EMLSAG00000006703, EMLSAG00000006703-689469 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000006703
Unique NameEMLSAG00000006703-689469
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000006703 vs. GO
Match: - (symbol:Nep1 "Neprilysin 1" species:7227 "Drosophila melanogaster" [GO:0016021 "integral component of membrane" evidence=ISM] [GO:0004222 "metalloendopeptidase activity" evidence=ISS] [GO:0008237 "metallopeptidase activity" evidence=ISS] [GO:0006508 "proteolysis" evidence=IEA] InterPro:IPR000718 InterPro:IPR008753 InterPro:IPR018497 InterPro:IPR024079 Pfam:PF01431 Pfam:PF05649 PRINTS:PR00786 EMBL:AE014298 GO:GO:0006508 GO:GO:0004222 Gene3D:3.40.390.10 eggNOG:COG3590 OrthoDB:EOG7PZRWQ PANTHER:PTHR11733 KO:K08635 OMA:PVAMDKW GeneTree:ENSGT00650000093248 EMBL:BT003622 RefSeq:NP_511056.2 RefSeq:NP_727065.1 UniGene:Dm.2948 SMR:Q9W436 MINT:MINT-976750 STRING:7227.FBpp0070837 MEROPS:M13.A15 EnsemblMetazoa:FBtr0070872 EnsemblMetazoa:FBtr0070873 GeneID:31547 KEGG:dme:Dmel_CG5905 UCSC:CG5905-RA CTD:31547 FlyBase:FBgn0029843 InParanoid:Q9W436 GenomeRNAi:31547 NextBio:774149 Uniprot:Q9W436)

HSP 1 Score: 906.36 bits (2341), Expect = 0.000e+0
Identity = 413/684 (60.38%), Postives = 528/684 (77.19%), Query Frame = 0
Query:   62 SFKSENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTS-HNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGY-IGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            + + ++ IC+TQECV+T+A LL AMD  +DPC  FFQYACG WN+ H IPEDRSSISTFEV++DQ Q+IL+ +LEE  +E D +AT+K K F+KSCM+I QI +I    L Q +  LGGWPV++  W+   + ++ER++G L+ N++  + IE +VG DD+NSS +I+Q+DQ+ + LPSRDY+L E S  D +AYH YMT+V  LLGA+   A  + + V+ FE  + N+S+PE DR +T  +Y K+ L +L+  VPE+ W +Y    +G G  + ++E +V+Y + Y   +GK+L  TD++++HNYM+WR V+ LM H+  +Y+  R EFR++L+G+ + R RW +CV+W NKK+G+AVGALFIRDNFN +SKE+AL MIH IR AFN+LL EN+WMD+ETR VAK+KA+SMNERIGYPE +TN   L QEY NL+I P NF++N+ +IL++E+    R LR  VDK+KW TEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDK GN+ QWWNN TI  F    QC+IDQYS Y I+++ + ++GRMTQGENIADNGGLKQAFRAY KW  ++G E  LPGLN+TH QLFFLNYAQIWCGSMRPEDA TKIR+AVHSPG +RVLGPLSNS DFA AY CP GS MNP +KCSV
Sbjct:  165 AHEGQDNICMTQECVRTAASLLSAMDLNSDPCEDFFQYACGTWNKMHPIPEDRSSISTFEVLSDQQQVILRAVLEEPIDERDNKATIKAKTFFKSCMDIPQIRKIGTGRLKQVLQSLGGWPVIERNWSPPADLSVERLMGQLRLNYSEPVMIELYVGADDKNSSVNILQMDQLQYALPSRDYYLKESSANDRRAYHRYMTQVALLLGADPATAAAELEKVVLFETQLVNVSLPEADRHDTSLVYRKMLLPELQELVPEVQWQEYLQAALGPGIPLQEDEPLVTYGLHYLTEMGKILAHTDRRVVHNYMLWRLVMSLMSHMIDEYQRERVEFRKILMGIQSERTRWSQCVEWTNKKLGVAVGALFIRDNFNQESKEVALEMIHTIRAAFNELLAENDWMDDETRAVAKEKADSMNERIGYPELLTNATELEQEYVNLTIVPDNFINNVLSILQWESEKMLRLLRQPVDKEKWTTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKEGNMMQWWNNATIEAFRERTQCVIDQYSRYKINEVDMFMDGRMTQGENIADNGGLKQAFRAYKKWETLHGREQQLPGLNMTHDQLFFLNYAQIWCGSMRPEDALTKIRSAVHSPGFVRVLGPLSNSRDFASAYKCPLGSTMNPAEKCSV 848          
BLAST of EMLSAG00000006703 vs. GO
Match: - (symbol:MMEL1 "Uncharacterized protein" species:9031 "Gallus gallus" [GO:0004222 "metalloendopeptidase activity" evidence=IEA] [GO:0005783 "endoplasmic reticulum" evidence=IEA] [GO:0005794 "Golgi apparatus" evidence=IEA] InterPro:IPR000718 InterPro:IPR008753 InterPro:IPR018497 InterPro:IPR024079 Pfam:PF01431 Pfam:PF05649 PRINTS:PR00786 GO:GO:0006508 GO:GO:0004222 Gene3D:3.40.390.10 OrthoDB:EOG7PZRWQ PANTHER:PTHR11733 TreeFam:TF315192 CTD:79258 KO:K08635 GeneTree:ENSGT00650000093248 EMBL:AADN03007983 RefSeq:XP_001233077.3 Ensembl:ENSGALT00000001683 GeneID:770671 KEGG:gga:770671 PRO:PR:E1BXR5 Uniprot:E1BXR5)

HSP 1 Score: 603.208 bits (1554), Expect = 0.000e+0
Identity = 307/724 (42.40%), Postives = 446/724 (61.60%), Query Frame = 0
Query:   44 IILLLFSLLLILILILSWSFK------SENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTSH---NWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEES-DRDLKAYHIYMTEVGALL------GANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDL--KTEVPEINWNDYFDTVMGIG--YIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYI--TNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYM--ISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            ++LLL +   + ++IL  S +      +   IC T  CV  +A ++  MDTTADPC  F+QYACG W  +HVIPE  S  S F+++ D+L+IILKG+LE   ++ D EA  K K  YKSCMN S IE+    PL++ +  +G WPV    W S    +W++E  + I+   F   + I+ +V  DDR+SS HII IDQ + G+PSRDY+    +  R  +AY  +M  +  ++        +  +  E+   V++ E  IAN + P  +R +   +Y K++LK+L  K  + E NW  +   VM      +   E++V Y MPY + L  ++ +     I NY+IWR V++ +  L  +++  RA +R+ L G      RW +CV + N  M  AVGA+++R+ F  +SK +   +I  IRE F + L+E +WMDE ++  A++KA ++ E+IGYP+YI      +L+QEY NL+ +  N+ +N+   LR  A  + +KLR  VD+D W    AVVNAFY+PN+N IVFPAGILQP F+S+H P++LN+GGIG+VIGHEITHGFDD GR FDK GN+  WW+N +   F   ++C++ QY  Y   ++  Q N++G  T GENIADNGG++QA++AY KW+   G+E +LPGLNL+HKQLFFLN+AQ+WCGS RPE A   I+  VHSP   RV+G L N   F+E + C KG+ M+P  KC V
Sbjct:   51 VLLLLMTCSAVALVILYASSRGTQYGTNSGNICTTPGCVTAAARIIQNMDTTADPCKDFYQYACGGWLNRHVIPETSSRYSIFDILRDELEIILKGVLETS-DQGDREAFQKAKILYKSCMNESLIEQRDSLPLLEVLTMVGDWPVASADWNSTKEPSWSMEEKLSIMNSRFNKRVLIDMFVWNDDRDSSRHIIYIDQPSLGMPSRDYYFNGGNYQRVREAYLQFMITIAKMIREDMNISKDDLFVQEEMAKVMKLETDIANATTPAEERHDVTLLYNKMTLKELQEKFALNEFNWTFFIQGVMSSVSVQVDPEEEVVVYGMPYLQELKAIISKYSASTIQNYLIWRLVIDRVSSLSRRFKDARASYRKALYGTTLEEARWRECVSYVNNNMENAVGAMYVRETFAGESKRMVQDLIDKIREVFIETLDELQWMDEASKAKAREKALAIKEQIGYPDYILEDQNEKLDQEYANLNFSEHNYFENILENLRAGAQKSLKKLRERVDQDIWIIGAAVVNAFYSPNRNQIVFPAGILQPPFFSKHQPQALNFGGIGMVIGHEITHGFDDNGRNFDKDGNMFDWWSNFSAMHFKEQSRCMVHQYGNYTWELAGGQ-NVSGISTLGENIADNGGVRQAYQAYLKWLEQEGKEPMLPGLNLSHKQLFFLNFAQVWCGSYRPEYASQSIKTDVHSPLKYRVMGSLQNFEAFSEVFHCKKGTAMHPADKCRV 772          
BLAST of EMLSAG00000006703 vs. GO
Match: - (symbol:MMEL1 "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0004222 "metalloendopeptidase activity" evidence=IEA] [GO:0005783 "endoplasmic reticulum" evidence=IEA] [GO:0005794 "Golgi apparatus" evidence=IEA] InterPro:IPR000718 InterPro:IPR008753 InterPro:IPR018497 InterPro:IPR024079 Pfam:PF01431 Pfam:PF05649 PRINTS:PR00786 GO:GO:0005783 GO:GO:0005794 GO:GO:0006508 GO:GO:0004222 Gene3D:3.40.390.10 PANTHER:PTHR11733 TreeFam:TF315192 CTD:79258 KO:K08635 OMA:PVAMDKW GeneTree:ENSGT00650000093248 EMBL:AAEX03003869 EMBL:AAEX03003870 RefSeq:XP_546737.4 ProteinModelPortal:J9PA87 Ensembl:ENSCAFT00000048916 GeneID:489617 KEGG:cfa:489617 Uniprot:J9PA87)

HSP 1 Score: 585.104 bits (1507), Expect = 0.000e+0
Identity = 292/698 (41.83%), Postives = 434/698 (62.18%), Query Frame = 0
Query:   64 KSENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTSH---NWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLK-AYHIYMTEVGALLGA------NKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTE--VPEINWNDYFDTVMGIGYIG--DNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNK--ARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYM--ISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            K   +IC T  CV  ++ +L  MD + +PC  F+QYACG W R+HVIPE  S  S F+++ D+L++ILKG+LE    + D  A  K K  Y+SCMN S IE+    PL+  ++ +GGWPV    W       W +E+ + ++   F   + I+ ++  DD+NSS HII IDQ T G+PSR+Y+  E S+R ++ AY  +M  V  +L A      N     E    V+  E  +AN + P+ +R +  A+Y ++ LK+L+++  +   NW  +  +V+    I    +E++V Y +PY + L +++     + + NY++WR VL+ +  L  +++  RA +R+ L G     +RW +CV + N  M  AVG+L++R+ F  DSK+    +I  +R  F + L+E  WMDEE++  A++KA ++ E+IGYP+YI  +    L++EY NL+ +   + +N    L+  A  + +KLR  VD++ W    AVVNAFY+PN+N IVFPAGILQP F+S+H P++LN+GGIG+VIGHEITHGFDD GR FDK GN+  WW+N +   F   ++C++ QY  Y   ++D Q N+NG  T GENIADNGG++QA++AY KW+   G++  LPGL LT+ QLFF+NYAQ+WCGS RPE A   I+  VHSP   RVLG L N   F+EA+ C +GS M+P Q+C V
Sbjct:   84 KEMGEICTTPGCVIAASRILQNMDPSREPCEDFYQYACGGWLRRHVIPETNSRYSVFDILRDELEVILKGVLENATTQ-DRPAVQKAKMLYRSCMNQSVIEKRDSQPLLNILDVMGGWPVTMDKWNQSVGPKWELEQQLALMNTQFNRRVLIDLFIWNDDQNSSRHIIYIDQPTLGMPSREYYFNEGSNRKVREAYLQFMMSVAMMLRADMNLPENSYLVREDMVQVLELETQLANATAPQEERHDVTALYHRMGLKELQSKFSLKGFNWTLFIQSVLSSVKIKLLPDEEVVVYGIPYLQNLEEIIDVYSARTMQNYLVWRLVLDRISSLSQRFKDARANYRKALYGTTVEEVRWRECVSYVNSNMESAVGSLYVREAFPGDSKDAVRELIDKVRAVFVETLDELGWMDEESKKKAQEKAMNIREQIGYPDYILEERNKHLDEEYSNLNFSEDQYFENGLQNLKAGAQRSLKKLREKVDQNLWIIGAAVVNAFYSPNRNQIVFPAGILQPPFFSKHQPQALNFGGIGMVIGHEITHGFDDNGRNFDKNGNMLDWWSNFSAQHFREQSECMVHQYGNYSWDLADNQ-NVNGFSTLGENIADNGGVRQAYKAYLKWMAEGGKDQQLPGLGLTYNQLFFINYAQVWCGSYRPEFAIQSIKTDVHSPLKYRVLGSLQNLAAFSEAFHCAQGSPMHPHQRCRV 779          
BLAST of EMLSAG00000006703 vs. GO
Match: - (symbol:nep-2 "Protein NEP-2" species:6239 "Caenorhabditis elegans" [GO:0004222 "metalloendopeptidase activity" evidence=IEA] [GO:0006508 "proteolysis" evidence=IEA] [GO:0008237 "metallopeptidase activity" evidence=IEA] InterPro:IPR000718 InterPro:IPR008753 InterPro:IPR018497 InterPro:IPR024079 Pfam:PF01431 Pfam:PF05649 PRINTS:PR00786 GO:GO:0006508 GO:GO:0004222 Gene3D:3.40.390.10 eggNOG:COG3590 PANTHER:PTHR11733 HOGENOM:HOG000245574 KO:K08635 OMA:PVAMDKW GeneTree:ENSGT00650000093248 UCSC:T05A8.4 EMBL:FO081704 RefSeq:NP_494343.2 UniGene:Cel.20256 ProteinModelPortal:O44857 SMR:O44857 DIP:DIP-24357N MINT:MINT-1120207 STRING:6239.T05A8.4 MEROPS:M13.015 PaxDb:O44857 PRIDE:O44857 EnsemblMetazoa:T05A8.4 GeneID:188090 KEGG:cel:CELE_T05A8.4 CTD:188090 WormBase:T05A8.4 InParanoid:O44857 NextBio:937566 Uniprot:O44857)

HSP 1 Score: 579.711 bits (1493), Expect = 0.000e+0
Identity = 283/693 (40.84%), Postives = 434/693 (62.63%), Query Frame = 0
Query:   62 SFKSENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCE--ATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGY--------IGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPH-LPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            ++K  + +CL+  C++T++ +L +M+++ DPC  F+++ACG W + H IP+D  S+S FE +   L+  LK LL+E+   +D E  A  K K FY  C+N S+I     T   + +   GGWP +  +    + +IE +   +   F      +  V PDD+NS  H++ IDQ    L +RD+++  E++  + AY   + +V  LL A++T A    + +I FE ++ANI++ +  R +   +YTKI+L +++  +P  NW  +F+ +    +          DN ++V Y   + + L  L+ Q D ++I NY+ W    + M   LP  +  T  +F + L  +   ++RWH CV   N  M MA  A++++++F++++K+    MI  I E+F DLL   +W+ +ET+  AK K N M  +IGYP+Y+ + A +N EY+   + P ++    F+       +   ++  AVD+++W    A+VNAFY+PN N+I+FPAGILQP+FYS+ FP S+N+GGIGVVIGHEITHGFDD+GR +D  GN++QWW+N TI++F + AQCI  QYS+Y++  I + ING+ T+GENIADNGGLKQA+RAY K+ + +     LPG+NLTH QLFFLNYAQIWCG+M  ++A  K+R + HSPGPIRV GPLSNS DFA+AY+C  GS+MNP +KC V
Sbjct:   45 NYKDSSDVCLSPGCIKTASVILSSMNSSVDPCDDFYEFACGQWIKGHPIPDDAPSVSNFENLGQDLEFALKELLDENDEPYDYETSAVGKAKYFYNLCLNESEILDNWRTTFDEVVKSFGGWPSLG-HQMKPDASIEMLYADMVAKFKADSLFKATVQPDDKNSQRHVLLIDQPQLNLFARDFYVAAENEERM-AYLQLIRDVLILLDADRTRATLDAKEIIDFETALANITMADEHRHDIAELYTKITLGEMRRSLPHFNWPLFFNRMFKDLHEKNGKRITFDDNTEVVVYGYEFLRRLDVLIPQYDNRLIVNYLEWCWFFKTMLRDLPDPFALTIFKFYKTLNIMNVQKVRWHGCVTRINSLMPMATSAIYVKNHFDHEAKQQVEEMISLIMESFVDLLLSEDWLTKETKQTAKQKVNEMKRKIGYPDYLNDPAAVNNEYKTFKVYPGHYYQTKFSFYEQYQRDVLERITEAVDRERWVAGAALVNAFYSPNTNEIIFPAGILQPVFYSKDFPSSMNFGGIGVVIGHEITHGFDDRGRLYDNLGNIRQWWDNATISKFEHKAQCIEKQYSSYVLDQINMQINGKSTKGENIADNGGLKQAYRAYKKYEKRHSRPPRLPGVNLTHDQLFFLNYAQIWCGTMNDKEAIRKLRTSEHSPGPIRVKGPLSNSYDFAKAYNCEPGSQMNPREKCRV 735          
BLAST of EMLSAG00000006703 vs. GO
Match: - (symbol:Mmel1 "membrane metallo-endopeptidase-like 1" species:10090 "Mus musculus" [GO:0004222 "metalloendopeptidase activity" evidence=ISO;ISS] [GO:0005576 "extracellular region" evidence=IEA] [GO:0005615 "extracellular space" evidence=ISO;TAS] [GO:0005783 "endoplasmic reticulum" evidence=IDA] [GO:0005794 "Golgi apparatus" evidence=IDA] [GO:0006508 "proteolysis" evidence=ISS] [GO:0008233 "peptidase activity" evidence=IEA] [GO:0008237 "metallopeptidase activity" evidence=IEA] [GO:0008270 "zinc ion binding" evidence=ISO] [GO:0016020 "membrane" evidence=ISO] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0016787 "hydrolase activity" evidence=IEA] [GO:0046872 "metal ion binding" evidence=IEA] InterPro:IPR000718 InterPro:IPR008753 InterPro:IPR018497 InterPro:IPR024079 Pfam:PF01431 Pfam:PF05649 PRINTS:PR00786 PROSITE:PS00142 EMBL:AF176569 MGI:MGI:1351603 GO:GO:0005783 GO:GO:0016021 GO:GO:0005794 GO:GO:0005615 GO:GO:0006508 GO:GO:0008270 GO:GO:0004222 Gene3D:3.40.390.10 eggNOG:COG3590 HOVERGEN:HBG005554 PANTHER:PTHR11733 HOGENOM:HOG000245574 MEROPS:M13.008 CTD:79258 KO:K08635 EMBL:AF157105 EMBL:AF157106 EMBL:AF302075 EMBL:AF302076 EMBL:AF302077 EMBL:AK154366 RefSeq:NP_038811.2 UniGene:Mm.116944 ProteinModelPortal:Q9JLI3 SMR:Q9JLI3 IntAct:Q9JLI3 MINT:MINT-4129130 PhosphoSite:Q9JLI3 PaxDb:Q9JLI3 PRIDE:Q9JLI3 GeneID:27390 KEGG:mmu:27390 UCSC:uc008wcg.1 NextBio:305354 PRO:PR:Q9JLI3 ArrayExpress:Q9JLI3 Bgee:Q9JLI3 CleanEx:MM_MMEL1 Genevestigator:Q9JLI3 Uniprot:Q9JLI3)

HSP 1 Score: 580.482 bits (1495), Expect = 0.000e+0
Identity = 293/700 (41.86%), Postives = 433/700 (61.86%), Query Frame = 0
Query:   62 SFKSENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTSH---NWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDL-KAYHIYMTEVGALLGANKTYA------YEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTE--VPEINWNDYFDTVMGIGYIG--DNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYI--TNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYS--TYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            S KS+  IC T  CV  +A +L  MD + +PC  F+QYACG W R HVIPE  S  S F+++ D+L++ILKG+LE+  ++    A  K K  Y+SCMN S IE+    PL+  +  +GGWPV    W       W +ER + +L   F   + I+ ++  DD+NSS H+I IDQ T G+PSR+Y+  E+++  + KAY  +MT V  +L  ++  +       E+   V+  E  +AN +VP+  R +  A+Y ++ L +L+    +   NW  +   V+    +    +E++V Y +PY + L  ++     + + NY++WR VL+ +  L  +++  R ++R+ L G     +RW +CV + N  M  AVG+L+I+  F+ DSK     +I  IR  F D L+E  WMDEE++  A++KA ++ E+IGYP+YI   N   L++EY +L+     + +N    L+  A  + +KLR  VD++ W    AVVNAFY+PN+N IVFPAGILQP F+S+  P+SLN+GGIG+VIGHEITHGFDD GR FDK GN+  WW+N +   F   +QC+I QY   ++ ++D Q N+NG  T GENIADNGG++QA++AY +W+   G++  LPGLNLT+ QLFF+NYAQ+WCGS RPE A   I+  VHSP   RVLG L N   F+EA+ CP+GS M+P ++C +
Sbjct:   69 SLKSD--ICTTPSCVIAAARILENMDQSRNPCENFYQYACGGWLRHHVIPETNSRYSVFDILRDELEVILKGVLEDSTSQHR-PAVEKAKTLYRSCMNQSVIEKRDSEPLLSVLKMVGGWPVAMDKWNETMGLKWELERQLAVLNSQFNRRVLIDLFIWNDDQNSSRHVIYIDQPTLGMPSREYYFQEDNNHKVRKAYLEFMTSVATMLRKDQNLSKESAMVREEMAEVLELETHLANATVPQEKRHDVTALYHRMDLMELQERFGLKGFNWTLFIQNVLSSVEVELFPDEEVVVYGIPYLENLEDIIDSYSARTMQNYLVWRLVLDRIGSLSQRFKEARVDYRKALYGTTVEEVRWRECVSYVNSNMESAVGSLYIKRAFSKDSKSTVRELIEKIRSVFVDNLDELNWMDEESKKKAQEKAMNIREQIGYPDYILEDNNKHLDEEYSSLTFYEDLYFENGLQNLKNNAQRSLKKLREKVDQNLWIIGAAVVNAFYSPNRNQIVFPAGILQPPFFSKDQPQSLNFGGIGMVIGHEITHGFDDNGRNFDKNGNMLDWWSNFSARHFQQQSQCMIYQYGNFSWELADNQ-NVNGFSTLGENIADNGGVRQAYKAYLRWLADGGKDQRLPGLNLTYAQLFFINYAQVWCGSYRPEFAVQSIKTDVHSPLKYRVLGSLQNLPGFSEAFHCPRGSPMHPMKRCRI 764          
BLAST of EMLSAG00000006703 vs. GO
Match: - (symbol:Mmel1 "Membrane metallo-endopeptidase-like 1" species:10116 "Rattus norvegicus" [GO:0005783 "endoplasmic reticulum" evidence=IEA] [GO:0005794 "Golgi apparatus" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] InterPro:IPR000718 InterPro:IPR008753 InterPro:IPR018497 InterPro:IPR024079 Pfam:PF01431 Pfam:PF05649 PRINTS:PR00786 PROSITE:PS00142 RGD:1309299 GO:GO:0005783 GO:GO:0016021 GO:GO:0005794 GO:GO:0005615 GO:GO:0016020 GO:GO:0006508 GO:GO:0008270 GO:GO:0004222 Gene3D:3.40.390.10 eggNOG:COG3590 HOVERGEN:HBG005554 OrthoDB:EOG7PZRWQ PANTHER:PTHR11733 HOGENOM:HOG000245574 OMA:PVAMDKW EMBL:AABR03040205 UniGene:Rn.50873 ProteinModelPortal:P0C1T0 SMR:P0C1T0 STRING:10116.ENSRNOP00000063235 PaxDb:P0C1T0 PRIDE:P0C1T0 Ensembl:ENSRNOT00000017957 Ensembl:ENSRNOT00000064738 GeneTree:ENSGT00650000093248 PRO:PR:P0C1T0 ArrayExpress:P0C1T0 Genevestigator:P0C1T0 Uniprot:P0C1T0)

HSP 1 Score: 580.096 bits (1494), Expect = 0.000e+0
Identity = 292/695 (42.01%), Postives = 428/695 (61.58%), Query Frame = 0
Query:   66 ENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTSH---NWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALL------GANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTE--VPEINWNDYFDTVMGIGYIG--DNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYI--TNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYM--ISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            ++ IC T  CV  +A +L  MD +  PC  F+QYACG W R HVIPE  S  S F+++ D+L++ILKG+LE+   +    A  K K  Y+SCMN S IE+    PL+  ++ +GGWPV    W       W +ER + +L   F   + I+ ++  DD+NSS H+I IDQ T G+PSR+Y+  E+S R  +AY  +MT V  +L              E+   V+  E  +AN +VP+  R +  A+Y ++ L++L+    +   NW  +   V+    +    NE++V Y +PY + L +++     + + NY++WR VL+ +  L  +++  R ++R+ L G     +RW +CV + N  M  AVG+L+I+  F+ DSK I   +I  IR  F D L+E  WMDEE++  A++KA ++ E+IGYP+YI   N   L++EY +L+ +   + +N    L+  A  + +KLR  VD++ W    AVVNAFY+PN+N IVFPAGILQP F+S+  P++LN+GGIG+VIGHEITHGFDD GR FDK GN+  WW+N +   F   +QC+I QYS +   ++D Q N+NG  T GENIADNGG++QA++AY +W+   G +  LPGLNLT+ QLFF+NYAQ+WCGS RPE A   I+  VHSP   +VLG L N   F+EA+ CP+GS M+P  +C +
Sbjct:   81 KSDICTTPSCVIAAARILQNMDQSKKPCDNFYQYACGGWLRHHVIPETNSRYSVFDILRDELEVILKGVLEDSSVQHR-PAVEKAKTLYRSCMNQSVIEKRDSEPLLNVLDMIGGWPVAMDKWNETMGPKWELERQLAVLNSQFNRRVLIDLFIWNDDQNSSRHVIYIDQPTLGMPSREYYFKEDSHRVREAYLQFMTSVATMLRRDLNLPGETDLVQEEMAQVLHLETHLANATVPQEKRHDVTALYHRMGLEELQERFGLKGFNWTLFIQNVLSSVQVELLPNEEVVVYGIPYLENLEEIIDVFPAQTLQNYLVWRLVLDRIGSLSQRFKEARVDYRKALYGTTMEEVRWRECVSYVNSNMESAVGSLYIKRAFSKDSKSIVSELIEKIRSVFVDNLDELNWMDEESKKKAQEKALNIREQIGYPDYILEDNNRHLDEEYSSLTFSEDLYFENGLQNLKNNAQRSLKKLREKVDQNLWIIGAAVVNAFYSPNRNLIVFPAGILQPPFFSKDQPQALNFGGIGMVIGHEITHGFDDNGRNFDKNGNMLDWWSNFSARHFRQQSQCMIYQYSNFSWELADNQ-NVNGFSTLGENIADNGGVRQAYKAYLQWLAEGGRDQRLPGLNLTYAQLFFINYAQVWCGSYRPEFAIQSIKTDVHSPLNAQVLGSLQNLPGFSEAFHCPRGSPMHPMNRCRI 773          
BLAST of EMLSAG00000006703 vs. GO
Match: - (symbol:Mmel1 "membrane metallo-endopeptidase-like 1" species:10116 "Rattus norvegicus" [GO:0004222 "metalloendopeptidase activity" evidence=IEA;IDA] [GO:0005615 "extracellular space" evidence=IDA] [GO:0005783 "endoplasmic reticulum" evidence=IEA;ISO] [GO:0005794 "Golgi apparatus" evidence=IEA;ISO] [GO:0008150 "biological_process" evidence=ND] [GO:0008270 "zinc ion binding" evidence=IDA] [GO:0016020 "membrane" evidence=IDA] [GO:0016021 "integral component of membrane" evidence=IEA] InterPro:IPR000718 InterPro:IPR008753 InterPro:IPR018497 InterPro:IPR024079 Pfam:PF01431 Pfam:PF05649 PRINTS:PR00786 PROSITE:PS00142 RGD:1309299 GO:GO:0005783 GO:GO:0016021 GO:GO:0005794 GO:GO:0005615 GO:GO:0016020 GO:GO:0006508 GO:GO:0008270 GO:GO:0004222 Gene3D:3.40.390.10 eggNOG:COG3590 HOVERGEN:HBG005554 OrthoDB:EOG7PZRWQ PANTHER:PTHR11733 HOGENOM:HOG000245574 OMA:PVAMDKW EMBL:AABR03040205 UniGene:Rn.50873 ProteinModelPortal:P0C1T0 SMR:P0C1T0 STRING:10116.ENSRNOP00000063235 PaxDb:P0C1T0 PRIDE:P0C1T0 Ensembl:ENSRNOT00000017957 Ensembl:ENSRNOT00000064738 GeneTree:ENSGT00650000093248 PRO:PR:P0C1T0 ArrayExpress:P0C1T0 Genevestigator:P0C1T0 Uniprot:P0C1T0)

HSP 1 Score: 580.096 bits (1494), Expect = 0.000e+0
Identity = 292/695 (42.01%), Postives = 428/695 (61.58%), Query Frame = 0
Query:   66 ENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTSH---NWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALL------GANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTE--VPEINWNDYFDTVMGIGYIG--DNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYI--TNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYM--ISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            ++ IC T  CV  +A +L  MD +  PC  F+QYACG W R HVIPE  S  S F+++ D+L++ILKG+LE+   +    A  K K  Y+SCMN S IE+    PL+  ++ +GGWPV    W       W +ER + +L   F   + I+ ++  DD+NSS H+I IDQ T G+PSR+Y+  E+S R  +AY  +MT V  +L              E+   V+  E  +AN +VP+  R +  A+Y ++ L++L+    +   NW  +   V+    +    NE++V Y +PY + L +++     + + NY++WR VL+ +  L  +++  R ++R+ L G     +RW +CV + N  M  AVG+L+I+  F+ DSK I   +I  IR  F D L+E  WMDEE++  A++KA ++ E+IGYP+YI   N   L++EY +L+ +   + +N    L+  A  + +KLR  VD++ W    AVVNAFY+PN+N IVFPAGILQP F+S+  P++LN+GGIG+VIGHEITHGFDD GR FDK GN+  WW+N +   F   +QC+I QYS +   ++D Q N+NG  T GENIADNGG++QA++AY +W+   G +  LPGLNLT+ QLFF+NYAQ+WCGS RPE A   I+  VHSP   +VLG L N   F+EA+ CP+GS M+P  +C +
Sbjct:   81 KSDICTTPSCVIAAARILQNMDQSKKPCDNFYQYACGGWLRHHVIPETNSRYSVFDILRDELEVILKGVLEDSSVQHR-PAVEKAKTLYRSCMNQSVIEKRDSEPLLNVLDMIGGWPVAMDKWNETMGPKWELERQLAVLNSQFNRRVLIDLFIWNDDQNSSRHVIYIDQPTLGMPSREYYFKEDSHRVREAYLQFMTSVATMLRRDLNLPGETDLVQEEMAQVLHLETHLANATVPQEKRHDVTALYHRMGLEELQERFGLKGFNWTLFIQNVLSSVQVELLPNEEVVVYGIPYLENLEEIIDVFPAQTLQNYLVWRLVLDRIGSLSQRFKEARVDYRKALYGTTMEEVRWRECVSYVNSNMESAVGSLYIKRAFSKDSKSIVSELIEKIRSVFVDNLDELNWMDEESKKKAQEKALNIREQIGYPDYILEDNNRHLDEEYSSLTFSEDLYFENGLQNLKNNAQRSLKKLREKVDQNLWIIGAAVVNAFYSPNRNLIVFPAGILQPPFFSKDQPQALNFGGIGMVIGHEITHGFDDNGRNFDKNGNMLDWWSNFSARHFRQQSQCMIYQYSNFSWELADNQ-NVNGFSTLGENIADNGGVRQAYKAYLQWLAEGGRDQRLPGLNLTYAQLFFINYAQVWCGSYRPEFAIQSIKTDVHSPLNAQVLGSLQNLPGFSEAFHCPRGSPMHPMNRCRI 773          
BLAST of EMLSAG00000006703 vs. GO
Match: - (symbol:MMEL1 "Membrane metallo-endopeptidase-like 1" species:9606 "Homo sapiens" [GO:0004222 "metalloendopeptidase activity" evidence=IEA] [GO:0005615 "extracellular space" evidence=IEA] [GO:0005783 "endoplasmic reticulum" evidence=IEA] [GO:0005794 "Golgi apparatus" evidence=IEA] [GO:0008270 "zinc ion binding" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] InterPro:IPR000718 InterPro:IPR008753 InterPro:IPR018497 InterPro:IPR024079 Pfam:PF01431 Pfam:PF05649 PRINTS:PR00786 PROSITE:PS00142 GO:GO:0005783 GO:GO:0016021 GO:GO:0005794 GO:GO:0005615 GO:GO:0006508 GO:GO:0008270 EMBL:CH471183 GO:GO:0004222 Gene3D:3.40.390.10 eggNOG:COG3590 HOVERGEN:HBG005554 OrthoDB:EOG7PZRWQ PANTHER:PTHR11733 TreeFam:TF315192 HOGENOM:HOG000245574 EMBL:AL139246 Orphanet:186 EMBL:AF336981 EMBL:AL589746 EMBL:AL831784 EMBL:BC101027 EMBL:BC101028 EMBL:BC101029 EMBL:BC101030 RefSeq:NP_258428.2 UniGene:Hs.591453 ProteinModelPortal:Q495T6 SMR:Q495T6 STRING:9606.ENSP00000288709 MEROPS:M13.008 PhosphoSite:Q495T6 DMDM:114150028 PaxDb:Q495T6 PRIDE:Q495T6 Ensembl:ENST00000288709 Ensembl:ENST00000378412 Ensembl:ENST00000502556 Ensembl:ENST00000504800 GeneID:79258 KEGG:hsa:79258 UCSC:uc001ajy.2 CTD:79258 GeneCards:GC01M002557 H-InvDB:HIX0000061 HGNC:HGNC:14668 HPA:CAB020786 HPA:HPA007876 HPA:HPA008205 neXtProt:NX_Q495T6 PharmGKB:PA30865 InParanoid:Q495T6 KO:K08635 OMA:PVAMDKW GenomeRNAi:79258 NextBio:68218 PRO:PR:Q495T6 ArrayExpress:Q495T6 Bgee:Q495T6 CleanEx:HS_MMEL1 Genevestigator:Q495T6 Uniprot:Q495T6)

HSP 1 Score: 578.17 bits (1489), Expect = 0.000e+0
Identity = 290/695 (41.73%), Postives = 431/695 (62.01%), Query Frame = 0
Query:   67 NKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTSH---NWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLK-AYHIYMTEVGALLGAN------KTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTE--VPEINWNDYFDTVMGIGYIG--DNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKA--RLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYM--ISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            +++C T  CV  +A +L  MD T +PC  F+Q+ACG W R+HVIPE  S  S F+V+ D+L++ILK +LE    + D  A  K +  Y+SCMN S IE+    PL+  +  +GGWPV    W       W +ER + ++   F   + I+ ++  DD+NSS HII IDQ T G+PSR+Y+    S+R ++ AY  +M  V  LL  +           E    V+  E  +A  +VP+ +R +  A+Y ++ L++L+++  +   NW  +  TV+    I    +E++V Y +PY + L  ++     + I NY++WR VL+ +  L  +++ TR  +R+ L G +   +RW +CV + N  M  AVG+L++R+ F  DSK +   +I  +R  F + L+E  WMDEE++  A++KA S+ E+IG+P+YI  +   RL++EY NL+ +   + +N    L+  A  + RKLR  VD + W    AVVNAFY+PN+N IVFPAGILQP F+S+  P++LN+GGIG+VIGHEITHGFDD GR FDK GN+  WW+N +   F   ++C+I QY  Y   ++D Q N+NG  T GENIADNGG++QA++AY KW+   G++  LPGL+LTH+QLFF+NYAQ+WCGS RPE A   I+  VHSP   RVLG L N   FA+ + C +G+ M+P+++C V
Sbjct:   86 SEVCTTPGCVIAAARILQNMDPTTEPCDDFYQFACGGWLRRHVIPETNSRYSIFDVLRDELEVILKAVLENSTAK-DRPAVEKARTLYRSCMNQSVIEKRGSQPLLDILEVVGGWPVAMDRWNETVGLEWELERQLALMNSQFNRRVLIDLFIWNDDQNSSRHIIYIDQPTLGMPSREYYFNGGSNRKVREAYLQFMVSVATLLREDANLPRDSCLVQEDMVQVLELETQLAKATVPQEERHDVIALYHRMGLEELQSQFGLKGFNWTLFIQTVLSSVKIKLLPDEEVVVYGIPYLQNLENIIDTYSARTIQNYLVWRLVLDRIGSLSQRFKDTRVNYRKALFGTMVEEVRWRECVGYVNSNMENAVGSLYVREAFPGDSKSMVRELIDKVRTVFVETLDELGWMDEESKKKAQEKAMSIREQIGHPDYILEEMNRRLDEEYSNLNFSEDLYFENSLQNLKVGAQRSLRKLREKVDPNLWIIGAAVVNAFYSPNRNQIVFPAGILQPPFFSKEQPQALNFGGIGMVIGHEITHGFDDNGRNFDKNGNMMDWWSNFSTQHFREQSECMIYQYGNYSWDLADEQ-NVNGFNTLGENIADNGGVRQAYKAYLKWMAEGGKDQQLPGLDLTHEQLFFINYAQVWCGSYRPEFAIQSIKTDVHSPLKYRVLGSLQNLAAFADTFHCARGTPMHPKERCRV 778          
BLAST of EMLSAG00000006703 vs. GO
Match: - (symbol:MMEL1 "Uncharacterized protein" species:9913 "Bos taurus" [GO:0004222 "metalloendopeptidase activity" evidence=IEA] [GO:0005783 "endoplasmic reticulum" evidence=IEA] [GO:0005794 "Golgi apparatus" evidence=IEA] InterPro:IPR000718 InterPro:IPR008753 InterPro:IPR018497 InterPro:IPR024079 Pfam:PF01431 Pfam:PF05649 PRINTS:PR00786 GO:GO:0005783 GO:GO:0005794 GO:GO:0006508 GO:GO:0004222 Gene3D:3.40.390.10 OrthoDB:EOG7PZRWQ PANTHER:PTHR11733 TreeFam:TF315192 CTD:79258 KO:K08635 OMA:PVAMDKW GeneTree:ENSGT00650000093248 EMBL:DAAA02043207 RefSeq:NP_001180065.1 UniGene:Bt.85896 ProteinModelPortal:F1MH21 Ensembl:ENSBTAT00000012307 GeneID:616991 KEGG:bta:616991 NextBio:20900430 Uniprot:F1MH21)

HSP 1 Score: 576.244 bits (1484), Expect = 0.000e+0
Identity = 290/698 (41.55%), Postives = 428/698 (61.32%), Query Frame = 0
Query:   64 KSENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTSH---NWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLK-AYHIYMTEVGALLGA------NKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTE--VPEINWNDYFDTVMGIGYIG--DNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKA--RLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYM--ISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            K   + C T  CV  +A +L  MD + +PC  F+QYACG W R+HVIPE  S  S F+++ D+L+IILK +LE    + D  A  K K  Y+SCMN S+IE+    PL+  +  +GGWPV    W       W +E+ + ++   F   + I+ ++  DD+NSS HII IDQ T G+PSR+Y+  E +++ ++ AY  +M  V  +L A      N     E    V+  E  +AN +VP+ +R +  A+Y ++ L+ L+    +   NW  +  +V+    I    NE++V Y +PY + L  ++     + + NY+IWR VL+ +  L  +++  RA +R+ L G     +RW +CV + N  M  AVG+L++++ F+ DSK++   +I  +R  F D L+E  WMDE ++  A++KA ++ E+IGYP+YI  +    L++EY NL+ +   + +N    L+  A  + +KLR  VD++ W    AVVNAFY+PN+N IVFPAGILQP F+S+  P++LN+GGIG+VIGHEITHGFDD GR FDK GN+  WW+N +   F   ++C++ QY  Y   ++D Q N+NG  T GENIADNGG++QA++AY KWV   G++  LPGL LT++QLFF+NYAQ+WCGS RPE A   I+  VHSP   RVLG L N   FA+A+ C  GS M+P  +C V
Sbjct:   83 KDNVETCTTPGCVMAAARILQNMDPSMEPCNDFYQYACGGWLRRHVIPETNSRYSVFDILRDELEIILKAVLENSTTK-DRPAVQKAKMLYRSCMNESEIEKRDSQPLLNILEVVGGWPVAMDKWNKSVGPQWELEQQLAVMNAQFNRRVLIDLFIWNDDQNSSRHIIYIDQPTLGMPSREYYFKEGNNQKVREAYLQFMVSVAMMLRADLNLPENSGLVQEDMAQVLELETQLANATVPQEERHDVTALYHRMDLEQLQNSFGLKGFNWTLFIQSVLSSVKIDLLPNEEVVVYGIPYLQNLEGIIDVYSPRTMQNYLIWRLVLDRISSLSQRFKEARASYRKALYGTTVEEVRWRECVSYVNSNMESAVGSLYVKEAFSGDSKDVVKELIDKVRAVFVDTLDELSWMDESSKKKAQEKAMNIREQIGYPDYILEEGNKHLDEEYSNLNFSEHLYFENGLQNLKAGAQRSLKKLREKVDQNLWIIGAAVVNAFYSPNRNQIVFPAGILQPPFFSKEQPQALNFGGIGMVIGHEITHGFDDNGRNFDKNGNMLDWWSNFSAQHFREQSECMVYQYGNYSWDLADDQ-NVNGFSTLGENIADNGGVRQAYKAYLKWVAEGGKDQQLPGLELTYQQLFFINYAQVWCGSYRPEFAIQSIKTDVHSPLKYRVLGSLQNLGAFADAFHCANGSPMHPTVRCRV 778          
BLAST of EMLSAG00000006703 vs. GO
Match: - (symbol:MMEL1 "Uncharacterized protein" species:9823 "Sus scrofa" [GO:0004222 "metalloendopeptidase activity" evidence=IEA] [GO:0005783 "endoplasmic reticulum" evidence=IEA] [GO:0005794 "Golgi apparatus" evidence=IEA] InterPro:IPR000718 InterPro:IPR008753 InterPro:IPR018497 InterPro:IPR024079 Pfam:PF01431 Pfam:PF05649 PRINTS:PR00786 GO:GO:0005783 GO:GO:0005794 GO:GO:0006508 GO:GO:0004222 Gene3D:3.40.390.10 OrthoDB:EOG7PZRWQ PANTHER:PTHR11733 TreeFam:TF315192 OMA:PVAMDKW GeneTree:ENSGT00650000093248 EMBL:FP565395 Ensembl:ENSSSCT00000003725 Uniprot:F1RJC1)

HSP 1 Score: 568.926 bits (1465), Expect = 0.000e+0
Identity = 281/694 (40.49%), Postives = 428/694 (61.67%), Query Frame = 0
Query:   68 KICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTSH---NWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLK-AYHIYMTEVGALLGAN------KTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTE--VPEINWNDYFDTVMGI--GYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKA--RLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYM--ISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            ++C +  CV  +A +L  MD + +PC  F+QYACG W R+HVIPE  S  S F+++ ++L+IILKG+LE    + D  A  K +  Y+SCMN S IE+    PL+  +  +GGWPV    W+ +    W +ER + ++   F   + I+ ++  DD+NSS HII IDQ T G+PSR+++    +++ ++ AY  +M  V  +L A+       +   E    V+  E  +AN + P+ +R +  A+Y ++ L++L+ +  +   NW  +   V+      +  +EQ+V Y +PY + L  ++     + + NY++WR VL+ +  L  +++  RA +R+ L G     +RW +CV + N  M  AVG+L++ + F  DSK     +I  +R  F + L+E  WMDE +R  A++KA S+ E+IGYP+YI  +    L++EY +L+ +   + +N    L+  A  + +KLR  VD++ W    AVVNAFY+PN+N IVFPAGILQP F+S+  P++LN+GGIG+VIGHEITHGFDD GR FDK GN+  WW+N +   F   ++C++ QY  Y   ++D Q N+NG  T GENIADNGG++QA++AY KW+   G++  LPGL LTH+QLFF+NYAQ+WCGS RPE A   I+  VHSP   RVLG L N   FA+A+ C +G+ M+P+ +C V
Sbjct:   87 ELCTSPGCVMAAARILQNMDPSKEPCDDFYQYACGGWLRRHVIPETNSRYSVFDILREELEIILKGVLENSTAK-DRPAMQKARTLYRSCMNESVIEKRDSKPLLDILEVVGGWPVAMDKWSENAGPGWELERQLAVMNAQFNRRVLIDLFIWNDDQNSSRHIIYIDQPTLGMPSREHYFSAGANQKVREAYLQFMVSVATMLRADMSLPEDSSLVQEDMAQVLELETQLANATAPQEERHDVTALYHRMDLEELQDKFGLKGFNWTLFIQAVLSSVNTTLLPDEQVVVYGIPYLQHLEDIIDVYSPRTMQNYLVWRLVLDRISSLSQRFKDARASYRKALYGTTVEEVRWRECVSYVNSNMESAVGSLYVTEAFPGDSKSAVRELIGKVRAVFVETLDELSWMDESSRKKAREKAMSIREQIGYPDYILEEKDKHLDEEYSSLNFSEDLYFENGLQNLKAGAQRSLKKLREKVDQNLWIIGAAVVNAFYSPNRNQIVFPAGILQPPFFSKEQPQALNFGGIGMVIGHEITHGFDDNGRNFDKDGNMLDWWSNFSAQHFQEQSECMVHQYGNYSWDLADDQ-NVNGFSTLGENIADNGGVRQAYKAYLKWLSEGGKDRQLPGLELTHEQLFFVNYAQVWCGSYRPEFAVQSIKTDVHSPLKYRVLGSLQNLAAFADAFHCARGTPMHPKVRCRV 778          
BLAST of EMLSAG00000006703 vs. C. finmarchicus
Match: gi|592777147|gb|GAXK01177421.1| (TSA: Calanus finmarchicus comp460903_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 956.051 bits (2470), Expect = 0.000e+0
Identity = 443/684 (64.77%), Postives = 547/684 (79.97%), Query Frame = 0
Query:   64 KSENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTSHNW----TIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            + +  +CLT ECVQT+A LL AMD TADPC  FFQ+ACGAWN++HVIPEDRSS+STFEV+ADQLQIILKGLLE+  +  D + +++ K  Y+SC+N+SQ+  I D PL  AI  LGGWPV    +    W    ++E ++  +++ F  G+ ++ WVGPDDR+S  H++QIDQ   GLPSRDYFL EES R+L AYH YMT+V  L GAN + A E    V++FE+++ANIS+ E +R +TG  YTKI++ +L   VPEI+W  Y +T+M  G    ++++V Y+MPY K LGK+L+  DKKII+NYM+WR V++LMP LPPQY+  RAEFRRVLLGVL  R RW+KCV+W NKKMGMAVG+LF+R++FN++SK +AL MIH IR++FN+LLE+N WMD+ETRLVAKDKA+SMNERIGYP+YI N   L +EY+NLS++P  FL+N+F+IL+ EA  N +KL   VDK +W T PAVVNAFY+PNKNDIVFPAGILQPLFYS+HFPKSLNYGGIGVVIGHEITHGFDDKGRQFDK GNLKQWWNN TI +F   AQCI+DQYS Y +  I L INGRMTQGENIADNGGLKQA+RAY KWV INGEED LPGLN+TH+QLFFLNYAQIWCGSMRPEDA+TKIR++VHSPGPIRVLGPLSNS++F++AY C  G+RMNP  KCSV
Sbjct: 1090 EEKTTMCLTPECVQTAASLLSAMDRTADPCNDFFQFACGAWNKRHVIPEDRSSVSTFEVLADQLQIILKGLLEKPRDAEDTKISMEAKYLYQSCVNMSQMVNIGDAPLRSAIKQLGGWPVT---FLEEEWIPPPSLEVIVANIRRKFNTGVLVDLWVGPDDRDSDKHVVQIDQPQLGLPSRDYFLQEESKRNLMAYHQYMTQVSILFGANSSTASESLMEVLKFEQTLANISIDEAERHDTGQWYTKITVAELTEAVPEIDWVLYLETLMP-GVFKKSDKVVCYAMPYLKKLGKILQTVDKKIIYNYMVWRVVMDLMPFLPPQYQVPRAEFRRVLLGVLADRNRWNKCVEWTNKKMGMAVGSLFVRNHFNHESKAVALEMIHGIRDSFNELLEDNHWMDKETRLVAKDKADSMNERIGYPDYIVNGTALAEEYDNLSLSPKTFLENMFSILKMEARKNLKKLGKPVDKHRWSTAPAVVNAFYSPNKNDIVFPAGILQPLFYSRHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKHGNLKQWWNNVTIEKFREQAQCIVDQYSGYKLPGIDLFINGRMTQGENIADNGGLKQAYRAYKKWVSINGEEDDLPGLNMTHEQLFFLNYAQIWCGSMRPEDAETKIRSSVHSPGPIRVLGPLSNSIEFSKAYGCDPGTRMNPHDKCSV 3129          
BLAST of EMLSAG00000006703 vs. C. finmarchicus
Match: gi|592873935|gb|GAXK01083627.1| (TSA: Calanus finmarchicus comp176079_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 577.785 bits (1488), Expect = 0.000e+0
Identity = 285/660 (43.18%), Postives = 412/660 (62.42%), Query Frame = 0
Query:   86 MDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVD-PYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRING-EEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            M+  A+PC  F++YACG W +   IP DR    TFE++ ++L   L+ LLE+   E D E+T  VK  YKSCMN  +IE   + PL++ ++ +GGWPV++   W   N+    V+G L+  +   I +  WVGPD +NS  +I+Q DQ    LPS +Y+        +KAY   +T +  LLGA+K+ A +    VI FE  +A I  P H+R N   IY K+ L  L  +VP  N+  Y D V+    +   E++V Y+  YFK L K++++TDK+++ NY++ R +   + +L  ++E  + E  R+L G      RW  C+ + N  +GM+VG+LF+R  F+  SK+  L +  +I+  F DL+EE EW+   T+  A++K ++M   IGYP+ + N  +L+ E E L  +   F +N+   L          L  +V++  W T PAVVNA+Y+ N+N I+FPAGILQP FY ++FPK++N+GGIGVVIGHEITHGFDDKG+QFD+ GN+ QWW+  +   F + AQCII+QYS + + ++ +N+NG  TQGENIADNGG+KQA+RAY +W   NG E  L     +   QLFFLN+AQ+WCG+ RPE  ++K++ AVH+PG  RVLG L+NS DFA AYSC K   MNPE+KC V
Sbjct:  201 MNMEANPCEDFYEYACGNWEQYFPIPRDRGGYDTFEILREELDTKLRELLEDKIIEGDSESTKAVKMLYKSCMNTDKIEEREEMPLLELLDSMGGWPVLEGDKWEEENFDWVEVVGKLRL-YNNDILVSLWVGPDGKNSDQYIVQFDQSDLVLPSSEYYHQGIDHPIMKAYQEILTNIAMLLGADKSQAEKDMHAVIAFEIELAMIMTPPHERRNFSKIYEKLKLSQLSAQVPAFNFTRYLDIVLPQN-LDPEEEVVIYASKYFKKLTKIVEETDKRVLANYILMRFIRHRINNLDKRFEKIQNELYRLLYGREEMPARWKFCIAYVNGNLGMSVGSLFVRKYFDGQSKQDMLYLTSEIQNQFKDLVEEVEWLSSTTKETARNKLDAMIHNIGYPDLVLNDTQLHTEIEGLDYSEDEFFENVLKNLNGRTIREMSMLGQSVNRSIWTTTPAVVNAYYSRNRNQIMFPAGILQPPFYHKYFPKAMNFGGIGVVIGHEITHGFDDKGKQFDEQGNINQWWDEDSSTNFRDKAQCIINQYSDFTVGEVGVNLNGLNTQGENIADNGGIKQAYRAYTEWKEKNGPEPPLPQLPEINADQLFFLNFAQVWCGTARPEALRSKLKTAVHAPGKYRVLGTLANSEDFASAYSCKKEEEMNPEKKCKV 2174          
BLAST of EMLSAG00000006703 vs. C. finmarchicus
Match: gi|592945528|gb|GAXK01013025.1| (TSA: Calanus finmarchicus comp681919_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 508.064 bits (1307), Expect = 3.984e-167
Identity = 271/689 (39.33%), Postives = 389/689 (56.46%), Query Frame = 0
Query:   66 ENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEE----DHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVD-PYWTSHNWT-IERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVM--GIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQT--EPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGL-NLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            E  ICLTQ CV  +  +L  M+ TADPC  F+ +ACG +  + +IP+DRSS S F ++ D L   ++ +LEE    +  E D    +  K+ YK+CMN   IE I   PL + +  +GGWPV++   W    ++ IE V    K  ++    I+  +  D +NSS  +I IDQ   G+ SR+Y +    D D+ +Y+ YM  V  LLGA+KT A ++ +  + FE  +A+ S P  +R N   +Y  +S+KDL +  P + W DY + ++   +  + DNE+++     Y   L KLL   +K+ I NYM WR     + +        + E+ + + G  T   RW  C   A+      VG +++  +F  ++K     M+ DIR  F+ +L    WMD +T+  AK K ++M E IGYPE I  +A L + Y+ L +   N   N  N+  +  +    +LR  +DK  W+    PAVVNAFY+  +N I FPAGILQ  F+    P  +NYGGIG VIGHEITHGFDD+GRQ+D  GNLK WW  +T  +F   A CII QY  Y  + +   +NG  TQGENIADNGG+K+A+ AY  WVR +G E  LPGL   T KQ+F+++ A  WC   R +  + +I+   HSPG  RV GP SNS +FA+ ++CP GS+MNP QKC V
Sbjct:  319 EADICLTQGCVGAAHMVLQNMNRTADPCEDFYNFACGGFEDRIIIPDDRSSRSQFAIIGDDLLHQVRVILEEKTTVEGQEKDSVFDM-AKDVYKACMNEELIEEIGLDPLKETLKKMGGWPVLEGSNWREETFSWIETVYMFRKNGYSTDYLIDFSIVTDSKNSSWRVIDIDQAALGM-SREYLINGLEDEDVTSYYNYMVNVAVLLGADKTSAEKELKKSLLFEIKLAHASKPREERRNATRLYNPMSIKDLDSLAPMVPWLDYINNILTKDLIQVDDNERVIVDEPGYLTNLTKLLPTVEKRTIANYMFWRAARASLGYFTEAARKIQLEYSKNITGTKTKTPRWRVCTGAASGSFASLVGNMYVTKHFKEEAKHAMKEMVRDIRNEFDTILTNINWMDTKTKRRAKSKLSTMKEYIGYPEEILVEANLRELYKGLHVNSENHFKNGINMSIWGTNYAWGRLREKIDKTDWKRHGRPAVVNAFYSSIENSIQFPAGILQGNFFDSDRPSYMNYGGIGWVIGHEITHGFDDQGRQYDDQGNLKNWWEPKTKKKFLEKANCIIWQYGNYTATAVSKKLNGVNTQGENIADNGGIKEAYHAYASWVRRHGSEKRLPGLQGFTQKQMFWISAANTWCSKYRNKSLEKRIKTGAHSPGLFRVQGPFSNSAEFAKDFNCPAGSKMNPVQKCEV 2379          
BLAST of EMLSAG00000006703 vs. C. finmarchicus
Match: gi|592945529|gb|GAXK01013024.1| (TSA: Calanus finmarchicus comp681919_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 508.064 bits (1307), Expect = 4.871e-167
Identity = 271/689 (39.33%), Postives = 389/689 (56.46%), Query Frame = 0
Query:   66 ENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEE----DHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVD-PYWTSHNWT-IERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVM--GIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQT--EPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGL-NLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            E  ICLTQ CV  +  +L  M+ TADPC  F+ +ACG +  + +IP+DRSS S F ++ D L   ++ +LEE    +  E D    +  K+ YK+CMN   IE I   PL + +  +GGWPV++   W    ++ IE V    K  ++    I+  +  D +NSS  +I IDQ   G+ SR+Y +    D D+ +Y+ YM  V  LLGA+KT A ++ +  + FE  +A+ S P  +R N   +Y  +S+KDL +  P + W DY + ++   +  + DNE+++     Y   L KLL   +K+ I NYM WR     + +        + E+ + + G  T   RW  C   A+      VG +++  +F  ++K     M+ DIR  F+ +L    WMD +T+  AK K ++M E IGYPE I  +A L + Y+ L +   N   N  N+  +  +    +LR  +DK  W+    PAVVNAFY+  +N I FPAGILQ  F+    P  +NYGGIG VIGHEITHGFDD+GRQ+D  GNLK WW  +T  +F   A CII QY  Y  + +   +NG  TQGENIADNGG+K+A+ AY  WVR +G E  LPGL   T KQ+F+++ A  WC   R +  + +I+   HSPG  RV GP SNS +FA+ ++CP GS+MNP QKC V
Sbjct:  319 EADICLTQGCVGAAHMVLQNMNRTADPCEDFYNFACGGFEDRIIIPDDRSSRSQFAIIGDDLLHQVRVILEEKTTVEGQEKDSVFDM-AKDVYKACMNEELIEEIGLDPLKETLKKMGGWPVLEGSNWREETFSWIETVYMFRKNGYSTDYLIDFSIVTDSKNSSWRVIDIDQAALGM-SREYLINGLEDEDVTSYYNYMVNVAVLLGADKTSAEKELKKSLLFEIKLAHASKPREERRNATRLYNPMSIKDLDSLAPMVPWLDYINNILTKDLIQVDDNERVIVDEPGYLTNLTKLLPTVEKRTIANYMFWRAARASLGYFTEAARKIQLEYSKNITGTKTKTPRWRVCTGAASGSFASLVGNMYVTKHFKEEAKHAMKEMVRDIRNEFDTILTNINWMDTKTKRRAKSKLSTMKEYIGYPEEILVEANLRELYKGLHVNSENHFKNGINMSIWGTNYAWGRLREKIDKTDWKRHGRPAVVNAFYSSIENSIQFPAGILQGNFFDSDRPSYMNYGGIGWVIGHEITHGFDDQGRQYDDQGNLKNWWEPKTKKKFLEKANCIIWQYGNYTATAVSKKLNGVNTQGENIADNGGIKEAYHAYASWVRRHGSEKRLPGLQGFTQKQMFWISAANTWCSKYRNKSLEKRIKTGAHSPGLFRVQGPFSNSAEFAKDFNCPAGSKMNPVQKCEV 2379          
BLAST of EMLSAG00000006703 vs. C. finmarchicus
Match: gi|592819997|gb|GAXK01134571.1| (TSA: Calanus finmarchicus comp92894_c5_seq3 transcribed RNA sequence)

HSP 1 Score: 503.442 bits (1295), Expect = 2.123e-164
Identity = 266/689 (38.61%), Postives = 390/689 (56.60%), Query Frame = 0
Query:   64 KSENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVD-PYWTSHNWT-IERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMG--IGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKW--QTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMIS-DIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNP--EQKCSV 743
            +SE   C T+ C++ +A +L  ++T  DPC  F+Q+ACG +    VIP+DRS  S F V+ D+L   ++GLLE D    + +     K+ ++SCMN  +IE    TPL   +  +GGWP+++   W    +   E V       +++  F++  V  D +NSS  I+ +DQ   G+ SR+Y +    D D++AY  YM ++  LLGA++    +Q  + I+FE  +ANIS+P  +R +   +Y  + +  L    P   W DY + ++   I  + ++E I+     Y   L  LLK T  +   NY++WR     M +L    +    +F + L G      RW +CV  A   +  AVG+L++   F+  SK  AL M+ +IR  F  +L++ +WMD+ T+  AK KA  M E IGYP  +    +L   Y+ L ++  ++  N  N+  F  +    KLR  V+K  W     PAVVNAFY+P +N I FPAGILQ +F+    PK +NYG IG VIGHEITHGFDD+GRQFD+ GNL  WW+  T   + + A+CII QYS Y +  + ++ +NG  TQGENIADNGGLK+A+RAY  WV  NG E  LPGL  + +QLF+++ A +WC   RP+  +  +   VHSP   RV GP SN  +FA  + CP GS MNP  ++KC V
Sbjct:  465 ESEKNYCFTKGCIKAAADILDKLNTNVDPCDDFYQFACGNFIENTVIPDDRSRSSMFSVLGDKLNEQVRGLLEGDIEASEPKPFQMAKSVFQSCMNKERIEERGFTPLKSVLKRMGGWPLLEGASWDQDGFKWYEMVYKFRDMGYSVDYFVDFSVTTDLKNSSWRILDLDQPGLGM-SREYLMKGLEDADVQAYFTYMKDIAMLLGADEAETEKQMLDTIKFELELANISIPREERRDATKLYNPMPISKLSELDPNTPWLDYINRLLSEDIVQVKESETIIVDVPSYITDLSNLLKVTSARTQANYLMWRAAAASMSYLTEAADKIGLKFSKKLTGQSEQPPRWKRCVGAATGSLSNAVGSLYVSKYFDEKSKSTALEMVSEIRNQFELILDQVDWMDDSTKERAKVKAQGMVEHIGYPPELLEMKKLEDLYDGLDLSSDDYYGNALNMTMFGTNYAFAKLREKVNKTDWVRHGNPAVVNAFYSPLENSIQFPAGILQGVFFGSDRPKYMNYGAIGWVIGHEITHGFDDQGRQFDEDGNLVDWWHPETKTRYLSKAECIIAQYSNYSVGEERRIQVNGVNTQGENIADNGGLKEAYRAYTSWVSKNGPEKRLPGLPFSPRQLFWVSAANVWCSKYRPKSLEKLVTTGVHSPAQFRVQGPFSNMNEFASDFDCPVGSNMNPVMQEKCQV 2528          
BLAST of EMLSAG00000006703 vs. C. finmarchicus
Match: gi|592819998|gb|GAXK01134570.1| (TSA: Calanus finmarchicus comp92894_c5_seq2 transcribed RNA sequence)

HSP 1 Score: 503.442 bits (1295), Expect = 2.642e-164
Identity = 266/689 (38.61%), Postives = 390/689 (56.60%), Query Frame = 0
Query:   64 KSENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVD-PYWTSHNWT-IERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMG--IGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKW--QTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMIS-DIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNP--EQKCSV 743
            +SE   C T+ C++ +A +L  ++T  DPC  F+Q+ACG +    VIP+DRS  S F V+ D+L   ++GLLE D    + +     K+ ++SCMN  +IE    TPL   +  +GGWP+++   W    +   E V       +++  F++  V  D +NSS  I+ +DQ   G+ SR+Y +    D D++AY  YM ++  LLGA++    +Q  + I+FE  +ANIS+P  +R +   +Y  + +  L    P   W DY + ++   I  + ++E I+     Y   L  LLK T  +   NY++WR     M +L    +    +F + L G      RW +CV  A   +  AVG+L++   F+  SK  AL M+ +IR  F  +L++ +WMD+ T+  AK KA  M E IGYP  +    +L   Y+ L ++  ++  N  N+  F  +    KLR  V+K  W     PAVVNAFY+P +N I FPAGILQ +F+    PK +NYG IG VIGHEITHGFDD+GRQFD+ GNL  WW+  T   + + A+CII QYS Y +  + ++ +NG  TQGENIADNGGLK+A+RAY  WV  NG E  LPGL  + +QLF+++ A +WC   RP+  +  +   VHSP   RV GP SN  +FA  + CP GS MNP  ++KC V
Sbjct:  465 ESEKNYCFTKGCIKAAADILDKLNTNVDPCDDFYQFACGNFIENTVIPDDRSRSSMFSVLGDKLNEQVRGLLEGDIEASEPKPFQMAKSVFQSCMNKERIEERGFTPLKSVLKRMGGWPLLEGASWDQDGFKWYEMVYKFRDMGYSVDYFVDFSVTTDLKNSSWRILDLDQPGLGM-SREYLMKGLEDADVQAYFTYMKDIAMLLGADEAETEKQMLDTIKFELELANISIPREERRDATKLYNPMPISKLSELDPNTPWLDYINRLLSEDIVQVKESETIIVDVPSYITDLSNLLKVTSARTQANYLMWRAAAASMSYLTEAADKIGLKFSKKLTGQSEQPPRWKRCVGAATGSLSNAVGSLYVSKYFDEKSKSTALEMVSEIRNQFELILDQVDWMDDSTKERAKVKAQGMVEHIGYPPELLEMKKLEDLYDGLDLSSDDYYGNALNMTMFGTNYAFAKLREKVNKTDWVRHGNPAVVNAFYSPLENSIQFPAGILQGVFFGSDRPKYMNYGAIGWVIGHEITHGFDDQGRQFDEDGNLVDWWHPETKTRYLSKAECIIAQYSNYSVGEERRIQVNGVNTQGENIADNGGLKEAYRAYTSWVSKNGPEKRLPGLPFSPRQLFWVSAANVWCSKYRPKSLEKLVTTGVHSPAQFRVQGPFSNMNEFASDFDCPVGSNMNPVMQEKCQV 2528          
BLAST of EMLSAG00000006703 vs. C. finmarchicus
Match: gi|592819999|gb|GAXK01134569.1| (TSA: Calanus finmarchicus comp92894_c5_seq1 transcribed RNA sequence)

HSP 1 Score: 504.212 bits (1297), Expect = 4.178e-164
Identity = 265/689 (38.46%), Postives = 393/689 (57.04%), Query Frame = 0
Query:   64 KSENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVD-PYWTSHNWT-IERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMG--IGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKW--QTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQ-LNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNP--EQKCSV 743
            +SE   C T+ C++ +A +L  ++T  DPC  F+Q+ACG +    VIP+DRS  S F V+ D+L   ++GLLE D    + +     K+ ++SCMN  +IE    TPL   +  +GGWP+++   W    +   E V       +++  F++  V  D +NSS  I+ +DQ   G+ SR+Y +    D D++AY  YM ++  LLGA++    +Q  + I+FE  +ANIS+P  +R +   +Y  + +  L    P   W DY + ++   I  + ++E I+     Y   L  LLK T  +   NY++WR     M +L    +    +F + L G      RW +CV  A   +  AVG+L++   F+  SK  AL M+ +IR  F  +L++ +WMD+ T+  AK KA  M E IGYP  +    +L   Y+ L ++  ++  N  N+  F  +    KLR  V+K  W     PAVVNAFY+P +N I FPAGILQ +F+    PK +NYG IG VIGHEITHGFDD+GRQFD+ GNL  WW+  T + +   A+C++ QY  Y I+++  L +NG  TQGENIADNGG+K+A++AYN W   +G E LLPGL  +  QLF+++ A +WC   RP+  K ++   VHSP   RV GP SN  +F+  ++CP GS MNP  E+KCSV
Sbjct:  465 ESEKNYCFTKGCIKAAADILDKLNTNVDPCDDFYQFACGNFIENTVIPDDRSRSSMFSVLGDKLNEQVRGLLEGDIEASEPKPFQMAKSVFQSCMNKERIEERGFTPLKSVLKRMGGWPLLEGASWDQDGFKWYEMVYKFRDMGYSVDYFVDFSVTTDLKNSSWRILDLDQPGLGM-SREYLMKGLEDADVQAYFTYMKDIAMLLGADEAETEKQMLDTIKFELELANISIPREERRDATKLYNPMPISKLSELDPNTPWLDYINRLLSEDIVQVKESETIIVDVPSYITDLSNLLKVTSARTQANYLMWRAAAASMSYLTEAADKIGLKFSKKLTGQSEQPPRWKRCVGAATGSLSNAVGSLYVSKYFDEKSKSTALEMVSEIRNQFELILDQVDWMDDSTKERAKVKAQGMVEHIGYPPELLEMKKLEDLYDGLDLSSDDYYGNALNMTMFGTNYAFAKLREKVNKTDWVRHGNPAVVNAFYSPLENSIQFPAGILQGVFFGSDRPKYMNYGAIGWVIGHEITHGFDDQGRQFDEDGNLVDWWHPETKSRYLAKAECVVQQYGNYTITELDNLPLNGINTQGENIADNGGIKEAYQAYNSWTAHHGPEPLLPGLPYSQSQLFWISAANVWCAKYRPKALKLRVLTGVHSPDMFRVQGPFSNMAEFSRDFNCPVGSNMNPRKEKKCSV 2528          
BLAST of EMLSAG00000006703 vs. C. finmarchicus
Match: gi|592915090|gb|GAXK01043285.1| (TSA: Calanus finmarchicus comp51372_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 501.516 bits (1290), Expect = 7.433e-164
Identity = 263/690 (38.12%), Postives = 390/690 (56.52%), Query Frame = 0
Query:   62 SFKSENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVD-PYWTSH--NWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGY--IGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQT--EPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGL-NLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            S K +  +C+T+ C+  +  LL  M+ TADPC  F++++CG +  + VIP+DRSS S F ++ D+L   L+ +LE++ +E +       +N YK+CM+  +IE I   PL   +  +GGWPV++   W     NW IE V       ++    I+  +  D +NSS  +I IDQ + G+ SR+Y +    D D+ +Y+ YM  V  LLGA++  A ++ +  + FE  +A+ S P  +R N   +Y  + +KDL    P + W +Y + ++      + + E+++     Y K L  LL +T+ + I NYM WR     + +        + E+ + + G  +   RW +C   A+      +G +++  +FN D+K     M+ DIR  F+ +L E  WMD ETR  A+ K ++M E IGYP+ I  + +L   YENL +   +   N  N+  +  +    KLR  +DK  W+   +PAVVNAFY+  +N I FPAGILQ  F+    P  +NYGGIG VIGHEITHGFDD+GRQFD  GNL  WW + T  +F + A CII QY  Y    +   +NG  TQGENIADNGG+K+A+RAY+ WV  +G E  LPGL N T  Q+F+++ A  WC   R +  + +I+   HSPG  RV GP SNS +FA  + CP GS MNP +KC V
Sbjct:  441 SAKLDADVCMTEGCIGAAHMLLQNMNRTADPCEDFYEFSCGGFENRVVIPDDRSSRSQFAIIGDELLQQLRVILEDEGHEGESHVFTMARNVYKACMDEEKIENIGLEPLKDMLKSMGGWPVLEGDAWNEEKFNW-IETVYTFRSHGYSTDYLIDFSIVTDSKNSSWRVIDIDQASLGM-SREYLINGFEDDDVTSYYNYMVSVAELLGADRKVAEKELKESLLFEIELAHASKPREERRNASRLYNPMMIKDLHEHAPMVPWLEYINNILTTDLLQVEETERVILDEPGYLKNLTNLLPKTNNRTIANYMFWRVARSSLGYFTEAARKIQLEYAKNITGTKSQTPRWRQCTGSASGSFASPIGNMYVTKHFNEDAKHTMDEMVRDIRHEFDRILNEISWMDGETRERARKKLSTMKEYIGYPKEIMIEKKLEDLYENLHVNLGDHFINGINMSIWGTNYAWGKLREKIDKTDWKRHGQPAVVNAFYSSIENSIQFPAGILQGNFFGSDRPSYMNYGGIGWVIGHEITHGFDDQGRQFDDEGNLANWWEDATKDKFLDKANCIIWQYGNYTADSVNKTLNGVNTQGENIADNGGIKEAYRAYDSWVNRHGAESRLPGLQNYTPHQMFWISAANTWCSKYRDKALEKRIKTGAHSPGMFRVQGPFSNSKEFANDFKCPLGSNMNPVKKCEV 2504          
BLAST of EMLSAG00000006703 vs. C. finmarchicus
Match: gi|592819996|gb|GAXK01134572.1| (TSA: Calanus finmarchicus comp92894_c5_seq4 transcribed RNA sequence)

HSP 1 Score: 490.73 bits (1262), Expect = 1.219e-159
Identity = 258/689 (37.45%), Postives = 385/689 (55.88%), Query Frame = 0
Query:   64 KSENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVD-PYWTSHNWT-IERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMG--IGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKW--QTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDI-QLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNP--EQKCSV 743
            +SE   C T+ C++ +A +L  ++T  DPC  F+Q+ACG +    VIP+DRS  S F V+ D+L   ++GLLE D    + +     K+ ++SCMN  +IE    TPL   +  +GGWP+++   W    +   E V       +++  F++  V  D +NSS  I+ +DQ   G+ SR+Y +    D D++AY  YM ++  LLGA++    +Q  + I+FE  +ANIS+P  +R +   +Y  + +  L    P   W DY + ++   I  + ++E I+     Y   L  LLK T  +   NY++WR     M +L    +    +F + L G      RW +CV  A   +  AVG+L++   F+  SK  AL M+ +IR  F  +L++ +WMD+ T+  AK KA  M E IGYP  +    +L   Y+ L ++  ++  N  N+  F  +    KLR  V+K  W     PAVVNAFY+P +N I FPAGILQ +F+    PK +NYG IG VIGHEITHGFDD+GRQFD+ GNL  WW+  T   +   A+CI+ QYS Y   ++  L +NG  TQGENIADNGG+ +A++AY+ WV  +G E LLPGL  + +QLF+++ A +WC   R +  +  +    H+P   R+ G  SN  DF+  + C +GS MNP  E KC V
Sbjct:  465 ESEKNYCFTKGCIKAAADILDKLNTNVDPCDDFYQFACGNFIENTVIPDDRSRSSMFSVLGDKLNEQVRGLLEGDIEASEPKPFQMAKSVFQSCMNKERIEERGFTPLKSVLKRMGGWPLLEGASWDQDGFKWYEMVYKFRDMGYSVDYFVDFSVTTDLKNSSWRILDLDQPGLGM-SREYLMKGLEDADVQAYFTYMKDIAMLLGADEAETEKQMLDTIKFELELANISIPREERRDATKLYNPMPISKLSELDPNTPWLDYINRLLSEDIVQVKESETIIVDVPSYITDLSNLLKVTSARTQANYLMWRAAAASMSYLTEAADKIGLKFSKKLTGQSEQPPRWKRCVGAATGSLSNAVGSLYVSKYFDEKSKSTALEMVSEIRNQFELILDQVDWMDDSTKERAKVKAQGMVEHIGYPPELLEMKKLEDLYDGLDLSSDDYYGNALNMTMFGTNYAFAKLREKVNKTDWVRHGNPAVVNAFYSPLENSIQFPAGILQGVFFGSDRPKYMNYGAIGWVIGHEITHGFDDQGRQFDQDGNLVNWWHPDTSRRYLAKAECIVKQYSNYSFPELGSLAVNGVNTQGENIADNGGIAEAYQAYDSWVSSHGHEQLLPGLGYSQRQLFWISAANVWCSKHRSQALRMSVLTGAHAPDRFRIQGTFSNMADFSRDFQCKEGSNMNPYKENKCKV 2528          
BLAST of EMLSAG00000006703 vs. C. finmarchicus
Match: gi|592856541|gb|GAXK01101003.1| (TSA: Calanus finmarchicus comp7561_c3_seq3 transcribed RNA sequence)

HSP 1 Score: 472.241 bits (1214), Expect = 3.472e-153
Identity = 252/697 (36.15%), Postives = 402/697 (57.68%), Query Frame = 0
Query:   67 NKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVD-PYWTSHNWT-IERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYIG-DNEQIVSYSMP-YFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVD-----------WANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTE--PAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQ---LNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            +K+CLT  CV  ++ L+ +MD TADPCT F+Q+ACG +  + VIP+ ++S  +F ++ D+L   L+ + E      + +    V+N Y++CM+   IE+ S   L + +  LGGWPV++   WT  N+   E  I    +  +    I   +G D ++S   I++IDQ   GL SR+Y +   +D+D++AY+ YM +    +GA++  A  + +  +  E  +A +S+P+ +R N  A+Y  ++LK ++   PE+    Y + ++G   +  D  ++V+ ++P Y     + +  T  +   NY+IWR +   M +L  +    +  + +VL G      RW KCV            +    +  AVG ++ R +FN D+K++A  M+H++RE F  +L+E +WMD +T++ A+ KA+ +   I Y + I +   +N+ YE + +   ++L N+  + +F +    ++ R  +DK  W+T    A+VNAFYNP +N I FPAGIL  +F++   P  +NYG IG V+GHEITHGFDD+G Q D  GNL  WW   T  ++   AQCIIDQY  Y + +++   LN+NG  TQGENIADNGG+K+ FRAY   VR  G E +LPGL  + +QL +L+ A +WC   RP   K ++    HSPG  RV GP +N  +FA+ + CP GS+MNP ++CSV
Sbjct:  217 SKMCLTPGCVVAASELINSMDQTADPCTDFYQFACGGFVAETVIPDHQTSKGSFSIVRDKLNERLRKIFEAKSLATEPKVYEHVRNLYQTCMDKETIEKNSVNDLKEIVGKLGGWPVLEGEKWTGENFKWHELSIKASDEGLSSDRMISIGIGTDSKDSLKRILEIDQPGLGL-SREYLIKGFNDKDVQAYYNYMVQTAVFMGASEEVAKVEMKEALELELKLAELSLPKEERRNKTALYNPMTLKQVQELYPELPLIQYVNDILGSADVTVDETEVVNVAVPKYITDFREYITTTSPRAQANYIIWRNIKFAMGYLNEEALQIKLAYSKVLTGKAQEAPRWEKCVKSTAGLDGTYLYFYEGSLTNAVGGMYARKHFNLDAKDVADQMVHNVREEFKKMLQELDWMDSKTKVRAQKKADQITPHIAYAKEILDDKLINEFYEGIDLQKDSYLKNIIRLKKFISLYYVKEFRNPIDKKSWKTHGGAAIVNAFYNPAENSIQFPAGILDGVFFNADRPLYMNYGAIGFVVGHEITHGFDDQGSQKDGDGNLVDWWEPETKKKYLEKAQCIIDQYGNYTV-EVEGEVLNLNGITTQGENIADNGGIKETFRAYESIVRKYGPEPILPGLGYSQRQLMWLSGASVWCSVKRPASLKNQVLTDPHSPGIYRVNGPFANMPEFAQDWGCPAGSKMNPVKRCSV 2301          
BLAST of EMLSAG00000006703 vs. L. salmonis peptides
Match: EMLSAP00000006703 (pep:novel supercontig:LSalAtl2s:LSalAtl2s372:146954:340151:1 gene:EMLSAG00000006703 transcript:EMLSAT00000006703 description:"maker-LSalAtl2s372-augustus-gene-3.13")

HSP 1 Score: 1551.57 bits (4016), Expect = 0.000e+0
Identity = 743/743 (100.00%), Postives = 743/743 (100.00%), Query Frame = 0
Query:    1 MDEVNGRFKEELEANIGITSSSQRTKNCWQSFFHQKTTLEKFLIILLLFSLLLILILILSWSFKSENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            MDEVNGRFKEELEANIGITSSSQRTKNCWQSFFHQKTTLEKFLIILLLFSLLLILILILSWSFKSENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV
Sbjct:    1 MDEVNGRFKEELEANIGITSSSQRTKNCWQSFFHQKTTLEKFLIILLLFSLLLILILILSWSFKSENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743          
BLAST of EMLSAG00000006703 vs. L. salmonis peptides
Match: EMLSAP00000009482 (pep:novel supercontig:LSalAtl2s:LSalAtl2s611:16796:20138:-1 gene:EMLSAG00000009482 transcript:EMLSAT00000009482 description:"maker-LSalAtl2s611-augustus-gene-0.6")

