSGSLQIRNVQVHDEGTYQCRAENSEDSIDAGSILEVHVR--PRFLNTPRST-EAVVKEDIELECEVYGVPEPTVQWYK-NGDLIIETEYFQIVRGNNLKILGLVELDSGVYQCIASNVIGNIQAAAQLLVKPQGFKSPNHSVTTPNHLRNTRPSSDRKASSSSSYLGELVFKDTPSPPTSLRAVIVSTRFITLSWNKPSVTNGQLLGFS--VFYKQNGSNRERVLNSTRGNLEEL----------NVQGLVPGTRYIMRVVAHNEHGAGDSSEPLEVSTQDE--LDV 515          
BLAST of EMLSAG00000000256 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold691_size110934-snap-gene-0.31 (protein:Tk06103 transcript:maker-scaffold691_size110934-snap-gene-0.31-mRNA-1 annotation:"thyroid peroxidase")

HSP 1 Score: 63.5438 bits (153), Expect = 3.041e-10
Identity = 51/172 (29.65%), Postives = 82/172 (47.67%), Query Frame = 0
Query:   65 CHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGS--LIIESVNQRQAGEYVCTPYNIHGTAGPSGVMQVLIKDPP-TLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRK-LRGRLPHKRSKVY-NGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHA 231
            C  E +P   + +W  +KR+    + +G  +  NG   L I+ +     G+YVC   N  G    +  + V  +  P  ++ +P  +     G  V +PC A G P P I W K  R  +  +R ++  +G L + N+ +SD G+YECV  NE    TA+A   I +  P+A
Sbjct:  216 CIAEGHPYPDY-SWWNNKRL---INNEGRISVSNGGQHLRIQDLRTYDQGDYVCRAENRLGKVEATATLTVNARPIPIAIINQPHDM-SAPKGTTVQLPCKAEGSPKPKISWMKDGRSMINDRRHRLSSDGSLVVYNVTESDVGMYECVAENERERRTARAYFSI-RDIPYA 381          

HSP 2 Score: 57.7658 bits (138), Expect = 2.191e-8
Identity = 48/193 (24.87%), Postives = 79/193 (40.93%), Query Frame = 0
Query:   50 PTSQYIPRGLKGIIQCHIEANPEIQFVTWSKDKRVYDPFDVDGXFNAQNGS-LIIESVNQRQAGEYVCTPYNIHG--TAGPSGVMQVLIKDPPTLMRRPEKLYHRSVGGKVTMPCGAIGVPHPDIKWRKLRGRLPHKRSK---VYNGELTIENLRKSDHGVYECVVSNEVATITAKAELYIEKTTPHAPTNIT 236
            PT   +  G     +C    +P  + ++W KD    DP        +  GS L I +      G Y C   + HG  T+  + V     +  P++  RP      + G ++ + CGA G P P  +W K  GRL H   +   + +G L I N++  D   Y C  +N +   ++ A + +      +   IT
Sbjct:    8 PTDTDVTPGGTIRFRCRTSGSPTPE-ISWQKDGVALDPVANPKISISSGGSNLAIVAAQSSDVGLYECIAQSEHGRITSRQARVRYYQRRSKPSITHRP-VFTEVTKGEEIRLSCGAEGFPRPTFEWFKDGGRLSHAHDRFQILDDGTLHITNVQLDDSAHYRCSATNYLGRASSAARVKVNLALAESIPQIT 198          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000000256 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-2.467e-12242.16symbol:tutl "turtle" species:7227 "Drosophila mela... [more]
-1.399e-6031.73symbol:CG16857 species:7227 "Drosophila melanogast... [more]
-7.391e-5631.54symbol:IGSF9 "Uncharacterized protein" species:961... [more]
-1.447e-5529.47symbol:Gga.29445 "Uncharacterized protein" species... [more]
-7.682e-5531.09symbol:IGSF9 "Uncharacterized protein" species:991... [more]
-1.344e-5331.12symbol:IGSF9 "Protein turtle homolog A" species:96... [more]
-7.269e-5331.19symbol:Igsf9 "immunoglobulin superfamily, member 9... [more]
-2.843e-5230.32symbol:Igsf9 "Protein turtle homolog A" species:10... [more]
-2.843e-5230.32symbol:Igsf9 "immunoglobulin superfamily, member 9... [more]
-3.220e-5128.60symbol:igsf9b "immunoglobulin superfamily, member ... [more]

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BLAST of EMLSAG00000000256 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592820225|gb|GAXK01134343.1|3.048e-1758.57TSA: Calanus finmarchicus comp93956_c2_seq7 transc... [more]
gi|592820224|gb|GAXK01134344.1|3.047e-1758.57TSA: Calanus finmarchicus comp93956_c2_seq8 transc... [more]
gi|592820228|gb|GAXK01134340.1|3.052e-1754.69TSA: Calanus finmarchicus comp93956_c2_seq4 transc... [more]
gi|592820229|gb|GAXK01134339.1|3.053e-1754.69TSA: Calanus finmarchicus comp93956_c2_seq3 transc... [more]
gi|592820226|gb|GAXK01134342.1|3.049e-1755.58TSA: Calanus finmarchicus comp93956_c2_seq6 transc... [more]
gi|592820227|gb|GAXK01134341.1|3.050e-1755.58TSA: Calanus finmarchicus comp93956_c2_seq5 transc... [more]
gi|592820230|gb|GAXK01134338.1|6.515e-12362.58TSA: Calanus finmarchicus comp93956_c2_seq2 transc... [more]
gi|592820231|gb|GAXK01134337.1|7.819e-12362.58TSA: Calanus finmarchicus comp93956_c2_seq1 transc... [more]
gi|592887387|gb|GAXK01070988.1|4.683e-2231.51TSA: Calanus finmarchicus comp538921_c0_seq2 trans... [more]
gi|592887388|gb|GAXK01070987.1|4.748e-2231.51TSA: Calanus finmarchicus comp538921_c0_seq1 trans... [more]

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BLAST of EMLSAG00000000256 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 25
Match NameE-valueIdentityDescription
EMLSAP000000002560.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s1038:1353... [more]
EMLSAP000000045346.995e-1924.73pep:novel supercontig:LSalAtl2s:LSalAtl2s237:37145... [more]
EMLSAP000000084651.242e-1724.40pep:novel supercontig:LSalAtl2s:LSalAtl2s51:20931:... [more]
EMLSAP000000038606.139e-1524.27pep:novel supercontig:LSalAtl2s:LSalAtl2s209:18455... [more]
EMLSAP000000007951.233e-1422.35pep:novel supercontig:LSalAtl2s:LSalAtl2s1133:2264... [more]
EMLSAP000000036543.131e-1425.52pep:novel supercontig:LSalAtl2s:LSalAtl2s199:34138... [more]
EMLSAP000000054541.253e-1220.82pep:novel supercontig:LSalAtl2s:LSalAtl2s293:18528... [more]
EMLSAP000000047841.289e-1226.78pep:novel supercontig:LSalAtl2s:LSalAtl2s251:16492... [more]
EMLSAP000000050666.301e-1223.86pep:novel supercontig:LSalAtl2s:LSalAtl2s266:20529... [more]
EMLSAP000000040401.691e-1129.80pep:novel supercontig:LSalAtl2s:LSalAtl2s215:59046... [more]

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BLAST of EMLSAG00000000256 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25
Match NameE-valueIdentityDescription
gi|158706513|sp|Q967D7.2|TUTL_DROME1.971e-12342.16RecName: Full=Protein turtle[more]
gi|75025868|sp|Q9U4G1.1|BDL_DROME5.677e-6131.73RecName: Full=Protein borderless; Flags: Precursor[more]
gi|158706515|sp|Q9P2J2.2|TUTLA_HUMAN9.207e-5431.12RecName: Full=Protein turtle homolog A; AltName: F... [more]
gi|158706516|sp|Q05BQ1.2|TUTLA_MOUSE5.030e-5331.19RecName: Full=Protein turtle homolog A; AltName: F... [more]
gi|158706405|sp|P0C5H6.1|TUTLA_RAT1.985e-5230.32RecName: Full=Protein turtle homolog A; AltName: F... [more]
gi|158706512|sp|Q9UPX0.2|TUTLB_HUMAN2.183e-4828.80RecName: Full=Protein turtle homolog B; AltName: F... [more]
gi|1028066211|sp|E9PZ19.1|TUTLB_MOUSE1.166e-4628.19RecName: Full=Protein turtle homolog B; AltName: F... [more]
gi|1028066215|sp|D3ZB51.1|TUTLB_RAT8.940e-4628.40RecName: Full=Protein turtle homolog B; AltName: F... [more]
gi|226723262|sp|A4IFW2.1|PTPRF_DANRE3.706e-1829.68RecName: Full=Receptor-type tyrosine-protein phosp... [more]
gi|81916020|sp|Q8VHZ8.1|DSCAM_RAT1.020e-1732.39RecName: Full=Down syndrome cell adhesion molecule... [more]

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BLAST of EMLSAG00000000256 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
EEB14757.11.392e-13042.73turtle protein, isoform, putative [Pediculus human... [more]
gb|KYB28097.1|1.759e-12742.42Protein turtle-like Protein [Tribolium castaneum][more]
AGB92556.13.671e-12742.16turtle, isoform I [Drosophila melanogaster][more]
ACZ94159.13.671e-12742.16turtle, isoform F [Drosophila melanogaster][more]
XP_006569347.24.595e-12743.13PREDICTED: protein turtle [Apis mellifera][more]
gb|KYB28096.1|1.367e-12641.99Protein turtle-like Protein [Tribolium castaneum][more]
ACZ94160.11.076e-12541.17turtle, isoform G [Drosophila melanogaster][more]
AAF51029.31.076e-12541.17turtle, isoform D [Drosophila melanogaster][more]
AGB92555.11.301e-12541.17turtle, isoform H [Drosophila melanogaster][more]
ALI30194.12.412e-12540.91turtle, isoform K [Drosophila melanogaster][more]

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BLAST of EMLSAG00000000256 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|1058030363|gb|JAS18843.1|3.419e-13844.38hypothetical protein g.36516, partial [Clastoptera... [more]
gi|1058021946|gb|JAS14635.1|1.671e-13744.91hypothetical protein g.36520 [Clastoptera arizonan... [more]
gi|1058028133|gb|JAS17728.1|1.704e-13645.00hypothetical protein g.36503 [Clastoptera arizonan... [more]
gi|1058031849|gb|JAS19586.1|1.907e-13645.00hypothetical protein g.36519 [Clastoptera arizonan... [more]
gi|1058065637|gb|JAS36480.1|2.185e-13645.15hypothetical protein g.36511 [Clastoptera arizonan... [more]
gi|1058037757|gb|JAS22540.1|3.132e-13644.63hypothetical protein g.36510 [Clastoptera arizonan... [more]
gi|1058006480|gb|JAS06924.1|3.622e-13644.49hypothetical protein g.36518 [Clastoptera arizonan... [more]
gi|1058014090|gb|JAS10729.1|4.098e-13644.49hypothetical protein g.36513 [Clastoptera arizonan... [more]
gi|1058060281|gb|JAS33802.1|4.529e-13644.63hypothetical protein g.36508 [Clastoptera arizonan... [more]
gi|1058063713|gb|JAS35518.1|4.646e-13644.63hypothetical protein g.36529 [Clastoptera arizonan... [more]

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BLAST of EMLSAG00000000256 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 23
Match NameE-valueIdentityDescription
snap_masked-scaffold61_size441589-processed-gene-2.13.794e-9051.59protein:Tk06307 transcript:snap_masked-scaffold61_... [more]
maker-scaffold64_size435223-snap-gene-3.135.257e-2026.09protein:Tk02502 transcript:maker-scaffold64_size43... [more]
maker-scaffold14_size734282-snap-gene-4.112.223e-1924.76protein:Tk11303 transcript:maker-scaffold14_size73... [more]
maker-scaffold108_size357748-snap-gene-2.208.326e-1524.85protein:Tk09444 transcript:maker-scaffold108_size3... [more]
maker-scaffold313_size211302-snap-gene-1.277.290e-1325.36protein:Tk07295 transcript:maker-scaffold313_size2... [more]
maker-scaffold49_size462716-snap-gene-3.308.031e-1328.90protein:Tk03619 transcript:maker-scaffold49_size46... [more]
maker-scaffold61_size441589-snap-gene-0.141.766e-1221.65protein:Tk06306 transcript:maker-scaffold61_size44... [more]
maker-scaffold156_size297567-snap-gene-1.388.476e-1228.10protein:Tk07678 transcript:maker-scaffold156_size2... [more]
maker-scaffold19_size710362-snap-gene-6.141.887e-1124.40protein:Tk00417 transcript:maker-scaffold19_size71... [more]
maker-scaffold691_size110934-snap-gene-0.313.041e-1029.65protein:Tk06103 transcript:maker-scaffold691_size1... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s1038supercontigLSalAtl2s1038:13532..133097 +
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
ensembl2013-09-26 .965016
Blast vs. GO2014-04-02
TblastN vs C. finmarchicus TSA2014-05-09
Blastp vs. self2014-05-10
Blastp vs. SwissProt2017-02-10
Blastp vs. Selected Arthropods2017-02-20
Blastp vs. NR (2/2017)2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins2018-04-18
Properties
Property NameValue
Logic nameensemblgenomes
Descriptionmaker-LSalAtl2s1038-augustus-gene-0.5
Biotypeprotein_coding
EvidenceIEA
NoteProtein turtle
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000000256 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000000256EMLSAT00000000256-696103Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s1038:13532..133097+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000000256-683022 ID=EMLSAG00000000256-683022|Name=EMLSAG00000000256|organism=Lepeophtheirus salmonis|type=gene|length=119566bp|location=Sequence derived from alignment at LSalAtl2s1038:13532..133097+ (Lepeophtheirus salmonis)
CTTGGATTCCTTCAACCTACAATATTACACGTATAACTAGCAAAAAGTGA CCATACGAAAACGTAAGGAAGATAAACTTTTTGAATTGCAAAATTTTATT CATCATTTTACAAATATGTATACTAATTAAAAATTGTACTCCCATGACTA GTTAGTTGTAGGAGAAGACTCGGAATAATTGTAACAATTTTTTTTTTTGC GGTTCAATTACTCAGAGCTGCCTTGATTTACTAATTAGCTTTATAACCCC ATACGTATCATATTTAATTAGTGTTGGATCGGTCGTAGGATGGATTTCCT ACTTTAGTATTTTTATATCGGTCACGGTGTGTTTATTATCACAACCTTTT AATAATAAGGAATTAACACCACTATGTGAAGCAACGCAATGCGTAATATG TATTTTTGGAGTAGGAAGACCAGGATCCCGACTTTTTTTAGTTATTCGGG AGAAAAATGGTAGCTTCACAACTACTCCTTGAAAATTCATATATCAATCA TGATAGAAAATGAATTAGAAAGAGAAATCTCCCTCATAACCTGACAAAAC AAATCTTGAGATTCTTATCCTTTATCCCTACTACCAACTCCTGCGAAGGA ATGAGTTTGTATCCAGAGTCATGATATTACACGAGTTCCTCTAATAGACA ATATCTCATTCATGGTTTATTCTTCGCTCAGGATTTATCTTTATAAAGGA TCGTGAAGAGTCTCTTCATCAACTTTTTAAAGACATCTTGGATTTCCCTA CAGCTGTAGTTTTTTCTTTTCTTTTGTATTTAAGTAACAATTATGAGCCT GAGACTTGCTGCGATTTGAGTTTCGGCTCSTCCGACAATAGTTATCCCAT GAGGCTATTATGAGGGAGATTTATCTTCCTAATTTATTTTTCTATTCTAT ATTGGTGAATGTCAAAGAGTTGATTGTCCGGTGTGGTGTTTATTTGAATA ATGTCACAACTCCTTGCTAATAAAATATATTCTTAGTTTCCTGATGTCCT ATTGCGGGCGATTGAATCGAGGTCCATCTTCTCTTACTCCAATAATACGA GGGTTTGAAATTTTTTTGACTCAACGTGAAGATGACAGCACTCGTAAATA AAAGGTAGTTACATCTATTTAGAATCTGATGAGAGTTACTTAACAAAATT TCAGCCATTTGGACAGGCTGKTGCAGATTCATCCTTCATTCAATATATAT TTTTTTTTTTGAATATGTTACCTTTTTGATAGATTCAAACAATAGCAAAC ATTTAAAGGCACGCTGTATTACTAATCAATCCAACTCTGAGTAACTGAGG CAAAAAAAAAATATATATATCGGGAACAATTATTTTTTAAAGAAAAACAC AGAGTGTTATTTGAGCTGATTACAGAGATGGAAACATTACTGGGAGAGCT GTATAGCGTTACAAGGAGACTATGTTGAAAAATAGAATTTAAAAATATTT TGTATCGTTCTTAGATCGGAAACTTTTGAGACGACCCTCGTATACACTTT TCTTGGACAAGTTATTTCCTAATTATTAAAAGGTTTTGATGATTAAATTT CAACTTTCCACATTCAATATCTCCGATTTTGAGAAAGAAGGAAAAAGTAC GTTAAAACTTATAGAATGTACCCAAATGTCATAACCCCCCCCCCCTCCCC CATTTCTGTGTATTTTTATATAAAGGGGGAAAAATGCCAGTTGCATCTAT CTCTTTTGCAACAGTTCCCCGTCCATTTTTCATAATTAAATAACATATGA AACGATGTGATCAACAAATCCTACTGTAAGAAAGAATGAGCTTGAAAAAG AAAATCAATTTAGCCCCTTCTATTATTCGTATCTTTGAGCCATAAGATAA TCATTTTCAATTTGGTGGGGAATTAGATTTTTAAACAACTCCTTCAAACG CTTTAAGTATACTTCTTATACTCATTAATATGTATAAATATATCTTTCAC ATCTTCATCTGATTTAATTTTTCCCATCTACATTTTTTAATAAAATAAAA TTAAATATAACATATACATACACTTTTTTTAAATAGTAATCTGATTAAAA TTCATATTCTTTTACTTGCCTATTCTGTATATTAATAGCGCAGACTCTGT TAGTAGGGAGTTTGGGGACGTTTGCAGCAGTCCCTTATTTTGGTCAAACT GCCAGAGGGATTTTTTTTATTTATTACTTTATTGGACTCAGTGTTTGTCC TCCAAGCTTATTGGTACTCAAAACCATGGACTTCTTGATGTGGAACTCAG TTGAGGGAGACATAAATAAAAACTCTACAAAAAAAAAAATGACCTGACGT CCGGAAGGACATCCAGAATTTACAAAAGGTGTCTATCCTCGAGACCGTAT CCCGTTTCCGAGATCGAGTCGAGCCTTTTTTCATTTGGCATTGGTTTCGA TTCAAATTGGATCATTAGTTTAGGATAAAATCTATTTTAAAAAACCCTTT AGTTAGATAAATAGAGGTCGCACCCTGTAAATCTGATTATAAGTATCTTA TTATGCTAATTCAACATAATAAAAATTTAGATATTTAGTTTTCAAAAAAT ATAAATTTTTTAATTTCTAATTACAATTCAATATTTTTTACCTATTTATA ACATGGCTTCGGGAACAGTTAACACAATTCAATAGTTGAATTTAAAATCA ATATTTGAACGAACGAATGAGTTTAATAACCTTTAAATAAACTGGAACAA CAACAAACATTCACTAGGATAATTAAATGTGCGATTTCCCAAGAAAATAA ATATTTCCCAGAAAGTTGGTAACCCCTGAGAAATTCCCTTGTCTCAAGAG ATAAACGCTTGGAGGTATAGTATGTTAAAGTTTGACCAGCTTATGTCAAA GTAACTCTGAGTAATTGAGCCAAAAACACAAAATGTACACTATATTTTTA TATATATAAAGGGATTCCCCACTTATCACGGTTTTTGGGAACAAGAAAAA TCTGATTTCTACTGGGATATTTTTAGTACTAAAATCTGTATAATGGGAGA AATTATTTTTTAAAGTCCACTTTTTAATATTTTTTCCTCGTTTTTTTAGT ATGGTTARGATGAATAAAAAAATTTTATTCATCCTTAATTATTTAAAATA ATTTATACCAAACAAAATACTTGCAAAATAATTGTAAAATTTGAACTTAA TAGAGTATTCCCTTGATTTTTAATTCCAATTCTGTAAAATTTCAGTAATT GGAACATAAGCAATATTTATTTTGTTTTAAATGACAAACTTTTTAATTAG TAATCACAAAAAGTTTTTAGACTAGATATCAAATCAAATACTTACAGGAC ACCTCCTCCTATGCAAAATTATACACTTTTAATATATGAATATATTGTCA TAATATGATCGAACTCATCAAAATCTACAAAAAATCTTGTTTACTTTAAT ATATAGTTGCTTTTACAATTTTAAAACGCGAAATGAGAGAAATATACAGC ACTATACAGGGAGTCCGAATAATTTCAGATACGGCGTAATACCCAATTTG TGGTTTTTAGTAGATGGTTATGTAGGGAACTTCTGTTATATAGGTATATT TAGTTATGTATATCAAATGACCATTAAGAACATTGATTTTTTTAATATTA TTAATGTAAGAAAAAAATCAAAAATGGAAATTAAATTAAGTTTTTCCCAA ATGGTTGGATAATGTCATTACAATAAATCAATTCTCCATAATTTTATATG GCTTATAATTCCTATTACTATATGAATACAGTTAATTATTTATAAAGGTT TGTTTTAGATGTATCACAGGTTTCCCATTTGCCATATTTTCTCTTTTTGT CACTGAAATGTATTTAAAATTCATTTGATCAGACATAAATTGTGCGCTTT GTTGCACAGCAACGAAGCTCTAAAATATATTCATTTCGTTTGTTTATGAA TTAACGAAAACCTCCATAGATATTGCACTGAATTAGTTTGAATCCCAATC GAAAAATATAGAGGGACTCAATGATTATTTTTGTCCATAGTCATTTATTG TTGAACACGTGCATTATTCGAACTTTGCGGAATAATAGCTGACRGGCGGT GGCAAAAGGCCTAMCAGCCAATGCAGATGTATTCTCTGTTATGGCGTTTT AGTGAAAGTAAGTAGCATTGAGGACGGCCTCGGTGTTTGGATGACAGACA CTGCAGCCTTCTCCTCGACATAGACCCAAAATACGCATTCGAGGGATTTG GCATCAGGTCTGTAAGAAGGGGGGGGGGGGTGCAAAAGTGTGAAAAAGAG CTATTAAGAATTCAAAACACTCATTCGAAACTCATTCAAAAAAGTGTAGC AACGGATGAGCTGGGTTTATTACATGACTGGTATCAAAAGTGGCCTCTCC ATCCTCAAAAGAATCTTTCCATCCACTTTTTTGATAGCTCTCTGGGCAGT AGGATGTGAAGCAACTAGATGCCTTACAAGGGCCCTCGTGGACTTGAGGG GATTGGCCTGGGCTCTTTTCTTCATCTCATGGGTGTCTTATTTGACGTTT TTAATAGAACCATTCTTCTTCTTCAACGTTTTGGACTTTCTGAGGGCGTA AACGGTAATCCTGGAGACGCCTAACTATTTGGAGTGTGTGGATGGAAATT CGTCAATCACGTTCAAGTATCATTGTACTACGTGTACGTAAGCTAAAGAA CTCGGTTTTGTATTTTTGTGACTATTTGTTCTTGCTTTAATATAACAAAA TATGAATTAATTTCAATCGCTCAATCTTCATTAATTATAAAATAAGTAAG TGTTCAGATTTCAATGGACCACCCGTTCAATATATATAATAAATATTAGT AATTCTATAAAGTTTTGATAATACACCACAAATTATGAAAGCTAGCAACG CCTTTGCTCATGCATATAACTGAAAGTAACGCTAAGGATTTGTTGGGAGT TATAATTGTAATTTCTTGTTGAATTGATGTTCGATATGAGTGTCATTCCT GTTTATGTCTTTACGAAAAATGGAGTTGGTTTCGTGTGTCTTTATTTAAT TTCTTACCTTTTTGATTGCAGTTAACCTACTAAAACGTCATGACAACTAA GCTGACTATTCAAAATTGTCAGGGTTATTATGTTATTGGTTTTGCTTATA ATTTACAACCCCAGATAAACATTTTTTTCATATTATCCAGTAAAGAACTG GGGAAACAAAAATATTCCCAATGATTTGTTATCTGTGAGTATAAACACTT CCTTTTTAATTTCCGTTCCTTATTTTCACATTTCTTAAATAATATTAATA AGAAATAAAATATGTATAACTGTGTAAATTATGAAAATATATTAATGTAT GTATGAATTCATAGATTAAAGGAAATGTTCTTTATAATCATTCAAATGGA TTTTGAATACATAATCAGTGTGATATTAGCATTATATTATATTTATCATT TATATTTCTGCATTTGGTCTTTCTCTCTCGCTTATGTATGAAATACAACA TCCTTTTTGAAGGAGTTATTTTTTTTCCAAAAGGATTGTTTTGACAGTTG