HSP 1 Score: 498.049 bits (1281), Expect = 1.517e-164
Identity = 263/704 (37.36%), Postives = 405/704 (57.53%), Query Frame = 0
Query:   70 CLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVV---------DPY-WTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMG--IGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKW--QTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDK----------------FGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            C+++ C+ T++ +L  MD + DPC  F++++CG +  K +IP+DR+ +S+F V++D+L   ++ LLE +    +       K+ Y +CMN  QIE +   P+   ++ LGGWPV+          PY W    + + R+       +++   ++  V  D +NSS  I+ +DQ  F L  R+Y +   +D D++AY+ +M +V    GAN+  A +  + V+  E  +AN S+P  +R N   +Y  +++KDL    P   W DY + ++   I  + D E I+     Y K    L+  T  ++  NY++WR V   + +L    +    +F + L G      RW  CVD A + +  AVGA++IR  F  +S++ A  M+ DIR  F+ +L + +WMD +T+ +AK KANS+ + IGYP  + +  +L + Y+ L +  +++L+N  N+  F A+     LR  V+K  W    +PA+VNAFY+P +N I FPAGILQ +F+S   P+ +NYG IG VIGHEITHGFDD+GRQFD                  GNL  WW+  T  ++   A+CII+QY  Y + ++ + +NG  TQGENIADNGG+K+A+RAY  WV  N EE LLPGLN + KQLF+++ A +WC   RP+  K ++   VHSP   RV GP SN  +FA  ++CPKGS MNP ++C V
Sbjct:   97 CMSKGCITTASEILRNMDESVDPCEDFYRFSCGGFIDKTIIPDDRTRMSSFSVLSDELLAQVRYLLESESLANEPRPFRMAKDVYNACMNKEQIEVLGQDPIKNILDRLGGWPVIIGDSWNNGGKPYVWYKQVYMLRRI------GYSVDYLVDFSVAIDLKNSSRRILDLDQPRFVL-DREYLIKGFNDEDVQAYYEFMMDVARFFGANENRAAKDMKEVLELEMKLANFSLPRENRRNATKLYNPMTIKDLTKLDPFTPWLDYINNILTKEIIQVNDKEVIIVNVPSYIKNFSLLINNTSDRVKANYLLWRVVSASIKYLNDDAKKISLQFSKKLTGKTEETPRWRTCVDGAKRSLTNAVGAMYIRKYFKEESRKSACEMVKDIRIEFDKILNQIDWMDAKTKAMAKKKANSIVDHIGYPPELLDDNKLEELYDGLQLGNLHYLENALNMTVFVANYAFSLLREKVNKTDWVRHGKPAIVNAFYSPLENSIQFPAGILQGIFFSSDRPRYMNYGAIGWVIGHEITHGFDDQGRQFDLEGIFIFFKNIDNIPFFLGNLVDWWHPTTKEQYLKKAKCIIEQYGNYFLPELNITLNGINTQGENIADNGGIKEAYRAYVNWVDRNEEEKLLPGLNYSQKQLFWVSAANVWCAKFRPKALKLRVLTGVHSPDMFRVRGPFSNMPEFARDFNCPKGSHMNPAKRCEV 793          
BLAST of EMLSAG00000006703 vs. L. salmonis peptides
Match: EMLSAP00000006546 (pep:novel supercontig:LSalAtl2s:LSalAtl2s358:80738:83514:1 gene:EMLSAG00000006546 transcript:EMLSAT00000006546 description:"maker-LSalAtl2s358-snap-gene-0.19")

HSP 1 Score: 474.167 bits (1219), Expect = 2.424e-155
Identity = 266/751 (35.42%), Postives = 414/751 (55.13%), Query Frame = 0
Query:   18 ITSSSQRTKNCWQSFFHQKTTL--EKFLIILLLFSLLLILILILSWSFKSENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNIS-QIERISDTPLVQAING-LGGWPVVDPYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFL--LEESDRDLKAYHIYMTEVGALL----GANKTYAYEQFQNV-------IRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGI--GYIGDNEQIVSYSMPYFKLLGKLL---KQTD--KKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRING-EEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            + S+      C  +   +KT +  + F+  +    +L+++  + +   +S   +CLT +C+Q SA +L +MD   DPC  F+++ACG W   + IP+ +SS S FE + +  Q++LK +L E +N     A  K + ++ SC +   +IE +   PL + IN  + GW V+DP +   N+  +R + +L+  +  G F    +  D+ NSS H+IQ+DQ    LP++D+++   E + R +KA  I MT +  LL      N     E   N+         FEK IANI++    R     +Y +++L  L      +NW+ Y +         I ++E +V  +  YFK L  L+   K TD  K  ++NYMIW+ + ++   L   Y  T    ++ + G      RW  C+   +  +G A+GA+F+R  F   SK +A  MI+ I+EAF   L E  WMD  T+  A DKA+S+ + IGYP+YI NK  LN++Y+ L+++  ++  N     +F    + +KL   V+  +W   P  VNA+Y P KN IVFP+G+LQ  F++  +PKSLN+G +GVV+GHE++H FDD+GR++DK GN+  WW N T   F N   C+  QYS Y + +   +++G +T GENIADNGGLK ++RAY KW+  N   E  LPG+ L  +QLFF     +WC S   E    ++    HSPG  RVLGPLSN  +FA  + C   S+MNP+++C +
Sbjct:   51 VVSTPPSCNCCGVTLCFKKTKMGNKVFVGGVCTLVILVVIYFLTTKCSRSNKSVCLTPDCIQISASILSSMDQDVDPCEDFYKFACGKWELSNPIPDGKSSWSPFEKLHEANQLVLKNILFEKNNTQISGAEEKARRYFYSCFDEGGKIEEVKGEPLRKIINNDMEGWIVMDPSYNISNFDFQRKMYLLQNKYHFGGFFSWSIVEDESNSSQHVIQLDQGGLSLPTQDFYVKDTEGNKRVIKALEIMMTRLFRLLLQEEYPNDPITKEGEDNIKQTVLDITNFEKRIANITISTSQRKQENNLYNRMTLGQLNVNYNFMNWSIYVNEAFSQINKTIPEDEAVVVNAPKYFKALTDLINEHKATDNGKMTLNNYMIWQAIRDMKNTLSKSYRDTDLILQKAMFGKEGHEERWRSCITDTDAVIGYALGAMFVRKVFQGQSKTVAEGMINRIKEAFIANLNEAAWMDATTKARAVDKAHSITDMIGYPDYILNKNDLNKKYKGLNVSESDYFRNTLAHSQFVFVESLKKLFKKVNLTQWSMTPPTVNAYYTPVKNQIVFPSGLLQNPFFALDYPKSLNFGAMGVVMGHELSHAFDDEGRKYDKNGNMVDWWLNSTTLNFKNKLTCMTQQYSHYTLHN--ESVDGNITVGENIADNGGLKASYRAYTKWLEENTIPEVRLPGIKLNSRQLFF-----VWCSSSTKETDHFQLMEDHHSPGKFRVLGPLSNFKEFANVFLCSPYSKMNPKERCEI 794          
BLAST of EMLSAG00000006703 vs. L. salmonis peptides
Match: EMLSAP00000007047 (pep:novel supercontig:LSalAtl2s:LSalAtl2s3:1196101:1219563:1 gene:EMLSAG00000007047 transcript:EMLSAT00000007047 description:"maker-LSalAtl2s3-snap-gene-12.11")

HSP 1 Score: 389.808 bits (1000), Expect = 4.711e-124
Identity = 231/723 (31.95%), Postives = 357/723 (49.38%), Query Frame = 0
Query:   35 QKTTLEKFLIILLLFSLLLILILILSWSFKSENKI--------------CLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQ--TEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKC 741
            ++T+LE+ L+ +    +LLI+++I+    ++E  +              C T +C+ ++  LL  M                  N +  I +D++  S F ++ D+L   ++ +LE +  E D     +V++ Y++CMN   +E +   P+++ +  L                                                ++  DQ + GL SR+Y +      ++  Y+ YM +V  LLGA+   A  Q +  + FE  +AN S+P+ +R N   +Y  + L D+   +P +N+ DY +                                 K+ + NY++WR   + +  L         E+R+ + G      RW KCV  A   +G  VG L++   F  D+K   + M+  I++ F  +L+E  WMDE+TR  A +K  ++ E I YPE I     L + Y+ L I    + +N  ++  +  S   +KLR  +DK  W+   EPAVVNAFY+  +N I FPAGILQ +F++++ P  +NYG IG VIGHEITHGFDD+GRQ D  GNL  WW   T  +F   AQCII QY  Y    + +++NG  TQGENIADNGGLK+A+RAY  W  ++G+E+ LPGLN   +QLF+L+ A  WC   RP+  K +I    HSPG  RV G  SN  +F++ + CP G+ MNP  KC
Sbjct:   39 RRTSLERLLLCICGILVLLIVVMIILSIVRNERPLGPYPQPPAPIPHSKCTTPDCIASAHSLLQNM------------------NPESRIADDKTYKSQFSIIGDELDEQIRDILESNGTENDSLVFNQVRSIYQACMNEDSLEGLGLEPMLKELKSL------------------------------------------------VMGFDQASLGL-SREYLVQGFESENVNYYYSYMQKVAVLLGASPEEAATQLKESLLFEMKLANASLPKEERRNASKLYNPMKLIDVDDLMPGVNFTDYVNE-------------------------------PKRNVANYLLWRIASQGLFVLNKAAREISLEYRKNVTGTPADAPRWKKCVGAAGS-LGTVVGHLYVSKYFKEDAKHNMMEMVKYIKKEFKKILQEITWMDEQTRTRAINKLAAIKEYIAYPEEIMKVENLEELYKGLKINNNTYFENEKSLSLWSYSYLWKKLREKIDKTDWKRHAEPAVVNAFYSSIENSIQFPAGILQGVFFNKNRPHYMNYGSIGWVIGHEITHGFDDRGRQSDSNGNLNDWWEMETKKKFLEKAQCIIWQYGNYTSKAVNVSLNGVNTQGENIADNGGLKEAYRAYVSWESVHGQENSLPGLNFNSRQLFWLSAANNWCSKFRPKVLKNRILTGYHSPGAFRVRGTFSNLKEFSQDFKCPLGTNMNPINKC 662          
BLAST of EMLSAG00000006703 vs. L. salmonis peptides
Match: EMLSAP00000000064 (pep:novel supercontig:LSalAtl2s:LSalAtl2s100:449072:453177:1 gene:EMLSAG00000000064 transcript:EMLSAT00000000064 description:"maker-LSalAtl2s100-snap-gene-4.23")

HSP 1 Score: 386.726 bits (992), Expect = 1.999e-123
Identity = 226/701 (32.24%), Postives = 359/701 (51.21%), Query Frame = 0
Query:   51 LLLILILILSWSFKSENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGW------PVVDPYWTSHNWTIERVIGILKK-NFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEE-DLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
             +L+  L L  S  +E K C+T+ C  T+  +L  M+ + DPC  F+Q+ACG +  K V     S ++TF  + + L+  LK LLE +    D +  + V+NFY++C+N + +E +   PL + I  LGGW        V    T +NWT +  + IL++  ++    +E  +  D  N S  I+ ID   FG+  RD+ +    D +++AY  YM +    LG N T   E  Q+++ FE  +AN++    +RIN   +Y ++ +K+L    P I W  Y ++ + I  +   ++I+ Y   Y   L +L+ +T  K++ +Y+ WR +   +P L    ++    F   L G    + R   C++  + K+  AVGA+++R  F   SKE    M+  +R+ F  +L    W+ EET+  A +KA++M E I YP    N  +L + Y+ L++  + +  NL                                          + PAG+LQ LF+S   P  LN G +G +IGHEITHGFD  GRQ+ K G L+ WW+N+T+  F N +QC ++QY  Y I ++    NG+ T  ENIADNGG++ A++A+ +W   N +  +LLPGLN T  QLF+L+ A +WC     +  ++ +    HS    RV    SN   FA  +SCP  S MNP ++C V
Sbjct:    9 FILVSTLSLIGSVFTE-KYCVTEACNDTAKTILFNMNKSVDPCDDFYQFACGGFVNKTVFRPGESRLNTFSEIRNLLKNQLKTLLEMNPTSNDIKPFVMVRNFYQACINETAMEMVGLKPLQETILSLGGWLDTEDKSDVSTKGTKYNWTSD--LKILREYGYSTNFIMEFHIFQDLNNHSKRILLIDTPGFGI-YRDFLVKGRGDFEVEAYFKYMKDAAVFLGHNLTDVQENLQSILNFEIQMANLTKSIDERINITELYNRMQIKNLTQLNPCIPWIQYINSFLKITQVQKEDEIIVYEPAYISGLYRLMNKTSLKVVKDYVRWRFIESSLPELNKAAQNISNAFNDELSGTNGQKERDITCIEIVSDKLEHAVGAMYVRTFFKESSKENIKDMVESVRQVFYKILNNTNWVGEETKRTALEKAHAMFEHIAYPSEYLNDTKLEELYQELNLENLTYFKNL-----------------------------------------QILPAGVLQGLFFSADRPNYLNLGTMGWIIGHEITHGFDSNGRQYTKDGVLENWWDNQTVTNFLNRSQCFVEQYGNYSIKNVNQTNNGKRTLHENIADNGGIRAAYQAFIEWKNNNTKSIELLPGLNFTSNQLFWLSGANMWCSKNLKKVEESLVLTDEHSLATARVDLSFSNHEGFALDFSCPNDSPMNPPERCRV 664          
BLAST of EMLSAG00000006703 vs. L. salmonis peptides
Match: EMLSAP00000000565 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1093:286030:293067:1 gene:EMLSAG00000000565 transcript:EMLSAT00000000565 description:"maker-LSalAtl2s1093-snap-gene-1.20")

HSP 1 Score: 380.948 bits (977), Expect = 2.110e-120
Identity = 217/694 (31.27%), Postives = 362/694 (52.16%), Query Frame = 0
Query:   70 CLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIE---RISDTPLVQAINGLGGWPVVDPYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALL-------GANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVM-GIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKK------MGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENL-SITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDI--QLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGL-NLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSC-PKGSRMNPEQKC 741
            C T+ C  ++  ++  MD    PC  F+++ CG + + +  P+ +S  S F  +++ +      +LE + ++   E   K +++YKSC+N+S I    +     +  +   LGG+P+++  W     + E  +G +  ++  GI I+ +V  D +N++ HI+ +DQ + GL   ++   E+    +KAY    +     L         +     E  +++ +FEK+IA I VPE  R N+ A+Y  +SL  +     +I W  YF+ ++ G   I +N++I+     YF+ L +LL +TD KII+NY+ WR +L+ +P+ P +       F +  +G+    +R + C             +G AV   +I+  F+ DSK     M+  ++ +F +L+ E+ WMD+ET+  AK+K +SM + +GYP+++  ++ + ++Y+ L  + P   L+N+                      K+    AV             FPAGILQ  F+    P       IGVVIGHEITHGFDD+G Q+D  GNL +WW+N ++  F    +CII+QYS + + +I  +  +NG +TQGEN  D GGL+++FRAY KWV  N +E  LP L   T +Q+FF+ Y+Q WC        + +I +  HSPG  R  GP+SNS  F++A++C P     N E  C
Sbjct:   81 CTTEVCKTSAKSIISKMDVNVSPCEDFYEFTCGKYVKDNTNPDGQSDXSIFADLSNDIMTTTLEILEANDDDVP-EVVKKARSYYKSCINMSSINDEGKKQYKTIFGSKGALGGYPILNSQWNLEEKSKELALGRVLYDYNEGILIQSYVYLDAQNTAQHILYMDQASLGLLRINFVDSEKYKEIIKAYRTLQSSTAETLFKYLDINKPDDDKLNEDLESMFQFEKAIAGIMVPEDQRRNSTAMYNPMSLAKIMKSYTQIKWKIYFNELLKGDNAIEENDKIIVAEPYYFEKLNELLNETDDKIIYNYIHWRILLQTLPNGPDEMREHYKTFLKDAMGIKKEVLRDNICAKRVAAPFDGMGGLGFAVAYEYIQKKFDDDSKNEVKKMVGGLKSSFKELVAESSWMDKETQNKAKEKVDSMVQSLGYPDWLKTESEIEKKYKELDELKPKTLLENI---------------------KKYNNAAAV------------TFPAGILQYPFFESSNPI------IGVVIGHEITHGFDDQGSQYDNNGNLVKWWSNSSLEAFQKEKECIIEQYSAFNVPEISEETYVNGVLTQGENXXDXGGLRESFRAYKKWVNSNNDEPKLPELEKYTSEQMFFIAYSQTWCQVKTKASLQNQILSDPHSPGKFRSWGPVSNSKSFSKAFNCKPSDPMNNGENSC 734          
BLAST of EMLSAG00000006703 vs. L. salmonis peptides
Match: EMLSAP00000001658 (pep:novel supercontig:LSalAtl2s:LSalAtl2s128:1881693:1892323:1 gene:EMLSAG00000001658 transcript:EMLSAT00000001658 description:"maker-LSalAtl2s128-snap-gene-19.19")

HSP 1 Score: 312.383 bits (799), Expect = 1.940e-98
Identity = 161/393 (40.97%), Postives = 231/393 (58.78%), Query Frame = 0
Query:  354 LLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQ--TEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWV-RINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            L+++T  ++  N++IW  +   M +L  +    + ++ + L G  T   RW  CV     ++G+ +G++++R  F   +K  A S++  I++ F  LL +N+W DEET+  A  K  +M+E IGYP  I N   ++  YE L +    + +N+ ++ ++       K+   +    W     P VVNAFYNP  N I  PAGILQ  F+S H P  LN+G IG+ IGHEITHGFDD GRQF+  G+L  WWN  T  +F N  +CII++Y  +    +   +NG  T GENIADNGGLK A+RAY  W+ + +  E LLPGLN T KQLF+++ A +WC  +R +  + KIR  VH+P   RVLG  SN V FAE + CP GS MNP+ KC V
Sbjct:    2 LIRKTPIRVQANFLIWSVISSSMSYLNEEARHIQFKYIQKLTGAKTMSERWKTCVGETKSRLGIHIGSMYVRQYFPEKAKTAAQSIVSYIKKEFEKLLRQNKWSDEETKAKALKKVKAMHENIGYPNEILNNTVIDILYEGLDLGESTYFENVHSLFKWTMDYVFLKIENEIKSYDWTDLVTPTVVNAFYNPLTNSINIPAGILQGNFFSLHRPNYLNFGAIGMAIGHEITHGFDDTGRQFNFEGDLFDWWNPSTKLKFINKTKCIIEEYGDFAYPKLNTTVNGVNTLGENIADNGGLKVAYRAYASWLNQTSFPEPLLPGLNFTEKQLFWISNANLWCTKIRGKTLEQKIRRDVHTPAMFRVLGAFSNMVKFAEDFQCPIGSPMNPKIKCEV 394          
BLAST of EMLSAG00000006703 vs. L. salmonis peptides
Match: EMLSAP00000009818 (pep:novel supercontig:LSalAtl2s:LSalAtl2s639:492787:496659:1 gene:EMLSAG00000009818 transcript:EMLSAT00000009818 description:"maker-LSalAtl2s639-augustus-gene-5.12")

HSP 1 Score: 311.997 bits (798), Expect = 7.574e-95
Identity = 199/703 (28.31%), Postives = 347/703 (49.36%), Query Frame = 0
Query:   51 LLLILILILSWSFKSENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVD-PYWT----SHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYI--GDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENL-SITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEP--AVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            L LI++L     F + NK+C +  C QT+  +L  MD+T +PC  F+ ++CG +  K ++P     ++      D L   +  L+ E+ N  + +    +K FYK+C++ ++IE +  TP+   +  +GGWPV++   W+    ++ W  E  + + K  F+   F+   V  D +N +  II +DQ   G      FLL+  +  +  Y  YM  +  LLGA +  A ++   V  F+KS+ NIS+ +    N    Y  + +KDL+     I+W  Y + ++    I     E++V Y   Y + L  L+ +T  ++  NYM+WR V + + +L  + +     F   + G      R   C     + +G+ + +++IR       K++++ +   ++  +   L E  WMD+ET+  A+ K   M   IGYP  + +   + + Y+ L S+       N+ +++ +  + +   LR+ V K+ W      A+ N  Y    N     AGI++ + Y++  PK +N+  +  + GHEITH FD  GR  ++ G  + WW+N T+  F +  QC+I+QY+ Y  SD    +NG       I ++                + +EDLLPGLN T +QL++++ A +WC    PE    +I    HSP   RV+GPLSN  +F++A+ C   + MN  +KC +
Sbjct:   15 LRLIIVLTTIKDFINXNKVCNSIGCQQTAKTILENMDSTVNPCDDFYAFSCGGFINKTIVPNGEEKVNVLTKTKDGLIRDINDLMNEELNSSELQIFKDLKTFYKTCIDENKIEELGVTPMKDILKQMGGWPVIECDSWSKPRQTYRWYNE-TLKLRKLGFSAKYFLNFLVETDIKNPNKRIIMLDQPYVGFSK---FLLQFGNDGIIEYIQYMVNMAXLLGATEEKARKEMLQVFEFQKSLMNISIKDP---NLTDQYELMKVKDLRKLDGCIDWQSYINGMISNSSIFVEKEEEVVVYGRSYIEKLKNLILKTPIRVQANYMLWRVVEDSLLYLNKEAQDIANNFVTPVFGYAPETDRTKVCYKIVEESIGIGMSSMYIRRYLAKIPKDLSVMLDTYLKNEYLKSLSEVSWMDDETKKRAEVKMRKMKILIGYPPELLSDVEMKKYYQGLQSLEKDKHFTNMLSLMHYSKTKDYSLLRVPVTKNHWTKSGTIAIGNGAYRSLVNAYEIYAGIIRGIIYAEDRPKYINFALLAFIAGHEITHAFDVHGRTINEKGEEENWWSNATLTMFEDKKQCLINQYNNYEHSD-DTPLNGEFLLISAIKND----------------DHDEDLLPGLNYTQEQLYWISSANLWCSVYNPEHIFNEIFDD-HSPNKYRVIGPLSNRPEFSKAFHCAANTPMNRTEKCQM 692          
BLAST of EMLSAG00000006703 vs. L. salmonis peptides
Match: EMLSAP00000004915 (pep:novel supercontig:LSalAtl2s:LSalAtl2s2594:1939:5295:-1 gene:EMLSAG00000004915 transcript:EMLSAT00000004915 description:"maker-LSalAtl2s2594-snap-gene-0.3")

HSP 1 Score: 286.574 bits (732), Expect = 5.999e-86
Identity = 196/693 (28.28%), Postives = 323/693 (46.61%), Query Frame = 0
Query:   86 MDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPY------WTSHNWTIERVIGILKKN-FTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQ-------FDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRIN---------------------GEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            M+ +ADPC  F+Q+ACG +  K V+  D   ++TF  ++D+  + LK   +      D +  + V+N Y++C+N + IE     PL + I+ LGGW               +NWT +  + +L++N ++  I +E                                      LKAY  YM +   LLG N T    + QN++ FE  +AN++  + ++ +   +Y K+ +K+L T  P I+W DY ++ +    + + + ++     Y K L  L+  +  +++ +Y  WR +   +P+L    ++    F   L G  + +     C+   + K+  AVGA+++RD F   SK+    MIH IR     +L    W+ EET+  A DKA+++   + YP    +  +L + Y+ L +  VN  D + N                        +  +VNAFY+   N +V PA ILQ L +S   P  LN G IG +IGHEITH  D   R+       +D+  NL     ++TI  F      ++ +   +    +   I+G +T GENIADNGG+++A++AY +W   N                     G  ++LPGLN T  QLF+L+ A +WC  +R +  +  I+   HS    R+    SN+ DF   ++ P  S+MNP +KC V
Sbjct:    1 MNNSADPCDDFYQFACGGFLNKTVVKSDEIKVNTFSEISDR--VTLKHYWKXXSTTEDTKPFVLVRNLYRACINETAIETAGLEPLQKMISKLGGWLDTKDIHDMLRKGKKYNWTTD--LKLLRENXYSTNILLE--------------------------------------LKAYFQYMKDAAVLLGHNLTEVEGKLQNILDFEIKMANLTKSKDEKKDISVLYNKMQIKNLTTLNPCIDWLDYINSFLKTTQVQNEDNVIVSEPSYVKNLYGLMFDSSLEVVKDYARWRVIESSIPNLNAAAQNISEAFSNNLYGTSSKQSIEITCIQLVSNKLKHAVGAMYVRDFFKESSKKNIKDMIHSIRLELYKILANATWLGEETKKNALDKAHAIFVHVAYPSEYLDDTKLEELYKGLDLDAVNKTDWVNN-----------------------GKGVIVNAFYSGLNNALVLPAAILQGLVFSADRPNYLNLGAIGWIIGHEITH--DQLTRKIKCIFLLWDRV-NLSAISKSKTIIVFVFFHIYMLFKRHFFCYKSVNKTIDGELTLGENIADNGGIREAYQAYLEWKNNNTGSIEILPGLNFTIEWKNNNTGSIEILPGLNFTSNQLFWLSGANMWCTKIRTKSEEMLIKTNPHSFPIARLDFSFSNNEDFVRDFNRPVDSKMNPSKKCRV 625          
BLAST of EMLSAG00000006703 vs. L. salmonis peptides
Match: EMLSAP00000002013 (pep:novel supercontig:LSalAtl2s:LSalAtl2s135:683680:686597:-1 gene:EMLSAG00000002013 transcript:EMLSAT00000002013 description:"maker-LSalAtl2s135-snap-gene-6.23")

HSP 1 Score: 269.626 bits (688), Expect = 6.513e-80
Identity = 156/451 (34.59%), Postives = 248/451 (54.99%), Query Frame = 0
Query:  303 IYTKISLKDLKTEVPEINWNDYFDTVMGIGYI---GDNEQIVSYSMPYF-KLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYP-EYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKW--QTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDL--LPGL-NLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            +Y K+S+K+L    P + W DY +  +    I   G +E IV+   PY+ + L  ++K T  K+++N++ W+ V   +P+L  +    R ++   + G      R   CV+ ANK +  AVGA+++R  F   SKE    MI + RE F  ++ E++WM   T+  A +KA +M   +GYP EY+ N   L + Y  L +  +++  N   I  F+   + + L   V+K  W    E AVVNA+Y+ ++N ++FPAG+LQ +F+S   P  LN GGIG +IGHEI+HGFD+ G Q DK GNL  WW+N T   +    +C+  QY  Y +  + + ++G  T  ENIADN G++ A+  + KW     E ++  LPG  N T  Q F+L+ A  +C  M  +  K +     ++P   R++G  SN  +F+  ++C  GS+MN  +KC +
Sbjct:  168 LYNKMSIKNLSNLNPCVPWLDYINIFLTKELIQVNGSDEIIVT--EPYYVRNLYNVMKNTSLKVVNNFVRWKIVQNSIPYLNKEASIIREKYISKIYGTSGPIDRSLICVEEANKNLQNAVGAMYVRSFFKNGSKEDVEEMIGNTREVFYQMIIESDWMTNGTKASALEKALAMFNHVGYPAEYLDNDT-LTERYNGLELNSLDYFGNKHRIWTFDLDFSIKSLNKRVNKTSWIYNGESAVVNAYYSTDENSLIFPAGMLQGMFFSVDRPTYLNLGGIGWIIGHEISHGFDNVGSQIDKDGNLFNWWDNVTAQIYEEKIKCLKYQYGNYTVESVNVTVDGEYTLEENIADNMGIRNAYLTFLKWKTSQTERNIEYLPGFDNYTINQAFWLSAANDYCIKMTSKTEKQRAETLPYAPEIYRIIGSFSNQPEFSSDFNCLAGSKMNRTEKCKL 615          

HSP 2 Score: 87.4261 bits (215), Expect = 4.461e-18
Identity = 45/117 (38.46%), Postives = 64/117 (54.70%), Query Frame = 0
Query:   65 SENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGW 181
            S  K C TQ C  T+  LL  ++ + +PC  F+QYACG +  + VIP  R  I     +  +L   LK +LE + +  +  A +  +NFYKSC+N SQIE     PL   ++ LGGW
Sbjct:   21 SSKKYCTTQACNDTAKKLLLNINPSINPCEDFYQYACGGFVNRTVIPPGRKGIDIASELTRKLNKQLKTVLEANSSSNEPGAFITARNFYKSCVNESQIEVQGLQPLKDILSKLGGW 137          
BLAST of EMLSAG00000006703 vs. SwissProt
Match: gi|81906778|sp|Q9JLI3.1|MMEL1_MOUSE (RecName: Full=Membrane metallo-endopeptidase-like 1; AltName: Full=NEP2(m); AltName: Full=Neprilysin II; Short=NEPII; AltName: Full=Neprilysin-2; Short=NEP2; Short=NL2; AltName: Full=Neprilysin-like 1; Short=NL-1; AltName: Full=Neprilysin-like peptidase; Short=NEPLP; AltName: Full=Soluble secreted endopeptidase; Contains: RecName: Full=Membrane metallo-endopeptidase-like 1, soluble form; AltName: Full=Neprilysin-2 secreted; Short=NEP2(s))

HSP 1 Score: 580.482 bits (1495), Expect = 0.000e+0
Identity = 293/700 (41.86%), Postives = 433/700 (61.86%), Query Frame = 0
Query:   62 SFKSENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTSH---NWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDL-KAYHIYMTEVGALLGANKTYA------YEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTE--VPEINWNDYFDTVMGIGYIG--DNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYI--TNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYS--TYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            S KS+  IC T  CV  +A +L  MD + +PC  F+QYACG W R HVIPE  S  S F+++ D+L++ILKG+LE+  ++    A  K K  Y+SCMN S IE+    PL+  +  +GGWPV    W       W +ER + +L   F   + I+ ++  DD+NSS H+I IDQ T G+PSR+Y+  E+++  + KAY  +MT V  +L  ++  +       E+   V+  E  +AN +VP+  R +  A+Y ++ L +L+    +   NW  +   V+    +    +E++V Y +PY + L  ++     + + NY++WR VL+ +  L  +++  R ++R+ L G     +RW +CV + N  M  AVG+L+I+  F+ DSK     +I  IR  F D L+E  WMDEE++  A++KA ++ E+IGYP+YI   N   L++EY +L+     + +N    L+  A  + +KLR  VD++ W    AVVNAFY+PN+N IVFPAGILQP F+S+  P+SLN+GGIG+VIGHEITHGFDD GR FDK GN+  WW+N +   F   +QC+I QY   ++ ++D Q N+NG  T GENIADNGG++QA++AY +W+   G++  LPGLNLT+ QLFF+NYAQ+WCGS RPE A   I+  VHSP   RVLG L N   F+EA+ CP+GS M+P ++C +
Sbjct:   69 SLKSD--ICTTPSCVIAAARILENMDQSRNPCENFYQYACGGWLRHHVIPETNSRYSVFDILRDELEVILKGVLEDSTSQHR-PAVEKAKTLYRSCMNQSVIEKRDSEPLLSVLKMVGGWPVAMDKWNETMGLKWELERQLAVLNSQFNRRVLIDLFIWNDDQNSSRHVIYIDQPTLGMPSREYYFQEDNNHKVRKAYLEFMTSVATMLRKDQNLSKESAMVREEMAEVLELETHLANATVPQEKRHDVTALYHRMDLMELQERFGLKGFNWTLFIQNVLSSVEVELFPDEEVVVYGIPYLENLEDIIDSYSARTMQNYLVWRLVLDRIGSLSQRFKEARVDYRKALYGTTVEEVRWRECVSYVNSNMESAVGSLYIKRAFSKDSKSTVRELIEKIRSVFVDNLDELNWMDEESKKKAQEKAMNIREQIGYPDYILEDNNKHLDEEYSSLTFYEDLYFENGLQNLKNNAQRSLKKLREKVDQNLWIIGAAVVNAFYSPNRNQIVFPAGILQPPFFSKDQPQSLNFGGIGMVIGHEITHGFDDNGRNFDKNGNMLDWWSNFSARHFQQQSQCMIYQYGNFSWELADNQ-NVNGFSTLGENIADNGGVRQAYKAYLRWLADGGKDQRLPGLNLTYAQLFFINYAQVWCGSYRPEFAVQSIKTDVHSPLKYRVLGSLQNLPGFSEAFHCPRGSPMHPMKRCRI 764          
BLAST of EMLSAG00000006703 vs. SwissProt
Match: gi|114150029|sp|P0C1T0.1|MMEL1_RAT (RecName: Full=Membrane metallo-endopeptidase-like 1; AltName: Full=NEP2(m); AltName: Full=Neprilysin II; Short=NEPII; AltName: Full=Neprilysin-2; Short=NEP2; Short=NL2; Contains: RecName: Full=Membrane metallo-endopeptidase-like 1, soluble form; AltName: Full=Neprilysin-2 secreted; Short=NEP2(s))

HSP 1 Score: 580.096 bits (1494), Expect = 0.000e+0
Identity = 292/695 (42.01%), Postives = 428/695 (61.58%), Query Frame = 0
Query:   66 ENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTSH---NWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALL------GANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTE--VPEINWNDYFDTVMGIGYIG--DNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYI--TNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYM--ISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            ++ IC T  CV  +A +L  MD +  PC  F+QYACG W R HVIPE  S  S F+++ D+L++ILKG+LE+   +    A  K K  Y+SCMN S IE+    PL+  ++ +GGWPV    W       W +ER + +L   F   + I+ ++  DD+NSS H+I IDQ T G+PSR+Y+  E+S R  +AY  +MT V  +L              E+   V+  E  +AN +VP+  R +  A+Y ++ L++L+    +   NW  +   V+    +    NE++V Y +PY + L +++     + + NY++WR VL+ +  L  +++  R ++R+ L G     +RW +CV + N  M  AVG+L+I+  F+ DSK I   +I  IR  F D L+E  WMDEE++  A++KA ++ E+IGYP+YI   N   L++EY +L+ +   + +N    L+  A  + +KLR  VD++ W    AVVNAFY+PN+N IVFPAGILQP F+S+  P++LN+GGIG+VIGHEITHGFDD GR FDK GN+  WW+N +   F   +QC+I QYS +   ++D Q N+NG  T GENIADNGG++QA++AY +W+   G +  LPGLNLT+ QLFF+NYAQ+WCGS RPE A   I+  VHSP   +VLG L N   F+EA+ CP+GS M+P  +C +
Sbjct:   81 KSDICTTPSCVIAAARILQNMDQSKKPCDNFYQYACGGWLRHHVIPETNSRYSVFDILRDELEVILKGVLEDSSVQHR-PAVEKAKTLYRSCMNQSVIEKRDSEPLLNVLDMIGGWPVAMDKWNETMGPKWELERQLAVLNSQFNRRVLIDLFIWNDDQNSSRHVIYIDQPTLGMPSREYYFKEDSHRVREAYLQFMTSVATMLRRDLNLPGETDLVQEEMAQVLHLETHLANATVPQEKRHDVTALYHRMGLEELQERFGLKGFNWTLFIQNVLSSVQVELLPNEEVVVYGIPYLENLEEIIDVFPAQTLQNYLVWRLVLDRIGSLSQRFKEARVDYRKALYGTTMEEVRWRECVSYVNSNMESAVGSLYIKRAFSKDSKSIVSELIEKIRSVFVDNLDELNWMDEESKKKAQEKALNIREQIGYPDYILEDNNRHLDEEYSSLTFSEDLYFENGLQNLKNNAQRSLKKLREKVDQNLWIIGAAVVNAFYSPNRNLIVFPAGILQPPFFSKDQPQALNFGGIGMVIGHEITHGFDDNGRNFDKNGNMLDWWSNFSARHFRQQSQCMIYQYSNFSWELADNQ-NVNGFSTLGENIADNGGVRQAYKAYLQWLAEGGRDQRLPGLNLTYAQLFFINYAQVWCGSYRPEFAIQSIKTDVHSPLNAQVLGSLQNLPGFSEAFHCPRGSPMHPMNRCRI 773          
BLAST of EMLSAG00000006703 vs. SwissProt
Match: gi|74958781|sp|O44857.2|NEPL2_CAEEL (RecName: Full=Neprilysin-2)

HSP 1 Score: 579.711 bits (1493), Expect = 0.000e+0
Identity = 283/693 (40.84%), Postives = 434/693 (62.63%), Query Frame = 0
Query:   62 SFKSENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCE--ATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGY--------IGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPH-LPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            ++K  + +CL+  C++T++ +L +M+++ DPC  F+++ACG W + H IP+D  S+S FE +   L+  LK LL+E+   +D E  A  K K FY  C+N S+I     T   + +   GGWP +  +    + +IE +   +   F      +  V PDD+NS  H++ IDQ    L +RD+++  E++  + AY   + +V  LL A++T A    + +I FE ++ANI++ +  R +   +YTKI+L +++  +P  NW  +F+ +    +          DN ++V Y   + + L  L+ Q D ++I NY+ W    + M   LP  +  T  +F + L  +   ++RWH CV   N  M MA  A++++++F++++K+    MI  I E+F DLL   +W+ +ET+  AK K N M  +IGYP+Y+ + A +N EY+   + P ++    F+       +   ++  AVD+++W    A+VNAFY+PN N+I+FPAGILQP+FYS+ FP S+N+GGIGVVIGHEITHGFDD+GR +D  GN++QWW+N TI++F + AQCI  QYS+Y++  I + ING+ T+GENIADNGGLKQA+RAY K+ + +     LPG+NLTH QLFFLNYAQIWCG+M  ++A  K+R + HSPGPIRV GPLSNS DFA+AY+C  GS+MNP +KC V
Sbjct:   45 NYKDSSDVCLSPGCIKTASVILSSMNSSVDPCDDFYEFACGQWIKGHPIPDDAPSVSNFENLGQDLEFALKELLDENDEPYDYETSAVGKAKYFYNLCLNESEILDNWRTTFDEVVKSFGGWPSLG-HQMKPDASIEMLYADMVAKFKADSLFKATVQPDDKNSQRHVLLIDQPQLNLFARDFYVAAENEERM-AYLQLIRDVLILLDADRTRATLDAKEIIDFETALANITMADEHRHDIAELYTKITLGEMRRSLPHFNWPLFFNRMFKDLHEKNGKRITFDDNTEVVVYGYEFLRRLDVLIPQYDNRLIVNYLEWCWFFKTMLRDLPDPFALTIFKFYKTLNIMNVQKVRWHGCVTRINSLMPMATSAIYVKNHFDHEAKQQVEEMISLIMESFVDLLLSEDWLTKETKQTAKQKVNEMKRKIGYPDYLNDPAAVNNEYKTFKVYPGHYYQTKFSFYEQYQRDVLERITEAVDRERWVAGAALVNAFYSPNTNEIIFPAGILQPVFYSKDFPSSMNFGGIGVVIGHEITHGFDDRGRLYDNLGNIRQWWDNATISKFEHKAQCIEKQYSSYVLDQINMQINGKSTKGENIADNGGLKQAYRAYKKYEKRHSRPPRLPGVNLTHDQLFFLNYAQIWCGTMNDKEAIRKLRTSEHSPGPIRVKGPLSNSYDFAKAYNCEPGSQMNPREKCRV 735          
BLAST of EMLSAG00000006703 vs. SwissProt
Match: gi|114150028|sp|Q495T6.2|MMEL1_HUMAN (RecName: Full=Membrane metallo-endopeptidase-like 1; AltName: Full=Membrane metallo-endopeptidase-like 2; AltName: Full=NEP2(m); AltName: Full=Neprilysin II; Short=NEPII; AltName: Full=Neprilysin-2; Short=NEP2; Short=NL2; Contains: RecName: Full=Membrane metallo-endopeptidase-like 1, soluble form; AltName: Full=Neprilysin-2 secreted; Short=NEP2(s))

HSP 1 Score: 578.17 bits (1489), Expect = 0.000e+0
Identity = 290/695 (41.73%), Postives = 431/695 (62.01%), Query Frame = 0
Query:   67 NKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTSH---NWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLK-AYHIYMTEVGALLGAN------KTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTE--VPEINWNDYFDTVMGIGYIG--DNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKA--RLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYM--ISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            +++C T  CV  +A +L  MD T +PC  F+Q+ACG W R+HVIPE  S  S F+V+ D+L++ILK +LE    + D  A  K +  Y+SCMN S IE+    PL+  +  +GGWPV    W       W +ER + ++   F   + I+ ++  DD+NSS HII IDQ T G+PSR+Y+    S+R ++ AY  +M  V  LL  +           E    V+  E  +A  +VP+ +R +  A+Y ++ L++L+++  +   NW  +  TV+    I    +E++V Y +PY + L  ++     + I NY++WR VL+ +  L  +++ TR  +R+ L G +   +RW +CV + N  M  AVG+L++R+ F  DSK +   +I  +R  F + L+E  WMDEE++  A++KA S+ E+IG+P+YI  +   RL++EY NL+ +   + +N    L+  A  + RKLR  VD + W    AVVNAFY+PN+N IVFPAGILQP F+S+  P++LN+GGIG+VIGHEITHGFDD GR FDK GN+  WW+N +   F   ++C+I QY  Y   ++D Q N+NG  T GENIADNGG++QA++AY KW+   G++  LPGL+LTH+QLFF+NYAQ+WCGS RPE A   I+  VHSP   RVLG L N   FA+ + C +G+ M+P+++C V
Sbjct:   86 SEVCTTPGCVIAAARILQNMDPTTEPCDDFYQFACGGWLRRHVIPETNSRYSIFDVLRDELEVILKAVLENSTAK-DRPAVEKARTLYRSCMNQSVIEKRGSQPLLDILEVVGGWPVAMDRWNETVGLEWELERQLALMNSQFNRRVLIDLFIWNDDQNSSRHIIYIDQPTLGMPSREYYFNGGSNRKVREAYLQFMVSVATLLREDANLPRDSCLVQEDMVQVLELETQLAKATVPQEERHDVIALYHRMGLEELQSQFGLKGFNWTLFIQTVLSSVKIKLLPDEEVVVYGIPYLQNLENIIDTYSARTIQNYLVWRLVLDRIGSLSQRFKDTRVNYRKALFGTMVEEVRWRECVGYVNSNMENAVGSLYVREAFPGDSKSMVRELIDKVRTVFVETLDELGWMDEESKKKAQEKAMSIREQIGHPDYILEEMNRRLDEEYSNLNFSEDLYFENSLQNLKVGAQRSLRKLREKVDPNLWIIGAAVVNAFYSPNRNQIVFPAGILQPPFFSKEQPQALNFGGIGMVIGHEITHGFDDNGRNFDKNGNMMDWWSNFSTQHFREQSECMIYQYGNYSWDLADEQ-NVNGFNTLGENIADNGGVRQAYKAYLKWMAEGGKDQQLPGLDLTHEQLFFINYAQVWCGSYRPEFAIQSIKTDVHSPLKYRVLGSLQNLAAFADTFHCARGTPMHPKERCRV 778          
BLAST of EMLSAG00000006703 vs. SwissProt
Match: gi|81918086|sp|Q4PZA2.1|ECE1_MOUSE (RecName: Full=Endothelin-converting enzyme 1; Short=ECE-1)

HSP 1 Score: 566.614 bits (1459), Expect = 0.000e+0
Identity = 287/738 (38.89%), Postives = 436/738 (59.08%), Query Frame = 0
Query:   12 LEANIGITSSSQRTKNCWQSFFHQKTTLEKFLIIL--LLFSLLLILILILSWSFKSENK-ICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLE-ESDRDLKAYHIYMTEVGALLGANKTYAYE-QFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRI-RWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            L+ N   + S QR   CW +    +T++EK L++L  LL + L+  +  L   +++    +CLT+ CV  ++ +L +MD T DPC  FF YACG W + + +P+  S   TF  + +  Q ++K LLE        EA  K + +Y++CMN ++IE +   PL++ I  LGGW +  P W   N+  +  + ++  ++    F   +V  D +NS++++IQ+DQ   GLPSRDY+L + E+++ L  Y  YM ++G LLG     A   Q Q ++ FE ++ANI++P+  R +   IY K++  +L+T  P INW  + +T+     I ++E IV Y   Y + +  L+  TDK +++NYM+W  V +    L  +++    +F  V+ G     I RW  CV      +G A+G +F++  F  DSK IA  +I +I++AF + L   +WMDEETR  AK+KA+++   IGYP +I +   L++ + + +  P  + +N      F       +LR A ++D+W   P +VNA+Y+P KN+IVFPAGILQ  FY++  P +LN+GGIGVV+GHE+TH FDD+GR++DK GNL+ WW N ++  F    +C++ QYS Y ++     +NGR T GENIADNGGLK A+RAY  WV+ NG E  LP L LT  QLFFL +AQ+WC    PE +   +    HSP   RV+G LSNS +F+E + CP GS MNP  KC V
Sbjct:   44 LQVNFRSSRSGQR---CWAA----RTSVEKRLVVLVTLLAAGLVACLAALGIQYQTRTPPVCLTEACVSVTSSILNSMDPTVDPCQDFFSYACGGWIKANPVPDGHSRWGTFSNLWEHNQAVIKHLLENATASVS-EAERKAQVYYRACMNETRIEELRAKPLMELIEKLGGWNITGP-WAKDNF--QDTLQVVTAHYRTSPFFSVYVSADSKNSNSNVIQVDQSGLGLPSRDYYLNKTENEKVLTGYLNYMVQLGKLLGGGDEDAIRPQMQQILDFETALANITIPQEKRRDEELIYHKVTAAELQTLAPAINWLPFLNTIFYPVEINESEPIVVYDKEYLRQVSTLINNTDKCLLNNYMMWNLVRKTSSFLDQRFQDADEKFMEVMYGTKKTCIPRWKFCVSDTENNLGFALGPMFVKATFAEDSKNIASEIIMEIKKAFEESLSTLKWMDEETRRSAKEKADAIYNMIGYPNFIMDPKELDKVFNDYTAVPDLYFENAMRFFNFSWRVTADQLRKAPNRDQWSMTPPMVNAYYSPTKNEIVFPAGILQAPFYTRSSPNALNFGGIGVVVGHELTHAFDDQGREYDKDGNLRPWWKNSSVEAFKQQTECMVQQYSNYSVNGEP--VNGRHTLGENIADNGGLKAAYRAYQNWVKKNGAEQTLPTLGLTSNQLFFLGFAQVWCSVRTPESSHEGLITDPHSPSRFRVIGSLSNSKEFSEHFRCPPGSPMNPHHKCEV 768          
BLAST of EMLSAG00000006703 vs. SwissProt
Match: gi|1706564|sp|P42893.2|ECE1_RAT (RecName: Full=Endothelin-converting enzyme 1; Short=ECE-1)

HSP 1 Score: 561.222 bits (1445), Expect = 0.000e+0
Identity = 284/738 (38.48%), Postives = 437/738 (59.21%), Query Frame = 0
Query:   12 LEANIGITSSSQRTKNCWQSFFHQKTTLEKFLIIL--LLFSLLLILILILSWSFKSENK-ICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLE-ESDRDLKAYHIYMTEVGALLGA-NKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVL-TGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            L+ N     S QR   CW +    +T++EK L++L  LL + L+  +  L   +++    +CLT+ CV  ++ +L +MD T DPC  FF YACG W + + +P+  S   TF  + +  Q I+K LLE +      EA  K + +Y++CMN ++IE +   PL++ I  LGGW +  P W   N+  +  + ++  ++    F   +V  D +NS++++IQ+DQ   GLPSRDY+L + E+++ L  Y  YM ++G LLG  ++     Q Q ++ FE ++ANI++P+  R +   IY K++  +L+T  P INW  + + +     I ++E IV Y   Y + +  L+  TDK +++NYM+W  V +    L  +++    +F  V+ G   T   RW  CV      +G A+G +F++  F  DSK IA  +I +I++AF + L   +WMDE+TR  AK+KA+++   IGYP +I +   L++ + + +  P  + +N      F       +LR A ++D+W   P +VNA+Y+P KN+IVFPAGILQ  FY++  P +LN+GGIGVV+GHE+TH FDD+GR++DK GNL+ WW N ++  F    +C++ QY+ Y ++     +NGR T GENIADNGGLK A+RAY  WV+ NG E +LP L LT  QLFFL +AQ+WC    PE +   +    HSP   RV+G LSNS +F+E + CP GS MNP  KC V
Sbjct:   37 LQVNFRSPRSGQR---CWAA----RTSVEKRLVVLVTLLAAGLVACLAALGIQYRTRTPPVCLTEACVSVTSSILNSMDPTVDPCQDFFSYACGGWIKANPVPDGHSRWGTFSNLWEHNQAIIKHLLE-NSTASASEAEKKAQVYYRACMNETRIEELRAKPLMELIEKLGGWNITGP-WAKDNF--QDTLQVVTAHYRTSPFFSVYVSADSKNSNSNVIQVDQSGLGLPSRDYYLNKTENEKVLTGYLNYMVQLGKLLGGGDEDSIRPQMQQILDFETALANITIPQEKRRDEELIYHKVTAAELQTLAPAINWLPFLNAIFYPVEINESEPIVVYDKEYLRQVSTLINSTDKCLLNNYMMWNLVRKTSSFLDQRFQDADEKFMEVMYGTKKTCLPRWKFCVSDTENNLGFALGPMFVKATFAEDSKNIASEIILEIKKAFEESLSTLKWMDEDTRRSAKEKADAIYNMIGYPNFIMDPKELDKVFNDYTAVPDLYFENAMRFFNFSLRVTADQLRKAPNRDQWSMTPPMVNAYYSPTKNEIVFPAGILQAPFYTRSSPNALNFGGIGVVVGHELTHAFDDQGREYDKDGNLRPWWKNSSVEAFKQQTECMVQQYNNYSVNGEP--VNGRHTLGENIADNGGLKAAYRAYQNWVKKNGAEQILPTLGLTSNQLFFLGFAQVWCSVRTPESSHEGLITDPHSPSRFRVIGSLSNSKEFSEHFRCPLGSPMNPRHKCEV 761          
BLAST of EMLSAG00000006703 vs. SwissProt
Match: gi|2499916|sp|P97739.1|ECE1_CAVPO (RecName: Full=Endothelin-converting enzyme 1; Short=ECE-1)

HSP 1 Score: 558.14 bits (1437), Expect = 0.000e+0
Identity = 285/738 (38.62%), Postives = 434/738 (58.81%), Query Frame = 0
Query:   12 LEANIGITSSSQRTKNCWQSFFHQKTTLEKFLIIL--LLFSLLLILILILSWSFKSENK-ICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLE-ESDRDLKAYHIYMTEVGALLGANKTYAYE-QFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVL-TGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            L+ N     SSQR   CW +    +T +EK LI+L  LL + L+  +  L   +++    +CL++ CV  ++ +L +M+ T DPC  FF YACG W + + +P+  S    F  + +  Q I+K LLE        EA  K + +Y++CMN ++IE +   PL++ I  LGGW +  P W   N+  +  + ++  ++    F   +V  D +NS+ ++I +DQ   GLPSRDY+L + E+++ L  Y  YM ++G LLG     A   Q Q ++ FE ++ANI++P+  R +   IY K++  +L+T  P INW  + +T+     I ++E IV Y   Y + +  L+  TDK +++NYMIW  V +    L  +++    +F  V+ G   T   RW  CV      +G  +G +F++  F  DSK IA  +I +I++AF + L   +WMDE+TR  AK+KA+++   IGYP +I +   L++ + + +  P  + +N      F       +LR A ++D+W   P +VNA+Y+P KN+IVFPAGIL   FY++  PK+LN+GGIGVV+GHE+TH FDD+GR++DK GNL+ WW N ++  F    +C+++QYS Y ++     +NGR T GENIADNGGLK A+RAY  WV+ NG E+ LP L LT+ QLFFL +AQ+WC    PE +   +    HSP   RV+G LSNS +F+E + CP GS MNP  KC V
Sbjct:   29 LQVNFRNFRSSQR---CWAT----RTQVEKRLIVLVALLAAGLVACLTALGIQYRTRTPPVCLSEACVSVTSSILNSMNPTVDPCQDFFSYACGGWIKANPVPDGHSRWGAFSNLWEHNQAIIKHLLENSTASVS-EAERKAQVYYRACMNETRIEELRAKPLMELIEKLGGWNITGP-WAKDNF--QDTLQVVTAHYRTSPFFSVYVSADSKNSNRNVIHVDQSGLGLPSRDYYLNKTENEKVLNGYLNYMVQLGKLLGGGDENAIRAQMQQILDFETALANITIPQEKRRDEELIYHKVTAAELQTLAPAINWLPFLNTIFYPVEINESEPIVVYDKEYLEQVSTLINTTDKCLLNNYMIWNLVRKTSSFLDQRFQDADEKFMEVMYGTKKTCLPRWKFCVSDTENNLGFGLGPMFVKATFAEDSKNIASEIILEIKKAFEESLSTLKWMDEDTRKSAKEKADAIYNMIGYPNFIMDPKELDKVFNDYTAVPDLYFENAMRFFNFSWRVTAEQLRKAPNRDQWSMTPPMVNAYYSPTKNEIVFPAGILPAPFYTRSSPKALNFGGIGVVVGHELTHAFDDQGREYDKDGNLRPWWKNSSVEAFKQQTECMVEQYSNYSVNGEP--VNGRHTLGENIADNGGLKAAYRAYQNWVKKNGAEETLPTLGLTNNQLFFLGFAQVWCSVRTPESSHEGLITDPHSPSRFRVIGSLSNSKEFSEHFQCPPGSPMNPRHKCEV 753          
BLAST of EMLSAG00000006703 vs. SwissProt
Match: gi|128065|sp|P07861.2|NEP_RAT (RecName: Full=Neprilysin; AltName: Full=Atriopeptidase; AltName: Full=Enkephalinase; AltName: Full=Neutral endopeptidase 24.11; Short=NEP; Short=Neutral endopeptidase; AltName: Full=Skin fibroblast elastase; Short=SFE; AltName: CD_antigen=CD10)

HSP 1 Score: 556.214 bits (1432), Expect = 0.000e+0
Identity = 291/712 (40.87%), Postives = 427/712 (59.97%), Query Frame = 0
Query:   53 LILILILSWSFKSENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWT---SHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRD-LKAYHIYMTEVGALLGANKTYAYEQFQ------NVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVP-EIN-----WNDYFDTVMGIGYIG--DNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPE-YITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYS--TYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            +I + +++     ++ IC + +C++++A L+  MD +A+PCT FF+YACG W +++VIPE  S  S F+++ D+L++ILK +L+E   E D  A  K K  Y+SC+N S I+     PL+  +  + GWPV    W      +WT E+ I  L   +   + I  +VG DD+NS+ HII  DQ   GLPSRDY+      ++   AY  +M  V  L+   +    ++ Q       V+  EK IAN +    DR +   +Y K++L  L+     EIN     W+++ + +M    I   + E++V Y+  Y   L  +L +   + + N M WR +++L+  L   Y+ +R  FR+ L G  +    W +C ++ N  M  AVG L++   F  +SK +   +I  IRE F   L++  WMD ET+  A++KA ++ ERIGYP+  I+N+ +LN EY  L+     + +N+   L+F  S   +KLR  VDKD+W +  AVVNAFY+  +N IVFPAGILQP F+S     SLNYGGIG+VIGHEITHGFDD GR F+K G+L  WW  ++   F + +QC++ QY   T+ ++  Q ++NG  T GENIADNGG+ QA+RAY  +V+ NGEE LLPGL+L HKQLFFLN+AQ+WCG+ RPE A   I+  VHSPG  R++G L NS +FA+A+ C K S MNPE+KC V
Sbjct:   40 IIAVTMIALYATYDDGICKSSDCIKSAARLIQNMDASAEPCTDFFKYACGGWLKRNVIPETSSRYSNFDILRDELEVILKDVLQEPKTE-DIVAVQKAKTLYRSCINESAIDSRGGQPLLTLLPDIYGWPVASQNWEQTYGTSWTAEKSIAQLNSKYGKKVLINFFVGTDDKNSTQHIIHFDQPRLGLPSRDYYECTGIYKEACTAYVDFMISVARLIRQEQRLPIDENQLSLEMNKVMELEKEIANATTKPEDRNDPMLLYNKMTLAKLQNNFSLEINGKPFSWSNFTNEIMSTVNINIQNEEEVVVYAPEYLTKLKPILTKYSPRDLQNLMSWRFIMDLVSSLSRNYKESRNAFRKALYGTTSETATWRRCANYVNGNMENAVGRLYVEAAFAGESKHVVEDLIAQIREVFIQTLDDLTWMDAETKKKAEEKALAIKERIGYPDDIISNENKLNNEYLELNYKEEEYFENIIQNLKFSQSKQLKKLREKVDKDEWISGAAVVNAFYSSGRNQIVFPAGILQPPFFSARQSNSLNYGGIGMVIGHEITHGFDDNGRNFNKDGDLVDWWTQQSANNFKDQSQCMVYQYGNFTWDLAGGQ-HLNGINTLGENIADNGGIGQAYRAYQNYVKKNGEEKLLPGLDLNHKQLFFLNFAQVWCGTYRPEYAVNSIKTDVHSPGNFRIIGTLQNSAEFADAFHCRKNSYMNPERKCRV 749          
BLAST of EMLSAG00000006703 vs. SwissProt
Match: gi|215274248|sp|O60344.4|ECE2_HUMAN (RecName: Full=Endothelin-converting enzyme 2; Short=ECE-2; Includes: RecName: Full=Methyltransferase-like region; Includes: RecName: Full=Endothelin-converting enzyme 2 region)

HSP 1 Score: 555.058 bits (1429), Expect = 0.000e+0
Identity = 271/679 (39.91%), Postives = 407/679 (59.94%), Query Frame = 0
Query:   67 NKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEES-DRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRI-RWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            +  CLT+ C++ +  +L ++D    PC  F+Q++CG W R++ +P+ RS  +TF  + DQ Q ILK LLE        EA  K + FY SC+ + +IE +   PL   I  +GGW +  P W   N+    V+  +   +    F   ++  D ++S++++IQ+DQ    LPSRDY+L   + ++ L AY  YM E+G LLG   T   EQ Q V+  E  +ANI+VP+  R +   IY K+S+ +L+   P ++W ++   ++    + D+E +V Y M Y + + +L+ +T+  I++NY+IW  V +    L  ++ES + +    L G     + RW  C+   +  +G A+G+LF++  F+  SKEIA  MI +IR AF + L +  WMDE+TR  AK+KA+++ + IG+P++I     L+  Y+   I+  +F  N+ N+  F A     +LR    +D+W   P  VNA+Y P KN+IVFPAGILQ  FY+++ PK+LN+GGIGVV+GHE+TH FDD+GR++DK GNL+ WW N ++A F N   C+ +QY+ Y ++  +L  NGR T GENIADNGGLK A+ AY  W+R +GEE  LP + LT+ QLFF+ +AQ+WC    PE +   +    HSP   RVLG LSNS DF   + CP GS MNP Q C V
Sbjct:  209 HSTCLTEACIRVAGKILESLDRGVSPCEDFYQFSCGGWIRRNPLPDGRSRWNTFNSLWDQNQAILKHLLENTTFNSSSEAEQKTQRFYLSCLQVERIEELGAQPLRDLIEKIGGWNITGP-WDQDNFM--EVLKAVAGTYRATPFFTVYISADSKSSNSNVIQVDQSGLFLPSRDYYLNRTANEKVLTAYLDYMEELGMLLGGRPTSTREQMQQVLELEIQLANITVPQDQRRDEEKIYHKMSISELQALAPSMDWLEFLSFLLSPLELSDSEPVVVYGMDYLQQVSELINRTEPSILNNYLIWNLVQKTTSSLDRRFESAQEKLLETLYGTKKSCVPRWQTCISNTDDALGFALGSLFVKATFDRQSKEIAEGMISEIRTAFEEALGQLVWMDEKTRQAAKEKADAIYDMIGFPDFILEPKELDDVYDGYEISEDSFFQNMLNLYNFSAKVMADQLRKPPSRDQWSMTPQTVNAYYLPTKNEIVFPAGILQAPFYARNHPKALNFGGIGVVMGHELTHAFDDQGREYDKEGNLRPWWQNESLAAFRNHTACMEEQYNQYQVNGERL--NGRQTLGENIADNGGLKAAYNAYKAWLRKHGEEQQLPAVGLTNHQLFFVGFAQVWCSVRTPESSHEGLVTDPHSPARFRVLGTLSNSRDFLRHFGCPVGSPMNPGQLCEV 882          
BLAST of EMLSAG00000006703 vs. SwissProt
Match: gi|51338732|sp|Q61391.3|NEP_MOUSE (RecName: Full=Neprilysin; AltName: Full=Atriopeptidase; AltName: Full=Enkephalinase; AltName: Full=Neutral endopeptidase 24.11; Short=NEP; Short=Neutral endopeptidase; AltName: Full=Skin fibroblast elastase; Short=SFE; AltName: CD_antigen=CD10)

HSP 1 Score: 554.673 bits (1428), Expect = 0.000e+0
Identity = 288/712 (40.45%), Postives = 427/712 (59.97%), Query Frame = 0
Query:   53 LILILILSWSFKSENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWT---SHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRD-LKAYHIYMTEVGALLGANKTYAYEQFQ------NVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVP-EIN-----WNDYFDTVMGIGYIG--DNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPE-YITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYM--ISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            +I + +++     ++ IC + +C++++A L+  MD + +PCT FF+YACG W +++VIPE  S  S F+++ D+L++ILK +L+E   E D  A  K K  Y+SC+N S I+     PL++ +  + GWPV    W      +WT E+ I  L   +   + I  +VG DD+NS+ HII  DQ   GLPSRDY+      ++   AY  +M  V  L+   ++   ++ Q       V+  EK IAN +    DR +   +Y K++L  L+     E+N     W+++ + +M    I   + E++V Y+  Y   L  +L +   + + N M WR +++L+  L   Y+ +R  FR+ L G  +    W +C ++ N  M  AVG L++   F  +SK +   +I  IRE F   L++  WMD ET+  A++KA ++ ERIGYP+  I+N+ +LN EY  L+     + +N+   L+F  S   +KLR  VDKD+W +  AVVNAFY+  +N IVFPAGILQP F+S     SLNYGGIG+VIGHEITHGFDD GR F+K G+L  WW  ++   F + +QC++ QY  +   ++  Q ++NG  T GENIADNGG+ QA+RAY  +V+ NGEE LLPGL+L HKQLFFLN+AQ+WCG+ RPE A   I+  VHSPG  R++G L NS +FA+A+ C K S MNPE+KC V
Sbjct:   40 IIAVTMIALYATYDDGICKSSDCIKSAARLIQNMDASVEPCTDFFKYACGGWLKRNVIPETSSRYSNFDILRDELEVILKDVLQEPKTE-DIVAVQKAKTLYRSCINESAIDSRGGQPLLKLLPDIYGWPVASDNWDQTYGTSWTAEKSIAQLNSKYGKKVLINFFVGTDDKNSTQHIIHFDQPRLGLPSRDYYECTGIYKEACTAYVDFMISVARLIRQEQSLPIDENQLSLEMNKVMELEKEIANATTKPEDRNDPMLLYNKMTLAKLQNNFSLEVNGKSFSWSNFTNEIMSTVNINIQNEEEVVVYAPEYLTKLKPILTKYSPRDLQNLMSWRFIMDLVSSLSRNYKESRNAFRKALYGTTSETATWRRCANYVNGNMENAVGRLYVEAAFAGESKHVVEDLIAQIREVFIQTLDDLTWMDAETKKKAEEKALAIKERIGYPDDIISNENKLNNEYLELNYREDEYFENIIQNLKFSQSKQLKKLREKVDKDEWISGAAVVNAFYSSGRNQIVFPAGILQPPFFSAQQSNSLNYGGIGMVIGHEITHGFDDNGRNFNKDGDLVDWWTQQSANNFKDQSQCMVYQYGNFSWDLAGGQ-HLNGINTLGENIADNGGIGQAYRAYQNYVKKNGEEKLLPGLDLNHKQLFFLNFAQVWCGTYRPEYAVNSIKTDVHSPGNFRIIGTLQNSAEFADAFHCRKNSYMNPERKCRV 749          
BLAST of EMLSAG00000006703 vs. Select Arthropod Genomes
Match: gb|EFA09825.2| (Endothelin-converting enzyme 2-like Protein [Tribolium castaneum])

HSP 1 Score: 971.844 bits (2511), Expect = 0.000e+0
Identity = 451/701 (64.34%), Postives = 555/701 (79.17%), Query Frame = 0
Query:   46 LLLFSLLLILILILSWSFK---SENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            L++FSL+L+ ++  + + +   S + +CLT+ECV+T+A LLGAMD TADPC  FFQYACG WN+KHVIPEDRSSISTFEVMADQLQ+ILKG+LEE  N  D EAT K K FY +CM+I QI +I D PL + + GLGGWPV  P WT  +++IE ++G ++  +  G+ IE+WVGPDD+NSS +IIQ+DQM   LPSRDY+L   S+ D+ AYH YMT +  LLGANKT A E+ Q V+ FE+ +AN S+PE DR +T AIY K++L++L+T VP+I W +Y  + + +  I D E +V+Y + YF  +GK+L +T++++IHNY++WR ++ L PH+   Y+  R EFR++L GVL+ R RW +CV+W NKK+GMAVGALFIRDNFN+DSKE AL+MIH IREAFN+LL EN+WMD+ETR VAK+KA++MNERIGYP+ ITNK  L +EY  L+IT   F+ N+ NIL+++A  N +KLR  VDKDKW TEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDK GN+ QWWNN TI  F    QCIIDQYS Y I ++ L +NGRMTQGENIADNGGLKQ+FRAY KWV  +GEE  LPGLNLTH QLFFLNYAQIWCGSMRPEDA TK+R++VHSPGPIRVLGPLSNS DFA+AY CP GS MNP  KCSV
Sbjct:   86 LIIFSLVLLFMVFSTRNHQCIDSRSSVCLTEECVRTAASLLGAMDHTADPCVDFFQYACGTWNKKHVIPEDRSSISTFEVMADQLQVILKGVLEEPINLEDNEATRKAKTFYNTCMDILQIRKIGDAPLREVLEGLGGWPVTKPDWTPPSFSIEVLLGKIRGVYNEGVLIEQWVGPDDKNSSVNIIQMDQMQLALPSRDYYLKASSEGDMTAYHKYMTNIAVLLGANKTTAKEELQEVVDFERRLANASLPEADRHDTSAIYRKLTLQELQTIVPQIKWLEYLRSFLDVD-IDDQEPVVAYGLSYFIEMGKILAETNQRVIHNYVLWRLIMSLSPHMIDDYQKERVEFRKILQGVLSERHRWSQCVEWTNKKLGMAVGALFIRDNFNHDSKETALTMIHTIREAFNELLAENDWMDDETRAVAKEKADAMNERIGYPQLITNKQELVKEYAALNITKTEFITNVLNILKYDAEQNLQKLRQPVDKDKWSTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKDGNMMQWWNNATIRAFRERTQCIIDQYSRYKIDEVGLYVNGRMTQGENIADNGGLKQSFRAYRKWVSQHGEEPDLPGLNLTHDQLFFLNYAQIWCGSMRPEDALTKVRSSVHSPGPIRVLGPLSNSWDFAKAYDCPLGSPMNPTNKCSV 785          
BLAST of EMLSAG00000006703 vs. Select Arthropod Genomes
Match: XP_016768898.1 (PREDICTED: neprilysin-2 isoform X1 [Apis mellifera])

HSP 1 Score: 952.584 bits (2461), Expect = 0.000e+0
Identity = 434/676 (64.20%), Postives = 539/676 (79.73%), Query Frame = 0
Query:   69 ICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVV-DPYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            +C+T+EC++T+A LL AMD TA PC  FFQYACG WNR+HVIPEDRSSISTFEV+A+QLQ+ILK +LEE  N  D  ATLK K FYKSCM+I +I  I DTPL + +  LGGWPVV  P W    +++E ++G L+  +  G+ +E+WVGPDD+NSSA+I+Q+DQM   LPSRDY+L + S+  L AYH YMT V  L+GAN+  A E+F  VI  EK +AN+S+PE DR +T AIY K++L++L+ E+P++ W++Y    +    I + E IV+Y+MPYF  +G+++K+TD++ +HNY++WR V+ +MPH+  +Y+  R EFR++LLG+L+ R RW +CV+W NKK+GMAVGALFIRDNFN++SKE AL MI  IREAFN+LL EN WMD ETR VAK+KANSMNERIGYPE++ +   L++EY  L+IT  +FL+N+  +LR++A +N  KLR  VDKDKW TEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDK GN+ QWWNN T+  F   AQCI+DQYS Y + ++ L ING+MTQGENIADNGGLKQ+FRAY KWV I+GEE LLPG+NLTH QLFFLNYAQIWCGSMRPEDA TKIR++VHSPGPIRVLGPLSNS DFA AY CP GS MNP QKC+V
Sbjct:  114 VCMTEECIRTAASLLSAMDRTAAPCVNFFQYACGTWNRRHVIPEDRSSISTFEVLANQLQVILKRILEEPPNNEDNNATLKAKMFYKSCMDIPRIREIGDTPLRKTLEFLGGWPVVVGPSWKPPPYSVEVLLGRLRGQYNEGVLLEQWVGPDDKNSSANILQLDQMQVALPSRDYYLKKSSESQLHAYHRYMTNVAVLMGANRQTAVEEFNRVINLEKQLANVSIPEDDRHDTSAIYRKLTLRELQREIPQLKWHEYLQEFIN-SPITEEEPIVAYAMPYFMQMGRIVKRTDRRTLHNYILWRLVMSIMPHMIDEYQQKRVEFRKILLGILSERDRWSQCVEWTNKKLGMAVGALFIRDNFNHESKETALEMIRTIREAFNELLAENHWMDNETRTVAKNKANSMNERIGYPEFLKDPVELSKEYVMLNITENHFLENVLAVLRYDAYHNLEKLRKPVDKDKWSTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKDGNMMQWWNNATVKAFRERAQCIVDQYSRYKLQEVDLYINGKMTQGENIADNGGLKQSFRAYKKWVSIHGEEPLLPGVNLTHDQLFFLNYAQIWCGSMRPEDALTKIRSSVHSPGPIRVLGPLSNSEDFARAYDCPPGSPMNPTQKCNV 788          
BLAST of EMLSAG00000006703 vs. Select Arthropod Genomes
Match: XP_006568117.1 (PREDICTED: neprilysin-2 isoform X2 [Apis mellifera])

HSP 1 Score: 952.584 bits (2461), Expect = 0.000e+0
Identity = 434/676 (64.20%), Postives = 539/676 (79.73%), Query Frame = 0
Query:   69 ICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVV-DPYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            +C+T+EC++T+A LL AMD TA PC  FFQYACG WNR+HVIPEDRSSISTFEV+A+QLQ+ILK +LEE  N  D  ATLK K FYKSCM+I +I  I DTPL + +  LGGWPVV  P W    +++E ++G L+  +  G+ +E+WVGPDD+NSSA+I+Q+DQM   LPSRDY+L + S+  L AYH YMT V  L+GAN+  A E+F  VI  EK +AN+S+PE DR +T AIY K++L++L+ E+P++ W++Y    +    I + E IV+Y+MPYF  +G+++K+TD++ +HNY++WR V+ +MPH+  +Y+  R EFR++LLG+L+ R RW +CV+W NKK+GMAVGALFIRDNFN++SKE AL MI  IREAFN+LL EN WMD ETR VAK+KANSMNERIGYPE++ +   L++EY  L+IT  +FL+N+  +LR++A +N  KLR  VDKDKW TEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDK GN+ QWWNN T+  F   AQCI+DQYS Y + ++ L ING+MTQGENIADNGGLKQ+FRAY KWV I+GEE LLPG+NLTH QLFFLNYAQIWCGSMRPEDA TKIR++VHSPGPIRVLGPLSNS DFA AY CP GS MNP QKC+V
Sbjct:  114 VCMTEECIRTAASLLSAMDRTAAPCVNFFQYACGTWNRRHVIPEDRSSISTFEVLANQLQVILKRILEEPPNNEDNNATLKAKMFYKSCMDIPRIREIGDTPLRKTLEFLGGWPVVVGPSWKPPPYSVEVLLGRLRGQYNEGVLLEQWVGPDDKNSSANILQLDQMQVALPSRDYYLKKSSESQLHAYHRYMTNVAVLMGANRQTAVEEFNRVINLEKQLANVSIPEDDRHDTSAIYRKLTLRELQREIPQLKWHEYLQEFIN-SPITEEEPIVAYAMPYFMQMGRIVKRTDRRTLHNYILWRLVMSIMPHMIDEYQQKRVEFRKILLGILSERDRWSQCVEWTNKKLGMAVGALFIRDNFNHESKETALEMIRTIREAFNELLAENHWMDNETRTVAKNKANSMNERIGYPEFLKDPVELSKEYVMLNITENHFLENVLAVLRYDAYHNLEKLRKPVDKDKWSTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKDGNMMQWWNNATVKAFRERAQCIVDQYSRYKLQEVDLYINGKMTQGENIADNGGLKQSFRAYKKWVSIHGEEPLLPGVNLTHDQLFFLNYAQIWCGSMRPEDALTKIRSSVHSPGPIRVLGPLSNSEDFARAYDCPPGSPMNPTQKCNV 788          
BLAST of EMLSAG00000006703 vs. Select Arthropod Genomes
Match: XP_006568118.1 (PREDICTED: neprilysin-2 isoform X3 [Apis mellifera])

HSP 1 Score: 946.036 bits (2444), Expect = 0.000e+0
Identity = 433/676 (64.05%), Postives = 538/676 (79.59%), Query Frame = 0
Query:   69 ICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVV-DPYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            +C+T+EC++T+A LL AMD TA PC  FFQYACG WNR+HVIPEDRSSISTFEV+A+QLQ+ILK +LEE  N  D  ATLK K FYKSCM+I +I  I DTPL + +  LGGWPVV  P W    +++E ++G L+  +  G+ +E+WVGPDD+NSSA+I+Q+DQM   LPSRDY+L + S+  L AYH YMT V  L+GAN+  A E+F  VI  EK +AN+S+PE DR +T AIY K++L++L+ E+P++ W++Y    +    I + E IV+Y+MPYF  +G+++K+TD++ +HNY++WR V+ +MPH+  +Y+  R EFR++LLG+L+ R RW +CV+W NKK+GMAVGALFIRDNFN++SK  AL MI  IREAFN+LL EN WMD ETR VAK+KANSMNERIGYPE++ +   L++EY  L+IT  +FL+N+  +LR++A +N  KLR  VDKDKW TEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDK GN+ QWWNN T+  F   AQCI+DQYS Y + ++ L ING+MTQGENIADNGGLKQ+FRAY KWV I+GEE LLPG+NLTH QLFFLNYAQIWCGSMRPEDA TKIR++VHSPGPIRVLGPLSNS DFA AY CP GS MNP QKC+V
Sbjct:  114 VCMTEECIRTAASLLSAMDRTAAPCVNFFQYACGTWNRRHVIPEDRSSISTFEVLANQLQVILKRILEEPPNNEDNNATLKAKMFYKSCMDIPRIREIGDTPLRKTLEFLGGWPVVVGPSWKPPPYSVEVLLGRLRGQYNEGVLLEQWVGPDDKNSSANILQLDQMQVALPSRDYYLKKSSESQLHAYHRYMTNVAVLMGANRQTAVEEFNRVINLEKQLANVSIPEDDRHDTSAIYRKLTLRELQREIPQLKWHEYLQEFIN-SPITEEEPIVAYAMPYFMQMGRIVKRTDRRTLHNYILWRLVMSIMPHMIDEYQQKRVEFRKILLGILSERDRWSQCVEWTNKKLGMAVGALFIRDNFNHESK-TALEMIRTIREAFNELLAENHWMDNETRTVAKNKANSMNERIGYPEFLKDPVELSKEYVMLNITENHFLENVLAVLRYDAYHNLEKLRKPVDKDKWSTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKDGNMMQWWNNATVKAFRERAQCIVDQYSRYKLQEVDLYINGKMTQGENIADNGGLKQSFRAYKKWVSIHGEEPLLPGVNLTHDQLFFLNYAQIWCGSMRPEDALTKIRSSVHSPGPIRVLGPLSNSEDFARAYDCPPGSPMNPTQKCNV 787          
BLAST of EMLSAG00000006703 vs. Select Arthropod Genomes
Match: EAL39199.3 (AGAP009791-PA, partial [Anopheles gambiae str. PEST])

HSP 1 Score: 911.753 bits (2355), Expect = 0.000e+0
Identity = 431/682 (63.20%), Postives = 527/682 (77.27%), Query Frame = 0
Query:   62 SFKSENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            S +S N ICLT ECV+T++ LL AMD TADPC  FFQ+ACG WN+ HVIPEDRSSISTFEV+ADQ Q ILKG+LEE  N+ D  AT K K FYKSCMN+ QI  +    L +++  LGGWPV++  WT  + +IE ++G L   +     +E +VG DD+NSS +IIQ+DQ+   LPSRDY+L E S+ D+KAYH YMT++  L+GA+K  A E+ Q ++ FE  +AN ++PE DR +T AIYTKI+L +L+  VP+INW +Y  T +G   +  NE IVSY+MPY   LGK+L+ TD++I+HNY IWR V+ +M H+   Y+  R EFRR LLG+ + R RW +CV+W NKK+GMAVGALFIRDNFN +SKE AL+MIH IREAFN+LL + +WMD+ETR VAK+KA++MNERIGYP+ +TN   L +EY NL+I    FL+N+ +IL++EA  N + LR  VDK+KW TEPAVVNAFYNPNKNDIVFPAGILQPLFYSQ+FPKSLNYGGIGVVIGHEITHGFDDKGRQFDK GN+ QWWNN TI  F   AQCIIDQYS Y I ++ L ++GRMTQGENIADNGGLKQ++RAY KWV  +G E  LPGLN+TH QLFFLNYAQIWCGSMRPEDA TKIR++VHSPG IRV+GPLSNS DFAEAY CP GS MNP  KCSV
Sbjct:    8 SRRSSN-ICLTDECVRTASSLLAAMDRTADPCKDFFQFACGTWNKMHVIPEDRSSISTFEVLADQQQAILKGVLEEPVNKEDNRATKKAKAFYKSCMNLEQIRLLDVQALRKSLKKLGGWPVIEKNWTVPSTSIEHLLGKLTGEYDEPGLVELYVGADDKNSSMNIIQVDQLLLALPSRDYYLKESSEGDMKAYHRYMTQIAILMGADKDKAAEELQRIVEFEVRLANATLPEADRHDTSAIYTKITLPELQRRVPQINWKEYLQTTLGTVALHPNESIVSYAMPYLVELGKILRDTDRRIVHNYAIWRLVMSIMTHMIDDYQKERVEFRRKLLGIQSERNRWSQCVEWTNKKLGMAVGALFIRDNFNQESKETALTMIHTIREAFNELLADIDWMDDETRAVAKEKADAMNERIGYPDILTNADELEKEYVNLTIHGGLFLENILSILKWEAERNLQLLRKPVDKNKWATEPAVVNAFYNPNKNDIVFPAGILQPLFYSQNFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKDGNMMQWWNNATIKTFRERAQCIIDQYSRYKIDEVGLYMDGRMTQGENIADNGGLKQSYRAYRKWVSQHGSEPDLPGLNMTHDQLFFLNYAQIWCGSMRPEDALTKIRSSVHSPGIIRVIGPLSNSRDFAEAYRCPLGSPMNPVSKCSV 688          
BLAST of EMLSAG00000006703 vs. Select Arthropod Genomes
Match: AHN59397.1 (neprilysin 1, isoform D [Drosophila melanogaster])

HSP 1 Score: 906.36 bits (2341), Expect = 0.000e+0
Identity = 413/684 (60.38%), Postives = 528/684 (77.19%), Query Frame = 0
Query:   62 SFKSENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTS-HNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGY-IGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            + + ++ IC+TQECV+T+A LL AMD  +DPC  FFQYACG WN+ H IPEDRSSISTFEV++DQ Q+IL+ +LEE  +E D +AT+K K F+KSCM+I QI +I    L Q +  LGGWPV++  W+   + ++ER++G L+ N++  + IE +VG DD+NSS +I+Q+DQ+ + LPSRDY+L E S  D +AYH YMT+V  LLGA+   A  + + V+ FE  + N+S+PE DR +T  +Y K+ L +L+  VPE+ W +Y    +G G  + ++E +V+Y + Y   +GK+L  TD++++HNYM+WR V+ LM H+  +Y+  R EFR++L+G+ + R RW +CV+W NKK+G+AVGALFIRDNFN +SKE+AL MIH IR AFN+LL EN+WMD+ETR VAK+KA+SMNERIGYPE +TN   L QEY NL+I P NF++N+ +IL++E+    R LR  VDK+KW TEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDK GN+ QWWNN TI  F    QC+IDQYS Y I+++ + ++GRMTQGENIADNGGLKQAFRAY KW  ++G E  LPGLN+TH QLFFLNYAQIWCGSMRPEDA TKIR+AVHSPG +RVLGPLSNS DFA AY CP GS MNP +KCSV
Sbjct:  165 AHEGQDNICMTQECVRTAASLLSAMDLNSDPCEDFFQYACGTWNKMHPIPEDRSSISTFEVLSDQQQVILRAVLEEPIDERDNKATIKAKTFFKSCMDIPQIRKIGTGRLKQVLQSLGGWPVIERNWSPPADLSVERLMGQLRLNYSEPVMIELYVGADDKNSSVNILQMDQLQYALPSRDYYLKESSANDRRAYHRYMTQVALLLGADPATAAAELEKVVLFETQLVNVSLPEADRHDTSLVYRKMLLPELQELVPEVQWQEYLQAALGPGIPLQEDEPLVTYGLHYLTEMGKILAHTDRRVVHNYMLWRLVMSLMSHMIDEYQRERVEFRKILMGIQSERTRWSQCVEWTNKKLGVAVGALFIRDNFNQESKEVALEMIHTIRAAFNELLAENDWMDDETRAVAKEKADSMNERIGYPELLTNATELEQEYVNLTIVPDNFINNVLSILQWESEKMLRLLRQPVDKEKWTTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKEGNMMQWWNNATIEAFRERTQCVIDQYSRYKINEVDMFMDGRMTQGENIADNGGLKQAFRAYKKWETLHGREQQLPGLNMTHDQLFFLNYAQIWCGSMRPEDALTKIRSAVHSPGFVRVLGPLSNSRDFASAYKCPLGSTMNPAEKCSV 848          
BLAST of EMLSAG00000006703 vs. Select Arthropod Genomes
Match: AHN59396.1 (neprilysin 1, isoform C [Drosophila melanogaster])