GAATAGTATATATATACTTTTTATGTATATGCTCAAATATGAAGTAATAA AAGAACACGAGTATGTCGCTTGTATATTTCTTTTTTCCTGCTAGTATTTT TGAGGTTTGTAATTTCTTGACACTCATACAGACAGACTAACACCTGCGCT GAAAAGTCCCGGGCTTAAGAAAGAAAACACGTTTTTTTCTTCTTCAAAAT TTTAGTTAGTATTTGCGTTGTTAGTTTATTTTGAACAGATACAAAGTATT TTCGTCTGCTGAAATAATAAAGGAAATAATCAACTTTTTATGCTTATTCT AACAATTATAAAAGATTCTTTATTAAAATTTTCTAAAGTAGTAAAGGATA ACTACTTTAAAAGTATAACAGTTTAAATAACTTCCCCCACATTTTTAATA GTAGAAAATTGCACTTCGAATGATTTAAAACTCTGGAATGAGGGAGTTAT TCAGGTTGGCAACTGAATTTTGTTATTATTTTGCTGGCATCACTGTTAGG TGGTTTTTTATACATATATTTTTTGAATTGGTCAGATGGAATTGTAGTGA TTAAGTATAAGTGAAGATTTTAGCATTATAATGACTTCATTTGACCAAGA AATTGTTCTTGTAGTCCACAATGCGGTATGATCACAACGAAAACATCATT CTCTCATTCCCAATTCAATTCTCGAATGTATTTATTCATTATGTTGGTAC CCTTGTTCACAACGTTTGCATTGTTAGGCTTGTTTTCATAGATAAGAAGG TAAAATGTCTTTTTGTATTTTCATAGTTTTTCTACTATTGAAAAAAGAAA TTAATTTTAAAGATTTTTTTTTTAAATTTTTGAATGATTATTTAATCTCC AAAATTTAGAATTCCGTAAATAATAACGATTTTAGAATAATTAATAATCA GTCTAAAGAATTTCCTCTAAAATGTTTTTTTTCTTTCCATTTTTTTAAAT AATTGAAAACAAAAAAAAATGACAATACATACAATGCTCTGATAAAATAG AAACCGTTATTTTCTAATTCTGAATTCAATTCTAAATTAGTTTGCAGTTT TTTGGCAATGCATGAAATATAAATATTATGAGCAATAAAGATTTTAAATT AATTGATTTTTGAGTTAAAAAAAAAAAATTAAAGATTAGATAACCTAAAG AAATATTTACTCTGGCCTTTTTTTAATTTCATTTATTATTTTCTATAAAT GATCTCGTGTTTCACTGTAGTGTTATTTCTGACTATAATTATTTTTCACC TGCCGATTTTTTATGATTTTTTCCTCTATTCTGCTTTTAAACCTTGATTG TCTCAATTCAAATTAACTGCTTTTAAGATATAATAATCCCTAGAAAATAT ACAAAATCACTGATTTCAGTTCCTATATCTGTTTTTTTTTCTTTATGATG GACGAAATATTGTGAGGTACAATCAAGATAAGAACTTGTAAAAGAAATAA AATATCCCTACCATTTGGCAACTTCGAACAAAAACCAATTAATCTAGAAC TCCCAAAAAAAATCAACAAACTTAATTGACACACCGATATATTTTAAATT GTGGAACTCCTTTTGAAATGTTTTTCTTTTCTTGATGTTTTTTCATAAAC AATTAACTAATTTATTAAAGAAGTATAAATAAATTAAAGTCTGTTTGTTT GTTTATGGCATTTAATAAGTTTGAAGGCAATTTTACATTATAAAAGCATA CAAAATAATGTAATATATTTTTTAACCTTATGTTCCCTTGGGATTTTTGT ACCAAAATATGTAATATATATTACTATTAAACTAATTAAATGCTTGTTTT CTGTTAGAAAAATGAGGGAATCATGCATCAAAATTTCAATGGATACACTA ACAAAATCTTAAAATCTAAGAAATTAGAACCAGAGACAAAATAGTTCATA AAATTAGTATAATAAGCAAAACAAAAACATATAAACACCCCAACAATTTG AAACGAAGAATTGATAATTAATTTTCCTTTAGTAATTATCATTAAACATA CTTGAAAAGCCTCATGGATTGACAAACAAGCATAATGTGAGGGGAAACGC ATAATTCCATCAGTATTTTAGTAGTAAAAAAAGACATTTTATAGTAATAA ATATTGCATATTTTGATGAAAAATAAACAATAACGACATATGAACTTCAT TTTATTTATTTATGAAGGCAAAATATTCTTGAAGAAAATATAATTTAAGG CAAAGTGTCCTGAGACAAATTAGTTTAAGGCCAATTCCCGGACACATTAT TGTTTTCTCTAAGGTTCACAGCTTAATGATGCTATAATTTTAATTCAAGC AATCAACTTTCCCAACAGTATTTTTTTAAAAGAAGACGAATGGACAAATA CACCGTAAATTTTTGTGTTATTGAGGTAAAGCCGTAACATATTATAAACC ATGGTACCATTTCCATTTCAAAATCCTTTTCAATTACATATTTTCTGATG TTGCGTCTCATTAGCATGACAATACAAAATTTTATGGATGGCATGTTGTA TAAATACCTCTGACAGAATGAGTATAAATCCAATGCTTGAAATGCTCAGT CTCAAAATATCACGAAGGAAACGTCTGCATATTTAATTTCAAAATAATGT GAAAATCATGACCTGTAAGAATAATAAGTAGAAGCAAGTGGAGAGAGGGG GGAGAAGATGAAAAATGTGGCATCCAGTTGCGACAGAACAAACGCTAAAT TAATACTCGCATATGGTTACTTTGATGTTTCATTTTTCTCTTTTAGAGAA GCTTAAATTATGTATGTATTAGACAGTGCTGCCATATGGCTTTTGGAAAA AGTGGCTATATAAAGCTTAAAAGTTTTCTATTAAATACCTTAAAAAACAC ATATATTTATTCAATCCTATCTGTTTATATCGTTTCTCATATTTATATAT GTGATGAGACAACAATATCAGATAGAAATGAAGAATATGAGAAATGTCTT ATATATTTTTTTACATTATAAAAATCTAAACTTTCCTCTAATTTATTTTA TATGGAATTGCATTAATGAAGTATATGTAAACATTATAGTATTACAATGG GATTAACCAAACTAAAAAAAACATAAATATTTCCAATATTACTTAGCAGC AACAATAACCTAAGAACTATACAAATGTTTAATAAGCGCAAAACGGCGCC ACTAAAAATACTACTCATAAGTGTAGGTATAAGACGCATCTCCCATTACC CATACATTTTAATTATTAGAAATGTAAAAAACGTGTGATTTCTTTTAGCC ATTCTTAAGTCGATCACCGTATTATTGAAGGAAGAATTTCCACTTCTCTT AAATGTACTTTTTTTAAATGGCTAATAAAATAATAATAATTTTATATTTA AATTTAACGATAATATTTTCCCTGTACTATAGATATATAAGTGTAGAAGT TTTTCATCTTTATTGGAGCAATTCATTTTTTTTTTTTTGTCTCACCAAAA AATTATATAACAGGGATCTGATGTTTATGAGAGTCTCATMCTCTCTAAAA TCCCAATCACTATCCATTACTAGACATTATAAGAAAAAAGAAATTTTAAA ATTCTGCTCATTTTGCAATTGCTTCATGAAAAAAACTTTTTATTTACCAA GGCTGCCATCATTTTTAGGTTACTCTTGAAGAGTGAACAATAAGTATACA ATTATAAATAGTTCAATAATGACCAAGAGTAACTCAGAGGATTGTTTTGA AGTTATACAAGGAATAGAATTGAGGAATGAATTCGATTTAATTCCATTCT ATTTCATTATAAGGAATGGTTTATTTCCTTCATCTCATGCTCCTCAAAGC TAATTTAATATTACAGTATAACAGCTCAACTCTCCTCACAAATATTCCTC AAATTGTTAGAGTGACTGCGTTCTTTTATTTTTATTTTTTCTAACATAGT GGCGTTTCATATGATTCGAATCTCTATCAGATCTAAGACCTATTCTCTTC TCTAGGAGCGACTGTAAATTGAACCACCTCACATTCAGTTTAAAAGAATA ATAAGTCATGGGTGTGTTGTCCACTGAATTTACTTCTCCATTTCATAATA CAATGGCTGGAATCAGTGGATATAATCATGAGTGATTTGTTCATGGAAAT TGGCTACGGCTAATGATACAAATGAAATCCTTACAATTACAAAATAAACA AAAAAACATACTAGCCTTCTTTTATGTTGATGGACCACATTTATAACTCA TAAAAAGAAAAAAATGAAAACAACTAAAGCTATCGTTCTAAATGTCCTAC TTATCCCCCCCCCCCTTATATACCTAACTGTGCAAAAATCCAAAACATTT ACGAAAATGATTTATTGTTTTTTTTTCTTATTTTTTTTTGGCACAAAAAC CTCAACCCAAACGAGTTTCACAGTAATAAAAATATAAATAGTGAAACCAT TTGTTTGATACCTAAAAAAAAAAATAAGATGCTGAAATTCAAAAGTTACA TATATTAGGACCCAAAATATTATATAGTAGATACCAGGAATTTTTTTATC CCAGAACAGTTGCCAAAGTTCCTTCTTTTAACATCAAAAAAGCTACCGTT ATACAATTTAAATTACAATGGGGCATGAGTATTGTTTACTTGAATACGAG TTTGCAAAAAAAGCCCCAGAGAGTGGCGCCGTCTTCTGGCAGAATAATAC AACTGCCTGAATGATAATATTATTCAATAAAAAATATGATGTATGTTGGT CACATTAAGGGAACTGTAAAATATTTTGCAGTCTATGACAATTTTTGGAA ACAATAAGAAATAGATAGTCACGCCGCCTTGTGGATAATATATACCAATT TAATTAGTATGGTACAAAGTCTGAAAAAAGTCAAAATATGAATTCGAGAA GGGGCTCTTACGCTATGTATAAAGGGTTTCTTTGCATAAATACATCAATT ATTAGAATCCATTGATAATTCACTGAGAAATTCAGAGATACGTGGACGGA AATTTAATCTGTCTTATCCTCGAATTACACGTACTAAGAACTGGTTTCTT AAGCCAGGTGTATTAAATTTGACGCACGGAGTTTGTTATTATTATCTCAC TCAAATTATGTCCTTCTACATTTAGTATTGTCGTAATTTGAATCACGAAC CCTACACTTTCATAGATGTGAATTGTACGAGGTTCTGTGACCGGAAAAGA ATGAGCATAACACGAACATGACATTCCTATCCTATTTTGTCCGCGCCTAC GAATTTCAAATTATTTTAAAAACTGATGCTCTCAATCAATTTATATACTT TTCACTAATGAATAGATAAATAATCAAGCTTTGTTGGTTGTTTTAAAAAA AATTATCTATCAACTGAAAGGTGAGATTTTTTGGCCCAAACTGCCATGCA AATCTGCAGTTCATTACATCCTCTATTCATTAGCGACAACAAACTATTTT ATCTAATAAACACGGATGTTCTCAATCAATTTTTATATTTTTTTCACTAA TGAATAGAAAAATGCTCAAGCTTCCTTACATTAAAAAAAATCTCTTTTAA TTAGAAGGGTCTTTTTGGCCCAAAACGACAAAGCTAATTCGGAGGTCATT TTAAGTTATTAAAGGAAGCTCTATATTGCGACTTTTTCTTGAATTTTTGG AGTGCCAATATAGTATATTGCTCTAGAACATTGTTAGGGCAACATTTTTT TTAATGTCTTTAAGAAAAAGTCTTCAAGTTTATGATTTACAGGATGTACA TATTTATGGCGTTTTATACGTCAAAAAACTTCGTATCGATCAAATGTTCG AACAATTTAAAACGTGGAGCACGTGGAGGATTAGAGCACTCCCTCCTTTG TAACATAACTACACTTAAATTTACTCATGCAATATTATATGAACATTTAA TTTTTTATTTTTTTTTGGTTGGGGGGAATTATTGATTATTACAAAAATTA ATCTTGTATTTTAAAGTGGGTTTACCTCACAATGTAATTCATCCTCAATT GTCGATGTTTCTGTATATTTTTCTATACTTTTATTGTCTTAATTCTAATT AGCTTTTCTTAAGCTGTCAACCATTCCCATAAACTATAAAATAAAAATTT CATAATTGGGAGAAGGACTTGGCTAACCATCAACTGATTCTTTCTCTGTT TTTTCTTTCTTTATGATGGAGGAAATGTTGTGAAATAGAATCCAGGGAAT AACGTGTGAAGCGAACATAATATAAATGTATAATTTGGCAACTTCGACCA AAAACAAATTATTCTATGTACAACTTCCAAAAAGATCAACACTCAGTCAA GAGACGGTTGAGATATTGAACTGAAGAGTACAATTGCAACAAGGGCTACC ATTTTCTTCGTATTAATTATTTAATTTAATTCCACAATAGATTAATGATG ATATTTCTTAGCAGAGGTGTCCTTTGATGAGGTTTGGAGTTGGAATGTAT CTGATCTATCTATAATAGTATATAAATCGTATTAACTTTTATGAAATATG TGAGCGCTCAGCTCTAATAATTGCCTCCATAAGAGACCTTAATCCATTTT AAACCTTAACTATGTAGTCAGACTTGAGCTTGGTCCMCTCCTTCTTGACG GAAGCCGATAGAGACTGGACACTCCTGTGAGGKTTAGCACACACCCTGTC CTTTAGAAGCGCATAGTCCAAGATGTTCGTGTCTGGAGAGGAGATTATCC ACATGTTGAGGTTCTTAAAGTCAAGAATGTTTTTGTTAGTCTTGAGAAAA TTGAAAATCTTCCTTGATCTTTTCAAATGTCTCAGCTCTATTTAGAAAGG AGATGTCTCGTTGTCCTCCTCTGTGATTTTGCACCAATATAATTCCAGAT TCAAAATAATAAAATGTGTACTACAATATAAGACCAATCCTTTCTAATAG ATTGGCTTCTAATAATTCAATTTGACAAATATTTTAGTCATTTATTCCTC AGAAAAATCATTGTGTCTAACTTATTAAATTTCTAACTCAAAACCAATAT TTTGTAGCTGTTGCAACCATCCTTCCCTAGGGGTACAGCTGCAACAAACA GTAAAAACTATTGAGAAGTATAACCTTTAAAAATATTCAAATAATAGCAG ACATATCAAAGTTTTTTGTTATAAAATTGGGGGTGCCTCAATAAAATAAC TTGGAGTATTTTAGTCACATGTCTTCCCAATGTATATACATTTTCTTTAT TGCATTTTGTAGCAAATTTAAATACGAAAAAAATATATCAACATCAGTAT CAATTTTGCATATGTTATATTTTAAAATAAGTCTCTAATAGCAGATTGTA TCATAATTTATCAAGAAAGAAAGAAAAAAGAACTGTTGGCTGTCTGAAAC AAATAATTATATTTTTAATATTAAAGAGTTAGACAACATCATCAATCATT TTATCATTATTAATTATTATTAGGGAAGGGATATTAATATAAAATATGTC GTAGAGCTACTGTCTTTGACGTTTTTCTACAATGTTTTACTCTATATGAA ACGTATCAATATATAAATAGGTTGATTTATATTTTTTATTTTTTAACTTG GTCGAATTTGCGGGTTTTAACTGCTTTAACACACATAATTTAATATACAA TGTTAAACATATAAATAGATTTACTTTGATTTAAAAAAACCGTAATTGTT AAGACTTTAAAGTTTAAATGAGGAACATCGATAAAAACCTCAAAGCCTTA ACTATAATAATTCCATACTAACAAAATATATGAGTATTTTCTGATATAAA GTTACATAATACCCTAAAAAATCACATCATCCTTTCTTATAGAGTAAAAT AGATATTAAAAAAACCTTTTTTTACCCCTTTTTATCCCAGCATGTTTTTA TGTTGACATATACATATATAGGTATATTTCTCGGAATTACAAGCATATTA TTAGATTTCTTTAATCATAGGCACAACATATATTTCCCTAACGGTTTTTA AAACAGAACAATAGGATACTAACGGAGAAATTGCCATTTTTTACAAAGCA ATCATCGACTCATATCTTTTGACTATAAAAGTTTAATAAATATGGGGCTG TTATAGTTTTACTATATAAATATAAGTAATTCTGTCTTCATTTGATAGAA AATAATTGTATAATGCATTACTATTCTCATCAATGAGGGTTTTTATAATC ATAGTTTAGAGATACACAAATCTCTTTATATTCAAAAGAATTTATGTTAG AAAAATAAGTGTTTTGACAAAAAATATTATTGATTATATTTTTTATAGTT TGATTAAGCAGCAATAAGTGGTTTAATCATTTTTTAACAGGGATTTAAAA AAAAAATTATTGTACACAAAAAGACTTAAGTGTAGACTACAATAAAATTT AATTAAAGCTTCTTTTTTTTTAAATTAATGAATCGATAATTCATTAAAGT TACATATCCACTTTGTAAGAAATATTAATTTTTTTATTTTAAAAGGTAGA ACATTGATTGACTAACAAACTAAAATAATTAAATATTCTGCTAAAAATAA AAACCGTAGTCAGAATTTTCCTTTGAATGTGAAGGTGAGTAGTCAAGAGA GAGAGAGTTATGCACATATGTAGGAAAGTAATTTATAGGAACTGCCGCTC ACTNNNNCACCTTTGACCTTTTTTTTCAAAAAGAAAAAAAATATTTCTTG AATTCCATCCTACTCGACACGACTCACTGTGGTCTGACACAWAGCTTTGA AACCAAGTAGCGAAACGAAAATTAGGTGATCACCTTTTTAGTTGTCTATT TTTTATCTAATAATTTTGATTTACAATTACTTTTTGTGAACTCACTACCC ATTATGCGTTTTTTAAGGAAACATATTGTAGCTAGCGTTGGATTGGTCTA AAAACTGCATCTTTTCAGTCCTAGGAACGGTTTTAGTAGGTCTGAAATGA TTTCATTACTAACAACGTCATTGCAGTTGTTAAAGTTTTATCATAATTTC ATTCAAAGAGACAATATAACAGAAGTTTAGAGTAGGAGGAGTGTGGCTAA AACTTGTTATTATACGTTTTAGCTAGTATAATTGTTTTAATAATGTTTAT ATTCTTCAATCCTAGCTAGAAGTGAAGAATAGCAAAGGATAGATAGTACT GTGGGACTTACTACTCAGTCCTTAAGACCGCTGAATGATCAAAAAGATCG GACCAATAAAAAAGTACTGATTAGGGAATCAGTCTTAGGACAACACTCAT TATCGCCTATTTTTTTCAGCAGATGTTCAAAATAATATTTTCTAGCTATT TTATGACGGCATTATTTTTTCTTGCAACGTAAAAGTTAGTAGAGTTCTTA AAAACAAATCAATTTTCATAGTGAGAGACAATAATATAATAATAATCTTT ATTCCATCCAGTCTTATAATGAACTATGTTGCAAAATATTTAGGATGTGA TCTGATTTTCTAGTCATTTCAAACAGGGCTTTGTAAAAAAATGTAAATCA GTTCAGCTGTTAGGATACGTCATCCTACATATTAACAGTATGGCCCTTTA GTAAAAAATAGGTTCATACACGAGATTTAGTAGAACTTTTTCATTAGTAT AAACAAACCAATCATTAATAAAAATTGGTATTTACGAGTCATAAAACCAG CATTTTTTGTGAAGAACTTTTCAAAGGGTGATGATAACAGCCCACGGTGT ATCATATAATTTACATCAACATAATAAATATAAAAAGCTCAGTTTGAATA TACTTAAGAAGATTATTAGATATTTATTATCAAAGTATAAGGATATCGAT AAAATAAGTAAGCTCAAGGGTTCTTAAATACTGAAACCATGAATAAGTTA GTAGCTCAATATATACTTTTATGACGTTCATAACAACATTTTTCATTTTA TTGGCCATGAAATTGTGATGTATATAATTTTGCACATGGTTCATGTGATT TGATGACATTTAATTATCATAAAAATTACAACCAAAACAACTCTTTTGAA ATACATATTGAAAGTTTAAGCCCTAACTCATCTATTATAAGAATAGTTTT CAAGTCATTTGGGTTCCATTTGTATGTATTAAAAAAAATGGCTGTTTCAT GAAAAMATCAGGCATTGATCTAATACATAATCAGTCATATAATTAACTAC ATTATTGTATTTAGATCCCTCCTTCTACATATTATATAAATTAGGAGTTC TGTCTCGATATCCCGGATCACGTTGTCTCCGAAAATCTCGGATTTAACTT TTCAAATATATAAGCTCAATTTAGTGAAAAATGTATCGATAATTAATACA TGATGTGCAACGAAGTACCATAATGTTTCGAATTATTCAGCTGGATATGT ACGACAATCTTATTACTCTAGTTCTTTGTATACCCTATACTTAAATACAG CGGCATACATACAGGGAGCGGGGATCAAATTGTCGCCAAAATATTTTTCT ACAAAAAACCTCACAAAATATACATTTTTTAACTTTTTTATTGAAAATCA AAACTATGACAAGTATATAGGTATAGAKTAGCCATTCATTCGATATAACC ACCGTTGGCATCAATAACGGCCTCAATACGGCCTCGGTACCGGCTGSAGG GTCTTCTGACCATCTCATTGTCCTTGTTGCCAAATACCTCCTTGATGGAG TCCATCAGGCTGGTCTTGGTGATATGGGGATGTCTGTTGGTATGTCTCTC GACATAGCCCCAGACAAAATAGTCCAAAGGATTAAGGTTGGGAGAGTTAG GAGGCCACAAATCCTTGTTACGACGTCATAACAGTTCTTGGTTAACCACT GCATGGATATTTTGGACACATGGCAGGGTGCTGAGTCCTGTTGCCACACC CAGGGCCTGTCTCCGGTCACCCCTTAGATCCAGGGCAGAACCACCTTCTC CATAACATCCAGGTAGACCTCTGTATTGACCTTTAGACACGTTTCAAACA TGTGGGGAGTCATATCATGACCTTCACTGCTGACCACCCCGAACACCATA ACCATTGCATGGAACTTGGTCTTCATTACCTTCCTCACATGGCTGGTGCA GGTGGCTATCCACCTGTTGTTCTGCTTGTTGACCTTCTGATCTTGACAGA AATTCTTTTCATCAGAGAAAACCCACAGCATCCCGGGCTGCGTTGGGTGC TTGAGCTTGTTGATAAATTTTGTTGACTTCATCAGCCTGTTGTCCTTTGC CTTCTGGGTCAAGATCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNGTTTTCTCATGGCAGCCCTGATCCCTCACCATGGCCTTAAT GGAACTGGTAGGGMTATCCTCAACCATCTTCTTCACCTTGTACACAAAGT ATCCTCCTATATTTGTTTTGCACAAACTGCACTTGTATAAGCAAAGCGTA TAAGTTACAATTTCTTTATCACTTATAATTCATTTTTAATTATAACTTTA TTTTTTAAAATTTTAATTGTAAAAGACAACTAGACATTGATCTATTAAAA CTAAATAGTTATTATATATTATGAGCTATATAATTCTGGACATTTAAACT TTATAATGTCCCATAAAATACTTCTATTTCAGTAATTAGTATGTAAATAT TTAAAAATGATATAATTAATACATATATGGATCATCCATTGAATATTCAA CTATTGCAGTATCCTCTTCCCAAGTACTTTAAATCCTCTTAAGGTAAATA AAAAAACAAGGTCTAACTTAATTCCAATTAAGGAATGAATTGAATTGTTT ATTGGTAACAAAGGCAACAACTTGATATAAAATCACATTAGTATTATCAT CAAATATATAACTAAAAATTTAGTTCTCCAATGTTTAATTCTACCTTTAA AAATATAGTTTCACCGAGAATGTTAATTATAAGTGGGTTTTAAAAATTGT TTAAAGATTGGAAATGTAAAATTAAAAATGGTTTAACAAAATAAGTAATG AATTAATATAGGTGTTGAATGTGAAAATGATGCGCCTTTTAACGGGAGAA AAGAAAACTCTCATCACCTCTTCATATGTAGCCAAGAAGAAGGGAGTCTT AATATTCTTGTCACTACACCTTCATTTAAAATTATTCCTCTCATTTTAGG GTTCCAATTTGTAGTATTTTCTTAAGCAATTGCAACTTTTACACAAAATA TATACATTACCCATATCATATAATGGACAATTGATACATGGAAAATGAAA ATAAGGACCACAAATCAACACTAAAAATGTACACATTATTTTAGAGAATA CTTCTCCTATAAAAAATAAACCAATATTTTCTCATTCCCAAATCAACTCT CAAATTTATTTTGTATTATGTTTCACAAAGTATGTTGACAATATCAGTCT TTTCTATTGTTAGTTATTTGATTGACAGATCAAAAGGTTAAATGTCTTTA GTTGTGTTAAAAACATGTCAATAAAACATCATTTTGGGGGAAATTATTTT TACACTTTTAAAATATTGTTTTTTGGGGTGGCTGGCGTAACTATATTCGT AACAAGTATGAACATTTCGATATAATCGAAAGCAAAAAATTTAGCACACC CGAAACAAGCAAAAAAAAACGTCGTCAAAACATAAACTTGTCAGCTTAAA AGTAAAAGAAAACTAAAACTAATCAATAAATTATATTGTTAACAGAAAAA TTAGTTTAGTCCTTTAATACTTTAATGTATAAAATTAAAAACGGATATGA TGTCTGTAAGCTTTAAATCTTTCTTAGTGCTTTTTGGATAAATTATTAAA CTTTTGGTTATAATGGTGTTAACTTTTCCTTCCTACAAATAGTGTTTTAA AAATGTATCTCTATCAGTTCTTGCCCTAATTCATGATTATCTACTTATAA GTTCCGGCTAAAAACCTGCAGCTCCAGAACAGGTTTTAAAAGATTGTTTA TTTTTCTAATATAAATATTTTTTACCAGAATGTTTACTTTTGAAAAGTAA AAGTTTTAAAAGAACTATTTCCTCCATTTCTTTCACTTGTAACAAATCTT GGAACACACCAAAAGACGTCTGAGTCTTATATCTATCAGAAAGAAACTAA AAATGTATACGTTGTGGACATATGTAGCAACATAATAGCAAAATCAATTT GACAATCCAAGGAGAATTGAATTTGCAATCCAGAAAAAAGATTTATTTTT GCTCAAACCTTGTATATGGTTAATTGTATGACGAGTGTACAATTTATTAT AAGAAGTTTCTATTATTGTTCTGTGCTGTCGAAAGAAAAAATCATTTTAG AGGAAAATTACATGCAAACTTTTGAAAGATTGGTTATTTTTCTAAAATAA ATGTTATATTCACAATCCTAAATTTTGAAAAATAAGCAATRTTTCAAAAA AAAAAAAAATTACCATTTTTTTTTTTTTTTCAATACATTTGAGAATCGAA TGACAATTGAATTCAGAATTGGAATATAACAATTTATTTTTGGTCAAATT AAATGGCAACCTTACAATTTAGTATATTTTCTTCTTCAAATATAAAAAAA ACCCTTAAACTTCAGAGTATTTAACATTTTTAACCCAAAATTTAAAACTA CATTTTCCGGGATCCCGCTCAAAGACAATGTCCCGAGAAATCAGAAACTT TAGTAAATGTACATATATGTAAAACGGTTAATAACTATAATTATTTTCTA CTCTCAATCGTTAGTTATTGTTTTTTCCAATATTTTGTTTAGCAGTGTAA TTGTATCAAGATCTATTTACATATTATGTACCTCATGTATACATATATAT ATAAGATTTTTTTGTTGTTTTTCCTCACTTTTTTTTACAAGATGTATCGT TTAAAAAATCTTTTGTAACAAGGCATAATTAAGCTCAATAGGGGAATGTT TTTGTTCTCTGTGGAATTACGTACATTTTTTGGGTAAATGCTCAAAGAAT ATATATAATAATAATAACATGGGAATTAAAATCATCATGTTCGATTTTTT GTTTTTTTATCAGATAAAATAAGTTTCTTTGCTTTTTTGAGAAAAGAAAA TAACATAAAAAGTTTTTAAAAAATCCTTCTATTTTAAGTTTATTAATTTT TTCCTTCTAATTATAAAATAAGCATATTGTGATCTAGTTATAAACTTATT TGTTGCCTATTAAAAAAAAACTTTTCTAACATTTTGAGTAAAATTCTTTA TATTTATAGAGCAAAGTTTTTGATCTTACAATTAGTTCATATATTCATCA GTCGTTTTATATTAGTTTAATATATTTGTTAAAGATAGGATCTTTAACAG ATATATCTGTTATAAAGTTGATAGGTTTTTGGTTTTTTCATCTGTACAGA GTGACGTATTGAATTACTTGTATTTGTTGAAAAAGAATGTGTTACTTTTC TAAGTTAAGTGTGAGATTAAACACTGTCTCGGTACTAAACATAACTTATG TTGGGTAGAACGACATCTTGGATAGATCGGAATTCTCTTTTAAACTATTG ATGGGAGAGAAATAGGGCAGAATTGACTATCTTATCCAAATTATTCCTCC TGTAAGATCCTGATCATTCTCTTCACCCCAAGACCTCCCTTAAATCAAAA GTTAGTTTTGTTTAGGTCCTTTTTTATTCAGTGTAGTTCAGTCCAGTCTT GGGACCGGTTCTATCGGTGTTTGGGACCGGTCCTTAAGACTGTCGTCTTT AGGAATATCAGTAGGAGAAATGATTAAGCACAGAAGAAATAGAGTTGAGT GATGGCATCAAAAACCAGTCGTAGGGCAGGTTCTATCGGTCTCAAGCACC GATCCTTAAGATCTCCTTGCTCTCCACATGCTTTCAGAAGGCAAATTCCA AGGAGTTAACGTCTGGTGAGTATGGTGGCCACATTGTCTCGTCTTAAATT GACATGTTCTTCTGGAGAAAAAAACTGGGTTACGTTAGGGGTATGTGCGT GTGCTCCTTCCAGTGTGAGAACCACATTGTTTTTAGGGAACCTAGCATTG ACCCATGGAATGAACTTGATTATGTAGTCGGTCAATGTGAGCCTGTACTC GAGTGGGAACCAAATTAAAGTATTTTTTATTGAGCAATCCCCTCTTGGCT TCCAGTCCTGCGATTCTTCTTTTTGACATTGTAGAAGGTCTTTGAGTCCA CACCGGTCTGCTTGACAATGCTTATTTTTTTGTGATCCCAGCAAAGTGAC TACTTTTATGCGATTCATTTGATCTATAGCTCAAAACAAAATAGGGCATT GAAAATCAACAGCTTAGACTCTCTTCTAGCATTTCCCGAATGAAGTTTTA AAATCAATTGTCGCAAACTCAAGATAGTAGCATTAAAAGTGATTGGGAAA TAGTTTCGAAAACTTGGTAACTATGTTGTTACCATTGTAAATCTTTCTTT AGTCATCTTTAAAGATTTCTTTGAGTCAATTGTTTGTTAAATTAGATCGT CTTTGACTGATTCAACTTTATTGTTGTAAAAGTAAGAATAAAACGAATGA TGACCTCATTTTTTCACGACTCCCTCCCCTCCTCTCCTTGTGAAGAAATG ACCTTCAAWAAAAATACTCTTCATTACTCTAAAAAAAAAAAAAACATACC AACGTAGTAACCATTTATAACTTTTTGTACCCCTCTTAAAAAAGTAACTT AACTTTGTTGATTAAGGGGATATTCAATTAAGGGTTCTTGTTTCTTTATC TCAAATGCGACTCTTAGTATGGGCTTACACGTACCTGTAAGGATCATGAC AACCTTAATTATACCATGTCATAATTATACTTAAATAAGTATATAATATA ATATCTAATTAGCCATTTATTTTGGAACTTTTTAATATATATTTCTCTCT TCCAAAATACACTTTTAATGATTCCCATAATTAAATTTTAAGTAGTACGC AATATAAAAAATCTCAACTGAACATAAAAAGCCTTTAATCAACATATTTA GTCATAAATGGTCAACGTATATCAAAGGTACATACATAGCATACAATATA ATTGCTAATCTTCTGACCTGGTTTATTTTTTAATTGACCTTTTTCTTTCT TTATTGTTCATTTTTGACACAAATTAGAGCAGAGATGAGAAACATTGATT AGAATCTCATTTTTGTTTTGTTTTTGATAAACGAATACATTTTTTAAGAG AGTGCGCGGATTGTTGAAGAAAATAAAATATGAAGATCGTGATCTACAAA AATTCTTGTAATTTTTTTGTCTGACTCCGAAATACTTCCCTGCCATCTGA GAGCAAGTAATTCTCTGAGGGGTTTAGTAGCCCTAAACATAGAAATGGAT ATTTTTATAATAAAAAACTTGATTTGTTCTTTTAACAGTTTTCATTTTAT TGGCTATAACTGGAAAAAATGTGGTACGTCAACATAAAACAATCTTGAAC