HSP 1 Score: 906.36 bits (2341), Expect = 0.000e+0
Identity = 413/684 (60.38%), Postives = 528/684 (77.19%), Query Frame = 0
Query:   62 SFKSENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTS-HNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGY-IGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            + + ++ IC+TQECV+T+A LL AMD  +DPC  FFQYACG WN+ H IPEDRSSISTFEV++DQ Q+IL+ +LEE  +E D +AT+K K F+KSCM+I QI +I    L Q +  LGGWPV++  W+   + ++ER++G L+ N++  + IE +VG DD+NSS +I+Q+DQ+ + LPSRDY+L E S  D +AYH YMT+V  LLGA+   A  + + V+ FE  + N+S+PE DR +T  +Y K+ L +L+  VPE+ W +Y    +G G  + ++E +V+Y + Y   +GK+L  TD++++HNYM+WR V+ LM H+  +Y+  R EFR++L+G+ + R RW +CV+W NKK+G+AVGALFIRDNFN +SKE+AL MIH IR AFN+LL EN+WMD+ETR VAK+KA+SMNERIGYPE +TN   L QEY NL+I P NF++N+ +IL++E+    R LR  VDK+KW TEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDK GN+ QWWNN TI  F    QC+IDQYS Y I+++ + ++GRMTQGENIADNGGLKQAFRAY KW  ++G E  LPGLN+TH QLFFLNYAQIWCGSMRPEDA TKIR+AVHSPG +RVLGPLSNS DFA AY CP GS MNP +KCSV
Sbjct:  165 AHEGQDNICMTQECVRTAASLLSAMDLNSDPCEDFFQYACGTWNKMHPIPEDRSSISTFEVLSDQQQVILRAVLEEPIDERDNKATIKAKTFFKSCMDIPQIRKIGTGRLKQVLQSLGGWPVIERNWSPPADLSVERLMGQLRLNYSEPVMIELYVGADDKNSSVNILQMDQLQYALPSRDYYLKESSANDRRAYHRYMTQVALLLGADPATAAAELEKVVLFETQLVNVSLPEADRHDTSLVYRKMLLPELQELVPEVQWQEYLQAALGPGIPLQEDEPLVTYGLHYLTEMGKILAHTDRRVVHNYMLWRLVMSLMSHMIDEYQRERVEFRKILMGIQSERTRWSQCVEWTNKKLGVAVGALFIRDNFNQESKEVALEMIHTIRAAFNELLAENDWMDDETRAVAKEKADSMNERIGYPELLTNATELEQEYVNLTIVPDNFINNVLSILQWESEKMLRLLRQPVDKEKWTTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKEGNMMQWWNNATIEAFRERTQCVIDQYSRYKINEVDMFMDGRMTQGENIADNGGLKQAFRAYKKWETLHGREQQLPGLNMTHDQLFFLNYAQIWCGSMRPEDALTKIRSAVHSPGFVRVLGPLSNSRDFASAYKCPLGSTMNPAEKCSV 848          
BLAST of EMLSAG00000006703 vs. Select Arthropod Genomes
Match: AAF46124.2 (neprilysin 1, isoform B [Drosophila melanogaster])

HSP 1 Score: 906.36 bits (2341), Expect = 0.000e+0
Identity = 413/684 (60.38%), Postives = 528/684 (77.19%), Query Frame = 0
Query:   62 SFKSENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTS-HNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGY-IGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            + + ++ IC+TQECV+T+A LL AMD  +DPC  FFQYACG WN+ H IPEDRSSISTFEV++DQ Q+IL+ +LEE  +E D +AT+K K F+KSCM+I QI +I    L Q +  LGGWPV++  W+   + ++ER++G L+ N++  + IE +VG DD+NSS +I+Q+DQ+ + LPSRDY+L E S  D +AYH YMT+V  LLGA+   A  + + V+ FE  + N+S+PE DR +T  +Y K+ L +L+  VPE+ W +Y    +G G  + ++E +V+Y + Y   +GK+L  TD++++HNYM+WR V+ LM H+  +Y+  R EFR++L+G+ + R RW +CV+W NKK+G+AVGALFIRDNFN +SKE+AL MIH IR AFN+LL EN+WMD+ETR VAK+KA+SMNERIGYPE +TN   L QEY NL+I P NF++N+ +IL++E+    R LR  VDK+KW TEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDK GN+ QWWNN TI  F    QC+IDQYS Y I+++ + ++GRMTQGENIADNGGLKQAFRAY KW  ++G E  LPGLN+TH QLFFLNYAQIWCGSMRPEDA TKIR+AVHSPG +RVLGPLSNS DFA AY CP GS MNP +KCSV
Sbjct:  165 AHEGQDNICMTQECVRTAASLLSAMDLNSDPCEDFFQYACGTWNKMHPIPEDRSSISTFEVLSDQQQVILRAVLEEPIDERDNKATIKAKTFFKSCMDIPQIRKIGTGRLKQVLQSLGGWPVIERNWSPPADLSVERLMGQLRLNYSEPVMIELYVGADDKNSSVNILQMDQLQYALPSRDYYLKESSANDRRAYHRYMTQVALLLGADPATAAAELEKVVLFETQLVNVSLPEADRHDTSLVYRKMLLPELQELVPEVQWQEYLQAALGPGIPLQEDEPLVTYGLHYLTEMGKILAHTDRRVVHNYMLWRLVMSLMSHMIDEYQRERVEFRKILMGIQSERTRWSQCVEWTNKKLGVAVGALFIRDNFNQESKEVALEMIHTIRAAFNELLAENDWMDDETRAVAKEKADSMNERIGYPELLTNATELEQEYVNLTIVPDNFINNVLSILQWESEKMLRLLRQPVDKEKWTTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKEGNMMQWWNNATIEAFRERTQCVIDQYSRYKINEVDMFMDGRMTQGENIADNGGLKQAFRAYKKWETLHGREQQLPGLNMTHDQLFFLNYAQIWCGSMRPEDALTKIRSAVHSPGFVRVLGPLSNSRDFASAYKCPLGSTMNPAEKCSV 848          
BLAST of EMLSAG00000006703 vs. Select Arthropod Genomes
Match: AAF46123.2 (neprilysin 1, isoform A [Drosophila melanogaster])

HSP 1 Score: 906.36 bits (2341), Expect = 0.000e+0
Identity = 413/684 (60.38%), Postives = 528/684 (77.19%), Query Frame = 0
Query:   62 SFKSENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTS-HNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGY-IGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            + + ++ IC+TQECV+T+A LL AMD  +DPC  FFQYACG WN+ H IPEDRSSISTFEV++DQ Q+IL+ +LEE  +E D +AT+K K F+KSCM+I QI +I    L Q +  LGGWPV++  W+   + ++ER++G L+ N++  + IE +VG DD+NSS +I+Q+DQ+ + LPSRDY+L E S  D +AYH YMT+V  LLGA+   A  + + V+ FE  + N+S+PE DR +T  +Y K+ L +L+  VPE+ W +Y    +G G  + ++E +V+Y + Y   +GK+L  TD++++HNYM+WR V+ LM H+  +Y+  R EFR++L+G+ + R RW +CV+W NKK+G+AVGALFIRDNFN +SKE+AL MIH IR AFN+LL EN+WMD+ETR VAK+KA+SMNERIGYPE +TN   L QEY NL+I P NF++N+ +IL++E+    R LR  VDK+KW TEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDK GN+ QWWNN TI  F    QC+IDQYS Y I+++ + ++GRMTQGENIADNGGLKQAFRAY KW  ++G E  LPGLN+TH QLFFLNYAQIWCGSMRPEDA TKIR+AVHSPG +RVLGPLSNS DFA AY CP GS MNP +KCSV
Sbjct:  165 AHEGQDNICMTQECVRTAASLLSAMDLNSDPCEDFFQYACGTWNKMHPIPEDRSSISTFEVLSDQQQVILRAVLEEPIDERDNKATIKAKTFFKSCMDIPQIRKIGTGRLKQVLQSLGGWPVIERNWSPPADLSVERLMGQLRLNYSEPVMIELYVGADDKNSSVNILQMDQLQYALPSRDYYLKESSANDRRAYHRYMTQVALLLGADPATAAAELEKVVLFETQLVNVSLPEADRHDTSLVYRKMLLPELQELVPEVQWQEYLQAALGPGIPLQEDEPLVTYGLHYLTEMGKILAHTDRRVVHNYMLWRLVMSLMSHMIDEYQRERVEFRKILMGIQSERTRWSQCVEWTNKKLGVAVGALFIRDNFNQESKEVALEMIHTIRAAFNELLAENDWMDDETRAVAKEKADSMNERIGYPELLTNATELEQEYVNLTIVPDNFINNVLSILQWESEKMLRLLRQPVDKEKWTTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKEGNMMQWWNNATIEAFRERTQCVIDQYSRYKINEVDMFMDGRMTQGENIADNGGLKQAFRAYKKWETLHGREQQLPGLNMTHDQLFFLNYAQIWCGSMRPEDALTKIRSAVHSPGFVRVLGPLSNSRDFASAYKCPLGSTMNPAEKCSV 848          
BLAST of EMLSAG00000006703 vs. Select Arthropod Genomes
Match: EEB19528.1 (endothelin-converting enzyme, putative [Pediculus humanus corporis])

HSP 1 Score: 905.59 bits (2339), Expect = 0.000e+0
Identity = 419/661 (63.39%), Postives = 525/661 (79.43%), Query Frame = 0
Query:   66 ENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEE--DHNEFDCEATLKVKNFYKSCMNI-SQIERISDTPLVQAINGLGGWPVVDPYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDF 723
            + K+CLT+ECV+T++ LL AMD TA+PC  FFQYACG WN+KHVIPEDRSSISTFE+MADQLQ+ILK +LEE  + +E +  AT K K FY SCMN+  + E+ +     Q +  LGGWPV    WT    ++E ++G L+ +F  G+ IE+WVGPDD+NSS HI+Q+DQM   LPSRDY+L   S+ +L+AYH YMT++  LLGA++  A  + ++VI+FE  +AN ++PE DR +T +IY K+SL  L+ EVP++NW +Y  T + I +  + E +V+Y++PYFK +G++LK+T+K++IHNY+IWR +++++PH+  +Y+    EFR++LLG+L+ R RW +CV+W NKK+GMAVGALFIRDNFN DSKE AL MIH IREAFN+LL EN WMD+ETR VAK+KA+SMNERIGYPE +TN   LN+EY NL+IT   FL N+ N+L+++A +N RKLR  V+KDKW TEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDK GN+ QWWNN TI  F    QCIIDQYS Y + +I L +NGRMTQGENIADNGGLKQ+FRAY KWV  +GEE LLPG+NLTH QLFFLNYAQIWCGSMRPEDA TKIR++VHSPGP+RVLGPLSNS D 
Sbjct:   15 QRKVCLTEECVRTASSLLSAMDLTANPCHDFFQYACGTWNKKHVIPEDRSSISTFEIMADQLQVILKEVLEEPFEEHEHNNSATRKAKLFYSSCMNLRDKYEKSAMHLFRQVLKNLGGWPVATKGWTPPTLSVETLLGKLRGDFNEGVLIEQWVGPDDKNSSVHILQLDQMQLALPSRDYYLKPNSNVELRAYHKYMTQIAILLGADEKTAEAELEDVIKFEVRLANATLPEADRHDTSSIYRKLSLTVLQKEVPQLNWKEYLSTFLEINF-HEEEPVVTYALPYFKEMGRILKKTEKRVIHNYVIWRLIMKILPHMIDEYQQKIIEFRKILLGILSERHRWSQCVEWTNKKLGMAVGALFIRDNFNQDSKETALEMIHTIREAFNELLTENIWMDDETRAVAKEKADSMNERIGYPELLTNTEELNKEYMNLTITEDQFLVNILNVLKYDAYHNLRKLRQPVNKDKWSTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKDGNMMQWWNNATIKAFRERTQCIIDQYSRYKLDEINLFVNGRMTQGENIADNGGLKQSFRAYKKWVAKHGEEPLLPGINLTHDQLFFLNYAQIWCGSMRPEDALTKIRSSVHSPGPVRVLGPLSNSWDL 674          
BLAST of EMLSAG00000006703 vs. nr
Match: gi|642935160|ref|XP_971821.3| (PREDICTED: neprilysin-2 [Tribolium castaneum] >gi|1004395932|gb|EFA09825.2| Endothelin-converting enzyme 2-like Protein [Tribolium castaneum])

HSP 1 Score: 971.844 bits (2511), Expect = 0.000e+0
Identity = 451/701 (64.34%), Postives = 555/701 (79.17%), Query Frame = 0
Query:   46 LLLFSLLLILILILSWSFK---SENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            L++FSL+L+ ++  + + +   S + +CLT+ECV+T+A LLGAMD TADPC  FFQYACG WN+KHVIPEDRSSISTFEVMADQLQ+ILKG+LEE  N  D EAT K K FY +CM+I QI +I D PL + + GLGGWPV  P WT  +++IE ++G ++  +  G+ IE+WVGPDD+NSS +IIQ+DQM   LPSRDY+L   S+ D+ AYH YMT +  LLGANKT A E+ Q V+ FE+ +AN S+PE DR +T AIY K++L++L+T VP+I W +Y  + + +  I D E +V+Y + YF  +GK+L +T++++IHNY++WR ++ L PH+   Y+  R EFR++L GVL+ R RW +CV+W NKK+GMAVGALFIRDNFN+DSKE AL+MIH IREAFN+LL EN+WMD+ETR VAK+KA++MNERIGYP+ ITNK  L +EY  L+IT   F+ N+ NIL+++A  N +KLR  VDKDKW TEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDK GN+ QWWNN TI  F    QCIIDQYS Y I ++ L +NGRMTQGENIADNGGLKQ+FRAY KWV  +GEE  LPGLNLTH QLFFLNYAQIWCGSMRPEDA TK+R++VHSPGPIRVLGPLSNS DFA+AY CP GS MNP  KCSV
Sbjct:   86 LIIFSLVLLFMVFSTRNHQCIDSRSSVCLTEECVRTAASLLGAMDHTADPCVDFFQYACGTWNKKHVIPEDRSSISTFEVMADQLQVILKGVLEEPINLEDNEATRKAKTFYNTCMDILQIRKIGDAPLREVLEGLGGWPVTKPDWTPPSFSIEVLLGKIRGVYNEGVLIEQWVGPDDKNSSVNIIQMDQMQLALPSRDYYLKASSEGDMTAYHKYMTNIAVLLGANKTTAKEELQEVVDFERRLANASLPEADRHDTSAIYRKLTLQELQTIVPQIKWLEYLRSFLDVD-IDDQEPVVAYGLSYFIEMGKILAETNQRVIHNYVLWRLIMSLSPHMIDDYQKERVEFRKILQGVLSERHRWSQCVEWTNKKLGMAVGALFIRDNFNHDSKETALTMIHTIREAFNELLAENDWMDDETRAVAKEKADAMNERIGYPQLITNKQELVKEYAALNITKTEFITNVLNILKYDAEQNLQKLRQPVDKDKWSTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKDGNMMQWWNNATIRAFRERTQCIIDQYSRYKIDEVGLYVNGRMTQGENIADNGGLKQSFRAYRKWVSQHGEEPDLPGLNLTHDQLFFLNYAQIWCGSMRPEDALTKVRSSVHSPGPIRVLGPLSNSWDFAKAYDCPLGSPMNPTNKCSV 785          
BLAST of EMLSAG00000006703 vs. nr
Match: gi|1130248293|ref|XP_019765686.1| (PREDICTED: membrane metallo-endopeptidase-like 1 [Dendroctonus ponderosae])

HSP 1 Score: 959.518 bits (2479), Expect = 0.000e+0
Identity = 452/731 (61.83%), Postives = 560/731 (76.61%), Query Frame = 0
Query:   16 IGITSSSQRTKNCWQSFFHQKTTLEKFLIILLLFSLLLILILILS---WSFKSENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            + ++ SS +T    QS   ++  L   ++ L++F ++L+L+L+ S     + S+ ++CLT+ECV+T++ LL AMD  ADPC  FFQYACG WNRKHVIPEDRSSISTFEVMADQLQ+ILKG+LEE     D +AT K K FY +CM+I QI ++ D P+   ++ LGGWPV    W   N +IE ++G ++  ++ G  +E+WVGPDD+NSS +IIQ+DQM  GLPSRDY+L + S+ D +AYH YMT +  LLGANKT A ++ + VI FE+ +AN S+PE DR +T  IY K+ L++L+  VP+INW +YF + +    I ++E +V Y +PYF  LGK+L  TD++IIH+Y++WR V+ L  HL   Y+  R EFR++L GVL+ R RW +CV+W NKK+GMAVGALFIRDNFN+DSKE AL MIH IREAFN+LL +N+WMD ETR VAK+KA++MNERIGYP+ IT K +L +EY  L+I+   F+ N+  IL+FEA  N +KLR  VDKDKW TEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDK GN+ QWWNN TI  F + AQCIIDQYS Y I ++ L +NGRMTQGENIADNGGLKQ+FRAY KWV   GEED LPGLNLTH QLFFLNYAQIWCGSMRPEDA TK+R++VHSPGPIRVLGPLSNS DFA AY CP GS MNP  KCSV
Sbjct:   52 VQMSGSSAKTMVMPQSKPSKEKCLFAMVLALIIFCVVLLLMLLGSKRTACYDSKPRVCLTEECVRTASSLLSAMDHMADPCIDFFQYACGTWNRKHVIPEDRSSISTFEVMADQLQVILKGVLEEPLTLEDNDATRKAKTFYNTCMDIFQIRKVGDQPIRDVLDSLGGWPVTKVDWQPPNSSIETLLGRIRGVYSEGFLVEQWVGPDDKNSSVNIIQMDQMALGLPSRDYYLKQSSEGDRQAYHKYMTNIAVLLGANKTTASDELKKVIEFERKLANASLPEQDRHDTSTIYRKLKLRELQKIVPQINWLEYFHSFLDAN-ITEDEPVVLYGIPYFVELGKILSVTDRRIIHDYVLWRLVMSLSSHLIDDYQRERVEFRKILQGVLSERHRWSQCVEWTNKKLGMAVGALFIRDNFNHDSKETALQMIHTIREAFNELLADNDWMDNETRAVAKEKADAMNERIGYPKLITTKEQLKKEYAALNISRRGFMKNVLQILKFEAEQNLQKLRQPVDKDKWSTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKDGNMMQWWNNATIRAFRDRAQCIIDQYSRYKIDEVGLYVNGRMTQGENIADNGGLKQSFRAYKKWVAQYGEEDSLPGLNLTHDQLFFLNYAQIWCGSMRPEDALTKVRSSVHSPGPIRVLGPLSNSWDFANAYKCPAGSPMNPTNKCSV 781          
BLAST of EMLSAG00000006703 vs. nr
Match: gi|1080062871|ref|XP_018573499.1| (PREDICTED: neprilysin-2-like [Anoplophora glabripennis])

HSP 1 Score: 959.133 bits (2478), Expect = 0.000e+0
Identity = 450/715 (62.94%), Postives = 553/715 (77.34%), Query Frame = 0
Query:   36 KTTLEKFLIILLL-FSLLLILILILSWSFKSE------NKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            K   EK L+ ++L  S+  +L++I+ +S K          +CLT+ECV+T++ LL AMD TADPC  FFQYACG WN+KHVIPEDRSSISTFEVMADQLQ+ILK +L+E  N  D EAT K K FY +CM++  I +I D P+ + +N LGGWPV  P WT+  ++ E ++G ++  +  G  IE+WVGPDD+NSS +IIQ+DQM   LPSRDY+L   S+ D+ AYH YMT +  LLGANKT A E+ Q+V+ FE+ +AN S+PE DR +T  IY K++LK+LK  VP+I W +YF + + +  I ++E +V+Y + YF  +GK++ +TD++IIHNY++WR V+ L  H+   Y+  R EFR++L GVL+ R RW +CV+W NKKMGMAVGALFIRDNFN++SKE AL MIH IREAFN+LL EN WMD+ETR VAK+KA+++NERIGYP+ IT+K  L +EY  L+IT   FL NL NIL+FEA  N RKLR +VDK+KW TEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDK GN+ QWWNN TI  F    QCIIDQYS Y I ++ L INGRMTQGENIADNGGLKQ+FRAY KWV  +G+E  LPGLNLTH QLFFLNYAQIWCGSMRPEDA TK+R++VHSPGPIRVLGPLSNS DF+EAY+CP GS MNP  KCSV
Sbjct:   47 KPVKEKCLLAMILALSIFCVLLIIMLFSKKEPLCTDVVKPVCLTEECVRTASSLLSAMDHTADPCVDFFQYACGTWNKKHVIPEDRSSISTFEVMADQLQVILKVVLKEPINLEDNEATRKAKTFYNTCMDLHNIRKIGDEPIREVLNNLGGWPVTQPNWTAPAFSTEVLLGQIRGQYNEGFLIEQWVGPDDKNSSVNIIQMDQMALALPSRDYYLKASSEGDMVAYHKYMTNIAILLGANKTTASEELQHVVEFERRLANASLPEQDRHDTSMIYKKMTLKELKLYVPQIKWLEYFRSFLDVN-ITEDENVVAYGLSYFIEMGKIISETDRRIIHNYVLWRLVMSLSAHMVDDYQRERVEFRKILQGVLSDRHRWSQCVEWTNKKMGMAVGALFIRDNFNHESKETALQMIHTIREAFNELLAENHWMDDETRAVAKEKADAINERIGYPKLITDKVELTKEYAALNITKYEFLRNLLNILKFEAEQNLRKLRQSVDKNKWSTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKDGNMMQWWNNATIKAFRERTQCIIDQYSRYKIDEVGLYINGRMTQGENIADNGGLKQSFRAYKKWVSHHGQEPALPGLNLTHDQLFFLNYAQIWCGSMRPEDALTKVRSSVHSPGPIRVLGPLSNSWDFSEAYNCPLGSPMNPTDKCSV 760          
BLAST of EMLSAG00000006703 vs. nr
Match: gi|1059406227|ref|XP_017776001.1| (PREDICTED: neprilysin-2-like [Nicrophorus vespilloides])

HSP 1 Score: 956.822 bits (2472), Expect = 0.000e+0
Identity = 440/693 (63.49%), Postives = 547/693 (78.93%), Query Frame = 0
Query:   51 LLLILILILSWSFKSENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            L+LI +     S   +N +CLT+ECV+T++ LL AMD +ADPC  FFQYACG WN++H+IPEDRSSISTFEVMADQLQIIL+G+LEE+ NE D EAT+K K FY +CM+  QI  + DTPL   ++ LGGWPV    WT  +++IE+++G+++  +  GI +E+WVGPDD+NSS +IIQ+DQM   LPSRDY+L   S+ D++AYH YMT +  LLGANKT A E+ + VI FE+ +AN S+PE DR +T  IY K +LK L++ VPE NW  Y    + I +  D+E +V+Y + YF  +G+LL+ TD+++IHNY++WR ++ L+PH+   Y+  R +FR++LLG+ + R RW +CV+W NKK+GMAVGALFI +NFN++SKE AL+MIH IREAFN+LL EN WMD+ETR VAK+KA++MNERIGYP+ IT+K  L +EY  L+I+   F+ N+ N+L+F+A  N +KLRL VDKDKW TEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDK GN+ QWWNN TI  F   AQCIIDQYS Y I ++ L +NGRMTQGENIADNGGLKQAFRAY KWV  +GEE  LPGLNLTH QLFFLNYAQIWCGSMRPEDA TKIR++VHSPGPIRVLGPLSNS+DFA+A+ CP GS MNP  KCSV
Sbjct:   98 LMLINVSDTCSSTGVKNSMCLTEECVRTASSLLSAMDHSADPCVDFFQYACGTWNKQHIIPEDRSSISTFEVMADQLQIILRGVLEEEINELDNEATIKAKTFYGTCMDTMQIRMVGDTPLRAVLDSLGGWPVAVEGWTPPDFSIEQLLGLIRGTYNEGILVEQWVGPDDQNSSVNIIQLDQMQLALPSRDYYLKASSEGDMEAYHKYMTNIALLLGANKTTATEELREVIEFERRLANASLPEADRHDTSVIYKKFTLKKLQSLVPEFNWEVYLKVFLDIKFT-DDEPVVAYGLSYFIEMGRLLRITDRRVIHNYVMWRLIMALVPHMIDDYQRERVDFRKILLGIQSERHRWSQCVEWTNKKLGMAVGALFIHENFNHESKETALTMIHTIREAFNELLAENHWMDDETRAVAKEKADAMNERIGYPQLITDKEELIKEYATLNISNDGFMSNILNVLKFDAEQNLQKLRLPVDKDKWSTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKEGNMMQWWNNATIKAFRERAQCIIDQYSRYKIEEVGLYVNGRMTQGENIADNGGLKQAFRAYRKWVSEHGEEPELPGLNLTHNQLFFLNYAQIWCGSMRPEDALTKIRSSVHSPGPIRVLGPLSNSLDFAKAFQCPLGSPMNPTNKCSV 789          
BLAST of EMLSAG00000006703 vs. nr
Match: gi|817062750|ref|XP_012253044.1| (PREDICTED: neprilysin-2 [Athalia rosae])

HSP 1 Score: 952.97 bits (2462), Expect = 0.000e+0
Identity = 448/719 (62.31%), Postives = 554/719 (77.05%), Query Frame = 0
Query:   34 HQKTTLEKFLIIL---LLFSLLLILILILSWSFKS-----ENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVD-PYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            H     ++ L IL   LL S +L LIL+++ + +        K+C+T+ECV+T+A LL AMD TA PC  FFQYACGAWNR HVIPEDRSSISTFEV+ADQLQ+ILK +LEE  NE D  ATLK K FYKSC++I +I  I D PL   + GLGGWP V+   W   ++ +E ++G L+  +  G+ +E+WVGPDD+NSSA+I+Q+DQM   LPSRDY+L   S  +LKAYH YMT V  LLGAN   A E+F  VI  EK +AN S+PE DR +T AIY K++L+ L+ EVP++NW+ Y    +    I ++E +V+Y+MPYF  +G++L+ TD++ +HNY++WR V+ +MPH+   Y+  R EFR++LLG+L+ R RW +CV+W NKK+GMAVGALFIRDNFN+DSKE AL MIH +REAFN+LL EN WMD+ETR VAK KA+SMNERIGYPE++ +   L++EY  L+IT   FL+N+  +L+++A +N +KLR  VDKDKW TEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDK GN+ QWWNN TI  F + AQCI+DQYS Y + +I L +NGRMTQGENIADNGGLKQ+FRAY KWV I+GEE LLPG+NLTH QLFFLNYAQIWCGSMRPEDA TKIR++VHSPGP+RVLGPLSNS DFA A+ C  GS MNP  KCSV
Sbjct:   80 HAALNRQRLLGILAFTLLASFVLTLILLITNNSRECDQEIHPKVCMTEECVRTAASLLSAMDQTAAPCVDFFQYACGAWNRLHVIPEDRSSISTFEVLADQLQVILKRVLEEPPNERDNAATLKAKMFYKSCVDIPRIREIGDVPLRTTLRGLGGWPAVEGAAWLPPSYPVEVLLGRLRGEYNEGVLLEQWVGPDDKNSSANILQLDQMQLALPSRDYYLKVSSQAELKAYHRYMTNVAILLGANPETASEEFNRVIVLEKQLANASLPEADRHDTSAIYRKLTLRQLQQEVPQLNWHVYLKAFL-TAPITEDEPVVAYAMPYFVQMGRILENTDRRTLHNYVLWRLVMSIMPHMIDDYQQKRVEFRKILLGILSERNRWSQCVEWTNKKLGMAVGALFIRDNFNHDSKETALEMIHTLREAFNELLAENHWMDDETRAVAKSKADSMNERIGYPEFLKDPVELSKEYVMLNITDHRFLENILAVLKYDAYHNLQKLRQPVDKDKWSTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKDGNMMQWWNNATIRAFRDRAQCIVDQYSRYRLQEIDLYVNGRMTQGENIADNGGLKQSFRAYKKWVSIHGEEPLLPGVNLTHDQLFFLNYAQIWCGSMRPEDALTKIRSSVHSPGPVRVLGPLSNSDDFARAFGCSPGSPMNPTHKCSV 797          
BLAST of EMLSAG00000006703 vs. nr
Match: gi|939687010|ref|XP_014300197.1| (PREDICTED: neprilysin-2 [Microplitis demolitor])

HSP 1 Score: 952.584 bits (2461), Expect = 0.000e+0
Identity = 449/732 (61.34%), Postives = 557/732 (76.09%), Query Frame = 0
Query:   17 GITSSSQRTKNCWQSFFHQKTTLEKFLIILLLFSLLLILILILSWSFK----SENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPY-WTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            GIT ++  T+        Q+  L    I LL+ SL  +++L L  S +    +   +CLT+ECV+T++ LL AMD TA PC  FFQYACG WNR H+IPEDRSSI+TFEV++DQL++ILK +LEE  N  D  ATLK K FYKSCM+I QI  I D PL + +  LGGWPVV+   W     +IE ++G L+  F  G+ +E+WVGPDD+NSSA+I+Q+DQM   LPSRDY+L   S  +L+AYH YMT V  LLGA+   A E+F++VI FEK +AN S+PE DR +T AIY K++L++L+ EVP++ W DY  T +    I ++E +V Y++PYF  +G+++++TDK+ IHNY+IWR V+ LMPH+   Y+  R EFR++LLG+L+ R RW +CV+W NKK+GMAVGALFIRDNFN++SKE AL MIH IREAFN+LL EN WMD+ETR VAK KA+SMNERIGYPE++ +  +L +EY  L+IT  +FL+N+  +L+++A +N  KLR  VDKDKW TEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQ+DK GN+ QWWNN TI  F   AQCIIDQYS Y + D+ L +NGRMTQGENIADNGGLKQ+FRAY KWV   GEE +LPG+NLTH QLFFLNYAQIWCGSM PEDA TKIR++VHSPGP RVLGPLSNS DFA+AY CP GS MNP  KCSV
Sbjct:   66 GITRATSITRRRGGPTNRQQL-LAVLAITLLVGSLFTLILLALHRSRECAKETRPNVCLTEECVRTASSLLAAMDPTASPCVDFFQYACGTWNRLHIIPEDRSSINTFEVLSDQLKVILKRVLEEPPNSHDNSATLKAKTFYKSCMDIPQIRHIGDAPLKETLKKLGGWPVVEGNNWKPPRDSIEILLGSLRGEFNEGVLVEQWVGPDDKNSSANILQLDQMQLALPSRDYYLKSNSKSELRAYHRYMTNVSVLLGADPKIAAEEFESVIYFEKQLANASLPEADRHDTSAIYRKLTLRELQREVPQLKWRDYLQTFLSTS-ITEDEPVVVYALPYFIQMGRIIEKTDKRTIHNYIIWRLVMSLMPHMIDDYQQKRVEFRKILLGILSERNRWSQCVEWTNKKLGMAVGALFIRDNFNHESKETALEMIHTIREAFNELLAENHWMDDETRAVAKSKADSMNERIGYPEFLKDPVQLTKEYIMLNITEDHFLENVLAVLKYDARHNLEKLRKPVDKDKWSTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQYDKDGNMMQWWNNSTIKAFRERAQCIIDQYSRYKLKDVNLYVNGRMTQGENIADNGGLKQSFRAYRKWVATYGEEPMLPGINLTHDQLFFLNYAQIWCGSMTPEDALTKIRSSVHSPGPFRVLGPLSNSKDFAKAYKCPPGSPMNPTHKCSV 795          
BLAST of EMLSAG00000006703 vs. nr
Match: gi|571545967|ref|XP_006568117.1| (PREDICTED: neprilysin-2 isoform X2 [Apis mellifera] >gi|1032026865|ref|XP_016768898.1| PREDICTED: neprilysin-2 isoform X1 [Apis mellifera])

HSP 1 Score: 952.584 bits (2461), Expect = 0.000e+0
Identity = 434/676 (64.20%), Postives = 539/676 (79.73%), Query Frame = 0
Query:   69 ICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVV-DPYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            +C+T+EC++T+A LL AMD TA PC  FFQYACG WNR+HVIPEDRSSISTFEV+A+QLQ+ILK +LEE  N  D  ATLK K FYKSCM+I +I  I DTPL + +  LGGWPVV  P W    +++E ++G L+  +  G+ +E+WVGPDD+NSSA+I+Q+DQM   LPSRDY+L + S+  L AYH YMT V  L+GAN+  A E+F  VI  EK +AN+S+PE DR +T AIY K++L++L+ E+P++ W++Y    +    I + E IV+Y+MPYF  +G+++K+TD++ +HNY++WR V+ +MPH+  +Y+  R EFR++LLG+L+ R RW +CV+W NKK+GMAVGALFIRDNFN++SKE AL MI  IREAFN+LL EN WMD ETR VAK+KANSMNERIGYPE++ +   L++EY  L+IT  +FL+N+  +LR++A +N  KLR  VDKDKW TEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDK GN+ QWWNN T+  F   AQCI+DQYS Y + ++ L ING+MTQGENIADNGGLKQ+FRAY KWV I+GEE LLPG+NLTH QLFFLNYAQIWCGSMRPEDA TKIR++VHSPGPIRVLGPLSNS DFA AY CP GS MNP QKC+V
Sbjct:  114 VCMTEECIRTAASLLSAMDRTAAPCVNFFQYACGTWNRRHVIPEDRSSISTFEVLANQLQVILKRILEEPPNNEDNNATLKAKMFYKSCMDIPRIREIGDTPLRKTLEFLGGWPVVVGPSWKPPPYSVEVLLGRLRGQYNEGVLLEQWVGPDDKNSSANILQLDQMQVALPSRDYYLKKSSESQLHAYHRYMTNVAVLMGANRQTAVEEFNRVINLEKQLANVSIPEDDRHDTSAIYRKLTLRELQREIPQLKWHEYLQEFIN-SPITEEEPIVAYAMPYFMQMGRIVKRTDRRTLHNYILWRLVMSIMPHMIDEYQQKRVEFRKILLGILSERDRWSQCVEWTNKKLGMAVGALFIRDNFNHESKETALEMIRTIREAFNELLAENHWMDNETRTVAKNKANSMNERIGYPEFLKDPVELSKEYVMLNITENHFLENVLAVLRYDAYHNLEKLRKPVDKDKWSTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKDGNMMQWWNNATVKAFRERAQCIVDQYSRYKLQEVDLYINGKMTQGENIADNGGLKQSFRAYKKWVSIHGEEPLLPGVNLTHDQLFFLNYAQIWCGSMRPEDALTKIRSSVHSPGPIRVLGPLSNSEDFARAYDCPPGSPMNPTQKCNV 788          
BLAST of EMLSAG00000006703 vs. nr
Match: gi|572264398|ref|XP_006610381.1| (PREDICTED: membrane metallo-endopeptidase-like 1-like isoform X1 [Apis dorsata])

HSP 1 Score: 951.044 bits (2457), Expect = 0.000e+0
Identity = 434/676 (64.20%), Postives = 540/676 (79.88%), Query Frame = 0
Query:   69 ICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVV-DPYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            +C+T+EC++T+A LL AMD TA PC  FFQYACG WNR+HVIPEDRSSISTFEV+A+QLQ+ILK +LEE  N  D  ATLK K FYKSCM+I +I +I DTPL + +  LGGWPVV  P W    +++E ++G L+  +  G+ +E+WVGPDD+NSSA+I+Q+DQM   LPSRDY+L + S+  L AYH YMT V  L+GAN+  A E+F  VI  EK +AN+S+PE DR +T AIY K++L++L+ E+P++ W++Y    +    I + E IV+Y+MPYF  +G+++K+TD++ +HNY++WR V+ +MPH+  +Y+  R EFR++LLG+L+ R RW +CV+W NKK+GMAVGALFIRDNFN++SKE AL MI  IREAFN+LL EN WMD ETR VAK+KANSMNERIGYPE++ +   L++EY  L+IT  +FL+N+  +LR++A +N  KLR  VDKDKW TEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDK GN+ QWWNN T+  F   AQCI+DQYS Y + ++ L ING+MTQGENIADNGGLKQ+FRAY KWV I+GEE LLPG+NLTH QLFFLNYAQIWCGSMRPEDA TKIR++VHSPGPIRVLGPLSNS DFA AY CP GS MNP QKC+V
Sbjct:  115 VCMTEECIRTAASLLSAMDRTAAPCVNFFQYACGTWNRRHVIPEDRSSISTFEVLANQLQVILKRILEEPPNNEDNNATLKAKMFYKSCMDIPRIRKIGDTPLRKTLEFLGGWPVVVGPSWKPPPYSVEVLLGRLRGQYNEGVLLEQWVGPDDKNSSANILQLDQMQVALPSRDYYLKKSSESQLHAYHRYMTNVAVLMGANRQTAVEEFNRVINLEKQLANVSIPEDDRHDTSAIYRKLTLRELQREIPQLKWHEYLQEFIN-SPITEEEPIVAYAMPYFMQMGRIVKRTDRRTLHNYILWRLVMSIMPHMIDEYQQKRVEFRKILLGILSERDRWSQCVEWTNKKLGMAVGALFIRDNFNHESKETALEMIRTIREAFNELLAENHWMDNETRAVAKNKANSMNERIGYPEFLKDPVELSKEYVMLNITENHFLENVLAVLRYDAYHNLEKLRKPVDKDKWSTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKDGNMMQWWNNATVKAFRERAQCIVDQYSRYKLQEVDLYINGKMTQGENIADNGGLKQSFRAYKKWVSIHGEEPLLPGVNLTHDQLFFLNYAQIWCGSMRPEDALTKIRSSVHSPGPIRVLGPLSNSEDFARAYDCPLGSPMNPTQKCNV 789          
BLAST of EMLSAG00000006703 vs. nr
Match: gi|906475276|gb|KNC34663.1| (hypothetical protein FF38_10278 [Lucilia cuprina])

HSP 1 Score: 949.503 bits (2453), Expect = 0.000e+0
Identity = 436/678 (64.31%), Postives = 536/678 (79.06%), Query Frame = 0
Query:   67 NKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYI-GDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            + ICLT+ECV+T+AYLL AMDT+A+PC  FFQYACG WN+ H+IPEDRSSISTFEV+ADQ Q++LKG+LEE  N+ D +AT+K K FYKSC++I QI +I +  L + +  LGGWPV+DP W S N TIE +IG L+  +   + +E +VG DD+NSS HI+QIDQ    LPSRDY+L   S+ DLKAYH YMT+   L+GAN   A E+  +V++ E  + N ++PE DR +T AIY KISLK+L+ EVP+INWN +  T +G   +  DNE++VSY+MPY   +GK+LK+TD++++HNY++WR V+ +M H+   Y+  R EFR++LLG+ T R+RW +CVDW NKK+GMAVG LFIRDNFN +SK+ AL MIH IREAFN+LL EN WMD+ETR VAK+KA++MNERIGYPE +T+   L +E+ NL+I P NF++N+ +IL++E+  N + LR  VDK+KW TEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDK GN+ QWWNN TI  F    QCIIDQYS Y I ++ L +NGRMTQGENIADNGGLKQAFRAY KWV+ +G E  LPGLNLTH QLFFLNYAQIWCGSMRPEDA TKIR++VHSPG IRVLGPLSNS DFAEAY C  GS MNP +KCSV
Sbjct:  240 DDICLTEECVRTAAYLLSAMDTSANPCDNFFQYACGTWNKVHIIPEDRSSISTFEVLADQQQVLLKGVLEEPINDMDNQATIKAKMFYKSCIDIPQIRKIGEGRLKKVLKSLGGWPVIDPDWKSPNMTIEELIGTLRGTYGEPVLVELYVGADDKNSSIHILQIDQFPLALPSRDYYLKSSSEHDLKAYHRYMTQTAILMGANPKTAAEELNDVLQLEVKLVNATLPEADRHDTSAIYRKISLKELQEEVPQINWNLFLQTALGKDIVLKDNEELVSYAMPYLVDMGKILKETDERVLHNYVLWRLVMSIMTHMIDDYQKERVEFRKILLGIQTERVRWSQCVDWTNKKLGMAVGTLFIRDNFNQNSKDTALEMIHTIREAFNELLSENHWMDDETRAVAKEKADTMNERIGYPEILTDAKELEKEFANLTIVPDNFMENVLSILKWESEKNMQLLRQPVDKEKWTTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKDGNMMQWWNNATIEAFRERTQCIIDQYSKYKIDEVGLYMNGRMTQGENIADNGGLKQAFRAYKKWVQRHGPEQRLPGLNLTHDQLFFLNYAQIWCGSMRPEDALTKIRSSVHSPGSIRVLGPLSNSKDFAEAYHCELGSPMNPIEKCSV 917          
BLAST of EMLSAG00000006703 vs. nr
Match: gi|572264402|ref|XP_006610383.1| (PREDICTED: membrane metallo-endopeptidase-like 1-like isoform X3 [Apis dorsata])

HSP 1 Score: 949.503 bits (2453), Expect = 0.000e+0
Identity = 434/676 (64.20%), Postives = 540/676 (79.88%), Query Frame = 0
Query:   69 ICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVV-DPYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            +C+T+EC++T+A LL AMD TA PC  FFQYACG WNR+HVIPEDRSSISTFEV+A+QLQ+ILK +LEE  N  D  ATLK K FYKSCM+I +I +I DTPL + +  LGGWPVV  P W    +++E ++G L+  +  G+ +E+WVGPDD+NSSA+I+Q+DQM   LPSRDY+L + S+  L AYH YMT V  L+GAN+  A E+F  VI  EK +AN+S+PE DR +T AIY K++L++L+ E+P++ W++Y    +    I + E IV+Y+MPYF  +G+++K+TD++ +HNY++WR V+ +MPH+  +Y+  R EFR++LLG+L+ R RW +CV+W NKK+GMAVGALFIRDNFN++SKE AL MI  IREAFN+LL EN WMD ETR VAK+KANSMNERIGYPE++ +   L++EY  L+IT  +FL+N+  +LR++A +N  KLR  VDKDKW TEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDK GN+ QWWNN T+  F   AQCI+DQYS Y + ++ L ING+MTQGENIADNGGLKQ+FRAY KWV I+GEE LLPG+NLTH QLFFLNYAQIWCGSMRPEDA TKIR++VHSPGPIRVLGPLSNS DFA AY CP GS MNP QKC+V
Sbjct:    5 VCMTEECIRTAASLLSAMDRTAAPCVNFFQYACGTWNRRHVIPEDRSSISTFEVLANQLQVILKRILEEPPNNEDNNATLKAKMFYKSCMDIPRIRKIGDTPLRKTLEFLGGWPVVVGPSWKPPPYSVEVLLGRLRGQYNEGVLLEQWVGPDDKNSSANILQLDQMQVALPSRDYYLKKSSESQLHAYHRYMTNVAVLMGANRQTAVEEFNRVINLEKQLANVSIPEDDRHDTSAIYRKLTLRELQREIPQLKWHEYLQEFIN-SPITEEEPIVAYAMPYFMQMGRIVKRTDRRTLHNYILWRLVMSIMPHMIDEYQQKRVEFRKILLGILSERDRWSQCVEWTNKKLGMAVGALFIRDNFNHESKETALEMIRTIREAFNELLAENHWMDNETRAVAKNKANSMNERIGYPEFLKDPVELSKEYVMLNITENHFLENVLAVLRYDAYHNLEKLRKPVDKDKWSTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKDGNMMQWWNNATVKAFRERAQCIVDQYSRYKLQEVDLYINGKMTQGENIADNGGLKQSFRAYKKWVSIHGEEPLLPGVNLTHDQLFFLNYAQIWCGSMRPEDALTKIRSSVHSPGPIRVLGPLSNSEDFARAYDCPLGSPMNPTQKCNV 679          
BLAST of EMLSAG00000006703 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold982_size73714-snap-gene-0.7 (protein:Tk12016 transcript:maker-scaffold982_size73714-snap-gene-0.7-mRNA-1 annotation:"hypothetical protein YQE_09430 partial")

HSP 1 Score: 569.311 bits (1466), Expect = 0.000e+0
Identity = 271/329 (82.37%), Postives = 285/329 (86.63%), Query Frame = 0
Query:  415 MGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            +GMAVGALFIRDNFN+DSK  AL MIH+IREAFNDLLEENEWMD ETR VAKDKANSMNERIGYPEYITN  RL +EY  L I    FL NLFNIL FE +    KLR  VDKD+W TEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDK GNLKQWWNNRTIAEF  AAQCIIDQY+ Y +  + L+ING+MTQGENIADNGGLKQAFRAY KWV  NGEE  LPGLN+TH QLFFLNYAQIWCGSMRPEDA TKIR++VHSPGPIRVLGPLSNS DFAEAY CPKGSRMNP  KCSV
Sbjct:    1 LGMAVGALFIRDNFNHDSKVTALEMIHEIREAFNDLLEENEWMDVETRAVAKDKANSMNERIGYPEYITNTTRLEEEYGELEIARGTFLQNLFNILTFEGTKIVDKLREPVDKDRWATEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKHGNLKQWWNNRTIAEFRTAAQCIIDQYTDYQLEAVDLHINGKMTQGENIADNGGLKQAFRAYKKWVTENGEEPRLPGLNMTHDQLFFLNYAQIWCGSMRPEDAITKIRSSVHSPGPIRVLGPLSNSYDFAEAYQCPKGSRMNPVAKCSV 329          
BLAST of EMLSAG00000006703 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1658_size31987-snap-gene-0.9 (protein:Tk01687 transcript:maker-scaffold1658_size31987-snap-gene-0.9-mRNA-1 annotation:"endothelin-converting enzyme 1")

HSP 1 Score: 548.895 bits (1413), Expect = 0.000e+0
Identity = 272/674 (40.36%), Postives = 419/674 (62.17%), Query Frame = 0
Query:   77 QTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEED-HNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVV-DPYW--TSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQ-EYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRING-EEDLLPGL-NLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            + +A +   MD + DPC  F+ YACG W   H IP+DR    TFE++ + L   L  L E       D  AT  VK  +KSCMN   I+   + PL++ +N LGGWPV+    W   S NW IE +  +  + +   I +  WVGPD ++S  +I+Q DQ    L S +Y+ L  S   +++Y+  +  +   LGA+   A +  +N+I FE +++ I  P   R N   IY K++L++++++VP+ +++ Y   ++    +   E++V YS+PYF+ L KL++ +D + + NY++WR +   + +L  ++++ + +F R+L G      RW  CV + N  +G AVG++F++ +F+  SK+   S+  +++  F DL+ ++ W+  +T+ +A +K  ++   IGYP++I N+  L + E + L  T   F +N+   L+        ++   V++  W   PAVVNA+Y+ N+N I+FPAGILQP FY +HFPK+LN+GGIGVVIGHEITHGFDDKGRQFD  GN+KQWW++ +   F    QC+IDQYS++ +  + +N+NG  TQGENIADNGG+ Q++ AY KW+  N   E+ LPGL +LT  QLFFLN+AQ+WCG+ RPE  ++K+  AVH+PGP RVLG +SNS +F+ A++CPK S MNP  KC V
Sbjct:  229 KQAALMRCYMDESVDPCADFYHYACGRWKEYHPIPKDRGGYDTFELLREDLSANLIKLFEMPIKAGVDTNATKAVKTLFKSCMNTELIQHRREEPLLKLLNELGGWPVLMGDAWDEASFNW-IETITQL--RQYNNDILVAIWVGPDGKDSDDYIVQFDQSDLFLGSAEYYSLGISHPFIESYYNILQNIATTLGADSDTAQKDMRNLITFETALSKIMSPPSARRNFSEIYKKMTLENVQSKVPDFDFHAYLGALLPRD-LNKTEEVVIYSLPYFQKLTKLIQDSDPRTVANYVLWRFIRHRVNNLDDRFQTLQQDFFRLLFGREETPPRWKYCVSYVNGNLGNAVGSMFVKRHFDEQSKKDMESLTANVQSVFRDLVLKSNWLTNKTKELADEKIQAIIHNIGYPDFIINEEELQRREIDGLEYTEDTFFENVLTNLKTRTVRELSQVDDGVNRTLWTATPAVVNAYYSRNRNQIMFPAGILQPPFYHKHFPKALNFGGIGVVIGHEITHGFDDKGRQFDHSGNIKQWWDHESSQNFQKRKQCMIDQYSSFQVESVNMNLNGANTQGENIADNGGIMQSYLAYQKWLEENNIIEESLPGLEHLTGDQLFFLNFAQVWCGNTRPEALRSKLNTAVHAPGPYRVLGTVSNSREFSSAFNCPKDSPMNPTNKCKV 898          
BLAST of EMLSAG00000006703 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold1136_size60149-processed-gene-0.2 (protein:Tk09878 transcript:snap_masked-scaffold1136_size60149-processed-gene-0.2-mRNA-1 annotation:"endothelin-converting enzyme 1")

HSP 1 Score: 521.546 bits (1342), Expect = 7.856e-172
Identity = 292/759 (38.47%), Postives = 434/759 (57.18%), Query Frame = 0
Query:   31 SFFHQKTTLEKFLII----LLLFSLLLILILILSWSFK-----SENK------------ICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNI-SQIERISDTPLVQAING--LGGWPVVD--PYWT-SHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEE--SDRDLKAYHIYMTEVGALLGANK-----------TYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGI--GYIGDNEQIVSYSMPYFK----LLGKLLK-QTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRING-EEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKC 741
            S++H ++ LE+ L+I    L LFS+++++++  S S K     S +K            +CLT ECV+ +  +L   D   DPC  F+QYACG W R + IP+ R+S S FE + +  Q+++K  LE +      EA  K   +YKSCM+    +E +   PL++ ++   +GGWP++D  P  T  +N + +  +  L+ ++    F    VG DD+NSS H+IQIDQ    LP+R+Y+  E+  S   L+A+   + EV  LL  +K                Q Q V+ FE  +ANI+VP   R N   +Y  +++  L+T    +NW  +F  V       I   E+++ Y+  + +    L+ + LK +T +  + NYM+ + V      L   Y+ +     + LLG  +   RW  CV   +  +G A+GA+FIRD+F+  SK  A  MI  ++EAF   L+  +WMD ETR  A  KAN++ + IGYPE+I ++  LNQ+Y NLS T   +  N      +  + N  KL   V++ +W   P  VNA+Y P KN IVFPAG+LQ  F++  +P+SLNYG +GVV+GHE++H FDD+GR++D+ GN++ WWNN+T++EF     C+  QYSTY +      I+G  T GENIADNGGLK A+ AY KW+   G EE  LPG+NLTH QLFFL+++Q+WC    P+  K ++    HSP   RV+G LSNS +FA+AY C KGS MNP +KC
Sbjct:   53 SYWHARSGLERGLMIVCLLLTLFSIIMVIVVSNSASGKQLYYLSHSKQETVVESPKGPALCLTSECVKVAGTILSTADFGEDPCEDFYQYACGGWERTNPIPDGRTSWSMFEKLWEGNQLVMKNGLEAEVQTNMSEAEQKAIAYYKSCMDEEGHLESLRGKPLLELVDSVRIGGWPIMDQDPIATIKNNASFQNRLQYLQHDYHASGFFTWSVGEDDKNSSIHVIQIDQGGLSLPAREYYNKEDNSSKAVLEAFREMIVEVAILLIKDKEEIASIPKEREKQIRRQAQGVVEFEIKLANITVPSDQRRNEEMLYHNMTVGHLQTIAGFLNWTSFFGNVFKKVERKITAEERVIVYAPTFLRNLTLLIDEYLKNETLRLDLENYMVMQLVKTYRTALSKDYQQSGKGLEKALLGKESFPERWRVCVSDTDSVIGFALGAMFIRDSFDTQSKPEAQDMIDGVKEAFRTRLKTLKWMDNETRDAALVKANAITDMIGYPEFILDEPSLNQKYANLSATSDEYFKNNLRFHEYVITENLAKLDRPVNRTRWSMSPPTVNAYYTPTKNQIVFPAGLLQVPFFNLDYPRSLNYGAMGVVMGHELSHAFDDQGREYDERGNMRNWWNNKTLSEFKQRTSCMEHQYSTYNLGTTD-TISGTKTLGENIADNGGLKTAYYAYQKWLAREGTEEQPLPGINLTHNQLFFLSFSQVWCSKQTPQAKKLQLLDDPHSPAKFRVIGVLSNSKEFADAYKCKKGSPMNPMEKC 810          
BLAST of EMLSAG00000006703 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold269_size230758-processed-gene-0.4 (protein:Tk07986 transcript:snap_masked-scaffold269_size230758-processed-gene-0.4-mRNA-1 annotation:"PREDICTED: neprilysin-2")

HSP 1 Score: 488.419 bits (1256), Expect = 1.857e-162
Identity = 259/701 (36.95%), Postives = 390/701 (55.63%), Query Frame = 0
Query:   65 SENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWP-VVDPYWTSHNWTIERVIGILKKN-FTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEI-NWNDYFDTVM--GIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEEN---------------EWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQ--TEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            S  ++C +Q CV+ +  +L   D T +PC  F+QYACG +  +  IP+DR+S S F ++ D L   L+ +LE++  E +       ++ Y++CM+  ++E I   PL++ +   GGWP V+   W    +    +I   +K+ ++     +  +  D +NS+   I  DQ   G+ SR+Y +    + D+  Y+ YM ++  LLGA+ + A  + +  + FE  +AN S+P   R N   +Y  + L DL    P + NW  Y + ++   +  +   E++V  +  Y K L ++L+   K+ I NYM+WR     + +L    +    EF + + G      RW  CV  A      A+G +++  +FN+ +K+I L M+ DIRE F  +++E                 WMD  T+  A +K   + E I YPE I +   L   Y++L I    +  N  ++  +  + + RKLR  VDK  W+    PAVVNAFY+  +N I FPAGILQ  F++   P  +NYG IG VIGHEITHGFDD+GRQ+D  GNL+ WW++ T AEF    +CII QY  Y   +I LN+NG  TQGENIADNGG+K+A+RAYN+W   +GEE +LPG++ T  QLF+L+ A IWC   RP+  + +I+   HSPG  R+ GP SNS DFA  + CP GS MNP +KC V
Sbjct:   94 SRGQVCNSQGCVRAAHNILENRDPTVNPCDDFYQYACGGFEERIRIPDDRTSRSQFSLIDDDLDEQLRDILEKNATESESFVFKMARDQYQACMDEDRLEEIGLEPLLKVLEAFGGWPAVLGEDWDEDKFDWREMIYTFRKHGYSTDYLFDFSIATDIKNSTWRTIYFDQGMLGM-SREYLIKGLENEDVAHYYSYMQKLAVLLGADPSRAASELKESLTFEIKLANASLPRELRRNATQLYHAMKLSDLHDVAPIVSNWTQYVNRILTEDVIQVTGEERVVVSTPGYLKNLTQILESEPKRNIANYMMWRVARASIGYLNRAAQDVAEEFAKNVTGKTATIPRWKLCVGSAAGSFSAAIGKMYVLQHFNHKAKDIMLEMVTDIREEFRKIIDERPAISNPVEAYLHLQITWMDVSTKTRAHEKLEGIKEYIAYPEEILDDKNLEDIYKDLKIEAKEYFKNGISMSIWSTNYHWRKLREEVDKTDWKRHANPAVVNAFYSSIENSIQFPAGILQGAFFNHDRPNYMNYGAIGWVIGHEITHGFDDQGRQYDAEGNLRNWWDHETQAEFVEKTKCIIWQYGNYTADEISLNLNGVNTQGENIADNGGIKEAYRAYNRWTARHGEEPVLPGVDHTPNQLFWLSAANIWCSKFRPKALEQRIKTGAHSPGRFRIKGPFSNSRDFARDFQCPLGSPMNPVKKCEV 793          
BLAST of EMLSAG00000006703 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold153_size302544-snap-gene-2.17 (protein:Tk03378 transcript:maker-scaffold153_size302544-snap-gene-2.17-mRNA-1 annotation:"PREDICTED: neprilysin-2")

HSP 1 Score: 451.055 bits (1159), Expect = 1.025e-148
Identity = 237/691 (34.30%), Postives = 390/691 (56.44%), Query Frame = 0
Query:   66 ENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVV-DPYWTSHNWTIE-RVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEV--PEINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWAN------KKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEP--AVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGE-EDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            ++ +CL+  C+  +  L   MD  ADPC  F Q+ACG++ +  +IP ++S+ + F  +++ +    + +LEE  +  D +   K K+ YK+CM+  ++E +   PL   +  LGGWP + D  W  ++++   R I +  K       +  +V  D +NSS  +I +DQ   G+ +R+Y +    D D++ Y+ +M     LLG  +     + ++ + FE  +ANIS P  +R +   +Y K  L +++T    PE +W D+ ++++    I  +E I+  +  Y + +  ++  T+ ++I NY+ WR V  +   L       +  + + L GV     RW  C +          +  +  G+++   +F+ ++K   +++I  +R+AF D+L   +WMDE+TR  A++K + ++E I YPE + ++++++  Y+NL +   + + N+ N+  ++   +  +LR AV +  W      AVVNAFYNP +N I FPAGILQ  F+    P  LN+G IG VIGHEITHGFDD+GRQFD  GNL+ WW   T  +F    +CII QY  Y    I + +NG  TQGENIADNGGLK+A+  Y KW   +G+ E  LPGL  + KQLF++++ Q+WC   R E  K +I+   HSP   R++GPLSN  +FA+ + C  G++MNP++KC V
Sbjct:   58 KDGVCLSSSCITAAHQLFQNMDFQADPCHDFHQFACGSFIKNTMIPAEKSTYTGFTPVSETIYARARNILEEPISYTDWDTFKKAKSLYKTCMDEDKLEELGMNPLKTLLLELGGWPALTDFSWAENSFSWHARTILMNAKGLKKSQILSCYVATDYKNSSKRVIYLDQPNLGM-AREYLIKGFEDPDVQEYYHFMVRAAVLLGGTEAQVKTELKDSLLFEIRLANISAPREERRDRTKLYNKKLLGEMETLTGHPE-SWIDFINSIITGPSISRDETIIVKNPKYLQDMAGVIYSTNPRVIANYLGWRVVKNMFQFLNEAARDVQLRYNKALTGVKVKTPRWKFCANLVGFDSTSLNRFEIPAGSMYAMRHFSPEAKSKVVNLITYLRKAFRDILANIDWMDEKTRKHAEEKLDKIDENIAYPEEMLDQSKVDGLYKNLQMGE-HLVGNILNLTLWKRHFDNERLREAVSRRDWIERGIVAVVNAFYNPFQNLITFPAGILQGHFFDDTVPMYLNFGAIGAVIGHEITHGFDDRGRQFDGDGNLRDWWAQDTKDQFVEKTKCIIQQYGGYEARQIDMRLNGVTTQGENIADNGGLKEAYYGYEKWQSDHGQVESQLPGLGFSPKQLFWISWGQVWCAKWRDEALKKQIKTGAHSPNEFRIIGPLSNFDEFAQDFKCEPGTKMNPQKKCHV 745          
BLAST of EMLSAG00000006703 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold532_size145644-snap-gene-0.44 (protein:Tk04532 transcript:maker-scaffold532_size145644-snap-gene-0.44-mRNA-1 annotation:"membrane metallo-endopeptidase-like 1-like")

HSP 1 Score: 448.743 bits (1153), Expect = 8.299e-148
Identity = 243/619 (39.26%), Postives = 353/619 (57.03%), Query Frame = 0
Query:  134 LLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVD-PYWTSHNWT-IERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVM--GIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKW--QTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDI-QLNINGRMTQGENIADNGGLKQAFRAYNKWV-RINGEEDLLPGLN-LTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            LLEE+++  + ++    ++ YKSCM+  +IE +   PL Q +  LGGWP ++   W   N+   E+V    K  +++  F++  V  D +NSS  I+ +DQ   G+ SR+Y +    D D++AY  YM +V   LGA   +A E+ + V+ FE  +AN S+P  +R N   +Y  + +KD+    P   W +Y + ++   I  + ++E I+     Y +     ++    ++  NYM+WR     M +L  +      +F   L G      RW  CV  A   +  AVGA+++R  F+  SK+ AL M+ DIR  F+D+LE+ +WMDE T+  AK KA  + E IGYP  + +  +LN+ Y  L +   ++L N  N+  F  +    KLR  V+K  W     PAVVNAFY+P +N I FPAGILQ +F+S   PK +NYG IG VIGHEITHGFDD+GRQFD  GNL  WW   T   +   AQCII QY+ Y I  +  L +NG  TQGENIADNGG+K+A++AY KWV R + +E LLPGL      QLF+++ A +WC   R +  K ++   VHSP   RV GP SN  +F+  + C  G+ MNP++KC V
Sbjct:  121 LLEEENSPDEAKSFHMARDVYKSCMDKEEIEIMGLDPLKQILRDLGGWPALEGDSWDGSNYIWYEQVYRFRKMGYSVDYFVDFSVTTDLKNSSWRILDLDQPGLGM-SREYLIKGFLDEDVQAYLQYMIDVATFLGAEPDFAIEEMKRVLEFEIMLANFSLPREERRNASKLYNPMRIKDVSQFDPHTPWLEYINNILTPDIIQVSEDEIIIVDVPSYLERFSTFIQTVPARVQSNYMLWRVAAASMKYLNEEARKISLKFSEKLTGKSEETPRWRTCVGAAKGSLANAVGAMYVRRYFDEASKQAALDMVGDIRAEFDDILEQVDWMDENTKRRAKQKAKGIVEHIGYPPELLDNEKLNELYAGLELNSTHYLGNALNMTVFGTNYAFSKLREMVNKTDWIRHGRPAVVNAFYSPLENSIQFPAGILQGIFFSNERPKYMNYGAIGWVIGHEITHGFDDQGRQFDMEGNLVDWWEPITKERYLRKAQCIIQQYANYTIPHLGGLGLNGINTQGENIADNGGIKEAYQAYEKWVTRSHQKEQLLPGLGRFNQHQLFWMSAANVWCAKYRDKALKLRVLTGVHSPDMFRVKGPFSNMPEFSRDFQCSLGTPMNPKKKCEV 738          
BLAST of EMLSAG00000006703 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold2090_size21136-snap-gene-0.2 (protein:Tk02946 transcript:maker-scaffold2090_size21136-snap-gene-0.2-mRNA-1 annotation:"hypothetical protein DAPPUDRAFT_200882")

HSP 1 Score: 409.068 bits (1050), Expect = 2.344e-134
Identity = 212/588 (36.05%), Postives = 339/588 (57.65%), Query Frame = 0
Query:  174 AINGLGGWPVVDPYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRD-LKAYHIYMTEVGALLGANKTYAYEQF------QNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTVMGIGYI--GDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKK---MGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPV-NFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDI------QLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGL-NLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKC 741
            AI+  GGWP++   W +  +  ER+ G   + +     I  +   D  ++S +I+ IDQ +  LP RD+++  E+  + + AY  Y+ +V  +L A      ++       +N+  FE  +A   VP+ +R N   +Y  ++  +LKT  P I W++YF+ +     I   D+E ++     YF  L  +L  T ++I+ +Y+ W  ++ ++   P +      +F  +L G      RW  CV  A+++      AVG+ +I   F+  ++  A +++ D+R AF +L+ E+ WMD +T+++A++KA+++ + +GYP++I +   L+  YE   IT   N   N+ + +    + +   LR   D+++W T+PA+VNAFY+P+ N I FPAGILQP F+ + +P+ +NYG IGVV+GHEITHGFDD+GRQ+D  G++ QWW++ TI  F N  QC IDQY +Y + ++        ++NG+ TQGEN+ADNGGL +AFRAY   V   G E  LPGL   T +Q+FF+ YAQ+WC    P     ++    HSPG  RV GP+SNS DF  A++CP G+ MN   KC
Sbjct:    4 AIDEFGGWPMIQENWDASQFATERIAGDNSRKWLSSTLISVYAYLDSFDTSQNILYIDQTSLALP-RDFYVEPENYGEYIAAYKAYIVDVARVLAAEAGEVVDEINLTVAAENIFTFESKLAIGVVPDSERRNATEMYNPLTYAELKTTYP-IFWSEYFERLFVDTDIVLDDSETVIVVEPEYFDWLLPMLIATPERILADYLYWNRIMSMVGEGPKELRDIEFKFTSILYGQSAPSPRWSTCVSKASREDQGFAYAVGSEYISQEFDDQTRTDADALVTDLRVAFKELVTESIWMDADTQVLAEEKADAIIQLVGYPDWIVDAQELDTRYETFPITSASNHFGNMKDTMYAYQALSLNNLRKTPDRNEWITQPAIVNAFYSPSFNTISFPAGILQPPFFGKGYPRYVNYGAIGVVMGHEITHGFDDQGRQYDGSGSITQWWSDETINAFANQVQCYIDQYESYAVDELVGQLGEDAHLNGKATQGENVADNGGLHEAFRAYQNSVDNLGPEGALPGLEQYTSEQMFFVAYAQVWCEKQTPSGLLNQVLTDPHSPGKFRVWGPVSNSPDFVSAFNCPAGANMNRPNKC 589          
BLAST of EMLSAG00000006703 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold243_size241480-processed-gene-1.14 (protein:Tk02953 transcript:snap_masked-scaffold243_size241480-processed-gene-1.14-mRNA-1 annotation:"PREDICTED: neprilysin-2-like")

HSP 1 Score: 349.747 bits (896), Expect = 5.138e-105
Identity = 203/684 (29.68%), Postives = 342/684 (50.00%), Query Frame = 0
Query:   68 KICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVP--EINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWAN------KKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEP--AVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKC 741
            K+CL++ CV  +  L  +M+ + DPC  F+++ CG      VIPED+SS S   ++   LQ   K LLE++ ++ D E    ++ FY+SC+N  ++++I+  PL + ++ LGGWPV                  L++N   G+                                      D+ +KAY  YM ++  L+GA++  ++ + ++V+ FE  +A IS P+ +R +   +Y    LKD ++ +P    +W  + D ++    I ++E+++  +  +FK L  ++ +   + + NY+ WR V  ++            E+ +V  G      RW  CV  A            A G+L+ +  F  ++K I   +I ++RE+F +++ + EWMD+ T+  A +K  +M++ IGYP+ I  + ++   YE + +    +  +  ++ R   +    +LR  +DK  W      A+VNAFY+ +KN I FPAG+L+  F++   P  +NYG +G+                              T  +F   AQCIIDQ + Y    + + +NG  TQGENIADNGGL QA++A+ K +  NG + +LPGL  T +QLF++++ ++WC   R E  KT I    H+P   RV G LS + +FA  + CP GS MNPE+KC
Sbjct:   21 KMCLSEACVGMANGLFQSMNRSMDPCENFYEFTCGRLVENTVIPEDKSSWSEIAILNKDLQQKGKFLLEKEGSQDDWEIFKDMRKFYRSCLNEDEMDKIAYEPLTEVLDTLGGWPV------------------LEENLIEGL-------------------------------------EDQHVKAYFKYMQDITELMGADRNASHAELKDVLLFEMELAQISAPKEERRDRNKLYNPTLLKDFES-LPGHPPSWTSFVDNLVYTHNITEDERVLIGNPEFFKKLSDVMTKASPRTLANYIGWRFVKSIVGITTRDARDAALEYSKVTSGTQALPARWKTCVSAAGFGTFSESSFIFAAGSLYAKHYFPKEAKSIMNELIENVRESFTEIINDIEWMDDVTKGKAIEKLVAMDQMIGYPDEILEEDKVTSRYEGVVVEDGKYFASFLSLRRRSRTFGYEQLREEIDKKAWHELGIVAMVNAFYDWSKNMIFFPAGVLRGNFFNHKAPAYVNYGAVGMA----------------------------DTSKKFEEKAQCIIDQANNYESKQVGVKLNGINTQGENIADNGGLAQAYKAFEKHLAKNGMDPMLPGLPFTPRQLFWISFGRVWCKKSRDEHLKTLILLDSHAPNEFRVNGALSYNKEFARDFQCPIGSPMNPEEKC 620          

HSP 2 Score: 284.263 bits (726), Expect = 6.657e-82
Identity = 182/593 (30.69%), Postives = 310/593 (52.28%), Query Frame = 0
Query:  105 NRKHVIP--EDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIE----------RISDTPLVQAINGLGGWPVVDPYWTS--------HNWT-IERVI--------GILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVP--EINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDW------ANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTEP--AVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNK 658
            +R+++I   ED+   + F+ M D     +  L+  D N    EA LK    ++  M ++QI           ++ +  L++    L G P   P WTS        HN T  ERV+         +  + +++ + ++ ++  D +NS+   I +DQ   GL SR+Y +    D+ +KAY  YM ++  L+GA++  +  + ++V+ FE  +A IS P+ +R +   +Y    LKD ++ +P    +W  + D ++    I ++E+++  +  +FK L  ++ +   + + NY+ WR V  ++            E+ +V  G      RW  CV        +        G+L+ +  F  ++K     +I ++R +F ++L++ +WMD+ T+  A +K  +M++ IG+P+ I  + ++   Y+ + I       N+ ++ R        +LR  VDK  W      A+VNA Y+P KN I+FPAGIL   F++   P   NYG IGVVIGHEITHGFDD+GR+ D+ G+L  WW+  T  +F + AQCII+Q + +  + +QL +NG  TQGENIADNGG+ +A+RAY K
Sbjct:  777 SREYLIEGLEDQHVKAYFKYMQD-----ITELMGADRNA--SEAELKDVLLFE--MELAQISAPKEERRDRNKLYNPTLLKDFESLPGHP---PSWTSFVDNLVYTHNITEDERVLIGNPEFFKKLSDEGYSMDMMVDLYIYGDAKNSTWRTIHLDQPVLGL-SREYLIEGLEDQHVKAYFKYMQDITELMGADRNASEAELKDVLLFEMELAQISAPKEERRDRNKLYNPTLLKDFES-LPGHPPSWTSFVDNLVYTHNITEDERVLIGNPEFFKKLSDVMTKASPRTLANYIGWRFVKSIVGITTRDARDAALEYAKVTSGTNELPARWETCVKATGFGAHSRNSFLFGTGSLYAKHYFPKEAKLGLKGLIRNVRASFKEILDDIDWMDDGTKGKAYEKLAAMDQMIGFPDEILEEDKVTSMYKGVQIQEGQHFQNILSLRRRSRQFQYERLREEVDKKAWHERATVAMVNALYSPTKNMILFPAGILGGFFFNTDAPPYHNYGAIGVVIGHEITHGFDDQGRRNDQNGDLADWWDEDTAQKFEDKAQCIINQANNFESAQVQLKLNGINTQGENIADNGGISEAYRAYAK 1355          

HSP 3 Score: 145.591 bits (366), Expect = 4.892e-36
Identity = 82/272 (30.15%), Postives = 156/272 (57.35%), Query Frame = 0
Query:   85 AMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQIERISDTPLVQAINGLGGWPVVD-PYW--TSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKTYAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVP--EINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLL 351
            +M+ + DPC  F+++ CG      VIPED+SS S   ++   LQ   K LLE++ ++ D E    ++ FY+SC+N  ++++I+  PL + ++ LGGWPV++   W  T + W  E +  + K+ +++ + ++  +  D +NS+   I +DQ   GL SR+Y +    D+ +KAY  YM ++  L+GA++  +  + ++V+ FE  +A IS P+ +R +   +Y    LKD ++ +P    +W  + D ++    I ++E+++  +  +FK L
Sbjct:  622 SMNRSMDPCENFYEFTCGRLVENTVIPEDKSSWSEIAILNKDLQQKGKFLLEKEGSQDDWEIFKDMRKFYRSCLNEDEMDKIAYEPLTEVLDTLGGWPVLEGKNWDRTDYKW-YENIYYLNKEGYSMDMVVDLHIYGDAKNSTWRTIHLDQPMLGL-SREYLIEGLEDQHVKAYFKYMQDITELMGADRNASEAELKDVLLFEMELAQISAPKEERRDRNKLYNPTLLKDFES-LPGHPPSWTSFVDNLVYTHNITEDERVLIGNPEFFKKL 890          
BLAST of EMLSAG00000006703 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold715_size107919-snap-gene-0.18 (protein:Tk04587 transcript:maker-scaffold715_size107919-snap-gene-0.18-mRNA-1 annotation:"GM23001")

HSP 1 Score: 288.115 bits (736), Expect = 3.294e-85
Identity = 198/694 (28.53%), Postives = 328/694 (47.26%), Query Frame = 0
Query:   63 FKSENKICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVKNFYKSCMNISQI-ERISDTPLVQAINGLGGWPVVDPYWTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEESDRDLKAYHIYMTEVGALLGANKT---YAYEQFQNVIRFEKSIANISVPEHDRINTGAIYTKISLKD--LKTEVPEINWNDYFDTVMGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELM-PHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAFNDLLEENEWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQTE--PAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRIN--GEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGS--RMNPEQKCSV 743
             K    +CL+ ECV+ SA +L ++D T DPC  F+ Y C  W  KH IP  RS  S  +   +    IL+ LLE   +    ++  K +  Y+SC++ + I E++   PL + I+  GGW +  P   S ++ +   + +L+K  T  +F   ++     ++S + + ++Q    LPS++ +   +  +  +    YM EV +LL   +        Q   VI  E+ +A IS    +R     ++ ++   D  L       +W D+F+             +VS+ +P    LG +    + +I   +   + + +++ P+  P  +      + +L   LT    W                   I     Y SKE                L    W D  T+ +  +K ++  E +GYP++I N   L++ Y    ++   F +N      F    N       VDK  W     P+ VNAFY  ++N I+FPAG+LQ   +S+  P +LN+G IG  +GHE+ HGFDD GR +   G   +WW ++T + F +  +C I QY+  + S  Q  ++G+ T  ENIADNGGL  A++AY +W+      +  LLPGL  T  QL F+ +A+  C +M+ +  +  ++   HSP  +RV   +SN V+FAEA+ CP  S  R+  E++CS+
Sbjct:  289 LKDGTNVCLSPECVRASATILNSIDPTIDPCEDFYGYVCNGWMDKHPIPRGRSFWSVTDQKTEDNHEILRSLLERPLDNMASKSEQKSQLLYRSCIDSNGIIEQLGSRPLAKLISSTGGWNLTTPNADSSSFDLRSKLILLQKYSTNALF-HWYIKEGMYDTSQYELFVEQGGITLPSKELY---KDTKLTEGLADYMFEVVSLLNGQEQDDEGIKRQIFEVINLERQLAQISSSHENRT---GVFLELDKADESLSLGAAFGSWKDFFN------------DLVSFLIP--SELGTVFFSGNTRIWIQFDYIKKLSDVLGPNRNPMEQPNGGNQKNILNNYLT----WQA-----------------IHPYIQYLSKE---------------RLSHLTWFDRRTKELILEKISNTQEMMGYPDFIMNSQELDKGYLGFKVSKHQFFENQIRCHVFAVRKNLEMFGTPVDKSAWPLSFLPSTVNAFYLYSRNQILFPAGVLQAPLFSEKQPMALNFGHIGTFMGHELLHGFDDIGRLYGPKGQKLEWWPSKTTSTFEDKTKCFIRQYTQEIFSGWQ--VDGKRTLSENIADNGGLAVAYQAYKRWINKYPLDQMGLLPGLAFTEDQLIFIGFARAHCSTMKNKAMEIYLQIDHHSPSHVRVNTAVSNLVEFAEAFQCPPESALRLPSEERCSL 923          
BLAST of EMLSAG00000006703 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold75_size407189-snap-gene-3.15 (protein:Tk10137 transcript:maker-scaffold75_size407189-snap-gene-3.15-mRNA-1 annotation:"neprilysin-2-like isoform x3")

HSP 1 Score: 274.633 bits (701), Expect = 3.480e-80
Identity = 133/291 (45.70%), Postives = 181/291 (62.20%), Query Frame = 0
Query:  455 EWMDEETRLVAKDKANSMNERIGYPEYITNKARLNQEYENLSITPVNFLDNLFNILRFEASNNQRKLRLAVDKDKWQT--EPAVVNAFYNPNKNDIVFPAGILQPLFYSQHFPKSLNYGGIGVVIGHEITHGFDDKGRQFDKFGNLKQWWNNRTIAEFHNAAQCIIDQYSTYMISDIQLNINGRMTQGENIADNGGLKQAFRAYNKWVRINGEEDLLPGLNLTHKQLFFLNYAQIWCGSMRPEDAKTKIRAAVHSPGPIRVLGPLSNSVDFAEAYSCPKGSRMNPEQKCSV 743
            +WMD+ET   A  K NS+NE IGY + I N   ++  Y +L + P  F  N  +  ++   ++  +L  +  +D W    + A+VNAFY+P  N I  PAGILQ  FY+++ P  LNYG IG +IGHE+THGFDD G+QFD+ GNLK WW N+T  EF   A C +DQYS + + ++ L I G+  QGE IADNGG+  A+ AY+ WV  +GEE +LPGL+LT KQLF+ + A  WC     E+ K  ++  VH     RV  P SNS +FA+ + CP GS MNPE KC +
Sbjct:  645 DWMDKETASRALIKLNSINELIGYDDVILNTTAMDYLYRDLDLHPKQFFQNALSRSKWWLKDSWNQLNQSTSEDPWPEFDQAAIVNAFYSPLSNSINLPAGILQGKFYNENRPNYLNYGSIGYIIGHELTHGFDDSGKQFDEEGNLKNWWENKTNEEFRFKADCFVDQYSNFTVPELNLTIEGKHIQGEGIADNGGIMHAYDAYSAWVEKHGEESILPGLDLTSKQLFWASAANTWCTESNTENIKYNVKYGVHPLAKYRVNVPFSNSREFAKDFKCPLGSPMNPELKCKI 935          

HSP 2 Score: 162.155 bits (409), Expect = 1.762e-41
Identity = 107/400 (26.75%), Postives = 195/400 (48.75%), Query Frame = 0
Query:   68 KICLTQECVQTSAYLLGAMDTTADPCTXFFQYACGAWNRKHVIPEDRSSISTFEVMADQLQIILKGLLEEDHNEFDCEATLKVK---NFYKSCMNISQIERISDTPLVQAINGLGGWPVVDPY----WTSHNWTIERVIGILKKNFTLGIFIEEWVGPDDRNSSAHIIQIDQMTFGLPSRDYFLLEES--DRDLKAYHIYMTEVGALLGANKTYAYEQ-FQNVIRFEKSIANISVPEHDRINTGAIYTKISLKDLKTEVPEINWNDYFDTV----------MGIGYIGDNEQIVSYSMPYFKLLGKLLKQTDKKIIHNYMIWRTVLELMPHLPPQYESTRAEFRRVLLGVLTGRIRWHKCVDWANKKMGMAVGALFIRDNFNYDSKEIALSMIHDIREAF 447
            +IC T  CV  +  L+  MD T DPC  F+ Y+C  + ++ +IP+DRSS+S   ++ADQ+Q  L+ + +E       E++   K    F+++CM+  ++E +   PL   +   GGWP+         TS  W ++    ++   FT        VG D +N++ +I  + Q   GL   +Y  L+E   ++ ++AY+ Y  ++  LLG  KT   +     +I+FE ++AN +    D  +  ++Y  ++L +L  + P ++W  Y + V            +  I  N+++V     YF+ L   LK T    I +Y+IWR +   +P++  Q  +  ++F R   G  +   RW  C+   +    + VG  ++  +F  ++K+    M+  + EAF
Sbjct:   91 EICQTPNCVMAAQELIQNMDLTLDPCEDFYAYSCSGFQKRLMIPDDRSSVSETSLLADQVQYELRQIFDE---TLPLESSRGAKIPLAFFQACMDSKEVENLGLQPLRDFLKIPGGWPLGPKMRTKKGTSTTW-VQLAHKLMDVGFTGNYLFGLDVGTDFKNTTNNIFFLAQPRLGL---EYKELKEGWKNKMVQAYYNYTYDMAVLLGEPKTTDLKSTLTKMIQFEINLANATRSWADVSDVDSLYNLMTLGELTQKYPFLSWVQYVNQVGRSKSEVAQMYSLFQIQSNQEVVVLDPEYFERLTMTLKSTPDTTIQSYIIWRAIKTSVPYMNSQVRAVASQFYRQFSGTRSDSPRWKGCLTATSNFFPLLVGKFYVESHFPPEAKDKVSEMVALVTEAF 483          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000006703 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-0.000e+060.38symbol:Nep1 "Neprilysin 1" species:7227 "Drosophil... [more]
-0.000e+042.40symbol:MMEL1 "Uncharacterized protein" species:903... [more]
-0.000e+041.83symbol:MMEL1 "Uncharacterized protein" species:961... [more]
-0.000e+040.84symbol:nep-2 "Protein NEP-2" species:6239 "Caenorh... [more]
-0.000e+041.86symbol:Mmel1 "membrane metallo-endopeptidase-like ... [more]
-0.000e+042.01symbol:Mmel1 "Membrane metallo-endopeptidase-like ... [more]
-0.000e+042.01symbol:Mmel1 "membrane metallo-endopeptidase-like ... [more]
-0.000e+041.73symbol:MMEL1 "Membrane metallo-endopeptidase-like ... [more]
-0.000e+041.55symbol:MMEL1 "Uncharacterized protein" species:991... [more]
-0.000e+040.49symbol:MMEL1 "Uncharacterized protein" species:982... [more]