AAAAATTAAAAAAACAAGAAAATCCCAATTTATTTTTTATTAAATTTATG CAAACACCCTACTAATTCATATTTGAGTCATTTGCATTCAGATATGTCGA TTAAACTTTAGGTGTAGTTTAGAACCATTTTTATTTAAGTGGCTATTTAT CAAATGTGCTGCATCAACATAAATACAATCCTGAACCAAAATCAAGAAAA GGAGAAGTACCCATGTGGACATAATTGTAGGCCTTGTATATAAAATTCTG GATTTTTTAAAGATACTCTGAACTTCAGCTAAAGAATACCACCATTATTT GTTTTAAAATACTTATATTAACCATGATATAGCATTATTTTAAAGAAAAT ATGTCCACTTTCATTATTTTATTGAGACAATCAATTCATGTTACTTTAAG TGTAATTTGTAGCACTTTCAAAAGATTAATCAGAATAATTGGTTGATATA AATTTACGATAATTGTATAAGAATACAATTGTAATCACAGTCAATTGTGA GACAAACTCATTTATACTTGTTTTGTGTTGACGGGCAACAAATGTCCAAT ATATTTATTCACAACATATATGTATTCAGTTAAATATTTCATAGACATTT TTGAGTCAATTATAAGCTTTTCAAGATAATTTGTCGATGAAAATACAAGA TGTTGTCCTCACTCCATTTTGAGAAAAATAGTTCTAACTTGTTTTTGTAT TGATGAAAGTTATTTGACAAGACTAAGACGAAACGGAATTATTTTTTAAT GTTTCATCTGATTTAAATAAATATTTTCTTATCATGATAAATAAAGACAA GACTAAATGTAAATACTTTTTTTCCTAATATAATCAACTAATTTTTTATA CAGGATGTTGATATAATTTTTATCTAGTATAATAATATGATTTATTAACG TTTATTGTTTTTGTCATGTCACTCTCCACTGTTGATTTTCCAAAAAAAAA TCCTTTATTTTATAAAAACTCCCTTAGCCGAAAATCATGAAAATTTGAAA ACAAAATCGTTGATTAATTCCAGAGCTATGGGCTTCTAAATTTAGCAAAA TGAATAACTATTCTTCAAATAAGGTGACAAAATTTGAATAGTCTCTCACT TCAACATTCATACCTCACCTATTTTTACTCAATTATTTTTTAAATTCATA TATACATTTGTTTAAAAAAATTATATTCTAAAATTAAACTTTAAAGTCTG TAAAAGGAATTTTTGTACAATCCCTCAGAAAAAGCTTGTAGTTATTTACA ATACAAATTTCCCAGCCACATTGTTAGGTATGTGCCGGAGCAGGGCGAAA AAAATACATTAGCTCAGCTACACTATAAATTGTACGTTAGCAAATCGTAA CGCCCCAATTAGAGATGTGTAATTCTCTTTTTATTCAAGATTAACAGAAA TGCAAGGTTATACCATCAAGTAACCGTGCTTGCTACAATTTTCAATTTTT ATGTACTGTATCGATAGCTGATTAAGACAGACAAATTTGCACGTTATAGA GTATAACAACGGTATTCTAATAGTAACAGTCAAATTCAGTGATATATAGC TACTCTTGGTAACAGTTATACTCTTTGATGTCACTATTAAAAAGCATGGT GGAAGTCAAACATCATTCGAAAAGGCGTTATGGTATATCTTTGTGTTTCT ATTAACATTATTTTTCACTACATGCAATAGATGTTGGAGTATTAAAAATA ATTTGTTCTAAGTTTATGAGATTCCATATGCAGTATCATTGCTTGTGATA ATTTCAACAATCAACAACAATGAACGAAAAGGCAACTAATTGCAGATCTT ATCTCCGCTCGATCACTCTGCAAAGGAGGTTTTGGATATTGTGAATTACT CTTTTGAGATTGGCCCTATGGTCAGGAGGCTCATTAAGATCGGTCAGGCC CTCTCTAGGAAGACAGTAACTGTAGGAAACAACAAGATTGTCAGTGTGGC TTTTTAAATTGAAGCCGGACCAACCAACAGCAAGAGGGCGTTGGTCAAAG ACCTCAACGTCAGCGAATATACTATAAGTAATGCAGTCAAGAAGAAGGGG GCCTTTTCCTTTGTCCGCAGATGACGTTAGTTCATAACAACTAAAATTTG GTAAAAGAAAAACTCACCGATTTCTTGCCTCCAAACTTGTAGCCTCCTTC ATCATCATACAACATGATTTGAGAGAAACTAGGCCATTAAAGTCCATCAT CACAATGTTGAATCTCTGAAAGCCTCCTTTAAGAAAAATTGGGTTGATCT TTCCATCAGCTACGTCATTAGGATGTACAAGGCTTTCAAACCCAGACTAG GGGAAGGAGGACATTTTGGAAAATAATTGTTGATATTATGAACCATAATT ACATTAAAAATATACTCCTATTCATGACATTTTTGATGAAGTAGATTTAA ATCTTATTATCAAAAACGGTTCGATTTGCCTATGTACGTCGCACACTGTA GTAGAAAGTCAGCTTGGGAATCCCACGGAATGGGCACTTTATTTAAATGT ATGTCAAAAGCAATATATTTAAGTATATGTCAGTTGTATACGATAGTATC CTCCATTTTTGACTCAGAAGTTATTCCTTGAATACTTGAAATATTTGCAT GTATTTTTTCTGTGTTTTTTTATTACTACTGAATTTATCCTTGAGCTTTC AAATGTAATATTTATTAATGTATTCAAAGAATGGAGAGAAATGGAAAAAA GGATGATACATACTTACAGCTACCAAATAATATCTTTTTTTTCTTCTTTA AATTCCTTATATAAGCAGCAAAATAAAATGTAAATTGGGGAAAATATATG TTGTAACCCTCCAATTSAATTTGAAAGCAATATAAAAGTTTAATAAGAAT GAATTGGATGAATACCTACAAATATAGGGATGACATATAAATTCAAATCA AAGTTAAGGAGATTGGGGACAGTTCGGACACGGAACTTGTTTTCGAACCC CTAGAACCTATAAAATTTATATAATTTAGGTCAACTTCTCTTCAATATAT TGTATTAAAACTCTTTTATAGGGTTAATGGTAACTTTTTAAAGGAAAACT ATTTTTAAACATTATAGTCAGTTTATTAATGTTTTAATTGTTATCATTAA AATCATTGATTATTTTGAAATGAACTGATTTAATAGGTTTAAAGTTAAAA AAAAATCAATCCATCAGTAGTGATATTGTAACTCTGTGTACAACGGAGAC AGTTGCAAAAAGTTTTTTAATTTTCTCCTCATATTTTATTCTTTAAAATA TTTATGTACAAATACATTTCACATCAAGTAAATTTTATAGCCTCAGCAAG GTCCTAAAGAGTTTTTTGAGAGTGAATTTGACCAAACTATTATAATGAAA TCCGGGATTTTTGATCAATCTACTTTTAAATTAACTTTAAATACTCATTT TCTAAGATTCATTCAAAAAAACCAAGAGACAAATATAATCATTGAAAATA TATCTCACTCCACGTAACCTCTGTTGGTCTCGATATAAATTATTGTATTC CAGGACAAAGGAGTTGATCAGGACATGTCAATCCTTGTCATCTTTGAGAC CTCAGCATTCATAATATCTTGATGGTTTTTCACCAAAATCATCAGAACAC CTGTATACCTGTGTTCTGCTTGTGAAAAATAATACATGAAATCTTCTGAT TTTGACTCAATGTTGGTATTTTTTAGTAATAAATAAAATGCTAATATGTA TTGTGTACCACAAAAAAAACAAAAAAAAACATTGTTAAACTTTGTCAATA TTTTTGTTGTAAAAATCCAAAAATCTAAAGCCCGGATTTTTTTGAAACAC TCTGTAAATCTAATTATACCTTAATCTACTACAAATATCATGAAATTTAA TAATTTAACGTCATGAAAAGTGGCTTTGTTTATTCTTTAAAAAATATCAT TGATTCTAATTTATTTAATCTTTACTCAAGTTCGATATATTTTCATTATG CAACCGTCTCTGTCAATGCTGATGACAGTTGCAAGATTTGAGGAGTTGCA TTCAAATACAATTTGTGGAAAAAGTACTGACTCGTATAAACTTTAAGATA AATTCAAATAGTAACCGACATTTGTAGGTATTTTGAGTTAAAATTTGTCG AGGCTAAGTGAAAGTACCTTGGATCAATTGTGACATATACATAAAGTGGT ATTACTACTTTATTATAAATTCTTCAATTAAAAATTATTTTAACGTTTTT TTAAATTGATTTTGTATGTTTGCTTCTTTAATGTTTATTCTCAGAGTCAT AGATCAATCAATAAAAAATCCATTCCTTTTTTCTTGATAAAAACAGTATT AGTAATTAATCATTTTTATCGTGTTTTTTTGCTTCTATTTTTTTGCAGGG GTAAGAGTGTTTTTGTTGAGAATGATGAATGAGCGTTGATAAAAGTTATA AATTAAGTTTTTTATGTAGATATCGATAAAAAACAGTTTTATAGAAGTTA TAAATTTTTACTAATATTATAAATTATCAATGATGATGTTTGATAGACAT AGAAATTTATATTTTTCTGTTGTAAGCAACTTTTTAGGTACATATAGCTA GAATGCGATCGATATATTGATAAAACGATTAATTGAACCACTGTTATACA CTTTTAAATTAGTTGGTAATTGTCCAAATTATAAGATATGATAATTGTAT TTATTGTAAAACCATTTTTTCCCACCAAGTTTGATCCCATTTTTAAGAGA TGTTCTTTCGTAAGTTTTTGTCATATGGTTCATGTTTCTGAACTGACTAG TAGTTTTTTTGTAATACTGTAAAAAAAGGACAAAGAAATGACGTCATCAC AGGACTGTACCAGTGAGTAGGAATTAAGTCTTTGCATATTGTCTCTTTCA GAAATATAATTAAATCCCATTATTGTTCTTTCCGTATCGACAATAACTGC TGATAATCATTTTTAGATTTTGTTATCTCGTCATAATTCAAATATTTGTG GGCTTAAAGAAAGTTGCTCGGCCTCTGATCTCCTTCTACAAATCTACCAT ATCTAATAATATCATGAATCGAGCCTTCTCTAAACCATACTAAATAAAAA CTACTCACTGGCTTAGATATATACACAAACTATATGACGTCATTAATATC CCTCCTAAAAAAAGGAATATATCTTCATCTTTTTACTGAAAAATGACGAT GTTTGGGTTCATTTACTTTCAGTTTTTAAATGGCCGATGAATCAGTTATT AGTAGAAAATCCGATCACAAACAGATAAATTTGTCAAAAATAAAACAAAC TTTTGTAAATATGTATCGTAGTGACAGTAAAGTTTAAAAATGACTGCCCT ATGAAAGATATGCCACTCCGTCAATAATTTACTCATCCAAACGTGACCGG AACGACCATTTTTTGAAAGTTATTTTACACTTAATGGATATTTTGCAACC TAAATATCAACATAATTGGAGATATAATGTGACATCATTTTTAACTGTGA TAATTTCCCTGATTTTTTAAAATAAATACTCTGTTATGGTTATTCTTGGG ATTTGATTTTATTTATTGAATCAGTTATCGTTTTTTTAACTATGGAATAA TAAGTATCTGTTCTCAATATCAGTTCGGTTTCTAATACATACATAGGTTA TTTATCGGGAGTTGCCTTGAAATCTGAACACTTACCATTGAATAATTAAT GAAGGTTGAGGGATTTAAATTAATTCATATTTCGATATATTAAAGCAATA CGTACAATTTGAGAAAATGGCACTTGAACGTGATCGACAAATTTTAATTC TCGGCCTCTTTGACACTGGACGTCTCCAGGACTACAACCTGTACCTGGAG AAGTTAAAGAAAATATTCCATGCCAATCCCCTCAAATCTATGAGGAACCT TGCAAGAGATATCGGGATTTCACACCATACTGTTCAGAGAGTTATCAAAA AAGTAGGTGGAAAGAGCCTTCTGAAGGGGAAGAGGGGCCACTTTTAATAC CAGCAATGAAATGAACCTATCTGTTCCTTTGCAAAACTCTTCTATATGAG TTGAGTCTTTTGAACTCTTTTAATTATTATTTTTTTTGACACATTTGACC TACCTACAGTCTTTAAAACAACCCTCCCCAACTACACCTTTTGGTGCATG CAGAGCGGAAGGCCTGCAGTGTCCGTCAAAGCCACTGTCTGTTAGCACTG GGACGCCATGGCAAATAACTACAATAACAGTGAGTGCCAGTCCTTCTGCC ACCGCCTGGAAGCTATCATTCCTGCTAAAAACGGCTAKATTAATGATTAA GACAGCTCAGACGTTCATCTATTTATAGTTTAAAATTTGTTGAAATTCTA TGGTTAATTAATAAATTATATCTTGTTGAAGTTTAAAATTCAAAGTATTC AGATTTTAATGGAACACTCGGTATATACTGGAATGGTAGTCATTTTTGTT TTGTTTCGAATAAAAAAACAAAAAACAAGACATTTGATGATTAGACCAAT AATGGTATTAACGATAATTATCATTCATTTTCCATCCTAGAGCGGTTTAT TATTCCATCTATTACCATTATTTTACTGACTTGTCTAAAGTAATTAATCA TTTTTTTATTTTTTTATAATATATGTATAAGTTTTTTTCAGTTTTTTTTT TTGTATCATTAGTGATAGATGACGCTACACTTGGATTTATTTCGTTCTTC TTCTCCTTCTTATATTTTCTTACTCATAAAATAACTAAAGAAGAGTCCAA AGAAACTACTAAGTTGACTCTAATGCTCAGTTAATCATATATATTTTTCA AACATAACTTTAAGGTATATTAAAGAAAAGTTATTTTAGAAAGAGTTTTA AATTTCTTCTTTGTTAAAATAATTTGTTTGTGTGACAAACTTGACTAAAT CCAGTTTGTTATATGAGAGGTTATTATGTACTGTATGAAGAAGAAGGTGC GAGCCATAAGGTACCAAGTTTTAAAGAACATTTGAATTTGAATTAGTTAT AAGTCGAAAGATATTTTATTTTCTGTACATTAGAGTTTTCTGATCATAAT TTTTCCAAGTAAAAATATCTCCAGAATTGTATCTTTTCTTCAGGTTTTTA GTTATGACACTTTATTATGTCTTGGTTGATATTGCTTATTTTCAGTTGAC AGTTTTTCTAGACAATTGTTTACAATAAGTTATGAGGGTTAAGCACCGAC ATATGACGAATAAGACAAAGACGCGCTATTTTAATAACTGTTGTATTTTA GACGGAGAGACCTGTATAATGGAGAAAAAGGATATTTTTGTATATTGATG TTTGCATTTTGTTTTCTTTACCTTTTCTAATAATTACTTAAAATATAAAC TTTAAAAAATATTTTACCTAGCTGGTAGATAAAACTTGAAACCATGCTGC TTTGCCCCGTTGACGACTAAACTACATTTGAAGTAAGACCATTGGGTCAA ACGATTTAGTCACATAAAGTGAATGCCGAATTATTTTTTTTTTTAAATTA ATGACACCGGTCTACGGAACAAAATTTTGAAAATCCCTTCTTTAAAAGTA ATTTATAAACATAGCTCATACCATGGTCATTTCCAACAACCATTGATAGG ACAAAAAATGTCACTCAGACAATTTTTTTCAATAAAAACAAAGTACTGTC ATTATATTTTAAAAACTTTAAAAAATATATGTAAAAACTTCAGAATACAA AAAAACTTTTGTATAGTTTTCTTTGTAAAATGGTTTATTATAACAGCAAT ATACATATATATATAATACAATTTAGATTGATAAGAGAGGAATGATTGGT TATTAATTTTTTTTTTTGAAAATGTATATATTTAGAATGATACAAACGAA TATTGTATACCTAAGTACAAAATGAAGAAAATTCCATTTATCAAAGAGAT ATAAAAATATGTAGATACTTAATAAAAAAATGTTTAAAAAAACCTTTCAA AATTCATAAAAATATATATTATAAGAAATTGATTATATAGACTATATCTA CCATGTATATATAATATTAATAAACTTCATTTTTCTTATTGTTACAGGTG AGAAATATTACTAAATACTACAAATTACGTTAGAAGGTGAGAATTTATCA GTTTTAATGCATTTACAAGACTCTGTGGGAGTGATATAAGTTAGATTGGT TGCAATTTGTAAGCATTTTCTGGGATGATTAGAGAAGAAACGGAAAATTA ACAGGATAACTCTGACAATTTGAAGAATGTATTGTAAGAGAGCTGTCATA ACGAGTCATAAAACTATCTGAGATGGGAGATGAAGGAAAGCAACAAAANN NNCACACCATATCAAATAAGACATAGTTATAAATTAATTCGTTTAAGATC CTCAATATTACTAGGATTTAGGAACGTTGCTTCCCTTACCATTTGGTGGT ACTTACCACAAAAAATTTTAACAACGTTATTTAATTACTTATATAAATAG ATTTATTATATTTATGTATACCAACAGAGGGTGCCTGCCTTGCAGGCCTG AATAGAGGGGAATAGAAGCAAAGAATGAAGGTAGCAGAAAAGAGACATAC TCCACTCATGTACAGTGAGGAGGATAGATATATAGAAGGAGAAATGGGAA AAGAGATTTTATATTGGTCAAAAACCGCCTATTAATGACGTTGGAGGGCA AAAAAAATAAAAAATAAGAGGAACATGTTAGGTTATTTTGATCGTCTAGT TCCTAAATTTTAGACAGATCTTTTTGCACCATTTTGAATTCCGTGTGCGA TAACACCAAAAACAGACATTTATAAGATATTATTAAAGATTTGGGGTGCT TTAAAAACTTTTACAGGATTTAGGACCTCCACAAAAAGGACTAGAGACGC CATTACTCTAAAGTCCATGCAAGACTTACATACTTTTGTAGCTCCTTAAC AAATACTCATCTTATGTTCCTTTAGTCATTCAAGAATAAAATAAAAATGA TAGCAGGCTTAAAATAGTAAGCAATATTCTTCAAGTTGCCAACAATAACA AAAACTGACACGCTAAAAAATGCTAAGGATTTACAATCTTAATGATTAAA GCTGTAAAAAAATAAATAAATCAAAACGAGTGGAAGATATTTTGTAGCTG CAATATGAACATTGTTTTTTTTTTCTAAAGGCCCAATCATTATTTTTTCA AGTCATATTGTTTACAACTATAACGCTAATAATAATACTTTTTACAAAGA ATGTAAAAAAAAAAAAAGTGGAAAAATATTTAACAAAAACCTTTACAAAT GAAAAATCTACGTTTTTTTTGGGAGGTACCTATATTTATGTGGGTTTTTA TGCATTAATAGTTGTGTCAGATCAACAAAGATAGATAGAATCAACACTTG CACACAGAGTTTTTGATTGATTGTATGAGACATTCCATTGAATTAGAAAT ATCTATGTTGGACAGTTCATTTTATATATTAACTATATCTTTTTTTCTAT TGGTATTTTTCGTGAAAAAGAAATTTATTTTAACGGTTTTTACATACAAA AAAAAAGAKCCTCAAGCTTATAACAAGCCATTCTGTGATACCGAAGAAGT TGAATTTTACTTATATTCACGAATGGTGTCTTGAGTAAAGACTTAATAGA AAAATGGTGTCAATGTAAAACAAGGCAAGAAAGAAATTGGCACAAAAATA GAATTAAAAAAATTAAAAATCAAATGATAGTTAAATTTGAAAATAACAAT TCGTTTTTGATCAGACCTACTGTACCTATACAATTAGTAATATTGATATG TCAATATCAATATTTGTTACTTAACAGTTCAAATTTGGTTGTGAATTGTG GCATTACTTTTGATTTGCTACATTTATTTAAGAAAAGCCATAAGACTCAA AAAAGTAAATGTATAATTGTGGATTTGAAATTATATCAAAGGAAATCTAA GAATTTGAATTTGACTTATAGAAATATTTAAAAATTTGGAATTATTAAAA AGAAAAAATGTAGACTAGAGACTTGATACCTAAAAACTTTGTTGCGTACA ATACAAGACCTAATTCTAACTAGCCTGCACCGTTTTTACTGCGACCAGGA CCTAGCGCAATGATAAATGACCCCTTTTCATTCTTTTTTTTAAATTACAA TTTATTTTAGAATTTTTGTCTTTTTAGAAGTAAAAAAAAAAAATTCAATT CATTGTTTTTTTATTAAAGGGCAAGGCTTTTTCTATATTTTTTTAAGGCT TAAGTGAGTATTTATGTAGAAAAACACAATGTGTCGACATAAACAAAAAA TCTTGAACAAAAATAAGGAAAATCCCAATAATTTTTTATACTTCAAATTA TATACAAATATAATACACACTTTATTTTGAGAAAAATCATTCTAGGTTAT TTATATGTTGACGGGCCATATATCATTGTCGATTTAAAATGGTCTGTGTA ATGACCCCAATATTCCCTTAAAATTGGAACTATAGATAGTGCAAAATATA ATATATAAGATACGCAATTGTTTTCATTTTTCTTTCGCTCTCTCAAGAAA ATTTGTGTAAATTTTGCAGAGAGTTGAGAAATAAATATTATTATGAAAAT ATGTATATTGTACAAAATATATGCTCATACAATTTTAATGAAGAACAAAA GAACTCGATAATTTTAATTTTCATTCTTAGAAAAGATATGTAAAAGAAAT ATTGAAGGAKATKTAAAACAAAATTAWATTANNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNTTAACCCCTACGACGCAAAATCTTTGATATCTATGGKATAGA CCTTTAAAAGTACAACATAATTTGACTTATTATCTGCCTATTTTATAAAA AATTTGTAAAAATATTTATTATTTTTCCATGTTTATAATCGTTACWTAAA TTATAAATCCCTAAGATGTTTTTAATATTAATATATCACAAATACATCAT AGAGAACATAAAAAAAAWYYTTCTCATTTGACAGAATATGTGTCAACATC AAAGTAAGCTATAAAACTTTTTCTCAAAATTGAGTCGATTGTGTTATTTT CACCAATTATTGTCAATTTCCCCTCACTTTTGAACGCACCACAAATTGCA CTTAAAGTTTCATAAATTCACTAGTACAATATATAATTAAAAAAAAAACA CGTTAGATTTATTCTAAAAAGACCATATTAGGGTCAAATTAAGTCTTATA AGTCAAAAAAGTTGCTCTAAACAGGGCTTACTTTCTCTGGGTATCTCAAT TCATTCCAGAAATTTGAGCATGAATTGTAGAATGGACTGAAATATGTTTA TGAAATATCAAGTTGTATATTAAGTAAATTTTCCTGATTTTTGTTCAACT TTTTTTTTGTTTTAAATCATCAAATGTATTAGTTTAACCCAATTCCTATG AAATATTAGCTCCTAAACATTCATAAGACGGAGTATGCTAATATCCCATT AAATACTTCAACAATTAACAATATTTAACTATTAAATTAAAAAGGTTTTT GAGTGTAAGCTGATGCTTAAATTTAATAATCACTAATTATCATAAAGAAA TCCCTCATACTAAATTCAAAAAATGAGTTAAATCTCAGAATTGGGTTTAA TCAAGACTTCCACTGAGCCATAGACCATGCAACACAAAAATACCCTTATT CCACGAAAGTGTTGAGCACAATTCATAGAAAATTGAAGTATATCAATCTA ATCATGAATCGAATAGCCCCACTCTACTTTGAATAAAAAATGTTCGGAGT ATGAAACAAATTTAGAAAGTTGGTTTGGTTCTGCTTATTGAATATTTATA AGTTTGCAAGGTTTATTAGTATTTTAAATTATTGTTTTTTTTGATGATTT TAAAAGAGGTTTTTGACGATACATTTAAATTGAAATAACAAATGCTAGTA CCAATTTCTACATAAAGGCCTTAATAACATAAATGACTAAAAATAAAATG TACATTTTTGTACTAGCAAAGTAATGCCGTGACATATACTTCTATTAAAT TGTTCACTTTATTTTTACGTAAAAAATTGTTCTTTTTTTCAAAATACTTT TTTTTAAGGAAAAACATTATGATATTTTGATTCATGATATATTTTGTTGT ACTTCTATCAATCATAGTAAATATAAACACATCTAAAGTTAGACAATCAC AAATACAAAATAGAGTAGGCTGAAATTGAACATATTTTGAAGGTTTCACA AACATATTTTGAAGGTTCCACAAATCAGTTGAAAATTTACTTATATTGAT TTTGTGGATTATAAATATAAATATTCTATTATTAATAATTATCGTCAAAA ATTTCATTCCTGGAGAAACTTGACTGATATTTTTAACATAATATAATAAT CAAATAGTTTGAGTTTCATATTTATGGAAAAAGGTACAACAAAGCATTAT TTTATTTTTTTATAAATATTGTGTTATTTTTTTCTAACAAAATTAATTAT TAATAACCATAAATACCTAATATATAGTTAATACAAAAAAATAACTAAAA TGATTTTGTCTTAATATTAGAGTGAATGGAATTATTGTCATACTCACAAA AAAAATCAATATCAGTCATATCTGGATAAAAGAAACTGCTATTTTTCCAA AGACAATTTTAATATATCTGGAGTTTCCTTATATCGGAAGCAAATAAAAA TACCACAATTATTGGATAGTTATGTATGTAAATAAGTAATTTTTGAAAAC CCCCATTTCTAGGCAACTCGTGATTGATTAGATCCCTTTTTTTTTGACAG ATCCTCAATGATTTTTATCTTATCTTTCAGTGAAACTTTTTTTTTGGGGG ACAGTCCTACTACGTGTCAGTAAATATTAAAAAACAATGGTAAATCAATT CAAAAAGAAACTGACAGACATACAAAAATACCTCCAGCTTCATGAGATTC TCATAAACTCTTATGATTGTGATATTAAAAAAAAGGGTTGGAGTTGAATT TATGCAGATGATTACATAATGTTTTTTTATGCAAATAATTTTATGAAGTA AAAAATACGTATCCAAGGGAATGTTTACTATCAAGGTATTTTTATTATAT ATATCCGAATGTTTTATATCCGGATTTGACTGTATACGACCAAGTATTTA TTTTAAAAGTGTATATTAAGTGTAGGGTCAGTCCTTATTTATGCAGTCCA ACTTTAGAACAGGTCCTTTCTGTCTTTATGCCCTACCCTTAAGACCATCT TTTTTTAGAATTGACAGTACAACAACTGATTATATAAATAATAAATAATG TTGAGTGACGACATAAAGAACCGAAATTTTTTGAATTGATATGAAGGATT GAAGTGGACCAAGACTGAACTGGAGTCTTCAGTANTTATATAAAAACCGG CACAGCACCATGTTTATCTATTGGGGAGCCTCAGAAAACCAATCTTTTGA GCTCATATTTTACAGACGTTATTTTTAGTTTATAACCAATTTTTGCCGTT ATTCTAAATTTGTAAAAGTTGATCAAATTTCCTTTTTAAACTCCTCAATC TGGCGTCTTTCACAAAGAATATAAGAGGAAATTCTTCCTGTTTAAGGATC CTAAAGAAAATGCCCATAGTGGCTTATCCAAAAGTTATTTTAATTTTTAA ATATCATAAAAAACAGCCTCCCTTTGATCTGTTTGAATATTATTCAAAAT CCATTCGAAGTATATATGTACATTTGAGTGATATATAAAAGGGAAAACAA AGAAACTCACTCTCTTCTGAGCATATTAATGAGTACTTCAAAAATATATA TGTTAAAAACATGTGTTATGATGTTCTTTAAAAAAATATATAATAAAAAA TTGTGAAGTATTTATTTGAGTAGAATATAAATATATATGTATATTCATAC TTAAATTTTTTTTTAAATTGAAGATGCCTCTGCTTTTTATTTTAGTTTTC TTCATATATGTAAGTAAAAACTTTTTTTTTTCAAGAAAGATTTTATATAA AATATATTAGGGTGACTCTCAGAGTATACTAAAAAAATATCTAAATCGGT TTAATAGTCAATATACATTCATGTGCCAATAAGTTTTAGCATTTGTGCGA CATTCAGAGCTCTTAAACACAAATTGTACATATAAATACATGTAATAATA GTACATAATTGTTCTCGATTAGTCTCATATCCTTCAGAGACATTTTTTTT TTAAATTGAAAGTTCAGACTTTCAACAATCAAATGAGTTACTTCTACACT TTCAGAATATATTTTTCATAAAGCTATAAGCCTCTAAATAAAAATAAGAA ATATTTCACCTCTAAACAACGATAACTCAAATTAAAAAATGATACAGACA TTTTAAAAATAGTTTTAGAATCATTAAATCTTAGCCTTTGAAAAATAGTA ACGTAATTTATCCTCATTTTCAACAGCAAGCTCTTAAAAAGGATTTGAAT CTAAAAATAACAAAAAGATCTGGTATTTTGCTGATGGTTATTAGCCTAAT TGAGGAAAAATAAGGCTATATTGGGAATCAGGTAATCAAACTTTACTAAG TTAATTATATAAGGTCCGTTTTTCCTATTGAACAGTCTAATTAGTTTTTT TAAATCAAATTTAATAATTTTTTTCTAAATTAATTGTTAAGATTAAAATT TGTAATTGAAAAAAATGTTAGGAAGACACATCCTTACTCAAATTTGTAGT TTTGTATTTTAAATATGAAGCACACTTTATTACGCCACTATTTTACTCCG ACATATATTATGTGTATATTATTTAAGAAAATATGATTAATTTCGGAAAA CGAAAGTGTCCTCATAGAGTTCCATGGTTGAGATAATAAAAGTAAAAAAT TTACTTTTTCAAGCCACCCTAATATATATGTATAAAAAAGTTAAAAAAAT CTCTATACATACAATATACACACATATGTAAAATAGGAAAAGAAAATTTC TAGATTTCAATAAGAAAAACTTTTGTACTTCAATGATTATAACATAATAT TAGTAGAGTAATAATCAAAGTTTCACTGAATAAATTCATTTATGAATTCT ACATATTAAAAAAGTATGACGTCGTTATTAATTAACTCTCTATCTTGAAT TTTCTTTTTTTAACTTATTAGATATAATGATTCAGCTAAAAAACATATAA TTTTCTCTCTTTGAATCCTTTTATATGGTAGTATCTCTATTAATAAGTAG ACATTTACCTATATATATATGGATGCTTATTTAGGTATACAGATAGGTAT GGTTATATTGTGTATATTTTTTAGGCCTTCCAACTCAAATTATTTAGAAT TATTTAAATTCTACAACGCCGACTCAATTAGGAATCCGACTAATGGCAAA ATATACAACTCCGATTCCACGACTCTTAGTTAAAAACTTTTTGGATATAT AGGGGTCTGGTCGGCAAATAGTGTACTCAATAGGTTTCTGGCCTTCATGA CCTTTGTCAGAAGGTAGTGTGGTATGCTACGGTATGAGAAAAAATCCCAA GTCGTCCTTCACAACCTTCTTGATGGTCCTAGTAGGAACAGAGAAGTCGT TGGCGACCCGATTCATCAACTTGGTGGGGGCCTCCTCGATCTTATTTTTC AACCTGGATATGAACCCCGGACCCTCTTTAAATGGTGCCCATTGCATCCT ACTTTTATAGAGGTTTTCTCCATCATTCTTCATATAAGCCATCTACAAAA CCAGGGTTCTGGAGCACTTCAGACGCCCTATAGTCCTCGCCATTGTTTAT GCCGGCCCTATTTAGAGCCTAAAAAAACATTTTGACCAGAATAAAGATTA AGAAAAGTGGTGAACAACTGCAAAGTTGTAGTACAAATATAAGGAATTTA ATTAAGATAATCTTAGGAAATAGGAGACTAGACGATTGAAAAAATAATTT ACGCGAGTACTTCTCTTTAGTTCTTTAAAATGGATATTTTAGGATCATAA AACTTTATTTATCCGGCCCCATCGGTTACTTTTTTACCATTTAATTTTAT ACCTATGAGTTAAAAAGTAAATATATATATATTTTTTTTTAAAGTTAGAA GATTTATTACATCCAAATCAATAAATTCGTATAAATCAATATATGCTTTA TATAGATGTATTAAATATGTCAAAGAAAGTGGGAGTGGCTTTTTCTAGTT GGTAATTTGAACGTAATCATTTATTTTTCAAGACTGTTGGCGTTATAGTT TAATTCTTAATAAGAACAAAGCATTTAATTATATAGTAATAACTAGTGGG TCTTATGAAAGATGAAGAATAAGAATGAGGGTTTTCTCCGTGTAAGTTGT AAGTGTTAGTTTTCTGAAATTTTTTTCAAAAAAAATCTTACCAAAAAAAA AAATATATATATATATATAAATTCTGCGAACAACTTTTTTATTTTTAAAT