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BLAST of EMLSAG00000006703 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592777147|gb|GAXK01177421.1|0.000e+064.77TSA: Calanus finmarchicus comp460903_c1_seq1 trans... [more]
gi|592873935|gb|GAXK01083627.1|0.000e+043.18TSA: Calanus finmarchicus comp176079_c0_seq1 trans... [more]
gi|592945528|gb|GAXK01013025.1|3.984e-16739.33TSA: Calanus finmarchicus comp681919_c0_seq2 trans... [more]
gi|592945529|gb|GAXK01013024.1|4.871e-16739.33TSA: Calanus finmarchicus comp681919_c0_seq1 trans... [more]
gi|592819997|gb|GAXK01134571.1|2.123e-16438.61TSA: Calanus finmarchicus comp92894_c5_seq3 transc... [more]
gi|592819998|gb|GAXK01134570.1|2.642e-16438.61TSA: Calanus finmarchicus comp92894_c5_seq2 transc... [more]
gi|592819999|gb|GAXK01134569.1|4.178e-16438.46TSA: Calanus finmarchicus comp92894_c5_seq1 transc... [more]
gi|592915090|gb|GAXK01043285.1|7.433e-16438.12TSA: Calanus finmarchicus comp51372_c0_seq1 transc... [more]
gi|592819996|gb|GAXK01134572.1|1.219e-15937.45TSA: Calanus finmarchicus comp92894_c5_seq4 transc... [more]
gi|592856541|gb|GAXK01101003.1|3.472e-15336.15TSA: Calanus finmarchicus comp7561_c3_seq3 transcr... [more]

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BLAST of EMLSAG00000006703 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 20
Match NameE-valueIdentityDescription
EMLSAP000000067030.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s372:14695... [more]
EMLSAP000000094821.517e-16437.36pep:novel supercontig:LSalAtl2s:LSalAtl2s611:16796... [more]
EMLSAP000000065462.424e-15535.42pep:novel supercontig:LSalAtl2s:LSalAtl2s358:80738... [more]
EMLSAP000000070474.711e-12431.95pep:novel supercontig:LSalAtl2s:LSalAtl2s3:1196101... [more]
EMLSAP000000000641.999e-12332.24pep:novel supercontig:LSalAtl2s:LSalAtl2s100:44907... [more]
EMLSAP000000005652.110e-12031.27pep:novel supercontig:LSalAtl2s:LSalAtl2s1093:2860... [more]
EMLSAP000000016581.940e-9840.97pep:novel supercontig:LSalAtl2s:LSalAtl2s128:18816... [more]
EMLSAP000000098187.574e-9528.31pep:novel supercontig:LSalAtl2s:LSalAtl2s639:49278... [more]
EMLSAP000000049155.999e-8628.28pep:novel supercontig:LSalAtl2s:LSalAtl2s2594:1939... [more]
EMLSAP000000020136.513e-8034.59pep:novel supercontig:LSalAtl2s:LSalAtl2s135:68368... [more]

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BLAST of EMLSAG00000006703 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25
Match NameE-valueIdentityDescription
gi|81906778|sp|Q9JLI3.1|MMEL1_MOUSE0.000e+041.86RecName: Full=Membrane metallo-endopeptidase-like ... [more]
gi|114150029|sp|P0C1T0.1|MMEL1_RAT0.000e+042.01RecName: Full=Membrane metallo-endopeptidase-like ... [more]
gi|74958781|sp|O44857.2|NEPL2_CAEEL0.000e+040.84RecName: Full=Neprilysin-2[more]
gi|114150028|sp|Q495T6.2|MMEL1_HUMAN0.000e+041.73RecName: Full=Membrane metallo-endopeptidase-like ... [more]
gi|81918086|sp|Q4PZA2.1|ECE1_MOUSE0.000e+038.89RecName: Full=Endothelin-converting enzyme 1; Shor... [more]
gi|1706564|sp|P42893.2|ECE1_RAT0.000e+038.48RecName: Full=Endothelin-converting enzyme 1; Shor... [more]
gi|2499916|sp|P97739.1|ECE1_CAVPO0.000e+038.62RecName: Full=Endothelin-converting enzyme 1; Shor... [more]
gi|128065|sp|P07861.2|NEP_RAT0.000e+040.87RecName: Full=Neprilysin; AltName: Full=Atriopepti... [more]
gi|215274248|sp|O60344.4|ECE2_HUMAN0.000e+039.91RecName: Full=Endothelin-converting enzyme 2; Shor... [more]
gi|51338732|sp|Q61391.3|NEP_MOUSE0.000e+040.45RecName: Full=Neprilysin; AltName: Full=Atriopepti... [more]

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BLAST of EMLSAG00000006703 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
gb|EFA09825.2|0.000e+064.34Endothelin-converting enzyme 2-like Protein [Tribo... [more]
XP_016768898.10.000e+064.20PREDICTED: neprilysin-2 isoform X1 [Apis mellifera... [more]
XP_006568117.10.000e+064.20PREDICTED: neprilysin-2 isoform X2 [Apis mellifera... [more]
XP_006568118.10.000e+064.05PREDICTED: neprilysin-2 isoform X3 [Apis mellifera... [more]
EAL39199.30.000e+063.20AGAP009791-PA, partial [Anopheles gambiae str. PES... [more]
AHN59397.10.000e+060.38neprilysin 1, isoform D [Drosophila melanogaster][more]
AHN59396.10.000e+060.38neprilysin 1, isoform C [Drosophila melanogaster][more]
AAF46124.20.000e+060.38neprilysin 1, isoform B [Drosophila melanogaster][more]
AAF46123.20.000e+060.38neprilysin 1, isoform A [Drosophila melanogaster][more]
EEB19528.10.000e+063.39endothelin-converting enzyme, putative [Pediculus ... [more]

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BLAST of EMLSAG00000006703 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|642935160|ref|XP_971821.3|0.000e+064.34PREDICTED: neprilysin-2 [Tribolium castaneum] >gi|... [more]
gi|1130248293|ref|XP_019765686.1|0.000e+061.83PREDICTED: membrane metallo-endopeptidase-like 1 [... [more]
gi|1080062871|ref|XP_018573499.1|0.000e+062.94PREDICTED: neprilysin-2-like [Anoplophora glabripe... [more]
gi|1059406227|ref|XP_017776001.1|0.000e+063.49PREDICTED: neprilysin-2-like [Nicrophorus vespillo... [more]
gi|817062750|ref|XP_012253044.1|0.000e+062.31PREDICTED: neprilysin-2 [Athalia rosae][more]
gi|939687010|ref|XP_014300197.1|0.000e+061.34PREDICTED: neprilysin-2 [Microplitis demolitor][more]
gi|571545967|ref|XP_006568117.1|0.000e+064.20PREDICTED: neprilysin-2 isoform X2 [Apis mellifera... [more]
gi|572264398|ref|XP_006610381.1|0.000e+064.20PREDICTED: membrane metallo-endopeptidase-like 1-l... [more]
gi|906475276|gb|KNC34663.1|0.000e+064.31hypothetical protein FF38_10278 [Lucilia cuprina][more]
gi|572264402|ref|XP_006610383.1|0.000e+064.20PREDICTED: membrane metallo-endopeptidase-like 1-l... [more]

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BLAST of EMLSAG00000006703 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 14
Match NameE-valueIdentityDescription
maker-scaffold982_size73714-snap-gene-0.70.000e+082.37protein:Tk12016 transcript:maker-scaffold982_size7... [more]
maker-scaffold1658_size31987-snap-gene-0.90.000e+040.36protein:Tk01687 transcript:maker-scaffold1658_size... [more]
snap_masked-scaffold1136_size60149-processed-gene-0.27.856e-17238.47protein:Tk09878 transcript:snap_masked-scaffold113... [more]
snap_masked-scaffold269_size230758-processed-gene-0.41.857e-16236.95protein:Tk07986 transcript:snap_masked-scaffold269... [more]
maker-scaffold153_size302544-snap-gene-2.171.025e-14834.30protein:Tk03378 transcript:maker-scaffold153_size3... [more]
maker-scaffold532_size145644-snap-gene-0.448.299e-14839.26protein:Tk04532 transcript:maker-scaffold532_size1... [more]
maker-scaffold2090_size21136-snap-gene-0.22.344e-13436.05protein:Tk02946 transcript:maker-scaffold2090_size... [more]
snap_masked-scaffold243_size241480-processed-gene-1.145.138e-10529.68protein:Tk02953 transcript:snap_masked-scaffold243... [more]
maker-scaffold715_size107919-snap-gene-0.183.294e-8528.53protein:Tk04587 transcript:maker-scaffold715_size1... [more]
maker-scaffold75_size407189-snap-gene-3.153.480e-8045.70protein:Tk10137 transcript:maker-scaffold75_size40... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s372supercontigLSalAtl2s372:146954..340151 +
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-LSalAtl2s372-augustus-gene-3.13
Biotypeprotein_coding
EvidenceIEA
NoteMembrane metallo-endopeptidase-like 1
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000006703 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000006703EMLSAT00000006703-702550Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s372:146954..340151+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000006703-689469 ID=EMLSAG00000006703-689469|Name=EMLSAG00000006703|organism=Lepeophtheirus salmonis|type=gene|length=193198bp|location=Sequence derived from alignment at LSalAtl2s372:146954..340151+ (Lepeophtheirus salmonis)
ATTTAGAGAAAAGTTATTTTTCATTCAGTAAAACTGCTTTCGCTCATTCT AAAAACATATATGTCAGATACCAAAAATTGCATTAAAATTAACTAAGAGC CTTAATAATGATATGAAAAAAAGAAGCAGATAATGGATGAAGTTAACGGT AGATTCAAAGAAGAATTGGAGGCGAATATTGGCATAACCTCATCTTCTCA AAGGACAAAAAATTGCTGGCAAAGTTTTTTTCATCAAAAAACTACATTGG AAAAGTTTTTAATTATATTATTACTATTTTCATTACTTTTAATTTTAATA TTGATCCTGTCTTGGAGTTTCAAATCAGGTAGGAAGTCAACTTCTTAAAT AATAATGATTGTTTGAAAATTATTAAAGATATTTAGTGTTTAGAAATATT AAATATATAATGTCAAACTTTTGCCATATCTCTCAAACGGGTGAGATTAT CAAACAATAATATAATGAAAGTATTTATAAATAAATCTTATGTTAGCTTG AATATCTATTCAATCAGTTTATATAAACACATAAGGATGGATTTAAGTCT ATAAAATCATTACTTTCTTGAAGTAATATTTTTATATCTGAGATATGAAG TACTATTAATAAATATTAAAATTGCAGTTTTTTATCATTATGTTATTAAT AATGAAGATATGATCACACAATACTTGATTGCAATTGCTCTAAAGGAATA TTTTCCATTAATATTCTTTTATAAGAAATTTCACAAGTTGATTTAACGAT TTCGATATTGTCACTAAATAGTATATCAATGAACATAAATATTTTTCCAT GTGATAAAAATGCCAGACAAATTGTTTCATTTTCATTGAACTTATGTCCA TTTTTGAACTCTTCTTATGGAATATATATCCAAATATGCTCTATTGAAAT CCAAGTAAAGCGCACTTAGTTGTCAAAAAGTATTTTGTAACCCAGGTATA CTGGCAGTAGATGGAGCGAGACAATTGAATTAGTCTTAAATTATTAATAA GAAGAAAGACAACAAATTTGAGTTAAACTTTAATTGTTTTAWANAAAAAA AAAAAAAAAWAGTCTCTCGGATAAAAATTTTACTATAAGTTTTTTAGTTC TCTATATAAAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGCACAACAG GTCTGATATTGAAAAAATCCTAAATAGCATATGGTAAGATTAACAACAAA TTTTCAATAAATTAAAACAAGTTTTACAAGACAAAGTTATCATCAAACAT TTTATTAGGAATACAGTAAGTAAGAGTGTTTTAACAATACGGTATTGTAG TATTCCAAGACCAAATAATTAACAAATATGATTTACTTATGACACGTGGT ATTTCAGCTAGTGATCAATAATAACAAAGGGTTACATAACACCATTAATA AATTCAGCTGACCAAAAAATATGGATAAATAATTGTTCTGAGATAAGAAA AGGAAAAACGGGGTTTGTGTGTGCTTTTTTTCTTCTTTATTTACAAAATT ATTGTTGTGATAACATATTCCTCTAATAAAGAATCGATAGTTTGCCGCCT ACGTTTGTGTAATATAAGTAATATTATTTGGGAAATGCCTTAAAAAAATA TCTTATTTTTTATATTAATTCTTCTCTAGTGTTATTTGAAATATACAAGA TTCTCATTTCTAGAACAGAAACACGTCATATTAAATCATCAGAAATCACA AGATAAGCTGTTTTAAAAAATAAGCTTTGATCAATAGTTCCATATGTCTC GATCCCGCTTCTTCATCGTACTCCCCAATACGCCCAGTGCTATTAATACA TTACATGCATTTCAKWATGTSCCTACAATAACACCATTTTATTTTGCGTA CTTTGAAATGAACAGAGTTAAAATGGGTTTACTGATATATTTTGCTTATC TATGAAATATCTATATGTAAATATAATTAAAAATTGTGTAAAAATAATAT GACAATGATAGTCGGGAAGTAATTGAGAGATAAAAAGTATTAGATGTGAT TGAATTATTTGCCTAACTATCAACTGATTTCCTTGTTTGGTTTTGGAGAA AAGTTTGCGGTAATCAAGTATAAAAAAAGGGGAAAAGAAGAAGAGTGTGG AAAGAATGATAACTGAAGGGCTTTAGAAAACGTAAAAAAAATTACAGCCT TCAGATTTGAATATGATAAACGGTTAGTGCTATGATTCTTTTTTTGTTCA TTCAGATTTTAACATGGGGTTTAATTCAGCTTTTAGAAATGCCAACGAAT AGTTATGAATAAGTTGTTTAAACTGTGCGGGAATGTGAATTTTGCTGTGC AAAAATGAGTTAACGATTGTGGATTTTATTATTATTATTGTGTTATTTAA ACTATAATATTCCTTATCACTATGAATGATAAATAGTCTATAATAATCTA AATCTAAAAATGGAAATATGTTGAGTTCAGAACATGATACAGACTCAATA AAAACACTTTTATTATAATAAAATATATTTTAAAAAGTCTTATTAATCGT AATTTAAAGTTAGTGATTGTCTTAAGGGTGAAAAATGAATTTTAATAATA ATAGTCCCGAATTACAGAGGACTCAGAGAGAAAGAGATCACCGTTTTGGA TTTTTCACTCAAATGTCAATTCAATGATTGTCTTCAATTCAGTTGAACAA AATTTGTGTTTCCCGGTGTTATCTAGATTGGGATAATAGAAAATAATCAT AATTGTGTATTTCAGTATAGATCAATTTATTTCCACGCTTTAAAAGTGGG GAAATTTGAACTAACTATCCTTAATTCATACATCATTTCCATAGTTCATA AGATTAAATTATACAAATCAAAACCAATCAATTCAACTATTTACAACTAA AATTGAGTTGAAATACTTTACTAACTAATTGATCGTAATCTCTTTCAAAC CAACATCAAAATTCGTTTAAGAAAGAAAGAATATATTTTACAANTTAGAA AATAGCATTGTTTTAACTAAAATCATATCTGAAACCATTAGATTAATAGC TTTTATATCGAAAAGTAAAACAATCTTCTTCGGATATTCCCAATCGAAGA ACAATACAATCGTCCCTTTCAAGTTATATTTACTGTAGTTACATGATACA AGCTTCAGTAACTGTCTGGYTATTGTAGGTCKGTAAATTATTATTTCAAA AAAATATGACAATAAACTTGATTCAAAATTAACTATTCATTTGCAAGATA TATGGCTAAAAAATAATCATACTTTTTTTGAACTCCAAATTTTCCCTTAG GCGAAATTCATAGCTTATTAGAATCTCYTTATTTAAGTAAAAATGCAAAT CATCAATCATTATAAAATTTTATTTCCACCTATTCATTTACAAGTTCAAA TAATTAATTAATTGAACTCAGAAAGCTAAAATTATATTTAAGAGNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNAAAGCTTAAACTATTGAGAATTAAATTA TTATTACAAATTGCGTCATGTATAAAATAAGAAATAATAGTACTTATAAT GATGAAAGAGTGGATTAATGTGACTAACATTAGATACTTTCTGTCTGGAT TACAGGATATTATTTTAAGTCAAAATCAAAGGATCTTGGAAGATACAGTA GTAGGCAAACACTATGAGTTTAAATAATTGAGGCAACTTGAAAACTAATG TAGTGTAGGAATTTAATAAGTTCAGTATAAACTAGGTATCGAGTCTTTGA TTGTGATATGAAGTGGAGAGGAAAACCTTCAAAATTTAATCTTAAGTCCA ACTTGAGTCGCTAGTCTCGAGCAGAGGTGGGGACACCTCTGCTATTCAAT TAATTCACAACATTATGAAAAAAAGGACAAAATTGAAGAATGCATTTCAG TTTCGTTGAAGTTGGGACTTTTAAAGTTTCATTTCCCTGCAGTCAGATAT TGAATGATTCTTGTTATTATTCCTAGCATTATAAGAAGCACCCCCTCTTA AATTTAGAAGTCCTAATATTCATTTGTTAATTATTGTTTAGTAGGATTAG TAGGATAATTTACCTTAATTACAGAGTCTTATAAAAGTATGAACTTGGAG CCTCTAAGTTGACATCTCCTTCAAATATGATACCAACACAGTTAAAGGAA GAGGGGAAAAAATCTTTTAGATTATATATAACATTATATTTCTAAAGATT ATATAATATATTATTGAAATATCGCTACCATGTAAATTAACTTATAATTT TAATATGGTTGTTTAAAAAAAAGAAAATTATCCCACGGTGATGCTTCCTC GTGATATTTTACATACCTGATCTGACAAGCGTGAAAAGATTTTTTGAGTG TCTTCTTTGGCTTTCAATTTTACATCCTGTGTTTTTATAATTTCAACTTA ATCCAGGATTCCTATTTTTTTATATATCCTTACTTAGTACAACACCATGC TAAATATATATTCTTCACAAATAGTCAATATAAGTTTCAGAGCATGTGAT GCAACCTCCCGATTATAATTTTTCTGATACTTCTTCCATGATCGTTTTTA TTTCTGTGTCTGCTGCTTCATCATCTAAACGTCGTTTCACTAATGAGTTC GCATCTCAAATAAACACTTTGATGGTTGCCTTTTCAACAGTTTTTTTTGT GACCAAAATAACATGAACTTTTAACTAAGTAAATAAGCTGAAGTGGAACA CTTCTGCTGCAGGAGATACGCAGTTATACAACGGAAAACGAAGAACAAAT CAGTACAGAAAAAGCTCAAGCTCGAAGTGATTTCATGAAATTCAGCGGAT GTTCATTAATAAAAGATTTCGAATAAATAAAACAATATGTGATGATTGAT TCCAATTAAAGAAAGTGACGATTCTCTTTGTTTTTGTGAATATCGAGGAT TCTTTGTTTGTTTAGTCCTTCATAGAACTAATTGCTTATCTGCATAGTTA AATAATCTGTAATTGTCAATTGAGTTTTCCTTTGTACACTGTCATGGAGG CACATAGATTATCTTAAAGACCCTTTCTAAAAGGTATCTTGATGAATGTC TTGTCTAGCTCAAATATGAAATAAGTTTGAATTTGAACATTCTATGTAAT GATTTGTTTTACGCTGCATTACTGCATTCTTTCTTGATCACAAATACACT TCTTCAACTTTTTCTTATTTACTTGGTTGAAAGGTTGTGATATTTTTTCT ACAACAAAAAACTAGGAGGTCTTGTTGAAAAGACGACCATCATATCGTTT ATTTCGAGACGCGTGTCCATCAGTTAACAGATCTTAATAGCCTTGTGTTA AGTTTCATATTCTTAGGTGTTTGAAAACAATTATAAAGACGAAACAAAAC ATTATCTGCCAAGATATTTTTCTTAACAAAAAAGGTAGGTTCTGGGTGTG TATAGAATTTGCTGGTCAATAGTCATATTTAAATTTAGAAAATAAATTCT TCAGATTCCAGGCCATCTTCATCCGAGAACTTGAAGCGAGAGCTGTAGTA ATGAGGGTTGTCTTTATTCTGACCATATACCGATATCACTCTTATTTTTC TGTCATTCCAATTGATTGATACCATGCTATAGTTTCCCGAATGATAACTA GATAATTCATAATGACTTTAGAATTAGACAAGAAACCTTTTCACACAATC TCTCATTTTCTTAAATATGACGTCATAAAAAGATAAAGTATCAGTCTACA GTTTCATTCAGTAGAGAAAAAAATAATAATTGGGCTCCCTAAAAGTACAT TAGATCTGAAAGCTGCTATAATATTAATTTGTTTCCCAAGAAATTCAATG TTAAGGATGGAAATATTGTCCGAATTGCGATGATTGTTAAAACCACGTCT GTGATAATGGCATAAAAAAATATGGTAACATTGAGAAACTACATTTCTGC AGACAAAAATCACTGTTAACTAGTGTGCTTCTTCCTCGGTGATACATTAA AATTTTATAAAAGTATTCATATCTTTTTCTTACCAACATATACATTTTTT TAAATTTACGCTTCCCGCAATTTATTCAATATCCACATCCTTGCCTTTAT TCATATTATGTTTCGACTTGATGGAATTCTATATATTTAATGTTGTAAAG ATTTTTCATAGTAAGATAGGCATTGTCAATTGATAATATTTACATAACTT TTATTCATTAAAATAATAATAACATGTTTCTTCAGATCAACCATTAATAT ATTTGGAATAATATGGAATGGTCTATAAATGAACTGTGTCAATCGATTGC ATTGATTGAAAACAATAGAGGACTTTATGGAAGTATGGAATTACAATGGA GATGAGCTCAGAAAAAAAATGACATCCTCCAAGGTTGTACTACTCTCCAA TTTGATATTATTGTAATACTAAACTCAATCAAAAAATAATATATTTCTGC TGACACAGTGGTCAGTATGTTTGTCCTTGAAATGTACGCAGAAATTTAAA AAAAAAAAATTGTAATCCAGAACACAACGATATCTTCTGCTAAGCAACAA TTCCTGATCCTTATTTCCAAGATTTTTCTTAAAGTTTTAAAAATCTAGAT GGATATGAATACTACTGAAGAGTGTCAAAAACTTGTATCAAATCATCTTG TTTATATATGTATTTATTTATCCGCCTTATTTCAACAAACAATAATTCAA AGTTATAATTAATATGTTATTAAAAAAGGTTATCATTTAAAAATTAGAGT TTACTTATTTTCCCCAAAAAAATTAATGAGTTCTTTAAATTATTTTCAAT GCGAGAATTATCACTTGCACTGAATTGACGTACTTCATGAAATCCTTTGG ATATGAGAATGAACGAATGAAGAACATTATTTGTGTTAAATAATATTTGT TTTTATTCAGAAGACCCTCCATTGAACAATAATGCCATAAATGATCTGAA TCTGCTATGTAAATTGTATCCAAAATTTCCAAGTTTAAGATCCTTATCGT AGAGATTGGAAATGGAAATACGAATTTTTATGAAATAAGGTGCAAAAAGT TAGATTTACAATAGTGTAGAAAAAATATAAATGATATATGTAACTGTACT TGTACTTTTTGTGGGTTTTTTTTTTCAATTTCAAGCTTTTTTTTATAGCA ATAGTCAGTTTTATATTTGATTTTAGGAGGCTAAAACTCTTATAAAATAA AAATAAATGAAAAAAATGTACTTAATGGGTATTTTTTTATTTGACAGCTT TTAAGTGAGTTTTAATGAAAGCCATAAAGTCTTACTAATAATGTTTTGTA AAGAGTAAAATAATATATATAGATAATAAATAATGAACGTGTGGTACTTC TTCTTTCATAATGAATTTACTATGGTATTGATTATGTGGTTAAAGTAAGG TGAACAGGTTTCTAGAATAAAAATTGGGGATATTTTCAATACGCCGTTGA AATATCGCAAAATATTATCATAAATAAATAAAAACAGGGACAAGCAATTC TTATGTATTTGCTAACCAGTTATTATTACAGAAATGTTGTAATCAAACAA ATGAGTAACATCACTAACCATCCATCCACTGAGGAAGACAAAAATATCAA GTTGATTTTGGATTAATTTTTTAGTGAGAAGTTTTCTAGTAACAAATGAA TACTGAACTGATATTTATGAAACAAAAGGTGGCAATAAAAAGATGTGTAA CATTACTATGATCTCCTCATGCACCCACATCTGTCTCAAGAAACTGAGAA GAATAAAGTTGGCTTGACTGAAGTACTTAGACAATCCTTTCGCACGCATA ATTTCTCCCTTTTTATTATTATCATTATCCTTCAGTCCATCTTTACTGCA AAAGCTCCATTTTAATTTTGATGACTTTATGAGGAAACATCTTCTTTTTC AATAATTTCAAGATTTCTTCTACTTAAAAGAAAAAAGAAGAAGAAAAAAA AAAAAAAAACGTATGGAAATTAGAAAAAAGAGAAGGMGCGAATGAAATTG GAACGGTTTCATCGGTTTAATGTTCGAATCAGTATTATTTACTCAAAAGT TCGAACCATATCATTGTAAGGCAATTAAATACAATTACCAGCGCTAAGTC ATTTACAAAACATAGAAGATAAACAAAAACATTACTGATTACTCCAATCG AATGTAATTTAATTTTAATTCTTCGTTGGGAATTAAAGGAATCTTTTCAT CGCTCTTCGTTACATCCATCCAGGGAGCACAATATACATGGAGAGTTCAC ACATTTTCTAGAAATGCGTAGGTTGGCATTAACACTCATCTTTAGTATTT CTATGTGGATAAAAAACTATTTGATTTGATCATATTATGGCAATGTGTAG TGATTTAATTAATTATTCGACCAAATGTCTTCATATTTGGGAATCTATCT CATGTATTCATGAGAAACGTTCGTTTGCCAAAAAGAGTTCCTCTATTCGT CTCCTAGCCTCAGTTTTCTCATTACTTCGGAAAGAGTTCCAAAATGAGCT TCGGGTTGCTCTCAGCATCTTCACTTAGATGTTAATGTAAAAGAAGTTCA AACTTTGGAATAGGTTTTCTGAGTGACCAAGAAGAAAGTGAAGAGCTCTT ATCGTTTTGAATGAGGATTGTATTGGACAAAAGTCAAAATAATTTCATTT GAGGAATAATTAATTTATAGCTCCTAAATACAGGCGGCAAAGACAACTTC TCTCAAGAATTTACTTTCAAATATTTAATAAAAATATTAGTTAATTGGTG CCCTCTGATCTCTTCCGAAATGGAAGGAAATATTGATGTTTCAATATTTT GCAGTAAATTTCCAACCATTTCTGAATTAGTCACTCTTGAATCATACTTA TAAATTTTACCTTTTTTTTATATTAATAGAGTTTTAATAATTATCAAGTA TTTATACTATCGATGATAAATTTTATATATTTGATGAATGAAGATGTAAT TCATTGTTCTAGGTTCCATCCCATCGGCAGACCCATAGGGGMATGCCCCT TTACCTCATTGCAATTTGTATAGTTAGGACAATATTTTTGGAAGTAGCTA ATAATTATATATAAATTCTTTTTTGGCTTAGACATACGTTCAAAAAAACA AAACAATATACATATATACATCGTGTTCCTGACGACCAGGATGAGCCGAC AAAATTGCAGACAAAAACTGCGTAACTATTATATTACCAATATTTTAGTC CTGTTTTCAACTATAAATCATGAATCCTTTATATGTTTGAACGGAATTTA ATGTATGGGCTTACCCTTGGGTCGTGGTAATGTACTATTATCCTTATATT CGACTATTTTACTCAAAATATAGCAATTCACCAAAATGTTTTGCTCGGAT TGTCATTTGAGAGAGTCGATTTTCTCTAAATTTATCAAAAGTTGGCATTT ATGATTAGATGTCTATTTAATATAATCTTTCTTACGATTAGCAGCCTCCA CAAATGTTTGATACAATATATGGAACACTTAAAATGAAGGAACTTTATCT TGATTTGAAAACAATAAATCCTTGAGATATCCTTCCTCCCAGCCCGCCTT TCAATTGTATTCGAATAGAATTGTAAAACCAATTGCTCTTCTCAAACTAA CTGAATGATTTTATAGATAGAGGACATATGTGTTTGGATTTGAAGATTTT AATATGATCAGAAGATTGATCATATCTAACCAAAATAAGTTCAGAAATGT ATTAAATGATTTCTTAGATGAAGTAATGTCATCATCATTATATACAATTT CAAATATCTTACGAAATACGAAATTGAAACTATAATGTAATGATAACTTT TGTTTTATACAATTATTTTTCTACTGGACATGGGAAGTTGAATATAAATC AACTGGAACCAATCAATCATTCTGAAGTATGTCCAAATTGTTATAATCTA TGAAATTGTTAATATTGAGCGGTTTACTTCCAATATTAAATAGGACCCTT TAAAAAGAAAACTATAGGCTAAATAAGTCAGAATTCATTTTCTTGTAATA TAAAATGGGGGTTCTGACCTCATATCTAAGTTCATTGTATACCCTTACTC ATAATTAAAATGAATCCCATCTGGGAAAGGAATTTATATATAGCTACATC AATCTAAAAATATTTAAAATATACATTAGAAATGATGAAAATACTCATGA TGGTATTTGCATGGAAGTTTGACACCCTTCTGCAATAGGGAATTTTTTTC TACGATATTTATTTTTTGGTTCTTCTTTTTCTTCATAAACAGTTTCCTTT ATTATTTGTTGACAAACTATATGTACATTTGATTTTAACACTCCACATAA GAGTAATTTCAATTATTTTAGACACTTTTAATAAAATTTCAATGTGATAA TCATTTGACTCTATTTGGAGGTCAGTACCAGGGCTGTGGCGTCGGAGTTG GAGTCAGTGCCATTTTTGGTGGATTTATGTAAACAAAACTTATTTATAAT CTAAGGCCTATATTGAGTATTCGTTAAGATATTCTCTATATGGTTAAAAA TTATAGGTATTAAGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNAATGATTTACTACGTATAATTGACTTAGACATTTTTTATCCGTTA CAGTAGATTAGAAAACGTCACACTCCACGAAATTGTAATTCATTATGAAC CATATTTTCAGCATAATAACTAACGAAACGACAAAGTAGAATATTCCAAA ATATATTTGAAGTTCCAAGTTTAAAAAAGAAGTCTTAAATTAAATATTAT CTAGATACTAAAAAATAAACTATGATACATTTATTTTAAATATACAGAAT TAAGCAATTAAAATCATATAACTAATAATAACAATAAATACAGAATATTG AAATAGTAGATTGATCCAAATAATATATTCTTGTTCTGAAATCGGAATTC AGTCAAATATGTTATAACTTAGGTTGCAAAACACAAGCCAGACGTGGAGT TTATTCAAAAAGATCATCTCCGCTTCTTCCTCATGTGGAAGTTGCTATAT ACAATTGTGCACTGGATAGATGACACTCTATCGATGAGATCTAAATAAAT ATTAATGATAAAGTAAATGTACAAATCATAAAATTAGACAATAAATATAC TAATAAAAAAATGTTTGAATTAATTTTAGTACACACAGCTTTTACAATCC CACATTCATTTATTTCATGTTTTTACAAAAAACGAAAGTTTAATCCATGC AGTCAAATAACTTATTTTAGATTTAAAAGATATTACTCCTTATTAAAAGT ATCAAAAAATATATTTTCCTCATTTAGTTTTGCTTGTATAACAACATACT ATTGTCATGAAGGATGCACACAATTACTAATTATAATACTACACACAATG CAACTACCCCCGTTGTTGTGATCATTTAAACAGTTATTTTTGTCTTTCAT GAGATTTCTGAACACCATTTTTTGGAGCTTATGAACCATGGCTAATCATT CAGTGATAAAAAAGTAATATTTATTGAGTATYTAATATTGGAAAACTTAA TGATCATACCCAAGTCTTTAAGTGAAGAAACTAATGTCACCCAAACTAGT TACGAACCATCCGAAGCTACTACCCCCGTTGTTGTGACCATTTAAGCAAT TGTTTTTGCCATTTAATGAGTTGTGTATTATAATTTTTGATAATTATAGC TAAAATAGAATAATATTTTATGGCTGGATAAAAAAAAAGAATACTTACTG TTAGATGGTACAAAATTCAGAGATCTATTTCGTAATTTGGTGTGGATGAC TTTTAACATTCTGAAAATTATCTTAACTTTAAAATTTATAATGGGGGTAT TTCTATAAATGACATCATTACCAACATCCTCCATTAATTACTGATGGTTC CTCGGGAAGGGAAGAATTTACCCGTGTATTTCTCCATAAATTTTTTGAAC GTAGGATGACTAGAAATGGATAAGGTTATATTACATGCAATAAGTATCTT TGTAAGATCAAAGTCAAAGTCTGACTTGATGTATTCATTGTTAACTTGGT TTCATAGATGAATATCCATATTCTTGATATGAGATGAGGATAATGAGTGC CGTTTAATTCTAGACGGCGGACTAAAGGTACATTTATATTGACAAGTCCG ACAAGCAATCTGTTTCTTGTTCGGTAAGTATTTCCAAATTCCTGGGCCTC CATTTCGAGAAATCCCGACAGAAGGAGACGTTATTTTAGGTATTTCATTC AGTTCTCTATCGACTATAAGGATCTAATATTATATTTATATTGAACAATA AAGACGGGAATGAAGATGTATATTATTTAATCAATAATGCCATAAGTATT TGTTCGCACGCTTTTCTATTTTTAACAAAATTATCAACCTTATGTAATAC ATATGAAAGGAACAAATCGATGATAAAATATTAACTACCATATGAATTCT TGGACTTACGGAAATTACGGGAATGGATTAGAATCAATTGTTTTGTCCTT GTCAACGAGGTATGTGATCCCCAGATGACATTATGACGGAGAAAGTCTAT ATTTGGTGGACCAATTTTTCNATTTTGCTAGATTAACGGCTAAWTTKYGG SGRTGAWGAWTTYAGAAAAWTGTTTTCAAATATTGCTTCATAGACAAACT TGCTATTWAGATGTCGTTTAGATAAACAAAGACAAAATGTAGCCCATTTA AACAACGATCCATGAGTCTTTGGAACGCCTGTACCGATTTATTTTAAAAC CAACAGACATTTCTAAGAATTTAAAAAGACCGAACGGGGGTAATGATGGC TGTTTTTGTAAATCTTCAATTTGTACTGGAATTTTATGATAAACTTTCAC TAGATCGACTTTATAAAATAATGAACTGCGCACTAATTGGTTAGTAAAAT ACCCACTTAGTGTGTATTGCGTATATATAAATGTTTGGAAAAGGATATCG ATTTAGAACTATGACGTTATTGAGTCATTGAATATCGCCACAGGTTCTCA ACTTGCCATTAGTTTTTAGCATCATGCGTAATAGGGATGTAATAGGAAAG AAGGATGGTTTTTTATCTTTTGATGTATTAGCAAGAATCACACTGACTTC TGCGCATGTATCGACAAAATGTTTTTCGGAGAATTAGTATGGTAAATTGT AAGCCATCAGCAGGAGTGAATCTTTGATAGCGAATTCACGCTATGTTTTA CTGTCTAGAGAGCTTCCCAAGTGTTTAGAGAGTTTCCATACACAAGGAAG TGTGCATATCCTAGCCCTAGTTCCATAACGTTGATGATAATAACAAATGG TTTTGTCGGTGTTACTTTAAAAAAATACATTGTATGAAGACGTCGTTTGT TGTATTTTCCACTATTCATACAACCGATGAGCAGGATCTACTAATTTATG TGGATCAGTAAAATTATCTTGCTCTAGTTGGCGTGTTGGAGTTGGAAAAG AAAAGGCAGGGATTTAAGGCAGAAATCTTGGCCAAAAAAAGAAATGTGTG TCCATCCATGAGATTTATCTTTTTGGCTGACAATGTTGATGTTGTACACT CGCGTAGTTCCCCAATATTCAGAAAAATCTCGAACTTATTGCGATCTGAA AGCTTATTTATGTAAATAAGACAACTTTTAATGGTAGAATTTTCTTTGGA AGGATTTTCTATCAGAGGTGCCACTCGAGAAGCTGTAATATTGTCCAGTG ACAAACAGACGTAGTCATACTTCGTTTCCTCTTGGGTATAGCTTTGAACC GAAACTGGGGTTCAGTTTTGGCAAACCATAACGAAGGCCATTTGGTATGA ATTGTTGGAAGTTTAAATGATAGTGCGCTAACGATTAGTGTAGCTATGTT ATCGATTTTCATTCTTCATATTCTAACATTCAGAATCACCAATTTAGGGA CTTTTTTTTTTTTTAAAGGAACGTATATTCTTATAATTTTTATTATGAAC TTGTTTATCTATATTACATATATATATGATTAATAATTCTTCATCTGTAT AGAGAGCGCTAACGGCTAMATAAAGAGGKCGCTACATAAGAAWGTATAAA AATTGGCCAAACTTCAGGTATACACATCATATTTCATTTTTTTGTAAGTA AAACTGTAGTGCTTTATTAAATAATGATAAACACAAAATCCTAAAAAGTA TAAAATTGTTCATTTCCTGTTAATTCTATTTTGAACTCTACTTATGTTAA TCATTCTTCACTACGTGTCAAGGAGTAATTTATGAATGAACTATATTCAT TATGTAATGTTTTTGTTTTTCTTCTATGGTTTTTATATGACGTAAAACTT GTTAATTGCCTTATAATGATATGGTTAGTAACTTTTGAGTTAATAATACT GATTGTAACATTAATATCAACTGGGAACATATGTACCCACTGCAGAAAAA CTGTTATTACTACACAACCAAAAACTATTTAAATATTAAAACAGATTAGT AAGTTCCGTATAAGTTTTGTAAATGTTTGATACAATGTACAAACATATAT AGTCAGTAACTTACGAGTAGTAGCCAGATAAAAAAGGTCAATTGTGGTGT GGAGGAATATGGTGCAATCTTACAGAACTAAAGGGCTTGTTTTTACTAAA CAAACAGTAATATATATAAATCTTTTAGCATAATTTCATGCCCAAAGAAC TGATCCATATTTTGGACAACTTTATTTCATATTTTACATATATTTCATGA TTTATAAGCATAAATATAAAGGGTGGGAACAAATGTGCACACTCGTCGTT GATATAACACTGCAAGCTAAAACACGTGTTCTATTTCACATCATAGTTAC TATTCTTATGATCTTGTTATAGATGTTGTACCAATTTATTGTTTTGAGCA ATATATATGACGGATAATAAGTGTCAATAGTTGTGAGCGCCTTCTATTTT ATTAAAAGTTTTTAGATTGTCTTTGGAAGAAATACAATCTTTGATTCAAA AAGAAGATTTTGACTCTGAAACTGATTACACTCAAGTTTTTAAACATTGA ACAGCCCATTGAAGAAGTATCAGTGGACTCCAACTGTGGCTCTTATTTAT CATGTAATCCAGATCATTTACCAACAAGAATTTTGTTTTCTAAAGTCGTA CCAAATGAAATTGAATGAGAAATACAAGAAACTCCAGTGAGAAAGAAACC TCACAAAGAGTAAATTATTTGGCATAAAAATTCCAAAAAATTTAAAAACA TTGAATGTGATCAACAAGTAGCMCCCGACATAATAAGGATATGATAAAAA AATGGTGGTTGCCTTTGATCGCATGAAGTACTTATGCAGAGTCGTCAATA ATTGGCGTTTCAGATGACAAAATAACCATTGTCTCAGCCTCCTGAATTTT ACTAGAAATTTAGTTATTGCATTGCTGAAACGTACGGGGGCAAAGAAGCG CCCTGGCCCCAAATCTCCATTGGAAAGTGCAGAAGAAAATATTCGACTCA GTAAAGAAGGCCACTGGACTGCAAGAGGAGAGCATACTATAAGTAAATAC AAATAATGAAAAGGCCAGACCCCTCATAAATGTAAAAAGTTCCTTTGAAT CTAGAAGGCATGGAACGTTATCACCCTTAGGAATAAATTCTCCAGTATCA TCTTATGATCATTTATTATATAATAAAAATGAAATTTTTCTCTTTGAAAT TCACAGTCATGTGATAAATTCAATATTTGTTATCTTATTACCGAGTAGGA ACATATGTGCAGGGGCAGACTTTCTTTAGTTATAAGTAAATTTGAAATTT TTATTGTTTAAATGTGCCTTATTACTACTATGAGACAAACAACATGACAA TTACCTGAAATTTTGATGTAAATAATTCTTAGCATTAATGTGTTAAGCCT ATGAAATCGTTTCAATTTCATTATCACCTTCTCTTTTTTCTAATTTCCCT ACGTTTTTCTTTTTTTTCTTGAAGGACAAGAAATTATAACAAAAATCTCT AAATTATTGAAAAAGGACAGGTTTTGTCAAAATGTACTCAAAAATAGAAG GGGATATTGCAGTAAAGATGGATTCAAGGATAATAATAAGGAAAAAAAAT GAAATTATGCTTACAAAATGAGTACATCTAAATTTAAAATTTGTGTCTCC ATTTATTCAAATATTTTGTATGTCATGTTTAAATATTATGATTTTAATTG ATACGTCATATTTATTTTCTGATATTCCTAAGTAATACATAATATCATTT CAATATGTCTACATATATTATTAATGATGTAAATACTAAGGTTAATAGAT ATACAAGGTTAGACCATCATGTAATCGGGCTTTTCTAAAATTTCCAATCT GATGTATTGTACCGACTGCTAGGCAATACATGCAGATTTTGACAAAACAC GTAACCACTCATAGTCTATGACGTCAATATTGCTAGAATTGTCAATTTAA TGTATCGTACCGACAGCTGGGGAAGAAAAATAGATTTTGACAAATACGCA ACCACTCATCTACTATGACGTCAATGTTAAAATCGTAGGGTATGTCAAAA ATCAGACGTACATAGTTTATGGTATAACCTTATATTTCTAGTAACCTTCG TAAATCCTGTGAATTTTTTAGCTACCCTGTTTTTGGATTTGGTAATCTAA AGAATGAGTTTTCTTTTCCTTAGTAGTTGTCATTATTATTTAATTCCTAG GTAGTGAATATCCATTTCTGAATAGATTCAATAATTTTGAAAACTTGATT CAACATTCGTGTGTGCTCATAAAAGATGTAGCGTAAACCTGAAGAAATAT TGCAGAGATATCATTGTATGTCTTTGTTGGACTTAGAGTAGAATTGGGGA TGGGGATAAGAGTAATTCGTGCCATTGTTCTTGTTTATTATTTTCTTTTT CTCCACCCTTGTCACAGCTGATTGTGGTTGATCTCCCAAAAACTTATTTC TTAATTCTAGTGTATGGAATAAAGCGTGTGATTTGTCATTGATCAATTCA TSATATCCCTTTTATCTCAAATTTATAGATGTAACTTTTATTCTCATGTA AATCCCAATAATCAAACTTTTTTCTATTACGTGGTAAAAAAAATTTATCT TTTGAAGACAAGCACAATATTTATGCCGAATGACTATAGCCTTTGANTAT ATTAGAAACCATAGGATTGAAAGAAAAAATCAGATAAGTTTTGGAATTTT ACACTCAAAGATAAATTCCACCCTTTACTTAATCTTAAGTATCAACATTC GTATTTTCCTATGTTATTTAAATGTAAGCATGGCTAAATAACTATGTAAA AATCTTGACTAGTGAATGGTTGTGAGACAACATCCACATCTCTAGTTTGA ACGGTTAATATCAACTGCTTACACCACGTTTAAGAAAAAAAGATAAATAA ACAAATAAATACTTTTTTAAGGAAAATATATTATACATATATTTTACTTC AAATATATATAGTAAAGTTCAAGAGAATAGGTATGACTTTCAAATTATAT ACGAGTATACAATAAACATGAAGTTAATAACACATCATAAATTATTTTTA CTTCACGAATATTTGGTCATGTTTAATTACCTTTTATTTGCATGTATTTT TTCTGGAAAGAGGATGTGTTTATTTCATGGTGGATAAAAAAAAAATTAAT TAAAAAAAAAGGGTTCTTTTCTGTGTTTTATATATAAGATAAGGGAAATA ACAAAAAATTGTGTTAAGTTGATATAATTGTTGTTTTCTGATCAGTTACA TGGAATGGGAAGGATATATCTTATTTAATCAAAATTTCCCAGTCTCAAAA TGCAATGGCCGAAATGCTTGTGTGAGAGATTCGAAAAGAATGAAGCAAAA TTGGGAGAACCAGTTAACTTGAGATACCTTCTGAAGTAGGGAACCAACAT ATTAATAGTTTAAGAGTTTATATCAATTTAGACCCCAAAATGTGGATGGC CTTAAAGTTCTAAATCAGATCAAAATCTTGGCTGTCTAATACCAAAAAAA GATTCCCTGAATAAGCTTGAAGTAATGACTATAAATAAAAAAAAAGATAT ATTTACTATGTTTTGTGGTGTGAAAAACTGGACAAGATGATAATATTGAG AAATATTACAAAAAATTATGAACTAAGGCCAAAAAATATTCATCTACCAG TGGTGTTATTTTGAATGTTTCTGCATTGCTGACTTTCAGAGACATTAGGA GTAATTGTTTGACATTTAATCAAAAATATGAAGACACCACGCATAAGAAA AATTACATATTCAGAGGGTTTTGAAACTTTTAAATATATATTTTTTAATT ATTCGAAATGTAATGGGTAGATGATTTTAGTGTCGTGGAATTATATTTTT TGTATGGTTTTCTTTGTTTTCGATGATATCTTTGTTTCAAATAATATGGA GGAACTATTTATGAGTTGGTTCAGGGTTATTAAAAAAAACTATTTACCTT ATATATTGCAACTACTGTTAATTTTACGTAAATAAAGTTATAATGAAAGC CACATCAAATTTTATATTGAAATTTTAATATTGAAATATAACAAAAGTAT GATTTTATTTTTTGATAATTTGATAAAAAATTTCAGTACTTTTAATAATT ACCTAACTCGAAAAACTTATGATTTATAAATTAATGAAGTAATTATTGAT AAAACAATTTGACCGATTACGGTTTAATGAAGGAAAAAAAATGTGATATA GAAAATTTAAAAAATCATATAAAAAAATATGAATAAAAATGATCAAACAC ATAACAATTTAACAAAATTTTTTTTCTCTTTTTTAAAATTAATTATCTAA AATAAGAATTCTATTTAATCAATAAAACCTCTTTGAAATGTTTGTAGCTC ATCTTTATCCTCTTTGGTAAGTTAGCATCTTTTGATATACTGAAATCACC GTTTACAATTGGATCATTTATATAATCACTAAAGATATTAGCTTTATTAC CAAGTTTGTGCCTGGTTCAGGTTCAGTGGTTCTATAGGGCCCGGTCTCGA ATCTTTCATTCCAACGGTTTTGGTATCGGTTCAGTTTTATCAGTCTCGGT TCTTTTTTATAAAGGCTCATTTTACCAATAGGCACTTAAACAAGGGGGAT TGCTAGAAAATTTGGACTGGAAAACGATATTAGATACAAAAAGGGACTCA GCTACCTTATATAAACAGTGCTTAGTATTATATTCCGATCACCTATAATA AATTGACCCCAAGAGCTCTCATTATACAACTTCTAGAATAGTACATCACA ATACTTTATACAGGTGTGCACGTCTAAAACTGACCACTCTTTTTAATTTT ATGCCATGCACATATTCGTAATTTTATTGAATTAAACTGTTTTATACTTC GAGGCAAGTGTATTGACTAGTTATAAAGAAAACTCCAGCAAAATCTAAAK GGCAACAGTGAAACACCAGCCGATAATATGGAGAGTCGCAATTTTGGAAC TTTCCACGCGGGGAAAAACTTCCACTGAAATTGCCTAGGTTCTGAACTGC ACCCGTACCACTGCATACAGCGTGGTAGCCAAAGGCACTCCTGAGGCGAC CAAAAGATCTAAGTCAAGGCCTCGAAGGTCGGAAGATATGGTTSCTGCCA TGAAAAAGTCTGCTGAGGACAAGAGAGGCAAGGTCACTGTCAGCGGAATC TCCAGGGAGTTCAACGTCAGCAGAAGGACCATGTAACGGCTTGTTAAGAA AGATCTTGGCCTTAAGGTCTACAAGAGAACCCCTTGTCAAGCCCTCAAGC CTGTAGACAAGGAAAAACACCTGGCAAGTTCGAAGATTCTTCTCAACAGC CCTAAGAAAAAGCCAGCCGATGTCGTCGTTTTGTTTAGTGATAAGACACC CTACAGCCTTGGGGAAATGGTGGCCAATGACACCAGATTTTATCTGGGGG AGTCTCTCGGTGCCATGGATGATGCAATGGTGCTTGTGAGCAAGGAATGG CMCTCGCCAACCTCCAGGTCCTGGATGTTGCGTCTGACGGTCAGAAATGT GATCTCATCTTCTTGGAGGACCACGAGAGGCTTAGCTCCGAGACGTACTG CCAATACTTGAAGGAAAAAGTGTTCCCTTGAGCCAGGGCTACTTACAGGT AGAGGTGGCAGCAGGACGGKTCCAGCTGCCACACTAGCAACTTTACCCTA GAGTTTCTTCAGATCGAGACTCCAGTCTTCTACGATCGGACTTCTTGGCC GCCTCACTCCCCTGATTGTTCGCCGCTTGACTTCGAAGTGTTTGGACGTT TAAAGGGGATGATATTGGGAGTTCAATACAAGTGCAAGGACCAGCTAAAG TCTGCCCTCAAGAATGCCTGAGCCAACCCCGACCAGAATTACATCGCCAA GTAATACAGCAATTCCAGGCTGGAGTTGGTAGTGGACAGGGGCAGCTATA TTGAATAGATATGTGTCTAAGACTCTCATCTTTCATGTTAAATAAATTAA TTCGTCGACCGCTTTAAAAATTACATAATTATTTAATTATTTTTAAAAAT TTCAGAGTGTTCAGTTTTAGACGCGCATACCTTTATTTACATGAACATTG TACATCTTAGATAAACTAGCTTGATATAATTCTACTATCACACCCTCTCC TTCCTCAATTCGAAACTCTTTCGAGTTCTCTCAGATCTTCTACTCATTTT CATTTTTATCTATACTCCCACATTCCATTTCTCCCTTTTTAGTTCTTAGG AAGCTTCATCCTTTCGATTATTTCCTTTTCCATGATCTAACCATCGTTTA TAATTTTGAACGATCACACTCTCTCCAACACTAATTTCTGGTACATCTCT TCTATTTTTATTATAACTAATCTTCTCCTTCTTTCTTATACGCGTATTTA AATTAGTTCTATATTCTTCTTCCCTGTGCTGTAACCTTGGAACGTAACAT TTCCTAAGGACGGGTATGCATAATCTTACATGATGACTATATAAAATATC ATAAGGTGACTTTCCGTCCACTCTCGGTGTATTTTTGAATTCTAGGATTC CATAGATAAATTCGTCGGACTTGAACAATCCTCCAACCTTATCAAGAAGC GTTTTCATAGCCTTCACCATAGACTCTGCGTTGCTATTAGTTTGTGGATA ATGAGGTGATGATGGTCCCCATGTTACTCCCCACTTTGTTAAGAACTCTT GAAAGCCCTAACAACTGAATTGAGGTCCTTGATCAGTCCTTCATTTGATA GGATAAAAAAAAGAAAATATATTCTCAGCAACACTATAACTTTTCCTGAA GTTGGGACTCTTCTAAATTCCTCCACGTAAGGGTATCCAGATAATTTGTC TCCATACACGAAATTTCCCTTGATACTCAAACAGATCTGCCGACGTGTTT TCGAAAGGTCTCTTCGAAATTGGATCTCTCACCATTGTCTCCCGTCAATA CTTGGTAACTTCTCAATACATTTTTTACATGATTTTACTATTCTTTCAAT ATCTTTATTCATTCCAGGTCAATATACCGTCTGCCTCGCCCTTCTCTTCG TTCTCTCGATCCCTTGATGTGCACGATGTAACCTCTAAAGAACATCACAC CGCTTATTTCTTGGAATTMCCAGTCTTTCCTTATAAAGAACAAGMCCATC CTCTATGCTGAATTCATCTAATATTTTCACAAATGATTCAATTGTGTCTT TTATCACACCTATTTTCTTTGCATTAATTAAATAAACATATTCTCGGTCT CGACAAACTATTACGAATTTCTTCAATAATTGGATCCACTAATCTCTCAT CTTCTTCAAAATCGGAAATTTTTATAACTGCTAATTGGATTACCTTATCT CTAGACCTATTTCTGGATCTAAATAGTCATTTTCATTTGGTAATGATACG GGTGCTCTTGATAACCCATCTGCAATTTCATAGTGCTTCCTTTTCCTCCA TTCTGTCTCAAACGGATACAAATCTAACTTCATTTTATATCTAATCAGTC TAACATTTTCAAGCATATCTATTGTATAATTGTTAAGAATAGGAACCAAC GGCTTKTGATCCGTAATAAAACATAATTTTGGTAATCCTGCCAAAAATAC ATGGCATTTCTTGATTGCCCATAATACACCGAAACATTTTAGTTCAATCA TAGCATAACGAGTTTCTGCGGTCAATAAAAAACGAGATCCTCATTGTACC AATTTCCATCCTTTTTGATTCTTTTGTCTTAATAAAAATCCYTAGCCATT AACTTTTGAAGCATCAGTCTCTATTCTCGTTTCCAACTTTTTATTGAACG GAGCCACCCTTGGTGTAGATATTAATGCTACTTTTATCTTTTCCTTAGGC ATTCTATGATCTCTTGCCCATATGAATTCAACTTTAGAATATAACAATTC CCTCAAAGGATTCACTAATTTACTAATTTCCGAAGAAAATTGACTTAATT CGTTTATTAATCCCATGAAACTTTTGAGATTTCTCACTGATGATGGTTCT GGAAACTATTTTATTGGACTCAATTCATCAGGATCAGCTTCAATAAATAA ACAGTTTTGTGAATATAAAATATCCACAAAACTTTACCCTAGGTTGTGCA AATATTAACTTTGTTATATTTACTGTAATTTTCTTCTCATGACATCTTTC TAAAATTCTTCGGACTTTTTACACATGATCTACAAAGCTGTTTGAAACTG TGTAAATATGGTCAACCACTTTGTACGTATCAGACAAACCCTCTAAAGCT TCATCCACTCATAGACAATAAGCATCCCCTGTCGCAATAAATCTCATTGG AGCTCTATTGAAAATATATCTTCCCCAAGGTGTCATAAAACATGTCAATT CCCAAGATTTCTTGTCAAACTCCATTTGCCAATATCACTGTTTTGCATCC GTAACGGTAAAAAATTCCGATGTCCCTGGTACACTTGACACAATATCTCT CATTACAAGATGAATTGGCCTATCTACTTGATCATTCAATTTCTTCAGAT CAACACACAATTGTACTTTTCCGTTTGATTTTGGAACAGCCAAAAACTAA TTACAACACTCTACAGCCTTATCGACAACTTTGCTTATAATTCTCATTTT TTCAATGCTATCAATTTTTGTCTTGACTTCTTCTCTATACGCATATGAAA TTGTTTTTGCTTTATGCATCACACAAGGATTGTAGTTTTTTTTTTAATGA ATTTTCATAGGTTCTCCACCCATGGGTTTTAATTCTTATCCATCATAAAA TCATCTTTGAACTCGTCCATCAATCCAGGTTTGGTATCTTCAACAGATTG CTTCTTACATCTCCTCAATGATGCTACTTGAATTTCTATGGGGAAATTAA TTAAAGTTCTCTACATATTCTTATTGATAAGTATAACTCGGAAACACATT CACATACTGTTACTGTATTTTTCACTCTCACTGTATTTAGTGTACATGTA AGAAATATTTTCCCAATGATCCTCAATTTTGATCCTTCAACACCAAACAA ATCTTCCTTAACATTATATTTTAACCATTTTCTGCCATAAACTCAATTTT CTTATACTGCCTTCATTTATAACTGAGACTTCAGCCCCTATATGAGGTAT TGCTTTGATTTTCCCAATACATTTTTCCTCACTACTAATATCGAGAGATA TCATTATCTTATCTTTTATTTTCTCCACACCATTAAATTTGGTGACACTA GTTCGAATTATGTTTCTCTTGAATTTGCATACCCTTCTATAATGTCATCT TCTCTGACAATTACTGCACCTTTTACCATATGCTGAACATTTTCCACCTT ATTGATGGAAATCGTAACCACAATATGAGCACTTCTTCACTTGAACTCCC TCTCTTTTTGAGTTTTTCTTCTCGATACTTGATATTGGATAGGATGATTT TCTCGAGAGAGCTTCTTCTTGAACTTTGCCTTTCTCTTCACTACGACCAA TTGATATCACTTCTGACAAAGACATTATAGGCGATTTCGGTAAAAGTAGT TTTCTAGTTTCTTTGCAATTGACTCCAAGTATATTTAGTGTAGACATCCA ATCTTCAGAGGTCATTTCTATCAGTCCTGCATATTTGGCTTGAAAACAAA GCTACGTATAAAATGAATCAAAATTTTCCTTCTCCCCTTGTTTTCTTTCC TCTAATTTGACTCGTTCCTAAGTTATATTCGTCTCATTTCGTAAGTAAAC TCCTATATGTTCCATATATCTTTCCCTATCTTACAGTCGTCTTCTATTTC GATAGACATTGTATGTTCTATTTTATTAAGCACATCTGGACTGCAAAATG ATTTAAACACTCCTGTCTTTTTAATAGCATCTTGGTCACTCATTCCTATT AACATCACATAATTATTCCATAATGTCTTCCAATTAATAAAATCTTGATA TTCTATTCCATCATCTAATTGAGGTGGTGGATTTATATGAATTTTGACTT CCTTATTACTAGTTGACAATCGTTGTATCTCTTGATTTTTACCATGGCCA TTATGATTACTCATCATTTTTCCATGAATTGACGATGTTCTTCGTCCCTT CTGATGGCGTCGTCCCAGGTTGGTTTCTGATCTTACATAAGCATTTTAAC CAATATCATTGAAGAATCTTCCTGTTGACGTTCGACATCTGCACCAACAT TTTCCTCCATTCTGCTGATTCGATCTTTTAATACTGCGTTTTCTATATCC AATTCGTTTTTAGTAAACATCTTGCGTTATAATTTTGCACGCGATTTATG ATCGTCACTTTTAATTAAATAATTCCATAATTTAATTTTCTTTCTTTAGG GTTCCGTGTATTCTTAGTTTTATTCGACTGCACCGTATTATGGTCCTATC ACCTACAATGAATTGACCCCAAGAGCTCTCATTATACAACTAACTTTATT CCAGAATAATACATATGTACATCACACAGTACTTTATATTTACATGAAGA TAATACATCTTAGATAAACTAGCTCGATACATATCTAATATCACAGCACT TAGTGGTTTCCGAAAACTAAGGTGGCTTAAGACTATGGCTTTCAATGTTG GGCCGTAAGGGGACACTAAGGAATGGGGGCAGGAAGGKGGAGAACTGAAG ATTGCAAAGTAAATTTTAGGAAACTCCGGCTCAAGAAATATTATAGTCAG GATATTATAGGGGCCCTATAAGCTTACTAGAGGACTTGTACTAATTATCT ACTCCATCCTTTCCCTCTTTTATTTACACTGTCTGGTACCTAAAACCACT TTTCCGGATGAAATCTCGAGCAATGTTCTAATACAGGTGTTGGTTTTCTT GCACATTGTTTTGATTTGTATTAAAAAGGGAAAGGGTGTCGGATCTTCTC TACTCAGACTTTGATCAAAAAATAATTTGAAACATTGTGGGGGTGACTGG AAGGACAGTTCGTAACATCAGCGTAGCCAAGGAGAATGAGAAAGGAGTCA AAAGGAAGGCAGGAAGTGGAGGAAATAGTTTGAAGCGAGATAAAACCTTT CTGAAGTCCATGGAGGCCAAAATCAAGGAAGATCCAGCAGCAACAATGCA TCACTTAGCTGATGAGTTCAACGTGGTCGAGATCACCATCAGGAGGGCAG TTCATGTTGACTTTGGCCTTAAGAGCTTTGTCAGGACTCCAAGCCATCTC TTCAGCGACGAGATGTAAGGCTTAAGGCTTGAGAAATCAAAAAAAGTTCT TAATCACTTGAAAAGTCATCTGTCAATTGTGAAGATCTTTTCAGAAAATA AGATTTTCACAGTCTATCACGGTTTGAACCACAGAAACGACAGATTTATA GCAACATCGCCTGATAAAGTCCAATGCACTTTCACGACCCAATATCCATC CCAAATAATGTACTTGGGAGCGTGCCCTTTGATGGAAAGAAAATTGATCC CTTCTTCTTCAACTCCAATGAGATAATCGGGACTGAGACCTATTATAAGG CCATGAGATCGAAAATTTTGCGTTGGCTGAAGGCTAACTATCCTCAAAAT AACTATGTGTGGACCCAAGAAGGTCAACAAGACATACTTGCCCTCTTCCA GTGCTGATCTCAATCACCTCGGCTTCAGTGTGTAGAGCGTCTTAGAGAGC AAGGTTGGGGAGACTTCACACAGAATGTACAGAAGCTCAAAACCAGCATC AGGAAGCAATTMCCAAATCTCTGCCTTATATTGTGGCAACCTCTGCCAAA TTTAGAGGGTGGAAGCACCCATATTAAATCATTCTTGCCAAGATTGATTA TTGCAATTATTATAAAATTACGATGTTTGCACTCGTTACAATTGGGATAT AACATAATTTTTTTAACATAAACATGTCATTATCTTTATAGTATAACACY ACCTCCCCCCCCCCCCCCAAAAAAAAAGAAGCAGAAAAAAACCCCGAAAT CATCTTATAGTCAGTCAAATAAGTCNAAACGTAGTATATTTATAGMATAM MTTATAAGTTAATAAGATTTTTATAGAATTTAAGAAAAACCTTTATTTAT ATAATAAATCAAAGGAACTACATTTTTCCATAGATATTCCGTTCTTTCCT CCCCTAATTTATTTTTGTTAAAATATATTCTTCAAGAATATATAATTGCA AATCAGAGTACAGAATTTCAGGCTTTTATAAATTTATAGGAATAGCTAGT GTACTATTCGACCATTTTTTAACATGTACAACTCCAACAAAAGCAGATGT GAAGGTAAATGTCTGACAATTTTAATTCATTTTAAAAGGCCAAAATAATT ATCTAAAAAAGTTTGCCAATTATACCACTGAATTAGTGGGCATTTGCTCT TCTTGGATGATATCACACTAAATTTAGTAGATGCATTTTTGACTTTTTTT ACTAAATATTCTATATAATCAATTTTTTGCTGATTATAGCATGATTTTGA AATGGCACAAAGCTGCTGTCTGGTGAACACTTTGAATGATTTTCAGCGAG AAAGTGCAAAGAAATTTCACCAAATTCACACATAAACATTCAAACAGGCT ATGCATATAATTGAATATATTTAGGAAAGGATGTTTACCACTCCGGAATT AAATAATAATAAAAACTGCTAAGGAAAATAAAATTCCTTCTTTATACTAT CCCTTAAGAATTAACAGACCAGCTATAAATCAAACTGTATTTACATGATT CCAGATATATTATTATTCGAGTAGATCCCACACCGGTAAGTTAACCAGAA GGAAGCCCATCTCCATCTTACAAAAAAAACCCACTCATATCATGGAATGC AAAAGCTTATGCACAAAAAATTCACTTATCTAAGGAGATACTAAGGAATT AGCCCTTAATAATATAAATGATATTTTAACTCCATTGAAACTACTCACTC TACAATAGCGATGCTAAAAACAGTACCGTCAGCGCTTCTAATTTCATATA AGTAGATATACTATTGTAATCTTCAAAGATGGTACTCGCAAATTTGCGAA TAAATTTAGCAAGTTGTGCCTTTAGGCATATTAATAGGTAATTTCATCTC CTCTAGAGGCCATTCTCCTTGTTTGAGCCTCCCATCTGAAAAAGGAATGC CAATCCCAGACGTTGATGAGTCAGTGTTAATATCAAAATATTGATGAAAT TCTCGAAGGATTGGAGAGCACGAGTCTTTTAATTTTGACCATCATTTAAA GAACTCAGACTCAAAGATGGCAATCTGATTGATGGTTTATGTGGGCATTA TTTTTGTTCCCTTCAAAATATTGCATCATCAAAAAGATCGTCTACTATCT TGAAGGACTGGTTGAAGAGCCTACAGACTNNAAAACTAAAGCATTGGTAC TAAAGCTCCTTGGTTTAAGGTAGTAAATGTCAAAATCATAAAATTAGACA ATAAATATAATAACAAAAAAAAATTTAGAATTAAATCCATCTCTTCTTTA AAATTGTAGTACGAATAACTTTTAGAATCCTACTTCCATTTATTTCATGT TTATCTAAAAAAAGAAAAGTTAGACGATCCAGTCAATTTTTAAACCTTAA TTACTTATCTTAGATATAAAAAWAAGACYCYCKTATAACTGATAAGACAA TTCCGGCAACCATTCTTGAATTAATGTAGTTTTCTAACATGCCATCGAAA AGATTTATAGGAAAAACTAATTATTTAGTAATGTGCGGCGAATTACTCCT TATTAAGAGCATCAAAAAATATTTTTTCCGCATTATTTTTGCTTGTTTAA CAACATACTATTATCATAAAGGATACACACAATTGATAATTATAATGCTA CACCATTGCGCCAAAACAGAGACATGTAAAAAAAACACCTCGTTATGTAA TGGGCACCAAACCTTTCGAGTCACATGTCTCTGTGACCTCAATATCACAG TTAAAATCAAATTTACAAATACTATCATAAGTAACAACAAATTCTAAAAA TACTATCATTAGTAACAACAAATAACCAAAATAATAATACACAAACAAAC AGAAAATATCAAACACCAAAAATAACATGTCATGGTACAAAATCCTTGAA ATGACTAGGCAATCTTCGATTGTGGCTGGGCCTACTCCCAGAGGCGTTAT TTGGGCTCCTCTGCCCGATTTTGTCCACTTCTTTTACTCCTTGGACTTGA GGCGATGACTCAACCCCCTTTCTGACGTCCTAAATGTGCCTTGGTAGACC ATTCACATCTACACTGAATTTGGAAATTATTTTTGTTATTACTCCTCTAT TTCATCTAGTTGAACATTGAGCCCTAGGCGGCTTAACCCATACCTCATCC CCTTTCGAATAGATCATATAGGATAGCTCCTTCACCGGTTCAGTGACTAC TTTCCTCCAAGTAATCTTAAATAGGGGTCCATTGGCATGTCTCCATTCCC ACTCACCGGTATCATATTGTACCAAAACAGACAATCCTCAATGGTTGCCC TTGTCCTCAGCATCATTGTTTTCAAGTATCGATGGTGCCTCTCAATAATT CCAATACCAGACGAGCGATAAGTGCAGCGGCAAATAACTTTCACCGACCA TTTTGAACATAAGTTTCTGAGCATTGGCGATCTGAAACTACTGCCATAAT GAAGGAGAATCTCGTTAGGTGGCCTTAATTCACTAAATATCTGGTTTGTC GTTCTCGTTATCTCTTCCTTACTCTTTCTCAATACCTCCCTCCACACAGC AAAACGACTTGATCCACAATCAGTAACAGTAAGAAACTTCTTCCCTTCTC AGTGTGTAACGTCCATAGCCAAACGTTTCCAGTCCCCGTCAACACTAAGA GACCCCCTAACTGTTGTGATTGTGTGTGGATATATTTTTCGGCAGTTCTT GAATCCCTTCAGGACGTTTTCCCTTTGCTGCTTCTCATGGATTCTCTTAA GAATTTCTGTATATACAGGTGTATCCTACGGTTTTCCGAGATCGAAAGAT CCACTGCTTCGGCAATCTTGTTAACATGTCTGCTCAGTTCTTGGTTGTGG ATAMGAGTTGCACTTCTCAAGACACGTAGTAGGAATGGAAGGTTTCCACT CAAATAGCAGGCCACCTTTTCACAAGCATCTGTGACAGACCAGATATTTT TATGTTCTTGTCCTTCCTCAAGGACGAGGATAACCAGGCAAACCCTGAAG CTGAATCCGTAAAAAATCTTTAATCTCCTTACATCCCATTTAAGCGTCAT GTTCCCGCCTTTCAACACTACTGTGAGCTCTGCAAGGCGGATGTAATTTG CCATCTTCTTTCTTTCGGAGTCATGCTCTGTCTTCAATAGTMCCGCCATC ATTTTTCAAAACCACTCCATATGTCATCGAACTTGTGTCCCACCAGAACT CAAACTCTCCTTTGCGAACCACACTTCACTTTCATATGACCGGATAGTCT CTCTTAACGCGATTGAGAACTTCCTCAATTAGCTTCACTGATAGGGACTC AGAATCATTTTCCCAAGCTTCTGCTTGACAACATGTATTGATGAAGCTTG CAGCAATGCTCAACCATCCAGCAACCGGTTTATGGTCAACTAACCTCCCT CAGATTGAAAATAGTTGTCGTCTCGTTTTGTTAGTCCGTTGGATCTAATG GCAAACTCATCTCCTTCGGATCTTCTCCAGTAAAGTCCGTTTCTTCCCGT ATCGATTTTTANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNGTCCGAGTACCGTAGCATTCTCTAACTCTACTGGA TCTTTACACTCGAGACTGTAGCTTGAGAGTAGACGTCTTACGTCGCCCAC AGCCAMTTTTCCCMTATGGAAAATAATGTTGTCGTAGTAATTGTCAGTGT CACTGTTTATAACTCCGTTGCTCTGCAGCATATTACCAACTACTGCCTTC ATAATTTCTGGAGCACAATTTAATCCGAAACCAAGTTTAGTAATTTCATA CTGGTTGTCCTTTACCCGAACTACAATATATTTTCTACATGAAGGGTCAA CTCTTATCTGCATGTAGGTGTCCTTCAGGTCTAACAATGCGCACGATAGG GACCACCTTCTCCACTATCTTAATTTTTCTGTGCACACATCAGCATCAGC TCCAACAATGCGCACGATAGGGACCACCTTCTCCACTATCTTAATTTTTC TGTGCACACATCAGCATCAGCTCCACTACATTCTACATAATCATTCAATT CTCGAAAATCAAAGATGGGTCTCATTTTGTTTTCTTATTTTGTGAAACCC CTTACAGCAGTATCACGCCTTTGTTGCCTTGACTGCAGGATTTTAGCCAT GTGTTTGATATCCACTGAGTAATCTCATCATCAAAATGTTCCTTAAAGCC CTCCTTCACCTTGTATTTGTAATTGTGTTGGGAAGGTTGGATTCTTCTTT CCAATCCCTCTTGACCATCCATTCTTTCGATCGAATGATCCAGAAAAGTT TCTTCCTATAATATTCGTCTCTACACTGTTCAACTCAATGGGACCTGAGC TACTCCATTACAAATTTCTATTTTTCCATTGAAGGACTTCATTGGGTACC TTTCTTCGTTTGAAGGGGTTGGAAAAGGGGGTCCGAGAATGGTTTGGGTG CAACCTGTATTGAGGAGCCCTAACACCTTCCTTTCATTATATAAAGTTTT CATTGTGGTATTAAAGCGCATGGTCCTCGAATTGGAACGGTACTTGTGCT GATAACGCCCATCTTGCGTTTCTCTGGTCTTGAAAAGGATGTGTTATGTG CCCCTCTCTCCCACAGTTATAAAATATTGTCCCCCTCCATGACTGATTAG GTTTTTGTGGATCTCTGTTTTCATGAACAGTATCAGGCTACGAGCCCATA CTGATTGCACTTGTCGTTCACGTTCGTTCTTGCATTTGCAAAAAGACCCC TAGCAACACCAACTACTTCTGACATTGGCATGGACTTTATATTAGGAGTA GCTTGGAGTTGTACAGAAATATCAGGGGTAGCCCCATCACGAAAAACACT CTGGCTAGATCGTCTTTGTTCCCTGTCACAATGCTTTCAACCAAGGTCTT AATTTGCGTTGGGTATACGTCTATCGATGTCCCAAGCTCCCACATTTTCT TCCCTAGCTTTGCGTAAGCTTCAAACCGATATGGAGAATGGATTTGTTAA TGCTATTGGGTGTTGGTTGTTCTTGTCGACTTCCAATAATTGGTCGTACA GCCCCAACACATCCCCCTCTAGGAGAAGAGGGATTATTTTACTCATGTCC TTGAGCCCCAGTAGATCCTTCAACAAGGACGCCTGCTCCAACCAGATGTT CACATCTCCTCCACCGTTAAATTTGGGGATTACGTCTCTTATTTTCAAAT TATCCATCACAATACAAAAAGTCCCATTAGCTTATAATGTTCCAAATAAA TATCCTCTTAGCTATTGTATATATATCTTCCTCTCTGGAGGTCTTTATTT CAACTACGCGTCAAAACAGAGACATATAAATAGAACGCCTCGTTATTTGA CGGGCATCGAACCGGTTCGAAGCTTTSGAGCCACATGCCATTTCTCTGGC ATACATTACAATAACTGTTCTTTGAAGTTACCTGTATTTTAACGAAACCT CATGTTTTTTAAGGATTTTGTCTCTTAAATTAAGAGAAGAGGTAGAAAAG AAGATAATCTACGAACAATAATATGAAAATTCCTTAAACTGTGGGAAAAG GGATTTTGGATTTTTTCAAATTAGTCTTGCATATTTGCAGATTTATTAAT ATGATTCTGTTGTTGAAAAGAAAGTAACCAATAAATGGTAAAAAGAAAAC TTCGATCCAAAAAAAATAAAAAACACACCAAGTTACAACTTTTTAATATC ACACATTCAGATATAGAAATTAGATGATCTTAGATTTAATTAATTATTTT CTTTTTGTAGAGTTGCCCATCTGATTTCTTGTGTACGTAATTACCTATTT GGTAGTTGCTACTTGAATATAGATTCTTTTTATTTTCGAAAGCTGTTTGC ATTTCCCTTTAATTATTGAGGAACGAACATATTATGATACCTATAAGCAA AGATCAATAGAAATACCAGGTTATACCCTATTACTTTTCCGACTGATAAT TTACTTCCACCACGCTTTTTTATAGTGAAGTGATAGAGAATAAATGTATA TATCGCTCTCCTTGATAGTTAGTATTAGAGTACTGTTGTTATTCTCTATG ACGTCGGCACGATACATCAGATTGAAAACATTCAAGGAACCTTGTATTTC TATTAACCTTGGTATAAGCTTTACATTTATAAATTATTGGTATATTATCA TGACACCGGATGAAATCAATTCCTTCGCAAGGCGGAGTTGGTAGTACAAA TAACAGATAAGAATCTAAAGATTTGTGTTTCCCAGCCTTGAGGGAGATTT CTCCTTTTAATTAATTTGTCTATTATGATAACATTAGGAAAGGAGACCAA TAATATATGAATATTGAAGAGTTGGTTGTCATGCTACGTTAAAGTAAACA AAATTTATCCCCTATTGGCTAATATCCTTCTTGGAGTTGTATTATTTCCC AGGAACATGGCTTCACTTTCTGAAGCTTTGATTACAAGGTAACAAGGTTG TTTCCTTATCGGTCTTGAGGTTCAAGTGGTTCCAGTTCTTGAACTACTAG AACCCGAACCGACAAAGTCGAACTGAGACCGTAATATATTTCTTATTGCC CTTGGTTCTTTTTGGTATATTTTTAATCTTTCAATATTCCGTCTACATAA TATTATATAAATGAAAGGTTTTGAGTATAGTTAGTTACATAATGTTCTTC AATCTATCCCATCATCTCCGTAGAATGTTTGAAAATGAATATCATAATGA TAATCTAGAACAGGATTGATACAAAAGTCCACCTAATTCTTATTTCAATC TTGACCACTTAACAATAATGATAATAACAAAACGCATACTACCTTTTTTA CTAGTTTTTGAACTTGTACAGAGGTTTTAGGGATAAGACGATGTTAATAA AAGAGGGAAGTGATGTGGTACATCATAGATCCAGGTCCGCTTCTAAGCTT GTCGGTGACTATGAACTATAATACCCYCCCCCCCCCCCCCCTACCCACAC GGCTCCACTTTGAAAACCATTGTCGTAAGCAACCTTAGTTTTTTGGCCCC CTAATGGAACTTGGGACACTATGCATMCTGCCTATAACGTAGATGCAGCC CTTTCATTTTCTGGCATTTTCAGGGACTTAAAACAAGGGGKATCGGKAGA CACCCCTTGTTTTAAGTCCGTGRTACTGAAATTGAGGTTGAATAAAAAAG AACTAGGCCGAAGACCAGAACCGAGACCGTTAAATCTGAACTGAAACCGT TCTAATGAAAGAAGCGAGACCGGGACCGATTAGAACAACTGAACCTGAAC TGGGCAAAACCTTGCCAACTAATGTAAGTAAACAACGCTCATGCCCTATC GAGTTTATAGTAAATAATGTATCACATCAAAGGGATGATAAGAAAATAAA TGTTTACCAATAAATTACAAAGGAGTGTCGTTTGCTTCTTGAAATTACTC AAATAAAGGAACTCAAAAATCAACTTCTGCACGCCCATCCATTTTTTTCC ATTTTCTACTCCGTATTTTTACTTCATACCGTTCTAAATGTTGAAAAATT TGTGGTGTGTGATTTTTCTTATTATTATACATTCATAGTACCTTGTATGT ATTACAAACGAGTAAATGAATATAGACTCATTCTTATATATACTACCAAA GTAACAAGTCGTGTTTTATTTTATGATCTTTAAGGATTCTTTAGTGCTAA GAATTTGTAATTATAATTATCAACCATGGTGCAGTCGGCAAATTAACCAA CTAAGTAATTATACTAAAGATAATCAAGTCCATAATATCTTGAAAACGAC AAATAAGGAAGATCAATAAAATTAAGAGAATACATATTAAACTTGGATGG TGAGAGGTTGCATATATTTTGAAAAGTTCCGTTAATAACTAAATATATTA ATGCATGTATATTGTTTGGAGTGTATATCTTTGTACGACGTGATTCAAAT TGATCGTTTTTGTAAGTGCATTTGACTTTGTAATTAATTAAAGATGGCAA CCAAAACCAAGAACAGCTATTCAAAAATGAAAGGTGTACTCGCTAAAGCT ATTAAAAGTCTTATAACTCATATAAATCTGAACAACGATAATTCCCCTAA TTAATTCAGTATCCAAGAATTACAGGAAGCTATTAAAACTGTGATTATAG ATATAAATGTGTTGAAGATGGTACTAATGCCTAGATGGTTTGTAGTGGAG AAGAAAACAAGGAAGAAAACGATAAAATTATTTATTTTCTTTGACAAATA TAATTTATTATTTCAGCAAAGTTTAATTAAGTACATCAACCGAGGTTGTA TTTGAGTCTATTTTATCCAAGTCTTTATATTCAAAGTCCAAGTCAAGTAA AAACCCACGTTCAGAGTAAAGACTCAGATATAATATTTTTTTTTTTAAAC TAAAGAAACTTTTTTTTTATACAAAACAATCTTAAAAAGAAAACGAAAAA TGCGAGGCGAGAAAAAAAACCCAACAACAACAACCTCACCTATAATACAT TATAATAATAAAAAAAAATATCATCTGACTAATTTGTATAACATATCTAA TTAAAAATACAATCACAACACGCATGATAAAAAGCGGAATTCGTTAAAAG TAGCGTAGGCTATATTTTTCTGAAGTTTTATTTTTTCATAATTAGACCTT GAAATTATGTTTTGCAATTTTGCAATGTATTTGGATCCAATTCTGAAGGG AGAGCAATGTCATGGAAGCCATAAATTTTTTCTTTGTGGGTGGGCACTCT CCCTCGGTAGTGAGTGAGTCGTTTAGCCATTATAAACCATATTCCTTCTA AATATTAACAGTCACTGTTCAGGAGTGAGATATGGGTAAAATAATGACCT CACATCCTTAATTTTGTATTTTTAGTGTTGCAGAGATCGTTTGGAGGCTG TCTTTTTCTCAGTCCCTCCTTAATTGCTTTATTACTAATATTTAGTGCTA CTCTTACATGAAGCGTTTTTTTGGTTGACTTGAAGACCCTTAGGAGGGAA TCGTGTATCGTGTAGTATACTCACGATCGGATGGTTGATTATATCCTTGG TAATTACATCATTTATGGTGTTAAGACCGAGCTCCTCTCTGATTTTATTA GGAAGACCTATTTTTACCTCTGGGGGTCCCACTAGAAGGCCATTCACCCC CACTGACCTCCAATGCAGCTTGAGGATGTAGATAAAATTATTCAATCGGA TGTCGAAGAACAATTTCAAAGGKATCACGAATTGTTGGCGAGTGTCGAGT GGTCCTGATTAAAGCCATAGAAGCTATTTGTTTCGGTTCTTCTGATTGTA CTTCTCCATCTMCTCCAGCCGTTGATGGGTCCTAAATTTTTAGACGAAAA AATTCTGAAGCCCAACCCCTTGCAAAAATGTAACTCAGTAGAGCAAATGA ATAATTGGTTGAGTATATTCAGGTCATACTATTCTACTAGTAATATGAAA ATTATTCCAATTTAAGATCAACATGCCTACTTCCGTAGTTGTTTGCCCAT GTATTTGGAAATAGCTATTGCCTCAAAAATTTTGGTAGATACGCCAATAT TTGGCAAAGATAACAATAGTTGTGAGCAACTAATTTTTGAAGAATTTCTT GAAAGATATCCATTGTTTACAAGAAGATTAAAATACTTCAGGCAACTCAA AGAGAAGATGAAGATATGTCTGATTTCTAAAGAAGTTTGTATATTTTAGA AGATGAAGGAGACGTACAGAATATGTCTATCGAACAGTTGTATATTTTTG ATGAATTGTTAACACGAATAACGACGAATTGAGACAAAAATATCTCAAGG GAGGGGGAGATTTAGCAAGAGAGACATTGAAGAAAATTACTAAATCTTAG GAAGCAAGGAGGATTAATAAAAGGGAATTGGAATCACTATTAATGCTGTT CAAAGAGGAAGAAAATTTGAAAATAAGTCAGTGACGCCAAAAGTTAACAT TAATAGATTTGGGGATTCAAAAGGAGATTGACGATATGTCAACAGGCGAA ACAATACAAGTAGAATGACTATGTCAAAAGGATGTACTCGTTGTGGAGTG TTACACCACATGATTGAGGATTGCTATTATAGTTTTAATGTTATTTGTTC GAATTGCAACAAAAAGAGGCATATTATGAAAGTGTGCCATATACCTAGAA GAGACAAGAAGGTTAGTTCAACTTTGATTGAGAATGTGTTGAATGCATAC AACGAAGATTCAAAAGCCAATGTTATTGTGAATCATAGTCACAACAAACA ATTTCAATTTAAAGCTTTACCTAATACTGGATCACCAATCACCATTATTT CTAAGAATATTGTCGATAAATATAGTATTCAAATGAATTAATCTTATCAT CGCAATATCCGCAACACAAGTGGTAATTTAATGAAATTTGTCGGGGATTG TGAATTAACTATAATATTTAATGGTAATATCAGTAAAGCAACGGCCCTTA AAAGTCCGGAGAAAAAAAAATGAATTGCTACTCAGTTGGAATACTTGTCA AAGTCTTGCAATAATTTCGAAGGATTTCCCGATGTTATCGTATAACTGTA TCGAAATTAAATCAAAATCAAAGCTCAATTATTTAATCAAAAAATTTAAC GGAGTATTTAATTGTGATAAATTAAAGCTTATGACTGGTCCTCCGATGAA AATGTACTCAATCGGAATGCTGAAGATTATACAACATTGAAGATCACTAC TGCGAAACAGTTCCCTCTTCAGGCAGAAGATGAATCAGAAGAAGTATTAA CTAAAATACAAAATTTAGGTATTATTGAGCCAGAACCAGTTGTTACAGAA TGGTGTTCACCTTCTATTATGGCTCCAAAGCCGAATGGTAGGTGAATGAT ACTTGTAACTGATTTTAGACGTTTAAACCGATATGTCAGGCGTCCAATTC ACCCTTTTCCATCTGTTAAAGATATTGTTCAATCAGTTCCTAATAAAAGT AAAGTGTTCTGTATATTAGATTGTAAAATGGGTTATTCTCTGATATCTTT GGAAGAAGAAAGTGTAGCTTTAACAACATTTAACACACCCCGAGGAAAAT TTCGATATTGTCGAGTTCCAATGGGGTTTTGTAGTTGTCACGATGAATTT TGTGGAACGACAGACGCTGTTTTATGTGGAATCAAAAATGTTAAGAAGAT TAGGGATGATATTTTGATATCTGACGAAAATGAAGATGAAGTTTTACAAA AGGTGGAAGAAGTACGCAGACATTGTGAGAAGAACAATATTACCTTATTA TAAGATAAAATTCAATTTTGAACATAAGTGAAATTTGCAGGTAAACTCAT CCTGAAAATCGTAGAAAAAATTTATGGAATTGTGAAGTTCTCAGAGCCAA AAAATCTTACTGAATTAAGATAATTTATTGGAATAGCTAATCAATTAGCT CAATTTCATCCATACTATAACTAAAAGTNGGAATTGTGAAGTTCTCAGAG CCAAAAATCTTACTGAATTAAGATAATTTATTGGAATAGCTAATCAATTA GCTCAATTTCATCCATACTATACAAAAGTTAAAGCACCATTGAGAAAACT ATTAAAGAGGAATGTTGAATATCAATGACAAAAGGAACAACAAAAAGCTT TCGATGAAACAAAAATAATTATGAGCTCAGCATCCGTTTTAGTTCATTTC GATCTTTAAAAAAATGCGAAGTTGGTTACTGACGCAAGTAAGCTTAATGG TATTCGTTTTGCTCTCATTCAACAGGATAAATATGGCGAATGTGATAGAA AATATTTACTTCAATGTGGTCCTCGAACATTAACTCCAGCAACACGGTAT TCAGCAATGGAACGTGAATGTTTAGCAATTGCTTGGAGCATGGAAAAATG TTTGCACTATTTAAAAGGCGTTAATTTCTATGTTGAAATAGATCATAAAC CATTGGAAGGTATATTTAATTGGGTTGATTAATTAAATCCACGATTAATA AGATTTTTAGAATGCACTTCACCTTATAACTTCAAAATTAAGTGGATTTC CCTTCTTTTGTACTAATTCTTAGAAACCATGGAAGTATTTCTGTCTTTAA TTAATGAAGATCGATCTAAGCATATGAAAAATACTTCTAAATTAAAAACG TGTGGCTTCATTTATCCAATTGCTTGCATGTATTATGTTTGATATTTTTC AACATTAAAATAATAACTAATATATCATATTCATGCTGTGATAATCCTAA GTAAACATATTTATTTAATCACAATTTGATAGATGTAATTTTATAATTTT TTTATTGATTTTTTCCCAGGGAATAAGATCTAAATTACTTGAAAGTTACG CATTTTTTAAACATCCATAAGCCGAAAATAACGATTGAAATTACTAATTT GGTGATATATATTTTATTCATAAAACAAACTTTTTAAGGGCATTTGAAAA AAAATATTAGTGTATTTATGATCACCAGAAGTGGACTAATACCCACCATG ACCAAAAAAATAAAAAAAATTGTATTTGTCTGTAATTGAAAGGTTAATTG AGTAAAATATACACAATAGTTTCACAAATGCCAAACTTTTAGAATATACT ATAGTTAGGAGAAATATAAGGCACTTGAAATCTTTGAGGGCCTGAAACCT TCCAATAGAGCTGGTTATAACTTTACGCATTTAATTACCAAAATTAATTA ATTACATGAGTGTTGAATAAATGTTTTAAGAGCCGTTTCTGTCGTCATAA AATATTTATTTACATTTATTCAATAAATAAATTAATTGATGGAATTAAAC ATTGACAAAGGAATTTACATTAATTTTTTTTTTACAAATTAATGAAGTTG GAGCTGTATTCTCATTCTAAATTCAAATGAATGAATATATAGAGTTATAA TATTCATATTCTTCGATAAGTATCACTGAAGACCATTATTACTTATTACA AACGTAGTTACATATTCAAATGTCATTGTATCATACTAGAAAAATACACT TAAAAATTAGTTGAAAGAGCTCATAAGTCCCTTTTTATGGTTCTCATACT TGGCTTGATAAATTGGAAGTATGAATTCAAGTCCTAGGTAAACAACTTTG AAAATTCGAGTCCTTTAGATAACTACGTAATGCAACTTGTTTCGTTCTCT TTGGGCAAGAAAGAAGGTTTATGAAGAGACGAAGACCATCGTTCTATTTC AATTTCAGATTGTTTCAACTGTACTGAGCTTTACAATTTTCCTTGCKCTC TCCAACGACTTGACCTTTGACTACAGGCCCGAATCCTCTAAGTGGTTTGT CGCTCCACAGCCAACTACCTCTTCTTCTGACACATCCTGGATCCTAACGA AATGGAAATCGCTGCTTTTGCCTAGTATTTTGCAAATGCTTGTCTGTCAA ACCAAGAGTCTTGTCCAATATGAATAATCCATCATGTCTAATGATATTGT AATAAATAACTGAGAATTAAGTGATTAGCACTCTTTCCATTGGAACCACT GTCCTGTTTGTTTATTTTTCTTTTTTCTTATTATATATTATATTGGTGAT AGATATTATATCAGTTTAAAATAATATTGCCATTTTTTCCATTTAGACTC TTTTCCTTTTTTATCATGCCATTTTTTCCACTGCCATTTTAACCTTTATA TTTCTTCCGTTGCCATTTTTCCCATACTCCCCTTTTTATGTATTACAAAC GAGTAAATGAATATAGACTCATTCTTATATATACTATCAAAGTAACAAGT CGTGTTTTATTTTATAATCTTTAAGGATTATTTAGTGCTACGTATATGTA ATTATAATTATCAACCACTTTGGTTAATTTATATCATACAAGAGAGAAAG AAAAACTATTTCGTCAAAAAGAAAGATATATTATTATAATGAATATCCAA TATTCAGGGTTAAAGGAAATTATGAATGCAGAAATATCTGCTTGCCTTCT TCAATAAACACTGCCAGACTGAACAATTATTCCATGTGGCTCSTTGGCAA TATGTGCTGATTATCCTGATATTGGGGTCAAATCATCAATTTACATCGAG AAAGGCTCTGATACTACTGATAAATTAAGCAATACTTTAAAAATTTTAAG ATCTGAAAAGTCCCTCGGATTTTTTTATGATACATGAAAGTTCAATTACC CAAAGCCATTGGGGATCTCAGATCTTTTCAAATAATTCAAGATTAATTAT ACTGTACCTTCGGATGTGGGTCCAAGATCCGTCCTATCTATAAAAATGAG TGCACAGGAATATTTTTCCATCAATTATTATTTATTAAATTTAATTTGTA TAATGTTTACGCAAAACGGATTACTAAATAATGTCGGAATTTTTACTGAT CAAAACCAAAAAAAATTATAAGATAAGTTGTTCTTCCCATAGTTATAACT ATATAAACAAATACTTCACCACTCAATTTGACTCTTTTTCACGTTATCCC ACGACAACTTAATTTTGATAAAATTGCTTTAAATCTATCTAAAATAGATT TTAATGGTAAAGACAACATTAATATACTCCTGCAACATCTTTCAGATGAA AGGCAACTTTTAATTGTTGCCCAAATGTTGGTTTTTTTAATTATTAACAA TTTTAGCAAATTTTAGTTAAAATTTTTGTTAATTTGAAAAATTTATTTAA TTATAACCCGTTTTTTTACTTCGTCTATTTCACTTTTTTTTCAATTTAAG GTATATAATTTGCTACAAATGTAATATCAGCTGTAAACCCATATATTACA CTCAATATCAGCAAAGTTTATACGTTCATTTTTAGTATCAAAAGTTCGTT AAACGTAATTATCATTTTATAGAAATTTTAATTCAAATGAAATTATAATA TTTCAATTACAATGATCACAAATTATTCCTTGTTGATGGCCAAATATAAT GTTATGATCAATTAGCGTGATTTTGTGTATATGTCAACTGAGTTTCAAGT AATCATATTCGCTTAATATTTGGGTTAACGTTTAAAAGATGTTCCTTAAA TACGTCAAAAACAGGATGTTCACTAAGAGATGGTTAAAGAATATCGTAGG TTCATAATCAGAATTTTTAAAAATAAAAATATTCTTAAATTAAAATAAGA GAGAAATAACAAGTAAAAATTTTTTATAAACATAATATAATAAGGATTAA CAGGAAATTGCTCAACTGTTTATATTTATTTAATAATTAACGGAACAAGA TGTAATTTATGAATACTTTTTCTTTTCAGAAAATAAAATTTGTCTCACCC AAGAATGTGTGCAAACATGTAAGTAACATTATTCATTTTTTCAAAGTAAT TATAAATTATAAAAATTCAAAAATGATAGGAACAAGGATTGTCAATCTTA TATATTCGGTCTATAAAAAAAGTTTTGCTCATCATATTTAAAAAAGAGAA ATATTCATAATGTTATAAGATTATAATGGTGTGTTTACTTATGTGAGTAA TATACTATAATTCCCTATTTTTCTCTGTTCCTAACGAGTGGTCAATAAAA ATCTGAAAACTTTGAATTTTCAGCTTCAATAAGATATAATTTATTAATTA ACAATAGAACTTCAACAAAATTTATACAGCAATAGATTTTTGTCTGAGCT CCCTCAATCATTAATGAAGTCACCATTAGCAGCAATGATGGGGTCCAGAT GTCATCCAAAGACACTAAGAATATTGAAATGCAGGCAAGAAGTATATTTA TTCTGAGAGGGGAAAAAGTTAGAAAGATAAAAAAAAATTTAACGAGTCAA ATCTAGAAAATCGACGACAGAAGCCTCAGGCGATCTAAGAACTAGAAAAA AATTATTTACTGTGAAAATAAGGGAGCTAAGATCAATCTAAAAGGGAAGA CGTCTTTTAAGCATTTTGAACACACTGTGGGAAAAAACTTTCATTCCTTA AATTAACTTTAAGTGAACTTACTGATGACCCAATAAAAATTTATAAAGAA ACTTGCAACGTTTATACGAAATAATATGGATTTCACGACTGCTTACCAAA AAATATATACTGTTTATGTCTATATTGGAGATTACTTACAGATATAGAAG GGTGGATACTATTTCTGTCCTATACTAAGGTCCATTCAAATTTAAACCAA TACTGTATAAATTCTAGAACTGAAAATATATTCGAAAACTTAGACTCACC TATTGTTTGACACGAAATTTTAAAGTTCATCCGGGTCTAAAACATCAACT TCATGTCTCTAGGACCATCAGATTTACCCTTCAAGTTTTCAAAATTTACG GCAAGAAACTGATGCCAATCCTTGTACAAGTTTTTAGCGACATTTTTCTT AAAGTTCATGAATCAGACTTTATAAGCTCCGGATATACAACACTAATTCT TTAAAAAGATAGAAGTGGTGATAATATTGAAAATTATAGTCCAATTTCTC TACTTTACATATCCTATAATATTCTTAGAGGCATACTTAACCATAGGGTG ATTAAGCCCCTTCCTTATATTTAAAGTTGATAATCCTGTAAAGAAAAACG TGTGCAAGGAGGAAGGGGGGGGGGGGGGTTGGAGAAAGACTTATGGTATC ATTATTTAAAATACTGATGTGATTATCAGCTGCCTGCTTTATTATGATTT TTGAGGGTATGACGAAAGTATTTATTAGCAAAATATTTAAAAATGATATA CTACGTAAAACTGACTTAGACATTTTTTATCTATTACAGTAGATTTGAAA ACGTCACACTCCATGAAATTGTAACTCTTTATGAACCATATTCTCACAAT TATAACTAATGAAACGAAAAAATAGAGTATTTTGGAATATATTTTAAGTT TCCAAGTTTAAAAAGAAGGCTTAAATTAAACANNNNNNNNNNNGATGAGA TCTAAATAATTATTAATAATAAAGTAAATGTCAAAATCATAAAATTAGAC AATAAATATACAAATAAAAAAATGTTAGAATTAAATCCATCTCTTCTTCC AATCTTAGTACGAACAGCTTTTAGAATCTTACTTCCATTTATATCATGCT TACCTCAAAAAATAAAAGTTAATCCATACAGTCAAATTTTAAAGCTTAAT TACTTATCTTAAATATAAAAATAAGACTCCTTTATAACTGACAAGCCAAT TCAGCCAACCATTCTTGACTTAAATTTTCTGTTAGTTTTCTAACATGGCA TCGTAAAGATTTAGAGAAAAAGCTAACTATTTAGTAATGTTACTCTTTAT TAAGGGCATCAAAAAAGATTTCCCCCCCCCCCCCCCGTTATTTATGCTTG TATAACAGCATAATATTATCATGAAGGATACGCAAAATTGCTAATTATAA TGCTGCTCCCAAGGTACCTACCCCTGCTGTGACCATTTAAGCAGTTGTTT TTGCCTTTTATGAGTTTTCTGAACACCACTTCTTGGAGCTTATGAACTAT AGCTAATCATTAAGTGATAAAATAGTAATATTTTTTGACTATGTAATATT AAAAAACCTAATGATCATACCTAGTCTTTATGTAAAGAAACTAGTGTCAG ACAAACTATTTGTGCACCCATCCAAACTTACAACCCACGTTGTTGTGACC ATTTCAGCAGTTGTTTTCGCCATTTAATGAGTCGGGTATCATAATTCATG AATCTTTTAGTTCAAATAGAATCATATTTTTTGAAYAGATTTAAAAAAAA WAAAAATKAATCCCTACTGTTAGATGGTACAAAATTCAGAGCTCCATTTC GAAATAAGTAAATATTTAATACTTTTTACAGATAACTTTGATCGTCATTT TGTGTGGATGACTCTAAACATGCTGAAAATTCTCTCAACTTCACAACGTA CAATGGGGGTATTTTTATAAGTTGAATTTTCTACGTATGCTAGGTCTTGC AATTCATTGTAAGCTGGATGTTCTTATAGGAAATTGGTCAATTTAGATCG GAATGGCTCTAGTTTCATATAATTCCGTAGCAGTTCAACGATGACAAGGC TGTCAAATAAGGGTAATCTTCATTCTAAAGCTGTGATGGCCCCATAAATT TGATTGAGATTATTATGAATAATGGTCAACTCTTCAAATATATATTCGAC TATCATTATTTAATATTGAATAATAAAGGCAAGAATTGAAAACGTTCTTG ATTGAGAAAAATGTTTATTATTTTAATCAATGACACCATAAGTATTTTTT CCCTTCTCCTCGTACGCTTTTGTATTCTTACCAAAATTATCAATATGAAT TATATTATATCCTAGCACAGAAAGGCTTCATGCAGTCTTGGAGTCTAGAG GACCTTTTTCGGTCGTTTCAGGACGCAATGGATTATTGTATGCGCACTAA AACACAATACAAAGAACTTCTGGTCGATTTCGAAAGAGCCTTTGGCAAAT TATCTCTTTCAGGTATGACTTTCTTATTGGTTTTATGAAAATGGTGTCTT CAATTCTTAAATTCATATATGAGCTATCGATATGTAAGCTTATATTGATA TGTTTTATGTATATTATATAATTTGCCATTTTATTACAAAATATAAGAGT GGTGAATAAAAGAATAGTACTATGTAAAAATTACAGCAGACATATTTTTT TACATACATACATTAATAATAAATATTAATTTGTAAATTCTCTAAGTTTT CTGAGATTAACACTTGCTTTCCTCAGTTTCTGCTTTTTATTAAGGTTATT TACTTTAATTGTTATCCTTGTTTACACATAGGATATGATGACTTCTTTTC GCCAGTTGGGATATAATTCAATTTGATGATTATGAAGCGTTTCAAATACG TTTGGGGTTTCGACAATTGCGTTTTCATATTTTCAATGAAAAGCTTTAAA ATGTTTTTACATCCTATTTTGAGTATCCTCCATTGAAATTCTTTAAGGGA TCTATAATTATTCTCACTTGGATTTTGGAGTAGCTCATTCCTAGGGTGGT AATCATTAGGTTTAGTTTAAACTTCTTTGAGTTTAGTAACTTGGACTTGG TTTTGTACCGACACAATTCTCTTTTGAAAAAACAAAGTTCCTTTTGAATT TTTTGCATGTGTGCTCCACTTTTGCTTCCTCGCACTCGTCTCCTTTTTCA AATTTGTAAACGTGAATTTGAGTGCTTTGCGTCTTGGTCAAAGGCTGTTG TTGGGACTCAGTGATCTGGTTACAAATTTACATGAGCCCTTCATTATCAG TCTCTGTTTACGAGACCATACTGGTTTCCTGGACTTTACTTGCTTCCAAT AGTTGTTTTACAAGCTCTTTCTTTTAGCAAGTTTCCTTACAAATATCTCT GGAGGATTTGGATGCATCTGAACTGGGAGAAGCAAAGGAAATATGGAGTT AGGGGACTCCATCATTTTTAATTTTTTTTGGCCTCTCAGTAAAGAAGTTC ATCCTTGAAATTCCGTTCAAAATAATTAGGTATAAAATGCTATAACAAAT CTTGGCATTCTTATTATTAATTGGGTTTTTTCTCCTGTAGAATGAGATCC AAAGAAGCGGGAGCATCAATTTTTTTGGAGAAATGCAAAATACTGGGCAT CCTGTGGGGTGAGACAGCAAACCATGGTACCAACACGCTTTGAACCTCAA GATGATGCTATTTTTGCTAAACTGATCCAAATTAATGCACTTCACTTCAA TGAAATTATCTGAACTGCCGCAACAGTGACGATAATTAAAAAAATTTAGT AACATCTCTATATTCTCTATATAGATGCAGCATGGGTTTGAAGTATAACG CAAGATTCTCCAAAACATTTTTAAAACGTTACATAAGGACTATTCATAAT AAATAATTGTTCAGGAAGTCACTGGAGATATAACACCAGGGGTTCCATTC TATTACATAATTTTCTCACCAAATTTATGTTTTGAAACTTTTCATTGTTA AGAAGCACCTATTACATATAATCCTATTGAGTGGACCGTGTTGTCCATAG ATGTCCTTTTTGTTTCGAGAAATAAGTTATCTTTAATAAATTTATATTTT AAAGAGTTTCTTCATTGTATATTATTTGATAAAAATGGAAAAAAAACCCC CATATATTAAGGGAAGGAGCACCCTCCATTAATCAGGTAGCAAATCGGCT AACAACTGCAAAAACCCATACCCTCTTTTGAGATAGAATTTTATGCAACT CTGTTAATCCCTATGTTGAACGGAATGTAGAAACAGGGTCCCCTTGCCTT