ACCGGTGGGACATCTATTATGCACGATTGTTTATAGAGAATTGGACCTTT TATTAAACACTGTTTATCTCCCTGATAGTAGATAAATAATATAAAACTCA TTGAAATACGTTTTATTCATTGAAACTACGATAATTGTATCAATAATGTG TTAATAACTTAAAAAAGAATGAAGGTTTCAATGTAAAGTAATAACTTATA TAGAAGGTGTAGCAAGAGTACGATAAATACAAGATATTAAAAGTATTTGG AATTGACTAAATACCCTAGGGACATAATGAAGAATGCTTTGGATTTTGAT CTAGAATTAAAACGTTTGGCAATTTTTTATAGTTATTCTTCTTTTTTTTT TAATTGGTAAAAGGGATGCTCTTAAAGAGTTACACCCAAAGAATTTTTTA TACGTAAATTATTTATGCAAATAAGTAATTTATCATACCAGATGGTAAGG GGAGTGAATAAAAATGTTTACTTTTAAATATATACTTKGTATAATATATG AGTGTCTACTTAAAAATGCAAAATATTAAAAAAAATTAAACTATACATAT AATATATGTTTTTGCAAACACACACCTATTGATACGGCGAATATCTCTGT TTTGGATATATATTTTTTTTTTGCTAAATTTAGTAACTTGTAATTTATTA GGGTTCATTTGAATTATATATGTTTATAGTCAGGAAGAGTGTTTCTGCTT CTATAAGGACATAAACAGGCAACTTAAACTCCATACATTGATACGTGGAC ACATGTAAACTTGACCATCGTTTCTCAAACTTTTTTCAGTGAGGGCATAT TTCTAAAATCTCAAGGCACCCCAGTTTAAAATATAATTAAAATGACACTG CATGCCATAAATGCGAATATCCTATTTATTTAGACGAGACATTAATGAAC AGAGCATAATATGTACTGAAAGATGAAATAAATTTTGAATTTGATTGGAC CCATCCCTTGGTTAACAATTTCATGCCCCATTTGCCTTCCACAAAGGGAA AGAACAGGCTGCATCCCCAGCATGATGAACTCAAATTTGTCCTCTTTTTA ACCTTAATAGTATCTACACTAAAAAACTTTGCTACAAACCCAAAGCTGCC GGAAGACAGCTCGCATGAAGTAGGCTCCATTTCAAAGTCAATCATGTATA GTTCATATGGGGCATTTCTTTTTAGAAAACGATCCTGGATGGTGTTGCTT GTGGAGTCAAATGTATTTTTGCGGTGAAATGATAAAACAATATACTGCGT ACTGCAGTCACAGTTAACCCAATGGGCTATTAACATGACAAGTTATTGAT AATCGGTACTTGACAGACTTTAATGTTAAATTTTATCCTTTCATTTGTAA AGAAAGAATGCATTTATGTATTCAAATATATTTATAAATAAAATGTCAGA ATTTTTTAATTAAAAATAAATTATTCCAAAATACTTATATTTTTATCGGC AAATGAGACCATCAGGGGATACCCCGGTGTATTCAAGCACCCAATTTGAT AAATGTTCCATTTTACATTCCCGTTTTGTCCCAATATATTTCTTCTCCTG AACAAATACCTTTTATACTGTGGACAACCATCAAACCATGCAGATTGTTG TAGGCCTATTATGTTTTTAATTTGGAAAAGTGGTAATAGACCAAATTTGG CCCTCTTGACGCGTCCAAAATATGATCCTATAAGTAAATAATTGTACTTT TTTTATATTTTATAGTATTTGATTTATGAGTTAAAAATATTTTTCAAGTC GCTATAATAATGTAGCTGGTCTAAGATTAGCTCTATGATTTGCAGTTTAT CTCTTTTATCAAACAACAAACTAGATAATGTTCCTCCATTTTGTTCCACA ACTATCACTTCCACTAGGGTTAAATTTTGGGATGTTATCTTATGTGGAAA AAACCAATGTAGTTCTCATCATTAAGAAGGGGCATTCTCTTAATCCTTCA CATTACATGTCCATATCCCTTAGATGCCATGTCGGTAAAATAATGTAGCG GCTCATTAACCGAGAGCTACAATTATTCCTTGAGAGTAATAAACTTATTT CTAGTAGGCAACACGGATTCCGTCCTAATATGTCGTGTGTCTAAAATCAA ATTTCTTTCTGGGACGTTATTGTCAGTCGTCGTAAGAGTAGCCTTGACTG MGCTGTTATATGCTTTGATTTCTGCAAGCCCTTCAACAAAGTCCCTCACG GGAAACTTCTCTTTAAATTGTCTAACATTGGTATAAAGGGTTGGTTGTTA TAGTGGCTTAGTTCCTGGCTGYCGAATAGTATACAGAGMGTAGTGATCAA TTCCAATGTTTCTGAGCCTAGGGGTGTTACTTCATTTGTTCCACAAGGTA GTGTACTTGGACCCACCCTCTTTGACATTTACATTAACGTTAATGACTTA ATCGATATTTTTTCAGAAGATACATTCTTATACGTGGATGATACGAAAAT CATAGTTAGAAATCTTCCTCTTTCGTTATTTGAAATTTAAGAGGCATATA CAATACATTATAAAGAAGGCTCATCGTAACCTAGGAATTATTAAAAGAAG CTTCAAAACTCGTGACCCTATGTTTATGATAGAACTTTATAAACTTAATG TCCTCTCAATTTTAATGTACGGATCGGAAATCTGGAAACCTTCAAGAAAC TAATTGATTGATTCCTTAAAAAAGGTGCAACTCAGGTTTGTGTGGTTTTT TCCTTCACTGTCAGATAACGACAACTACGAATGCAAAATCAAAAGACTTG GTCTCATCACTTTGTCCCATAGACGTGCAATTAAAGATATGATTACATTA CACCGAATTTTAAGCAAATATATTAACCTATCTCCCCCAACCTGGATATT AAATAAAGGCTATCTATTCTACAAAACGAGATTATCTACTCAAAACACAA TCTACCCACAAAAACCAAAGATTTACATTGTTAAGCATAGTTTATATTAC CAATCTATTATTCTTTGACACACAATACCTTTTTGCTCTCGCCAGGGAAG TGATGCTGACCTCAAGCGATTTTTAGTTGTTGTTTTTTTTTTTTTGTGTG ACACTTTTTGTTTTTTTCCTCTTCTTTGTCACGTTTTTTATATGTTTTTG TCTTTTATATTTTAATATTTATTTTATAAATGCATCACCCTTATTAATAA TGATAATTTTTATATTTTATGAAATAAGTAGACCATTATAGGTTTTGTTT ATCACCGCTGGTCGAAATAAATAAATAAAATACCTTTTTTTTTTCAAACA AAAAGGCCTTAATGAACGTTGTAGCTCAATGGGTAACGTGCTTGGGAGAA ATTATTATCATGAACTCAATATGTGTAGGTTTGTTACTCGGTCGTTCCTA AAAAAGGAAATATACTTATTTCAAATACATACAATTACTTGATCAGATGG AGTGATTTTAATATTATATAGTTTACTAATAATCACTCTGTGCAGCTATA TCTGACCAACTAAAGTAAAATTTACAAAAGAGCCTGAACAACCTTGTTAA CTTTGCTAAAGTCAGTTTGTGCAGAGAGAGAAAAATATTAACACAAAAAC GGAGCAGTCTAATATCTACCTTGTACATATTATAATGATTTNAATATGGT TTCGAACCATAATGAGTAAGTAGAAGTTATAATAATTATGTATATATTTT TAAGGAGGGGATAATTATAGATAGATACATGATCATCAAAGGAGCATCTG GTCACAATGAAAATAAATTAGACGTAAATAGCTTGCTACTACTGACTCTT AGAGCCGAATTGCTCTTGGCTTTATGTAAAAAAATACAGAATTTACTCAT ATTTGAGAAAGAGAGGAATATTATCTTCATTCCTTTAGGTTTTGCAAAAA AAAAAAATAGGTGTCTGTAAAAGATGTCATAATAGGATTGAAAAAATATG AACTCTCATTTTTACTATATATTCAAAACCTATTTCCCGTTGTTGTATAT CAGGACATCTATTCATTTTATTTCGTTTAAATATGTTTTTTTTGTTTTTT TGGCATCATATCGCAAAGTTTGCAACAGTTTAGTGTTTCTCATTTAAACA AATTGTTGAAACTTTCATTCCTTTTTTTTTTAAACTTTGTCTCAGCTCCT TTGAATGAAAACGAGTCAACTGAGGAACCCACCTGAAGTAAAAATACAAT GCTTTTGGTTAGTCGTGATAAACAATCTATTTTTTCATAATGAAGGAAAA CTTTTGTTTTTTGATAACTCTCGAAAATAATTAATTAAATCCGTGTATTT AGAGTTCATAATGGGACGAATAATTAAAAGATCTATTACTTTTACCATCA AACATAAATGAACACCTATTAATTTGATTTAATACAAACATCGCTGTTAA TCTTTGATACCAAGTCACGAGGCATGCAACAGTTTACTTTTAAAGCCATT AAAAAAGTATATTTTATATATACTTTAGAAATTGGTTAATTTTGATCCAT AAATATACTTCAAACATATTCTCACTTTTTGGTATATTATGCAATCTGTT ACGTAAATGAAAATGCTCTATTAAATTTTTGCTGCATATTAATTTAATTA TAATAGCATACTAAAAAATCATTTAATATGTTAGCTATTGGTGATCAACA AAGCCTTGACTCTATTGCTATGTTGCTGCGGGGTACGCTATTTTTTAGAT GAGCAGTGTCAAAGAACTGGTATTTAATAATAATTAAAGAATATTGTTGA CATATATAAATGGAAGCTGTCAAATAATTACCTGTAAAACTTTTTGAGCT TTACGGCAAATGATTTTGGCCAAATTAATATTAAAATTTTTGATTACATA TTCTAATAATTATAATTATAGCTATATAAAATACAGGTATTTTTTATTTA ATCAGCACACCCTTTTGAAATTACAGTGATATCTACTATGTACATTGTAG CATGCAAAGGCACTTTTTATTCGTAGAATTTTTGCAACAAAAGTAATCAA TGGTGCCTCAAGGTATTTCAAAAAGAATAAATAAATAAATATTGACAACA GTATTAATTTTCACGTTTTTTCTTAGAAAATCGTCAAGAGTGTTTTTATA AATGTTGACACACTGCTAAAAAAATATACAAAATTAATTAATTATTGGAG TCTTTCAAAGGATTTTTTTCTTCAATTCCTAACAATTATATTGATATTCG AGAGGCTTTTTATAAAGAGGATAAAAAACTCATTATTTTGATAGTTTGTT TGTTTTGGGTTATAGAGGATAGGCTACTTTGAATTTAGGATATCATTACA TAGAATAAATTGTTGAAGCTAAAAGTTTATGTATGTAATGTATCAACATA AAAACCTTTTTGCCCAATATATTTTTTTACTTCACATATATACATACAGT CTAATATTAAATAGACATATTTGAGCCAATTATAGGAAATATATTCAAAT TTGTAGAATTAGCTAAGATACCCAATAGTTATATGTCAGTTAAAGTTAAA GACCTTTATTTAATTTGTGAGACTTATATTGGCCCTAATATATACCCTTT AAAATAAAATCTATTTGTTTGTCATTCTTATGTTGTAAACATCCTTTTTG GATACTTTATGTACAATTTGTGGCGCCTATCGAGGGATCACAATAATAGC TTATCGAAGGATAAAATTTTTGAGAAGAACCATTCTTGCTTGATTTTGTG TAGTCGGAAAACATATACATATATATATATATAAATTTAAATGTGCTACT TATTGAAGAAGAAAAAATATATATATAGGTTCTGTTTATTTATTTCATTT CATTTACCTTTAGGGTAAATAAAATGGTTTATTGCATGATGAGAAACTTG AATATATGTATATATTAATGTCTCGAGTTCCAAATGATCTCTCCTCATTT TCTCATTTCTAGTGTGTATTGTATTTAACAACGTTTCTTCACGCAAGTGC CTTGAGTTTCATTTCCCTAAGTACATAGTATATACCAAAGGTCATGAAAA TTGAAGCTAAATACAAATTTGAGTTAATTAAAAATGTGATTGTTTCTCCA AATCCTTTCCTACTTTCTATAACAACTCAATATTTTTAAATTGTTAACCC CTACAAAACCAACCTGGGATAAGCATCCACCCCAAAGAACTGAAATTTTC TTGTATGGGTGGGGATTTTAAATCGGATTTTTTTTTCTTGATTATGAATC TTCTTTGTATTTGTTCCCGACCCATCAGACTCCTTGGAAACATCATAAGC AGTTGATTTGTGCAACTTCTTCAACTGAATAATCTCCTTGATTGAGTTTG GAAGATATCTCAAGGATTTTGTATTTGTTTCTTATATAGTTTTGTCAGCT AAATTTGATGAGCATGCTTTTATCTCAGGGTTACTAAGATATGGATGTCT AAAAATGTTCTGGATGAACTTTATCTGAAATTGAGGCTGMTCCTTTTAGA CAAATTCTTGATTTTATCATATAGTTTAATATAAAAATCGTTTATTTAAA TTAATTATCGAGGTTTCAAAGGATGTTTTTATGCGTTCTCATTACTTATC TATAGGTCCAACGATGAATATCAAAAAAAAAAAATGAAAGGGGAGWGGTA TGTACGTCTTATTCTGTATAGAACNNNNNNCTAGAGTCTACAAATTTTAT TATTTTTTTCCTTTGACTACTAGTGTAGATTATGAGTGTACACGTATAAA ATATAATAGTAAAAAGTACTCTATTTGTTCACTTATTMTTATTGAATCAT AAACTACTATGCTAAAATATCCATTTTGAATGTTTGGCTGGCTTAACCTA ACAGTGAAGAATTTTCAAAAGGATTTGAAGGGATATAATGGAGTTTTAAG CACTTTTAAGGTGTGTTTTACAATAATTATGGAGCTAATTGACTTTTTAA GGACTATAGGTAGCCTAAAGTCCATAAAAGTGATTCCTAAAGGGGAAAAA ATACTTTATGCATATGGATTTCACCAAAAGATTCCTAGGTTAGATGGAGT AAATGTAATACTATAATGTTTACTTATACTTAATCAGTGTAACTCCATCT AACCAATTAAAGGAACATTAAAAAAAAGTTCATAAAATCTGCTCAATCGT GAAAATACAATTAATAATAGTGATAATTGTTAAACATTTTTTTGTCTCTC AAGACTTTTTCATAAGAAAGTACTCATTTAAAATCAATCTCAACAATTTT TTTTACAGTTTAAATCATCGCTAAAAGCCACGTTGATAGTTAAAAACATT GCACATGTTTTGATCATTTTTCTTTTTCCTCTTATATACAACGATACTAG TGTTGGATTCGAGTATAATTCGAACTCGAAAAAAAACTACATGATCTGAA AATTATTTGAACGACCCCGAAATATTATTTAGATATTCGAACGAAACTCA AAAAGTTTTAATATGGATAAATATTGTCTACACTTTTATTGAGTAATCTA TATTAATGAAACAAAGTTTATACGTCGTCTGCCTGTATTAAAAAAAGTCA CGGGGTGTTCTCTAAATAGTGCTCTCTGATATATATTATATACAAATTTT TGATCTACGAAATGAGAATGTACTGGTATTAATTAAACATTGCTGGCGTG TGCAAACAGCATCGAATAAGCGGCACTATTTCTGTTTATTTTTGTTATTG CTCTCTGATGTATATCACCATTCTTATTCATGTAAAAATGAATTAACTCT TGCAGCCGTTTTCTATGTAGGTTTGTTTGTAAGCGCTTGAGAAACTAAAG TACTCATGAGTTATTCTATCATATTAAGTTGCTGTTGTTGTTTTTCTGAA GTATCTTATTATTATTTTTTCATTCTAGAGGACATAACACATATGAATTG ATTTAAGTATTGAGTGTGAGTGTACTCATTAAAACCGGAGAGTAACACTG AGGATTACTTGGGAGGTGATCGTCTGTATTATTAAAGCAAAAGGTTTAGC CGCTGATTAATTACTTCGGGCAATGCCGAGTACTAACGCTAGTTCCTAAT AAATTCCGATTTTCAATAATTTCATTAGTGTCTAAGATGTTAATAGCTGT ACAATATGGAACCTAAATTCATTTTTTGTATGCTTTTATACGACTTTTTG AAATAATTTCCAACTATGAAAATTTACTCGAAACACCTCGATTATTTAAT TCGTATTGACTGCCTTATTGAAGTAGTCAAACCTACTTATTTTTTCGAAC TTGGTTGTTATTTACACATTTTTAAACTATATCTTCTTTCCCTAATGTCT TAACTCAAGCTGAAACTCAATGCTCAAAAAACTCGAACTAAACTCAAATT TCAATTACTCCAACTCGATAGCATAAATCCAACATCTAACGATATCATCA ACCATATTCATCCATAAATTGATAAATTACGACTTCAAACAGTTGTATTT TTGTATGTAACCTTCCTTCTTATCTTTTCAATTTATGAACACCCCCTAAT CTATTAAAACAGAATTAATAAGTAAAGGTTAAACTCCTCATTCTTTTAAT AATTTAATCATGCAATGTTGGAATTAAAGGATCTTTTGAAAAAATAAAAC GAATCAAACCAMCCATCCAATATTTAATTGTCCATGACGGATGATTGACA CTAAAGAGACACTCTTTTCAACTATCTACCCATCTTTTTCATATATATTA TATATAATTTTTCAATAGGTAAGAGACTCTACAAGTTATTATCAATTAAG GAGTTACATAATCAACTCTTTGGAAGATTGACTATTCACTTTTACATTAT CTCACAATTCAATAATGTTTGACCCTCATAATGCTCACTAGCTTCATACA TTGTCAGAAACTTTTGATTTTTGAAATTAAATATTTGTTCAATTTTTAGA AGAGAAAAATGTTTTTGTTCTGAAAATTGGTGCAAATCGAAATTTTATTA GTTTTTCTTAAGGAATTTGCAAATTTTTATATTTTAACAAAGAAATTGGT TTCCTTTTTTTTCCTTTTTCTATATCAATTATAAACACTTATTGGAAATT TTTAACATAGTTTTTGTTCAGAGTGGTTATTCTAACATATGAACACTATT TCTGACATTTAGTTTTATACAAGTACGAGGGCTTGTTTGGAAATCCCTTA AATTTTAGCCTTTTTGGAGGGATCCTCGAACTTAAGTGCGATATAACTCC ACTAAGACTCTTCATAAATACTTGTTTCAAAATCCTCACAAGAAAAAATA GTTTACTTTTACTTTAATCACAAAATAGCATTTGTGCCAAAAATACAATT ACAACATTATTGATTTTATTTTTTTTTTGAACAAAAACGTGGTTTTAGCA CTTTTTCGATAAGATATAGAGAATGAAACGCATNAAAAGTTCATAACTAA GAAATGTATTTTTTAGCCCTAACATTATGGGTTTTACATTCAAATTTCTG AGATAAGTTGATATGTACAATAGTACTTACTATAGTTTCAAGTATTTATG TAATTTATTAGACTTAATTAGAGCCTCGATATGATTTTTAATATAATGTA TTGTGCATCGGTAATTATGCAAGATAACTTTTGTCACCTTTAATTGTACA TGAGCCTTGTTTACTTTCTTGTAGTTTTTTTCTTGTTTTTTTTGTAGGTT GCCCTGATTCAGTATAAGTAAATATTATTGAATTACATTTACTCTATCTG CCCTAGAAATAGTTTTTGAAGTCCATATATATAAAGTATATTTCCTTCGC TAGGAGCGATTGAGCATTGAGCCTACACACATTGAGTTCAATAAAATAGT TTCTACTGAGTGGTGAATTCTTGGATTTATAACTTTTTATTAGTATTTTG AGAGCTTTAGGTACCTAAAATGGTGGCCTTTGACACTGATTGCAATGGTA TAAAAAGATGCTTCGAAAAATAAATACTTGATGTCGTCCTACATATCCAT TTCTTTCTTTATCTGTTCTAGTACCGACGGTCCAAAGTAACGACGGTCAT AAAGACCTGTCTCTAGGTGTTATAGTAACGTTCCTAAGACTAGACTGGAC CAAATGGGTTAAGGACAAACACTAGATTCAAGGACCTATCTGTCAATTTC CCTTTATTTTTAAGAATGCTAGTCATTTCCAATTATAATGTTGGATTATC AAAAAAAGAAGATAATTTGTTGAAAAATATGTGTTGTGTCGACTTGCTTT ATATGCTGAATTTAGGGTTGAGAAAGGTTTTTTTTTTTTTAAATGGTTGT TGAAGMGTGCTTCTTCTTCTTATTTTTACATTACACATATGTGCAAATAA TTATGCATACATATAAAAACATGGATTTACCCTTTCAACAAAATGAGGGA AGACTGAGGACAAGGCATAATAACTTTATTATGTATGTAATATTGTTAGT GGAAAAAAAATTCAATTTAAAAAATTGCTATAAATATTAAAATAAGAACA CGACTACCGCTGTTGGCTCATATTAAAGAAGCTCCCATGCTATTAATAAT ATTTTGCTTCTCTATACATATACATAAAAAATAAAATTGTAATTTTATTT GCTACAGATACCTACTGCTCATAAAAAACCATTAATATGATAGCCAAAAT AATAATAGTTGTATTCTCATACCATTATTGTTTTTGTTTTTTTAGCAAAG TAAAGATATGCAAAATAAATATTTATTTACTTAAGTATGTAAATAATATG AACATATAATACAGGGTGTCCACCTTGAAAACCAGGCTCCTGGAGCATTT CAAAATGTCCATAATCCTCGCCACTTTATCTTCAGAATCTAGGAAATCTG CCTTTAGTGGCTTTTTGTGCACTTATGAGGACAAGATGACGAAATGTTTG CTATAGTTTGTTTATGCATAATGATTGCTAAACCAGAATGTCAAAAATAA TAACAAACTTTCCTTTATTAATAAGAAAATTAACATGAATTAATAGTCCA TATTTTGGAGTCCAAGCCTGTGCATATTTATGAAAGAGAGTTTTTAGTAA ATAGGGTAAAAGAAATCAGGGAAATGAGACTGGAAAACGACCGTTTAGTA ACGGCGACCTCTTAAACAAGGTATCCTATATTGTAACAATTATAACTTTG AAAAATGGTTGCTCCGTTATTTTTCAATTATATTGGTCACATTAGGTGTT TTCTTTTTGAGATATAAAATTGTAAAACATCTTGTATAGTGCTCCACAAT TTTCTATTATTGAAAAATGGAAAGAGAAATCAATTAAGGAAAACATTCTG TAAACACTTTATAAATAGCTATTTTTACACAAACATAAATTGAAGAGTTG GAAAATATCATCAATCTTTTTCTCATTTAATATTATAATATAAGGGATAT TAATATAAAATATGTCGTACAGCTAGGTCTATGTCAACTTGTTTGTATTC CTATCCGGTGCAGTTCAGTCCTGTATATTAGTCCCATAACTTATAAAGTT ATGTCCTTTTATGACGTCACTGAGCGTTATTTATTCTTCTTTAATCATTT CAAGTATTTGCAGTTCGAGGGGCTGATGGTCTTAAGAGCCATTCCCAAGA AATGATGCTCTAGGATCGGTCTTACGACATAAAATAAGACAATAATTGTT TTGTTAAATAGATCAGTATGCTAAAATAATCAAATAAATTATATTCTGTA AGTTATATCACCATTTTTTTAAAATTATTTAGATGAAAGCCACAGTTACG ATAGATCATGTTAAGTATATGAATATGTTATTGGCTTTGAGTAAAAAAAA AGAAACTTTTAAGGCTTTAAATTTTAACTAACGAGCATTACGAAAAGGCT CATAGCCTTAATCATAGTAACCATATACTAAAAATAATATTTTGTTGATA TAAGGGTACTTATAGCCATGTAAAACAAGATATGATCCTTCGTATGAAGT AAAATAAGTGGAAAATCCTTTTTTCTCATTTTTTATCCTAACCGGCTTTT ACATTGACAGATCACATATAAAGAAAATAAAACATATACTTATTCAACTT GACATAATTAAACTAATATATAATAAGTATTTCAGGTTACAGGATTCAAA TTTATAGAAATAAAAACATTTAATACATATATTTTTATAAAATTTTACAG ATAATATTTTTGAAAAATGAACTATTGAGTAGATTCTGAAAAATCAATTA TTACAAACCACATAATTAAGGGTGATGAAAATAATTAAATAAATCAGTTC CTTTTTTCACAGCCTTTTTTTTGACAATTTATTTTTGAAACTATATCAAT CTATATTAACATATAAAAATGTTACATTGATTTAATTTGCAAAACTTTTT TTCTCTCTTATCTTCATTGTTTTTTTTTGTTTTTTTTTGCTTATTACAAT GAAAGCTTTTGCATTTATATTTTTAGTACATGAATTTGTGAGTTCTTTCG CTGTTTATCTTATTTTATCTTTCACATTAAATATTTACAAATTTCTATTA ACAATTATATTTATATATAGAAAAGCTATGCATATAAGTTTTCCCTACGG AAACAAGCAGCACTTTGAAAGAGAGGATTTTTTTGTGTCGGTGCAAAAAA TATAATAGAAATATACAATACTTCTAGAAGTTGCTACTAGTTTATATATT TTTGCATATATATATATATATATGCAAAAAAACATGTGTAAAACACAGTA AAGTTTGACCATAAAAATTTATGTTTGTCACAAGCTTTAATATACCTATA AAAAAGTGATCAACTATTTCTGTTTAATGAGCGCCATTGATAAAATATAT AAATGAATGGAGGTAAAAAAAAAATATAAGGAACCTTAAAAATTTTGTTA ATCCATTAACACTGAGGAAGATTTTTGAGTGAATATTTTTAAATTTAATT TTTTATGAATAAGAACTAAAAATATTTTCCTATGGAAAATAAACCTCCTT TGGCCTAGAAAAAGTATGTTCATATGATTACACTAGGAACTAAAATTTCT CATTAATGAACTACTAACTTTAAATCGGAACAAGTGTTTTTAATTAATTT GTTCAATATTTGCGATTAATTCAACATAAATACTACACTGAGGCATTTTC TATTTTTGAAAAAATATATATATATTAATTACAGAAGATAACATCATCAA ATGTTTCCTAAAAAGAAAATTTTGTTTGAGATAAGAGAGAGGGCTTACAA CTTTGTAGAATTGTGTCATTGGTGGATCAATCTCTGGATTCCAGTGGTAA TTTAGTATAATACTGTTTGTAGCTGATAGTATATCGAACAATACAAATAT AATTTGTTGTTTTTTTCAAAAGTTTTAGATTTGTAGAATAAATGTTTCCT TAATTAATGTAACTTATTCTATCGTTATGAGTGATGCCATATATTTAAAA TATTGATTGGATTAGAACGGAGAAATTTGAATTTTTCGATAGAGAATCCG TCTCCTTTTTTCTGCATAAGTTAAATCTTTGATCTGGCAATTGCCTTAAT ATAGTTCATGGCATCCTTATGAAATTTTTTCAGTTTATCAATGCTATCTT TTAAAAGATGATAAGTAAAAACTCAAAAAAACTATTCACAGTTATAATCG GAAAAAAATTAATTTGAATTGGAATTATAAGAGTTGTCATTGTTAAGAAT TTTAGAGAAAAAATGGGAGGCCTTTATAGGCTTGTAAATTTACCATCACT AACATTTATMCAAAAATAACTATTTGAGGTGAAAAAAAAAGAATATTGTA TGTTTATTTCCCCCTGAAATTGAGATAACTTCATTTTAAAACTCCCAGGT CATTGCTTTACAACTTTTATTTGACAAATATTTCAACTAACCCTCGGTAA AAACCGTGAATTAAGGTTGACTATTATACAAATATACAGTTAAATAATAT TAATAGTTAAGATATAGTAATTGGTTCTTCTGAATTTAATGGGAGGCGTC TCAAAGTATTTCTTTGTTGAATGGGAGTGTTGAAAATTAATGGTAAGTAA CATCTATATTTCTACACACCTTTTGCCATCTTTGAGAGGTTTTTAAGCTC TTTCTAAAGGATTATTTTATTTTTTTTAATATATTTTAATTAAACCTAAG ACTTTAGGCAATCATTTTCCGTTGGTTAGTTTATAGAATTTGTTACCAAA AGTCATACAAATTGATGATATTTGAATAGTCTTGTAATTTTATTTATGAA ACAAAAATAGATAGCAAATGAAAAAATTATCTTTTTTTAAAATTTCTATT TTCATCACACTATTAATGTAAAACATGTTAAAGTTTGACCAGAAAGTGTA ACGTTTGTCTCAAGTTTGATATATGTTTATAAAAAAGTGATACCATTTAT TTTTTCTGAGTCTCTTTGACATTTTATATTTATAAATAAAAATGAAGAGT AGGGGCATTTTCAGTGGTGGACAAGTCAAATGGCTTTAATGTTCACTGAA TATTAATAATATGTTTTATTTACACAAATATGAAAAGAGAGAGAAATATA TTATACTAGTGAAGTTATGATGAAAAGTTCTTGACAGCTCTTTTTTCCTC CCACTTTCTCTTTTTTGAGGTAAGTATATGTCCTTTGGAAATATATCATA TCTTTAAATTATATGTATGTAAATATAAAAGGTTTTTCTGACATTGTTGA TAGACGAGATAGCGAGCAAAAGTCATGAGGGACTTATTAAGAAATGTAGT CGATAGTTTGGAAAAAAATATATGCACACACTCTTAATTTGGGGGCTTAT AATTTATAAATTTTATAGGAAAATACTTGGAATTTGCTTATATTTGATAG ATAATAATAGGGATGTGAAAAATTCTATAAATCTTCGTGTGCGTAAATGT AAAAAGTTAGAATCTTTGAGAGACGACATATCTTTCATCAGTGATCACAA TAAAAATGATCGTGTTCCTGATCACTAATTTGTTTCATTTTTTAAAAAAT ATTGTGCAGGTGATCAACATATACTTTTATTCTATTGTATGGACTGAGTA TTTCGACAAGTGATGTGACAATTAAACGGAATCGGGAATCGGAGATATGT GTTTTTTCTGGAATCGGGGGAATCAACATTGGGAAAATAATGTTTAATAT GTTATTTCGGTTCATAGTTATTATTATTTATAACTGGTAANNGGGAAAAT AATGTTTAATATGTTATTTCGGTTCATAGTTATTATTATTTATAACTGGT AAATTTTTGAAATTAAATTTAATTTATACCAAAAAAAAAAAAATACCTAT AATAACTTACATTCATTTTTGAATTTTTTCTCCTACAAATTTATTATTTC ATTTTCTTAATTTTACATAAGAAATTTAATTTTTGAAAAAAAAATTCGAA ATTTTTTATTATTTGTGAATAAGCTGTGGGTTATTATTTTATTTTTTTAG ATCCTCGATGGTTTTTTGAAATTTTTTGTTAATAGTTGTTGATTTTTGAA AAAAATTTAAATATCGAATTGTATATTTGAAATTTTTTCAGAATTTTTGA AAAAAAAATTACTTTTGGATTATTTTTCAAAAAAATTCCAAACCAAGAAT ATATATATATATATTTATCATCTTGTGAACGACCCTGATAGCATAATAGC TGATATTTTTTAACTATTATTTAAAATATTAAAGAATCCGCATCTGGAAC TTTTACAAGAATAGCATCTGAATTGGCATCGGGATATTTTTTCTAATTGT CCTATCAACATTTTAAATTTACAATATTGAAATGCTCAGATCAAAAATCA AATAAATACCCAATTAAGATTAAATTTTACATGTATCTTGTCTGGCATAC ATTCTTTTAAATAATAGGAAAAATCGTAAAAACTGGACTTTGAAAGATAA TTTATCCTATTTTACAGGTTTACTACAAAAATAATCCCCGTACAAAGCGG ATTTTTCTTCTCCCATCAACTGCGATAAGCGGGAACCTTCTGTAGATTAT TAAAGCAAAGTTTGTCTGTTAGTCAACGGCATATTAATCTTGGTCAAAAT GCCGGCAATAACTCTAGTATCTAAGATTTTTAATCGACACGGATTCCTTG ATATGGGGAATTATAATAATTATATCCACGTAAATAAAAATAGAGTTTTG TAATAACGAAAATCTATGTCGCAAGAATGACAGAAAAGAAAAATTTCTTT AAACATGAAATATGACTCAGCAGATATGCATTGAAAAGGATTTTTTTTTG TAACGTGTGTATTTGTGTATTCAGGTCTTTTAATATAAAAAGAAATGGGA CATCATGATGAACGCACTTTTTGATGTATCGTCCGAAAAGGAGGAAAATC TTTCTTAAATAAATATTACGGAATTCTTTCATTTTATTTCGGTTTTCTTT TTCATCCTTGATGTATGTTTGCTGTTGAAAGGTTTTGGCGGGGGGATGAC AGGGATAATTTATTGTGTTGTAGTTTTATTTGAAAAATGTTTTATTTTCC