GCCTAACTTCTCTTCTCTAAATGAGGATTCCAATATTATATTATAATAAA TCAAAATCTGTTGATAAAAAGAGATTTATCATCTATTATGTGACGTCGTC AGTGTGATGACTTAACTCTGCTTTCAAGATTTTATATATGTTATAATACG TGTCAGAAGGATTCGCCTTAAACATTTTTGCATTGTACCTATTCGCCTTG TACTAGTTTTTCCTTGTAACATTTTCGCCTGGCTACTTGTTGGCATTTGA TAATAATAGAGAGAATAATATTTCTTTTTAGTTAAATATTTGTTTTGAAA TTTTACCGTTCTATTCCAGCTTTTAGAAATTAGAAACAAAAAGTTAAACA AGCTATACAATAATAATTCTTCAAAACTTAATTACATGTAACACTTAGGT TTTAAAGCATTGGGAAGGAATCATGGAAAGTTACTGCCATGTTCCGTTGC AAAGAATCATTAACATTTATATGTAGTCCATTTCTTCATCAAAATGCCAT GAANTTATTGAAATCTCTACTTACATCAAGGATTGTAATAGAGTTATAGA TCAAGATGGGGGACCTCGTCCATCAAAGTCTACATGTATTTATGCATATG ATATATTTATATTATATATAAACATACTTCATTAACATATCAGTTATACA GACCTCCAAATCTTATAAAATGAGTAATTGTTATGGTGTACAAGATATAT AGATAGGGAGTCAGAAATCCCATTCCATTGTATAATACAATAAATTTAGA TACATTTAACCTCTTTTTCTCTTCTAAAAGAAACCGTATTGAATCATTTT AAGTAAATCAATCAATATTAACAATTTCATTAAATATATAACTTGAGCAT GATTTAGAATAATTTATTGGTTCCAGTTTATTCAATATATAAGAGAAAGA TTGTATAAAAAGTAGTTACCCATTTCATGAGAGTTTTATTGACATAACCA TTAAGGACCTTTTAAATTGTATTTCATGATGATTTGTCTAAGGAATCATT TAATACAATTATGAACTTATTTTGGTTAGATATAATTTGCTGTTCACATG AAATCTTCAGACATATACCATGTGTCAAAAAAATCATTCTGTTAGTTATA TAATAGATGGAGCAAGGACTTTNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNATTATGATGACTGATAAGCTATTATCCTTTTTGAAGAC TGATCCTTGCATCCCGTAAAAAAGAGTAGTAATTGTTTTTTCTAGTATTA ATGACCACAAAAATCCTAAATTAAAATATTTAAGATGTAATTTATATTAA AAATCTCTGCGTATTTACACTATGAATACTTCTATTTCAGCCATTGTCCC CTACAGTGTTCGTTACCGTACATAATTTAAAAGAGCAAGTACCAAAATGA AAAAGTTCATCAAACACCTGATTTAATGCTATTATTATGACAAAAAAAGA GTGGTATGAATAAGGTGATATGAAACATCGTGCCCTTACCTAAGAAAACT TATATTCATTTTTTAAAAATGCAAAATAATTGCCAATTCTATACCTTAAA AAAACTAGTCGTTTTTTGAAAATGTATGTTAACGTTTTAATAACTGTATA TAGTCGATTAATTGTAATAGTTGTACTACAATAACAAATACAGAAGGGAA ATATAATCCACTCACTAAGGATACATATTAATGATTTCATTGGAAAAAAA AAAGATTTGAAATAATAATAAATATAAATACTGGATTCGAGTACTTTAAA TCAATAAAACATCAAACGTAATATATCAATAATTAAAAAGGTTTTCGATG ATGTAAAGAAGAGACTAGACCTAGAAAGAGACATGAAAAAAGTAGACCGA TTAGTAATTTTGAAAAATCCATTCAGCGATTCTCATAAGAAGTTTCTTAG ATACAGGCTGGCAACATCTTCAACTTTTAAATCGAGAGCAAATTCGAAGG ATAGAAAGTTGTCATTCTGCAAGAAGGAGTTGGAGCAAAATGAATTTTCA AATTAAAAATTTTTTCGAAATAAATTCCAAAAATTCGTAGGTATTCAAAA TAAAATTAAATTTCTTGAAATTTTTTCGTCGTTACCAAAAAAAAGTTCTA GTAAAAAGCAAAAATTTATTATATATGTAAATTTCACTGCTTGTGACGAT TTTCGAAAATAATTGACATATTTATATATATTTAAAAAATACAATTTCGA GTTTATTTTGGACTAATTATATTGTTTGCAAGTTCAATGATTTAGTTTTA TCCCAAACTACTACTTTGGATCTTAAAACTCAATATGGGAAGGGTTTTTT TTTGGGGGGGGGGGATTTATGTCCTATGTTGCCCATGATGACATTCATGC CATCTTAGCACATAATTTAATTCTATGTGGTTTCAAGTTAACCTCCTCCC TCTATAAGTAAGATAGTTGTAATTTTAGGCCGGATCTCCCTCCACCCTAC ATATCACATGTTTTGTGAAGTCCTCCATATGTATATTTATGGTTTCCACT TATGTTGAGATAAAGCTAAATTCAACAAATGAAATGAAATGAAAGTAACA TTTGGTACAAGAAAGCGTATCAGTCTTATCAGTAGTTTTATTATTCATTG TCAACAACAAGTAGCTCATACAATGAAACAAAGGAAATAGACCGAAATTA CAGACATGCTCACTCATCTCAACTCAACTTGCAACCATACTCATAACGTA TTTCCTTTTGCATGTATACTAAACCTTCTTCAAATTTTAACTTTTTTTTT TGCAAAATTTAATATTTGAATATTTCCTGTTCCCCAAAGTATATAGAAAT TAAATATACAAGGCATTTAGATTTTGACAACGGCTATAGTGGCGCATTGA CCTTAAAAATGTATTGTTAGTGGCCCTAAAAAAGGCATAAAAAACGTAAT TGTTTGTATTCTTTGGACAATGGCATATCAAAAAACTATCATATGAATAT CAAATCAAAGCCAATAAACTTTGTTTTCAATTTCTATAAATATATTATAA ACTCTTTATTTGTGCCCATGGGTAAATTTTACTCCACATATTAAAAAATG CTTGTTTTTTATATTTTTCCCCCGTCTTTATGCATTTTAACTTCTCAACC TCAATAACTCGACGATATAGTATAAATACTTGCTATAGCTCGTGCCAAAT ATTCATGAATAGCTTTAAGGGAAATCCACGAGAATATTGTACATTTTATT GAGATTGAAAACTTTAATGGGATGTTTTTGATAAGAATTGCTACGTTAAT ATCTCGCTGTACTTGTCTCAGGTGCTCCACAGTATGAGGAAGGGAAATTG GTCGGTGTTCCTTGTATGTCAAATTCCATCGGACTTTAACAATGCAAGGC TACATTAAATAATAGGAACATGGAAGTTGAACAACAACGTTCTGTTCTAG GATTTGACAAAACAGCTAGCAATAGTAAAATTAACAAAGATGCAGCAAAA TTAAATGAAGACAAACTAGGGGAAAAAGTTGTCTACTTCGTTTGCAGACA TCATATATCAGAGGTGATAATTTGATAAGTATAGGATAGTATTTTTAGTA AGAATCAGGATCCGGACAATACAATGTTTGGTAAATTCAAAGAAGTTTTG TCATATTTGATAAGGACAATCCAACAATTTTGACCAATGTTGAAAAAGAT TTGGACCCCATGAAGAAAAAATCAATTAATGTCATAAATAATTTTCTAGA GAATACATCTCCAAGGGCAAACTTGTGACAAGTACCAAAGCTGTTCCTTA TCATTCTCGTTAAGAAACTTAGTCAAGGTATTGCACCTAACCCTGTGCAA TTCATCAAGCACATTGGATGGCTAAGAATATATATGCTATGAAAATGTTA ATGTTTCAAATGGACTGAAATACGAAAAGGACGCCATCGTTAAACTAGAG AGAACAAATAAATTCCTGGCTTTATCTTAGACAAAGCACTGGATAACAGC AACATTTTCTGCCGATGCTCCTATCCACGATTTACATTTGATTAGGAAAA TGCTTCACTATTAATATATTGATAATTAACTCGTAACCTCTGTTTTGAAG AAAATGAGAAATCACGGTTGGTATCTGACTCAGGAATGAGTACCATTCAC CTTATTCAGTTCACATAAGAGCATAACACCACCTATAAAACAAAAGCTGG CAATCAATCTATCAAAAACTAAAGAAGCGGAGTGTTATAGAAAAGGCAAG CCAGTTTTTTCAGTCATCACTCAAGCTACATCTCTCACATACCAGAATGA CCTGAGTCACATTTTCTTTTTGATCCTCTCAGGTTGAAAAGTAACTGTCT TATTAAATTGGTTGATACCTAAGAAAATAATGAAAACTATAGAGTAGCTT GGGAGTTTGTACAGTTAGTAAAATGAACCAATGATGTTGTTGAAATAGGC GTAAAACTCATGAGTGACTTTCCAACTAGGATTACCACCGACCAAAAACA GAGAAACTGTTTACTGCAAGTTGTGGAATACCACAGAAATAAATATATTA GTTTCAAGAAATCTAATTTAAGGAAATAATCTATTTCTAGTATTTATAAT GTTAAACTGTATTGTTTTTAATATAGAGTTATTAGGTTTGTTCAAAAAAT AAATTTATTTTTGTATTTCATTCGTTTTTATTCTATTTTTGTATACATAT ACGTCAAGATAATAACAACTTAGGAGTCAACTTAAAAAGACAAGGGAAAA AATATAAAAAACAAGCATTTTTTAATATCTGTGAAAAAATTTCTCATAGG TCCAAACAAAGGGAAAATACCATATTTATACAAATTAAAGCACAGTATCT TGGTTTTGATTTGATACCGATACCAATGCTACACGATGAGCCATTGGGAA ACTATAGTAAAAAGAATACAAACAATCACGTTGTTTTACCTTTTTAAAGC CACCAACAATAAATTTTTAAGGCCCATGCGGCCGGCATAGCCATGGTCCA AAAATCCAAATGACAAGTAAATTTAGTTTCTATAGACCTGGGAGAACAGG TAAAAAGTGAAATATTAAAAGATTTGGAAAAAAAAGTTAAAATTTGAACA GGTCTAATTCATGTCGTGTCCAAATTTACAATCTATTTATATCGAAGAAA TATATTACCTTTGTAAAAATAAATTATACCCATACTTAAGTACTCACAAA TGTTGCAACCCTATAAACATTTTAATTTTGCGTTCAAGATATGCTATATA TTTTGAACAAATACTTATTATTTGAATTTTATGATCTCTTGGATAATGTT TTTATACAAATTTAATAAATTATGAAAGCAAATAGAAAATATTAAAATTG TATTTATCCTATTGATAGCTGCTTATCTGCTTGGAGCAATGGATACAACG GCAGATCCTTGTACCGMCTTCTTTCAATATGCATGTGGAGCATGGAACCG CAAACACGTTATTCCTGAAGATCGATCTTCGATTTCCACATTTGAGGTTA TGGCAGATCAGTTACAAATAATTTTAAAAGGTAAAGATGAATAAGTTTAT TAAAAAGTAACAATTTCTATATATTTCACTATGCATATAGATGTGTTATC TGTTTAGATAAGGCTGAGTTTGATGATAAGAAGATAAAATATGTTGGTAA ACGGTATTATAACATACTTATCAACTCTATAATTTAAAGTGGTACGCATT TTTACCAGCTTTTTATAGATATATATTTAAACAGAAGGATTCTATGGCAA TTACACACTTTTAAATTGTCCTCATCAATTTCACATCTCTAAAGTGAAAT TATATAAATATATATAATTAGAACTCAACAAATTATAATTTTCAAACCTC AACAATTATTATAGTAAAAAAGGTATTTGTTGATTTCTTGAATGTTTTTT GTTTGTATTGGAGAAAATACCATAAAAAGATCCATTTGTAAACACGTGAA TAATTTTTATGTTTCCAAAACAATATATATTGTACCATTTTTAATCAAGT ACAAAAATAGATGATTTAAATCACAGAACCTTTTCATTTTGAGAAAGATA ATTTTTAGTGCGTCAAGATTATAGTCTGTAGAATTCATTAAAATATATTA TCTATTGGGCCGTTACAAAATTATATACGTTGTATTGTGTAAACGTCACA AATGTATAAAAAACTCACCCTAAGTATATAATAAAAATTTTGTGTTGTAG TTTTTATTTATGTTAGCGTCCAAAAAGACATAAGATTGATATTTTTAAGT TCAAATTTAAGATTCAGATTAATTTTGCAATATAAAGTAAGGAAAAAATC AAATCATAAAATGATTGATTTTTAAGATATATTGTTCTGTATATGATATA ACCGCATATAAGTGAGTAAAAATGAAATACAAATAACCCTATTCTTTTTT AGACAATAAACACCTATTCAGAAACGTCTTACTTTTGAAGTTGTTCATGT TTTGGTTTTTGAAAAACAACTTGTTAAGACTTTGTAGTCCTAGGAATAAA ATTCGAGTGTAACGGTATTGGACTATATTTTTTTATTATTAAAACTAAAT ATATATCGCTATTACACCATTAAAATATACATTATGGGCTTTGGTTCTAG GGCATCTACTATAAGTATTATTGTACTCTCTAGGACATTCCCTACCCGTC CTATTTACCCAGATACATTTATCCCTTAAAAATTAATAATTAGATATTTT ATGAATTTTGTTATTTTCGAGAGAAAATCATATTCGTTTCTGAAAGGTTG ACGATAACATAATTTTAAAATTGTGGAACACTGTGATTAGAGCTTCAAGG ACTTATTTTATACTGTGAATATGACTAGAAGAAAACAAATCCATAATTTA GTCAAAAACCAAAGTGCAAGGTTCCGGTTCAGCGGCTCTATCGGTCCCAA ATATTTCATTTGAAGGGTTTAAGTCACGGTCTCGGTTCAGTTTTATCGGG CTCGGTTCTTTTATGTACTGGGTTCGGAAGCAAACGTGGGCTGTCAATAA ATGCTAATTATGTAATTAAAATAGAGATGTTTTCTGATATTTCATGCATA TTCCGAATCTCCTGTCCTCTCTGCATCAGAAAACAATAATAAACGTTTCA GACCCTCTGGATGCCAAAATTAAGGCGCCAGAGTTTATGGACATTGTGGA GTGCTCCAGGAGCCTCATTTTAAAGGTGGCCAAGATTAAAAAGGATGAAA GAGAGGTGTAAGAAAGTTCGTTGCATGGATCAAGGTAAATGGATCCACAA TAAAAAAAATCTCTTACAAGAAGATTTTCATCTTCCACCAGGTCTAAACA GTCGAAACGACCGTTGGCTTGGTGGATCGCCAGAGGAGGTCAGGGGGGKA TTCCAAACTAAACATCCGGCCTAAACAATGGTTCTGAGGGTAGTGGCGTC TCACAGCAAGAAGTTGTATCTCTTCTTTGTTAAGGTTGGGGAGAAAATCG GCCAGGAGGCCTACTACAAGGTGCTGAGGTTCACCATACTGTTATGACTC AAGGCCACCTACTCAGAGGACAATTATGTATGGACTTAAGATGGTGTACC CCCACACACATCAGCCGAATGCCAGAATTTCTTCGCCGACAACATGGCTG ATTTTAGGCCCAAGGGCATGTGACCAAATTTTCCCCGGATTTGAACCCGT TTGACTTGGCTGTATGGAGCACTTTGGAGAAGGAAAATAAGCGGACATCT CACACGAACGTGGACTCCCTGAAGGCGCCACTGTGAAGGAGAGGAACAAC TTTTCTGAGAAGTTCATCATCAACTCGTACAAGGCTTTCTGCCACCATGT GGAGGCTGTGATTTCTGGTGAGGGCGGCCATATTGAGTTGACATTTTCAC AAAGGTCGTGTCTCAAATTTTTGTTGAAAAAAATTTCAAAATTATTTTTC AATAAATTAATTTATTGACATTTTTCTAGAATCAGTCATTCAGTCCACTA TTTGCTTCCGAACCCGGTATACGTCATCAATATCCGGGGGCTTACCTTTG TTTAAACTTGTGTTTACTTTGTCATACTATCTTAATCTGTTCATAGCTTT ATTGTGTAAAAATTAGTAAATGTCTGGATAATACTTTTAACTCGAGTTAT CTTTGTTGAAAGTGGAAAATAGGTCCTTTTTATTCAAGACAAATAGATTC AAATAGTTTATAAGTATCTCATTAGATAGCTAAAAGTATGAACTTTCAAT TAAAAAAAAAGAGCCTCTCCAAAAACGCTCTATATTGTTGTCAATTTGAG AGAAGGCCACTTCAATATTTCAAGGATAAAACTCATTTTTGAATTGATTT CATGACAAAAGCCCATAAATAATTGTGTGCCCTAACTACATGAGATAGAA ACAAAGAGATAGAAGAAGAAATGAAATAGAAACAAAGAGAGAAAAGAAGA AATGAAATAGAAACAAAGAGAGAAAAGAAGAAATTAAATAGAAACAAAGA NNNNNNNNNNNNNNNNNNNNNNNNAAAAGATATGRTATACAATTTGTTAT TACATCAAGCCTCATGTTTCAAACTGTACAAATAAATTACTTCAAGGTTC AGGGACACAAAAGGACTCAATGCATACCTGTAGTTTGTGAGGGATTCCAA AAAACGGACATTCAAGGGAGTCCTTGGAGCAAATCCTTTTTTTTTTCTCT ATCTTTGTTGCTATCCGTTTTTTCTTCTCGGCCTTTTTTTTCTATCTCTT TTAGCTGGGACATACGAATACTTAAGGAATTTTATTATGAGATCAATTCA AAAATCAGTTTTTCCTTGAAACATTTTCGTGGCCTTATCCTAAATTAACA ACGATATAGAGCGTTTTGGAGAGGCTCTTTTTTTAAATTAAAATTTATAC TTTCAGCTATCCAATGCAATACTTTTAAACTTATTGAATTTATTCGTCTT GAAGCTATGCACCTCTGAATTAAAAGTACCTATTTTCCACTTTAAACAAA GATAACTCGAGTTAAAAGTATGATTCATACATTTTAAAAGTGCTTTTAGA ATTTTTTGACATCTGGCTTTAAAATAAATTAAGATAATTTATCCTTATCT TCAACACCAAGGGCTTATAACAGCTTTGAACCTTAAGAATAGCCAAAAAC AAAAAAAAAATTACTTCGTTTTTTTTAAGGCCACGAGGCTATGAAAATAA AAAAAGGCGATATTTGGAATTAGGGGATCAAACTCTGTTATATAGAGCAT ATACTTTGGTTGTACCATTTTTGCTGTTAAACAGTGTTATCATAACATAA ACACAACACCTATTGCTACATCCTATTGCTCCTAAAGGAACTTTTTGGGT ATGTGGGAAAAAAAAAAAAGTGATCTACTAGGGAAGATCACTCTCAGTTT TTTTATTTACTTTTAAAACAATAATGCCCTATAATTTTGATCACGATCTA GTTGCAGAAGACTAATTATATCATGGTGATGTCATAATAATTTATTTTAT GAATATTATACTTACTCTAAAGGGGAGTCGATGTCCCTATGATATATAGT TCCGGCTCCACGGATATACAATATCATGGGAGCTGAACTGTCCTTTCAAA TAGAGATGCTAGTAATTGAAAAATAACTAGAATAGATGTGGAGATTAAGT TTCATATTATTTGATAGATTTAAATTACTACAACTGTTAAGGATTAAAAN CTAAATAAGAGCCACATGTTACTGTGTTCTGTGTATATATTAATAATTAA TCAATATAATTTAAAAAATATTATTCTTCAAAGAACACTCATTTTATGCC ATGAAACATATCTAATGTTTTATAATTAATTAGTAAAGATAAGAGAGTAT TTATTAGAGTATCATTTTAAAAGGAATTAAAATATTAAACGTGTTAGGTA AGATATTAGATAAGATTTTGCGTTCAAATCTCCCAAATTATCCTATGGGG GAAGTGTCATTTCGGGAAGTTGTCCTTAAGAGACTATTCCTAGAATCTGA ATATCCATTTAGACAGAAGTTGGAACAGTGATTGTGGTCCACAAATAATT AAAATTCACTGATTCTTCTAAATAACTGTTGTGGAAGAGCTTTTACATCT TTGTATGGGATTTATGTGTTACAAAAGACCTAAGAGCAAGTTATCCCTTA AAAATCAAATATAATGTTAGCTAGAATATGTTAAGTTGTCTTAACATGAC CTTTGGCGTGTCATTAGACTTAGCATATTGATGTAAATAATTTTTCCAAC GAATTTTGAGTTTCCAAATAAATACTTGAGTTGCTTTAGATATAAATTGA GGGCAATTTTCCTTATTCCCAAAATTGAAAAAGATTGTATTAGATCGCGA TGCAAATACTTGGAAGTGGGTGGTGATGAATATCGAAACCATTACGGAAT CAAGAATATTCACCAACTACAAGTGAATATTCTTTTCTAAACACAAATTT AAATATGTCAGTAAATGTCTCTTGGAACGGTTATGTGGTGATGTTGTCTT AAAAAAGAGGCTCAAGTTTGAGAACTAAATTAATGGATTGTCACATCACC AATGAGATTAATAATACATCTTGATACTATATAATCTATTTCTCTTTTCA CATCTTCCCTTTGTGTAAAAGGTACTTTTCTTGATGTATGGATTACAAAA TGTTTACATTTTCTTGTAAAAAATTTCATAGATTACACAATTATCTTGCC TCTCATTGCCATTCATTCTATCTTTAATATAAAACACATCAAAATATTCT ACCTTTAATATATTCGATTCAGATATCTAGTCAATAAATCATTATTAAAG GAGAAATTTGATGTTGAAATGTTGAAACATTATATAAGAATTCGAAATGG AATTGATATGGACAAACGTTACGAAATTTGGAAACAGAAAATGAAGACAT TGCCATATATGAAGAAAATTACTCTCAATGAGTTCTCTAAGAATACTGAC AATAATTATCACAGATAAAATCATATACAATGTCAACTTTAGACTTTAAA AAAATCTAAATATACAAACCCTTCAATATCCCACGAGAGTATCAGTCAGG GGCTAAAACACAATATTAAAAGTATTTGGGTGGAAGTCTAAAGCTATCAG CTTTTGAAGGATTGAAAGATATCAACTTCAAAATATTGCTTTAGGTGTTC GACTGATACAATGTCTGAGTGATAATCAAAGTATATTTTAAGGTAAATCT CTGTCGTGAAATGAACTTTCACAAAAGTCTGTTGGAGTTAATTCCTGTTA AATGGGTATCTTTTTCAGAAACACAAAGTTTCTCTTCTTAACACAAAGTT TGCCTTTTTTAATACAAAGTTTCCCCTTTTTAAAAACTCCAACTACCATT GACTCCTCTCAGGTAGTTCAAGTATAACTTTTGGAGGGGAGTGCTTCATA ATTTTAAATTTATATGAAATTTTTCTATCGTCACACGTATCTGGAGACTC CATACTATAGAACGGTAATCTCAAGGTCGTACCAACATACCAAATAGATA TTACTTTAGTCTCAGTAACTTGTTCTTTTAACACACGCTCCGAGGTAAAA ACTCAAGTATGTCGTATCTTATGCATAATTTTTTTTAAAGTGTTATCAAA GCTGAAATAATATTTATGTACTGAAGAGGATAATCCAAGAAGACTTGCAT GTTCTGGAGAGAAACTGAAATTTCTACCAAGACATATTTTAATGGACTAT ATTCTTCCATGGTCAGTTCATGAATGTAAAAAATATGACACACTGGATTA AGTTGGGAACTTAAATATTTGAGTTAAAGTATATTACTGATTATTGAATA TATCTCATAGTTTGAATATTGGGGATTAAAATACACAAAAAACACTGTAG AGTTTAACGAGACCATTCTTCTATCACATTTTACAATCAATTCCGCGAAA ATCGACTTCCAAAAGCTCCTTAATCTTATTGCTCCCAGTGCTCGAGATTT TCAGGAATTGGTATTCTTTTTATCCTGATATTTCGATTGTTTTGAAGGTC TAGGAACTTCATCAATGTTCCATTTATCTTTAAGCAGAAATTGTACCAAA CATATTCACTATTCAAGGAATTTTAACTAGTTTTTAAATTAAGCTCTGAT TACCATGCTTAATTTAATAATTTATTCCTTTAGCTCGAGGCATTCTAGTG ATATCATAATTTTGAAGTATTCTTAATTTAATTGTTATAAACTATAATGT GGAAATATATTTTTTTAAATTATGTTTAAATGAAGAAGGAATAAAAATAA ACATATAATTTGTGTCATTGAAATAATCATGTAGTTTTAAGGTCAGAGTT AAAAACTTTAATTTAAGCAGAGCTGAAAGGTAATCTTACTAACTAATAAA TTTTTACTACATTATGACCTACCTTTATGATATAGAAAGTTAGGAAGGTA TAACCTCAATAAATTTAAGTTTGACTTAAATTTATATCAATTGGAGCAAC CGACCCTAATTTTTTTATTCAACGTATTCTTATACGCCCTTAATAAAGAC ATCTAATTAGCGTCTGAATGCATGAATGGGCTGGAACATCATATTTGAAG ATTACAATTGCCTGAGAGACGTAATCATGGATCCACGAAGGGGGTTCTTG GTTCTTGTATTACACTGTGTACATTACCCATTGTACAATAAAGATGAGCT CCTCAATCTTCCATGTATCTTTAAATTGTGAGGACGTTACAATGACCAAA TCCGAGGGACTCAGTATCACCTCAAATTTCATCTAAATATGTTTTCTAAC TCTTCTTAGAAAAAATAATACTTTCTCTCTTTAGGATCTACCCAGGACTT GTTTGTAAAAATAAAGGATGATCCTTGTGTGTACTTCAACCATTTTTGAC ATACATCAATGTATAGATTCTTCAAAATGATGTTTGGATCATGATGCTCC ATGTCATCGCTAATACCAAGTCGTTCAAATTTTCGCCTTGTGATAGATGA GTATTCCTTATCTTCGCGACCTATACTAACACTCAAAGCTAACTTAATCA TTTTGTATGGAATGAATTCTAAGGCAATGAAAGCAGGGACAGGCAGACCG AGCTATCTATTTTTGAAACCTTGACGAGAGAATATTCGCCATGTTCTGAT ATATGTCATCCCTGTATAATTAACGAACTCACTCCTACTTTTCAGTCGAG CATTATAATTCAGTGGTTAGTTTGAACCTAGTAAAGGGAGACATTCTCAA TAGCAAAGCTCCATACTGAGCACGTCTTCACTATATACAAAGTCTAAATA TGTATTATCTCAGCTTTTTAATCGGATCGTCACTAAGCTTTACAGACATG ATTTTCAGGATGTGCACTTTTTTTTGGAAACACCTAGTATAAGTAACTTG TTACATATCATTTACATAAATAGTATTAAGGTGGGTTTACTGAAGTGCTT ACGCACAATTTATAAGCATTTTTTTCTTCCTTATCATTATTATTTGTTAT TATTTTCATAAAAAAATTATGAAGGGCAGTCCTATAATAAGAATAATTAT AAAAAGGGAGAGTTGATATGTGCTGAATGAGTGCATATGCACTTCAGTGA ACCCACCTCTAAGCTGCCTTATATTATAAATATTAATTTTGATGAATTTC TTTGGTTTTTTTGAAGTTTTATGTGTATGTTACGACTAAAGCTATAAAAA AAAGAGGGGTTCCTGGTGCGAAATGAAATTACCCTGCTTGATTATGTCTA TAATGATATGGTAACCTGAGGTAACACTATGATGTGTGAATTGACTATAA TATGAGTTTTTTTTTTTAAAGTTATCAACTGTCAAGGTGTTGGAATTATC TGTACTTATTAGGAATTCTTATGTTTCTTGAAAATTATAATTATCACTTA TAATTGATAACATTATATAATATCATAATTTATAATTAGGATTGCTGGAA GAAGATCATAACGAATTTGATTGTGAAGCTACCCTCAAAGTCAAAAATTT CTACAAATCATGTATGAATATCTGTAGGTGTGAAAGCATACACATAACAA TTAAAAAACTTTCATGAATTCAATAATTATATTTGTGGTCTATAGCTCAA ATAGAACGCATTAGTGATACACCCCTTGTGCAGGCTATTAACGGTCTTGG TGGTTGGCCTGTAGTGGATCCATATTGGACTTCTCATAATTGGACTATAG AAAGAGTTATTGGTATTCTGAAAAAAAATTTTACACTTGGAATATTTATA GAAGAATGGGTTGGTCCAGATGATCGCAACTCTTCTGCACATATTATACA AGTATGAATACATATTCAGTATTATTTTATTTTTTTTAAATCTAATTTCA GATCGATCAAATGACGTTTGGACTACCAAGTCGAGATTATTTCCTCCTTG AAGAATCAGATAGAGATTTAAAGGCATATCATATTTATATGACGGAAGTA GGAGCACTACTTGGAGCTAATAAAACTTATGCGTATGAACAGTTTCAAAA TGTCATCAGATTTGAAAAGTCTATTGCTAATGTAGGTAGGATTTTTCTGA TATAAGAACTATATTTTCATTTGTACATCAGTATATAATATAATCAAACG ACTGTTGTTGCACATATCCCTTATTTTTTTTAAACTTAAAAGTTCTTGAT GGATTGGTCTTAATTAACAACCGTATATTAATAATAGTCATTCCTATCAA TTCCGATTCTTCTTAATTTACTCCACCCATTGGATAAATACTCATTTATT GTTATCTATCATAATAAAGTCAACTAAAATGGAATAATGTATTCTTACTA CGCTGAAAGATCTGTTTAGACTCATTGTAGGAATATTTTATAAGCATTAT ATTATTAGTTGACAGTATAATGATAGTTAACGGTAATTGAATATTTGTCC ATAATCTTCATAAAAGGAAAAAAAGTTACTTATATTATACAATATGCTTT TTATTGTAATTGGTATATTAATTACTACTACTAGGGATTTTAATATTGGC TAAATTGCTGTAAGTGTAAAAACCATGCTTGAGATTATGTTATAAAAATA TGATATTTTTGAGCAACGACGTATCTGCTAAATATAAACTCTCTATAAAC TAAAGTGCTCCTTACTCGCTGATATGTTAGAATTTCCTAAATAGGGATGA ATGATAAATAAGAAAAGTCCTATTTTACTCATTCCAACATAACTTTAAAA AATGTATATATGCAGAGTACAGTTTATCCAATATTCACATCCCTAACAAT TACATAACGTCAAAAAGTATACACAAATTTTTCTAGCAAAAGGTAATTAA ATATGAATATCATATTTAGAGTTGCGCGGCATGTTAAAATAGATTTAAGT TTATGAAAAAAAAAAATGATCAAAGTATTAGTATCAAGTGTTCTTTTTCT ATCAGTATTGTGTATTATTTTTTATTAATAACAAGTAGCAGATTACATTG GAACAAATTAGCAATAAGGAGAGTGCTCACCCACCTCAACAAAACTCGTA TCCTTAATAATTGGAGTTTTAAATAAAATATTCTGATGATATGTAACAAA AAAGAACCCCCGTAAAATGACGTAGTAAAGATGCAATTTAAAAAATGTTG GGGAGAAGAGCAGCTGAAATACCATGGCGGTTAATTAAGTTAGATACAAA CAGTTACGACAGGAAGAAAATAAATAGAAATCACAAACCGTATCTAGCAA AGAGATAAGTAGACAGAATCGTCACGAGTATATCAAAGGACTCTTCGAGA TCAATAGAAAAGGGTAAATACACACATTTTTAAGAATGCAATGATACTTT AAAATATAGATAAAAAATGTTAGATGGCAGTACTGTGTTTTTACTAAGGG GAGTAGCACAACATGTTGAAGCAAACCAGACCAATACAGGGAGAAAGACC TAGAGGAGACGTGATGTTATTATATACCAATTATAAAATATTATAAAATA AAGGTGTGACGCTCACAACTTTTATAATTTGACAGAAGTAAGCAAGCCCA TTTTAATGACGTAACAAATGTGCAGAAAATGCTAGCCTAGATTTGTATTG TACTCTAAGATTACAATGAATCTAACTCAAAAAACAAGTTTTGCTACTTG TAAACTGACCATAAACAATTTGGTTGAAGACAAATCTCTAACTTAGAATG TCCAGATCTATAATAACATATCAAGGGCACCATTTTATACGGAGGTGAAG TTCGGTTGGAGCATGATTTAAAATTAAAATCCTATGTATGAACTAATTCA AATAAATAATGGCACAACTGGTATGTGCGAGCAATATTTTATTAATTTGT TAATTGTACGAGCTGCTTAAACTAAGAATTTCCCTTTTGTTCTTTAATTT AATGTTCAGACTTTTATTTTAATCTTTGTACGCGTTTTTGCGTAGCATTT AAGAATTTCTAGTGGATATTTGCCTCCAAACTTTAGATTTAAAGCTGGGA TTAGTCTGTCCAACACTCAAATGCTTTTATCCACTTTTTCCATGTGCATG TCACAAAATACCTCTTCAAACTTGACAACATTTGCTGGGAATGTATCTGA TGGAGCAATTAAACCTCCTTGGAAAAGATGAAGGATCCAAGGTGTTCGGG TAGACTATTCATCATCAATCTTGTAGGACTAAGTCCCTAGATGAAATGTG TTATTTTGAACTTGCAAGCAATAAACCCTGCAAAATAAGCAATTCCTTGG TAATTGCGATCCCGTTTGTCAGAGGAAGAATGGGATGAATTTGAATTGAC CTCAAATTCAAAGTCATCAGACTCTTCCTAATTCTCAATCCAGTCCAGGA CATCTTGGATGAAATCCTCCATCAATTGATTAGTGTTTGTAGTAGTGCTT CTTAGTCCTTTATTTGAATATGGACTAAGTTTTATTTTTAATTTCAAACA GGTTTTTGATATCAACCTCGTCAAAAGAGAGAGCTCCAATGCAAAACTAA GTCATATTTCGTTAAGAATTTGTAAGTAGTCTATCATCACCTGATAAAAT TTATAATAATAGAAATTGTTGATAAGAAAGGAACGTTTTTTTTGTTTTTT TTTTTAATTAAGATTCTTCTCATGGTACTGATTTTTGGAATGATTTACCA TAATTATTTCTTATAATAGATGTTTCATCAGCATAGTCTTTCTTTATCAC TTAGCATCGTTTAATAATTTTATAAGCTCCTCAGTAATTAGGCAAGGTCT CCTTCCTGTCTCATATAGTGTCGTGCTGATGTCCTCATATCCAGCCAGTA GGATTCCTTAAGTCTTGAGGGTGCAGATCCCACTTAACTGTACCCTTTTT GTACCTTTGTATTTGGTTAGATTTGTTGTTCTGTTCGTACAATCTTTTGA CGACGTTTGGTTCTTCAGTACTAAGTGAATAAATTGTGTATCTGTCACCT GTATGGCTCTATTATGTTTTAGCCCATACCATTTCACGATACATTTATAT CTTGGTTAAGCCCTTCCATAAGACAATGTGTGTGAGCAGCGTGACGAAAC TGGATATTATTCTGAGAACAATACATGACGTGTATGCTTGTCGTACATAT TGTGAGCTGAAGTTTTATGTTGACTTTGAAATAGGTACCCAATCCATTAT GTCGCATTGTTAAATATTCTTCTTTAGTCCTAATGTTTTCGGCCAATTTT TCTAGAACTACCGACTTTAACATATTTATTTCGTAATATTATTTCATAAT TATTTGAGTTTCTTCCACATTGAAGATTTTCTTCATCCTGGTATGGTTGT CTCCAAGAATCTATCTTTATCTTTTGATAATTTTTATCTAAAATATTTAT ATTCACGATGCTTTGTTCAAGAAGCTGCTGAGAGGCCAAATATTAATAGA GACGCTATTTAAATAATATCATCGTAATCGATCTTTCTCCCCTTGTAATC TACGTTCTTACATGATAATTTTGTTGGTTGCTTTTATGGAAGGAATCCGA AAATAAATTATCCATTTTACAGATTCCAGATATAAAGGAATTGTCTTACT ATATTGAAAGTAGGTAAGATTCCTCTGTGTCAGCCAAATATCACCTTATC GTGAAATGTTTACAATATTTATTTTACTAGAGCTTCAGGTGCAACGATCA CGGTATCCTTGCTCTCCGAGTTTCCTATAGTGGCACTCAAGGATTCTTGT CCTTTCAGTATTTTGATTAGCTGTCCCAAATGGTATTGTTTTTCTGAAGC TCCAATTTTTGTTTCATTACATTTTTGAGTTTAGTATCTCTGTAGTAAAC GTTAGCCATTTCTTCCTTCGAGTATATGTCAATCCTTATCCTCTCAATGG ATAACATCTTTGTAAACAAACGAGCCGTTAATCCATATGTCAATGACGTT TTCGAAGTATATTCTGTGTATAATCTGCAACGCCAAATTTTTAAAAACAA AAATGAGTGCCTTTGATTGTTATTAAATATCTTAAACGAAACTTATAACT TCCCTATTAGTTCCATATTAGATTCAAGCAAAGTTTTTTGCTTGTCTTAA ATTTTCTCATTTCTCAGAATTGGGAGTCAGAAGCTACGGAGGTTGGAGTC TGATACACCGGAATGGCATAAGGTATGGGTCATTTCTATCTTAATTTATA TTGGTAGGGTCGGTTGTTCGACTGCTCTGACTTCGTGGATACATGATTGT AGCAGAGATCGTAGATTCGCCTCTACTTATTTTTAAAAATTCTATTCTTG AATTAAGGCCATATTGGAGCGTTTGACTATTATGTTTTCTATGGGTAGTT TACGCAAGTCCTTTCGATCTGTATTCGAACGCCAGATTACTTCTTGTACC CTATTTACCAGACTATCTACCTTGGAAGGGTCGTCACTCTACACTCTATT ATTATATGAGCGTCTCCTAAAATTTGAGTTCCTTCTTGAGGTATTTATAT ATTGTTCCCCCTTTCTATTAGCGTTACCCTGGTAATCGCCAAAAGACACC ACCAGTCCTCTGTTATTTCTGCAATAGCCTCATCCCACCTGTTTGTGTTG TTATCTCCGTAATTTTCTCTGGAAAAAGTTGCTAATGGCCTTTAGGTGAT CTGGCTTTCGTGCCAAATCTCGCATATGTTAAGGGAACTTCGTGATCTTA CAATTCCTTACTATATCTCTTACCAAGTTTACTGTTATGGGAAATTTTCC TGTCTACATATTGGTTTAGTACGGATATTGCGTCTGCCTGTGTCACTATT AGTCTTAATGTCCTCCTAGAAAATTCTAGTATGACTTGTCTTAACTTTTG TCATAATCGCATGGGTGACTTTTTTTAACTTTGATTTATATACGTAAGAC ATTGTATTAATTTTGTTTTATGAATTATAGCACAAAAAAAAAGCTTGTTT TTTATTATGCGTGTCTTTAAATGTTCAGATATTTGTTTTTAAACTTTACA ATAATGGGAAAAGAGCGTGAGAGATTGAGTATCTGTACTTTGTTATGTCA GAGATATGGCGAGTCTCACCCTTTCTGCTCTACCTGTAGTAGTTATTAAT TTAAATCATTTTTAATAAGATAAATTTAAAATTTTAAGAATTACGTACAT GGATACTTTTACAAATAATTCTTTAACAATTTTAAATTGTAACTTATTGA ATATATTCACTATTTGATTCAAATATATATAAGTGAATGTTACGGAGCTT GTATCTTATAAATCTTTTAAAGTCCCTCTCAGAATTAATTTTTTTCTTTT TATGCATTCTGTTAAAATTTTTGATATTAAATGGTTTGATAACGTAGATG AATGAAATGAAAGAGAGATAAGAAAAAAATGTTAATGTTAAGAACAGAAC AGGATCTATTTACAACAGCACTGCAAAGGGTTTATGCTGTAAACATAATG TGTACCTATTTCATACAATGCTATGTACCGGGTGGTCCATGGAAATCTAA GCACTTACCGATTCAATAACTAATGAAGGGCGAGTGATTGCAATTAATTC ATATTTCGATCAGTTATAAAAAAGAAATATAGAGAAAAAACACTGCGCTC TCTATCTTACGTACGAGTCGAGAAAATGGCACTTGAAGGTGATCAACGAA TTTCCATTTACACAGTCCTTGAAACTGAAGGTTTACAGGMCCACTTTCTA CACCGTCAGCCAATCCAAATCGTTGGAGAGGAAGAAGGGCTCTATCAAAA AGGCCAAACTGGATCTTGAGGATTTAAAGAAAACAAGCCAGGCCTATTCA CAAGATTCCATGTGGGCCCATGTAAGAGATCTCGGGGTTTCACAAAAGAC TGTCCAGAGAACTATGAAAAAAGGAGGTGGAAAGGGATTTGTGATGGTGG AGAGACCACTTATGATACCAACAATTATTAAAAACCATCTCTTCAGTTGC AAGATGCTTTTGAATTAGTTTTTATGAGTTCTTTTTTAATACTTTTCGTC CCCTACAGCGCTGATGCCAACCACCTCGATTACACTTTTTGGGTGCATGT GATTGGGCAAAAGTTTATTCATAAGTGTCTTTATTTTGAAATCCATTGAT ATGGTATCAATGCTTTGATCCAGAATGCTGTAGTATTTACATGTCATCGT AGTCTTAAAAAAAATAAGGGTATTGTTTTCTTTTCTTACTGTGTACGTTT TGTTATTTGTTTTTGATGAAGTTATTTTATATTAACATTTAAGTGAAGAT GAGAAGAGCCAGTCAAAAATTATCAAGGAACTATTTCAAAAGAAACAGAA AAACTGAGGCAAGGAGAAGAATAGATGGATTCCTCTTGGCAAACGAACGT TTCTTATGAATATACGAAATAGATTTCCATGTATAAAGTCGTTTGGTTGA ATAATTGATTAAATCACCAGCAATGGCCAAAAGCTGATGAAATCAAAGAG TTTTTAGACACGTAGAAATAATAACGAGGATTGTTAAAGCTAACCTACGT GTTTCAAGAAAATGCGTGAAGCCTCCATGTATATAGTATTCCCTGGGTAC ATGTAACAAAGAGCAACGGAAAGATTCATTTAATTCCCGGCCGAAAATCA TAATTAATTTTAAATTGATTCAGTAATATTTTTGTTAATCTTCTGTTTTT TATATGACGCTATGGTGGTAATAATTGTATTTAATTGCCCTATAATTATA TAGTTCGAACTTGTGAGTAAATCGCACTGATTCGAACATTAAACTGTTGA ACCCGTTTCAATTTCGTCCGCACTTTATCCTTTTTCAAATTTCCCTTACA TTTTTCTTTTTTTTTTTTCTTGTAAGGAGAAAAAATTATAGAAAAATACT TAAAATTATTGAAAAATGAAAGGTTGTATAAGAAGGTCCTCAAAAAATAG AAGAACTCAGTGATAATAATAATATAAAGGGAGAAATTATGCGTGCTAAG TAAGTACTTCAGTGAAAACACCTGATTTCAGCCTATTCTGTACTCTTTGA AGAAGAAAGAAGGTTAATAAAGAGACTAACCCTTTTATAACAAATACTCT ATTATATATGAAAGCTTAACAACACATGTTTCAGTTAAACTCTTTTGGCG TAATAACATACAAAAATTGAAGCATTTTTCCTTTTGAAACAAACCCCTTA AAATATTGTGGTTTTTTAAAATTTAAATTCATTTTTCTCAGAATCGGATC ATTGACTAATTTTTTAATCAAAAGCTGGTTAAAAAAAGGTAAAATATTCG AAAAGTTCAAATCAAAAATTCACTAAAACCAGATTTGATACAAAAGAACT AATTACAGATTTGTTATTTAATTGTGAAGTACTCTTATAATTGAATATAG AATTCAAAACATTTTGGAAATAAATATTATTTTTTTGGCTTGTGTAATGA ATTCATAAAAATAAATTCCAACCTATACTTTTTTTATGAATTTACACTCA TCGCTATTAATCGCTCTATTTTTGGAGCTAGCAACAGGCAAAGTAGAACT GTACCTCATTGCCCTCTGTCGGGCAGTCCTTCAGTCTGTAGGTCGATTTG TGGTGGAGTATCGGGCAAAGAGGCAAAGTAGAGCTATGAAATCATMCCCC ACAAAAATCCACAAACAACAACACAGACAATATGGAAGGGTCCATAGGGC AATAAGGTATAGTTCTGCTTTGCCCGTTGTTTCACCAAAAATGGACCTAT TATAATTCATAGATATTAGGTATTTATGTACAATATAAATTTATGTTCCA CAAAATATTTTGATAAATAAAAATATATTTAGATATCCGTACCAGAACAT GATCGTATCAATACTGGTGCCATCTACACGAAAATTTCTCTTAAAGACTT GAAAACTGAAGTGCCAGAAATAAACTGGAATGACTACTTCGATACAGTTA TGGGTATTGGATATATTGGAGATAATGAGCAAATTGTTAGCTATTCTATG CCCTACTTTAAATTATTAGGAAAATTGTTAAAACAGACTGATAAAAAGTA AGTTGAATTAAAAAAAATTGAAAATACCTGTTGATTTACTTAATATATTA TTTCATGATTATCGAATGTTAAACTGCTTTCAGTTAAAAGTTATAAAATA TGTGTTTATTTAAGAAATTTTTAATTTGCTCTTTAAATATGACTCGTAAA ACGAATCAAATCTTAAAAGAAATTATATTTTTGTAAAATATTTGGAATAG TATGATGAACAACTTAACTCTTTCCAGCATTAGAAAGTCTTAAATAATTT TTAAGTTCTTATACTTTTTTGGAACCTAATTAAATTTCAAATGTAAAATA TATTGAAACAATGTTTATGCTACCTGAAAATCAATATTTTAAGAATCAAA TTTAATTTTATACATCTAATGTAGATTTAAAAGTATTATAAAACACTATT AACAATATAAATTATTAGAGAAATACATATTGTATATATCACTTAAAAAT ATTTAAGATTGAGATCATTTCCGGGTATTTTATTAACTATTATTACTATA GAAGTACACTTATCAATGCAGAATGATTAGAGATTGTAAAAGTTTAATTA ACAATAAACTAGAGTTAAAAAGCCGTGTTTGGTAATTTCACATAAATCCT TTTGGTGCCAAATTATTTTACCCAAATTTATATTAGATTAATTAAAAATC ACATTATTGCTATGAGTAACTGAAACTGTGTTCAAGGAGATGCTCGTTTT TTTTATTTCATCAAAAGGCGTAAATCCAATATTATCCAAGATAATATTTA ATTTTAGTGTTTCACCACAGTAGATGGAGAAAGAGGTCGAGGTTATGGAT TCAATAATCATTTTCATCTAAGGAAGACTACGTAATATTTATAGTATTAC TACCAATTTCCCGTTTTGATCTTATAACGTATAAAATTGGATTTTAGCCT TCACTGAGACTTTGAACCAAAATTTGAAAAGGAATATCTCTGTATTCTTA AATTCTAAACTCCAAGAGGTTTGTTCATCAGAGTAATATAAGAGCGACGT AAGTATTACTAAATATTTAAATATCGACCGAATCAAATTCCAATCGCAAA TCAATATCTTTCAACTCTACACATAGAGGGTTGAAAATTGCGAACTTTAC TTCACATAGTTAATACTGAACCCATTGAGTTGTTATACTCTTTTTGCTCA ATGATGAAGATCTTGAGAAATAACAATGGGAGTAAATAGAAAAGGTACTT TCACATTGAAGTCTGTATCTACAATTTTAACAGGGATTTGATAGAAGTCA GAGGACTTAATAGTTGCTCAGTTATAATTATAAGTCTTTGTTGGACTCAG AGTAGAATTAGGGATCGACAAAAATAACTCTTGCTATTGTCCTTTTTTAT TTCCCTCTCCCATCTTCCTTGTCATATCTTATTGTAGCTGATCTCCTCCT AAACATTCTTCAAATTATCAGTCATTTCACTAATAAGTTAATTTTTAATG TCAACAATACATTAAAGCAGACTTCAAATAACATATTTTTTTATTTGCGT AAATAATCTACTAGGTGAGTTTANCAAATCGTGTGTCTAAGGAAGCCATA CCTCACGAATAGGATCATTACTCATTACACTTTAGTTTTATGTTTTCTTT TTTATATTCCTGGTGATATCCCCCTTTATGAAAATAGTTGTGAAAAGTTT TTGGATGAAGGAGATATTCATGTTGATGACGTATCTGCAGTCCAGATGGA TTTGGAAAAGTTTACTTTAAAATCAGGGAGTTTGAGATTGCATCTAAAAA TCTTAATGAAATAGTTGGATCAGAATGGATGATCACAAACCAGAATGAAA GATATCAATTATTGTCTTTGAGGTTTTTTTAGTTGTTTTGAAGGAAAAAT AGTTATTATTTACTATCGTTATCTAAAGTATTATTATCTAAGTTTGATGA CAGAATCGACCTTAACTGTTCCAGAACTCTAAACAAAACAGACTGCACGG ATCCAAACCCCAATTTGGTCAAAGATAATAATCATAACCAAGTCCATATA TGGTGTTATGTTGAGCGGGATGAGGAAATGACAAATGCATGGGGAACACT GCAGTTGCATAGGTTGTAGTTATTTAAGGCCGCCCTGATGATTGATGATT CAAAAAATTACATACTTGAAATCATGTTTACATTTGTATAAAACAGCACG TAGTTTTATTATATAAAATGTCTAATAAATAATAAACAATACTAAAAAAC TTATCTTTAGTACTTGTAACCACTTTTTTTTTCTTTAAATTCAACTCTAT ATGAACATTTCTAGTATATAGAGAGAAAAAAGTTATTTTTGGAGAGGTTG TTATTAAATAAATTCACGTCAACTGTTTTTTGGGATATTTAACTATATTT ATATATTTTTCTCTTCTTTTTTTGTTTTTATTTTCAAGTTTACATATATA TGTATATGTACAGTGTAAAGTTTCTACAACAACAGCTGACATGCACTTAT GGGATATCAGTGCCCTCATACAATCTATACTTATCCATGGAAGAGCATGA GAAACTCAAAAGCGGAACTACTTTACGAATTAAAAATGTATTTCGGTGTA TATTGGGATCAATATCTTCGTCTTATAAGGGCAGGAGTAAGATTAAATGA TATTGATTGCTTTTCAACAATGACCCGTTATCAAATAATTGAGCACTCTA AATTAATTTTTTTTAAAAGCTAATGGAAAATAAATATCAACATTTACTCC ATGCTGGTCCATCGGCAATGTTTAAGGCGATTTTGGAGAGAAAAAAGAAG TACTCTCACGTCTTGTTTTAAAAAGTCAATCAAACATAGAATTTTTTTAG CTCGACCCTTTCAGCAAATTATGGGCGATTGTAATTATATTACTTGTGGT ATCAATCTACATCTTTTCTAACTGTTGAATTATCAACTTACGGGGATTAA TCTTTCTATTTCTGATGACCCCACACAAGAAAAGTTGATTTGATTTGACC CTTAATGAATTGTCTAGCACAGAGATCTATGATTAAGATTAAATCATATA TATATTGTTTGAATGATATAGCTACGTGTGTTGTACCTTTTGAGGTTTCT TTATCTACTGCAGATTTTATTATCGTGTTTCAAAGATTTGTGTATAGTCG TGTAAACAGAGTGACCACGATATAAACTTTTTAGAATGATTCAGGATTAT TTTTTATTCCATTCAAAAAGACAATAATTTCTTTAAAAGATGAGCTGCAA ATCAAAGCATAAAAGGAAAACTTATACTTTCTCGAGTTCCTCGTTGTAAA GTAGCCTGGGAATTAATGGTGAAACTTACCAAAAAAAATTTCATTGGTCA TTTTAGGGTAGTTAATTTGATATTTTTTCTTTGCAATTAAGCGCTTTTAT TAGAAATTGACGTTGTTCTTAATAACAGACCTCTTGTTGCGTTTTCTTTG CGTGAAAAGAAAATTATCTATCAATGCTGCAACTAGACTGAATATGAACG ATATCCCAAATCTATTAACTGAAAAACATTTATCATCAATTTCAAAAAGT AACTAACAACTGAGGCAGTACATATTTGACCAGAAATGAAAGTGGATTCA TTGATATACCTAAAAGGCACCCAAATCTTCTTTCTATATTAATTAATTAC AATGTAAATTTTTCATAGTTTAAAAAATGTAGATAGTTTTTTAGTTATAT TTGTTATAAAATATTTTAAATAAAAAAAAAATATATATATTCTATAAGAT CATAGGTAGTGATGACAATCGTTACCATTTCAAGCATATAAAAAAAACAG AAAATCAATATAGTATCACTGTGTATTTGAATAATGTTTTGGAGGAGAGC AGGTTAGGTGTCATTTTATTTCATAAGACCAGCGACAAGGATTTGTCGCG ATCGGAAGGGGAGAAGGAAGTAAACAAGGTCGTAAGAAAGAATTACCCAG ATGTCTATCCTCAATTTTACTCAAACTGCAACAAAAACAAACTTACATTT ATAATTTAGTAAAATACCCTCAGGGTTAAATTCTGTCTTCCATGAGTACA CTCAAATGTTCAACCCGGTTTATTTTACGAGTATGTTAATGATATTGTTT CAATATTAATTCATTATCTTACTCGGTACTTATAAAGGATTAATTGTTTG TTAAACGTTCAGTTATGAGTAACAAGATCCAGTTATGGATTATTAGTGTC TTMTCTATTACCTAAAATGGTAACGCTCGTGACAAAGGGAATCGACTTCA CGAATCAACGAAATACTTCATATAAATACGATTGCAAGTCATGGGCACGC TTTTATATAAATAAATGCATTAATTATGCTGTCGTAGATATTTTAAACAT ATTTTCAATTTTTAACTACGTAATTGAAATATTAGGATTCAATAAATAGA AAAACATAATATATTAATTCCATTTTCAAGATTAACGAAGACAAAAAAAT AAGTTGAAATGTAAAATTATGGTAGATATTGTCAGAAAATGGACGGAGAA AATAAGATAGATAAGTGATGAATATGGAAATATATATGTGAGGCAATTAG TATAAATCAACTTTTTAGAAAATATGTTAAAAGGGGAAAAAAGGGTTTTT CTATTTCTAGCTATTTTTGTTTAATTAGAAAAGACTATTCTTGTAACACG AAGTCTTCACCACTTTTGGATAGAAGTTCTAAAAACCGCATTTCTTAGAA TCTCTAATTTAATTTGAATGCATTTTTTAAAAGTATAATACTTCAGAAAA GCCACAATAGCCTCTTAAAGATGGCACATCGTTAAACTATATTATAAAGA TGTGTAAAAATGTAGTAGATAGTATTGTGATAGGATTAGGTTCTTAACTT TCTGATCTGAAATTGTTACTATTCTGATATTTACATCTTTCGATACCATT GTTATGTATTGTATTTGCACCATGAATTACCCGAAATGTTCTTCATCTCT GATATCCGAATTTTGGAGCATGGAGACGTTACACGTCTTGATATGGATGT AGAAGAAGGATATTGAATTGAAAGGMATATTGAAAATGATGACCCCTGTT ATCTAGGATCATTAGATCTATTAGGAAACAAAACTCATTGTTTAAAATGG TTTGATTAGGAATGTGTTTTAACGGTAAGGGCATGAATCCTATGTGCTTG GACAATTTGGTGCCCCCGATAGGGAAATCAAGATTCAATTGGAGGACTGT GTGTCCGAATTGGATTTTATGGGATAGAAAAGCGATTATTTTCTGTGTCT GGAACAACTTTCTCTTCAGCAGAAACGGGCTGTTCAGATCTTAGTTCAGG TAGTGAGACCTCAACTACAGGAGGGTCATCCGAACAGGAGAAGGCAGTGA CTGGGGATGAGGATGTAGCAGAGGAAGTTTTCTTAACAGCAAAGTTCAAT GTTTTCTGGTTGTTATGATCAATTTTCACTTGATACCTGCTGGGGTAATC TCGTGGAGCTGAACTTTGTGATCATTAAAGTTGTCCGTCTGAAAGTTCTT CTAACAGATAGAACAAATCACCAACTCTCTGTTAAAATGTTTTTTCCACT TTCTTTGATACATTTCTGATAATAAATAACTTTTTAAACTACTATTTGCT GCAACAGTTCACTCTAAAAAGTAAATAACTTTTATTATATACCTTTTAAG CAGTAATACTTTAATTTATCTTGTATTCAATTGAACGTCCTCTCACGCTT TTAATTATTTTAAATGTACTTTACAGCCAAAAATAAAAAACAAAGACGCA CACAACATTTTTCACATGGTACTTCACATTGAGTGGATATTTGAGTTAGA TATTATGTTTAACGTTACTGTCTGCAATCAATGTTAAAATTTTTTCTAAT AATCTCTTTTAAGATATTTTGATCAATTATAGGGTTTGAATTCCAATTTC TGGGATGAATTGAGATACCCGAGAGAGTTAATTGTAGTTTAAAATCTTCG TTTTATCTACTTGACTAAATTTGGCACAAACATTGTCTTAGACATATAAT TTACTAATTTCCTAATTTTGTAAATCTGGCAGTGAATTATAGCTACTTTA AGTACAATTTGCAGTGCCTCCAAAGGATTAAGCAAAATCATTTCTTCATT GAAATGAACTATAGTTTGTTGGAAAATGTATTCCATGTTCAATTAGAGAA AAAATATTATAGCTTCCTTTTGGGTTTACGTGCTACAAATATGTAATTTT ATTACAATGACTCAGAAAATTAAGTTGTTCATAATTCAGATACAATACAT TTTAATAATTAATTATAATATAATTTATCTATATTTATATATGGCATTGG TGGACGGTTGGGTAAGATTTTTTTTTTTTTGGTCCGCTGAAGCGGACAAA GAGMGAAGAGMATATTCTGAAGAAAAACGACTTATTGGAGGAAAGAATGA GATATATTTTGAAGAATATCGTTCCTTTTCTTTCTTGTAATGAAAAGAAA CAATTTTTCTTAAAATCTAAAAAAAGAGACGAATTTATTCAACATAGAAT GAATGAATATTCAATTTCCTCGATTTTTTGACTAAGTTCACTTCTTTTCC TACATCTGCCACTTTACCCAAAGGTTCTTCATAATTTTTATCTTCGCCAT CTAATTATTTGGGAGAAGATGCTCCTTACTTTAAACATTATCGACTAATG TATTACATATTATATTATGTTGTTTAATTTTATTAACTTGTAATCAATCG ATTTACTATTATCAGACTAAACATGCAATTTTAATCAGGAACAAGGACTC TCACATGAATATGCAACTAATCTGTTTAAATTGCATGAACAAAAAAAGAA AAAGTTTTTTCATGTGAAAGGTGTAATTTGCACAGTGAATATTTAAAGAT ATTAATTTTAAGGAAATCTTAGCAATTGAGAAAATTTAGTTGAAGAATAT ACCTATTAAGAAATGTGAATAAGTTATCCTTAATGAGTATTTAATCTAGA TCAATTTAGTTTTATAGGTAAAAGGTGATTATACTTTAATTATATTATGA TACTAAAAAAATGTGGGAAATATATTTTCTAATATTTCACGACATATACT ATTGTCATCCTAACGTTAACGTGTTAACTGTTTAATTAATATGATTAATC ATACTAAAATTGGGCGTAATGGTCAGAAATACTTAATTAACTGACGGATT ATTGTCAAAAATAACCATCATCTTTTGCAAGCAAACATTAAGATGAATTA AAACTGGATCACATTATAACTTAAATAAAAGTAGATCAGGGTATATTCTA TTATTATTATTATTATAAAGTATAGAACTGTTAATTGTAAGTATTCCCAA AGTTTCAAATAAAATATGTTCTGACTACATAAAACGTGACTTTAGCAAGT TAGTGAATTTCTATTTCAAAAACTAAAGCAATATAATATAAAATAAACAC TACTCATCTCCATCTGTAAAATATAGGGCGGCGGGGAAATCATATTCTGA ACCTTTAAACTCTGCATTAGGAAGAATTTATGCCTGGTTGTTAACTCTAG GACTAAGTTTTAATATTCAATGAAAAGATAACACTGATAATGCCAATTAA TTGAAATAAGATAGCTAAGTTTATATTTCACTAGTAATATAATTTGGGAT TTATATAAATGAAATGATATAAATTAAAAAGTAAACATTTTAAATTCAAT AAGAGAAGTTACAAATGTTTGGTCATATCTCTTTGATTCATTATTGCAAT TCTATTATTCTTAGAAATTTCTCTAAAGGCGATAATATTATATCATAATC TTTGGAAAAAAGAGGCTCAAACAACGATTTACACGAGATCTTTGCAGTTT TGGACTAGGGATTATATTAATCAGAAACATACAATCCTAGAAGAAACGAT AATGCTGAGAAGCAAAAGCCATTAGCCATATGAAATATACCAGGAAAACT TGTAAATAAATTATTGAAAAAATAAAAAATACTTTCTGAGCAAGGTKCAG CCATATTCTATCAATTCAAAACATAATGACTTGGTACAAATTTAACTTAC AAATTTGAACAATTTTGTTGAAATTTGAGATTTTTGCAGTTCAATTCAAC TCAAATCTGATAAAACTTGTCGTTATTTCTCGTATTTATAATGAGGGAAT CTCCCATTATGTTCAGCTGTATCAATGGCTATACCTACATTATTTTTTAG TAGAATATTTTTATAAAAACTAACCCTAATTTGCACACTCTATAGAGAGT TAATTAAAATGTTTATTTAATAGAAATTGTAAAACATTATGCAGAGAACA GTAAATTAGTTTTATCTCAATTTTAGAAAAAACAATCGTATGTAGTTTTC TAGTAATTGCTTCACCTTTATGTTGATATCCAGATGGTCCTTTTAAAGTT ATTTTTGTGTATTGAAATTCATTTCAATTTATTTATTTAGCGTATATTTT TTTTCATTAACATAGAATTACAATTATTTATTTAAAAATCCATGGGTTAT GGTTAATTTCAAATGAGTATACTTAAGTTTATTCGAACACTTCTTTAGAT ATTATAATATTAGCAAAGATTGATCWGATCGTTATTCTTGATTTGCACAA TAATAGTGTTGGGTCGGTCTAAAAAAACTAAAAAGACTGCAGTCCTATCA GTCCGGTCCATTTAAAATTTGTCAATCCTGGAACCGGTCCTTGTCGGTAT TTTGTAGACATTCTAACAGCTGAAATTACGTAGTTATTACTAATTACGTG TCATTTGAGTCGCTGAAGTTACATTATAATCCATTACCTCTTTCAAGGAG ACAAGATATCATTAGGAGGTGCTTGACTAGAACGTATTATACCTCGATGT CACTTATTTCAATATGATGTTTTTATATTTTAAGAACTCACTGTTGTTAT TGATGATTTATGGTGCCAATTCCCTTGGTTTGATGTAATTTTTGTTTTTA ACAATCATCTCCAGACATGTTGTTTTTAACAAAGCAAGTGTAATATTTTG ATATATACTTTAAATTATTGTTACACTTGGGAATAGTGGGATTCTCTCTT CCAATAATTTAATGGTTGTTTCGATCTTCTTCAAGTAGTGTTAAATCATC ACTATTTCTGAAAATAAAACTCATTATTCAAATTCCCTTTTTTTTTGTGG ACTACGTTATTGTTTCCTTCCANNNTATAATTAAAAAAATCTTAGACTGA ATTGAAGTACTTTGTGTTGTAAATTGACAATTGCAATTACCATTAATCTT TAATTTTTTCTTAACTTAAAAGATTAGAGTGTTGGTATTTGTGATATTAT CAGGATTAAGCATTGCTATGCTGTAAATACCATGAGTAAGACAAGTGATT CTATTATCATTAAGGTTTTCGGCTGATATTATACAATAAACCGATAAAAA ACTTCTGTACTTCACCTTTGAAATCGGGGCCAAAAAATTTAATAATTTGA TTATTACGTTTTCGCTATCGGTTCTCTCAAAATTATTAGTATTATGGATC CCTAGGGGGCTCAATAGCAAGAAAGATAACTTATCTCCTAAGTTATCTAT TTATCTTGGACAACATTACTTGAGCTGATGATATCGTAGCAAGGCAGAAA TAATTTTCTAGTATTAATTTACATTAATTGGAATGAACAACGACATGCAG TGGGACATTGGAGGAAATAAGCATTAGTTCATACTATTTATGGAACTATT TGTTTAAAAATTTGTTCTTCTCTTGAACATTAATTAAATTTTAATTTACT ATATATATGTATACATATAAAATTATATTATTAAATCAGATTATAATTTA TATTCCTTATTCAATTCAAATTATTTTAAATTCGAAACAATTCATAAATA TTATAACTTAATAATACTCAACTTTTAAATACAAAAAATAAAATATTAAG TATTTGCGAATTGTTGCAGTTAAAGTAAGAAATCCTTTAATTCGTAAAAT AACTAGTTATTTTGCATAATAAGTGAACTAGACAGTTAATTTGCATAATA ACAAGGTAATGTGTATTATAACTAGGTATTGTGCATAATAACTGAACAAT ACCGTTAATGTACATAATAACTATGTTGTGCATAATAACTGGACAAGACC GTTAATGTGCAACATAATTAAATTCATATATTTCAACTTTATCTTCTGAG ACCCTTTTCAGAGACACGAATTGATTCTCGGCTCCTGGGATATGCAGCAT GTCTACAGGGCTTGATTAAGAGTAAGTACCCTCTTTAATTTATGAATTAC AATCCGGGATGCCATCCACTGTAACCCCGGTTGATATCCTAGCCCATGGG TTGTCTTGCGTGCCAATACGACTAACAAATGTGTTGGAACTCACCGCCTA CTCATGTAATATCATCAGATACGCATTTCAATTACGCATTTAAAAACTGA AAATATGTTTAAAATATCGCGTAATTTTCGCATCTAATATTTATAATTTT TAAATAAAAATATCTATGACTTGCAATCCTATTGATATGAAGTATTTCGT TGATCCATGAAGTCGATCTCCTTTTGTTGAGAGCGTTATTATTTCAAATC AAAACATCAATGATGTATAAGTGAATCTTTTTACTCATAATTGAACATTC AATTTATGTTAGTTACTTCCTTCAATTTTAATTCAACCATCATTTTTACT GTTATTACTGGGTATACTTAAATTATATTTCAAAATATGCAATATACCCA TGGTTGAATTATGTGAAAAAATATTTAAAAAGGCCATGTATGCAGTTAAA CTTACACTTCCAAAAAAATAATATTAAAATAGGCCAACCGGTTAGCTAGA TACGGCCCTTTTAGAGGTCATGCATATGATAAAAGTATGATTTTTGTCTC AAATTATATAATTTTCGGGGTGATGAGCTTGAATTTGATGATGTAATCAG TGTAAAAGTAAGGAAAAACAATGATTTTCAATGTTTCTATGTTAAATTTA CATCGTTGAATTAAAGTTGAAGGATGTAAGTAACATAAATAAATTTTTTT AATAGATCCAAATTTTGTACAATCTTTCCTCCTCAATTTGGGACCCAAAG ACGTACCTCCCTAAAAATGAACACATTAAAATTTATCTAATTTCTCTTAG TTTTACACTAATTATACCATCAAATTCAAACTTCTCCCCCCTAAAAACAA ATAATTTGATACCAAAATTATTCTATTATCATAGGTATGACCTCTAAAAT AAGTGATTAAAGTTTTTCAATATGTGAAGCCATCTAGGGGTTAAAATTTT AAAAAGGAACATATCTCACTGAAAGGTTTGCCATTTTAAAATTATTTTTT TATATGATCATATTTTATGATACTCTATGTAACATTGTTCTTAAAATAAA TTTTCATCTTAGTGAGTATAAAATTGTTTGGAAATTTATTAAAATATAAT GGAACTACCCTTTAGCAAAATTATGACTCATTCAATTTGCATTTTTGACA ATTTTCTGAAATATCTTGTTGAAAAGAGTACCAGTTTCTCTTAGAAATTG CAAATTTTCTTTTCACTGCTTTCACATTTGAAATTCTTTGCTAATGTACT TCTTTTGAATTTTACATTATTTCTCAGCGTTCAAAAGCAAAGATATCACG TACAGAATAAAATAAATAATAAATCAATTTACTTTTATAATCATAAAAAC ACTTTTAAATAAGTTTTATTGATCGTATTTTAAATTTTGTGAGTGTCTTA AGAGTAAAAAAAGACTCTGAAAGATAATAATACAGAATTACTATAATCCC AGTTATTTCACACTTCAGNAACTTCGAAAAAAAACCAACTGAGATCACTT TGGGAGTCTACGTTCACAGATAAATTCTATGTTCTATAATTGATTTGAAG ATAATTTATGTTTCCCACTGTAATAGTCCCGAATTATTTTAATCCCGAAA TTTCCAGACAGAAGGCGACGTTACTTTAGGCATTTTATTCAGTTCTCTAT CGACTATCAGCATCTAACATTATATTAATATTGAATAATAAGGGCGGGAA TGATAACGTTCTTTATAGAAGAAGATGTATATTATTTAATCAATTATGCC ATAAGTATTTCTTCTCTTCTCCTCGCACGCTTTTCTATTCTTACCAAAAT TATCAACCTTAMTTATAATTCAAATCGTCTCAAACAAGCCAATCATGTTT TGATTCGAGTTATCCGTGTCAAAGGGCAACTTGAAGCTCCCTATATAGGT CCACCAAAGGGGTTAGCTCGAATTTTAACACATTTTACCTCAAATTGCCT TCTGTAATGAAAGGGTAATTATACAGGGGGTAGATGGCCTGTTAATGATG GAAATAAATTATCTTATTTGAAGTTATCCAAAGATCTCATCAAGATAGTA TCGAGAAAGCGAATTAAATGGGAAATAAATTTGCTACTATATTGTTATAT AATAAAAAGGCTTTCAATTCAATAGGACAGAGTTTCATTATAAGTACATG ATTAAACTAGATTTTATACATTATGTTTTACATATTATATGTCGATTTGA TTCTGTTCTTCTCAATTTTGTCTGATAAAGCCCAAAAGATCCTTTATTTC AGTAAGTCTTAAACTCTCTATATACAATTCAAACTCAATATCGTCTACAT TCAGTATCTTGGAAATATGTAATATTTAGTATATTTGAAATCATGCCTTG AAGTGCCTTTTGATAATTGATCATTTACCTTAAATTATTTCATTACAAGG GAAGAACATCTGGTAGGGTGCGAGGAGAAAAGCAAACCTTATGGTACTAG TGAATTACGACCATTACCTGCTTGTTTCATAAATTTGTATATATATTTTT TTTTGCAGGGGGGGGGGGGGCGACAAAATCTACATCATGGAATTATAGAC ACATGGAATAATTATGCATGCAGTTAAGATTATTTTTCTTTTTCTCCTAC TTGAAGGAATGAAGTAAATAATGTGTTTGATTATTTTTTTTATCAATCAC ATACTTTATTGTGGCAAATAAAAAGTATTTGTGATTATTCTCATGATAAG TCTCATGAACTCCATACTGCTATAGATGGGAGAACCTTCAACATTTAAAA TAGCAATTGTACAGGGAAAAATTATAGACTTACATTAAAACATACACCTA TATTACTAAGATAATTAATGCATTTGTAAAAATTTAAAAGTGGGTGGAAA TTCATCTAATTAGAGAGAAATATTATGACCGCGACAATCAATAAAAAAAA GGAACATAATTTCAAAAAAGAATAATACCACCAATTTTTTAACCTTTTCT AATCTTAACCTGTTATATTTTTCTACGTTTTGCCCATCCCTGTTCATCAC TAAATTTTCAGCTGTAAGATTAATTTGAAAATTATAAGTTTAAACTAGAA TTCTTCAACAAAAACCGTCGCAATAATATACTTTTTTAAATTATACCTTT TCAGCAGTCCCTTTTCTTTAATTCATTTTACCCGTTGGGTTGGTAACGAG TCTGAATATTAATATATTCATTATTCTGAAGAAAAAAAAATGTGTTTTCT CTATATCAATTTTTATTATATAATTTAACTGCTATCCAAACTATTTGCCA AACATATGACTTACCATTAATATTATTATCAAATTGTTGCTTATTTCAGA ATAATTCATAATTATATGATATGGAGGACAGTTTTGGAATTGATGCCTCA TCTTCCACCTCAATATGAATCTACCAGAGCGGAGTTTCGCCGTGTCCTTT TGGGTGTATTGACAGGCCGAATAAGATGGCATAAATGTGTTGATTGGGCC AATAAAAAAATGGGAATGGCAGTTGGAGCATTATTTATTAGAGATAATTT TAACTATGATAGCAAGGAAATTGCCCTTTCAATGATTCATGATATCAGGG AAGCCTTCAATGACTTATTGGAAGAAAATGAATGGATGGATGAAGAAACA AGACTTGTTGCCAAAGATAAAGCCAACTCAATGAATGAAAGGATTGGTTA TCCTGAATACATCACGAATAAAGCACGTCTTAATCAAGAATATGAAAATG TATTCAAAATATCCGTTTATTTTTAGCTTGTATATATATATAATTTTATA TAATTTTTTTAAAGCTAAGCATCACTCCAGTCAACTTTTTAGACAATTTA TTCAATATTCTTCGATTTGAAGCTTCAAACAATCAACGAAAATTAAGACT CGCTGTTGATAAGGATAAATGGCAAACCGAACCGGCAGTTGTCAATGCAT TTTATAATCCGAATAAAAATGATATTGTCTTTCCTGCTGGMATTCTGCAG CCTCTATTTTATTCACAGCATTTTCCTAAATCACTAAACTACGGAGGTAT TGGTGTAGTAATTGGACATGAAATAACTCATGGATTTGATGATAAAGGTA TTAAAATATCGATTTAAATTTTAAATGTATCAGTAATTAATTTAATTATG TATTTATTTATTTTTGATTTTTGAGTTAAATCGGTCTAAAAATAGTCAAA GAACTAAGACAATTTTTTCTTGTCTTTTAATAAGTTATTATTTTTCTAAA ATGATTATTCAGATTAATTAATAATAATACATTTTTTATTTTAATAAAGA TATTTATGTTTTATCAAGACGATAATAACAGTACTATTATAAACACTTCG CCAATAAGATAATAATCTGGCATATTAGCAACTACGTAAGTCCATGTAGA ATTCGTTCTTCATGTTCTATCGATATCGTCGTGCTCAATTCCTCTGTGAT ATGGACTTACGACTCCTGAGCGAAGACCAATCCCTTCGGCTACGAGTTTA GAATTGAGTATGAGACCATATGTTCCAAAATAATAGATTTGGAATCTCCC GTATCAATAAGCACTCGTTATTGGGAAGAGTATGACCGGAAAATGTCACG AGGGGTAGGTTCACCGGTCTCTGAACTCCAAGTGTCATCTATGAAGTAAA GATAAAGAGGCATCACTTCTTCATCGTAGGAAAGAAATAGATCATAAAAC CTCTTGATATCCTAATAGTATGAGTTAAGAGTGTATAATTCAGAAATGCA TAGAAATTTACAACAAGATATTAACACATTGATATTTCCTTCAAATGCAC AAGAGKTCAAAAGATTTCTATGAATTGTTTGAGAATAAATCATTGATAGA TGTTGTTTCTTGTATTTGCCTTTATTTAAGAGATATAAAACAATTACTCT AAACAAAAAATATCTCGGCTTTCGTCCAATCCTAATACAAAACAATGTGA ACTCTTTACCTTCCTTCGTGAGTAATTCCTTGTTTGCTAATTAAATAAAT TCCGAAAATTCAAGTTCTTTTACATTACCACCTAAATGAAGGTGAGGAGA GCCAGTGGAAACTCATCTAAGAACTTTTTCAGAAGAAACAGGCAAATTGA GGCAAGCAGACGAATAAATCGGATACTCCTAGCTAACAAACGTTTTTCAT GTATACAAGAGATAGATTCACAAAATAAAAAAGTCATTTGTTGGAATAAT TAATTAAATCACTACCCAGGGCCATAATCTGTTGAAATCAAATGTGTTTT TTTTTGTCCACGTAGAAATAATAAAGGAAATTATTTAATTGNAAGCCTAT GTATATTCTGAAAATGATTGCACAGTTTATGTGTATAGTCCTCCTTTGGT GGATGTAATGAAAAGAATCCTTTAATTCCTGACAAAGAATCATACTTAAA TTTCAATGTAAAAAAATAGTCAGTAATTTTTTTGTTTCTCTTCTACATTT TTTATACGACGTAACAGTAATTACATAAACAACAAAGTTGAACGGAGGTA TTTTTTTGCTTCTGTTTGTTTGTTTGTCGCCAGGACTAAAGGAATAGTTA CTAATTGATTTTGATCAAACTTGGTACAAAGGCTGTATTTGGTCACATTG AGAGGNCTATTAAGTTTTGAGAAGTTAAGTTCGATGGTCAAGATATCACA AAACGTAAAAAAGGTATAATTAATCATAGCTTTAGAACAAATTGAGATAC ATAACTTATTTCAATTTACAGCGGAGGTTTTGCGCTCTCCACCTGTTTCC ATTTTAGTTCAAATTGCATTTAATTACCTCATAATGATATGGTTTAAACT TTTCAACATCGGATTTGAAGATTAAATCGCTGAAACAGCTCCAATTTCAT TTGCACCACCTCTTTTTTTTAATTTCCTTAAGTTTTTTTTGTTTTTTTTG TACTAATCTAAATTAAAAACTAAAAGACACAGCTGAGTAAATGTATGAGT AAAGTTGATAATTCTGTAGGGAAAAATGCATGCAAGGAGAAAGGGGGGGG GGGAAAGAAAYACTTATGGGATCATTGTTTAAAATACTGATGTGATTTTC AGCTGCCTACTTTATTATGATTTTTGAGGGTATAACGAAAGTATTTATTA GCAAAATGTTTAATGAAGATATACTACGTATAATTGACTTAGAAGTTTTT TATCCGTTCCAGTAGATTTGAAAACGTAACACTCCATGAAATTGTAATTC ATTATGAACCATATTCTCAGAATAATAACTAATGAAACGACAAAGTAGAG TATCTCTAAATATATTTGAAGTTCCTTGAAGTGTTTAATCACTCATTTAG TACTCATATCTTCTTCCTTTTTATTATTACTATGATCCTTAGATTGTAAA TTTAAAAATAAATAAAAATGAAGGGAAGTGCAATAATAATAAAAAAGGTA GAAGTTTTGCGTGCGTATGCAATTCAATCAATTCAACTTTAAGTAGAGAC TGAAGTTCAAAAAAGTTAGTTGATAGTATAAGCAAGTTGGATTGAAAAGG TTCCGTGGTTATTGGTTATCCAGATGCTTATAAATTCATACTACCGACGT AGTTCAATAGACAATGCACTAGGCAGAATTTATTCTCTATAACTCAATGT GTATAGCTTTGCACCTCAGTTACAGAAAGAAATATACATAGTGTAAATGT CTATAGACTTCAAAAAAGATTCCTAAGTCCCATAAAGTAAACTTCCTACT ATAATGTTTACTTATGCTTCATCAGTACAACTCCATCTGACCAATTAAAG CAACATAAAAAAGGGCTATAGCTTTAAGATTAATAATGTACCTTAAAATT ACCTTATTTTTTAAATAAAAATAGACTGACTTGCTACATTGATTATGAAA TATGTATAATGTAGTGAGAACGTATTTTTACTAAACAGTTTGGGAATATC TGGAATAGACGGTATTATACTTGTTACCCTGTTTATCTATAAAGTGTTCA TAGAAATGTCTCACCTAGGTAAGATAATAAAATCAATTATTTATGAATAT ATCTGTACGTGGCGCAGTCGTTGGTCAATCTAACCCCTAAAAAACAAATC CAGAGTTCACTATTGAATGTCCACTCATAGTATTCGAATTGAAATGATTC TGGACATCCTTCTACAGACTTTTCTTCAATAATTATCTTAATTAATACAA GTTGAGTGACTTCACATCCGATTGGATTCACAATTTACGCCTTCTACTGC ACCTGCATTTAGTAAGTAACTCTTCCCTTAAATGCTAACACTGCCGTCCT CTCCTGACATACAAGAAATCCTCCACCTACAAGATGGGTGAGAATATAGA TCTGTAAAGGAGGAGTTCCTKCAGCCATAAATGATGAGTAACTAAAGGAA TTACAATACTACAGAAATTAACTAATTTACTCATTAAAAAGCCCAACCTC GAAAGTAACAAACTAATTACATGTAGAATAGAAAGTATCTAAAATTATTG ACATCCTAGAGAAATCAGCCCAATTTTTTTTATTCATTAACAAATGAAAC TCCTACGACGGAAATCATTATTGATCTGACAACTTATTCTGGAAAGATGT TGGCCTTTGTTAGTTTTGTATTGAATGTTTCATCCAAGAAAATAATMTTG CAGCCCATAAGACAATTAAACKCGCAGCCATTGGACCAAAACAAAAAAAA ATAATTATGGCCCGTAAAATTGAGTTTAGATAATAACCGTGTTTGAATTA AGCTATGGACTCAAGAATTAACGTCGTATCACAAATTCCGTAAACAAATC TCTCTGAGATATCCATTCAGCATGCCTAATTTTTTTGAATGTGTCCATTC GATTCCATTTTTAAGGACTAAAATAATTCGCATGTCATTTCTCTAATTGA GATTCTGAAGCTAAAATTTAAAAAAAAAGTACCCAAATTTTCACAAATGA GTTCCCCGCATCAATTTAATGCAGCTGAATAGCGAATTAGAACTTAATTT AGAAGGCTGGAACTTCATGCTTACAATTTATTTCTCTACAAACAAGGAGT TAAAAAATGAAATTTAAAAAGCTATTACGTGTTTTCTCGAAAACATGTTG GACGTTCTAGAGAGCTGTTGAAGCTTATAACAACTCTGTACGCAAAAGAA AAAAGTTTCAACATAAACAGGCCTCTAATAAGGCATCATTTTTAGCTAAA AAAATAGAAAAAAAATTCTAAATGTGGTTTTAAATTTCATAAAGTAAATA AATGTATCACTGGGCAACAAAATGCCAAATTGCTGCAAAAATATACACAT TACTCAAGTTTGTCAAATTAGGAAGAAAACTTCAAGTCAAATTGTCAGGA TAGATAACATTTCGTCAACACAGAGGGCAGAAATTATTATTCAAAATACA GATTTTAACGTAAATTTTATATTTGACATTAAGAACATCCAGCACGACGA TTCTCATCAATTTGGGTAATATCACCTATTTTAATGGTCTATTAGTTTAC GATGACAGGACCAAAGACATTCAAAAAGTTTATCCTTAAAGAAATACATG CCGGTGTTAGCTGTGCACGAAAACTTGCTTACTAATTTTATTTTTGGCTG GGTAAGTCCAATGAGGTAATAACTATGGTAGAAAATGGCAACGACTGTCG ACAACTTCGACTTTCCAAATCATCATGTACTGAAAATAAATGCTGAGCAA TTTTTCTTATGGAAAGTAATACCTAGTAATAGTTGACATACGTCCTTTAC GTTGAAAAATTACGTTTGACAACAATAAAATACATCACAAAGATTATTAC AGTGTATTTTTTTCTCCTTCAGATATCCAATGTATATACGCTCGGCTAAG GGACACCAATTTTGCCAATAATTCAACAACTTTTACAGAGATAATTGAAT TGTTTATTATACGTTTTCACCTTACAATCCTGAAAAAAAGAAAATATATT TACCAWTATARYAASTTATACGWGTAGAGGCACTATAGAMGTAGTAATCG TTCTTAACAGTCATGCTGAAGCTTCCGTAATAAATGCTTAATATTTANNN AAAGAAATGCAGAAGACATTGGCAACTATTCAGGAAATAATTAAATGTTT GTGCAAAATATACCCTAGGATAACCCCATTTCACTTTCAGAGCTCATATT TAAAAGAAGCACTCGAGAAATTTACCAGTAATCCAAAAATCTAACCCCAT AATCTTCAATGTCGGTAATCGCGGAATTGTTCAAAACATACTTGCAAGAT GGTGGGACAGCGAATGAAACGGACTTTGCTAACCCCCTTTTCATTACTCA TATGAAGCTATGATCAACGGAAAGACTTACGCCAGGAATAAAAAAAATCT AAAATTAAACAATTCGAAGTGATTTAATTTGAATATTTTTTTTGCTTAAT AAAAATTTTTATTATCACATTTTTGTCTTAACGATTACATGTTTGGTTTA TTCACTTACATGTTGATTCTTTTTATTTTCAATTTAGAGTGATTTATGAA TATGGCGTCGTATATCATGTATATCATTTATTGTCAAGTGGTGTTAATAT TTTCACAGCCCTTTTGACTCCATTATTCATTGTGAAGGAGGACATATTAA AAAAATATTAGTTAAATGTAGTATTTAATCATCTCATAATTGGTATTTCA TTGTCTTTTCTTAATTCAAAATAAACCATGTTTTGTAATTTAGTCATGTT ACTACAAACTTTTGTTACCCCCTCTGTATATCTGATCATATAGCGATAAA ATCTTATATTGAGTTCAGGTCGATGGAAACTGCATTCAACTATAATGAAC AACTTCACTACTTACAAAAAATTATTAACACAGATTATTGTTTGCAAATT TTTCAGATTCACATAATTTCCCTCTTAAGATTAACTAATACTGTCCTTAG AATTAGTCCACCTAACTTTAATCATGCATTTCCTTCATTCTCGAAAAAAT GAGTTAGAATCAATTTTTTTTAATGAAGGATCATTAGGTTGAAGAGGTGT ATGGTCAAAAGACTTGCACGGTGTTCAATTCCCCTTATTATGTTGAAGTA TCTCTCACAATCCACTATAGAAATTGAAAGTTTTGGACTTTTTCTTCAAT ATGATCTATGTCATGTTCATTTATTATGATGGAGAAAAAAAATTGTTCCT CTTTTTTATTATGGTTATGAAACTGAATCAACGAACATCTCCATAGTCCG TAAGGACTGTAGATCATGAATTTGTCCTGATAAATGGAATTGATACCATT TATTAATGTGTTCCGAGATGAGTATTTGTTTTTAAATATCAAGGACACTC AATGAGTCAAAGGGTTGAATACAAAGTATATGCAACTTTAGGAGGAATAG ATTCAGGAGGTTCAATGAAGTAGTTAGAAGATGATAACTCCTTCTATTTC TCACTGGGTTTTTATATGATTATTTTGTTTTATATCGAATTCATCATTCT TCAGTTCTCATAGGAGTTATCATCGATTTCATATAAGGTCTGGTGTGGCT GRTACATTCTTGAGTCAATGATTGATGAAGTCATTATCGTAAATTTATAT ATATAAATTACTCTAAATTTTAATGAAGATTTTATGAAGTAAATCAGACA AATTAAAAATCTGAAGTCAGTAATATTTTTTTATTTTAAATGGATTCACA AATGAGGAGTTGCGTGTTTATTTATGCATAACAGGCTGCAATACATTTTA TACATAGTCACTCCTTTTCGTATATATATTAATCTTGTATAAATAATTCC AATATAAAGAAGTAACTCGAGAAGTGAAGGATTATACCAAAGTGCAAAAA ACTAATCACTGCAATTAATTACATATCATGGCGCAGACGGTAATACTGAA AGTTACAGTTAAGAATCTAGTAAAACTTTAACTAAAGAAAATATTCTGCA GATTTGTGTGGATTTTAAGCTATAAGAATTGCTAAGTGAAATTGATTGGA CAAGGTGATGACTTAAGGCAGCGATCATCTAGTAAGAAGGCTCAATTTAC TGTCAGAGCTGTCAATAGGGTAAACAGTTTGTGTAAGCCCATATTAGCAT AGAAAACTTCTCAATGTAAAAAAAATCCTAGATGAAGCAAGAATTCGTCT TCAAAAAGGCTATGAATCATTGGAGGAACAAAATATATGTAATTGATGGA TATAGATCCAGATCAAACAGATGTTTACAATACCCAATTGGAGGAATACA ATACCAAATATCAAGAGACACTGGGGAAGCTTTTAGATACTATGTCTTTG AATGAGAAACCAGCCAAATCAACTTTAAATAAMCCACCCAAACCTTGTAG TAGTAACAACATTATCCATATTGACAACTCTTCTTTTCCTTTCAATTTAA CAAAAGATCATAATCCTCATGAAATTAGCTGAATGGGTACTAAAGTTTTC TAAGTTTTCTGTTACGTTAATNATAATCCTCATGAATTAGCTGAATGGGT CAAAAGTTTTCAAGTTTTCTGTACGTTAATGGAACTACAGACAATGAAGT ACGAAAAAAATTACTAAGTTTATAAAATCCTACAAGAGAAGAAGTCTAGC ACACTGGTCGTGGATAAGAGGCAGSTACATCATGTCAAAGGGCAATGAAT CTTATAGCTCATACATCCTATAAGATTAAAAGTAACTTCTTAAAAAAGGA TAAAATTGTAAGAAAGGTATTTAAGCGATGTGGAAGTACTAGTCATATCA AAGATTGCTCTCGCAGAGAATCAATCACATGTTTCAAATGTGGAAAACCA TGACATTTGTCTTCCTAAGACAAATCCAAATTCAATATATAGGCCAATAG TCGATGCTGTTCAACAGTTAACAGTCCAAAACGTTATTCATCATCAAAAA TTTAAAATCAGGTTAAAGGATCGAAGTCTTCGAAGAGGATGGAATTGAAA GTTCAATCGAGTCTCAATGCATGCTTGACACATGTCAAGGTTATGGCATT GCCAGACACAGTGTCGAGCAAGAGTATAACTACCTATGATTATATAAAAG AAAATAGATTCCAAAAAATGGACATCACAAATCAGTGGTTGTTCAATGCA AGTAATTATCATATGAAAATTGAATGAATTGCTCAACTAGAAGTTACACA TTCAAGTGGTAAAAGTATTATGCTAAACATTAGAATTACATCGTCTATGA AAAGAGAGTTTCTCATAGGTATAGATGATTTGAAAAGATTATCAGTCATC ATGGAAGGGTTTCCAAATGTTTTAGCGAACAATGTTCAATGGTTAAATGA AGAGATGGATAAAATCATGGAAAAATTTAAAGATATCTTCAGTTACATTT TTGACGAAAGACCAATGTCTGGACAACCTATAAAAATCGAGTTGGATCAC TCTCAAAATTTAAAAGTGCATAAAACTTAGACTGCACGTTCAATAAACAT ACTTCAACACGATAAAGCAAGGGCAGTTATCGATAAATTAATTCAAGATG ATATTATTGAACGAATTTCTAACCCGACTGAATGTATAAGTACTATTTTT TTCGTCAATCAAGAAGGAGGCAAGGGAGTCCGAAAGTAGTTGATTACAAA CATTTTAACAAATATGTCAAACGTCCAATAGTCAAAATCTTCATGATAAA TAATTTAAAAAAATAAAGATGTTAGTAGACTATGAGATAAGGAAGAGGAA GTTGTGTTTTGGTTATGTTTATTAAATAGATAATGCGGGATAAATCGTAA TAAAGTTTTGTATATTATAAATATGTTTGAATTTAATTCATGGAAGGAGG GAGGAAATCACAAGCTATGGATCCGCCAAGCTGAGTTACCAAAGACACTA CTTAAAATTAGTAAAATGACCAGGCAATCCCAAAGGGCCTGCAAGGTCTA TGACCAACTCATCGAACTGGATAGGAAAAAAGAGGATTGCAGTTACAAAG TCCTAAGGACCGCTTTCTCACTCAGCCCATTCGTAGCTTTTGATGAGTTG ATGATCAAACATTGGAGTCCTGGTGGGTCAATAGAAGTATATCTAGCTTA TATAAAAACCTCATCAAACTGGCGGGACTGTCGGAGKCGTCCGGCCTTGT ACAGATGACATTCATTTCCGGTTTTTCTGCGTATGTAAGCTCTCGTCTCC GATCGACACTAGAGGTCTTACAAATGCGAGATCCTAACTAGGGATGTAAA GAAGGATCTACCAAGGGAAGAAGTGACGGAAGTGGGGTTCGTGGATAGAG CGAAAAAAGTTTCGTATTATGACTGTGGAGGACCTCACTTGAGGAGGGAT TGCATGGAGAGGATTAAATACTATACTTGTGGAAGAGTCTAGCAAGTGGC AAGAAATTGTATGTTTCTTCAAGTCAGGGGAACGGGTCCGGGACGTCGTC AGCGCCAGCAACGCCCCGGAACCAAATTTTGCTATAATCCCATAAATAAT AGTCTAAATAGAAGGTAGGAGGTTTTGGAGACTTGATACTTGGTACTCTT GGGATGTTACAAGATTTAATGGAAGAATAAGAATTGTATACCCCATCGGT GGGATATGGAATATTGAGAGTTGTGGAAAGTTTGAGGTATAGTACGATGC CAGCTCAATAGCAGACTCTTTAACAAGAGAACCAAAGGCTTGGCTCSTAA AAATGAAAAACAACCATAATGACGCGGACAAAATTGTACAAGTCATTCTC TCCATCATAGAGGCATTAATACCACATTACACTTTGCTAAGGATACCTGT AGGAATGTACAGTTGGAAATAGTCAAAGAATTAGTGAAAATATTAATGAA TGTAATTACTAATAGATTTAGAAAATTTAGTGCAACACCCAGTAATTGAG GGATAAAACTCATATTTCGAGGAACTTACAGAACATCAGGTAATGGAATC GTGGAACGAAGCCATCGAACAATCAAAGCTATATCCGCACGGACAAGGAA ATCAGTAAACTACTTTGTTTTCTAGTACAATATATGGCCTTGGAGTTAAG AAGGTGCAATCTCTTATCTAAAAATATTCAGAGGTATGTGGAGAAATCCC TTTCTTGATCCTTTAAAAGATTCTCCCCATCCAAGGTTGGAAAGAAGATG GTTTGAAAACAGAGACAATGTTTGGGTTAAACTTGTTAGTTAAGATACCT GGAACAATGGAAAGACGGCATCGTAATTGCAGTTAATAGTGATCTGAGCT TCGACGTTGATGGAGCGCCCAGGTACACGAAGGACCTGAGGAGAAGGAAT CATTTAACGGATCGGGACCAGTATAAGATACTTATCAATCGTCCCCTTTC AAGAACGCGAAGAATAATTACGAGATCCTGCAGATTCGAAGATTTCACCT GATATGGATATCAAGGGGGTGTATAACAACAAACATACTTACTCTTAGGG AGCGCGGGGAGAGGAAGAGGAAGTTATATTTGCGTTATGTTAATTAAAAA AATAATGCGTGTTCAATTGTAATAAAGATCTGTATATGATAACTGTGTTT GCGTTTAATTCATGAGAGGAGGGAGGAAATCACACATTTTTCTCTAGAAG AATTTTTACACTAGGAGAGACTTCGAGAACTTTCAGATCCCTCCTGATAA TTGTATTGCTAAGAAGAACGGAGGAAAGATTACAACTTCTATCAAGGCGT TACCTCACTAACAGAAAAAAACCTAATGTATTTTGTTGTAAGCTGTCAAT TTCCTCGTCTTGCTTCTTACGTCATGGATATTTCATAGTTTATTCTTTTA TATATATATACAAAGTAATTAGTTATTTTAGACATATGCTCCGTTCCCAA AAGGACAGAAATACAATTTTTGTTGATACTTTGTCCTCTAAATAAAATAT ATATTGACCATTTTATTAATTCTATTAATAAATTTTAGCTATGATACACA AATAAAAATGTATAGCTAAACTTTTAATACAATCTCCTCTTACGAAACTA TGTACAATTTCTTTTACCGTCAACATTTTTTTTTTCGATATTTAGGTACT TCATATTTAACTTCAAAAAAATAATTTTTAATTAATTGTAAGCTTTAAAG ATATATGTATATTTATTACAATGAAGGTCGACAATTTGATAAATTTGGGA ATTTAAAGCAATGGTGGAACAACCGAACAATTGCCGAATTTCATAATGCA GCCCAATGCATTATAGATCAATATTCTACTTATATGATCTCTGATATTCA ACTTAATATCAATGGTCGTATGACACAAGGAGAAAATATAGCTGATAATG GAGGCTTAAAGCAAGCTTTTAGGGTAAGTCAATTTGTATTTATACTATAT TTGGATTAGACTTGATTGAACTTTCAATTTTAAACAATATGATATCAAAT ATTAACTCATCAATTTTGGTTAATAAGTTTAACACACCATTTCTAACTGT TTTGAAACTATCTTCGGTATATCATTAAAAAATATCTCTATCTTGTATTT ATTTCTTCATTTTGAAACAAAAAAAGGCGTGTTAACACAAACCTAGACCA ATGAGTACTAATATTATCTGGAGTAGTACAAACTCTAATCGCACAACATG TTTTGGTGAAAAATATCCTTTTTGATTATAAATTCCTATCAGTAAACCTA TATGAACGTTGTTCCATTATAAAGTTAAAATATTTGTCGTAGCTGTTATT ATTAAATCCACATCTTCTGATAATTTAAGTCACTTCTCTATTTTGCTATA ATATTTGAGATATTACGAAAATGTACGTGAGAAAATGGGTAGAGACAGAA GAAAAGGACTAGGGAAAGAAAAACAATTAGCAAACAGGTGCAATCCCATT TCCAGGTTTTTTCTTGTGAAGTCGGAATTATACCGTCCAAGAGAAGTTGC TCTCAGCCTCTAACTACACCATTAAAAAATATTACGTTTAGAACTCCATT CATGAGCTTAAAAGGATCTAAATAATGTAATTTTTAGTGATTAGATACAT CTAAATCTCATAATCATGACTAATGAATGAGGTGGGAGTCAGTATGGCCA AATGTATTTATACAAGGATTTGGATGGATTAATAATATAGATAATGTTTA TAGTTATCTATGATGCGGAATTGTAAATTTTCAAATAGCTAGATTTAGAG CCAGAATATATTATAAATTCAACCTCAAGAATCTATACGAATCATACTCT AGAAATTCATTTTAAATGCTCAGTGCCTAAAATAATAAATAAATCATTAT GTTGATTTATTATTTTATATTTTATTAATTTATTTTGCAAAGAACTTTAT