ACAAGTTATTTGATTTATTGAAAAAAAAAATTGTTATAAACGTTAAGAAG AGATTATCCTTATTATTTTATTWWTTTTTTCGTATATGTTGTTATTGAAT ACCATATCAACAGGATAGGGCTTCATGATTGAATTATATATATATATATA TATATGTATAAATACATAATGTATCAACATAAAAACAGTCTTGAACACAA ATCAATAAAAGAAGAAAATTCTATTTNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNATTTTTTTACTCCGTATTTACG GGCCATAGACCTATTTGAGTCAATAATAGTACTACTATTCAAATTTGTCA GATGAGTTAATTTACCCACTACTTTTAGCCATGGCTGAGAGCAGTGGTTT CCAACCTTTTGAATGCGTGAACCCTTAATAACATTTCCTAAGTTACGGTT ACCCCAAAGAAACCAAATAATTTGGATTAATCTTTCTTCACTGCATTTTT AGATCTAACTCGTACGAGGATATGTATAAAATTTGATAGCAGTATATTTT TTAATAATTATCAATTAAGGTTTTTCATTTCCTACTTCAACTATGAAGTT AAATCCTTACTTCAAAATTCCGCACAAAATTTTATATTCCTTGTCTCTCG AATTCATCGTGGACAATTTAAAATTTTACAAAGCAAATATTAGTTAACTT GACTATTATAATCAGAAAATGTAAATATTAACATGAGAATACAATACAAG GACATTTGCTTTCATACAAAAAGTTGGGATCGTGACCTTCATGTTAGGTA CCACTGGTTTAGAGCATTTAATTGATTTAAGAGGTTACTTTATGTGCAAT TTGAGACACATCCATAAGGTTAATAAGAATAATTTGTTGATAAAAATTGA CAATAATTGGTATATTTATATAGCAATGTAGATTTGACAGATTTGAAAAA CTTTCTGACACCTGGAGGAAGCAAAAAAAATTATCAAATTTTCAACACAT TAGTAAAATTCATATAAAAAATTAACAAAAAATAATTCAACTATTTTTTT AATTTAAATTAATAAAAGTTTTCATAAATCAATGTAATGAAGAAGAAAAA ATATGATAAATGAAGTCATTAAGTTCAGCTAGTAAATTATTCAATTTGGC ATGGCATTATCTCACTAACATAAAAATGTACTCAGTATTTTAGAGTCAGC TGTAGGCTGSTTCTTTTYCGCTTATTTGTTCTCTGATTGGTGTTGTGTTG AACTAAATTGTGTTTATTTTTTTGTATGCTGTAATCAACTTCCAACAATT ATTGAATTGAGTGACAAAAAATGATTTTTAGACGTATTTTTGTTTATTTA TGCAGGAAGGGTTGAAAACAAACATAGGGTCGGGTTAAATGTAGAGAAAA ATAATACTTTTTACGTAGAAAAGGAAAAATGGTATTATGTGTATGTTGGG TTTTCTTCTTTGTTCATTCTTAAATAGGTCTTTGTGTTGTGAATATAATT TATCTGAATGATAAAACAATCATATATTTATTTATAATTATATTTTTGTG GTTATTACACATAGAATCCAAAACAGTCGAACAAATCAGTCTGAAATTTA GAATGTGGACATTTAAACTGTCAAGCGTGTTTCTATGGTTTTAGGCCTCC AAAGTAATTAAGTAGCTGTTTTGATCTAAACAACGCCTCTTTTCCCTTCT TTCTATCTCTTTTCTTCTACTTTATGTCTTTGCTTCTTTGACTCTCCATT CAGCCCTGCAACACAGGTTCCCTCTGCCAGTATTTCAATAAAAAAAATTC AATATTTTCACTACACTAATGATACTGTAAATGTTGAGAGTTCTCCTCTC TATAGCAGTTGTACATTTCCCCCCCCAAAAAAAATTATGTCACAAACAAT GGGTATAAACCTCAGTTTTAATTCAGTAATACGATATGTCCTGCACTCTC CTCATCCTCTTAGAAGTGTTCATCTCTAGAGTTACATTCATTCTCACAAT GTGTTGAATGGACATTTTAATCCTTTAGCGCATTTTACACGATATATCCT TTTTTCAATTTCTACTTTTTTGCTGCAGACACGATATCTGGTCTTAAAAG AAAAACTTATGTAATATAAGGGAGAGATAGTTTTTGTGAGTTTTGACTGG GATTAAAGTTATCCGAAAGATAAGTAGTTGTTACAGATTGAATTGAAAAA CATAAGTTCAGAATATTTCAAGTTGACAAATTAAATGAGGACGGGACTAG GAAGCGGAAGGGAATTAATAAACTTCAGGGACTCCTTTATCGATGTAAAG CCATGATTATTATTATTTCAAAGGGGAGGAATGAAAAGGATTCATGGATT GTGTTAAAGATATAGCCTTCCCAAAGGATCAATCTACTCACTGATCCATG TGTCTTTTATTTCGTTATGATTATTTTCTAGCAGCAGATTGGTTAATGAT TCATTACTCAACCTTTCTCCAAAGATTCAAATATCGACAGTTGTATTTCA GGGCAACCACATTTATGTTATACCATCTGGTTATTTTACAACAACTATAT CTTATTATGTGAAATTTGTTTACCCCAGAAATGAACATGGATTTGACAAA TTGATCAATTCGTTAATGGGTTGATTGAAATTAAAATTGGGGAAAAAGGA AATTTTTATCTGTCTTTCAAAAGGATGTTTGTAAGGTTGAGTGAGTTCAT CATTGACTTATAGTATATTGAAGTAATATATTTTATGATTATTTAACAAG TTTCTTCCTTCAATCTCCCACTACATACACAATATGTACAAAGTGTCTAA GTATATTAAATGCATTAAAAACTAATTTATTATGTGGGAGGTTTTTTTAT GTGTATATAACCAAAGACGAAAAAAATATACATAAGAAATTAAATTTGTA ATAAAAAGTACTTGTGTTTAATATCGAAATCCAATTTTTACATACGTACA TAATATATTTAAATACATACATACGATCATTAATATACAGATATACTTTC TACCTATAAGTCCATAAAAAACCTTTTGCATACAAAAAAATAAATAAAGG ATTAGATCCACCAGAATTTGCACAAATAGATTGAATCACATAATCTTGCA TAAATACTCTACCGATTGAACTCATGAGTCAATTAATTTTTCCATTGTGT GGCTGAGTATATTTATTTGATATAAATGTAATTGTTTTTTCTAACCTATT CTGCTACAAGCATTCAAACTACGGCTTACACATTTCTCTTGGAAGTAAGT GCTTGCTATTTTTTCATGGGTCATACAAATTGGGGGCCTAAAACTTTGAG TATTATGAACTAAAGACAACTCAAACCAATTTTTTGATATGTTTAAATAT TATATTTGTCTATATTTTCATTCCATATATCCTCTTTCACTATAAATAAC ATCCTCGACACGTGGACTAACAGATTGACTGCTCATGACGTTAAAAGTCA TGGTGTACCAAACTGGTATGATGGCAGCTCGAAGCTTTTTCCAAGACTCT GCAAACTCTAGAGGGTTGAGGTCATTACTAGAGGAGGGGTACATAAAGGA AGGCATAAGTGTATCAATCCCCAATATACCAACAATAGGTTATGGTCAAT AATAAGTATTATATATCAACTCAAATATTTGAAATCCATATCTTTAGTAA GTTGTTAATTAGTCAAAATATTGTGCATCTTGCTTTTAATAATTAAAGGG ATCTAAGATGTGCTTAATTTTTTGCAGTTTTGTTAAACTTAGAAAATTGA AGCCTACATAGATGAATTGATAGTATTTGAAAATAAGGAGGAATGGGTTA TTTTATCTAACAGTCTGTACTACGCCAAACATGGCCTCAGAGGCATGAAA ATTTGCAAAAGTTAGTTTTAAGACAAGGCCGTAGKGCAAGKGGGGGGGGG GGGACATGAACCCGAAAATTGGGCAGTCTAATCTATATTCTGAGGAAAAA TTGTTTAATTTTTTCAACGTTTAGATATCAGATGACCAAAAAAGAATTGA ACCATAACCCTTCTAAATAATTAGTTTTTTTTTTTTGTGGGGGTCAAAAC TTTTTTGCATACATAATAGAAATAATGTTTAAAAATATTGTGGATATAAT TGTGTATAGATAAGTCCAGTGTGTACTCATAGAATTAAGGAAAAAGCCGA AGACTATGCAAATCTTTTTTGCAATAAATAATAATAACAAAAGTAAGAAT ATTTTTGACTCTTGTTTTTTTTTTTTTACTTATACGCAAAAAGTACAAAG CCCCCACATTTTGCATTTATTCCTGGTTAAAGAGTCTCAGAAGATGTGAT TGAACATCATGTTGTTTCTATGTAGATATTATTGTTCTGTTTCGTTCTGA AAATCCATGACCGGTCTGAGACCGTTGTGATTTTAGTGGATCGGTCTAAA AAAAAAAGGTCCGGATCGGTTCCAAAGAAATTTTTTGTTTGCTCACGAGG AATATTTACGGCATGGTTACTAAATACTATAATTGATATTCGGTCCCAAA CCTATATTTCACCAGTTTGGTCTCAAATGATTATTTATGTATCATTAAAT CATGTCCTCAAATGTATTCTAAGCATATCAGATATAAGAACACCCCATGA AGCTACCCAACTGCCCTTGTCACACACAGAGCGTTAAAAGGGGTGTGAAA ATGGTTAATTTTGATTTTAACAAAAAAAAAAAAAAAATTGGATCAATCTA ATATAAAATTTGATATACACCGATTTTGTTGATGAGTTGTTCAAAAATGT CTTGTTTTTCCAAATAGTGATAATTGTAGTAGGTACTTTATATGAAGTTA ATGTTGCATGAATAATATTTGAACAAGTCAAAAAATCAGGATAATGGAGA AAATCGGTTATAGATTAAGACTGAAAAAAATTGTCCTATATTTTGCGACC AAGAAATTGGCCAACGATTTTAAAACGATCAAATCTCAATCAACAGTGTA AAATCGCGGTCTAAACCGAACTAYCAGCCGATATCCCTCTAAAAAAACTT ACTTAAGGCCGTAGCGAAAAAATAAAAAATAAATCTAGGACTGAGTCTAA CACAAATATATATATGTAAATGCTGATGAAGGTAGGAACTGAATATTAAT CACACTCATAGCTAAAGGAAAGGAAATTAACGTTCAAAGAGTACCATACA TACGCATTAGGGTGTTTCAGAAGACAGACCATAAAAAATTAAGGGTCCCA ATAATATAAGCATTCCAGACGGTCGCAATAATTTTCCGTATGAATGTATA TCAACACAAAAACAACTGAAAACAAATTGCATTTTCTACGGATAAGATAA TCGGATATAAAATATACGGACATATTTGTTATTTACATAACATTTTGCAA GGAATAAGCTTTTTTTATGTGGGTATTTATTATTGAAAAGTAGACTCAAA CTTGTAAATAAGATAAAGGAGTAAAGATACCCAAAAAATTTAAATAAAAA AATCTCAAAAACCAGATTTGATATGAAAAAAAATTAATACATATTTGTGA TCAACAAGTCAAGAAGTACTGATAGAATTGATTATAAAATTTAAAATTTT TTGAAAAAGTAAAACTTTGTTGAATTACACATAAATTTTAGTTTTGACTG TATGATGCATAAATTCTACTAATACTGTTGTTTCTGTTCCCCTTTTTGGT TCTTAAAGTAAAATCTATCCTTTATAAAGTTACTAAGGGGGATTTTCCTA TTTGATTATTCAGTTATATTTTATGTAATTAAGTAAAAATATAATATAAT ATATTGTATCAATCCATAATATGAATATAAGAATAATAATAAACCATGCG TGGTGCGTACATAACACTGGTGTTGATGGTATTCATATAATATCTAGGGA CTCCTAAATATTTGTGTTAGGCTTTAGTCTGAAAATCTTAGACCGGTCCG GTAGTATTATGATTTTTAGTGGCCCGAACTGATTATTTCCATTTGAAAAA ATAGGTTTATATGTGTAACATAAAAAATAAACTCTGAATTGACCATAAAA AAACATAGCACAGGATTGTTTTCTTTCAAAATTGAGTAGAGACTGATTTT ATCGATGAATTTTTGATTATGTGTTGTGTGTTTCAAAATTGTAAGCATTA TCAATAAATGTGCTGCATAAATCATATTAATACAGCTCATAAGTGAAAAG ATCACGGTCTGGATCGACATATCCGTCCAAATCCCTCTCCAGGTGGTCCA TTCAAATCTCAACACTTAACAAATTCAATAGTTCATGAAGGTTGAGTAAT TGAAATTAATTCATACTCAGATATATTAAAGAATAAACAATTTGTGACAA AAATATTGAGCTCCCTAGCTTAACTACAAATCGAGAAAAAACTCCTGTCT CTTGGACTACCGTCTACGCTGTCACCAAGTCCGAAACGTTGGAGAAGAAG AAGGGCTCTGTCAAAAAGGCCAAACTGGACCTGTAGGATTTAAATAAAAC AGCCTAGGTCAAACCCCTCAAGTCCATGAGGGTTCATACAAGGGATGTAG GGGTTTCCTATCGAACTGTTTAGAGAACTATAAAAAAAGTTGGTGGAAAG AGTCTTGTTTCGGAAGAGAGGCTACTTTTGACACTAGCAATGAAAGAAAT CTATCTCCTTCGTCTTAAGACTCTTTTAAATGAGTTTTGAAATTTTTTGA GTTTTTTTTAACTGTTTTATGATAGTTTTTGGCACACCTATAGCCCTTAT GTCAATCTTCTCGACTATCCCTCGAAGCCACTGTCAGCTAGCACTGGGAC CTTATGACAGAGAACCACATCTGCAACGGTTACCAGGATTTTAGCCGCCG TCTGGAAGCCATCATAACCGCTAAGGGTGGCTACATTCGTGATTAAGAGA CCTCAGACGACACATCTATTTATAGTATTAATTTGCTTGAAGTTCTATTG TTAATTAATAAGCTATATCTTTTGAATTTTAAAATATGTTTTTTCTACAT ATGTTTAATTGTCCGAGTACGTTGAATAAGTTACTGATCAATTAAAATAA CTCTTTCATATTTCTAACTGTATTGAAACACCCTATTCCATATTTATTAT TTCTATTGAGGTTACAACCACACTCATTCACTCCTATATATACACACCAA AAGAGAAAGTATTAATGCCAGCATGCAAATTACAAAGCTTCTATAGATAT TATGAGTGTGTAAAAAAAAAAAAACTAGTGAAGAGAATGAAATTTTATGG GCCTCTTCCTAATAATAAAATTTCATAAATAATCATGATGCAAAAAATAT AAAAAACCTCTATTCAATGGCAGATGAATTCTCTTTTTCCCCTCGCTCCC CTTGATTCATTCATTCAACAATAATTAATGGCTTGAAACAAAAAAAAAAA GCTATTGATAAAGCATTAAAAAGGCACAAGTTAGTTATTTTATTTATTTA TAAAAATACATAAAAATCTTTGATTCTAGTTTTTTTAACAAATAAAGTAT GAATATATTATATATAACATGTCACGTCCTTATATTTATTGTATCTTACA ACATTTCCTCTTTAAAAAAGATAAATAACCTAAAATCCGGTGGTATTATT TAGTCCATTCTTAGTCCAACTATAAAATAATTATTATTAATGTAATAGTA CAAAATGTACACACAGAGTAGCAGTTGGAGTACAACCAATCAACGTTTAA AACAATAATATGGAGAAGAGAAATAGAAAAATCAATAGTTGACAGCAAAA GACAAATTCTGCTTCTTTACCAACACAAAAGTTTACATTGTATTTATTCT CAGCTGTCGATGTTTTCATTTTTTTTTTACCCTTGCCAGTTTTCGAAACG TTGATTATGCTGTTTTCGAGATATAATTAATGTTCACTTATGAATCACTT TAAACAAAACATGACCAAATTGTTTCAATGTCCGTAGTTTGTAAACACAG ATGATGTCATCAACAATTCATTTGTAAAATTGATCACGGCGGAATTATCA ATTTGACATATTTATATCTCAATTTTCAATGTGGTTTATTCGGACTGAAC TTTGAATGGTTCAAAAACTATGATGACATCAGACCCGTCTGTGATTTACA CACTTTAACCCAACCCTCATAAACTAGTTGGTAAATTTATAGTTCCAGCT ATAAAATATATGGTAATTACTATTAAACAACTGTTTACTACTGAAACAAG AGCCAATTAATGTTCAAATAATCAACGTTCAGAACATTATTATACCTTGT AAATTTGTTTGTTGGTGATATATATATATTAACTTCTTTAAACAGCGTTA ATCTATTCTGACACTCAATTAATACATTAACAACAAATATATAACAATTA AAAGATAACATCTTGATTTTGTATAGGGTGAGGATTTGAAATCTGGAAAA AGTTTAAACCTCAATATCCTTGCAACCCTATGTTCTAAGCTTATGAAAGT GTGTTCATCAGATATAGCTGACAAAATTGTACAAGAATAAACATAAAATC CATTTAGATATCCTTCGAATACAAACGCTGTGCGGCCATCATTGTGTGCA TCCGTGCTGGACATACTTCCATGAGCGCAAATAACTTCATTTATAATAAT ACTCGAGAACTTAAATTGATAGTCATAGATCTGATGTCGTACTAGAATTT TAAATTTGTGTTATTTCTCCAAAACTGGAATTATTACAGAAAAATCTATA TTTTTAAGACCTCTATATTTTGGTATAAAATACATTTGCTCTCCTATTTC GTAGGATCTGAAAGAGTGTACAATAAACGTGCACATAACACTGTTGAGTC CTTGCGGGCTTCCATTCTCGAGGTTCTAGCCAATATGTACAAGAATTTTC TCATCAACGCCTCTACCAATTTCCAGGCCAGTTTGAAGATTGTTGTTGAA GCTGGAGTATGTTAGTGGTATTGATTGACTTCACTATAATAGACCTCTAC GTGTAAGAACAAAAGATAAATGAATTGTGCAATTAATTTTTTCAAATAAA TTGTAACATACATTATCCTTAAATTTTCCGGATTTAAAATCCCCACTTTG TTTTTTTATACCTTTTATGACGTCAAAATGCTCCCGATTTTATGCATGGG AAAAAATAATGATCACAAATTATTGCAGTTAATATATTTGGGTGGAATAA CTATGCTGCCTGTAGGTGGTGTTTGAAATTGGATCATAAATTAATGGGTA TTTGATTGTTAAAAATATTTTGTAAATCGAACATCTATTAAATTAATCAT TGAATAATTCATTTTTATTTAATATCACTTTATTTATTTTTTACATGAAA AAAATAATCACCCAACCAATTTTTATTTAATATTTTTTTATCTTCAAGTA ATTCTATCTCCATTCCTTTCATATCTAATTATGAGAATACAAGTAGTTGT TTTTTGTACAAATTCATGAATATATTTGACTCATCTATCCCTTGCTGGGA TTCCACCTATATTTACCTATAATCCAAGTAATCCCTTCCCCACTGAGAAC ACTTTCTTTCATACGTATAATCTGGTACACACATACACATATTGTATAGA TAGTTGGGTGTATCATTTCCCGGTACATTGTCGTTGATCCCGGAAAATAG CTAGCCTTGGTCATAATATATTATCAATAACAGTGCACGGTTTATTTGTT TAGAGCTAACCAATCCGGCTTTTTTTAATTCTGTAACCCGATCCGACCTA AAACGATATTTATGGGGTCAAAAAAAGACTAGACTATAATAATCTAACGC TTCATCATTAAAAATATTTCATTACTTTGTAGGGCATCATTTATAAATAT CAATGATGCATATACCGCATAACTTTCATAAGCATCAATCCTAAAAAATT TAAATTTGTAAACTTCAAATTGAATTCAACAATTAAATTTTGTGGATCGT AGATTGCACTAATTGCAACTTGTATAAGCTGATTGTACAAGTTGCAATTT CATCATCATAAAATGTCTTATTTAATATCAATATTACTCCTTTTAATTAT CAACTACTAATTGATACTATCACACCATTTTGATTTATTTAAATTACGTG GTTATTATGTATTAATGACTAATATAATAGTGGGCAATTATAATGTGCCA TAAAGTTACATATACTTTAGTAATTTTTTCTCAACTCATTTACGTTCACC ATGAATAATTGTCAATTGTTTATTTATACTCATCTTAAGCTCTGTAAATC CTTCATTTAAAATTATTCATGTCATTTTTTTTGTTTACAATTTGTACAAA ATTACTACTTATAATACAAGGGCCAAAAAGTCCGGGACTAAACACATAGA TGGCGTTTTTTTAATTCGCCTCATTTTCAGTGTGTACCAACCTTCAAAAG ACAGCTGTAAAAATTTCATGATATCATGTTATATTATGTAATAATTAAAT GCCTGATTTCCCGGAATACTGAGAGAGTACCCCTAGGGTTGATAGATATG TAAGTATGCGAAGAAAGAGAAAATAAATAGAGAATTTTAATTGAAATGTC ATTATTGTTCGAAGAGGGAGGGGAAATTTAAAAAAAAAAAAGACAAATTC TTTATTTTTTAGCTGTTGTTTCACTACAAATTTAACGATCCATGTACGTA AAAACAAAAACCCCAGAAGCCCTTTGGAAAATTTACATATATGATAGGGC ATATCTATTTTGAATAATTATATGAAAGGGGTATGAGGACCATAAATCTT ATCATTTTATTAACAAGTGATATTGATAGGGCAATTTTTAAGGTTCCTAG ACCCGTGATTTATTTGACGTAATTATATGTGGAACACTTATTTTAAATAT TTATGTATATATCTGTGTATGTACGTTCCTAATTTAGAGCAGCCCCTAAA TTCAATGTTTTAGTTTAATTTGTCTCGCCCGTCCATTTTGTTTTCTTGAT AATGAAACATGGCAATATAAAATATATTTGACTTTAAGTAATATTTTATG GGTGGTCACTACTTCTTAATGTTTCAAGTTATATTGAATGATTAGTCAGG GGGGGGGGGGGAAATTCTCCAATTTTTTCTAACAAGAAACAGGWACAATA CCAACTTTGTCTGTAAGTATAAATAATCTTTGTACCAATATCTTTACTGG TTGAGTAGTGTTGATGCTTCAATATACAATCCTTGTGAACATCAATTAGA CTATTTATACTAGCGGTAGTACCTAGCATTGCTCAGAGTAATTAGGTTCC GACTAAAAGACAAATATTGGTCTAAAAATAATATAAGAAATAAATCCCCC AAAAAGTGATACTCTCCGTTAATCATGTGCAGACTCAAATGTAATTACTC AGTATCATAATACTTATATCAATGACGTGTTCCCTCCTCAAGAATGAAAA AAAAAAAAAAGAAGAAGAAGAATATGAGAAAAAAAAAGTTCGGATGAGTG ATGATAACTTAAGTCTTAAGAGCGCTCATTAATAAAAATTAAAATTAAAA AAAAGTGTTTATATTTTATTCAAATAAAAACAAAAACAATAAACATTGTT CCTTTGATAAGCACAAGATTTGTTTATCATAAATTATTTATTATATCAAA AATATGTATTTAATTTACATCAGGGAGCACATACAGTGCACCCTGTTTAC ATGCTCGATGCTACATGTACGCCCCTACAATATTTCATGAGTACGATTAC ATTGTTATTTCTTGTATCAAAATATATTTATGACATACATCATGGATCAC TATACCCGGTGACTTGTTGTCATATATTCATAAATACATAGACACTAACT TTGCTTGATTAATATGGATTGATTGTACTACTAAGTAGGTTATTTTTCTG AATAAACAATTATTAGCTACACTCTTTTGTTCTTGGTAGAAGTAGAATTA TAATTTTATCTACGTTTCATTTGTGTTCCAAAAWAAAAACGTTTGGCTCT AAATTTAGGRGCCCCCCCCCCCCCCTCTTTAAATAATCCTCAAATGTTAC ACTTTTTGTAGTGGTGTATATTTGTTCTATTAGAACTGATTGAAAGGTTT AAAAATAGAAATGAAACACATTGAATTTTTAATTATACAATAAGAGCCAC CCTAATAGACATGTGATGATGACTTCATATGGAATATGAAATAGCCTCAT CAAAAATTATCCATTTCTTACTTTTATTAAAATTACTTTTTGCCGAAATA ATATTAACAATTATTATAGACATATTATAGTATGTAAAAATAGATTTAAG GAATACATGATATTATTATTGAATAGTGTTCATATATGTACATATAATGA CTATTTTCTATAAAAGGTTATCATTTATAGAGGTAATATTAACTGCAATG CCCCCCCTCCCCCCCCAAAAAAAAAGAAGTTAGTATTTAATAAAAAATAA TAATTCAATTACAATTATACCATTATATTATCTACGAAAATAAATAAATA TATTTAATGCATTTTCGTTCCATCAATGCCGTAGAAAAGATAGTCGCTGC AGTTGAATGAACGAATATATCTTGCCCGTCAACACAAGAGKATGTTCGAA TGATTCTTCAAAAAATTGTATTTTATAGGAATTATTGTCTATTTATATCA ACCAAATTATTCTGATCAATCCTCTGGAAGTGCCACAAATTTCACTTATA GTATCCAAAATTGATCGCCACAATAAAAGTATGAGAAATTCACATATTTT ATATAAAAAAGGCTATATCCGGGTAATTAAAATCCTTTTCAAGCAAACAA TGGTACTATACTATAGTAGAAGTTTTTGGGTATTCAAATATATCTAAATT ATGATTTTCTCCTTTTTTTTATAGACTGTTTTTATATTGACACACTGCAT TAGGGAAAATAAAGCTGTACCATTGCTAGAATAAAATAAAACACGTCAAC AAAAAAACGAACTAAAATTATTTTCACAAAGTTTAGAGTGGATTACATTT GTGTTTGTAACAAGAATTATCGTATATTTCTAAAAATAAATTATTCTTAT TAAATCATTGGAGGACCTGTTAATATAAAATAGCCAAAATTAATTATCAG AATAATAAATTGGCAAATTTCATTGGAAAGGAGCAATATGGGGCCTAATA CAAGTCTCTTAATTCAAATAAATGTTCTAAACTATAGTTAAAAGTCTTGG GTATCTTAACTCATCCCACAAATTTGAATCCAAAGGCTAAAATGCACTCA AATATGTTTAAAATAAAGTAAGTAATATAAGTAAAATAAATAAATTGGGG GATTTACATTTATATGATATCAACAAATTATTTCTTGAAAAGTCGAGTTA TACTATATATGTTGGCTGTTAACACCAAAGCAAGCTAGAATGATTTTCCT CAAGAGTAATTATGAATTAAATTTGTATTCTTCTACAAATTATAGTCCAT TTATTTTATATCAGGATATCTCTTTGAGTGTGTTACAAATTGAAGATTGA AAGTAGGGAAAATTATCGTCACATTACAAGAATGAGAAATGGATAGATTT TATTTAAAAGACTACATTGGAGACAATATAAGTTTTTTACATCAAATAAA AATTTAAACTATTGCTTATATCCCTACCAGAAATTTAAATACTCTAATAT ATCTATGAATTATTGGGCTATATGTACATATACATGACGTAAAAAAAAAG TCCGATTTTTCTTACTTTTGTTCAAAATTGTTTTTAAGCTGACGCACCAC ATATTTATTGGGTTATAGTAATATGTAGTAAGTGTCATTGAGTCAAGTGC CAAATGTATGCTTCTCATATATATATATATTTTTCATGGAGTCAAATATC CGGAATATTAATTAAATTAGGTGGGAATATGTTGATACGAGCACTTTTTC AATTTGCAATTTGTTTCTACATTTAATTTCATTTAAAAAATGGGAAAAGA GAAGGGGAAAAAACACATGAATGGAAAAAATCCATGATTTGGCAAATCTC ATTCAATATCTGTTAATAATCATAAATGTTCTTTTGTACTTATATGGCAT AGGAGGCGGGCATAGATACATGTAAGTAATGATAAAGGCAACCCACGGTG GGAATTACAGTCAGACTATAAAGCTTTAAATTATTATGGTAGCTGTCAAA TTGATAAGGGTTTGATTTATAATTTATGTTCAATTGTATTATTGAGTATT CAAAACAGATGTGCGTGTTGTTCAGGGTGTTGATTTCGTCAGACAAGACA ATGTAGAAATAATAAAATGATTTTAAAAGTACATTCAGAAAGGACGGGTC GACAATAAGACAAACATCTAGCCAAATTTGGGGTATTAAGATAGGATAAA CTTTCCTGAAACTTAGTTGAGGTTGATACTTCTCAAAAAATGAAATAAAT CCGTTATGATATATGGAACGTTGAAATTATGGAGGTTCGAAAAAGATACA TCAAAATATTTGGAACATTTGAATTGGTTTAGAGTTTCATGAACGTGATA AAACGAAACGATTTTTTTTTTGACAATATTAACAATGTTCTGTTAAGGAG AAAGTGATGAACCCTCAAATGTTTTTGATCGCCATCTCTCATCAAAATAC ATATTCCTCGTACTAAAAAGTTTTGAGAACCAAACTCATTTTATCTTCTC CTTGTTATTATCAGATTATTAATTATATTCATTAAAATATTGTGTATACA TATATATCAATATGTACAAAGCATACTATACCCTGTTCTCCTTTGGCCTA ATTAAAAAGTTTTTTCTTGTAAATAAAAGAATATAAAAAAAGGGGTTTGC CTCATAAATCAATTTGCTTATACATATGGGAAATTAAGACTAAGAGTTCA CAGGTCTTGACTCCTATTAATAATGCTCCTAGCGAAGATTTTTTATTTTC TGAGCTCAAAAATATATATAAGATTTTATATCTACATTATGACTCATGGT ATTATTGATATAAGCTGAACCAACTAGCTTGGGCCTTTTGTATGATAACA GAGTAGGATGATAAAATTATACTTTTTTGGGTGAATCACTGTCAAATAAT ACATATTTGATACATTTGCAAATCAAATATGTATTATTTTGCCGATTAAA ATAAGAAATCACACTCTATTTGTTTTTAGATCAAGCAGTCACACTTAGTC TTTTGTCAGTCCCTATAAATTAGGTCCAGTCCAGTCTGAGAACCAGCCCT ACCATCCCTCGGGTACTGTCCTTAAGACCGTCGGTCCTTTGGCCTGTCAA TAATAGAACGGATCTTAAAAAGAAGAAATAAAGATGAATAACGTCATCAA GGACCAAACTTTATGAGTTTTGGGACTGATGAACAAGACTGAACTTGACC AAACTGAAACAGAGCTGGACGGAGCTACAGTCTTCGGTCCWAAAGAAGCC ACCGACACAACACCACTCCCACATTACTAATATTTTGATATTTATATTGA CCATATTTGCTTCATTAATATAAGTACACTTTCTTAAAAACTTAGTTAAG ATTCATACTTATCCAAATCAGTTTTTAGATATGGGTCGTGAATTGAGAGG TGTCCAAAAAGGATACATTCTAATATTCGGAACATTTGTATAGGTTCTGT TTTTTTGTAGAGTATTTTTTTAAACTATGTAGTAAAAACTAATGAAATAA AGCTAATGAAAGAAACCATATCGGAGAGAAATTAAACAAAGGTTTTCAAT TATAGTTCACATTATTAGATATTTAATCTCAAAATAGAAATTTGAATATA AGTACGATAATTTACCAAAATAGATTCATGAAGTATTAGTTTTGCATTAA CTAAAAAAAAAACATAAGAATATTTTTACTTTCCTTGATTTTTGTTCAAA ATTATTTTGATGTAGATAAGGCATGTCTTTTCTGTTTTATTTCTCCTTGA TTCTTTCTTTTCATAAAATACGTCATAATGATAAGTATAMAAACATGAAY CCCCCCCCCCCCTCCATCCCCCCATACATAATAAAAATTACATTCATATT TTATAAATGATAAATACTCACTAATCTAGGCCTTTAATCATTTTTTTATA TAATATAATATCTCCTTTGTTTTCTCTCAGTTTTTTTTTCTTCTGTACAT TTACGTACCAATACAAATGATTTGAGCTATGACGTATCATTATTATATAT GAATGGAATTTAAATTATATACATATGTATATAGGGTGAAGGTAATTTAA GTATTTCCTATTTGTAAATCCTGTATAATAGAGCGGTTTGATTTTCAACT TTTTTCGAATTTCAATTACGTCTAGTGTGGAAAATTTGTCATATGGTATT AAAAAAATGGCATTGTGCTACATGCTCATTGTTAGGTCACACATCTCGAT CAAATTATGAAAAAAAGCAAAATCTCTTTAATTAGTAAATATAGATACTA AGAAGGAATTTTTTAGTTATTTTGCAAAAAATAATTTCGATATATATTTT TTAAACTTATGCAAAGTCTTAATTTTTTTTTATTATTATTATTCAATAGA ACAAAATAAAAGTAAGGAAAATTTGATAATCTGTGTATAGTCCACATCCT TTTTTAACATTTTTGGAAAGGGAAAATCAAAATTTTCTAATGTTATTCTC ACTTTTTGCTCCATAGGCTARCTTTATAATACTTTAGTAATGCTTTTTTA AGGTTAGAATAATGTCTATCATTATTGGTTTATGTAAAATAATGATTAAT GCTGTATTTTAATCCTTACTAGTCAAATAAGGAACTTTTGTCGCTTTTCA AACTTTGAATAAATTGTGCTAAGGATGGCATCGTAGAGAAATACTATTTG GCATAGATCATTTGGTTCCAATGTTGCTGACACCTGCCTTAGACTTAGTT TTAAAGCAAATTTGTTTTCGGAAATCTAAGGTTTTGAAGATTATGTAATT TTTGAGGACAAGGTAAAATATATACCAAAAAAGATAACATCGTCTTTTTA GTGTTAAATGCCTTGAAAACCTTGAATATTTCTGCAAAACTGAAAAGGGG AAATTTCAGAGTTTCCGCCTTGTAGAATATACAAACATATGATATGAGCA TTTGTAGTTTTTTTCTTTTATAAATAAATAACAAAACATATACGTATATT TGATATCATTTTTTAAAATTTAAACAATAAATTTTATCTATAGTGTACAT AAGAGTTTAAAGTTTCAGATATTTAACATATTTTTTTCATTTTTTTTTTG TAAGACCCATCATATTATCTGATAAAACATGTAAAAAAAATTTTGTTTTA CATATTTCTCGTCATCATTGTAATATATTATATTTATATATGTTTTGAAC TTCTTAAAGGGGGCTTCATATACATATGTAATGTACATTACATATGTATG ACTGTTAAAAGCACAAGCTTTCAAATATTTGACTTACTTTCTAGATATTT TTCTATAAACAATGTACTGCATGCTCCTCCAGTTCTAAAAGCATTGAATT TCAGATTAAAGACGTGGATTTGTTATAAGAAGTTTAACCTTCAAAAAATT ATATGTAGAATCATTTTTAATAAAACAGTGAAACTTTAGGAGCTTAATGT AATGGCTARAAGATAAATARGAATTGTCATTTATTACTCTACTAACATCT CGACAAATGCGTAATTTAGTGAGATAAAATTTTTCTTTCCAAAGTGAGCT TTTTAACCCTATAAAAATAGCCCATTCTGTGTCCTAAGTCTGCATTTCTT ATCAATCTTTTTCGTTCCTTCTTTCAGTCTTTTTTTGTCATCGGTCCTAA AAAATTATCCCATTTATACAATAGTCCTATGACGGATTAGTCGGACTGAA GAAAAGAATGAATGGCATATACATCCTATAATATTTAAATGTTATATGAT AAGATAGACGCAAAATTTTAGCAAATATCTTATTATAAATAAAAATCCTA GAAATGATTGATGATATGTATTTAATCGTAGCTATTGAAATGATAAAATG AATTCAAACTTAACTGAGAGCACGTCGTTCCCTTTGTTTATCAAGCAAAC CTTTCCTCCAAAAGAAACCTTAAATATGTCCCAGAATCAGTTGGTATTAA TTTAATTTTTTCCCAGTTTTGGAATTATATTTCAACAATTGTTGGGATTT GTTCACATCAACTTATAAGAACTAATTCTAATTGAACAAATCAACAATCA GAATATTGAATATATCAAAAGAAGCAGACAGTTGACAGCAAAACGCACTT TTTGTGTTAGTGAGGTAAAGCTGTGAGAGGTCTTTTTTGTTTTTTAAACA CTCTAACTCTAATTATAGTTGTTGAGTTGATATGAAATGTTACTTTTATC AGAATTTTAAGCTCTTACTTGTTTACAAAATTTTGAGTAATTAATAAATT ACTTATAATCAGAACTTAATATATGCGAATGAAAATATGTTAATATACTA TTCAATTTGTATAGTTTTTGCATATAATTTCACATTAAATACTGTACGTA TCAAAGTTAATTTTATTTATGTTACTTATTTAAATTGGAGGAGTAGGTAA TTAATCCATGGGTAGTTAGTTTCTTTTAATTTAAATAGTATTCTAGTAAT GTGAAGAATTAAGTAGATTATACTGAGATCTCCTTTTCGCGGGATTTATC ATTGTTTTAATAGGTGTTTTTCTTTTATTATTATTTGAACTGCCTTGTCT CTTTTTTCCTTAAAGCTTTGCTTAAAAAAATATATCTAACGTGACAACAA ATACTCATGCTTACTTTATACKAAGTTATTATCTCATTCAAAATTAAAGA ATAAAGATAACAGCCTAGGAAACCATAAATGATCACTGTTGTTATTGTTA AACACAAAAAAAAACATAGAAGAATAAATGTTTAGAATCTACAACTCTAC TAATATCTGAGAACAGCTGACAGTCCTAGTTAGGACTTATGAATGAATGA TAGCTGTATCTAATAATATTAAAGTGTTATATAACTAGTGTAAAGTCAAT CATTATTTAGACTGAAGACTACTGCCCCATTCTGTTCAATCTCGGTATGG TCCAGTTCAGTCCTACCTATCAGTCCTAGACCTTATAAAGTTCGGTCCTT GATGACGTCACTCAACTTATTTTCGTCTTTTCTTTTTAAATCCATTTTAT TACTGACAGTCAGTAGGACCGATCCTTAGACTGGACTGAATTGTACCAAA TAAATGAGGACTCACACAACACTATACATGACTAGATAGACTTTTAAATG TTTTTTGTTTCATTATTATTTGAATTGTTTAGTCTCTTCTTTCTTCAGGA TCTTACTAAAAACAAAAATMCCGTCCATCATGACAAGACATACTCGTACT CAGACATTATCTCCTCAAAAATTAAATATTAAAAAGCATATAAAAGAACA CTGTTGAGATTGCAAGAGACAAAACAATTCAAATACGAGTCAATGCTTAG AATTTACAACTTTACTAATATCTCAAAAGCAGCTAGCTTTAGACGGTCCT TTGGTCGTATCGGAACTTTAAAAAATAATGAATGATATCTATATCTTGGT ACGTTGCTAGCTTTCATCTTATGTGGGGGAGGGGCTTATCCTAAGAAAGT TTAATTTTATATGCTTAAATAAGTCTTGTCAAAAAAGGGCTAGTAATGCA ACTGGCTATATCCTATTTTACAAGAGTATTATATGAATAGATAGTCCCAA AATTAATTCTAGACCACATTAGGGGCCAATTTTTTTAAGGGGAGAGTATT GGCTAGTTGGRTTGAAGKCAAGTTTTAGGTATATTACCCAACTGGGAGAT ATTAATGCTCGCTATTTCCTTCCAAAGTTCAAAGCAATATGCAACATATG GCACATATTCCGTAGCATAGTTAATGGTAAGTACTAGAGATTATCTCCCA GTTTCTCTTTTTTCAGGGATTATCCTGGGTTTTAGAATTTGGAAATTTTA AAAAATCTGTTAAACAACCTCTAGAATATGTACTTCTTATTTTATTGAAA ATTGGCTTTGAAGATCTTTCCGAATTTGGCTCAAGTACGCTGAATCTACC GAGAAATGAAAAACCCTTATACCTCTTAAGAGAGTGTATATTTTATTCTT TGTATACTTACATTTAATATATTCGTATATATGTAGATTAGGTTTGATTT ACAAATGTGTATTTACGGTATTTTTAATTCGATGAAACATTTATTTTCTT TTCTTTTAAAGTAGAGATTCTTATTAACAATTTTTCGTAAATTATTTTTT TAATGCATAAAGATATATGCATATATATATTTTTTTTCATTATGAACAAT AAAAACGTCATGTAACCTCTCTATTTTTTAAGCATGAAACTATATGTAAG CAAAAAGAAAGTCATTTTAGTCATACCTATAATATGATCACAAGACTTTT TATTCTTTTATATTTTGAAAATATGTTACTTTTAAATTAATGGTTGCAAT TTAATTATATAAAAAGCATGTTTTTGATTTTATCTTTTTTTTTAAATAAG GACTTGAAAACTATGATGTCAATGTATAATTTTTTAGTGCTACTTACAAA AATTAAAATATTGCAAGTCATGTGTACATATGTGTGTTTTGTACAGGTTG CAATTTGTATAAAAATATTGTAGAAGTTACAATTTGTAGGTCTTATAATT AGAAATGTTGAAAGTATGCCAAAAAAAAGAACTTTAATTAACATTGTACT ACTGACAATTTGAAAAATGTTTAAAAGGAGAGCAGCTTAGCTGTCAGGAC GTACCAGTGGCTTAGTTTCAAGCAGCTAAGAGATGAAGGAAATAGACACA AATCCCTCTCCGTATCTTGCACAAATTTAAGGAGGAATTACTCAGTTGTT CATCCTAAAATCCATTATGAGTTCAACAAGAACTGTTTGAAAAAGAAGAA ATAATGTTGACAGGACCCATTTTTTTAGGATTGAAATGGACCAGGTGTGA ATAAGAACAAAACACGAAACATAGTTTCGAAAATGCACAAATTTGTGTTT TTTACTGGTATTGCAAATGTTAATTTGAACAGTGGAATTTCTGAGGATTA ATATTTTATCAGTTTTTTAATCCCTGAATAATTGGTGTTTTGACTTGTTT TTGATATAGCCCTACTTTTTAATTATTCAACACTTACAAAATATGTATTT ATGACGAATAAATTTTAATTAAGTCAATGTTTTGAAAACATCCAAAGACC ATGAACATTGTATCTTCTATGCTAATAATAGACAAAATATATATTTCTGT CGTGATAAATGTATCCTCTTTCTAACATAAAAGAACTCTCTTCTTTAGTG TACAATACATTTATTTTGTTTGATAATTAATTTTACAGAAAATGATATAT AAGACGAGGACATAATATGATAGGCGCCCTAAGAAACATATGGTACCATT GTTATTGAATTTATATAGTATGTACTTCCTAGTAGGAAGTTTGATTGATG ACTTTTTGCCAGAATGAAAAATTATACAGGGAACAAATGTTTTTATATGT TGATTAAATAATAACGCATCAACATGGAGAAAAGTAATAATATGTGCTTC CTATTTAATTAATTAGTACTATACAATATATTTTTTGTGACTGAGTTTCT GCTGCACAAACTTATTTTTTTTTTTTCCATATTGCAAAGTATTTAAAAAT TTTAGTTCGAAAGATATATTTAAATTAATGTGTTTTTTATTTATTTATGT ATAGTTCGAACAATTAAAACACTTTAATAAACTTAGGATATATGACAATG ATGTGATGTGAATGATATGCCTTTAAGGGTACAGTGTACTCTATAAATTG GCCAACTCGTCATACTTTCTATCATGAAATTAGTGACTGGCTTAGTGAAA AGTTGAAATTAAATTATCCCAACCTTTTAATCATAAGTAAATCACTTGGG AAGGTGAAGCGAACTGCACGAAGATTTATTAATGGAGTAGAAGGACCAAT TAGCAATTTTGGAGGACCATCAACATAATCCTTTTATGATGGAGGTTGTG AGAGGAGAGGATAATGTATGGATCTACCACCTTTTCTTGATCCAGCATTT TTACTCTTGAATATTGATGAACTCTCATAATGAGTAAATTATCAATATAA CGTAATTATAATAACATTTTTAAAAGTAGTAGTGCCTTACTCCGGCCTCA TCCTTCAGTCCGTCCACGGATCAACTCGACAATAAGCCCCCTCCTGCCCC CCCCCCCGATATACTCAATAAGAGACAAAGGTCCCTCTCCTACTAATTAT CCTATAATAATATATTCTTAGCGTCGCATCTCTTCACCTGGAAAAGTTAT GTTCTTATTATTAAAGAGTTGCGACATTTGAATTCCAGCTTTCCGCTTAC GCTTAATTTCATGATCGAAAAAAAAGTATGACGTGTGGGGTGACTTCAAC AAKGGACCCACTTTTTATTTATTMCCYCCGCCAATAAAGTTGAACAAAGG TTATTTTTTGCCTCTGTTTGTCTGTTACCAGGATTACGGGAAAAGTTACA AATCGATCTAACTTAGTAGGAAAATTATATATTTTCGCAGTAATAGACCA TTAAATTTTTAGATGTCAAGGTCAAAGATGAAGGTGGCATAAAACGTTAA AAAAATATAATCAACAATAACTCTGACACATATTGAATTAGAAATCTCAA ATTGGTGTCATATGTAAGTTTCATGAAGATGTTTGATAGAGCAAAAAATC CAATTCAGAAAAAATAACCATGGGTTGCCCTCTACCGACTATCCATTCTA GTAATTTTTGAGTCGTATATGGCATGTTAAATGTCTCCATAACTTTACTA CTTCTATAAAAATGATATGTTTTCTCATCTTCAAATTATAAATGTCTTAA ATATTGTATAGGCTTKCTGTATTAAAAATTTTACATCCATATTCTTTTTT TTAGTTTTTCAGGCAATTAATCACTTTTCCTTAACAAATAAACAACTTGG AACCAGTCTCCCTCTCTCTCAGAACTAATTTCTTCATCATACAAAACTCA CACATCATCAGCCTACCTTCTCAAGCTCCTCACAGGGAGGTGAATAACTC AGCCATTACATCACACAGACAATGAAAATCAGTCCAGTTGGATATTTCAG CTATAAGGATAGGACTCTCTCATTTTCCACGTAACATATTCTCCTCTGTC AAGATTCCTCCCGAATCTGCCGGTGGAAGTTGCGTCGGAGATCGACGGAA AAGGAATGGCAGCTGTTCCAGCAGTTCCTTCCTCGATTTCCGATCAAGGA AAATGGAGAACCGAAATTCTTCACTCTGTATCACAATAATTACTTCAATA TTCCTTCTTTCTATTGTTCGACCAGGTAAGAGTTGATTTAAGTAATAAAT ACGTTCATTTGTAATAACTTTGTAGTTTTGCAGTAGGGTATAGCAGTGTA ACAGTGATACCAGGGTAGTGGTACAGTTAAAGAGTCACTCTATTAAATTT ATATTGAAACCAGTACTTACAGTTATATTATTTTATCAAATTACACTATG CAACAAAATGAAGGTCTTGGAACGCCTGCAGACTGAAACCCACATTTATT AATGTTATTTTAGCCGTAGAACACGAATATGACCATTAAAACTCTCAATG CATAAAGGTTTGGCCTTTAAAACCTTGTTTTGAATCAAGTTTTTAGGGTA TAACTAAGATTCAGTACCATATTTCGTCATACAAAAACGATATATATGAA AATCAAAGAAATAATAAATTGATAAAAACATTTCAGCATTTAACAAATGA ATTCTAAAACCGGCTTATTATATTTAAATTTGTTAATAAATATTACAAAC TTAATTGTACATAAATCAATCAAAATCGACCTTTTTTAAAGGCATTTTTT TTTTTCATTGACTGAATAATGTATTTTTCTTAATATCTTAGAATACAAGT ATAGACATATCAATTTTGGTACTAAACCAAATACATAGCTTTTTGTATCG TGACATTACTACTTTTTACAAGTGTATATTTTCATTAGTATTTAGTTGGA CAACTTATGTACATATATTTTTACTTTTTAATAAGAATAATTTACCATTA CTCTAAGTAAGAAATATAGGTTTTTTTAAGAAACATGCAGATAGAGAAAT ATATATTTTAAAAAAATGAGGATAAAAATTGGATAACTAAAAAAAAAGAA ATATATTTTTTCTTTCACTATATTTTTATAATCTTTTCATTTCGGAGAGT TGAAATTATGAAATAAACGATTTTTCCTGTGCTTTATATGTACAACAGAT TGCCCCCCCCCCCTCCCATAAAAAAGGAAAAAAAAACTATACCAAAAAGC AAATCGAAAATTATATAGTAAAATTTAACCCCAGTTGAAGTGATATATGA TGAAGTAAAAGTTTGGTCATTAAGCTCATGTTGGATCTATTAAACTTTTA AAAAACTACTGTATTTTGCACTGATAAACAAATTAACCAAAAGACAACTT TCAAAGGCTTTGATTATAGCTGCTGCTCAAAATAAATAAATATAAAGTAC CATTTTGACCGTACGAGAGGATCCTTCACAGTTACCTTTTTCGGGCAATG TATTTCGCACCTTTGAGTGCCAAACATGTTACTACAAATCAATGAAAATG TAGAGAGCCACTTTAAAGAGAACACTTGAGAGCAAAAATTTTGTCCACTG GAGCTATATATGCTGGTTTTTTTTTATTAAATACCAAGGATGGGAAGCAA TTCCTAGAATCATACTATTGACATTGTCAAATACATCTGTCAGCTAGATA CAGGCCTAGTTTTAAATAAAAAATCAGAAGTATAAACGTTTTCATCGAAG AAGACGAATGGATAGATTATTATGTTTTGTAATATTTAGTATGTGCTTAT TTAATATAACGTTGTGCTTTTCATATTGATATGTTTGATTGTTTTGGGGT GTATCTCTTGGCAAGGGGCTTTCTCATAAGCTTTCAAAGTAGTAAATACT TTGTGCTTCATGTTTAAGAGTGATTAATGATTTATATTAGTCATTCAAAT TATTAAACTTGGATTATATTTTTCTATCTTATGTTTGATTTGAATTCACG GGACAGTCTTATGTTGAAAGTACATTTAATTACCAAAAATGTTTACCAAC CAATTTTTCTAAAATGTACCAACGAAAAAAAATAATTCTTTTTTTTTTTC AATTATCACTTAATCTTTTTATCTTTAGACTTAGACTCTTTCAAAGATCT TTTTTTTCAACTAATGAAAATAGAGATTTAATCTAGACTGTTATTATAAC ATATATTTATTTTTTTGGGAAAAAAATAAACCAAAATAGTAATCATTTCG CAATACCATTTTGAAACATATTATATTGGTACTAGTGATGTAACGGATAC TTTAATTGCAGTTCCGGATTCTATGCAGTTATTTGCTTCAATAATTCCGG ATTATTAACGAATTATCGTCTAAAAGTTAGCGATTCTGATCCAATCCAGG GCAAGTTCTTCAATTAGTCTATAATCCGGTTTTTTTAAACTATATTTATT TATTTTTTGTACGGGAATATTTTAATAAAATTAATTATCGAGTTCTCAAT TAACTTCTTGGGATGTTTGAGTTATTTCTTAACCTATTTTGTTGTTTTAG GTTTTTCAATTAAATTTTTACAAAAGATTTAAAAAATTCACGATTCACGA AAAATTTATAATATTAAGTTTCTTCGAAAAAATCTCCTAAATTAGATGTC TAATATAAAATTTAAAACAAAGATAAAATATCAATTTTTTTGGCGATGAA TCTTAAATTTGGGAAACAAAATTGAAAAGTTTAAGCAAATAATACATTTT TTGAAAAAAAGTCAAAATATTTTTTTTTGGAAATAAGTTTTAAGAATGGA AAAACAAATTGAAAAGTTAAATCAAATAATAAATTTTTTGAAAAAAAAAA TCAAATACTATATTTTCTACTAAAAATTGAAAATTATTCGGGGGGGGGGG GGAWAGCCCTCTAGCCCCCCCCCTTGTTGMCGCCCTTGCTGTTTAAAAAA ACAGCATTGTCCCTAGCATTTTGGTGACACTTCAAATTTTGTTACAATAT TTAAGACTAGCATTTTTTTAAATAGATTATCTTGACGTTTTTTAAGAAAA TGCATAACTTGATAACTTAGATCCCTACATAACGAGGTTTCAAACATTGT AGATTTTGTGGTTTTTCGAATTATTCTGATTCCCCTTATATGATAATAAA TTATAAAAAACATATTGGGGGAAAAAAATAGTTTTTGTAGTTTTTGATGA GTTAGTTCATACTCTAGCTATATTTTGATATGACAAAAGAGTTAATTTTG CATAGGGGGAGGAGAGAGTCCTGGATACATAGACATTAACTTTTTGTTAT TACTTAATTGACAAACTTGAAATTAAAAGGGTTACAAGTTCTTCTTATTT AAATTTCACAATATTTCAATGAACGGATTAAAAATCAAATAAATACTCGT TTAAAATTAAATTTTACAATTATTTTACAACTATCTTGTCTGGCAAACAT TAATCAATATAACTTTTGATGAATAAAATTTTCACATTAAAAACTTTTTT TCATCCAACCATACTTAAAAAAACAAAAGGAAAATAGTTCAAGTTGGACA TTGAAAATTCATTTCTTCTTTTACGGATTTTAATACTAAAAAGTCGCTGT ACAACGTAGATATCATCTAGCGCAGATTTTGTTTGTTCCCAAATACCACA ATAAGCGGATACCTTATACTTACAGACCTTATTTTAAAATAAACACCCAT CTATTTCTAATCTCGTCAGTTGTTGTCCTTTGACCTCTCTTGCATCTTTT TGGGCTGTACAATTCACGATTGACAAAAAAGGTTTATTTTATATTTTTTG AAAAAAAACAACACGTGTTTCACTTTTCTCAGTTTAGCCATTTGCAAACC AGTTTCGACCCCCAATCCGTGAAATCCCAAATTCCTACCACTTTTTCGAT GAAAAAATATTCACGCGATTTTGTAGGTGAATAGTGAATACTTTGTGCTT CATATTTAAGAGTGATGAATTATTTTTATTAGTCTTTAAAATAGTAATAA ATTTCTTCCTTGGAATTTTTATTTATCAAAGCTCTAACCTTTCCTTGACC TCCTTTCTACTCCCATCAAAAGAACAAAAATAACATTTCTTTGTGCTTAT TCATTTTAAAGAGCCTCAAAAAAGATATATAGAACACGGTTTTACAAGAA GTTATATTTTATTTTACATCAATAGTTTCCCTGTTACTTTAAATTAAAAA CATTTACATATGTTTTTATATTAAATTCAAATCATTTTACCTCCCATTAG TTGCAAGTGTTGTCAAGATATTTTTGTAATGGTTCTGGTAGCTCCTTAAT TTTTTGATAAATTTTCGACTGAATATATATTATACTATAAAAATGTCATT ACAGCCAATTAAAATGCACTTATAGGACGTGTACATCATTTTTGTTAGGG TGAAAGGTAGGTGAGAAACCATATACAGATATACTTATCTGTTTGTTTTT CGTACTGTCATAAATTGAATCCAAGACAACCGAACAGATGATCAGTCGGA AATTTAGCTAGCCAAAAATGTTCTTATGATATTTTTTTGCCCCTCACCCC CACCCCAAAAGGTCATTAAAAGGCAATTTTTTATTGAAATCAAATCTATT TTTCTTTCTCTCTGTTTCTCCCTCTTCTCGCTCAGCTTTGTAACACAGGC ACCTTCTTGAAGTTTGTATCATACCTTTATTTTTTATAAAGGACAGTTTG TTATTTTTAATTTTTTGTCATAATCATAATTTATTTCATCTAATCATGAA ATAGATTTTTCATTAAATTATATACATAGTGGAATACAAATTATGTGGAG AAGTACTAAGAGTTATTCATAATTTATTTTGATTTAACAAAGTATTCACC TTGTAATTATTAAATGTACTTTTACATCATAAAATACATAAAAATCATNA TATAAACTCGTTTAGAACAGCTAAAGCACAACTTCTTATGCTACAGATAG TAAAATCTGCAATTTAAAGATCACTTTGAGGCAACTCGCTCGAGATCACT ACTATCTCCAAAAGACCAAACAAGAGTTCTCAATTTGGCCTCCATGCTCT GGCTAAGGGAGCTGCAGTCCTTAAAATTATGCGATACTGGTTTTTTTTCA ATGGACACTTTTGTTAGGGAGAGTGATGATCATACATTTTTAGGGTTTAC GTCATCCGAGGTCCAATTTTATGATAGCGTAACGGAACTGCAAGTATCGG CTCCAATCTCAGTTTACCATAGTACCATTTTAAATGCCTAAGTACCCTGT TACACCTATAGGTCTGGTATACTGAACAACACTAGTAGTAGCGTACAAAA ATATCAGCACATTTTGGTAAATGTAATTGAGATCTTGACAGATGCATATT TAATCCCTAAGTACGAATAAGTTAATTATTTTATATACCACGTTTCCTCA ATCCATCACTTAAAAAAGACAGGAGCACAAAATTATACAAAGAGAGATGA TTTGTATTCTTATTGACTATTTCTTAATATAGAGTGAAAACTAACTTATC CCTACTAAAATTTCAATGCTCAACTCTAGCGTATAAGTATGTCTAAGGTA TGTTGAGCTTTCTAAAAGACCCTGTGCAAACATTATAGACCATGGTCAAC ATTGCACGTCCCTCTACATGCATCATATAGCTGACTATATGACGATGAAA AGGTTATTGAGTATATGTTAGCCTTTTGATATAATTTAATTAAATAAATA TGTGCTTAGTTGCTAGAGTTTCTCACTTGCTTGGGGAAATATGTATACCT TCTATAATATCCCAGGATTATTTTTTTTAAATTAAAGTATCTTAGGAATA AATAAAAAATAAAGTGAAATTAATTATTTTATAATATATTACGCGTCATC ATTAGAGCAGACTAGGATAAAAATGAAGAAATTGAGAAAAAAATAATTTG ACTTGTTCTAGATAATTTATTAATAATCATATGATTTTTTACATGCCCTC ATTCACTTTTTTTTAAAATGAACTTTTAAATCACCAAAATACTATTTGTC GGTATGGGTTTATTATATGTAGGTATGGCTTTGAGCTTTTTCATGATGTT TCTCTTTTAAAATTAAAGAGTTTAGAATTCACGTGTATTTATGAAAGCCA ATCCATGCTCAATATTATTTATAGAATTTTGGTGACACGTAATAAAGCTG TTAAAAACAAGCACCCTCCCACAAGGCATAAAAAAAATCTAGGATATAAA CTACCATACACAAAAAATTAATCAACTATTTTAGCATACAGATCGATTTT CATAAAAAAAAATTCCAGCCTGATTATATATTGAAACGTTAAAAGAATAT ATTAAAGGGTACACTGTATATGTTTCTCCGCACTTCATACTTTTTATTTA TATCTCATGATGCTGAAGAGTTCATGGTTTAACACCAGACTATCCAGAAA GCAATCACAAAAGATGGTAGAAATAGACTTGTGAGGGTGGAGGGAAGATT TTTGACACCAGCTGGAATGCAACCCATCTCCTTGTTGCAAGACTCTTTTG AATAAGTCTTTTGAGTTCTATTAAACTCTTTTTTGATACTTTTGACCCCC CTAGAGTCCTGATGCAAACCCCCTCGAATATACCTTTTTGTGCATGTCGA GGGGAAAGCCTGCAGTGTCTTTCACTGAGGCCCTTAAAGCCACTGTCAAT CAACACTAGGACGCCATGACAGGGTGCTACATCCGCATTGGGTGTCAGGC CTTCCACCGGCGTCTGAAAGCCATAATTGCCGCTAAGGTCGGTTATATTA ATAATTAAGAAAGCTCAGACATACATCCATTTATGGTATTAATTTTGTAG AAACTCTTTTGTTAATTAATGAGCTATATCTTGTTGAAGTTTAAAATTCA AAGAGTTCAGACTTTAATGGACCACTCGATATACATTGAATTCAAAAACG TAGAGTTAGCTTCTGAAAATTATACTATAGTCAGCTATGGACATGTTTGT TTGTTTCAAAAATTGAGCTTTTTGTTATAGGTGTTGTTTAGATGGGCATC ATTGTTTCTATACGCACATGAAGCATGCTTTTTACAACTCTAATTTGTAA AAAAAAACATCATTTCAAGTGAATTTTAATATGTTTTCAACTTTTAATTT AATTAATTACAATTTGTTAAATGCACGATTTACCAGGAAATATATATTTA ATTGTTTGTCCGTAATTTCTCAAATGTGTAAAACTCTTGGTGCTACATAT GTTAGTAAAATCATAAAGAATACATAATTGGATACCTAATATATTTTATA TTAGAATAAAAAAGGGATTAATTTATCAAAAAGCTCTATTCAATACTTTT TTGCCACAATTAATTCGCCCAATATACAAAAAAGGGGAAAGTGTACAAAC TTTTTTCTTTACTTTGAAAAAAAAAAAAACTTTTTTTGCTCACAAATGTT TGTAATGAGGTTTGTTTCTCTCCCTTGAGATATCTCTATCTCTCCCTCTC CCATAACTTGAATCCCTCAACATAAACAACAAATGACCAAAATTGATACA CCGTCGATATAAAAACAATCTTAAGCAAAAATCAAGAAAAGGAGTAAATC ACCATCTTTTTTTGTACTTCACTTATATTTAAATACATATACAACCTATT ATATTTCATTGTCATATTTAAATCAATTATAGGCTTTGTACTTAATTTTC TGGGATGAATGTATTTATTTGTGACGATCAATTTTGATTACTATAAGTGC AATTTGTAGTACCTACAAAGGGCTAATATGAATAATTTGTTAATAGAAGA TGATTTATACATCCTTGAGTCAATTATANNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTCACAATAAGTTTTCATTA TATACCTATTATTAGTTTGTTTACATACCAAGAGATAGTGGGGCCACCTA GCGTGGTTTTTATTGTAAATAAGTAGTTTGTGTACTGATTTGTTTATTTC AGCAGCTACGTACATCTGCAGCATCTTGCGTTTATTGTTTTATTAAGTTT GCTCATGTCCTGTTTGAAAAAAACTACAAGTCATACTCAAATTACCTATT TTCTTATTAAAGAACCCGGTTTTATGGGTTTTAGGCTGTATTTCTAGAGG CAAGTTGTTCATCTTAAGAAACAAAACCTTCCACTTGTGGTCCCTTTCCT CTTCTTCTCCCTTCTATTTAGAAAAAATTAGAAGAAGAAGCACAAGGAGA AAGGGAGTGTTACACATGGTAGATTTAGAAAGCCAATAGCTTTCTTAATT TTTTATTTTTGAAGAAAAGAAAAAAAAAAGGCTCAAGACGAAAATTTTGA ATAAATGATTGTTAAATTCATCTCTCCACATTTCATAATTATATTGTCGT ATTTCCGTTAATCCCCCTCTTTGCCCCTCTCCAATGCCCTTTCCTAAAAA AAAAATTAAGTCAATTTAAAAAATATTTTCAATTCAATGTTTCATTAAAA TCATGAACCATAATTACTTGTTCTGTTTCAGATGGATATTGCTCCTAAGA TATATCTTTTAGAATCACATACACTTTTATAAATGAAACCATGATTATTC ATTCCTCAAATAAAAGATTTTTGAATTAAAAAAATTAAATAACACAATTG GTTATTGCAAACAAACCTCAAAAAATATAGTTGTTTTGTATCTTTAAATA GTATTTTCTCAAGATTTGATTAAATATCAGGACGAATTTGAAATTAGAAT ATAATGTACTGGATTACTGATTATTTAAATTACTCAAAAGTTATCTCAAA CCAATAAACAGAGTAAAAATTCGAATCGAAAATTGTCAAAAACAAGTTTT GAGACAATTAGCCTAATATAGCATGGGAAAACTAAAATATATGTATATAT TCCTCAATTTATTAATAAACAAATCAGTACGCAGCCACCTCCGACAATCA CCCCTTTAACATTTCCCTTTCTAAAATAAAAAAAATAGAAAGATAAACCT CCATCTTGATCTGGGAACACACATCCGGATTTTCTTACCTGTTACTACCA ACTTCACATAGGGATGGAATAAACTGTGGATGAGTTATTGAATTGGGAAT TGTTATGCTATCCTAACACCGGATGTAATCCATTCCTTCGCAATGCGGAT TTAATAGTATGGATTATGCATGAGAATTTTCAGATTTGGGTTCTCAGCTT GTGAGGGAGGTTTCTCATTCTAATTTATTTTTTAACTCTTATAACTAAAC GGAGTCGGGTTAGTGATTGATATATTAATATTCAAGAGGTTGATGTCTAG GTTTAACTATGTAAAAAAACTCTAACACTATTGTTGATTATCTTTCTTGG AGTTCAAGTATTTCCCCACAACACAGCATCACTCTCTGAAGCCTTGATTA CAAATTAATATAAGTAAACAACACTAATGCCTTATTACATATTCGTAATC AGATTGTCAATTACTATTATTATTATTTTGGCTTTTTAATCAAAACTAAT TATTATATGTATCATTTCAGCTCGGTGTCTTCCGGCTTCTCCGAATGATG CAGATCATATAACCGCTATTTACGGGGACTCGGTGGNGCTTAATTGCAAC GTGGATTTCCCTGATGGAACCCCCGTCCCATATGTTGTACAATGGTCCAG AAAAGATCAGGAAGAACCCATTTACATGTGGTATGCAAATTATCCTGAAC ATGTCTCTCCAGATTATGCCGGTCGAGTCTCACGTGTTTCTCCAAAATCA