TTAAACTACACATATGTAATAATTGACTATTCTTAATTTATAGTTTGAAT AATCTTTAAAGAACTAAAAATATTCCAGTTGAACTGTCGTTTGCTCAAAT TTCATATTATTGTCAAAAATCCTTTGTTTTATTCTCCCTTCTTTCTTTTC TTCTCTAAACCTTATAATCTTCGTTGAAAAAGTAGTCAAAGATACATACC AACATGCAGCTAGAATAAATCATAGAATTTTACAGTCTTTATTTTTGTTT GTTTTATACGGCTTTACCTCACTAACACAAAAATACCCTTTGTATTTTGG TACAAGTCGTAAATTCACTTGATAAGTCATGGCTATTTCATAATTTATTC TTTTTGATATATAAACGAAATAATAAGTTATACCTAAAGTTGATAATATT GTAGAGAAAAACGCGTGCAAGGAGAAGGGGGAAAAAAATACATATGGTTT CATTGTTTAAAATACTGATGTGATTATCATCTGCCTGCTTCATTATGATT TTTGAGGGTATAACGAAAGTATTTATTAGCAATTTAAAAATGTAACACTC CATGAAATTGTATTTCATTATGAACCTTATTCTCAGAATAATAGCTAATG AAACGACAAAGTAGAGTATTTCGAAATATATTTGAAGTACCAGGTTTAAA AAAGAAGGCTTTAATTAAATATAATCTACATAATAAAAAATATACCATAA TACATTTATGTTAAATATACAAAATTAAACAATTGGAATCATATAACTAA TAACAGTAAATTATATTTACAGAATATTGAAATAATAGATTGATCCAAAT AATATTTTCTTGTTCTGACACAAGCGAGACGTGGAGTTTAATCAAAAAGA TAATCACTCCTCTTCTTCATGTGGAAGTTGCTATATACAATTGTGCACAG GATAGATATATCTCTACCGATGAGATCTAACTAATTATTAATAATAAAGT AAATGTCAAAATCATAAAATTAGACAATAAATAGACTAATAAAAAATTGT TAGAAATAAATCCATTTTAAAGATTTAGAGCAAAAGCTAATTATGTAGTA ATGTCCGGCGATATTACTCCCTATTAAGAGCATCAAAAAAGATGTTTCCC CCGTTATTTATGCTTATATAACAACATACTATTATCATGAAGGATATACA GAATTGCTAATTATAATGATACACCCAATGTAACTACCGCCGTTGTTGTG ACCATTTAAGTAGTTGTTTTTGCCTTTTATGAGTTTTCTGAACACCATTT CTTGGAGCCTAATCAACCATAGCTAAGCCTTAAGTGATAAAAAGAGTAAT ATTTATTGACTATGTAATATTGGAAAACATAATTTTCATACCCAAGTCTT TAAGTGAAGAATATAGTCTCAGACAAACTATTTGCGAACCGTCTAAAGCT ACTACTCCCGTTGTTGTGACCATTTAAGCACTTTTGTTTGCCATTGAATG AGTTGTGTATCATAATTCTGGATAATTTTGGCTAAAATAGAATCATATTT TAGGGTTAGATTTAAAAAAAATTGAATACTAACTGTTAGATAATACAAAA TTCAGAGTTCCATTTCGAAATTAGTAAATATTTTATACTTTTTACTGATA ACTTGATCGTCATTTGGTGTGGATGACTTAAAACANNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATTTCTATGAAGACATT TAGGCTWTCATATTCAAATAGAGTGTATAGTTAAGCTTTTAATTAAATAT TGATAAGGKAATATTATAATACAGTATCAAATAAAATACTATGTAGGATT TTAATAGTATGAGATACCTATATTTATTTAATTCATTTTATAAATTGAGA AGAAATAATATGTCAATGACAGTACTCGAGTACTTCATAGATAAATAGCT GTTGATGTGATTTAAAGTATTAAAACAAGTAGCGAAACGCGAACATTAGC CTAAGGGGAAAGAATGTTGCAGCGTTACAAATTTTTTTACCTAAGATGTC GCTTTTCATTTTTCTGCAACCGAGACTCACTCACAAATATAAATTGATCT TCAGTTAAGTTCATAATGCGGTAAATTTTGAATTACTTGAATTTAAGTAT AGTCATATTGATGACCGTTATCCACGAAATTTCTGAAATTCACCTTTTTC ATTTAGTTACTCAAAGGTTATTGTATATTATTACTGTTGTAATTCTTTGG ACCTCAGGTAATGTCATCTATTACATGTTTGAGAATCGCAAAAGGTAAAT AAGTATATTTCTGAACAGCAGCAAGTCGCCAAGAGTCCTTATTTCTTCGC CAAATCACGAGACGAATAAGTATTTACTTCATTGTCGTCATATGGTATTC AAATTTTTCTCCGAGATAGTAAGTGTATTTCCTTATAGTGGTAGAGGATG CTAGATATTCCCCTCCTTGACTAAGGAATTACGTGAGAGGAAGATGAAAA GGACCAAACTGAATCCCTATCTATTGAAATGACCTTTCTGAATCCAAGAT TAATAGAACACTAGTTTTCCTAATTTCATAATACGAGGGATTTACCAAAG AATATACTAGTGACTACAATATCTATATAATCAAGCACGCTGAGGTTTTG AAGAAGATTTATCACTATCAGCATAAGCGAACGGAAATATGGGGATATAT CAGATAACATAGGAGTTGATTTTTTTTACCAAAGTAAATAAACTGATATC ATACTATAAGAATATCGTAGATGATTTGGATCCAGAGTGGCTAGCTTTAG CTTCTCTGTTATAATTTTTTTTTGTCTTCCTGTATATTTTGTGCAAATAC ATGTATAATATCGATATAACTTAAAGTATTTATTGTAAAAACAAACTTGA CAAGAGAATATCACTCTCCAATACTGCATACAGAGACACAAAAATGTCTT AGATGTGCTATGTTAGTGGCATCTGGTTCGGCTAAAAATACAGCTGCAAC AAGGAAATAAGTTCGGAGAGTACAGGTATGCCTGTTTTAATGTATGTATC ATAATACAATAACTGCACAGGCTACACTCATGGCGTGAAGTAAAGATGCG AGGCTATTCTGTACTTTATATAACATAGTTTGTCTGAGAGTATAGGGTGA CATATTATTATAATATAATCTTCCCATTTATTTATAGCCTTTATAAAAAT CTGGATTTTATCAGGATTTGGATATTGCTTACGTAATTTCCTTATGATAC AATTATTTGGAACATTCATAACTACGTTTATGGACTAACATCGTTTGGTC GGTTTGAATCAGGGATAAAGAGACCGCTTCAGTATCGCTATTGCAGGGTG AGTAGTTCAAAACCTAATTTGTATTATTAAATGCCCCAATTCCTTTGTAT CTCCTTGGATAAGTGAATTATGATCACCGTGTTTCCTTGAAGTGGTCTAC TTGCTCCCATTCTCTGTCAATATTCTTGATCTTTGTTTCCAGAACCAAGT CTTCCCATGAAATTTGATTAATAGTTTACTCAAAGTATCCCTTACAGACT ATATATTAAACATATTGTAACAGTAGCTCGATCTACAATTTGATCGTATA ATGTTTTAATATGCATATATTCATAATAGATCCAGTAAATACTAAATAGT GATGCATGAGATATCCAAGTTCATAAAAACTGAATGAAAACAGCATTAGT AGTAAACTAAATAGAAATTGACAAATTTCGATTTATTTATTTATTATCAT TAGAGATTGATGAGTTGTGTATCTTGTACATAGTATGCAGGTTCTTCATG AGACGATTCTCTCCGACGGCGATACATGTATGATGGGAGTATCTTCCCAT AAATGAAGGAATCTGATGAAACTGATTCAGTAATAATTTTATGAGTTCTA AGTTCGTCTTCAGTAAAGGCTGAGACTAATAAATACATTGTGAATGAGAA AGATAATCAATCGGAAAGCATAAAAAACTAAACAGTAAATTATTTTTGAT ACTCATACAATGCGGCTCATTCTTACCATGAAACACGAAACGGTTTAAGG CATACTTGATATTTCAATTTGAGCTCCTTAAAAAAGAAGTTATGAGTTCT CATTAATCTTCATTAAGGTTCAAGTCAACACAGGATATCTTTTCCCTTAT ACTCAACAATTCAATTTCCGTCATCCGAACCTTCAACTTGCATCTTCTAA AAAGTAAAATACACATGATATTAACTCCTCCTAATTATCTTTCCAAACAA TAACTAAACAATCCCTCTAACGGACAAAAAAAACAGTGCACATTGACATT TTTCAGCTGTTCATTACGTGGACCCTCGTGATGATACTTGGTTTAAAGCT TTAGTGTGATTTACTTATTTGGTTAACTACCACATGATTTCGCGCCTTCC TTTTTTTTTTTTTTAAATGTTGCGTACTATAAAGGWAACAAGGKGTACTT TAAGAAGTGGTCGTTTGGAGACATCCAAACATTTTTTCTTCGAGTATACT AATATAATTAGTATAATGGACCAAGTAATTAAGTTTTTGTCTTTACAATT TTATCCAGTGGTTACATGAGTTGAAGTGAAGCAACTCCGACTTTGAGAGA CTCCATACGATACTTGGCTAGAGTTAGAATCCGAGAAGATATTTAACAGT GAGTTGGATATTGGAGGTATTCCTGGAATAAAAGATATCATATTGCAGAA CTGGACCCATTATATTCCTTCGCTAGACGCAGTTGGAAAGTTGGATATGA ATATTTATATGGTTTTTTTTAATATAAATTATATTAATACCACAATTGGA GATAGCAGAATTCTTCTTCCTCTAATTTAAGCATCGTATGTCTGTTTCTC CCTATATTTGTTCTCAAAAAATAATATGAGATCCTTCATCCCGAGGATTG CAAAATATTCAGGGATTTCCATGAGTAGAAGAGTATGCACGTTGTATTTT GAATTTTATTCACCCAAGAGATAAATAACCAACAGCATTTGTACTCGTTA GTATGTTTTTCTCGGTACTATGTAATTTTATCGCTAACATTTTCCCTCCT ACATTTTTTGTACCATACAATATTGTAATGTTTATATATTATTATAACTA AGGAGTAATTAGTTAGAACTAATTCAAATTAAATATTTTAATAACATGAT TTTGAATCCTTCATTTTCTAAAATAACGATTACATATTTATTACTTTAAT GTTTAAAAGAAGACGACACATAACGTAAATAGACATAACAGATTGTAAAA TGTTTGAAGATTTAAGGCAATACTTTTTATATATTTTAATTTTTCGTCAA GTATTATAATTTAATACTTGACGTTGGAGTCTTTCACTTATTTATTTACA CATTTTCTTTCTACTTCCACTTTTTTCATTTTAGAAATTACTTCTTATTT TCTTAAATAATTAATTATTTTTCATGAATTTGGTGAATGCATGTAATACA GTTTTGTAATATCCCATTTTTTAGGGATAAATAATATATAACAGTAGATT ATAATTATTTTTTCAAAAAGTGTATTTGATTTCATTGTATTTTATTAAAA ATATTAATATTAAAGTCGCTAATTTCACTTAGAAAATTCATACAAGGGCC ATAATAAAATTTACATTTCTAAATATCTTTGTTGAAACTTTCAGATGATT TAGTATTAATGCAATTCTACACTTTTAATTTTATAAATATCCCTTAAATT TTGAGTTATTGTCGACTTTTTGTAGCTCAAAATCATTTGTTACAAGTGTT ACCAATTTGTAAGATAAGTACACATATATGTGCACCCTCTAATCTTTATG AATTATTATTATTTATTTTATTATTTTCTGGTGTTTACTTTACTTTTTGT ATCTGTAAGTAAGTTTCTTGTCCTTTTTTACTATTAATTTATACGTGAGC TATTCAAATAAAGGAGTTATGTTTTGTCATAAAAGAGTGAAGAAAATAGT TATTTTATAGTATATTCAGAACTAAAATATTGGTACAGTGTCTCGATGAA CCTAATTACAAAGGACTGGAAATATACAAAATATATAAACTATCAAAAAT TTTAAGACCATGCTAATTCATATTTTATGAATTAGATATCCCCTCTCTAT GCATCATATAATATATCATTGTGACTCGGTATTTGAAGTTAAAAAGTGAT ATGGTCTACTTGGTAAAAAGTAATACAGGATGTTCAAAGTTAGGAGATGA TTATAATTACATTTACTGGTTTGATAAAAAAATCAGGGTAAAAACTTTTT GGAAATTTGAATCCCCTTTATGTAATGCAAAAAACATACTGTTACAGAGA ATGATAAAATTTAGAGACATAAAAAGTTGTTGGAGAGCATTGCCATTCGA CAACCCCTTAAGTTTATGAGGCTAAAGTACAGGGTTCGGAAGCAAAACGT GGACTGAATGACTGATTTTAAAAAAATGTCAATAATTTTCAAATTTTTTT AAACAAAACTTTGAAACACAACCTTTGTGAACATGTTCACTCAATATAGT CGCCCTCAGCAGCAATCMCAGCCTCCACACGGTCCCATGTTCGGGCGAGA TGTCCAGTTAATCTCTTTCCCCAAAGTGTCCCACAAAGCAAAGTTCAACA GGTTCAAATCTGGCGAAGATGATGGCCACATATCCTAGGCTAAAAATCAG CCCTGTTATTGGCGCAGAACTTCTGGAATTTGGCTGATGTGTGTTAAGGT GCACCATCTTGGGTCCACACATTGTTGTCCTCTGGGTAGATGGCTTTTAG TCATGGCAGTATGGTGAACCTCAGCACCTTGTAGTAGGCCTCCTGGCCGA TTTTTCTTCTCAGCCTTAAAAAAGAAAGGAGTCATCTTCTTGCCGTCGGA TGGCACGACCCTCAGGACCATTGTTTGGGCCAGACGATTTGACCGGAACA CCCTCTTGACCTACTCTGGTGATCCCCCGAGCCAACGGTAGTTTAGACGG TTGTAGACCTGGTCGACCGTGAAAATCTTCTCGTCAGAGATTTTTTTTTA CTATGGATCCATTTGCCTGGTTCCAGGCACGAACTTTCTTACAACTCTGC AGTCTCCTTTCCTTCCGAGTGTCCGTCAACAGGTAGTGTGGGGTCCTTCT GTAACAAGACAACCCCAAGTCCTCCTTCACTCCTGATTGTCACCTCGTCA ACATCAAACTCGTTAGAGAGGCGATTCATGGCTTTTGTGGGGTCCTCCTT GGTCTTCTTCTTCAGGTCCCCAGAAGCTCAGAATCCCTTTCCAGTAGTGT CCACCACTTCCTTTTTTCCTTGAGCGGTATTTTCCATCCTTTTTGATCTT GGCCACCTTGTAATGAGGCTTATGGAGCACTTCACAATTATCTTTTATCA AATCAAGCATTTTTTTTTTTTTTTGCTACGTAGAGATACTAAAGATGATG GKGTATGTCAATCTATGGATTTTCTAAAAGACGTTCACTCTCCATATATA TTAATAGTGTTCCCTGGATAAGACTAAGGCCAAGTGTGATGAATCCAAGA AAAGAAATGCAACTTCTTGAGGTATTTAATGTCGTTGATAGTAAAGGAAG ATACGGTGGAGAAATAAGAGGCTATCCGCCATCTTCGGAAAAGAGCTTTG ATTCATGAATAAATATTCCACTCTTTGTATCGATGGAGATTTTTTCCATT TCTTAAAGCCACAATTATGATTCATTAACGTGCCTCAAGTCTATGAGTCC TTTCAAAATAGACTCAACATCCCAGATCCGTGATTCCTTGCTGCTTCTTC TTATTTATAATAATATATATATAGTCCAAGATTACAGATTACTTCTTTAT CATTATACCTTTTTTTTTCTTCTCCTAGCTATATAATTAATCTGATCGAG ATACAACTGTTAAGTTCGAAATGATAATTTAAAAAGATAAAAAGTCGGCC AAGATGTCATGCGACAAAATCTACTCGAGGAAAAAATATCAGCCCAAAAA TTTTAGGCGGAAAAAATGTAGGGTAAGAAAATGTTAGCTACAAAATACTA ATCACGGTTTTTCTCCTATATTTTTTCTATTTCATGGCTCCCCAAATTAA GAAAGATGATTCGAATAACGTCCAAAATTAGAAATTATGATTTTAAACTC TNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNGAAGAGATCCAAAATATTCTATCATAAACAAGAGATGT TCTATTTTTTATATATACTGGGATAATATAGKATAAAAAATTAGCCTTGG AAGAGAACCAAACCAATTTAAGCTTCGTACGAGATCAAATTCGTTTCTTT CATTGGCTAGGAATACATAAACCTATATATAAATTGATTAATATATTCCA GGGTTAAAACTATCACGGGATCCAAATTTTAGACTATGATAAAAGGATCT GGATGTGAAATATAAAATAAAGATATGTGAATTATAATTAGGTAGTACAA AAATAYGAAGTTATTACSGTAAAATTAAAATATATAAAAAACAACACATC TAAATAATTGAATTATTTTAATAGAGATAAGTTTGAAATATAAATCTACT TAAAATTGGATGATTAGTAGGATCTTCTTTTATCCATTAATACCTGAAGT AGTGGACTTCTATGCTCTCTAAGAATTAGTACCGAAGAAAGATAAAGGGA ATAGAATAAAGATACGTTTATTTTGATCATTTATCTCGAGAGATGTTTGG ATTTCATATTCTACGAGGGACAACAGGATGAAAATTCATCAAAAAAAAAA AAAACCTAAGCAGACCTCATCGTTTGTTAATAGAATTTGGTGTGCTGATC ACGAATCTGTAATTAGTATTTTTTATCAAATTTGATTAAATCAATAATTT TACATTTGTATTTTTATCAAATTTGATTAAATCAATAATTTCACCTTTGT ATTTTTTGAGTATATTTACCCTTTTTATATGTTTGAGTTAACTGTGTAAA CGAAAAAAAATAATCACAAAAATGATTATTCCTAGTAAAATTCTATTGTT TTTTCTTATTTGCTTATATTTTGTATGTGATCATTCAATTACGAGAAAAT GTAATTTAAAACTTAAAAAATCATCATATTATTTTGTGTGAATGTGTGGC AATCAGGCAGTAATAGTAGTAGCGGGATGGGTGTGGTTTCATTCTGGAAG CTAGATTCAAAAGTTTCTTGAAAATACTCTCAGTCACTATCATTTGTTGG AGTATTGAGTAATGTGCGCTTGTCGTTGTAATATATATTACCAAAAAAAT GGGTTAGCCTACTATTTTATAGGATTAAAGTAATTGCAATTTAGCTTTTG AGTTTTTTAATAATAAGACTTATGAAAATCAGTTAATTACTTCAAATTCT TATATACAAAAAAAAATACATGTTGTTCTCATTTTTATAATTTAAAATTA GCAATAATATTTCAACGTAAATTATTTCACTGATAATTACTGCTAGAGAG AAAAAAATGGGTGCCATCAGGTCCGGTGTAATGTAATTACTTCAAATTAG TACAACTTGTTTTATTCGGCTAATTAGAACCGGATAAATTTCGAAAAAAA ATTGAGACTTTTCAAAAAGTCAATAACCAATAAACTAATGACCCACAACC AAAAAAATGAGATTTGTTACTGGGATGTACTGTAAGATAGTAGGACCATG GCTACTATACATATAAGTACATAGTTCTCCCTTCTGCAGTTTATGTATCG GTTTACATTTTGTTAGTAATAATATAAGAGTCTTTCTCATCAAAATGTAT AATAAATATACATATCCTGTAAATAAACTAATACAAAATATAATACATGG AGCAGTCGGTAGGATCAGTGCCGAAATTATTCCAACATCAACCCCCCAAC TTTACCACTATAATTTGTCAACAAAGGACCAAGATCTAACCTACTCCAAA GTAACCTACTCTACGTAAAGGATCCAATAAAGGAGGACACTTAATTAGAA GATATCCACTTATCTGACTAAACTCATCTCAGCCGTAATTAACATTTCAA TAGATGCTCAGATCTTCGTGGTAGTAGATGGGAAAAAAGGTTTTTTAAAT TAGAACTCGAGGAAAATAGTCGACCTCTCACGTGTTTTATAACACCCTTG GGTAGATATCAATGTAAAAGGTGCTTAATGAGAATAAATTGTGCACAAGA CATTTATGATGGGTGATGAAGCATTTGAGAGCTTGGAAAATGTTGAGAAA CGCAGAGATGATATTACAGCCTAGCTTATAGTCTCAAGTTCAAATATTGA ATGTCGTTTTAAAGATGACAAGGACAATCTGACAATAAAGAACCTCTCCA GCACAAGATATCTGCAAGAGCTGATGCAACAAAAATTGAAGATTTAATTT AGTAAATATCAATAATGTAGGGGCCTAAAAAAATACAGGTTGCCTAGTAA ATCTAGAGATGCCTCTTCCTATAATATATTGATACTAGATCTTATCCTGG GAGAATATAAGAGTGAAAAGATTCGGGATCATTTTAGTGTACTTAGAGAA TAATATTATATAGTACTAGTACGAACACGCTATCTTAAACATAACCAACG AAAAAATAAAAAGATTAATATATATTAATCTAAATTCTACAACTAAAACT ATTTACTATCAACTTTAATGATATAATAGGTAAACATTTTTCGTTGTTTC TGCACATTTGATAAAAATATAATCAAACCTGCACCCGTTTTTGACACTCT TGAAAATGCAACATATGTGAAAATACTGATTTTGGTAAAAATAAAACAAT TTTTTTCAAATTTTTGGTACTGTGATTGACTTATTTTCATTACTATTGCT AACTTGCCATGTTCTGTCTTTAATCATAATAAATATTGTTGATACATACT AAAATTAACTCACTCATCCTCTTCATAATTCCCTTTTTTTATTCGTGTTT AATATACGTTTTGTTGTTTTTTTGTGCATTTTCGAATTGACAACCCATAT CTTAAAAAAAATACAAGAAATCGATCTTGCTTTATGAAAAAAATCAACTT AATAGTGAAAAATCAAACTTGCCCTCCAAGGCCCAGGAATCTCGTCTTAT CACAATTAAACATATCCTTAAGTAATGAACTCCAAATTCTGAGCAAATTT TATTTTATCTCTTTTTTTACTATATAACTTCATTAAAGCTAAATGTAAAT ACTAATCTTTCTATTTTTTCGTTGGTTATGTTTAAGATAGCGTATTCGTA CTAGTAGTATATAATATTATTCTCTAAGTACACTAAAATGATCCCGGATC TTTTCACTCTTATGTACTCTTTATTGGAGTCTTCCAAGGAGGGTCAACTA TGAAAGCTATGGAGCTTGTCCTTTAAGTTAGGAGATGTTTCCATGTTTTA AAGGAGTTTTATTTTAAAATTAACGAATAGAAACTTGAGGAAGATGAAGG AAGTTTAGATAATCTAGTTAAGAAGGAGGTTTTCTCCTTTCTATCGGGAG TCGTCTTTTGTACTACCAAAAAGAAGTATGGGAGGATCAGCGTTGTTTAT CCTCCTAAGAAACAAAGATCATCKCAAGGTTCTTTCCAATCGATTGGTCC AAAGAACCGGCTGTGTCTTCCTCAGAAAATAAAGTGATTTTTTAGTAAGA AGGGAACTCCTTCTCATTAGGGTTTCAACTTTAAGTTCTATTTTAAATCC TACGTGCAAGAATTTGTTAGGGTATCTCCGGAGGTGGATATATTGATTGG GTTAAATCGGAAGTTGGCACAGCTCACTAACGGGTCTGCAAAGGGACTAC TCGTTTTTTCAGACGGAAAGGAAAGAAAATGGTGGCCACATAGTACAGCC CACTGAGATTGATGGGACCGACAAGAGGAAGCTTTAGAACAGGTCATTAT TGAATTGCGAATTTATTTAGCTTTAGAGTTTATCTGATATAAAGGATACA TATATTCCATATTAAATTTAAAGAAATACAGTGTATAAATTATAATTGAA TTTGTTTTCCTTCTTTCCCACTTCTTTGGAGCAAATCTTTTATTTACTCT TTACTTTTAGATTCATTTATGGGAATAATCACACATTGCACATGTCTCGC CACTGGGTTTAATCAAGACCTCAGGTCAAAGGAACCTTCCAGGCCAAACA TACAGCTCAAGTCATGGTTTTCGGCGTAATTGCAACCAAAAGTAGCAAGA TGCCTTCCTACTTCTTGGAGACCAACGAGAAAGTCTACTGCAAGGTCCTT AGGTACCATGGCTTCCCATGGTTGAAGAACACGTTACCTAGGAACAGCTA TATGTTTAACCAGGAGAGCACCACGGGGCACATATCTAAGAAGGTGCATC GTTTCTGCAAGTAGAACATGGTTGACTTTTGGCCGGTAGACTCCTGGCCT TTGTCCTCACACGACGTGAACTCCCTGGACTTTGCTGTTAAGTGTGTCTT GGAGCCAAGATGAACAAGACTTTTCAACCGAATGTTGATGCTCTGAAGAT AATTGCATTGAACACTCTAATAATAGAAATTAAAATTTCTTCTTCATCAA AAGGATTAAAGAAGGAAACTTAATAAAGAAAGTAGAAGCGTTTAGAGATG TCCTGATAAATTATTACTCATGGGACATAAAAAATTAAAAGATCACTTTA CTCTACCTAATATATCATTGAACAATTCTGATACATAATAAGTACACAAT AACTTAGTTGCTAAAAGTCAAAACTTATGAGAAACTATTCAAATATACCT GACTTTCAAAAGTTAGTATTTGAAGCTGTAAAACTTCGGAGAAGCAGTTG ATATAAGTTAAAAAGGTGTATAATAGATAGGTTTGTATATTGGAAGCATT TTGAATGTGTCAGTAGAATTGAGGATAAACAACGGAGTAGTTTCTGCATA CCCTTGATTGATACCTAATGGAACTTTTTTTTGTATCCTTTCTCTAAAAG CTCCTTGCAGGTAATACAATGAAATGTCAGGACAGCTAAGCTGCTCTCTT CCAAAACATTCTTCTAATTTTCAAGATTACCATGTCCATTTTCTTTTTTT TTTTTTCATATCAAAAATGCTTTCAATTTACAGCCCTAATAAAACCTATA ATTAAATATCGAATTTTAACCTGAAAAGGGAATATTAGCCAACGAATAAT CCCTCGTGTTCTTATTTCAACTACCATTTCATGTAGCTCCATACATATAT ATCCTATAATTATACAATTTCAAATAAAAATATTTATTTTCATGTATTTT TTTTTTTTTTCAGGCTTACAACAAATGGGTAAGAATCAATGGCGAAGAAG ATCTTTTACCTGGACTTAATTTAACTCATAAACAACTATTTTTTCTTAAC TATGCACAGGTAATATATATTTTGACGTACATGTATAAATGTACATACAT ATTTGAATTTTAACTTACTGTTGGGTGTCATCAGTAGACTTTGTATTTTT GAGCTATTTTTGGCCAAAATGAGCAAAAAAAGATAACTAAAATTTGGAAA AATGAGGACACAAAATATGATAATCGAGTAATTTCTAATAAAGAAAATAC AGTTTTATAAGGATAATTAAAATGTACTTTTATGTTTATCATAATAATTT ATTCATAAATTTTGCTATATTATCTCGACAAATCAAGATTTTTAGAAATA TTTTCTTCTTTAGTTTTTATCTTCGAATAGTATTTGTAGTTTTTAACATA ATAAAAGACCCTTCAACGTCCACCTTAATAGTTGGAGCAAATTTGAAGTT GGTTTTATCTTCAGGAGTCTTGTTATATAGAGGCATCACATCATCATCTC CAATCATTATGTGTTCAACTTTATGCCTAAATGAAAGATCAGTACTTTAG AATTTGATGACAAAGTATTTTTCCTTGTTACAAGATTAAAGGGGAATTAT TCAATAGTCAATTTTTGGCCAAATTTCATCTTCCTATAATTAGTTGTTGT GAGAATATGGCACCCTCACCAATCCAATCATAACCCTGATTGCATATTAT ACATAGTTTTACCTCCAAAAAGAGAGCCGAATGGAACAAAGGTTTTTGCA AGTTTTCCTCGAAAAAAATAATCAAAGAATTACAAAAAACTGTGAATAAA ATCCAACTTTTTAACATTTATTTCATACCAATTTAGCAAAATGAGCAATT TTCACACAAAAAAGGCCAAAGTGAGCAATTTTCACACGAAAAAGGTCAAA GTGAGCAATTTTTTGAGCGAATAAGTGATTCCTCAATATCTTAAGTATTG TCAACAGTAATCAGATAAGTAAAATAAATTGTGGATTCTCATCATGGCTT TACTTACTTCTTAAGGGTTTCTTTCGTAATCTTGGTTGCATGAAAAGAAA TATTTTGTGAAAAAAAAAAAAAATCTTAGAATTTCCAAATCTGTTCGTGC AAAATAATGAGAAATGAACAGATCTGAAACATAAGTCTTTCTGGTGGTAA TGTAGATCCCTTAGATACCAAAATATTTTAATTTTACTCTTATGAAAAAG GAAATTGTGGAAGTGTCACATTTTATACAGATAAATATCCAAGAATAGGT TTTTAAAATCTTCAAAGTAAATCAGTAAAAAGTTTATGGGCACGTCAATT CATTAAAATATATCTTTTTAAATTTTGTAATCCAAAATCGTAGATTGGAC AATCTTAAACAAGATTCTATTAAAAATTTCAAGTCAATATCTTTATACAC AGCGGATCCCTGAACAATTAATCCACTGTTACTTTCCCTTCATATACTAA TTTTAATACTTTACTATAGTTTTTAAGACCCCAAAACTAAAATACTTATT ACGATCATTTAAAAAAATATTTTTCCAACAATTTATTCCATTTCTTTGTA TACTGTGTATTGGTGAACAATTTGAGCAATTTTAACTTCGTGTATTATTC ATTTTTTGATTAAATTTTTTTCTTATATTTACAATGTCCTTAAAGCTTAA TATTGTTATATAATCATGATAATCGGTATATATATATATATAAAAGATTG TGTTTGTAAGTGTAGATGCCCTTTCTACGTTCCCCCACCATTGATCCTAG GAGGCTGAAATTTTGCATGGGTCCCTCTTTTGAGCTTGGACACGCTAAGA CGGGGGTGTCAATTTTTGAGAGGGTCATATGAGGGGGGCTAATAACCAAA GCCCAAAAACCGTTGTTTCCAGCTTAAGGATACTAAATAGGGGGCTGAGC TATTTATCAATAAGTGATTGGCGTTTCAAAAAAACATCTATACAAATAAC TACTTTTTCTAAATGTATTCAAAATCAAAAAAGTTATGGACTAAAAAAAA AAATGGGTGAAAATTGCAATTTCGTTTATACCAGTTGCAAAAAATGGATT TTAATGGAATTTGGGATTAGTAAAAGGAATAAAGTTTGTAGAAATTTGTC TGGAAATTCGTTTGCATATAAATTTGTCAAATAAAAATTGATGTTTAACG GAAATATCTGTCATTTTCTGAACAATTTTTTTTATTTTTTATTTCTCTCT CTATTTTTCCATCTTTTCATCAAACATCCATTTCCAGTTTATAAGAAGAA ATGCCATTAGACGATGCTTTTTGCACATAATAATACCAACGCAAAAAGTT CGACTGAGTATTTTCAATTTCCGGAACATTTTTTAAAATAATTAATCCAA TATTTGCTGAAATGAACCACTTATCGAGTGCTTATTTTTTGATAAAATTA TTCTTCATAACTTTTTTGTTTTTGCAGGTAAAAAAAAAATTACTTTTTTT ACAATTCTAATAAATGCTATTAACTATTTTGTGCCAAATAACTGCATTTT TTTTTGCAATTTTCTTCAGAAATTTCGATTTAGGAATTTTTGAATTAAAT AAAAGATGAACTTCTCATCTAGACGATTTTTTAAATACATATATGTTGGT ATTTTATTTGCAGTTTATTTTTTGGCGGGGGAAGTTGCTATGATGAGACT TTGTGGATTACCTTACTTAACCGGATTGATATAGTGTGAAGAATCCAAGA AAATTAAAATTATCAGGATCTTTTTCGAAAACAACGAAACATTTATAATA TAATTATTAGTATATAGAAGTATTTTCTGAATATTTTTTTAATTTTCTCA ATTAGTTTGACCATTTACAATGTGATTCCCCTCTCCCTTCTTAGCCCGAG CAACGCCGAGTAATCGTTAGCAAGTATATATATATATTAAGGAAAGGTTA AATCTTTAACTTACATATGGGAAAAAATGAACCCAGTGCGAATGTTCAAA TTATAAAGTCGATACCAAATTTGTTAAGTAGTTTTTTTGTATTACCAGAG ACTTGAATAAAAACTATATCCCAGTTCGTGAAAACTAGTAAAAGTAATAT CAGTGCTGTTTTCACTAAGACAATTAATGTACTCATTTGCTGCTTCTAAT ATATTATTAGACTAAATTGGATTAATGACTACTGATTGGTGTAATTTAAG AAGGGAGAAAAAGAAAGAAAGTATAAAATTATTTATTCAATCGTGCGTAT GCAACGCGATTCCCTCTTAGGAGTTTTMAAGTGAACTTCCACTAAGATCA GCGCTAGATGTTAAAAACCAAACCAATAAAGAGTGAGTTAGAAAATAGAC CCTCCATACGACATCTACATCACTATATAATGTAGAACAATTGATAGAAT GTGCCAAAAACAATATGTGCGATCATTGTTTTATCTGTATCAAACTCCTC AACAGTTTTACCTGAGGTACTGGGTCGCCTTTGGAGTGTATAAAATAGAC AAAGATACACTGTGCAATGTGTGTAACAAAAAGAAAACACTTGCCCATAT TTTTCGTGACTGTAAACAACTTGAAGTAATAGAGGAAATGATTTGTGAAA GACTCCCCTACTAACTAGCAAGATATCCCAACTCAGAAGATAACATTTTT TGACATGGCTCTTCCGTTCAGAATTGGATCCACATCTATTACAAAGTCCT ATTTGAGAGAAATTACACTCCATGAAATATATGCTCCAAATGGTTTCGTT TTTTAACATGTGTTTTGTAATTTTTTTAAATTTAAAATTAGTTAATTATT TCACTCATTCTACATAGGTTTAATTAAAACTTGAACTGATTAGTCAAATC ATACTTTTTAAATTTTTTTTTGTTGTTTCGCAGAAAAGAAAGAAACATCG TCCAATGTCCAATGGGGTTAAACGTAGATTATGATTTTTTAAGTTTCAAT CATGTATTTTGTGATATTTAGCCCAGAAATTTGAATCTGTGACCAATTTT TCCCAAAAATGACAGTTTTTGCAGATAAAATTTTTGAAATCCCCATTTTG TATACCTATAGAATCTAAAATGTACATTACAAAAACATTATTTATGTTCA AATTATAGATAATGGCCAGGACTTTAAGATAAAACTGTTTATTTAGTTGT TTCTTCCATAACTTTTGTGCAATGGCCGTTAAAAAGTATGTCTAAGTTAA CAAACAGAATCACAAATAAATATTTTTAGATAAATTCCTGGCTTTAGGTA ATCATATCTACCGGTAGGAAAGAAATACCAGCTTGATTTATATTTCATTT TATTGGAAATTTAATGAGCTTTATATTAATACCTAATATATACAATTTCT TGTTAAAAAAAACATTAAAAAAATATATTGCCCAACTTCATAACTTTATT GACATATGAAAAAAATACCGTTGGTCATGAAAATGTTATAAAAATTTTTC GAGCTATATACTTGAAAATTTGATTGTTTGTACCTGAAATAGCATATTCT GATGTGTTTATTTTTTCCCTACTAGATATTGTATTTCAGATTTTTTTTTT TTCGATTTGTGCATTTAAAATTTAATGCAAAAATTTGCATTATAAGAGGC CTCAATCAAAGTACGAAATCAGTGATACTCGTGAAAACTTGATCGATTAT GCTAGGATATACTTCTTTATGAAAATAATACCAAATTTGAGTCCAACTAC TTAATACTTTTGAATTATTTTTAATTACGAAGCAACACAAACTCGATATT TGAGCAAAATATCCACATTTCGGAACACGTGATATTGTGGAATCCTATGA CCAATAGCTAATTGATATTGACTAAATCAGGTTTTTAAATTTTTTTTATT GTTTTATATATATATTGTGTCGATGTAAAGAAAATCCAATATTTTCGATC ACAATCAATTCATCAGGAAAAAACTGTGAGCAGGATTTTGATATAATGTA TGAATTGTAAGTAAAGGTGTCAGTTTAAATCCTTGTTTGTACTGTTTTAT TTTTTTCCTTCTTTATATATATATTTTTTTTTTGTGAGACTACTTTTGAC CAAAAACATTTTTGCCGAATGACGTTTCTCGAAAGGACAATTTTCCGAAC GGACGTTTCGCCAAAAGATAATTTGTCTATTGTACATTTGCCGAAGAACA ATTCGCCAAACGGAAATTTCGCAAAAGAAGAATTTGGGACGTTTGGTTGA AAAATGGTATTACATTTTTGGATGTATACGATTGCATATTTCTATTCAAT TTAAAATTATATTATGAAAAGTAGATATTGTTCAGATGTAATATAGGTAC ATTACTGAGTAGTTGTTTTTTTTGTAGTTTATTTAGTACAAAAATATTTT AGATCCATTTATGAACATTATATAAGCACAACACAGCAGTGGTTCACTGT AAAATTATTGTTGTAAAAAGGTCGTAGATAAAATTGTTGCCTGGTATAAT TGTCATATACATTATCATTGTGAGACAACATTGTTGTGGGTAATATCATC TTGAAGCAACATCATTGTAAGCAATATGTTTGTAAGTAATTTCATTGCAA GACATTATCGAGGGCAATTTCGTTGCAATTTATGTTATATTTAGACGACA AAATTATTGAATGATGAAGATAGTTAGAATAAAATATCCATTTCATAYCC CCCACTCATAGGTTGTGCAGGTGAAGGACAGACCCCCAAAGCAGTTTAAM CTCCACCACCGCCGTGTTTCTAAGCATTTATAACCTTTTTATTACATGCT ATAACACACTTTCAAATTATTTTGTGGGAGATTCTCTAAGAATCAAACAA AACAAATTTATATACTTAAAAATAAAATAAATATATCATTTACTTGTATT CTTTATCATTCATTGGACTAATGAAGTATTTAACATATCAGATTTTAAGG GATGGATTGTGCACAACCATATTAGTAGAGGTACTAGGTGCTTAGAAACG CAGCTGCAGTAGAGCTGAAAGTGCATTTTGGTTCAGAACTTGTACAGCCT GGTCAGAAAAGCGGTGGCGGAATAATATAACCTGCCTCTTGATCATTAAT GAATATAAATTATTTTTTTTGAAAAAGGACACTCATTAATTTATCATAAT ATCATTTTAATGAGAATTAAAATATGCAATTGTATATATCAATAAATTTT ATAAAATTTGYCAGCCAATTGTACAAATAGTCCATGGGCAAAATGTACCT GCGGCAAAAAAAACAAAAAAAAAACACACACACACAAAATATGGCAAAAT GTCCAAGAACCTTTTTTTTTTATAATGAGTGAATTGTTTTTAGTTTTGTT TACTATAAAAAAAGTACATACTTTTTAAATATAAATTTTATAGAATTATA ACATTCTATAGTTGAAAATAGCGATGTAATTTAGAATATTTAATACATTA GCTTTTACTTTATAAATATTTAAGTTGCATATTAAAAAAAAAGTGTCAAT GTTCGACAGTCGAAAAGTAATGTTGATCATAGGCCATCCAAATCATTACT TATATTTAATTTAGTTCTTTATTGAGAACTCAGCCTAATTAGATAATCTT TGGAGGTATGATTGGGTAATTACGGCATTTTGTCACAAATATATAATGAC TTCAACTTCCTTAAATGTGTTATTTNATCGTTGCGTTTCAATTTTTTGAA TACATTCTAGGTATAAATTTTTTCAACTCTGCTCTTAATAAAATGAAAGC AAGCATTTAGTCGTACTAAAATTATATAATTTATGTATCAGATAAATAAA TAATATTTGATTATTCCTTTAAAAAATATTGTAAGGTACAAGAAAACAAA TTCAAAATTGGACAACTAATATGGTTACGCATATAACTTTTTTATTGTTT CTCCAACTTTATGGAAAATAATCCTGATAAACAAAACTTTTTTATTGTAT GACTAGGTATGTGAATATGGCTAAATTGCTTTAAGAGTAAAAGTGGGTTA CCGCATTAATCATGCATGTACACTTATACGTGTATACACAATGTGTTTCT AGAAATACATAATTGAAAATAAAGAATATGCATTTTATATTTTTTTCTTC ATAGAAATGATATGCAATAAGTATATTTAAGTTTTTTTTAACTCTTAAAC TATTTATTATTTTTAAAGATTTGGTGTGGATCTATGCGACCCGAGGATGC CAAGACCAAAATTCGTGCTGCAGTTCATTCACCTGGGCCAATAAGAGTTC TTGGACCTCTTTCAAATTCTGTGTAAGTTAAACAATTAATTTTTTATCCT GAAGAGTTTATAAAATTATGGACTAACAAAACCTGTTTTTATATATGTAA GTGTTCATCAATGATATTTTCTCAACCATTATAAGAAAAGGTCTATATAG ACTTTTTAACAACGTATACGAATGTCGAAAGATATGTCCCCAGGACATTA ATCATATTTTGGGATCCAATCAGTAATAACTAAAATGATTAAATATCGCA TAGATGATTTATGCCAGCTTTAATCAGTTTTGTCTTATGATAAATGAAAC ATTCCGGTAATGATAATTTACATTCCTAACAATAACAACCGCATACCGAG ACTTCAATTATACCTATTTTATGTTCTTTATTTTTTTAAATCTAAAAATA ACTAGAAAAATAAAAGTATTTGACAGAAGTTAAATACAGAAAACTACAAT TATAATATATACATATTTATGCTAAGTCAAAAAATAAAAATAATAATTTA TTTGAATGAAAAAAGATGATATTGTTATAACTGTTAAAATAAATGCTTAA ATATGGCATATATACTTAGTGCCAATACTAATAGAAATACAATACCATTA AGTGGGAATACGTTATACCATAACGCGGGTGAGACTGATGTTTGACTTCC GCCACCCTTTTTAATATTGACGTAATGGTGAATGAGTCGTAGTGTGTTTA GTCAAAATCTGTCTTTCTTGCCCAGCATTTAGGCGATACATCAAATGGAA AATTCTAGAAATATTTACATCATAGACTATGATTGGTTTCGTGTTTAGGC GAAATCTGTCTGTCTTGCCCAGCAGTCGGTACGATACATCAAAGTGAAAA TTCTAGCAAGTTGGATTACTTGATTGTCGAACCTTTTATTTCGATTAAAC TTGGTTAGTGCAAGCTTTATAAAATTCCTTCACATGATGGATGAAATATT TCGGAATAATAACTTAAGTTCCAAATTAAAATATTTAAAAAAAAGAAGTT AATTTTGTATTTATTAGCAGAACTTGGCATATGAGTGAACGCGAGGAGAG GGTGGGAGAGAGACATAAGGTCTACTGGTTGGTACATTGAAATCTGAATA CTTACTAATTCAATCATTAATTAAGTTTGAGTAATTGAATTTAATTCATA TTGCGATTTATTCAAGCATAAGCAATTAGTTATAAAGTGAAAATAACTTG AGCTCTCTAGCTTACGTACAATTCGAGATAATGATACATGAACGTGTTCG GCGAATTTCCATTCGCTCATTACAAACAGTTGGGCATCTCCAGGACTACC GTTTACGCCATTAGCAAGTACAAAACGTTGAAGGGGAAGAAGGGCTCTGT CAATAAGGCCAAACAGGACCCGGAGGAGTAAAGGAAAACATCCCAGGCCA ATCCTTTCAAGTTCATTAAGGCCCATGCCAGAGATCTCCGGATTTCCCAC GATACAATCTAGAGATTAAAAAAGTGGGAAGCAAGAGCCTTGTGAGGATA AAGAGGCCACTTTTGACACCAGCAATGAAATAAACCAATATCTTACATTG CAATACTGTTTTGAATTCTTTTTGACACTTTTGGCCTCCCTAGAGCCCTG ATGCAAACCCCCTTGACTAGACCTTTTGGGTGCATATCCAGGGAAGACAT ACAGTGTCCATCATCTTAAAGCCACTGTCAACCAACACTGGGACGCTATA ACAAAAGACTACATCTGCAGAAGGTGCCAGGCCTTCCACATTCGCCTACA TGCAATCATTGCCACTAAGGGTGGCTACATTAATGATAAATAGAACTCAG ACACATCTATTTATAGAATTAATTTTATTGAAATTCTATACTATACTAAA AAATTATTTTTTGTTGAATTTAAAATTCAAAGTGCTGAAATTTTAACGGA TCACTCGGTTTAAATTAAAGCTTTATCTTTATGAATCAGCTGCTCATTAT CTTATGAATATTGGGGATATAATACAATATTACTACTCTAGAAATATTTC ATTTAACCCCAAAGAAAAGCTAATAAAAAAATGCTCAATATCAGGAATAC ATGATTTACTTCGTAAAGATCATCAATAACCCACAATATTTCTATATTCA CAATGAAATACCTTTAATTTCTTAACTTTAAAGTCGTAAATATATGCTAC AAGTTGAGAAGTAAAAATTATTGATTTTCCCTTTAATAATCGCATTAGAT TATTTAGTTAATTAATATACTAAAGCGTTATAACGTATATTTGTCATAGT AAGTTAAATAAGTATGGTTAAATAAAATTTAAAAAAAACACCGATGATTT ATTCTTAAAAATGTTAATTAGATGTTTTATGCGGAAAATCAGACAAATTA AAATTGAAAAATGATTCGATGTAAAAAGTTATTAATATTTTATAAAACAA ATGGACTCAAAAAATTATTAGCTGTAATTGTAAATTATACATAAACAAAG TTAAATGAAACATTTTTATATTAAAATAAATATACTAATTAGAAGAATAG AATATGTTTTGAGCACAAATATATCTATAAAAGAGACTAATTAAGAGTAT AGAATCATCTTCCACTTGTTATCTAATGACAAGAGAGACTCATAAGTAAT ATAGAAATAAGTAGTGAGATTGAAGTGTCCAATCTATATTTATCNACTAA CTCTACCTTATAAATGGAATTGATATCAATGTGATCGAGATGATTTATTT CTGTATTATCGACATCAATAGTATATTAATAATTGATAATAGACAAGGGT TTTTCCTAGAATTAGTCTGATGTCAATCCTCAATTCTACTCTGAGTCCAA GAAGGACTGACAATTATAACACCGCAACAGATCCTCAGGGTTACGCTCTG TCTCTTAAGAGAACACACTAATGTTTTGATCGGGTTTTGAATATAATTGA ATCTATTTGGGAGAGGATATTCACTATTCATTAAATAATAGCAGGCTTGT TGAACGGAACGTATATTTTTTTTAAGGCTGAAAGTTAAAATGAGATTTTA GCGTTCTGTTCCAATAGATTATAGTAATTTTGCAACGGGTGTAGTTGTCC ACGGGATAAGTATCCTAGAAACACGACTATGGAAATTCAGAGACAATTTT TGAGATCAGGGAGGAACCTAAAGCCCTAATCTCTTGATATTAATATTTAT GTAAATGTGAATTAACCACTGTAAAAAGTAAATAATTACTATTTATTTAC CTTTTACGCAGTAAAACTTTAATTTATCTTGTACTCAATGAAAACATTCT CACACTCTTAATTATTTCAAGATTACTTCAAAGGCAAAAATAAAAAACAA AGACGCACGCAACATTTTTTGTATGGATTTAAAGTACTTCACATTGTGTG GATATTTGAGTTAGATGTTAGGTTTAACGTTACTGGCTACAATCAATGTT AAAGGTATTTGTATTAATCTTGGCTGCAATGTATTTTTTTTAATGTCACC ATACATGTAAGAGTTTAATTTAAATGTAGGGGTTTAGTTTGAAAAAAAAA CTATTTATTTTTATGAAAAATATGCAAATCATATGTTCAAAAGTTTATTT TATATTTATAAAATGAAAGACAATATTTCAAAGATATATTAAAGTCAATT ATAGACTTTGAGTTCAAAATTCTGGGATGAATTCAGATATCCGAGAGTGT TAACTATACATTAAAATCTCCGTTTTATCTATTTGATTTAATTTGGCCCT AAAACTGTTTTAAAAATGTAATTTCCTAACTCTATATATGTGGTGGTGGA TTTTGGCTACTTTAAGTACAATTTGCGATGTATGCAAAGGATTATACAGA ATCCTTTGTTGATTGAAAGGAATTTTAATTTGTTGGAAAATGTTCAATTT TGAGAAAAAAATAGTCTAACTTCCTTTTGGGTTGACGTGCTACAAATATG CAATTTTATTACAATGACTCAGTGCCATTAAGAGTTGGTTTTTTTATGAT TACCATAGACATTCAAGAGAATAAATCTTTTGCGCCCCGACAAACATGAA AGTGGTTTCTTTTTTCTACGATCAATCTAATATAGCAGTCTCATTTGGAG TATCCGACTTTTGTATGCCTAAAAAAATGTACAGCTTCATATAACGAGCG TATTAGTGTATGTATGTATAATGTACAAGCTTGGTACTACCTTATAATTG GAACGCTGAACGGAACAAAAATAAAGGCTGAACGATGAACATAAAACGAA AAAAATTGAACGGAACGCTAAACAGAACAGCAAAAGAGAAGGACGGCTTA TGACCCTGAATAATAATGACTACTCATAAGGAAAAGAAAATTCACTCTTC CGATTACCAATTCCCGAAAATTTGGCCTGTTAAAAAATTAACAAAATTTG CATCGCTATATATTATATACAACATACACACAGATTGAAGTATGATACTG ATATCAGCTAGATATAAAATGTAAAATGGATTCATGAATTTATATTAATT AATATAAATCTTATGTTATACCTTTTTTTAGTTTTTTATACATAGATTCA GCTGCTTCAAGAGTTAATTCATCAAAACTAATTAAAACAGCTGAAAGAAA AATACATAGGAGCTTCTTTTTCTTCTTCTGTGCAACAGTACAATAATAGT TCAACATAATTAAAATACCTATTCAATATAAACATCAATCCTTTTACATA TACGTGCTAACAATCAAGGAGATTATGGGGGTACTCGTGGTTCTGAATTT ATATGAAATACGCTGAATTTTGCTCGCAATGAAATTTATTTTTTCCGAAA TAGAACAAAAAACTTAAGATCTTATTTAATTAAGTTGAATTTGCAAAAAA AAAAAAAATCCTGGGTTTAGTAGTCCCATATATTAATAATTATTTACACT CAAATAGAAAGTGGTTGGGTGTCTCTATATTTTTCCCACAAAAGCAGGAA ATTTATTTTCTTTGATATATCTTGCCTGAGTACGTGTAATAATTTGATAT TTTATCCAATATATGGAAAAATCCAACACTACATTACAGAAGGTCCTCAA TACATCTATTGGATTGAATTTTAGTTACAGTCGTTCCATTTTTCTCTCAA TCAAGCCTAAGAAGTGTTTTTTTTATCGTTTTCTGCCATCTTTAATTAAT TCTCGAATTGTTTTGTTCTTCGTTCCTTTTGGGAAGTTAAAAAAATATCT TTCTAGCCAAATATCTTCTTATTAAAATCTGTTTGGGTTAAAATTTCCAT ATTTTCCAATTCTTCACATAACCTAAAATGGATATTTTTATGAAAAAACT TCTCCTTTAAAATTAGTAACCTTCTAATTGATAAAATTCGTCATGTAGTG AAGTCTTGCATTCCACCCAAAAGTTTTTGGGACGTGCTAAATATTACGTA AGGACTTTAATGAACCCACCTTCAGACAAATTTTGGGTAGAGAAAACTAT GATTTTGGCCMTTCMYCCACACAAAYCCNGCCCCCCCCCCCCGATTGCAC ACAAAACATGCTGAAAAAGGGTTGAATGTTTTAGAAAAATGACTGCTTCA ATTTTGAATGTCCTACTTCAAAAACAAGTAACTAAACAATTCCATCTATG AAGAACCAGACGACTCTGATTCTTTGTCTAAATTATTTATTTCCCAAAAT TGCACTTTTCTCTGGAAGAATTAAGTGNNNNNNAAGCAACCCTTATATTA TAATTCTATCAGACTAATTATACAACAGCAAAAAAAAAAACCTTACCTAT ACAATTTTTTTGTATTTCAAAAATTATAAATTACGTAAATTTATTAGCTG CAAAAAGAAGTTCATTTTCTAAATTTTCATCCCTATTCTCCGTGTGGTCC TTCTAATCACCAGCTTTGTCTGAAAAAAACCTCTTGCTTGGAACTATGGC TTTAACTTTAAAAATATTTACTTGATTCTCTTATATGGTAAAATATAGTT CATGGCCTCCGAATCATCTACAAAAAATGGTCCACCTTCTGCCTGGTGAA GTCAGTGATCTTTGGTATATTTGCTACTTCCCCCTTTGCTGTTTCCTGAG AGAGTTGAAAAGAATGTATATACCTCATAGCAATCGCTTAATTTAATAAG AATATACTGGCAATTTCTTGTTTCTCGTTTTTTGTTTCCTGGTTGGACTT AAAGGCTGGTTCAATAGTCGCTTTCTACTCCTTTCTCTTCCTTTTTTATG GTATTTTATGTGCTATTTTTGTAAAAATACAAATATTAGCCTTTTATTTG TGAACTGACCTTAAGTTGCAATATGATCAAATTAATTTTGTTTATTGTTG GTCTTTTTCTAAAGTTACTCCAGTTTCGAATATTTCTAAAAATAAATAAA ATATAGATCAAACTAATGATTTGATAATACTGAATTAATATAGTATGTTA ATTTTGTGAACGCAGGAGACTAATTATCCGAGACTTTATCTAACATTATC TTCAGACGTAATCTAATAAAAGGGAAAGCTACAAAATAGGGATATAATGG AAATTTAGATTTAGGGAATAACAATTTTCTAATCTATATCCATTTATAAG CTTCAAATGTTTTATTTTTGGAGAACCACACCTCATACCATATCTTCTGA CCACGATAAGATTTTTGTGTGTGCTTAATTACTATATTTTTAATGTACAA TTATTATAAATTATATATATGACTGGTTTATTATTTAACTAGTTTTGATG CTTTTTATTCTTTCTATATAGTGTTGTGTCAGTCCTTATCTAGGACTGAA AGTTGCAGTCCCGTCGAGTTCAGTCCTAAAATCTTATAAATCTTTTTCCT TGATAAATCAATTCTATTACTGACAGTTCAAAGGMCCTACTGTCTTAAGG ACCCGCCCCAAGGACTGATAGGAACGGTCCTAAGACTGAACTGGACCGAA TAATTAAGAACTTTCCCAAATCTTTTTCTTGAGTACTGAGTCTAGGTGGA GCATGCCAAATTATTTTCAAAATGACTGAAGTTGATTTTAATCATCAGTT TCCTTTAACTAAATTTTGTTTTGAAGAAATGATAACTGTACTTGTGCTAA TTGAAACTGTACTCAATAGTGAACCACATACATCTCTGTCAACATATTCC TTGGAATGAGCTGATTACATGTTTTATTTTAATGGATCTCTGGAGAGTTT AGTAGATAGCACTTATGTTTCTCTTACCTGATGGTGGTTATTTGAACAGA AACATTTCTCCTTTGTGGGGGAGAAAATGTCATAAAAGTTGTATAATATA AATTACAGTTTTTTTAATAATTTTCTTTCTAACAGACAAGAAATAAATGT GTACACAGATCCTCTTCATTTTGAAGAATAAAATTATTAAAGTATGATAA TGACAGTATACAGAGATATCATAAATAAAAATTAAATTTTTTATGCACAT CCTCACATAGACAATTATCACCTTTAAACTTGGAATTCGGGGTTTAAAAG AAGCAAAAAAATAAAAAATATTTCAAAGCTAATTTCATTTGAGACCGTAC TTGTAAAAAAATAGATCTTCGAAAGGAGCTTCGATCACTCCAAAGTCATG GGAGTTGGAAAGAAAAAAAATAACTTGAGGCAAAAAAATTACGATCCATT TCAAATATAAAAGATTATAAAGGTCAATTTTATAAATATATTAAATTTCA CATACATAAATTTCAAAAATATTATTGAAAGCGTCAGTAGCATATGATTT CAAAAATTATAAAATATTGATTTTTGATCGATTTCCATTTATACTATTTT AACATTTCAGGGACTTTGCAGAAGCTTACTCATGTCCTAAAGGTAGTCGA ATGAATCCTGAACAGAAGTGTTCGGTATGGTAAAAATTTTGATGAAAAGC ATATATGATGGACTTCAATATTCAAAACATATGAAATATGGTTTTTTTTT TTAATAATGCACTTATCTAAAAGTAGAAATGTAAAATTTTAACAGATCTT CTTTCAATAGATCATAATTACTTTTATTCCTAATATTTCCTTTTTTGTGC ATCCAATAAATGTATATGTATACTTATATTACTAAATAGGAACAAAAACC TGAATTTAAAAAGTATCTATTGTAAACATTTTACATATGTTTAATAAAAT CATAATCATAAAATACTGTAAATATTGTACACTTTAAATTGTATCTGTAC CATTTTTTATTTACTTTTGCATTATCTTTGTATGTCATATTTTTCTTCCA AAAAATTATATTTCGTCCTGATAGAATATTTAAAAAATTAAATAATATGA ATCATTAGTTTAACATAATTTTTTTTTAATAAATATGAATGACAATTAAA CATCACGATGGCGAATTATTTTTAGCTACCATATAACTTACGCAGTTCTA GACCTATCTATCCTAATAACTTTTACATATATTCATAAAATACTATAAAT ATCATATATATTGATATACGTTAAATTGTGTTTGTACTTTCATTTTAATT ACCTTTGCATTATCTTTTAATGTAATATTTCCTCTATTGAAAATATGTAT TTCTTGATGATATAATATTTTAATAATTAAAATAAGATGAAACATTAGTT AAACAAAAAGTTTTTCTTCAAATATATATCAATGCCAATAAAACGTTACT GTATTATTTTCAGATATCATATCACCAGTGATGTAAATTTGGTGATTTTT TTTTGGAATTGGTAATCTGAAGAATGAATCTTCTTTTCCTTTGCAGTTGT CATTATTATTTCATTCCTGAGTAGTGAACTACCTTTCCTAAGTAGTTTCA ATTATATTAAAAGTCTGATTGAACATTCGTATGTGCTCATAATTGACGGA GCGTAAGCCTAATGATTTTTTGCAGAGTTATAATTTTAAGTCCTTGTTGG ACTCAAAGTGAAATTGGGTATCGACATTGGAGTAATTTAAGCAAATATTC CTGTTTATATCCTTTCCTCTAACTTCTCTTTTACAGCTGATTATAGCTGA TCTAATGAAACTTCATGTGCATTATTTTTTCTCTCCTCCAAACATTCTTG AAATTGTCAGTTACAAATGCAGATTTTCAGTTTCTTTTTTTTACATGCCC AAGGTACGCTGGATTTTCATAACTTTTTATGACTTATGGAGTTCTAGACC TAATTTTTTCTTTAGAACGGGGAAAGGGACGGAGGGCATAGGTAATGACT TATTTTTAATATGACGGTGCAAAAAATACAGTTTTATGATTGGGAAAGGT ATTCCGGTGGGTATTATTGTTCTTTTTTTTTTAAATTTTGTTAATTTTTT GTTAGGTCGTTGTGGTGCTGAAGGAAGCATTTAAGAACTCCCATCTATCT TTGTTATATTTTTTTGTTTGAAACTCTGAGTAAAATGACAGTTTATATGT AGATTATTAGTCATGAACTAATTAAACATTGTTGATAACGTCATTTCGAT ACTTTATTTCACAAACTACTCTTAAACAGAAAAGGAAAACAATAGTGTAA AAAATTATAGATTAAACAATACTAATTAAGTGATGTGCTGGTTTGATTTG TATTTGCTACAGTANTTCCCCCCCCCCCCCAACTGGMCTTCACGATAATA TTTAAATCTAGAAGAGAACTTGAGTGGACGACCAGATTATATTATTTTGC TTGGGGTCTTTGGATTCATTGTGGCTTAAGCTCTGATGGCATGAATGCTG ATTATATCACCCCGTTGCCGTTTTTCCGTCCAAGTGTATGGACTTTAACG TTTGATTGCTTTTAAATCAAACCGTTCGTGGTAAAAACATAGTCCATATC TTACATCGCATTGAATTGATTTGCTTCTACTTCTTTCGTTGCGTTCCTTC ATTGCGAATGAGCGAAGAACTTACTCCAAGGATGTAATTATCTTTTCAAG TCGTTGGAACTCTGAGGATAGAGATGTACTAACTGTAGAAATCCCAGGTG TTAATACCTCCATCACTTTATCCGTGAGTGCAGCTMCCTTCTCCATCTTM CCTGTCGACGTCGAGACAMCTGCCACGACTGCGGTAGGTAAACATTAAAT AAATAATGTCTGTAAAATATTATCGTCGATGGAGGCTGTGCCCATCAGAT GGCGCACCTATTGTGTCTTGACGAGCGTGAGGAGACACAAACTATTTAAA GGTGGAGAGATCCAGGACGACCGAGAGAAGTGAGGAGAAGGAAAGGCGTG GAGGAATAATACAACAGTTATTTATAAGAACATCTGTATTCTTATTAATA CAAAAAGCTACTCTAATACATACATAAAATACACAACTATTTATACTTAA AATCAGGTAAAAKAATGTACTTTACATATATATATATATATATACAAGAA AATAAGAGACGAGAAGAAGGGGGAAGAAAACACTAATACATTACACCAAC CTTCCCAGTAGTTGAAAAAGCTATTTGTCTCCTAATTCTTCTGTCCCAAG AGTTGTTGTAGTTGTTGCTGCTNAACCTTCCCAGTAGTTGAAAAAAGCTA TTTGTCTCCTAATTCTTCTGTCCCAAGAGTTGTTGTAGTTGTTGCTGCTC AGATGCTGAAAGACGATCAATAAGACCATCTTTCAAGGCTTTGAACATAT CTCCAGTGGGGGGGATTAATAATCAGATCTGTGGCAACTTCTTGATTGAA GGCACCTATTATATAATTAAATTTAGTCTCTGAAGAGGTTATCTTTCTCG ATTTAAATCTGGCCTCGACCTTTAATTTTAATGTTGTAAAAATGAATTTT AAAAGTTTCATTAAAGTTCCTTCCGCAAGTTGTACAAAAAAATATAATCC TCAATTTCCATTTTGAGGAAAAATAAATTATTGCACAAAAAACTATTTCG GATACCGAATTAGTTTTTTGTGCAATAATTTATCTATAAACGATCACAAA CCCTGTACTGACCTCCAAATAGAATCAAATAAGTATTTGTGTAGGTGCAT AATATACATGGATAGGCTGTCAGAAACCCTTTTTTATAATATTTTAAATT TTGATATATTCAACCTTTACTTCTACATATTAAAAGAAGCTGTAAGTAAA TCACTCAATATAAACAATTATATAATATAAAACGTTTGGGGCATGATTTA GAATCATATATTGATTTCACTTCRTTTTTTATTCAACTTTCAATATCCAG AAAAAAGAATGATTCAAACGGATATTTAAAAAGCTTGTATTGAATCAATA TAGCCAATTCGTAAAGATTATATTGCAGTGNNNNNNNNNNNGTATTTAAT CCAAATTGGTATTAAGGAATGCAATCTGACTTTAGTTAGGCTCAGTTTAA CATTCCTTATATCCTAAAACTTAGATATTGCATAAATAATGACCTTAAGC TTGTCCTCTATTTAATCTAATATTAATATAAGCGTTCATTTTAGTTAATA AATGATATATATATATATATATCGCGTTCCTTACGACTACCATGAGTCAA CACTATAGCTGCAAAAAAAAAATTGACTAGTGTATCACCAATATTTTAGT CGTGTTTTTAACTATAAGTTATGAATTAATTTATATGAATTTAAGCAGAA TTTAGTGTTGGGGTTTACCCTTGGGCCATGACAATAACCTTTTATTATTA TAGTTGATTCAAAATATAGGTATCACTCAATAAGTTTGCTTGCATTGTTA TTTGAGGGAATCGATTTTCTCTTAATTGATCAAATAGTGACATAATATTA GAGATCTATTCAATTTAATCTTTTCTACGATTAACAGCATCAACAAATGT TTAATACAATCAATGAAATAGCTAAATTGGAAGAACTTTTTCTTGATTTG AAAATATAAATCCTTGAGATATCTTACACATTTCCCAGCTTAGTAAAYTT AATTGTTCTTCCCAAACTAACCAAATGATTTCATCGACAGAGGACATATT TCNCCTTGAGATATCTTACACATTTCCCAGCTTAGTAAAATTAATTGTTC TTCCCAAACTAACCAAATGATTTCATCGACAGAGGACATATTTCTTAGGA TTTGAAGATTTTGATATGATCGGATGGTTTCTTAGATGAAGTAATGCGGT TATTAAATCATTGTAATTATCTATTAATTATTCGATTAAATGACTTTTTA TTTGTGAATCTATCTCATGTTCATGTATTCATGAAYAACGTTYGTWTASC ATACATTGTCCTTGCCTCTTTATTCGTGAAGGACTCATAAAAGAGGATCG ACTAACTCTCATTCTCATTTACCAATTTAGATGATAATCGTAAAGAAGCT CAACCTTTGTAGTATGCCTTTTAGTTACAATGGACTGACTCACGAAGAAA TGGAAGAGCTNCATATCATGTTGTATCGTGATCTTTCAAGTCTGACATGA ATTAATATAATATAAACTTTAATCAATTCTTGACCTTAGAGTGATACTGA TGGATGATTAGCTAAAGGAATGTTCGATAAAATCTTAACTAAATAATAAT TGTTTCCTCCATTTAAAGATTTATGTAAGGATTATGTGTTTACTATTATT CAAAAAACATTACATTTTATAATTTTACAGACCTATTCAATTAGAGAATA ATAATCACGTGACCTACAAAAAATTGTTTTTATTATGGGTATTTCTGAAT GCCCATTTAAAAATATACTTAAATTTTATTTTTATTTTATCATATTATTT TAATATATGTTTGTTAATTTCCAAGCTGTGCCTTTGGGCGAACAAATTAA ACATTTTGTAGAATATTATATCTTAGAAGTTGCTGAAATAGTGACCGTTT TCACATTTTAATTTTATAATCCACGTTATATTATCTTATTCTTTGATAAT TGTATCCATTGAAGCAGAAAGCATCTACCAAAAATCCATCTATTAAGGAG TTTGAGGCATGAAACATCAATTCTACTTTAACCTTATAAACTTAAGGGTT TGTTGAATGACAATGCTCTCTAACAACTTTTTTTATCTCTAAATTTTATC ATTCACTGAAACAGTATGTTTCCTCCATTTTATCAAGTCTGTAAATGTAG CTATAACCATCCATTAATTTTTAACTTCTTCTATTACTTTTTACTCAGTA GACTATTATCACTTTTTAACTTCATACAACTAGTCACATATGATGCATAG GAGGGGGATATCCTAATTCGTATATTATGAATTGGCATGGTCTTATTTTT CTATTTTCTTCACTCTTTTATGACAAAACATAACTCCTTTATTTGAATAG CTCACGTATAAATTAATATTAAAAAAGGACAAAAAACTTACTTACAGATA CAAAAAGTAAACTCCAGAAAATAATAATAATTAATAAAGATTAGAGGATC CACATATATGTGTACATATGTTAAAAATTGGTAACACTTGTAACAAATGA TTTTGAGCTACAAAAATGTTGATAATAACTCAAAATGTAAGGGAAATTTA TAAAATTAAAAGTGTAGAATATTGTTACTAAATCATCTGAAAGTTTCAAC AAAAATATTTAGAAATATAAATTTTATTATAGTCTTTGTATGTATTTTCT AGGTGAAATTACCTACCTTAATATGATTTTTTTTGATAAAATACAATGAA ATTAAATAGACTTTCTGAAGAAGTAAAAATAATCTGCTATTATTTATCCC TAAAAAATGGTGCATTACAAAACTATATTACATGCATGCACCAAATTTTT TGAAAAATAATTCATTATTTAAGAAAAGAAGATGAAATTGATAAAAAGAA TAAAATAGCATCGCAAGTATTAATTTGCAATACAGTGAAAAAATAAAAAT ATATAAAAAGCATTGGTTGGAATTTTCACAGATTTTCAATTAGCTATGTC TATGTACGTTATGTGTCTTCTTATTTTTACACATTAAATCAATATTTATG TAATCATTATTTTAGTAAATGAAGTATTAAATCATTTTATTAAAATATTT AATTCATATGAGTTATAACTAATGACTTGAGAATAAAAAAACTAAACATA AAAAAAACTATCGGCTCCTCCAGAGCTGATTTATAATCTATGTATAAATA GATAGTACATAAATACAAAATGCAAAATCACGTTAAATAGAAAGTAATAA AGTAAGTATGAACCGATAAAAAGTCGTACTCCACATCGTTAGAGTAAAGA AAACATGGTATCCTCCAGGTCTGATGTTTTTTTCTAATAAACATTGATTT AAACAAAGTTGACAAGATAAACCTCTTGATTGAGCATGCTTAGGGTTGTG AAAATCGTGTTTTGCGCAAGTGCATCCGAAAATACAGCTTCAACTATCTG GTTCCTCTGTTTTCTTTCGGACATAAACAAACCTTATTCATAAATCATAC TTGATGGCCGATTGGTAATTTCGAACATATTTATAAGATATCTCAATTAT AATTTTTTTAACATTACAACTTATCTGAAAATTTACTACATATAGAAGCT TTCTTTCGCCAAAATATAGCTTTACTTGATACTATTTAATCAAAATAATA ATATCAAGAAAATGTCTTAATGTTAGTTATAATTTATTGTACGATACAAA GAGTATTAAATATTAATTGTCATAATATAAAACTTTGGTTAGGAATATCA ATATACAAGGTGGATATAACAAATCGTAAATAGCATGTGTGTAAATTAAT TACAAACTATAATAATTTTTGCATGAGGCTGTAGATGTTCATTCCTTACA TGGGGACGTAAAACCATTTACATAAAGAAAAATCTGCCACAAACTCTAAG TCTAAGGGAGAAATAGTCTTAAATTTGGTCGAAATACTTATACTTCGCAA GGAAGAAGTTGAGTATCATATTATGCAATGACGTAATGGTAATGTGTGAG CCCCTAGAATAGAAATCATCCTAAGAGACGTCTTGTATATTATTAATATA TATAATTTCCGTATAAATAACTATATATAAATGCATATTATATTCTTTAA AATTATGTAAGACAAAATATATTGTACGAAAAATATATTATTCACCCAAA AATCGTGAAACTCTTTGTGGTCAATCCTCATGAAGTCAACTTCTACTTTA AGTAAACCTTTTCCTTGTTAAGAGTCCTTTAGTGTCCTTAATGCCTATAA CGCACAAATCACTACTATATATAGTTTCTATCACAAATATGAATTCCATT AATATGTTTGAATTCGTGATGTACTGCAAAATGGACAATGATAGATCTTG AATACTTCAAGCCTCACTCCCAATTTCCTTATTACTCGTAAGACCAAATA TAACTAGAGAAAATCAAACCCATCATTACATCGTGCATTCGGTAGTGCTT AAAAAGTTTAAATAATCATCGTTAGACCTGAGATACAAGTATGTATATAA CTTCTATTTGAAAGAACATTCAAGGATGAGGTCTAACAAATTCATCGGAG TCCGGAAATCTAGATAAGCACAATTAAGATTATTTGATTATGTAAATCAA ATGTCTGAAGTATATATTAATGGATAATAGTAGAAACGGCAAAGAATAAT CTAAATGATTTTGGATCAAAGGGTGTTAACGCAAATACAAAGTAATATGG ATTCAATATATATCGCTGGATCTAGAATTCAAAGTAAATATCAATTCCAA CCCAAATAAAAGAGTATTGTTTATTTAACTTAAACTATTTATTTATTAAC ATATGAAGGAAGAGGGATTGTTGTATATTATTAATATATAACTTCCCTAT AAATAACTTTGTAAATGTATATTATATTCGGTAAATTTATGAAAGGCAAA ATATATTGTCAGTTAATTAGAGAAAATCAAATCCATCATCACAGGAAGTG TACTTAGAACTTCTTAGTGAACACTGACCATAAAGGATGAATAGGCAACA TTGTCACAAAATCTAAAGAATACAAATGGGGCAATAAAGTAACAAATAAT TGAAAAAATATTATTAATATTTACGTGTTGACAATTAAATGATAACAAAA CAGTCATTCCATTTGGTAATCAACAATTCCTTCAATTTCTTAGTACTTAG TTTCGACCTCCTTTTCGTATAGATGATATTCATCATACTAAAGACTCTCT CAGCATCACAATAGGCAATTGGAGTATTTGCGTATAAAAGGTTTTCACTT GTTGAGAGTTCCTTTAGTTTTGTCTAGCCAGGATTCTTTTGAAGCACTTC TTTTAACTTGGTCTTGAATGGATCTTCCTTCAAATCTTGAGTCAGATTTT CAACTATTCTTAGTCTGGTAAGAAGAGACAATCTTTCCTCAAGCGCAGTT ATTTCCAAATGTACTTGACGAGAATTTTCCTGTAAAAATACGACTTCTTT TCTTAAGGAATCATCATTAATTACTTCTTGTGCTCTTCTGGTTGCTGCTA AATCTTCATTAATGTTGTTTAAATATTCTCTGAAGACTTCGAAGTGATGG TAGTAGTACTCCATTGCTTTAACCAAGTTCCCTATCTTGTTATAATTGGT GATGCAGGGAGCGGAATTTCTTATGAAGCAGTAAATACTCTCTTTCTTCT TCCAGAGTTCAAAAAGATCTTCTTCACATTGGAAATAAGTTCGTTAGTTA GATGAAATTTTTGTCGAACCATATCACCAACTCCATGTAATCCATGAATA ATAACTTATAAACTGAGCTGATGACGATGTTCTTTATATTGTTTGCAATC TTAATATCAATCAAGTCAATTAGATAAGGTCTTCAACAGAAATGTATGTC GAAAGGAACAATCAAAATTACCGTCATTGACCTCCCTTGATGATCTCTTA CCTCATCTAGTGCAACGAAAATATCTTTTMCTTCCMCCTCTTCTTTTAAT GTATGAAAAMCYCCCTGACATMCTYCMCCAGCCAAGTTGTTAACGACTCA TCGGCCTGGAAAAGTTTTTCCAGAATATTTTTCAATAAACTTTGAGAAAT TAGGAGGATCCAGAACATTTAAAGGGATGTTACACGACACAAATAACTTT GCTACGTCCAAATTGAATGATGAACCGTTTGATTCTCCTTCGTCTCCTTG AATCTTGTGTTTCTTGAAGACTTTTNGCATCGGCCTGGAAAAGTTTTTCC AGAATATTTTTCAATAAACTTTGAGAAATTAGGAGGATCCAGAACATTTA AAGGGATGTTACACGACACAAATAACTTTGCTACGTCCAAATTGAATGAT GAACCGTTTGATTCTCCTTCGTCTCCTTGAATCTTGTGTTTCTTGAAGAC TTTTAAGTTGTTGATGTGATGGGATTATTTGGAATGGCGGATTACTTGCC ATAAAGAACGAGATGGGCACGAAAAACCGCAAAAACGGTAAAATATACTT TTATTTTCCAAATAATAATTCCACACATCATTACCTCCGTTGTTAGAAAC CCATGAAAAAAGGCACGTTTTCTTCGGCATAATGATGATGTACGTGAGAG AGCAGTAAGGGGAAGTTGCTTTGCTGAAGATTAGTACAATACTGAGGAAA AGTTATTTAGAAGATGCAAGGGTACCAACGTGTGTTTTTCCTTTTTTTAT ATAATCTCTCACAACTAATCAAATTCGTCCTTTTTCAACGATTAAAACAA CCCTAAGCATGACCGAGAGAGACAGAGTTCCAAGAGGGGGGAAAAGGCTT CTGGAGTGTGATTAAATGTTAGAAATATTAAAAGGAGATCACTGATTACT AATTAAGAGATAATCCAGCATAATGATTTTACCGACCATCTCGGATAGAA TTAGACTTATGTAGGTTCTCCCGATAAGATTCTTTGGTGATTTCCAGCTT CAGAGGGAAGTCGAGCCGGAGTCTACAAAGAGTGAAAGAGTAATAATATC GTAATAAGTAATATAAATAAATTATAATCTTACCCAATGGCATATGGCTA AGGCTAAATGAGATGAATCCAAGAAAAGAGATGCCACTTGGTGAGCTATT TAATCTCGTGGATAGCAAGAGTAGATACGGTAGAGAAATAAGAGGCTATA CACCATCTTCGGACAAGAGCTATGATTCATCAATAAATATTCATTTCCTT CTATCCATTGAGTTTTTTTCCATTTTCTTCAACCAAGGCCAAGACTATGA TTCATTAAAGTGCCACTAGTCAATGAGTCCATTCGAAATAGACTCAGCAG TGATTCTTTACTCTTTTTCCTAAGCTATAATAATATATAAACAGTACAAG ATTACAGATTACTCATTTATAATTATTCCTTTTTTCTTCTTCTCCTAGCT AGCTATATAATTAATCTGATCAAGATACAACAGTTAAGTTCGAACCGATA ATAGAAAAAAACCTAAAAGGCGGCGAAGATGTCATGCGAAACAAATTTCT CGAAGAAAAATTACCAGTGGAAAAAATGAAGGGGGCGAAATTGTGAGTAA CAAAATTACCTAGAACTATTCTTATCATACTGCTAAAGCAATGTTTTTCA CTTAAGGGTCTGGTGCACCCTAATATATATATATTTTTTTAATTAGAAAT TTATCAAGCTTCAATGTTAAAATTTTTAAAACTCTGTGATAAAGAATTAT ATTCTAAAAACAGGAAATAAGTAAAACTGGAGATACATTTATATTGCAGC TAGACTAGATATTCTGAAATCAATTACTCTTTTATAAAGAATACCAGTAT CATAATTTTTTTTAAGCATAGAAACTGTTGAAAATCGACGTATTTTCTTA ATTTTGTACGATCGCAAGTAAAATATCAACATATATTTAAGATTAATTTA AAGGTTTGCAAAGAATTAACTCATTTTTCATAAGAGTGATTGGTTTTTTT TTCTTACTCAAAAGCTTTCTCAAACTGAAGAGAAGTCCAAAATGAAATCG AAGTTATATTTTGGTTAATATTAACAACGCTTGTAAGGATAGAGATTTTA AGAAAAAAGAGGATAGTTCAATTGTAGAATCCAGCTTTACCACAGCAAAT GGGATAAATGTTTCAGAAAAGAGGATAGTTTTTTACTTTCCAACGATAAA TTAATTTCAGAACATGGAGAAGTGTCAGCTGGAAATAATATGAAGWCCRC CCCCCCCCCCCCCCCAAAAAAAAAAACCAATAAGATTTTCATTATATCTA CACGTACAAAGTCTGGTTTTACTTTTAAGAAAATATCCCTTGGTTAAGAG TTCTCGCCTGAATGTAAAGAAAATCCCTTAAAAACGTAAAAGATTTAAAA ATTTTAGTTCATGTCGTTGTGTGTTTTTTTTTAAAAATATTTATAACTTC TTTTTGATTTTCAGACAAAATACCATGTCTCTTAACTTTTACATCCATAA CAACTTCCTGCAGACTTTATTAAATCATAAATACATTTTTTACTACCTCT AAAGGAATACAGCTATGAGAAAAATAGTCTTCCTGAACGACAACGGAGGA AGATATTGTATATCCAGATACAAAATGATAAAAAACAATCTTAGCACTAA AGCCAGATATAATATTATTGCAGAATTTTTAAGTCTAAATTATTGCACTA TTTTGTGTCATTTTCACCTTCCAATGAATTACTGAAGTCATGTTACTGGT TCTAACCTTTGTATGTTATACATACACTGGTATCTAAGGTATTGAGAACT TCTCAATGCATTAATCATTTTTCTAATAGGCATTAGATTAGGTTATACAC ATGAGACTCATAATTAGATATATAAACACCTATGGTCCTAATGGAAATTC GTTCTCATTTTTCAATCCATAATCAATAGCCAGAAGAGCAATAAACGCCC CTTGATTTTGATTGGTGATTTTTATGCGTGCCATGGAAGAGAAGGAAAAT GTTTCGCAGATATCAGGTGGAAAGTCGTCAAGAATTGATTGTGCTCTAGC CTCGAAGATTATTTTCCAATATCACAAAAAACCACCAATACATTCGAACC TTCTCTGATCACAAATTGATTCACTCAGAATTTTACACACAACTCCCAAA TTGAAATAAAATCTTAAGTTGGGGATTTCTTATGKCTCTKCGCTATCCTC CAATAAACTCTATAGAATATTTCTAAAAATTATTCAAGATACAACATTTA TCTCAATCAATAAAAAGAGTAATGCAGAAATTCAGAGGAAGGAAGAAGTC AAAGACATAATGAAGACTTGCTTAATTGCGATTTTTTTTGGTTAGTTAAA ATTTTATTTACTGTTCACAATTGGCATAAAAATAATAATAATAAACATAA AAGTGATGAACATAACCACACATTATTTTCTTCATTTTAACACATTTTCA TCCTTAATCGCGACATAACATGGGAAATTAAAAATCTTATAGGTATTTTT GAGATTTCTGAAGAAGAAATGAAGAGAAAAGTCGTGATCGAAGGAAACCC CTACAAAAAATTGAAAAGTCTGTCATGAACAAAAGAAACTATCCGCTCGA AAAATTAAATGGATAGTAACCAAAAATGAAGGGCTTAAATAATCAAAGTC CATTCGAGAGAATGGGTTCCTTGAATAAAGAAGGTGAGCAATTGTTCTAT TTATTCAGAGGAGAATATACTCCACTAAATCAACCACTATTGTAAAGATA ACATAAACGGAAAGATATGTTCTTTATGCTCTGAGGGGACTTACCTATGG AGATTTTGAGTCGATTTAGAGACAATAYGCAAGCTCTCTGCTGTTCTTWC ACAGGMTAGAATCCTTTTAAATAAGATGTATTAAACATATGAACATTGTG CAACTCTTCCCTTGTAATATATGACTCTCTTTGCTTTGAGCTACTATATC TTATAATGACTTTACGCCAGACACATATACTAAGTTCGCTTTGTTTATAT AGATGTATACTCGTATTATGCTTTAGTTTTTGAACTTATTGTGAAAAGTA AATCAGCTAGGCAATGAAAAACCTTACACAAGTGTCATGAATAGTGAGTC AAAAGTACTTTACTATTCGATAAAAGGTGTATATATGTTTGAGAGACAAG ATTCTAAAATATATTTGTGGGAAATTGATTATTCAGAAAAAAAAAAAAAA TACCGGAGACTTTCAGTATTTTAAATTTTTAAACTTTCTGGAAACAAAAA TTAGGATTTAAAAAACTTCACGCCTGACAGAGAAACTAAACTTTTTTTTT TCTTTCTCATTGAACTAAGTCTCTATTTATTCACATATACACGCACAAAA AAATATGTACACAATAATAAAATAAATAAAAGAACATTTGTGCCTAGAAT AAAAAATTAATAGACATTATAGTTAGAAGTTAATATTATCTTTATACCTC TAAAATAAACCCCTTATTTTGTAAAAGATACAAAAATTCATAACATAAAC AACTATAAAGTAATCATTAAACGTTATCTCGAACAGCAATATTTTCCGAC TCTACTACATTTCCCATATTCTTTAAAAAAAAAAGGTTTTTTATGCAGAT TTTGGCGAAATGTGATAAAAAGTATGTTGTAATTGTAGGATTTTTTCACG CTTTTGTTCTAGCGAAATCCCATTTCATTCAAAAACTCACAATTATATAT TTTGACACATCTTAAAATAAATTATTTTTTGTGATATAATCTTTCCTTTA AATTAAAGCTGAATAATCTACTTTTACTCCAGCTTATTTAGTAACCAAAT TAACGAATCACAAGAAAATTGAAAACCCCTTCTATAAAAGTGTTCAATAG TCACCATTTCTTCACATTTTTCCTTCAGTCCTGGAATTCAGAAGATCAAA CTTAATTGACATTCTGCTCCCAAGAATTTACCCAGTGAACTTCGACTAAT ATTATTTGGAATCATGTCAGTTATGAATATGCTCCCAAAATTCTTCCCAA AATATACAATATCATTATAATTTATATACCCTCATATATAAGTAAATTAT AGTCAAAAAGTCCCCCATTTTTGACTGGGAGTTACTTTGGATTTTTTAGA CAAAAAATATGTTCTTAAAATATCAAAGACGAAACGTTGCCAGAGCGGTG TATTTATTATCTGAAGATTTTATATTTTAAGTAATATGTTATGAGAAATA GTAAAGTAGAAGTAAAAACGTCCAATTCTGTTACTTGAGATACAATTTAT AGCTTAAATAAGTATTATCATATCTATTCTAAAATCATTTCAGATAGATT ATTCTAAGACACATATATAAATAGTAATATTATTTTTTTAATGAAACTAT GATAAATAAATTATGATGTAGTATAATTATTACAAAAAAATATATAACTT TTTTTCAAAATTAAATTACGTTGACAAAAAGAAAAAGAAAATTATTATTG TATTTTATAGTAAGATTTATATTGTGCACTTTCAATTCGTCAAAACAACT TTTATTTTATTTTTTCAAATAATTTTTACATGACATTTCATGTACTTAAT ACTAAAAAAACAAGTTATGATTTTAACGGCGTAATAGATCTTCAAGCTGA AAAATAGTTAGTAGTTAAACAGTTCCACTCGAAGCAAGATTATTTCCCTG CTTTTTTAAAATTTATAACAATACATATAAATGATACTTGTAGCTAAAGT TAGACATAAATTAATATTCTTTCTTTTGTTTATAAATTTGAGATTTGTTA AATGTGGAATCTCAGTATGTAATAAGATTCCAAAAGATCAAATGACAGAA AGAACAGAAGGTGATAATGGGTTTTCAGTCATGCTCAATGGTTCACCTCG GTTGTATCGACCACATCAAACTTACACAATTACACTAGGAGTAATCAAAA GTTGTATTTTCCTATATCATTATTCAAATGTTGTCAAATAGGGATGGAGG GATGAAATGGTTGTAAAATTTCAAGATTTTATACTTGTTGCAGAACCAGC GCGTGGACATGAAATAACTGACCCTAATTCACTAGGAACCTTTCAACTTA TGCCGCTAGATGCAATGACAAAATTCAGTCACTTATGCTCACACGCAATT GGAGCAACAAGTTCCATAAGTAAAAAAAATATACAGGTAAGAAATCAAAA CATAAAAACTAGAACTATATTTCATACACAAATCCACTACTTTAAAATGA AAGAAATATATAGTTATGATGTTGTCTATAATATCAATAAGGATAACAAT AAACAAATAATTATTATTCTAACAAGAAAATTTGGTGTTTTCGAAAAACA AAAACAAAAAAAAAACTCTATATCAAATTTTTGTGCTTAATAGATACTGT CAGTGATAATCACGAACTTGTAATTATTTGTTTGATATCAAATCTGGCTT TGATATATTTTTACGCATTTACAAGTTTGAACCTATTTTGTAGTTTCAGA ACGAGAAATTCATTAGAAAACAAATGTATTTAGAGATATGAGTTTATATT TCCTACTAGATCACATGAGAAAAAGCTATGTAAAGAATTTTGTTTGGAAA CCAATAACTCTCAGTTTTTATTGTTGTATAAGCAAAAGCTGCTATTTTAA TGAATAAGTAGTTAGTTTGCAAATCATTTTCGTGTATTTAATTAGCATTA TGATTAAGATTACAATTATTGTTGAGGGGAGTAAGCACGCCTGCAATGTT TATCTGGTTCCTCTGTTTCATTCTATGACAACTTGTTATGGACTATAAAT AATCAACAATACAGATAAACCTAACGAAATTACTTATACCAAATGTAATT TTTCTTTCTTTTCGTAAAATCCGCTTTAACTCAATTCTCTCAAAAGTATA CTCGTAATCAAAAGCATATTCACTTTTAGCTCAGCAGTAATCCCGATCAG CTTTTTATAGAAACAATAATACCGTGTTTTGTTCTCTTAACTGTTTTTAT GGGCTGATTGTAGCATGATTAACTACAGCTGACTCTACGTATTATAAACT CAAAAAGGATTTTACATAGAACTTCGATTTGTTATTTAAAATATAAGTCA AGGTTTTCAATTCAATGTATATTTTATATAATGTCCATAAATAAATGTAT ATATGCCTATTGGAATATCAAAACAATAAATCCGCTCATAATTACTGACA TTTGGCAACAAGAAAAATACAGAAGGCTASCTACCATATTTATTTCAAAT TTTCCTTTTCCTTTAGACAATCGAGGATGAAAGTGGATAAAAAAGCTCAA CTTGAATACATACCAGGTGGTCCATTGAAATTTGAACCCTTNNNNNNNNN NNNAATTAATAAAAGTAATTTATATTTCAATATGTTAAAGCATAAATGAT TAGTTACAAAAATAAAATAAACCTGAGTTTTCTAGGTTACGTAAAAGCAA AGAAAATGAAACTTGAACGTTAAATTCTTGTTATAATGTCTTTCAAATTG TTTTGAACACAGCTATCTCCAATCCAGAATCTTAATACTTTCATGGTATT TATTAAAAACTTTAAAAATGGGCCATATTTTTCCAAAAATACGACTGTAT TAGCTTATTATTTAGTTAATCTCAGGGTTGATATCGAGGCATGAATTAAA CGAAAATTCTTAAGGAAAACTCATTCTTTGCTTAAGAGATTTCATATATT GTAGAGGACTTCATGTGAAGATCATTGTTAAATCGTCTGCATTAAAAATA CACGTTGGGTGGGTAAGAAAACTAGAGAAAGAAACTATACCTTCATTTAT GTGAATTCGTTGGATTAAGTGAGTTCTAAACAAAATAAAAAGTTAAGCTG CGCATGGATCTCCTTTCCTAACTCTACGTCTATTATTAAAGGTTGTATTT CGATTTTCATATTTTACGATTTTCTGAGATCTAACAATAACACTGTCCAA CAGCAAAAATGGTAAAAAACAGTATACTTTCTATTTAATAGATTTTGATC CCCTTACTCCAAATATGGCCTTATTTTTTCTCTCATAGCCTCGTGGCCTT CAGAAAGGCCATACATTGTTTATTATTTTGGAATATTTTAAGGTTCAAAG CAGTTTTAAGCCCTTGGTGTTGTAGATAGGGATAAATTATGTAAATATAT TTTAAAGCAGAATGTTAAAAAAATTCTAAAATCATCTTTAAAATGTCTGT AACATATTTTTACCTCCAGTTAACCTTGTTTAAAGTGGAAAATAGATGTT TTTTTATTCAGAGGCTCATAGCTTCAAGACGAATAGATTCAAAAAGTTTC AAAGAATTGAATTTGATAGCTGAAAGTATGATCTTTAATTYAAAAAAAGA GATTCTCCAAAAKCAGCCTATGTCGTTGTCAATTTAAGATAAGGCCACGA CAATATTTCAAGGATAAAACTTNTTATTTTTGAATTGATCTCATAATAAA AGTCAATAAGTATTCGTATCTCCCAACTACAAGAGATAAGACAAAGAGAG AGAAGAAGGAATGAGATAGAAACAAAGAAAGAGATAAAAAATGGATTTAC TACGAGGACTCCCTTGAATGTCCGTTTTTTGGAATCCCTTACTCACGACG AGTATGCAACGAGCCCTCTTGTGTCCATGAAGCTTGAAATAATTTATTTT TACAGTTTGAGACAGAAGGCATAATGTTATAACAATTTGTATGATATATC TTTTCTTTTTCTCATTTCAAAAATGAGTTTTATCCGTGAAATATTGCCGT GGCCTTATCTTAAATTGACAACGATATGGAGTGTTTTTGGAGAAGCTCTT TTTTTCAATTAAAGATCATACTTGCAGCTATCAAATTCAATACTTTAAAA CTTTTTGAATCTATTCTTCTTGCAGCTATGAGTTTCTAAATAAAAATCAT CTATTTTCCACTTTAAACAAGATAACTCGAGTTAAAATTAAAATGCACAC ATTTTAAAAACGGTTTCAGAATTTTTTAACATTCGGCTTTAAAATATATT TATATAATTTATCCTTTTCTTCAACACCGAGGGCTTAAAACTGCTTTGAG CCTTAAAAAAAAAAATGTATGGCCTTTTTCTGAAGGCGACGAGGCTATGA GAAAATAAATATGGCCATATTTGGCATCAGGGGATCAAACTGTACCAAGT TAAGCATTCGTTGTTGTTGTGTATAAAAAAAGTGTGATATTGTTGGATAG TGTAATCTAATAATAACAATTAAGTAATCACTTGGGTTTGTACGCATGAA TGACTGAGTRCAACACTGAAGATTTGAGTAGGAGTTTTAAGTGTAAGTTC TTGTTGAACTCAAAGTAGAATTGAGCATGGAAATAGAACTAATTCTTGTC ATTGTCCTTGCTGGATAGAGAATAAGATCCGTGTACATTTCCTTACTCTA ATAGTTGCTAATCTAATTACTGTTTAACTGCTATCATTCAAAACATTCTT CAAATTGTCAGGGTATCATGTTAATTTTCGCTTTGTTTTTACGTACCAAA ACTGCACACGCTTACCAACGCTAGTTATAACTTATAAACACAGCATTAGT CCGCTCAAGAAATTCTGAGCGCACTCTGAACCTATTAGAAATGAACGGCA CTCATATTTTCCCTTGTATAGGTGTATTTGTATTTGACAATTCTTAATTA TTGCAACTAAATGTAACATATTGCAAGACCAAGTGTGCCGTACGATATGT GMCAGCCATACATTATTTACAATAGCTTATAATAATCCAAATGGTTGGTT TAAATAAAATGGGTGTGTAAATAGTTTTTGTATTTTTGTCCCTTTTGTGT GCCTTGGGCACAAACAGTTCAGGAACCACTGTCTTAGGAGATATGTATTT ACGAGGTTTCGCGCACTATGATTAGAGTTGTTATAATTGTTGTTGAGGAG TGAATTTGGTTGGTTCAAAGATATTATATAAAAAATGAATAAAAACATTG GTACCCTTCCATCTTCAAAAAACTTATCCTCAGTATTGTAATAATCGTTA ACAAAGCCACTTCTCCTTATTGTTATCTCACGTGCATAATTATTTCACTT CAAATTTTTGAATAGAATGGATAATCGAAATAGAGTTTTATTTTTGATAC CTGCACGCACCTGCATGGTAGCCTTTCTTATTACATCTGGTGCATTCAAC GCTTTTTCAGGGCAAACTTTCACAGTCTTATGAAGAAATTGGAAACCACC ATATCTATATAATGTTTCTTGGCTCTTATTCCACGATTCCCTAAGTATTT GACTTCTTCTTCTTCGATATATATTAATATTTTGAAACCTACCATAGTAG TAGCGATAGGTTTTGATCCAGACCATCTGATCACATGCACAACCTGTTTG CCGAGGTTTATTTTGCAAAATAAAATTGAGTCTCTTGTGACAATTTCACA TCATACTATAGTTTGATTGTCTGAATACCATATAATTTTCCATGAAAATG TACTGGATCAGAGATGTCTAATCTTTCAATATAATTAGCCATATTACCAC TTGAAATATTTTAATGGGCTGGAGAAACAATTAGTTTAATTTCTTGAAAA ATGGTTATCAACAGTTATTGTTAACTATTGTCTCACCAAGTGATACTTGG GGTGAAGGCTGATGACAATAGTAACCAGTTCCTTTTTCAACAAGACACGG GCCCCCAAAACTTGTTTAAAGAAGAAAAAGGGTCATTTGTATAACTCCAC AGCTATCCCTCTTACTCCCCCCCCCCCCCCCATATGGATCCCATCCCATG GATTACTTCTTTTAGACGAAGTTTTTTAAAATTACAATTACACAATGGTA TGTATTGTATGTACATACTTGTAGGAATCATCAGATGATATATAGCTTTC AAGTGTAGTCATCTGAATTTCAGATCAAAAAATTTATCATCATGGCTCCA ATTGATCGTATTTGATCTACATAAATGAATGAACTATTTTTACTTCCAAT GCATGTATAAATGTAAATATATTGGGTATCAATATTTAGTTAGGAGTCAA CGTTGATCAAGTAATCTCTTTCTGACGTGATATCCAAACTAATTTAGATA GATTAAACTGTATATTTCTGGTTTATTGATAGCTGCATGTTTGTTTTTTT AAGAGAAAAATTACTTAGAGAATTTCAGTTTCCTCAGAAATTTCTTTTTC AAATTTACGAATCAGCATATTTGAAGAATGATTTGAATTAAATACTGCTT CCCTTCTCTTAGAACATTGAATTAGTGTTGTGCCGACTTAAGCCGATTGA GCAATGTTTTTAAAACAATGTTAGTCAGCAACTATTGTTTGAAGGGTAAA AAATGACTCTGTACGATAATAGTCCCACATTACTTTCTCTTCAATACTGA AAGATTTATCTTCATCCTTTGTAGATTGTCGAACTTACACCTTCCTCTGG TGCCATGGTGTCTTAAATTTAACGCTATAACTTCTGAACCGTAGGTTGTA AAGTTAATTTTCAGGAGGTATAGTAAAGCTATGGACCTTTTCGTACGTAG GACAAAATAATTATATGCTCTTTTTGAGGGTATTAATGATTAGAAAAATC TGACAGTTCAGTTTAAGATATCTCCTAGGAATATAAAATTAATTATACCA CGGCTAGACTATAGTCGAATATTTAATAACGTTATGCACGCCTTTTTGAC TGCCCTGGGTTGTTTCTCTTTGGGGTTTTATATTCCTTAACCATAAAAAC