AACTATGGTCTTGCTAGTTTGAACCTCACACAAATCACAGAGAGGGATCG AGGATGGTATAACTGTAAAGTGATGTTTATTAATCGGGATCCAGATGCAA TTGTGGTAAGCTATACAAATATCCTACCATTTTTTTTTAATTAACCTCTT TATTCATTTACATAAACAGAACGGAACATGGTTTCATTTGGATGTTCACG CCAAACCTCATTTCACAGTTACACCTGAAGATATTGTCTATGTCAACATA AAAGATTCCATTATACTCAACTGCCAGGTAAGTCTACTTTTATTAAAGCA TTAGTGCCGTTCAAGAAATCCGGAGCGTAGTCTCTCTCACAAAACCCATT TTGTGAGCGTGTTCTATCTCACCCTCGTTTTGAGGGTCTCCTGTTAGATT TATTTTGATATGACATTTTCTTAAAATTTTAATAAGGGATTTAAAATCGT GAGTATACGACTGCTCATGAATTTTGAGTGTCGTCCACTAATGATTTGAC TTCTATATATATCCTTGATAGCATTTTAATTAATTGATCTATTAATAATT ATTAATATTTTTTACAGGCTGGRGGKACACCYGTACCTGAGATTCTATGG TTCAAAGAAGAGCAACCCGTGACGACTTCAAATCGTCTTGGAATTTTTAA TGATGGAACTGAGTTAAGAATATCAAATATTCTTCCAAAGGATTTAGGAG ATTATACATGCATCGCTCGAAATGGAGAGGGGCGAATCCATCATACAGCT CGGGTGGTGATTGCAGGTAAGAACTCAGCTTTTTTATTGTATGATTATTC AATTTTTCAATTTTAATGTGAGAGGTTGAAATAATTTCATAATCTATGGA GCTCTTATTGTCGCAGTAGACTTTGCTTACACACATTGTTTAATGAAATT ATTTCACAGTTCATTATCAAAATAATAAAACGTAGTTTTTCTTTATAAAA AAACTTTATTCGATAAAAAGTAACATAAAATTTCTCAAGAAAGCCTCTTA TTTAAAAAATTAAAAAATACATTCCATATTTGAAACAGAAAATTTGAAAA AAATCTTCATMCCGCCGCAAAGAAAAATCCTAGCACCGGCTCTGATTATA ACATTTTTAAGATGTCATTTATAATTTAAATATAAATTGACTCTTATTTG AGCCCAACTAATTTGTTTCTCTCGAATTATTCTAGATATATATTTAATGG TATGGAGAATTGTAATAGTTGATTTAATTATAAAAAATATTAATGTTACT TATTTATTAATTATTTTCTTCATCATGTGTCACAAGGATTGATAAATAAA CATGAACATATGTTAGTATTGCATTAAGAAATATCCCTAGAGGATGAAGG GAACTTTTGATTTATTTTACATTTGTATGTACAATCATATTAGTCCTGGT GTTCGGTCTGAAAATCTTAGAGCGGTGCGAACCCGCTCTAATTTTTAGTG GAACAAACTAATTTGGTCCTTAAATAAGTTCAGTCTTACAGAAAAKCCCA GTATATACCGAATTCATAGATGAATGGTTGATGGCATCATGTACGTTTCA AAATCGTGAACATCAATCTACAATAACGTCATATGTATTTTAATGTTCTG CATAAATCCTGTTTGTATAATTTACCAAGTGGTCTATTTAAATCTGAGCA CTTTGAATTTTAAATTTCATCAAGGTATAATTTATTAATAAACAATAGAA TTTAAACAAAATTAATACTATAAATATATGTGTGTCTGAGCTCTCTTAGA CAACAGTGGAAGATCTGGCATCTTCTGTGGATGTAACACTCTATGATGGA GCCCCAGTGCTATGGTACAGTAGCTTTGACGGCCACGGTGTTTGGATAAC GGAAACTGCAATGAATTGTAATGTTAGAGATGAGTTTTTTTCATTGCTGG TGTTAAATGTTTCCTCTCTACCCTCACAAGGTTCTTTCTACTTACTTTTG CGATAGCTTTCTAGACAGTCTGGTATGAAATCCCGAGATCTCTTTTATGG GCCCTCATAGACTTGGGGGGACTGGCTTATACTGTTTTCTTTCCCTCCTA CGGATCCAGTTTGGCCTTTTTGGGAGAACCCTTCTTCCTTTCCAACCTTT CGGACTTGTAGACAGCGTAAAAGGTGATCCTGGAGGAACCCATCTGCATG GAGTGTGCAAATGGAAATTCCTAGATCACGTTAAAGAATCATTTTCTCGA CTTGTACATAAGCTAGAGAACTCGAATTTGTTTGTTTTGTAACTAATTGT TTATGCTTGAATATATCGAAATATGAATTAATTTCAATCACTCAACAAAT TATTGAATTAGCATGTGTTCAGATCCGGACCATCTTTAACTACATCCTGA AGAATAAGGAAACCCTTTAAGTTGGTTATTTCAATTTTAATGTGAGAGAT TGAGCGTTAGATTTACAGTTAGTTTTGCAACTCTTTTTTTAACAAGTATT TACGATTTCGTGGTTTTGTGTATCCTTGGACATCCGTGGAGTGTGAATTT TGTCATAGGAAATGACTTAACCAATGCTACAAATCATACAGCAAAATGTT GCTGTTAGCCTGATTATATACCTTGTCATATTAGTGTCTTTTTTCTCTCT CAAAAGTTTGCTTTTTATTATGTCACTTTATCATTTTTTTTCACGGCGTA TGTGGACTTTTCCTTCCATTTGCAGAATTGACCATGTTAATTCATTTAAA AGGGTGAATTCATAATGGAGGTTACATACTTAGTCATGGAGTTATATTCA AGTATATGCAATGTTCCTAGTGGACAAAAAAGTAGTTTTGTAGCCTAGTG TATTTAAATAAATATTGATTACACGGTTAATAGCTTTTATGTGGTCTTAA AGGACTCTAATAGGACAGGGGCGATATAACATAAAATGAATAAAACAACA CTTATTTATAATATCATTAAAATAAATGGAACGACGTAGCTCAATGGACA ACGCCCTCGGGATAAATCATTATCTTTACCTCAATGTGCACAAGTTCGTG TCTCAGTCGTCGTCCCTAGAGAATGGAAATATACTTTCTCGATATGGACT TCAAAAACAATTCATGGTCAGATTGAGTAAATGTATAATAATAATATTTT CATAGATTTAATCAATGCAAGGATGAYTTATATACTTTGTTATRAATATA TTGTYCCCGCCATTTCTGAATAAGGAAAATCTGTAACAGAAACTTCAATA TATTTCATACTTTTTTGATCTATTGTGTGGGACTGCTATAGCACTAAAGG GAGGCCAATGAGAACGAATAAACTTTGGAAATGTGTCAAAGAGGTAGTGG AGGAAAGAGATAGCAAAGGAACTCTAAAGGGTTAGAAATAAGGAGTTTAA TGTTGATAAGGTGACAATGTACTGCATTATTAAAGAATATATTTGATTGA AGACTTTCAAGAGGACCCCAAACAAGCTCTCAAGCAATGTGATAATTGTT TGAAATGTATATGTTTTAAGCAAGGCAGCCTTTATCCTTTTTTGAGCCAT CTATTTGTTTATATACTATTCTATATATATATATAGAGTCAACATAAGAA AAATCTTGAAGAGGCATCAAGAAAATGATAAATTCCAATTTTATGTTTTT AAACTTAATAAACCAACAAATAACCCAATATTTCCATCAGTTAAAGTCTG CCTATTCAAATTTGTTAGACGGTTTAAGATACTTAAGAGTTCTGGGTATA GTTCAAAACCTTTTTTTGATTTATAAGACTTATATTGGCCCTGATATGGC ACCTTTCACCTATAAACCCTCCATGTATTTAATTGTGAAGATGAATCTTG CATATTCTAAGTACAATTTGCAGGAAACTCAAAGCATTTATAAGAATAAT TTGTTAGTCGAAGTTGAAGAATGGAAATATATCCAATACTCAACTTTTAT AATAATAGTTTTAGCTTGCTTTTTTGTTGACGGGCAGCATATTTGAGTGG GAAACCATACTTGCTTTTGTTGTTGTTCCTTCTCATCATCATTTCTTTTT TTTTTTTTTCTATCCACTTTTTATTCTTGCTTGAAACATGCATGTAACAG ATACAGGGAGCTTTTTGATAGAAAAATAATATATTTGAGTTGATAAATTA TTATGAGACTCACGTATGAAGATATAAAAGCGTATTTATAAAGTTTATTT ATCTTATTGAAGAAAGTAAATATAAATAAAGACAGAAAAAAGGCTTATCT TTCAATTTTATTTCTTAGATAGGTACTTCTAGATGCCAGTTGTTTGTCTT GTAGAGGGTTGTATTATTAGGGTTGTTGGAATCGTTGAAAAAGAACGAAT TTGATTGGTTGAAAGATATTATATAAAAAAGGATTAATATNAAAGTAAAT ATAAATAAAGACAGAAAAAAGGCTTATCTTTCAATTTTATTTCTTAGATA GGTACTTCTAGATGCCAGTTGTTTGTCTTGTAGAGGGTTGTATTATTAGG GTTGTTGGAATCGTTGAAAAAGAACGAATTTGATTGGTTGAAAGATATTA TATAAAAAAAGGAATATAATATGTTGGTACCCTTGCATCTTCTAAACAAC TTTTCCTCAGTATTGTACTAGTGATTAGAAAAGTAACTACCCCCAATGGA AGAGCCATTCAAGACCAAGTTAAAAGAAGTGCTTCAAAAGAATCCTGCCT ACACAAAACTAAAGGAACTCTCAACAAGTGAAAACCTTGTATACACAAAA ACTCCAATTGTCAATTGTGGTGCTGAGAGAGTATTTAGTATGATGAATAT CATCAATACAAAAAGGAGGTCCAAACTAAGTACTAAGAAATTGAGGGAAT TGTTGATCATCAAATGGAATTAATGTTGTGTTGGAATGGATATTTACTTT GAACTCTTTATCCAGCGACAGATACAATTGCACCACTGTCATATGTAGTT ATTATATTTTTGATGTAATTTCTATGGACATTCAATGCATCGATGGGTAA TTTATCCAGTTCAAATTTTTGAATAGAGTTGATGATCGAAATAGAGTTTT CTTTTAGACGCCTGCATACTCTTGCATAGTGTCCTCTCTTACCACATCTT GTGCATTCGATGATTTTTGCAAACAAACTTTCCCATTCTTATGAGGAAAT TGGAAACCACACTGTCTACACAATCTTTCTTGGCTCTTGCACCACCATCT TCTACAGCTTTGACTTCTTCTATATATATTGAATCCACATAACAGTATTT GAGTAACCACCCTTTAATATTAAATCATTAAAACTATTTTGATTATTCTT TGCCGTTTCAACTATTCTCCATTAATATATACTTCACATATTTTATTTGC ATCATCAAATAATCTTAATTGTTCATCTCTATACTTACGGACTCCGGTCA ATGTGTTATACATCATCCTTGAATGGTGTTTCAAATAGAAGTTATATACT TGTATCTCAGGTCTAACGATGATTAGATCCAACTTGTATATGGATATTTG TAACCAAACTTTTATATTATCACAATAAATATTTAATACTATTTGTATAA TACAATCAATTATAACTAACATTAAGACATTTTCTTGATAATATTATTTT GATTAAATAGTACCAAGTAAAGCTATATTTGGTGAAAAAAAGCTTCTGGA TGTAGTAAGCTTTCAGATAAGTTGTAATATTACAAAAATCATAATTAAGG TATCTTTATAGGTATTTTCGAAATTACCCATCGGTCATCAAGTATGATTT ATGAATAAAGGTTTGTTTATGTCCGAAAGAAAACAGAGGAACCAGATAGT TGAAATTATATTTGCAGGCGCGCTTGCGCAAAACACGATTCCCACAACCC TATGTACTATATATCTGAGAAAGGGAAATCTGTGCTGTAAGCGTTCTCTA TATTTTTCCCGTTCAGCGTTTAGCCATTACTTCCTTTCCGTTCTGCAGAG GTAGTACCTTATACACTGTACAATAGCAAATCTCAACTTCCACTTTGATA GTTCTAATACAATAATCCGGACAATAATAGCGTTCAAATGAGCTACAATT GACTAAAATCAGTTCATTCATTGTTGAGATGAAGGCCAAAAGGCAAAGTA TAGGCGATTTTATTCGTACATAGCATAGCAACAAGACAATAAAAACTAGA CCGTAAACTATTCGAGAAACTCCGACAATTACTGCTACCTTACCTTTGTT CTCAATGAGATTATTTCAGTCAATCAGACTAAATTCCCAGCCTGGGAATC GTGCCATCAGACAGGAAAAGGATGCCCCCGCATTAGTTCCCGAAAGGCCT CAAAATCTAAGCCATGGACTTCCTGAAGGAAGTGGTTCTGCCCCGGGTGA GGCCCAACTATCCAGAGGGGAACTATCTGTTCCATCAGGAGTTCACCCTG GGGCACAAAGCTAAGACCATGCCACAATGGCTTGAGGAGAATTTTTCCAA TTTCTGGAAACACGATTTGTGKCCTCCCTTTTACCCGACATGAAGCCTCT TGATTATGTTATCTGGTACTATGTCGAAAGTAGGGCATTGCCGTCCCACA TATTAGGGTCAACGCGCTAAAAACCTCCTCCGAAAGGCAGTGGGTAGCTA TGTCCGAGAGGAATGTTGTCAAGGTGTGCACAGCCTTCAGGCCTAGGGTC GAGGGCATGATGGCGGCAGGMGCCATATTCAATTAGATCCTTCCAAAAAG TKCCCCCRCAGCCCCCCCCCCCTTTGTGGTACTAACACAAAATAGGACAC ACAAGCATTTGCCTTTGCTTCATCAGCCCTTTAAATCATATTTAAAAAAG TCAAAAAGATTAAGCAGAGGGTTGAGAAGGGAAGGGGATTTTTTTTATTA TTAAAATAATAAGTTATCCAAAAAAATATGGCTTTTACACAAATAAATAT ATCAGCAAATATGTTTTGTGTAAGAAAAAGTCAACAAATTTGTCCTTTAT AAAGATGATCATCCAAAAAAATATTCATTTTTATGTCAAATGACCAAGAG TTTGCTTAACATTCTCTCAAAAATTATCAAATTTTGAAATCTTTCAATAT TGGTGGCATTGGAAGATCTTTAAATTTTCTCATGTAAATGGATAATATTT GGAAACTCAAGGTAACTCAACTTATTACCTACTTCGAGGGGATTGAATAA TATATAGGATTATACCCCTATATCATATATTTTAGCAAATATGGATATTC ATATATGTACTCGTAACAATGTACATATATTTATGAAGATATCGTTTAGT GAAACAAAGAAGTTTCATGTATTGTTCATATATAACGCTTGAATGAATTT GTATATTGTTAATATGATGATGCTAGATGCCATTATTTAATTTAATTTGT CTTTGTATGTAAAGTTCTTATATCCACTTTCATGTTAAAAAATACCTGCA TAATAAACTCGATTATGTACAGGGTGCACACTGTACAGGAAAAAATGTTG GATTTGATAACAAGTTCATGCTTATAACTACAAATCCGTAGAAACTAAAT AATTCTTAAAGATTATAAAATAAAATACGTCTTTTTACTGTAATAGTATA TATAAGAATACATCATTAATATTCATTTACTGGTTTGTAATACACACTTG ATAAAATGATTACATAAATACGGCGTTGATTTTATCTAGTTGTCCACACT CTATTATTTTTAATTTTCCAACGATAAAATTTAAATGAGAGGTTTTGTAA GGACGTTTATTTAGTAAAATCATCTGAAAATAATGTTCTACACAATTTTT ATTGATTATATGAGTCCTCAGCTCTAATAATTGCCTCAATACGAGACTTA CATATCTCGCAAACCTTGACTATGCAGTCCGACTAGAGTTTTGTCCACTC TTTCTTATCCAGAAGTTCGATGTAAGCATTTACATTCAGCCGTACCTTCT TCTCCACAAAAATGGGAGGTCAGACTTCACAACACCCAATACCATTTTTC TGGAAGGATTTTTTTTTTTTTTTTTGAAGAGATGTCTCACTGAAGCTGAG AAATTGTCTCGATGTTCTGTTGTGATGTAGCGACTGTTCTGCTTATTCAC AGTGGCATCAACGGTGAATAAATTTTTATCAAAACGAGCATAACTTTCAG ATAATTTTTGTTGGTCTTCTTTGCTCTTTCCAACTGTCTGAACTTGCTCT GCTCAGAGATAATATGTATTCTTGTCCTCTTCTTCCTCCAATGTAATTCT GGATTGAAAATAATTAAATGGATAGCATTAAATAAGATCAACCCTGCAAT AAWACCAACAATCACCCCCCCCCCCCCTTTTAATGAGACTTAAACTACAA TTAATTATTTCTATATATTCAAACGAGGATTTCACCTCGGCTTGAGTAGA GATTTAAATACCTCTTAAATTGGTCCCATTTTTGATAATCTTGCTTTATA TAAACCCCATTTCTACGCTTTCTGGAACCATCTTCCACATTGTACCTATG CTTCGATATAATGCCAGCCTTTTGTGTCCATCTCTTTGATTTCTCATCTT GAATACGCTTTCCCCCTTTTGAAAAAAATATACCGTTTATTTATATCATT CTTGCACATTAGTAATTCTCCTATAGTTTTCTTCTGAACTAAGTTCCACT GAAGAATCACATATGCTCTTGGGGTATTCTGGAATTCGGTTAAGGCTTTC TTATAATTGGCATAATTACAATCTACTTTTTTCAAATAGATGTTTCATAT TTTTAACTGATGATTCGACATGCCCATTTGACTCAGAGTAGTATGGTGAT CAAATTTTGGTGGATAATGCCGTTAAAATTAGAGAATTCTTTACTTTTTA AATTAACTTTGACAGCTCCTTACAACTTTGTACAACACCGTCGTTAAAAA CCAGATATTTAGATGTTTTTGGGGATAACTAATTGCAAAATCACTCACTA ATTTAATCAGTTATATTTTAGAATCGTTGGCAAAATCTTAAACAACGACT GCACCACTGTTAATGTATTAGCTTCTTAAATTGAATTTATTCGACTAGAA AGATTAAAAATATTAATTAGATTATTTAATTTCCTTATGAATGTCAATAA TTATGCACTTTCCTTATTTCCTTTATTTGTAAATACAAATGACATTATCG ATATTTTACATCAATTCTCCTGTATGAAATTTGAATATTAAGTGGTTTAA AAATAGGGAGGGAAAAACAATTAAAAATACGGTGAAACAAAGCAAATGCG TCTTTGTAAAATAAATATTATAAACTTATTGATGAAAGACGTATGTGTTT TGGTCATGTTAATAAAAAGGAACCATAAATCAATACTAACTCGGACAATT TGATTAATAGAATTTGGAAGAGAGTAGTTTAGCTGTCATGAGCCTTTCAT TAGATCCGCTACAACGCGGGGAAGAAGTGAATAAGCAAGGGCATGGTCAA GAATGCCTACAATGTTGTCTCTCAAGTATACTTAGAGTCCAAAAATGACT TATATAATTATATAAAAGGTGCAATAATTATCCAGTGGGTTCGAAGTCTT ATTATTTGTAAATAAGGAGTATTTTCGTAGTTTTTAGAGGACACACTTGT TCTTCTAGTTTGTATATGAATTTGGCGGAATAAATCCCGTATTATTTAAA ATAGGATGATCGGGGGTATACGGACCTGATCCAAACGTCTTTTTTAAGTC ACTCTGGTTATTCTCAAAGACCCTTCCAGAAACGTATCTCCAAATAATGA TTCTGCTTAAAGTGATCAGAGTAATAATACCCAGAAAAGTAGGGTCAACT ATCAGATTGTTTTCATGTGCATCACGTCGTAGCTTAATTGTAAGACCTCT CATCAAGGAGTTGTGAGATGTCAAAGAGGGCTTCCTAATTAATTTTAAAC CATAGTAATCGGTAATAGGGAAAACAATTCGATTATTACCGCTAGATTAT ATAATTTATAAACCAAATTTAGTTTTTAAATAAACAAAATATGAAATAAA TACTTATTTAATTCCTAAAAATGAGATTAAAAGTTTTTAATTACTCATAT TTTGCTTATCAAATCTGTTTTTTTGAGGATTTTCAGTATTTTGTATCCTT CTAATAGGTGGAAACCAAGTTTTGAGTACGTATTAAAACAGTAATTCACA TGAAAACAAGATTTAAAGAATTAAATATGGACCTTGAAAGACTAATTTCC TGTGAATTACTAACTTTTTTCTAACTCAAAAGTTGACTTAAACCTTTAGA AAGGTGACAAAGTTTTATATATTTACAAAAGCAGAAATTTCCAACAAATA CTTCAATTTTCAGCTCTACAATATAGCATAAATTAATTTGTGCCTTAGAA AGATAAATTAAAGGTATTTAAGTTTCAAAAAAAGTAGAGGAAAAAGGCTT AAAATGACGCTGTCATGAGATTTTTTGAAAAAAAATTATTTTGGATTTTT TAATAGAAATATTTTGGATTTTTCGAAAACATATTGTCATATTTTTTTTT TCAAAAAATCCGAAATCTGTGTCGTTTTAAGCCCTTTTTCCCTCTAATTC AGCCAAAATAGCTTCAAACTCAGTACTTTCTTAGCTCAAATACTTTTAAA TAAAATTGGGATTTTTTTTAAAGTATGCAGCTGTTAGCTTGAGTATATTC ATTCTAGTAGGGATGTTGCAGCTTTTCATTACACCTTAGATGACGTCCCT TTATTATCTTTTATCATATCCCCTCTTGGCGAATGAAACTTTTTCTTCAC ATTGTAGCATTCACAAATGGGGGGGGGGGGGGGTCTTGGGGACCCAACAC TTGAAGNAGCATGACTATATTACTAAAATTTCCCTTGTTTCAGCTGCCGT TTGGTTCCATAATGAAACCCTGTAATTATACATTATAATCTAATACTATT GCAAGTTTTGGATTCACATACTATAGAGTAATATTCAAATATACGTGACA CACTAAGCGGGAAAAACACATTATGGATAKGGCAACATGTATTGATTATG TGATCTTTGTTCTGCCACTTGGTTTTTACCTTTTGGCTATACGCATACGA AATATTTTTTGGATAATCTTCATTTTTTATTGGTTTTTTAGGTAAAAAAT TATCGATAGAAATAAACTACTAGCTTTCACTAAATATATATTTTTAACTA TCGAGCTCTTTCTAGTTTTCTTATGCTTTAACTAGAGGAAGTATACACTT TAAATCAGTGCTTAGGTATTATAGAGCACACACGGATATTTATTTATATA TATGTGAGAAAAAAAATATATTTATGTTATACAGTAATATATTCCAAACA CACTCAAATAGGAATATATTAGAAATAAGGTCCTTAAGAAATGAATGCTG TATGTGTTTTTTAAGGTACCTACCTCCATAAAAGAAAGAACATTTTAAGT TCTTTCTTTCTGTGTTCTGAATTTGATATCATCATACACATAATTTTTTT TTTTTTCAAATGAATGTGTATTCTGTATACACAATATGCACACCCCAAAA AATAAAAAAATGAGTAACTAAATTTACTTATTTATACCTTCATTTTTCAA CATGTTTCTTCAATCGTGAGAAGTATGTACAAATGAAGTTTATAGAGGAG TTCGGGAACAATAAGGCAAGAGCAAAATTTTAAGAAATAAAACATCAGTA TCCACATGATAGCACAGATCATGTCAAACTTTATATTCACTCTCATTCTC GAATGTCAAAAAGGAAAGGAAAAATTTAAAGAAAAAAAAATTTGTATCTG GCTTTTTTTTCTTTTCTTTGTTTGTTTTTTTGCCATCTGTTAATTATTAT GAGGGTTGGATGGGGTTCAAAAAACTAAAAAGACTATAGTGTTATCAGTC CGGTAGTAATAAAATTTGCCATTCCTAGGACTGGTACTTATGGATCTTTT ATGGTGACTACACCAGCTGAACTGACGTTACTATGTACTTCCAGCTCTTC AACAAAACACGGGTTTATTGTTCTCTTTTTTTCAGTCGTTATTATATAGG TTGATCGGCATTATAGATTAGACATATACACTTTTGCTGCCCTGTAGTAG CGTGTCAGTCCTTATTTATTTGTATTAGGATCGGTTTTATAAGTCTTTGG GAAACATTTTAATGATTGTCAATCCCTTAGACTATCAAGAAGAGACAAAG TTTAGTGACGTCTTCAAGAACCGAACTTTATTAGTTTCAGGACGATATCC AGGACTGAACTGGATGGTACTGCAGTCTTAAGCCCTAATTAGGACTGCCA CGAAACTACCTTGCTATGCCCCAGCTGTATGTAACTTCTCCGCTTTCAAT GGCAGAGCTGGCCTTATTGATCAGTTTTTTTAGATTAATTATGACGTCAT GTTTTAAATAATGCCCTCTGAATTGTGTTTAGTGATTAGAGATAATTCTG CTCTTAGTATCTTAGAAAGGAATTAGTAGTATCTTAGGGATTCAAAAGGA CCAGTTCCCTTAAAGAGGAAGATTTGACATCATTCAAGTGCATCCAATTC CTTAGAAGTTGAAATACGTGATTTCGGGAAGCATTCAAGTTCTTCAAACC TAAGCCTTTTTTTTTTTTATATATATTTTGGAGTGGAGGAAATGTCTTAC TTTATGTTGTCAAAAAATAGTGCCTATGTATTATAAGTGGCTTTAACTTT GATTTTTCAAGCTTAAGAGTGAATATTCTTACCAAGTTGAAAGCTTTAGC TTTTTTGAGCTTACTTGAGAGCGGTAAAACCCGATCTCCTCTACACATTA TATAAATTAAAATCATTTCCTTGTAAATAAATTCCTTACTACTAGCTTTT CCCTCCCTCCTTGAATGTTTCAAAACAACAGAGATATAGTATTAATTTTT TTATACAACTTAAATTTTTGAGTTATGTNGTATGTAATGTCCCGAATTTC ATAGTACTTGAACATGTGAAGAATACGTGATAGAAGAATGAAAATGGGTT TTAAAAGGGGTGCAATCTTATTGGCTGKRTAATAAAAAWATTAAGAAAWA TAAGTAGTGTGGGRATTGGGKAAAAAGATGGGCAACTTTTGAAGTTGCTT TCGTAATATTTTTTCCCTCTCTTTTTCTTTTGGCATCGTCGTGATAAAAA TAATAAGAACACACTCAAGGAAGAATGAAAGAAAAGTTAAATTGAAAGAA AGGCTCAAACTACCATATATTAGTGAGAATTGAGGTCGAATAAGAATATA TCTATGTATATGTATAATCATAATAAAAGTGTGAGGTGGTAAGACGAATA AAATATAATCATCACCACTGATTACATGATGATAACTAAGATAACGATGT AAGGCGTTTTTTCTGAAAAGTACATTTCTTTTATTTGATGGACTCCCCTT CAAAGAAGCATTTTCTCTTTTGTAATAAGTATCACCAGCTATGAAAAAAT TGCGTATAATGGGCATGTTAAAAAAAAAATCAACATGGTAACCCTGACAA TTTAGCAAATGTATTGGAGGAGCTACAATCAGCTGTGACAAGGGAGGAGA GGGAGAAGGAAATAAACAAGAACATAGGCAAAATTACTCCGACATCGGTC ACCAATTCTACTCTGAGTCAAAAAAGGACTTAGATTTGTAACTCCCTAAC AAATTATCCGGTTACACTCCTACTTTTATGAACAAACACAAATGTTTAAT TAGGTATTGAATATAATTTAATGTTTCAAGATTTACATCACTGGGTATCA CCATATTTGAAAATAAGTTGATCTACCGGTATGCTATAAAAAAAAAGATA TTTATTGATGACTCGGACAATTTGAAGAATGAATTGGAAGAGATCAGCTA CGACAATTGGCTGAGTAATTAATGAATGTGTCGTTATGTCATGCTTCTCC TTGGAGGGGGTGACTGGCTTCGTCTGGAGTCGGAGCTTAATTATTCTTCT TAGCAGAAGAAAATGAATAATCTCAACGTACCAAGTCAGAAGAGCTATAT GACGTAATGAAAATTGTCTGTATTTTGGAGTTGGTAAAAAAAGAAACAAT TTGAAGAAGTATTTGGAGGAGAGCAGCTAAGCTGTCATGACGTTTCAATG GATCAGCTATGACAAAGAAGGAGGAAGAGAGGGAAATAAACAAAGGTGTT GGCGAAAATTCCTCCGATGTCGATCCTCAATTATTCTCAAAGTCCAACAA GGACGGACAATTAAAACTCTGCAACACATCGTCAGGGTTACTTTCGGTCT TGTATGAGCAAAGACGAATGCTCAATCAGTTTTCAAATATGCATAATTGA ATGTAGTAGAAAAAGGAAGATCACTACTCAGGAGTTAAATAATAACGACA ACTGCTAAGGAAAAGAAAATTCATGCTTCATATTACCAATTCCAAAATAG ACGAGGCAGCTAAAAAATTCACACGCTTACACCACTACATGAATGTACGT ACACAAATACTACCCTACAAATCACTCGCTCATTTACGAGTGAATATGAA TCATAATTATACTGTATTACGGTATCAAGTATCATTAGTCATGAAACAGT TGACAGTGTAGACAGTTGTAAGATAATTTGTTTAAATAATAAATGATTTT GGGGGCTAAAAGATTCAAAAAATATGTTGCTACAATAATAGATAAAGTTA AGATTATATATTCAGCTGTAGATTGTTACAGATTCTTTTTCTGGGTAACA TTTTGTGCTAAAGCACATCATAACTAGTTAAAAACTTTATCTCAAGTGAA TCGTCAGCCTGTATTCAACTTTTCATTAAATAAATTACATAAAAGAAGTT TTTATTATGAAATAATTATAATCCTAGAGTTTTTGAGAAATTAACTAAGG TGTAAAACCAAGAAAAATCTCGGCAATGTAACTCTAATACATACAAATAT TTCAACACATCTCTATCATCTGTCAACATTTATCTATTTTTTTAAATTTT TTTTTGTTTGCTTTGCGTTTTTTTCAGGTGCTCCTGTAATTGTAACCGAG CCCAAAAATCTAACAAAGCTAGCTGGAAGCGAAGCTCGATTTCCGTGTAA GGGAMAAGCCAATCCTGGCAATTTGACAGTCGTGTGGTTCAAAGATGGAA TCCCCATCAAAACAATAGGTGCTTTGAGCTCTAAAGCAGGATTCCTCAGT GATGGAACTCTTGTTATTCAACCAGTCAGTGCAAGTGACGAAGGAATGTA TTCCTGTGAGGTTACCAATGGAATTGGAAGGCCTATCAAGGCTACAGCCT ATTTGGGTGTTGAATGTAAGTTATATTTTAAATGCTTTCTTTCAAGTTTC TTATTTGAATTACTTACAGATCCAGCACGTGTTACCTACACCCCGACAAG TCAATATATACCTCGTGGACTCAAGGGTATCATTCAGTGTCACATTGAAG CTAATCCAGAGATTCAATTTGTGACTTGGAGTAAGGATAAACGTGTCTAT GATCCATTTGATGTGGATGGAGNCTTTAACGCACAAAACGGATCTCTTAT TATTGAGAGTGTGAATCAACGCCAAGCTGGAGAGTATGTATGTACCCCTT ACAACATTCATGGGACAGCTGGACCCTCTGGCGTCATGCAAGTCCTTATT AAAGACCCTCCAACCCTCATGAGACGACCCGAAAAACTATATCACCGCTC TGTAGGAGGAAAAGTCACAATGCCCTGCGGAGCCATCGGAGTGCCACATC CGGATATAAAATGGAGGAAACTACGTGGTCGTCTTCCACATAAGAGAAGC AAGGTCTACAATGGGGAGCTCACCATTGAGAATCTTCGAAAAAGTGATCA CGGTGTATATGAGTGTGTTGTGAGTAATGAGGTCGCAACAATAACGGCTA AAGCAGAACTCTATATCGAAAAAACGACACCACACGCCCCTACAAACATT ACAATAACGGAGACTGAAGTCTTTGCAGTTACTATTCAATGGCTTCCCGG TTACTCTGGCTGTGCTTCTTGCAAACAATCCTACAAAATACGGTAAGTGT TATATGTACCTATATTTGTAGAAGAATTGAATTATTATAATTCATTTGTA TAAAACTATCAAATTAAAAAGATTAATAACACTGTCCAACAAAATCACAC TTTTTTAAGGGTACAAAAACAGTAAATGCTCAATTTAATAGAGTTTGATC CCCTGATTCAAAATATGGCCTTATTTTTTCTCTCAAAGTCCCGTGGCCTT CAGAAAAAGAGCATACTTTTTTTATTATTTTTGGCTACTTTTAAGGTTCA AAGCTGTTTTAAGCCCTCGGTGATGAAGATAGGGATAAATTATGTCAATA TATGTTTAAAAAATTAGAAAACCATTTTTTAAATGCCTCTATCGTGCTTA TAGCTCGAGTTATGATTGTTTTAAGTTGAAAATAGGGGTTTTTTATTCAG