TCAATTTTGCAAGGGATCTTTTCTGTTTGGTATTCCTACACACCAGTCTT GTAGTTCGGAAGCAGATTAAGTTATATGCGCTGCTTTTGGAAAATGTAAA GCTTTCATATCTCAGTGTATTACGGAGGGKGAAGTTAGCTATGAGATTGA TCTATAATATATGCTGCTGCTAGATATGCAGMTTTTTCTTTGAATATTCC CCTGCTACATGAAAATTCCTGGAATTGAGCTTCGGATCTTATTAAATACT AACAATCTTCTTGGATAAGACACGCCAAGGCTTAATGAAATCAACATCAA TATGTACAAAAGACACTATAAGAATATTGCAGGTTGAGAAGTGGACATTT TTTCAATATTTTTAAATCTTTGAGGCTTTCAATGATTACTATATAGCTGT TTATGTTATGAATTGTTTGTTTTATTTCTGTTAAGGTGTTTATTTTAGAG GAGTAAAGATAAAATTAATTTTAAAATATAATATCTTTTTATGTTTTATT CTAAACACAAATGCTCTCATATATTCATTTTACTATATACGCCATAGACT GTATGACGAAATGTGAGATAAAAACAATGAAACAGTGTACGATTGTTTTT CCTGAAAATGAGACAAGAGCAGTTTAATATTTATTACTTATTAAAGTATA TATTCTATTAAAAATAATTCTATTACTCCTCTGTAAGACCCAGTAATTAA GGTCAATTATTATGAAAATAYCCGCCTATATAATAATTAAGCTATAGAAA TTGGTACACCTAAATTTAATATGAGCTGCTTCTTTAAATACAATGAATAA TAACAAGAGTAATTTATTATTATTTAATAAATAAGTTTAGGAAATGTAAC TATACAAACTCCAAGTCCACCGAAATTCGAATCCATTCTTCGATTATTTG AATCAGCGTATTTTTGTTATATTGGGAATTAATTGAATACCAGCATTGGA GACTCAAACTCAAGCCTCTACTTGGAATTGGGTCATATTTTCAAGACTTA CGACTCAACTTGATATAACAATGAACCTGAAATGGGCTCAAAAGATATCT AAGTACTTCATAAAATGTTTAAGGGCTTGGACTTGTGAGCAAAGACTTGA AATTCAACTTAAGCAACAGTTTAAGGACCTTTCCACATCTGTCAAAAACT ATACAACTTTCGACAATGACTAAAGGCACGTGTATTCTAAAATTAGTTTT CAAATTGCTTTAATTATTTCGACTCATCATATTTGTCCACTAATATGTCT CCGAGATACTTTTAACTTGATCATCAATCTCAAGAAATGTTCGAATTCGA ATTTTGATTGCAGAGGGACAACGGGATGAAAATTCATCCGAGAAAAACTA CCAGACCTCATAATGGAGTACAGTGGACTCTGTCCTTGCAAGGAGGATAC AAGGATCGAAAAAATGATGACCACACTTCAATGAGAGTTTAATTGCTTCT AATGTCCCATTTTGATCGATCCACCGCTTCAAAATACCCTCTATGTCACA TGGTACTTTAAACCTAAATAAATTTCAAATTCCCTCAAGTCCATGAGGGC CCATGTTAGAGGTCTTGGAGTTTCACAGCAGAGCGTCCAAAGAGCTATAC AAAAAAGTGGACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCCAAAGAGCTATCAAAAAAA GTGGACGGAACGAACATTATGAGGGTGGAAGGACAACTTTTGACACAAGC AAGTAAAGAAACCCATCTCCTCMGTTGTGTAACTCTTTTGAATGAGTTTT TAATAAGSCTTTCGAGTTYTTTTGAGCTCTTTTTTGACAATTTTGGCCCC CCCCCCCCACCAACAGCTCTGATGTCAACTTCCTTGACAACAAATTTTGG GAAAGCCTGCAGTGTCCTTAATCTAAACACTGATGCCCTTMCAGCCACTG TTAGCCAGCAATGGACGCCATTATAGATGAATAAATCTGCACCAGGTACT AAGCCTTCTGGCGCCCCCTGGAAGCCATCCCTGCCGCTAAGTGCGTCTAC ATTAATAATTAAGAGAGGTCAGACACACAAACAAATATATATATATATAT ATATAGTTTTAAGGTTGTTGAAATTATATTGTTAATTAATAATTTATATC TTGTTGAATCTTAAAATTCTAAGTTTAAAGGACCACCCAGTTTAACAAGT GAACTTGCCAATATTTTTTAGATTCTGTCAATGTTTCTCTATTTCAATGT TACTACTTAAAATGACTATTGTCGTTTAAAATGTCATATTTGAAAGCCAA ATAACTTGACAATCACATTGCTCTACACTGAAATGTTTTTAATTAAAGGG GGCTAGGTAAAGAGTAGACATTCAAGGCAAGGAAAGTAGGTTTTAGTAGC TCTCAACTCTGATTGGCTTAAAATTAGAGGCTGSTATATGTTYCTCCMGC TAGGCACGCATCCACTGTGTGACGGCTACGTTCGGATATGTTCCTAACGT ATTCTTCCTTGTTCTTAGATTGAATTGTTTATTTTTCCCTTGACCGCTCT ATTCCTAGAGTCCTATAATTTTTATCATTTACAGTGTTAGTAAATATTAT TATCGTTTCGCTTTGATTTTGACTTTAATCTGCGTTTATTTTAAAAACGT TGTCGTCTTTCAGTTAAAAATAAGTAATTGATGAGTTTCTTTGTTGGGAT AAATTATTAAATTACTGAAATTATTATTTCCAAAAAAACTATTTCATTCC TTTGAAATATGAATAATAATTTACTAATTAAATGAATGACTGATAAGTCC AACGTTGATAATAATTTCTTCCAACTGATTTTGCTCAAATATAAAAAATT TAAATTTAATAGATATTCATTCTATATATATTATAATGATTAATATTAGT TATTTTGGATTAAACAAAAGTAAGTAAAAAAATTTAATGCATAGGTGCTT TTCAGTCCTTCAAAGTATTCCTAGTATTATTTCATTCGCCCGTAAGGATT TCTAAGAGAACTTATAATTTTAAACTGCAAAATCCTAATATCAACTCACA CTCTGTTGGAGTAAGTCAATGTTATATTTCAGTTATTAGAATGTCAAATA AAACACTTTAGAGGATAATAATATTCTATTATAAAATCATAAGACTAGAA AAACATTGACAAAACCTTACAAAAAATCATTTGCATTGAAATACCTTGTT GTAAGAAAAAAAAAAGCAAAAGATCTGCTCTATTATATTAATATATGGGA ATAATCTAGCATACACGAAATATTTTTTATAGACGTTACCAAGAGCGGTC TGTACGGTTCCGGCACCACCACTTCTCACCCAGAGTCGTATTTTCGTCCT TTATTAACCGCTTTACATAGGACCTTGCAATAGTGAACACTTACCCTATT CAAAACAGAATAAGTAACTATGTGACGTTAAATAGGTAAGAAATAAAATG CGCGGCAGTCCAGTTTTGTTAAAGTAGTCTAATATATTATAAAAGGGATG ACACTTTTTATTATGCAGGTGCCTCCAAAATTAGAAAACTTTTGGAACGT CTAATGGTACAAAAAAAAATATCCTCATCATAACCATAACTTAGGCTTTA TAAAAATCAAATTTTGCACTAACGCAAATAAAAAGACCAAAATATAAATG CATATTTATTGAAAATTTATTTACTACATAATAGTATATTTTATTTTAAC ATTGCACTTTTGTAGAGAACAAAAAATTATTTAAATAGTGTCCAAATAAT TATGTTTTAAATTATCAACTACCTCGCTTGTGTTTGCAAGGGAGAGAAAG GAAAGAAATATTATTTTTTTACTTTTCTTATTTGTTTCCTTATCTGTATA GTCGTTGTGAATGGACAATGAAATTATTATCGATTGATTAATTACACTAA TGATTAATTACGGGGACTGATTACCTAATCAGTCCTCCCCCCTTCATTCC GATCTTTTTTACCTTTTAAAGGTCCAAAGGATCGATACCTTAGTCTTTCA GTCCTACGGTCCTAGCTTTCTTTTTATTTTCTTTATTCCTACCTAGAATT GAAGAATATAAGAAGGAAGAAATTAATTAATGATAGCTAGAAGGTTTAAT AATGCGTTCTAGTAAAAAAATGCTTACATCTAATTTCAGGTATCTCGTCT CTTCGAAAGAGGTTATAAATTAAGATCAAATAACGTAGTTAATAGTAACT ACTTAATTTCATCTGTTGTAGTTTCCGTAAAAGGCCGATAAATACCTGTC TTTTTTGTCTTTTTAGGCCGATCCAACACTAGTAATGACTAATGAAAGGC GTGTTTAATCCTTTAATATATGAATTATGATTTACATATAGTATGACTGA CTGATTTCGAAATCAAGGCCAAATAACATCATATTTAAACAAAAATCAAA GATGAAAAAAATAATGATATTAACACACACTTCGCACAATAAAACTAATT CAATCTTAACCAAGGTGATAGTTGAGCTAGTGGACTTTAAAATATAACAC TAGATTACAACAATACTTTTAAATAATAACATTTAACAAGGGAAACATTG CCATATTAAAAAAAATATTCAGAAGTTTTGAAATCTCGTGTCGTGTGATA AACAAAAACCAAAGCAAAATACTCCATAATGCCAATAACTACAAATATTC CAGCATACATTTTTTTATTGAATAAATTTAAGCTCGAGTTGATATTTTCA AAACTTATGTGGTCCTCGTGGGACCGTTGTTCTATACAGCCCGGCTCTTG ATTTATAAGAATTTGAAATTATTTTCCTATTATCAAAAATTAAATTAGAA ATAAAATTACCAAAGCTACATTAAAAAATATAGAAAAGGCTAAAAAGTTA TAATGATCTCAGTTATTATAATTTCCACCGCCCTTGAATGGGCAATAATA ATTTTTTTTATAAAAACGTAAGACTAGAGAAACAGTGACAAAAAAAAAAA ATATATATAAGCATTGAAATTCCCTGTCGTAAGACAAATAAAAATCAAAG CAATATTTTTTATATAGAAGTCATCAACGCAGCTGCAGGTTTTTTAAGGG GAGGTCCGGATATTTTCTAAGATTTTTCTTTGAAGGGGGGTGGGGGGAGG ATTATGAGCTTTATCGACAATTAGGAAAGAATGCTTTTATACTTTTATAA ATGCCAAATTTGACAAATAACTTTTTTTACAAAAGACAAAAAACATTTTG GAACAAAATNNNNNNNNNNNNNNNNNNNNNGCTAAAAATTTAAAGAAATT ACCTTCTAGTATTTTTTCTAATAGTTTATTCTGACTTTCTCACCATAATA TATAAATAATTGTTACTTTTTCAACATATCCAAACTAAAGGTTAATATTT TAAATTACAAAAACAATAAATAAAAAATGTAGTTTCCTCCAGTTATTTAA AACCGCATAAAAGATTTAAAATTTATTTAAGAATGGGGTAAAAGTCCCCT GTATAAAATAAAAATATAAAATTTGTTACAGATTAAAAGTCCATTGAGTC CATGTATCTCACGATTAACTGTATTTAGACCTAAATAATCTATTTTTTAA TATATTTTTTTTTTTACATTTTTTAGAAAAGGTAAATTTTTGCTTTCGAT ATTACTATTAAAATTCCTTAAAAGTGGGACCACAGAGCTATTACCATGAT AGAGTGACTGMTGTAGCAGTATATTGCGGTGAATATTGTCCCTAGCTCAG TGTGGGCAACCTTTTATATTTTACAATAAAAGCTTGTAGTAAATTAGTAA TTTATAAAGAACATTTGAAAACTAAGAATCAATTGAATATCAATTGAGAA GAAGGTAAAGCTGTTGTAGCTGAATTAGTATTAATAGATTAATTAATCGC AAATTATAAAAGCTGAATTATAAAATAACATAGGAGTTGCTGAGCAAGAG ACAAAGGTCAAAATGTTTTGATCTTAGTAATTTATGCACAAAATACAATT AGAAATCTTATTGCTTTGATTAACTTATCTTATACATTTTTTTGTGAATG TTTCAATTGAAAGCAATTCTTTGTAATATTGTACCAACTTTTTAATAATG ATATGTTTTACAATTTCAGCTTGTAATTTTCAAGAGAATAAGACACATAT TTTGATAATCAACTTTAAAATATATTTCTATTTAGAAAAATATTATTAAA CATATTGAAATAGAAAGTTATACGAGATCATAACATTATAAAATACTCAA ATAACAATCCAATGCTGATTATTTCATACATTGGAGAATATTCTTAAACG TTTCCCGGAACGTTTTGAAATTGTTCCAAACTCTTTAGGCGTGCATCTAA ATATTTTTTTAATGACTAGATGAGCAAGACTCCAACAATGATTACTTGAT CCTATTATAAATTATGATATATGTGACTTTCTAAGATTTGGAAAAGGGAA TAGTGTTTCAGCCAATAATATCTTTTGCAACAATTTGTAGAGAGCATTTT GTTAAAACCAAGAGGTTGATAGCGTCAAAATATTTTCTCCCACTGATACA GTAATTGGTACATACTTCCTGAAGAATAACGCAGTCCTTTATCCCTCATC TTAGAACAGACGACATAACTTTTGAAAAGAACTAACTGTTCTTCCTTGTA GGGATCGCCCTCCCAGTGAATAAGTATTAACTTACAAGTAGGACGTTTAA TTGACTGACTTATTGTGCGTGCCAAAAATCTTTCAATGTAACATGAAGAT AATGTACATACTTTGCATCTGAAAGAAAAGTCACATATTCTCAAGGGTTT CAATTCAGAGTTGTTGTTCTGAACTGTTTTTTCTTCCTCTTGATAAAATT CATCAACAGTTGGCATCACATGATTTTATACAGCAGTTTCATCAAGAACC GTACAGTTAGCAAAATAACTACTGACAATATTTTTGCTTCCATGAATTAA AAGAGATCGATATGCACTTTTGAATAGGCCAGAAAAAGGATTATAACTCC ATCCATTGCGTAATATCACAGCATTGAACCAAATTTTCAAATGATCCGGC AAAGTTTATAAGGTGCAAGGTACGAGAGCTCCATTGAATCCAAATTTGAA ATCAAAAAAAGAATATATTTGATATCACCAAGAATGCCAGGAGGGCATGT TTTTGTCATTGAAAATGTTACTTTCATCCCACTTGGATCAAAGAGATTTT CGTATAAATTTTCAAAATCATTAAAAATACTTTCTGCAAAATAAGTGTTT CTAATTCAGTGCTTTTTTATAGCCTGGAACCTTCATGGAGCGACTGTTAA GAATGTCAAACACTTTATCATGAAGAAGAATAAACTCAGCTGTAGCGAAT GTTTCATCTGTTTAAAATACTATCAATAATTGGACTTGCTATAGCTTGCA ATACTAAAATAATTTTCATTTTATTTTGATGAAATTTGGTGTGCTTCTCT GTTACTTTATTCCCCAAACGAAGTCCGTGTTCATTTTGAAGTTTATGTAG TTTGGCTATCAAGTTCCACCGAATAGTACCTCTCTCATGCCAATACAGTT ATTTGTAGTGTGCTAAAGCACCACGGATATTTTTGAAGCAATGAGGCACA TCGACTATAACAACTACATTATTATTGCGATCTTCTTGTGGACGAGAAAA AGTCATCGACTGCTCATGAATATACTTCGTTAAAATATTAACTCCAAGCG AAGATAAAGGAGACAAATTAAATTTTGCTCCATCCATTGTAACAGAACGG ACTGTGAGACCAACTTCAAATGGACGTAAAATCATTCAGGTATTATGCTA GCAGGCACACCTCATGGTATGCCTTTGCAAAAAAAAAAAAAAGCAATGGG TAGTTTCCAATAAGCTCGATAACCAACAAGCATACAAACCAAGCCCTCGT TTGCTTTCTCAACAAATCCAAAACCACAGCCATCTTGTCATACTCGACCG CTTCTATTAAATGTATCCCATCAATAATGAGAGCTCCATCTTTATACGCT TCCTTTGCCTTATGTGAAAATAGTTCACGAAAAGACACTTTTTGAAAGTA TGGCAGACCCCTGGTGGCACACATGCATCGGTGTAGCCTGGATGGMGATG ACAAAAAGAAAGTTCCACGATAAAATCATTCGCACGTGGTCAATAGAAAT GAAGAGTTAGTGCAAATCCTTGAGCATGTCGGAATAAGGGTGATATTTTC TGTGATTTTCAACCAACTCCTTCACGATCTCAATTCTAACTTCCTCAAAA TGAGTCAAGGCTACTACTCCCTTTGATGATAATAAATTATTTTTCTTCAA ATCTACATGGAAATCTCTCAATTCCCGATTCACTTTTGCACCACTCAAAA AATTGCAATTGTTTGCTCCAATCTTGCTTTTGGTGGTTAAGTAGTTTTTA TGTSATTGCATTCAAGACGTAGAGATTCTTGCATTGTATCTGGTGAAAAG GAATAGGAGTGGTCTTTATATCCAATATGGTGTAAGATATGTTAATGTGA AGCATAGAAAAAGAAAACATAAAATATGTAAGCATTATCTTTTCATGTTT TGAATACGTATGCGATGTATATTTAGGTATATATATATGTTTAGATTTAA ATATCTTCATTTTGACTGAGTAAAAATGATCATTCCTTTTTACAAAAAAA AAAGGGGGGGGGGGMGGGAAGAAGAAGAATACACGGTACAATGATGAATA ATTAATATCATCTGAACAAGTTGAACTCTTACACACATCCCGTAGACGAC AGAGTGAGTAAAGAGATGGTCCAGTTAGTAGTACACAAAAAAACATTGAT AAATAAACAAATAGATCATTCTTCAGTTGTAGATCTTATGCATCTTATAG TTGGGACGCTGGAAGGATACTTGGAACTCCAAATGAAGCTCGAAGTCTAT CCATCGAGACATTGTCAATTTTTGATCCAAAGTCCAATTTATAAGAACGA TCTTTCCTCTCAATCACCTTAAACGGGCCCAAGAAAGTTGGAGAAAGAGA CTCTTTTATAGGTGTATTTTTAACAAAAACAAATGAGGTTTTTTTAATTG ATTGTTAATGGCTCCGTTATTAAAGTGTCTCAGAGGAAAGTGTGTTATTT TCTCTATTGTTTTAGAAACTTTCGACGTTGAAGTTGTCCGTAGTAAAGTT GGACACATTAAAAAAATTAAAAGTCATGGATCCTGAGCGACCTGTGAGTA ATTATATGCAGGTCACAGATGTAAGATGTAGCTCCTCCTCATGATTTTCA ACTCCTTATTCACGGAGGACTAGAGGTTGACAAAGTTAATGTAGCTAACT GGGCAGGCTTTGGACTCTACTTGTCACCAGATGTAATAGCCTGCAGGTTG AGATCTAGGCTCTGAGGTGGCCAAAAGTTGAATTTTATGTAATTAACAAG ATTCGTAGAGTACTCCGTATGGAATTATTGATGCTTTTGTATCAAAAATG GTGTCTTCTCAAACCTGTTTCACTTCTTCCGAACAGCCTTGACCACCTTT GACACTGTAGACCAGTCTAGGGATTTTTTTTTTTTTAAATTGGGGTCGGC CTCAAAAGTGTGCTTGGTAGCTTCTGGGATTAACTTGACTGGTCTACCGG TTCTAGGACAGTCTTTGAGGTCAGCCCCATCTTCCAGGCTTTTTTTCGTC AATCTATTATTCAATATCTATAATACATCATGTCTATTGACATTATAATT TTTAACAGAAAATTAAGTGATTACAACTTGTTCATTTCAAACCGCTTTCA TTTTTGTTTATTTTTCTTTTATCTTAATATATATTAAATTCGAGATTGGT ATTATATCAGAAAAAAAGAATTTTGCTACTTTGTCTAATTTTTCCTTTTT TTCCCCTTTCATTTTTTAAAATCTGTTTACACACCCTTTATCAGGTAGTT GGTAATTAAATTAAAGAATTATTCTGAGCTTATTTGGTCCTTATTTTGAA CTCATTCGGGCTCTTTTACTTCCCTTAGTAGTTTTGACCACCCTTGAGAS GGTAGACTGATCTAGGAACTTTTTTTTTTTTTTTGAGAATTTGTCTWTGG ACAAAGCTGGGTTGGATTCAAAAGTATGTTTGGTAGCTTAGGGTATCAGC TTGACAAAAAACTCTAAAACTGCAAGAAACTCCCTAAAACACATTTTGTA TTTTAGATATAGAATAAGCCCCCTTGACCCACACCACAAAAAACAACATT ATTTATTGAATTTTTCTCTTCCATTGCGACAAAAGAACTGGATGTTTCTT TCAAGTATGAAACTCTGGGTTATACTAACAAGAAAATATTTTCCTATGGG AAGAAAGTTAAAAAATTGATGGATCACAAAGAAGGTCAACTTTTTGTATG TTTTTATTTTAGCGTGTGCACTAGAGTATCCAATTTTTAGAGTGACCTGA TGATTCCATTTTCTGCTGTATTTTAATGATAAAATTGTTATGTACAGTTT CAGATTTCAAAAGACGTTTACGACCTTTATAAACATTTGAAGATGATTTT TTAACGACATTCTCTGTTTGTCAAGGGATTCAGAAATTTCAAATTTAAAG TTATGTTGTTGAATTTCAAAAGTTTCATTTAAGTTCCTTTTCTCAATTGG TAGAAAGAATATATTCTTTATTTTTCATTTGGAAGAAAAAAATTTTTTAG CCAATTAAATACTTTAGATATTTGGTACGATCAGAACCATGATATTTGCA AGTTTCCTCTTATTACTTTYAAAAAAYAWTTAAAAAAAATAMGGATTTAW AGGMAAAAAAGTAATTAANNNNNNNNNNNNNATTAAATTNCCCCCCCCCC CMCCYSCMCTTWTWTTWTAAAAWAATTAAATGCAAGATTCCCAAAWAAAA TAAAATAAATATTTGCCATAGGTGTAAAATCTCAATAGATCTCGTTAGAG CAACCCTAATATCTATATTTGTAATAGTGCAAATTTGTACTATATTAATA CTTCACTTTTCAGTATTCTTCTTTATTATAAAATAGCATTTGCGAAAAAA AAAGATACAACGACAAGTGGTCCAGAGTAAGAAGTTACTATGMTTTTGAC TAAAACTTATTTTCTCAAAAAACTAAGCCTATACTAAATATGGAGTAGAA TTTGTGTTTATTTAATTCATTTCATTGCTGTTTGTATATGATCTGATAAA ATATAATCCCAGCTGAGCTACTCTCCTGCCAAATATTATTCATAGACACT TTACCATTTTCTGGGTTTTTTTTTTAATTTACTGGCAGAGCATATGATTT ACAAATATAGCTTAGAGTTTTCACAATTCAGTGGCAATATATTTTCTTTT GATGATTCAACAACAATCTGTAATCATTTTGTTGTTTTGTTTTTGACTTC TGTAATTAAAACCCATTTTCGAAATTAATATAATATACTTTGCAAACGAA AAACTTATATTCAAATTAATTATATAGTTTTTTTAATTTTGATACATCTT TAAACCTGTTGAAAGTGCAAAAATAATCCTTAACTTATTTGTATATGATT ATATGTGACAAAGAAATTATTTTTTGACTCGTGATCTAAGTATCAAATAT TTCAATCATCAGGTATGTAGCCTTCAAACTTTTGGAAAATTAAAATTTTA TTTGCATGAGATGTTGATGTAATTTTGATTAATCATTATTCTTCTAGGTC CATTGGATAGCTCCGAGAAGAAATTCTGGATGCATCAGTTTCAAAGCTAT GGTAATTGAAAGACCGGGAATATGGTTTATGGACGATGGTGCTTTAAGTT ATACTGTTTGTGAGGATTCTTCAGCTCTAGCTGAACCACAAGTAATAGAA TTAATTTTTAATATTCAAATCCTATGTATTTGTAAATAATTAATATGATT GTATTAAGAATGTAGATCCCTGTTGTGCCTGCAATGAAGCAAAATATGAA ATTGTATTTCAAGGTATTTGGTCTCGCCACACTCATCCTAAGAATTTTCC AGAAGACGAATGGCGAACACAATTTTCCACATTAATTGGTGCAAGTCACA GCTCAAATTTCTCGTAAATATTTATATATTGTACAATTACTCACTAATAA CTCAAGTTGATACTCTGTAAACTTGAGTAAAATCATTCACGTAAAAACGA GTTAAGTGACACGTTAAAAGTCGTCAAATCATTACTTCTTCTTAGAACAT AAGTCCAAAAACACTAAATTTACCTTTTTTTATATGTTAATAAGCAAATT TATTTAACCCTTCGAATTTCCACATTTATATTGTTTCAAATAGGCAGCTT GGCGTACAAGAATTTTACTCACGTAATGTAAGAAATTATTAGATGACTTT AACTTTGGCAGTTCTATTTATATGAGAAGTGACATAAGGCTAAAGTTGAT TTCAGGACTATATCTATGCATACACGTCTCAAAGGTATCTTCTCCTTTTT TGTTAAAATTATTAGTCTTTGTTTCAGACAAGAAATACTTTTTATTAGGG ATGTCAAAAATGATAAATACTGGTCAGCGTAAAGAAATAAAATAATTCCA TTTGTTAATTCTACATTACTCACTTACTCTAGAGTTTAAATTATTCGTGT TACCAGTATTTATAAGAAAATAATCCAAATGTCGTCATATCGCAGTTCCT AAAAGCAAGGCCACTAGGATTTTTTTATTGTTTTTTTTTTGGGGGGGGGG GGGATGGTGAATTTTTTTTAATACTATAATATGAAATGAACATAGACCCT TCATTTATTCTAAAATTAGTTCTTCAAAATTAGATTATGTAGATACGACC TTTTTTAAAAAGGTCCAGTATTTTACTAAGCAGTGTTAATATTTCATTTA AGGAATGGTTTTGTTAGAAAATTATATTTATTTTTATCCTACATAGTAGT AAAATAATTTATGTGTGTGTATCTGATGTGGGTTCGTTTTGCATGGCAAA AAAATGAAAAAAACTTCAAACCGGAGACAGATACAGAATTTAGACATAAA ATTAAAGTTGTCCAGAATTCTGAGTTACATACATGTAAAGATATTTTTTA TTCTGATGAGATCAGATTCCTGGGATCTGGAGGTCAAGTTTGTTTTTCAG CTAATAATTTGATTTTTTTTTACAAAGCAAGATCAATTACCTGTGTCTCA AAGTTTTTCATAAATGTATGGGTTGTTGATTTGAAAATGCATTGAAAAAA TTAAAGAAAAAACTAACTAATTATGATACAAGGCGAAAAAGGGAGAACGT ATAGTAAATACGAATTGAATAGGGAATTAGGTAAATAAAGGAAGAAGAGG ATAAGCGAGTTAGTCTTAGTACGTATCTTCATTATGGTTGAAAAAGGAAT ATGCCAAGTTAGCAGTGGTAATGGCAATCAATAAATCACAAGGTCAAACT TTTGAAAAAAATACTTTATATGTGGCAAAATTAGTATTTTCACATGTTTC AGCCTGCGGCATTCCAAGACCTTCATTTTGGTGCATAGTGTTATATATTT ATAGTTTTTCGTTATAGTTTATAATTTTAACATGAAGAAACTAAGTATAA ATAAAAAAATAATAGTTTTTCATTGGTTATCCTTAAGAAAGTGTGTTCGC AATAGTTTTTTAATAATACCTATTTTATACTTAATTTATAAATCTTTATT TTCAAGACGACTATCTTATTTGTTTTATTTTTTTAAAAATTAGGTATTTA AATATTTAGTGACAATTAATTTATAGATTATTTTACGCACACCTGTATTC AATATTTGCTGACATCTCTATCTATAATTTATCACGAAAGATAACTCTTC CAAGATAGTAAAATAACTACCAATGTACTTTGGGCGTTTTGTTTGTTCAA TTTATGGCTAAAAACGGTAGAATTACCATAATTGAAAAACATATAAGATA GATTAGAGATGAAAGTCGAGAGTTTCACCCTATATTTTCTTTATTCTTAT GTGATTGATTTGTAATAAATATAGTTCGTTTTCTTAGAGAAAATATTGAC TGTAGTTTTTTTTAGGGAGCACATTGAGTTTATTTTTCTTCATTGGTGAC CCTGCTAGTTAACACGATCCAAACACTCGCTTAAAAAAACTTTTATCTGA ACTTTCATGCATCAAGAAGACTGAGGCATTAACACTCCCAATACGCTTCG ACCCGGATCCTCCTAAGGTAGACCATTCTCAAGAACCTATTGTACGCTTT TCTCGATTTGATGAAAAAGACGTTGAAACTTGGTTCAGTAGAACTGAGTT GATTGTCAAAATAACGGAATAAAAGGGCATTTGGAGAAAGTTAATATTAT GGTAGTGACACTGTAAGTCATATCTTATCATCAGGAATGTTTCACTGGAG GATTTAGAAAGCCTTTTAAACAGATTTGAAGTGTGGCATACAAAAAAATA TTCATTTTTTTCTTCTTCAAAAGCGAGTAAGGAATGTATAGATCTTTCGG ACACCAAGTTCAGGGCCAAAGCTTATCGACTCCTCGATCAACAAGTTAGG ACTACTTTGTGCAAGCAGATTATGATCAGATCGATCAAGACTCACATAGA CCTATGGCCCGAGCACAAACCATAGTAGAGATAGATGATTTTGTAAGTGT CTGCAACGAGATAAACTATTCTGCAACTCAAAGGAAAAAAAGTTGGCATC AAATTAAAAGAGAGTATGTATAAAGAACATGAATTATGCTTATACTAAAA CGTGTCCTGGATCTCAGTGCCCCTTCTGTTCCCTTGTTGCAAGGAACGAT AAAGTCCCTAGCTTTTCAGGGGTTAAGTAACGAATCCAAACAAGGAATTA ATTTATGCCATTGACACTAGCAATAATAAAAAGTTTCTCGCCCACTCTGA AGTAAAGGTTTCAGTTGAATCCAACAATTTAAACCTCAATGATATTTCCT AGGCAAAGGCTTCTTCTTTTATAGCTTTCCGAGGCAAATAATTGTTATCT CTAGATTTGGTATTTGACGACAAGACTTACTTATAGAACTTTGATGTAGT TATCGAAACTTTTCGTGAGTTAGGGGTCAATTTTTTAAAACATTACTGTA TTTTCATTAACTTAATAACTAAATATTCATATACATGACCATAATAATTT AATGATAATCTCAAAATCTCTCCAATATCCATACAGCAATTATTCACAAA ACAACCCATCTCACTGTTTTACAAATTCAATTAATTTACTCCACTTCAAC ACACCGTCAAACGTTCTACAGTGGCATTCTGTCTATCTTGGTTTGTTAAG TCTAGGAGGTTAAGTAAAAACAAGTTTGCCTTAATCAAGGATGAATGAAC TGGCTTACGGAAGATCTCCCCTTTCTCCCCCACGGTGTATATCGATAACC TAATAGAAACTTCAGTTTCTGTGGATATTTTCGACACCTTAAACAAAAGT CAAAACACGAAAGGCATCCTCTCCCAAAGATGAGAAAATTTTAACAAGGC TTGGGGGATCTCAAGTTTTTTAAAGCTATTTACTTATCTTTTGTTTTAAC GATAGAAGGCTCATGCACTATTAGTGATGTTGAAGAAGTCATTCCTAAAA TACTCATACAATCTTTTTATAGTTTTCACATCAACTATAAAGAACAATAT GTCTTGGGATGACTGCACGACAAATTTAATGTGGTTGTGATTGAGACAGA AAGAGTACTTGACTTAACCAAGTGGGTTTGGTATCTAATCCTCACACCAA AGTAGATGTATTTTAAATATTGGATTTTGTCTTGGATCTTTGTGAAGAGA AGGGATTTTCATAGATGAACGGACATTAAGTAGTTTAAAAGAATAACACT AAATTTCAGGAAATCCTGCTCCCTTAACGATATACTACAAAAATTTAGCC AGTTTTTGAATTCAAAGCTAGATAGAAATTCATCACTCGGAACTCCTATA TGGTTTTGAGGGATCTAGCAATTTCAAGAGAGTGGGAGTTAGGCTAATAG TCAACTCCAATTTTTGATATATTGCGCAGGATCCATTTATGTTTATGCCA CAAGGAATTTTTTTCGTGCTATTCTAAAAGAGTTTATAAGAAATATGGTC GAGACGAGAAAAGAAAATAATAACGGTGACCTATTTCTTAATCAGGGGAA AAGTGACCAGTAGCAACAATAATCGGTCATCCCTATAATGATTTATGTTT ATATTGTTTGATGTATCTAGTATTTATATTTATTTTATGCCGAAACGTCT TGCTACTCTTGTTTTAATACTACATTTTTACTCTTCTTTGCATAAATGAA GATATCACTCAAGGTGTCCGTATTCCTGCTTCATAAAAAATAATAGGCTC TAGGCAGGCATTCCGAATTCATTCTATATAGTAAGGCCATACGCCCCACT TTTTGTATAATATATTCAACATGGGACGCACATCTAAGTCTGAAGTCTAT AATAAATCCAAGATATTTGTATTGCTATACCCATTCTATTGTTCTCTCAT TGATTTTAATGTTTGGGTAAATCACATTGCGGGCTCAGGTGCATATCATT CCTTTTCTTTTAGACTCACTAAATTTAAGTCCAATTTTGGTGCCTTGTTG TGTCATTTAATTTACTCGTCTTTTATATTATATCCTCCTGGATGCCATGG ATACTTCAAGGGCTCCTTTAACGTTTTCTTCTTTTTTGAGGACCTTCACA ACTTCTCCTTTTTCAACAACTTTAGGTATGTTCTTTTGATTTCTCCTCCT TCGAACAAAAACAAAAAAAAAAATAGATAAATGTTGTAAATAAAATTGGA ACAGTTTCAACAGTTTAATGTTCGATTTACTCACAAGTTCAAACCATAAT TTAATTATGTTATAAAATTAAGAACAAAAACATTACTCCATAATTTTTAA TTTTAATTACTCTCATGGAATTAAAAGAATCTTCCGTTGCTCTTTGTTAT ATATCCACGAAGCACTATATACAGGGAGAGTGTACACTATTAAAAATGTG TAAAGTGTAGAATTATTGTTAATGCTTTTTATTTTATATGATGAGTAAAT TATTTCCACTTCAAATCAAAGGGCTCGCCTTAAACGATATCGTTCCATGT TCGTTCAAGTGTTCTCTGTTCCATATATATTGAACATTATTCATAGTAAA TTAGTGTTTAGACCCATGGGCACAATCTATATTCCCTTTTAATATCTTCT TACAAATTAATAATAAAAAAAGTTAATCATATCGAAAATTTGATCCCTTA ATTTGATTCATCATATTTTTGATAAATGTTGTGATTACCAATTCTTAGGA CTGGGCATACAGCTGAACACAAGGAATGATCGGAAGCACATACATAGTAT TATTGATTAAAACTTTTTTTTTTAAATCCGCTGCCTATTATTTTATAATT TTGGAGGATAGAATATGACGTGTAACCGCTCAAGAAATATTTTAAATACA ATTAAATGAAAGTTAATATAAAAATAGCTAATTTTTTCAATATCAAGAAT ACTTGATTTACTTTGTGAAAATACTATAAATATCTTAATATTGAGATCTC TTCTACTTCTTCCCTTAATGTTGCAAATTTAATATATTATACGATGAAAA ATCGAAAAATAATGATAATCACTCTATTCGTAGAAGTAGAACACTCGTAC TAAGATACATTTAAGTACGAGTATTATAACCTATATTTGTGGTAGTAAGA TAAATAAGTATATGTGAATTTAAAAAAATTCAACTAAAAAAGGGTTGGAG CTCCCCCCCCCCCTYAAAATCAAGGAATTKTTGCTTTGTACCCCCCCCCC CCCAAAGATGTTGTCAAGGGGATAGGCATCAGGGCAAAAGTTTCAAAAAA GTGTTCAAAAGATTCATTGATAAGGGTCTTGTATGGAGGAGATGGGGGTC TTTCATTTACATTACAAATTTTCATCGAAAAATTCTAAGAGAACTTCAAT TTCTACCCAAAATGAAAAACAACGAAGTATAAATTTCATTTATTTATATA TTCTGGCAAAATTCCCTTGAGGTAAAATGTCTTTAACGCTAAAGTATCTA TACCCATAAATAATTATCTCGGGGTATTAAAAATTCCAGTAGTAAACCTC GAGAAATTTATATTTAAATGAATTTTATATCTACTCGATATTCTACTTAA TTAGACCTTCTTAGGATCAAATACTCTTTCGTAATTAAAGTGCCTAATTT CTTATGCTTGAAATAAAATAATGTTCTCGTAAAAACAGTAAAAAACCCTT AAAATATGGTGATTTTTCTCAGGATTAGAAGATCGCAAATAAAATATAAG TAAATATTTGAAACTAACACAAATATTTGAAGTTCTTTATATTAATAGTG ATATAATTCTTAAAATAAATAATAAATAAATCATTATTTTTAGCTCAATA TGGAATGGTCATTCAATTCGTTAAAGTGAATTAAGTTATTACCTCTGTTA AAGTTTATTAAGGCTTATTGATTTTGATAATAATTGCAACTTGTACAATA TCATACATTTTTTATAATATATAAACATATACATAAATATTTATTGAGGA AGTTAATAGGAAGAACAAATGATGCAACATCAGAAATATTGAGGATTGAG TCTGTCATGCAAAAAAGATAGTGACATTAAACGGCTATAAAGAATGTTAC AAGTTATTTCGAAATATTTTGATTATTTTTCTTTTAAGAATATGGGATTA TGGAGAAATTGCATCGTCAGCTCTTCAGGAACTTGGTGAAAATGGGATTA CCCGGCCATTGGAATCACAAATGAAACAATATAGTCACACTATACGGTGA AATTGATTATATTAATGATATAAAATTTAGAAACAATTGGTTTATTTTAC ATAGATCTGTAATCAAAGCTCATGGACTTCAACAACGATCAAATGTCGAA GGGCAGACTTTTGCAGTCTTTCGTGTAGACAAAATCCATCATTTACTTTC AGTTGTTTCAAAAATGATACCTAGTCCCGATTTCATCGTTGGAGTTTCTA AAGAAAATCTTTGTTTATCCAATTGTTCATGGGTACCATATCGTGTTGTA GATTTGTACCCCTGGGATATTGGAACAGATAGTGGGATCACTTATAACGA TCCTCCAAATCCACAAAGACCAAAAGATATCATTAAAAGGATTACATCAA ATTATCCAAATGATCCTAAGTCTCCATTTTTCGATATAAGCGGTGCGTAA TAATGATAGACATCTCAAGTATAAATCTTAATAGTATATACTTAAATATT CCGGATTCAATTTGATCCGTAGCAAAAGTTGTGGGCCATTAAAATACATA CCAAATTTTCTCCAAGAATTGACCTCAAATCAATTTCCTATTGTTTAAAA GCCTTAATAACATTTTCGTCAATAAAATTTGATAAAAAATATATTATTTG AGAATTTTAATGTATTTAAGTTTCGATTTATGATTAATTTTCCATTTTTT TTGGGCGAGAAAATACATCAAAATACAAAATATAAATTCAATCTAAATTT TTAACACCTTTATTTAATTGCTTATAGCACAAGTTAAAAAATTTGATTGG AAAGTAGGGATTACGGACAAACTAAAATATATATTTTGCTTGTTAATATT TGTTCATAAAAAGATCTTAACATTTTAATAAATAGATCTAACTATTTTAA TAAAAAGGATTAACCTGTTTATTTATTAAACCCTTTTACAAGAGAGCACA ATAAACATTTTGTCCAATCAAAAAGAAAATTTGAAGAAAAACTATAATAT AGTATGTATGTGTAATTTAATTTGTGAAAATATGTATACCATGCTCATAT CCCAGAAATAACACCCAAAAATGGTTATGTAAAGCCTAACAATTGAATTA GGTTGATACCTTAGCTGTCATGATACTTCATTACATTAGCTACAAACAGG GCGAGGAAGTAAATAAATTCGAATCACAATCAGTTTCTTGTGTATATACA ATTTATATTCTTAGAACTTTGCATAATGTAATCTTCAGTCTTTCATTTTT TATATTATGGCGAATTGAGGATTAGGATGAAATTATTTGTATACTTTGTA GAGTGTACCAGATATGTTAAAAATTTAATACGATATATCGATTATATTTA AATTCATATAAGTAAATTTTTATCATATTATAAAAGTAAACTTCGCTGTA AAGCTTATTTGTTGTAGGTGAATGTTCAACAAACAAATTAGGGACGAATT TTAAAACCTTACAACAATAGTTTTAACGTAAACTAAATCCTCAATATTTA AATTTAAGTAATTATGTATAAATATGCATAAATCGAAATTATTTGCATTT TTTTAGAGAATCCATGATAGTGTGTTAAAAATTATTCATATTTAATTACA TTTTTAATCCTACAATTAGAATATAATATTATGGACTCTATTTATATTGA ACAACAAAATGATATCGAGCGTATACGTATTGGATAGGGTAACTTTTCTT ACAATTTTCTTCATAGGAGCTCCAATAAAACCGGCTGCAAGACTTCATAT TATACGTCAAAAGACTTATAAGAGAAGCAATTGTCCTCTTGAAATGGGTT ATCAAACAAGCTCCAATCCAATGAACCCTAGTTGGATTAATACCTTTTCC AAAGAAACAAATAATAATAAGAAAATGACGCAAAACAGTTTTTATCAGGA AGATTCTACAACACTTGAACAAAATAATAATAATCGATCAAACAAAAACA TACCTTTGAGATTTGAATTTACAGGTAATTTTAATGAACAATTTGCTCTT CTTATTAGTAGTTATTCTTAGAGCTACAACTTTTGTTGAGAAAAAGAAAG ATAGAAAACTAACAGTTGGTATAAGTACTTTAATCAGTTCTACTAATATA TTTTTTTATTTATTGTCACTAACAAGTAGCTCATAGAAAGAAATAGAGCC AACAAATATCAATTGTAGCAAGACCGTTAGTAGGATTTTTCTTTCAAGGT GTTTCTTGGGCTTTTTGACAAATCTATATATTATAAAAGATGTTTTTACT AGGGTGGCAAAATTCCGAGAATTTCCAAACTTTGACACTTTTCTTGGTAC TTTTTCAGGAATTAAAAGGAATTTTTGACTAAAAACAGTTACACCCTTAG AATTTTCAATGAATTGAAGGATAAAAACAAAATATTCCTTTTGTAACCAT ATTTTTTTATATATTTGTAGACAAAACACACGAATTAATCTACAAAATAT AAAAAAGGTGACTAAAAAGTTGCAGCATTGAATAGTAATATATATTATCT TGTTCATACAATCGATAATTCGTTAAATCGAGATTGAATGTACATTGTTA TGGCCTCCTTTATATTTTATTGTAGGCTACCTGTTACTCTCAGTCACAAG TACGAACAGACAAAAATATTTAGAATTTTGTAAAAAATGACTTTTTTGAT ATCAAGATAAATTGCCCTCATCTTTAAAGTATAAAGTATCTTGGTAGAGG TATATTATGTTAAAGGAAATTTATAGAAATCAATCCAACAATTTTAAAAA AGTAGTCCCCTCAAGTCGTGGGCCTGTTTAATTAGCCTCATTGTCTCCCG ATAATTTGCTACTATCCATATATTTAATTAATTAAAATTAAGGGATTTTC TTTCCTTTTCCGCGGCCCCTAAGTTGTTTGATCAGGGGTATCACCCAAAA AACAAAAATTTCTTGAGCTGAAGTTATATTTAAAGTAGCTAGTCAGAAAA TTAATATTTTCCTATAATTATTACTATTATAATATATTTGTGATGGTGTA AAGGGGGTCTAAAATAAAGTGCACAGTACACACTAGATTTTGATGAAGTC TGTACCTTATTTCCGTTTTCTTTTTTCAGACGGTTCTGTATCCCTATGTC CGTACTATATTTTTCAGATGTTTCCGTATCCATATGTCCGTACCATTTTT TGGTTCGATATTGGTACAGAAGTACGGAGGTACGCTATTGATACGTACTT GCACTGTTCCGGTAGCCAGTGTACTCAAATCACATAACCTACCAATTTAA AAATCCTAAATTCCCAATACAATGTTTCAATGGAATTTTTAGTAATTTTC TGGAAATTCTCGGAAAACTGTCTACCCCTTTGCAACTCTAGATGTTACGA TACAATATGAAATAACTTAATAATTGGAACACTTGTCTAATTTAAAACTG AATTCAATGTTGCTATCAAATTTTTAATAATTTTGAAAAGTACATTTATA AACTTACAAATACAAACTATATATATGTATAATAATCCTATAAAACAGGA TGGGTTTACATACTAGTATCTTAATAAAACATATTGTCTTTTAGGTTCCA GTATTCATGAAAGTTCGGCAAATAATGATATTCATTCTGTAAAATTTTCT GACAACGTTTTAATACCTGAAAGTAACGAAGATAAAAACGAACTTTACGA TAATATATCATGCAAAGTCTGTTTCATTTTGAATGATCTTATTTTTTATT TATTCTTTTTTAAAATAGAAAACAGAGTGGGAGGACTGGAGTAAGTGTTC ACGAACTTGTGGTTTTGGCTCAAGGCTAAGATTGAGACAATTTGTAAACC ATAGGTATTTTGTTTTATTTTCTGAAAAAAACTTATTCTTCCAACTATAA TTCATGCAAATATTAACTAAACTATTTTCTTTAAACGTAGTGCATCAAAA AATAGTAATTGTGTCGATAAAAACGTGGAAAAAGAAGTTTGCCAGAATTT ACCAATATGTAGTGCTACAAGATACGGTGGKAATTTTGATTTATTTGAAT CTGGAAGTCAGAATAAGATTATATGGGACAGTAAGAGGAATAAAGATGCA AGTATAAAATTACATACTTATACATAGAACTTTGAGTTCAGCTATGTACG ACCAATTTATTAATTATAATGATTACAGGTCCATAATAATAAAAAAATAC CTTTAGTTGAAAGTTGACTTATTTTTTTAAATATTTTAAAGTCAGTTTTT CAAGAAATGTTATCCATAAATCCATTTTTTAGAGCCTTTTAGTAAACAAA TCCAAAAAATTGCCAAAATAATATAATATAATTGATTCAAATATACATAT TATTTAAGTGCTAATAAATTATTTTACAGACTTTAGACATCTCCTACGTA AATCATAATATTAATCCAAATTTTATTAATCATGAGGAAAAACAGTCTTA TGAATATCCACCTAGATTCGATTATATGGTAAAAAAATTATCATATGATG AAAAATCTTCGAAAGAAATGGACTGTAGTCTAACAAACTATGGACCTTGG TCGGATTGCTCAGTTTCTTGTGGCAAAGGGTCAAAGTAAGAAAGTAATAC ATTAATTACTTTAATTTATAATATTTTCTTAGAACAAGGATTCGACGGTA TAAAGAACCATCAAAAAGTTTTGAATGTACTAAGGAGCTCTATCAGATTA ACGACTGTATTTCCAACTTTTGTTATGGTAAAATATCCATCAAAATATAT TTAAATTAATGATCATTATTATCCTTTTCACCATATCAGGTCATCAAAAT TCTGTTTATATTCTAAAAAATAAAATTAACAATAACAAATATAACTCTAG CAATAAAAATCCATCTTGTAAAATATCCGAATGGAGTTCATGGAGCCCAT GTTCCAAAAAATGTAATCAAGGATACAAAATAAGAACAAGATTATATTTA ATTCCCTTTGTTCCAAATCGATCTTGTGACGTGAAGCTAATGGATAGACT GAACTGTAACGACGCTGGATTAAAATGTTCATCAACAGCTTCTAAGGGTA GGATAAAATTTTGCGTATCCGCCAAAGGTGGTAAAAATAGGGATTTAAAT CAAGCTTTTCAAACTTACCGAATTATTTCTCTTAAAAACTCTTCATTATC CTCCTAAAATTACTCTTAACTTCAAATACTTTTTTTAAGGTATATTTTTT TGACGACTATTTTACATCACATTTACTTCAAAATGTAAAGTACTATTTTC TGTTTGTGTATGTTGTAGCCTGTAGATTTGTAGTTTGGCGTTACATTACA AATACACAAATACACTATGGATTTTGTTTTCAGGTGTCGATGCACTCATA TCACTTGATACGTCATGGCTATTTCATAATTTATTCTTTTTGATAAATAA ACAAAGTAATAGGTTATAATAATAATGATCCGCTTCCAAAATGAGAGGAA TATCATGTCTTGTTTATCCCTCGTAGTCGTTGTACTTTTATTGGGCCATT TTATAATTTATTAAGAATTTTTGGCTATTTTATACATATAGAAATGTATA GCTACGCTTATAATAAAATATTACTATGCAATATTATCATACAGTATCGA ATAAAATACAATGTAGAATTTTAATATTATGAATATACGTGGGTTTTTTA GAAAAGTCCGTGCAAAGTCCAAGAGATGCCACAATTGGTGCATATCGAGA TTATATTTAGTTAGTAGAAGTTGGAAGAATATACATCAACTTTCAGCCAG ATCGGCAGATTTCTTTCTATTTCAATTGAGGAAGTGGAGGGATTTCCAAA AAATGTACGGGAAAAAAAATAGTTCTGAGTCTTGATTAAACATTACTTTA TGAAAGACAAAACTGCTTAGGAAAATAAAAAGAAGCTTGATAAACATTAT GGGCACTCTGCACCTTCATTTTGAACAGTTTATAAGTAATTTCAAAATTT TCAGAGTGGCAATATAGGCACAAGGGACGCTGAACGTTCTGGACACCCTG TTGAGATGTAATTGCTAAAATCCATGATATGATGATGGATGAGAGAAGAA TGGAGGTGTGTGAGATTGCTAGTAATGTGGGCATCTCGAGTTGGAACCCT GTTTTCATTAATTTTGTGACCACAGCTGCTGAGGTATGAGCTGGTCCATT GTCAAGATGGAAAATGACTCTTTTTGGGCCAATCACGGACGTTTTTTTCA CAAGTCGTTTTTCAAACGGTCCAAAAACTATGAATAACATGCATTCGTAA TAGTTATATCCTTTTTCAGATAGTCGATGAGGATTATTCCTTTCGAATTC AAAAGACAGTCGCCATAATCTATGAGGTCGATTTTCCGATTCAAACACAA AGAAATAGACCGATCTGGCTAAAAAATTATATGGGTTCTTCCAAGAAATA CTACCAGCTAAATATAGCCTCAATACGCACCAGTAGTGCAATCTCTCAAT CTCTCCATGGACTTTTCAAACGACTCTCGTATATAATTCCTTTTTAAACT TTGTGGAGAAGTAATATAACAATAATAGTGTTGTAGTACTTAAGAGATAA ATAGCAGTTTGTATGACTGACTTATATGGCCAACCACCAAATGATTTTGG GCCTTTTTCAATTTCTTTTTGGAGAAAAGTTTTCATGATACAATAAAGGT AACGACATAACATAGTAAAGGAAACATGCATATATATATATAAAATTTCA ATTTTTAGGATTTATACCAGTAGCTAATTCCGTATGGAATTACTTTCTAA AGAACTATGAACAAATTATAATGTTTATTATCTTTTAATAAATATAAATA TTGTATGGCTAATTCTTGTTCCGAGTTTTCGAAATATAAATTATGTGTAA AATCAAATTTAGTGGATATTTTTTTTAATATGGACATTGGACATACAAAA AATATTCAGTTAACCATTTATGAAGCATGATCATTTATTATTTATTTATA TTCTATGTTTAAATTTCCGTTTTAGTACTTATTAATTTGCTACTAAAATA TAAATATTTTAAATTGAAGCTGAGACTTTAATTTAATTTTTTAAATTCGA AAACTTGAGTTCTTTTGGCAGGTTATAAAAGCCTACAACTTAGTCTATGT CAACATAAGCTCGACTGGTATGTGTTTTGAGGAATAAAAAAATAAAAAAT AAAACTTTTGTTGTTTCTGGCCTTTTTATGTAAATATAAAGGAATTTTTT AAAATGTTTGGCCCTGTGATTTATTTTTTGTCATTGTNNNNNNNNNNNNN NNNNNNNNAAGACCCTGTTMTTTRTTCAACCATAATGAAGATAGAAGAWA CATACTAAGATTAACGGGCTCATCCTCTTTCTAATTCATTTTTTTACATT TGTATTTAATGAATTTGGTTTTATCAGAATTAAACATAGCCTAACGTACT TAACTCAAAATTCTGAACCTTTTTTTTTCTAAGCGGTGTGTACATCGGAT ACAAACAGATAAATTATTTTAATTGTATGTATGATATAGGCATAATAAGA ACTAACTCTATATATTGTTGTTGTTTTTTTATCATTTACTATCAAAATAT TGAAAGAAGCCATATGAGGGAATACAATTCCAAATACTGCGTTATGTGAA ATCCGCGGTATTTAAACGCATTATGAGGGGACCTCCTCTCTATATATATT TTGATCCAATCGTAAATAATCGGATGTATCATTATAGGAATAGTGCTCTT ATTTTATTTGTATTACTATTGTAGATTTTGACATATTTGAAGATTTTACA AGTATTCATGGAGGGAAAAATCGAGAACCCATTTATACAGATGAATCAGA AAATAGTATATGTAAACTCTCCCCTGATGTGAGATAATTTTTTCTCTTAT TAATTTATTTAATATTTAGTTTACTCTTTAGCCAGGACCTTGCAGAGGTC ATTATTCCAGATGGTATTTCAATGCAAATGACAATAATTGTCAAAAGTTT GAATTTTTTGGATGTGATGGTAACAAAAACAATTTTCCATCAGAAGAACA ATGTATGGAAACATGTTACACACATTCTTCAAAAGATTGGAGTACTTATG ATCGTAAAATATTAAAATACACTTTGAAAAATGAGATGCCAATGGATCAA CCTTTAAAGTAAAATTTTCAGTTAAATTNCATAAATATTTTTCTATAAAT AAGTTTTCCTAGTGATATTTATTCCAAGAAAAGTGAATGTAAATTTGAAA AATGGACTCAATGGTCTGAATGCGTATCACCGTGTAGAAGAATTGGATGG CGATCAGTAATATTTCAATTTAATAGAGTATCTCAAATTTATACTTTAAA GTTGTAATTATTAATAGAGAATTCGTAAAAAGAAATTTGTTACTCATTCA AGTCGATGTTCCAATCGAATTTTTGAAAAGAAGAAATGTATCAATACTGT AGACTGTTTTAAATTGGATCACTCGAGGTGGTATCAAGGTTCATGGCGAT AAAATAATAATTTTTTTATTCAAAAATGTTTTGATATACTTATATTGCTT ATAAAAAATGTATTAAACTGTTTGTTATTTGACATAATATGTGAGGTAAT GACTAGAAATCAACTTCGAAAAAAAATATGCAAAAAGAAGAAAAACGGGT TTTACTATTTCTTTCAATTTTTGCTTCATCAGAAATGAAAATTATATTGA TGTAACATGATGTATCTTACATTGATGTAATATTAGAATCTTCTAGTTTA ATTGTACAGCATGAATATAGAGTATAAGGCTTCAAAAAAGCGGCAATACG CTATTAAAGATAGCACAGCATAAAATTTCCAATTTAATGCTGTAAAAATT GAAATTGGTAGGATTGAGTTCTTAACCGGCTGATGTGAAATTATTATTAT TCTTACATTTTCTATCTTTCCAATCCACTGTTATATTGTTATAATATAAT GTCGTTATGAACTTCCTGATTTGTCCTTATCTATTACGATATCTCTGATA TCCTAACTTCGAAGCTAGAGACGTTAGATTTTGTGATGTGGAAGTAAAAG AAGGACGTAGAATTGAAAATTATCTCTAAAATGGTTGTCCCTTTTCTTTA GGACCATTAAATATATTAGGAAACAAAACTCCTTGTTTTGATTACGAATT TATTTCTTACCATTGGGATCAATACTTAAGAATGTATTCTATTTCTCCAT AGAGTCATGAAAGCCATACGTATTGGAGATTTTAGTGCCCTGGATAGGAA AGATGAAAATTCAAAATTAGTGGATGGAGAGCTTCTGACACAACTTTTTC TTTCCAAATCTATAATTCAGGGTCTTTAGACTCATTATTTGAAAATTGGG TTCACACATAAACAGTACTAGTTCACTGGAAATACATCTAATAAGCTGTA CAATCGAAATATTAAGGAAAAAAGAGAAGATATTAAATATTATTTGTAAA ACCTAATGAAGGATCATTGTATTTTTGTACTGGGATGAGTTTCATCTCAT TATGATATAAAACTATTCGTTTTCTATGTCAATGGAATATAAAAGTTTTA CATAATAAATATAAAGAATCATGTTAGGATAAAGGGTCCGACAAACATTG CATTAAATCCACTTTTATTCGTCATTGGAATACTATGCGTTCCGATTTGG GTATTATGGGMTGACTAAGCGATGTTTGTCATATTTTTTATGATCATTTT CAAGAATTGGCCTCATTGTTCATGTAATACATACAAAAATGCTTTGGTAG ATTATACATGAAATATTAAAATTACTATTAGGGAGCACATACTACATGTA TAAAATGAATGCAGAGATCACAATATGAGAATTGAATACACCAAAAATCA TCAAGAATTTCTTACGTTATTAACTGAGGATTTTCTGAAGCTAAATCAAT TCCTTACTTGTCAATTCAAATATGAAAGCCACATTTAATTTATATTTGTA AGGTTAACTTTTTTTTTGCTATCAATAATAAAGGGTTAGGAATATCCAAC AAATTTATTTTTGATGAGGCTGAGCAGGTAAATTTTTACCTTTCAGTCTT TGAAATCGTGTAAAATAATTTTAGGAAACTATTAAACTGTGTGGCATCTC TCTCATATCAATAATTGCATCCGTGGTGTCTTTAAATTAAATGTAATAAA TGTGTGTAAGAAAGTTAGAATAAGATAGAAAGTTCTTCAACTTTTAAGAA TTAATTTCCTGGGCCGAGTCCATAACAATAATTAATAATTATGGATTTCG TGTTGTACATGGTTATTTGAGAAGCATTTGATGAAGCTTTATACACTTTG TTGCTGAAAACATTTCAAATTTTCTCAAGAATATTTTTTTTCATCGGTCT GATAGTTCACAAGCTATTTCTGTAAACTTATTAAAACATAGAATTTGGTC CAGTGAMCAGCCTCTCTCAATTTAAGAATATCGGAGAAAATAATATCTCA TGAAGAAAGGCATTCCTTGTTAGCTCGGAAGTAATTGACAAGAATCCTTT TACCTCAAGGGATGAAAAGTGGCTAMAACAWAGGACGCCCACATTGTCCA TTTTCACAAGTAAACCGGCTTTTGATTCTGTCTTATGCTCCTTCTGTAAG GAGGCTTTAGAAACATCAGAGCACTTATTATTCTCGTGCTCCCTTATTGC ACCTTTAATTTCTGCAGTGAATGGATCGTTGCAGAAAACTACGGAGATTT TCTTTCTAAAAGAGATAGGTTGGTCTCAACGGGAGGCAACTATCGCAACA GAATGGACGTGGAGACAATCATCTCAAATTTAAATAGACCGACAGAGACT CGTTTGAGTGGAGCTACTGGAGTTACTTTTAATGAACTAGGATCCATCAT GTTTCAAGTATGTTTTGGAAATGATGAGGTTGAAGAAGAGATTATAATTG TTAAAGAAAATGTTAAATCCTTAATGTTTTTGATGTTTTGTAAAATATCC AGAATTTTACTTGAAGATTATCTAAGCCAAATTGAGCGAGGTAGATGGAA AATAGCCAAAGAACCTTGTGCTCGTAGAGTTAAGGAAATGAAATATATTT CTGATGAAGAAATTTAAGCCATGAGAGACAAGCTTGTGCAGGAGTATCAT GATTTGTTAATTGATGGAAATCAACCATTCAGAAATATGAAATGTGCACC TTTAGAAATATCTTTAATAGAAGAAGTTGAGCCTTGAAAAATCTACAAAG AAAGGGCGACTCCCATTGCTTAGAGAATCTACAAAGAAGGAATTGGAAGA ATTATTGACAAAAGGAATAATTGAGCTGCTGGGAAATAAACCTACGGAAT GGTGCCACACTATGGTTGTGATGGGAAAGAAAAATGGTAAGGTTAGACTA ACAGTGGATCGAACAAAATTAAATAAGTTTGTCAAACGACCTATACATCC TATGACTAATCCCAAGGAGATAATTGCAAACATTCAACCTGGAAATAAAT ACTTTTCTACGTTTGACGCGATTAAAGGATAGTGACAGATCATTTTACAC CATGAGAGACAAGACCTAACAACGTTTATAACTCTGTGGGGAAGATTAAA GTTTAAAAGATGGTCAATGGGATTAAATGCATCTGTTGACGTATTTAACC TTATGATGGACCAAGCTTAGGAGGATTGTCAAATACAAAGAAGTAGGTTG ATGATATTTTAAAATATTATGAGACATTTGAAAAAACATGCTAAAAGAGT CAAAGAATTTTTTGATCGAAGTACGAAGTTTGGCATATCACTCAGTAAAG AAACATATCAATTTGCTAAGCCAAAGGTTGAGTTTATTGGTTATATCGTA GGAGAACATGGAATTAATGTCGATCCCAGAAAAAAACCCTTTCAAAAATA CAAACTCCTCAAAACTGAACTGAGCTGAGGTCATTCATGGGAATGGTCTA TCAAATGATCGGATTTTCAAAGGAAATAACCAACTTATCTGTCACATTGA AACCTTTATTATCCAACAAGAATGAGTAAATAAAGACTAAAGAACAAGAT GACACATTTGAAGATGTCAATAAGTCTTTGGTTAAACTTCTTCAAAAGAG TCACTTCATGCCTATTAGAAAAACTGTTTTAGAGACTGATTCTTCTAAAA AAAAGGTTTAGGCTATTTTTAAGACTAGAAGACAGTGAAGAAAAATGAAA TCTTATTAAGCCAAATTCTATATGGTTAAGTGCAGCTGTAGAGAATTATG GAATGGCAACGCTTGAGATGATGGTCATATATTAGGCAACAAAAAATTAA ATGTTGATCTCCAAGGATTACCCCATTATTATATTGAAACAGATCATCAG GCAATTTTAAATATAATCAACGAGAAAACTTTGAACGAAATTGAGAATCC AAGACAAAAAGAAATCAAAGAAAGGACGCAAATGCGTTATAAATTCACCG TTGCTTGGAAACCAGGAAGAAAAGGACGACATAGCGGAAGATATGCATAT GAGTAAGGTTGCGAGAAGAATATTAATAAGAGCTGTATGTGGTTCAAAAA ATTCTGACGAATGAGATCAAGGATAGAAGATCAAGAAAACTGAAAGACCA AGCACAAGGAGATGGTTATTATATAAAAGTGATAAATTTCATTAAAGACG GTTTTGGAAATAATATCAAAAATCTCCGAGAAGAATTAAAACTCTACTGG AATTTGAGAGATAGTCTATCGGTTCATGTAAGTTTGGTTATCGTCAACAT TAAAAAACATGTTATACGAAGAGCAGCTCAGAAAGAAATATCAGAAAATC TGCATGTATCTCATCAAGGCATAGTGGAGACTAAACAACGTGCTGGAGAG ATTGAAGTGGAGGCGCAGTATTTTGGCTCAATAGTTGTGTGCCAGATAGT TGGGGTGTCTTTCACTGGTATGCCACTCTAAACGAACATCTTCAATTTTA TATGCCATTTTTAATTCGTAGTACTTTTTACATAAATTCTAGAAAATAAT TGCACATGATTGTAGATCAGTTTGTTAAGTGGTGTCCTATATAGAAAAGA TGGGTTCGCAAGAGTTTGATAAGATGAGGTTTATCATAAAATTGTCTTGT ACAGATTCCAAAAATAAGGAGATTCTTTAGTGATTCCCAATGCTTTGTGT AATCCTACTTTTCAAGGGACCATATCTGATACTATGACCACGATGAAAAA TGCCTCTTTTTTCTATTTCTTTAATGAAGTAAAAAAAGGGATTCAATGGT CATGGCTGAGTCAAAATCGAAGTAAACTGGGATCTTCCATGGATCCCTTG CACCACGAATCGTGCTCTAAACACATTTGATCAGTGCAAATATTGTTATT TTAGGAGAATAAGTTTTGTAAAGGTATCTAGGAAAGCTCGCTTTTGCAAA ATAAGACAATAGTTTGGAACCCGTCAAAAACCTCAGAACTCGTCCAAAAT TGGTATTCTCTGTAATTCTTTCTTGAGAGCATTGTAGCATGTAAATCATT CAAGATAGACTTCCTTTCTCTATGAAATTCAGAATTTATGTTTTCCCTAC AGACAACAGGTGTAAGGTAAGTTCGTCTAAAACATATTCGAATAAGGACA ATGCGTATTATATATTTTTGTATAAGGACATTTCGTATAAAAACAATTTC GCATAAAATCATTTAGTATAAATTTATGAGGAAACTGGGCATAGACTTTA TGAATTGTCATTTTGTACTCCGAATGTTTTTTCAAATATCAGCGGTGGGT TGCATCCCGTTTTGGGACCCGACAGTTCCCAAAAACATTCCAACATTTGG AGTACAATGGGGGGGGGGGGGGTTGTATGGGKAACTTAGTAGTTACTTAA GTGTCAGCGGTATCCCAAAAACCCAAACATTCGAGGTATAAAATGACAAT ACATCGTTGCCTCATAAATTTATACGAAATGTCCTTCTACAAATTATCTC TGTACGAATATGTTTTAATACGAAGTTACCTATTACCACACAACACTATG TAGAAACTCCTTTAATTTTGTGCAATGTGTACTCTTAATCCCAGTTTGTC TGATAATTAATCATTGTTTAATTTTTTTAAACTAGCCGGAGTAATCAATA TTGCTTGGAATTGTGCATTTAATTCAGCACAAACTCAAAAATCATCGTCA TACCAAGAGACATATGACAAACTTGTCTGCATTAATATAGATGAATTATA ATTAATAAATAAATATTTTTCAATGTATGAAGGAAGGTCTTCTTTTAAAC ATAAATTTAAATAATTTAAATGGTCAAATTTGATTTTCAATCTACTAGCT ACTTATTCCCTTGGTATATCCCTGGAGATTTAAGCTTAAACATAATCCCA TTCCTCTATCACTTGAAGTATTTCAGTGCTAGGGCATTATCTTAGTAACT ATCATTATCGCCTTTCTTTAAATAATAGTTACAACTAGAATTGAATTTAC TAGTTAAAATTTTAATTTTAATTTATATTCTTATTCGATAAAAACTTTTA TCGAACCAATTTTCCCTTTTTAAGGATAAATATGTAAAAAATAAATATTA GACGTATAAAAACTTTAATTTTTCTACTTATAACCATATGCATTCATATT GATAAGTATTATTACCACTTAAAACATATTGGTTATAAGTTATAACCAGC CTATAGTAAAATATTCATGTGTAGACTATATAAACTGTTGAACTATGCTT ATAACCATAATTCAAATAAGTTAAACTAATTTTTAAGTTAATCTTGGAAA ATAAACTATGAAGACAATTTTAAACTTACAAGTTTCAATCATTCTAAAAA ATATGATTTTTTTTTGTTTGACTAGTTTTTTTAGGCAGCTAAAGTGTTAC GGTGAGTAACGAGTATTCAGGGGCGTAACAAGTATCCAGACGAGTTACTA GTAAACTTGCAATTCCTTGCGTGTTTTTTTAAAGACTCGAAAATACTCAT GTAGGAAAATTCAGCTCGCGGCACATCACTATAAATATTATTTACATTAA TTAAAGGAAGGCAATTTATTATATCAATTGTAATTCTAAGAATTGATTAA TTTTTAACTAGTAGTTCAAATATTAAAGATTGTNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNAAATTTTTAGTTGGAATCATCCAT CACTAACATGATTTACACATTAAATATTAGATGAAAATAATATTAAGGAA GTCGAAGCAATTCCGGATATTTTACATTAGGTGAATAAATTAATGTCTGT AAGACGAATTCTGAAATTAGTTTTTTCAATTGTTATTTTTTGTTGTGATG GCAACAATACGAAAGTCTTAGTAAATATTTATGTTGTTTATCATATAAAA TATTATATAAAGTTGTTATTAATAATACACCCAACATTAATTTATTTTTG TTTTGTTTTTAAATTTATCTATTTAATTTTTTTAATCGAATAGTATACCT GTACAAAGATATGAATAAGTAAAACTTATTTAGTATGGAATCGAGGTAAA TTAAGTTTTATACATAAAGAGTGGTTAAACTTTATTTATATTATCATAAT AAAAATTTATTGGAATTAAGATAATCATTACATAGATAGATTCTGTAATA GTGCACTAAATATGATTTTGTTATCATTTTAACTGGCCAACTATCTAATT AACATAATTACTTATGTTAAAGTTGAATATAATAATCCAAAATACTTGGA CTAGCTGATAAATCATTATGATCAATGACCATTATCTTTTGCATGCAAAC ACCAGGATTAATTAAGCTGGATTACAGTATAACTTCACTAAAAGTATATC ATAATATATACACTACTTATCTCCATCTATAATATATGGGGGGAGAGGAC GATAATTCACATTCGGAACCTTAAATTATCCAGTACGCAGAATTCATAAC ATCAATACGTGTTTTATAAGCKCTCTTTTACTATTTTTTTTTTTTTTTTC AAAATTACTAAACAGTAAATACGCTTCAAATTAGTAATGCTACTTGAATA TTATAAATTTGTATCTTTATTTTAAATATTTAGTATTGTCTCTGTCGTTT TTTTTAGAATTGGTAATCTAAAGAATGCTTTTCCTTTTTTCTCCTTGATT ATTATTATTTAGCTCATGAGTAGTGAACTTCCTTTTCTACTCCATGCAGT TCTATTCAAAACCTGATTCAACATTCATGTGTACTCATAAAAGACGGAGA GTAAGCTTGAGGATTCGTTGCCGAGCTATAATGGTAATTCCTTGTTGGAC TCAGAGTAGAATTAAGGATTGATATTGGAGTAATTCTTTCCAATGTCCTT CTTTATTATTTTTTCCCCCCTTATCCCTCGTCACAGCTGATTGTCACTGA TCTAATGAAACAATAAGTTGCTCTCTTCCAAAATATTCTTCATATTGTCA AATATATTATTTTGATTTTCGGTTTCTTTTTTTTAACAACCTCCAAATAA ACACTATTTTCATCACCAGTTATATTAGTTGTAGAGTGTTCTCTCTGTAG CAATATTATATTTTCTTCCTCCAGATCATTTAACAGAAAAGTAATATTAA TATGGATTTTAATCCCGTATTACCACAAGTCTCACTTTTGCTTTCGTTTT TTTTTTTGCACTCGACAAAATGCCAATTTCTACAGGTCTGTGTAATATAA TATAAATCTGATTATATCTTAATAATTTAACAATTCCTTAAGACCTAGTT ATTACTTCTTTATTGATTATTATCTAGTCAAATTTTCTTAATTTCTAAAT TGGACTTGATTTATTTTAACTGTTGCAACCGTCGCAAAAGACAATTGCAA GTGTTCTATGAAAAATTATTTAAAGATTTATTTCATTTAATTTTCTTTGT GATATATTTTTGAATGAAGACACCCTAAAAGAATAAGCAAGTCAATATGC CATTGATTTAAAAGCTTCAGTCAAACACTTTTTCACCCGAAAGTCTGTAG CTGGATCTATTTAAAAATATATTAATCTTCTTCGATTCAGAATTTTTTCT CTCTCTTTTACTGCACCTATAAGTAATTGCTCATGCGAAAGGTAATACAG ACATGGCTATCAATAGATTGTAGTCATTGTTGACAAGTTCCCTTCAAATG CAAAACTACTGACTGGTAAAATTAATAAATAAACTTAAACAATAGTAAAC AGATATATGTATGATGTGGTAAATTTTGGTTAGCCTAAGTCAATCCAATT TCTAGTAATTTAGCAAACTACATTCCCTATCATTAAAAAAGTTTAACAAA AGCTTACCCATTTTTTTATGAAAGAAAAATTCGATAAAATTGTCCTCCCT CATAAGTTCTCTTTCTTTACTCTCCCTTTTTTATGCATTTTTCATAGTCA GTCCAGTTGAAATATTACTTTTATCTTGTGTCTTCATTTTTGATGTGTTT ATCGACAATTTTTTTTTGATTATTACTGGTGCATATGTTCTGTTATTTTA AATTTTCATTTTGTCTGAAGCAATGTGCACTGATATAAATTTATTTATAT AAGATTCAATTCAATCCTTTGAGAAATAGTACAGAATTAAAACACCAAAA AATATAAGTAGTTATTAATTTTTTTTAAAGTTTTTGTTAAAATAAGTAAG TTGTTTTTTATTTTGTTTTCAACTACTTAAATAATAAGTAAATACAAATA GTTACTTAGTATTTTCTTACTTGGTTTTAATTTTTATCTAAACTCACCGT TGTTTCTTACTGAGAACCTAAAAACTTACATGAAAATGCATTTTAGAAAA TTGTAATGACTTTGTATAATCGCCAATATATTGGGTTTACATTTGCTGCC AATTACTGTTATTTTTAAGAATTCATAATTTGTCGATTTATGTTTTATGT GCACATTATTATAAATTCAATTTAATTATTCTTGATTAATAAATTACAAT AAAATATTTTTAAATATTTTATTTACTATAGGAAGAGGTGTTAGCAACAT TTAATTATTTTTTCATTAAAGGCTTCAAGCTGGTGGAAGCGTTCTTTTCT TTTTCAATAGACATGATAGTAACATTGTGTATTCTTGTTTGGCCCAATTG ACTTAGCTATTGTATTTATCACCTTTTGAATGAGCAACTTCTACAGCTGC AATTAAACAGAAGAAAACATTTTTGAATCGAGGAGGTTGTACTCTGCAGG TATATCTTGTTGCATAGATCCAGCTTCAAAATTTCGACTGAAAAAAGGTT CTGACCACGAGTTGCTACTCAGTTCTTAAATCAATGGCATACTGACCTGA TAATTCTTTTAGGCTCCTGTTATTAAAAAATGTATCACATTAAATATAGA GAATAAAACCTTTTCTGAAGTTCATTTATCATTTTATACGGACAGGGGAA AGTTGTATGATCTTTCAAACTCTCAGTTTGGCCTAAACATGTCCCTAAAA CATTATACATTATTGCACAATATGTATACATGTCAATTTCTACAAATGAT CAAGAGCAACTCAATTTCATATTTAAGTAACAAGGTTTCAAAAAGTGTCA TGGAGTAATCACCTTTCCTGTCCTTTTTTCAAGTTCTTGAATATCTAAGT TAAAATTTGTGATTCTGAAGAATACAGACTTCATGCAAATAAAAATAGGA CAAAGGTTTCGGAGCATTCTTTAATTGCTTGTTATAGCCCCAAAAAGTTT GATTGAATTGTGAATTTCCCCCATGTTATCTTCAGTYTTAGTATATATTG TACGTAATAAATGTGTTTCCTTATAAAATTGGGCTTAATTAAAAATATAT AATGTATGTCAAACAATGACAATTGTTTAATACTTAAACATTCAATTTAA ATAAACTTATGTATTTTTGGAAATTGTTAGCATTTGAAGTATTAAAGTTT TAATTTACTAGATGCACTTTATTAACATAGATTGTAAAACATAATAATGT AAGAGAAATCAGCATTTTGTGGTGGATACCTGAATAGTTAATATCATTAC TATTTTATTTTTGAAGAGAGAATACAAAAGTATAAATTAATCACTAAAAC ATGAGAGTCGAAAAGTAATAAGAGTTATAAGTGTAAGAAAAACATTAGTG AACACTTATCTCAGCGACACTCAATATTTTTTAGTAGGAGTGCACTCCTT ATTTTAGAAGAGCATTAAAATCGCTCAATTTTTCGTAAATTTATATTAAA AAAAATTTATTTTTTCTGTTTCAACTTCTTACGGGATACCCTCAAAAAAT GGAGAGATAAAGAATAATTTTAAAGATTAAAAGAAAAAACAGTTGAAGTT AAATCTCAAGATAAGCTAGAATCTTTTTCTCCATCCTGTGTGTGTGCTCA GCTGTTTTCGGCTGACGAGTTTGTTTCTCATCTAGCTGGCCACCTCAAGA AAACTCAGATATGGGTTCCCTAGAGACTCCACCAGCTCCTTCCTGTGTGT ATATACCATTGAAAAAAAAAATTATTTTTTTTAAACGAATATTCCCAATA TAAATACAATTTTTTATGAATTAAATTGACATAAGATCTCAAAATCTCAC TTAAGCATAAGTTCTAACGAAGAAACCAACTTGTTCTCCAGACCCAGGAA TCTAGTCTGATCAGACTAAAATTTAGGCCTCGGTACGTAACTTTGAATTT TGAACAACTTTGAATTTATATTTTAAGTATGTAACTATATTTGTTTTTGA AATTTGGTACTTTAAAATTTAAATGAAACAATTTAATATATTATAAAAGA GACTAATAAAAAGAAGTTATTTCCGCCACGTCGTACTTGATGAAATCATC TTCCGTTGGGTGTTAGTCATTTTTATTATTTGAAATTTTTAGTTTTACGA AGGGCCAATTATTCCTACGCGTAGAGGTTTAGAATCAGTGGATAACTAAA TCTTCATCTCTCTGGTCGTTGTATTCTTTAGACGTTGATGGGTGTTGATT ACTTCTTGAAGTTATTCAACTCGAAATCGAAGATCCCTACTTTGGGCAAA CGAAGGAATCAGGCGGGATGTTGTTGACATCCTCGACACGGACCAACCGT GGTTGAATTTGTCGTGTTAATTATACAGAAAGGGGTGTAATTAATTTTGA AACAAAGAGCCAAAATGACTCATCCATCTCCCTCCCTTCTTGTTTTTTAA TCTAATTACTAAAAGTGTTATAATATAATGACACGTTAAATCATATCACT TTATTTCCTTCACGCCAATCATTTTTTGTCATAACTTAATTATTAAATCA AGTGTATTTTATTTTGTTGTCAGTGTATTTATATCACTTAAAGTAATGAA AACTGACATAAACAATGGTGGAAGTATAATTTTAATTTAATGAATCATCC TTGATGTGAGTAGATATTTAAATATCACTTGAAAGCCTTTTGATAAAGTA ACAAGTTGTTCCATGCATATAATTTACTCAAAAGATAGCAAGAAAATTAC ATTATGGGTATAAATTCCCATAATAATAATTGGCCATTTTTATTGATTAT ATACATGTAATAATGAAATAATTTAGAGAGCGGATCCTGAAAGGGATTTA TTCTATTTATAATAATAATATTCAGTTCATTATTATCCAAGAAAAAACCT TCACTGGGCAAAAATGTAACAGGGCAAAAACGCTTAAGACAAATACGTAC AAGGTAGAAACATGAAAGGCAAAAATTTGGGAAACCTTATCTTTCTGACA CGCCTTATATCTAATTAGTTTAACTTAATAATTGAAAAACTAAACTTGAT TTGAAACAAGAATTACGATTTATGGTTTATTAATGAGGATCATAAATTAA CTCATGCAATTTGTATCTAGAGATAACCACATATATCATGGAATTACCCA TATATAGTAATGGTAATCGAATGTATTTTAGCATGATAAAAAAAAAGAAA CTGAAAATCAACAAGGTAGCCCTTACAATTTGAAGAATATCTTGGAGTAG AGTAGCTAAGCTGTCATGACCTTTCATTATAGCAGCTACAATCAGCTGTG ATAATGGAAGAGGGTGAGAAGGAAAATACAAAGTACATTGTAAAGAATGA CTCAGATGTCGATCCTCAATTCTACTCTGTGTGCAATAAGGGCATACCAT TATAACCTTGTAATAAATCCTCACGTTATTTTCCGTTTTTATGAGCCTAC ATGGTGTTCAATAAGGTTTTGGAAATATCAGAAAAATAGGTTCACTACCT AGGAGTTACATAATGACTACAGGTGAGGAAAAGAAAATTAATTCTTCAGA TGACTAATTCCAAAAAAGCGGGGAGGCTAAAAAATATAGACGATTTACCT AAGTACCCATATATATATTATTTCTTATCTTTTAAAAAACTTGTCCTAAC GAATAAAACTTGGATGTATAAATGAATTTAGTTTAATATTATAACAATAA GTAGGATGTTGTTTTAAACTTAAATTGTAATATAAGGTCTACCCAGGTGC TTTGGAACTGTAGGTACGTAATGGGACTATTGTAATGTACTCTTTCAACT TTTTATGTTTTAAAGTTTTAGGTACACCATTGATCAGAAATATATTCTTA TGTATAGCCTTTTCTCCAAAAGTTTGTATCTTTTTTAGTTCAGTCTCTGC ACAAAGGTCCACCTAATACTTTGAGTCGTTAAAAAGGAGGGATTTCTTCT TTATAAAAATATTGCCATTTAGATATGTTCAAAACGCTATGATAACTTTA GAAAACAAAATGTCTAGTGATAACATGTTAGTTTTAAGACAAGAAGGTAG TGCTTTTTATTTCAATGAATACAAATATATTACAAATTGTTAAATGTTCA GATTTTTGTGTGAATCCTTCTTTTTTATAAACTTTACTGGCACTTAGATT TGCAAGAAATGTTGAGATTTTGCTGAATATAAGGAAAGAAAGAAAAAAAA ACTGCTACTGTGCTCACTTACCTCAACAAAACTTGCAACTCTACTTAAAC TACAAAAAATAAAACTATACTATTATAACCTTATTCATTAAACCTTTGGA TTATATTTAAGCCGAAGCACTATCACATCCTCAGAATGGCGTTTGCTGCA GCTCGAATGATTATGCCCAAAGATAAAAGCCGGAAAACATCAGAAGATAT TTTCAACTCATTACACAAAAAAAAGGTTAATAATTTTAATTTTATAGTTT CATTCAACATTTTTATGTATTTAACATTAATGAGATTGATAAATTGATGC ACCTTGAAAGCAAGTTGTGTACATAACTTAACAAATAGCCTGTAAAAACA TTCCCTGTTTTTCAAGTTCATCTACTCAAGAAGATGAACATTTTTTTAAG AATTCATATACACTACTAATTAATAAGGTAATTTAAAACATTAAATTCCA ATCATTTAAACACTCTACTACCCCTAATATTAGTTAATTATAATTACATT TACTTACTCAAAATAGCTTTATACAAGATCAAATATGATACGTGTTTCTT GAAGTTCCCTTGCTGTTCTAAAATAGAACTGGAAAATGATGAGGACCAAT AGAATATAAAAAATTGGATCTATCTTATGCTTTATTGCTGGATTCGTATA CAATCTCCAAATTGATTTAACAGAAATCATGCACAGACTTAAAGCTTTTT ACAAACAATAAAAAAAAAAGGTCTGAATTTATTTGTAATTCTTTCTCCAA GTCTAATTTTGNNNNNNTTTTCTATGAATTCATAGGAATAAAAAAGTTAA AATGACAATGGTTAATTTTCTTGTTAGACCGTTGGCGGATCATCTTAAGA AGAACATAGACAAGAAAAAAGGTATTCTTTTTTAAACACTAGATGTGGTA AGAATAGAAAAGTTAAAATATTTTAATTAAAAATATTATTATTTAAATCT TAAGTTGTCTGCTTTCGGGATATTCGATCAATAATCTCATACTTTTGTAG CAGCTAATGTACTTTCTGTATTTCAACCAAATTTAATATTATTTTATTAG TTGAAGGACCTCTACAGGAGTAGTTACGTTTGTAGATAAATTATGAGGAA ACTCAGTATGCGCCTCTCCACAAAATTATTTTCGCTATAGACAAGAATTC TGATATAACACTTATATGATTATTTGATAAAGTTTTACAAAACAAAATCC ACTTAAGTTCTTCTTTTGAAGAAATTTATCCTTTCCATTCAGCATCTTGA CTTTTTGTGAAATCAGTTAATATATTATTCTTCATTTTTGGCACAAATTT TTCCAACAAAACTAGGCCACATCCTTAGCACTACTTCGGTTGTTTGAGAG CAGGGATATATTTAAGGTGAAAAAGTTTTTCTAGCCAGGACTTTTCTTCA TTTAAAATTAATTTAACAAATTTTGGATTTGATGCCGCTTTATATAAAAC TAAAAGAAATTACCTGGGTATTCTAATGGTCAATACGTTTTTGGAGGTTC AAAAGTCTGCAATCACGCATTTTTATCAAAATGTGTTCATTCAATTTGGA CAAATTTTTGTTCCGTTCAAATCCGAGTATTCAAGCTCTTTCAAAAGTAA AAAAGCCCCCCAACTGCAACTTTTCCAATGGTCTCTATGAGCACAGCGGA AGAATACAAGTATTCTTCTTGCTTATTGTGGGACTAGTTATAACCTCAAA AATATGGAACTACTTCAATATAATTTTAATCTTCTTTTTCAGTTATTTTT CTGTGTTTTCATCAATCATTAAAGTAATATCATTAGTATAAAGGTATATG ACATGCTTCTGTTGTCCAAAACTTACTAAACAAACCCCCGGTATTTACGA TGAATTKTATCCATAAGTTTGTTAAGAGGAGCAATAAAGAGTAAAGTTGA CGTTGGGCAGCTCTGACGACAACTTCTCTTTATTTAGATCTCTTTCGTTC CAGATTGCCTAACGTGACGGTGGATGTCACATAAAACATTAAAGATCATA TTGAAATAGGTTCATTTTGTTTTGATAGTACACCTGCTAGAATTTTAAAT GTAACATTTAATATTATTATCGGTATTCAATATGTGAAATTGGTGTTGCT ACCCATTTTGGTAACGGGACTATTCTTTTCCAGTGAGAGACTTTGGTAAG AGTACATATTTTTCCACCTATTTCCCCAAAACAAGGAGATAGGGAGCTTT TAATTTTTTTTGGCATAGCAAAGGTCTTAATACCATGTGTTCAACTCTTT TTATCTGCTTAAAAATGTTGGTTTATATATTTTATTATATTTTCTTCCAA AAACACGCCAAAATTCCGAATTACTCTTTTTCTTGTAATGTTATCCCGCC TTCTTATAACTATCTTCTCAAAATTATCATAAAAGTATTTTCAAATACAT TCGTTCCTCTCCAGAACTTTTCAACCCAAAAAAAAAAATCCCACTTGAAA TGAAGAGAAAACATTCCTGTCTTTCAGGTATTTACCCACTTACTATGATT GGTGTCAACTTCGATATTCTCCCTGGTCAATGCCTCTGAAATTTCGGAAA CTCTATACAAATTTATTACTTCTGATGTTAACTTCCTCATACAAGGAGAT CCGGGTAAAGGCATGTTATCCATGTCTACATTAAGTTCCTTTGATTCCTC TTTTTTTCTAATGAATTTACCCGTAGTTTATCTGATTATTCGTGTGATAC TCATCGATATTGTACATTTTTAGCAATATTTTTTGTGGAGGTACAATGTA CACCCTTCTTTGTAATAAGATAACACAGAATATCTAACGTCCTGCGGGCA TATTATATCTGGATAAAAGGAAAGTAACTGCTTCATGAGAGCGTGTCTAA TTTTCCTGTCCTTATTTCCTGGAATGTTGATTGAGACAATCTATTAATAT TGAAGGTGATTACATTCATTAAAATTATTGATTCCATCCCTCCTTAAGTT ATCTCTGCTTCATATTTTACCTTTAAGAAAAATAAGAAAACTGTCTCCTT GATGCATATAGTATATGCAGTACGAATCACTTACCTTTATCACACTCAAA ATCAATTTCATTTGTTATATGGTCGAATTGGTGCTGTAGTGTCTGAATGA ACAATTATTTATTCTAAATACTTTATGCCTCATTCCTGATTTCATAAAAC TTATAAGTTTCTCTGAGGTGGAAAACATGGGGAAGGCCAAAGACGGAAAT CCTGGAAAAATAAAGTATTACTCTGATGGTTTCTGGAGCTAATTATATCA GTTTGATGTACCCTTGTGTACCTTAACCTCTCACAAACATTTACTTCCGT TAGGTGAAAGTTTAATATCTGATAAAGATTTCCAACACTTGTTACACTTG TGAGTAGCAAAGGTCAACAAACGAGCACGGGAAGATGGCAGGAGCGAGGC ATAGAGTGCAATAGATTAAAGTTTATTTTGAAAAATAAGCTGCCTATGAT GGTTTTGGAGGATAGAATATGACGTGTTTCATCTTAATATTCCATATTTC AATATTATAGATCAACTAAATTATTCATGGCTATGTCTCGCTCCTGCCCT CTCCTTAGGCTTGTTGGTATTCCAAGTCCTATAAATAGCTTTCGTAATTT TAACTTCTCCCTTGGAAATAATAATTCTATCCCATCTTTACTGTAAATTG TTTTCAAAATGAAAAAAAAAGAAGATATATATGAATTTAAATATAATTTA TTTCCCCTACAAGAAATGTTATTAAAAATGTAAAAGGTGCTCCTGTTTAC AGCAGTTATTGAATTTCTCCCTCCAAAATCATATTTTAGGGGAGGAGGGA AGATAATCTGTGTCTTAATTCCGTAATATCATAAGTCTTGCTCCTGTCTT TTTTGCACTTTTACAAAAATCTCACCTTTATTAATGAAAATAACCAATTC ATGAGCTGAAAGAGTAAGAAACATATCAGAAACATATCAAACGATGTAAA TCGGTTGCATTTTTTAGTTTGCCAAGTTTTTTTTAGTTGCAACCCGAAGA GTTAATTTTTACCCCATAGGCAGTCATCATCATTATTTAATTACCAGGCA CTAAACTTCCTTTTCTTCGACATAAAAGCTATCATTGTTATAGTCGTATA CGAAAATGGATTGCTCATTTGCATATACACATAAAAAAGGAGGATTTGTA GCAGAGTTATAATTTTCAGTTCTTGTTGGACTCAGAGTGAAATTGACAAT CAAGGTCAGAGTAATTATTGCGTTTGTCTTTCAACCCCCCCCCCCCCCCC TCCATCCCACTCGTCACAGTTACTTGTAGCTGATCTAATGAAACCACATG GAAGCTAAGCAGCTCTCCTCAAAAACATTATTTACATTGATTTTAGGTTT CTCATTTTAAACATTCTTAAAATGCCACCAATTAGCACCATTGAACATCA ATGACCAATAACCCAGTTTGACCAACAAACTACAATTTATTATTTTATAT TTAGATCTTTCACATAGAAAAATAACATGAAGTATTTTAAAAGTTTGAAA AAAAAAATATAATAAAAAACACTCTTTAGGCGATAAAATCAGAAATTTTC ATTTTTCTTCGTCAAAAATCAATCAAGTACACCTGATCTCAATCCAAAAT AAAACAAGCTAAAATTTGGTTTAATAATGTTATAAAATCTTTAAATTAAA AAACAATCAATTTTTTACGCAAATTGAGCCCTGAATTTTTTTTTACTTTA TATACTGGAGTTACAATATTTATAATTAAGTTTTACAATTCTTTCAAAAA TACAAGTTTAATATGTATGCCATAAATGTTGAGATAAATCTTATTTTTCG AAAAGAAAGAAAAAGTGCAGTTACTTCGAGTATTTTAATAATATCTATCA GTATTTTTTATATTATTTATTGTCAATAACAAGTCGTTCATATAATGAAT CAAAGTACCAAAATAAAAATTTCAATTAAAGTTTTAATCTTAGTTATAAA ATGAAATAGATAATTCGATTAAAACAATCGTGTAATGTGGCAAACATTAA ACTTCTGATTGATCAAAATACTCTTTGGCTGTGAAATTTTTTGGCTAAAA GGGTGAGCAGAACTCCTTTTAGTGACGAAAAAACGCGGATTGTATTAGTA AGACATGGGATCATTAGGGGCCGATATTTTTCTATTCTGTGCCTCTCCTT TTCGGCTCTAACGAGCCCTTAAATTTTAACCCGAGACTGAGGAGTAAAAA TGAGTTTGCCGAGGACGTTACCTAGCTTCAGCTAGTCCCTTCATCTGCCA GGGGAAGTAGGCTTGAATGATTTCATACAAGAATGGAGGGCTCTAAAAGT TTCAAAAAGCCTATGAGGGAGGGGATGTGTCAAACGGCCTCTGGTTCCAT TCTTCATCACTATAAGCTGTCGTAAAAATCAGAATATTAGGAAAGCTCTA TTCACCAGTCAACGACGTATTAACCCCGAAGTCCTTGGGAACATAGGAAT AGAGAGGCTTGATATAGACCGGCACTCCACATGTGAGTCCGCGCGTGGTT TTCCTAATTTCTTTTGTCGATACAAAAGAAAAACGTTTAGTATAGGTTAG CAAACTTCGTCTATCTTTATCAACAAGAGCCAAAATACTCCAGAGGAGTG GATGTGTCATCTTTGTGGAACTATCATAGAGACTTCTTTCCAACTCTGTT ATTTTCGTACTTGTATCGCCTCTGTGATGAGAATATTAGAGGTTGAGATC TGGAGTCATTGTAAGAAGAGATTGAGTCTTACAGACTAGCTTGTCTCGTC GTTAGCAAAAATAGGAGAAGGCTCTAAAAATAGATTTCATCGCAGAAAAG TTCAGGGGAAAATATATGAGGCAACAGTCAACCATCTACCTGTGCCGGTA CAGATCGGAAAATTAGTCAAGAGATTACTAATAGAGCTTGACTCTTTTAA AAATGATGGATCCAGTGTTATTAAACAATAGGTCTTTGTAACCGGTTTAT ATGGGGAAAAAGGTGTGAAGATATCTGCGTTTATGTATATTGATCTCTCT TATATAAAAGTTTTTATCGTCTTCTTTTATTGTTAATATAATTTTACAAT ATTCTCCTCGTATCCCGCCAAAGATATCTTTGGTCTCCTACGAGTGTGTG GGAGGGKGAAAAATCACATAACATAATGTGGGAACTTGTAGAAAAGGAGA ATATGGGACAGTTGTGTACTACCTGTGCGTGTAGTGGGGCAGGAAGAATG TATTATAACATAAATAAACGGAGTGTATTATTACATTTACTTACATATTA TGTATAGATGAGAAATTTATTTCAATCATTTCATTTGTTTATATATTGGA GAGTGGTGGAAAATTATTTTAAATGTAAATGTACAAATGTTATTAAATAA TAATTTAAAAAATGGTTTGTTATGTTAAATTTAGTTTAAAAAAAACTTTT ATTATTCACAAAGATATATGAGGCGACATATTTTCCTACCGATGCTTTTA TTAACCTTCTACAAATGGAATGGAATCGCCATAGCTCATGGAAAACGCGC TCTAGAGAAGTTATTCTCTTGAATTCAATGTGCATTTGTGCCCAGGCGAT TCCTAGAGAAAGAAATATACTTTTTTATATGGATTTCACCAAAAAGATTC CTAGGTCAGATGAAGTAAATGTAATATTATAATGTTTAGTTATACTTAAT CAGTGCTACTCCATCTAANCCAATTATAGGAACATTAAAAATAATAGAAC TTATGGGCAAAAGTAGAGATAGGTTATCAAACATTGCAAAAATAACTTAG GACAGGTTTTAGATGGGCATACGACTCTATAAAACTCATTACTATGAATG TGTTGCGATGGTCAGTCTTAGTTTTTCCTTGCATTCACTATCTCCCAATC GATCAGCTAAGTAAATAAGTACTAGATGAAGATACAGCTTTCATTTTAAA GATGTTTTTTGGTAATATATTGAAAATTTGCTCTCTGTGATGACAGCCAA CCGGCTTCAACTAGAGGAATTAGAAGAGAATTTCTTGGGGTTCGTGGGTT TTTATCGTTGCCTAGTCCTTCATACGTTACCTGGAAACGCGAATATCCTT TAATTAACGACTCAATTAAATATTAATTGTCATAGTATTATCATATGTCT AGAGTGGAATTGATTCGACAAAAGAGTGGACCTTAGAAACTTGTATGGAC ATTACGTGAAAGAGGGTCTACTCCCAAGTTATCGCCTGAAATGAATACCC AAATCGGAACTTGAAGTAAGATGAATACATAATATGCATGATGGAGAACT TAACTACTACATACATATTCTAAAAGATCATACTACTAGAGTTAACTGTT CTTTTTCTTTCATTCCTGAAAATCAACTTTATTTCAACATTTCTAGCAAT CTTATTAATAATTATGATACCCAAAATATAAATTGGATTATATAAAGTGT CCAATGATTCCATACTTGAAAAAAAGGATCACATAAGTGACGTTAAAATG AGACATATTGATAGATTTACAGTAAAAATTCTAATTATCTTTTTGTTAAA GTTTGCTTTAAATATAAAATCATATATTTCTGACTAACAATGCTTAAACC ATCAAAATTTGTATCGTTTTGATTAAATTAACCAGTTTTCAGATTTGAAC TTTTGGCCATTTTCTATTCTAAAACTACTGGGCATTTCCCATTCTAAAAC TTTTTTTCAATGTAATAATATTCCTTATTTTATAAAAATTAATTAATTGA TTTACAATCATACTTATATTTAAAAATGAACCAAATATGTTAATGCAGAA TTTATAATCAACATGAAAATCCGATGAAATGGTATTGGAATTACTCATTA ATAACAATATCTATTTTTTTTTAAATCTTATATATTTTTAGTGAATGTTC ACTCCGTAACTGGTTTTACCTTCAGTTGTGTAGGTGAAGTTCCTGCTAAT GCTTGTTAGTACCCAAATAATGTTAGTTGATTTAGATAATAAAAATTTGC AATTTTTACAATGTGAAAGAGTTTTTATGTTCTACTTTTTCCTACAGAGC ATAGGAGGGACGTCTACACCTACATTCCTATCAAAATATGAACAAAGTAA ATATGATGCAAAGCCCCCGAGTTCAAGAGGTCATATAAAACATATTAAAG GATCAAAAGGAAAAAAAACCAAATTGAATAGAATGGAAATGTATGACCTC ATTGTTAATATTGATTTGGTAAGTACAGAGCAGGTTCATATATATTAA
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