ATACTCATAGCTTCAAGACAAATATATTTAAACAATTTCAAAGTATCTCA TTGGTTAGCTGAAAGTATGAACTTTAATTTTTTTTTTTAAAGAGATTTCC AAAAACGCTCTATATCGCCGCCAATTTGAGATAAGGCTAATGCAATATTT TAAGGATAAAACTCATTTTTAAATTGATCTCATAATAAAAGTCCATATAA ATTGGTACGCCATAGTTAAAAGAGCTAGAAACAAAGAGAGAAGAAGAAGA AAAGAAAGAGAGAGAGAAAGAAACTTCGTCAAATAAATTTATGAGGAAGT TTTGTTATTTCATATTTTGTATTAGTCAAATAGGGGTGGGATATACCTAT AGCTTTGGAATTGTACTAAAGACATTAATGTGAAAAATACCCGCATTTTT TTCTGGAAAAATTGCTAAAATTCAAAATAAATATATTAAATTGGGGGATT TCTATTTTTATCCGGGTATATGTCATATAAACTGTCCCTTTTAACTGATT ATTTTGATTATTTTCCTTTGTTATAAGTACTTTTGTACACAAGAGATGAG TTATCACTTGACATCATCCATGCAACGCACAATCTTTGTTTTCAGCGCTC TCGCTCAACACGAGGGGGGCTAGGAAACAATTCAAAGGTGAGGAGGTGGA GTTCACTTTATGAAAATGACATCATGCAATTTTTTATTGCTTTCGTCTTT CAAAAAGTGGGTTGGCTAGTGGCCCCGCTCCTCCTGTATTGGGGTATTAT CACTAATTTAGGTGCATTACATATAATTACAATAAAAAAATTCAGTCCCA GGAGAGGTTCTTATCGGTCTTTATGTTAACTAAAATATATAAACTGACGT AATTATTAACTACGTCATTTCAACTTTTGAAGTTTTATCATGACTTCTTT CAAAGAGACAAGATATCCTAAGTTTAAAATAGGAAGCGTGTGTTTAGAAC GTGTAATACTCAAGTATTATACGTTCTAGCTATCATTCATTACATCCTTG GTTTTTATTTTCTTCAATCCTAGCTAGGAGTGAAGAAAATAAAAAGATAG CTAGGACGGTAAGACTGAAGAACCGACTAATCCGTCCTTAGTACCACCCT TGAATGATAAAAATAGATTGAAAGAGGATGGCTTAGGAAATAAGTCCAAG GATTGACCCGACACTTATTATCACCAAGAGTACGCGTACAGCTATTTGAC ACCCTCTGATATAAGGAATATTCTCATTATAAGTAGAGTAAATTCCTTAT ATGAAAAAGTTTTCTAATCATTTTTTTATTTGCAACTTGTACACATCATT TCATAACATGCATCTATTGAATAACGATGAATAATATTCTTTAGGTATCG AGAGAAGGACAGCAAGTTTCCCAATTGGATCGAGCTTCCCGTGAMCCCAC CTGACGCTCGCAAGATACAAATTCATAATCTAAGCGCTTTAACTAAATAC GAATTTCAAGTCATTGGTACAAATGAATATGGGGATGGCATGTTTAGTGA AATAATTGAAGCATCTACCAAAGGTATGTTTATCNATAGTACAAATATAA TTAATTATTAAGTCTAAAAAAAATAGGTTTTACAATAATCATTGATCATA ATTCTTTTATTTTCTCTTTATCCTCTCTCTCTCTCTCTTTCTATATCTTT CCTTTCCTTCACTCACTTTAACCAATTAACTAATTAAACACACACACGTT TCAAAAAAGGAGATGGACATTTAGATGTGGAAGTTCGACCTCCACCAACT GCATCCCCTTCTGAGCAGTCAACTTTTAGTGGTAAGAGAGTAACACAAGT TTGTAAATATTCCAATTACTTGTTATATGTGTGAATATCCACACATTGGA GTCCCCTTCATTTAGAAAGCCCTTCAATGAAAGACACAATTAAGTTTCTA AATACCTTCAAGTTGTATGGGATCAAAAAAATAAAATATTTTGTAAAAAA AAAGTATTTGTTCTGTACTAAAATATTGTCACTTCGACTATACTATAGGT TGTAAAGGATTGAAAAGTGATGGTGCACGGAAATTATTGAGTTCAGGTGG GAAGTTGTTCCTATTTTTTTTTTTTTTTCTTTTGTTTATTTTTTTATTAA ATTGTTTTTATGCTTTATGTTGGTTTTATTTTTAGTTTACTTTTTTTAAA CTGCATGTTCACTACAAACTGAGTGATTACGTTATATATATAGAGTAAAA GTTGTATTGCGCCCTCTATCCATCAATTGTTTAGTCTTTTTTTTTGTCAA TTAATTTGGGATCGCAATATCTACTCCCTACCATATTAATTTAATTTAAA TTGATGGATGAAAAAGGTATTAAATGAAGGAAATGAAAAATGAAGATAAG AAGAGTTAAATTAAAAAAAAATTCCATAGCCTATATTTTACTTCGATATA AGTACGTCAAAACATGTTTTTAATCAATCAATTCTCTTTCACATATTTAG AGAGGAGTTTATTTTCAATTTAGAGTGTCTACTTAAATAAATATGTATGG AAAATTATGAAGACAACCTTGATAATTTAGTTACAAAAAGAAATTGAAGC TTTTTTATCGAACATCGAAAAGATACAGACACAAACTTTATATAAGAATA ACTTTTTAATACAATGCAGATTATTGTGCAAAATTATCAATATCTTTTTT AAATTTGTATATATTTTAATCTGCTATTACAACTTGAAAGGGTTAGTTCC CTAAAAAATAATATTTAAATAAATTGCTTAATTTAAAATTTTAATTTGAT TTTTTTAACTGTTGCAACTCCCACTGGTTATGAGAACAGCTGTAACATTT GACAAGTTGTATTCAAATACAATTTGTAGAACAACTACAGACTGATGTAA CCTTAAAATAGATTCAATTTATAGACGGCATATTAATATGAAGTCTTAAA TTTTGTTGTTTCTAAGTCATAACAGATTTGGATATTTAAGCCTGAAGAAA AAAGTGTTGCGCATGTTCCCGTAGGCAGAGACAGTTGCAGTAATTTAACG TTGAACATTTACTGATTAATATACTTCTTAAATATATAATTAACAGTGAC ACACCTAAGTAAGTATAATTAGTGTTGTGTTGAACCTTATTTAGGACTAA AGACGAAAGTCTCGTCCAGTTATGTCTGGGNGCGGTTCAGTTCAGTCCTA AAAGCATATAAAGTTCGGTCCTTGATGACGTCACACAACTGTATTTCTTC TTTTTAAATCAGTTTTATTATTGACTCAGACACGTTTGCCTGGGTTGGGC TCGAGTCCCCCTCCCCCTTCAAAAAAAAATAAAGGAATGTTTGATTTTTA CTAGAAAAATTAATGTTTGACTTTTTTTTCCCAAAAATTTAATATCTGAA TTATTTTTCAACAAACCTAGATTTTGAATTTTAAATCATTTTTTTTTTTT TTAATTGAATTTTTTTGTCACTTCCTGTGGATTTTTGAAATTTTTCTTCA AAAATTTTACATTAAAAATTTTTTTTATAAAAACTTATGATTTTTGAATT TTTTTTTTTTTTTTAAATCCAAAAACCAAACCCTCCCAAAAATATTATCT TGCGGACGCCCCTGTTACTGTCTGAAGGACTGGTCTTAAGGCTGGACTGT AATGAATAAATAAGGACAGACACAACACAAGGTATAATATGTTAAATTTT AGCCAGTCGGAGTAAACCCAGCTTCAATAAATTGAGGCCAAAACAAAAAA AGTTGCATTTATTCCCAATCAGCCCTACAAAATAAAGACTGAATTTCTTA CTTAATATACTTATTAATATTAGTATTGAATGCGAGACGCTTATAACCAA ATATGTAATTTAAAAAAATTATAAAATTACATAAATATTGATCATGCATG TTATTAATTATTGCATGCACAAATATGTCCTCATTTAACCCTTCATTTCT GTCTATAAAAAAATTATATATGCATGAAAATTGTTTTAGTAGTAGGTTGA GAGACATAATCAAAAGTTCCGTTATTTTTTAGATAACCTTCATTTTAGCT ATTGATTAGAGTTGACATTTTTACAAGGAGAAAATTAAGTTTAGAAATAT GGATAGGAAAAACGATTATTGGTTGTGCCCTTCCTTCTTTTTGGCTCATT ATTTAATAGGTCATTGTACTGTTAACTTCTCCCTCTAAAGTAAGCCTTCC CTCCCTTGTGTAAACTGTTTCAAAAATTACAAATATAATTATGGTAATCT TCCTCCATTAATCCTATTTCAAATGTTAAATTTTCTCCATCAAAATAATA TAATTGGCAGCTTATAGTAACAAAGGTATTAATTCAGTAGAACCATATGC TACCACCTTCTCCACGCGCACTTTTTTTCCTTAGAATTAAGTCAATTCTG CTTATGATAAGAAAGAATATCTTGCATACGATACACGGCATACGGTTACA TATGGTACTCCTGAAGTAAGACCCTTGTTTACATCAGCTGCCTGTTTTAT GATGTAGGAGGGAGAAAATAAATCAGTGTTATAAATTTAAAAAAAAAATA TTAGTACAGAGAAAATATTATATTGAGTTCACCTATATTTAATTTATTAT TCATCTTTAAATCAATTTACAGCAAAGATGGATTATATTTTTTTTAGATG GAAATGTTAACACCCTCACAACACTAATTAAATAAAAAATAAAAAGAAGA AAGAGCACATGCATCTACTATTTTTCCTTTTCTAATCCTGATAATACTTA GTTTACTCTTAAGATCCCTTATTTAGTAATAAGTCGTCATGTTGTTAACT TCTCGCTTATCCTTGGTGTTAATTGTTTTAAAAATGCAAAATGAAATATA TAATATTATTATGATATATTTTTCCTGTACAAAAGCTATTTTTAATGCAA AGGATTCTCCCTTTATAGCAATAATTTATTGTATTCCCCTAAAATCATAT AATATTCAAATGATATTAATGAGAGTCTTAACTCAGTAATACCATATGCT CCCACCTTCTCAACGCACTCTCTTTCTCCTTACAAAAATGTCAACTCTAT TTATGATAAGAGAGAAGATCTTACATAAGCCATATAATACTAGAGACCTG TAATTACAAAAGCAGTAAAATAATTGAGAAATTACTTCAATGATAAACAT ACGTTCCGAAGAGACTTTGTCAATCATATGTTATATTTTTAGGAACAAAA GTATTTATTAAATTTAAATATATAATTATATAGAAAAAGACCTTTGAAAT ATGACAAATTGCCTTATGAACTTATATTATGTCATTGCAGTAATTGTTCA GTTCTTCTAACCCTTTTGTAGCGGGTGTGATTGAGCTAACACTTACAAGT ATCTTGTATTTATGCATAAAGCAAAATTTGATTTTTTTCTTACTTCTTAC AACCTTTTGTTGTGGTTTCTTTCCGTTCTTTATCTAATTAAACAATTTTC AAAAATTATAACAAAATGGAATATTAATTATCTTTTTTCACACGCCGCCA ATTCAACGATATATCTTCGAGCAGAATGCATTGAATTAAGTGTGGAAATC AAAGGATTACCTTTTAATACATCATCCTCAGCTGGTACGAAGAAACATTC ATATTGATTTTTGGTTATTTCATTATTTTTTTCCTCTCTATTTTTGTCCT TCCCATGTTGTTCCTTTTACATGATTGCCAAGTACCAGAGAGTTCAATCA GTTTCTATTTTCAGTTTAGATAATTCTAGGACGATAAGCCCTAGGTGTAT CTTACTTAGCTTCTTTACGCATTTTAGACACACAATCAAGAACATAGAAG AGAGATGGCTNNNNNNNNNNNNTAGAACTTCAAATATATTTCNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNTATAAAATCTACTGTAACGGATAAA AACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNCAATTTCCTTAATTATWATTGTTWGAWGAAAAATRMCA AATAGCATGGATCCTTTGCTTTCTAATTCCGTATCCACCATCATGAGTGC AGCTATCACTTAATCAAATAACAATTAGCGGTGTGTTTTAAAGGATTTTT TTGGGGTTTGTTTTTTTTGTGCATGAAAAACAAAGCATTTTATAAGAGCC CTTTCACCTGGAATACAATATTCACCATTATTATAATAACTTATTTTCAT GTCTTTATCCTCATATTATTATTTTTATATATGTGGTGCATCAACATAAA AACAATCTTGAAGGAAATCATAATATATTTTTTGACCAAATATTTCATAG ACATATTTGAGTTAATTATAGGCTTTATATTCAAATTTGTGGGATGAGTT AATATAAGTAAGGGTTTTAACTATAGTTTAGAACTTTTATATGATTTAAG GGACTTATATTTCCCCCGATATGGGCCCTGACAAATATTAATATCAAATT ATCATTTTTTTATTATGACGATCAATGTTGGTTACTTTAAGTACAATTTG CGGCACACCCAAATGGGTTTATAAGAATAGTTAGTTGATAGGTATTAACG ATAATTTGTCAAAGAATACAAATGTAGTCCAGTTTAGCTTGGAAAAAAAA TAATTCTACCTTGCTTTTGTGTGACGGGCCACATGTATAATTAATATTTC AGAGGTTGGTACACACTTTATGTGCCTCTACTGAATATACTTTGTCCTTT GATTTTCATCTACCTGTTCTGTTTTTCTTTTTAACTCACTAATTCATTTA TTTTGATCTTTGTTTTGTAGTTTTGTATTACTTTATATTTTCGTTTAGTG TCTTTAAGTTGATTTGTTTCTGTTTATTTTTGTGTTTTTTTTTTACTTTT TTTTTCTTAGACCTTATTTATTTTCAAATAAATTCACTTCCTCAGGATAA ATACGGACGCTATATTTACCCTTTGATCCCTCAAGTTGGAGGTAGAAATT ATTATTATTATTTTTTTCATTAAATATAAATTAATATACATATAATCTTT CACAAATCATGGAAACTGGGTTTTCTATATCAAGATGATTCTCTCTCTCT CTGTCTCTCTTCTATATCATGATGTGATGATTTAATATCACATCCCTTAT AATGAGATGTGCCATTTTTAGGCGTACATGTTATTTTTCAAACATAATGA TAGATCACAAAGTACTTTGAATCCTAATGGATTCAAAGTACTTTGTTACT AAAATACTACTTTTACAACCATGATATATTTGTCAAATAATGACTCCTTT TATATAGATGCTCCTCCAGGGGAACGTCCAGCTCCTGCAACAAATCTAAC ATTGAATCAAGAAGCTGGTGGATGGGTTCTTCGTTGGATAACTCCTAAAG AAGATCCCCCCATTCAATATTATACAATACAAGTCAAAACTGACTCTCAA GGAAGTAAATGGCTTCCTCTTACGGATCAAAAAGTGGACGTAGAAGAGGC TTCTTATATGTGTAAGGACATTTGATCTTTTGAGCAATATATATCTGGCA CTAGTCAACGAATTTTTGCCCTTGGATAACGATTATGCATCTTTGATTGT TTTTATATAGAGAAACATAGAAATAGCCCAAATTTTCAATTATTGTGGCC TACAGACTGTCATATTTAAATGGTTTAGTTTCATTTTTCGCCTTGAAACA TCTCAATAAAAGAAAAAAACATTAAATATAGTTTGTAACTACAAAGGTAG TCTGAAAATTTTCGTACCTCAACGGGGGAGAAGGCAGCACTTGTAAATAA AAGCTAGTCATCTCTAACTAGTAGCTTTTACTCGTGAAAGTTTCAGCAAT TTTGGACGCGCAGTGTTTTTGTAAAAATTGACAAAATCGAAAAAACATTT GGCAACAAATATTTTGCAGAGAAAAACACCGCGTACTATTTGGAACGGTT ACAGAGATGAAAACATTACAGGGAGAAGGGTTTGTAGAGTTACAAGGAGA CTGCGTTGATAAATAAATCATATCGTAGTTAGATCAGAAACTTTTCAGAC AACCCTCGTACATGTTTACAGATTAAAAAAATGTTTTGATAATTGCTAAA TTTATTATAAGTAAAGGAAATTGACCCTTTCTTTGAAGGTCTAACATACT TCTCATTTTTGATGGCAATGACAAATATCATAGCTTGTCGTAAATTGAAA ACAAATATCTTCAGAAAAAGAAAAAACAGAACCTTAAAAATATTACTAGT TTTAAAATGTATAAGATTTGTTGCTTTAAAATATATTTCTATTTACTTAT AAAGATATTAAAGCTTATTGATAGTATGTAAAATATTGCACTCTATAGGC CACAATAAAAGAAGTTTCTTTTCATGTTCTTTGAGATAAAAACATTGAAG AACATGTCATCTTAATCCAAGAGCAAAAATTTATAGATTTGTATTATCTA CTAACAAAACGATTCAAATAAATGTTTAATTCATCTTCTTTTTATTTTAA GTTAAAAATATGGGTACTGCCAAAGCGTATCTCTTTCGAGTTTTTTCTCA TTCCTTGACTAGCTATTCAGTTAGTGAAGAAATGCGGTATGGTGTCCCAR AAAACGTTAAACGTCGAGCCGTTACAGCCGGCCTTATAGGTGGTATCCTA TTTTTCATCGTCGCCATAGTACTCTCAATCTGTACAGTCAAAATTTGTAA CAAGAGGAGAAGAGAAAAGCATGATAGGGGTATGTTGATTCATCACTTTT AAGTTCTCTTAAGCAAATTATGTATTCAAATTCATCATTCCCCCATAATA ATATTTATTTATTCTATGCAGCAATTAATGAAATTCAGCGTCTGGCTACG CCAAGTATGTCTACACCTTTGTTTCACACAAATTTTTAGTATACAAATTA GCATTAAAAAAGTTGAGACTGAAACGGCCAAGAGTGAAGAACATTGTATG AAATAGTATAAGAAAAACTTTGATTAACTCACAGATCCATGATGTTCTTT ACTCTTGTTTAAAATACTTTTAGTAGATGATTGTATTCCATGACACTTCC TATGATACTTTGAAGAATGTCTTGGTTTACATACATTGAGAATAAACCCA ATATGCACACAAATGGGTGCATATGTGTACTAGGAATATGGCGAACAATG ATGCCAGTACCATAATTGATTTTGCTATTGGGATACTTTTCGATATTTTT GTTACAAAAAACATTTAATATATTTTGAAAACTTATTTTTGAAGAGTAAA TAATAATTGGTTTTTTTTTTTTTTGTTTGACATTATTAAAAAAAATACAC TATATATATATCATTTTTGTGCTCAAGTTTAAAATATTTTTGCATTAATA AAAAAAATAACATGACAGAAACAAAAAAGAAACAGTGCTATTTGAGTGGA AATCATATTTATATTGTTGTTGTTTTTTCATAGAAGACATTTTATTGTGT TTTTGAGTGGGGAGTTAAGGTCAAAAATACGGCGTTTAAGTGATTGACTG TATGCCATCTTTATGATGTTGTAATGTCATTACAAGAACTATTTTTAGGT ACCAGTCAATTGGCCAAAAACTTTTTTACCGAAGGAAAATTTGCCAAATG ACCATTTAACATTTGGTAGAGAAAAATATTTGATGTATATGATTTGTATA TTTTAATTAAATTTTAGATGAAAATATGCCAAATAGGTATTGTTCATATG CTATATAAGTAAATTAATACAAAATAATATATTTTGTATTAATTATATTC ATGAATGATCCTTATTTAAAGACAACAAAGTAGTATATTGTTCGACTATA GTTTGAATCTTGACTGTTGTAGTTCTTTAACTAATTTAAATAATAATAAA CAAACACAAAAGAAATTCGCATGGTAGAAGTGCAAATCCAATTTATAATT ATCATTCTACATGATAGATTATTCATATTGGAAAATACTCATGGATTGGC GAACAAGCTTAATACTTATTTAAAATAGTATCATCTTAAATTGAATTAAA GTATATAACCACGTATATCTATATATTATATAAAATATTATTTTTGGCGA AATATCAGTTGAACAAATTGTTCTTCAGCGAAATATCCTTCGGYAAAAAG GTTTTCTGACAGTTTGTCTAGTTGCAATTTATATCGTTTTAAATGGGCCA GTACCCTGGTACAACTGTATGTAGAACCAGTAAATCAAACAATATTATAA TGAATATTGTAACACAATCAAACCAAAAAGTATATATATATCCGCTAGGT GGTATGACAGTATGTAGATTGGTGGTGCAACATAAGAACCCCAAGACGGC GCCATTTAATATATTTTTTAAACCAAACTAATTTAAGTATATTTTAGTTT TGAATTTAGAATTCGTTGAACAAATGAGCATCAACGTAGTCCTTAGCTAC ACTGTCCAACCTCAATACTGCTGGAAATTGCTATATCTGCTAGAATCATT TTGTATCCAAAAAATATCGAAAAGTCATCTGTCGTCCTTCCCCTAGTACT ATATACATACATATGTATATATTTTTTAATAATTAATTATTCATTATCTA TAGAGAGTTTTCAATGGTATCATCAGTTGTATAATAAGCAGAGAGTCATG CCATGTTAGAGGAATATAATACTAAATAGATGTAGTAAAAATAAATCGAT TCTTTTGAAGGGATTTTTTTTTTCATTTATGTTTTTCTATTTGGGAATCA AAACAATGCATTTATGACGGKCGGRCTCTATTTTTTCTTATATTTATGCA CATTTCTCACAATTGGTCTCTCTGAGCGTGGTGCATCTTTTACATCAAAA CTACCGGCACTGAACCAAAATACCGTGTGATTATAATAATGAAAATGAAA ACAATGTTGTTTTTTTCTGCACCTATTATTTATCAAACATAGTGGAAAAC TTATAATGTAAGGGATCAGCCCTGGACTTTTTACATCATATTTGGAGCAT TTTTTTAAAAGAAATAGTCTTCTCTATATATTATTATGAAATTCTCACTT GTCTGGCTATTACACTTACTTCAGTTTCGACAATTTGAGCATCTCTATTT ATAATTCTTCTAAGATGCCTGACTTCCATCAAGATGACGTCACATGAAAA CACTCTATCGTGTGTTAACTAAAGAACATAAACATTTTGTTAAACAATTA ATTATTATATAAATTTTGAGTAGTGAAGTAATTGCATCTTCTAATTTGAT TTCTGTTACAGACTAAATCCCTGTATTATTTATTACAGCCCTATTTGAAA ATATGAGGCTTTTTTAGACGTAGTTACTATTTATTTATTTTTTTTAACCA AAGTGTTATCAGTTTGTTGTTTATTTAATATTTTACTTACAGCATATAAT ATGGTCGCATGTCGTGTGTCTGAGGCCAGAAATGGAAGTCAAGTTAGTCA AGTGCCTTTAAAAAGGTAACTATCAACAATATATTTAGATTATTAAAAAC TTTTTTTCTTTCTTAAAAAAAGAATTTTAACACTAGAACAGTGAAGCGGT CAAAATGACCGTTCTTTCATATTAAAATCGTGAAATAAACTTATATTCAC GTTAGATTGTCTTTATATAACATCAATAAATTCATACTTTGAAATATTGG AATGTATATAATAAACAATAANNNNNNNAAGGATTTTCTCATTTTTTGTT CAAAATTGTTAGCATGTTGACGGACCAGATATATGTTTCTGCAAGCAACA AACCTACGTGTAAAAATAATAATCTTTAATTACATCCTTTGTGTATATGC TAATAAACAGGGTTGGAAAAAGTAGGNNNNNNCAAATCAGCATCGCTGTT CCAGGTATAAGGAAATTCATGTAGTTCTAGTGNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTTTTTTTTTACTTTTC TTATCCATATTAATTAATTCTCTTTCTCATTTTTCCAATTCTCTCTTTTT TTTCGCTTACATATGAAGGAACCCGAGTTCTAAAGGTGATTTTTATCTCT ATGTATATCCAATTTGTTAATAGTTTCATTACTAATACTTAGTTTCTGTC TCACTAATACAGCATTTTTGTTGATAGATATATATAGTTGTAAATTCTAA GCACTGCGAGTATGTTTTAAAAAAAGAAACCAAAAAATGACAGCTTAGCT CCCATAACGTTTTATTAAATTAGCTATAAGCAGCTATGATAGTGACAAAT ATAACTCCGTATTTAGCAAGAACATACCGTAAGTATGAATTACTCGGTTC GATCCTCCATTCTACTCTGAGTTCAACAAGGACCTACACTTTTAACTCCC AACAAATACTCAGAGAACCTATATACTTTAAAATAAGGGATTCCAACTTT AGGGGAGAGAAGTAACTCATTTTGCCCTAATATTTGAGTCTAGTATTTTG TATGACCTTTTTTCTTTGTCATTGCAGAATTAAGATAAAAAGGGTACAAC GTTTTATAATTGTCTTTCTTTTGGAGAATTTACCTTCTTAATTCAATTTA ACGAATGTTTTCATGGAAGTTGCATAGAAATTAATAGAGTAATGTTCAAA TATCATCAGCCTCCTAGCGGACAAAAATGTTGTAACGTAGCCAACTATGT TTGGATAAATATTATTCATAAATTGGTTTTTGTTTAGAGAGGAAGGGAAT AAGCATAAATCCAACCCCGTATCTAGCAAGGACTAATGTACGGAGGAATG ACATCGATGTCTATATTTTTATTTATAACTCCTAAAAAAATATATTATAC TAATCTACGTCAATAAGGCACTCTGTAATGGGAGGTTTTCTCCTCAATAA TTTAAGAGACATAATAACAAATTGGGTATAAAAAAGACTGACCATATTAC CCACTACAAAAATTGAACATACAAGTAAATCCTTAGAATTTACAACTTTA TAGTTACATGTTTAATTAGACATTCGATCATTTCCTTGATATATGTATTT TGTTAAGACTAATAGTGATTTAATTTTTTCTCTTTCTTTCTTTTAGACAT AGACAGAGCGGAGTTCCAGTTGTGAATACAATACCCTTAAAGCAAGGTTT CTTAACAGTGTATCATTGCGTCGCAGAATGTATATTAGATATAGAAATGC AGTTGCATTACCTAGCAAATCATGCTCAAAACGACAATGAAGGAAGACAA AAGAAGAGAAGTAGAAGAAAAACGAGAGGAAGAAGAGGGACAGCCCAAGA GCCGAATGAACCCGACTACTCTGCTGGAAAAGGTCGTAGATCACGGCGCT ATTCTTCTTCTCGATCTGTGGCATATTCACTCAAAATTGAACCACAAATC CCCCAGAAAAANCCCCTCATTTATTTGTAGAACAACAGACGGGAAATTTG TTCTTACGAGAGGAAATGGACTCGAAAATGATGCAGACGATGAAGGAGGC TTTGGGGTTAATCTCCCTCCTAATAAATTTAGAACTAGAAGTGTCGCCAT TGTTGCAGGCTATAGTCCTGAAAGACTTTATTCTAATGTACCACCCGGGG CTTTTGTCGTTGAAAGTGGAGTATATAAAGTTGGGGCTGATAGGGAATGG GAAAGGCCTGAACCGATTTATTGGAAACAGGTATTTAATAATTTTGTAGC TACTTTTGAATATTTTCTAAATAAATGCCACTGTGTAACGAAAAAAATAA TTTTTTCTTTGTCTTTAGGGGTAAAATAAATATTTTCTGACGCATAAATA TGTTAAAATTGTCGAAATCCTTGCAAGGGTGTGTATATATAGTTTTTGCA TGTTGTCATTTTGGGGACCTAAACAACCAAGTTTTATAATAATGAAAACC CTTTTTTCGTTAATACTATGGAAAATAGTTAACTATTCAGTGTCAAAATG GATTCAACTAATAAAAGGATTTAAACCTTACTTTCTGTATTAATTGTATG CCTCTATTGCCTAGTTTTATTATATATAAGATATTAATATTTATTTTCAA TTATGATTTAATTTATAACCTCAAATAAAACGGTCTCTTTACTCGCTAAT ACGTTTGATACTTCAAAATATGGAGGAATAATATATAAGAGTAAAAATAA TAATATATTACAGCAATGTAAGTACAATGTACACTTTTCAAAATGTATGC TCGCGTGGACTTCGACAATTTTCATATCCCTGTTTATTTATAATACTTAA AAACAACTAGAAAAAAAGTTATTTATGTTTCGAGGCTTTAATCTACTTGT CAGAAAAATGAATTTGTTAAAATCCATCTTAATATTAAATATGATGTCAT TGTCGGAACCTTTTATACTTTTGCACTTACAAAACCTATTTTTAACTCAA CACTTAGATGTTTCAATTGCTCTTTGAGAATTAAATCCATTGATTTGTAT TTGAATAGCAAAAATACTCAAAAATGTTGTAACACAGTATAATAGTTGTA GCTATTGATTAATTATTTTGCAACTCATTTATTGTTCTTCTGAATTCATA TTTTAGGTTGTGTTCGAGAGTGAAAATGACGACTCAATTAAGAAACGAAA CCTTCGTTCTGTTGGAGATAGAGASCAGCCTGCCTCAGAATTTCAAATTA ACTCTCACTTAAACAACAATCTTGAGCTCCCAATCGATAAAGACTATAAT AAATTAAGAGCTTCCTCACCCTTAGACGGAGGTACACTACTTGGTAGTGT AGAGTATTTAAGTCCCATGAATTTTTCATCCGAATTATCATCTGTCCGTC AGCCCTCATCTGCAGAAAAGTCAATTCCGAGTACCTTAAACCCTCATTCC TCCACAAATACATCTGGTTCCTATCCAACAACTTTGACGATGGATTCGGA TCTAACCCCAAGATCTCGTTTTACAACGTCATCATCCAAAAGTCAAACTG AGTTGGAAACAATTCATGAAGACTATTCAAGCTCAGAGTATCTTGTCAAA GCCGACATTCACCATTATCAAAAAGAAGATGACGAAAATATTTTTTCCAA TAGTCAAATACCTCAGCCCCAAATTGCAATAGCGGATTCTAACAATCGTG AAACTATCTCAAACTATGAGAATGCTCCCGTTTTAAATAATAATCAAATT GTTCCTTTGGCCACATCTTCACCACCTCCTCATCCTCCAGAATACGAACC TGAATATGAAAATATGGCCATAGTTCGACTTGTTAGTACAAATATTGATG ATGAAGAAGTGTGTGCAATAACAAGCTCCTCTTCCACGTCATCACCCTCG CCCACAAAGAAAATCAATGATGATCTCAGAGGAAAAGACCATTTCTATGA GAACTGGCCCCCAATTCCTCCTCCTACTTATCATGCTCGCCCTTGTGATG CTATCTCTTGTTCCTTAAGTCCATCATCATCCCATGATGCTCCGGGCACA GCAAATTCCACTCCCATTGGGGTCTCAAGGCCCAACTCTTCTCATTCAGC TCCTCTACTCGATTTAAGTATAGATAGACATTATGAATTCGACTCTGGTG GAAGGAGCTTTCTAAACTCTGGAGAATCGCCAATAGATGATTTGACCTTA TTTCCCAGGCGTGTTCGTCCCTACTACGGATATAATCCAAGGAGAGATAG GCCTGAGTTTGGTAATTCCTTAAACGAATCAGAACAACGTGTCTTCAGTG ATTCAGAAATATACTCTCCCGTCTTCCCACGGGGTCGCCCTCATTCAGAA GCTCCTTATGGAGTGGCTGAAAGAATCGAAGCCATGAAAGAACGCTTTGA GGACTATAGACGAACTCATTTACGACCCAAATCAAACTTTATAGTTGAGC CCTCTTCTCTGAAAACGATTTCTTCTACTATTTCTTCACCCACTAATATA AAAACTTCAGCTGAAAATCCGAACATAAACAACTACAACAACAATAGACT TGAAAGTTTAATTTGAAAAAATAATCTCAAAAAAAAAGTTACAAATAAAA CTTCCTTTTAATTTATTTTTTAAATTTATATTGAAAATATATATAATACT TATACTATACAAATTCTCATAATGATTTTTTTACATTGACAATTTTAAAC CTTTCTTTAAATACCCCTTCTACCCCTCCCCGGACCCAACCCCCTCATAT TCTTATTTCCACTTAAAAACACACACCCCTAGTATAATTATATAAGTTTG AGTTTTTATTCTATTTACTTTCAAATCTACAAATTTAGAGCCTGATTCAC TATTCTATTGATTGAAACACAAGTTTCACATGATAAATGTATTGTTAACA AAAAAACAATTGAATTCAATCAGATTTTCCAAATATGCACATCAACAAAA ATTAACATTATAGAATGACTCATACATAGAATATGTGAAACTCAATTTTT TCCTAAGGAAAAACGC
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